NMR Restraints Grid
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NMR Restraints Grid |
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Result table
| image | mrblock_id | pdb_id | bmrb_id | cing | stage | position | program | type |
|
|
28047 |
2wcy   |
15996 | cing | 1-original | 6 | MR format | nomenclature mapping |
Entry H atom name Submitted Coord H atom name
Start of MODEL 1
1 H1 GLY 689 H3 GLY 689 80.620 1.972 -23.411
2 H2 GLY 689 H2 GLY 689 81.980 2.954 -23.613
3 H3 GLY 689 H1 GLY 689 81.839 1.946 -22.255
4 HA2 GLY 689 HA2 GLY 689 80.078 4.212 -22.908
5 HA3 GLY 689 HA3 GLY 689 81.311 4.211 -21.645
No H/Q in entry = 5
In of MODEL 1
1 H SER 690 H SER 690 78.979 4.816 -20.741
2 HA SER 690 HA SER 690 78.268 2.576 -19.078
3 HB2 SER 690 HB2 SER 690 77.144 5.379 -19.230
4 HB3 SER 690 HB3 SER 690 76.885 4.221 -17.923
5 HG SER 690 HG SER 690 79.538 4.720 -18.523
No H/Q in entry = 5
In of MODEL 1
1 H HIS 691 H HIS 691 75.959 1.940 -18.830
2 HA HIS 691 HA HIS 691 74.645 1.601 -21.358
3 HB2 HIS 691 HB2 HIS 691 73.777 0.935 -18.533
4 HB3 HIS 691 HB3 HIS 691 72.800 0.591 -19.950
5 HD1 HIS 691 HD1 HIS 691 75.395 -0.826 -17.839
6 HD2 HIS 691 HD2 HIS 691 74.098 -1.307 -21.746
7 HE1 HIS 691 HE1 HIS 691 76.313 -3.033 -18.581
8 HE2 HIS 691 HE2 HIS 691 75.795 -3.087 -21.044
No H/Q in entry = 8
In of MODEL 1
1 H MET 692 H MET 692 72.939 2.712 -22.144
2 HA MET 692 HA MET 692 72.459 5.333 -21.050
3 HB2 MET 692 HB2 MET 692 70.963 3.963 -23.301
4 HB3 MET 692 HB3 MET 692 70.988 5.676 -22.955
5 HG2 MET 692 HG2 MET 692 72.350 5.371 -24.845
6 HG3 MET 692 HG3 MET 692 73.460 5.613 -23.498
7 HE1 MET 692 HE1 MET 692 75.382 4.690 -25.105
8 HE3 MET 692 HE2 MET 692 74.225 4.347 -26.394
9 HE2 MET 692 HE3 MET 692 75.352 3.099 -25.867
No H/Q in entry = 9
In of MODEL 1
1 H ASN 693 H ASN 693 70.970 2.254 -21.082
2 HA ASN 693 HA ASN 693 68.702 3.283 -19.546
3 HB2 ASN 693 HB2 ASN 693 68.766 1.020 -21.569
4 HB3 ASN 693 HB3 ASN 693 67.412 1.353 -20.499
5 HD21 ASN 693 HD21 ASN 693 66.080 3.051 -20.933
6 HD22 ASN 693 HD22 ASN 693 66.141 3.980 -22.380
No H/Q in entry = 6
In of MODEL 1
1 HA PRO 694 HA PRO 694 70.223 0.463 -16.410
2 HB2 PRO 694 HB2 PRO 694 67.334 0.144 -15.774
3 HB3 PRO 694 HB3 PRO 694 68.667 0.591 -14.702
4 HG2 PRO 694 HG2 PRO 694 66.912 2.416 -15.502
5 HG3 PRO 694 HG3 PRO 694 68.634 2.811 -15.385
6 HD2 PRO 694 HD2 PRO 694 66.989 2.213 -17.805
7 HD3 PRO 694 HD3 PRO 694 68.280 3.415 -17.573
No H/Q in entry = 7
In of MODEL 1
1 H LEU 695 H LEU 695 69.919 -1.841 -15.801
2 HA LEU 695 HA LEU 695 69.654 -3.274 -18.250
3 HB2 LEU 695 HB2 LEU 695 70.446 -4.278 -15.537
4 HB3 LEU 695 HB3 LEU 695 70.463 -5.243 -17.001
5 HG LEU 695 HG LEU 695 72.182 -2.837 -16.406
6 HD12 LEU 695 HD11 LEU 695 72.835 -5.735 -16.792
7 HD11 LEU 695 HD12 LEU 695 72.832 -4.866 -15.259
8 HD13 LEU 695 HD13 LEU 695 74.004 -4.445 -16.512
9 HD22 LEU 695 HD21 LEU 695 71.585 -2.852 -18.783
10 HD21 LEU 695 HD22 LEU 695 72.075 -4.540 -18.902
11 HD23 LEU 695 HD23 LEU 695 73.274 -3.300 -18.556
No H/Q in entry = 11
In of MODEL 1
1 H THR 696 H THR 696 67.664 -3.053 -18.668
2 HA THR 696 HA THR 696 66.015 -5.301 -18.364
3 HB THR 696 HB THR 696 64.758 -2.711 -17.300
4 HG1 THR 696 HG1 THR 696 66.248 -4.396 -15.946
5 HG21 THR 696 HG21 THR 696 63.204 -4.207 -18.458
6 HG23 THR 696 HG22 THR 696 62.844 -4.130 -16.735
7 HG22 THR 696 HG23 THR 696 63.680 -5.535 -17.397
No H/Q in entry = 7
In of MODEL 1
1 H GLN 697 H GLN 697 66.613 -1.939 -19.204
2 HA GLN 697 HA GLN 697 66.516 -0.769 -21.005
3 HB2 GLN 697 HB2 GLN 697 65.912 -3.326 -22.355
4 HB3 GLN 697 HB3 GLN 697 66.092 -1.794 -23.216
5 HG2 GLN 697 HG2 GLN 697 68.283 -1.502 -22.086
6 HG3 GLN 697 HG3 GLN 697 68.117 -3.150 -21.474
7 HE21 GLN 697 HE21 GLN 697 68.034 -4.809 -22.916
8 HE22 GLN 697 HE22 GLN 697 68.684 -4.539 -24.495
No H/Q in entry = 8
In of MODEL 1
1 H ALA 698 H ALA 698 64.050 -1.708 -19.461
2 HA ALA 698 HA ALA 698 62.193 0.107 -20.586
3 HB3 ALA 698 HB1 ALA 698 60.372 -1.574 -20.837
4 HB1 ALA 698 HB2 ALA 698 61.545 -2.864 -20.568
5 HB2 ALA 698 HB3 ALA 698 61.668 -1.846 -22.003
No H/Q in entry = 5
In of MODEL 1
1 H VAL 699 H VAL 699 60.045 -0.482 -19.062
2 HA VAL 699 HA VAL 699 61.116 -0.232 -16.406
3 HB VAL 699 HB VAL 699 58.214 -0.352 -17.314
4 HG12 VAL 699 HG11 VAL 699 57.706 0.708 -15.166
5 HG11 VAL 699 HG12 VAL 699 59.405 0.599 -14.709
6 HG13 VAL 699 HG13 VAL 699 58.461 -0.871 -14.946
7 HG23 VAL 699 HG21 VAL 699 58.248 2.086 -17.111
8 HG22 VAL 699 HG22 VAL 699 59.386 1.523 -18.335
9 HG21 VAL 699 HG23 VAL 699 59.974 2.034 -16.751
No H/Q in entry = 9
In of MODEL 1
1 HA PRO 700 HA PRO 700 61.019 -4.673 -15.735
2 HB2 PRO 700 HB2 PRO 700 60.983 -3.998 -12.883
3 HB3 PRO 700 HB3 PRO 700 62.161 -4.941 -13.793
4 HG2 PRO 700 HG2 PRO 700 62.685 -2.449 -12.877
5 HG3 PRO 700 HG3 PRO 700 63.415 -3.105 -14.355
6 HD2 PRO 700 HD2 PRO 700 61.240 -1.106 -14.030
7 HD3 PRO 700 HD3 PRO 700 62.457 -1.274 -15.310
No H/Q in entry = 7
In of MODEL 1
1 H LYS 701 H LYS 701 59.364 -5.936 -15.696
2 HA LYS 701 HA LYS 701 56.848 -5.018 -14.584
3 HB2 LYS 701 HB2 LYS 701 57.547 -7.299 -16.415
4 HB3 LYS 701 HB3 LYS 701 55.930 -7.022 -15.785
5 HG2 LYS 701 HG2 LYS 701 55.846 -4.859 -16.890
6 HG3 LYS 701 HG3 LYS 701 57.494 -5.087 -17.475
7 HD2 LYS 701 HD2 LYS 701 56.850 -6.949 -18.770
8 HD3 LYS 701 HD3 LYS 701 55.222 -6.950 -18.083
9 HE2 LYS 701 HE2 LYS 701 56.398 -4.729 -19.771
10 HE3 LYS 701 HE3 LYS 701 55.288 -5.958 -20.367
11 HZ1 LYS 701 HZ1 LYS 701 53.670 -5.135 -18.670
12 HZ3 LYS 701 HZ2 LYS 701 54.025 -4.052 -19.884
13 HZ2 LYS 701 HZ3 LYS 701 54.709 -3.831 -18.363
No H/Q in entry = 13
In of MODEL 1
1 H CYS 702 H CYS 702 56.212 -5.713 -12.670
2 HA CYS 702 HA CYS 702 57.540 -8.060 -11.537
3 HB2 CYS 702 HB2 CYS 702 56.027 -5.834 -10.149
4 HB3 CYS 702 HB3 CYS 702 56.940 -7.121 -9.366
No H/Q in entry = 4
In of MODEL 1
1 H GLN 703 H GLN 703 56.090 -9.472 -10.154
2 HA GLN 703 HA GLN 703 53.767 -10.049 -11.697
3 HB2 GLN 703 HB2 GLN 703 54.892 -11.330 -9.213
4 HB3 GLN 703 HB3 GLN 703 53.483 -11.930 -10.080
5 HG2 GLN 703 HG2 GLN 703 56.249 -11.642 -11.215
6 HG3 GLN 703 HG3 GLN 703 55.521 -13.151 -10.666
7 HE21 GLN 703 HE21 GLN 703 56.485 -12.339 -13.310
8 HE22 GLN 703 HE22 GLN 703 55.160 -12.564 -14.394
No H/Q in entry = 8
In of MODEL 1
1 H ARG 704 H ARG 704 51.805 -10.740 -10.373
2 HA ARG 704 HA ARG 704 50.465 -8.420 -9.662
3 HB2 ARG 704 HB2 ARG 704 49.750 -11.269 -9.078
4 HB3 ARG 704 HB3 ARG 704 48.665 -9.915 -8.840
5 HG2 ARG 704 HG2 ARG 704 49.885 -10.712 -11.471
6 HG3 ARG 704 HG3 ARG 704 48.281 -11.158 -10.924
7 HD2 ARG 704 HD2 ARG 704 48.030 -9.289 -12.399
8 HD3 ARG 704 HD3 ARG 704 47.725 -8.737 -10.749
9 HE ARG 704 HE ARG 704 50.236 -8.258 -12.233
10 HH11 ARG 704 HH11 ARG 704 47.801 -7.173 -9.894
11 HH12 ARG 704 HH12 ARG 704 48.462 -5.624 -9.677
12 HH21 ARG 704 HH21 ARG 704 51.116 -6.109 -11.994
13 HH22 ARG 704 HH22 ARG 704 50.376 -4.975 -10.965
No H/Q in entry = 13
In of MODEL 1
1 H TRP 705 H TRP 705 52.205 -10.594 -7.613
2 HA TRP 705 HA TRP 705 51.155 -9.388 -5.148
3 HB2 TRP 705 HB2 TRP 705 52.390 -11.301 -4.065
4 HB3 TRP 705 HB3 TRP 705 51.065 -11.767 -5.123
5 HD1 TRP 705 HD1 TRP 705 54.837 -12.164 -4.681
6 HE1 TRP 705 HE1 TRP 705 55.730 -13.766 -6.468
7 HE3 TRP 705 HE3 TRP 705 50.645 -12.611 -7.600
8 HZ2 TRP 705 HZ2 TRP 705 54.806 -15.083 -8.768
9 HZ3 TRP 705 HZ3 TRP 705 50.743 -14.076 -9.571
10 HH2 TRP 705 HH2 TRP 705 52.781 -15.286 -10.138
No H/Q in entry = 10
In of MODEL 1
1 H GLU 706 H GLU 706 53.317 -8.485 -7.260
2 HA GLU 706 HA GLU 706 55.383 -7.875 -5.293
3 HB2 GLU 706 HB2 GLU 706 55.700 -8.510 -8.215
4 HB3 GLU 706 HB3 GLU 706 56.989 -7.939 -7.151
5 HG2 GLU 706 HG2 GLU 706 56.765 -9.985 -5.853
6 HG3 GLU 706 HG3 GLU 706 55.476 -10.525 -6.933
No H/Q in entry = 6
In of MODEL 1
1 H LYS 707 H LYS 707 56.546 -5.969 -5.741
2 HA LYS 707 HA LYS 707 55.343 -4.035 -7.552
3 HB2 LYS 707 HB2 LYS 707 55.857 -3.499 -4.608
4 HB3 LYS 707 HB3 LYS 707 55.475 -2.259 -5.795
5 HG2 LYS 707 HG2 LYS 707 53.326 -3.332 -6.213
6 HG3 LYS 707 HG3 LYS 707 53.692 -4.554 -5.008
7 HD2 LYS 707 HD2 LYS 707 52.224 -2.897 -4.029
8 HD3 LYS 707 HD3 LYS 707 53.812 -2.759 -3.290
9 HE2 LYS 707 HE2 LYS 707 52.872 -0.560 -3.771
10 HE3 LYS 707 HE3 LYS 707 54.318 -0.838 -4.732
11 HZ1 LYS 707 HZ1 LYS 707 51.507 -1.088 -5.723
12 HZ3 LYS 707 HZ2 LYS 707 52.892 -1.346 -6.639
13 HZ2 LYS 707 HZ3 LYS 707 52.575 0.172 -6.013
No H/Q in entry = 13
In of MODEL 1
1 H LEU 708 H LEU 708 56.785 -2.556 -8.329
2 HA LEU 708 HA LEU 708 59.550 -3.339 -8.169
3 HB2 LEU 708 HB2 LEU 708 58.628 -2.833 -10.333
4 HB3 LEU 708 HB3 LEU 708 58.103 -1.252 -9.796
5 HG LEU 708 HG LEU 708 60.514 -0.634 -9.535
6 HD12 LEU 708 HD11 LEU 708 62.186 -1.996 -10.676
7 HD11 LEU 708 HD12 LEU 708 60.976 -3.260 -10.915
8 HD13 LEU 708 HD13 LEU 708 61.479 -2.817 -9.286
9 HD23 LEU 708 HD21 LEU 708 59.628 -1.496 -12.283
10 HD22 LEU 708 HD22 LEU 708 60.906 -0.329 -11.925
11 HD21 LEU 708 HD23 LEU 708 59.236 0.030 -11.491
No H/Q in entry = 11
In of MODEL 1
1 H GLN 709 H GLN 709 60.813 -2.578 -6.607
2 HA GLN 709 HA GLN 709 60.994 0.292 -6.205
3 HB2 GLN 709 HB2 GLN 709 60.803 0.287 -3.827
4 HB3 GLN 709 HB3 GLN 709 59.461 -0.732 -4.327
5 HG2 GLN 709 HG2 GLN 709 60.719 -2.696 -3.728
6 HG3 GLN 709 HG3 GLN 709 62.144 -1.720 -3.418
7 HE21 GLN 709 HE21 GLN 709 60.837 -3.443 -1.644
8 HE22 GLN 709 HE22 GLN 709 60.308 -2.547 -0.269
No H/Q in entry = 8
In of MODEL 1
1 H ASN 710 H ASN 710 63.052 0.876 -5.685
2 HA ASN 710 HA ASN 710 65.341 0.721 -5.407
3 HB2 ASN 710 HB2 ASN 710 64.554 -0.639 -3.342
4 HB3 ASN 710 HB3 ASN 710 64.793 -2.060 -4.326
5 HD21 ASN 710 HD21 ASN 710 66.221 -2.791 -2.785
6 HD22 ASN 710 HD22 ASN 710 67.819 -2.160 -2.703
No H/Q in entry = 6
In of MODEL 1
1 H SER 711 H SER 711 63.971 -0.224 -7.831
2 HA SER 711 HA SER 711 64.440 -1.018 -9.862
3 HB2 SER 711 HB2 SER 711 67.193 -1.427 -8.719
4 HB3 SER 711 HB3 SER 711 66.793 -1.607 -10.439
5 HG SER 711 HG SER 711 65.817 0.678 -9.755
No H/Q in entry = 5
In of MODEL 1
1 H ARG 712 H ARG 712 63.703 -2.877 -7.489
2 HA ARG 712 HA ARG 712 64.055 -5.307 -9.054
3 HB2 ARG 712 HB2 ARG 712 64.442 -6.616 -7.025
4 HB3 ARG 712 HB3 ARG 712 65.720 -5.433 -7.268
5 HG2 ARG 712 HG2 ARG 712 64.787 -4.018 -5.559
6 HG3 ARG 712 HG3 ARG 712 63.389 -5.074 -5.395
7 HD2 ARG 712 HD2 ARG 712 64.936 -5.520 -3.594
8 HD3 ARG 712 HD3 ARG 712 64.911 -6.899 -4.682
9 HE ARG 712 HE ARG 712 66.992 -5.460 -5.606
10 HH11 ARG 712 HH11 ARG 712 66.155 -6.640 -2.376
11 HH12 ARG 712 HH12 ARG 712 67.765 -6.762 -1.848
12 HH21 ARG 712 HH21 ARG 712 69.224 -5.644 -4.875
13 HH22 ARG 712 HH22 ARG 712 69.543 -6.136 -3.284
No H/Q in entry = 13
In of MODEL 1
1 H CYS 713 H CYS 713 62.504 -7.004 -8.326
2 HA CYS 713 HA CYS 713 59.987 -5.719 -7.653
3 HB2 CYS 713 HB2 CYS 713 60.583 -8.442 -8.841
4 HB3 CYS 713 HB3 CYS 713 58.966 -7.840 -8.492
No H/Q in entry = 4
In of MODEL 1
1 H VAL 714 H VAL 714 59.388 -5.810 -5.681
2 HA VAL 714 HA VAL 714 60.309 -7.988 -3.931
3 HB VAL 714 HB VAL 714 59.952 -6.442 -2.055
4 HG11 VAL 714 HG11 VAL 714 62.143 -6.436 -3.118
5 HG13 VAL 714 HG12 VAL 714 61.740 -4.843 -2.474
6 HG12 VAL 714 HG13 VAL 714 61.608 -5.154 -4.210
7 HG21 VAL 714 HG21 VAL 714 58.089 -5.170 -3.020
8 HG23 VAL 714 HG22 VAL 714 59.206 -4.386 -4.141
9 HG22 VAL 714 HG23 VAL 714 59.342 -4.094 -2.408
No H/Q in entry = 9
In of MODEL 1
1 H CYS 715 H CYS 715 58.537 -8.214 -2.092
2 HA CYS 715 HA CYS 715 56.069 -8.606 -3.570
3 HB2 CYS 715 HB2 CYS 715 56.877 -9.461 -0.790
4 HB3 CYS 715 HB3 CYS 715 55.331 -9.837 -1.548
No H/Q in entry = 4
In of MODEL 1
1 H LYS 716 H LYS 716 54.092 -7.769 -2.863
2 HA LYS 716 HA LYS 716 54.327 -5.228 -1.511
3 HB2 LYS 716 HB2 LYS 716 51.922 -4.960 -1.999
4 HB3 LYS 716 HB3 LYS 716 52.780 -5.453 -3.444
5 HG2 LYS 716 HG2 LYS 716 52.009 -7.780 -3.024
6 HG3 LYS 716 HG3 LYS 716 51.043 -7.165 -1.687
7 HD2 LYS 716 HD2 LYS 716 50.777 -6.373 -4.592
8 HD3 LYS 716 HD3 LYS 716 49.697 -7.454 -3.719
9 HE2 LYS 716 HE2 LYS 716 49.119 -5.568 -2.198
10 HE3 LYS 716 HE3 LYS 716 50.132 -4.510 -3.175
11 HZ1 LYS 716 HZ1 LYS 716 48.650 -4.943 -5.087
12 HZ3 LYS 716 HZ2 LYS 716 47.789 -4.325 -3.782
13 HZ2 LYS 716 HZ3 LYS 716 47.717 -5.962 -4.125
No H/Q in entry = 13
In of MODEL 1
1 H MET 717 H MET 717 52.083 -5.097 0.080
2 HA MET 717 HA MET 717 52.796 -7.112 2.069
3 HB2 MET 717 HB2 MET 717 51.326 -4.501 2.454
4 HB3 MET 717 HB3 MET 717 51.823 -5.590 3.740
5 HG2 MET 717 HG2 MET 717 53.614 -3.994 1.911
6 HG3 MET 717 HG3 MET 717 53.356 -3.738 3.631
7 HE2 MET 717 HE1 MET 717 53.457 -6.769 4.762
8 HE1 MET 717 HE2 MET 717 54.230 -5.376 5.503
9 HE3 MET 717 HE3 MET 717 55.165 -6.843 5.207
No H/Q in entry = 9
In of MODEL 1
1 HA PRO 718 HA PRO 718 49.042 -9.267 1.357
2 HB2 PRO 718 HB2 PRO 718 48.509 -10.318 3.821
3 HB3 PRO 718 HB3 PRO 718 49.769 -10.942 2.749
4 HG2 PRO 718 HG2 PRO 718 50.009 -9.090 5.086
5 HG3 PRO 718 HG3 PRO 718 51.042 -10.454 4.623
6 HD2 PRO 718 HD2 PRO 718 51.731 -7.895 4.132
7 HD3 PRO 718 HD3 PRO 718 52.176 -9.216 3.032
No H/Q in entry = 7
In of MODEL 1
1 H TYR 719 H TYR 719 49.146 -6.886 3.786
2 HA TYR 719 HA TYR 719 46.269 -6.834 4.152
3 HB2 TYR 719 HB2 TYR 719 46.790 -4.956 5.777
4 HB3 TYR 719 HB3 TYR 719 47.434 -6.533 6.193
5 HD1 TYR 719 HD1 TYR 719 48.274 -3.164 4.998
6 HD2 TYR 719 HD2 TYR 719 49.815 -6.904 6.302
7 HE1 TYR 719 HE1 TYR 719 50.488 -2.146 5.272
8 HE2 TYR 719 HE2 TYR 719 52.029 -5.901 6.593
9 HH TYR 719 HH TYR 719 52.509 -2.498 6.424
No H/Q in entry = 9
In of MODEL 1
1 H GLU 720 H GLU 720 48.237 -5.808 1.899
2 HA GLU 720 HA GLU 720 46.948 -3.252 1.370
3 HB2 GLU 720 HB2 GLU 720 49.250 -4.752 0.184
4 HB3 GLU 720 HB3 GLU 720 48.611 -3.284 -0.564
5 HG2 GLU 720 HG2 GLU 720 49.603 -3.446 2.258
6 HG3 GLU 720 HG3 GLU 720 50.633 -2.997 0.893
No H/Q in entry = 6
In of MODEL 1
1 H CYS 721 H CYS 721 46.104 -6.268 1.123
2 HA CYS 721 HA CYS 721 44.869 -5.915 -1.466
3 HB2 CYS 721 HB2 CYS 721 46.226 -8.314 -0.367
4 HB3 CYS 721 HB3 CYS 721 44.902 -8.532 -1.499
No H/Q in entry = 4
In of MODEL 1
1 H GLY 722 H GLY 722 42.969 -7.092 -1.786
2 HA3 GLY 722 HA2 GLY 722 41.413 -8.109 0.350
3 HA2 GLY 722 HA3 GLY 722 40.919 -6.487 -0.155
No H/Q in entry = 3
In of MODEL 1
1 HA PRO 723 HA PRO 723 39.011 -7.900 -3.911
2 HB2 PRO 723 HB2 PRO 723 40.469 -6.564 -5.862
3 HB3 PRO 723 HB3 PRO 723 39.088 -5.887 -4.994
4 HG2 PRO 723 HG2 PRO 723 42.008 -5.540 -4.475
5 HG3 PRO 723 HG3 PRO 723 40.707 -4.338 -4.386
6 HD2 PRO 723 HD2 PRO 723 41.702 -5.412 -2.172
7 HD3 PRO 723 HD3 PRO 723 39.958 -5.127 -2.331
No H/Q in entry = 7
In of MODEL 1
1 H SER 724 H SER 724 39.582 -10.059 -3.970
2 HA SER 724 HA SER 724 41.170 -11.032 -6.016
3 HB2 SER 724 HB2 SER 724 42.703 -12.330 -4.309
4 HB3 SER 724 HB3 SER 724 43.167 -10.699 -4.793
5 HG SER 724 HG SER 724 41.613 -10.334 -2.816
No H/Q in entry = 5
In of MODEL 1
1 H LEU 725 H LEU 725 41.126 -13.410 -5.934
2 HA LEU 725 HA LEU 725 38.455 -14.218 -5.206
3 HB2 LEU 725 HB2 LEU 725 40.707 -15.490 -6.630
4 HB3 LEU 725 HB3 LEU 725 39.359 -16.503 -6.119
5 HG LEU 725 HG LEU 725 39.142 -14.097 -7.945
6 HD13 LEU 725 HD11 LEU 725 38.872 -15.738 -9.732
7 HD12 LEU 725 HD12 LEU 725 39.166 -17.048 -8.588
8 HD11 LEU 725 HD13 LEU 725 40.454 -15.909 -8.975
9 HD23 LEU 725 HD21 LEU 725 36.956 -15.007 -8.448
10 HD22 LEU 725 HD22 LEU 725 37.092 -14.604 -6.740
11 HD21 LEU 725 HD23 LEU 725 37.191 -16.292 -7.262
No H/Q in entry = 11
In of MODEL 1
1 H ASP 726 H ASP 726 37.786 -15.227 -3.538
2 HA ASP 726 HA ASP 726 39.580 -16.044 -1.417
3 HB2 ASP 726 HB2 ASP 726 36.575 -16.153 -1.631
4 HB3 ASP 726 HB3 ASP 726 37.476 -16.692 -0.225
No H/Q in entry = 4
In of MODEL 1
1 H VAL 727 H VAL 727 40.304 -17.870 -0.939
2 HA VAL 727 HA VAL 727 39.249 -20.284 -2.224
3 HB VAL 727 HB VAL 727 41.611 -21.030 -2.675
4 HG13 VAL 727 HG11 VAL 727 40.223 -20.200 -4.504
5 HG12 VAL 727 HG12 VAL 727 41.900 -19.710 -4.739
6 HG11 VAL 727 HG13 VAL 727 40.718 -18.546 -4.144
7 HG22 VAL 727 HG21 VAL 727 43.387 -19.334 -2.803
8 HG21 VAL 727 HG22 VAL 727 42.775 -19.499 -1.159
9 HG23 VAL 727 HG23 VAL 727 42.277 -18.129 -2.151
No H/Q in entry = 9
In of MODEL 1
1 H CYS 728 H CYS 728 40.298 -22.293 -1.236
2 HA CYS 728 HA CYS 728 40.539 -21.900 1.658
3 HB2 CYS 728 HB2 CYS 728 39.817 -24.305 0.025
4 HB3 CYS 728 HB3 CYS 728 39.973 -24.327 1.786
No H/Q in entry = 4
In of MODEL 1
1 H ALA 729 H ALA 729 42.481 -22.171 2.552
2 HA ALA 729 HA ALA 729 44.389 -23.881 1.152
3 HB3 ALA 729 HB1 ALA 729 44.959 -21.535 0.754
4 HB2 ALA 729 HB2 ALA 729 46.168 -22.332 1.758
5 HB1 ALA 729 HB3 ALA 729 44.972 -21.261 2.497
No H/Q in entry = 5
In of MODEL 1
1 H GLN 730 H GLN 730 45.929 -24.794 2.492
2 HA GLN 730 HA GLN 730 44.982 -25.209 5.237
3 HB2 GLN 730 HB2 GLN 730 45.097 -27.234 3.776
4 HB3 GLN 730 HB3 GLN 730 46.802 -26.923 3.564
5 HG2 GLN 730 HG2 GLN 730 47.254 -27.244 5.867
6 HG3 GLN 730 HG3 GLN 730 45.553 -27.429 6.247
7 HE21 GLN 730 HE21 GLN 730 45.766 -29.497 7.057
8 HE22 GLN 730 HE22 GLN 730 46.237 -30.857 6.109
No H/Q in entry = 8
In of MODEL 1
1 H ASP 731 H ASP 731 46.172 -24.500 6.821
2 HA ASP 731 HA ASP 731 48.671 -23.170 6.357
3 HB2 ASP 731 HB2 ASP 731 47.095 -22.394 8.146
4 HB3 ASP 731 HB3 ASP 731 47.376 -23.898 8.993
No H/Q in entry = 4
In of MODEL 1
1 H GLU 732 H GLU 732 50.709 -23.968 6.655
2 HA GLU 732 HA GLU 732 50.941 -26.786 6.777
3 HB2 GLU 732 HB2 GLU 732 52.936 -24.591 6.491
4 HB3 GLU 732 HB3 GLU 732 53.443 -26.264 6.706
5 HG2 GLU 732 HG2 GLU 732 51.610 -25.283 4.536
6 HG3 GLU 732 HG3 GLU 732 53.335 -25.611 4.342
No H/Q in entry = 6
In of MODEL 1
1 H ARG 733 H ARG 733 51.008 -24.509 9.308
2 HA ARG 733 HA ARG 733 52.557 -26.380 10.935
3 HB2 ARG 733 HB2 ARG 733 53.394 -24.102 10.958
4 HB3 ARG 733 HB3 ARG 733 51.814 -23.489 11.411
5 HG2 ARG 733 HG2 ARG 733 53.437 -23.534 13.281
6 HG3 ARG 733 HG3 ARG 733 51.991 -24.497 13.587
7 HD2 ARG 733 HD2 ARG 733 53.191 -26.530 13.055
8 HD3 ARG 733 HD3 ARG 733 54.621 -25.594 12.611
9 HE ARG 733 HE ARG 733 55.128 -25.317 14.790
10 HH11 ARG 733 HH11 ARG 733 51.837 -26.674 14.666
11 HH12 ARG 733 HH12 ARG 733 51.811 -27.075 16.315
12 HH21 ARG 733 HH21 ARG 733 55.077 -25.940 17.039
13 HH22 ARG 733 HH22 ARG 733 53.702 -26.711 17.676
No H/Q in entry = 13
In of MODEL 1
1 H SER 734 H SER 734 49.492 -24.783 10.698
2 HA SER 734 HA SER 734 48.504 -26.035 13.135
3 HB2 SER 734 HB2 SER 734 46.997 -24.349 11.166
4 HB3 SER 734 HB3 SER 734 46.652 -24.574 12.887
5 HG SER 734 HG SER 734 48.780 -23.195 11.659
No H/Q in entry = 5
In of MODEL 1
1 H LYS 735 H LYS 735 48.361 -26.481 9.638
2 HA LYS 735 HA LYS 735 47.372 -27.791 8.269
3 HB2 LYS 735 HB2 LYS 735 47.223 -29.605 10.656
4 HB3 LYS 735 HB3 LYS 735 46.758 -30.110 9.038
5 HG2 LYS 735 HG2 LYS 735 49.485 -29.153 9.896
6 HG3 LYS 735 HG3 LYS 735 49.030 -30.814 9.498
7 HD2 LYS 735 HD2 LYS 735 48.375 -29.908 7.198
8 HD3 LYS 735 HD3 LYS 735 49.165 -28.427 7.677
9 HE2 LYS 735 HE2 LYS 735 51.271 -29.468 7.931
10 HE3 LYS 735 HE3 LYS 735 50.577 -31.073 7.711
11 HZ2 LYS 735 HZ1 LYS 735 50.736 -28.953 5.584
12 HZ1 LYS 735 HZ2 LYS 735 50.021 -30.464 5.446
13 HZ3 LYS 735 HZ3 LYS 735 51.654 -30.362 5.698
No H/Q in entry = 13
In of MODEL 1
1 H ARG 736 H ARG 736 45.734 -25.941 9.803
2 HA ARG 736 HA ARG 736 43.090 -27.112 9.592
3 HB2 ARG 736 HB2 ARG 736 42.305 -24.954 10.442
4 HB3 ARG 736 HB3 ARG 736 43.546 -25.641 11.482
5 HG2 ARG 736 HG2 ARG 736 45.202 -24.182 10.384
6 HG3 ARG 736 HG3 ARG 736 43.892 -23.457 9.464
7 HD2 ARG 736 HD2 ARG 736 44.041 -23.506 12.464
8 HD3 ARG 736 HD3 ARG 736 44.598 -22.207 11.411
9 HE ARG 736 HE ARG 736 41.899 -22.800 10.838
10 HH11 ARG 736 HH11 ARG 736 43.836 -21.352 13.375
11 HH12 ARG 736 HH12 ARG 736 42.656 -20.232 13.873
12 HH21 ARG 736 HH21 ARG 736 40.257 -21.294 11.461
13 HH22 ARG 736 HH22 ARG 736 40.516 -20.203 12.747
No H/Q in entry = 13
In of MODEL 1
1 H ILE 737 H ILE 737 41.545 -26.317 8.065
2 HA ILE 737 HA ILE 737 42.735 -25.132 5.712
3 HB ILE 737 HB ILE 737 39.837 -25.844 6.178
4 HG12 ILE 737 HG12 ILE 737 41.249 -27.873 6.543
5 HG13 ILE 737 HG13 ILE 737 40.223 -28.016 5.126
6 HG22 ILE 737 HG21 ILE 737 41.453 -25.622 3.641
7 HG21 ILE 737 HG22 ILE 737 40.485 -24.334 4.320
8 HG23 ILE 737 HG23 ILE 737 39.699 -25.821 3.764
9 HD11 ILE 737 HD11 ILE 737 42.105 -27.467 3.719
10 HD13 ILE 737 HD12 ILE 737 42.421 -28.907 4.696
11 HD12 ILE 737 HD13 ILE 737 43.162 -27.359 5.131
No H/Q in entry = 11
In of MODEL 1
1 H LEU 738 H LEU 738 42.702 -23.005 5.546
2 HA LEU 738 HA LEU 738 40.582 -21.609 6.942
3 HB2 LEU 738 HB2 LEU 738 42.063 -19.727 7.527
4 HB3 LEU 738 HB3 LEU 738 42.592 -21.209 8.276
5 HG LEU 738 HG LEU 738 43.885 -20.125 5.776
6 HD11 LEU 738 HD11 LEU 738 44.626 -19.654 8.673
7 HD13 LEU 738 HD12 LEU 738 44.008 -18.430 7.562
8 HD12 LEU 738 HD13 LEU 738 45.581 -19.175 7.273
9 HD23 LEU 738 HD21 LEU 738 44.902 -21.878 7.965
10 HD22 LEU 738 HD22 LEU 738 45.638 -21.608 6.353
11 HD21 LEU 738 HD23 LEU 738 44.109 -22.473 6.527
No H/Q in entry = 11
In of MODEL 1
1 HA PRO 739 HA PRO 739 39.816 -19.700 3.115
2 HB2 PRO 739 HB2 PRO 739 38.581 -17.449 3.970
3 HB3 PRO 739 HB3 PRO 739 37.814 -19.036 4.116
4 HG2 PRO 739 HG2 PRO 739 39.293 -17.465 6.189
5 HG3 PRO 739 HG3 PRO 739 37.752 -18.330 6.334
6 HD2 PRO 739 HD2 PRO 739 40.133 -19.447 7.166
7 HD3 PRO 739 HD3 PRO 739 38.784 -20.398 6.495
No H/Q in entry = 7
In of MODEL 1
1 H LEU 740 H LEU 740 41.390 -18.866 1.986
2 HA LEU 740 HA LEU 740 42.643 -16.389 2.909
3 HB2 LEU 740 HB2 LEU 740 43.891 -18.647 1.353
4 HB3 LEU 740 HB3 LEU 740 44.585 -17.048 1.457
5 HG LEU 740 HG LEU 740 44.211 -18.993 3.736
6 HD12 LEU 740 HD11 LEU 740 46.654 -19.009 3.738
7 HD11 LEU 740 HD12 LEU 740 46.648 -17.931 2.329
8 HD13 LEU 740 HD13 LEU 740 45.987 -19.555 2.196
9 HD22 LEU 740 HD21 LEU 740 43.903 -16.706 4.539
10 HD21 LEU 740 HD22 LEU 740 45.370 -16.203 3.705
11 HD23 LEU 740 HD23 LEU 740 45.474 -17.324 5.060
No H/Q in entry = 11
In of MODEL 1
1 H THR 741 H THR 741 43.522 -15.280 0.943
2 HA THR 741 HA THR 741 41.629 -15.659 -1.226
3 HB THR 741 HB THR 741 42.640 -12.971 -0.275
4 HG1 THR 741 HG1 THR 741 40.097 -13.976 0.518
5 HG22 THR 741 HG21 THR 741 40.560 -12.170 -1.262
6 HG21 THR 741 HG22 THR 741 40.112 -13.829 -1.657
7 HG23 THR 741 HG23 THR 741 41.504 -13.081 -2.437
No H/Q in entry = 7
In of MODEL 1
1 H VAL 742 H VAL 742 42.573 -14.945 -3.292
2 HA VAL 742 HA VAL 742 44.972 -16.096 -3.853
3 HB VAL 742 HB VAL 742 43.743 -13.847 -5.430
4 HG13 VAL 742 HG11 VAL 742 46.000 -14.171 -6.112
5 HG12 VAL 742 HG12 VAL 742 44.872 -14.747 -7.337
6 HG11 VAL 742 HG13 VAL 742 45.727 -15.912 -6.310
7 HG22 VAL 742 HG21 VAL 742 42.222 -15.625 -5.107
8 HG21 VAL 742 HG22 VAL 742 43.447 -16.803 -5.636
9 HG23 VAL 742 HG23 VAL 742 42.810 -15.601 -6.774
No H/Q in entry = 9
In of MODEL 1
1 H CYS 743 H CYS 743 44.638 -12.540 -3.401
2 HA CYS 743 HA CYS 743 47.384 -12.160 -3.890
3 HB2 CYS 743 HB2 CYS 743 45.851 -10.256 -4.118
4 HB3 CYS 743 HB3 CYS 743 45.519 -10.299 -2.389
No H/Q in entry = 4
In of MODEL 1
1 H LYS 744 H LYS 744 45.515 -12.459 -0.917
2 HA LYS 744 HA LYS 744 47.385 -12.027 1.011
3 HB2 LYS 744 HB2 LYS 744 45.002 -12.476 1.344
4 HB3 LYS 744 HB3 LYS 744 45.253 -14.152 0.951
5 HG2 LYS 744 HG2 LYS 744 45.085 -13.978 3.354
6 HG3 LYS 744 HG3 LYS 744 46.731 -14.416 2.914
7 HD2 LYS 744 HD2 LYS 744 46.775 -12.784 4.675
8 HD3 LYS 744 HD3 LYS 744 47.396 -12.045 3.193
9 HE2 LYS 744 HE2 LYS 744 45.936 -10.478 4.333
10 HE3 LYS 744 HE3 LYS 744 45.157 -11.005 2.848
11 HZ3 LYS 744 HZ1 LYS 744 43.598 -10.980 4.674
12 HZ2 LYS 744 HZ2 LYS 744 44.546 -12.005 5.592
13 HZ1 LYS 744 HZ3 LYS 744 43.828 -12.568 4.184
No H/Q in entry = 13
In of MODEL 1
1 H MET 745 H MET 745 46.495 -15.136 -0.429
2 HA MET 745 HA MET 745 48.486 -16.749 0.688
3 HB2 MET 745 HB2 MET 745 46.929 -17.986 -0.168
4 HB3 MET 745 HB3 MET 745 46.567 -16.963 -1.560
5 HG2 MET 745 HG2 MET 745 47.455 -18.919 -2.523
6 HG3 MET 745 HG3 MET 745 48.824 -17.842 -2.463
7 HE3 MET 745 HE1 MET 745 47.183 -20.101 0.411
8 HE2 MET 745 HE2 MET 745 48.166 -21.559 0.140
9 HE1 MET 745 HE3 MET 745 47.128 -20.932 -1.134
No H/Q in entry = 9
In of MODEL 1
1 H HIS 746 H HIS 746 48.475 -14.903 -2.329
2 HA HIS 746 HA HIS 746 50.922 -16.087 -3.247
3 HB2 HIS 746 HB2 HIS 746 49.208 -13.936 -4.217
4 HB3 HIS 746 HB3 HIS 746 50.908 -13.783 -4.683
5 HD1 HIS 746 HD1 HIS 746 51.797 -16.152 -5.909
6 HD2 HIS 746 HD2 HIS 746 47.739 -15.303 -5.929
7 HE1 HIS 746 HE1 HIS 746 50.859 -17.423 -7.854
8 HE2 HIS 746 HE2 HIS 746 48.381 -17.013 -7.758
No H/Q in entry = 8
In of MODEL 1
1 H VAL 747 H VAL 747 50.234 -12.965 -1.786
2 HA VAL 747 HA VAL 747 52.867 -12.000 -1.812
3 HB VAL 747 HB VAL 747 50.439 -11.319 -0.148
4 HG12 VAL 747 HG11 VAL 747 53.096 -9.857 -0.199
5 HG11 VAL 747 HG12 VAL 747 52.473 -10.786 1.165
6 HG13 VAL 747 HG13 VAL 747 51.635 -9.335 0.641
7 HG23 VAL 747 HG21 VAL 747 51.899 -9.922 -2.329
8 HG22 VAL 747 HG22 VAL 747 50.441 -9.328 -1.510
9 HG21 VAL 747 HG23 VAL 747 50.379 -10.797 -2.498
No H/Q in entry = 9
In of MODEL 1
1 H LEU 748 H LEU 748 50.965 -13.495 0.734
2 HA LEU 748 HA LEU 748 53.016 -13.572 2.596
3 HB2 LEU 748 HB2 LEU 748 51.107 -13.896 3.741
4 HB3 LEU 748 HB3 LEU 748 50.274 -14.436 2.323
5 HG LEU 748 HG LEU 748 51.853 -16.264 4.157
6 HD12 LEU 748 HD11 LEU 748 48.903 -15.682 4.008
7 HD11 LEU 748 HD12 LEU 748 49.978 -15.188 5.321
8 HD13 LEU 748 HD13 LEU 748 49.660 -16.899 5.029
9 HD22 LEU 748 HD21 LEU 748 50.601 -18.035 3.058
10 HD21 LEU 748 HD22 LEU 748 51.478 -17.121 1.837
11 HD23 LEU 748 HD23 LEU 748 49.748 -16.865 2.065
No H/Q in entry = 11
In of MODEL 1
1 H HIS 749 H HIS 749 52.230 -15.747 0.002
2 HA HIS 749 HA HIS 749 53.882 -17.922 0.757
3 HB2 HIS 749 HB2 HIS 749 52.058 -17.792 -1.085
4 HB3 HIS 749 HB3 HIS 749 53.342 -17.145 -2.093
5 HD1 HIS 749 HD1 HIS 749 55.072 -18.854 -3.033
6 HD2 HIS 749 HD2 HIS 749 52.294 -20.445 -0.388
7 HE1 HIS 749 HE1 HIS 749 55.339 -21.314 -3.194
8 HE2 HIS 749 HE2 HIS 749 53.854 -22.256 -1.429
No H/Q in entry = 8
In of MODEL 1
1 H CYS 750 H CYS 750 54.468 -14.991 -1.211
2 HA CYS 750 HA CYS 750 57.132 -15.872 -1.752
3 HB2 CYS 750 HB2 CYS 750 57.438 -13.822 -3.019
4 HB3 CYS 750 HB3 CYS 750 55.919 -14.574 -3.463
No H/Q in entry = 4
In of MODEL 1
1 H GLN 751 H GLN 751 55.575 -14.001 0.685
2 HA GLN 751 HA GLN 751 57.974 -12.860 1.699
3 HB2 GLN 751 HB2 GLN 751 55.351 -13.376 3.109
4 HB3 GLN 751 HB3 GLN 751 56.666 -12.397 3.744
5 HG2 GLN 751 HG2 GLN 751 56.450 -10.917 1.777
6 HG3 GLN 751 HG3 GLN 751 55.065 -11.865 1.268
7 HE21 GLN 751 HE21 GLN 751 55.255 -9.103 1.909
8 HE22 GLN 751 HE22 GLN 751 54.141 -8.802 3.190
No H/Q in entry = 8
In of MODEL 1
1 H GLY 752 H GLY 752 56.972 -16.021 1.600
2 HA3 GLY 752 HA2 GLY 752 58.612 -17.669 2.239
3 HA2 GLY 752 HA3 GLY 752 58.994 -16.677 3.638
No H/Q in entry = 3
In of MODEL 1
1 H ARG 753 H ARG 753 55.654 -17.103 2.919
2 HA ARG 753 HA ARG 753 55.461 -18.894 5.220
3 HB2 ARG 753 HB2 ARG 753 53.377 -17.334 3.738
4 HB3 ARG 753 HB3 ARG 753 53.078 -18.281 5.191
5 HG2 ARG 753 HG2 ARG 753 54.942 -15.906 5.093
6 HG3 ARG 753 HG3 ARG 753 53.249 -15.771 5.526
7 HD2 ARG 753 HD2 ARG 753 54.507 -15.873 7.561
8 HD3 ARG 753 HD3 ARG 753 53.665 -17.404 7.358
9 HE ARG 753 HE ARG 753 56.387 -17.365 6.426
10 HH11 ARG 753 HH11 ARG 753 54.202 -17.927 9.164
11 HH12 ARG 753 HH12 ARG 753 55.281 -18.950 9.993
12 HH21 ARG 753 HH21 ARG 753 57.900 -18.771 7.633
13 HH22 ARG 753 HH22 ARG 753 57.386 -19.428 9.119
No H/Q in entry = 13
In of MODEL 1
1 H ASN 754 H ASN 754 54.441 -20.865 5.021
2 HA ASN 754 HA ASN 754 54.193 -21.781 2.239
3 HB2 ASN 754 HB2 ASN 754 54.720 -23.545 4.644
4 HB3 ASN 754 HB3 ASN 754 54.802 -24.008 2.954
5 HD21 ASN 754 HD21 ASN 754 56.403 -22.613 5.596
6 HD22 ASN 754 HD22 ASN 754 57.954 -22.409 4.892
No H/Q in entry = 6
In of MODEL 1
1 H TYR 755 H TYR 755 52.297 -22.408 1.592
2 HA TYR 755 HA TYR 755 50.351 -23.447 3.459
3 HB2 TYR 755 HB2 TYR 755 49.936 -21.035 1.726
4 HB3 TYR 755 HB3 TYR 755 48.595 -22.092 2.148
5 HD1 TYR 755 HD1 TYR 755 51.174 -19.850 3.513
6 HD2 TYR 755 HD2 TYR 755 47.610 -21.989 4.286
7 HE1 TYR 755 HE1 TYR 755 50.928 -18.652 5.620
8 HE2 TYR 755 HE2 TYR 755 47.358 -20.799 6.420
9 HH TYR 755 HH TYR 755 48.911 -19.772 8.006
No H/Q in entry = 9
In of MODEL 1
1 H THR 756 H THR 756 49.016 -24.864 2.581
2 HA THR 756 HA THR 756 49.705 -25.744 -0.114
3 HB THR 756 HB THR 756 48.402 -27.148 2.227
4 HG1 THR 756 HG1 THR 756 50.390 -27.387 2.868
5 HG23 THR 756 HG21 THR 756 47.679 -28.056 0.113
6 HG22 THR 756 HG22 THR 756 48.750 -29.211 0.925
7 HG21 THR 756 HG23 THR 756 49.351 -28.226 -0.427
No H/Q in entry = 7
In of MODEL 1
1 H LEU 757 H LEU 757 47.953 -25.887 -1.635
2 HA LEU 757 HA LEU 757 45.544 -24.728 -0.570
3 HB2 LEU 757 HB2 LEU 757 46.356 -25.116 -3.416
4 HB3 LEU 757 HB3 LEU 757 44.748 -24.608 -2.942
5 HG LEU 757 HG LEU 757 46.157 -22.824 -1.592
6 HD12 LEU 757 HD11 LEU 757 47.995 -21.968 -2.954
7 HD11 LEU 757 HD12 LEU 757 47.896 -23.414 -3.962
8 HD13 LEU 757 HD13 LEU 757 48.317 -23.554 -2.257
9 HD23 LEU 757 HD21 LEU 757 45.699 -21.279 -3.403
10 HD22 LEU 757 HD22 LEU 757 44.362 -22.369 -3.042
11 HD21 LEU 757 HD23 LEU 757 45.364 -22.649 -4.479
No H/Q in entry = 11
In of MODEL 1
1 H THR 758 H THR 758 43.579 -25.472 -0.793
2 HA THR 758 HA THR 758 43.450 -28.356 -1.139
3 HB THR 758 HB THR 758 41.736 -28.287 0.761
4 HG1 THR 758 HG1 THR 758 42.313 -25.660 0.568
5 HG21 THR 758 HG21 THR 758 44.021 -29.171 1.038
6 HG23 THR 758 HG22 THR 758 43.484 -28.350 2.496
7 HG22 THR 758 HG23 THR 758 44.605 -27.547 1.392
No H/Q in entry = 7
In of MODEL 1
1 H GLY 759 H GLY 759 40.739 -28.683 -0.814
2 HA3 GLY 759 HA2 GLY 759 39.897 -27.774 -3.388
3 HA2 GLY 759 HA3 GLY 759 39.019 -28.820 -2.281
No H/Q in entry = 3
In of MODEL 1
1 H ARG 760 H ARG 760 37.661 -27.034 -3.613
2 HA ARG 760 HA ARG 760 37.410 -24.520 -2.239
3 HB2 ARG 760 HB2 ARG 760 35.626 -24.046 -3.868
4 HB3 ARG 760 HB3 ARG 760 37.032 -24.709 -4.674
5 HG2 ARG 760 HG2 ARG 760 35.414 -25.920 -5.732
6 HG3 ARG 760 HG3 ARG 760 35.690 -26.980 -4.353
7 HD2 ARG 760 HD2 ARG 760 33.828 -25.588 -3.218
8 HD3 ARG 760 HD3 ARG 760 33.422 -25.088 -4.857
9 HE ARG 760 HE ARG 760 33.467 -27.852 -3.881
10 HH11 ARG 760 HH11 ARG 760 32.239 -25.564 -6.305
11 HH12 ARG 760 HH12 ARG 760 30.851 -26.461 -6.641
12 HH21 ARG 760 HH21 ARG 760 31.553 -29.044 -4.317
13 HH22 ARG 760 HH22 ARG 760 30.428 -28.504 -5.486
No H/Q in entry = 13
In of MODEL 1
1 H ASP 761 H ASP 761 36.414 -27.584 -1.616
2 HA ASP 761 HA ASP 761 33.967 -26.843 -0.160
3 HB2 ASP 761 HB2 ASP 761 35.168 -29.551 -0.759
4 HB3 ASP 761 HB3 ASP 761 33.681 -29.294 0.146
No H/Q in entry = 4
In of MODEL 1
1 H SER 762 H SER 762 37.244 -27.049 0.394
2 HA SER 762 HA SER 762 37.227 -28.531 2.823
3 HB2 SER 762 HB2 SER 762 39.356 -26.678 1.746
4 HB3 SER 762 HB3 SER 762 39.566 -27.870 3.022
5 HG SER 762 HG SER 762 38.501 -29.152 0.998
No H/Q in entry = 5
In of MODEL 1
1 H CYS 763 H CYS 763 36.822 -25.129 2.055
2 HA CYS 763 HA CYS 763 36.323 -24.694 4.899
3 HB2 CYS 763 HB2 CYS 763 37.467 -22.612 4.945
4 HB3 CYS 763 HB3 CYS 763 38.602 -23.758 4.238
No H/Q in entry = 4
In of MODEL 1
1 H THR 764 H THR 764 35.256 -22.412 5.065
2 HA THR 764 HA THR 764 33.249 -22.137 2.942
3 HB THR 764 HB THR 764 33.225 -21.312 5.865
4 HG1 THR 764 HG1 THR 764 32.206 -23.528 4.464
5 HG21 THR 764 HG21 THR 764 31.813 -19.897 4.407
6 HG23 THR 764 HG22 THR 764 30.854 -20.854 5.536
7 HG22 THR 764 HG23 THR 764 30.969 -21.343 3.843
No H/Q in entry = 7
In of MODEL 1
1 H LEU 765 H LEU 765 33.393 -20.346 1.772
2 HA LEU 765 HA LEU 765 35.253 -18.319 2.675
3 HB2 LEU 765 HB2 LEU 765 34.176 -18.955 -0.011
4 HB3 LEU 765 HB3 LEU 765 34.927 -17.398 0.260
5 HG LEU 765 HG LEU 765 36.607 -18.567 -0.711
6 HD11 LEU 765 HD11 LEU 765 37.459 -17.787 1.430
7 HD13 LEU 765 HD12 LEU 765 38.258 -19.257 0.868
8 HD12 LEU 765 HD13 LEU 765 37.049 -19.352 2.137
9 HD21 LEU 765 HD21 LEU 765 35.401 -20.540 -0.950
10 HD23 LEU 765 HD22 LEU 765 35.713 -20.948 0.767
11 HD22 LEU 765 HD23 LEU 765 37.068 -20.856 -0.409
No H/Q in entry = 11
In of MODEL 1
1 HA PRO 766 HA PRO 766 32.200 -15.148 3.417
2 HB2 PRO 766 HB2 PRO 766 33.646 -13.131 2.117
3 HB3 PRO 766 HB3 PRO 766 33.866 -13.599 3.805
4 HG2 PRO 766 HG2 PRO 766 35.390 -14.566 1.379
5 HG3 PRO 766 HG3 PRO 766 36.037 -14.053 2.965
6 HD2 PRO 766 HD2 PRO 766 35.842 -16.540 2.299
7 HD3 PRO 766 HD3 PRO 766 35.305 -16.090 3.930
No H/Q in entry = 7
In of MODEL 1
1 H ALA 767 H ALA 767 33.809 -15.236 0.260
2 HA ALA 767 HA ALA 767 31.201 -14.963 -1.026
3 HB2 ALA 767 HB1 ALA 767 33.814 -13.824 -1.998
4 HB1 ALA 767 HB2 ALA 767 32.441 -12.897 -1.365
5 HB3 ALA 767 HB3 ALA 767 32.281 -13.813 -2.872
No H/Q in entry = 5
In of MODEL 1
1 H SER 768 H SER 768 30.938 -17.051 -1.255
2 HA SER 768 HA SER 768 32.859 -18.520 -2.884
3 HB2 SER 768 HB2 SER 768 31.253 -20.385 -2.083
4 HB3 SER 768 HB3 SER 768 32.422 -19.702 -0.937
5 HG SER 768 HG SER 768 29.724 -19.683 -0.813
No H/Q in entry = 5
In of MODEL 1
1 H ALA 769 H ALA 769 29.907 -16.906 -2.927
2 HA ALA 769 HA ALA 769 29.241 -17.857 -5.568
3 HB3 ALA 769 HB1 ALA 769 27.301 -17.934 -3.236
4 HB2 ALA 769 HB2 ALA 769 27.966 -19.338 -4.066
5 HB1 ALA 769 HB3 ALA 769 26.882 -18.244 -4.923
No H/Q in entry = 5
In of MODEL 1
1 H GLU 770 H GLU 770 26.736 -16.505 -5.527
2 HA GLU 770 HA GLU 770 27.600 -13.886 -6.087
3 HB2 GLU 770 HB2 GLU 770 25.210 -13.468 -6.528
4 HB3 GLU 770 HB3 GLU 770 25.821 -14.901 -7.343
5 HG2 GLU 770 HG2 GLU 770 24.824 -16.266 -5.522
6 HG3 GLU 770 HG3 GLU 770 24.115 -14.788 -4.873
No H/Q in entry = 6
In of MODEL 1
1 H LYS 771 H LYS 771 26.700 -11.919 -5.207
2 HA LYS 771 HA LYS 771 26.396 -12.084 -2.306
3 HB2 LYS 771 HB2 LYS 771 27.873 -10.024 -3.946
4 HB3 LYS 771 HB3 LYS 771 27.571 -9.881 -2.226
5 HG2 LYS 771 HG2 LYS 771 29.077 -12.214 -3.372
6 HG3 LYS 771 HG3 LYS 771 29.876 -10.697 -2.999
7 HD2 LYS 771 HD2 LYS 771 30.190 -12.252 -1.187
8 HD3 LYS 771 HD3 LYS 771 29.152 -10.942 -0.626
9 HE2 LYS 771 HE2 LYS 771 27.251 -12.404 -0.734
10 HE3 LYS 771 HE3 LYS 771 28.205 -13.701 -1.485
11 HZ3 LYS 771 HZ1 LYS 771 27.858 -14.096 0.847
12 HZ2 LYS 771 HZ2 LYS 771 28.393 -12.585 1.269
13 HZ1 LYS 771 HZ3 LYS 771 29.488 -13.727 0.674
No H/Q in entry = 13
In of MODEL 1
1 H ALA 772 H ALA 772 25.663 -9.511 -1.719
2 HA ALA 772 HA ALA 772 23.496 -8.845 -3.553
3 HB2 ALA 772 HB1 ALA 772 22.491 -10.175 -1.767
4 HB1 ALA 772 HB2 ALA 772 21.964 -8.494 -1.659
5 HB3 ALA 772 HB3 ALA 772 23.199 -9.108 -0.558
No H/Q in entry = 5
In of MODEL 1
1 H CYS 773 H CYS 773 22.560 -6.601 -2.872
2 HA CYS 773 HA CYS 773 24.746 -4.827 -3.095
3 HB2 CYS 773 HB2 CYS 773 22.492 -4.398 -4.076
4 HB3 CYS 773 HB3 CYS 773 21.855 -4.179 -2.457
No H/Q in entry = 4
In of MODEL 1
1 H GLY 774 H GLY 774 25.821 -3.761 -1.628
2 HA3 GLY 774 HA2 GLY 774 25.757 -2.601 0.543
3 HA2 GLY 774 HA3 GLY 774 25.003 -4.067 1.175
No H/Q in entry = 3
In of MODEL 1
1 H ALA 775 H ALA 775 26.711 -5.691 -0.673
2 HA ALA 775 HA ALA 775 29.391 -5.271 0.276
3 HB2 ALA 775 HB1 ALA 775 27.857 -7.793 0.957
4 HB3 ALA 775 HB2 ALA 775 28.404 -6.575 2.109
5 HB1 ALA 775 HB3 ALA 775 29.583 -7.536 1.220
No H/Q in entry = 5
In of MODEL 1
1 H CYS 776 H CYS 776 30.254 -5.237 -1.710
2 HA CYS 776 HA CYS 776 29.774 -7.554 -3.387
3 HB2 CYS 776 HB2 CYS 776 29.662 -4.685 -4.329
4 HB3 CYS 776 HB3 CYS 776 29.787 -6.059 -5.412
No H/Q in entry = 4
In of MODEL 1
1 HA PRO 777 HA PRO 777 34.267 -7.310 -3.742
2 HB2 PRO 777 HB2 PRO 777 34.080 -9.060 -6.080
3 HB3 PRO 777 HB3 PRO 777 34.688 -9.448 -4.475
4 HG2 PRO 777 HG2 PRO 777 32.409 -10.505 -5.412
5 HG3 PRO 777 HG3 PRO 777 32.617 -10.102 -3.697
6 HD2 PRO 777 HD2 PRO 777 31.241 -8.544 -5.852
7 HD3 PRO 777 HD3 PRO 777 30.683 -8.952 -4.210
No H/Q in entry = 7
In of MODEL 1
1 H LEU 778 H LEU 778 35.566 -7.750 -6.281
2 HA LEU 778 HA LEU 778 35.055 -5.166 -7.476
3 HB2 LEU 778 HB2 LEU 778 37.244 -5.354 -8.642
4 HB3 LEU 778 HB3 LEU 778 37.339 -5.440 -6.904
5 HG LEU 778 HG LEU 778 39.002 -6.845 -7.888
6 HD13 LEU 778 HD11 LEU 778 38.639 -8.946 -6.861
7 HD12 LEU 778 HD12 LEU 778 36.914 -8.659 -6.779
8 HD11 LEU 778 HD13 LEU 778 38.021 -7.651 -5.832
9 HD23 LEU 778 HD21 LEU 778 36.808 -8.324 -9.294
10 HD22 LEU 778 HD22 LEU 778 38.508 -8.792 -9.270
11 HD21 LEU 778 HD23 LEU 778 38.013 -7.287 -10.064
No H/Q in entry = 11
In of MODEL 1
1 H TRP 779 H TRP 779 34.345 -8.334 -8.172
2 HA TRP 779 HA TRP 779 33.922 -7.801 -11.031
3 HB2 TRP 779 HB2 TRP 779 33.400 -10.290 -11.089
4 HB3 TRP 779 HB3 TRP 779 35.062 -9.862 -10.697
5 HD1 TRP 779 HD1 TRP 779 31.813 -10.949 -8.849
6 HE1 TRP 779 HE1 TRP 779 32.513 -12.163 -6.701
7 HE3 TRP 779 HE3 TRP 779 36.853 -10.381 -9.227
8 HZ2 TRP 779 HZ2 TRP 779 34.909 -12.781 -5.361
9 HZ3 TRP 779 HZ3 TRP 779 38.284 -11.299 -7.481
10 HH2 TRP 779 HH2 TRP 779 37.336 -12.493 -5.581
No H/Q in entry = 10
In of MODEL 1
1 H GLY 780 H GLY 780 32.313 -7.264 -8.335
2 HA3 GLY 780 HA2 GLY 780 29.737 -7.626 -9.615
3 HA2 GLY 780 HA3 GLY 780 29.970 -8.361 -8.024
No H/Q in entry = 3
In of MODEL 1
1 H LYS 781 H LYS 781 28.335 -6.046 -9.036
2 HA LYS 781 HA LYS 781 29.121 -4.185 -6.944
3 HB2 LYS 781 HB2 LYS 781 28.611 -3.314 -9.802
4 HB3 LYS 781 HB3 LYS 781 28.737 -2.230 -8.430
5 HG2 LYS 781 HG2 LYS 781 30.911 -4.007 -9.487
6 HG3 LYS 781 HG3 LYS 781 30.771 -2.261 -9.734
7 HD2 LYS 781 HD2 LYS 781 31.032 -1.879 -7.349
8 HD3 LYS 781 HD3 LYS 781 31.059 -3.616 -7.047
9 HE2 LYS 781 HE2 LYS 781 33.034 -3.795 -8.461
10 HE3 LYS 781 HE3 LYS 781 33.058 -2.029 -8.615
11 HZ1 LYS 781 HZ1 LYS 781 33.267 -1.914 -6.187
12 HZ3 LYS 781 HZ2 LYS 781 34.567 -2.706 -6.886
13 HZ2 LYS 781 HZ3 LYS 781 33.346 -3.595 -6.110
No H/Q in entry = 13
In of MODEL 1
1 H CYS 782 H CYS 782 27.324 -2.682 -6.545
2 HA CYS 782 HA CYS 782 24.782 -4.024 -6.769
3 HB2 CYS 782 HB2 CYS 782 25.424 -2.784 -4.722
4 HB3 CYS 782 HB3 CYS 782 25.505 -1.291 -5.649
No H/Q in entry = 4
In of MODEL 1
1 H ASP 783 H ASP 783 23.105 -3.442 -8.189
2 HA ASP 783 HA ASP 783 24.036 -1.878 -10.436
3 HB2 ASP 783 HB2 ASP 783 22.132 -2.784 -11.701
4 HB3 ASP 783 HB3 ASP 783 23.030 -4.068 -10.924
No H/Q in entry = 4
In of MODEL 1
1 H ALA 784 H ALA 784 21.624 -0.975 -11.515
2 HA ALA 784 HA ALA 784 21.516 1.501 -10.112
3 HB2 ALA 784 HB1 ALA 784 20.081 2.248 -11.932
4 HB1 ALA 784 HB2 ALA 784 19.968 0.595 -12.528
5 HB3 ALA 784 HB3 ALA 784 21.522 1.436 -12.545
No H/Q in entry = 5
In of MODEL 1
1 H GLU 785 H GLU 785 20.628 1.114 -8.182
2 HA GLU 785 HA GLU 785 19.099 1.105 -6.587
3 HB2 GLU 785 HB2 GLU 785 18.075 2.897 -7.946
4 HB3 GLU 785 HB3 GLU 785 17.082 1.691 -8.751
5 HG2 GLU 785 HG2 GLU 785 16.041 1.130 -6.616
6 HG3 GLU 785 HG3 GLU 785 17.033 2.351 -5.821
No H/Q in entry = 6
In of MODEL 1
1 H SER 786 H SER 786 19.267 -0.940 -5.889
2 HA SER 786 HA SER 786 16.972 -2.612 -6.178
3 HB2 SER 786 HB2 SER 786 18.171 -4.539 -7.056
4 HB3 SER 786 HB3 SER 786 18.357 -3.198 -8.189
5 HG SER 786 HG SER 786 20.398 -3.883 -7.947
No H/Q in entry = 5
In of MODEL 1
1 H SER 787 H SER 787 17.811 -4.832 -4.980
2 HA SER 787 HA SER 787 19.403 -4.005 -2.661
3 HB2 SER 787 HB2 SER 787 17.272 -6.154 -2.853
4 HB3 SER 787 HB3 SER 787 18.112 -5.644 -1.388
5 HG SER 787 HG SER 787 17.214 -3.453 -2.140
No H/Q in entry = 5
In of MODEL 1
1 H LYS 788 H LYS 788 19.745 -5.490 -5.482
2 HA LYS 788 HA LYS 788 21.055 -7.901 -4.452
3 HB2 LYS 788 HB2 LYS 788 20.753 -8.888 -6.631
4 HB3 LYS 788 HB3 LYS 788 19.209 -8.251 -6.098
5 HG2 LYS 788 HG2 LYS 788 19.580 -6.278 -7.536
6 HG3 LYS 788 HG3 LYS 788 21.082 -7.008 -8.098
7 HD2 LYS 788 HD2 LYS 788 19.753 -8.977 -8.860
8 HD3 LYS 788 HD3 LYS 788 18.289 -8.089 -8.445
9 HE2 LYS 788 HE2 LYS 788 20.360 -7.323 -10.497
10 HE3 LYS 788 HE3 LYS 788 18.707 -7.851 -10.800
11 HZ1 LYS 788 HZ1 LYS 788 17.967 -5.784 -9.600
12 HZ3 LYS 788 HZ2 LYS 788 18.830 -5.492 -11.006
13 HZ2 LYS 788 HZ3 LYS 788 19.598 -5.311 -9.554
No H/Q in entry = 13
In of MODEL 1
1 H CYS 789 H CYS 789 22.959 -8.566 -5.785
2 HA CYS 789 HA CYS 789 24.528 -6.218 -6.563
3 HB2 CYS 789 HB2 CYS 789 25.318 -7.507 -4.522
4 HB3 CYS 789 HB3 CYS 789 25.533 -8.899 -5.566
No H/Q in entry = 4
In of MODEL 1
1 H VAL 790 H VAL 790 25.272 -6.307 -8.629
2 HA VAL 790 HA VAL 790 24.459 -8.682 -10.103
3 HB VAL 790 HB VAL 790 23.420 -6.523 -10.788
4 HG13 VAL 790 HG11 VAL 790 25.198 -4.963 -10.367
5 HG12 VAL 790 HG12 VAL 790 24.736 -4.869 -12.070
6 HG11 VAL 790 HG13 VAL 790 26.203 -5.723 -11.597
7 HG21 VAL 790 HG21 VAL 790 23.559 -8.323 -12.393
8 HG23 VAL 790 HG22 VAL 790 25.169 -7.790 -12.885
9 HG22 VAL 790 HG23 VAL 790 23.765 -6.770 -13.198
No H/Q in entry = 9
In of MODEL 1
1 H CYS 791 H CYS 791 25.915 -9.609 -11.508
2 HA CYS 791 HA CYS 791 28.652 -9.130 -10.654
3 HB2 CYS 791 HB2 CYS 791 27.608 -11.471 -12.267
4 HB3 CYS 791 HB3 CYS 791 29.087 -11.342 -11.336
No H/Q in entry = 4
In of MODEL 1
1 H ARG 792 H ARG 792 30.062 -8.389 -12.053
2 HA ARG 792 HA ARG 792 28.976 -7.285 -14.498
3 HB2 ARG 792 HB2 ARG 792 31.813 -7.016 -13.497
4 HB3 ARG 792 HB3 ARG 792 30.908 -5.899 -14.510
5 HG2 ARG 792 HG2 ARG 792 30.437 -6.420 -11.570
6 HG3 ARG 792 HG3 ARG 792 31.216 -5.001 -12.256
7 HD2 ARG 792 HD2 ARG 792 28.359 -5.806 -12.842
8 HD3 ARG 792 HD3 ARG 792 28.816 -4.701 -11.551
9 HE ARG 792 HE ARG 792 29.721 -4.043 -14.232
10 HH11 ARG 792 HH11 ARG 792 27.133 -3.555 -11.860
11 HH12 ARG 792 HH12 ARG 792 26.761 -1.983 -12.399
12 HH21 ARG 792 HH21 ARG 792 29.254 -1.921 -14.918
13 HH22 ARG 792 HH22 ARG 792 28.002 -1.006 -14.169
No H/Q in entry = 13
In of MODEL 1
1 H GLU 793 H GLU 793 30.758 -7.434 -16.366
2 HA GLU 793 HA GLU 793 31.470 -10.256 -16.489
3 HB2 GLU 793 HB2 GLU 793 31.067 -8.315 -18.776
4 HB3 GLU 793 HB3 GLU 793 31.435 -10.028 -18.914
5 HG2 GLU 793 HG2 GLU 793 29.305 -10.567 -17.817
6 HG3 GLU 793 HG3 GLU 793 28.919 -8.849 -17.760
No H/Q in entry = 6
In of MODEL 1
1 H ALA 794 H ALA 794 33.389 -10.311 -18.348
2 HA ALA 794 HA ALA 794 35.602 -9.526 -16.785
3 HB3 ALA 794 HB1 ALA 794 36.963 -10.510 -18.524
4 HB1 ALA 794 HB2 ALA 794 35.583 -10.518 -19.628
5 HB2 ALA 794 HB3 ALA 794 35.566 -11.531 -18.181
No H/Q in entry = 5
In of MODEL 1
1 H SER 795 H SER 795 33.901 -8.041 -19.354
2 HA SER 795 HA SER 795 35.954 -6.344 -20.269
3 HB2 SER 795 HB2 SER 795 33.905 -7.005 -21.576
4 HB3 SER 795 HB3 SER 795 32.972 -5.916 -20.556
5 HG SER 795 HG SER 795 35.005 -4.507 -21.422
No H/Q in entry = 5
In of MODEL 1
1 H GLU 796 H GLU 796 34.376 -6.272 -17.294
2 HA GLU 796 HA GLU 796 34.793 -3.372 -17.123
3 HB2 GLU 796 HB2 GLU 796 32.909 -5.093 -15.543
4 HB3 GLU 796 HB3 GLU 796 33.302 -3.437 -15.108
5 HG2 GLU 796 HG2 GLU 796 32.518 -2.740 -17.352
6 HG3 GLU 796 HG3 GLU 796 31.948 -4.392 -17.607
No H/Q in entry = 6
In of MODEL 1
1 H CYS 797 H CYS 797 36.643 -5.655 -16.731
2 HA CYS 797 HA CYS 797 37.405 -5.759 -14.000
3 HB2 CYS 797 HB2 CYS 797 38.059 -7.440 -15.678
4 HB3 CYS 797 HB3 CYS 797 39.034 -6.223 -16.496
No H/Q in entry = 4
In of MODEL 1
1 H GLU 798 H GLU 798 37.928 -3.967 -12.961
2 HA GLU 798 HA GLU 798 39.586 -1.963 -14.316
3 HB2 GLU 798 HB2 GLU 798 37.343 -1.153 -13.838
4 HB3 GLU 798 HB3 GLU 798 37.488 -1.618 -12.160
5 HG2 GLU 798 HG2 GLU 798 39.251 0.479 -13.399
6 HG3 GLU 798 HG3 GLU 798 37.662 0.858 -12.751
No H/Q in entry = 6
In of MODEL 1
1 H GLU 799 H GLU 799 38.967 -3.514 -11.205
2 HA GLU 799 HA GLU 799 41.270 -2.458 -9.914
3 HB2 GLU 799 HB2 GLU 799 39.276 -3.298 -8.697
4 HB3 GLU 799 HB3 GLU 799 39.602 -4.918 -9.280
5 HG2 GLU 799 HG2 GLU 799 40.278 -4.635 -6.957
6 HG3 GLU 799 HG3 GLU 799 41.656 -4.993 -7.991
No H/Q in entry = 6
In of MODEL 1
1 H GLU 800 H GLU 800 43.113 -3.860 -9.169
2 HA GLU 800 HA GLU 800 44.721 -4.653 -11.203
3 HB2 GLU 800 HB2 GLU 800 44.779 -5.853 -8.433
4 HB3 GLU 800 HB3 GLU 800 46.065 -5.992 -9.614
5 HG2 GLU 800 HG2 GLU 800 46.162 -3.452 -9.574
6 HG3 GLU 800 HG3 GLU 800 45.150 -3.554 -8.129
No H/Q in entry = 6
In of MODEL 1
1 H GLY 801 H GLY 801 43.345 -7.194 -9.100
2 HA3 GLY 801 HA2 GLY 801 42.493 -9.210 -9.622
3 HA2 GLY 801 HA3 GLY 801 42.399 -8.703 -11.303
No H/Q in entry = 3
In of MODEL 1
1 H PHE 802 H PHE 802 43.761 -10.849 -9.295
2 HA PHE 802 HA PHE 802 46.334 -11.083 -10.494
3 HB2 PHE 802 HB2 PHE 802 44.752 -12.777 -8.607
4 HB3 PHE 802 HB3 PHE 802 46.227 -13.400 -9.337
5 HD1 PHE 802 HD1 PHE 802 45.515 -9.937 -8.178
6 HD2 PHE 802 HD2 PHE 802 47.680 -13.534 -7.549
7 HE1 PHE 802 HE1 PHE 802 46.857 -8.830 -6.479
8 HE2 PHE 802 HE2 PHE 802 49.005 -12.475 -5.865
9 HZ PHE 802 HZ PHE 802 48.630 -10.085 -5.295
No H/Q in entry = 9
In of MODEL 1
1 H SER 803 H SER 803 46.928 -13.407 -11.327
2 HA SER 803 HA SER 803 44.980 -14.128 -13.345
3 HB2 SER 803 HB2 SER 803 47.128 -14.946 -14.517
4 HB3 SER 803 HB3 SER 803 46.805 -13.212 -14.476
5 HG SER 803 HG SER 803 48.972 -14.275 -13.759
No H/Q in entry = 5
In of MODEL 1
1 H ILE 804 H ILE 804 44.162 -16.079 -13.117
2 HA ILE 804 HA ILE 804 45.665 -18.006 -11.524
3 HB ILE 804 HB ILE 804 43.703 -18.836 -10.390
4 HG12 ILE 804 HG12 ILE 804 41.981 -18.321 -12.145
5 HG13 ILE 804 HG13 ILE 804 41.474 -17.879 -10.524
6 HG21 ILE 804 HG21 ILE 804 44.895 -17.100 -9.251
7 HG23 ILE 804 HG22 ILE 804 43.170 -16.951 -8.910
8 HG22 ILE 804 HG23 ILE 804 43.936 -15.867 -10.073
9 HD13 ILE 804 HD11 ILE 804 40.779 -16.211 -12.112
10 HD12 ILE 804 HD12 ILE 804 42.417 -16.017 -12.698
11 HD11 ILE 804 HD13 ILE 804 42.011 -15.524 -11.052
No H/Q in entry = 11
In of MODEL 1
1 H CYS 805 H CYS 805 44.693 -20.213 -11.709
2 HA CYS 805 HA CYS 805 44.276 -20.760 -14.547
3 HB2 CYS 805 HB2 CYS 805 46.330 -21.682 -13.401
4 HB3 CYS 805 HB3 CYS 805 45.274 -22.585 -12.325
No H/Q in entry = 4
In of MODEL 1
1 H VAL 806 H VAL 806 42.211 -21.229 -15.012
2 HA VAL 806 HA VAL 806 40.802 -22.819 -13.038
3 HB VAL 806 HB VAL 806 40.114 -20.412 -12.883
4 HG12 VAL 806 HG11 VAL 806 38.805 -19.437 -14.644
5 HG11 VAL 806 HG12 VAL 806 39.280 -20.788 -15.687
6 HG13 VAL 806 HG13 VAL 806 40.500 -19.705 -15.037
7 HG22 VAL 806 HG21 VAL 806 37.730 -20.770 -12.922
8 HG21 VAL 806 HG22 VAL 806 38.503 -22.245 -12.313
9 HG23 VAL 806 HG23 VAL 806 37.920 -22.179 -13.962
No H/Q in entry = 9
In of MODEL 1
1 H GLU 807 H GLU 807 39.617 -24.420 -13.852
2 HA GLU 807 HA GLU 807 39.895 -24.983 -16.675
3 HB2 GLU 807 HB2 GLU 807 40.335 -26.734 -14.987
4 HB3 GLU 807 HB3 GLU 807 38.669 -26.611 -14.446
5 HG2 GLU 807 HG2 GLU 807 38.048 -27.145 -16.857
6 HG3 GLU 807 HG3 GLU 807 39.735 -27.644 -17.028
No H/Q in entry = 6
In of MODEL 1
1 H VAL 808 H VAL 808 38.413 -23.844 -17.876
2 HA VAL 808 HA VAL 808 35.657 -24.127 -17.139
3 HB VAL 808 HB VAL 808 35.227 -22.143 -18.174
4 HG12 VAL 808 HG11 VAL 808 37.608 -21.651 -16.424
5 HG11 VAL 808 HG12 VAL 808 35.960 -21.910 -15.889
6 HG13 VAL 808 HG13 VAL 808 36.370 -20.443 -16.795
7 HG21 VAL 808 HG21 VAL 808 36.698 -22.208 -20.010
8 HG23 VAL 808 HG22 VAL 808 38.109 -21.844 -18.999
9 HG22 VAL 808 HG23 VAL 808 36.847 -20.618 -19.257
No H/Q in entry = 9
In of MODEL 1
1 H ASN 809 H ASN 809 34.395 -24.712 -18.903
2 HA ASN 809 HA ASN 809 33.831 -25.490 -20.875
3 HB2 ASN 809 HB2 ASN 809 36.169 -23.865 -21.710
4 HB3 ASN 809 HB3 ASN 809 35.401 -24.909 -22.892
5 HD21 ASN 809 HD21 ASN 809 35.138 -22.039 -20.969
6 HD22 ASN 809 HD22 ASN 809 33.665 -21.466 -21.650
No H/Q in entry = 6
In of MODEL 1
1 H GLY 810 H GLY 810 36.021 -26.829 -19.165
2 HA3 GLY 810 HA2 GLY 810 36.792 -29.028 -19.255
3 HA2 GLY 810 HA3 GLY 810 36.501 -29.032 -20.994
No H/Q in entry = 3
In of MODEL 1
1 H LYS 811 H LYS 811 38.064 -26.215 -20.282
2 HA LYS 811 HA LYS 811 40.727 -27.405 -20.753
3 HB2 LYS 811 HB2 LYS 811 39.616 -24.806 -21.766
4 HB3 LYS 811 HB3 LYS 811 41.258 -25.403 -21.960
5 HG2 LYS 811 HG2 LYS 811 40.544 -27.162 -23.409
6 HG3 LYS 811 HG3 LYS 811 38.842 -26.844 -23.059
7 HD2 LYS 811 HD2 LYS 811 39.535 -25.976 -25.269
8 HD3 LYS 811 HD3 LYS 811 38.987 -24.695 -24.187
9 HE2 LYS 811 HE2 LYS 811 41.312 -24.130 -23.679
10 HE3 LYS 811 HE3 LYS 811 41.859 -25.431 -24.736
11 HZ2 LYS 811 HZ1 LYS 811 41.937 -23.258 -25.821
12 HZ1 LYS 811 HZ2 LYS 811 40.280 -23.072 -25.611
13 HZ3 LYS 811 HZ3 LYS 811 40.876 -24.307 -26.590
No H/Q in entry = 13
In of MODEL 1
1 H GLU 812 H GLU 812 42.460 -26.306 -19.830
2 HA GLU 812 HA GLU 812 41.725 -24.697 -17.525
3 HB2 GLU 812 HB2 GLU 812 44.467 -25.666 -18.348
4 HB3 GLU 812 HB3 GLU 812 44.022 -24.963 -16.804
5 HG2 GLU 812 HG2 GLU 812 44.096 -27.231 -16.285
6 HG3 GLU 812 HG3 GLU 812 42.393 -26.927 -16.699
No H/Q in entry = 6
In of MODEL 1
1 H GLN 813 H GLN 813 41.517 -22.658 -17.839
2 HA GLN 813 HA GLN 813 43.292 -21.368 -19.766
3 HB2 GLN 813 HB2 GLN 813 41.114 -21.341 -20.665
4 HB3 GLN 813 HB3 GLN 813 40.391 -20.755 -19.159
5 HG2 GLN 813 HG2 GLN 813 41.724 -18.701 -19.429
6 HG3 GLN 813 HG3 GLN 813 42.261 -19.266 -21.004
7 HE21 GLN 813 HE21 GLN 813 39.563 -20.420 -21.614
8 HE22 GLN 813 HE22 GLN 813 38.568 -19.055 -21.936
No H/Q in entry = 8
In of MODEL 1
1 H THR 814 H THR 814 44.431 -19.733 -19.060
2 HA THR 814 HA THR 814 44.278 -18.899 -16.288
3 HB THR 814 HB THR 814 45.770 -17.643 -18.518
4 HG1 THR 814 HG1 THR 814 47.538 -19.032 -17.991
5 HG21 THR 814 HG21 THR 814 46.334 -17.817 -15.562
6 HG23 THR 814 HG22 THR 814 45.798 -16.398 -16.458
7 HG22 THR 814 HG23 THR 814 47.412 -17.057 -16.735
No H/Q in entry = 7
In of MODEL 1
1 H MET 815 H MET 815 42.944 -17.387 -15.772
2 HA MET 815 HA MET 815 42.489 -15.267 -17.686
3 HB2 MET 815 HB2 MET 815 40.112 -15.155 -16.875
4 HB3 MET 815 HB3 MET 815 40.488 -16.496 -17.937
5 HG2 MET 815 HG2 MET 815 40.747 -17.896 -16.080
6 HG3 MET 815 HG3 MET 815 40.286 -16.653 -14.943
7 HE3 MET 815 HE1 MET 815 38.996 -17.825 -18.518
8 HE2 MET 815 HE2 MET 815 37.648 -18.854 -18.005
9 HE1 MET 815 HE3 MET 815 39.298 -19.217 -17.485
No H/Q in entry = 9
In of MODEL 1
1 H SER 816 H SER 816 41.336 -13.436 -16.491
2 HA SER 816 HA SER 816 43.100 -12.909 -14.293
3 HB2 SER 816 HB2 SER 816 41.039 -11.122 -15.602
4 HB3 SER 816 HB3 SER 816 42.338 -10.617 -14.521
5 HG SER 816 HG SER 816 42.396 -10.904 -17.136
No H/Q in entry = 5
In of MODEL 1
1 H GLU 817 H GLU 817 42.389 -12.267 -12.323
2 HA GLU 817 HA GLU 817 40.580 -13.826 -10.990
3 HB2 GLU 817 HB2 GLU 817 42.532 -12.452 -10.207
4 HB3 GLU 817 HB3 GLU 817 41.428 -11.084 -10.281
5 HG2 GLU 817 HG2 GLU 817 40.177 -11.818 -8.533
6 HG3 GLU 817 HG3 GLU 817 40.844 -13.467 -8.644
No H/Q in entry = 6
In of MODEL 1
1 H CYS 818 H CYS 818 40.144 -10.577 -12.260
2 HA CYS 818 HA CYS 818 37.576 -10.091 -11.251
3 HB2 CYS 818 HB2 CYS 818 37.559 -8.424 -13.211
4 HB3 CYS 818 HB3 CYS 818 38.804 -8.234 -11.977
No H/Q in entry = 4
In of MODEL 1
1 H GLU 819 H GLU 819 38.727 -11.866 -14.006
2 HA GLU 819 HA GLU 819 36.210 -11.977 -15.397
3 HB2 GLU 819 HB2 GLU 819 38.403 -11.938 -16.542
4 HB3 GLU 819 HB3 GLU 819 38.790 -13.442 -15.729
5 HG2 GLU 819 HG2 GLU 819 37.285 -14.666 -16.995
6 HG3 GLU 819 HG3 GLU 819 36.503 -13.221 -17.638
No H/Q in entry = 6
In of MODEL 1
1 H ALA 820 H ALA 820 38.384 -14.336 -13.863
2 HA ALA 820 HA ALA 820 36.674 -16.512 -13.917
3 HB2 ALA 820 HB1 ALA 820 38.038 -17.454 -12.096
4 HB3 ALA 820 HB2 ALA 820 38.765 -15.863 -11.856
5 HB1 ALA 820 HB3 ALA 820 39.020 -16.732 -13.371
No H/Q in entry = 5
In of MODEL 1
1 H GLY 821 H GLY 821 37.087 -13.949 -11.531
2 HA3 GLY 821 HA2 GLY 821 35.315 -14.938 -9.585
3 HA2 GLY 821 HA3 GLY 821 35.872 -13.271 -9.732
No H/Q in entry = 3
In of MODEL 1
1 H ALA 822 H ALA 822 34.859 -12.734 -12.341
2 HA ALA 822 HA ALA 822 32.210 -12.046 -11.763
3 HB3 ALA 822 HB1 ALA 822 32.045 -11.445 -14.128
4 HB1 ALA 822 HB2 ALA 822 33.538 -12.323 -14.460
5 HB2 ALA 822 HB3 ALA 822 33.571 -10.876 -13.451
No H/Q in entry = 5
In of MODEL 1
1 H LEU 823 H LEU 823 33.630 -14.659 -13.610
2 HA LEU 823 HA LEU 823 31.288 -15.878 -14.470
3 HB2 LEU 823 HB2 LEU 823 34.074 -16.861 -14.056
4 HB3 LEU 823 HB3 LEU 823 32.811 -18.008 -14.277
5 HG LEU 823 HG LEU 823 32.192 -17.144 -16.423
6 HD13 LEU 823 HD11 LEU 823 32.518 -14.840 -16.164
7 HD12 LEU 823 HD12 LEU 823 33.412 -15.410 -17.570
8 HD11 LEU 823 HD13 LEU 823 34.281 -15.017 -16.072
9 HD22 LEU 823 HD21 LEU 823 34.155 -17.695 -17.685
10 HD21 LEU 823 HD22 LEU 823 33.912 -18.777 -16.318
11 HD23 LEU 823 HD23 LEU 823 35.167 -17.518 -16.237
No H/Q in entry = 11
In of MODEL 1
1 H ARG 824 H ARG 824 33.125 -16.425 -11.526
2 HA ARG 824 HA ARG 824 31.454 -18.514 -10.576
3 HB2 ARG 824 HB2 ARG 824 33.821 -18.048 -9.832
4 HB3 ARG 824 HB3 ARG 824 33.198 -16.700 -8.903
5 HG2 ARG 824 HG2 ARG 824 31.916 -18.170 -7.506
6 HG3 ARG 824 HG3 ARG 824 32.332 -19.561 -8.507
7 HD2 ARG 824 HD2 ARG 824 33.761 -19.693 -6.630
8 HD3 ARG 824 HD3 ARG 824 34.737 -19.089 -7.942
9 HE ARG 824 HE ARG 824 33.938 -16.802 -6.798
10 HH11 ARG 824 HH11 ARG 824 35.451 -19.698 -5.389
11 HH12 ARG 824 HH12 ARG 824 36.247 -18.853 -4.135
12 HH21 ARG 824 HH21 ARG 824 35.020 -15.656 -5.028
13 HH22 ARG 824 HH22 ARG 824 35.920 -16.522 -3.901
No H/Q in entry = 13
In of MODEL 1
1 H CYS 825 H CYS 825 31.212 -15.102 -10.472
2 HA CYS 825 HA CYS 825 29.215 -15.002 -8.405
3 HB2 CYS 825 HB2 CYS 825 30.827 -13.116 -8.975
4 HB3 CYS 825 HB3 CYS 825 29.938 -12.913 -10.465
No H/Q in entry = 4
In of MODEL 1
1 H ARG 826 H ARG 826 29.285 -14.705 -11.968
2 HA ARG 826 HA ARG 826 26.505 -14.245 -12.201
3 HB2 ARG 826 HB2 ARG 826 26.804 -14.575 -14.629
4 HB3 ARG 826 HB3 ARG 826 27.905 -13.377 -13.934
5 HG2 ARG 826 HG2 ARG 826 29.652 -15.065 -13.985
6 HG3 ARG 826 HG3 ARG 826 28.540 -16.206 -14.754
7 HD2 ARG 826 HD2 ARG 826 29.472 -13.548 -15.876
8 HD3 ARG 826 HD3 ARG 826 29.940 -15.155 -16.432
9 HE ARG 826 HE ARG 826 27.327 -15.279 -16.644
10 HH11 ARG 826 HH11 ARG 826 29.676 -12.991 -18.010
11 HH12 ARG 826 HH12 ARG 826 28.622 -12.326 -19.153
12 HH21 ARG 826 HH21 ARG 826 25.845 -14.380 -18.262
13 HH22 ARG 826 HH22 ARG 826 26.383 -13.175 -19.322
No H/Q in entry = 13
In of MODEL 1
1 H GLY 827 H GLY 827 28.379 -17.201 -12.314
2 HA3 GLY 827 HA2 GLY 827 26.933 -19.117 -11.602
3 HA2 GLY 827 HA3 GLY 827 25.812 -18.545 -12.831
No H/Q in entry = 3
In of MODEL 1
1 H GLN 828 H GLN 828 28.839 -18.080 -14.006
2 HA GLN 828 HA GLN 828 28.752 -20.231 -15.881
3 HB2 GLN 828 HB2 GLN 828 30.015 -18.133 -16.268
4 HB3 GLN 828 HB3 GLN 828 31.122 -18.610 -14.990
5 HG2 GLN 828 HG2 GLN 828 32.173 -19.191 -17.041
6 HG3 GLN 828 HG3 GLN 828 31.628 -20.688 -16.296
7 HE21 GLN 828 HE21 GLN 828 29.668 -18.363 -18.037
8 HE22 GLN 828 HE22 GLN 828 29.252 -19.424 -19.332
No H/Q in entry = 8
In of MODEL 1
1 H SER 829 H SER 829 29.636 -22.263 -15.750
2 HA SER 829 HA SER 829 30.403 -23.165 -13.130
3 HB2 SER 829 HB2 SER 829 30.319 -24.648 -15.773
4 HB3 SER 829 HB3 SER 829 30.444 -25.381 -14.172
5 HG SER 829 HG SER 829 28.322 -23.625 -14.570
No H/Q in entry = 5
In of MODEL 1
1 H ILE 830 H ILE 830 32.426 -22.942 -12.418
2 HA ILE 830 HA ILE 830 34.639 -23.212 -14.293
3 HB ILE 830 HB ILE 830 35.869 -21.357 -13.352
4 HG12 ILE 830 HG12 ILE 830 34.893 -21.448 -11.029
5 HG13 ILE 830 HG13 ILE 830 35.078 -19.816 -11.605
6 HG22 ILE 830 HG21 ILE 830 33.131 -20.428 -14.132
7 HG21 ILE 830 HG22 ILE 830 34.449 -20.811 -15.224
8 HG23 ILE 830 HG23 ILE 830 34.584 -19.434 -14.126
9 HD13 ILE 830 HD11 ILE 830 33.011 -20.051 -10.451
10 HD12 ILE 830 HD12 ILE 830 32.533 -21.408 -11.474
11 HD11 ILE 830 HD13 ILE 830 32.696 -19.789 -12.166
No H/Q in entry = 11
In of MODEL 1
1 H SER 831 H SER 831 36.304 -24.327 -13.541
2 HA SER 831 HA SER 831 36.138 -25.136 -10.751
3 HB2 SER 831 HB2 SER 831 37.204 -26.548 -13.170
4 HB3 SER 831 HB3 SER 831 37.375 -27.133 -11.515
5 HG SER 831 HG SER 831 35.044 -27.062 -11.428
No H/Q in entry = 5
In of MODEL 1
1 H VAL 832 H VAL 832 37.505 -23.677 -9.797
2 HA VAL 832 HA VAL 832 39.944 -22.849 -10.978
3 HB VAL 832 HB VAL 832 38.859 -21.409 -9.316
4 HG13 VAL 832 HG11 VAL 832 37.846 -23.044 -7.863
5 HG12 VAL 832 HG12 VAL 832 38.840 -21.932 -6.921
6 HG11 VAL 832 HG13 VAL 832 39.434 -23.551 -7.285
7 HG23 VAL 832 HG21 VAL 832 40.790 -20.858 -7.888
8 HG22 VAL 832 HG22 VAL 832 41.259 -21.143 -9.564
9 HG21 VAL 832 HG23 VAL 832 41.544 -22.386 -8.345
No H/Q in entry = 9
In of MODEL 1
1 H THR 833 H THR 833 41.743 -23.938 -11.221
2 HA THR 833 HA THR 833 41.969 -26.473 -9.863
3 HB THR 833 HB THR 833 43.884 -26.798 -11.460
4 HG1 THR 833 HG1 THR 833 43.870 -25.121 -13.205
5 HG21 THR 833 HG21 THR 833 41.599 -27.540 -12.073
6 HG23 THR 833 HG22 THR 833 42.485 -26.984 -13.491
7 HG22 THR 833 HG23 THR 833 41.270 -25.949 -12.754
No H/Q in entry = 7
In of MODEL 1
1 H SER 834 H SER 834 43.526 -23.341 -10.109
2 HA SER 834 HA SER 834 44.889 -23.685 -7.635
3 HB2 SER 834 HB2 SER 834 47.162 -23.292 -8.768
4 HB3 SER 834 HB3 SER 834 46.482 -24.924 -8.853
5 HG SER 834 HG SER 834 45.532 -24.038 -10.911
No H/Q in entry = 5
In of MODEL 1
1 H ILE 835 H ILE 835 46.194 -21.695 -7.130
2 HA ILE 835 HA ILE 835 44.844 -19.440 -8.333
3 HB ILE 835 HB ILE 835 45.723 -18.085 -6.405
4 HG12 ILE 835 HG12 ILE 835 46.306 -19.490 -4.330
5 HG13 ILE 835 HG13 ILE 835 46.733 -20.766 -5.456
6 HG22 ILE 835 HG21 ILE 835 44.196 -19.005 -4.761
7 HG21 ILE 835 HG22 ILE 835 44.066 -20.475 -5.732
8 HG23 ILE 835 HG23 ILE 835 43.488 -18.935 -6.383
9 HD12 ILE 835 HD11 ILE 835 48.659 -19.531 -4.686
10 HD11 ILE 835 HD12 ILE 835 47.910 -18.038 -5.284
11 HD13 ILE 835 HD13 ILE 835 48.416 -19.286 -6.427
No H/Q in entry = 11
In of MODEL 1
1 H ARG 836 H ARG 836 47.253 -21.046 -9.198
2 HA ARG 836 HA ARG 836 49.119 -18.884 -9.839
3 HB2 ARG 836 HB2 ARG 836 49.237 -21.855 -10.298
4 HB3 ARG 836 HB3 ARG 836 50.501 -20.727 -10.760
5 HG2 ARG 836 HG2 ARG 836 50.714 -20.094 -8.394
6 HG3 ARG 836 HG3 ARG 836 49.556 -21.366 -8.001
7 HD2 ARG 836 HD2 ARG 836 52.208 -21.707 -9.360
8 HD3 ARG 836 HD3 ARG 836 51.761 -22.102 -7.694
9 HE ARG 836 HE ARG 836 50.147 -23.416 -9.670
10 HH11 ARG 836 HH11 ARG 836 53.214 -23.661 -7.931
11 HH12 ARG 836 HH12 ARG 836 53.322 -25.353 -8.077
12 HH21 ARG 836 HH21 ARG 836 50.314 -25.672 -9.948
13 HH22 ARG 836 HH22 ARG 836 51.621 -26.555 -9.297
No H/Q in entry = 13
In of MODEL 1
1 HA PRO 837 HA PRO 837 47.264 -18.895 -13.973
2 HB2 PRO 837 HB2 PRO 837 49.403 -18.644 -15.650
3 HB3 PRO 837 HB3 PRO 837 48.782 -17.302 -14.686
4 HG2 PRO 837 HG2 PRO 837 51.108 -19.106 -14.137
5 HG3 PRO 837 HG3 PRO 837 50.995 -17.345 -13.966
6 HD2 PRO 837 HD2 PRO 837 50.785 -18.987 -11.848
7 HD3 PRO 837 HD3 PRO 837 49.851 -17.483 -11.961
No H/Q in entry = 7
In of MODEL 1
1 H CYS 838 H CYS 838 47.095 -20.163 -16.023
2 HA CYS 838 HA CYS 838 47.911 -22.949 -15.679
3 HB2 CYS 838 HB2 CYS 838 46.228 -21.618 -17.836
4 HB3 CYS 838 HB3 CYS 838 46.524 -23.331 -17.721
No H/Q in entry = 4
In of MODEL 1
1 H ALA 839 H ALA 839 48.725 -23.968 -17.755
2 HA ALA 839 HA ALA 839 50.769 -22.301 -18.988
3 HB3 ALA 839 HB1 ALA 839 51.328 -24.574 -18.196
4 HB2 ALA 839 HB2 ALA 839 51.556 -24.426 -19.938
5 HB1 ALA 839 HB3 ALA 839 50.131 -25.245 -19.300
No H/Q in entry = 5
In of MODEL 1
1 H ALA 840 H ALA 840 47.926 -21.904 -19.476
2 HA ALA 840 HA ALA 840 47.235 -22.748 -22.112
3 HB2 ALA 840 HB1 ALA 840 45.439 -21.075 -21.935
4 HB3 ALA 840 HB2 ALA 840 46.189 -20.431 -20.477
5 HB1 ALA 840 HB3 ALA 840 45.529 -22.063 -20.476
No H/Q in entry = 5
In of MODEL 1
1 H GLU 841 H GLU 841 48.852 -20.094 -20.690
2 HA GLU 841 HA GLU 841 49.112 -18.754 -23.220
3 HB2 GLU 841 HB2 GLU 841 50.251 -16.967 -21.822
4 HB3 GLU 841 HB3 GLU 841 48.546 -17.253 -21.492
5 HG2 GLU 841 HG2 GLU 841 49.154 -18.504 -19.487
6 HG3 GLU 841 HG3 GLU 841 50.865 -18.255 -19.845
No H/Q in entry = 6
In of MODEL 1
1 H THR 842 H THR 842 50.418 -20.094 -24.325
2 HA THR 842 HA THR 842 53.221 -19.838 -23.742
3 HB THR 842 HB THR 842 52.063 -22.608 -24.144
4 HG1 THR 842 HG1 THR 842 52.300 -21.147 -21.914
5 HG21 THR 842 HG21 THR 842 54.320 -22.314 -25.049
6 HG23 THR 842 HG22 THR 842 54.362 -23.359 -23.628
7 HG22 THR 842 HG23 THR 842 54.870 -21.678 -23.500
No H/Q in entry = 7
In of MODEL 1
1 H GLN 843 H GLN 843 53.915 -19.093 -25.535
2 HA GLN 843 HA GLN 843 53.058 -20.243 -28.077
3 HB2 GLN 843 HB2 GLN 843 52.363 -17.908 -27.912
4 HB3 GLN 843 HB3 GLN 843 53.975 -17.441 -27.400
5 HG2 GLN 843 HG2 GLN 843 53.632 -16.794 -29.682
6 HG3 GLN 843 HG3 GLN 843 54.843 -18.064 -29.611
7 HE21 GLN 843 HE21 GLN 843 53.250 -17.173 -31.809
8 HE22 GLN 843 HE22 GLN 843 52.365 -18.555 -32.375
No H/Q in entry = 8
In of MODEL 2
1 H1 GLY 689 H2 GLY 689 58.869 2.810 -23.792
2 H2 GLY 689 H1 GLY 689 58.658 2.101 -22.262
3 H3 GLY 689 H3 GLY 689 59.175 1.179 -23.586
4 HA2 GLY 689 HA2 GLY 689 56.552 2.440 -23.295
5 HA3 GLY 689 HA3 GLY 689 56.893 0.713 -23.240
No H/Q in entry = 5
In of MODEL 2
1 H SER 690 H SER 690 55.155 1.176 -25.032
2 HA SER 690 HA SER 690 56.612 1.190 -27.549
3 HB2 SER 690 HB2 SER 690 55.152 -0.751 -27.076
4 HB3 SER 690 HB3 SER 690 53.770 0.326 -26.915
5 HG SER 690 HG SER 690 54.989 -0.689 -29.129
No H/Q in entry = 5
In of MODEL 2
1 H HIS 691 H HIS 691 54.935 3.108 -25.626
2 HA HIS 691 HA HIS 691 53.757 4.764 -27.735
3 HB2 HIS 691 HB2 HIS 691 53.454 4.898 -24.730
4 HB3 HIS 691 HB3 HIS 691 52.683 6.015 -25.839
5 HD1 HIS 691 HD1 HIS 691 51.732 3.384 -23.845
6 HD2 HIS 691 HD2 HIS 691 51.197 4.140 -27.893
7 HE1 HIS 691 HE1 HIS 691 49.811 1.948 -24.552
8 HE2 HIS 691 HE2 HIS 691 49.413 2.523 -26.956
No H/Q in entry = 8
In of MODEL 2
1 H MET 692 H MET 692 54.315 6.954 -27.945
2 HA MET 692 HA MET 692 57.037 7.571 -27.239
3 HB2 MET 692 HB2 MET 692 56.741 9.655 -28.458
4 HB3 MET 692 HB3 MET 692 56.054 8.335 -29.389
5 HG2 MET 692 HG2 MET 692 53.810 8.994 -28.710
6 HG3 MET 692 HG3 MET 692 54.475 10.271 -27.698
7 HE2 MET 692 HE1 MET 692 54.684 10.233 -32.319
8 HE1 MET 692 HE2 MET 692 53.889 8.988 -31.360
9 HE3 MET 692 HE3 MET 692 55.645 9.145 -31.318
No H/Q in entry = 9
In of MODEL 2
1 H ASN 693 H ASN 693 53.959 8.127 -25.938
2 HA ASN 693 HA ASN 693 54.995 9.987 -23.923
3 HB2 ASN 693 HB2 ASN 693 52.159 9.190 -24.651
4 HB3 ASN 693 HB3 ASN 693 52.549 10.164 -23.246
5 HD21 ASN 693 HD21 ASN 693 54.645 11.684 -24.726
6 HD22 ASN 693 HD22 ASN 693 53.764 12.720 -25.767
No H/Q in entry = 6
In of MODEL 2
1 HA PRO 694 HA PRO 694 55.240 6.691 -21.008
2 HB2 PRO 694 HB2 PRO 694 54.601 7.941 -18.684
3 HB3 PRO 694 HB3 PRO 694 56.125 8.204 -19.535
4 HG2 PRO 694 HG2 PRO 694 53.623 9.842 -19.594
5 HG3 PRO 694 HG3 PRO 694 55.303 10.391 -19.407
6 HD2 PRO 694 HD2 PRO 694 54.020 10.545 -21.743
7 HD3 PRO 694 HD3 PRO 694 55.748 10.150 -21.654
No H/Q in entry = 7
In of MODEL 2
1 H LEU 695 H LEU 695 52.572 6.889 -22.319
2 HA LEU 695 HA LEU 695 50.674 6.162 -20.256
3 HB2 LEU 695 HB2 LEU 695 50.537 6.096 -23.272
4 HB3 LEU 695 HB3 LEU 695 49.318 5.294 -22.312
5 HG LEU 695 HG LEU 695 48.458 7.402 -23.032
6 HD11 LEU 695 HD11 LEU 695 47.797 6.706 -20.829
7 HD13 LEU 695 HD12 LEU 695 47.888 8.461 -20.939
8 HD12 LEU 695 HD13 LEU 695 49.165 7.569 -20.120
9 HD21 LEU 695 HD21 LEU 695 50.871 8.682 -21.748
10 HD23 LEU 695 HD22 LEU 695 49.480 9.546 -22.403
11 HD22 LEU 695 HD23 LEU 695 50.514 8.603 -23.475
No H/Q in entry = 11
In of MODEL 2
1 H THR 696 H THR 696 50.761 4.360 -19.269
2 HA THR 696 HA THR 696 51.448 2.372 -18.583
3 HB THR 696 HB THR 696 51.558 1.499 -21.510
4 HG1 THR 696 HG1 THR 696 49.440 2.126 -19.893
5 HG21 THR 696 HG21 THR 696 52.638 -0.005 -19.883
6 HG23 THR 696 HG22 THR 696 51.206 -0.745 -20.590
7 HG22 THR 696 HG23 THR 696 51.139 -0.073 -18.956
No H/Q in entry = 7
In of MODEL 2
1 H GLN 697 H GLN 697 53.267 3.339 -17.858
2 HA GLN 697 HA GLN 697 55.576 3.842 -19.413
3 HB2 GLN 697 HB2 GLN 697 54.936 5.022 -17.292
4 HB3 GLN 697 HB3 GLN 697 55.326 3.558 -16.410
5 HG2 GLN 697 HG2 GLN 697 57.122 5.153 -16.201
6 HG3 GLN 697 HG3 GLN 697 57.676 3.771 -17.134
7 HE21 GLN 697 HE21 GLN 697 58.627 6.560 -16.997
8 HE22 GLN 697 HE22 GLN 697 58.612 7.128 -18.627
No H/Q in entry = 8
In of MODEL 2
1 H ALA 698 H ALA 698 57.474 2.652 -19.575
2 HA ALA 698 HA ALA 698 57.155 -0.197 -19.220
3 HB3 ALA 698 HB1 ALA 698 59.570 1.299 -20.200
4 HB1 ALA 698 HB2 ALA 698 58.266 0.701 -21.231
5 HB2 ALA 698 HB3 ALA 698 59.273 -0.432 -20.328
No H/Q in entry = 5
In of MODEL 2
1 H VAL 699 H VAL 699 56.944 -0.551 -17.232
2 HA VAL 699 HA VAL 699 59.263 -0.178 -15.590
3 HB VAL 699 HB VAL 699 57.738 -0.908 -13.846
4 HG11 VAL 699 HG11 VAL 699 56.834 1.529 -15.404
5 HG13 VAL 699 HG12 VAL 699 58.113 1.486 -14.190
6 HG12 VAL 699 HG13 VAL 699 56.433 1.233 -13.712
7 HG22 VAL 699 HG21 VAL 699 55.279 -0.865 -14.211
8 HG21 VAL 699 HG22 VAL 699 56.089 -2.145 -15.118
9 HG23 VAL 699 HG23 VAL 699 55.579 -0.670 -15.936
No H/Q in entry = 9
In of MODEL 2
1 HA PRO 700 HA PRO 700 60.382 -4.525 -15.865
2 HB2 PRO 700 HB2 PRO 700 60.267 -4.352 -12.874
3 HB3 PRO 700 HB3 PRO 700 61.525 -5.047 -13.904
4 HG2 PRO 700 HG2 PRO 700 61.886 -2.668 -12.800
5 HG3 PRO 700 HG3 PRO 700 62.401 -2.970 -14.471
6 HD2 PRO 700 HD2 PRO 700 60.054 -1.430 -13.461
7 HD3 PRO 700 HD3 PRO 700 61.049 -1.168 -14.909
No H/Q in entry = 7
In of MODEL 2
1 H LYS 701 H LYS 701 59.294 -6.446 -15.783
2 HA LYS 701 HA LYS 701 56.494 -6.140 -15.171
3 HB2 LYS 701 HB2 LYS 701 57.929 -8.429 -16.509
4 HB3 LYS 701 HB3 LYS 701 56.183 -8.229 -16.399
5 HG2 LYS 701 HG2 LYS 701 58.082 -6.373 -17.779
6 HG3 LYS 701 HG3 LYS 701 57.053 -7.570 -18.584
7 HD2 LYS 701 HD2 LYS 701 55.066 -6.369 -17.790
8 HD3 LYS 701 HD3 LYS 701 56.087 -5.233 -16.914
9 HE2 LYS 701 HE2 LYS 701 56.039 -5.616 -19.904
10 HE3 LYS 701 HE3 LYS 701 55.301 -4.286 -19.019
11 HZ3 LYS 701 HZ1 LYS 701 57.416 -3.629 -19.924
12 HZ2 LYS 701 HZ2 LYS 701 58.202 -4.894 -19.168
13 HZ1 LYS 701 HZ3 LYS 701 57.559 -3.649 -18.241
No H/Q in entry = 13
In of MODEL 2
1 H CYS 702 H CYS 702 55.989 -6.369 -13.239
2 HA CYS 702 HA CYS 702 57.116 -8.527 -11.602
3 HB2 CYS 702 HB2 CYS 702 55.319 -6.304 -10.610
4 HB3 CYS 702 HB3 CYS 702 56.461 -7.275 -9.724
No H/Q in entry = 4
In of MODEL 2
1 H GLN 703 H GLN 703 55.581 -9.857 -10.446
2 HA GLN 703 HA GLN 703 53.189 -10.245 -11.963
3 HB2 GLN 703 HB2 GLN 703 54.343 -11.685 -9.593
4 HB3 GLN 703 HB3 GLN 703 52.829 -12.141 -10.363
5 HG2 GLN 703 HG2 GLN 703 55.500 -12.008 -11.705
6 HG3 GLN 703 HG3 GLN 703 54.703 -13.488 -11.161
7 HE21 GLN 703 HE21 GLN 703 55.491 -12.593 -13.858
8 HE22 GLN 703 HE22 GLN 703 54.059 -12.688 -14.821
No H/Q in entry = 8
In of MODEL 2
1 H ARG 704 H ARG 704 51.197 -10.822 -10.574
2 HA ARG 704 HA ARG 704 50.138 -8.375 -9.732
3 HB2 ARG 704 HB2 ARG 704 49.132 -11.181 -9.476
4 HB3 ARG 704 HB3 ARG 704 48.205 -9.800 -8.909
5 HG2 ARG 704 HG2 ARG 704 49.145 -10.179 -11.750
6 HG3 ARG 704 HG3 ARG 704 47.539 -10.603 -11.152
7 HD2 ARG 704 HD2 ARG 704 47.233 -8.274 -10.436
8 HD3 ARG 704 HD3 ARG 704 48.797 -7.893 -11.156
9 HE ARG 704 HE ARG 704 47.030 -9.118 -13.037
10 HH11 ARG 704 HH11 ARG 704 47.793 -5.914 -11.588
11 HH12 ARG 704 HH12 ARG 704 47.088 -5.075 -12.877
12 HH21 ARG 704 HH21 ARG 704 46.078 -7.887 -14.720
13 HH22 ARG 704 HH22 ARG 704 46.064 -6.189 -14.692
No H/Q in entry = 13
In of MODEL 2
1 H TRP 705 H TRP 705 51.740 -10.796 -7.835
2 HA TRP 705 HA TRP 705 50.877 -9.615 -5.289
3 HB2 TRP 705 HB2 TRP 705 51.953 -11.666 -4.340
4 HB3 TRP 705 HB3 TRP 705 50.594 -11.975 -5.422
5 HD1 TRP 705 HD1 TRP 705 54.330 -12.668 -5.022
6 HE1 TRP 705 HE1 TRP 705 55.095 -14.215 -6.891
7 HE3 TRP 705 HE3 TRP 705 50.107 -12.645 -7.950
8 HZ2 TRP 705 HZ2 TRP 705 54.085 -15.333 -9.264
9 HZ3 TRP 705 HZ3 TRP 705 50.105 -14.001 -10.000
10 HH2 TRP 705 HH2 TRP 705 52.058 -15.318 -10.641
No H/Q in entry = 10
In of MODEL 2
1 H GLU 706 H GLU 706 52.954 -8.812 -7.475
2 HA GLU 706 HA GLU 706 55.135 -8.306 -5.615
3 HB2 GLU 706 HB2 GLU 706 55.232 -8.906 -8.563
4 HB3 GLU 706 HB3 GLU 706 56.611 -8.281 -7.648
5 HG2 GLU 706 HG2 GLU 706 56.453 -10.361 -6.284
6 HG3 GLU 706 HG3 GLU 706 55.207 -10.925 -7.399
No H/Q in entry = 6
In of MODEL 2
1 H LYS 707 H LYS 707 56.338 -6.385 -6.240
2 HA LYS 707 HA LYS 707 54.935 -4.438 -7.828
3 HB2 LYS 707 HB2 LYS 707 54.918 -2.750 -6.031
4 HB3 LYS 707 HB3 LYS 707 53.865 -4.105 -5.673
5 HG2 LYS 707 HG2 LYS 707 55.559 -4.996 -4.135
6 HG3 LYS 707 HG3 LYS 707 56.599 -3.614 -4.503
7 HD2 LYS 707 HD2 LYS 707 54.869 -2.090 -3.692
8 HD3 LYS 707 HD3 LYS 707 53.833 -3.470 -3.329
9 HE2 LYS 707 HE2 LYS 707 55.452 -4.257 -1.683
10 HE3 LYS 707 HE3 LYS 707 56.513 -2.908 -2.080
11 HZ2 LYS 707 HZ1 LYS 707 53.769 -2.659 -0.929
12 HZ1 LYS 707 HZ2 LYS 707 54.792 -1.388 -1.349
13 HZ3 LYS 707 HZ3 LYS 707 55.233 -2.429 -0.111
No H/Q in entry = 13
In of MODEL 2
1 H LEU 708 H LEU 708 56.283 -2.431 -7.995
2 HA LEU 708 HA LEU 708 59.029 -3.293 -8.355
3 HB2 LEU 708 HB2 LEU 708 57.895 -2.343 -10.268
4 HB3 LEU 708 HB3 LEU 708 57.476 -0.912 -9.348
5 HG LEU 708 HG LEU 708 59.950 -0.426 -9.183
6 HD11 LEU 708 HD11 LEU 708 60.138 -2.602 -11.229
7 HD13 LEU 708 HD12 LEU 708 60.810 -2.621 -9.594
8 HD12 LEU 708 HD13 LEU 708 61.426 -1.480 -10.785
9 HD22 LEU 708 HD21 LEU 708 58.522 0.757 -10.756
10 HD21 LEU 708 HD22 LEU 708 58.721 -0.538 -11.934
11 HD23 LEU 708 HD23 LEU 708 60.105 0.451 -11.471
No H/Q in entry = 11
In of MODEL 2
1 H GLN 709 H GLN 709 60.589 -2.619 -7.029
2 HA GLN 709 HA GLN 709 60.444 0.093 -6.030
3 HB2 GLN 709 HB2 GLN 709 60.921 -0.388 -3.772
4 HB3 GLN 709 HB3 GLN 709 59.642 -1.523 -4.166
5 HG2 GLN 709 HG2 GLN 709 61.354 -3.275 -4.443
6 HG3 GLN 709 HG3 GLN 709 62.583 -2.094 -3.959
7 HE21 GLN 709 HE21 GLN 709 63.127 -3.261 -2.115
8 HE22 GLN 709 HE22 GLN 709 62.106 -3.379 -0.743
No H/Q in entry = 8
In of MODEL 2
1 H ASN 710 H ASN 710 62.418 1.007 -5.893
2 HA ASN 710 HA ASN 710 64.649 1.354 -6.255
3 HB2 ASN 710 HB2 ASN 710 64.815 -0.703 -4.701
4 HB3 ASN 710 HB3 ASN 710 65.057 -1.640 -6.152
5 HD21 ASN 710 HD21 ASN 710 66.356 0.593 -4.020
6 HD22 ASN 710 HD22 ASN 710 67.988 0.641 -4.601
No H/Q in entry = 6
In of MODEL 2
1 H SER 711 H SER 711 64.397 -1.689 -7.816
2 HA SER 711 HA SER 711 64.136 -0.612 -10.441
3 HB2 SER 711 HB2 SER 711 66.421 -1.372 -11.188
4 HB3 SER 711 HB3 SER 711 66.399 -0.016 -10.044
5 HG SER 711 HG SER 711 67.437 -1.095 -8.702
No H/Q in entry = 5
In of MODEL 2
1 H ARG 712 H ARG 712 63.179 -2.783 -8.408
2 HA ARG 712 HA ARG 712 63.279 -5.015 -10.226
3 HB2 ARG 712 HB2 ARG 712 63.970 -6.554 -8.460
4 HB3 ARG 712 HB3 ARG 712 65.226 -5.402 -8.882
5 HG2 ARG 712 HG2 ARG 712 64.788 -4.125 -6.866
6 HG3 ARG 712 HG3 ARG 712 63.414 -5.157 -6.490
7 HD2 ARG 712 HD2 ARG 712 64.852 -7.080 -6.211
8 HD3 ARG 712 HD3 ARG 712 66.241 -6.192 -6.819
9 HE ARG 712 HE ARG 712 65.519 -4.766 -4.654
10 HH11 ARG 712 HH11 ARG 712 66.079 -8.273 -5.036
11 HH12 ARG 712 HH12 ARG 712 66.742 -8.433 -3.475
12 HH21 ARG 712 HH21 ARG 712 66.494 -5.062 -2.554
13 HH22 ARG 712 HH22 ARG 712 67.006 -6.619 -2.074
No H/Q in entry = 13
In of MODEL 2
1 H CYS 713 H CYS 713 61.948 -6.791 -9.323
2 HA CYS 713 HA CYS 713 59.559 -5.645 -8.182
3 HB2 CYS 713 HB2 CYS 713 60.028 -8.274 -9.579
4 HB3 CYS 713 HB3 CYS 713 58.466 -7.632 -9.075
No H/Q in entry = 4
In of MODEL 2
1 H VAL 714 H VAL 714 59.058 -6.039 -6.249
2 HA VAL 714 HA VAL 714 60.224 -8.291 -4.776
3 HB VAL 714 HB VAL 714 60.054 -6.865 -2.735
4 HG13 VAL 714 HG11 VAL 714 61.958 -5.388 -3.205
5 HG12 VAL 714 HG12 VAL 714 61.696 -5.607 -4.934
6 HG11 VAL 714 HG13 VAL 714 62.201 -6.973 -3.945
7 HG23 VAL 714 HG21 VAL 714 59.397 -4.682 -4.695
8 HG22 VAL 714 HG22 VAL 714 59.667 -4.460 -2.968
9 HG21 VAL 714 HG23 VAL 714 58.266 -5.383 -3.534
No H/Q in entry = 9
In of MODEL 2
1 H CYS 715 H CYS 715 58.660 -8.528 -2.704
2 HA CYS 715 HA CYS 715 56.132 -9.028 -3.999
3 HB2 CYS 715 HB2 CYS 715 57.222 -9.856 -1.320
4 HB3 CYS 715 HB3 CYS 715 55.581 -10.193 -1.844
No H/Q in entry = 4
In of MODEL 2
1 H LYS 716 H LYS 716 54.188 -8.424 -3.218
2 HA LYS 716 HA LYS 716 53.907 -5.837 -2.057
3 HB2 LYS 716 HB2 LYS 716 52.459 -6.950 -3.811
4 HB3 LYS 716 HB3 LYS 716 51.917 -8.062 -2.581
5 HG2 LYS 716 HG2 LYS 716 50.826 -6.224 -1.396
6 HG3 LYS 716 HG3 LYS 716 51.392 -5.090 -2.634
7 HD2 LYS 716 HD2 LYS 716 50.226 -6.451 -4.344
8 HD3 LYS 716 HD3 LYS 716 49.600 -7.477 -3.064
9 HE2 LYS 716 HE2 LYS 716 48.400 -5.586 -2.111
10 HE3 LYS 716 HE3 LYS 716 49.067 -4.525 -3.355
11 HZ2 LYS 716 HZ1 LYS 716 47.256 -6.841 -3.851
12 HZ1 LYS 716 HZ2 LYS 716 47.955 -5.874 -5.026
13 HZ3 LYS 716 HZ3 LYS 716 46.845 -5.206 -3.974
No H/Q in entry = 13
In of MODEL 2
1 H MET 717 H MET 717 52.085 -5.939 -0.063
2 HA MET 717 HA MET 717 53.153 -7.942 1.786
3 HB2 MET 717 HB2 MET 717 52.327 -5.111 2.434
4 HB3 MET 717 HB3 MET 717 52.917 -6.287 3.597
5 HG2 MET 717 HG2 MET 717 54.491 -5.100 1.310
6 HG3 MET 717 HG3 MET 717 54.641 -4.669 3.007
7 HE2 MET 717 HE1 MET 717 54.539 -7.512 4.473
8 HE1 MET 717 HE2 MET 717 55.717 -6.255 4.844
9 HE3 MET 717 HE3 MET 717 56.258 -7.903 4.527
No H/Q in entry = 9
In of MODEL 2
1 HA PRO 718 HA PRO 718 49.106 -9.516 2.273
2 HB2 PRO 718 HB2 PRO 718 49.012 -10.055 4.973
3 HB3 PRO 718 HB3 PRO 718 49.823 -11.068 3.774
4 HG2 PRO 718 HG2 PRO 718 50.974 -8.945 5.549
5 HG3 PRO 718 HG3 PRO 718 51.614 -10.570 5.202
6 HD2 PRO 718 HD2 PRO 718 52.625 -8.426 4.015
7 HD3 PRO 718 HD3 PRO 718 52.369 -9.923 3.091
No H/Q in entry = 7
In of MODEL 2
1 H TYR 719 H TYR 719 49.861 -7.032 4.700
2 HA TYR 719 HA TYR 719 47.116 -6.507 5.427
3 HB2 TYR 719 HB2 TYR 719 47.977 -4.692 6.749
4 HB3 TYR 719 HB3 TYR 719 49.238 -5.923 6.791
5 HD1 TYR 719 HD1 TYR 719 48.447 -2.517 5.915
6 HD2 TYR 719 HD2 TYR 719 51.210 -5.666 5.205
7 HE1 TYR 719 HE1 TYR 719 50.020 -0.913 4.933
8 HE2 TYR 719 HE2 TYR 719 52.781 -4.090 4.265
9 HH TYR 719 HH TYR 719 52.425 -1.826 3.008
No H/Q in entry = 9
In of MODEL 2
1 H GLU 720 H GLU 720 48.988 -5.807 2.768
2 HA GLU 720 HA GLU 720 47.877 -3.193 2.098
3 HB2 GLU 720 HB2 GLU 720 50.345 -3.794 2.256
4 HB3 GLU 720 HB3 GLU 720 50.112 -4.820 0.867
5 HG2 GLU 720 HG2 GLU 720 49.692 -2.908 -0.511
6 HG3 GLU 720 HG3 GLU 720 49.731 -1.836 0.900
No H/Q in entry = 6
In of MODEL 2
1 H CYS 721 H CYS 721 46.943 -6.211 1.845
2 HA CYS 721 HA CYS 721 46.131 -6.306 -0.953
3 HB2 CYS 721 HB2 CYS 721 45.929 -8.255 1.322
4 HB3 CYS 721 HB3 CYS 721 45.290 -8.565 -0.286
No H/Q in entry = 4
In of MODEL 2
1 H GLY 722 H GLY 722 43.925 -6.490 -1.560
2 HA3 GLY 722 HA2 GLY 722 41.908 -6.280 0.533
3 HA2 GLY 722 HA3 GLY 722 41.940 -5.050 -0.724
No H/Q in entry = 3
In of MODEL 2
1 HA PRO 723 HA PRO 723 39.240 -7.604 -3.207
2 HB2 PRO 723 HB2 PRO 723 40.801 -6.538 -5.506
3 HB3 PRO 723 HB3 PRO 723 39.062 -6.468 -5.212
4 HG2 PRO 723 HG2 PRO 723 40.522 -4.291 -4.927
5 HG3 PRO 723 HG3 PRO 723 39.244 -4.679 -3.759
6 HD2 PRO 723 HD2 PRO 723 42.202 -5.027 -3.504
7 HD3 PRO 723 HD3 PRO 723 41.018 -4.411 -2.324
No H/Q in entry = 7
In of MODEL 2
1 H SER 724 H SER 724 39.566 -9.752 -3.321
2 HA SER 724 HA SER 724 41.442 -11.091 -5.096
3 HB2 SER 724 HB2 SER 724 41.811 -11.256 -2.111
4 HB3 SER 724 HB3 SER 724 42.629 -12.265 -3.321
5 HG SER 724 HG SER 724 42.909 -9.695 -3.837
No H/Q in entry = 5
In of MODEL 2
1 H LEU 725 H LEU 725 40.938 -13.122 -5.385
2 HA LEU 725 HA LEU 725 38.407 -14.225 -4.676
3 HB2 LEU 725 HB2 LEU 725 40.940 -15.309 -5.824
4 HB3 LEU 725 HB3 LEU 725 39.680 -16.431 -5.408
5 HG LEU 725 HG LEU 725 39.247 -14.112 -7.282
6 HD12 LEU 725 HD11 LEU 725 39.595 -15.736 -9.120
7 HD11 LEU 725 HD12 LEU 725 40.049 -16.965 -7.938
8 HD13 LEU 725 HD13 LEU 725 41.065 -15.542 -8.165
9 HD22 LEU 725 HD21 LEU 725 37.418 -15.459 -8.101
10 HD21 LEU 725 HD22 LEU 725 37.246 -15.140 -6.375
11 HD23 LEU 725 HD23 LEU 725 37.798 -16.728 -6.932
No H/Q in entry = 11
In of MODEL 2
1 H ASP 726 H ASP 726 37.778 -15.206 -2.814
2 HA ASP 726 HA ASP 726 39.800 -15.826 -0.837
3 HB2 ASP 726 HB2 ASP 726 36.781 -15.846 -0.681
4 HB3 ASP 726 HB3 ASP 726 37.791 -16.462 0.622
No H/Q in entry = 4
In of MODEL 2
1 H VAL 727 H VAL 727 40.343 -17.783 -0.111
2 HA VAL 727 HA VAL 727 39.225 -20.101 -1.525
3 HB VAL 727 HB VAL 727 41.546 -20.947 -1.981
4 HG13 VAL 727 HG11 VAL 727 40.205 -20.011 -3.788
5 HG12 VAL 727 HG12 VAL 727 41.900 -19.589 -4.013
6 HG11 VAL 727 HG13 VAL 727 40.772 -18.390 -3.389
7 HG22 VAL 727 HG21 VAL 727 43.394 -19.322 -2.083
8 HG21 VAL 727 HG22 VAL 727 42.792 -19.533 -0.438
9 HG23 VAL 727 HG23 VAL 727 42.343 -18.101 -1.362
No H/Q in entry = 9
In of MODEL 2
1 H CYS 728 H CYS 728 39.889 -22.190 -0.597
2 HA CYS 728 HA CYS 728 40.375 -21.990 2.276
3 HB2 CYS 728 HB2 CYS 728 39.417 -24.289 0.566
4 HB3 CYS 728 HB3 CYS 728 39.703 -24.407 2.296
No H/Q in entry = 4
In of MODEL 2
1 H ALA 729 H ALA 729 42.393 -22.234 2.920
2 HA ALA 729 HA ALA 729 44.113 -24.005 1.361
3 HB2 ALA 729 HB1 ALA 729 45.974 -22.499 1.822
4 HB1 ALA 729 HB2 ALA 729 44.883 -21.416 2.676
5 HB3 ALA 729 HB3 ALA 729 44.699 -21.660 0.935
No H/Q in entry = 5
In of MODEL 2
1 H GLN 730 H GLN 730 45.867 -24.810 2.627
2 HA GLN 730 HA GLN 730 45.107 -25.214 5.418
3 HB2 GLN 730 HB2 GLN 730 45.010 -27.322 4.312
4 HB3 GLN 730 HB3 GLN 730 46.470 -26.986 3.438
5 HG2 GLN 730 HG2 GLN 730 47.837 -27.292 5.340
6 HG3 GLN 730 HG3 GLN 730 46.441 -27.318 6.416
7 HE21 GLN 730 HE21 GLN 730 45.421 -29.168 6.758
8 HE22 GLN 730 HE22 GLN 730 45.857 -30.668 6.020
No H/Q in entry = 8
In of MODEL 2
1 H ASP 731 H ASP 731 46.322 -24.423 6.842
2 HA ASP 731 HA ASP 731 48.836 -23.098 6.362
3 HB2 ASP 731 HB2 ASP 731 47.202 -22.409 8.156
4 HB3 ASP 731 HB3 ASP 731 47.493 -23.940 8.940
No H/Q in entry = 4
In of MODEL 2
1 H GLU 732 H GLU 732 50.818 -24.107 6.326
2 HA GLU 732 HA GLU 732 50.830 -26.915 6.824
3 HB2 GLU 732 HB2 GLU 732 52.957 -25.061 5.826
4 HB3 GLU 732 HB3 GLU 732 53.275 -26.761 6.170
5 HG2 GLU 732 HG2 GLU 732 51.252 -25.695 4.221
6 HG3 GLU 732 HG3 GLU 732 52.808 -26.421 3.822
No H/Q in entry = 6
In of MODEL 2
1 H ARG 733 H ARG 733 51.104 -24.537 9.079
2 HA ARG 733 HA ARG 733 53.062 -25.995 10.636
3 HB2 ARG 733 HB2 ARG 733 51.586 -23.409 11.061
4 HB3 ARG 733 HB3 ARG 733 52.758 -24.086 12.169
5 HG2 ARG 733 HG2 ARG 733 53.373 -23.266 9.330
6 HG3 ARG 733 HG3 ARG 733 53.594 -22.213 10.721
7 HD2 ARG 733 HD2 ARG 733 55.711 -23.141 10.207
8 HD3 ARG 733 HD3 ARG 733 55.144 -23.947 11.662
9 HE ARG 733 HE ARG 733 54.565 -25.347 9.212
10 HH11 ARG 733 HH11 ARG 733 56.951 -24.844 11.761
11 HH12 ARG 733 HH12 ARG 733 57.799 -26.288 11.498
12 HH21 ARG 733 HH21 ARG 733 55.717 -27.372 8.790
13 HH22 ARG 733 HH22 ARG 733 57.054 -27.782 9.753
No H/Q in entry = 13
In of MODEL 2
1 H SER 734 H SER 734 49.807 -24.672 10.818
2 HA SER 734 HA SER 734 49.156 -26.242 13.154
3 HB2 SER 734 HB2 SER 734 47.470 -24.337 11.538
4 HB3 SER 734 HB3 SER 734 47.116 -24.933 13.163
5 HG SER 734 HG SER 734 49.213 -23.217 12.329
No H/Q in entry = 5
In of MODEL 2
1 H LYS 735 H LYS 735 48.756 -26.501 9.693
2 HA LYS 735 HA LYS 735 47.840 -27.889 8.318
3 HB2 LYS 735 HB2 LYS 735 47.654 -29.745 10.692
4 HB3 LYS 735 HB3 LYS 735 47.434 -30.236 9.021
5 HG2 LYS 735 HG2 LYS 735 49.965 -29.092 10.209
6 HG3 LYS 735 HG3 LYS 735 49.677 -30.783 9.814
7 HD2 LYS 735 HD2 LYS 735 49.699 -28.512 7.812
8 HD3 LYS 735 HD3 LYS 735 51.051 -29.589 8.113
9 HE2 LYS 735 HE2 LYS 735 49.606 -31.503 7.453
10 HE3 LYS 735 HE3 LYS 735 48.323 -30.364 7.074
11 HZ3 LYS 735 HZ1 LYS 735 49.469 -30.977 5.082
12 HZ2 LYS 735 HZ2 LYS 735 50.959 -30.517 5.682
13 HZ1 LYS 735 HZ3 LYS 735 49.808 -29.360 5.360
No H/Q in entry = 13
In of MODEL 2
1 H ARG 736 H ARG 736 46.168 -26.067 9.819
2 HA ARG 736 HA ARG 736 43.578 -27.405 9.690
3 HB2 ARG 736 HB2 ARG 736 42.667 -25.423 10.746
4 HB3 ARG 736 HB3 ARG 736 44.016 -26.052 11.679
5 HG2 ARG 736 HG2 ARG 736 45.464 -24.342 10.698
6 HG3 ARG 736 HG3 ARG 736 44.082 -23.708 9.807
7 HD2 ARG 736 HD2 ARG 736 44.308 -23.904 12.794
8 HD3 ARG 736 HD3 ARG 736 44.581 -22.475 11.787
9 HE ARG 736 HE ARG 736 42.010 -23.463 11.266
10 HH11 ARG 736 HH11 ARG 736 43.748 -21.799 13.862
11 HH12 ARG 736 HH12 ARG 736 42.339 -21.117 14.545
12 HH21 ARG 736 HH21 ARG 736 40.124 -22.531 12.174
13 HH22 ARG 736 HH22 ARG 736 40.213 -21.555 13.571
No H/Q in entry = 13
In of MODEL 2
1 H ILE 737 H ILE 737 41.904 -26.533 8.365
2 HA ILE 737 HA ILE 737 42.940 -25.276 5.970
3 HB ILE 737 HB ILE 737 40.055 -26.026 6.479
4 HG12 ILE 737 HG12 ILE 737 41.477 -28.037 6.923
5 HG13 ILE 737 HG13 ILE 737 40.448 -28.239 5.515
6 HG21 ILE 737 HG21 ILE 737 40.774 -24.590 4.548
7 HG23 ILE 737 HG22 ILE 737 39.910 -26.053 4.097
8 HG22 ILE 737 HG23 ILE 737 41.666 -25.980 3.923
9 HD13 ILE 737 HD11 ILE 737 42.629 -29.146 5.086
10 HD12 ILE 737 HD12 ILE 737 43.381 -27.614 5.550
11 HD11 ILE 737 HD13 ILE 737 42.365 -27.699 4.101
No H/Q in entry = 11
In of MODEL 2
1 H LEU 738 H LEU 738 42.933 -23.150 5.981
2 HA LEU 738 HA LEU 738 40.841 -21.813 7.519
3 HB2 LEU 738 HB2 LEU 738 42.255 -20.006 8.096
4 HB3 LEU 738 HB3 LEU 738 43.112 -21.464 8.568
5 HG LEU 738 HG LEU 738 43.688 -19.602 6.254
6 HD11 LEU 738 HD11 LEU 738 45.230 -20.205 8.763
7 HD13 LEU 738 HD12 LEU 738 44.353 -18.720 8.391
8 HD12 LEU 738 HD13 LEU 738 45.771 -19.169 7.443
9 HD22 LEU 738 HD21 LEU 738 44.150 -21.847 5.604
10 HD21 LEU 738 HD22 LEU 738 45.130 -22.118 7.050
11 HD23 LEU 738 HD23 LEU 738 45.652 -20.954 5.803
No H/Q in entry = 11
In of MODEL 2
1 HA PRO 739 HA PRO 739 39.845 -19.797 3.759
2 HB2 PRO 739 HB2 PRO 739 38.612 -17.619 4.700
3 HB3 PRO 739 HB3 PRO 739 37.869 -19.228 4.805
4 HG2 PRO 739 HG2 PRO 739 39.256 -17.640 6.928
5 HG3 PRO 739 HG3 PRO 739 37.812 -18.662 7.058
6 HD2 PRO 739 HD2 PRO 739 40.370 -19.483 7.765
7 HD3 PRO 739 HD3 PRO 739 39.047 -20.580 7.290
No H/Q in entry = 7
In of MODEL 2
1 H LEU 740 H LEU 740 41.468 -19.045 2.719
2 HA LEU 740 HA LEU 740 42.810 -16.629 3.672
3 HB2 LEU 740 HB2 LEU 740 43.790 -18.820 1.869
4 HB3 LEU 740 HB3 LEU 740 44.565 -17.256 1.958
5 HG LEU 740 HG LEU 740 44.343 -19.286 4.172
6 HD11 LEU 740 HD11 LEU 740 45.940 -19.777 2.417
7 HD13 LEU 740 HD12 LEU 740 46.744 -19.368 3.938
8 HD12 LEU 740 HD13 LEU 740 46.664 -18.184 2.618
9 HD21 LEU 740 HD21 LEU 740 45.565 -16.522 4.170
10 HD23 LEU 740 HD22 LEU 740 45.768 -17.723 5.440
11 HD22 LEU 740 HD23 LEU 740 44.172 -17.050 5.122
No H/Q in entry = 11
In of MODEL 2
1 H THR 741 H THR 741 43.756 -15.601 1.558
2 HA THR 741 HA THR 741 41.660 -15.591 -0.432
3 HB THR 741 HB THR 741 42.959 -13.044 0.522
4 HG1 THR 741 HG1 THR 741 40.422 -13.944 1.488
5 HG21 THR 741 HG21 THR 741 41.706 -13.218 -1.555
6 HG23 THR 741 HG22 THR 741 40.979 -12.061 -0.401
7 HG22 THR 741 HG23 THR 741 40.268 -13.661 -0.643
No H/Q in entry = 7
In of MODEL 2
1 H VAL 742 H VAL 742 42.539 -14.760 -2.509
2 HA VAL 742 HA VAL 742 45.023 -15.924 -2.799
3 HB VAL 742 HB VAL 742 45.041 -15.449 -5.116
4 HG12 VAL 742 HG11 VAL 742 42.424 -16.313 -4.120
5 HG11 VAL 742 HG12 VAL 742 43.893 -17.315 -4.324
6 HG13 VAL 742 HG13 VAL 742 43.063 -16.607 -5.743
7 HG22 VAL 742 HG21 VAL 742 43.269 -14.597 -6.235
8 HG21 VAL 742 HG22 VAL 742 44.122 -13.337 -5.303
9 HG23 VAL 742 HG23 VAL 742 42.513 -13.946 -4.769
No H/Q in entry = 9
In of MODEL 2
1 H CYS 743 H CYS 743 44.445 -12.454 -2.512
2 HA CYS 743 HA CYS 743 46.993 -11.826 -3.412
3 HB2 CYS 743 HB2 CYS 743 45.247 -10.091 -2.810
4 HB3 CYS 743 HB3 CYS 743 45.620 -10.409 -1.121
No H/Q in entry = 4
In of MODEL 2
1 H LYS 744 H LYS 744 45.657 -12.549 -0.212
2 HA LYS 744 HA LYS 744 47.808 -12.443 1.467
3 HB2 LYS 744 HB2 LYS 744 45.327 -14.074 1.380
4 HB3 LYS 744 HB3 LYS 744 46.565 -14.546 2.519
5 HG2 LYS 744 HG2 LYS 744 45.488 -11.757 2.413
6 HG3 LYS 744 HG3 LYS 744 44.716 -13.036 3.356
7 HD2 LYS 744 HD2 LYS 744 46.968 -13.430 4.423
8 HD3 LYS 744 HD3 LYS 744 47.498 -11.931 3.659
9 HE2 LYS 744 HE2 LYS 744 46.797 -11.559 5.968
10 HE3 LYS 744 HE3 LYS 744 45.762 -10.701 4.839
11 HZ1 LYS 744 HZ1 LYS 744 44.081 -12.461 5.099
12 HZ3 LYS 744 HZ2 LYS 744 44.467 -11.764 6.563
13 HZ2 LYS 744 HZ3 LYS 744 45.081 -13.281 6.190
No H/Q in entry = 13
In of MODEL 2
1 H MET 745 H MET 745 46.565 -15.428 0.029
2 HA MET 745 HA MET 745 48.655 -17.098 0.688
3 HB2 MET 745 HB2 MET 745 46.935 -18.262 0.009
4 HB3 MET 745 HB3 MET 745 46.451 -17.185 -1.294
5 HG2 MET 745 HG2 MET 745 47.157 -19.091 -2.448
6 HG3 MET 745 HG3 MET 745 48.566 -18.085 -2.465
7 HE1 MET 745 HE1 MET 745 46.913 -21.225 -1.009
8 HE3 MET 745 HE2 MET 745 47.194 -20.382 0.523
9 HE2 MET 745 HE3 MET 745 48.093 -21.849 0.132
No H/Q in entry = 9
In of MODEL 2
1 H HIS 746 H HIS 746 48.306 -15.152 -2.289
2 HA HIS 746 HA HIS 746 50.494 -16.284 -3.554
3 HB2 HIS 746 HB2 HIS 746 48.815 -13.989 -3.957
4 HB3 HIS 746 HB3 HIS 746 50.457 -13.736 -4.585
5 HD1 HIS 746 HD1 HIS 746 51.106 -16.150 -6.101
6 HD2 HIS 746 HD2 HIS 746 47.195 -14.768 -5.858
7 HE1 HIS 746 HE1 HIS 746 49.986 -16.989 -8.124
8 HE2 HIS 746 HE2 HIS 746 47.576 -16.424 -7.803
No H/Q in entry = 8
In of MODEL 2
1 H VAL 747 H VAL 747 50.177 -13.185 -1.845
2 HA VAL 747 HA VAL 747 52.830 -12.330 -2.030
3 HB VAL 747 HB VAL 747 50.503 -11.610 -0.263
4 HG12 VAL 747 HG11 VAL 747 53.239 -10.327 -0.199
5 HG11 VAL 747 HG12 VAL 747 52.539 -11.296 1.098
6 HG13 VAL 747 HG13 VAL 747 51.810 -9.752 0.660
7 HG23 VAL 747 HG21 VAL 747 52.050 -10.142 -2.353
8 HG22 VAL 747 HG22 VAL 747 50.629 -9.518 -1.481
9 HG21 VAL 747 HG23 VAL 747 50.475 -10.902 -2.574
No H/Q in entry = 9
In of MODEL 2
1 H LEU 748 H LEU 748 51.080 -13.902 0.556
2 HA LEU 748 HA LEU 748 53.214 -14.108 2.334
3 HB2 LEU 748 HB2 LEU 748 51.257 -14.312 3.438
4 HB3 LEU 748 HB3 LEU 748 50.445 -15.020 2.083
5 HG LEU 748 HG LEU 748 52.184 -16.628 3.968
6 HD12 LEU 748 HD11 LEU 748 49.199 -16.112 3.997
7 HD11 LEU 748 HD12 LEU 748 50.346 -15.493 5.186
8 HD13 LEU 748 HD13 LEU 748 50.054 -17.228 5.050
9 HD23 LEU 748 HD21 LEU 748 49.938 -17.398 2.074
10 HD22 LEU 748 HD22 LEU 748 50.887 -18.490 3.074
11 HD21 LEU 748 HD23 LEU 748 51.656 -17.634 1.745
No H/Q in entry = 11
In of MODEL 2
1 H HIS 749 H HIS 749 52.287 -16.073 -0.373
2 HA HIS 749 HA HIS 749 53.920 -18.294 0.342
3 HB2 HIS 749 HB2 HIS 749 51.956 -18.188 -1.388
4 HB3 HIS 749 HB3 HIS 749 53.217 -17.676 -2.509
5 HD1 HIS 749 HD1 HIS 749 55.153 -19.470 -2.959
6 HD2 HIS 749 HD2 HIS 749 51.855 -20.776 -0.844
7 HE1 HIS 749 HE1 HIS 749 55.372 -21.960 -2.913
8 HE2 HIS 749 HE2 HIS 749 53.544 -22.724 -1.387
No H/Q in entry = 8
In of MODEL 2
1 H CYS 750 H CYS 750 54.426 -15.303 -1.506
2 HA CYS 750 HA CYS 750 56.990 -16.307 -2.314
3 HB2 CYS 750 HB2 CYS 750 57.339 -14.246 -3.533
4 HB3 CYS 750 HB3 CYS 750 55.751 -14.895 -3.906
No H/Q in entry = 4
In of MODEL 2
1 H GLN 751 H GLN 751 55.666 -14.494 0.268
2 HA GLN 751 HA GLN 751 58.035 -13.351 1.248
3 HB2 GLN 751 HB2 GLN 751 55.633 -14.397 2.764
4 HB3 GLN 751 HB3 GLN 751 56.917 -13.441 3.481
5 HG2 GLN 751 HG2 GLN 751 55.042 -12.561 1.306
6 HG3 GLN 751 HG3 GLN 751 54.933 -12.095 2.991
7 HE21 GLN 751 HE21 GLN 751 55.153 -10.339 0.740
8 HE22 GLN 751 HE22 GLN 751 56.621 -9.469 0.922
No H/Q in entry = 8
In of MODEL 2
1 H GLY 752 H GLY 752 56.752 -16.575 1.307
2 HA3 GLY 752 HA2 GLY 752 58.476 -18.342 1.338
3 HA2 GLY 752 HA3 GLY 752 59.204 -17.490 2.691
No H/Q in entry = 3
In of MODEL 2
1 H ARG 753 H ARG 753 55.731 -17.950 2.350
2 HA ARG 753 HA ARG 753 55.839 -19.684 4.713
3 HB2 ARG 753 HB2 ARG 753 53.555 -18.035 3.636
4 HB3 ARG 753 HB3 ARG 753 53.525 -18.983 5.114
5 HG2 ARG 753 HG2 ARG 753 55.240 -16.561 4.577
6 HG3 ARG 753 HG3 ARG 753 53.810 -16.607 5.603
7 HD2 ARG 753 HD2 ARG 753 54.924 -18.258 7.068
8 HD3 ARG 753 HD3 ARG 753 56.364 -18.160 6.060
9 HE ARG 753 HE ARG 753 55.604 -15.597 7.019
10 HH11 ARG 753 HH11 ARG 753 57.219 -18.593 8.023
11 HH12 ARG 753 HH12 ARG 753 58.142 -17.842 9.233
12 HH21 ARG 753 HH21 ARG 753 56.867 -14.582 8.676
13 HH22 ARG 753 HH22 ARG 753 57.934 -15.505 9.630
No H/Q in entry = 13
In of MODEL 2
1 H ASN 754 H ASN 754 54.703 -21.620 4.713
2 HA ASN 754 HA ASN 754 54.024 -22.551 2.043
3 HB2 ASN 754 HB2 ASN 754 54.754 -24.136 4.502
4 HB3 ASN 754 HB3 ASN 754 54.213 -24.849 2.993
5 HD21 ASN 754 HD21 ASN 754 56.742 -23.311 4.659
6 HD22 ASN 754 HD22 ASN 754 57.993 -23.550 3.502
No H/Q in entry = 6
In of MODEL 2
1 H TYR 755 H TYR 755 52.097 -22.976 1.515
2 HA TYR 755 HA TYR 755 50.169 -23.841 3.466
3 HB2 TYR 755 HB2 TYR 755 49.834 -21.426 1.699
4 HB3 TYR 755 HB3 TYR 755 48.463 -22.382 2.256
5 HD1 TYR 755 HD1 TYR 755 51.364 -20.400 3.479
6 HD2 TYR 755 HD2 TYR 755 47.518 -21.938 4.356
7 HE1 TYR 755 HE1 TYR 755 51.319 -19.082 5.542
8 HE2 TYR 755 HE2 TYR 755 47.465 -20.628 6.431
9 HH TYR 755 HH TYR 755 49.113 -19.718 7.974
No H/Q in entry = 9
In of MODEL 2
1 H THR 756 H THR 756 48.776 -25.201 2.634
2 HA THR 756 HA THR 756 49.286 -26.125 -0.093
3 HB THR 756 HB THR 756 47.935 -27.393 2.300
4 HG1 THR 756 HG1 THR 756 49.868 -27.822 2.845
5 HG22 THR 756 HG21 THR 756 48.626 -28.609 -0.374
6 HG21 THR 756 HG22 THR 756 47.010 -28.199 0.213
7 HG23 THR 756 HG23 THR 756 47.935 -29.469 1.020
No H/Q in entry = 7
In of MODEL 2
1 H LEU 757 H LEU 757 47.473 -26.285 -1.556
2 HA LEU 757 HA LEU 757 45.172 -24.902 -0.495
3 HB2 LEU 757 HB2 LEU 757 45.957 -25.348 -3.341
4 HB3 LEU 757 HB3 LEU 757 44.376 -24.756 -2.868
5 HG LEU 757 HG LEU 757 45.954 -23.078 -1.516
6 HD12 LEU 757 HD11 LEU 757 47.730 -22.287 -2.988
7 HD11 LEU 757 HD12 LEU 757 47.463 -23.682 -4.037
8 HD13 LEU 757 HD13 LEU 757 48.014 -23.918 -2.377
9 HD21 LEU 757 HD21 LEU 757 44.058 -22.541 -2.842
10 HD23 LEU 757 HD22 LEU 757 44.984 -22.766 -4.339
11 HD22 LEU 757 HD23 LEU 757 45.396 -21.461 -3.212
No H/Q in entry = 11
In of MODEL 2
1 H THR 758 H THR 758 43.184 -25.624 -0.582
2 HA THR 758 HA THR 758 42.968 -28.485 -1.058
3 HB THR 758 HB THR 758 41.376 -28.528 0.912
4 HG1 THR 758 HG1 THR 758 41.872 -25.849 0.830
5 HG22 THR 758 HG21 THR 758 44.205 -27.650 1.546
6 HG21 THR 758 HG22 THR 758 43.747 -29.267 1.040
7 HG23 THR 758 HG23 THR 758 43.158 -28.636 2.572
No H/Q in entry = 7
In of MODEL 2
1 H GLY 759 H GLY 759 40.283 -28.790 -0.634
2 HA3 GLY 759 HA2 GLY 759 39.209 -27.763 -3.059
3 HA2 GLY 759 HA3 GLY 759 38.396 -28.768 -1.876
No H/Q in entry = 3
In of MODEL 2
1 H ARG 760 H ARG 760 36.772 -27.161 -2.792
2 HA ARG 760 HA ARG 760 36.758 -24.542 -1.546
3 HB2 ARG 760 HB2 ARG 760 34.577 -24.273 -2.718
4 HB3 ARG 760 HB3 ARG 760 35.877 -24.785 -3.787
5 HG2 ARG 760 HG2 ARG 760 34.100 -26.122 -4.492
6 HG3 ARG 760 HG3 ARG 760 34.987 -27.162 -3.379
7 HD2 ARG 760 HD2 ARG 760 33.356 -26.376 -1.582
8 HD3 ARG 760 HD3 ARG 760 32.390 -25.732 -2.913
9 HE ARG 760 HE ARG 760 33.054 -28.422 -3.401
10 HH11 ARG 760 HH11 ARG 760 30.831 -26.474 -1.442
11 HH12 ARG 760 HH12 ARG 760 29.755 -27.758 -1.170
12 HH21 ARG 760 HH21 ARG 760 31.588 -30.135 -3.026
13 HH22 ARG 760 HH22 ARG 760 30.169 -29.896 -2.111
No H/Q in entry = 13
In of MODEL 2
1 H ASP 761 H ASP 761 35.942 -27.592 -0.591
2 HA ASP 761 HA ASP 761 33.655 -26.764 1.027
3 HB2 ASP 761 HB2 ASP 761 33.324 -28.703 -0.412
4 HB3 ASP 761 HB3 ASP 761 34.668 -29.527 0.363
No H/Q in entry = 4
In of MODEL 2
1 H SER 762 H SER 762 37.002 -27.499 1.332
2 HA SER 762 HA SER 762 36.998 -28.800 3.796
3 HB2 SER 762 HB2 SER 762 39.457 -28.051 3.705
4 HB3 SER 762 HB3 SER 762 38.858 -29.162 2.471
5 HG SER 762 HG SER 762 40.092 -27.067 1.888
No H/Q in entry = 5
In of MODEL 2
1 H CYS 763 H CYS 763 36.942 -25.350 3.042
2 HA CYS 763 HA CYS 763 37.035 -24.944 5.949
3 HB2 CYS 763 HB2 CYS 763 38.096 -22.878 5.763
4 HB3 CYS 763 HB3 CYS 763 38.995 -23.905 4.660
No H/Q in entry = 4
In of MODEL 2
1 H THR 764 H THR 764 35.887 -22.968 6.586
2 HA THR 764 HA THR 764 33.437 -22.741 5.062
3 HB THR 764 HB THR 764 34.174 -21.646 7.790
4 HG1 THR 764 HG1 THR 764 33.041 -24.063 6.888
5 HG23 THR 764 HG21 THR 764 32.381 -20.410 6.675
6 HG22 THR 764 HG22 THR 764 31.755 -21.336 8.043
7 HG21 THR 764 HG23 THR 764 31.510 -21.917 6.393
No H/Q in entry = 7
In of MODEL 2
1 H LEU 765 H LEU 765 33.659 -21.395 3.475
2 HA LEU 765 HA LEU 765 35.518 -19.202 3.594
3 HB2 LEU 765 HB2 LEU 765 34.816 -20.867 1.619
4 HB3 LEU 765 HB3 LEU 765 33.597 -19.624 1.398
5 HG LEU 765 HG LEU 765 35.367 -17.941 1.083
6 HD11 LEU 765 HD11 LEU 765 37.185 -20.322 1.278
7 HD13 LEU 765 HD12 LEU 765 37.123 -18.956 2.392
8 HD12 LEU 765 HD13 LEU 765 37.672 -18.718 0.732
9 HD23 LEU 765 HD21 LEU 765 36.075 -18.712 -1.127
10 HD22 LEU 765 HD22 LEU 765 34.369 -19.066 -0.846
11 HD21 LEU 765 HD23 LEU 765 35.567 -20.352 -0.722
No H/Q in entry = 11
In of MODEL 2
1 HA PRO 766 HA PRO 766 32.451 -16.240 4.931
2 HB2 PRO 766 HB2 PRO 766 33.476 -14.013 3.654
3 HB3 PRO 766 HB3 PRO 766 34.029 -14.614 5.214
4 HG2 PRO 766 HG2 PRO 766 35.225 -14.983 2.508
5 HG3 PRO 766 HG3 PRO 766 36.031 -14.772 4.072
6 HD2 PRO 766 HD2 PRO 766 35.844 -17.159 2.855
7 HD3 PRO 766 HD3 PRO 766 35.818 -17.022 4.614
No H/Q in entry = 7
In of MODEL 2
1 H ALA 767 H ALA 767 33.378 -16.386 1.580
2 HA ALA 767 HA ALA 767 30.730 -15.413 0.795
3 HB1 ALA 767 HB1 ALA 767 33.276 -15.546 -0.821
4 HB2 ALA 767 HB2 ALA 767 32.642 -14.097 -0.051
5 HB3 ALA 767 HB3 ALA 767 31.734 -14.869 -1.360
No H/Q in entry = 5
In of MODEL 2
1 H SER 768 H SER 768 29.415 -16.930 0.457
2 HA SER 768 HA SER 768 30.244 -19.144 -1.230
3 HB2 SER 768 HB2 SER 768 28.800 -19.452 1.416
4 HB3 SER 768 HB3 SER 768 29.115 -20.737 0.245
5 HG SER 768 HG SER 768 31.372 -19.452 0.715
No H/Q in entry = 5
In of MODEL 2
1 H ALA 769 H ALA 769 28.432 -16.589 -1.081
2 HA ALA 769 HA ALA 769 26.370 -17.663 -2.755
3 HB1 ALA 769 HB1 ALA 769 24.588 -16.494 -1.510
4 HB2 ALA 769 HB2 ALA 769 25.744 -16.108 -0.232
5 HB3 ALA 769 HB3 ALA 769 25.300 -17.790 -0.541
No H/Q in entry = 5
In of MODEL 2
1 H GLU 770 H GLU 770 25.169 -15.678 -3.667
2 HA GLU 770 HA GLU 770 27.214 -13.773 -4.311
3 HB2 GLU 770 HB2 GLU 770 25.549 -12.825 -5.869
4 HB3 GLU 770 HB3 GLU 770 25.821 -14.545 -6.113
5 HG2 GLU 770 HG2 GLU 770 23.768 -15.078 -5.017
6 HG3 GLU 770 HG3 GLU 770 23.505 -13.382 -4.602
No H/Q in entry = 6
In of MODEL 2
1 H LYS 771 H LYS 771 26.711 -11.457 -4.244
2 HA LYS 771 HA LYS 771 25.666 -10.918 -1.574
3 HB2 LYS 771 HB2 LYS 771 27.544 -9.340 -3.307
4 HB3 LYS 771 HB3 LYS 771 26.979 -8.851 -1.723
5 HG2 LYS 771 HG2 LYS 771 28.675 -11.287 -2.309
6 HG3 LYS 771 HG3 LYS 771 29.273 -9.752 -1.699
7 HD2 LYS 771 HD2 LYS 771 29.115 -10.945 0.261
8 HD3 LYS 771 HD3 LYS 771 27.520 -10.211 0.225
9 HE2 LYS 771 HE2 LYS 771 26.584 -12.314 -0.694
10 HE3 LYS 771 HE3 LYS 771 28.198 -13.008 -0.699
11 HZ1 LYS 771 HZ1 LYS 771 26.737 -12.111 1.715
12 HZ3 LYS 771 HZ2 LYS 771 28.257 -12.850 1.682
13 HZ2 LYS 771 HZ3 LYS 771 26.906 -13.704 1.208
No H/Q in entry = 13
In of MODEL 2
1 H ALA 772 H ALA 772 24.589 -8.948 -1.241
2 HA ALA 772 HA ALA 772 22.902 -8.122 -3.482
3 HB2 ALA 772 HB1 ALA 772 22.635 -7.676 -0.499
4 HB3 ALA 772 HB2 ALA 772 21.714 -8.831 -1.463
5 HB1 ALA 772 HB3 ALA 772 21.497 -7.100 -1.716
No H/Q in entry = 5
In of MODEL 2
1 H CYS 773 H CYS 773 22.478 -5.718 -3.518
2 HA CYS 773 HA CYS 773 24.969 -4.407 -3.818
3 HB2 CYS 773 HB2 CYS 773 23.025 -3.848 -5.217
4 HB3 CYS 773 HB3 CYS 773 22.182 -3.238 -3.804
No H/Q in entry = 4
In of MODEL 2
1 H GLY 774 H GLY 774 26.096 -3.110 -2.500
2 HA3 GLY 774 HA2 GLY 774 25.845 -1.426 -0.669
3 HA2 GLY 774 HA3 GLY 774 24.995 -2.717 0.189
No H/Q in entry = 3
In of MODEL 2
1 H ALA 775 H ALA 775 26.744 -4.693 -1.121
2 HA ALA 775 HA ALA 775 29.430 -4.143 -0.360
3 HB2 ALA 775 HB1 ALA 775 27.869 -6.294 1.112
4 HB1 ALA 775 HB2 ALA 775 28.521 -4.824 1.836
5 HB3 ALA 775 HB3 ALA 775 29.614 -6.053 1.205
No H/Q in entry = 5
In of MODEL 2
1 H CYS 776 H CYS 776 30.143 -4.733 -2.330
2 HA CYS 776 HA CYS 776 29.431 -7.416 -3.243
3 HB2 CYS 776 HB2 CYS 776 29.606 -4.910 -4.947
4 HB3 CYS 776 HB3 CYS 776 29.429 -6.540 -5.572
No H/Q in entry = 4
In of MODEL 2
1 HA PRO 777 HA PRO 777 33.867 -7.684 -3.667
2 HB2 PRO 777 HB2 PRO 777 34.055 -9.770 -5.399
3 HB3 PRO 777 HB3 PRO 777 33.608 -9.988 -3.704
4 HG2 PRO 777 HG2 PRO 777 31.843 -9.880 -6.124
5 HG3 PRO 777 HG3 PRO 777 31.763 -10.967 -4.725
6 HD2 PRO 777 HD2 PRO 777 30.157 -8.788 -5.011
7 HD3 PRO 777 HD3 PRO 777 30.664 -9.422 -3.434
No H/Q in entry = 7
In of MODEL 2
1 H LEU 778 H LEU 778 35.511 -7.733 -5.518
2 HA LEU 778 HA LEU 778 35.008 -5.590 -7.170
3 HB2 LEU 778 HB2 LEU 778 37.234 -5.944 -8.207
4 HB3 LEU 778 HB3 LEU 778 37.221 -5.905 -6.467
5 HG LEU 778 HG LEU 778 38.873 -7.456 -7.197
6 HD12 LEU 778 HD11 LEU 778 36.586 -9.056 -6.132
7 HD11 LEU 778 HD12 LEU 778 37.788 -8.166 -5.196
8 HD13 LEU 778 HD13 LEU 778 38.276 -9.550 -6.169
9 HD21 LEU 778 HD21 LEU 778 36.736 -8.808 -8.794
10 HD23 LEU 778 HD22 LEU 778 38.336 -9.478 -8.485
11 HD22 LEU 778 HD23 LEU 778 38.171 -7.968 -9.406
No H/Q in entry = 11
In of MODEL 2
1 H TRP 779 H TRP 779 34.128 -8.750 -7.893
2 HA TRP 779 HA TRP 779 33.814 -8.058 -10.734
3 HB2 TRP 779 HB2 TRP 779 33.172 -10.500 -11.015
4 HB3 TRP 779 HB3 TRP 779 34.837 -10.215 -10.534
5 HD1 TRP 779 HD1 TRP 779 31.479 -11.441 -9.042
6 HE1 TRP 779 HE1 TRP 779 32.020 -12.885 -6.976
7 HE3 TRP 779 HE3 TRP 779 36.512 -10.768 -8.887
8 HZ2 TRP 779 HZ2 TRP 779 34.315 -13.612 -5.476
9 HZ3 TRP 779 HZ3 TRP 779 37.811 -11.849 -7.119
10 HH2 TRP 779 HH2 TRP 779 36.726 -13.254 -5.450
No H/Q in entry = 10
In of MODEL 2
1 H GLY 780 H GLY 780 32.196 -7.589 -8.035
2 HA3 GLY 780 HA2 GLY 780 29.571 -8.112 -9.233
3 HA2 GLY 780 HA3 GLY 780 29.882 -8.162 -7.494
No H/Q in entry = 3
In of MODEL 2
1 H LYS 781 H LYS 781 28.222 -6.388 -9.345
2 HA LYS 781 HA LYS 781 28.870 -3.944 -7.966
3 HB2 LYS 781 HB2 LYS 781 30.478 -4.095 -9.858
4 HB3 LYS 781 HB3 LYS 781 29.132 -4.030 -10.974
5 HG2 LYS 781 HG2 LYS 781 28.570 -1.785 -10.132
6 HG3 LYS 781 HG3 LYS 781 29.951 -1.874 -9.036
7 HD2 LYS 781 HD2 LYS 781 30.038 -1.926 -12.057
8 HD3 LYS 781 HD3 LYS 781 30.573 -0.614 -11.008
9 HE2 LYS 781 HE2 LYS 781 32.302 -2.107 -10.049
10 HE3 LYS 781 HE3 LYS 781 31.782 -3.383 -11.142
11 HZ2 LYS 781 HZ1 LYS 781 32.979 -0.791 -11.913
12 HZ1 LYS 781 HZ2 LYS 781 32.396 -1.918 -13.012
13 HZ3 LYS 781 HZ3 LYS 781 33.709 -2.311 -11.997
No H/Q in entry = 13
In of MODEL 2
1 H CYS 782 H CYS 782 27.056 -2.765 -7.760
2 HA CYS 782 HA CYS 782 24.726 -3.608 -9.302
3 HB2 CYS 782 HB2 CYS 782 23.467 -2.332 -7.461
4 HB3 CYS 782 HB3 CYS 782 24.224 -3.856 -7.018
No H/Q in entry = 4
In of MODEL 2
1 H ASP 783 H ASP 783 23.110 -1.664 -9.572
2 HA ASP 783 HA ASP 783 24.687 0.507 -10.774
3 HB2 ASP 783 HB2 ASP 783 21.994 -0.632 -11.587
4 HB3 ASP 783 HB3 ASP 783 22.790 0.735 -12.353
No H/Q in entry = 4
In of MODEL 2
1 H ALA 784 H ALA 784 22.458 2.175 -11.274
2 HA ALA 784 HA ALA 784 22.032 3.408 -8.774
3 HB2 ALA 784 HB1 ALA 784 21.869 4.625 -10.924
4 HB3 ALA 784 HB2 ALA 784 20.419 4.832 -9.950
5 HB1 ALA 784 HB3 ALA 784 20.407 3.720 -11.317
No H/Q in entry = 5
In of MODEL 2
1 H GLU 785 H GLU 785 20.290 1.073 -10.641
2 HA GLU 785 HA GLU 785 18.186 0.734 -8.733
3 HB2 GLU 785 HB2 GLU 785 17.776 0.132 -11.072
4 HB3 GLU 785 HB3 GLU 785 19.165 -0.930 -11.085
5 HG2 GLU 785 HG2 GLU 785 16.999 -2.119 -11.012
6 HG3 GLU 785 HG3 GLU 785 18.050 -2.495 -9.652
No H/Q in entry = 6
In of MODEL 2
1 H SER 786 H SER 786 19.014 0.310 -6.745
2 HA SER 786 HA SER 786 21.325 -1.373 -6.496
3 HB2 SER 786 HB2 SER 786 21.245 -0.399 -4.161
4 HB3 SER 786 HB3 SER 786 21.569 0.712 -5.494
5 HG SER 786 HG SER 786 19.852 1.124 -3.750
No H/Q in entry = 5
In of MODEL 2
1 H SER 787 H SER 787 18.321 -2.288 -6.742
2 HA SER 787 HA SER 787 17.800 -3.623 -4.318
3 HB2 SER 787 HB2 SER 787 16.864 -4.350 -7.101
4 HB3 SER 787 HB3 SER 787 16.176 -4.953 -5.592
5 HG SER 787 HG SER 787 16.046 -2.411 -6.745
No H/Q in entry = 5
In of MODEL 2
1 H LYS 788 H LYS 788 19.397 -4.791 -7.302
2 HA LYS 788 HA LYS 788 20.356 -7.039 -5.681
3 HB2 LYS 788 HB2 LYS 788 20.481 -8.388 -7.705
4 HB3 LYS 788 HB3 LYS 788 18.834 -7.838 -7.429
5 HG2 LYS 788 HG2 LYS 788 19.110 -6.138 -9.143
6 HG3 LYS 788 HG3 LYS 788 20.788 -6.636 -9.384
7 HD2 LYS 788 HD2 LYS 788 19.978 -8.876 -10.065
8 HD3 LYS 788 HD3 LYS 788 18.318 -8.306 -9.881
9 HE2 LYS 788 HE2 LYS 788 20.376 -7.186 -11.785
10 HE3 LYS 788 HE3 LYS 788 19.049 -8.251 -12.230
11 HZ1 LYS 788 HZ1 LYS 788 17.506 -6.544 -11.488
12 HZ3 LYS 788 HZ2 LYS 788 18.517 -5.955 -12.706
13 HZ2 LYS 788 HZ3 LYS 788 18.789 -5.516 -11.103
No H/Q in entry = 13
In of MODEL 2
1 H CYS 789 H CYS 789 22.451 -7.958 -6.551
2 HA CYS 789 HA CYS 789 24.128 -5.829 -7.667
3 HB2 CYS 789 HB2 CYS 789 24.651 -6.324 -5.249
4 HB3 CYS 789 HB3 CYS 789 24.953 -7.996 -5.698
No H/Q in entry = 4
In of MODEL 2
1 H VAL 790 H VAL 790 25.197 -6.485 -9.525
2 HA VAL 790 HA VAL 790 24.580 -9.252 -10.212
3 HB VAL 790 HB VAL 790 24.585 -8.614 -12.565
4 HG13 VAL 790 HG11 VAL 790 22.487 -8.584 -11.379
5 HG12 VAL 790 HG12 VAL 790 22.528 -7.275 -12.562
6 HG11 VAL 790 HG13 VAL 790 22.776 -6.927 -10.856
7 HG21 VAL 790 HG21 VAL 790 26.153 -6.736 -12.472
8 HG23 VAL 790 HG22 VAL 790 24.968 -5.781 -11.588
9 HG22 VAL 790 HG23 VAL 790 24.647 -6.264 -13.255
No H/Q in entry = 9
In of MODEL 2
1 H CYS 791 H CYS 791 26.020 -10.054 -11.993
2 HA CYS 791 HA CYS 791 28.754 -9.722 -11.055
3 HB2 CYS 791 HB2 CYS 791 27.763 -11.792 -13.030
4 HB3 CYS 791 HB3 CYS 791 29.134 -11.869 -11.938
No H/Q in entry = 4
In of MODEL 2
1 H ARG 792 H ARG 792 30.196 -8.793 -12.407
2 HA ARG 792 HA ARG 792 29.058 -7.545 -14.781
3 HB2 ARG 792 HB2 ARG 792 31.629 -7.029 -13.294
4 HB3 ARG 792 HB3 ARG 792 31.070 -6.128 -14.704
5 HG2 ARG 792 HG2 ARG 792 29.647 -6.314 -12.058
6 HG3 ARG 792 HG3 ARG 792 30.574 -4.930 -12.649
7 HD2 ARG 792 HD2 ARG 792 29.049 -4.696 -14.532
8 HD3 ARG 792 HD3 ARG 792 28.144 -6.102 -13.999
9 HE ARG 792 HE ARG 792 27.663 -4.784 -11.961
10 HH11 ARG 792 HH11 ARG 792 28.391 -3.123 -15.037
11 HH12 ARG 792 HH12 ARG 792 27.275 -1.872 -14.743
12 HH21 ARG 792 HH21 ARG 792 26.082 -3.083 -11.657
13 HH22 ARG 792 HH22 ARG 792 25.882 -1.893 -12.850
No H/Q in entry = 13
In of MODEL 2
1 H GLU 793 H GLU 793 30.605 -7.186 -16.613
2 HA GLU 793 HA GLU 793 31.534 -9.805 -17.427
3 HB2 GLU 793 HB2 GLU 793 31.569 -7.173 -18.923
4 HB3 GLU 793 HB3 GLU 793 31.941 -8.748 -19.607
5 HG2 GLU 793 HG2 GLU 793 29.277 -7.817 -18.560
6 HG3 GLU 793 HG3 GLU 793 29.726 -8.061 -20.248
No H/Q in entry = 6
In of MODEL 2
1 H ALA 794 H ALA 794 33.741 -9.798 -18.578
2 HA ALA 794 HA ALA 794 35.621 -9.113 -16.567
3 HB2 ALA 794 HB1 ALA 794 35.858 -11.137 -17.890
4 HB3 ALA 794 HB2 ALA 794 37.294 -10.125 -18.054
5 HB1 ALA 794 HB3 ALA 794 36.098 -10.182 -19.350
No H/Q in entry = 5
In of MODEL 2
1 H SER 795 H SER 795 34.456 -7.576 -19.383
2 HA SER 795 HA SER 795 36.602 -5.809 -19.930
3 HB2 SER 795 HB2 SER 795 33.664 -5.431 -20.509
4 HB3 SER 795 HB3 SER 795 35.016 -4.653 -21.334
5 HG SER 795 HG SER 795 35.549 -6.519 -22.281
No H/Q in entry = 5
In of MODEL 2
1 H GLU 796 H GLU 796 34.243 -5.947 -17.449
2 HA GLU 796 HA GLU 796 34.293 -3.077 -16.903
3 HB2 GLU 796 HB2 GLU 796 32.733 -5.336 -15.662
4 HB3 GLU 796 HB3 GLU 796 32.541 -3.632 -15.259
5 HG2 GLU 796 HG2 GLU 796 31.822 -3.187 -17.564
6 HG3 GLU 796 HG3 GLU 796 31.986 -4.898 -17.938
No H/Q in entry = 6
In of MODEL 2
1 H CYS 797 H CYS 797 36.487 -5.108 -16.489
2 HA CYS 797 HA CYS 797 36.767 -5.266 -13.635
3 HB2 CYS 797 HB2 CYS 797 37.544 -7.103 -15.033
4 HB3 CYS 797 HB3 CYS 797 38.669 -6.009 -15.836
No H/Q in entry = 4
In of MODEL 2
1 H GLU 798 H GLU 798 36.919 -3.289 -12.908
2 HA GLU 798 HA GLU 798 39.229 -1.714 -13.742
3 HB2 GLU 798 HB2 GLU 798 36.740 -0.802 -12.283
4 HB3 GLU 798 HB3 GLU 798 38.128 0.222 -12.630
5 HG2 GLU 798 HG2 GLU 798 36.271 -1.055 -14.621
6 HG3 GLU 798 HG3 GLU 798 36.408 0.661 -14.240
No H/Q in entry = 6
In of MODEL 2
1 H GLU 799 H GLU 799 40.259 -3.388 -12.585
2 HA GLU 799 HA GLU 799 41.216 -2.568 -10.071
3 HB2 GLU 799 HB2 GLU 799 39.065 -3.636 -9.345
4 HB3 GLU 799 HB3 GLU 799 39.505 -5.103 -10.196
5 HG2 GLU 799 HG2 GLU 799 39.779 -5.180 -7.718
6 HG3 GLU 799 HG3 GLU 799 41.235 -5.571 -8.628
No H/Q in entry = 6
In of MODEL 2
1 H GLU 800 H GLU 800 42.893 -4.402 -9.446
2 HA GLU 800 HA GLU 800 44.251 -5.073 -11.853
3 HB2 GLU 800 HB2 GLU 800 44.807 -5.873 -9.012
4 HB3 GLU 800 HB3 GLU 800 45.792 -6.391 -10.365
5 HG2 GLU 800 HG2 GLU 800 46.072 -3.914 -10.875
6 HG3 GLU 800 HG3 GLU 800 45.442 -3.645 -9.247
No H/Q in entry = 6
In of MODEL 2
1 H GLY 801 H GLY 801 43.259 -7.310 -9.273
2 HA3 GLY 801 HA2 GLY 801 42.130 -9.266 -9.508
3 HA2 GLY 801 HA3 GLY 801 42.114 -9.044 -11.259
No H/Q in entry = 3
In of MODEL 2
1 H PHE 802 H PHE 802 43.404 -10.793 -8.788
2 HA PHE 802 HA PHE 802 46.002 -11.235 -9.772
3 HB2 PHE 802 HB2 PHE 802 44.301 -12.931 -7.952
4 HB3 PHE 802 HB3 PHE 802 45.977 -13.308 -8.364
5 HD1 PHE 802 HD1 PHE 802 47.693 -11.592 -7.947
6 HD2 PHE 802 HD2 PHE 802 43.844 -11.416 -6.258
7 HE1 PHE 802 HE1 PHE 802 48.493 -9.975 -6.388
8 HE2 PHE 802 HE2 PHE 802 44.572 -9.841 -4.667
9 HZ PHE 802 HZ PHE 802 46.947 -9.043 -4.675
No H/Q in entry = 9
In of MODEL 2
1 H SER 803 H SER 803 46.757 -12.408 -11.290
2 HA SER 803 HA SER 803 44.989 -13.748 -13.025
3 HB2 SER 803 HB2 SER 803 47.260 -14.322 -14.124
4 HB3 SER 803 HB3 SER 803 46.772 -12.629 -14.006
5 HG SER 803 HG SER 803 48.979 -13.236 -13.342
No H/Q in entry = 5
In of MODEL 2
1 H ILE 804 H ILE 804 44.335 -15.780 -12.897
2 HA ILE 804 HA ILE 804 45.856 -17.661 -11.255
3 HB ILE 804 HB ILE 804 43.866 -18.593 -10.223
4 HG12 ILE 804 HG12 ILE 804 42.252 -18.118 -12.102
5 HG13 ILE 804 HG13 ILE 804 41.605 -17.806 -10.502
6 HG23 ILE 804 HG21 ILE 804 44.864 -16.802 -8.989
7 HG22 ILE 804 HG22 ILE 804 43.114 -16.739 -8.782
8 HG21 ILE 804 HG23 ILE 804 43.919 -15.610 -9.875
9 HD11 ILE 804 HD11 ILE 804 41.976 -15.403 -10.870
10 HD13 ILE 804 HD12 ILE 804 40.898 -16.113 -12.070
11 HD12 ILE 804 HD13 ILE 804 42.568 -15.754 -12.494
No H/Q in entry = 11
In of MODEL 2
1 H CYS 805 H CYS 805 45.000 -19.978 -11.646
2 HA CYS 805 HA CYS 805 44.664 -20.239 -14.535
3 HB2 CYS 805 HB2 CYS 805 46.739 -21.208 -13.489
4 HB3 CYS 805 HB3 CYS 805 45.688 -22.346 -12.635
No H/Q in entry = 4
In of MODEL 2
1 H VAL 806 H VAL 806 42.710 -21.097 -15.192
2 HA VAL 806 HA VAL 806 41.133 -22.619 -13.238
3 HB VAL 806 HB VAL 806 40.055 -20.452 -15.066
4 HG12 VAL 806 HG11 VAL 806 38.663 -21.985 -12.889
5 HG11 VAL 806 HG12 VAL 806 38.460 -22.222 -14.615
6 HG13 VAL 806 HG13 VAL 806 38.002 -20.675 -13.871
7 HG22 VAL 806 HG21 VAL 806 41.348 -19.446 -13.326
8 HG21 VAL 806 HG22 VAL 806 40.475 -20.353 -12.088
9 HG23 VAL 806 HG23 VAL 806 39.635 -19.134 -13.058
No H/Q in entry = 9
In of MODEL 2
1 H GLU 807 H GLU 807 40.158 -24.397 -14.128
2 HA GLU 807 HA GLU 807 40.605 -24.974 -16.918
3 HB2 GLU 807 HB2 GLU 807 40.863 -26.753 -15.178
4 HB3 GLU 807 HB3 GLU 807 39.153 -26.609 -14.815
5 HG2 GLU 807 HG2 GLU 807 38.619 -27.289 -17.111
6 HG3 GLU 807 HG3 GLU 807 40.351 -27.433 -17.430
No H/Q in entry = 6
In of MODEL 2
1 H VAL 808 H VAL 808 39.356 -24.237 -18.330
2 HA VAL 808 HA VAL 808 36.476 -24.041 -17.954
3 HB VAL 808 HB VAL 808 38.388 -21.841 -18.650
4 HG13 VAL 808 HG11 VAL 808 36.623 -20.401 -19.403
5 HG12 VAL 808 HG12 VAL 808 35.432 -21.703 -19.231
6 HG11 VAL 808 HG13 VAL 808 36.719 -21.812 -20.444
7 HG23 VAL 808 HG21 VAL 808 37.016 -20.555 -17.126
8 HG22 VAL 808 HG22 VAL 808 37.880 -21.945 -16.455
9 HG21 VAL 808 HG23 VAL 808 36.145 -22.062 -16.799
No H/Q in entry = 9
In of MODEL 2
1 H ASN 809 H ASN 809 35.482 -24.769 -19.730
2 HA ASN 809 HA ASN 809 35.034 -25.453 -21.871
3 HB2 ASN 809 HB2 ASN 809 37.592 -23.989 -22.479
4 HB3 ASN 809 HB3 ASN 809 36.803 -24.941 -23.715
5 HD21 ASN 809 HD21 ASN 809 34.936 -23.190 -21.333
6 HD22 ASN 809 HD22 ASN 809 34.401 -21.936 -22.375
No H/Q in entry = 6
In of MODEL 2
1 H GLY 810 H GLY 810 37.064 -26.688 -19.861
2 HA3 GLY 810 HA2 GLY 810 37.615 -29.019 -19.832
3 HA2 GLY 810 HA3 GLY 810 37.635 -28.961 -21.598
No H/Q in entry = 3
In of MODEL 2
1 H LYS 811 H LYS 811 39.155 -26.288 -20.878
2 HA LYS 811 HA LYS 811 41.790 -27.592 -20.786
3 HB2 LYS 811 HB2 LYS 811 42.556 -25.732 -22.258
4 HB3 LYS 811 HB3 LYS 811 41.364 -26.771 -23.031
5 HG2 LYS 811 HG2 LYS 811 39.616 -25.091 -22.414
6 HG3 LYS 811 HG3 LYS 811 40.900 -24.037 -21.846
7 HD2 LYS 811 HD2 LYS 811 40.628 -25.105 -24.639
8 HD3 LYS 811 HD3 LYS 811 40.111 -23.503 -24.123
9 HE2 LYS 811 HE2 LYS 811 42.444 -22.997 -23.478
10 HE3 LYS 811 HE3 LYS 811 42.931 -24.580 -24.082
11 HZ2 LYS 811 HZ1 LYS 811 41.721 -22.403 -25.702
12 HZ1 LYS 811 HZ2 LYS 811 42.109 -23.927 -26.274
13 HZ3 LYS 811 HZ3 LYS 811 43.329 -22.894 -25.763
No H/Q in entry = 13
In of MODEL 2
1 H GLU 812 H GLU 812 43.434 -26.257 -19.765
2 HA GLU 812 HA GLU 812 42.224 -24.538 -17.776
3 HB2 GLU 812 HB2 GLU 812 44.986 -25.700 -18.018
4 HB3 GLU 812 HB3 GLU 812 44.542 -24.530 -16.776
5 HG2 GLU 812 HG2 GLU 812 42.883 -26.009 -15.894
6 HG3 GLU 812 HG3 GLU 812 43.145 -27.154 -17.202
No H/Q in entry = 6
In of MODEL 2
1 H GLN 813 H GLN 813 42.491 -22.457 -17.613
2 HA GLN 813 HA GLN 813 44.178 -21.155 -19.583
3 HB2 GLN 813 HB2 GLN 813 42.051 -21.364 -20.611
4 HB3 GLN 813 HB3 GLN 813 41.224 -20.813 -19.169
5 HG2 GLN 813 HG2 GLN 813 42.133 -18.610 -19.474
6 HG3 GLN 813 HG3 GLN 813 43.056 -19.212 -20.869
7 HE21 GLN 813 HE21 GLN 813 40.738 -17.204 -20.510
8 HE22 GLN 813 HE22 GLN 813 39.600 -17.713 -21.689
No H/Q in entry = 8
In of MODEL 2
1 H THR 814 H THR 814 44.988 -19.264 -18.938
2 HA THR 814 HA THR 814 44.797 -18.569 -16.130
3 HB THR 814 HB THR 814 46.376 -17.345 -18.324
4 HG1 THR 814 HG1 THR 814 46.464 -19.773 -17.491
5 HG21 THR 814 HG21 THR 814 46.801 -17.431 -15.330
6 HG23 THR 814 HG22 THR 814 46.292 -16.025 -16.266
7 HG22 THR 814 HG23 THR 814 47.910 -16.692 -16.484
No H/Q in entry = 7
In of MODEL 2
1 H MET 815 H MET 815 43.451 -17.112 -15.554
2 HA MET 815 HA MET 815 42.663 -15.043 -17.430
3 HB2 MET 815 HB2 MET 815 40.332 -15.306 -16.526
4 HB3 MET 815 HB3 MET 815 40.911 -16.593 -17.579
5 HG2 MET 815 HG2 MET 815 41.515 -17.868 -15.610
6 HG3 MET 815 HG3 MET 815 40.748 -16.662 -14.581
7 HE1 MET 815 HE1 MET 815 40.321 -19.471 -17.121
8 HE3 MET 815 HE2 MET 815 39.682 -18.134 -18.094
9 HE2 MET 815 HE3 MET 815 38.614 -19.438 -17.557
No H/Q in entry = 9
In of MODEL 2
1 H SER 816 H SER 816 41.423 -13.346 -16.217
2 HA SER 816 HA SER 816 43.055 -12.580 -13.954
3 HB2 SER 816 HB2 SER 816 40.756 -11.113 -15.254
4 HB3 SER 816 HB3 SER 816 41.950 -10.445 -14.133
5 HG SER 816 HG SER 816 42.879 -11.688 -16.452
No H/Q in entry = 5
In of MODEL 2
1 H GLU 817 H GLU 817 42.200 -12.100 -11.947
2 HA GLU 817 HA GLU 817 40.453 -13.752 -10.671
3 HB2 GLU 817 HB2 GLU 817 42.154 -12.234 -9.764
4 HB3 GLU 817 HB3 GLU 817 41.067 -10.920 -10.149
5 HG2 GLU 817 HG2 GLU 817 39.531 -11.554 -8.526
6 HG3 GLU 817 HG3 GLU 817 40.411 -13.084 -8.266
No H/Q in entry = 6
In of MODEL 2
1 H CYS 818 H CYS 818 39.786 -10.468 -11.857
2 HA CYS 818 HA CYS 818 37.095 -10.386 -11.052
3 HB2 CYS 818 HB2 CYS 818 37.029 -8.482 -12.776
4 HB3 CYS 818 HB3 CYS 818 38.143 -8.324 -11.418
No H/Q in entry = 4
In of MODEL 2
1 H GLU 819 H GLU 819 38.663 -11.751 -13.752
2 HA GLU 819 HA GLU 819 36.414 -11.888 -15.534
3 HB2 GLU 819 HB2 GLU 819 38.712 -11.652 -16.261
4 HB3 GLU 819 HB3 GLU 819 39.139 -13.167 -15.492
5 HG2 GLU 819 HG2 GLU 819 37.960 -14.362 -17.180
6 HG3 GLU 819 HG3 GLU 819 37.293 -12.863 -17.846
No H/Q in entry = 6
In of MODEL 2
1 H ALA 820 H ALA 820 38.407 -14.216 -13.744
2 HA ALA 820 HA ALA 820 36.794 -16.432 -14.151
3 HB3 ALA 820 HB1 ALA 820 38.637 -15.869 -11.831
4 HB1 ALA 820 HB2 ALA 820 39.089 -16.612 -13.366
5 HB2 ALA 820 HB3 ALA 820 37.999 -17.454 -12.267
No H/Q in entry = 5
In of MODEL 2
1 H GLY 821 H GLY 821 36.906 -14.055 -11.540
2 HA3 GLY 821 HA2 GLY 821 34.979 -15.166 -9.854
3 HA2 GLY 821 HA3 GLY 821 35.430 -13.467 -9.926
No H/Q in entry = 3
In of MODEL 2
1 H ALA 822 H ALA 822 34.654 -12.860 -12.571
2 HA ALA 822 HA ALA 822 31.921 -12.372 -12.281
3 HB3 ALA 822 HB1 ALA 822 32.018 -11.660 -14.606
4 HB1 ALA 822 HB2 ALA 822 33.589 -12.446 -14.786
5 HB2 ALA 822 HB3 ALA 822 33.416 -11.060 -13.712
No H/Q in entry = 5
In of MODEL 2
1 H LEU 823 H LEU 823 33.694 -14.760 -14.117
2 HA LEU 823 HA LEU 823 31.519 -16.037 -15.341
3 HB2 LEU 823 HB2 LEU 823 34.266 -17.041 -14.619
4 HB3 LEU 823 HB3 LEU 823 33.161 -17.885 -15.690
5 HG LEU 823 HG LEU 823 34.204 -15.105 -16.211
6 HD12 LEU 823 HD11 LEU 823 35.657 -16.114 -17.895
7 HD11 LEU 823 HD12 LEU 823 35.236 -17.726 -17.285
8 HD13 LEU 823 HD13 LEU 823 36.082 -16.559 -16.255
9 HD23 LEU 823 HD21 LEU 823 33.433 -15.604 -18.532
10 HD22 LEU 823 HD22 LEU 823 32.147 -15.480 -17.340
11 HD21 LEU 823 HD23 LEU 823 32.653 -17.065 -17.901
No H/Q in entry = 11
In of MODEL 2
1 H ARG 824 H ARG 824 33.213 -16.655 -12.336
2 HA ARG 824 HA ARG 824 31.814 -18.977 -11.511
3 HB2 ARG 824 HB2 ARG 824 33.979 -18.328 -10.604
4 HB3 ARG 824 HB3 ARG 824 33.293 -16.860 -9.951
5 HG2 ARG 824 HG2 ARG 824 33.689 -18.434 -8.170
6 HG3 ARG 824 HG3 ARG 824 31.956 -18.212 -8.380
7 HD2 ARG 824 HD2 ARG 824 33.422 -20.494 -9.665
8 HD3 ARG 824 HD3 ARG 824 32.859 -20.607 -8.013
9 HE ARG 824 HE ARG 824 30.727 -19.791 -9.657
10 HH11 ARG 824 HH11 ARG 824 32.700 -22.676 -8.984
11 HH12 ARG 824 HH12 ARG 824 31.479 -23.763 -9.441
12 HH21 ARG 824 HH21 ARG 824 29.024 -21.353 -10.204
13 HH22 ARG 824 HH22 ARG 824 29.381 -23.011 -10.090
No H/Q in entry = 13
In of MODEL 2
1 H CYS 825 H CYS 825 31.248 -15.583 -11.079
2 HA CYS 825 HA CYS 825 29.171 -15.782 -9.165
3 HB2 CYS 825 HB2 CYS 825 30.590 -13.752 -9.575
4 HB3 CYS 825 HB3 CYS 825 29.794 -13.570 -11.117
No H/Q in entry = 4
In of MODEL 2
1 H ARG 826 H ARG 826 29.226 -15.369 -12.682
2 HA ARG 826 HA ARG 826 26.438 -14.975 -12.926
3 HB2 ARG 826 HB2 ARG 826 26.802 -15.134 -15.337
4 HB3 ARG 826 HB3 ARG 826 27.937 -14.032 -14.552
5 HG2 ARG 826 HG2 ARG 826 29.608 -15.825 -14.632
6 HG3 ARG 826 HG3 ARG 826 28.473 -16.828 -15.527
7 HD2 ARG 826 HD2 ARG 826 29.637 -14.181 -16.362
8 HD3 ARG 826 HD3 ARG 826 29.952 -15.761 -17.085
9 HE ARG 826 HE ARG 826 27.409 -15.662 -17.484
10 HH11 ARG 826 HH11 ARG 826 29.725 -12.995 -17.771
11 HH12 ARG 826 HH12 ARG 826 28.841 -12.099 -18.882
12 HH21 ARG 826 HH21 ARG 826 26.144 -14.432 -19.072
13 HH22 ARG 826 HH22 ARG 826 26.768 -12.970 -19.694
No H/Q in entry = 13
In of MODEL 2
1 H GLY 827 H GLY 827 28.386 -17.906 -13.187
2 HA3 GLY 827 HA2 GLY 827 26.943 -19.930 -12.688
3 HA2 GLY 827 HA3 GLY 827 25.906 -19.270 -13.954
No H/Q in entry = 3
In of MODEL 2
1 H GLN 828 H GLN 828 28.950 -18.614 -14.879
2 HA GLN 828 HA GLN 828 28.988 -20.497 -16.977
3 HB2 GLN 828 HB2 GLN 828 30.112 -18.296 -17.099
4 HB3 GLN 828 HB3 GLN 828 31.261 -18.829 -15.884
5 HG2 GLN 828 HG2 GLN 828 32.225 -18.946 -18.132
6 HG3 GLN 828 HG3 GLN 828 32.108 -20.525 -17.381
7 HE21 GLN 828 HE21 GLN 828 30.771 -18.463 -19.881
8 HE22 GLN 828 HE22 GLN 828 29.968 -19.724 -20.723
No H/Q in entry = 8
In of MODEL 2
1 H SER 829 H SER 829 30.375 -22.309 -17.271
2 HA SER 829 HA SER 829 31.032 -23.629 -14.794
3 HB2 SER 829 HB2 SER 829 31.091 -24.636 -17.650
4 HB3 SER 829 HB3 SER 829 31.314 -25.625 -16.203
5 HG SER 829 HG SER 829 29.217 -24.669 -15.566
No H/Q in entry = 5
In of MODEL 2
1 H ILE 830 H ILE 830 32.876 -23.208 -13.957
2 HA ILE 830 HA ILE 830 35.422 -23.178 -15.469
3 HB ILE 830 HB ILE 830 36.229 -21.261 -14.291
4 HG12 ILE 830 HG12 ILE 830 35.021 -21.634 -12.114
5 HG13 ILE 830 HG13 ILE 830 35.084 -19.952 -12.574
6 HG23 ILE 830 HG21 ILE 830 35.124 -20.575 -16.257
7 HG22 ILE 830 HG22 ILE 830 34.791 -19.376 -15.015
8 HG21 ILE 830 HG23 ILE 830 33.553 -20.561 -15.451
9 HD12 ILE 830 HD11 ILE 830 32.941 -20.538 -11.656
10 HD11 ILE 830 HD12 ILE 830 32.708 -21.773 -12.891
11 HD13 ILE 830 HD13 ILE 830 32.791 -20.066 -13.348
No H/Q in entry = 11
In of MODEL 2
1 H SER 831 H SER 831 37.051 -24.052 -14.203
2 HA SER 831 HA SER 831 36.333 -24.789 -11.486
3 HB2 SER 831 HB2 SER 831 37.671 -26.436 -13.604
4 HB3 SER 831 HB3 SER 831 37.553 -26.869 -11.899
5 HG SER 831 HG SER 831 35.504 -26.537 -13.808
No H/Q in entry = 5
In of MODEL 2
1 H VAL 832 H VAL 832 37.626 -23.376 -10.411
2 HA VAL 832 HA VAL 832 40.119 -22.420 -11.345
3 HB VAL 832 HB VAL 832 39.102 -22.486 -8.490
4 HG13 VAL 832 HG11 VAL 832 40.628 -20.577 -8.123
5 HG12 VAL 832 HG12 VAL 832 41.203 -20.732 -9.782
6 HG11 VAL 832 HG13 VAL 832 41.502 -22.028 -8.621
7 HG22 VAL 832 HG21 VAL 832 38.306 -20.196 -8.905
8 HG21 VAL 832 HG22 VAL 832 37.517 -21.364 -9.968
9 HG23 VAL 832 HG23 VAL 832 38.804 -20.335 -10.591
No H/Q in entry = 9
In of MODEL 2
1 H THR 833 H THR 833 41.834 -23.710 -11.684
2 HA THR 833 HA THR 833 42.122 -26.045 -10.062
3 HB THR 833 HB THR 833 44.011 -26.540 -11.665
4 HG1 THR 833 HG1 THR 833 44.130 -25.271 -13.516
5 HG23 THR 833 HG21 THR 833 42.514 -27.079 -13.550
6 HG22 THR 833 HG22 THR 833 41.292 -26.006 -12.879
7 HG21 THR 833 HG23 THR 833 41.764 -27.461 -12.000
No H/Q in entry = 7
In of MODEL 2
1 H SER 834 H SER 834 43.723 -22.973 -10.628
2 HA SER 834 HA SER 834 45.220 -23.401 -8.175
3 HB2 SER 834 HB2 SER 834 46.498 -22.661 -10.802
4 HB3 SER 834 HB3 SER 834 47.315 -22.637 -9.257
5 HG SER 834 HG SER 834 46.071 -25.010 -9.725
No H/Q in entry = 5
In of MODEL 2
1 H ILE 835 H ILE 835 45.653 -21.530 -7.094
2 HA ILE 835 HA ILE 835 44.440 -18.987 -7.922
3 HB ILE 835 HB ILE 835 45.287 -18.163 -5.807
4 HG12 ILE 835 HG12 ILE 835 46.234 -19.898 -4.145
5 HG13 ILE 835 HG13 ILE 835 46.683 -20.840 -5.554
6 HG23 ILE 835 HG21 ILE 835 43.190 -19.276 -5.821
7 HG22 ILE 835 HG22 ILE 835 44.047 -19.632 -4.310
8 HG21 ILE 835 HG23 ILE 835 43.986 -20.839 -5.602
9 HD11 ILE 835 HD11 ILE 835 47.607 -18.077 -4.873
10 HD13 ILE 835 HD12 ILE 835 48.158 -19.031 -6.267
11 HD12 ILE 835 HD13 ILE 835 48.506 -19.565 -4.608
No H/Q in entry = 11
In of MODEL 2
1 H ARG 836 H ARG 836 47.278 -20.673 -8.435
2 HA ARG 836 HA ARG 836 48.929 -18.360 -8.996
3 HB2 ARG 836 HB2 ARG 836 49.339 -21.261 -9.686
4 HB3 ARG 836 HB3 ARG 836 50.521 -19.987 -9.883
5 HG2 ARG 836 HG2 ARG 836 50.524 -19.723 -7.407
6 HG3 ARG 836 HG3 ARG 836 49.483 -21.149 -7.315
7 HD2 ARG 836 HD2 ARG 836 51.122 -22.388 -8.649
8 HD3 ARG 836 HD3 ARG 836 52.194 -20.999 -8.591
9 HE ARG 836 HE ARG 836 51.320 -22.216 -6.088
10 HH11 ARG 836 HH11 ARG 836 53.952 -21.505 -8.375
11 HH12 ARG 836 HH12 ARG 836 55.189 -22.044 -7.347
12 HH21 ARG 836 HH21 ARG 836 53.028 -23.086 -4.725
13 HH22 ARG 836 HH22 ARG 836 54.643 -23.041 -5.248
No H/Q in entry = 13
In of MODEL 2
1 HA PRO 837 HA PRO 837 47.433 -18.226 -13.221
2 HB2 PRO 837 HB2 PRO 837 49.453 -16.834 -14.361
3 HB3 PRO 837 HB3 PRO 837 48.264 -16.060 -13.316
4 HG2 PRO 837 HG2 PRO 837 51.044 -16.953 -12.683
5 HG3 PRO 837 HG3 PRO 837 50.213 -15.467 -12.195
6 HD2 PRO 837 HD2 PRO 837 50.497 -17.625 -10.560
7 HD3 PRO 837 HD3 PRO 837 49.127 -16.502 -10.455
No H/Q in entry = 7
In of MODEL 2
1 H CYS 838 H CYS 838 47.809 -19.481 -15.087
2 HA CYS 838 HA CYS 838 50.212 -20.984 -14.876
3 HB2 CYS 838 HB2 CYS 838 49.055 -22.487 -16.695
4 HB3 CYS 838 HB3 CYS 838 48.603 -22.676 -15.019
No H/Q in entry = 4
In of MODEL 2
1 H ALA 839 H ALA 839 50.761 -21.766 -17.499
2 HA ALA 839 HA ALA 839 51.399 -19.178 -18.655
3 HB1 ALA 839 HB1 ALA 839 52.227 -21.958 -19.507
4 HB2 ALA 839 HB2 ALA 839 53.160 -20.882 -18.466
5 HB3 ALA 839 HB3 ALA 839 52.864 -20.443 -20.148
No H/Q in entry = 5
In of MODEL 2
1 H ALA 840 H ALA 840 48.891 -21.074 -18.670
2 HA ALA 840 HA ALA 840 48.278 -21.479 -21.417
3 HB3 ALA 840 HB1 ALA 840 47.446 -23.023 -19.790
4 HB1 ALA 840 HB2 ALA 840 46.061 -22.159 -20.526
5 HB2 ALA 840 HB3 ALA 840 46.640 -21.719 -18.932
No H/Q in entry = 5
In of MODEL 2
1 H GLU 841 H GLU 841 48.567 -19.244 -22.025
2 HA GLU 841 HA GLU 841 46.073 -17.726 -21.676
3 HB2 GLU 841 HB2 GLU 841 48.834 -16.783 -22.471
4 HB3 GLU 841 HB3 GLU 841 47.402 -15.765 -22.455
5 HG2 GLU 841 HG2 GLU 841 47.189 -16.094 -20.047
6 HG3 GLU 841 HG3 GLU 841 48.626 -17.121 -20.063
No H/Q in entry = 6
In of MODEL 2
1 H THR 842 H THR 842 46.146 -19.916 -23.212
2 HA THR 842 HA THR 842 46.839 -19.429 -25.881
3 HB THR 842 HB THR 842 45.502 -21.600 -26.190
4 HG1 THR 842 HG1 THR 842 45.424 -22.601 -23.886
5 HG21 THR 842 HG21 THR 842 47.769 -21.525 -24.192
6 HG23 THR 842 HG22 THR 842 47.946 -21.531 -25.946
7 HG22 THR 842 HG23 THR 842 47.271 -22.938 -25.121
No H/Q in entry = 7
In of MODEL 2
1 H GLN 843 H GLN 843 45.823 -17.670 -26.631
2 HA GLN 843 HA GLN 843 42.906 -17.774 -26.788
3 HB2 GLN 843 HB2 GLN 843 43.647 -16.084 -25.139
4 HB3 GLN 843 HB3 GLN 843 44.665 -15.341 -26.350
5 HG2 GLN 843 HG2 GLN 843 42.671 -14.722 -27.634
6 HG3 GLN 843 HG3 GLN 843 41.659 -15.488 -26.411
7 HE21 GLN 843 HE21 GLN 843 40.597 -13.541 -25.997
8 HE22 GLN 843 HE22 GLN 843 41.334 -12.252 -25.136
No H/Q in entry = 8
In of MODEL 3
1 H1 GLY 689 H1 GLY 689 43.290 15.733 -14.844
2 H2 GLY 689 H3 GLY 689 41.654 15.737 -14.423
3 H3 GLY 689 H2 GLY 689 42.659 17.013 -13.930
4 HA2 GLY 689 HA2 GLY 689 42.814 14.193 -13.057
5 HA3 GLY 689 HA3 GLY 689 42.258 15.556 -12.092
No H/Q in entry = 5
In of MODEL 3
1 H SER 690 H SER 690 43.908 14.873 -10.607
2 HA SER 690 HA SER 690 46.392 16.248 -11.124
3 HB2 SER 690 HB2 SER 690 45.398 14.786 -8.671
4 HB3 SER 690 HB3 SER 690 46.785 15.869 -8.752
5 HG SER 690 HG SER 690 44.354 16.858 -9.636
No H/Q in entry = 5
In of MODEL 3
1 H HIS 691 H HIS 691 48.353 15.178 -11.244
2 HA HIS 691 HA HIS 691 48.130 12.330 -11.663
3 HB2 HIS 691 HB2 HIS 691 50.443 12.367 -12.582
4 HB3 HIS 691 HB3 HIS 691 49.409 13.509 -13.402
5 HD1 HIS 691 HD1 HIS 691 49.884 16.110 -12.817
6 HD2 HIS 691 HD2 HIS 691 52.751 13.395 -11.518
7 HE1 HIS 691 HE1 HIS 691 51.915 17.467 -12.313
8 HE2 HIS 691 HE2 HIS 691 53.696 15.754 -11.934
No H/Q in entry = 8
In of MODEL 3
1 H MET 692 H MET 692 47.819 11.512 -9.742
2 HA MET 692 HA MET 692 49.335 12.229 -7.425
3 HB2 MET 692 HB2 MET 692 47.057 11.298 -7.233
4 HB3 MET 692 HB3 MET 692 47.622 9.778 -7.912
5 HG2 MET 692 HG2 MET 692 49.132 9.503 -5.982
6 HG3 MET 692 HG3 MET 692 48.493 10.990 -5.294
7 HE1 MET 692 HE1 MET 692 47.935 9.749 -3.048
8 HE3 MET 692 HE2 MET 692 48.578 8.243 -3.708
9 HE2 MET 692 HE3 MET 692 46.985 8.266 -2.950
No H/Q in entry = 9
In of MODEL 3
1 H ASN 693 H ASN 693 49.446 9.723 -9.820
2 HA ASN 693 HA ASN 693 51.885 8.693 -8.616
3 HB2 ASN 693 HB2 ASN 693 51.605 6.726 -10.046
4 HB3 ASN 693 HB3 ASN 693 50.120 7.006 -9.149
5 HD21 ASN 693 HD21 ASN 693 51.621 6.975 -12.307
6 HD22 ASN 693 HD22 ASN 693 50.156 7.118 -13.200
No H/Q in entry = 6
In of MODEL 3
1 HA PRO 694 HA PRO 694 53.968 10.701 -12.059
2 HB2 PRO 694 HB2 PRO 694 56.249 8.933 -11.532
3 HB3 PRO 694 HB3 PRO 694 56.156 10.685 -11.353
4 HG2 PRO 694 HG2 PRO 694 56.335 9.025 -9.230
5 HG3 PRO 694 HG3 PRO 694 55.450 10.561 -9.166
6 HD2 PRO 694 HD2 PRO 694 54.389 7.777 -9.494
7 HD3 PRO 694 HD3 PRO 694 53.775 9.124 -8.504
No H/Q in entry = 7
In of MODEL 3
1 H LEU 695 H LEU 695 54.990 9.913 -14.103
2 HA LEU 695 HA LEU 695 53.677 7.470 -14.930
3 HB2 LEU 695 HB2 LEU 695 55.240 9.522 -16.502
4 HB3 LEU 695 HB3 LEU 695 54.417 8.141 -17.202
5 HG LEU 695 HG LEU 695 53.060 10.411 -15.739
6 HD11 LEU 695 HD11 LEU 695 53.974 11.125 -17.878
7 HD13 LEU 695 HD12 LEU 695 52.215 11.053 -17.926
8 HD12 LEU 695 HD13 LEU 695 53.168 9.773 -18.676
9 HD23 LEU 695 HD21 LEU 695 50.990 9.408 -16.614
10 HD22 LEU 695 HD22 LEU 695 51.827 8.335 -15.498
11 HD21 LEU 695 HD23 LEU 695 51.924 8.050 -17.240
No H/Q in entry = 11
In of MODEL 3
1 H THR 696 H THR 696 54.655 5.615 -15.312
2 HA THR 696 HA THR 696 57.105 5.085 -14.145
3 HB THR 696 HB THR 696 55.377 3.356 -14.397
4 HG1 THR 696 HG1 THR 696 57.433 2.214 -15.887
5 HG21 THR 696 HG21 THR 696 54.573 3.911 -16.660
6 HG23 THR 696 HG22 THR 696 55.023 2.208 -16.549
7 HG22 THR 696 HG23 THR 696 56.104 3.357 -17.337
No H/Q in entry = 7
In of MODEL 3
1 H GLN 697 H GLN 697 59.123 4.945 -14.808
2 HA GLN 697 HA GLN 697 59.729 5.763 -17.531
3 HB2 GLN 697 HB2 GLN 697 60.928 6.943 -15.735
4 HB3 GLN 697 HB3 GLN 697 61.515 5.415 -15.099
5 HG2 GLN 697 HG2 GLN 697 63.243 6.611 -16.341
6 HG3 GLN 697 HG3 GLN 697 62.854 5.067 -17.088
7 HE21 GLN 697 HE21 GLN 697 63.640 5.697 -19.055
8 HE22 GLN 697 HE22 GLN 697 62.881 6.841 -20.085
No H/Q in entry = 8
In of MODEL 3
1 H ALA 698 H ALA 698 59.544 4.148 -18.822
2 HA ALA 698 HA ALA 698 59.796 2.212 -19.898
3 HB2 ALA 698 HB1 ALA 698 61.881 1.475 -17.818
4 HB1 ALA 698 HB2 ALA 698 62.213 2.297 -19.342
5 HB3 ALA 698 HB3 ALA 698 61.608 0.639 -19.349
No H/Q in entry = 5
In of MODEL 3
1 H VAL 699 H VAL 699 59.651 -0.341 -19.396
2 HA VAL 699 HA VAL 699 57.604 -0.505 -17.312
3 HB VAL 699 HB VAL 699 57.784 -2.161 -19.852
4 HG12 VAL 699 HG11 VAL 699 55.651 -2.109 -17.715
5 HG11 VAL 699 HG12 VAL 699 56.794 -3.417 -18.015
6 HG13 VAL 699 HG13 VAL 699 55.569 -3.023 -19.223
7 HG22 VAL 699 HG21 VAL 699 55.750 -0.968 -20.565
8 HG21 VAL 699 HG22 VAL 699 57.110 0.134 -20.346
9 HG23 VAL 699 HG23 VAL 699 55.847 0.039 -19.121
No H/Q in entry = 9
In of MODEL 3
1 HA PRO 700 HA PRO 700 60.535 -3.597 -15.841
2 HB2 PRO 700 HB2 PRO 700 60.044 -3.213 -13.219
3 HB3 PRO 700 HB3 PRO 700 61.091 -2.124 -14.130
4 HG2 PRO 700 HG2 PRO 700 58.333 -1.695 -13.146
5 HG3 PRO 700 HG3 PRO 700 59.614 -0.516 -13.470
6 HD2 PRO 700 HD2 PRO 700 57.408 -1.161 -15.139
7 HD3 PRO 700 HD3 PRO 700 58.780 -0.107 -15.526
No H/Q in entry = 7
In of MODEL 3
1 H LYS 701 H LYS 701 60.148 -5.627 -14.794
2 HA LYS 701 HA LYS 701 57.301 -6.246 -14.808
3 HB2 LYS 701 HB2 LYS 701 59.618 -8.002 -15.555
4 HB3 LYS 701 HB3 LYS 701 57.980 -8.592 -15.319
5 HG2 LYS 701 HG2 LYS 701 57.212 -7.099 -17.127
6 HG3 LYS 701 HG3 LYS 701 58.881 -6.588 -17.379
7 HD2 LYS 701 HD2 LYS 701 59.539 -8.824 -17.872
8 HD3 LYS 701 HD3 LYS 701 57.912 -9.434 -17.564
9 HE2 LYS 701 HE2 LYS 701 57.075 -8.065 -19.439
10 HE3 LYS 701 HE3 LYS 701 58.718 -7.508 -19.750
11 HZ1 LYS 701 HZ1 LYS 701 59.352 -9.815 -20.219
12 HZ3 LYS 701 HZ2 LYS 701 58.101 -9.336 -21.232
13 HZ2 LYS 701 HZ3 LYS 701 57.781 -10.322 -19.932
No H/Q in entry = 13
In of MODEL 3
1 H CYS 702 H CYS 702 56.417 -6.855 -13.060
2 HA CYS 702 HA CYS 702 57.946 -8.352 -11.106
3 HB2 CYS 702 HB2 CYS 702 55.963 -6.101 -10.438
4 HB3 CYS 702 HB3 CYS 702 56.511 -7.311 -9.345
No H/Q in entry = 4
In of MODEL 3
1 H GLN 703 H GLN 703 56.668 -9.934 -10.076
2 HA GLN 703 HA GLN 703 54.477 -10.777 -11.757
3 HB2 GLN 703 HB2 GLN 703 55.337 -11.901 -9.089
4 HB3 GLN 703 HB3 GLN 703 54.315 -12.693 -10.277
5 HG2 GLN 703 HG2 GLN 703 57.237 -12.035 -10.565
6 HG3 GLN 703 HG3 GLN 703 56.540 -13.632 -10.334
7 HE21 GLN 703 HE21 GLN 703 54.357 -13.193 -12.244
8 HE22 GLN 703 HE22 GLN 703 55.080 -13.206 -13.804
No H/Q in entry = 8
In of MODEL 3
1 H ARG 704 H ARG 704 52.478 -11.562 -10.545
2 HA ARG 704 HA ARG 704 51.072 -9.197 -10.266
3 HB2 ARG 704 HB2 ARG 704 50.375 -11.435 -11.172
4 HB3 ARG 704 HB3 ARG 704 50.214 -11.969 -9.512
5 HG2 ARG 704 HG2 ARG 704 48.143 -11.414 -10.470
6 HG3 ARG 704 HG3 ARG 704 48.538 -10.318 -9.130
7 HD2 ARG 704 HD2 ARG 704 47.576 -8.988 -10.939
8 HD3 ARG 704 HD3 ARG 704 49.311 -8.689 -10.807
9 HE ARG 704 HE ARG 704 49.470 -10.384 -12.685
10 HH11 ARG 704 HH11 ARG 704 46.644 -8.204 -12.389
11 HH12 ARG 704 HH12 ARG 704 46.583 -7.849 -14.024
12 HH21 ARG 704 HH21 ARG 704 49.320 -9.877 -14.993
13 HH22 ARG 704 HH22 ARG 704 48.100 -8.829 -15.537
No H/Q in entry = 13
In of MODEL 3
1 H TRP 705 H TRP 705 52.654 -11.120 -7.906
2 HA TRP 705 HA TRP 705 51.326 -9.791 -5.638
3 HB2 TRP 705 HB2 TRP 705 52.354 -11.623 -4.335
4 HB3 TRP 705 HB3 TRP 705 51.238 -12.195 -5.571
5 HD1 TRP 705 HD1 TRP 705 54.892 -12.235 -4.585
6 HE1 TRP 705 HE1 TRP 705 56.149 -13.904 -6.018
7 HE3 TRP 705 HE3 TRP 705 51.190 -13.321 -7.929
8 HZ2 TRP 705 HZ2 TRP 705 55.639 -15.521 -8.323
9 HZ3 TRP 705 HZ3 TRP 705 51.654 -14.941 -9.717
10 HH2 TRP 705 HH2 TRP 705 53.828 -16.017 -9.908
No H/Q in entry = 10
In of MODEL 3
1 H GLU 706 H GLU 706 53.731 -9.035 -7.600
2 HA GLU 706 HA GLU 706 55.508 -8.188 -5.430
3 HB2 GLU 706 HB2 GLU 706 56.323 -8.864 -8.281
4 HB3 GLU 706 HB3 GLU 706 57.353 -8.186 -7.041
5 HG2 GLU 706 HG2 GLU 706 57.057 -10.219 -5.726
6 HG3 GLU 706 HG3 GLU 706 56.059 -10.888 -7.019
No H/Q in entry = 6
In of MODEL 3
1 H LYS 707 H LYS 707 56.620 -6.227 -5.804
2 HA LYS 707 HA LYS 707 55.205 -4.383 -7.568
3 HB2 LYS 707 HB2 LYS 707 54.939 -2.730 -5.785
4 HB3 LYS 707 HB3 LYS 707 54.012 -4.190 -5.464
5 HG2 LYS 707 HG2 LYS 707 55.473 -4.879 -3.754
6 HG3 LYS 707 HG3 LYS 707 56.738 -3.772 -4.277
7 HD2 LYS 707 HD2 LYS 707 55.637 -2.998 -2.228
8 HD3 LYS 707 HD3 LYS 707 55.403 -1.868 -3.554
9 HE2 LYS 707 HE2 LYS 707 53.169 -2.872 -3.935
10 HE3 LYS 707 HE3 LYS 707 53.432 -3.892 -2.520
11 HZ3 LYS 707 HZ1 LYS 707 52.151 -2.036 -1.919
12 HZ2 LYS 707 HZ2 LYS 707 53.238 -0.922 -2.551
13 HZ1 LYS 707 HZ3 LYS 707 53.650 -1.835 -1.196
No H/Q in entry = 13
In of MODEL 3
1 H LEU 708 H LEU 708 56.304 -2.431 -7.873
2 HA LEU 708 HA LEU 708 59.186 -2.613 -7.535
3 HB2 LEU 708 HB2 LEU 708 58.247 -2.119 -9.774
4 HB3 LEU 708 HB3 LEU 708 57.456 -0.701 -9.120
5 HG LEU 708 HG LEU 708 59.763 0.173 -8.550
6 HD12 LEU 708 HD11 LEU 708 61.638 -0.720 -9.831
7 HD11 LEU 708 HD12 LEU 708 60.621 -2.053 -10.381
8 HD13 LEU 708 HD13 LEU 708 61.006 -1.885 -8.669
9 HD23 LEU 708 HD21 LEU 708 60.179 0.950 -10.845
10 HD22 LEU 708 HD22 LEU 708 58.480 1.057 -10.398
11 HD21 LEU 708 HD23 LEU 708 59.037 -0.255 -11.440
No H/Q in entry = 11
In of MODEL 3
1 H GLN 709 H GLN 709 59.842 -1.740 -5.641
2 HA GLN 709 HA GLN 709 59.023 0.977 -5.053
3 HB2 GLN 709 HB2 GLN 709 58.500 0.612 -2.753
4 HB3 GLN 709 HB3 GLN 709 57.607 -0.629 -3.617
5 HG2 GLN 709 HG2 GLN 709 59.297 -2.267 -3.039
6 HG3 GLN 709 HG3 GLN 709 60.227 -1.019 -2.206
7 HE21 GLN 709 HE21 GLN 709 60.103 -2.042 -0.257
8 HE22 GLN 709 HE22 GLN 709 58.655 -2.135 0.674
No H/Q in entry = 8
In of MODEL 3
1 H ASN 710 H ASN 710 60.662 2.077 -3.951
2 HA ASN 710 HA ASN 710 62.845 2.571 -3.371
3 HB2 ASN 710 HB2 ASN 710 62.333 0.571 -1.826
4 HB3 ASN 710 HB3 ASN 710 63.218 -0.420 -2.949
5 HD21 ASN 710 HD21 ASN 710 63.390 1.793 -0.408
6 HD22 ASN 710 HD22 ASN 710 65.111 1.805 -0.208
No H/Q in entry = 6
In of MODEL 3
1 H SER 711 H SER 711 61.956 1.695 -6.089
2 HA SER 711 HA SER 711 62.711 1.378 -8.186
3 HB2 SER 711 HB2 SER 711 64.394 3.124 -7.436
4 HB3 SER 711 HB3 SER 711 65.495 1.808 -7.053
5 HG SER 711 HG SER 711 65.871 1.486 -9.089
No H/Q in entry = 5
In of MODEL 3
1 H ARG 712 H ARG 712 62.581 -0.889 -6.198
2 HA ARG 712 HA ARG 712 63.986 -2.844 -7.837
3 HB2 ARG 712 HB2 ARG 712 64.607 -4.112 -5.815
4 HB3 ARG 712 HB3 ARG 712 65.409 -2.548 -5.902
5 HG2 ARG 712 HG2 ARG 712 63.765 -1.654 -4.332
6 HG3 ARG 712 HG3 ARG 712 63.021 -3.244 -4.232
7 HD2 ARG 712 HD2 ARG 712 65.090 -4.181 -3.371
8 HD3 ARG 712 HD3 ARG 712 65.894 -2.624 -3.555
9 HE ARG 712 HE ARG 712 63.596 -2.490 -1.856
10 HH11 ARG 712 HH11 ARG 712 67.052 -3.208 -1.939
11 HH12 ARG 712 HH12 ARG 712 67.305 -2.979 -0.277
12 HH21 ARG 712 HH21 ARG 712 63.933 -2.139 0.435
13 HH22 ARG 712 HH22 ARG 712 65.475 -2.347 1.114
No H/Q in entry = 13
In of MODEL 3
1 H CYS 713 H CYS 713 63.096 -5.087 -7.380
2 HA CYS 713 HA CYS 713 60.221 -4.741 -7.030
3 HB2 CYS 713 HB2 CYS 713 60.980 -5.607 -9.268
4 HB3 CYS 713 HB3 CYS 713 61.613 -7.034 -8.440
No H/Q in entry = 4
In of MODEL 3
1 H VAL 714 H VAL 714 59.358 -5.491 -5.289
2 HA VAL 714 HA VAL 714 60.628 -7.709 -3.839
3 HB VAL 714 HB VAL 714 59.877 -6.673 -1.702
4 HG11 VAL 714 HG11 VAL 714 61.670 -4.881 -3.334
5 HG13 VAL 714 HG12 VAL 714 62.172 -6.287 -2.396
6 HG12 VAL 714 HG13 VAL 714 61.536 -4.861 -1.578
7 HG21 VAL 714 HG21 VAL 714 59.145 -4.305 -3.430
8 HG23 VAL 714 HG22 VAL 714 59.168 -4.301 -1.671
9 HG22 VAL 714 HG23 VAL 714 58.025 -5.330 -2.536
No H/Q in entry = 9
In of MODEL 3
1 H CYS 715 H CYS 715 58.807 -8.509 -2.129
2 HA CYS 715 HA CYS 715 56.512 -9.114 -3.824
3 HB2 CYS 715 HB2 CYS 715 56.937 -10.027 -0.945
4 HB3 CYS 715 HB3 CYS 715 55.920 -10.761 -2.168
No H/Q in entry = 4
In of MODEL 3
1 H LYS 716 H LYS 716 54.382 -8.515 -3.148
2 HA LYS 716 HA LYS 716 54.185 -6.003 -1.824
3 HB2 LYS 716 HB2 LYS 716 52.034 -8.003 -2.567
4 HB3 LYS 716 HB3 LYS 716 51.722 -6.372 -1.993
5 HG2 LYS 716 HG2 LYS 716 52.715 -5.431 -3.969
6 HG3 LYS 716 HG3 LYS 716 53.255 -7.021 -4.507
7 HD2 LYS 716 HD2 LYS 716 51.261 -6.332 -5.739
8 HD3 LYS 716 HD3 LYS 716 50.917 -7.735 -4.735
9 HE2 LYS 716 HE2 LYS 716 49.869 -6.281 -3.062
10 HE3 LYS 716 HE3 LYS 716 50.231 -4.873 -4.058
11 HZ3 LYS 716 HZ1 LYS 716 47.954 -5.590 -4.382
12 HZ2 LYS 716 HZ2 LYS 716 48.442 -7.127 -4.835
13 HZ1 LYS 716 HZ3 LYS 716 48.792 -5.795 -5.800
No H/Q in entry = 13
In of MODEL 3
1 H MET 717 H MET 717 52.200 -5.981 -0.053
2 HA MET 717 HA MET 717 53.100 -7.852 2.002
3 HB2 MET 717 HB2 MET 717 51.959 -5.071 2.358
4 HB3 MET 717 HB3 MET 717 52.422 -6.147 3.667
5 HG2 MET 717 HG2 MET 717 54.260 -4.935 1.606
6 HG3 MET 717 HG3 MET 717 54.137 -4.472 3.299
7 HE1 MET 717 HE1 MET 717 53.962 -7.263 4.815
8 HE3 MET 717 HE2 MET 717 55.045 -5.966 5.315
9 HE2 MET 717 HE3 MET 717 55.666 -7.602 5.113
No H/Q in entry = 9
In of MODEL 3
1 HA PRO 718 HA PRO 718 49.267 -9.804 1.746
2 HB2 PRO 718 HB2 PRO 718 48.852 -10.653 4.320
3 HB3 PRO 718 HB3 PRO 718 49.976 -11.409 3.191
4 HG2 PRO 718 HG2 PRO 718 50.534 -9.418 5.356
5 HG3 PRO 718 HG3 PRO 718 51.447 -10.875 4.917
6 HD2 PRO 718 HD2 PRO 718 52.241 -8.426 4.178
7 HD3 PRO 718 HD3 PRO 718 52.467 -9.834 3.116
No H/Q in entry = 7
In of MODEL 3
1 H TYR 719 H TYR 719 49.443 -7.265 4.120
2 HA TYR 719 HA TYR 719 46.594 -7.208 4.553
3 HB2 TYR 719 HB2 TYR 719 46.980 -5.230 5.923
4 HB3 TYR 719 HB3 TYR 719 48.177 -6.449 6.321
5 HD1 TYR 719 HD1 TYR 719 50.562 -6.115 5.582
6 HD2 TYR 719 HD2 TYR 719 47.594 -3.116 5.041
7 HE1 TYR 719 HE1 TYR 719 52.321 -4.425 5.270
8 HE2 TYR 719 HE2 TYR 719 49.344 -1.427 4.708
9 HH TYR 719 HH TYR 719 52.501 -2.155 4.068
No H/Q in entry = 9
In of MODEL 3
1 H GLU 720 H GLU 720 48.716 -6.027 2.209
2 HA GLU 720 HA GLU 720 47.104 -3.754 1.398
3 HB2 GLU 720 HB2 GLU 720 49.647 -3.851 1.409
4 HB3 GLU 720 HB3 GLU 720 49.529 -4.970 0.067
5 HG2 GLU 720 HG2 GLU 720 48.377 -3.221 -1.232
6 HG3 GLU 720 HG3 GLU 720 48.627 -2.105 0.109
No H/Q in entry = 6
In of MODEL 3
1 H CYS 721 H CYS 721 46.784 -6.941 1.146
2 HA CYS 721 HA CYS 721 45.949 -7.017 -1.617
3 HB2 CYS 721 HB2 CYS 721 46.193 -9.141 0.493
4 HB3 CYS 721 HB3 CYS 721 45.464 -9.443 -1.077
No H/Q in entry = 4
In of MODEL 3
1 H GLY 722 H GLY 722 44.106 -6.157 -1.971
2 HA3 GLY 722 HA2 GLY 722 41.863 -6.759 -0.179
3 HA2 GLY 722 HA3 GLY 722 41.953 -5.356 -1.245
No H/Q in entry = 3
In of MODEL 3
1 HA PRO 723 HA PRO 723 40.003 -7.554 -4.560
2 HB2 PRO 723 HB2 PRO 723 41.610 -7.083 -6.737
3 HB3 PRO 723 HB3 PRO 723 40.549 -5.860 -6.027
4 HG2 PRO 723 HG2 PRO 723 43.469 -6.291 -5.579
5 HG3 PRO 723 HG3 PRO 723 42.599 -4.781 -5.916
6 HD2 PRO 723 HD2 PRO 723 43.308 -5.420 -3.433
7 HD3 PRO 723 HD3 PRO 723 41.746 -4.644 -3.760
No H/Q in entry = 7
In of MODEL 3
1 H SER 724 H SER 724 39.967 -9.764 -4.428
2 HA SER 724 HA SER 724 41.700 -11.372 -5.963
3 HB2 SER 724 HB2 SER 724 42.067 -11.440 -2.999
4 HB3 SER 724 HB3 SER 724 42.389 -12.848 -4.007
5 HG SER 724 HG SER 724 43.408 -10.479 -4.863
No H/Q in entry = 5
In of MODEL 3
1 H LEU 725 H LEU 725 40.987 -13.480 -6.201
2 HA LEU 725 HA LEU 725 38.353 -14.250 -5.373
3 HB2 LEU 725 HB2 LEU 725 40.640 -15.644 -6.626
4 HB3 LEU 725 HB3 LEU 725 39.374 -16.582 -5.891
5 HG LEU 725 HG LEU 725 38.628 -16.564 -7.950
6 HD11 LEU 725 HD11 LEU 725 36.894 -15.764 -6.740
7 HD13 LEU 725 HD12 LEU 725 36.867 -15.295 -8.435
8 HD12 LEU 725 HD13 LEU 725 37.315 -14.114 -7.217
9 HD21 LEU 725 HD21 LEU 725 40.430 -15.379 -8.987
10 HD23 LEU 725 HD22 LEU 725 39.708 -13.851 -8.468
11 HD22 LEU 725 HD23 LEU 725 38.877 -14.864 -9.647
No H/Q in entry = 11
In of MODEL 3
1 H ASP 726 H ASP 726 37.810 -15.055 -3.425
2 HA ASP 726 HA ASP 726 39.797 -15.743 -1.509
3 HB2 ASP 726 HB2 ASP 726 36.794 -16.155 -1.531
4 HB3 ASP 726 HB3 ASP 726 37.821 -16.661 -0.198
No H/Q in entry = 4
In of MODEL 3
1 H VAL 727 H VAL 727 40.490 -17.687 -0.928
2 HA VAL 727 HA VAL 727 39.454 -20.072 -2.261
3 HB VAL 727 HB VAL 727 41.804 -20.844 -2.719
4 HG12 VAL 727 HG11 VAL 727 42.089 -19.559 -4.795
5 HG11 VAL 727 HG12 VAL 727 40.919 -18.377 -4.209
6 HG13 VAL 727 HG13 VAL 727 40.409 -20.034 -4.539
7 HG21 VAL 727 HG21 VAL 727 42.972 -19.301 -1.220
8 HG23 VAL 727 HG22 VAL 727 42.513 -17.943 -2.248
9 HG22 VAL 727 HG23 VAL 727 43.599 -19.190 -2.861
No H/Q in entry = 9
In of MODEL 3
1 H CYS 728 H CYS 728 40.133 -22.063 -1.187
2 HA CYS 728 HA CYS 728 40.732 -21.589 1.629
3 HB2 CYS 728 HB2 CYS 728 39.729 -24.080 0.244
4 HB3 CYS 728 HB3 CYS 728 40.031 -23.932 1.964
No H/Q in entry = 4
In of MODEL 3
1 H ALA 729 H ALA 729 42.692 -21.920 2.311
2 HA ALA 729 HA ALA 729 44.412 -23.770 0.823
3 HB1 ALA 729 HB1 ALA 729 45.167 -21.198 2.199
4 HB3 ALA 729 HB2 ALA 729 45.098 -21.446 0.456
5 HB2 ALA 729 HB3 ALA 729 46.295 -22.310 1.426
No H/Q in entry = 5
In of MODEL 3
1 H GLN 730 H GLN 730 46.048 -24.715 2.224
2 HA GLN 730 HA GLN 730 45.022 -24.984 4.951
3 HB2 GLN 730 HB2 GLN 730 45.063 -27.082 3.611
4 HB3 GLN 730 HB3 GLN 730 46.789 -26.868 3.422
5 HG2 GLN 730 HG2 GLN 730 47.169 -27.088 5.765
6 HG3 GLN 730 HG3 GLN 730 45.447 -27.182 6.092
7 HE21 GLN 730 HE21 GLN 730 45.555 -29.234 7.013
8 HE22 GLN 730 HE22 GLN 730 45.883 -30.627 6.054
No H/Q in entry = 8
In of MODEL 3
1 H ASP 731 H ASP 731 46.179 -24.316 6.476
2 HA ASP 731 HA ASP 731 48.760 -23.103 6.051
3 HB2 ASP 731 HB2 ASP 731 47.192 -22.075 7.624
4 HB3 ASP 731 HB3 ASP 731 47.079 -23.577 8.499
No H/Q in entry = 4
In of MODEL 3
1 H GLU 732 H GLU 732 50.667 -24.163 6.292
2 HA GLU 732 HA GLU 732 50.565 -26.905 7.110
3 HB2 GLU 732 HB2 GLU 732 52.853 -25.176 6.202
4 HB3 GLU 732 HB3 GLU 732 53.042 -26.864 6.657
5 HG2 GLU 732 HG2 GLU 732 51.308 -25.812 4.426
6 HG3 GLU 732 HG3 GLU 732 52.871 -26.610 4.243
No H/Q in entry = 6
In of MODEL 3
1 H ARG 733 H ARG 733 50.980 -24.000 8.742
2 HA ARG 733 HA ARG 733 52.711 -24.994 10.773
3 HB2 ARG 733 HB2 ARG 733 52.647 -22.623 10.244
4 HB3 ARG 733 HB3 ARG 733 50.943 -22.540 10.663
5 HG2 ARG 733 HG2 ARG 733 52.353 -21.584 12.409
6 HG3 ARG 733 HG3 ARG 733 51.495 -23.011 12.988
7 HD2 ARG 733 HD2 ARG 733 53.831 -22.997 13.727
8 HD3 ARG 733 HD3 ARG 733 53.464 -24.360 12.667
9 HE ARG 733 HE ARG 733 54.557 -22.052 11.343
10 HH11 ARG 733 HH11 ARG 733 55.287 -25.132 12.959
11 HH12 ARG 733 HH12 ARG 733 56.790 -25.339 12.203
12 HH21 ARG 733 HH21 ARG 733 56.637 -22.298 10.341
13 HH22 ARG 733 HH22 ARG 733 57.590 -23.674 10.639
No H/Q in entry = 13
In of MODEL 3
1 H SER 734 H SER 734 49.261 -24.225 10.615
2 HA SER 734 HA SER 734 48.816 -25.679 13.123
3 HB2 SER 734 HB2 SER 734 46.805 -24.097 11.554
4 HB3 SER 734 HB3 SER 734 46.810 -24.448 13.287
5 HG SER 734 HG SER 734 48.480 -22.743 11.795
No H/Q in entry = 5
In of MODEL 3
1 H LYS 735 H LYS 735 48.654 -26.263 9.796
2 HA LYS 735 HA LYS 735 47.791 -27.770 8.432
3 HB2 LYS 735 HB2 LYS 735 47.349 -29.357 10.963
4 HB3 LYS 735 HB3 LYS 735 47.185 -30.017 9.342
5 HG2 LYS 735 HG2 LYS 735 49.697 -28.921 10.602
6 HG3 LYS 735 HG3 LYS 735 49.343 -30.612 10.261
7 HD2 LYS 735 HD2 LYS 735 49.641 -28.423 8.183
8 HD3 LYS 735 HD3 LYS 735 50.875 -29.589 8.599
9 HE2 LYS 735 HE2 LYS 735 49.388 -31.416 7.843
10 HE3 LYS 735 HE3 LYS 735 48.156 -30.225 7.428
11 HZ2 LYS 735 HZ1 LYS 735 50.854 -30.417 6.187
12 HZ1 LYS 735 HZ2 LYS 735 49.708 -29.290 5.755
13 HZ3 LYS 735 HZ3 LYS 735 49.422 -30.921 5.487
No H/Q in entry = 13
In of MODEL 3
1 H ARG 736 H ARG 736 46.034 -25.705 9.322
2 HA ARG 736 HA ARG 736 43.440 -27.088 9.209
3 HB2 ARG 736 HB2 ARG 736 42.451 -25.060 10.094
4 HB3 ARG 736 HB3 ARG 736 43.700 -25.696 11.156
5 HG2 ARG 736 HG2 ARG 736 45.256 -24.040 10.319
6 HG3 ARG 736 HG3 ARG 736 44.007 -23.409 9.253
7 HD2 ARG 736 HD2 ARG 736 44.274 -22.122 11.251
8 HD3 ARG 736 HD3 ARG 736 42.643 -22.791 11.129
9 HE ARG 736 HE ARG 736 43.835 -24.613 12.660
10 HH11 ARG 736 HH11 ARG 736 43.945 -21.076 12.951
11 HH12 ARG 736 HH12 ARG 736 44.116 -21.084 14.644
12 HH21 ARG 736 HH21 ARG 736 44.117 -24.619 14.995
13 HH22 ARG 736 HH22 ARG 736 44.238 -23.148 15.817
No H/Q in entry = 13
In of MODEL 3
1 H ILE 737 H ILE 737 41.824 -26.294 7.771
2 HA ILE 737 HA ILE 737 42.924 -25.061 5.388
3 HB ILE 737 HB ILE 737 40.033 -25.790 5.898
4 HG12 ILE 737 HG12 ILE 737 41.474 -27.806 6.278
5 HG13 ILE 737 HG13 ILE 737 40.395 -27.977 4.905
6 HG21 ILE 737 HG21 ILE 737 40.606 -24.323 4.001
7 HG23 ILE 737 HG22 ILE 737 39.885 -25.851 3.502
8 HG22 ILE 737 HG23 ILE 737 41.625 -25.608 3.341
9 HD13 ILE 737 HD11 ILE 737 42.577 -28.889 4.410
10 HD12 ILE 737 HD12 ILE 737 43.329 -27.338 4.798
11 HD11 ILE 737 HD13 ILE 737 42.244 -27.474 3.408
No H/Q in entry = 11
In of MODEL 3
1 H LEU 738 H LEU 738 42.842 -22.901 5.207
2 HA LEU 738 HA LEU 738 40.673 -21.543 6.572
3 HB2 LEU 738 HB2 LEU 738 42.040 -19.698 7.304
4 HB3 LEU 738 HB3 LEU 738 42.694 -21.183 7.970
5 HG LEU 738 HG LEU 738 43.835 -19.599 5.657
6 HD13 LEU 738 HD11 LEU 738 45.597 -18.978 7.236
7 HD12 LEU 738 HD12 LEU 738 44.741 -19.829 8.520
8 HD11 LEU 738 HD13 LEU 738 44.017 -18.408 7.766
9 HD22 LEU 738 HD21 LEU 738 44.330 -21.909 5.485
10 HD21 LEU 738 HD22 LEU 738 44.842 -21.971 7.168
11 HD23 LEU 738 HD23 LEU 738 45.805 -21.058 5.981
No H/Q in entry = 11
In of MODEL 3
1 HA PRO 739 HA PRO 739 40.049 -19.503 2.752
2 HB2 PRO 739 HB2 PRO 739 38.685 -17.354 3.653
3 HB3 PRO 739 HB3 PRO 739 37.980 -18.986 3.626
4 HG2 PRO 739 HG2 PRO 739 39.195 -17.497 5.907
5 HG3 PRO 739 HG3 PRO 739 37.703 -18.459 5.875
6 HD2 PRO 739 HD2 PRO 739 40.109 -19.458 6.806
7 HD3 PRO 739 HD3 PRO 739 38.854 -20.457 6.021
No H/Q in entry = 7
In of MODEL 3
1 H LEU 740 H LEU 740 41.583 -18.552 1.755
2 HA LEU 740 HA LEU 740 42.865 -16.104 2.779
3 HB2 LEU 740 HB2 LEU 740 44.003 -18.361 1.155
4 HB3 LEU 740 HB3 LEU 740 44.745 -16.784 1.248
5 HG LEU 740 HG LEU 740 44.349 -18.701 3.540
6 HD13 LEU 740 HD11 LEU 740 46.762 -18.835 3.463
7 HD12 LEU 740 HD12 LEU 740 46.795 -17.737 2.082
8 HD11 LEU 740 HD13 LEU 740 46.069 -19.336 1.921
9 HD21 LEU 740 HD21 LEU 740 45.633 -15.974 3.425
10 HD23 LEU 740 HD22 LEU 740 45.736 -17.082 4.792
11 HD22 LEU 740 HD23 LEU 740 44.177 -16.399 4.327
No H/Q in entry = 11
In of MODEL 3
1 H THR 741 H THR 741 43.873 -15.102 0.643
2 HA THR 741 HA THR 741 41.957 -15.426 -1.512
3 HB THR 741 HB THR 741 42.990 -12.907 -1.750
4 HG1 THR 741 HG1 THR 741 42.104 -13.110 0.924
5 HG23 THR 741 HG21 THR 741 40.789 -13.594 -2.230
6 HG22 THR 741 HG22 THR 741 40.730 -12.163 -1.177
7 HG21 THR 741 HG23 THR 741 40.383 -13.785 -0.521
No H/Q in entry = 7
In of MODEL 3
1 H VAL 742 H VAL 742 42.887 -14.834 -3.594
2 HA VAL 742 HA VAL 742 45.321 -16.106 -3.832
3 HB VAL 742 HB VAL 742 43.904 -16.377 -5.634
4 HG11 VAL 742 HG11 VAL 742 43.883 -13.430 -6.102
5 HG13 VAL 742 HG12 VAL 742 42.547 -14.474 -5.531
6 HG12 VAL 742 HG13 VAL 742 43.243 -14.709 -7.147
7 HG21 VAL 742 HG21 VAL 742 46.314 -16.197 -6.214
8 HG23 VAL 742 HG22 VAL 742 45.978 -14.529 -6.705
9 HG22 VAL 742 HG23 VAL 742 45.204 -15.865 -7.553
No H/Q in entry = 9
In of MODEL 3
1 H CYS 743 H CYS 743 44.837 -12.547 -4.000
2 HA CYS 743 HA CYS 743 47.547 -11.965 -4.423
3 HB2 CYS 743 HB2 CYS 743 45.795 -10.212 -4.472
4 HB3 CYS 743 HB3 CYS 743 45.545 -10.402 -2.749
No H/Q in entry = 4
In of MODEL 3
1 H LYS 744 H LYS 744 45.676 -12.622 -1.515
2 HA LYS 744 HA LYS 744 47.644 -11.924 0.318
3 HB2 LYS 744 HB2 LYS 744 45.120 -12.381 0.601
4 HB3 LYS 744 HB3 LYS 744 45.603 -14.048 0.817
5 HG2 LYS 744 HG2 LYS 744 46.972 -13.471 2.734
6 HG3 LYS 744 HG3 LYS 744 46.599 -11.761 2.511
7 HD2 LYS 744 HD2 LYS 744 44.187 -12.309 2.822
8 HD3 LYS 744 HD3 LYS 744 44.657 -13.963 3.205
9 HE2 LYS 744 HE2 LYS 744 44.298 -12.744 5.258
10 HE3 LYS 744 HE3 LYS 744 46.010 -13.104 5.085
11 HZ2 LYS 744 HZ1 LYS 744 45.621 -10.847 5.847
12 HZ1 LYS 744 HZ2 LYS 744 44.725 -10.492 4.473
13 HZ3 LYS 744 HZ3 LYS 744 46.378 -10.804 4.345
No H/Q in entry = 13
In of MODEL 3
1 H MET 745 H MET 745 46.605 -15.183 -0.737
2 HA MET 745 HA MET 745 48.588 -16.705 0.479
3 HB2 MET 745 HB2 MET 745 47.196 -18.096 -0.241
4 HB3 MET 745 HB3 MET 745 46.562 -17.113 -1.581
5 HG2 MET 745 HG2 MET 745 47.423 -19.015 -2.674
6 HG3 MET 745 HG3 MET 745 48.741 -17.887 -2.773
7 HE3 MET 745 HE1 MET 745 47.588 -20.138 0.318
8 HE2 MET 745 HE2 MET 745 48.583 -21.570 -0.031
9 HE1 MET 745 HE3 MET 745 47.361 -21.030 -1.181
No H/Q in entry = 9
In of MODEL 3
1 H HIS 746 H HIS 746 48.714 -15.047 -2.694
2 HA HIS 746 HA HIS 746 51.186 -16.346 -3.397
3 HB2 HIS 746 HB2 HIS 746 49.556 -14.242 -4.582
4 HB3 HIS 746 HB3 HIS 746 51.283 -14.165 -4.990
5 HD1 HIS 746 HD1 HIS 746 52.071 -16.849 -5.849
6 HD2 HIS 746 HD2 HIS 746 48.187 -15.482 -6.407
7 HE1 HIS 746 HE1 HIS 746 51.154 -18.182 -7.748
8 HE2 HIS 746 HE2 HIS 746 48.754 -17.441 -7.968
No H/Q in entry = 8
In of MODEL 3
1 H VAL 747 H VAL 747 50.374 -13.238 -2.029
2 HA VAL 747 HA VAL 747 53.038 -12.347 -1.836
3 HB VAL 747 HB VAL 747 50.420 -11.560 -0.581
4 HG13 VAL 747 HG11 VAL 747 51.555 -9.657 0.478
5 HG12 VAL 747 HG12 VAL 747 53.108 -10.274 -0.073
6 HG11 VAL 747 HG13 VAL 747 52.171 -11.178 1.116
7 HG22 VAL 747 HG21 VAL 747 50.803 -10.959 -2.885
8 HG21 VAL 747 HG22 VAL 747 52.323 -10.188 -2.455
9 HG23 VAL 747 HG23 VAL 747 50.795 -9.520 -1.866
No H/Q in entry = 9
In of MODEL 3
1 H LEU 748 H LEU 748 50.844 -13.900 0.332
2 HA LEU 748 HA LEU 748 52.149 -14.403 2.699
3 HB2 LEU 748 HB2 LEU 748 49.838 -14.820 2.171
4 HB3 LEU 748 HB3 LEU 748 50.288 -15.858 0.873
5 HG LEU 748 HG LEU 748 49.131 -17.018 2.457
6 HD13 LEU 748 HD11 LEU 748 50.503 -18.375 1.468
7 HD12 LEU 748 HD12 LEU 748 50.611 -18.816 3.176
8 HD11 LEU 748 HD13 LEU 748 51.921 -17.897 2.402
9 HD23 LEU 748 HD21 LEU 748 49.866 -17.362 4.781
10 HD22 LEU 748 HD22 LEU 748 49.200 -15.813 4.339
11 HD21 LEU 748 HD23 LEU 748 50.966 -15.964 4.578
No H/Q in entry = 11
In of MODEL 3
1 H HIS 749 H HIS 749 52.247 -16.219 -0.329
2 HA HIS 749 HA HIS 749 54.110 -18.188 0.558
3 HB2 HIS 749 HB2 HIS 749 52.283 -18.164 -1.375
4 HB3 HIS 749 HB3 HIS 749 53.650 -17.615 -2.334
5 HD1 HIS 749 HD1 HIS 749 55.600 -19.351 -2.686
6 HD2 HIS 749 HD2 HIS 749 52.290 -20.797 -0.652
7 HE1 HIS 749 HE1 HIS 749 55.824 -21.841 -2.728
8 HE2 HIS 749 HE2 HIS 749 53.647 -22.662 -1.778
No H/Q in entry = 8
In of MODEL 3
1 H CYS 750 H CYS 750 54.306 -15.097 -1.099
2 HA CYS 750 HA CYS 750 57.014 -15.445 -1.998
3 HB2 CYS 750 HB2 CYS 750 55.161 -13.867 -2.971
4 HB3 CYS 750 HB3 CYS 750 55.641 -12.746 -1.720
No H/Q in entry = 4
In of MODEL 3
1 H GLN 751 H GLN 751 55.415 -14.364 0.865
2 HA GLN 751 HA GLN 751 57.676 -13.125 2.073
3 HB2 GLN 751 HB2 GLN 751 55.108 -14.196 3.256
4 HB3 GLN 751 HB3 GLN 751 56.313 -13.296 4.163
5 HG2 GLN 751 HG2 GLN 751 54.802 -12.257 1.781
6 HG3 GLN 751 HG3 GLN 751 54.369 -11.927 3.448
7 HE21 GLN 751 HE21 GLN 751 55.047 -10.006 1.369
8 HE22 GLN 751 HE22 GLN 751 56.429 -9.173 1.920
No H/Q in entry = 8
In of MODEL 3
1 H GLY 752 H GLY 752 56.789 -16.328 1.463
2 HA3 GLY 752 HA2 GLY 752 58.294 -18.109 1.775
3 HA2 GLY 752 HA3 GLY 752 58.987 -17.253 3.138
No H/Q in entry = 3
In of MODEL 3
1 H ARG 753 H ARG 753 55.510 -17.736 2.823
2 HA ARG 753 HA ARG 753 55.660 -19.443 5.197
3 HB2 ARG 753 HB2 ARG 753 53.295 -18.138 3.854
4 HB3 ARG 753 HB3 ARG 753 53.199 -19.137 5.296
5 HG2 ARG 753 HG2 ARG 753 54.666 -16.517 5.053
6 HG3 ARG 753 HG3 ARG 753 53.087 -16.750 5.800
7 HD2 ARG 753 HD2 ARG 753 54.170 -18.343 7.409
8 HD3 ARG 753 HD3 ARG 753 55.728 -17.885 6.714
9 HE ARG 753 HE ARG 753 54.483 -15.546 7.383
10 HH11 ARG 753 HH11 ARG 753 55.717 -18.375 9.130
11 HH12 ARG 753 HH12 ARG 753 55.877 -17.592 10.624
12 HH21 ARG 753 HH21 ARG 753 54.709 -14.439 9.387
13 HH22 ARG 753 HH22 ARG 753 55.302 -15.241 10.773
No H/Q in entry = 13
In of MODEL 3
1 H ASN 754 H ASN 754 54.674 -21.527 5.273
2 HA ASN 754 HA ASN 754 54.368 -22.706 2.623
3 HB2 ASN 754 HB2 ASN 754 54.723 -24.093 5.303
4 HB3 ASN 754 HB3 ASN 754 54.445 -24.922 3.786
5 HD21 ASN 754 HD21 ASN 754 56.694 -23.272 5.734
6 HD22 ASN 754 HD22 ASN 754 58.104 -23.580 4.782
No H/Q in entry = 6
In of MODEL 3
1 H TYR 755 H TYR 755 52.452 -22.715 1.863
2 HA TYR 755 HA TYR 755 50.250 -23.596 3.535
3 HB2 TYR 755 HB2 TYR 755 50.328 -21.151 1.798
4 HB3 TYR 755 HB3 TYR 755 48.834 -22.031 2.061
5 HD1 TYR 755 HD1 TYR 755 51.637 -20.863 4.310
6 HD2 TYR 755 HD2 TYR 755 47.474 -20.922 3.527
7 HE1 TYR 755 HE1 TYR 755 51.245 -19.504 6.318
8 HE2 TYR 755 HE2 TYR 755 47.075 -19.555 5.501
9 HH TYR 755 HH TYR 755 48.305 -19.205 7.738
No H/Q in entry = 9
In of MODEL 3
1 H THR 756 H THR 756 48.876 -24.846 2.521
2 HA THR 756 HA THR 756 49.762 -25.853 -0.063
3 HB THR 756 HB THR 756 48.040 -27.122 2.060
4 HG1 THR 756 HG1 THR 756 49.841 -27.575 2.992
5 HG22 THR 756 HG21 THR 756 49.364 -28.300 -0.368
6 HG21 THR 756 HG22 THR 756 47.642 -27.952 -0.173
7 HG23 THR 756 HG23 THR 756 48.409 -29.190 0.842
No H/Q in entry = 7
In of MODEL 3
1 H LEU 757 H LEU 757 48.378 -25.739 -1.797
2 HA LEU 757 HA LEU 757 45.773 -24.528 -1.444
3 HB2 LEU 757 HB2 LEU 757 47.272 -25.483 -3.873
4 HB3 LEU 757 HB3 LEU 757 45.613 -24.957 -3.981
5 HG LEU 757 HG LEU 757 46.958 -23.188 -4.735
6 HD11 LEU 757 HD11 LEU 757 45.110 -22.483 -3.402
7 HD13 LEU 757 HD12 LEU 757 46.469 -21.381 -3.183
8 HD12 LEU 757 HD13 LEU 757 46.087 -22.565 -1.936
9 HD22 LEU 757 HD21 LEU 757 49.119 -23.851 -3.817
10 HD21 LEU 757 HD22 LEU 757 48.579 -23.421 -2.195
11 HD23 LEU 757 HD23 LEU 757 48.777 -22.166 -3.417
No H/Q in entry = 11
In of MODEL 3
1 H THR 758 H THR 758 44.253 -25.771 -0.632
2 HA THR 758 HA THR 758 44.251 -28.599 -1.247
3 HB THR 758 HB THR 758 42.375 -28.508 0.544
4 HG1 THR 758 HG1 THR 758 43.140 -26.509 1.904
5 HG23 THR 758 HG21 THR 758 44.047 -28.534 2.314
6 HG22 THR 758 HG22 THR 758 45.195 -27.739 1.229
7 HG21 THR 758 HG23 THR 758 44.654 -29.386 0.885
No H/Q in entry = 7
In of MODEL 3
1 H GLY 759 H GLY 759 41.905 -26.073 -1.031
2 HA3 GLY 759 HA2 GLY 759 40.801 -25.965 -3.491
3 HA2 GLY 759 HA3 GLY 759 40.146 -27.484 -2.888
No H/Q in entry = 3
In of MODEL 3
1 H ARG 760 H ARG 760 38.643 -25.207 -3.595
2 HA ARG 760 HA ARG 760 38.006 -23.593 -1.354
3 HB2 ARG 760 HB2 ARG 760 36.067 -22.796 -2.641
4 HB3 ARG 760 HB3 ARG 760 37.535 -22.786 -3.601
5 HG2 ARG 760 HG2 ARG 760 35.885 -23.537 -5.054
6 HG3 ARG 760 HG3 ARG 760 36.699 -25.018 -4.544
7 HD2 ARG 760 HD2 ARG 760 34.853 -25.320 -2.854
8 HD3 ARG 760 HD3 ARG 760 34.031 -23.949 -3.600
9 HE ARG 760 HE ARG 760 34.730 -25.828 -5.537
10 HH11 ARG 760 HH11 ARG 760 32.412 -25.439 -2.887
11 HH12 ARG 760 HH12 ARG 760 31.217 -26.418 -3.597
12 HH21 ARG 760 HH21 ARG 760 33.059 -27.220 -6.519
13 HH22 ARG 760 HH22 ARG 760 31.594 -27.442 -5.682
No H/Q in entry = 13
In of MODEL 3
1 H ASP 761 H ASP 761 37.005 -26.739 -2.200
2 HA ASP 761 HA ASP 761 34.526 -26.632 -0.807
3 HB2 ASP 761 HB2 ASP 761 34.952 -28.183 -2.704
4 HB3 ASP 761 HB3 ASP 761 36.081 -29.073 -1.696
No H/Q in entry = 4
In of MODEL 3
1 H SER 762 H SER 762 37.724 -26.838 0.146
2 HA SER 762 HA SER 762 37.401 -28.593 2.365
3 HB2 SER 762 HB2 SER 762 39.708 -26.808 1.601
4 HB3 SER 762 HB3 SER 762 39.755 -28.062 2.842
5 HG SER 762 HG SER 762 39.383 -29.597 1.283
No H/Q in entry = 5
In of MODEL 3
1 H CYS 763 H CYS 763 36.894 -25.146 1.964
2 HA CYS 763 HA CYS 763 36.322 -25.057 4.825
3 HB2 CYS 763 HB2 CYS 763 37.482 -23.065 5.271
4 HB3 CYS 763 HB3 CYS 763 38.642 -24.039 4.389
No H/Q in entry = 4
In of MODEL 3
1 H THR 764 H THR 764 35.279 -22.688 5.246
2 HA THR 764 HA THR 764 33.084 -22.521 3.381
3 HB THR 764 HB THR 764 33.646 -20.966 5.920
4 HG1 THR 764 HG1 THR 764 32.231 -23.366 5.423
5 HG22 THR 764 HG21 THR 764 31.088 -21.460 4.390
6 HG21 THR 764 HG22 THR 764 31.995 -19.945 4.421
7 HG23 THR 764 HG23 THR 764 31.226 -20.546 5.895
No H/Q in entry = 7
In of MODEL 3
1 H LEU 765 H LEU 765 33.332 -21.187 1.695
2 HA LEU 765 HA LEU 765 35.349 -19.119 1.917
3 HB2 LEU 765 HB2 LEU 765 35.304 -21.123 0.246
4 HB3 LEU 765 HB3 LEU 765 34.154 -20.078 -0.576
5 HG LEU 765 HG LEU 765 35.863 -18.311 -0.681
6 HD11 LEU 765 HD11 LEU 765 37.576 -20.460 0.492
7 HD13 LEU 765 HD12 LEU 765 37.155 -18.924 1.246
8 HD12 LEU 765 HD13 LEU 765 38.180 -18.952 -0.193
9 HD22 LEU 765 HD21 LEU 765 37.168 -19.370 -2.411
10 HD21 LEU 765 HD22 LEU 765 35.485 -19.888 -2.532
11 HD23 LEU 765 HD23 LEU 765 36.700 -20.964 -1.827
No H/Q in entry = 11
In of MODEL 3
1 HA PRO 766 HA PRO 766 31.951 -16.241 1.702
2 HB2 PRO 766 HB2 PRO 766 33.503 -14.007 1.230
3 HB3 PRO 766 HB3 PRO 766 33.148 -14.660 2.820
4 HG2 PRO 766 HG2 PRO 766 35.607 -14.903 1.186
5 HG3 PRO 766 HG3 PRO 766 35.424 -14.903 2.950
6 HD2 PRO 766 HD2 PRO 766 35.894 -17.113 1.381
7 HD3 PRO 766 HD3 PRO 766 35.179 -17.198 2.995
No H/Q in entry = 7
In of MODEL 3
1 H ALA 767 H ALA 767 34.534 -15.359 -0.635
2 HA ALA 767 HA ALA 767 32.458 -14.767 -2.556
3 HB3 ALA 767 HB1 ALA 767 34.204 -13.886 -3.971
4 HB1 ALA 767 HB2 ALA 767 35.442 -14.485 -2.855
5 HB2 ALA 767 HB3 ALA 767 34.332 -13.209 -2.348
No H/Q in entry = 5
In of MODEL 3
1 H SER 768 H SER 768 31.578 -16.496 -2.994
2 HA SER 768 HA SER 768 33.097 -18.374 -4.639
3 HB2 SER 768 HB2 SER 768 30.860 -19.035 -2.729
4 HB3 SER 768 HB3 SER 768 31.712 -20.162 -3.788
5 HG SER 768 HG SER 768 32.470 -19.156 -1.362
No H/Q in entry = 5
In of MODEL 3
1 H ALA 769 H ALA 769 29.841 -17.154 -3.831
2 HA ALA 769 HA ALA 769 29.114 -17.525 -6.635
3 HB3 ALA 769 HB1 ALA 769 27.360 -18.000 -4.226
4 HB2 ALA 769 HB2 ALA 769 28.163 -19.261 -5.150
5 HB1 ALA 769 HB3 ALA 769 26.921 -18.273 -5.917
No H/Q in entry = 5
In of MODEL 3
1 H GLU 770 H GLU 770 26.474 -16.496 -6.061
2 HA GLU 770 HA GLU 770 26.705 -13.833 -6.740
3 HB2 GLU 770 HB2 GLU 770 24.293 -13.721 -6.185
4 HB3 GLU 770 HB3 GLU 770 24.720 -15.075 -7.229
5 HG2 GLU 770 HG2 GLU 770 24.585 -16.620 -5.418
6 HG3 GLU 770 HG3 GLU 770 24.437 -15.317 -4.247
No H/Q in entry = 6
In of MODEL 3
1 H LYS 771 H LYS 771 25.907 -11.956 -5.715
2 HA LYS 771 HA LYS 771 26.190 -11.871 -2.834
3 HB2 LYS 771 HB2 LYS 771 27.713 -10.134 -4.789
4 HB3 LYS 771 HB3 LYS 771 27.618 -9.825 -3.059
5 HG2 LYS 771 HG2 LYS 771 28.701 -12.356 -4.253
6 HG3 LYS 771 HG3 LYS 771 29.707 -10.980 -3.800
7 HD2 LYS 771 HD2 LYS 771 29.301 -11.274 -1.536
8 HD3 LYS 771 HD3 LYS 771 27.818 -12.185 -1.802
9 HE2 LYS 771 HE2 LYS 771 29.043 -14.014 -2.656
10 HE3 LYS 771 HE3 LYS 771 30.576 -13.158 -2.502
11 HZ3 LYS 771 HZ1 LYS 771 30.243 -13.064 -0.075
12 HZ2 LYS 771 HZ2 LYS 771 30.234 -14.663 -0.571
13 HZ1 LYS 771 HZ3 LYS 771 28.790 -13.895 -0.206
No H/Q in entry = 13
In of MODEL 3
1 H ALA 772 H ALA 772 24.920 -10.372 -1.893
2 HA ALA 772 HA ALA 772 22.963 -9.049 -3.586
3 HB2 ALA 772 HB1 ALA 772 22.116 -10.335 -1.685
4 HB1 ALA 772 HB2 ALA 772 21.752 -8.622 -1.483
5 HB3 ALA 772 HB3 ALA 772 23.075 -9.354 -0.577
No H/Q in entry = 5
In of MODEL 3
1 H CYS 773 H CYS 773 22.373 -6.763 -2.993
2 HA CYS 773 HA CYS 773 24.720 -5.189 -3.125
3 HB2 CYS 773 HB2 CYS 773 22.654 -4.443 -4.215
4 HB3 CYS 773 HB3 CYS 773 21.854 -4.336 -2.654
No H/Q in entry = 4
In of MODEL 3
1 H GLY 774 H GLY 774 25.964 -4.556 -1.577
2 HA3 GLY 774 HA2 GLY 774 25.910 -3.319 0.610
3 HA2 GLY 774 HA3 GLY 774 24.957 -4.698 1.165
No H/Q in entry = 3
In of MODEL 3
1 H ALA 775 H ALA 775 26.542 -6.494 -0.590
2 HA ALA 775 HA ALA 775 29.171 -6.366 0.645
3 HB3 ALA 775 HB1 ALA 775 27.866 -8.008 1.938
4 HB2 ALA 775 HB2 ALA 775 29.107 -8.818 0.982
5 HB1 ALA 775 HB3 ALA 775 27.428 -8.840 0.444
No H/Q in entry = 5
In of MODEL 3
1 H CYS 776 H CYS 776 30.313 -5.904 -1.145
2 HA CYS 776 HA CYS 776 29.812 -7.570 -3.471
3 HB2 CYS 776 HB2 CYS 776 30.084 -4.559 -3.497
4 HB3 CYS 776 HB3 CYS 776 30.103 -5.573 -4.936
No H/Q in entry = 4
In of MODEL 3
1 HA PRO 777 HA PRO 777 34.296 -7.884 -3.282
2 HB2 PRO 777 HB2 PRO 777 34.525 -9.489 -5.474
3 HB3 PRO 777 HB3 PRO 777 34.030 -10.123 -3.904
4 HG2 PRO 777 HG2 PRO 777 32.359 -9.388 -6.264
5 HG3 PRO 777 HG3 PRO 777 32.217 -10.785 -5.184
6 HD2 PRO 777 HD2 PRO 777 30.636 -8.609 -4.988
7 HD3 PRO 777 HD3 PRO 777 31.107 -9.577 -3.570
No H/Q in entry = 7
In of MODEL 3
1 H LEU 778 H LEU 778 35.936 -7.755 -5.327
2 HA LEU 778 HA LEU 778 35.441 -5.175 -6.315
3 HB2 LEU 778 HB2 LEU 778 37.614 -5.318 -7.535
4 HB3 LEU 778 HB3 LEU 778 37.708 -5.603 -5.822
5 HG LEU 778 HG LEU 778 39.268 -7.005 -6.916
6 HD13 LEU 778 HD11 LEU 778 38.759 -9.178 -6.176
7 HD12 LEU 778 HD12 LEU 778 37.043 -8.826 -6.179
8 HD11 LEU 778 HD13 LEU 778 38.095 -8.015 -5.020
9 HD23 LEU 778 HD21 LEU 778 38.635 -8.710 -8.585
10 HD22 LEU 778 HD22 LEU 778 38.433 -7.049 -9.154
11 HD21 LEU 778 HD23 LEU 778 37.024 -7.984 -8.642
No H/Q in entry = 11
In of MODEL 3
1 H TRP 779 H TRP 779 34.960 -8.249 -7.822
2 HA TRP 779 HA TRP 779 34.379 -7.056 -10.395
3 HB2 TRP 779 HB2 TRP 779 33.645 -9.413 -11.013
4 HB3 TRP 779 HB3 TRP 779 35.328 -9.250 -10.527
5 HD1 TRP 779 HD1 TRP 779 31.975 -10.680 -9.238
6 HE1 TRP 779 HE1 TRP 779 32.507 -12.368 -7.362
7 HE3 TRP 779 HE3 TRP 779 36.969 -9.933 -8.887
8 HZ2 TRP 779 HZ2 TRP 779 34.862 -13.254 -5.907
9 HZ3 TRP 779 HZ3 TRP 779 38.259 -11.183 -7.234
10 HH2 TRP 779 HH2 TRP 779 37.198 -12.783 -5.783
No H/Q in entry = 10
In of MODEL 3
1 H GLY 780 H GLY 780 32.788 -6.813 -7.661
2 HA3 GLY 780 HA2 GLY 780 30.172 -7.035 -8.936
3 HA2 GLY 780 HA3 GLY 780 30.444 -7.419 -7.235
No H/Q in entry = 3
In of MODEL 3
1 H LYS 781 H LYS 781 28.860 -5.329 -8.639
2 HA LYS 781 HA LYS 781 29.711 -3.142 -6.918
3 HB2 LYS 781 HB2 LYS 781 29.286 -2.905 -9.890
4 HB3 LYS 781 HB3 LYS 781 29.142 -1.522 -8.813
5 HG2 LYS 781 HG2 LYS 781 31.576 -3.240 -9.150
6 HG3 LYS 781 HG3 LYS 781 31.326 -1.650 -9.902
7 HD2 LYS 781 HD2 LYS 781 31.208 -0.633 -7.686
8 HD3 LYS 781 HD3 LYS 781 31.402 -2.208 -6.928
9 HE2 LYS 781 HE2 LYS 781 33.415 -0.843 -8.691
10 HE3 LYS 781 HE3 LYS 781 33.438 -0.945 -6.923
11 HZ1 LYS 781 HZ1 LYS 781 33.579 -3.349 -7.114
12 HZ3 LYS 781 HZ2 LYS 781 34.893 -2.602 -7.831
13 HZ2 LYS 781 HZ3 LYS 781 33.685 -3.263 -8.796
No H/Q in entry = 13
In of MODEL 3
1 H CYS 782 H CYS 782 27.977 -1.826 -6.372
2 HA CYS 782 HA CYS 782 25.428 -3.019 -7.145
3 HB2 CYS 782 HB2 CYS 782 25.721 -3.158 -4.720
4 HB3 CYS 782 HB3 CYS 782 26.002 -1.420 -4.636
No H/Q in entry = 4
In of MODEL 3
1 H ASP 783 H ASP 783 25.309 -1.948 -9.022
2 HA ASP 783 HA ASP 783 25.120 0.947 -8.931
3 HB2 ASP 783 HB2 ASP 783 26.308 -0.076 -10.833
4 HB3 ASP 783 HB3 ASP 783 24.870 -0.994 -11.251
No H/Q in entry = 4
In of MODEL 3
1 H ALA 784 H ALA 784 23.371 1.008 -7.549
2 HA ALA 784 HA ALA 784 21.227 0.685 -6.802
3 HB2 ALA 784 HB1 ALA 784 20.812 2.429 -9.221
4 HB1 ALA 784 HB2 ALA 784 21.468 2.961 -7.670
5 HB3 ALA 784 HB3 ALA 784 19.810 2.376 -7.773
No H/Q in entry = 5
In of MODEL 3
1 H GLU 785 H GLU 785 20.848 -1.497 -7.102
2 HA GLU 785 HA GLU 785 19.292 -2.169 -9.483
3 HB2 GLU 785 HB2 GLU 785 21.265 -3.619 -8.790
4 HB3 GLU 785 HB3 GLU 785 20.377 -4.055 -7.352
5 HG2 GLU 785 HG2 GLU 785 19.426 -4.627 -10.153
6 HG3 GLU 785 HG3 GLU 785 20.375 -5.753 -9.200
No H/Q in entry = 6
In of MODEL 3
1 H SER 786 H SER 786 19.104 -3.454 -6.225
2 HA SER 786 HA SER 786 16.980 -2.165 -5.135
3 HB2 SER 786 HB2 SER 786 15.672 -3.019 -7.133
4 HB3 SER 786 HB3 SER 786 16.020 -4.656 -6.590
5 HG SER 786 HG SER 786 14.157 -2.924 -5.789
No H/Q in entry = 5
In of MODEL 3
1 H SER 787 H SER 787 18.042 -5.473 -5.897
2 HA SER 787 HA SER 787 18.166 -5.963 -3.011
3 HB2 SER 787 HB2 SER 787 17.290 -7.860 -5.187
4 HB3 SER 787 HB3 SER 787 17.406 -8.249 -3.472
5 HG SER 787 HG SER 787 15.772 -6.221 -4.598
No H/Q in entry = 5
In of MODEL 3
1 H LYS 788 H LYS 788 19.419 -6.938 -6.219
2 HA LYS 788 HA LYS 788 21.494 -8.451 -4.863
3 HB2 LYS 788 HB2 LYS 788 22.037 -9.401 -6.993
4 HB3 LYS 788 HB3 LYS 788 20.291 -9.482 -6.775
5 HG2 LYS 788 HG2 LYS 788 20.010 -7.593 -8.260
6 HG3 LYS 788 HG3 LYS 788 21.757 -7.416 -8.406
7 HD2 LYS 788 HD2 LYS 788 21.847 -9.701 -9.367
8 HD3 LYS 788 HD3 LYS 788 20.085 -9.747 -9.330
9 HE2 LYS 788 HE2 LYS 788 19.993 -7.803 -10.803
10 HE3 LYS 788 HE3 LYS 788 21.753 -7.730 -10.819
11 HZ1 LYS 788 HZ1 LYS 788 21.773 -9.932 -11.837
12 HZ3 LYS 788 HZ2 LYS 788 20.952 -8.811 -12.788
13 HZ2 LYS 788 HZ3 LYS 788 20.086 -9.939 -11.868
No H/Q in entry = 13
In of MODEL 3
1 H CYS 789 H CYS 789 23.670 -8.358 -5.829
2 HA CYS 789 HA CYS 789 24.534 -5.634 -6.435
3 HB2 CYS 789 HB2 CYS 789 25.575 -6.832 -4.488
4 HB3 CYS 789 HB3 CYS 789 26.025 -8.139 -5.565
No H/Q in entry = 4
In of MODEL 3
1 H VAL 790 H VAL 790 25.913 -5.529 -8.447
2 HA VAL 790 HA VAL 790 25.087 -7.728 -10.167
3 HB VAL 790 HB VAL 790 25.299 -6.291 -12.097
4 HG12 VAL 790 HG11 VAL 790 23.518 -4.672 -11.680
5 HG11 VAL 790 HG12 VAL 790 23.680 -4.965 -9.946
6 HG13 VAL 790 HG13 VAL 790 23.179 -6.272 -11.022
7 HG23 VAL 790 HG21 VAL 790 26.128 -4.074 -10.217
8 HG22 VAL 790 HG22 VAL 790 25.799 -3.884 -11.941
9 HG21 VAL 790 HG23 VAL 790 27.156 -4.876 -11.403
No H/Q in entry = 9
In of MODEL 3
1 H CYS 791 H CYS 791 26.481 -8.693 -11.473
2 HA CYS 791 HA CYS 791 29.241 -8.485 -10.575
3 HB2 CYS 791 HB2 CYS 791 28.048 -10.660 -12.314
4 HB3 CYS 791 HB3 CYS 791 29.489 -10.721 -11.308
No H/Q in entry = 4
In of MODEL 3
1 H ARG 792 H ARG 792 30.774 -7.894 -11.964
2 HA ARG 792 HA ARG 792 29.922 -6.566 -14.335
3 HB2 ARG 792 HB2 ARG 792 32.584 -6.909 -13.025
4 HB3 ARG 792 HB3 ARG 792 32.400 -6.122 -14.584
5 HG2 ARG 792 HG2 ARG 792 30.938 -4.467 -13.583
6 HG3 ARG 792 HG3 ARG 792 31.107 -5.264 -12.014
7 HD2 ARG 792 HD2 ARG 792 33.417 -4.819 -11.941
8 HD3 ARG 792 HD3 ARG 792 33.435 -4.267 -13.616
9 HE ARG 792 HE ARG 792 31.661 -2.691 -12.139
10 HH11 ARG 792 HH11 ARG 792 35.151 -3.283 -12.463
11 HH12 ARG 792 HH12 ARG 792 35.532 -1.657 -12.064
12 HH21 ARG 792 HH21 ARG 792 32.298 -0.506 -11.559
13 HH22 ARG 792 HH22 ARG 792 33.974 -0.135 -11.556
No H/Q in entry = 13
In of MODEL 3
1 H GLU 793 H GLU 793 31.383 -6.751 -16.237
2 HA GLU 793 HA GLU 793 31.499 -9.499 -17.134
3 HB2 GLU 793 HB2 GLU 793 31.827 -6.842 -18.503
4 HB3 GLU 793 HB3 GLU 793 32.040 -8.392 -19.301
5 HG2 GLU 793 HG2 GLU 793 29.501 -7.547 -17.926
6 HG3 GLU 793 HG3 GLU 793 29.812 -7.326 -19.650
No H/Q in entry = 6
In of MODEL 3
1 H ALA 794 H ALA 794 33.501 -9.956 -18.539
2 HA ALA 794 HA ALA 794 35.703 -9.857 -16.751
3 HB2 ALA 794 HB1 ALA 794 35.171 -11.813 -18.120
4 HB3 ALA 794 HB2 ALA 794 36.827 -11.255 -18.331
5 HB1 ALA 794 HB3 ALA 794 35.617 -10.904 -19.569
No H/Q in entry = 5
In of MODEL 3
1 H SER 795 H SER 795 34.701 -7.718 -19.168
2 HA SER 795 HA SER 795 37.423 -6.895 -19.686
3 HB2 SER 795 HB2 SER 795 34.866 -6.052 -21.043
4 HB3 SER 795 HB3 SER 795 36.503 -5.643 -21.564
5 HG SER 795 HG SER 795 36.859 -7.978 -21.602
No H/Q in entry = 5
In of MODEL 3
1 H GLU 796 H GLU 796 35.278 -6.185 -17.346
2 HA GLU 796 HA GLU 796 35.959 -3.325 -17.384
3 HB2 GLU 796 HB2 GLU 796 33.504 -3.884 -17.462
4 HB3 GLU 796 HB3 GLU 796 33.673 -4.646 -15.893
5 HG2 GLU 796 HG2 GLU 796 32.728 -2.400 -15.702
6 HG3 GLU 796 HG3 GLU 796 34.287 -2.511 -14.894
No H/Q in entry = 6
In of MODEL 3
1 H CYS 797 H CYS 797 37.830 -5.065 -16.633
2 HA CYS 797 HA CYS 797 37.875 -5.194 -13.728
3 HB2 CYS 797 HB2 CYS 797 38.604 -7.119 -15.072
4 HB3 CYS 797 HB3 CYS 797 39.843 -6.126 -15.832
No H/Q in entry = 4
In of MODEL 3
1 H GLU 798 H GLU 798 38.628 -3.476 -12.675
2 HA GLU 798 HA GLU 798 40.340 -1.546 -14.121
3 HB2 GLU 798 HB2 GLU 798 39.394 0.184 -12.647
4 HB3 GLU 798 HB3 GLU 798 38.162 -0.616 -13.612
5 HG2 GLU 798 HG2 GLU 798 37.569 -1.999 -11.668
6 HG3 GLU 798 HG3 GLU 798 38.775 -1.143 -10.713
No H/Q in entry = 6
In of MODEL 3
1 H GLU 799 H GLU 799 40.150 -3.674 -11.576
2 HA GLU 799 HA GLU 799 42.266 -2.388 -10.093
3 HB2 GLU 799 HB2 GLU 799 41.879 -4.319 -8.461
4 HB3 GLU 799 HB3 GLU 799 40.617 -3.113 -8.605
5 HG2 GLU 799 HG2 GLU 799 40.559 -5.675 -10.123
6 HG3 GLU 799 HG3 GLU 799 39.935 -5.558 -8.470
No H/Q in entry = 6
In of MODEL 3
1 H GLU 800 H GLU 800 43.669 -4.440 -9.031
2 HA GLU 800 HA GLU 800 45.559 -4.966 -11.024
3 HB2 GLU 800 HB2 GLU 800 45.195 -6.366 -8.371
4 HB3 GLU 800 HB3 GLU 800 46.634 -6.443 -9.376
5 HG2 GLU 800 HG2 GLU 800 46.966 -4.050 -9.095
6 HG3 GLU 800 HG3 GLU 800 45.514 -3.966 -8.098
No H/Q in entry = 6
In of MODEL 3
1 H GLY 801 H GLY 801 43.593 -7.389 -9.296
2 HA3 GLY 801 HA2 GLY 801 42.497 -9.198 -10.064
3 HA2 GLY 801 HA3 GLY 801 42.757 -8.630 -11.706
No H/Q in entry = 3
In of MODEL 3
1 H PHE 802 H PHE 802 43.836 -10.721 -9.200
2 HA PHE 802 HA PHE 802 46.271 -11.483 -10.387
3 HB2 PHE 802 HB2 PHE 802 44.556 -12.614 -8.254
4 HB3 PHE 802 HB3 PHE 802 45.771 -13.663 -8.977
5 HD1 PHE 802 HD1 PHE 802 45.520 -10.160 -7.696
6 HD2 PHE 802 HD2 PHE 802 47.789 -13.747 -7.968
7 HE1 PHE 802 HE1 PHE 802 47.266 -9.166 -6.315
8 HE2 PHE 802 HE2 PHE 802 49.514 -12.786 -6.608
9 HZ PHE 802 HZ PHE 802 49.280 -10.469 -5.751
No H/Q in entry = 9
In of MODEL 3
1 H SER 803 H SER 803 46.767 -12.804 -11.934
2 HA SER 803 HA SER 803 44.535 -13.999 -13.387
3 HB2 SER 803 HB2 SER 803 46.273 -12.666 -14.611
4 HB3 SER 803 HB3 SER 803 47.472 -13.897 -14.196
5 HG SER 803 HG SER 803 46.866 -14.796 -15.944
No H/Q in entry = 5
In of MODEL 3
1 H ILE 804 H ILE 804 43.941 -15.977 -13.062
2 HA ILE 804 HA ILE 804 45.786 -17.885 -11.796
3 HB ILE 804 HB ILE 804 44.098 -18.723 -10.325
4 HG12 ILE 804 HG12 ILE 804 42.071 -18.430 -11.757
5 HG13 ILE 804 HG13 ILE 804 41.815 -17.893 -10.110
6 HG22 ILE 804 HG21 ILE 804 44.164 -15.733 -10.151
7 HG21 ILE 804 HG22 ILE 804 45.320 -16.874 -9.462
8 HG23 ILE 804 HG23 ILE 804 43.661 -16.818 -8.854
9 HD12 ILE 804 HD11 ILE 804 42.221 -16.161 -12.544
10 HD11 ILE 804 HD12 ILE 804 42.098 -15.552 -10.897
11 HD13 ILE 804 HD13 ILE 804 40.733 -16.393 -11.633
No H/Q in entry = 11
In of MODEL 3
1 H CYS 805 H CYS 805 44.453 -20.150 -11.752
2 HA CYS 805 HA CYS 805 43.761 -20.621 -14.559
3 HB2 CYS 805 HB2 CYS 805 45.834 -21.669 -13.776
4 HB3 CYS 805 HB3 CYS 805 44.928 -22.474 -12.504
No H/Q in entry = 4
In of MODEL 3
1 H VAL 806 H VAL 806 41.737 -21.318 -14.917
2 HA VAL 806 HA VAL 806 40.232 -22.386 -12.648
3 HB VAL 806 HB VAL 806 39.215 -20.559 -14.807
4 HG11 VAL 806 HG11 VAL 806 37.845 -21.633 -12.354
5 HG13 VAL 806 HG12 VAL 806 37.509 -22.050 -14.027
6 HG12 VAL 806 HG13 VAL 806 37.183 -20.410 -13.443
7 HG23 VAL 806 HG21 VAL 806 38.952 -18.865 -13.038
8 HG22 VAL 806 HG22 VAL 806 40.629 -19.291 -13.359
9 HG21 VAL 806 HG23 VAL 806 39.819 -19.934 -11.928
No H/Q in entry = 9
In of MODEL 3
1 H GLU 807 H GLU 807 39.168 -24.215 -13.077
2 HA GLU 807 HA GLU 807 39.436 -25.401 -15.685
3 HB2 GLU 807 HB2 GLU 807 39.825 -26.698 -13.601
4 HB3 GLU 807 HB3 GLU 807 38.145 -26.462 -13.163
5 HG2 GLU 807 HG2 GLU 807 37.473 -27.712 -15.169
6 HG3 GLU 807 HG3 GLU 807 39.172 -27.973 -15.551
No H/Q in entry = 6
In of MODEL 3
1 H VAL 808 H VAL 808 38.012 -25.217 -17.103
2 HA VAL 808 HA VAL 808 35.217 -24.823 -16.476
3 HB VAL 808 HB VAL 808 36.045 -22.575 -16.858
4 HG13 VAL 808 HG11 VAL 808 38.086 -23.017 -18.065
5 HG12 VAL 808 HG12 VAL 808 37.098 -21.862 -18.963
6 HG11 VAL 808 HG13 VAL 808 37.170 -23.549 -19.476
7 HG22 VAL 808 HG21 VAL 808 34.705 -21.882 -18.779
8 HG21 VAL 808 HG22 VAL 808 33.849 -23.044 -17.753
9 HG23 VAL 808 HG23 VAL 808 34.573 -23.568 -19.279
No H/Q in entry = 9
In of MODEL 3
1 H ASN 809 H ASN 809 34.107 -26.282 -17.521
2 HA ASN 809 HA ASN 809 33.370 -27.698 -19.150
3 HB2 ASN 809 HB2 ASN 809 35.254 -25.992 -20.675
4 HB3 ASN 809 HB3 ASN 809 34.604 -27.423 -21.500
5 HD21 ASN 809 HD21 ASN 809 32.893 -25.379 -19.179
6 HD22 ASN 809 HD22 ASN 809 31.777 -24.691 -20.293
No H/Q in entry = 6
In of MODEL 3
1 H GLY 810 H GLY 810 35.879 -28.031 -17.453
2 HA3 GLY 810 HA2 GLY 810 36.982 -30.046 -16.973
3 HA2 GLY 810 HA3 GLY 810 36.689 -30.570 -18.641
No H/Q in entry = 3
In of MODEL 3
1 H LYS 811 H LYS 811 37.663 -27.595 -19.071
2 HA LYS 811 HA LYS 811 40.460 -28.351 -19.558
3 HB2 LYS 811 HB2 LYS 811 38.744 -26.074 -20.540
4 HB3 LYS 811 HB3 LYS 811 40.408 -26.381 -21.015
5 HG2 LYS 811 HG2 LYS 811 39.809 -28.339 -22.194
6 HG3 LYS 811 HG3 LYS 811 38.189 -28.350 -21.488
7 HD2 LYS 811 HD2 LYS 811 38.248 -27.529 -23.833
8 HD3 LYS 811 HD3 LYS 811 37.590 -26.368 -22.680
9 HE2 LYS 811 HE2 LYS 811 39.715 -25.199 -22.605
10 HE3 LYS 811 HE3 LYS 811 40.436 -26.367 -23.696
11 HZ1 LYS 811 HZ1 LYS 811 38.839 -25.628 -25.405
12 HZ3 LYS 811 HZ2 LYS 811 39.810 -24.357 -24.839
13 HZ2 LYS 811 HZ3 LYS 811 38.224 -24.478 -24.325
No H/Q in entry = 13
In of MODEL 3
1 H GLU 812 H GLU 812 42.070 -26.785 -18.904
2 HA GLU 812 HA GLU 812 41.067 -25.005 -16.811
3 HB2 GLU 812 HB2 GLU 812 43.711 -26.456 -16.920
4 HB3 GLU 812 HB3 GLU 812 43.426 -25.109 -15.828
5 HG2 GLU 812 HG2 GLU 812 41.578 -26.331 -14.805
6 HG3 GLU 812 HG3 GLU 812 41.871 -27.713 -15.843
No H/Q in entry = 6
In of MODEL 3
1 H GLN 813 H GLN 813 40.916 -23.071 -17.434
2 HA GLN 813 HA GLN 813 42.883 -22.037 -19.341
3 HB2 GLN 813 HB2 GLN 813 40.722 -22.168 -20.338
4 HB3 GLN 813 HB3 GLN 813 39.959 -21.372 -18.966
5 HG2 GLN 813 HG2 GLN 813 41.039 -19.318 -19.515
6 HG3 GLN 813 HG3 GLN 813 41.953 -20.081 -20.827
7 HE21 GLN 813 HE21 GLN 813 38.924 -18.795 -19.798
8 HE22 GLN 813 HE22 GLN 813 38.129 -18.868 -21.326
No H/Q in entry = 8
In of MODEL 3
1 H THR 814 H THR 814 43.883 -20.148 -18.900
2 HA THR 814 HA THR 814 43.889 -19.229 -16.207
3 HB THR 814 HB THR 814 45.224 -18.143 -18.681
4 HG1 THR 814 HG1 THR 814 46.976 -19.481 -18.009
5 HG23 THR 814 HG21 THR 814 46.857 -17.179 -17.103
6 HG22 THR 814 HG22 THR 814 45.911 -17.797 -15.752
7 HG21 THR 814 HG23 THR 814 45.236 -16.555 -16.805
No H/Q in entry = 7
In of MODEL 3
1 H MET 815 H MET 815 42.809 -17.543 -15.418
2 HA MET 815 HA MET 815 41.455 -15.711 -17.271
3 HB2 MET 815 HB2 MET 815 40.257 -16.700 -14.694
4 HB3 MET 815 HB3 MET 815 39.479 -15.696 -15.909
5 HG2 MET 815 HG2 MET 815 39.844 -17.779 -17.444
6 HG3 MET 815 HG3 MET 815 40.121 -18.539 -15.880
7 HE3 MET 815 HE1 MET 815 37.897 -19.302 -18.058
8 HE2 MET 815 HE2 MET 815 36.600 -19.809 -16.962
9 HE1 MET 815 HE3 MET 815 38.283 -20.239 -16.621
No H/Q in entry = 9
In of MODEL 3
1 H SER 816 H SER 816 40.998 -13.719 -16.279
2 HA SER 816 HA SER 816 42.944 -12.955 -14.291
3 HB2 SER 816 HB2 SER 816 40.683 -11.357 -15.515
4 HB3 SER 816 HB3 SER 816 42.084 -10.715 -14.650
5 HG SER 816 HG SER 816 42.929 -12.341 -16.554
No H/Q in entry = 5
In of MODEL 3
1 H GLU 817 H GLU 817 42.320 -12.177 -12.227
2 HA GLU 817 HA GLU 817 40.639 -13.607 -10.645
3 HB2 GLU 817 HB2 GLU 817 42.424 -11.968 -10.121
4 HB3 GLU 817 HB3 GLU 817 41.240 -10.718 -10.440
5 HG2 GLU 817 HG2 GLU 817 39.869 -11.837 -8.584
6 HG3 GLU 817 HG3 GLU 817 41.368 -12.659 -8.224
No H/Q in entry = 6
In of MODEL 3
1 H CYS 818 H CYS 818 40.062 -10.344 -11.833
2 HA CYS 818 HA CYS 818 37.447 -10.009 -11.046
3 HB2 CYS 818 HB2 CYS 818 37.662 -8.298 -13.062
4 HB3 CYS 818 HB3 CYS 818 38.550 -8.068 -11.552
No H/Q in entry = 4
In of MODEL 3
1 H GLU 819 H GLU 819 38.794 -11.567 -13.869
2 HA GLU 819 HA GLU 819 36.362 -11.754 -15.346
3 HB2 GLU 819 HB2 GLU 819 38.465 -11.799 -16.510
4 HB3 GLU 819 HB3 GLU 819 39.019 -13.147 -15.534
5 HG2 GLU 819 HG2 GLU 819 37.468 -14.621 -16.596
6 HG3 GLU 819 HG3 GLU 819 36.752 -13.286 -17.499
No H/Q in entry = 6
In of MODEL 3
1 H ALA 820 H ALA 820 38.378 -14.289 -13.802
2 HA ALA 820 HA ALA 820 36.655 -16.366 -13.925
3 HB2 ALA 820 HB1 ALA 820 37.874 -17.315 -12.010
4 HB3 ALA 820 HB2 ALA 820 38.588 -15.729 -11.712
5 HB1 ALA 820 HB3 ALA 820 38.942 -16.588 -13.210
No H/Q in entry = 5
In of MODEL 3
1 H GLY 821 H GLY 821 36.926 -13.873 -11.427
2 HA3 GLY 821 HA2 GLY 821 34.980 -14.928 -9.680
3 HA2 GLY 821 HA3 GLY 821 35.578 -13.302 -9.628
No H/Q in entry = 3
In of MODEL 3
1 H ALA 822 H ALA 822 34.843 -12.582 -12.335
2 HA ALA 822 HA ALA 822 32.204 -11.767 -11.928
3 HB3 ALA 822 HB1 ALA 822 32.246 -11.043 -14.269
4 HB1 ALA 822 HB2 ALA 822 33.707 -11.991 -14.540
5 HB2 ALA 822 HB3 ALA 822 33.752 -10.601 -13.465
No H/Q in entry = 5
In of MODEL 3
1 H LEU 823 H LEU 823 33.590 -14.377 -13.853
2 HA LEU 823 HA LEU 823 31.156 -15.318 -14.843
3 HB2 LEU 823 HB2 LEU 823 33.824 -16.645 -14.521
4 HB3 LEU 823 HB3 LEU 823 32.462 -17.611 -15.010
5 HG LEU 823 HG LEU 823 33.685 -17.067 -16.965
6 HD11 LEU 823 HD11 LEU 823 31.325 -16.998 -17.322
7 HD13 LEU 823 HD12 LEU 823 32.136 -15.823 -18.351
8 HD12 LEU 823 HD13 LEU 823 31.273 -15.279 -16.916
9 HD21 LEU 823 HD21 LEU 823 33.537 -14.158 -16.195
10 HD23 LEU 823 HD22 LEU 823 34.188 -14.788 -17.710
11 HD22 LEU 823 HD23 LEU 823 34.983 -15.164 -16.186
No H/Q in entry = 11
In of MODEL 3
1 H ARG 824 H ARG 824 32.799 -16.208 -11.792
2 HA ARG 824 HA ARG 824 30.779 -18.140 -11.173
3 HB2 ARG 824 HB2 ARG 824 31.795 -18.083 -8.841
4 HB3 ARG 824 HB3 ARG 824 32.849 -18.705 -10.106
5 HG2 ARG 824 HG2 ARG 824 33.692 -16.292 -10.108
6 HG3 ARG 824 HG3 ARG 824 32.913 -16.201 -8.521
7 HD2 ARG 824 HD2 ARG 824 34.976 -18.220 -9.394
8 HD3 ARG 824 HD3 ARG 824 35.284 -16.871 -8.329
9 HE ARG 824 HE ARG 824 33.285 -18.875 -7.582
10 HH11 ARG 824 HH11 ARG 824 36.425 -17.415 -6.857
11 HH12 ARG 824 HH12 ARG 824 36.680 -18.277 -5.402
12 HH21 ARG 824 HH21 ARG 824 33.684 -20.141 -5.681
13 HH22 ARG 824 HH22 ARG 824 35.055 -19.886 -4.700
No H/Q in entry = 13
In of MODEL 3
1 H CYS 825 H CYS 825 30.816 -14.870 -10.983
2 HA CYS 825 HA CYS 825 28.929 -14.700 -8.768
3 HB2 CYS 825 HB2 CYS 825 30.800 -13.102 -9.125
4 HB3 CYS 825 HB3 CYS 825 30.043 -12.573 -10.612
No H/Q in entry = 4
In of MODEL 3
1 H ARG 826 H ARG 826 29.234 -14.194 -12.233
2 HA ARG 826 HA ARG 826 26.662 -13.383 -12.829
3 HB2 ARG 826 HB2 ARG 826 28.318 -12.849 -14.336
4 HB3 ARG 826 HB3 ARG 826 29.025 -14.447 -14.283
5 HG2 ARG 826 HG2 ARG 826 27.300 -15.333 -15.561
6 HG3 ARG 826 HG3 ARG 826 26.402 -13.799 -15.559
7 HD2 ARG 826 HD2 ARG 826 28.104 -12.734 -16.853
8 HD3 ARG 826 HD3 ARG 826 29.206 -14.097 -16.645
9 HE ARG 826 HE ARG 826 27.338 -15.316 -17.900
10 HH11 ARG 826 HH11 ARG 826 28.399 -11.908 -18.583
11 HH12 ARG 826 HH12 ARG 826 28.113 -12.035 -20.230
12 HH21 ARG 826 HH21 ARG 826 27.016 -15.414 -20.249
13 HH22 ARG 826 HH22 ARG 826 27.307 -14.058 -21.214
No H/Q in entry = 13
In of MODEL 3
1 H GLY 827 H GLY 827 28.165 -16.635 -12.887
2 HA3 GLY 827 HA2 GLY 827 26.347 -18.323 -12.150
3 HA2 GLY 827 HA3 GLY 827 25.490 -17.599 -13.511
No H/Q in entry = 3
In of MODEL 3
1 H GLN 828 H GLN 828 28.710 -17.796 -14.277
2 HA GLN 828 HA GLN 828 28.265 -19.952 -16.122
3 HB2 GLN 828 HB2 GLN 828 29.690 -18.070 -16.715
4 HB3 GLN 828 HB3 GLN 828 30.720 -18.386 -15.329
5 HG2 GLN 828 HG2 GLN 828 31.989 -19.237 -17.067
6 HG3 GLN 828 HG3 GLN 828 31.155 -20.669 -16.494
7 HE21 GLN 828 HE21 GLN 828 28.615 -19.750 -17.866
8 HE22 GLN 828 HE22 GLN 828 28.899 -20.094 -19.518
No H/Q in entry = 8
In of MODEL 3
1 H SER 829 H SER 829 29.263 -22.008 -15.981
2 HA SER 829 HA SER 829 29.899 -22.820 -13.282
3 HB2 SER 829 HB2 SER 829 29.645 -24.464 -15.814
4 HB3 SER 829 HB3 SER 829 29.774 -25.101 -14.172
5 HG SER 829 HG SER 829 27.720 -23.319 -14.948
No H/Q in entry = 5
In of MODEL 3
1 H ILE 830 H ILE 830 31.883 -22.462 -12.637
2 HA ILE 830 HA ILE 830 34.074 -23.477 -14.232
3 HB ILE 830 HB ILE 830 35.521 -21.586 -13.814
4 HG12 ILE 830 HG12 ILE 830 34.447 -20.751 -11.685
5 HG13 ILE 830 HG13 ILE 830 34.866 -19.456 -12.761
6 HG21 ILE 830 HG21 ILE 830 32.987 -20.741 -15.135
7 HG23 ILE 830 HG22 ILE 830 34.380 -21.510 -15.900
8 HG22 ILE 830 HG23 ILE 830 34.510 -19.856 -15.277
9 HD11 ILE 830 HD11 ILE 830 32.487 -19.512 -13.577
10 HD13 ILE 830 HD12 ILE 830 32.767 -18.919 -11.965
11 HD12 ILE 830 HD13 ILE 830 32.138 -20.559 -12.197
No H/Q in entry = 11
In of MODEL 3
1 H SER 831 H SER 831 35.944 -23.864 -12.956
2 HA SER 831 HA SER 831 35.439 -23.976 -10.083
3 HB2 SER 831 HB2 SER 831 36.798 -25.942 -11.892
4 HB3 SER 831 HB3 SER 831 36.714 -26.052 -10.140
5 HG SER 831 HG SER 831 34.322 -25.944 -10.564
No H/Q in entry = 5
In of MODEL 3
1 H VAL 832 H VAL 832 36.840 -22.349 -9.380
2 HA VAL 832 HA VAL 832 39.353 -21.901 -10.663
3 HB VAL 832 HB VAL 832 38.465 -21.143 -7.861
4 HG13 VAL 832 HG11 VAL 832 40.351 -19.519 -7.909
5 HG12 VAL 832 HG12 VAL 832 40.792 -20.098 -9.515
6 HG11 VAL 832 HG13 VAL 832 40.944 -21.169 -8.139
7 HG21 VAL 832 HG21 VAL 832 37.055 -20.105 -9.554
8 HG23 VAL 832 HG22 VAL 832 38.476 -19.487 -10.392
9 HG22 VAL 832 HG23 VAL 832 38.073 -18.891 -8.782
No H/Q in entry = 9
In of MODEL 3
1 H THR 833 H THR 833 40.677 -23.556 -10.756
2 HA THR 833 HA THR 833 40.712 -25.483 -8.634
3 HB THR 833 HB THR 833 42.273 -26.640 -10.276
4 HG1 THR 833 HG1 THR 833 42.386 -25.794 -12.303
5 HG22 THR 833 HG21 THR 833 40.374 -27.297 -11.705
6 HG21 THR 833 HG22 THR 833 39.465 -25.919 -11.079
7 HG23 THR 833 HG23 THR 833 39.923 -27.237 -9.997
No H/Q in entry = 7
In of MODEL 3
1 H SER 834 H SER 834 42.615 -22.873 -9.832
2 HA SER 834 HA SER 834 44.397 -23.275 -7.630
3 HB2 SER 834 HB2 SER 834 46.387 -23.181 -9.141
4 HB3 SER 834 HB3 SER 834 45.459 -24.697 -9.107
5 HG SER 834 HG SER 834 44.405 -23.956 -10.999
No H/Q in entry = 5
In of MODEL 3
1 H ILE 835 H ILE 835 45.665 -21.540 -7.165
2 HA ILE 835 HA ILE 835 44.725 -19.017 -8.238
3 HB ILE 835 HB ILE 835 45.996 -18.012 -6.314
4 HG12 ILE 835 HG12 ILE 835 46.555 -19.596 -4.415
5 HG13 ILE 835 HG13 ILE 835 46.455 -20.917 -5.556
6 HG21 ILE 835 HG21 ILE 835 43.661 -18.454 -6.159
7 HG23 ILE 835 HG22 ILE 835 44.505 -18.741 -4.622
8 HG22 ILE 835 HG23 ILE 835 44.017 -20.108 -5.623
9 HD12 ILE 835 HD11 ILE 835 48.733 -20.308 -5.070
10 HD11 ILE 835 HD12 ILE 835 48.411 -18.653 -5.607
11 HD13 ILE 835 HD13 ILE 835 48.350 -19.983 -6.768
No H/Q in entry = 11
In of MODEL 3
1 H ARG 836 H ARG 836 46.775 -21.038 -9.415
2 HA ARG 836 HA ARG 836 48.969 -19.145 -9.979
3 HB2 ARG 836 HB2 ARG 836 48.874 -22.060 -10.714
4 HB3 ARG 836 HB3 ARG 836 50.275 -21.017 -10.592
5 HG2 ARG 836 HG2 ARG 836 50.005 -20.991 -8.150
6 HG3 ARG 836 HG3 ARG 836 48.640 -22.103 -8.314
7 HD2 ARG 836 HD2 ARG 836 50.235 -23.547 -9.654
8 HD3 ARG 836 HD3 ARG 836 51.521 -22.566 -8.965
9 HE ARG 836 HE ARG 836 49.597 -23.831 -7.188
10 HH11 ARG 836 HH11 ARG 836 52.926 -23.703 -8.419
11 HH12 ARG 836 HH12 ARG 836 53.541 -24.781 -7.267
12 HH21 ARG 836 HH21 ARG 836 50.446 -25.367 -5.609
13 HH22 ARG 836 HH22 ARG 836 52.101 -25.735 -5.620
No H/Q in entry = 13
In of MODEL 3
1 HA PRO 837 HA PRO 837 46.983 -19.073 -14.020
2 HB2 PRO 837 HB2 PRO 837 49.010 -18.091 -15.540
3 HB3 PRO 837 HB3 PRO 837 48.083 -17.076 -14.431
4 HG2 PRO 837 HG2 PRO 837 50.785 -18.293 -14.081
5 HG3 PRO 837 HG3 PRO 837 50.205 -16.692 -13.592
6 HD2 PRO 837 HD2 PRO 837 50.458 -18.813 -11.874
7 HD3 PRO 837 HD3 PRO 837 49.311 -17.482 -11.635
No H/Q in entry = 7
In of MODEL 3
1 H CYS 838 H CYS 838 46.828 -20.474 -15.767
2 HA CYS 838 HA CYS 838 48.793 -22.588 -15.836
3 HB2 CYS 838 HB2 CYS 838 45.956 -22.415 -16.812
4 HB3 CYS 838 HB3 CYS 838 47.040 -23.653 -17.432
No H/Q in entry = 4
In of MODEL 3
1 H ALA 839 H ALA 839 48.734 -23.520 -18.383
2 HA ALA 839 HA ALA 839 50.282 -21.577 -19.745
3 HB2 ALA 839 HB1 ALA 839 49.316 -24.256 -20.731
4 HB1 ALA 839 HB2 ALA 839 50.803 -23.972 -19.825
5 HB3 ALA 839 HB3 ALA 839 50.608 -23.286 -21.438
No H/Q in entry = 5
In of MODEL 3
1 H ALA 840 H ALA 840 46.985 -22.467 -19.894
2 HA ALA 840 HA ALA 840 46.472 -21.384 -22.497
3 HB3 ALA 840 HB1 ALA 840 44.106 -21.607 -21.886
4 HB2 ALA 840 HB2 ALA 840 44.605 -22.003 -20.240
5 HB1 ALA 840 HB3 ALA 840 45.017 -23.092 -21.570
No H/Q in entry = 5
In of MODEL 3
1 H GLU 841 H GLU 841 47.733 -19.395 -21.914
2 HA GLU 841 HA GLU 841 46.210 -17.401 -20.439
3 HB2 GLU 841 HB2 GLU 841 48.959 -17.166 -21.661
4 HB3 GLU 841 HB3 GLU 841 48.220 -16.045 -20.529
5 HG2 GLU 841 HG2 GLU 841 48.280 -17.713 -18.790
6 HG3 GLU 841 HG3 GLU 841 48.930 -18.898 -19.923
No H/Q in entry = 6
In of MODEL 3
1 H THR 842 H THR 842 44.636 -17.530 -22.277
2 HA THR 842 HA THR 842 43.586 -16.647 -24.074
3 HB THR 842 HB THR 842 45.717 -14.531 -24.100
4 HG1 THR 842 HG1 THR 842 43.354 -14.456 -22.502
5 HG22 THR 842 HG21 THR 842 42.734 -14.409 -24.649
6 HG21 THR 842 HG22 THR 842 44.003 -14.414 -25.872
7 HG23 THR 842 HG23 THR 842 43.849 -13.046 -24.773
No H/Q in entry = 7
In of MODEL 3
1 H GLN 843 H GLN 843 45.111 -18.681 -24.695
2 HA GLN 843 HA GLN 843 46.412 -17.910 -27.215
3 HB2 GLN 843 HB2 GLN 843 47.211 -20.279 -25.502
4 HB3 GLN 843 HB3 GLN 843 47.966 -19.778 -27.004
5 HG2 GLN 843 HG2 GLN 843 48.615 -17.647 -25.863
6 HG3 GLN 843 HG3 GLN 843 48.031 -18.353 -24.358
7 HE21 GLN 843 HE21 GLN 843 49.165 -20.184 -23.496
8 HE22 GLN 843 HE22 GLN 843 50.768 -20.492 -23.974
No H/Q in entry = 8
In of MODEL 4
1 H1 GLY 689 H2 GLY 689 38.220 9.740 -21.978
2 H2 GLY 689 H1 GLY 689 37.755 8.280 -21.265
3 H3 GLY 689 H3 GLY 689 39.367 8.786 -21.202
4 HA2 GLY 689 HA2 GLY 689 37.860 8.032 -23.618
5 HA3 GLY 689 HA3 GLY 689 39.090 7.059 -22.822
No H/Q in entry = 5
In of MODEL 4
1 H SER 690 H SER 690 41.258 7.941 -22.711
2 HA SER 690 HA SER 690 41.765 9.592 -25.044
3 HB2 SER 690 HB2 SER 690 43.237 9.644 -22.410
4 HB3 SER 690 HB3 SER 690 43.726 10.537 -23.850
5 HG SER 690 HG SER 690 41.582 11.498 -23.783
No H/Q in entry = 5
In of MODEL 4
1 H HIS 691 H HIS 691 42.377 8.167 -26.478
2 HA HIS 691 HA HIS 691 44.761 6.637 -25.992
3 HB2 HIS 691 HB2 HIS 691 43.721 4.525 -26.952
4 HB3 HIS 691 HB3 HIS 691 43.195 4.952 -25.338
5 HD1 HIS 691 HD1 HIS 691 40.716 4.783 -24.987
6 HD2 HIS 691 HD2 HIS 691 41.688 5.330 -29.003
7 HE1 HIS 691 HE1 HIS 691 38.571 4.645 -26.220
8 HE2 HIS 691 HE2 HIS 691 39.202 4.742 -28.641
No H/Q in entry = 8
In of MODEL 4
1 H MET 692 H MET 692 44.017 8.937 -27.532
2 HA MET 692 HA MET 692 43.781 8.371 -30.306
3 HB2 MET 692 HB2 MET 692 43.311 10.580 -29.402
4 HB3 MET 692 HB3 MET 692 44.973 10.745 -28.853
5 HG2 MET 692 HG2 MET 692 45.699 10.708 -31.220
6 HG3 MET 692 HG3 MET 692 44.010 10.655 -31.715
7 HE3 MET 692 HE1 MET 692 44.978 14.318 -32.644
8 HE2 MET 692 HE2 MET 692 44.208 12.832 -33.198
9 HE1 MET 692 HE3 MET 692 45.934 12.847 -32.836
No H/Q in entry = 9
In of MODEL 4
1 H ASN 693 H ASN 693 46.468 8.983 -28.161
2 HA ASN 693 HA ASN 693 48.268 7.990 -30.237
3 HB2 ASN 693 HB2 ASN 693 50.133 9.019 -28.994
4 HB3 ASN 693 HB3 ASN 693 48.909 10.224 -29.359
5 HD21 ASN 693 HD21 ASN 693 47.760 11.154 -27.662
6 HD22 ASN 693 HD22 ASN 693 48.236 10.964 -26.021
No H/Q in entry = 6
In of MODEL 4
1 HA PRO 694 HA PRO 694 48.637 4.196 -27.896
2 HB2 PRO 694 HB2 PRO 694 51.427 4.188 -28.929
3 HB3 PRO 694 HB3 PRO 694 50.184 2.942 -29.076
4 HG2 PRO 694 HG2 PRO 694 50.865 4.443 -31.172
5 HG3 PRO 694 HG3 PRO 694 49.179 3.971 -30.892
6 HD2 PRO 694 HD2 PRO 694 50.511 6.606 -30.401
7 HD3 PRO 694 HD3 PRO 694 48.881 6.245 -31.003
No H/Q in entry = 7
In of MODEL 4
1 H LEU 695 H LEU 695 48.790 4.599 -25.768
2 HA LEU 695 HA LEU 695 50.836 6.298 -24.727
3 HB2 LEU 695 HB2 LEU 695 48.550 6.376 -23.852
4 HB3 LEU 695 HB3 LEU 695 48.697 4.715 -23.312
5 HG LEU 695 HG LEU 695 50.460 5.399 -21.727
6 HD11 LEU 695 HD11 LEU 695 49.827 8.198 -22.661
7 HD13 LEU 695 HD12 LEU 695 51.338 7.321 -22.918
8 HD12 LEU 695 HD13 LEU 695 50.847 7.769 -21.287
9 HD21 LEU 695 HD21 LEU 695 48.139 5.299 -20.998
10 HD23 LEU 695 HD22 LEU 695 47.900 6.977 -21.486
11 HD22 LEU 695 HD23 LEU 695 49.004 6.589 -20.167
No H/Q in entry = 11
In of MODEL 4
1 H THR 696 H THR 696 52.745 5.682 -24.057
2 HA THR 696 HA THR 696 53.415 2.934 -23.914
3 HB THR 696 HB THR 696 55.661 4.103 -23.243
4 HG1 THR 696 HG1 THR 696 55.667 6.273 -24.026
5 HG22 THR 696 HG21 THR 696 56.121 4.557 -25.618
6 HG21 THR 696 HG22 THR 696 54.389 4.514 -25.960
7 HG23 THR 696 HG23 THR 696 55.219 3.053 -25.425
No H/Q in entry = 7
In of MODEL 4
1 H GLN 697 H GLN 697 52.409 2.069 -22.137
2 HA GLN 697 HA GLN 697 52.819 3.353 -19.568
3 HB2 GLN 697 HB2 GLN 697 50.538 2.561 -20.054
4 HB3 GLN 697 HB3 GLN 697 51.148 0.934 -20.302
5 HG2 GLN 697 HG2 GLN 697 50.133 1.073 -18.120
6 HG3 GLN 697 HG3 GLN 697 51.873 0.864 -17.946
7 HE21 GLN 697 HE21 GLN 697 50.264 3.883 -18.749
8 HE22 GLN 697 HE22 GLN 697 50.654 4.685 -17.274
No H/Q in entry = 8
In of MODEL 4
1 H ALA 698 H ALA 698 54.693 2.893 -18.681
2 HA ALA 698 HA ALA 698 55.939 0.327 -19.151
3 HB1 ALA 698 HB1 ALA 698 57.367 2.283 -19.296
4 HB2 ALA 698 HB2 ALA 698 57.860 1.296 -17.919
5 HB3 ALA 698 HB3 ALA 698 56.918 2.765 -17.662
No H/Q in entry = 5
In of MODEL 4
1 H VAL 699 H VAL 699 54.912 -1.133 -18.040
2 HA VAL 699 HA VAL 699 54.018 -0.677 -15.339
3 HB VAL 699 HB VAL 699 54.026 -3.242 -16.969
4 HG13 VAL 699 HG11 VAL 699 53.796 -3.656 -14.588
5 HG12 VAL 699 HG12 VAL 699 52.275 -3.995 -15.412
6 HG11 VAL 699 HG13 VAL 699 52.468 -2.500 -14.494
7 HG23 VAL 699 HG21 VAL 699 51.809 -1.215 -16.645
8 HG22 VAL 699 HG22 VAL 699 51.660 -2.776 -17.452
9 HG21 VAL 699 HG23 VAL 699 52.723 -1.538 -18.120
No H/Q in entry = 9
In of MODEL 4
1 HA PRO 700 HA PRO 700 58.016 -1.931 -13.625
2 HB2 PRO 700 HB2 PRO 700 56.195 -2.714 -11.398
3 HB3 PRO 700 HB3 PRO 700 57.685 -1.768 -11.334
4 HG2 PRO 700 HG2 PRO 700 55.357 -0.539 -11.111
5 HG3 PRO 700 HG3 PRO 700 56.648 0.171 -12.100
6 HD2 PRO 700 HD2 PRO 700 54.185 -1.291 -12.958
7 HD3 PRO 700 HD3 PRO 700 54.980 0.123 -13.685
No H/Q in entry = 7
In of MODEL 4
1 H LYS 701 H LYS 701 59.008 -3.954 -13.587
2 HA LYS 701 HA LYS 701 57.232 -6.034 -14.441
3 HB2 LYS 701 HB2 LYS 701 60.242 -6.013 -14.394
4 HB3 LYS 701 HB3 LYS 701 59.256 -7.334 -15.012
5 HG2 LYS 701 HG2 LYS 701 59.367 -4.514 -16.064
6 HG3 LYS 701 HG3 LYS 701 60.017 -5.956 -16.857
7 HD2 LYS 701 HD2 LYS 701 57.728 -6.857 -17.017
8 HD3 LYS 701 HD3 LYS 701 57.102 -5.397 -16.259
9 HE2 LYS 701 HE2 LYS 701 56.766 -5.205 -18.597
10 HE3 LYS 701 HE3 LYS 701 58.044 -4.088 -18.139
11 HZ2 LYS 701 HZ1 LYS 701 58.516 -5.319 -20.181
12 HZ1 LYS 701 HZ2 LYS 701 58.508 -6.769 -19.337
13 HZ3 LYS 701 HZ3 LYS 701 59.678 -5.597 -19.000
No H/Q in entry = 13
In of MODEL 4
1 H CYS 702 H CYS 702 56.178 -6.182 -12.676
2 HA CYS 702 HA CYS 702 57.203 -8.166 -10.816
3 HB2 CYS 702 HB2 CYS 702 55.692 -5.634 -10.048
4 HB3 CYS 702 HB3 CYS 702 55.953 -6.999 -9.009
No H/Q in entry = 4
In of MODEL 4
1 H GLN 703 H GLN 703 55.599 -9.528 -10.072
2 HA GLN 703 HA GLN 703 53.260 -9.604 -11.788
3 HB2 GLN 703 HB2 GLN 703 54.095 -11.448 -9.542
4 HB3 GLN 703 HB3 GLN 703 52.818 -11.748 -10.712
5 HG2 GLN 703 HG2 GLN 703 55.767 -11.555 -11.300
6 HG3 GLN 703 HG3 GLN 703 54.795 -13.025 -11.279
7 HE21 GLN 703 HE21 GLN 703 53.376 -13.392 -12.971
8 HE22 GLN 703 HE22 GLN 703 53.479 -12.583 -14.477
No H/Q in entry = 8
In of MODEL 4
1 H ARG 704 H ARG 704 51.301 -10.459 -10.321
2 HA ARG 704 HA ARG 704 50.200 -8.075 -9.406
3 HB2 ARG 704 HB2 ARG 704 49.329 -10.884 -8.950
4 HB3 ARG 704 HB3 ARG 704 48.329 -9.461 -8.699
5 HG2 ARG 704 HG2 ARG 704 49.633 -9.862 -11.317
6 HG3 ARG 704 HG3 ARG 704 48.235 -10.843 -10.919
7 HD2 ARG 704 HD2 ARG 704 47.512 -8.966 -12.137
8 HD3 ARG 704 HD3 ARG 704 47.000 -8.717 -10.467
9 HE ARG 704 HE ARG 704 49.108 -7.203 -10.450
10 HH11 ARG 704 HH11 ARG 704 46.997 -7.726 -13.248
11 HH12 ARG 704 HH12 ARG 704 47.050 -6.156 -13.832
12 HH21 ARG 704 HH21 ARG 704 49.268 -5.003 -11.232
13 HH22 ARG 704 HH22 ARG 704 48.439 -4.549 -12.665
No H/Q in entry = 13
In of MODEL 4
1 H TRP 705 H TRP 705 51.908 -10.512 -7.627
2 HA TRP 705 HA TRP 705 51.076 -9.457 -5.024
3 HB2 TRP 705 HB2 TRP 705 52.260 -11.503 -4.158
4 HB3 TRP 705 HB3 TRP 705 50.848 -11.828 -5.149
5 HD1 TRP 705 HD1 TRP 705 54.566 -12.530 -4.920
6 HE1 TRP 705 HE1 TRP 705 55.271 -14.006 -6.864
7 HE3 TRP 705 HE3 TRP 705 50.269 -12.374 -7.721
8 HZ2 TRP 705 HZ2 TRP 705 54.189 -15.029 -9.255
9 HZ3 TRP 705 HZ3 TRP 705 50.194 -13.652 -9.820
10 HH2 TRP 705 HH2 TRP 705 52.116 -14.952 -10.571
No H/Q in entry = 10
In of MODEL 4
1 H GLU 706 H GLU 706 53.248 -8.611 -7.224
2 HA GLU 706 HA GLU 706 55.343 -8.121 -5.253
3 HB2 GLU 706 HB2 GLU 706 55.686 -8.677 -8.210
4 HB3 GLU 706 HB3 GLU 706 56.965 -8.261 -7.076
5 HG2 GLU 706 HG2 GLU 706 56.557 -10.334 -5.887
6 HG3 GLU 706 HG3 GLU 706 55.243 -10.717 -6.999
No H/Q in entry = 6
In of MODEL 4
1 H LYS 707 H LYS 707 56.601 -6.241 -5.667
2 HA LYS 707 HA LYS 707 55.338 -4.192 -7.270
3 HB2 LYS 707 HB2 LYS 707 55.344 -2.558 -5.424
4 HB3 LYS 707 HB3 LYS 707 54.192 -3.863 -5.181
5 HG2 LYS 707 HG2 LYS 707 55.471 -4.816 -3.466
6 HG3 LYS 707 HG3 LYS 707 56.915 -3.918 -3.928
7 HD2 LYS 707 HD2 LYS 707 55.823 -3.040 -1.873
8 HD3 LYS 707 HD3 LYS 707 55.948 -1.851 -3.163
9 HE2 LYS 707 HE2 LYS 707 53.593 -2.312 -3.769
10 HE3 LYS 707 HE3 LYS 707 53.493 -3.441 -2.420
11 HZ3 LYS 707 HZ1 LYS 707 53.874 -1.666 -0.902
12 HZ2 LYS 707 HZ2 LYS 707 52.622 -1.176 -1.942
13 HZ1 LYS 707 HZ3 LYS 707 54.181 -0.584 -2.144
No H/Q in entry = 13
In of MODEL 4
1 H LEU 708 H LEU 708 56.641 -2.293 -7.425
2 HA LEU 708 HA LEU 708 59.468 -3.006 -7.417
3 HB2 LEU 708 HB2 LEU 708 58.445 -2.354 -9.526
4 HB3 LEU 708 HB3 LEU 708 57.945 -0.823 -8.838
5 HG LEU 708 HG LEU 708 60.376 -0.249 -8.557
6 HD11 LEU 708 HD11 LEU 708 60.758 -2.728 -10.203
7 HD13 LEU 708 HD12 LEU 708 61.294 -2.476 -8.541
8 HD12 LEU 708 HD13 LEU 708 61.996 -1.526 -9.847
9 HD21 LEU 708 HD21 LEU 708 59.052 0.570 -10.462
10 HD23 LEU 708 HD22 LEU 708 59.525 -0.861 -11.386
11 HD22 LEU 708 HD23 LEU 708 60.741 0.305 -10.880
No H/Q in entry = 11
In of MODEL 4
1 H GLN 709 H GLN 709 60.542 -2.292 -5.676
2 HA GLN 709 HA GLN 709 60.246 0.517 -4.937
3 HB2 GLN 709 HB2 GLN 709 60.351 0.081 -2.554
4 HB3 GLN 709 HB3 GLN 709 58.995 -0.836 -3.186
5 HG2 GLN 709 HG2 GLN 709 60.336 -2.886 -3.126
6 HG3 GLN 709 HG3 GLN 709 61.723 -1.938 -2.616
7 HE21 GLN 709 HE21 GLN 709 61.963 -1.366 -0.522
8 HE22 GLN 709 HE22 GLN 709 60.919 -1.908 0.734
No H/Q in entry = 8
In of MODEL 4
1 H ASN 710 H ASN 710 62.229 1.384 -4.327
2 HA ASN 710 HA ASN 710 64.530 1.551 -4.095
3 HB2 ASN 710 HB2 ASN 710 63.893 -0.415 -2.452
4 HB3 ASN 710 HB3 ASN 710 64.606 -1.431 -3.671
5 HD21 ASN 710 HD21 ASN 710 65.139 0.775 -1.197
6 HD22 ASN 710 HD22 ASN 710 66.865 0.677 -1.139
No H/Q in entry = 6
In of MODEL 4
1 H SER 711 H SER 711 63.079 0.683 -6.554
2 HA SER 711 HA SER 711 63.371 0.127 -8.688
3 HB2 SER 711 HB2 SER 711 66.257 0.618 -7.998
4 HB3 SER 711 HB3 SER 711 65.652 0.464 -9.662
5 HG SER 711 HG SER 711 64.320 2.199 -7.973
No H/Q in entry = 5
In of MODEL 4
1 H ARG 712 H ARG 712 63.453 -1.991 -6.597
2 HA ARG 712 HA ARG 712 64.341 -4.116 -8.393
3 HB2 ARG 712 HB2 ARG 712 65.017 -5.489 -6.471
4 HB3 ARG 712 HB3 ARG 712 65.955 -4.006 -6.511
5 HG2 ARG 712 HG2 ARG 712 64.668 -3.066 -4.745
6 HG3 ARG 712 HG3 ARG 712 63.537 -4.418 -4.763
7 HD2 ARG 712 HD2 ARG 712 65.416 -5.920 -4.136
8 HD3 ARG 712 HD3 ARG 712 66.471 -4.512 -4.026
9 HE ARG 712 HE ARG 712 64.780 -3.730 -2.283
10 HH11 ARG 712 HH11 ARG 712 65.567 -7.179 -2.761
11 HH12 ARG 712 HH12 ARG 712 65.236 -7.579 -1.143
12 HH21 ARG 712 HH21 ARG 712 64.316 -4.366 -0.099
13 HH22 ARG 712 HH22 ARG 712 64.511 -5.981 0.389
No H/Q in entry = 13
In of MODEL 4
1 H CYS 713 H CYS 713 63.059 -6.139 -7.968
2 HA CYS 713 HA CYS 713 60.376 -5.310 -7.226
3 HB2 CYS 713 HB2 CYS 713 60.734 -6.347 -9.474
4 HB3 CYS 713 HB3 CYS 713 61.192 -7.851 -8.661
No H/Q in entry = 4
In of MODEL 4
1 H VAL 714 H VAL 714 59.371 -6.090 -5.554
2 HA VAL 714 HA VAL 714 60.422 -8.376 -4.058
3 HB VAL 714 HB VAL 714 60.085 -7.185 -1.923
4 HG11 VAL 714 HG11 VAL 714 61.957 -5.708 -3.758
5 HG13 VAL 714 HG12 VAL 714 62.332 -7.161 -2.830
6 HG12 VAL 714 HG13 VAL 714 61.992 -5.644 -1.998
7 HG23 VAL 714 HG21 VAL 714 59.755 -4.740 -1.894
8 HG22 VAL 714 HG22 VAL 714 58.390 -5.608 -2.598
9 HG21 VAL 714 HG23 VAL 714 59.538 -4.776 -3.646
No H/Q in entry = 9
In of MODEL 4
1 H CYS 715 H CYS 715 58.656 -8.775 -2.239
2 HA CYS 715 HA CYS 715 56.142 -8.834 -3.670
3 HB2 CYS 715 HB2 CYS 715 56.969 -10.078 -1.040
4 HB3 CYS 715 HB3 CYS 715 55.368 -10.235 -1.750
No H/Q in entry = 4
In of MODEL 4
1 H LYS 716 H LYS 716 54.252 -7.986 -2.882
2 HA LYS 716 HA LYS 716 54.532 -5.532 -1.396
3 HB2 LYS 716 HB2 LYS 716 52.150 -5.225 -1.889
4 HB3 LYS 716 HB3 LYS 716 52.965 -5.779 -3.341
5 HG2 LYS 716 HG2 LYS 716 52.202 -8.134 -2.502
6 HG3 LYS 716 HG3 LYS 716 51.016 -7.206 -1.593
7 HD2 LYS 716 HD2 LYS 716 51.414 -7.139 -4.592
8 HD3 LYS 716 HD3 LYS 716 50.136 -7.993 -3.742
9 HE2 LYS 716 HE2 LYS 716 49.233 -5.865 -2.965
10 HE3 LYS 716 HE3 LYS 716 50.550 -5.007 -3.772
11 HZ2 LYS 716 HZ1 LYS 716 48.457 -6.648 -5.151
12 HZ1 LYS 716 HZ2 LYS 716 49.792 -5.940 -5.878
13 HZ3 LYS 716 HZ3 LYS 716 48.633 -4.958 -5.184
No H/Q in entry = 13
In of MODEL 4
1 H MET 717 H MET 717 52.617 -5.288 0.377
2 HA MET 717 HA MET 717 53.063 -7.549 2.162
3 HB2 MET 717 HB2 MET 717 52.269 -4.702 2.741
4 HB3 MET 717 HB3 MET 717 52.306 -5.960 3.969
5 HG2 MET 717 HG2 MET 717 54.663 -5.047 2.330
6 HG3 MET 717 HG3 MET 717 54.330 -4.583 3.998
7 HE1 MET 717 HE1 MET 717 53.401 -7.200 5.450
8 HE3 MET 717 HE2 MET 717 54.704 -6.201 6.098
9 HE2 MET 717 HE3 MET 717 54.925 -7.939 5.937
No H/Q in entry = 9
In of MODEL 4
1 HA PRO 718 HA PRO 718 48.997 -9.052 1.674
2 HB2 PRO 718 HB2 PRO 718 48.519 -10.174 4.120
3 HB3 PRO 718 HB3 PRO 718 49.573 -10.902 2.903
4 HG2 PRO 718 HG2 PRO 718 50.300 -9.237 5.281
5 HG3 PRO 718 HG3 PRO 718 51.064 -10.722 4.685
6 HD2 PRO 718 HD2 PRO 718 52.125 -8.306 4.209
7 HD3 PRO 718 HD3 PRO 718 52.203 -9.605 3.001
No H/Q in entry = 7
In of MODEL 4
1 H TYR 719 H TYR 719 49.621 -6.692 4.048
2 HA TYR 719 HA TYR 719 46.806 -6.397 4.668
3 HB2 TYR 719 HB2 TYR 719 47.477 -4.645 6.251
4 HB3 TYR 719 HB3 TYR 719 48.319 -6.156 6.550
5 HD1 TYR 719 HD1 TYR 719 48.635 -2.662 5.572
6 HD2 TYR 719 HD2 TYR 719 50.756 -6.316 6.109
7 HE1 TYR 719 HE1 TYR 719 50.742 -1.419 5.607
8 HE2 TYR 719 HE2 TYR 719 52.870 -5.073 6.166
9 HH TYR 719 HH TYR 719 53.812 -3.007 5.474
No H/Q in entry = 9
In of MODEL 4
1 H GLU 720 H GLU 720 48.822 -5.493 2.292
2 HA GLU 720 HA GLU 720 47.335 -3.053 1.711
3 HB2 GLU 720 HB2 GLU 720 49.965 -4.127 0.764
4 HB3 GLU 720 HB3 GLU 720 49.170 -2.751 -0.019
5 HG2 GLU 720 HG2 GLU 720 49.255 -1.534 2.099
6 HG3 GLU 720 HG3 GLU 720 50.053 -2.915 2.854
No H/Q in entry = 6
In of MODEL 4
1 H CYS 721 H CYS 721 46.789 -5.976 1.460
2 HA CYS 721 HA CYS 721 46.352 -6.352 -1.390
3 HB2 CYS 721 HB2 CYS 721 47.328 -8.200 -0.198
4 HB3 CYS 721 HB3 CYS 721 46.083 -8.137 1.041
No H/Q in entry = 4
In of MODEL 4
1 H GLY 722 H GLY 722 44.233 -6.637 -2.203
2 HA3 GLY 722 HA2 GLY 722 42.006 -6.225 -0.380
3 HA2 GLY 722 HA3 GLY 722 42.261 -4.984 -1.602
No H/Q in entry = 3
In of MODEL 4
1 HA PRO 723 HA PRO 723 39.872 -7.319 -4.490
2 HB2 PRO 723 HB2 PRO 723 41.260 -6.850 -6.820
3 HB3 PRO 723 HB3 PRO 723 40.147 -5.694 -6.083
4 HG2 PRO 723 HG2 PRO 723 43.132 -5.815 -5.929
5 HG3 PRO 723 HG3 PRO 723 42.083 -4.403 -6.127
6 HD2 PRO 723 HD2 PRO 723 43.180 -5.024 -3.759
7 HD3 PRO 723 HD3 PRO 723 41.553 -4.322 -3.873
No H/Q in entry = 7
In of MODEL 4
1 H SER 724 H SER 724 39.895 -9.513 -4.477
2 HA SER 724 HA SER 724 41.714 -11.211 -5.928
3 HB2 SER 724 HB2 SER 724 43.062 -10.324 -3.953
4 HB3 SER 724 HB3 SER 724 41.991 -11.283 -2.945
5 HG SER 724 HG SER 724 43.162 -12.239 -5.247
No H/Q in entry = 5
In of MODEL 4
1 H LEU 725 H LEU 725 41.120 -13.264 -5.980
2 HA LEU 725 HA LEU 725 38.394 -13.856 -5.162
3 HB2 LEU 725 HB2 LEU 725 40.454 -15.361 -6.705
4 HB3 LEU 725 HB3 LEU 725 39.248 -16.300 -5.863
5 HG LEU 725 HG LEU 725 37.483 -15.054 -7.190
6 HD13 LEU 725 HD11 LEU 725 38.023 -13.754 -8.964
7 HD12 LEU 725 HD12 LEU 725 39.696 -14.233 -8.882
8 HD11 LEU 725 HD13 LEU 725 39.030 -13.154 -7.628
9 HD22 LEU 725 HD21 LEU 725 37.858 -16.246 -9.222
10 HD21 LEU 725 HD22 LEU 725 38.332 -17.283 -7.861
11 HD23 LEU 725 HD23 LEU 725 39.558 -16.436 -8.827
No H/Q in entry = 11
In of MODEL 4
1 H ASP 726 H ASP 726 37.792 -14.713 -3.316
2 HA ASP 726 HA ASP 726 39.780 -15.584 -1.464
3 HB2 ASP 726 HB2 ASP 726 36.778 -15.389 -1.259
4 HB3 ASP 726 HB3 ASP 726 37.725 -16.188 -0.011
No H/Q in entry = 4
In of MODEL 4
1 H VAL 727 H VAL 727 40.261 -17.532 -0.796
2 HA VAL 727 HA VAL 727 39.039 -19.853 -2.092
3 HB VAL 727 HB VAL 727 41.307 -20.797 -2.610
4 HG12 VAL 727 HG11 VAL 727 41.766 -19.471 -4.652
5 HG11 VAL 727 HG12 VAL 727 40.710 -18.204 -4.041
6 HG13 VAL 727 HG13 VAL 727 40.045 -19.789 -4.433
7 HG21 VAL 727 HG21 VAL 727 42.646 -19.458 -1.067
8 HG23 VAL 727 HG22 VAL 727 42.301 -18.005 -2.005
9 HG22 VAL 727 HG23 VAL 727 43.261 -19.303 -2.713
No H/Q in entry = 9
In of MODEL 4
1 H CYS 728 H CYS 728 39.666 -21.868 -0.977
2 HA CYS 728 HA CYS 728 40.233 -21.349 1.848
3 HB2 CYS 728 HB2 CYS 728 39.253 -23.880 0.505
4 HB3 CYS 728 HB3 CYS 728 39.372 -23.601 2.235
No H/Q in entry = 4
In of MODEL 4
1 H ALA 729 H ALA 729 42.290 -21.893 2.673
2 HA ALA 729 HA ALA 729 43.766 -23.737 0.961
3 HB2 ALA 729 HB1 ALA 729 45.797 -22.492 1.443
4 HB1 ALA 729 HB2 ALA 729 44.874 -21.363 2.428
5 HB3 ALA 729 HB3 ALA 729 44.597 -21.443 0.685
No H/Q in entry = 5
In of MODEL 4
1 H GLN 730 H GLN 730 45.280 -24.981 2.042
2 HA GLN 730 HA GLN 730 44.562 -25.472 4.821
3 HB2 GLN 730 HB2 GLN 730 44.410 -27.412 3.296
4 HB3 GLN 730 HB3 GLN 730 46.110 -27.221 2.920
5 HG2 GLN 730 HG2 GLN 730 46.755 -27.678 5.154
6 HG3 GLN 730 HG3 GLN 730 45.093 -27.720 5.707
7 HE21 GLN 730 HE21 GLN 730 45.167 -29.839 6.425
8 HE22 GLN 730 HE22 GLN 730 45.365 -31.174 5.363
No H/Q in entry = 8
In of MODEL 4
1 H ASP 731 H ASP 731 45.884 -24.845 6.271
2 HA ASP 731 HA ASP 731 48.426 -23.626 5.791
3 HB2 ASP 731 HB2 ASP 731 46.868 -23.050 7.683
4 HB3 ASP 731 HB3 ASP 731 47.224 -24.621 8.378
No H/Q in entry = 4
In of MODEL 4
1 H GLU 732 H GLU 732 50.379 -24.664 5.649
2 HA GLU 732 HA GLU 732 50.307 -27.514 5.759
3 HB2 GLU 732 HB2 GLU 732 52.488 -25.624 4.994
4 HB3 GLU 732 HB3 GLU 732 52.690 -27.380 4.979
5 HG2 GLU 732 HG2 GLU 732 50.698 -27.462 3.430
6 HG3 GLU 732 HG3 GLU 732 50.809 -25.702 3.394
No H/Q in entry = 6
In of MODEL 4
1 H ARG 733 H ARG 733 50.887 -25.374 8.228
2 HA ARG 733 HA ARG 733 52.618 -27.418 9.427
3 HB2 ARG 733 HB2 ARG 733 53.526 -25.025 9.246
4 HB3 ARG 733 HB3 ARG 733 52.355 -24.601 10.482
5 HG2 ARG 733 HG2 ARG 733 54.552 -24.986 11.468
6 HG3 ARG 733 HG3 ARG 733 53.403 -26.207 12.023
7 HD2 ARG 733 HD2 ARG 733 54.285 -27.822 10.450
8 HD3 ARG 733 HD3 ARG 733 55.329 -26.602 9.727
9 HE ARG 733 HE ARG 733 55.931 -26.862 12.458
10 HH11 ARG 733 HH11 ARG 733 56.206 -28.758 9.449
11 HH12 ARG 733 HH12 ARG 733 57.632 -29.555 9.941
12 HH21 ARG 733 HH21 ARG 733 57.872 -28.007 13.103
13 HH22 ARG 733 HH22 ARG 733 58.592 -29.126 12.027
No H/Q in entry = 13
In of MODEL 4
1 H SER 734 H SER 734 49.841 -25.386 9.894
2 HA SER 734 HA SER 734 49.193 -26.601 12.447
3 HB2 SER 734 HB2 SER 734 47.433 -24.760 10.863
4 HB3 SER 734 HB3 SER 734 47.597 -24.892 12.617
5 HG SER 734 HG SER 734 49.432 -23.797 10.746
No H/Q in entry = 5
In of MODEL 4
1 H LYS 735 H LYS 735 48.505 -27.040 9.104
2 HA LYS 735 HA LYS 735 47.197 -28.337 7.845
3 HB2 LYS 735 HB2 LYS 735 47.172 -30.155 10.266
4 HB3 LYS 735 HB3 LYS 735 46.786 -30.629 8.617
5 HG2 LYS 735 HG2 LYS 735 49.470 -29.741 9.678
6 HG3 LYS 735 HG3 LYS 735 49.026 -31.349 9.121
7 HD2 LYS 735 HD2 LYS 735 49.115 -28.871 7.376
8 HD3 LYS 735 HD3 LYS 735 50.406 -30.046 7.502
9 HE2 LYS 735 HE2 LYS 735 47.606 -30.670 6.552
10 HE3 LYS 735 HE3 LYS 735 48.959 -30.321 5.489
11 HZ3 LYS 735 HZ1 LYS 735 48.633 -32.664 5.683
12 HZ2 LYS 735 HZ2 LYS 735 48.752 -32.608 7.366
13 HZ1 LYS 735 HZ3 LYS 735 50.101 -32.261 6.409
No H/Q in entry = 13
In of MODEL 4
1 H ARG 736 H ARG 736 45.873 -26.365 8.579
2 HA ARG 736 HA ARG 736 43.112 -27.245 9.239
3 HB2 ARG 736 HB2 ARG 736 42.839 -25.008 10.284
4 HB3 ARG 736 HB3 ARG 736 44.108 -25.904 11.120
5 HG2 ARG 736 HG2 ARG 736 45.796 -24.761 9.823
6 HG3 ARG 736 HG3 ARG 736 44.562 -23.875 8.961
7 HD2 ARG 736 HD2 ARG 736 43.940 -22.717 11.011
8 HD3 ARG 736 HD3 ARG 736 45.137 -23.662 11.914
9 HE ARG 736 HE ARG 736 46.857 -22.667 10.508
10 HH11 ARG 736 HH11 ARG 736 43.817 -20.896 10.803
11 HH12 ARG 736 HH12 ARG 736 44.476 -19.439 10.210
12 HH21 ARG 736 HH21 ARG 736 47.708 -20.746 9.620
13 HH22 ARG 736 HH22 ARG 736 46.750 -19.331 9.535
No H/Q in entry = 13
In of MODEL 4
1 H ILE 737 H ILE 737 41.488 -26.054 7.999
2 HA ILE 737 HA ILE 737 42.737 -24.782 5.765
3 HB ILE 737 HB ILE 737 40.159 -26.317 6.010
4 HG12 ILE 737 HG12 ILE 737 42.546 -26.724 4.256
5 HG13 ILE 737 HG13 ILE 737 42.495 -27.331 5.900
6 HG21 ILE 737 HG21 ILE 737 39.902 -24.314 4.533
7 HG23 ILE 737 HG22 ILE 737 39.852 -25.828 3.629
8 HG22 ILE 737 HG23 ILE 737 41.313 -24.839 3.618
9 HD11 ILE 737 HD11 ILE 737 40.605 -28.002 3.709
10 HD13 ILE 737 HD12 ILE 737 40.628 -28.612 5.404
11 HD12 ILE 737 HD13 ILE 737 41.982 -28.962 4.312
No H/Q in entry = 11
In of MODEL 4
1 H LEU 738 H LEU 738 42.292 -22.885 5.263
2 HA LEU 738 HA LEU 738 40.462 -21.343 6.916
3 HB2 LEU 738 HB2 LEU 738 42.103 -19.476 6.747
4 HB3 LEU 738 HB3 LEU 738 42.389 -20.752 7.891
5 HG LEU 738 HG LEU 738 44.196 -19.701 6.663
6 HD11 LEU 738 HD11 LEU 738 43.849 -22.651 6.729
7 HD13 LEU 738 HD12 LEU 738 44.590 -21.618 7.968
8 HD12 LEU 738 HD13 LEU 738 45.432 -21.924 6.413
9 HD21 LEU 738 HD21 LEU 738 43.330 -19.873 4.393
10 HD23 LEU 738 HD22 LEU 738 43.579 -21.616 4.453
11 HD22 LEU 738 HD23 LEU 738 44.961 -20.521 4.549
No H/Q in entry = 11
In of MODEL 4
1 HA PRO 739 HA PRO 739 39.486 -19.260 3.133
2 HB2 PRO 739 HB2 PRO 739 38.381 -17.031 4.132
3 HB3 PRO 739 HB3 PRO 739 37.524 -18.578 4.203
4 HG2 PRO 739 HG2 PRO 739 38.996 -17.129 6.365
5 HG3 PRO 739 HG3 PRO 739 37.528 -18.113 6.469
6 HD2 PRO 739 HD2 PRO 739 40.115 -19.063 7.132
7 HD3 PRO 739 HD3 PRO 739 38.702 -20.051 6.712
No H/Q in entry = 7
In of MODEL 4
1 H LEU 740 H LEU 740 41.144 -18.561 2.097
2 HA LEU 740 HA LEU 740 42.560 -16.158 2.999
3 HB2 LEU 740 HB2 LEU 740 43.579 -18.625 1.667
4 HB3 LEU 740 HB3 LEU 740 44.308 -17.095 1.243
5 HG LEU 740 HG LEU 740 44.209 -18.260 4.025
6 HD12 LEU 740 HD11 LEU 740 46.610 -18.628 3.675
7 HD11 LEU 740 HD12 LEU 740 46.425 -18.107 1.979
8 HD13 LEU 740 HD13 LEU 740 45.598 -19.548 2.573
9 HD22 LEU 740 HD21 LEU 740 44.287 -15.818 4.051
10 HD21 LEU 740 HD22 LEU 740 45.643 -15.844 2.924
11 HD23 LEU 740 HD23 LEU 740 45.836 -16.500 4.547
No H/Q in entry = 11
In of MODEL 4
1 H THR 741 H THR 741 43.688 -15.398 0.772
2 HA THR 741 HA THR 741 41.642 -15.454 -1.277
3 HB THR 741 HB THR 741 43.028 -12.855 -0.643
4 HG1 THR 741 HG1 THR 741 40.650 -13.714 0.726
5 HG21 THR 741 HG21 THR 741 41.453 -13.147 -2.526
6 HG23 THR 741 HG22 THR 741 40.907 -11.936 -1.348
7 HG22 THR 741 HG23 THR 741 40.195 -13.538 -1.362
No H/Q in entry = 7
In of MODEL 4
1 H VAL 742 H VAL 742 42.620 -15.214 -3.386
2 HA VAL 742 HA VAL 742 45.067 -16.449 -3.618
3 HB VAL 742 HB VAL 742 43.755 -16.639 -5.654
4 HG12 VAL 742 HG11 VAL 742 43.490 -13.777 -5.879
5 HG11 VAL 742 HG12 VAL 742 42.292 -14.941 -5.273
6 HG13 VAL 742 HG13 VAL 742 42.904 -15.071 -6.928
7 HG21 VAL 742 HG21 VAL 742 46.190 -16.231 -6.137
8 HG23 VAL 742 HG22 VAL 742 45.738 -14.555 -6.439
9 HG22 VAL 742 HG23 VAL 742 45.063 -15.837 -7.437
No H/Q in entry = 9
In of MODEL 4
1 H CYS 743 H CYS 743 44.570 -13.027 -3.725
2 HA CYS 743 HA CYS 743 47.178 -12.227 -4.184
3 HB2 CYS 743 HB2 CYS 743 45.548 -10.565 -4.328
4 HB3 CYS 743 HB3 CYS 743 44.807 -11.047 -2.809
No H/Q in entry = 4
In of MODEL 4
1 H LYS 744 H LYS 744 45.541 -12.555 -1.009
2 HA LYS 744 HA LYS 744 47.665 -12.154 0.700
3 HB2 LYS 744 HB2 LYS 744 45.436 -14.162 1.002
4 HB3 LYS 744 HB3 LYS 744 46.548 -13.718 2.277
5 HG2 LYS 744 HG2 LYS 744 45.683 -11.416 2.196
6 HG3 LYS 744 HG3 LYS 744 44.539 -11.909 0.937
7 HD2 LYS 744 HD2 LYS 744 43.565 -13.558 2.458
8 HD3 LYS 744 HD3 LYS 744 44.712 -13.089 3.709
9 HE2 LYS 744 HE2 LYS 744 42.529 -12.089 4.091
10 HE3 LYS 744 HE3 LYS 744 43.729 -10.851 3.773
11 HZ2 LYS 744 HZ1 LYS 744 41.589 -10.513 2.607
12 HZ1 LYS 744 HZ2 LYS 744 41.862 -11.938 1.733
13 HZ3 LYS 744 HZ3 LYS 744 42.896 -10.620 1.560
No H/Q in entry = 13
In of MODEL 4
1 H MET 745 H MET 745 46.544 -15.268 -0.537
2 HA MET 745 HA MET 745 48.493 -16.975 0.481
3 HB2 MET 745 HB2 MET 745 46.851 -18.106 -0.414
4 HB3 MET 745 HB3 MET 745 46.583 -17.056 -1.795
5 HG2 MET 745 HG2 MET 745 47.392 -19.017 -2.786
6 HG3 MET 745 HG3 MET 745 48.844 -18.073 -2.617
7 HE1 MET 745 HE1 MET 745 46.775 -21.032 -1.383
8 HE3 MET 745 HE2 MET 745 46.861 -20.160 0.154
9 HE2 MET 745 HE3 MET 745 47.710 -21.694 -0.052
No H/Q in entry = 9
In of MODEL 4
1 H HIS 746 H HIS 746 48.554 -15.215 -2.647
2 HA HIS 746 HA HIS 746 51.024 -16.338 -3.454
3 HB2 HIS 746 HB2 HIS 746 49.392 -14.097 -4.376
4 HB3 HIS 746 HB3 HIS 746 51.105 -13.990 -4.792
5 HD1 HIS 746 HD1 HIS 746 51.927 -16.396 -6.086
6 HD2 HIS 746 HD2 HIS 746 47.938 -15.271 -6.170
7 HE1 HIS 746 HE1 HIS 746 50.971 -17.518 -8.083
8 HE2 HIS 746 HE2 HIS 746 48.478 -17.029 -7.937
No H/Q in entry = 8
In of MODEL 4
1 H VAL 747 H VAL 747 50.288 -13.228 -1.954
2 HA VAL 747 HA VAL 747 52.903 -12.242 -1.838
3 HB VAL 747 HB VAL 747 50.454 -11.721 -0.140
4 HG11 VAL 747 HG11 VAL 747 52.474 -11.229 1.235
5 HG13 VAL 747 HG12 VAL 747 51.617 -9.761 0.820
6 HG12 VAL 747 HG13 VAL 747 53.088 -10.201 -0.051
7 HG22 VAL 747 HG21 VAL 747 50.329 -11.025 -2.423
8 HG21 VAL 747 HG22 VAL 747 51.878 -10.207 -2.273
9 HG23 VAL 747 HG23 VAL 747 50.474 -9.598 -1.380
No H/Q in entry = 9
In of MODEL 4
1 H LEU 748 H LEU 748 51.004 -13.891 0.573
2 HA LEU 748 HA LEU 748 53.013 -14.116 2.468
3 HB2 LEU 748 HB2 LEU 748 50.997 -14.396 3.451
4 HB3 LEU 748 HB3 LEU 748 50.270 -15.018 2.004
5 HG LEU 748 HG LEU 748 51.853 -16.733 3.931
6 HD13 LEU 748 HD11 LEU 748 49.661 -17.397 4.812
7 HD12 LEU 748 HD12 LEU 748 48.873 -16.228 3.761
8 HD11 LEU 748 HD13 LEU 748 49.927 -15.672 5.062
9 HD21 LEU 748 HD21 LEU 748 51.521 -17.655 1.640
10 HD23 LEU 748 HD22 LEU 748 49.776 -17.439 1.830
11 HD22 LEU 748 HD23 LEU 748 50.646 -18.551 2.871
No H/Q in entry = 11
In of MODEL 4
1 H HIS 749 H HIS 749 52.238 -16.118 -0.281
2 HA HIS 749 HA HIS 749 53.846 -18.347 0.481
3 HB2 HIS 749 HB2 HIS 749 51.942 -18.088 -1.368
4 HB3 HIS 749 HB3 HIS 749 53.330 -17.760 -2.397
5 HD1 HIS 749 HD1 HIS 749 54.783 -19.788 -3.083
6 HD2 HIS 749 HD2 HIS 749 51.805 -20.646 -0.324
7 HE1 HIS 749 HE1 HIS 749 54.694 -22.279 -2.954
8 HE2 HIS 749 HE2 HIS 749 53.013 -22.797 -1.173
No H/Q in entry = 8
In of MODEL 4
1 H CYS 750 H CYS 750 54.365 -15.451 -1.543
2 HA CYS 750 HA CYS 750 56.996 -16.333 -2.189
3 HB2 CYS 750 HB2 CYS 750 57.283 -14.240 -3.401
4 HB3 CYS 750 HB3 CYS 750 55.724 -14.946 -3.787
No H/Q in entry = 4
In of MODEL 4
1 H GLN 751 H GLN 751 55.542 -14.519 0.375
2 HA GLN 751 HA GLN 751 57.991 -13.530 1.382
3 HB2 GLN 751 HB2 GLN 751 55.401 -14.038 2.858
4 HB3 GLN 751 HB3 GLN 751 56.775 -13.161 3.521
5 HG2 GLN 751 HG2 GLN 751 56.548 -11.582 1.571
6 HG3 GLN 751 HG3 GLN 751 55.043 -12.397 1.207
7 HE21 GLN 751 HE21 GLN 751 55.590 -9.696 1.911
8 HE22 GLN 751 HE22 GLN 751 54.650 -9.295 3.295
No H/Q in entry = 8
In of MODEL 4
1 H GLY 752 H GLY 752 56.816 -16.621 1.132
2 HA3 GLY 752 HA2 GLY 752 58.266 -18.453 1.545
3 HA2 GLY 752 HA3 GLY 752 58.940 -17.585 2.907
No H/Q in entry = 3
In of MODEL 4
1 H ARG 753 H ARG 753 55.468 -17.950 2.382
2 HA ARG 753 HA ARG 753 55.420 -19.699 4.740
3 HB2 ARG 753 HB2 ARG 753 53.188 -18.120 3.487
4 HB3 ARG 753 HB3 ARG 753 53.071 -19.051 4.970
5 HG2 ARG 753 HG2 ARG 753 54.831 -16.622 4.605
6 HG3 ARG 753 HG3 ARG 753 53.234 -16.582 5.333
7 HD2 ARG 753 HD2 ARG 753 54.820 -16.581 7.088
8 HD3 ARG 753 HD3 ARG 753 54.078 -18.175 7.065
9 HE ARG 753 HE ARG 753 56.394 -18.366 5.564
10 HH11 ARG 753 HH11 ARG 753 55.568 -17.545 8.898
11 HH12 ARG 753 HH12 ARG 753 57.041 -18.119 9.539
12 HH21 ARG 753 HH21 ARG 753 58.423 -19.132 6.451
13 HH22 ARG 753 HH22 ARG 753 58.667 -19.030 8.137
No H/Q in entry = 13
In of MODEL 4
1 H ASN 754 H ASN 754 54.020 -21.545 4.707
2 HA ASN 754 HA ASN 754 53.850 -22.639 1.988
3 HB2 ASN 754 HB2 ASN 754 54.104 -24.229 4.552
4 HB3 ASN 754 HB3 ASN 754 54.144 -24.847 2.926
5 HD21 ASN 754 HD21 ASN 754 55.975 -23.172 5.353
6 HD22 ASN 754 HD22 ASN 754 57.495 -23.286 4.567
No H/Q in entry = 6
In of MODEL 4
1 H TYR 755 H TYR 755 51.904 -23.020 1.237
2 HA TYR 755 HA TYR 755 49.811 -23.956 2.980
3 HB2 TYR 755 HB2 TYR 755 49.608 -21.412 1.385
4 HB3 TYR 755 HB3 TYR 755 48.187 -22.368 1.785
5 HD1 TYR 755 HD1 TYR 755 50.940 -20.384 3.165
6 HD2 TYR 755 HD2 TYR 755 47.276 -22.316 3.988
7 HE1 TYR 755 HE1 TYR 755 50.866 -19.269 5.332
8 HE2 TYR 755 HE2 TYR 755 47.192 -21.222 6.191
9 HH TYR 755 HH TYR 755 48.874 -20.412 7.757
No H/Q in entry = 9
In of MODEL 4
1 H THR 756 H THR 756 48.318 -25.156 1.988
2 HA THR 756 HA THR 756 48.848 -25.929 -0.790
3 HB THR 756 HB THR 756 47.495 -27.375 1.506
4 HG1 THR 756 HG1 THR 756 50.085 -27.043 1.007
5 HG22 THR 756 HG21 THR 756 47.607 -29.360 0.086
6 HG21 THR 756 HG22 THR 756 48.303 -28.374 -1.223
7 HG23 THR 756 HG23 THR 756 46.657 -28.064 -0.649
No H/Q in entry = 7
In of MODEL 4
1 H LEU 757 H LEU 757 46.882 -26.018 -2.133
2 HA LEU 757 HA LEU 757 44.728 -24.556 -0.873
3 HB2 LEU 757 HB2 LEU 757 45.264 -24.987 -3.780
4 HB3 LEU 757 HB3 LEU 757 43.780 -24.288 -3.168
5 HG LEU 757 HG LEU 757 45.559 -22.745 -1.924
6 HD13 LEU 757 HD11 LEU 757 47.317 -22.082 -3.474
7 HD12 LEU 757 HD12 LEU 757 46.886 -23.427 -4.530
8 HD11 LEU 757 HD13 LEU 757 47.501 -23.740 -2.906
9 HD23 LEU 757 HD21 LEU 757 45.067 -21.087 -3.633
10 HD22 LEU 757 HD22 LEU 757 43.656 -22.013 -3.127
11 HD21 LEU 757 HD23 LEU 757 44.433 -22.367 -4.677
No H/Q in entry = 11
In of MODEL 4
1 H THR 758 H THR 758 42.667 -25.063 -0.941
2 HA THR 758 HA THR 758 42.048 -27.862 -1.456
3 HB THR 758 HB THR 758 40.571 -27.710 0.606
4 HG1 THR 758 HG1 THR 758 41.454 -25.154 0.503
5 HG23 THR 758 HG21 THR 758 42.412 -28.024 2.208
6 HG22 THR 758 HG22 THR 758 43.546 -27.315 1.064
7 HG21 THR 758 HG23 THR 758 42.753 -28.844 0.687
No H/Q in entry = 7
In of MODEL 4
1 H GLY 759 H GLY 759 39.322 -27.792 -1.057
2 HA3 GLY 759 HA2 GLY 759 38.542 -26.161 -3.322
3 HA2 GLY 759 HA3 GLY 759 37.572 -27.394 -2.525
No H/Q in entry = 3
In of MODEL 4
1 H ARG 760 H ARG 760 36.515 -24.947 -3.236
2 HA ARG 760 HA ARG 760 36.479 -22.987 -1.193
3 HB2 ARG 760 HB2 ARG 760 34.695 -21.954 -2.332
4 HB3 ARG 760 HB3 ARG 760 35.549 -22.790 -3.610
5 HG2 ARG 760 HG2 ARG 760 33.008 -23.733 -2.265
6 HG3 ARG 760 HG3 ARG 760 33.100 -22.973 -3.848
7 HD2 ARG 760 HD2 ARG 760 34.405 -24.887 -4.670
8 HD3 ARG 760 HD3 ARG 760 34.332 -25.608 -3.056
9 HE ARG 760 HE ARG 760 31.742 -25.078 -3.929
10 HH11 ARG 760 HH11 ARG 760 34.408 -27.327 -4.662
11 HH12 ARG 760 HH12 ARG 760 33.380 -28.542 -5.261
12 HH21 ARG 760 HH21 ARG 760 30.351 -26.825 -4.750
13 HH22 ARG 760 HH22 ARG 760 31.084 -28.243 -5.353
No H/Q in entry = 13
In of MODEL 4
1 H ASP 761 H ASP 761 35.239 -26.060 -1.265
2 HA ASP 761 HA ASP 761 33.040 -25.655 0.537
3 HB2 ASP 761 HB2 ASP 761 32.765 -28.121 0.219
4 HB3 ASP 761 HB3 ASP 761 32.704 -27.191 -1.275
No H/Q in entry = 4
In of MODEL 4
1 H SER 762 H SER 762 36.370 -25.998 0.823
2 HA SER 762 HA SER 762 36.306 -27.753 3.111
3 HB2 SER 762 HB2 SER 762 38.615 -26.165 1.996
4 HB3 SER 762 HB3 SER 762 38.709 -27.472 3.167
5 HG SER 762 HG SER 762 37.512 -28.678 1.361
No H/Q in entry = 5
In of MODEL 4
1 H CYS 763 H CYS 763 35.953 -24.366 2.586
2 HA CYS 763 HA CYS 763 36.250 -23.972 5.461
3 HB2 CYS 763 HB2 CYS 763 37.499 -21.962 5.243
4 HB3 CYS 763 HB3 CYS 763 38.328 -23.142 4.240
No H/Q in entry = 4
In of MODEL 4
1 H THR 764 H THR 764 35.361 -21.753 6.041
2 HA THR 764 HA THR 764 32.853 -21.341 4.629
3 HB THR 764 HB THR 764 33.892 -20.093 7.198
4 HG1 THR 764 HG1 THR 764 33.383 -22.491 6.967
5 HG22 THR 764 HG21 THR 764 31.097 -20.205 6.053
6 HG21 THR 764 HG22 THR 764 32.132 -18.776 6.061
7 HG23 THR 764 HG23 THR 764 31.558 -19.462 7.588
No H/Q in entry = 7
In of MODEL 4
1 H LEU 765 H LEU 765 33.202 -20.216 2.841
2 HA LEU 765 HA LEU 765 35.269 -18.197 2.799
3 HB2 LEU 765 HB2 LEU 765 34.836 -20.165 1.152
4 HB3 LEU 765 HB3 LEU 765 33.626 -19.068 0.511
5 HG LEU 765 HG LEU 765 35.378 -17.406 0.076
6 HD13 LEU 765 HD11 LEU 765 36.973 -18.024 1.768
7 HD12 LEU 765 HD12 LEU 765 37.755 -18.259 0.191
8 HD11 LEU 765 HD13 LEU 765 37.107 -19.633 1.091
9 HD22 LEU 765 HD21 LEU 765 36.374 -18.578 -1.798
10 HD21 LEU 765 HD22 LEU 765 34.661 -18.975 -1.649
11 HD23 LEU 765 HD23 LEU 765 35.887 -20.129 -1.113
No H/Q in entry = 11
In of MODEL 4
1 HA PRO 766 HA PRO 766 32.107 -15.011 2.943
2 HB2 PRO 766 HB2 PRO 766 33.723 -12.873 2.585
3 HB3 PRO 766 HB3 PRO 766 33.656 -13.766 4.106
4 HG2 PRO 766 HG2 PRO 766 35.675 -13.927 1.900
5 HG3 PRO 766 HG3 PRO 766 35.934 -13.977 3.659
6 HD2 PRO 766 HD2 PRO 766 35.906 -16.161 2.006
7 HD3 PRO 766 HD3 PRO 766 35.526 -16.248 3.731
No H/Q in entry = 7
In of MODEL 4
1 H ALA 767 H ALA 767 34.531 -14.833 0.344
2 HA ALA 767 HA ALA 767 32.468 -13.772 -1.535
3 HB3 ALA 767 HB1 ALA 767 34.256 -12.741 -2.750
4 HB1 ALA 767 HB2 ALA 767 35.462 -13.472 -1.685
5 HB2 ALA 767 HB3 ALA 767 34.373 -12.229 -1.070
No H/Q in entry = 5
In of MODEL 4
1 H SER 768 H SER 768 33.665 -14.111 -3.797
2 HA SER 768 HA SER 768 33.829 -15.560 -5.455
3 HB2 SER 768 HB2 SER 768 34.516 -17.491 -3.250
4 HB3 SER 768 HB3 SER 768 34.682 -17.782 -4.979
5 HG SER 768 HG SER 768 36.614 -16.968 -3.717
No H/Q in entry = 5
In of MODEL 4
1 H ALA 769 H ALA 769 31.399 -15.106 -3.864
2 HA ALA 769 HA ALA 769 29.721 -17.198 -4.998
3 HB3 ALA 769 HB1 ALA 769 29.922 -17.773 -2.626
4 HB2 ALA 769 HB2 ALA 769 28.321 -17.092 -2.921
5 HB1 ALA 769 HB3 ALA 769 29.574 -16.109 -2.172
No H/Q in entry = 5
In of MODEL 4
1 H GLU 770 H GLU 770 27.306 -16.120 -4.386
2 HA GLU 770 HA GLU 770 27.362 -13.658 -5.830
3 HB2 GLU 770 HB2 GLU 770 24.924 -13.753 -5.703
4 HB3 GLU 770 HB3 GLU 770 25.570 -15.291 -6.222
5 HG2 GLU 770 HG2 GLU 770 23.885 -15.933 -4.752
6 HG3 GLU 770 HG3 GLU 770 25.324 -15.944 -3.730
No H/Q in entry = 6
In of MODEL 4
1 H LYS 771 H LYS 771 26.466 -11.653 -5.029
2 HA LYS 771 HA LYS 771 26.866 -11.396 -2.153
3 HB2 LYS 771 HB2 LYS 771 28.047 -9.586 -4.270
4 HB3 LYS 771 HB3 LYS 771 28.068 -9.268 -2.549
5 HG2 LYS 771 HG2 LYS 771 29.283 -11.769 -3.674
6 HG3 LYS 771 HG3 LYS 771 30.170 -10.255 -3.650
7 HD2 LYS 771 HD2 LYS 771 30.768 -11.651 -1.742
8 HD3 LYS 771 HD3 LYS 771 29.964 -10.178 -1.195
9 HE2 LYS 771 HE2 LYS 771 27.994 -11.416 -0.671
10 HE3 LYS 771 HE3 LYS 771 28.603 -12.875 -1.461
11 HZ3 LYS 771 HZ1 LYS 771 30.284 -13.016 0.320
12 HZ2 LYS 771 HZ2 LYS 771 28.756 -12.910 0.995
13 HZ1 LYS 771 HZ3 LYS 771 29.745 -11.568 0.961
No H/Q in entry = 13
In of MODEL 4
1 H ALA 772 H ALA 772 25.878 -9.416 -1.265
2 HA ALA 772 HA ALA 772 23.504 -8.630 -2.769
3 HB3 ALA 772 HB1 ALA 772 23.086 -9.607 -0.546
4 HB1 ALA 772 HB2 ALA 772 22.614 -7.908 -0.591
5 HB2 ALA 772 HB3 ALA 772 24.123 -8.382 0.179
No H/Q in entry = 5
In of MODEL 4
1 H CYS 773 H CYS 773 22.854 -6.316 -2.413
2 HA CYS 773 HA CYS 773 24.978 -4.663 -3.244
3 HB2 CYS 773 HB2 CYS 773 22.632 -4.236 -3.909
4 HB3 CYS 773 HB3 CYS 773 22.236 -3.849 -2.239
No H/Q in entry = 4
In of MODEL 4
1 H GLY 774 H GLY 774 26.401 -3.582 -2.138
2 HA3 GLY 774 HA2 GLY 774 26.792 -2.089 -0.200
3 HA2 GLY 774 HA3 GLY 774 26.035 -3.346 0.776
No H/Q in entry = 3
In of MODEL 4
1 H ALA 775 H ALA 775 27.281 -5.441 -0.950
2 HA ALA 775 HA ALA 775 30.079 -5.125 -0.161
3 HB3 ALA 775 HB1 ALA 775 28.992 -6.724 1.368
4 HB1 ALA 775 HB2 ALA 775 30.122 -7.557 0.302
5 HB2 ALA 775 HB3 ALA 775 28.388 -7.638 -0.014
No H/Q in entry = 5
In of MODEL 4
1 H CYS 776 H CYS 776 30.906 -4.691 -2.098
2 HA CYS 776 HA CYS 776 30.414 -6.606 -4.210
3 HB2 CYS 776 HB2 CYS 776 30.200 -3.601 -4.489
4 HB3 CYS 776 HB3 CYS 776 30.259 -4.730 -5.838
No H/Q in entry = 4
In of MODEL 4
1 HA PRO 777 HA PRO 777 34.831 -6.024 -4.207
2 HB2 PRO 777 HB2 PRO 777 35.457 -8.337 -5.399
3 HB3 PRO 777 HB3 PRO 777 34.840 -8.303 -3.744
4 HG2 PRO 777 HG2 PRO 777 33.449 -9.027 -6.274
5 HG3 PRO 777 HG3 PRO 777 33.263 -9.714 -4.655
6 HD2 PRO 777 HD2 PRO 777 31.593 -7.802 -5.838
7 HD3 PRO 777 HD3 PRO 777 31.652 -8.229 -4.114
No H/Q in entry = 7
In of MODEL 4
1 H LEU 778 H LEU 778 36.451 -6.701 -6.096
2 HA LEU 778 HA LEU 778 36.552 -4.952 -8.120
3 HB2 LEU 778 HB2 LEU 778 38.056 -6.576 -9.302
4 HB3 LEU 778 HB3 LEU 778 38.421 -6.198 -7.625
5 HG LEU 778 HG LEU 778 36.819 -8.649 -8.143
6 HD13 LEU 778 HD11 LEU 778 38.751 -9.964 -8.502
7 HD12 LEU 778 HD12 LEU 778 39.812 -8.543 -8.546
8 HD11 LEU 778 HD13 LEU 778 38.605 -8.811 -9.827
9 HD21 LEU 778 HD21 LEU 778 37.391 -7.992 -5.833
10 HD23 LEU 778 HD22 LEU 778 39.093 -8.038 -6.272
11 HD22 LEU 778 HD23 LEU 778 38.142 -9.516 -6.298
No H/Q in entry = 11
In of MODEL 4
1 H TRP 779 H TRP 779 34.817 -8.033 -8.348
2 HA TRP 779 HA TRP 779 34.143 -7.402 -11.119
3 HB2 TRP 779 HB2 TRP 779 33.241 -9.728 -11.244
4 HB3 TRP 779 HB3 TRP 779 34.949 -9.676 -10.840
5 HD1 TRP 779 HD1 TRP 779 31.508 -10.461 -9.195
6 HE1 TRP 779 HE1 TRP 779 31.917 -11.870 -7.128
7 HE3 TRP 779 HE3 TRP 779 36.595 -10.372 -9.166
8 HZ2 TRP 779 HZ2 TRP 779 34.166 -12.853 -5.642
9 HZ3 TRP 779 HZ3 TRP 779 37.779 -11.572 -7.393
10 HH2 TRP 779 HH2 TRP 779 36.577 -12.790 -5.676
No H/Q in entry = 10
In of MODEL 4
1 H GLY 780 H GLY 780 32.906 -6.386 -8.353
2 HA3 GLY 780 HA2 GLY 780 30.163 -6.817 -9.323
3 HA2 GLY 780 HA3 GLY 780 30.545 -7.100 -7.637
No H/Q in entry = 3
In of MODEL 4
1 H LYS 781 H LYS 781 28.652 -5.300 -8.818
2 HA LYS 781 HA LYS 781 29.233 -3.006 -7.194
3 HB2 LYS 781 HB2 LYS 781 30.285 -2.583 -9.540
4 HB3 LYS 781 HB3 LYS 781 28.633 -2.544 -10.128
5 HG2 LYS 781 HG2 LYS 781 29.376 -0.295 -9.780
6 HG3 LYS 781 HG3 LYS 781 28.174 -0.677 -8.545
7 HD2 LYS 781 HD2 LYS 781 29.964 -1.132 -6.937
8 HD3 LYS 781 HD3 LYS 781 31.170 -0.786 -8.173
9 HE2 LYS 781 HE2 LYS 781 30.306 1.511 -8.319
10 HE3 LYS 781 HE3 LYS 781 29.147 1.139 -7.046
11 HZ2 LYS 781 HZ1 LYS 781 32.091 1.047 -6.795
12 HZ1 LYS 781 HZ2 LYS 781 31.024 0.666 -5.557
13 HZ3 LYS 781 HZ3 LYS 781 31.104 2.246 -6.151
No H/Q in entry = 13
In of MODEL 4
1 H CYS 782 H CYS 782 27.108 -2.105 -6.578
2 HA CYS 782 HA CYS 782 25.022 -3.519 -7.959
3 HB2 CYS 782 HB2 CYS 782 23.552 -3.012 -5.975
4 HB3 CYS 782 HB3 CYS 782 24.843 -4.165 -5.688
No H/Q in entry = 4
In of MODEL 4
1 H ASP 783 H ASP 783 25.005 -2.219 -9.685
2 HA ASP 783 HA ASP 783 23.739 0.403 -9.266
3 HB2 ASP 783 HB2 ASP 783 24.344 0.906 -11.581
4 HB3 ASP 783 HB3 ASP 783 25.775 0.374 -10.710
No H/Q in entry = 4
In of MODEL 4
1 H ALA 784 H ALA 784 23.039 -2.668 -9.649
2 HA ALA 784 HA ALA 784 20.977 -2.531 -11.647
3 HB1 ALA 784 HB1 ALA 784 22.324 -4.550 -11.429
4 HB3 ALA 784 HB2 ALA 784 20.631 -4.900 -11.075
5 HB2 ALA 784 HB3 ALA 784 21.792 -4.740 -9.760
No H/Q in entry = 5
In of MODEL 4
1 H GLU 785 H GLU 785 18.784 -2.802 -11.177
2 HA GLU 785 HA GLU 785 18.033 -1.772 -8.599
3 HB2 GLU 785 HB2 GLU 785 15.721 -1.668 -9.626
4 HB3 GLU 785 HB3 GLU 785 16.942 -0.654 -10.373
5 HG2 GLU 785 HG2 GLU 785 17.213 -2.366 -12.142
6 HG3 GLU 785 HG3 GLU 785 15.897 -3.280 -11.407
No H/Q in entry = 6
In of MODEL 4
1 H SER 786 H SER 786 18.645 -3.515 -7.393
2 HA SER 786 HA SER 786 16.606 -5.389 -6.823
3 HB2 SER 786 HB2 SER 786 17.598 -6.537 -8.772
4 HB3 SER 786 HB3 SER 786 19.203 -6.395 -8.064
5 HG SER 786 HG SER 786 17.629 -8.396 -7.831
No H/Q in entry = 5
In of MODEL 4
1 H SER 787 H SER 787 17.527 -6.867 -5.043
2 HA SER 787 HA SER 787 18.993 -5.220 -3.182
3 HB2 SER 787 HB2 SER 787 17.029 -6.539 -2.436
4 HB3 SER 787 HB3 SER 787 17.868 -8.025 -2.865
5 HG SER 787 HG SER 787 19.123 -7.854 -1.162
No H/Q in entry = 5
In of MODEL 4
1 H LYS 788 H LYS 788 19.728 -7.532 -5.512
2 HA LYS 788 HA LYS 788 22.025 -8.660 -4.183
3 HB2 LYS 788 HB2 LYS 788 22.455 -9.822 -6.261
4 HB3 LYS 788 HB3 LYS 788 20.784 -10.038 -5.762
5 HG2 LYS 788 HG2 LYS 788 20.052 -8.417 -7.408
6 HG3 LYS 788 HG3 LYS 788 21.723 -8.079 -7.857
7 HD2 LYS 788 HD2 LYS 788 20.458 -10.785 -8.058
8 HD3 LYS 788 HD3 LYS 788 20.452 -9.631 -9.397
9 HE2 LYS 788 HE2 LYS 788 22.917 -9.646 -9.383
10 HE3 LYS 788 HE3 LYS 788 22.917 -10.791 -8.052
11 HZ2 LYS 788 HZ1 LYS 788 21.841 -11.261 -10.774
12 HZ1 LYS 788 HZ2 LYS 788 21.744 -12.365 -9.513
13 HZ3 LYS 788 HZ3 LYS 788 23.252 -11.940 -10.144
No H/Q in entry = 13
In of MODEL 4
1 H CYS 789 H CYS 789 24.145 -8.587 -5.247
2 HA CYS 789 HA CYS 789 24.736 -5.976 -6.406
3 HB2 CYS 789 HB2 CYS 789 26.070 -6.655 -4.418
4 HB3 CYS 789 HB3 CYS 789 26.505 -8.152 -5.224
No H/Q in entry = 4
In of MODEL 4
1 H VAL 790 H VAL 790 25.653 -5.976 -8.538
2 HA VAL 790 HA VAL 790 25.209 -8.552 -9.802
3 HB VAL 790 HB VAL 790 23.744 -6.737 -10.660
4 HG13 VAL 790 HG11 VAL 790 25.153 -4.805 -10.381
5 HG12 VAL 790 HG12 VAL 790 24.638 -4.938 -12.063
6 HG11 VAL 790 HG13 VAL 790 26.272 -5.409 -11.601
7 HG22 VAL 790 HG21 VAL 790 24.267 -8.572 -12.142
8 HG21 VAL 790 HG22 VAL 790 25.731 -7.757 -12.683
9 HG23 VAL 790 HG23 VAL 790 24.151 -7.075 -13.069
No H/Q in entry = 9
In of MODEL 4
1 H CYS 791 H CYS 791 26.710 -9.436 -11.018
2 HA CYS 791 HA CYS 791 29.309 -8.298 -10.563
3 HB2 CYS 791 HB2 CYS 791 28.489 -11.128 -11.168
4 HB3 CYS 791 HB3 CYS 791 30.156 -10.588 -10.945
No H/Q in entry = 4
In of MODEL 4
1 H ARG 792 H ARG 792 30.318 -7.448 -11.969
2 HA ARG 792 HA ARG 792 29.323 -7.153 -14.621
3 HB2 ARG 792 HB2 ARG 792 31.723 -5.990 -13.196
4 HB3 ARG 792 HB3 ARG 792 31.231 -5.544 -14.824
5 HG2 ARG 792 HG2 ARG 792 29.156 -4.642 -14.016
6 HG3 ARG 792 HG3 ARG 792 29.471 -5.253 -12.399
7 HD2 ARG 792 HD2 ARG 792 29.884 -2.827 -12.605
8 HD3 ARG 792 HD3 ARG 792 31.316 -3.724 -12.123
9 HE ARG 792 HE ARG 792 31.957 -3.571 -14.560
10 HH11 ARG 792 HH11 ARG 792 29.908 -1.067 -13.097
11 HH12 ARG 792 HH12 ARG 792 30.508 0.176 -14.062
12 HH21 ARG 792 HH21 ARG 792 32.806 -1.861 -15.834
13 HH22 ARG 792 HH22 ARG 792 32.229 -0.262 -15.641
No H/Q in entry = 13
In of MODEL 4
1 H GLU 793 H GLU 793 30.296 -7.830 -16.449
2 HA GLU 793 HA GLU 793 31.722 -10.256 -16.312
3 HB2 GLU 793 HB2 GLU 793 31.127 -8.438 -18.631
4 HB3 GLU 793 HB3 GLU 793 31.857 -10.031 -18.788
5 HG2 GLU 793 HG2 GLU 793 29.893 -11.053 -17.792
6 HG3 GLU 793 HG3 GLU 793 29.163 -9.463 -17.579
No H/Q in entry = 6
In of MODEL 4
1 H ALA 794 H ALA 794 33.735 -10.571 -17.734
2 HA ALA 794 HA ALA 794 35.821 -9.446 -16.268
3 HB3 ALA 794 HB1 ALA 794 37.267 -10.694 -17.743
4 HB1 ALA 794 HB2 ALA 794 35.927 -10.939 -18.860
5 HB2 ALA 794 HB3 ALA 794 35.875 -11.665 -17.258
No H/Q in entry = 5
In of MODEL 4
1 H SER 795 H SER 795 34.566 -8.811 -19.484
2 HA SER 795 HA SER 795 36.668 -7.046 -20.093
3 HB2 SER 795 HB2 SER 795 34.038 -7.473 -21.513
4 HB3 SER 795 HB3 SER 795 35.413 -6.582 -22.169
5 HG SER 795 HG SER 795 34.969 -9.270 -21.969
No H/Q in entry = 5
In of MODEL 4
1 H GLU 796 H GLU 796 34.111 -6.700 -18.048
2 HA GLU 796 HA GLU 796 34.063 -3.784 -18.330
3 HB2 GLU 796 HB2 GLU 796 31.822 -5.669 -17.658
4 HB3 GLU 796 HB3 GLU 796 31.776 -3.973 -17.206
5 HG2 GLU 796 HG2 GLU 796 32.015 -5.052 -19.993
6 HG3 GLU 796 HG3 GLU 796 30.553 -4.373 -19.264
No H/Q in entry = 6
In of MODEL 4
1 H CYS 797 H CYS 797 35.589 -5.902 -16.618
2 HA CYS 797 HA CYS 797 34.610 -5.194 -14.025
3 HB2 CYS 797 HB2 CYS 797 36.347 -6.585 -13.118
4 HB3 CYS 797 HB3 CYS 797 35.643 -7.441 -14.477
No H/Q in entry = 4
In of MODEL 4
1 H GLU 798 H GLU 798 35.437 -3.673 -12.687
2 HA GLU 798 HA GLU 798 36.860 -1.580 -14.016
3 HB2 GLU 798 HB2 GLU 798 35.009 -1.393 -12.215
4 HB3 GLU 798 HB3 GLU 798 36.300 -1.710 -11.064
5 HG2 GLU 798 HG2 GLU 798 35.928 0.662 -11.243
6 HG3 GLU 798 HG3 GLU 798 37.506 0.250 -11.910
No H/Q in entry = 6
In of MODEL 4
1 H GLU 799 H GLU 799 37.485 -3.815 -11.376
2 HA GLU 799 HA GLU 799 40.329 -3.188 -11.520
3 HB2 GLU 799 HB2 GLU 799 39.342 -2.993 -9.288
4 HB3 GLU 799 HB3 GLU 799 38.703 -4.621 -9.402
5 HG2 GLU 799 HG2 GLU 799 40.683 -4.508 -7.983
6 HG3 GLU 799 HG3 GLU 799 40.946 -5.528 -9.396
No H/Q in entry = 6
In of MODEL 4
1 H GLU 800 H GLU 800 41.710 -4.738 -12.096
2 HA GLU 800 HA GLU 800 40.597 -6.878 -13.711
3 HB2 GLU 800 HB2 GLU 800 42.918 -7.069 -14.549
4 HB3 GLU 800 HB3 GLU 800 42.256 -5.445 -14.702
5 HG2 GLU 800 HG2 GLU 800 43.470 -4.892 -12.551
6 HG3 GLU 800 HG3 GLU 800 44.278 -6.443 -12.710
No H/Q in entry = 6
In of MODEL 4
1 H GLY 801 H GLY 801 42.572 -6.490 -10.859
2 HA3 GLY 801 HA2 GLY 801 43.312 -7.835 -9.300
3 HA2 GLY 801 HA3 GLY 801 42.152 -9.023 -9.865
No H/Q in entry = 3
In of MODEL 4
1 H PHE 802 H PHE 802 43.801 -10.388 -9.192
2 HA PHE 802 HA PHE 802 46.316 -10.747 -10.443
3 HB2 PHE 802 HB2 PHE 802 44.607 -12.452 -8.664
4 HB3 PHE 802 HB3 PHE 802 46.068 -13.113 -9.376
5 HD1 PHE 802 HD1 PHE 802 45.308 -9.758 -7.911
6 HD2 PHE 802 HD2 PHE 802 47.645 -13.307 -7.720
7 HE1 PHE 802 HE1 PHE 802 46.640 -8.774 -6.126
8 HE2 PHE 802 HE2 PHE 802 48.984 -12.333 -5.927
9 HZ PHE 802 HZ PHE 802 48.496 -10.058 -5.116
No H/Q in entry = 9
In of MODEL 4
1 H SER 803 H SER 803 46.599 -13.318 -11.087
2 HA SER 803 HA SER 803 44.831 -13.832 -13.312
3 HB2 SER 803 HB2 SER 803 46.965 -14.514 -14.524
4 HB3 SER 803 HB3 SER 803 46.762 -12.782 -14.261
5 HG SER 803 HG SER 803 48.208 -14.535 -12.591
No H/Q in entry = 5
In of MODEL 4
1 H ILE 804 H ILE 804 44.165 -15.960 -13.208
2 HA ILE 804 HA ILE 804 45.705 -17.815 -11.544
3 HB ILE 804 HB ILE 804 43.745 -18.698 -10.408
4 HG12 ILE 804 HG12 ILE 804 42.035 -18.154 -12.188
5 HG13 ILE 804 HG13 ILE 804 41.513 -17.786 -10.551
6 HG23 ILE 804 HG21 ILE 804 43.201 -16.818 -8.929
7 HG22 ILE 804 HG22 ILE 804 43.922 -15.723 -10.113
8 HG21 ILE 804 HG23 ILE 804 44.929 -16.920 -9.298
9 HD13 ILE 804 HD11 ILE 804 40.820 -16.052 -12.083
10 HD12 ILE 804 HD12 ILE 804 42.471 -15.820 -12.624
11 HD11 ILE 804 HD13 ILE 804 42.022 -15.411 -10.966
No H/Q in entry = 11
In of MODEL 4
1 H CYS 805 H CYS 805 44.833 -20.092 -11.742
2 HA CYS 805 HA CYS 805 44.316 -20.665 -14.585
3 HB2 CYS 805 HB2 CYS 805 46.538 -21.313 -13.599
4 HB3 CYS 805 HB3 CYS 805 45.676 -22.306 -12.435
No H/Q in entry = 4
In of MODEL 4
1 H VAL 806 H VAL 806 42.292 -21.400 -14.899
2 HA VAL 806 HA VAL 806 41.111 -22.942 -12.741
3 HB VAL 806 HB VAL 806 40.207 -20.707 -12.508
4 HG12 VAL 806 HG11 VAL 806 39.047 -19.572 -14.306
5 HG11 VAL 806 HG12 VAL 806 39.589 -20.858 -15.401
6 HG13 VAL 806 HG13 VAL 806 40.771 -19.820 -14.610
7 HG21 VAL 806 HG21 VAL 806 38.578 -22.561 -12.272
8 HG23 VAL 806 HG22 VAL 806 38.155 -22.358 -13.970
9 HG22 VAL 806 HG23 VAL 806 37.869 -21.044 -12.816
No H/Q in entry = 9
In of MODEL 4
1 H GLU 807 H GLU 807 39.972 -24.698 -13.358
2 HA GLU 807 HA GLU 807 40.159 -25.440 -16.125
3 HB2 GLU 807 HB2 GLU 807 40.674 -27.041 -14.256
4 HB3 GLU 807 HB3 GLU 807 38.980 -26.972 -13.801
5 HG2 GLU 807 HG2 GLU 807 38.345 -27.862 -15.965
6 HG3 GLU 807 HG3 GLU 807 40.052 -27.877 -16.435
No H/Q in entry = 6
In of MODEL 4
1 H VAL 808 H VAL 808 38.731 -25.047 -17.480
2 HA VAL 808 HA VAL 808 35.941 -24.776 -16.719
3 HB VAL 808 HB VAL 808 36.977 -22.520 -16.795
4 HG11 VAL 808 HG11 VAL 808 38.718 -22.833 -18.400
5 HG13 VAL 808 HG12 VAL 808 37.669 -21.511 -18.913
6 HG12 VAL 808 HG13 VAL 808 37.535 -23.092 -19.684
7 HG21 VAL 808 HG21 VAL 808 34.623 -22.713 -17.284
8 HG23 VAL 808 HG22 VAL 808 34.994 -23.028 -18.986
9 HG22 VAL 808 HG23 VAL 808 35.365 -21.452 -18.277
No H/Q in entry = 9
In of MODEL 4
1 H ASN 809 H ASN 809 34.642 -25.715 -18.204
2 HA ASN 809 HA ASN 809 33.901 -26.747 -20.087
3 HB2 ASN 809 HB2 ASN 809 36.237 -25.297 -21.155
4 HB3 ASN 809 HB3 ASN 809 35.395 -26.420 -22.253
5 HD21 ASN 809 HD21 ASN 809 35.636 -23.326 -20.920
6 HD22 ASN 809 HD22 ASN 809 34.157 -22.664 -21.511
No H/Q in entry = 6
In of MODEL 4
1 H GLY 810 H GLY 810 36.648 -27.523 -18.510
2 HA3 GLY 810 HA2 GLY 810 37.061 -29.940 -18.284
3 HA2 GLY 810 HA3 GLY 810 37.010 -29.980 -20.055
No H/Q in entry = 3
In of MODEL 4
1 H LYS 811 H LYS 811 38.410 -27.276 -19.899
2 HA LYS 811 HA LYS 811 41.110 -28.424 -19.662
3 HB2 LYS 811 HB2 LYS 811 41.772 -26.834 -21.409
4 HB3 LYS 811 HB3 LYS 811 40.515 -27.930 -21.966
5 HG2 LYS 811 HG2 LYS 811 38.849 -26.110 -21.482
6 HG3 LYS 811 HG3 LYS 811 40.216 -25.036 -21.186
7 HD2 LYS 811 HD2 LYS 811 39.685 -26.541 -23.728
8 HD3 LYS 811 HD3 LYS 811 39.311 -24.834 -23.482
9 HE2 LYS 811 HE2 LYS 811 41.709 -24.388 -23.131
10 HE3 LYS 811 HE3 LYS 811 42.055 -26.094 -23.372
11 HZ3 LYS 811 HZ1 LYS 811 42.469 -24.860 -25.396
12 HZ2 LYS 811 HZ2 LYS 811 40.907 -24.257 -25.404
13 HZ1 LYS 811 HZ3 LYS 811 41.167 -25.910 -25.623
No H/Q in entry = 13
In of MODEL 4
1 H GLU 812 H GLU 812 42.777 -26.974 -18.910
2 HA GLU 812 HA GLU 812 41.737 -25.044 -17.006
3 HB2 GLU 812 HB2 GLU 812 44.516 -26.080 -17.482
4 HB3 GLU 812 HB3 GLU 812 44.094 -24.897 -16.251
5 HG2 GLU 812 HG2 GLU 812 42.679 -26.517 -15.147
6 HG3 GLU 812 HG3 GLU 812 43.026 -27.706 -16.403
No H/Q in entry = 6
In of MODEL 4
1 H GLN 813 H GLN 813 41.567 -23.038 -17.413
2 HA GLN 813 HA GLN 813 43.311 -21.894 -19.446
3 HB2 GLN 813 HB2 GLN 813 41.066 -22.159 -20.276
4 HB3 GLN 813 HB3 GLN 813 40.401 -21.303 -18.886
5 HG2 GLN 813 HG2 GLN 813 41.462 -19.326 -19.555
6 HG3 GLN 813 HG3 GLN 813 42.268 -20.101 -20.923
7 HE21 GLN 813 HE21 GLN 813 39.388 -18.664 -19.788
8 HE22 GLN 813 HE22 GLN 813 38.434 -18.868 -21.210
No H/Q in entry = 8
In of MODEL 4
1 H THR 814 H THR 814 44.066 -19.844 -19.000
2 HA THR 814 HA THR 814 44.046 -19.150 -16.189
3 HB THR 814 HB THR 814 45.640 -18.104 -18.517
4 HG1 THR 814 HG1 THR 814 45.607 -20.394 -17.474
5 HG23 THR 814 HG21 THR 814 45.597 -16.554 -16.593
6 HG22 THR 814 HG22 THR 814 47.193 -17.286 -16.764
7 HG21 THR 814 HG23 THR 814 46.080 -17.867 -15.522
No H/Q in entry = 7
In of MODEL 4
1 H MET 815 H MET 815 43.023 -17.415 -15.462
2 HA MET 815 HA MET 815 41.870 -15.565 -17.436
3 HB2 MET 815 HB2 MET 815 40.434 -16.434 -14.932
4 HB3 MET 815 HB3 MET 815 39.806 -15.486 -16.268
5 HG2 MET 815 HG2 MET 815 40.213 -17.612 -17.686
6 HG3 MET 815 HG3 MET 815 40.412 -18.349 -16.098
7 HE3 MET 815 HE1 MET 815 38.247 -19.145 -18.382
8 HE2 MET 815 HE2 MET 815 37.047 -19.733 -17.211
9 HE1 MET 815 HE3 MET 815 38.778 -19.999 -16.948
No H/Q in entry = 9
In of MODEL 4
1 H SER 816 H SER 816 41.258 -13.563 -16.416
2 HA SER 816 HA SER 816 43.136 -12.778 -14.393
3 HB2 SER 816 HB2 SER 816 40.878 -11.239 -15.722
4 HB3 SER 816 HB3 SER 816 42.137 -10.543 -14.698
5 HG SER 816 HG SER 816 42.336 -11.652 -17.276
No H/Q in entry = 5
In of MODEL 4
1 H GLU 817 H GLU 817 42.441 -11.942 -12.448
2 HA GLU 817 HA GLU 817 40.874 -13.590 -10.947
3 HB2 GLU 817 HB2 GLU 817 42.695 -11.973 -10.301
4 HB3 GLU 817 HB3 GLU 817 41.473 -10.740 -10.527
5 HG2 GLU 817 HG2 GLU 817 40.317 -11.314 -8.662
6 HG3 GLU 817 HG3 GLU 817 41.072 -12.922 -8.593
No H/Q in entry = 6
In of MODEL 4
1 H CYS 818 H CYS 818 40.012 -10.404 -12.329
2 HA CYS 818 HA CYS 818 37.447 -10.403 -11.202
3 HB2 CYS 818 HB2 CYS 818 36.931 -8.542 -12.571
4 HB3 CYS 818 HB3 CYS 818 38.632 -8.396 -12.152
No H/Q in entry = 4
In of MODEL 4
1 H GLU 819 H GLU 819 38.669 -11.990 -14.055
2 HA GLU 819 HA GLU 819 36.119 -12.389 -15.307
3 HB2 GLU 819 HB2 GLU 819 38.192 -12.364 -16.653
4 HB3 GLU 819 HB3 GLU 819 38.765 -13.781 -15.780
5 HG2 GLU 819 HG2 GLU 819 37.131 -15.156 -16.811
6 HG3 GLU 819 HG3 GLU 819 36.283 -13.755 -17.472
No H/Q in entry = 6
In of MODEL 4
1 H ALA 820 H ALA 820 38.414 -14.541 -13.704
2 HA ALA 820 HA ALA 820 36.840 -16.796 -13.643
3 HB2 ALA 820 HB1 ALA 820 38.238 -17.573 -11.792
4 HB3 ALA 820 HB2 ALA 820 38.844 -15.932 -11.585
5 HB1 ALA 820 HB3 ALA 820 39.179 -16.820 -13.083
No H/Q in entry = 5
In of MODEL 4
1 H GLY 821 H GLY 821 37.048 -14.060 -11.385
2 HA3 GLY 821 HA2 GLY 821 35.373 -15.053 -9.331
3 HA2 GLY 821 HA3 GLY 821 35.808 -13.373 -9.596
No H/Q in entry = 3
In of MODEL 4
1 H ALA 822 H ALA 822 34.736 -12.911 -12.119
2 HA ALA 822 HA ALA 822 32.040 -12.415 -11.550
3 HB2 ALA 822 HB1 ALA 822 33.316 -11.120 -13.209
4 HB3 ALA 822 HB2 ALA 822 31.843 -11.783 -13.915
5 HB1 ALA 822 HB3 ALA 822 33.400 -12.539 -14.249
No H/Q in entry = 5
In of MODEL 4
1 H LEU 823 H LEU 823 33.660 -14.972 -13.274
2 HA LEU 823 HA LEU 823 31.389 -16.262 -14.276
3 HB2 LEU 823 HB2 LEU 823 34.083 -17.399 -13.574
4 HB3 LEU 823 HB3 LEU 823 32.861 -18.256 -14.492
5 HG LEU 823 HG LEU 823 34.225 -15.700 -15.329
6 HD11 LEU 823 HD11 LEU 823 35.689 -17.610 -15.433
7 HD13 LEU 823 HD12 LEU 823 35.279 -16.996 -17.020
8 HD12 LEU 823 HD13 LEU 823 34.505 -18.479 -16.424
9 HD21 LEU 823 HD21 LEU 823 32.158 -17.379 -16.732
10 HD23 LEU 823 HD22 LEU 823 33.128 -16.114 -17.491
11 HD22 LEU 823 HD23 LEU 823 32.003 -15.699 -16.200
No H/Q in entry = 11
In of MODEL 4
1 H ARG 824 H ARG 824 33.131 -16.727 -11.219
2 HA ARG 824 HA ARG 824 31.489 -18.819 -10.236
3 HB2 ARG 824 HB2 ARG 824 32.970 -16.698 -8.637
4 HB3 ARG 824 HB3 ARG 824 32.202 -18.110 -7.943
5 HG2 ARG 824 HG2 ARG 824 33.833 -19.522 -9.173
6 HG3 ARG 824 HG3 ARG 824 34.639 -18.037 -9.729
7 HD2 ARG 824 HD2 ARG 824 34.879 -17.395 -7.368
8 HD3 ARG 824 HD3 ARG 824 34.179 -18.955 -6.912
9 HE ARG 824 HE ARG 824 36.565 -18.909 -8.543
10 HH11 ARG 824 HH11 ARG 824 35.068 -19.778 -5.453
11 HH12 ARG 824 HH12 ARG 824 36.487 -20.296 -4.687
12 HH21 ARG 824 HH21 ARG 824 38.623 -19.647 -7.425
13 HH22 ARG 824 HH22 ARG 824 38.535 -20.233 -5.834
No H/Q in entry = 13
In of MODEL 4
1 H CYS 825 H CYS 825 31.166 -15.335 -10.135
2 HA CYS 825 HA CYS 825 28.970 -15.317 -8.345
3 HB2 CYS 825 HB2 CYS 825 30.451 -13.361 -8.676
4 HB3 CYS 825 HB3 CYS 825 29.795 -13.182 -10.296
No H/Q in entry = 4
In of MODEL 4
1 H ARG 826 H ARG 826 29.182 -15.208 -11.897
2 HA ARG 826 HA ARG 826 26.397 -14.778 -12.229
3 HB2 ARG 826 HB2 ARG 826 26.748 -15.329 -14.614
4 HB3 ARG 826 HB3 ARG 826 27.814 -14.053 -14.021
5 HG2 ARG 826 HG2 ARG 826 29.626 -15.580 -13.959
6 HG3 ARG 826 HG3 ARG 826 28.577 -16.939 -14.369
7 HD2 ARG 826 HD2 ARG 826 29.106 -14.542 -16.138
8 HD3 ARG 826 HD3 ARG 826 29.862 -16.126 -16.307
9 HE ARG 826 HE ARG 826 26.998 -16.216 -16.310
10 HH11 ARG 826 HH11 ARG 826 29.804 -15.673 -18.481
11 HH12 ARG 826 HH12 ARG 826 28.957 -16.211 -19.837
12 HH21 ARG 826 HH21 ARG 826 25.928 -16.963 -18.197
13 HH22 ARG 826 HH22 ARG 826 26.729 -16.964 -19.691
No H/Q in entry = 13
In of MODEL 4
1 H GLY 827 H GLY 827 28.296 -17.692 -11.957
2 HA3 GLY 827 HA2 GLY 827 26.992 -19.641 -11.220
3 HA2 GLY 827 HA3 GLY 827 25.771 -19.167 -12.390
No H/Q in entry = 3
In of MODEL 4
1 H GLN 828 H GLN 828 28.847 -18.682 -13.585
2 HA GLN 828 HA GLN 828 28.660 -20.819 -15.481
3 HB2 GLN 828 HB2 GLN 828 29.799 -18.667 -15.966
4 HB3 GLN 828 HB3 GLN 828 30.990 -19.033 -14.733
5 HG2 GLN 828 HG2 GLN 828 31.914 -19.451 -16.928
6 HG3 GLN 828 HG3 GLN 828 31.745 -20.959 -16.045
7 HE21 GLN 828 HE21 GLN 828 29.006 -19.339 -17.578
8 HE22 GLN 828 HE22 GLN 828 28.805 -20.513 -18.809
No H/Q in entry = 8
In of MODEL 4
1 H SER 829 H SER 829 29.910 -22.828 -15.431
2 HA SER 829 HA SER 829 30.683 -23.526 -12.730
3 HB2 SER 829 HB2 SER 829 30.476 -25.290 -15.188
4 HB3 SER 829 HB3 SER 829 30.674 -25.827 -13.525
5 HG SER 829 HG SER 829 28.593 -24.156 -13.677
No H/Q in entry = 5
In of MODEL 4
1 H ILE 830 H ILE 830 32.663 -23.271 -12.105
2 HA ILE 830 HA ILE 830 34.868 -23.759 -13.944
3 HB ILE 830 HB ILE 830 36.124 -21.830 -13.155
4 HG12 ILE 830 HG12 ILE 830 34.902 -21.587 -10.950
5 HG13 ILE 830 HG13 ILE 830 35.262 -20.048 -11.689
6 HG23 ILE 830 HG21 ILE 830 34.976 -21.545 -15.222
7 HG22 ILE 830 HG22 ILE 830 34.936 -20.017 -14.331
8 HG21 ILE 830 HG23 ILE 830 33.509 -21.049 -14.378
9 HD13 ILE 830 HD11 ILE 830 32.937 -19.986 -12.534
10 HD12 ILE 830 HD12 ILE 830 33.034 -20.029 -10.777
11 HD11 ILE 830 HD13 ILE 830 32.622 -21.487 -11.676
No H/Q in entry = 11
In of MODEL 4
1 H SER 831 H SER 831 36.650 -24.588 -13.012
2 HA SER 831 HA SER 831 36.504 -25.077 -10.143
3 HB2 SER 831 HB2 SER 831 37.644 -26.734 -12.369
4 HB3 SER 831 HB3 SER 831 37.765 -27.130 -10.661
5 HG SER 831 HG SER 831 35.608 -27.173 -12.416
No H/Q in entry = 5
In of MODEL 4
1 H VAL 832 H VAL 832 37.898 -23.452 -9.428
2 HA VAL 832 HA VAL 832 40.266 -22.795 -10.895
3 HB VAL 832 HB VAL 832 39.508 -21.987 -8.060
4 HG11 VAL 832 HG11 VAL 832 41.925 -21.801 -8.447
5 HG13 VAL 832 HG12 VAL 832 41.183 -20.207 -8.320
6 HG12 VAL 832 HG13 VAL 832 41.624 -20.849 -9.902
7 HG22 VAL 832 HG21 VAL 832 37.896 -21.159 -9.677
8 HG21 VAL 832 HG22 VAL 832 39.194 -20.546 -10.692
9 HG23 VAL 832 HG23 VAL 832 38.900 -19.815 -9.119
No H/Q in entry = 9
In of MODEL 4
1 H THR 833 H THR 833 41.728 -24.300 -11.116
2 HA THR 833 HA THR 833 42.152 -26.302 -9.182
3 HB THR 833 HB THR 833 43.988 -26.976 -10.778
4 HG1 THR 833 HG1 THR 833 44.010 -25.875 -12.786
5 HG23 THR 833 HG21 THR 833 41.723 -27.904 -11.015
6 HG22 THR 833 HG22 THR 833 42.430 -27.625 -12.609
7 HG21 THR 833 HG23 THR 833 41.238 -26.506 -11.970
No H/Q in entry = 7
In of MODEL 4
1 H SER 834 H SER 834 43.852 -23.401 -10.254
2 HA SER 834 HA SER 834 45.248 -23.419 -7.759
3 HB2 SER 834 HB2 SER 834 47.451 -23.052 -8.990
4 HB3 SER 834 HB3 SER 834 46.810 -24.695 -8.894
5 HG SER 834 HG SER 834 45.893 -24.307 -10.984
No H/Q in entry = 5
In of MODEL 4
1 H ILE 835 H ILE 835 45.924 -21.502 -7.101
2 HA ILE 835 HA ILE 835 44.718 -19.209 -8.316
3 HB ILE 835 HB ILE 835 45.688 -18.014 -6.343
4 HG12 ILE 835 HG12 ILE 835 46.263 -19.508 -4.384
5 HG13 ILE 835 HG13 ILE 835 46.472 -20.825 -5.518
6 HG21 ILE 835 HG21 ILE 835 43.931 -20.373 -5.918
7 HG23 ILE 835 HG22 ILE 835 43.428 -18.752 -6.433
8 HG22 ILE 835 HG23 ILE 835 44.090 -19.015 -4.804
9 HD11 ILE 835 HD11 ILE 835 48.048 -18.286 -5.411
10 HD13 ILE 835 HD12 ILE 835 48.300 -19.611 -6.563
11 HD12 ILE 835 HD13 ILE 835 48.561 -19.870 -4.824
No H/Q in entry = 11
In of MODEL 4
1 H ARG 836 H ARG 836 47.316 -20.690 -9.301
2 HA ARG 836 HA ARG 836 49.058 -18.365 -9.600
3 HB2 ARG 836 HB2 ARG 836 49.464 -21.231 -10.412
4 HB3 ARG 836 HB3 ARG 836 50.633 -19.942 -10.612
5 HG2 ARG 836 HG2 ARG 836 50.564 -19.656 -8.130
6 HG3 ARG 836 HG3 ARG 836 49.632 -21.157 -8.073
7 HD2 ARG 836 HD2 ARG 836 52.397 -20.770 -9.178
8 HD3 ARG 836 HD3 ARG 836 51.887 -21.616 -7.711
9 HE ARG 836 HE ARG 836 50.537 -22.855 -9.765
10 HH11 ARG 836 HH11 ARG 836 53.986 -22.367 -9.082
11 HH12 ARG 836 HH12 ARG 836 54.457 -23.777 -9.927
12 HH21 ARG 836 HH21 ARG 836 51.222 -24.725 -10.919
13 HH22 ARG 836 HH22 ARG 836 52.867 -25.135 -10.990
No H/Q in entry = 13
In of MODEL 4
1 HA PRO 837 HA PRO 837 47.443 -18.208 -13.806
2 HB2 PRO 837 HB2 PRO 837 49.515 -17.014 -15.109
3 HB3 PRO 837 HB3 PRO 837 48.355 -16.121 -14.130
4 HG2 PRO 837 HG2 PRO 837 51.145 -16.951 -13.496
5 HG3 PRO 837 HG3 PRO 837 50.265 -15.506 -12.978
6 HD2 PRO 837 HD2 PRO 837 50.703 -17.730 -11.404
7 HD3 PRO 837 HD3 PRO 837 49.402 -16.553 -11.148
No H/Q in entry = 7
In of MODEL 4
1 H CYS 838 H CYS 838 47.467 -19.730 -15.448
2 HA CYS 838 HA CYS 838 49.773 -21.418 -15.499
3 HB2 CYS 838 HB2 CYS 838 46.982 -21.747 -16.562
4 HB3 CYS 838 HB3 CYS 838 48.276 -22.709 -17.251
No H/Q in entry = 4
In of MODEL 4
1 H ALA 839 H ALA 839 50.370 -22.101 -17.891
2 HA ALA 839 HA ALA 839 50.654 -19.723 -19.516
3 HB3 ALA 839 HB1 ALA 839 52.020 -21.213 -20.952
4 HB1 ALA 839 HB2 ALA 839 51.578 -22.583 -19.932
5 HB2 ALA 839 HB3 ALA 839 52.544 -21.263 -19.271
No H/Q in entry = 5
In of MODEL 4
1 H ALA 840 H ALA 840 48.084 -20.152 -19.250
2 HA ALA 840 HA ALA 840 47.188 -21.357 -21.760
3 HB3 ALA 840 HB1 ALA 840 46.686 -22.929 -19.978
4 HB1 ALA 840 HB2 ALA 840 45.201 -22.228 -20.615
5 HB2 ALA 840 HB3 ALA 840 45.850 -21.667 -19.074
No H/Q in entry = 5
In of MODEL 4
1 H GLU 841 H GLU 841 47.723 -18.712 -21.568
2 HA GLU 841 HA GLU 841 45.136 -17.466 -21.223
3 HB2 GLU 841 HB2 GLU 841 46.393 -15.354 -21.956
4 HB3 GLU 841 HB3 GLU 841 46.877 -16.049 -20.419
5 HG2 GLU 841 HG2 GLU 841 48.790 -17.130 -21.570
6 HG3 GLU 841 HG3 GLU 841 48.321 -16.288 -23.048
No H/Q in entry = 6
In of MODEL 4
1 H THR 842 H THR 842 44.222 -18.833 -22.662
2 HA THR 842 HA THR 842 45.115 -19.270 -25.272
3 HB THR 842 HB THR 842 42.794 -20.414 -25.213
4 HG1 THR 842 HG1 THR 842 41.780 -20.207 -23.311
5 HG22 THR 842 HG21 THR 842 43.808 -22.304 -23.979
6 HG21 THR 842 HG22 THR 842 45.064 -21.227 -23.369
7 HG23 THR 842 HG23 THR 842 44.972 -21.587 -25.093
No H/Q in entry = 7
In of MODEL 4
1 H GLN 843 H GLN 843 43.672 -19.112 -27.111
2 HA GLN 843 HA GLN 843 42.153 -16.626 -27.133
3 HB2 GLN 843 HB2 GLN 843 43.674 -17.985 -29.382
4 HB3 GLN 843 HB3 GLN 843 42.650 -16.580 -29.591
5 HG2 GLN 843 HG2 GLN 843 44.885 -15.803 -29.600
6 HG3 GLN 843 HG3 GLN 843 44.222 -15.353 -28.037
7 HE21 GLN 843 HE21 GLN 843 46.243 -15.197 -27.134
8 HE22 GLN 843 HE22 GLN 843 47.226 -16.539 -26.734
No H/Q in entry = 8
In of MODEL 5
1 H1 GLY 689 H2 GLY 689 78.178 7.851 -9.270
2 H2 GLY 689 H1 GLY 689 78.385 7.287 -7.673
3 H3 GLY 689 H3 GLY 689 79.344 6.708 -8.927
4 HA2 GLY 689 HA2 GLY 689 76.448 6.250 -8.605
5 HA3 GLY 689 HA3 GLY 689 77.727 5.055 -8.408
No H/Q in entry = 5
In of MODEL 5
1 H SER 690 H SER 690 79.307 5.095 -10.403
2 HA SER 690 HA SER 690 77.622 5.051 -12.769
3 HB2 SER 690 HB2 SER 690 80.461 6.061 -12.605
4 HB3 SER 690 HB3 SER 690 79.441 6.014 -14.043
5 HG SER 690 HG SER 690 77.963 7.295 -12.530
No H/Q in entry = 5
In of MODEL 5
1 H HIS 691 H HIS 691 78.095 3.424 -14.166
2 HA HIS 691 HA HIS 691 79.950 1.349 -13.243
3 HB2 HIS 691 HB2 HIS 691 77.860 1.279 -15.461
4 HB3 HIS 691 HB3 HIS 691 78.850 -0.080 -14.955
5 HD1 HIS 691 HD1 HIS 691 78.069 -1.389 -12.900
6 HD2 HIS 691 HD2 HIS 691 75.764 1.975 -13.681
7 HE1 HIS 691 HE1 HIS 691 76.026 -1.620 -11.464
8 HE2 HIS 691 HE2 HIS 691 74.580 0.343 -12.080
No H/Q in entry = 8
In of MODEL 5
1 H MET 692 H MET 692 81.247 0.356 -15.120
2 HA MET 692 HA MET 692 82.583 2.468 -16.496
3 HB2 MET 692 HB2 MET 692 83.703 0.392 -15.715
4 HB3 MET 692 HB3 MET 692 82.811 -0.512 -16.928
5 HG2 MET 692 HG2 MET 692 83.914 0.734 -18.693
6 HG3 MET 692 HG3 MET 692 84.791 1.684 -17.498
7 HE2 MET 692 HE1 MET 692 85.356 -0.618 -15.277
8 HE1 MET 692 HE2 MET 692 86.497 0.635 -15.752
9 HE3 MET 692 HE3 MET 692 86.992 -1.057 -15.759
No H/Q in entry = 9
In of MODEL 5
1 H ASN 693 H ASN 693 80.528 -0.224 -17.515
2 HA ASN 693 HA ASN 693 79.631 1.534 -19.686
3 HB2 ASN 693 HB2 ASN 693 80.944 -0.425 -20.538
4 HB3 ASN 693 HB3 ASN 693 79.828 -1.505 -19.719
5 HD21 ASN 693 HD21 ASN 693 80.535 -1.329 -22.511
6 HD22 ASN 693 HD22 ASN 693 79.081 -1.058 -23.387
No H/Q in entry = 6
In of MODEL 5
1 HA PRO 694 HA PRO 694 75.934 0.309 -17.408
2 HB2 PRO 694 HB2 PRO 694 74.648 2.714 -17.781
3 HB3 PRO 694 HB3 PRO 694 75.775 2.361 -16.470
4 HG2 PRO 694 HG2 PRO 694 76.140 4.203 -18.629
5 HG3 PRO 694 HG3 PRO 694 77.298 3.794 -17.359
6 HD2 PRO 694 HD2 PRO 694 77.109 2.754 -20.143
7 HD3 PRO 694 HD3 PRO 694 78.522 2.929 -19.069
No H/Q in entry = 7
In of MODEL 5
1 H LEU 695 H LEU 695 74.044 -0.531 -18.084
2 HA LEU 695 HA LEU 695 73.341 -0.262 -20.894
3 HB2 LEU 695 HB2 LEU 695 72.205 -2.072 -18.736
4 HB3 LEU 695 HB3 LEU 695 71.690 -2.071 -20.403
5 HG LEU 695 HG LEU 695 73.032 -3.969 -20.128
6 HD13 LEU 695 HD11 LEU 695 74.907 -3.641 -21.626
7 HD12 LEU 695 HD12 LEU 695 74.750 -1.900 -21.434
8 HD11 LEU 695 HD13 LEU 695 73.449 -2.826 -22.189
9 HD22 LEU 695 HD21 LEU 695 74.143 -3.421 -18.032
10 HD21 LEU 695 HD22 LEU 695 75.158 -2.238 -18.855
11 HD23 LEU 695 HD23 LEU 695 75.330 -3.953 -19.224
No H/Q in entry = 11
In of MODEL 5
1 H THR 696 H THR 696 70.759 -0.245 -21.111
2 HA THR 696 HA THR 696 70.015 2.165 -19.756
3 HB THR 696 HB THR 696 69.471 1.858 -22.165
4 HG1 THR 696 HG1 THR 696 68.088 3.307 -21.530
5 HG21 THR 696 HG21 THR 696 67.494 -0.207 -21.170
6 HG23 THR 696 HG22 THR 696 68.920 -0.534 -22.154
7 HG22 THR 696 HG23 THR 696 67.583 0.406 -22.819
No H/Q in entry = 7
In of MODEL 5
1 H GLN 697 H GLN 697 67.453 2.062 -19.145
2 HA GLN 697 HA GLN 697 67.417 0.503 -16.756
3 HB2 GLN 697 HB2 GLN 697 65.266 2.184 -18.036
4 HB3 GLN 697 HB3 GLN 697 65.154 1.467 -16.437
5 HG2 GLN 697 HG2 GLN 697 67.202 3.501 -17.297
6 HG3 GLN 697 HG3 GLN 697 65.755 3.836 -16.346
7 HE21 GLN 697 HE21 GLN 697 65.649 3.098 -14.230
8 HE22 GLN 697 HE22 GLN 697 67.053 2.661 -13.345
No H/Q in entry = 8
In of MODEL 5
1 H ALA 698 H ALA 698 67.083 -1.587 -16.825
2 HA ALA 698 HA ALA 698 65.361 -2.746 -18.867
3 HB3 ALA 698 HB1 ALA 698 66.178 -4.901 -18.004
4 HB2 ALA 698 HB2 ALA 698 67.074 -4.056 -16.744
5 HB1 ALA 698 HB3 ALA 698 67.516 -3.840 -18.437
No H/Q in entry = 5
In of MODEL 5
1 H VAL 699 H VAL 699 63.273 -2.657 -18.378
2 HA VAL 699 HA VAL 699 62.305 -2.563 -15.702
3 HB VAL 699 HB VAL 699 60.754 -3.104 -18.258
4 HG11 VAL 699 HG11 VAL 699 59.503 -3.720 -16.258
5 HG13 VAL 699 HG12 VAL 699 58.804 -2.292 -17.017
6 HG12 VAL 699 HG13 VAL 699 59.794 -2.121 -15.568
7 HG23 VAL 699 HG21 VAL 699 60.221 -0.696 -18.228
8 HG22 VAL 699 HG22 VAL 699 61.950 -0.989 -18.418
9 HG21 VAL 699 HG23 VAL 699 61.309 -0.489 -16.857
No H/Q in entry = 9
In of MODEL 5
1 HA PRO 700 HA PRO 700 62.321 -7.046 -15.413
2 HB2 PRO 700 HB2 PRO 700 61.987 -7.169 -12.731
3 HB3 PRO 700 HB3 PRO 700 63.556 -6.831 -13.478
4 HG2 PRO 700 HG2 PRO 700 61.666 -5.004 -12.104
5 HG3 PRO 700 HG3 PRO 700 63.428 -4.911 -12.231
6 HD2 PRO 700 HD2 PRO 700 61.569 -3.441 -13.741
7 HD3 PRO 700 HD3 PRO 700 63.301 -3.603 -14.076
No H/Q in entry = 7
In of MODEL 5
1 H LYS 701 H LYS 701 60.676 -8.547 -15.196
2 HA LYS 701 HA LYS 701 58.039 -7.436 -14.916
3 HB2 LYS 701 HB2 LYS 701 59.020 -10.185 -15.645
4 HB3 LYS 701 HB3 LYS 701 57.325 -9.848 -15.357
5 HG2 LYS 701 HG2 LYS 701 59.015 -8.516 -17.473
6 HG3 LYS 701 HG3 LYS 701 57.905 -9.859 -17.752
7 HD2 LYS 701 HD2 LYS 701 56.059 -8.432 -16.882
8 HD3 LYS 701 HD3 LYS 701 57.196 -7.087 -16.785
9 HE2 LYS 701 HE2 LYS 701 57.566 -7.221 -19.187
10 HE3 LYS 701 HE3 LYS 701 56.461 -8.594 -19.290
11 HZ2 LYS 701 HZ1 LYS 701 55.756 -5.826 -18.481
12 HZ1 LYS 701 HZ2 LYS 701 54.697 -7.131 -18.447
13 HZ3 LYS 701 HZ3 LYS 701 55.317 -6.595 -19.918
No H/Q in entry = 13
In of MODEL 5
1 H CYS 702 H CYS 702 57.040 -7.327 -13.109
2 HA CYS 702 HA CYS 702 57.983 -8.985 -10.902
3 HB2 CYS 702 HB2 CYS 702 56.092 -6.618 -10.687
4 HB3 CYS 702 HB3 CYS 702 57.056 -7.367 -9.441
No H/Q in entry = 4
In of MODEL 5
1 H GLN 703 H GLN 703 56.579 -10.311 -9.919
2 HA GLN 703 HA GLN 703 54.450 -11.238 -11.566
3 HB2 GLN 703 HB2 GLN 703 55.269 -12.038 -8.784
4 HB3 GLN 703 HB3 GLN 703 54.192 -12.943 -9.824
5 HG2 GLN 703 HG2 GLN 703 57.123 -12.423 -10.278
6 HG3 GLN 703 HG3 GLN 703 56.388 -13.952 -9.811
7 HE21 GLN 703 HE21 GLN 703 57.090 -11.798 -12.420
8 HE22 GLN 703 HE22 GLN 703 56.547 -12.821 -13.692
No H/Q in entry = 8
In of MODEL 5
1 H ARG 704 H ARG 704 52.385 -11.880 -10.131
2 HA ARG 704 HA ARG 704 50.967 -9.452 -9.959
3 HB2 ARG 704 HB2 ARG 704 50.222 -12.205 -9.041
4 HB3 ARG 704 HB3 ARG 704 49.122 -10.844 -8.986
5 HG2 ARG 704 HG2 ARG 704 50.410 -11.957 -11.463
6 HG3 ARG 704 HG3 ARG 704 48.747 -12.232 -10.942
7 HD2 ARG 704 HD2 ARG 704 48.358 -9.797 -11.064
8 HD3 ARG 704 HD3 ARG 704 49.991 -9.596 -11.680
9 HE ARG 704 HE ARG 704 48.539 -11.478 -13.235
10 HH11 ARG 704 HH11 ARG 704 49.098 -8.011 -12.765
11 HH12 ARG 704 HH12 ARG 704 48.620 -7.551 -14.322
12 HH21 ARG 704 HH21 ARG 704 47.852 -10.853 -15.413
13 HH22 ARG 704 HH22 ARG 704 47.843 -9.215 -15.848
No H/Q in entry = 13
In of MODEL 5
1 H TRP 705 H TRP 705 52.506 -11.300 -7.478
2 HA TRP 705 HA TRP 705 51.242 -9.788 -5.336
3 HB2 TRP 705 HB2 TRP 705 52.635 -11.279 -3.884
4 HB3 TRP 705 HB3 TRP 705 51.487 -12.111 -4.922
5 HD1 TRP 705 HD1 TRP 705 55.202 -11.750 -4.247
6 HE1 TRP 705 HE1 TRP 705 56.490 -13.472 -5.623
7 HE3 TRP 705 HE3 TRP 705 51.401 -13.429 -7.203
8 HZ2 TRP 705 HZ2 TRP 705 55.975 -15.323 -7.691
9 HZ3 TRP 705 HZ3 TRP 705 51.884 -15.180 -8.855
10 HH2 TRP 705 HH2 TRP 705 54.127 -16.108 -9.091
No H/Q in entry = 10
In of MODEL 5
1 H GLU 706 H GLU 706 53.620 -9.208 -7.439
2 HA GLU 706 HA GLU 706 55.346 -7.879 -5.505
3 HB2 GLU 706 HB2 GLU 706 55.909 -8.700 -8.335
4 HB3 GLU 706 HB3 GLU 706 57.040 -7.907 -7.239
5 HG2 GLU 706 HG2 GLU 706 56.900 -9.900 -5.787
6 HG3 GLU 706 HG3 GLU 706 55.884 -10.666 -7.010
No H/Q in entry = 6
In of MODEL 5
1 H LYS 707 H LYS 707 55.695 -5.813 -5.714
2 HA LYS 707 HA LYS 707 54.278 -4.403 -7.859
3 HB2 LYS 707 HB2 LYS 707 54.866 -3.328 -5.088
4 HB3 LYS 707 HB3 LYS 707 53.917 -2.545 -6.334
5 HG2 LYS 707 HG2 LYS 707 53.168 -4.993 -4.733
6 HG3 LYS 707 HG3 LYS 707 52.440 -3.399 -4.641
7 HD2 LYS 707 HD2 LYS 707 52.317 -5.291 -7.000
8 HD3 LYS 707 HD3 LYS 707 51.008 -4.959 -5.870
9 HE2 LYS 707 HE2 LYS 707 50.993 -2.599 -6.641
10 HE3 LYS 707 HE3 LYS 707 52.277 -2.995 -7.772
11 HZ3 LYS 707 HZ1 LYS 707 50.108 -3.025 -8.821
12 HZ2 LYS 707 HZ2 LYS 707 49.574 -4.194 -7.739
13 HZ1 LYS 707 HZ3 LYS 707 50.809 -4.568 -8.851
No H/Q in entry = 13
In of MODEL 5
1 H LEU 708 H LEU 708 55.529 -2.954 -8.979
2 HA LEU 708 HA LEU 708 58.314 -3.077 -8.320
3 HB2 LEU 708 HB2 LEU 708 57.545 -3.546 -10.644
4 HB3 LEU 708 HB3 LEU 708 56.970 -1.899 -10.756
5 HG LEU 708 HG LEU 708 59.837 -2.401 -10.119
6 HD13 LEU 708 HD11 LEU 708 59.462 -3.817 -12.026
7 HD12 LEU 708 HD12 LEU 708 60.332 -2.374 -12.546
8 HD11 LEU 708 HD13 LEU 708 58.601 -2.526 -12.876
9 HD22 LEU 708 HD21 LEU 708 59.052 -0.104 -10.048
10 HD21 LEU 708 HD22 LEU 708 58.412 -0.246 -11.686
11 HD23 LEU 708 HD23 LEU 708 60.152 -0.312 -11.413
No H/Q in entry = 11
In of MODEL 5
1 H GLN 709 H GLN 709 59.192 -1.642 -7.186
2 HA GLN 709 HA GLN 709 58.550 1.153 -7.519
3 HB2 GLN 709 HB2 GLN 709 58.386 1.604 -5.165
4 HB3 GLN 709 HB3 GLN 709 57.265 0.289 -5.473
5 HG2 GLN 709 HG2 GLN 709 58.864 -1.317 -4.569
6 HG3 GLN 709 HG3 GLN 709 60.036 -0.013 -4.347
7 HE21 GLN 709 HE21 GLN 709 60.163 -0.406 -2.145
8 HE22 GLN 709 HE22 GLN 709 58.898 0.051 -1.066
No H/Q in entry = 8
In of MODEL 5
1 H ASN 710 H ASN 710 60.460 2.380 -7.037
2 HA ASN 710 HA ASN 710 62.760 2.730 -6.747
3 HB2 ASN 710 HB2 ASN 710 62.077 1.589 -4.539
4 HB3 ASN 710 HB3 ASN 710 62.646 0.092 -5.232
5 HD21 ASN 710 HD21 ASN 710 63.458 3.033 -3.836
6 HD22 ASN 710 HD22 ASN 710 65.160 2.789 -3.634
No H/Q in entry = 6
In of MODEL 5
1 H SER 711 H SER 711 61.666 1.328 -8.954
2 HA SER 711 HA SER 711 62.086 0.139 -10.768
3 HB2 SER 711 HB2 SER 711 64.365 0.350 -11.737
4 HB3 SER 711 HB3 SER 711 63.796 1.834 -10.957
5 HG SER 711 HG SER 711 65.075 0.601 -9.092
No H/Q in entry = 5
In of MODEL 5
1 H ARG 712 H ARG 712 61.998 -1.385 -8.213
2 HA ARG 712 HA ARG 712 63.230 -3.850 -9.202
3 HB2 ARG 712 HB2 ARG 712 63.911 -4.468 -6.959
4 HB3 ARG 712 HB3 ARG 712 64.587 -2.884 -7.307
5 HG2 ARG 712 HG2 ARG 712 62.846 -1.821 -6.000
6 HG3 ARG 712 HG3 ARG 712 62.086 -3.383 -5.712
7 HD2 ARG 712 HD2 ARG 712 63.314 -2.834 -3.755
8 HD3 ARG 712 HD3 ARG 712 64.209 -4.095 -4.591
9 HE ARG 712 HE ARG 712 65.014 -1.369 -5.145
10 HH11 ARG 712 HH11 ARG 712 65.623 -4.337 -3.278
11 HH12 ARG 712 HH12 ARG 712 67.178 -3.861 -2.794
12 HH21 ARG 712 HH21 ARG 712 67.150 -0.716 -4.424
13 HH22 ARG 712 HH22 ARG 712 68.086 -1.764 -3.485
No H/Q in entry = 13
In of MODEL 5
1 H CYS 713 H CYS 713 62.148 -5.745 -8.153
2 HA CYS 713 HA CYS 713 59.275 -5.243 -7.852
3 HB2 CYS 713 HB2 CYS 713 60.749 -7.861 -8.223
4 HB3 CYS 713 HB3 CYS 713 59.008 -7.633 -8.284
No H/Q in entry = 4
In of MODEL 5
1 H VAL 714 H VAL 714 58.544 -5.099 -5.810
2 HA VAL 714 HA VAL 714 59.816 -6.800 -3.774
3 HB VAL 714 HB VAL 714 59.041 -5.166 -2.058
4 HG13 VAL 714 HG11 VAL 714 61.319 -4.994 -2.873
5 HG12 VAL 714 HG12 VAL 714 60.667 -3.389 -2.519
6 HG11 VAL 714 HG13 VAL 714 60.780 -3.949 -4.186
7 HG23 VAL 714 HG21 VAL 714 58.281 -2.916 -2.735
8 HG22 VAL 714 HG22 VAL 714 57.159 -4.163 -3.272
9 HG21 VAL 714 HG23 VAL 714 58.276 -3.429 -4.421
No H/Q in entry = 9
In of MODEL 5
1 H CYS 715 H CYS 715 58.216 -7.451 -2.048
2 HA CYS 715 HA CYS 715 55.774 -8.258 -3.380
3 HB2 CYS 715 HB2 CYS 715 56.985 -9.005 -0.696
4 HB3 CYS 715 HB3 CYS 715 55.374 -9.485 -1.162
No H/Q in entry = 4
In of MODEL 5
1 H LYS 716 H LYS 716 53.767 -7.713 -2.733
2 HA LYS 716 HA LYS 716 53.296 -5.245 -1.385
3 HB2 LYS 716 HB2 LYS 716 51.788 -6.259 -3.109
4 HB3 LYS 716 HB3 LYS 716 51.403 -7.555 -2.001
5 HG2 LYS 716 HG2 LYS 716 50.408 -5.798 -0.457
6 HG3 LYS 716 HG3 LYS 716 50.624 -4.643 -1.776
7 HD2 LYS 716 HD2 LYS 716 49.019 -7.200 -1.946
8 HD3 LYS 716 HD3 LYS 716 48.330 -5.617 -1.607
9 HE2 LYS 716 HE2 LYS 716 50.027 -6.047 -3.963
10 HE3 LYS 716 HE3 LYS 716 48.334 -6.575 -4.052
11 HZ2 LYS 716 HZ1 LYS 716 49.351 -3.754 -3.652
12 HZ1 LYS 716 HZ2 LYS 716 47.754 -4.221 -3.484
13 HZ3 LYS 716 HZ3 LYS 716 48.469 -4.366 -4.962
No H/Q in entry = 13
In of MODEL 5
1 H MET 717 H MET 717 51.659 -5.404 0.582
2 HA MET 717 HA MET 717 52.849 -7.350 2.419
3 HB2 MET 717 HB2 MET 717 51.476 -4.740 3.065
4 HB3 MET 717 HB3 MET 717 52.023 -5.885 4.282
5 HG2 MET 717 HG2 MET 717 53.759 -4.399 2.309
6 HG3 MET 717 HG3 MET 717 53.608 -4.074 4.032
7 HE3 MET 717 HE1 MET 717 54.636 -5.615 5.937
8 HE2 MET 717 HE2 MET 717 55.344 -7.200 5.634
9 HE1 MET 717 HE3 MET 717 53.622 -6.938 5.368
No H/Q in entry = 9
In of MODEL 5
1 HA PRO 718 HA PRO 718 49.243 -9.755 2.330
2 HB2 PRO 718 HB2 PRO 718 49.266 -10.822 4.871
3 HB3 PRO 718 HB3 PRO 718 50.272 -11.393 3.538
4 HG2 PRO 718 HG2 PRO 718 50.969 -9.527 5.770
5 HG3 PRO 718 HG3 PRO 718 51.931 -10.845 5.074
6 HD2 PRO 718 HD2 PRO 718 52.403 -8.282 4.454
7 HD3 PRO 718 HD3 PRO 718 52.571 -9.570 3.242
No H/Q in entry = 7
In of MODEL 5
1 H TYR 719 H TYR 719 49.556 -7.334 4.764
2 HA TYR 719 HA TYR 719 46.771 -7.645 5.541
3 HB2 TYR 719 HB2 TYR 719 47.198 -6.067 7.346
4 HB3 TYR 719 HB3 TYR 719 48.410 -7.332 7.363
5 HD1 TYR 719 HD1 TYR 719 47.794 -3.811 7.293
6 HD2 TYR 719 HD2 TYR 719 50.741 -6.756 6.407
7 HE1 TYR 719 HE1 TYR 719 49.538 -2.085 7.394
8 HE2 TYR 719 HE2 TYR 719 52.494 -5.024 6.504
9 HH TYR 719 HH TYR 719 52.619 -2.509 6.210
No H/Q in entry = 9
In of MODEL 5
1 H GLU 720 H GLU 720 48.493 -6.096 3.212
2 HA GLU 720 HA GLU 720 46.681 -3.801 3.042
3 HB2 GLU 720 HB2 GLU 720 49.187 -4.567 1.603
4 HB3 GLU 720 HB3 GLU 720 48.234 -3.147 1.157
5 HG2 GLU 720 HG2 GLU 720 48.665 -2.322 3.487
6 HG3 GLU 720 HG3 GLU 720 49.785 -3.671 3.684
No H/Q in entry = 6
In of MODEL 5
1 H CYS 721 H CYS 721 46.584 -6.859 2.323
2 HA CYS 721 HA CYS 721 46.042 -6.855 -0.472
3 HB2 CYS 721 HB2 CYS 721 46.951 -8.805 0.720
4 HB3 CYS 721 HB3 CYS 721 45.421 -8.981 1.600
No H/Q in entry = 4
In of MODEL 5
1 H GLY 722 H GLY 722 43.857 -7.745 -1.260
2 HA3 GLY 722 HA2 GLY 722 41.529 -7.416 0.247
3 HA2 GLY 722 HA3 GLY 722 41.835 -5.928 -0.633
No H/Q in entry = 3
In of MODEL 5
1 HA PRO 723 HA PRO 723 40.072 -7.823 -4.143
2 HB2 PRO 723 HB2 PRO 723 41.541 -6.688 -6.206
3 HB3 PRO 723 HB3 PRO 723 40.215 -5.921 -5.329
4 HG2 PRO 723 HG2 PRO 723 42.997 -5.225 -5.279
5 HG3 PRO 723 HG3 PRO 723 41.657 -4.462 -4.418
6 HD2 PRO 723 HD2 PRO 723 43.654 -6.384 -3.441
7 HD3 PRO 723 HD3 PRO 723 42.625 -5.262 -2.532
No H/Q in entry = 7
In of MODEL 5
1 H SER 724 H SER 724 40.321 -9.942 -4.331
2 HA SER 724 HA SER 724 41.917 -11.193 -6.341
3 HB2 SER 724 HB2 SER 724 42.891 -11.222 -3.550
4 HB3 SER 724 HB3 SER 724 42.994 -12.689 -4.527
5 HG SER 724 HG SER 724 43.759 -10.573 -5.961
No H/Q in entry = 5
In of MODEL 5
1 H LEU 725 H LEU 725 41.551 -13.326 -6.579
2 HA LEU 725 HA LEU 725 38.982 -14.309 -5.989
3 HB2 LEU 725 HB2 LEU 725 41.441 -15.390 -7.067
4 HB3 LEU 725 HB3 LEU 725 40.348 -16.569 -6.415
5 HG LEU 725 HG LEU 725 39.710 -16.538 -8.534
6 HD12 LEU 725 HD11 LEU 725 37.951 -14.366 -7.613
7 HD11 LEU 725 HD12 LEU 725 37.786 -16.097 -7.312
8 HD13 LEU 725 HD13 LEU 725 37.693 -15.475 -8.960
9 HD21 LEU 725 HD21 LEU 725 41.272 -14.941 -9.330
10 HD23 LEU 725 HD22 LEU 725 40.225 -13.643 -8.726
11 HD22 LEU 725 HD23 LEU 725 39.680 -14.673 -10.047
No H/Q in entry = 11
In of MODEL 5
1 H ASP 726 H ASP 726 38.173 -15.064 -4.185
2 HA ASP 726 HA ASP 726 39.756 -15.773 -1.946
3 HB2 ASP 726 HB2 ASP 726 37.468 -16.570 -1.090
4 HB3 ASP 726 HB3 ASP 726 37.689 -14.855 -1.379
No H/Q in entry = 4
In of MODEL 5
1 H VAL 727 H VAL 727 40.432 -17.679 -1.340
2 HA VAL 727 HA VAL 727 39.436 -20.004 -2.724
3 HB VAL 727 HB VAL 727 41.781 -20.902 -3.068
4 HG12 VAL 727 HG11 VAL 727 41.113 -18.389 -4.597
5 HG11 VAL 727 HG12 VAL 727 40.517 -20.009 -4.955
6 HG13 VAL 727 HG13 VAL 727 42.234 -19.642 -5.127
7 HG23 VAL 727 HG21 VAL 727 42.581 -18.044 -2.512
8 HG22 VAL 727 HG22 VAL 727 43.647 -19.299 -3.138
9 HG21 VAL 727 HG23 VAL 727 42.973 -19.447 -1.517
No H/Q in entry = 9
In of MODEL 5
1 H CYS 728 H CYS 728 40.294 -22.102 -1.647
2 HA CYS 728 HA CYS 728 40.510 -21.656 1.234
3 HB2 CYS 728 HB2 CYS 728 39.912 -24.176 -0.327
4 HB3 CYS 728 HB3 CYS 728 40.001 -24.078 1.421
No H/Q in entry = 4
In of MODEL 5
1 H ALA 729 H ALA 729 42.344 -22.109 2.286
2 HA ALA 729 HA ALA 729 44.393 -23.601 0.825
3 HB2 ALA 729 HB1 ALA 729 46.051 -22.017 1.587
4 HB1 ALA 729 HB2 ALA 729 44.779 -21.076 2.368
5 HB3 ALA 729 HB3 ALA 729 44.813 -21.215 0.609
No H/Q in entry = 5
In of MODEL 5
1 H GLN 730 H GLN 730 45.913 -24.554 2.169
2 HA GLN 730 HA GLN 730 44.941 -25.016 4.891
3 HB2 GLN 730 HB2 GLN 730 45.128 -27.006 3.429
4 HB3 GLN 730 HB3 GLN 730 46.840 -26.663 3.247
5 HG2 GLN 730 HG2 GLN 730 47.208 -26.934 5.590
6 HG3 GLN 730 HG3 GLN 730 45.503 -27.221 5.878
7 HE21 GLN 730 HE21 GLN 730 45.727 -29.290 6.646
8 HE22 GLN 730 HE22 GLN 730 46.298 -30.587 5.680
No H/Q in entry = 8
In of MODEL 5
1 H ASP 731 H ASP 731 46.070 -24.331 6.475
2 HA ASP 731 HA ASP 731 48.538 -22.904 6.142
3 HB2 ASP 731 HB2 ASP 731 46.809 -22.320 7.873
4 HB3 ASP 731 HB3 ASP 731 47.166 -23.834 8.687
No H/Q in entry = 4
In of MODEL 5
1 H GLU 732 H GLU 732 50.561 -23.806 6.189
2 HA GLU 732 HA GLU 732 50.836 -26.608 6.334
3 HB2 GLU 732 HB2 GLU 732 52.878 -24.412 6.144
4 HB3 GLU 732 HB3 GLU 732 53.327 -26.105 6.255
5 HG2 GLU 732 HG2 GLU 732 51.559 -24.924 4.140
6 HG3 GLU 732 HG3 GLU 732 53.276 -25.278 3.954
No H/Q in entry = 6
In of MODEL 5
1 H ARG 733 H ARG 733 50.801 -24.373 8.895
2 HA ARG 733 HA ARG 733 52.413 -26.196 10.492
3 HB2 ARG 733 HB2 ARG 733 53.060 -23.785 10.411
4 HB3 ARG 733 HB3 ARG 733 51.523 -23.392 11.164
5 HG2 ARG 733 HG2 ARG 733 53.311 -23.394 12.797
6 HG3 ARG 733 HG3 ARG 733 52.165 -24.695 13.139
7 HD2 ARG 733 HD2 ARG 733 54.475 -25.463 13.381
8 HD3 ARG 733 HD3 ARG 733 53.644 -26.293 12.064
9 HE ARG 733 HE ARG 733 55.113 -23.996 11.186
10 HH11 ARG 733 HH11 ARG 733 55.371 -27.453 11.906
11 HH12 ARG 733 HH12 ARG 733 56.770 -27.689 10.970
12 HH21 ARG 733 HH21 ARG 733 57.035 -24.346 9.876
13 HH22 ARG 733 HH22 ARG 733 57.734 -25.899 9.803
No H/Q in entry = 13
In of MODEL 5
1 H SER 734 H SER 734 49.362 -24.430 10.439
2 HA SER 734 HA SER 734 48.410 -25.778 12.803
3 HB2 SER 734 HB2 SER 734 47.808 -23.428 12.399
4 HB3 SER 734 HB3 SER 734 46.998 -23.887 10.908
5 HG SER 734 HG SER 734 46.315 -24.746 13.518
No H/Q in entry = 5
In of MODEL 5
1 H LYS 735 H LYS 735 48.258 -26.261 9.387
2 HA LYS 735 HA LYS 735 47.479 -27.857 8.048
3 HB2 LYS 735 HB2 LYS 735 46.632 -29.412 10.508
4 HB3 LYS 735 HB3 LYS 735 46.903 -30.061 8.899
5 HG2 LYS 735 HG2 LYS 735 49.001 -28.935 10.761
6 HG3 LYS 735 HG3 LYS 735 48.740 -30.630 10.367
7 HD2 LYS 735 HD2 LYS 735 49.510 -28.528 8.334
8 HD3 LYS 735 HD3 LYS 735 50.669 -29.538 9.188
9 HE2 LYS 735 HE2 LYS 735 48.449 -30.557 7.410
10 HE3 LYS 735 HE3 LYS 735 50.130 -30.376 6.932
11 HZ1 LYS 735 HZ1 LYS 735 50.701 -31.970 8.756
12 HZ3 LYS 735 HZ2 LYS 735 49.772 -32.605 7.512
13 HZ2 LYS 735 HZ3 LYS 735 49.041 -32.247 8.973
No H/Q in entry = 13
In of MODEL 5
1 H ARG 736 H ARG 736 45.707 -25.845 9.508
2 HA ARG 736 HA ARG 736 43.084 -26.976 9.132
3 HB2 ARG 736 HB2 ARG 736 42.256 -24.942 10.152
4 HB3 ARG 736 HB3 ARG 736 43.634 -25.546 11.073
5 HG2 ARG 736 HG2 ARG 736 45.079 -23.943 9.925
6 HG3 ARG 736 HG3 ARG 736 43.648 -23.269 9.144
7 HD2 ARG 736 HD2 ARG 736 44.053 -23.461 12.122
8 HD3 ARG 736 HD3 ARG 736 44.406 -22.068 11.102
9 HE ARG 736 HE ARG 736 41.827 -22.536 10.555
10 HH11 ARG 736 HH11 ARG 736 43.438 -22.398 13.699
11 HH12 ARG 736 HH12 ARG 736 42.196 -21.562 14.487
12 HH21 ARG 736 HH21 ARG 736 40.090 -21.360 11.627
13 HH22 ARG 736 HH22 ARG 736 40.231 -20.958 13.274
No H/Q in entry = 13
In of MODEL 5
1 H ILE 737 H ILE 737 41.631 -26.344 7.539
2 HA ILE 737 HA ILE 737 42.754 -24.950 5.256
3 HB ILE 737 HB ILE 737 39.892 -25.887 5.583
4 HG12 ILE 737 HG12 ILE 737 41.456 -27.821 5.927
5 HG13 ILE 737 HG13 ILE 737 40.455 -27.993 4.495
6 HG23 ILE 737 HG21 ILE 737 39.858 -25.831 3.157
7 HG22 ILE 737 HG22 ILE 737 41.574 -25.494 3.110
8 HG21 ILE 737 HG23 ILE 737 40.472 -24.283 3.759
9 HD12 ILE 737 HD11 ILE 737 43.328 -27.147 4.598
10 HD11 ILE 737 HD12 ILE 737 42.319 -27.225 3.146
11 HD13 ILE 737 HD13 ILE 737 42.698 -28.709 4.037
No H/Q in entry = 11
In of MODEL 5
1 H LEU 738 H LEU 738 42.491 -22.826 5.071
2 HA LEU 738 HA LEU 738 40.224 -21.598 6.441
3 HB2 LEU 738 HB2 LEU 738 41.483 -19.736 7.223
4 HB3 LEU 738 HB3 LEU 738 42.337 -21.166 7.755
5 HG LEU 738 HG LEU 738 43.132 -19.366 5.453
6 HD13 LEU 738 HD11 LEU 738 44.953 -18.653 6.908
7 HD12 LEU 738 HD12 LEU 738 44.292 -19.638 8.212
8 HD11 LEU 738 HD13 LEU 738 43.377 -18.259 7.599
9 HD21 LEU 738 HD21 LEU 738 44.590 -21.654 6.740
10 HD23 LEU 738 HD22 LEU 738 45.229 -20.577 5.476
11 HD22 LEU 738 HD23 LEU 738 43.850 -21.628 5.136
No H/Q in entry = 11
In of MODEL 5
1 HA PRO 739 HA PRO 739 39.564 -19.512 2.572
2 HB2 PRO 739 HB2 PRO 739 38.290 -17.301 3.454
3 HB3 PRO 739 HB3 PRO 739 37.513 -18.895 3.473
4 HG2 PRO 739 HG2 PRO 739 38.809 -17.401 5.718
5 HG3 PRO 739 HG3 PRO 739 37.291 -18.319 5.715
6 HD2 PRO 739 HD2 PRO 739 39.666 -19.346 6.650
7 HD3 PRO 739 HD3 PRO 739 38.376 -20.347 5.932
No H/Q in entry = 7
In of MODEL 5
1 H LEU 740 H LEU 740 41.200 -18.733 1.592
2 HA LEU 740 HA LEU 740 42.430 -16.296 2.611
3 HB2 LEU 740 HB2 LEU 740 43.735 -18.585 1.146
4 HB3 LEU 740 HB3 LEU 740 44.468 -17.007 1.248
5 HG LEU 740 HG LEU 740 43.947 -18.919 3.515
6 HD13 LEU 740 HD11 LEU 740 46.377 -18.912 3.659
7 HD12 LEU 740 HD12 LEU 740 46.448 -17.794 2.280
8 HD11 LEU 740 HD13 LEU 740 45.823 -19.419 2.059
9 HD22 LEU 740 HD21 LEU 740 43.560 -16.619 4.284
10 HD21 LEU 740 HD22 LEU 740 45.089 -16.127 3.561
11 HD23 LEU 740 HD23 LEU 740 45.083 -17.246 4.924
No H/Q in entry = 11
In of MODEL 5
1 H THR 741 H THR 741 43.771 -15.568 0.453
2 HA THR 741 HA THR 741 41.814 -15.533 -1.683
3 HB THR 741 HB THR 741 43.254 -13.041 -0.831
4 HG1 THR 741 HG1 THR 741 40.838 -14.107 0.300
5 HG21 THR 741 HG21 THR 741 42.021 -13.232 -2.908
6 HG23 THR 741 HG22 THR 741 41.346 -11.986 -1.843
7 HG22 THR 741 HG23 THR 741 40.548 -13.564 -2.009
No H/Q in entry = 7
In of MODEL 5
1 H VAL 742 H VAL 742 42.936 -14.910 -3.729
2 HA VAL 742 HA VAL 742 45.407 -16.141 -3.834
3 HB VAL 742 HB VAL 742 45.670 -15.452 -6.141
4 HG13 VAL 742 HG11 VAL 742 43.793 -16.681 -6.993
5 HG12 VAL 742 HG12 VAL 742 42.959 -16.419 -5.446
6 HG11 VAL 742 HG13 VAL 742 44.458 -17.378 -5.502
7 HG22 VAL 742 HG21 VAL 742 43.997 -14.409 -7.341
8 HG21 VAL 742 HG22 VAL 742 44.665 -13.314 -6.101
9 HG23 VAL 742 HG23 VAL 742 43.064 -14.089 -5.873
No H/Q in entry = 9
In of MODEL 5
1 H CYS 743 H CYS 743 44.936 -12.603 -4.046
2 HA CYS 743 HA CYS 743 47.616 -12.007 -4.042
3 HB2 CYS 743 HB2 CYS 743 46.422 -10.042 -4.283
4 HB3 CYS 743 HB3 CYS 743 45.132 -10.630 -3.237
No H/Q in entry = 4
In of MODEL 5
1 H LYS 744 H LYS 744 45.465 -12.715 -1.329
2 HA LYS 744 HA LYS 744 47.091 -12.136 0.833
3 HB2 LYS 744 HB2 LYS 744 44.698 -12.760 0.837
4 HB3 LYS 744 HB3 LYS 744 45.159 -14.404 0.525
5 HG2 LYS 744 HG2 LYS 744 44.682 -14.240 2.860
6 HG3 LYS 744 HG3 LYS 744 46.419 -14.472 2.662
7 HD2 LYS 744 HD2 LYS 744 45.952 -12.822 4.392
8 HD3 LYS 744 HD3 LYS 744 46.746 -12.048 3.023
9 HE2 LYS 744 HE2 LYS 744 44.683 -11.139 2.247
10 HE3 LYS 744 HE3 LYS 744 43.755 -12.084 3.407
11 HZ3 LYS 744 HZ1 LYS 744 44.704 -10.827 5.175
12 HZ2 LYS 744 HZ2 LYS 744 44.034 -9.746 4.070
13 HZ1 LYS 744 HZ3 LYS 744 45.713 -9.969 4.146
No H/Q in entry = 13
In of MODEL 5
1 H MET 745 H MET 745 46.474 -15.328 -0.548
2 HA MET 745 HA MET 745 48.501 -16.732 0.729
3 HB2 MET 745 HB2 MET 745 46.950 -18.064 -0.216
4 HB3 MET 745 HB3 MET 745 46.851 -17.161 -1.719
5 HG2 MET 745 HG2 MET 745 47.918 -19.099 -2.373
6 HG3 MET 745 HG3 MET 745 49.256 -18.016 -2.104
7 HE1 MET 745 HE1 MET 745 47.456 -21.158 -1.239
8 HE3 MET 745 HE2 MET 745 46.975 -20.256 0.204
9 HE2 MET 745 HE3 MET 745 48.053 -21.649 0.339
No H/Q in entry = 9
In of MODEL 5
1 H HIS 746 H HIS 746 48.461 -15.213 -2.521
2 HA HIS 746 HA HIS 746 50.880 -16.233 -3.238
3 HB2 HIS 746 HB2 HIS 746 49.264 -14.086 -4.325
4 HB3 HIS 746 HB3 HIS 746 50.977 -13.980 -4.768
5 HD1 HIS 746 HD1 HIS 746 51.787 -16.671 -5.612
6 HD2 HIS 746 HD2 HIS 746 47.900 -15.323 -6.234
7 HE1 HIS 746 HE1 HIS 746 50.922 -17.996 -7.529
8 HE2 HIS 746 HE2 HIS 746 48.629 -17.057 -8.000
No H/Q in entry = 8
In of MODEL 5
1 H VAL 747 H VAL 747 50.163 -13.037 -1.844
2 HA VAL 747 HA VAL 747 52.780 -11.993 -1.755
3 HB VAL 747 HB VAL 747 50.219 -11.341 -0.283
4 HG11 VAL 747 HG11 VAL 747 52.092 -10.829 1.232
5 HG13 VAL 747 HG12 VAL 747 51.319 -9.364 0.642
6 HG12 VAL 747 HG13 VAL 747 52.857 -9.886 -0.045
7 HG23 VAL 747 HG21 VAL 747 51.870 -9.847 -2.270
8 HG22 VAL 747 HG22 VAL 747 50.309 -9.322 -1.591
9 HG21 VAL 747 HG23 VAL 747 50.398 -10.752 -2.633
No H/Q in entry = 9
In of MODEL 5
1 H LEU 748 H LEU 748 50.755 -13.499 0.678
2 HA LEU 748 HA LEU 748 52.558 -13.517 2.766
3 HB2 LEU 748 HB2 LEU 748 50.443 -13.935 3.470
4 HB3 LEU 748 HB3 LEU 748 50.014 -14.767 2.014
5 HG LEU 748 HG LEU 748 51.507 -16.114 4.272
6 HD13 LEU 748 HD11 LEU 748 49.306 -16.931 4.958
7 HD12 LEU 748 HD12 LEU 748 48.539 -15.972 3.695
8 HD11 LEU 748 HD13 LEU 748 49.341 -15.169 5.045
9 HD22 LEU 748 HD21 LEU 748 50.648 -18.112 3.246
10 HD21 LEU 748 HD22 LEU 748 51.520 -17.192 2.012
11 HD23 LEU 748 HD23 LEU 748 49.757 -17.179 2.057
No H/Q in entry = 11
In of MODEL 5
1 H HIS 749 H HIS 749 52.162 -15.708 0.114
2 HA HIS 749 HA HIS 749 53.876 -17.775 0.908
3 HB2 HIS 749 HB2 HIS 749 52.202 -17.797 -0.987
4 HB3 HIS 749 HB3 HIS 749 53.354 -16.862 -1.921
5 HD1 HIS 749 HD1 HIS 749 55.323 -18.150 -2.965
6 HD2 HIS 749 HD2 HIS 749 52.881 -20.430 -0.530
7 HE1 HIS 749 HE1 HIS 749 56.020 -20.504 -3.373
8 HE2 HIS 749 HE2 HIS 749 54.315 -21.862 -2.138
No H/Q in entry = 8
In of MODEL 5
1 H CYS 750 H CYS 750 54.506 -14.788 -1.005
2 HA CYS 750 HA CYS 750 57.257 -15.561 -1.340
3 HB2 CYS 750 HB2 CYS 750 57.618 -13.437 -2.474
4 HB3 CYS 750 HB3 CYS 750 56.138 -14.173 -3.074
No H/Q in entry = 4
In of MODEL 5
1 H GLN 751 H GLN 751 55.424 -13.804 1.030
2 HA GLN 751 HA GLN 751 57.652 -12.502 2.107
3 HB2 GLN 751 HB2 GLN 751 54.974 -13.149 3.338
4 HB3 GLN 751 HB3 GLN 751 56.180 -12.105 4.080
5 HG2 GLN 751 HG2 GLN 751 54.915 -11.619 1.393
6 HG3 GLN 751 HG3 GLN 751 54.384 -10.873 2.890
7 HE21 GLN 751 HE21 GLN 751 54.792 -8.846 1.956
8 HE22 GLN 751 HE22 GLN 751 56.370 -8.196 1.848
No H/Q in entry = 8
In of MODEL 5
1 H GLY 752 H GLY 752 56.882 -15.754 2.033
2 HA3 GLY 752 HA2 GLY 752 58.757 -17.130 2.889
3 HA2 GLY 752 HA3 GLY 752 58.565 -16.268 4.405
No H/Q in entry = 3
In of MODEL 5
1 H ARG 753 H ARG 753 55.522 -16.586 3.574
2 HA ARG 753 HA ARG 753 55.131 -18.769 5.412
3 HB2 ARG 753 HB2 ARG 753 53.177 -17.148 3.822
4 HB3 ARG 753 HB3 ARG 753 52.769 -18.246 5.135
5 HG2 ARG 753 HG2 ARG 753 54.547 -15.861 5.466
6 HG3 ARG 753 HG3 ARG 753 52.817 -15.760 5.673
7 HD2 ARG 753 HD2 ARG 753 54.608 -17.627 7.237
8 HD3 ARG 753 HD3 ARG 753 53.963 -16.097 7.845
9 HE ARG 753 HE ARG 753 51.763 -17.464 7.048
10 HH11 ARG 753 HH11 ARG 753 54.339 -18.143 9.386
11 HH12 ARG 753 HH12 ARG 753 53.385 -19.216 10.312
12 HH21 ARG 753 HH21 ARG 753 50.462 -18.954 8.354
13 HH22 ARG 753 HH22 ARG 753 51.182 -19.694 9.708
No H/Q in entry = 13
In of MODEL 5
1 H ASN 754 H ASN 754 54.538 -20.836 4.922
2 HA ASN 754 HA ASN 754 54.059 -21.489 2.107
3 HB2 ASN 754 HB2 ASN 754 54.801 -23.290 4.418
4 HB3 ASN 754 HB3 ASN 754 54.532 -23.810 2.767
5 HD21 ASN 754 HD21 ASN 754 56.839 -24.012 4.465
6 HD22 ASN 754 HD22 ASN 754 58.133 -23.244 3.594
No H/Q in entry = 6
In of MODEL 5
1 H TYR 755 H TYR 755 52.113 -22.145 1.511
2 HA TYR 755 HA TYR 755 50.317 -23.370 3.422
3 HB2 TYR 755 HB2 TYR 755 49.696 -20.920 1.767
4 HB3 TYR 755 HB3 TYR 755 48.440 -22.046 2.263
5 HD1 TYR 755 HD1 TYR 755 51.179 -19.977 3.703
6 HD2 TYR 755 HD2 TYR 755 47.315 -21.616 4.231
7 HE1 TYR 755 HE1 TYR 755 50.952 -18.740 5.790
8 HE2 TYR 755 HE2 TYR 755 47.085 -20.391 6.343
9 HH TYR 755 HH TYR 755 48.569 -19.520 8.025
No H/Q in entry = 9
In of MODEL 5
1 H THR 756 H THR 756 48.732 -24.627 2.340
2 HA THR 756 HA THR 756 49.601 -25.415 -0.348
3 HB THR 756 HB THR 756 48.193 -27.003 1.820
4 HG1 THR 756 HG1 THR 756 50.247 -27.112 2.409
5 HG21 THR 756 HG21 THR 756 47.471 -27.703 -0.413
6 HG23 THR 756 HG22 THR 756 48.475 -28.943 0.346
7 HG22 THR 756 HG23 THR 756 49.154 -27.891 -0.907
No H/Q in entry = 7
In of MODEL 5
1 H LEU 757 H LEU 757 48.084 -25.468 -1.997
2 HA LEU 757 HA LEU 757 45.598 -24.130 -1.494
3 HB2 LEU 757 HB2 LEU 757 46.850 -25.202 -4.014
4 HB3 LEU 757 HB3 LEU 757 45.201 -24.627 -3.986
5 HG LEU 757 HG LEU 757 46.547 -22.902 -4.868
6 HD12 LEU 757 HD11 LEU 757 45.850 -22.230 -2.021
7 HD11 LEU 757 HD12 LEU 757 44.785 -22.175 -3.421
8 HD13 LEU 757 HD13 LEU 757 46.151 -21.075 -3.315
9 HD22 LEU 757 HD21 LEU 757 48.741 -23.597 -4.055
10 HD21 LEU 757 HD22 LEU 757 48.301 -23.128 -2.414
11 HD23 LEU 757 HD23 LEU 757 48.456 -21.899 -3.669
No H/Q in entry = 11
In of MODEL 5
1 H THR 758 H THR 758 43.599 -24.918 -1.565
2 HA THR 758 HA THR 758 43.269 -27.756 -1.981
3 HB THR 758 HB THR 758 41.664 -27.714 0.042
4 HG1 THR 758 HG1 THR 758 42.685 -25.211 0.130
5 HG23 THR 758 HG21 THR 758 43.465 -28.204 1.651
6 HG22 THR 758 HG22 THR 758 44.635 -27.451 0.572
7 HG21 THR 758 HG23 THR 758 43.811 -28.928 0.080
No H/Q in entry = 7
In of MODEL 5
1 H GLY 759 H GLY 759 40.751 -28.149 -1.890
2 HA3 GLY 759 HA2 GLY 759 39.779 -26.525 -4.037
3 HA2 GLY 759 HA3 GLY 759 38.985 -27.922 -3.327
No H/Q in entry = 3
In of MODEL 5
1 H ARG 760 H ARG 760 37.719 -25.588 -4.088
2 HA ARG 760 HA ARG 760 37.189 -23.663 -2.156
3 HB2 ARG 760 HB2 ARG 760 35.291 -23.061 -3.409
4 HB3 ARG 760 HB3 ARG 760 36.392 -23.744 -4.585
5 HG2 ARG 760 HG2 ARG 760 33.984 -25.112 -3.381
6 HG3 ARG 760 HG3 ARG 760 34.085 -24.430 -5.000
7 HD2 ARG 760 HD2 ARG 760 35.777 -26.121 -5.593
8 HD3 ARG 760 HD3 ARG 760 35.701 -26.772 -3.953
9 HE ARG 760 HE ARG 760 33.200 -26.648 -5.324
10 HH11 ARG 760 HH11 ARG 760 35.928 -28.792 -4.442
11 HH12 ARG 760 HH12 ARG 760 35.202 -30.189 -5.049
12 HH21 ARG 760 HH21 ARG 760 32.207 -28.638 -6.124
13 HH22 ARG 760 HH22 ARG 760 33.039 -30.113 -6.008
No H/Q in entry = 13
In of MODEL 5
1 H ASP 761 H ASP 761 36.273 -26.939 -2.179
2 HA ASP 761 HA ASP 761 33.925 -26.738 -0.588
3 HB2 ASP 761 HB2 ASP 761 34.031 -29.210 -0.669
4 HB3 ASP 761 HB3 ASP 761 34.138 -28.452 -2.261
No H/Q in entry = 4
In of MODEL 5
1 H SER 762 H SER 762 37.293 -26.785 -0.004
2 HA SER 762 HA SER 762 37.232 -28.400 2.354
3 HB2 SER 762 HB2 SER 762 39.414 -26.615 1.280
4 HB3 SER 762 HB3 SER 762 39.603 -27.861 2.516
5 HG SER 762 HG SER 762 38.402 -28.657 0.153
No H/Q in entry = 5
In of MODEL 5
1 H CYS 763 H CYS 763 36.889 -25.015 1.666
2 HA CYS 763 HA CYS 763 36.487 -24.623 4.534
3 HB2 CYS 763 HB2 CYS 763 37.472 -22.448 4.486
4 HB3 CYS 763 HB3 CYS 763 38.639 -23.539 3.753
No H/Q in entry = 4
In of MODEL 5
1 H THR 764 H THR 764 35.275 -22.343 4.747
2 HA THR 764 HA THR 764 32.983 -22.532 2.985
3 HB THR 764 HB THR 764 33.387 -20.914 5.529
4 HG1 THR 764 HG1 THR 764 33.423 -23.273 5.751
5 HG23 THR 764 HG21 THR 764 31.631 -20.036 4.044
6 HG22 THR 764 HG22 THR 764 30.934 -20.742 5.507
7 HG21 THR 764 HG23 THR 764 30.887 -21.635 3.985
No H/Q in entry = 7
In of MODEL 5
1 H LEU 765 H LEU 765 33.491 -21.480 1.161
2 HA LEU 765 HA LEU 765 35.196 -19.167 1.258
3 HB2 LEU 765 HB2 LEU 765 35.005 -21.216 -0.460
4 HB3 LEU 765 HB3 LEU 765 33.926 -20.072 -1.239
5 HG LEU 765 HG LEU 765 35.787 -18.444 -1.398
6 HD11 LEU 765 HD11 LEU 765 37.389 -20.624 -0.122
7 HD13 LEU 765 HD12 LEU 765 37.037 -19.033 0.562
8 HD12 LEU 765 HD13 LEU 765 38.040 -19.179 -0.875
9 HD22 LEU 765 HD21 LEU 765 37.084 -19.651 -3.055
10 HD21 LEU 765 HD22 LEU 765 35.373 -20.041 -3.223
11 HD23 LEU 765 HD23 LEU 765 36.471 -21.188 -2.449
No H/Q in entry = 11
In of MODEL 5
1 HA PRO 766 HA PRO 766 31.963 -16.159 1.487
2 HB2 PRO 766 HB2 PRO 766 33.246 -14.113 0.155
3 HB3 PRO 766 HB3 PRO 766 33.424 -14.500 1.860
4 HG2 PRO 766 HG2 PRO 766 35.193 -15.172 -0.431
5 HG3 PRO 766 HG3 PRO 766 35.620 -14.776 1.241
6 HD2 PRO 766 HD2 PRO 766 35.674 -17.288 0.274
7 HD3 PRO 766 HD3 PRO 766 35.287 -16.947 1.963
No H/Q in entry = 7
In of MODEL 5
1 H ALA 767 H ALA 767 33.411 -16.644 -1.704
2 HA ALA 767 HA ALA 767 30.951 -15.528 -2.792
3 HB2 ALA 767 HB1 ALA 767 32.961 -14.484 -3.593
4 HB3 ALA 767 HB2 ALA 767 32.120 -15.301 -4.917
5 HB1 ALA 767 HB3 ALA 767 33.557 -16.030 -4.188
No H/Q in entry = 5
In of MODEL 5
1 H SER 768 H SER 768 29.473 -16.762 -3.463
2 HA SER 768 HA SER 768 30.087 -19.040 -5.101
3 HB2 SER 768 HB2 SER 768 29.816 -19.927 -2.739
4 HB3 SER 768 HB3 SER 768 28.192 -19.244 -2.722
5 HG SER 768 HG SER 768 29.178 -21.250 -4.462
No H/Q in entry = 5
In of MODEL 5
1 H ALA 769 H ALA 769 27.491 -17.174 -3.462
2 HA ALA 769 HA ALA 769 26.480 -16.040 -5.827
3 HB1 ALA 769 HB1 ALA 769 25.584 -18.298 -6.206
4 HB2 ALA 769 HB2 ALA 769 24.277 -17.175 -5.816
5 HB3 ALA 769 HB3 ALA 769 24.881 -18.291 -4.590
No H/Q in entry = 5
In of MODEL 5
1 H GLU 770 H GLU 770 24.031 -15.295 -5.083
2 HA GLU 770 HA GLU 770 22.752 -14.027 -3.773
3 HB2 GLU 770 HB2 GLU 770 24.151 -15.368 -1.493
4 HB3 GLU 770 HB3 GLU 770 22.613 -14.508 -1.407
5 HG2 GLU 770 HG2 GLU 770 21.728 -16.205 -3.015
6 HG3 GLU 770 HG3 GLU 770 23.265 -17.054 -2.790
No H/Q in entry = 6
In of MODEL 5
1 H LYS 771 H LYS 771 24.990 -12.753 -4.709
2 HA LYS 771 HA LYS 771 26.180 -11.386 -2.486
3 HB2 LYS 771 HB2 LYS 771 26.329 -10.651 -5.427
4 HB3 LYS 771 HB3 LYS 771 27.270 -9.973 -4.132
5 HG2 LYS 771 HG2 LYS 771 27.420 -12.856 -5.005
6 HG3 LYS 771 HG3 LYS 771 28.545 -11.587 -5.473
7 HD2 LYS 771 HD2 LYS 771 29.691 -12.576 -3.729
8 HD3 LYS 771 HD3 LYS 771 28.836 -11.306 -2.869
9 HE2 LYS 771 HE2 LYS 771 27.086 -13.031 -2.226
10 HE3 LYS 771 HE3 LYS 771 28.044 -14.223 -3.043
11 HZ3 LYS 771 HZ1 LYS 771 28.491 -14.274 -0.720
12 HZ2 LYS 771 HZ2 LYS 771 28.905 -12.657 -0.681
13 HZ1 LYS 771 HZ3 LYS 771 29.895 -13.755 -1.493
No H/Q in entry = 13
In of MODEL 5
1 H ALA 772 H ALA 772 25.475 -9.639 -1.528
2 HA ALA 772 HA ALA 772 23.281 -8.148 -2.767
3 HB2 ALA 772 HB1 ALA 772 22.406 -9.557 -0.960
4 HB1 ALA 772 HB2 ALA 772 22.310 -7.845 -0.539
5 HB3 ALA 772 HB3 ALA 772 23.583 -8.854 0.150
No H/Q in entry = 5
In of MODEL 5
1 H CYS 773 H CYS 773 23.253 -5.889 -2.204
2 HA CYS 773 HA CYS 773 25.906 -4.910 -2.280
3 HB2 CYS 773 HB2 CYS 773 24.022 -3.856 -3.522
4 HB3 CYS 773 HB3 CYS 773 23.349 -3.323 -1.984
No H/Q in entry = 4
In of MODEL 5
1 H GLY 774 H GLY 774 27.158 -4.144 -0.751
2 HA3 GLY 774 HA2 GLY 774 27.202 -2.882 1.410
3 HA2 GLY 774 HA3 GLY 774 26.124 -4.152 1.999
No H/Q in entry = 3
In of MODEL 5
1 H ALA 775 H ALA 775 27.432 -6.093 0.241
2 HA ALA 775 HA ALA 775 30.173 -6.222 1.121
3 HB2 ALA 775 HB1 ALA 775 28.157 -8.407 1.722
4 HB3 ALA 775 HB2 ALA 775 28.988 -7.411 2.919
5 HB1 ALA 775 HB3 ALA 775 29.902 -8.549 1.931
No H/Q in entry = 5
In of MODEL 5
1 H CYS 776 H CYS 776 30.906 -6.174 -0.897
2 HA CYS 776 HA CYS 776 30.134 -8.315 -2.702
3 HB2 CYS 776 HB2 CYS 776 30.174 -5.372 -3.454
4 HB3 CYS 776 HB3 CYS 776 30.044 -6.724 -4.571
No H/Q in entry = 4
In of MODEL 5
1 HA PRO 777 HA PRO 777 34.562 -8.091 -3.393
2 HB2 PRO 777 HB2 PRO 777 34.696 -9.524 -5.709
3 HB3 PRO 777 HB3 PRO 777 34.388 -10.291 -4.148
4 HG2 PRO 777 HG2 PRO 777 32.452 -9.508 -6.285
5 HG3 PRO 777 HG3 PRO 777 32.535 -11.012 -5.350
6 HD2 PRO 777 HD2 PRO 777 30.803 -9.020 -4.758
7 HD3 PRO 777 HD3 PRO 777 31.510 -10.076 -3.517
No H/Q in entry = 7
In of MODEL 5
1 H LEU 778 H LEU 778 35.607 -8.044 -6.015
2 HA LEU 778 HA LEU 778 35.068 -5.290 -6.764
3 HB2 LEU 778 HB2 LEU 778 37.118 -5.630 -8.240
4 HB3 LEU 778 HB3 LEU 778 37.312 -5.669 -6.492
5 HG LEU 778 HG LEU 778 36.971 -8.286 -7.878
6 HD11 LEU 778 HD11 LEU 778 38.612 -7.129 -9.283
7 HD13 LEU 778 HD12 LEU 778 39.299 -8.447 -8.339
8 HD12 LEU 778 HD13 LEU 778 39.583 -6.772 -7.836
9 HD22 LEU 778 HD21 LEU 778 38.535 -9.013 -6.152
10 HD21 LEU 778 HD22 LEU 778 37.166 -8.169 -5.426
11 HD23 LEU 778 HD23 LEU 778 38.712 -7.350 -5.605
No H/Q in entry = 11
In of MODEL 5
1 H TRP 779 H TRP 779 34.879 -8.489 -8.134
2 HA TRP 779 HA TRP 779 34.083 -7.532 -10.719
3 HB2 TRP 779 HB2 TRP 779 33.596 -10.040 -11.075
4 HB3 TRP 779 HB3 TRP 779 35.262 -9.526 -10.879
5 HD1 TRP 779 HD1 TRP 779 32.469 -11.393 -8.952
6 HE1 TRP 779 HE1 TRP 779 33.615 -12.863 -7.158
7 HE3 TRP 779 HE3 TRP 779 37.255 -9.715 -9.435
8 HZ2 TRP 779 HZ2 TRP 779 36.275 -13.247 -6.121
9 HZ3 TRP 779 HZ3 TRP 779 38.992 -10.672 -8.040
10 HH2 TRP 779 HH2 TRP 779 38.498 -12.387 -6.416
No H/Q in entry = 10
In of MODEL 5
1 H GLY 780 H GLY 780 32.574 -8.261 -7.830
2 HA3 GLY 780 HA2 GLY 780 29.951 -8.129 -9.143
3 HA2 GLY 780 HA3 GLY 780 30.229 -9.118 -7.693
No H/Q in entry = 3
In of MODEL 5
1 H LYS 781 H LYS 781 29.007 -6.280 -8.678
2 HA LYS 781 HA LYS 781 29.544 -4.995 -6.134
3 HB2 LYS 781 HB2 LYS 781 30.375 -3.779 -8.763
4 HB3 LYS 781 HB3 LYS 781 30.098 -2.831 -7.308
5 HG2 LYS 781 HG2 LYS 781 31.859 -4.025 -6.150
6 HG3 LYS 781 HG3 LYS 781 32.087 -5.082 -7.539
7 HD2 LYS 781 HD2 LYS 781 33.808 -3.367 -7.447
8 HD3 LYS 781 HD3 LYS 781 32.797 -3.168 -8.874
9 HE2 LYS 781 HE2 LYS 781 31.547 -1.428 -7.753
10 HE3 LYS 781 HE3 LYS 781 32.531 -1.636 -6.308
11 HZ3 LYS 781 HZ1 LYS 781 34.474 -0.957 -7.541
12 HZ2 LYS 781 HZ2 LYS 781 33.302 0.237 -7.731
13 HZ1 LYS 781 HZ3 LYS 781 33.613 -0.843 -8.973
No H/Q in entry = 13
In of MODEL 5
1 H CYS 782 H CYS 782 28.428 -2.763 -6.210
2 HA CYS 782 HA CYS 782 25.931 -2.894 -7.658
3 HB2 CYS 782 HB2 CYS 782 24.877 -2.067 -5.500
4 HB3 CYS 782 HB3 CYS 782 25.344 -3.766 -5.514
No H/Q in entry = 4
In of MODEL 5
1 H ASP 783 H ASP 783 25.965 -1.126 -8.862
2 HA ASP 783 HA ASP 783 27.196 1.296 -7.727
3 HB2 ASP 783 HB2 ASP 783 28.667 0.366 -9.416
4 HB3 ASP 783 HB3 ASP 783 27.343 0.321 -10.577
No H/Q in entry = 4
In of MODEL 5
1 H ALA 784 H ALA 784 24.838 0.075 -10.052
2 HA ALA 784 HA ALA 784 23.377 2.604 -9.730
3 HB1 ALA 784 HB1 ALA 784 23.409 0.684 -12.055
4 HB3 ALA 784 HB2 ALA 784 24.179 2.269 -12.018
5 HB2 ALA 784 HB3 ALA 784 22.418 2.137 -11.949
No H/Q in entry = 5
In of MODEL 5
1 H GLU 785 H GLU 785 21.248 2.460 -9.129
2 HA GLU 785 HA GLU 785 19.771 1.585 -7.697
3 HB2 GLU 785 HB2 GLU 785 18.075 0.048 -8.840
4 HB3 GLU 785 HB3 GLU 785 18.369 1.594 -9.592
5 HG2 GLU 785 HG2 GLU 785 19.639 -0.967 -10.553
6 HG3 GLU 785 HG3 GLU 785 18.072 -0.404 -11.114
No H/Q in entry = 6
In of MODEL 5
1 H SER 786 H SER 786 21.237 0.813 -6.261
2 HA SER 786 HA SER 786 21.976 -1.931 -6.315
3 HB2 SER 786 HB2 SER 786 22.504 0.224 -4.283
4 HB3 SER 786 HB3 SER 786 23.260 -1.369 -4.311
5 HG SER 786 HG SER 786 23.745 0.859 -5.842
No H/Q in entry = 5
In of MODEL 5
1 H SER 787 H SER 787 19.969 -2.954 -6.133
2 HA SER 787 HA SER 787 18.939 -3.033 -3.388
3 HB2 SER 787 HB2 SER 787 17.600 -3.908 -5.968
4 HB3 SER 787 HB3 SER 787 16.863 -3.924 -4.360
5 HG SER 787 HG SER 787 17.486 -1.614 -4.364
No H/Q in entry = 5
In of MODEL 5
1 H LYS 788 H LYS 788 20.655 -4.642 -5.831
2 HA LYS 788 HA LYS 788 21.112 -6.882 -4.104
3 HB2 LYS 788 HB2 LYS 788 20.959 -8.500 -5.963
4 HB3 LYS 788 HB3 LYS 788 19.403 -7.762 -5.640
5 HG2 LYS 788 HG2 LYS 788 19.627 -6.358 -7.604
6 HG3 LYS 788 HG3 LYS 788 21.254 -6.985 -7.896
7 HD2 LYS 788 HD2 LYS 788 20.343 -9.227 -8.216
8 HD3 LYS 788 HD3 LYS 788 18.723 -8.635 -7.874
9 HE2 LYS 788 HE2 LYS 788 20.463 -7.795 -10.193
10 HE3 LYS 788 HE3 LYS 788 19.120 -8.926 -10.277
11 HZ2 LYS 788 HZ1 LYS 788 18.917 -6.041 -9.571
12 HZ1 LYS 788 HZ2 LYS 788 17.627 -7.134 -9.590
13 HZ3 LYS 788 HZ3 LYS 788 18.439 -6.765 -11.017
No H/Q in entry = 13
In of MODEL 5
1 H CYS 789 H CYS 789 23.101 -8.113 -5.184
2 HA CYS 789 HA CYS 789 24.804 -5.989 -6.246
3 HB2 CYS 789 HB2 CYS 789 25.380 -7.049 -4.016
4 HB3 CYS 789 HB3 CYS 789 25.630 -8.551 -4.890
No H/Q in entry = 4
In of MODEL 5
1 H VAL 790 H VAL 790 25.659 -6.329 -8.247
2 HA VAL 790 HA VAL 790 24.737 -8.762 -9.569
3 HB VAL 790 HB VAL 790 23.667 -6.683 -10.366
4 HG13 VAL 790 HG11 VAL 790 24.908 -4.993 -11.606
5 HG12 VAL 790 HG12 VAL 790 26.416 -5.784 -11.155
6 HG11 VAL 790 HG13 VAL 790 25.386 -5.075 -9.910
7 HG22 VAL 790 HG21 VAL 790 23.894 -8.480 -11.972
8 HG21 VAL 790 HG22 VAL 790 25.509 -7.927 -12.408
9 HG23 VAL 790 HG23 VAL 790 24.104 -6.932 -12.792
No H/Q in entry = 9
In of MODEL 5
1 H CYS 791 H CYS 791 26.135 -9.781 -10.989
2 HA CYS 791 HA CYS 791 28.938 -9.289 -10.360
3 HB2 CYS 791 HB2 CYS 791 27.720 -11.670 -11.774
4 HB3 CYS 791 HB3 CYS 791 29.293 -11.538 -11.003
No H/Q in entry = 4
In of MODEL 5
1 H ARG 792 H ARG 792 30.077 -8.245 -11.744
2 HA ARG 792 HA ARG 792 28.924 -7.487 -14.268
3 HB2 ARG 792 HB2 ARG 792 31.438 -6.645 -12.845
4 HB3 ARG 792 HB3 ARG 792 30.848 -5.944 -14.352
5 HG2 ARG 792 HG2 ARG 792 28.794 -5.237 -13.140
6 HG3 ARG 792 HG3 ARG 792 29.494 -5.871 -11.655
7 HD2 ARG 792 HD2 ARG 792 30.669 -3.666 -13.356
8 HD3 ARG 792 HD3 ARG 792 29.788 -3.436 -11.852
9 HE ARG 792 HE ARG 792 31.777 -5.079 -11.118
10 HH11 ARG 792 HH11 ARG 792 31.900 -2.116 -13.078
11 HH12 ARG 792 HH12 ARG 792 33.345 -1.545 -12.414
12 HH21 ARG 792 HH21 ARG 792 33.863 -4.285 -10.212
13 HH22 ARG 792 HH22 ARG 792 34.428 -2.756 -10.735
No H/Q in entry = 13
In of MODEL 5
1 H GLU 793 H GLU 793 30.593 -7.314 -16.123
2 HA GLU 793 HA GLU 793 31.655 -9.989 -16.488
3 HB2 GLU 793 HB2 GLU 793 31.452 -7.681 -18.439
4 HB3 GLU 793 HB3 GLU 793 31.965 -9.313 -18.844
5 HG2 GLU 793 HG2 GLU 793 29.745 -10.150 -18.163
6 HG3 GLU 793 HG3 GLU 793 29.241 -8.490 -17.853
No H/Q in entry = 6
In of MODEL 5
1 H ALA 794 H ALA 794 33.829 -9.948 -17.891
2 HA ALA 794 HA ALA 794 35.810 -9.215 -16.034
3 HB2 ALA 794 HB1 ALA 794 36.012 -11.128 -17.538
4 HB3 ALA 794 HB2 ALA 794 37.397 -10.043 -17.663
5 HB1 ALA 794 HB3 ALA 794 36.150 -10.026 -18.908
No H/Q in entry = 5
In of MODEL 5
1 H SER 795 H SER 795 34.408 -7.524 -18.664
2 HA SER 795 HA SER 795 36.394 -5.758 -19.368
3 HB2 SER 795 HB2 SER 795 33.443 -5.173 -19.207
4 HB3 SER 795 HB3 SER 795 34.614 -4.517 -20.356
5 HG SER 795 HG SER 795 33.734 -6.095 -21.470
No H/Q in entry = 5
In of MODEL 5
1 H GLU 796 H GLU 796 34.348 -5.953 -16.593
2 HA GLU 796 HA GLU 796 34.704 -3.216 -15.730
3 HB2 GLU 796 HB2 GLU 796 33.137 -5.578 -14.745
4 HB3 GLU 796 HB3 GLU 796 33.221 -4.059 -13.866
5 HG2 GLU 796 HG2 GLU 796 32.298 -4.251 -16.721
6 HG3 GLU 796 HG3 GLU 796 31.194 -4.332 -15.349
No H/Q in entry = 6
In of MODEL 5
1 H CYS 797 H CYS 797 36.967 -5.152 -15.852
2 HA CYS 797 HA CYS 797 37.611 -5.617 -13.086
3 HB2 CYS 797 HB2 CYS 797 38.260 -7.177 -14.888
4 HB3 CYS 797 HB3 CYS 797 39.367 -5.952 -15.525
No H/Q in entry = 4
In of MODEL 5
1 H GLU 798 H GLU 798 37.794 -3.775 -12.120
2 HA GLU 798 HA GLU 798 39.188 -1.474 -13.226
3 HB2 GLU 798 HB2 GLU 798 37.964 -1.847 -10.501
4 HB3 GLU 798 HB3 GLU 798 38.433 -0.324 -11.245
5 HG2 GLU 798 HG2 GLU 798 36.713 -0.596 -12.933
6 HG3 GLU 798 HG3 GLU 798 36.288 -2.168 -12.264
No H/Q in entry = 6
In of MODEL 5
1 H GLU 799 H GLU 799 39.716 -3.936 -10.867
2 HA GLU 799 HA GLU 799 41.769 -2.568 -9.432
3 HB2 GLU 799 HB2 GLU 799 40.218 -4.969 -9.159
4 HB3 GLU 799 HB3 GLU 799 41.899 -5.201 -8.701
5 HG2 GLU 799 HG2 GLU 799 40.488 -4.584 -6.857
6 HG3 GLU 799 HG3 GLU 799 41.800 -3.455 -7.163
No H/Q in entry = 6
In of MODEL 5
1 H GLU 800 H GLU 800 43.674 -4.073 -8.788
2 HA GLU 800 HA GLU 800 45.595 -4.167 -10.775
3 HB2 GLU 800 HB2 GLU 800 45.408 -5.840 -8.235
4 HB3 GLU 800 HB3 GLU 800 46.864 -5.619 -9.190
5 HG2 GLU 800 HG2 GLU 800 46.890 -3.249 -8.651
6 HG3 GLU 800 HG3 GLU 800 45.374 -3.412 -7.772
No H/Q in entry = 6
In of MODEL 5
1 H GLY 801 H GLY 801 43.704 -6.771 -9.318
2 HA3 GLY 801 HA2 GLY 801 42.892 -8.720 -10.138
3 HA2 GLY 801 HA3 GLY 801 43.112 -8.048 -11.741
No H/Q in entry = 3
In of MODEL 5
1 H PHE 802 H PHE 802 44.183 -10.319 -9.478
2 HA PHE 802 HA PHE 802 46.687 -10.921 -10.644
3 HB2 PHE 802 HB2 PHE 802 44.818 -12.409 -8.825
4 HB3 PHE 802 HB3 PHE 802 46.216 -13.222 -9.519
5 HD1 PHE 802 HD1 PHE 802 47.514 -13.590 -7.611
6 HD2 PHE 802 HD2 PHE 802 46.039 -9.688 -8.422
7 HE1 PHE 802 HE1 PHE 802 48.984 -12.689 -5.907
8 HE2 PHE 802 HE2 PHE 802 47.495 -8.768 -6.715
9 HZ PHE 802 HZ PHE 802 48.984 -10.263 -5.421
No H/Q in entry = 9
In of MODEL 5
1 H SER 803 H SER 803 47.021 -13.268 -11.519
2 HA SER 803 HA SER 803 44.979 -13.872 -13.467
3 HB2 SER 803 HB2 SER 803 47.072 -14.581 -14.876
4 HB3 SER 803 HB3 SER 803 46.619 -12.879 -14.805
5 HG SER 803 HG SER 803 48.903 -13.884 -14.253
No H/Q in entry = 5
In of MODEL 5
1 H ILE 804 H ILE 804 44.339 -15.916 -13.394
2 HA ILE 804 HA ILE 804 45.913 -17.782 -11.778
3 HB ILE 804 HB ILE 804 44.031 -18.513 -10.464
4 HG12 ILE 804 HG12 ILE 804 42.211 -18.209 -12.149
5 HG13 ILE 804 HG13 ILE 804 41.777 -17.597 -10.563
6 HG21 ILE 804 HG21 ILE 804 44.172 -15.518 -10.432
7 HG23 ILE 804 HG22 ILE 804 45.201 -16.633 -9.527
8 HG22 ILE 804 HG23 ILE 804 43.478 -16.504 -9.146
9 HD11 ILE 804 HD11 ILE 804 42.242 -15.310 -11.370
10 HD13 ILE 804 HD12 ILE 804 40.972 -16.128 -12.276
11 HD12 ILE 804 HD13 ILE 804 42.579 -15.971 -12.972
No H/Q in entry = 11
In of MODEL 5
1 H CYS 805 H CYS 805 44.495 -20.001 -11.823
2 HA CYS 805 HA CYS 805 43.932 -20.474 -14.661
3 HB2 CYS 805 HB2 CYS 805 46.096 -21.410 -13.935
4 HB3 CYS 805 HB3 CYS 805 45.245 -22.309 -12.686
No H/Q in entry = 4
In of MODEL 5
1 H VAL 806 H VAL 806 41.991 -21.303 -15.028
2 HA VAL 806 HA VAL 806 40.504 -22.443 -12.775
3 HB VAL 806 HB VAL 806 39.385 -20.723 -14.967
4 HG11 VAL 806 HG11 VAL 806 38.191 -21.642 -12.373
5 HG13 VAL 806 HG12 VAL 806 37.758 -22.173 -13.992
6 HG12 VAL 806 HG13 VAL 806 37.445 -20.504 -13.493
7 HG21 VAL 806 HG21 VAL 806 40.868 -19.336 -13.686
8 HG23 VAL 806 HG22 VAL 806 40.091 -19.838 -12.177
9 HG22 VAL 806 HG23 VAL 806 39.196 -18.892 -13.373
No H/Q in entry = 9
In of MODEL 5
1 H GLU 807 H GLU 807 39.661 -24.370 -13.254
2 HA GLU 807 HA GLU 807 39.933 -25.506 -15.887
3 HB2 GLU 807 HB2 GLU 807 40.456 -26.803 -13.877
4 HB3 GLU 807 HB3 GLU 807 38.811 -26.594 -13.306
5 HG2 GLU 807 HG2 GLU 807 38.028 -27.837 -15.302
6 HG3 GLU 807 HG3 GLU 807 39.717 -28.135 -15.717
No H/Q in entry = 6
In of MODEL 5
1 H VAL 808 H VAL 808 38.487 -25.025 -17.282
2 HA VAL 808 HA VAL 808 35.635 -24.974 -16.599
3 HB VAL 808 HB VAL 808 37.066 -23.044 -18.410
4 HG11 VAL 808 HG11 VAL 808 34.861 -23.476 -19.172
5 HG13 VAL 808 HG12 VAL 808 35.061 -21.823 -18.591
6 HG12 VAL 808 HG13 VAL 808 34.198 -23.010 -17.590
7 HG23 VAL 808 HG21 VAL 808 36.470 -21.317 -16.813
8 HG22 VAL 808 HG22 VAL 808 37.667 -22.475 -16.236
9 HG21 VAL 808 HG23 VAL 808 35.994 -22.584 -15.681
No H/Q in entry = 9
In of MODEL 5
1 H ASN 809 H ASN 809 34.503 -26.132 -18.098
2 HA ASN 809 HA ASN 809 33.967 -27.360 -19.883
3 HB2 ASN 809 HB2 ASN 809 36.202 -25.820 -21.149
4 HB3 ASN 809 HB3 ASN 809 35.269 -26.999 -22.048
5 HD21 ASN 809 HD21 ASN 809 35.540 -24.115 -22.305
6 HD22 ASN 809 HD22 ASN 809 33.926 -23.486 -22.200
No H/Q in entry = 6
In of MODEL 5
1 H GLY 810 H GLY 810 36.369 -27.916 -17.996
2 HA3 GLY 810 HA2 GLY 810 37.384 -30.059 -17.647
3 HA2 GLY 810 HA3 GLY 810 37.261 -30.320 -19.392
No H/Q in entry = 3
In of MODEL 5
1 H LYS 811 H LYS 811 38.221 -27.372 -19.487
2 HA LYS 811 HA LYS 811 41.051 -28.118 -19.699
3 HB2 LYS 811 HB2 LYS 811 39.460 -25.885 -20.901
4 HB3 LYS 811 HB3 LYS 811 41.188 -26.130 -21.089
5 HG2 LYS 811 HG2 LYS 811 40.837 -28.174 -22.264
6 HG3 LYS 811 HG3 LYS 811 39.099 -28.107 -21.946
7 HD2 LYS 811 HD2 LYS 811 39.670 -27.357 -24.214
8 HD3 LYS 811 HD3 LYS 811 38.894 -26.100 -23.244
9 HE2 LYS 811 HE2 LYS 811 41.081 -25.113 -22.764
10 HE3 LYS 811 HE3 LYS 811 41.882 -26.346 -23.726
11 HZ3 LYS 811 HZ1 LYS 811 41.626 -24.363 -25.043
12 HZ2 LYS 811 HZ2 LYS 811 40.021 -24.222 -24.629
13 HZ1 LYS 811 HZ3 LYS 811 40.492 -25.473 -25.638
No H/Q in entry = 13
In of MODEL 5
1 H GLU 812 H GLU 812 42.584 -26.940 -18.725
2 HA GLU 812 HA GLU 812 41.723 -25.030 -16.690
3 HB2 GLU 812 HB2 GLU 812 44.556 -25.926 -17.194
4 HB3 GLU 812 HB3 GLU 812 43.870 -25.280 -15.713
5 HG2 GLU 812 HG2 GLU 812 43.904 -27.434 -15.085
6 HG3 GLU 812 HG3 GLU 812 42.386 -27.500 -15.976
No H/Q in entry = 6
In of MODEL 5
1 H GLN 813 H GLN 813 41.297 -23.209 -17.497
2 HA GLN 813 HA GLN 813 43.015 -21.985 -19.535
3 HB2 GLN 813 HB2 GLN 813 40.813 -22.207 -20.242
4 HB3 GLN 813 HB3 GLN 813 40.144 -21.724 -18.693
5 HG2 GLN 813 HG2 GLN 813 40.859 -19.425 -19.149
6 HG3 GLN 813 HG3 GLN 813 41.499 -19.926 -20.715
7 HE21 GLN 813 HE21 GLN 813 39.269 -18.063 -20.034
8 HE22 GLN 813 HE22 GLN 813 37.886 -18.714 -20.838
No H/Q in entry = 8
In of MODEL 5
1 H THR 814 H THR 814 44.015 -20.092 -19.126
2 HA THR 814 HA THR 814 44.220 -19.139 -16.424
3 HB THR 814 HB THR 814 45.296 -17.962 -18.972
4 HG1 THR 814 HG1 THR 814 47.258 -19.156 -18.120
5 HG21 THR 814 HG21 THR 814 46.215 -17.713 -16.091
6 HG23 THR 814 HG22 THR 814 45.424 -16.454 -17.030
7 HG22 THR 814 HG23 THR 814 47.037 -17.002 -17.476
No H/Q in entry = 7
In of MODEL 5
1 H MET 815 H MET 815 43.053 -17.480 -15.627
2 HA MET 815 HA MET 815 41.694 -15.704 -17.533
3 HB2 MET 815 HB2 MET 815 40.581 -16.608 -14.891
4 HB3 MET 815 HB3 MET 815 39.797 -15.542 -16.050
5 HG2 MET 815 HG2 MET 815 39.952 -17.544 -17.656
6 HG3 MET 815 HG3 MET 815 40.351 -18.421 -16.187
7 HE2 MET 815 HE1 MET 815 38.373 -20.009 -16.819
8 HE1 MET 815 HE2 MET 815 38.071 -18.950 -18.185
9 HE3 MET 815 HE3 MET 815 36.724 -19.408 -17.127
No H/Q in entry = 9
In of MODEL 5
1 H SER 816 H SER 816 41.133 -13.688 -16.570
2 HA SER 816 HA SER 816 43.146 -12.702 -14.747
3 HB2 SER 816 HB2 SER 816 40.717 -11.294 -15.893
4 HB3 SER 816 HB3 SER 816 42.177 -10.546 -15.242
5 HG SER 816 HG SER 816 43.304 -11.147 -16.978
No H/Q in entry = 5
In of MODEL 5
1 H GLU 817 H GLU 817 42.557 -11.786 -12.744
2 HA GLU 817 HA GLU 817 41.144 -13.306 -11.013
3 HB2 GLU 817 HB2 GLU 817 42.811 -11.444 -10.686
4 HB3 GLU 817 HB3 GLU 817 41.431 -10.365 -10.771
5 HG2 GLU 817 HG2 GLU 817 40.456 -11.674 -8.844
6 HG3 GLU 817 HG3 GLU 817 41.994 -12.475 -8.768
No H/Q in entry = 6
In of MODEL 5
1 H CYS 818 H CYS 818 40.040 -10.137 -12.236
2 HA CYS 818 HA CYS 818 37.462 -10.192 -11.152
3 HB2 CYS 818 HB2 CYS 818 38.197 -8.884 -13.732
4 HB3 CYS 818 HB3 CYS 818 36.965 -8.381 -12.580
No H/Q in entry = 4
In of MODEL 5
1 H GLU 819 H GLU 819 38.764 -11.660 -13.934
2 HA GLU 819 HA GLU 819 36.298 -12.006 -15.326
3 HB2 GLU 819 HB2 GLU 819 38.385 -11.848 -16.523
4 HB3 GLU 819 HB3 GLU 819 39.016 -13.243 -15.678
5 HG2 GLU 819 HG2 GLU 819 37.521 -14.693 -16.818
6 HG3 GLU 819 HG3 GLU 819 36.653 -13.324 -17.520
No H/Q in entry = 6
In of MODEL 5
1 H ALA 820 H ALA 820 38.556 -14.350 -13.863
2 HA ALA 820 HA ALA 820 36.928 -16.537 -13.925
3 HB2 ALA 820 HB1 ALA 820 38.288 -17.431 -12.087
4 HB3 ALA 820 HB2 ALA 820 38.945 -15.816 -11.825
5 HB1 ALA 820 HB3 ALA 820 39.255 -16.661 -13.344
No H/Q in entry = 5
In of MODEL 5
1 H GLY 821 H GLY 821 37.211 -14.021 -11.482
2 HA3 GLY 821 HA2 GLY 821 35.485 -15.126 -9.553
3 HA2 GLY 821 HA3 GLY 821 35.932 -13.429 -9.694
No H/Q in entry = 3
In of MODEL 5
1 H ALA 822 H ALA 822 34.938 -12.996 -12.302
2 HA ALA 822 HA ALA 822 32.291 -12.329 -11.727
3 HB2 ALA 822 HB1 ALA 822 33.707 -11.120 -13.375
4 HB3 ALA 822 HB2 ALA 822 32.152 -11.597 -14.040
5 HB1 ALA 822 HB3 ALA 822 33.607 -12.515 -14.444
No H/Q in entry = 5
In of MODEL 5
1 H LEU 823 H LEU 823 33.698 -14.939 -13.652
2 HA LEU 823 HA LEU 823 31.239 -16.034 -14.415
3 HB2 LEU 823 HB2 LEU 823 33.920 -17.378 -14.150
4 HB3 LEU 823 HB3 LEU 823 32.507 -18.253 -14.671
5 HG LEU 823 HG LEU 823 33.474 -17.810 -16.665
6 HD12 LEU 823 HD11 LEU 823 31.851 -15.323 -16.366
7 HD11 LEU 823 HD12 LEU 823 31.255 -16.923 -16.779
8 HD13 LEU 823 HD13 LEU 823 32.349 -16.081 -17.878
9 HD22 LEU 823 HD21 LEU 823 35.383 -16.570 -15.886
10 HD21 LEU 823 HD22 LEU 823 34.395 -15.126 -15.683
11 HD23 LEU 823 HD23 LEU 823 34.685 -15.773 -17.296
No H/Q in entry = 11
In of MODEL 5
1 H ARG 824 H ARG 824 33.219 -16.708 -11.515
2 HA ARG 824 HA ARG 824 31.673 -18.754 -10.383
3 HB2 ARG 824 HB2 ARG 824 33.166 -16.499 -9.061
4 HB3 ARG 824 HB3 ARG 824 32.569 -17.926 -8.243
5 HG2 ARG 824 HG2 ARG 824 34.117 -19.312 -9.452
6 HG3 ARG 824 HG3 ARG 824 34.658 -17.923 -10.406
7 HD2 ARG 824 HD2 ARG 824 36.172 -18.460 -8.528
8 HD3 ARG 824 HD3 ARG 824 35.483 -16.839 -8.413
9 HE ARG 824 HE ARG 824 34.102 -18.969 -7.057
10 HH11 ARG 824 HH11 ARG 824 36.146 -16.087 -6.736
11 HH12 ARG 824 HH12 ARG 824 36.029 -16.040 -5.024
12 HH21 ARG 824 HH21 ARG 824 33.997 -18.850 -4.686
13 HH22 ARG 824 HH22 ARG 824 34.885 -17.625 -3.873
No H/Q in entry = 13
In of MODEL 5
1 H CYS 825 H CYS 825 31.526 -15.290 -10.019
2 HA CYS 825 HA CYS 825 29.544 -15.144 -8.073
3 HB2 CYS 825 HB2 CYS 825 31.187 -13.363 -8.796
4 HB3 CYS 825 HB3 CYS 825 30.176 -13.107 -10.200
No H/Q in entry = 4
In of MODEL 5
1 H ARG 826 H ARG 826 29.333 -15.083 -11.613
2 HA ARG 826 HA ARG 826 26.555 -14.410 -11.578
3 HB2 ARG 826 HB2 ARG 826 26.602 -14.615 -13.974
4 HB3 ARG 826 HB3 ARG 826 27.984 -13.674 -13.409
5 HG2 ARG 826 HG2 ARG 826 29.399 -15.625 -13.740
6 HG3 ARG 826 HG3 ARG 826 27.996 -16.541 -14.300
7 HD2 ARG 826 HD2 ARG 826 29.163 -14.077 -15.577
8 HD3 ARG 826 HD3 ARG 826 29.225 -15.723 -16.207
9 HE ARG 826 HE ARG 826 26.620 -15.398 -16.002
10 HH11 ARG 826 HH11 ARG 826 28.997 -13.110 -17.295
11 HH12 ARG 826 HH12 ARG 826 27.896 -12.410 -18.388
12 HH21 ARG 826 HH21 ARG 826 25.134 -14.394 -17.431
13 HH22 ARG 826 HH22 ARG 826 25.656 -13.136 -18.460
No H/Q in entry = 13
In of MODEL 5
1 H GLY 827 H GLY 827 28.273 -17.459 -11.749
2 HA3 GLY 827 HA2 GLY 827 26.902 -19.413 -11.089
3 HA2 GLY 827 HA3 GLY 827 25.634 -18.745 -12.105
No H/Q in entry = 3
In of MODEL 5
1 H GLN 828 H GLN 828 28.578 -18.277 -13.550
2 HA GLN 828 HA GLN 828 28.093 -20.270 -15.536
3 HB2 GLN 828 HB2 GLN 828 29.176 -18.131 -16.082
4 HB3 GLN 828 HB3 GLN 828 30.529 -18.543 -15.041
5 HG2 GLN 828 HG2 GLN 828 31.107 -18.879 -17.394
6 HG3 GLN 828 HG3 GLN 828 31.091 -20.410 -16.527
7 HE21 GLN 828 HE21 GLN 828 29.446 -18.435 -18.830
8 HE22 GLN 828 HE22 GLN 828 28.482 -19.671 -19.528
No H/Q in entry = 8
In of MODEL 5
1 H SER 829 H SER 829 29.392 -22.127 -15.967
2 HA SER 829 HA SER 829 30.299 -23.355 -13.533
3 HB2 SER 829 HB2 SER 829 30.082 -24.481 -16.321
4 HB3 SER 829 HB3 SER 829 30.291 -25.403 -14.829
5 HG SER 829 HG SER 829 28.306 -24.696 -14.130
No H/Q in entry = 5
In of MODEL 5
1 H ILE 830 H ILE 830 32.287 -22.932 -12.909
2 HA ILE 830 HA ILE 830 34.595 -23.429 -14.646
3 HB ILE 830 HB ILE 830 35.726 -21.412 -14.076
4 HG12 ILE 830 HG12 ILE 830 34.970 -21.095 -11.750
5 HG13 ILE 830 HG13 ILE 830 34.898 -19.593 -12.651
6 HG21 ILE 830 HG21 ILE 830 32.988 -20.621 -14.971
7 HG23 ILE 830 HG22 ILE 830 34.374 -21.078 -15.971
8 HG22 ILE 830 HG23 ILE 830 34.413 -19.580 -15.039
9 HD11 ILE 830 HD11 ILE 830 32.565 -21.360 -11.972
10 HD13 ILE 830 HD12 ILE 830 32.488 -19.820 -12.835
11 HD12 ILE 830 HD13 ILE 830 33.034 -19.872 -11.157
No H/Q in entry = 11
In of MODEL 5
1 H SER 831 H SER 831 36.434 -23.935 -13.271
2 HA SER 831 HA SER 831 35.803 -24.132 -10.444
3 HB2 SER 831 HB2 SER 831 37.055 -26.143 -12.274
4 HB3 SER 831 HB3 SER 831 37.028 -26.261 -10.516
5 HG SER 831 HG SER 831 34.608 -25.680 -11.553
No H/Q in entry = 5
In of MODEL 5
1 H VAL 832 H VAL 832 37.237 -22.668 -9.525
2 HA VAL 832 HA VAL 832 39.729 -22.035 -10.778
3 HB VAL 832 HB VAL 832 38.892 -21.451 -7.910
4 HG12 VAL 832 HG11 VAL 832 41.041 -20.188 -9.617
5 HG11 VAL 832 HG12 VAL 832 41.305 -21.273 -8.260
6 HG13 VAL 832 HG13 VAL 832 40.592 -19.680 -7.987
7 HG23 VAL 832 HG21 VAL 832 38.277 -19.213 -8.725
8 HG22 VAL 832 HG22 VAL 832 37.304 -20.473 -9.486
9 HG21 VAL 832 HG23 VAL 832 38.631 -19.726 -10.376
No H/Q in entry = 9
In of MODEL 5
1 H THR 833 H THR 833 41.234 -23.509 -10.923
2 HA THR 833 HA THR 833 41.448 -25.532 -8.871
3 HB THR 833 HB THR 833 42.991 -26.529 -10.653
4 HG1 THR 833 HG1 THR 833 43.075 -25.499 -12.532
5 HG22 THR 833 HG21 THR 833 40.086 -26.061 -11.275
6 HG21 THR 833 HG22 THR 833 40.685 -27.252 -10.129
7 HG23 THR 833 HG23 THR 833 41.062 -27.417 -11.852
No H/Q in entry = 7
In of MODEL 5
1 H SER 834 H SER 834 43.211 -22.880 -10.247
2 HA SER 834 HA SER 834 45.216 -23.250 -8.193
3 HB2 SER 834 HB2 SER 834 45.874 -23.088 -11.122
4 HB3 SER 834 HB3 SER 834 47.061 -22.963 -9.829
5 HG SER 834 HG SER 834 45.534 -25.129 -9.453
No H/Q in entry = 5
In of MODEL 5
1 H ILE 835 H ILE 835 46.254 -21.432 -7.608
2 HA ILE 835 HA ILE 835 44.982 -18.882 -8.315
3 HB ILE 835 HB ILE 835 46.163 -17.976 -6.433
4 HG12 ILE 835 HG12 ILE 835 47.718 -20.599 -6.332
5 HG13 ILE 835 HG13 ILE 835 48.335 -19.022 -6.825
6 HG21 ILE 835 HG21 ILE 835 44.193 -19.382 -5.939
7 HG23 ILE 835 HG22 ILE 835 45.369 -19.433 -4.626
8 HG22 ILE 835 HG23 ILE 835 45.245 -20.785 -5.753
9 HD11 ILE 835 HD11 ILE 835 47.321 -19.724 -4.132
10 HD13 ILE 835 HD12 ILE 835 48.024 -18.180 -4.623
11 HD12 ILE 835 HD13 ILE 835 49.017 -19.644 -4.604
No H/Q in entry = 11
In of MODEL 5
1 H ARG 836 H ARG 836 47.437 -20.758 -9.343
2 HA ARG 836 HA ARG 836 49.239 -18.639 -10.143
3 HB2 ARG 836 HB2 ARG 836 49.354 -21.616 -10.575
4 HB3 ARG 836 HB3 ARG 836 50.622 -20.465 -10.981
5 HG2 ARG 836 HG2 ARG 836 50.789 -19.856 -8.624
6 HG3 ARG 836 HG3 ARG 836 49.570 -21.068 -8.242
7 HD2 ARG 836 HD2 ARG 836 52.272 -21.526 -9.461
8 HD3 ARG 836 HD3 ARG 836 51.714 -21.884 -7.821
9 HE ARG 836 HE ARG 836 50.070 -23.229 -9.673
10 HH11 ARG 836 HH11 ARG 836 53.363 -23.403 -8.410
11 HH12 ARG 836 HH12 ARG 836 53.569 -25.038 -8.823
12 HH21 ARG 836 HH21 ARG 836 50.368 -25.469 -10.233
13 HH22 ARG 836 HH22 ARG 836 51.829 -26.246 -9.868
No H/Q in entry = 13
In of MODEL 5
1 HA PRO 837 HA PRO 837 47.138 -18.707 -14.124
2 HB2 PRO 837 HB2 PRO 837 49.113 -17.691 -15.704
3 HB3 PRO 837 HB3 PRO 837 48.133 -16.688 -14.629
4 HG2 PRO 837 HG2 PRO 837 50.897 -17.754 -14.227
5 HG3 PRO 837 HG3 PRO 837 50.235 -16.162 -13.819
6 HD2 PRO 837 HD2 PRO 837 50.582 -18.143 -11.994
7 HD3 PRO 837 HD3 PRO 837 49.308 -16.912 -11.855
No H/Q in entry = 7
In of MODEL 5
1 H CYS 838 H CYS 838 47.072 -20.095 -15.914
2 HA CYS 838 HA CYS 838 49.075 -22.173 -15.860
3 HB2 CYS 838 HB2 CYS 838 46.290 -22.044 -16.942
4 HB3 CYS 838 HB3 CYS 838 47.408 -23.216 -17.625
No H/Q in entry = 4
In of MODEL 5
1 H ALA 839 H ALA 839 49.495 -23.118 -18.180
2 HA ALA 839 HA ALA 839 50.743 -21.001 -19.675
3 HB3 ALA 839 HB1 ALA 839 51.766 -22.857 -20.906
4 HB2 ALA 839 HB2 ALA 839 50.730 -23.994 -20.040
5 HB1 ALA 839 HB3 ALA 839 51.939 -23.062 -19.164
No H/Q in entry = 5
In of MODEL 5
1 H ALA 840 H ALA 840 47.918 -21.011 -19.677
2 HA ALA 840 HA ALA 840 47.024 -21.982 -22.264
3 HB2 ALA 840 HB1 ALA 840 45.515 -22.153 -20.340
4 HB3 ALA 840 HB2 ALA 840 44.831 -21.117 -21.590
5 HB1 ALA 840 HB3 ALA 840 45.564 -20.401 -20.154
No H/Q in entry = 5
In of MODEL 5
1 H GLU 841 H GLU 841 48.609 -19.323 -21.074
2 HA GLU 841 HA GLU 841 47.435 -17.412 -22.948
3 HB2 GLU 841 HB2 GLU 841 49.634 -17.050 -20.935
4 HB3 GLU 841 HB3 GLU 841 48.925 -15.789 -21.922
5 HG2 GLU 841 HG2 GLU 841 46.812 -16.102 -20.746
6 HG3 GLU 841 HG3 GLU 841 47.572 -17.358 -19.757
No H/Q in entry = 6
In of MODEL 5
1 H THR 842 H THR 842 50.644 -18.113 -21.980
2 HA THR 842 HA THR 842 51.670 -17.368 -24.566
3 HB THR 842 HB THR 842 53.216 -18.325 -22.189
4 HG1 THR 842 HG1 THR 842 52.655 -16.505 -21.235
5 HG21 THR 842 HG21 THR 842 53.930 -16.455 -24.467
6 HG23 THR 842 HG22 THR 842 54.499 -18.113 -24.267
7 HG22 THR 842 HG23 THR 842 54.998 -16.866 -23.126
No H/Q in entry = 7
In of MODEL 5
1 H GLN 843 H GLN 843 50.534 -19.129 -25.387
2 HA GLN 843 HA GLN 843 52.033 -20.980 -26.669
3 HB2 GLN 843 HB2 GLN 843 50.827 -22.122 -24.171
4 HB3 GLN 843 HB3 GLN 843 50.669 -23.079 -25.634
5 HG2 GLN 843 HG2 GLN 843 53.076 -23.162 -25.875
6 HG3 GLN 843 HG3 GLN 843 53.274 -22.094 -24.492
7 HE21 GLN 843 HE21 GLN 843 52.963 -22.889 -22.464
8 HE22 GLN 843 HE22 GLN 843 52.873 -24.569 -22.105
No H/Q in entry = 8
In of MODEL 6
1 H1 GLY 689 H3 GLY 689 66.071 -7.405 -20.339
2 H2 GLY 689 H2 GLY 689 67.636 -7.445 -20.971
3 H3 GLY 689 H1 GLY 689 67.312 -6.503 -19.609
4 HA2 GLY 689 HA2 GLY 689 67.535 -5.184 -21.626
5 HA3 GLY 689 HA3 GLY 689 65.928 -5.068 -20.912
No H/Q in entry = 5
In of MODEL 6
1 H SER 690 H SER 690 64.185 -6.106 -21.880
2 HA SER 690 HA SER 690 64.503 -6.391 -24.729
3 HB2 SER 690 HB2 SER 690 64.838 -8.690 -23.791
4 HB3 SER 690 HB3 SER 690 63.252 -8.575 -23.032
5 HG SER 690 HG SER 690 63.485 -9.642 -25.182
No H/Q in entry = 5
In of MODEL 6
1 H HIS 691 H HIS 691 62.698 -5.658 -25.719
2 HA HIS 691 HA HIS 691 60.557 -4.655 -24.027
3 HB2 HIS 691 HB2 HIS 691 61.553 -3.185 -25.787
4 HB3 HIS 691 HB3 HIS 691 60.990 -4.310 -27.011
5 HD1 HIS 691 HD1 HIS 691 59.690 -1.829 -24.491
6 HD2 HIS 691 HD2 HIS 691 58.368 -3.900 -27.834
7 HE1 HIS 691 HE1 HIS 691 57.487 -0.818 -25.065
8 HE2 HIS 691 HE2 HIS 691 56.916 -1.823 -27.272
No H/Q in entry = 8
In of MODEL 6
1 H MET 692 H MET 692 59.598 -6.554 -23.440
2 HA MET 692 HA MET 692 58.842 -8.617 -25.228
3 HB2 MET 692 HB2 MET 692 59.144 -9.076 -22.874
4 HB3 MET 692 HB3 MET 692 57.881 -7.930 -22.450
5 HG2 MET 692 HG2 MET 692 56.239 -9.356 -23.603
6 HG3 MET 692 HG3 MET 692 57.518 -10.520 -23.934
7 HE1 MET 692 HE1 MET 692 54.745 -11.155 -22.481
8 HE3 MET 692 HE2 MET 692 55.279 -12.238 -21.200
9 HE2 MET 692 HE3 MET 692 55.960 -12.385 -22.820
No H/Q in entry = 9
In of MODEL 6
1 H ASN 693 H ASN 693 57.029 -6.043 -23.662
2 HA ASN 693 HA ASN 693 54.955 -6.237 -25.710
3 HB2 ASN 693 HB2 ASN 693 53.188 -6.184 -23.969
4 HB3 ASN 693 HB3 ASN 693 54.232 -7.564 -23.706
5 HD21 ASN 693 HD21 ASN 693 52.464 -6.129 -21.892
6 HD22 ASN 693 HD22 ASN 693 53.459 -5.654 -20.562
No H/Q in entry = 6
In of MODEL 6
1 HA PRO 694 HA PRO 694 54.864 -1.702 -25.567
2 HB2 PRO 694 HB2 PRO 694 52.330 -1.324 -24.354
3 HB3 PRO 694 HB3 PRO 694 52.689 -1.282 -26.084
4 HG2 PRO 694 HG2 PRO 694 51.628 -3.504 -24.410
5 HG3 PRO 694 HG3 PRO 694 51.277 -3.102 -26.103
6 HD2 PRO 694 HD2 PRO 694 52.836 -5.159 -25.555
7 HD3 PRO 694 HD3 PRO 694 53.270 -4.043 -26.858
No H/Q in entry = 7
In of MODEL 6
1 H LEU 695 H LEU 695 55.109 0.016 -24.065
2 HA LEU 695 HA LEU 695 56.179 -0.807 -21.574
3 HB2 LEU 695 HB2 LEU 695 57.001 1.174 -22.776
4 HB3 LEU 695 HB3 LEU 695 55.462 1.974 -22.519
5 HG LEU 695 HG LEU 695 55.889 1.972 -20.083
6 HD11 LEU 695 HD11 LEU 695 58.578 0.837 -20.843
7 HD13 LEU 695 HD12 LEU 695 57.317 0.022 -19.914
8 HD12 LEU 695 HD13 LEU 695 58.126 1.436 -19.247
9 HD22 LEU 695 HD21 LEU 695 56.507 3.911 -21.419
10 HD21 LEU 695 HD22 LEU 695 58.088 3.199 -21.742
11 HD23 LEU 695 HD23 LEU 695 57.651 3.669 -20.101
No H/Q in entry = 11
In of MODEL 6
1 H THR 696 H THR 696 55.209 -1.093 -19.689
2 HA THR 696 HA THR 696 52.619 0.117 -19.235
3 HB THR 696 HB THR 696 52.128 -2.094 -20.113
4 HG1 THR 696 HG1 THR 696 50.686 -2.409 -18.674
5 HG22 THR 696 HG21 THR 696 53.919 -3.189 -17.938
6 HG21 THR 696 HG22 THR 696 54.256 -3.207 -19.668
7 HG23 THR 696 HG23 THR 696 52.914 -4.154 -19.021
No H/Q in entry = 7
In of MODEL 6
1 H GLN 697 H GLN 697 52.179 0.409 -17.054
2 HA GLN 697 HA GLN 697 54.428 -0.172 -15.311
3 HB2 GLN 697 HB2 GLN 697 53.828 1.860 -13.946
4 HB3 GLN 697 HB3 GLN 697 54.469 2.209 -15.533
5 HG2 GLN 697 HG2 GLN 697 51.524 2.253 -14.888
6 HG3 GLN 697 HG3 GLN 697 52.569 3.655 -14.726
7 HE21 GLN 697 HE21 GLN 697 54.125 3.005 -17.166
8 HE22 GLN 697 HE22 GLN 697 53.091 3.352 -18.481
No H/Q in entry = 8
In of MODEL 6
1 H ALA 698 H ALA 698 51.704 -1.339 -16.043
2 HA ALA 698 HA ALA 698 50.418 -1.674 -13.481
3 HB1 ALA 698 HB1 ALA 698 49.158 -1.925 -15.602
4 HB3 ALA 698 HB2 ALA 698 49.097 -3.382 -14.612
5 HB2 ALA 698 HB3 ALA 698 50.173 -3.309 -16.006
No H/Q in entry = 5
In of MODEL 6
1 H VAL 699 H VAL 699 52.188 -3.664 -15.529
2 HA VAL 699 HA VAL 699 53.426 -5.032 -13.249
3 HB VAL 699 HB VAL 699 52.084 -6.382 -15.588
4 HG13 VAL 699 HG11 VAL 699 52.827 -8.551 -14.589
5 HG12 VAL 699 HG12 VAL 699 53.722 -7.657 -13.359
6 HG11 VAL 699 HG13 VAL 699 54.201 -7.546 -15.050
7 HG22 VAL 699 HG21 VAL 699 50.722 -7.552 -13.887
8 HG21 VAL 699 HG22 VAL 699 50.512 -5.800 -13.850
9 HG23 VAL 699 HG23 VAL 699 51.512 -6.593 -12.635
No H/Q in entry = 9
In of MODEL 6
1 HA PRO 700 HA PRO 700 56.667 -4.315 -16.345
2 HB2 PRO 700 HB2 PRO 700 58.635 -3.713 -14.557
3 HB3 PRO 700 HB3 PRO 700 57.455 -2.529 -15.113
4 HG2 PRO 700 HG2 PRO 700 57.685 -3.801 -12.480
5 HG3 PRO 700 HG3 PRO 700 56.796 -2.346 -12.949
6 HD2 PRO 700 HD2 PRO 700 55.781 -5.027 -12.530
7 HD3 PRO 700 HD3 PRO 700 54.878 -3.541 -12.896
No H/Q in entry = 7
In of MODEL 6
1 H LYS 701 H LYS 701 58.712 -5.338 -13.788
2 HA LYS 701 HA LYS 701 58.562 -8.060 -14.808
3 HB2 LYS 701 HB2 LYS 701 60.999 -6.421 -14.286
4 HB3 LYS 701 HB3 LYS 701 61.109 -8.185 -14.298
5 HG2 LYS 701 HG2 LYS 701 60.265 -6.362 -16.558
6 HG3 LYS 701 HG3 LYS 701 61.781 -7.258 -16.447
7 HD2 LYS 701 HD2 LYS 701 59.001 -8.477 -16.692
8 HD3 LYS 701 HD3 LYS 701 60.191 -8.354 -17.973
9 HE2 LYS 701 HE2 LYS 701 61.695 -9.849 -16.790
10 HE3 LYS 701 HE3 LYS 701 60.603 -9.893 -15.409
11 HZ3 LYS 701 HZ1 LYS 701 58.943 -10.979 -16.792
12 HZ2 LYS 701 HZ2 LYS 701 60.358 -11.879 -16.822
13 HZ1 LYS 701 HZ3 LYS 701 59.945 -10.912 -18.126
No H/Q in entry = 13
In of MODEL 6
1 H CYS 702 H CYS 702 57.592 -6.569 -12.488
2 HA CYS 702 HA CYS 702 58.362 -8.629 -10.535
3 HB2 CYS 702 HB2 CYS 702 56.911 -6.124 -9.615
4 HB3 CYS 702 HB3 CYS 702 57.957 -7.195 -8.756
No H/Q in entry = 4
In of MODEL 6
1 H GLN 703 H GLN 703 56.659 -9.835 -9.824
2 HA GLN 703 HA GLN 703 54.348 -9.728 -11.538
3 HB2 GLN 703 HB2 GLN 703 55.162 -11.560 -9.317
4 HB3 GLN 703 HB3 GLN 703 53.672 -11.737 -10.233
5 HG2 GLN 703 HG2 GLN 703 56.448 -11.789 -11.402
6 HG3 GLN 703 HG3 GLN 703 55.454 -13.205 -11.053
7 HE21 GLN 703 HE21 GLN 703 55.917 -10.486 -13.139
8 HE22 GLN 703 HE22 GLN 703 54.808 -10.974 -14.365
No H/Q in entry = 8
In of MODEL 6
1 H ARG 704 H ARG 704 52.219 -10.260 -10.390
2 HA ARG 704 HA ARG 704 51.488 -7.824 -9.194
3 HB2 ARG 704 HB2 ARG 704 50.032 -10.325 -9.835
4 HB3 ARG 704 HB3 ARG 704 49.245 -9.066 -8.890
5 HG2 ARG 704 HG2 ARG 704 49.491 -7.498 -10.589
6 HG3 ARG 704 HG3 ARG 704 50.561 -8.553 -11.537
7 HD2 ARG 704 HD2 ARG 704 48.731 -10.042 -11.948
8 HD3 ARG 704 HD3 ARG 704 47.714 -9.118 -10.828
9 HE ARG 704 HE ARG 704 48.008 -7.240 -12.406
10 HH11 ARG 704 HH11 ARG 704 48.351 -10.536 -13.708
11 HH12 ARG 704 HH12 ARG 704 47.570 -10.165 -15.160
12 HH21 ARG 704 HH21 ARG 704 46.972 -6.768 -14.374
13 HH22 ARG 704 HH22 ARG 704 46.800 -7.963 -15.598
No H/Q in entry = 13
In of MODEL 6
1 H TRP 705 H TRP 705 52.677 -10.588 -7.707
2 HA TRP 705 HA TRP 705 51.544 -9.779 -5.140
3 HB2 TRP 705 HB2 TRP 705 52.642 -11.932 -4.319
4 HB3 TRP 705 HB3 TRP 705 51.305 -12.108 -5.452
5 HD1 TRP 705 HD1 TRP 705 55.048 -12.760 -5.111
6 HE1 TRP 705 HE1 TRP 705 55.825 -14.150 -7.119
7 HE3 TRP 705 HE3 TRP 705 50.800 -12.564 -7.952
8 HZ2 TRP 705 HZ2 TRP 705 54.775 -15.080 -9.567
9 HZ3 TRP 705 HZ3 TRP 705 50.778 -13.719 -10.108
10 HH2 TRP 705 HH2 TRP 705 52.720 -14.963 -10.901
No H/Q in entry = 10
In of MODEL 6
1 H GLU 706 H GLU 706 53.894 -8.828 -6.988
2 HA GLU 706 HA GLU 706 55.816 -8.450 -4.839
3 HB2 GLU 706 HB2 GLU 706 56.231 -8.629 -7.828
4 HB3 GLU 706 HB3 GLU 706 57.483 -8.153 -6.658
5 HG2 GLU 706 HG2 GLU 706 57.252 -10.398 -5.671
6 HG3 GLU 706 HG3 GLU 706 56.087 -10.799 -6.935
No H/Q in entry = 6
In of MODEL 6
1 H LYS 707 H LYS 707 56.842 -6.455 -4.859
2 HA LYS 707 HA LYS 707 55.293 -4.285 -6.111
3 HB2 LYS 707 HB2 LYS 707 56.741 -4.323 -3.466
4 HB3 LYS 707 HB3 LYS 707 56.272 -2.845 -4.267
5 HG2 LYS 707 HG2 LYS 707 53.909 -3.557 -4.084
6 HG3 LYS 707 HG3 LYS 707 54.445 -4.973 -3.167
7 HD2 LYS 707 HD2 LYS 707 55.498 -3.533 -1.503
8 HD3 LYS 707 HD3 LYS 707 55.039 -2.112 -2.432
9 HE2 LYS 707 HE2 LYS 707 53.100 -4.055 -1.213
10 HE3 LYS 707 HE3 LYS 707 53.633 -2.568 -0.438
11 HZ3 LYS 707 HZ1 LYS 707 51.511 -2.261 -1.492
12 HZ2 LYS 707 HZ2 LYS 707 52.107 -2.728 -3.005
13 HZ1 LYS 707 HZ3 LYS 707 52.647 -1.316 -2.277
No H/Q in entry = 13
In of MODEL 6
1 H LEU 708 H LEU 708 56.429 -2.927 -7.304
2 HA LEU 708 HA LEU 708 59.302 -3.298 -7.486
3 HB2 LEU 708 HB2 LEU 708 58.052 -3.026 -9.583
4 HB3 LEU 708 HB3 LEU 708 57.400 -1.503 -9.019
5 HG LEU 708 HG LEU 708 59.678 -0.532 -9.063
6 HD11 LEU 708 HD11 LEU 708 60.469 -3.160 -10.296
7 HD13 LEU 708 HD12 LEU 708 60.988 -2.537 -8.731
8 HD12 LEU 708 HD13 LEU 708 61.476 -1.716 -10.213
9 HD22 LEU 708 HD21 LEU 708 58.198 -0.247 -10.972
10 HD21 LEU 708 HD22 LEU 708 58.775 -1.763 -11.664
11 HD23 LEU 708 HD23 LEU 708 59.873 -0.393 -11.500
No H/Q in entry = 11
In of MODEL 6
1 H GLN 709 H GLN 709 60.183 -2.431 -5.691
2 HA GLN 709 HA GLN 709 59.678 0.412 -5.265
3 HB2 GLN 709 HB2 GLN 709 59.465 0.225 -2.914
4 HB3 GLN 709 HB3 GLN 709 58.484 -1.092 -3.520
5 HG2 GLN 709 HG2 GLN 709 60.446 -2.626 -3.072
6 HG3 GLN 709 HG3 GLN 709 61.243 -1.247 -2.388
7 HE21 GLN 709 HE21 GLN 709 61.403 -2.291 -0.419
8 HE22 GLN 709 HE22 GLN 709 60.101 -2.376 0.695
No H/Q in entry = 8
In of MODEL 6
1 H ASN 710 H ASN 710 61.498 1.544 -4.856
2 HA ASN 710 HA ASN 710 63.779 2.026 -4.777
3 HB2 ASN 710 HB2 ASN 710 63.427 0.622 -2.550
4 HB3 ASN 710 HB3 ASN 710 64.080 -0.682 -3.488
5 HD21 ASN 710 HD21 ASN 710 65.709 -0.813 -1.940
6 HD22 ASN 710 HD22 ASN 710 67.037 0.275 -2.009
No H/Q in entry = 6
In of MODEL 6
1 H SER 711 H SER 711 62.660 0.739 -7.027
2 HA SER 711 HA SER 711 63.121 -0.129 -8.959
3 HB2 SER 711 HB2 SER 711 65.460 0.128 -9.880
4 HB3 SER 711 HB3 SER 711 64.808 1.557 -9.066
5 HG SER 711 HG SER 711 66.005 0.306 -7.202
No H/Q in entry = 5
In of MODEL 6
1 H ARG 712 H ARG 712 63.140 -1.964 -6.575
2 HA ARG 712 HA ARG 712 64.199 -4.255 -8.055
3 HB2 ARG 712 HB2 ARG 712 64.852 -5.346 -5.960
4 HB3 ARG 712 HB3 ARG 712 65.714 -3.834 -6.167
5 HG2 ARG 712 HG2 ARG 712 64.291 -2.749 -4.559
6 HG3 ARG 712 HG3 ARG 712 63.284 -4.190 -4.433
7 HD2 ARG 712 HD2 ARG 712 65.268 -5.437 -3.601
8 HD3 ARG 712 HD3 ARG 712 66.192 -3.938 -3.631
9 HE ARG 712 HE ARG 712 64.336 -3.145 -2.020
10 HH11 ARG 712 HH11 ARG 712 65.636 -6.451 -2.093
11 HH12 ARG 712 HH12 ARG 712 65.334 -6.757 -0.454
12 HH21 ARG 712 HH21 ARG 712 63.937 -3.591 0.263
13 HH22 ARG 712 HH22 ARG 712 64.336 -5.108 0.894
No H/Q in entry = 13
In of MODEL 6
1 H CYS 713 H CYS 713 63.099 -6.312 -7.428
2 HA CYS 713 HA CYS 713 60.271 -5.734 -6.972
3 HB2 CYS 713 HB2 CYS 713 61.569 -8.249 -8.046
4 HB3 CYS 713 HB3 CYS 713 59.844 -7.929 -7.967
No H/Q in entry = 4
In of MODEL 6
1 H VAL 714 H VAL 714 59.591 -6.065 -5.011
2 HA VAL 714 HA VAL 714 60.789 -8.223 -3.393
3 HB VAL 714 HB VAL 714 60.201 -6.938 -1.370
4 HG11 VAL 714 HG11 VAL 714 61.877 -5.359 -3.298
5 HG13 VAL 714 HG12 VAL 714 62.434 -6.668 -2.256
6 HG12 VAL 714 HG13 VAL 714 61.866 -5.156 -1.549
7 HG23 VAL 714 HG21 VAL 714 59.385 -4.741 -3.280
8 HG22 VAL 714 HG22 VAL 714 59.491 -4.582 -1.528
9 HG21 VAL 714 HG23 VAL 714 58.307 -5.677 -2.248
No H/Q in entry = 9
In of MODEL 6
1 H CYS 715 H CYS 715 59.089 -8.856 -1.603
2 HA CYS 715 HA CYS 715 56.671 -9.324 -3.108
3 HB2 CYS 715 HB2 CYS 715 57.681 -10.458 -0.499
4 HB3 CYS 715 HB3 CYS 715 56.044 -10.744 -1.074
No H/Q in entry = 4
In of MODEL 6
1 H LYS 716 H LYS 716 54.680 -8.808 -2.413
2 HA LYS 716 HA LYS 716 54.445 -6.316 -1.027
3 HB2 LYS 716 HB2 LYS 716 53.195 -6.814 -3.073
4 HB3 LYS 716 HB3 LYS 716 52.499 -8.239 -2.352
5 HG2 LYS 716 HG2 LYS 716 50.917 -7.042 -1.216
6 HG3 LYS 716 HG3 LYS 716 51.885 -5.575 -1.161
7 HD2 LYS 716 HD2 LYS 716 49.959 -5.375 -2.734
8 HD3 LYS 716 HD3 LYS 716 51.520 -5.196 -3.527
9 HE2 LYS 716 HE2 LYS 716 51.352 -7.524 -4.298
10 HE3 LYS 716 HE3 LYS 716 49.779 -7.658 -3.512
11 HZ2 LYS 716 HZ1 LYS 716 49.715 -7.159 -5.938
12 HZ1 LYS 716 HZ2 LYS 716 50.362 -5.648 -5.641
13 HZ3 LYS 716 HZ3 LYS 716 48.863 -6.061 -5.001
No H/Q in entry = 13
In of MODEL 6
1 H MET 717 H MET 717 52.212 -6.500 0.609
2 HA MET 717 HA MET 717 52.912 -8.674 2.439
3 HB2 MET 717 HB2 MET 717 51.811 -5.928 3.061
4 HB3 MET 717 HB3 MET 717 51.942 -7.213 4.241
5 HG2 MET 717 HG2 MET 717 54.262 -6.020 2.734
6 HG3 MET 717 HG3 MET 717 53.791 -5.584 4.374
7 HE2 MET 717 HE1 MET 717 54.557 -8.868 6.364
8 HE1 MET 717 HE2 MET 717 53.010 -8.313 5.730
9 HE3 MET 717 HE3 MET 717 54.116 -7.168 6.489
No H/Q in entry = 9
In of MODEL 6
1 HA PRO 718 HA PRO 718 49.055 -10.519 1.689
2 HB2 PRO 718 HB2 PRO 718 48.423 -11.506 4.189
3 HB3 PRO 718 HB3 PRO 718 49.547 -12.263 3.060
4 HG2 PRO 718 HG2 PRO 718 50.118 -10.474 5.385
5 HG3 PRO 718 HG3 PRO 718 50.959 -11.950 4.877
6 HD2 PRO 718 HD2 PRO 718 51.968 -9.538 4.358
7 HD3 PRO 718 HD3 PRO 718 52.105 -10.854 3.178
No H/Q in entry = 7
In of MODEL 6
1 H TYR 719 H TYR 719 49.158 -8.145 4.254
2 HA TYR 719 HA TYR 719 46.269 -8.030 4.441
3 HB2 TYR 719 HB2 TYR 719 46.554 -6.346 6.155
4 HB3 TYR 719 HB3 TYR 719 47.691 -7.651 6.455
5 HD1 TYR 719 HD1 TYR 719 50.133 -7.280 5.876
6 HD2 TYR 719 HD2 TYR 719 47.267 -4.139 5.806
7 HE1 TYR 719 HE1 TYR 719 51.938 -5.626 5.966
8 HE2 TYR 719 HE2 TYR 719 49.071 -2.483 5.882
9 HH TYR 719 HH TYR 719 51.416 -2.396 6.664
No H/Q in entry = 9
In of MODEL 6
1 H GLU 720 H GLU 720 48.643 -6.646 2.483
2 HA GLU 720 HA GLU 720 47.428 -4.133 1.826
3 HB2 GLU 720 HB2 GLU 720 49.786 -4.563 1.398
4 HB3 GLU 720 HB3 GLU 720 49.401 -5.965 0.429
5 HG2 GLU 720 HG2 GLU 720 50.038 -4.344 -1.088
6 HG3 GLU 720 HG3 GLU 720 48.277 -4.329 -1.179
No H/Q in entry = 6
In of MODEL 6
1 H CYS 721 H CYS 721 47.235 -7.416 0.857
2 HA CYS 721 HA CYS 721 45.889 -7.187 -1.590
3 HB2 CYS 721 HB2 CYS 721 46.013 -9.462 0.345
4 HB3 CYS 721 HB3 CYS 721 45.520 -9.568 -1.334
No H/Q in entry = 4
In of MODEL 6
1 H GLY 722 H GLY 722 44.079 -5.989 -1.460
2 HA3 GLY 722 HA2 GLY 722 41.908 -6.948 0.252
3 HA2 GLY 722 HA3 GLY 722 41.943 -5.389 -0.570
No H/Q in entry = 3
In of MODEL 6
1 HA PRO 723 HA PRO 723 39.801 -7.204 -3.986
2 HB2 PRO 723 HB2 PRO 723 41.471 -5.929 -6.013
3 HB3 PRO 723 HB3 PRO 723 39.806 -5.554 -5.567
4 HG2 PRO 723 HG2 PRO 723 41.871 -3.881 -5.030
5 HG3 PRO 723 HG3 PRO 723 40.434 -3.999 -4.001
6 HD2 PRO 723 HD2 PRO 723 43.140 -5.229 -3.619
7 HD3 PRO 723 HD3 PRO 723 42.083 -4.439 -2.428
No H/Q in entry = 7
In of MODEL 6
1 H SER 724 H SER 724 40.281 -9.393 -4.002
2 HA SER 724 HA SER 724 42.037 -10.364 -6.018
3 HB2 SER 724 HB2 SER 724 42.246 -11.107 -3.110
4 HB3 SER 724 HB3 SER 724 43.152 -11.867 -4.433
5 HG SER 724 HG SER 724 43.512 -9.290 -4.550
No H/Q in entry = 5
In of MODEL 6
1 H LEU 725 H LEU 725 41.582 -12.704 -6.137
2 HA LEU 725 HA LEU 725 38.771 -13.203 -5.793
3 HB2 LEU 725 HB2 LEU 725 40.239 -13.959 -7.749
4 HB3 LEU 725 HB3 LEU 725 40.891 -15.148 -6.633
5 HG LEU 725 HG LEU 725 38.566 -15.911 -6.328
6 HD12 LEU 725 HD11 LEU 725 37.021 -15.537 -8.189
7 HD11 LEU 725 HD12 LEU 725 38.140 -14.334 -8.835
8 HD13 LEU 725 HD13 LEU 725 37.367 -14.074 -7.272
9 HD21 LEU 725 HD21 LEU 725 39.889 -16.276 -9.004
10 HD23 LEU 725 HD22 LEU 725 38.636 -17.331 -8.349
11 HD22 LEU 725 HD23 LEU 725 40.201 -17.213 -7.541
No H/Q in entry = 11
In of MODEL 6
1 H ASP 726 H ASP 726 37.918 -14.191 -4.134
2 HA ASP 726 HA ASP 726 39.527 -14.992 -1.906
3 HB2 ASP 726 HB2 ASP 726 36.527 -15.183 -2.330
4 HB3 ASP 726 HB3 ASP 726 37.350 -15.515 -0.815
No H/Q in entry = 4
In of MODEL 6
1 H VAL 727 H VAL 727 40.243 -16.939 -1.452
2 HA VAL 727 HA VAL 727 39.045 -19.309 -2.696
3 HB VAL 727 HB VAL 727 41.317 -20.263 -3.114
4 HG11 VAL 727 HG11 VAL 727 40.814 -17.672 -4.584
5 HG13 VAL 727 HG12 VAL 727 40.162 -19.255 -5.001
6 HG12 VAL 727 HG13 VAL 727 41.891 -18.953 -5.132
7 HG23 VAL 727 HG21 VAL 727 43.296 -18.784 -3.136
8 HG22 VAL 727 HG22 VAL 727 42.610 -18.944 -1.518
9 HG21 VAL 727 HG23 VAL 727 42.315 -17.484 -2.459
No H/Q in entry = 9
In of MODEL 6
1 H CYS 728 H CYS 728 39.705 -21.346 -1.538
2 HA CYS 728 HA CYS 728 40.036 -20.835 1.327
3 HB2 CYS 728 HB2 CYS 728 39.215 -23.338 -0.148
4 HB3 CYS 728 HB3 CYS 728 39.317 -23.188 1.599
No H/Q in entry = 4
In of MODEL 6
1 H ALA 729 H ALA 729 41.909 -21.375 2.326
2 HA ALA 729 HA ALA 729 43.709 -23.114 0.831
3 HB1 ALA 729 HB1 ALA 729 44.427 -20.614 2.316
4 HB3 ALA 729 HB2 ALA 729 44.420 -20.828 0.557
5 HB2 ALA 729 HB3 ALA 729 45.564 -21.725 1.553
No H/Q in entry = 5
In of MODEL 6
1 H GLN 730 H GLN 730 45.164 -24.241 2.109
2 HA GLN 730 HA GLN 730 44.284 -24.547 4.876
3 HB2 GLN 730 HB2 GLN 730 43.964 -26.580 3.441
4 HB3 GLN 730 HB3 GLN 730 45.702 -26.602 3.191
5 HG2 GLN 730 HG2 GLN 730 46.139 -26.962 5.477
6 HG3 GLN 730 HG3 GLN 730 44.466 -26.713 5.929
7 HE21 GLN 730 HE21 GLN 730 46.103 -28.942 6.531
8 HE22 GLN 730 HE22 GLN 730 45.388 -30.335 5.826
No H/Q in entry = 8
In of MODEL 6
1 H ASP 731 H ASP 731 45.571 -23.942 6.261
2 HA ASP 731 HA ASP 731 48.232 -23.039 5.729
3 HB2 ASP 731 HB2 ASP 731 46.949 -21.813 7.314
4 HB3 ASP 731 HB3 ASP 731 46.519 -23.275 8.159
No H/Q in entry = 4
In of MODEL 6
1 H GLU 732 H GLU 732 50.058 -24.158 5.959
2 HA GLU 732 HA GLU 732 49.890 -26.917 6.710
3 HB2 GLU 732 HB2 GLU 732 52.238 -25.275 5.741
4 HB3 GLU 732 HB3 GLU 732 52.301 -26.992 6.095
5 HG2 GLU 732 HG2 GLU 732 50.560 -25.697 4.009
6 HG3 GLU 732 HG3 GLU 732 52.066 -26.561 3.709
No H/Q in entry = 6
In of MODEL 6
1 H ARG 733 H ARG 733 50.662 -23.976 8.359
2 HA ARG 733 HA ARG 733 52.499 -25.097 10.199
3 HB2 ARG 733 HB2 ARG 733 50.900 -22.556 10.154
4 HB3 ARG 733 HB3 ARG 733 52.012 -22.974 11.441
5 HG2 ARG 733 HG2 ARG 733 52.762 -22.662 8.539
6 HG3 ARG 733 HG3 ARG 733 52.990 -21.430 9.781
7 HD2 ARG 733 HD2 ARG 733 54.253 -24.180 9.780
8 HD3 ARG 733 HD3 ARG 733 55.060 -22.672 9.361
9 HE ARG 733 HE ARG 733 54.287 -22.051 11.758
10 HH11 ARG 733 HH11 ARG 733 55.607 -25.207 10.740
11 HH12 ARG 733 HH12 ARG 733 56.280 -25.538 12.256
12 HH21 ARG 733 HH21 ARG 733 55.234 -22.527 13.793
13 HH22 ARG 733 HH22 ARG 733 56.089 -23.999 14.035
No H/Q in entry = 13
In of MODEL 6
1 H SER 734 H SER 734 49.073 -24.119 10.463
2 HA SER 734 HA SER 734 48.974 -25.615 12.978
3 HB2 SER 734 HB2 SER 734 46.951 -23.706 11.830
4 HB3 SER 734 HB3 SER 734 47.038 -24.295 13.487
5 HG SER 734 HG SER 734 49.131 -22.897 12.251
No H/Q in entry = 5
In of MODEL 6
1 H LYS 735 H LYS 735 48.306 -26.097 9.747
2 HA LYS 735 HA LYS 735 47.051 -27.545 8.498
3 HB2 LYS 735 HB2 LYS 735 46.563 -29.097 11.064
4 HB3 LYS 735 HB3 LYS 735 46.527 -29.718 9.426
5 HG2 LYS 735 HG2 LYS 735 48.975 -28.766 10.912
6 HG3 LYS 735 HG3 LYS 735 48.529 -30.443 10.616
7 HD2 LYS 735 HD2 LYS 735 49.156 -28.410 8.467
8 HD3 LYS 735 HD3 LYS 735 50.305 -29.580 9.102
9 HE2 LYS 735 HE2 LYS 735 47.718 -30.232 7.711
10 HE3 LYS 735 HE3 LYS 735 49.308 -30.302 6.971
11 HZ3 LYS 735 HZ1 LYS 735 48.598 -32.494 7.671
12 HZ2 LYS 735 HZ2 LYS 735 48.351 -31.976 9.230
13 HZ1 LYS 735 HZ3 LYS 735 49.913 -32.032 8.620
No H/Q in entry = 13
In of MODEL 6
1 H ARG 736 H ARG 736 45.647 -25.599 8.488
2 HA ARG 736 HA ARG 736 42.971 -26.253 9.485
3 HB2 ARG 736 HB2 ARG 736 42.756 -23.888 10.296
4 HB3 ARG 736 HB3 ARG 736 43.880 -24.866 11.235
5 HG2 ARG 736 HG2 ARG 736 45.757 -23.906 10.009
6 HG3 ARG 736 HG3 ARG 736 44.638 -22.933 9.063
7 HD2 ARG 736 HD2 ARG 736 44.003 -21.689 10.998
8 HD3 ARG 736 HD3 ARG 736 44.942 -22.761 12.050
9 HE ARG 736 HE ARG 736 46.833 -21.923 10.413
10 HH11 ARG 736 HH11 ARG 736 44.324 -20.047 12.048
11 HH12 ARG 736 HH12 ARG 736 45.244 -18.631 12.180
12 HH21 ARG 736 HH21 ARG 736 48.105 -19.956 10.528
13 HH22 ARG 736 HH22 ARG 736 47.440 -18.573 11.279
No H/Q in entry = 13
In of MODEL 6
1 H ILE 737 H ILE 737 41.334 -25.292 8.194
2 HA ILE 737 HA ILE 737 42.283 -24.240 5.657
3 HB ILE 737 HB ILE 737 39.415 -24.721 6.456
4 HG12 ILE 737 HG12 ILE 737 40.718 -26.837 6.755
5 HG13 ILE 737 HG13 ILE 737 39.519 -26.940 5.473
6 HG23 ILE 737 HG21 ILE 737 39.068 -24.794 4.062
7 HG22 ILE 737 HG22 ILE 737 40.803 -24.729 3.786
8 HG21 ILE 737 HG23 ILE 737 39.979 -23.336 4.488
9 HD11 ILE 737 HD11 ILE 737 42.468 -26.513 5.122
10 HD13 ILE 737 HD12 ILE 737 41.273 -26.632 3.829
11 HD12 ILE 737 HD13 ILE 737 41.590 -28.020 4.875
No H/Q in entry = 11
In of MODEL 6
1 H LEU 738 H LEU 738 42.261 -22.113 5.334
2 HA LEU 738 HA LEU 738 40.341 -20.535 6.823
3 HB2 LEU 738 HB2 LEU 738 41.872 -18.780 7.352
4 HB3 LEU 738 HB3 LEU 738 42.546 -20.266 7.986
5 HG LEU 738 HG LEU 738 43.473 -18.743 5.539
6 HD11 LEU 738 HD11 LEU 738 44.014 -17.626 7.617
7 HD13 LEU 738 HD12 LEU 738 45.466 -18.286 6.869
8 HD12 LEU 738 HD13 LEU 738 44.732 -19.107 8.248
9 HD21 LEU 738 HD21 LEU 738 43.776 -21.113 5.287
10 HD23 LEU 738 HD22 LEU 738 44.621 -21.197 6.841
11 HD22 LEU 738 HD23 LEU 738 45.334 -20.305 5.473
No H/Q in entry = 11
In of MODEL 6
1 HA PRO 739 HA PRO 739 39.593 -18.733 2.900
2 HB2 PRO 739 HB2 PRO 739 38.546 -16.358 3.651
3 HB3 PRO 739 HB3 PRO 739 37.665 -17.880 3.889
4 HG2 PRO 739 HG2 PRO 739 39.249 -16.265 5.839
5 HG3 PRO 739 HG3 PRO 739 37.687 -17.071 6.068
6 HD2 PRO 739 HD2 PRO 739 40.093 -18.155 6.888
7 HD3 PRO 739 HD3 PRO 739 38.665 -19.119 6.430
No H/Q in entry = 7
In of MODEL 6
1 H LEU 740 H LEU 740 41.092 -17.890 1.590
2 HA LEU 740 HA LEU 740 42.585 -15.548 2.499
3 HB2 LEU 740 HB2 LEU 740 43.710 -17.922 1.003
4 HB3 LEU 740 HB3 LEU 740 44.540 -16.396 1.164
5 HG LEU 740 HG LEU 740 43.901 -18.347 3.379
6 HD13 LEU 740 HD11 LEU 740 45.720 -19.024 1.926
7 HD12 LEU 740 HD12 LEU 740 46.340 -18.542 3.508
8 HD11 LEU 740 HD13 LEU 740 46.485 -17.452 2.127
9 HD22 LEU 740 HD21 LEU 740 43.747 -16.044 4.205
10 HD21 LEU 740 HD22 LEU 740 45.333 -15.692 3.511
11 HD23 LEU 740 HD23 LEU 740 45.184 -16.851 4.829
No H/Q in entry = 11
In of MODEL 6
1 H THR 741 H THR 741 43.848 -14.860 0.345
2 HA THR 741 HA THR 741 41.983 -14.982 -1.854
3 HB THR 741 HB THR 741 43.048 -12.600 -2.230
4 HG1 THR 741 HG1 THR 741 42.553 -11.991 0.287
5 HG21 THR 741 HG21 THR 741 40.689 -13.156 -0.465
6 HG23 THR 741 HG22 THR 741 40.726 -13.096 -2.239
7 HG22 THR 741 HG23 THR 741 41.037 -11.628 -1.294
No H/Q in entry = 7
In of MODEL 6
1 H VAL 742 H VAL 742 42.976 -14.546 -3.847
2 HA VAL 742 HA VAL 742 45.175 -16.023 -4.451
3 HB VAL 742 HB VAL 742 44.146 -13.568 -5.866
4 HG12 VAL 742 HG11 VAL 742 45.053 -14.501 -7.887
5 HG11 VAL 742 HG12 VAL 742 45.842 -15.792 -6.964
6 HG13 VAL 742 HG13 VAL 742 46.301 -14.094 -6.721
7 HG21 VAL 742 HG21 VAL 742 43.461 -16.455 -6.194
8 HG23 VAL 742 HG22 VAL 742 42.912 -15.097 -7.209
9 HG22 VAL 742 HG23 VAL 742 42.482 -15.149 -5.490
No H/Q in entry = 9
In of MODEL 6
1 H CYS 743 H CYS 743 45.126 -12.475 -4.155
2 HA CYS 743 HA CYS 743 47.860 -12.086 -4.407
3 HB2 CYS 743 HB2 CYS 743 46.294 -10.275 -4.611
4 HB3 CYS 743 HB3 CYS 743 45.782 -10.455 -2.950
No H/Q in entry = 4
In of MODEL 6
1 H LYS 744 H LYS 744 45.891 -12.472 -1.463
2 HA LYS 744 HA LYS 744 47.860 -11.954 0.439
3 HB2 LYS 744 HB2 LYS 744 45.369 -12.177 0.598
4 HB3 LYS 744 HB3 LYS 744 45.604 -13.897 0.701
5 HG2 LYS 744 HG2 LYS 744 46.894 -13.660 2.752
6 HG3 LYS 744 HG3 LYS 744 46.718 -11.903 2.670
7 HD2 LYS 744 HD2 LYS 744 44.417 -13.847 2.851
8 HD3 LYS 744 HD3 LYS 744 45.102 -13.002 4.235
9 HE2 LYS 744 HE2 LYS 744 43.884 -11.629 1.822
10 HE3 LYS 744 HE3 LYS 744 43.018 -11.998 3.299
11 HZ1 LYS 744 HZ1 LYS 744 45.406 -10.203 3.137
12 HZ3 LYS 744 HZ2 LYS 744 44.501 -10.568 4.516
13 HZ2 LYS 744 HZ3 LYS 744 43.789 -9.725 3.262
No H/Q in entry = 13
In of MODEL 6
1 H MET 745 H MET 745 46.731 -15.051 -0.836
2 HA MET 745 HA MET 745 48.570 -16.747 0.481
3 HB2 MET 745 HB2 MET 745 46.765 -17.853 -0.379
4 HB3 MET 745 HB3 MET 745 46.742 -16.925 -1.868
5 HG2 MET 745 HG2 MET 745 47.406 -19.031 -2.524
6 HG3 MET 745 HG3 MET 745 48.863 -18.093 -2.481
7 HE3 MET 745 HE1 MET 745 46.778 -19.966 0.316
8 HE2 MET 745 HE2 MET 745 47.636 -21.519 0.269
9 HE1 MET 745 HE3 MET 745 46.829 -20.902 -1.166
No H/Q in entry = 9
In of MODEL 6
1 H HIS 746 H HIS 746 48.613 -15.241 -2.771
2 HA HIS 746 HA HIS 746 50.986 -16.500 -3.713
3 HB2 HIS 746 HB2 HIS 746 49.399 -14.202 -4.485
4 HB3 HIS 746 HB3 HIS 746 51.098 -14.064 -4.978
5 HD1 HIS 746 HD1 HIS 746 51.856 -16.153 -6.617
6 HD2 HIS 746 HD2 HIS 746 47.790 -15.549 -6.089
7 HE1 HIS 746 HE1 HIS 746 50.765 -17.214 -8.587
8 HE2 HIS 746 HE2 HIS 746 48.317 -16.734 -8.327
No H/Q in entry = 8
In of MODEL 6
1 H VAL 747 H VAL 747 50.466 -13.489 -2.045
2 HA VAL 747 HA VAL 747 53.089 -12.600 -2.020
3 HB VAL 747 HB VAL 747 50.662 -11.988 -0.346
4 HG12 VAL 747 HG11 VAL 747 53.379 -10.692 -0.155
5 HG11 VAL 747 HG12 VAL 747 52.653 -11.721 1.073
6 HG13 VAL 747 HG13 VAL 747 51.918 -10.169 0.685
7 HG22 VAL 747 HG21 VAL 747 50.829 -9.844 -1.545
8 HG21 VAL 747 HG22 VAL 747 50.713 -11.217 -2.656
9 HG23 VAL 747 HG23 VAL 747 52.267 -10.454 -2.370
No H/Q in entry = 9
In of MODEL 6
1 H LEU 748 H LEU 748 51.244 -14.255 0.577
2 HA LEU 748 HA LEU 748 53.526 -14.432 2.205
3 HB2 LEU 748 HB2 LEU 748 52.226 -16.027 3.616
4 HB3 LEU 748 HB3 LEU 748 51.357 -14.560 3.243
5 HG LEU 748 HG LEU 748 50.102 -15.889 1.501
6 HD12 LEU 748 HD11 LEU 748 51.290 -18.226 2.978
7 HD11 LEU 748 HD12 LEU 748 51.600 -17.794 1.300
8 HD13 LEU 748 HD13 LEU 748 49.987 -18.310 1.793
9 HD23 LEU 748 HD21 LEU 748 48.585 -16.860 3.164
10 HD22 LEU 748 HD22 LEU 748 49.117 -15.239 3.610
11 HD21 LEU 748 HD23 LEU 748 49.829 -16.650 4.398
No H/Q in entry = 11
In of MODEL 6
1 H HIS 749 H HIS 749 52.479 -16.287 -0.402
2 HA HIS 749 HA HIS 749 53.933 -18.653 0.165
3 HB2 HIS 749 HB2 HIS 749 51.980 -18.087 -1.576
4 HB3 HIS 749 HB3 HIS 749 53.364 -17.909 -2.649
5 HD1 HIS 749 HD1 HIS 749 54.401 -20.041 -3.525
6 HD2 HIS 749 HD2 HIS 749 51.684 -20.676 -0.454
7 HE1 HIS 749 HE1 HIS 749 54.046 -22.508 -3.446
8 HE2 HIS 749 HE2 HIS 749 52.128 -22.777 -1.901
No H/Q in entry = 8
In of MODEL 6
1 H CYS 750 H CYS 750 54.629 -15.682 -1.735
2 HA CYS 750 HA CYS 750 57.199 -16.713 -2.473
3 HB2 CYS 750 HB2 CYS 750 57.665 -14.543 -3.505
4 HB3 CYS 750 HB3 CYS 750 56.056 -15.073 -3.960
No H/Q in entry = 4
In of MODEL 6
1 H GLN 751 H GLN 751 55.878 -14.825 0.125
2 HA GLN 751 HA GLN 751 58.267 -13.887 1.224
3 HB2 GLN 751 HB2 GLN 751 55.703 -14.656 2.610
4 HB3 GLN 751 HB3 GLN 751 57.021 -13.794 3.382
5 HG2 GLN 751 HG2 GLN 751 56.768 -11.984 1.747
6 HG3 GLN 751 HG3 GLN 751 55.422 -12.869 1.037
7 HE21 GLN 751 HE21 GLN 751 55.507 -10.258 2.250
8 HE22 GLN 751 HE22 GLN 751 54.360 -10.255 3.531
No H/Q in entry = 8
In of MODEL 6
1 H GLY 752 H GLY 752 56.887 -17.041 1.208
2 HA3 GLY 752 HA2 GLY 752 58.482 -18.876 1.500
3 HA2 GLY 752 HA3 GLY 752 59.151 -17.978 2.854
No H/Q in entry = 3
In of MODEL 6
1 H ARG 753 H ARG 753 55.700 -18.434 2.215
2 HA ARG 753 HA ARG 753 55.585 -20.118 4.634
3 HB2 ARG 753 HB2 ARG 753 53.352 -18.400 3.522
4 HB3 ARG 753 HB3 ARG 753 53.379 -19.261 5.056
5 HG2 ARG 753 HG2 ARG 753 55.066 -16.886 4.304
6 HG3 ARG 753 HG3 ARG 753 53.686 -16.889 5.401
7 HD2 ARG 753 HD2 ARG 753 54.835 -18.282 6.946
8 HD3 ARG 753 HD3 ARG 753 56.172 -18.520 5.814
9 HE ARG 753 HE ARG 753 55.482 -15.898 6.926
10 HH11 ARG 753 HH11 ARG 753 57.941 -18.370 6.168
11 HH12 ARG 753 HH12 ARG 753 59.255 -17.406 6.614
12 HH21 ARG 753 HH21 ARG 753 57.313 -14.578 7.555
13 HH22 ARG 753 HH22 ARG 753 58.885 -15.192 7.447
No H/Q in entry = 13
In of MODEL 6
1 H ASN 754 H ASN 754 54.626 -22.081 4.451
2 HA ASN 754 HA ASN 754 53.725 -22.791 1.772
3 HB2 ASN 754 HB2 ASN 754 54.232 -24.694 4.082
4 HB3 ASN 754 HB3 ASN 754 53.846 -25.129 2.433
5 HD21 ASN 754 HD21 ASN 754 56.278 -24.234 4.592
6 HD22 ASN 754 HD22 ASN 754 57.622 -24.317 3.518
No H/Q in entry = 6
In of MODEL 6
1 H TYR 755 H TYR 755 51.773 -22.906 1.328
2 HA TYR 755 HA TYR 755 49.799 -23.702 3.289
3 HB2 TYR 755 HB2 TYR 755 49.704 -21.271 1.499
4 HB3 TYR 755 HB3 TYR 755 48.246 -22.068 2.049
5 HD1 TYR 755 HD1 TYR 755 51.411 -20.711 3.554
6 HD2 TYR 755 HD2 TYR 755 47.192 -21.075 3.838
7 HE1 TYR 755 HE1 TYR 755 51.418 -19.253 5.522
8 HE2 TYR 755 HE2 TYR 755 47.197 -19.617 5.812
9 HH TYR 755 HH TYR 755 49.851 -17.748 6.669
No H/Q in entry = 9
In of MODEL 6
1 H THR 756 H THR 756 48.166 -24.856 2.288
2 HA THR 756 HA THR 756 48.701 -25.747 -0.456
3 HB THR 756 HB THR 756 47.086 -26.975 1.806
4 HG1 THR 756 HG1 THR 756 48.989 -27.542 2.458
5 HG23 THR 756 HG21 THR 756 47.017 -28.993 0.410
6 HG22 THR 756 HG22 THR 756 47.886 -28.111 -0.866
7 HG21 THR 756 HG23 THR 756 46.263 -27.606 -0.388
No H/Q in entry = 7
In of MODEL 6
1 H LEU 757 H LEU 757 46.717 -25.849 -1.873
2 HA LEU 757 HA LEU 757 44.699 -24.079 -0.801
3 HB2 LEU 757 HB2 LEU 757 45.281 -24.744 -3.665
4 HB3 LEU 757 HB3 LEU 757 43.860 -23.856 -3.143
5 HG LEU 757 HG LEU 757 45.704 -22.399 -1.949
6 HD11 LEU 757 HD11 LEU 757 47.603 -23.645 -2.669
7 HD13 LEU 757 HD12 LEU 757 47.633 -22.032 -3.380
8 HD12 LEU 757 HD13 LEU 757 47.163 -23.420 -4.364
9 HD21 LEU 757 HD21 LEU 757 44.845 -22.138 -4.809
10 HD23 LEU 757 HD22 LEU 757 45.531 -20.845 -3.803
11 HD22 LEU 757 HD23 LEU 757 43.996 -21.597 -3.356
No H/Q in entry = 11
In of MODEL 6
1 H THR 758 H THR 758 42.539 -24.491 -1.086
2 HA THR 758 HA THR 758 41.940 -27.324 -1.309
3 HB THR 758 HB THR 758 40.440 -27.010 0.768
4 HG1 THR 758 HG1 THR 758 41.754 -24.632 0.635
5 HG23 THR 758 HG21 THR 758 42.278 -27.582 2.298
6 HG22 THR 758 HG22 THR 758 43.446 -26.958 1.140
7 HG21 THR 758 HG23 THR 758 42.498 -28.392 0.747
No H/Q in entry = 7
In of MODEL 6
1 H GLY 759 H GLY 759 39.328 -27.411 -0.904
2 HA3 GLY 759 HA2 GLY 759 38.457 -25.791 -3.149
3 HA2 GLY 759 HA3 GLY 759 37.637 -27.211 -2.506
No H/Q in entry = 3
In of MODEL 6
1 H ARG 760 H ARG 760 36.142 -25.150 -3.089
2 HA ARG 760 HA ARG 760 35.710 -23.165 -1.143
3 HB2 ARG 760 HB2 ARG 760 33.444 -22.928 -2.145
4 HB3 ARG 760 HB3 ARG 760 34.711 -22.995 -3.357
5 HG2 ARG 760 HG2 ARG 760 33.092 -24.379 -4.308
6 HG3 ARG 760 HG3 ARG 760 34.123 -25.516 -3.436
7 HD2 ARG 760 HD2 ARG 760 32.524 -25.472 -1.542
8 HD3 ARG 760 HD3 ARG 760 31.452 -24.462 -2.516
9 HE ARG 760 HE ARG 760 32.161 -26.729 -3.967
10 HH11 ARG 760 HH11 ARG 760 30.192 -25.959 -1.129
11 HH12 ARG 760 HH12 ARG 760 29.109 -27.243 -1.361
12 HH21 ARG 760 HH21 ARG 760 30.640 -28.473 -4.302
13 HH22 ARG 760 HH22 ARG 760 29.373 -28.702 -3.197
No H/Q in entry = 13
In of MODEL 6
1 H ASP 761 H ASP 761 35.020 -26.453 -1.120
2 HA ASP 761 HA ASP 761 32.899 -26.601 0.734
3 HB2 ASP 761 HB2 ASP 761 35.019 -28.465 -0.158
4 HB3 ASP 761 HB3 ASP 761 33.865 -28.953 1.101
No H/Q in entry = 4
In of MODEL 6
1 H SER 762 H SER 762 36.375 -26.310 1.004
2 HA SER 762 HA SER 762 36.546 -27.399 3.599
3 HB2 SER 762 HB2 SER 762 38.601 -25.800 2.093
4 HB3 SER 762 HB3 SER 762 38.878 -26.927 3.416
5 HG SER 762 HG SER 762 38.273 -28.614 2.113
No H/Q in entry = 5
In of MODEL 6
1 H CYS 763 H CYS 763 36.563 -24.001 2.350
2 HA CYS 763 HA CYS 763 36.850 -23.214 5.176
3 HB2 CYS 763 HB2 CYS 763 37.861 -21.191 4.555
4 HB3 CYS 763 HB3 CYS 763 38.616 -22.393 3.521
No H/Q in entry = 4
In of MODEL 6
1 H THR 764 H THR 764 35.800 -21.206 5.739
2 HA THR 764 HA THR 764 33.252 -20.905 4.381
3 HB THR 764 HB THR 764 34.193 -19.750 7.044
4 HG1 THR 764 HG1 THR 764 32.316 -21.809 6.536
5 HG21 THR 764 HG21 THR 764 31.445 -19.811 5.777
6 HG23 THR 764 HG22 THR 764 32.465 -18.386 5.984
7 HG22 THR 764 HG23 THR 764 31.815 -19.216 7.399
No H/Q in entry = 7
In of MODEL 6
1 H LEU 765 H LEU 765 33.621 -19.822 2.649
2 HA LEU 765 HA LEU 765 35.511 -17.632 2.589
3 HB2 LEU 765 HB2 LEU 765 35.248 -19.676 0.977
4 HB3 LEU 765 HB3 LEU 765 33.925 -18.724 0.333
5 HG LEU 765 HG LEU 765 35.480 -16.938 -0.258
6 HD12 LEU 765 HD11 LEU 765 37.922 -17.419 -0.053
7 HD11 LEU 765 HD12 LEU 765 37.481 -18.863 0.883
8 HD13 LEU 765 HD13 LEU 765 37.109 -17.281 1.513
9 HD22 LEU 765 HD21 LEU 765 34.997 -18.696 -1.884
10 HD21 LEU 765 HD22 LEU 765 36.300 -19.678 -1.222
11 HD23 LEU 765 HD23 LEU 765 36.666 -18.153 -2.027
No H/Q in entry = 11
In of MODEL 6
1 HA PRO 766 HA PRO 766 32.087 -14.758 2.562
2 HB2 PRO 766 HB2 PRO 766 33.324 -12.646 1.271
3 HB3 PRO 766 HB3 PRO 766 33.459 -12.977 2.994
4 HG2 PRO 766 HG2 PRO 766 35.386 -13.530 0.808
5 HG3 PRO 766 HG3 PRO 766 35.692 -13.151 2.507
6 HD2 PRO 766 HD2 PRO 766 35.874 -15.653 1.397
7 HD3 PRO 766 HD3 PRO 766 35.606 -15.367 3.118
No H/Q in entry = 7
In of MODEL 6
1 H ALA 767 H ALA 767 33.958 -14.316 -0.446
2 HA ALA 767 HA ALA 767 31.433 -14.558 -1.901
3 HB3 ALA 767 HB1 ALA 767 32.430 -13.135 -3.612
4 HB2 ALA 767 HB2 ALA 767 33.922 -13.037 -2.670
5 HB1 ALA 767 HB3 ALA 767 32.433 -12.331 -2.043
No H/Q in entry = 5
In of MODEL 6
1 H SER 768 H SER 768 31.299 -16.552 -2.586
2 HA SER 768 HA SER 768 33.522 -17.569 -4.206
3 HB2 SER 768 HB2 SER 768 33.016 -18.890 -2.044
4 HB3 SER 768 HB3 SER 768 31.453 -19.249 -2.753
5 HG SER 768 HG SER 768 33.987 -20.136 -3.485
No H/Q in entry = 5
In of MODEL 6
1 H ALA 769 H ALA 769 30.036 -17.947 -3.619
2 HA ALA 769 HA ALA 769 29.550 -18.019 -6.502
3 HB3 ALA 769 HB1 ALA 769 27.780 -18.746 -4.151
4 HB2 ALA 769 HB2 ALA 769 28.631 -19.885 -5.193
5 HB1 ALA 769 HB3 ALA 769 27.325 -18.900 -5.848
No H/Q in entry = 5
In of MODEL 6
1 H GLU 770 H GLU 770 26.913 -17.097 -6.477
2 HA GLU 770 HA GLU 770 27.117 -14.337 -6.594
3 HB2 GLU 770 HB2 GLU 770 24.647 -14.328 -6.664
4 HB3 GLU 770 HB3 GLU 770 25.341 -15.543 -7.729
5 HG2 GLU 770 HG2 GLU 770 24.852 -17.279 -6.106
6 HG3 GLU 770 HG3 GLU 770 24.213 -16.077 -4.992
No H/Q in entry = 6
In of MODEL 6
1 H LYS 771 H LYS 771 26.388 -12.647 -5.316
2 HA LYS 771 HA LYS 771 26.230 -13.255 -2.434
3 HB2 LYS 771 HB2 LYS 771 27.968 -11.268 -3.840
4 HB3 LYS 771 HB3 LYS 771 27.620 -11.201 -2.131
5 HG2 LYS 771 HG2 LYS 771 28.927 -13.558 -3.457
6 HG3 LYS 771 HG3 LYS 771 29.825 -12.192 -2.804
7 HD2 LYS 771 HD2 LYS 771 29.887 -13.639 -1.010
8 HD3 LYS 771 HD3 LYS 771 28.448 -12.715 -0.640
9 HE2 LYS 771 HE2 LYS 771 27.037 -14.520 -1.423
10 HE3 LYS 771 HE3 LYS 771 28.437 -15.383 -2.036
11 HZ3 LYS 771 HZ1 LYS 771 27.741 -16.291 0.058
12 HZ2 LYS 771 HZ2 LYS 771 27.800 -14.775 0.795
13 HZ1 LYS 771 HZ3 LYS 771 29.233 -15.505 0.282
No H/Q in entry = 13
In of MODEL 6
1 H ALA 772 H ALA 772 25.117 -11.778 -1.200
2 HA ALA 772 HA ALA 772 23.738 -9.581 -2.490
3 HB2 ALA 772 HB1 ALA 772 22.556 -10.721 -0.644
4 HB1 ALA 772 HB2 ALA 772 23.030 -9.103 -0.114
5 HB3 ALA 772 HB3 ALA 772 23.963 -10.504 0.403
No H/Q in entry = 5
In of MODEL 6
1 H CYS 773 H CYS 773 24.599 -7.374 -2.042
2 HA CYS 773 HA CYS 773 27.385 -7.761 -1.798
3 HB2 CYS 773 HB2 CYS 773 27.643 -5.344 -2.324
4 HB3 CYS 773 HB3 CYS 773 26.912 -6.361 -3.557
No H/Q in entry = 4
In of MODEL 6
1 H GLY 774 H GLY 774 28.717 -5.869 -0.801
2 HA3 GLY 774 HA2 GLY 774 28.813 -4.795 1.449
3 HA2 GLY 774 HA3 GLY 774 28.219 -6.352 2.041
No H/Q in entry = 3
In of MODEL 6
1 H ALA 775 H ALA 775 29.649 -7.754 -0.138
2 HA ALA 775 HA ALA 775 32.429 -7.105 0.186
3 HB1 ALA 775 HB1 ALA 775 33.063 -9.394 0.850
4 HB3 ALA 775 HB2 ALA 775 31.361 -9.830 0.982
5 HB2 ALA 775 HB3 ALA 775 32.053 -8.634 2.080
No H/Q in entry = 5
In of MODEL 6
1 H CYS 776 H CYS 776 32.646 -6.761 -1.891
2 HA CYS 776 HA CYS 776 33.403 -8.483 -3.744
3 HB2 CYS 776 HB2 CYS 776 31.482 -8.594 -5.419
4 HB3 CYS 776 HB3 CYS 776 31.300 -9.628 -4.015
No H/Q in entry = 4
In of MODEL 6
1 HA PRO 777 HA PRO 777 33.719 -4.193 -5.072
2 HB2 PRO 777 HB2 PRO 777 36.394 -3.963 -4.964
3 HB3 PRO 777 HB3 PRO 777 35.365 -3.817 -3.540
4 HG2 PRO 777 HG2 PRO 777 37.161 -6.027 -4.337
5 HG3 PRO 777 HG3 PRO 777 36.599 -5.563 -2.730
6 HD2 PRO 777 HD2 PRO 777 35.578 -7.682 -4.379
7 HD3 PRO 777 HD3 PRO 777 34.971 -7.132 -2.810
No H/Q in entry = 7
In of MODEL 6
1 H LEU 778 H LEU 778 35.464 -6.973 -6.385
2 HA LEU 778 HA LEU 778 36.054 -5.370 -8.730
3 HB2 LEU 778 HB2 LEU 778 37.626 -7.196 -9.497
4 HB3 LEU 778 HB3 LEU 778 38.074 -6.280 -8.085
5 HG LEU 778 HG LEU 778 36.860 -9.039 -7.873
6 HD11 LEU 778 HD11 LEU 778 38.902 -9.163 -9.258
7 HD13 LEU 778 HD12 LEU 778 39.106 -9.894 -7.671
8 HD12 LEU 778 HD13 LEU 778 39.789 -8.296 -7.993
9 HD23 LEU 778 HD21 LEU 778 38.647 -7.461 -6.031
10 HD22 LEU 778 HD22 LEU 778 37.960 -9.055 -5.713
11 HD21 LEU 778 HD23 LEU 778 36.908 -7.646 -5.838
No H/Q in entry = 11
In of MODEL 6
1 H TRP 779 H TRP 779 34.986 -8.791 -8.458
2 HA TRP 779 HA TRP 779 33.985 -8.634 -11.170
3 HB2 TRP 779 HB2 TRP 779 33.275 -11.006 -10.784
4 HB3 TRP 779 HB3 TRP 779 34.987 -10.730 -10.494
5 HD1 TRP 779 HD1 TRP 779 31.704 -11.400 -8.560
6 HE1 TRP 779 HE1 TRP 779 32.305 -12.301 -6.237
7 HE3 TRP 779 HE3 TRP 779 36.766 -10.919 -8.812
8 HZ2 TRP 779 HZ2 TRP 779 34.674 -12.749 -4.706
9 HZ3 TRP 779 HZ3 TRP 779 38.109 -11.600 -6.893
10 HH2 TRP 779 HH2 TRP 779 37.080 -12.499 -4.886
No H/Q in entry = 10
In of MODEL 6
1 H GLY 780 H GLY 780 32.825 -7.931 -8.149
2 HA3 GLY 780 HA2 GLY 780 30.058 -8.267 -9.015
3 HA2 GLY 780 HA3 GLY 780 30.573 -8.429 -7.336
No H/Q in entry = 3
In of MODEL 6
1 H LYS 781 H LYS 781 28.750 -6.595 -8.740
2 HA LYS 781 HA LYS 781 30.030 -4.120 -7.849
3 HB2 LYS 781 HB2 LYS 781 29.700 -4.246 -10.301
4 HB3 LYS 781 HB3 LYS 781 27.972 -4.420 -10.029
5 HG2 LYS 781 HG2 LYS 781 28.508 -2.157 -10.631
6 HG3 LYS 781 HG3 LYS 781 27.932 -2.215 -8.960
7 HD2 LYS 781 HD2 LYS 781 30.273 -2.131 -8.177
8 HD3 LYS 781 HD3 LYS 781 30.822 -2.051 -9.854
9 HE2 LYS 781 HE2 LYS 781 29.521 0.018 -10.123
10 HE3 LYS 781 HE3 LYS 781 29.089 -0.075 -8.414
11 HZ1 LYS 781 HZ1 LYS 781 31.876 0.134 -9.436
12 HZ3 LYS 781 HZ2 LYS 781 31.410 0.234 -7.814
13 HZ2 LYS 781 HZ3 LYS 781 30.960 1.435 -8.898
No H/Q in entry = 13
In of MODEL 6
1 H CYS 782 H CYS 782 29.000 -2.993 -6.406
2 HA CYS 782 HA CYS 782 26.221 -3.641 -5.700
3 HB2 CYS 782 HB2 CYS 782 27.996 -4.208 -4.022
4 HB3 CYS 782 HB3 CYS 782 28.417 -2.502 -3.968
No H/Q in entry = 4
In of MODEL 6
1 H ASP 783 H ASP 783 24.874 -1.847 -5.770
2 HA ASP 783 HA ASP 783 26.250 0.670 -6.386
3 HB2 ASP 783 HB2 ASP 783 25.131 -0.237 -8.358
4 HB3 ASP 783 HB3 ASP 783 23.607 -0.283 -7.479
No H/Q in entry = 4
In of MODEL 6
1 H ALA 784 H ALA 784 22.936 -0.244 -5.462
2 HA ALA 784 HA ALA 784 22.899 2.065 -3.668
3 HB1 ALA 784 HB1 ALA 784 20.668 0.218 -4.531
4 HB2 ALA 784 HB2 ALA 784 21.040 1.784 -5.251
5 HB3 ALA 784 HB3 ALA 784 20.476 1.694 -3.584
No H/Q in entry = 5
In of MODEL 6
1 H GLU 785 H GLU 785 21.300 1.461 -1.641
2 HA GLU 785 HA GLU 785 22.625 -0.710 -0.227
3 HB2 GLU 785 HB2 GLU 785 22.275 1.511 0.890
4 HB3 GLU 785 HB3 GLU 785 20.541 1.268 0.755
5 HG2 GLU 785 HG2 GLU 785 20.713 -0.707 2.193
6 HG3 GLU 785 HG3 GLU 785 22.444 -0.435 2.343
No H/Q in entry = 6
In of MODEL 6
1 H SER 786 H SER 786 21.285 -2.403 0.862
2 HA SER 786 HA SER 786 19.821 -4.116 0.762
3 HB2 SER 786 HB2 SER 786 17.906 -2.024 -0.354
4 HB3 SER 786 HB3 SER 786 17.429 -3.627 0.203
5 HG SER 786 HG SER 786 18.267 -1.387 1.669
No H/Q in entry = 5
In of MODEL 6
1 H SER 787 H SER 787 21.601 -3.483 -1.369
2 HA SER 787 HA SER 787 20.219 -4.441 -3.742
3 HB2 SER 787 HB2 SER 787 21.480 -2.347 -4.002
4 HB3 SER 787 HB3 SER 787 22.928 -3.121 -3.382
5 HG SER 787 HG SER 787 22.822 -4.530 -5.259
No H/Q in entry = 5
In of MODEL 6
1 H LYS 788 H LYS 788 20.973 -6.243 -4.763
2 HA LYS 788 HA LYS 788 22.625 -8.021 -3.233
3 HB2 LYS 788 HB2 LYS 788 22.202 -9.651 -4.969
4 HB3 LYS 788 HB3 LYS 788 20.685 -8.918 -4.478
5 HG2 LYS 788 HG2 LYS 788 20.719 -7.506 -6.482
6 HG3 LYS 788 HG3 LYS 788 22.253 -8.231 -6.959
7 HD2 LYS 788 HD2 LYS 788 19.721 -9.756 -6.497
8 HD3 LYS 788 HD3 LYS 788 20.248 -9.208 -8.095
9 HE2 LYS 788 HE2 LYS 788 22.293 -10.566 -7.844
10 HE3 LYS 788 HE3 LYS 788 21.732 -11.111 -6.264
11 HZ3 LYS 788 HZ1 LYS 788 21.258 -12.737 -7.977
12 HZ2 LYS 788 HZ2 LYS 788 20.373 -11.614 -8.848
13 HZ1 LYS 788 HZ3 LYS 788 19.820 -12.132 -7.353
No H/Q in entry = 13
In of MODEL 6
1 H CYS 789 H CYS 789 24.385 -9.177 -4.727
2 HA CYS 789 HA CYS 789 25.966 -6.979 -5.802
3 HB2 CYS 789 HB2 CYS 789 26.920 -8.419 -3.980
4 HB3 CYS 789 HB3 CYS 789 26.700 -9.807 -5.021
No H/Q in entry = 4
In of MODEL 6
1 H VAL 790 H VAL 790 26.128 -6.905 -7.933
2 HA VAL 790 HA VAL 790 25.041 -9.169 -9.407
3 HB VAL 790 HB VAL 790 23.879 -7.012 -9.772
4 HG13 VAL 790 HG11 VAL 790 24.938 -5.169 -10.991
5 HG12 VAL 790 HG12 VAL 790 26.486 -6.006 -10.876
6 HG11 VAL 790 HG13 VAL 790 25.678 -5.450 -9.412
7 HG22 VAL 790 HG21 VAL 790 23.905 -6.988 -12.239
8 HG21 VAL 790 HG22 VAL 790 23.858 -8.626 -11.584
9 HG23 VAL 790 HG23 VAL 790 25.368 -7.972 -12.212
No H/Q in entry = 9
In of MODEL 6
1 H CYS 791 H CYS 791 26.174 -10.019 -11.099
2 HA CYS 791 HA CYS 791 29.049 -9.724 -10.751
3 HB2 CYS 791 HB2 CYS 791 27.841 -11.810 -12.497
4 HB3 CYS 791 HB3 CYS 791 29.166 -11.913 -11.353
No H/Q in entry = 4
In of MODEL 6
1 H ARG 792 H ARG 792 30.040 -8.517 -12.169
2 HA ARG 792 HA ARG 792 28.707 -7.612 -14.563
3 HB2 ARG 792 HB2 ARG 792 31.266 -6.895 -13.200
4 HB3 ARG 792 HB3 ARG 792 30.952 -6.364 -14.843
5 HG2 ARG 792 HG2 ARG 792 28.924 -5.235 -14.051
6 HG3 ARG 792 HG3 ARG 792 29.316 -5.724 -12.396
7 HD2 ARG 792 HD2 ARG 792 31.286 -4.431 -12.379
8 HD3 ARG 792 HD3 ARG 792 31.246 -4.207 -14.124
9 HE ARG 792 HE ARG 792 28.960 -3.110 -12.821
10 HH11 ARG 792 HH11 ARG 792 32.331 -2.454 -13.766
11 HH12 ARG 792 HH12 ARG 792 32.190 -0.775 -13.667
12 HH21 ARG 792 HH21 ARG 792 28.757 -0.729 -12.725
13 HH22 ARG 792 HH22 ARG 792 30.126 0.218 -13.079
No H/Q in entry = 13
In of MODEL 6
1 H GLU 793 H GLU 793 30.108 -7.419 -16.553
2 HA GLU 793 HA GLU 793 31.179 -9.975 -17.271
3 HB2 GLU 793 HB2 GLU 793 31.120 -7.320 -18.681
4 HB3 GLU 793 HB3 GLU 793 31.861 -8.753 -19.356
5 HG2 GLU 793 HG2 GLU 793 29.685 -9.894 -19.276
6 HG3 GLU 793 HG3 GLU 793 28.957 -8.395 -18.684
No H/Q in entry = 6
In of MODEL 6
1 H ALA 794 H ALA 794 33.379 -10.169 -18.120
2 HA ALA 794 HA ALA 794 35.247 -9.488 -16.131
3 HB2 ALA 794 HB1 ALA 794 35.409 -11.510 -17.499
4 HB3 ALA 794 HB2 ALA 794 36.883 -10.545 -17.594
5 HB1 ALA 794 HB3 ALA 794 35.721 -10.517 -18.921
No H/Q in entry = 5
In of MODEL 6
1 H SER 795 H SER 795 34.439 -8.143 -19.222
2 HA SER 795 HA SER 795 36.703 -6.445 -19.311
3 HB2 SER 795 HB2 SER 795 34.169 -6.338 -20.936
4 HB3 SER 795 HB3 SER 795 35.680 -5.507 -21.315
5 HG SER 795 HG SER 795 35.498 -8.314 -20.978
No H/Q in entry = 5
In of MODEL 6
1 H GLU 796 H GLU 796 33.629 -6.247 -17.753
2 HA GLU 796 HA GLU 796 33.848 -3.343 -17.584
3 HB2 GLU 796 HB2 GLU 796 31.628 -4.311 -18.298
4 HB3 GLU 796 HB3 GLU 796 31.494 -5.064 -16.716
5 HG2 GLU 796 HG2 GLU 796 31.459 -2.884 -15.646
6 HG3 GLU 796 HG3 GLU 796 31.743 -2.110 -17.190
No H/Q in entry = 6
In of MODEL 6
1 H CYS 797 H CYS 797 35.145 -5.768 -16.127
2 HA CYS 797 HA CYS 797 34.711 -5.275 -13.381
3 HB2 CYS 797 HB2 CYS 797 35.739 -7.356 -14.032
4 HB3 CYS 797 HB3 CYS 797 37.020 -6.512 -14.894
No H/Q in entry = 4
In of MODEL 6
1 H GLU 798 H GLU 798 35.401 -3.644 -12.182
2 HA GLU 798 HA GLU 798 37.084 -1.609 -13.388
3 HB2 GLU 798 HB2 GLU 798 36.367 -0.268 -11.360
4 HB3 GLU 798 HB3 GLU 798 35.084 -0.725 -12.468
5 HG2 GLU 798 HG2 GLU 798 34.426 -2.533 -10.944
6 HG3 GLU 798 HG3 GLU 798 35.718 -2.064 -9.840
No H/Q in entry = 6
In of MODEL 6
1 H GLU 799 H GLU 799 38.372 -3.921 -12.794
2 HA GLU 799 HA GLU 799 40.484 -3.093 -11.112
3 HB2 GLU 799 HB2 GLU 799 38.901 -3.948 -9.407
4 HB3 GLU 799 HB3 GLU 799 38.705 -5.431 -10.310
5 HG2 GLU 799 HG2 GLU 799 40.107 -5.625 -8.258
6 HG3 GLU 799 HG3 GLU 799 40.908 -6.150 -9.735
No H/Q in entry = 6
In of MODEL 6
1 H GLU 800 H GLU 800 42.156 -5.007 -11.212
2 HA GLU 800 HA GLU 800 41.758 -6.496 -13.714
3 HB2 GLU 800 HB2 GLU 800 44.200 -6.395 -14.041
4 HB3 GLU 800 HB3 GLU 800 43.433 -4.808 -14.151
5 HG2 GLU 800 HG2 GLU 800 44.217 -4.335 -11.863
6 HG3 GLU 800 HG3 GLU 800 44.979 -5.922 -11.810
No H/Q in entry = 6
In of MODEL 6
1 H GLY 801 H GLY 801 42.571 -6.589 -10.368
2 HA3 GLY 801 HA2 GLY 801 43.454 -8.025 -9.015
3 HA2 GLY 801 HA3 GLY 801 42.499 -9.170 -9.952
No H/Q in entry = 3
In of MODEL 6
1 H PHE 802 H PHE 802 43.932 -10.698 -9.572
2 HA PHE 802 HA PHE 802 46.539 -10.635 -10.921
3 HB2 PHE 802 HB2 PHE 802 45.200 -12.555 -9.039
4 HB3 PHE 802 HB3 PHE 802 46.619 -13.028 -9.948
5 HD1 PHE 802 HD1 PHE 802 46.171 -9.622 -8.551
6 HD2 PHE 802 HD2 PHE 802 47.967 -13.454 -8.051
7 HE1 PHE 802 HE1 PHE 802 47.558 -8.754 -6.769
8 HE2 PHE 802 HE2 PHE 802 49.333 -12.614 -6.316
9 HZ PHE 802 HZ PHE 802 49.171 -10.233 -5.623
No H/Q in entry = 9
In of MODEL 6
1 H SER 803 H SER 803 46.828 -13.174 -11.731
2 HA SER 803 HA SER 803 44.606 -13.731 -13.485
3 HB2 SER 803 HB2 SER 803 47.561 -13.867 -14.134
4 HB3 SER 803 HB3 SER 803 46.247 -14.371 -15.200
5 HG SER 803 HG SER 803 45.600 -11.960 -14.519
No H/Q in entry = 5
In of MODEL 6
1 H ILE 804 H ILE 804 44.052 -15.866 -13.426
2 HA ILE 804 HA ILE 804 45.766 -17.656 -11.860
3 HB ILE 804 HB ILE 804 43.929 -18.572 -10.607
4 HG12 ILE 804 HG12 ILE 804 42.135 -18.312 -12.372
5 HG13 ILE 804 HG13 ILE 804 41.609 -17.900 -10.748
6 HG23 ILE 804 HG21 ILE 804 44.938 -16.622 -9.613
7 HG22 ILE 804 HG22 ILE 804 43.210 -16.646 -9.239
8 HG21 ILE 804 HG23 ILE 804 43.828 -15.575 -10.500
9 HD11 ILE 804 HD11 ILE 804 41.850 -15.522 -11.316
10 HD13 ILE 804 HD12 ILE 804 40.704 -16.362 -12.362
11 HD12 ILE 804 HD13 ILE 804 42.312 -15.973 -12.959
No H/Q in entry = 11
In of MODEL 6
1 H CYS 805 H CYS 805 44.753 -19.991 -12.017
2 HA CYS 805 HA CYS 805 44.091 -20.460 -14.838
3 HB2 CYS 805 HB2 CYS 805 46.369 -21.183 -14.177
4 HB3 CYS 805 HB3 CYS 805 45.638 -22.189 -12.929
No H/Q in entry = 4
In of MODEL 6
1 H VAL 806 H VAL 806 42.157 -21.339 -15.034
2 HA VAL 806 HA VAL 806 41.081 -22.821 -12.765
3 HB VAL 806 HB VAL 806 40.227 -20.489 -12.889
4 HG12 VAL 806 HG11 VAL 806 39.104 -21.288 -15.528
5 HG11 VAL 806 HG12 VAL 806 40.364 -20.095 -15.211
6 HG13 VAL 806 HG13 VAL 806 38.714 -19.807 -14.651
7 HG22 VAL 806 HG21 VAL 806 38.796 -22.164 -11.877
8 HG21 VAL 806 HG22 VAL 806 38.198 -22.630 -13.448
9 HG23 VAL 806 HG23 VAL 806 37.819 -21.025 -12.801
No H/Q in entry = 9
In of MODEL 6
1 H GLU 807 H GLU 807 39.937 -24.670 -13.321
2 HA GLU 807 HA GLU 807 40.222 -25.536 -16.044
3 HB2 GLU 807 HB2 GLU 807 40.687 -27.075 -14.163
4 HB3 GLU 807 HB3 GLU 807 39.027 -26.910 -13.626
5 HG2 GLU 807 HG2 GLU 807 38.269 -27.906 -15.746
6 HG3 GLU 807 HG3 GLU 807 39.956 -28.112 -16.218
No H/Q in entry = 6
In of MODEL 6
1 H VAL 808 H VAL 808 38.813 -25.102 -17.434
2 HA VAL 808 HA VAL 808 35.986 -24.925 -16.799
3 HB VAL 808 HB VAL 808 36.828 -22.609 -16.769
4 HG13 VAL 808 HG11 VAL 808 38.846 -22.872 -18.049
5 HG12 VAL 808 HG12 VAL 808 37.856 -21.586 -18.754
6 HG11 VAL 808 HG13 VAL 808 37.913 -23.175 -19.514
7 HG21 VAL 808 HG21 VAL 808 35.330 -23.209 -19.309
8 HG23 VAL 808 HG22 VAL 808 35.478 -21.622 -18.561
9 HG22 VAL 808 HG23 VAL 808 34.608 -22.916 -17.722
No H/Q in entry = 9
In of MODEL 6
1 H ASN 809 H ASN 809 34.860 -25.994 -18.318
2 HA ASN 809 HA ASN 809 34.306 -27.022 -20.291
3 HB2 ASN 809 HB2 ASN 809 36.489 -25.214 -21.185
4 HB3 ASN 809 HB3 ASN 809 35.852 -26.393 -22.324
5 HD21 ASN 809 HD21 ASN 809 33.865 -24.794 -19.895
6 HD22 ASN 809 HD22 ASN 809 32.990 -23.787 -20.970
No H/Q in entry = 6
In of MODEL 6
1 H GLY 810 H GLY 810 36.566 -27.878 -18.397
2 HA3 GLY 810 HA2 GLY 810 37.441 -30.057 -18.271
3 HA2 GLY 810 HA3 GLY 810 37.379 -30.126 -20.046
No H/Q in entry = 3
In of MODEL 6
1 H LYS 811 H LYS 811 38.630 -27.248 -19.659
2 HA LYS 811 HA LYS 811 41.372 -28.300 -19.520
3 HB2 LYS 811 HB2 LYS 811 41.960 -26.606 -21.205
4 HB3 LYS 811 HB3 LYS 811 40.900 -27.878 -21.806
5 HG2 LYS 811 HG2 LYS 811 38.978 -26.317 -21.517
6 HG3 LYS 811 HG3 LYS 811 40.126 -25.058 -21.066
7 HD2 LYS 811 HD2 LYS 811 40.108 -26.558 -23.663
8 HD3 LYS 811 HD3 LYS 811 39.425 -24.949 -23.439
9 HE2 LYS 811 HE2 LYS 811 41.657 -24.108 -22.786
10 HE3 LYS 811 HE3 LYS 811 42.327 -25.712 -23.040
11 HZ1 LYS 811 HZ1 LYS 811 41.711 -25.569 -25.354
12 HZ3 LYS 811 HZ2 LYS 811 42.736 -24.296 -24.939
13 HZ2 LYS 811 HZ3 LYS 811 41.083 -24.027 -25.149
No H/Q in entry = 13
In of MODEL 6
1 H GLU 812 H GLU 812 42.981 -26.842 -18.847
2 HA GLU 812 HA GLU 812 41.984 -24.951 -16.892
3 HB2 GLU 812 HB2 GLU 812 44.855 -25.710 -17.429
4 HB3 GLU 812 HB3 GLU 812 44.213 -24.907 -16.008
5 HG2 GLU 812 HG2 GLU 812 44.387 -26.993 -15.137
6 HG3 GLU 812 HG3 GLU 812 42.805 -27.161 -15.900
No H/Q in entry = 6
In of MODEL 6
1 H GLN 813 H GLN 813 41.651 -23.004 -17.442
2 HA GLN 813 HA GLN 813 43.295 -21.794 -19.538
3 HB2 GLN 813 HB2 GLN 813 41.050 -22.126 -20.311
4 HB3 GLN 813 HB3 GLN 813 40.392 -21.447 -18.840
5 HG2 GLN 813 HG2 GLN 813 41.153 -19.253 -19.462
6 HG3 GLN 813 HG3 GLN 813 41.961 -19.903 -20.892
7 HE21 GLN 813 HE21 GLN 813 39.743 -17.938 -20.588
8 HE22 GLN 813 HE22 GLN 813 38.460 -18.585 -21.542
No H/Q in entry = 8
In of MODEL 6
1 H THR 814 H THR 814 44.021 -19.734 -19.195
2 HA THR 814 HA THR 814 44.192 -18.872 -16.444
3 HB THR 814 HB THR 814 45.376 -17.672 -18.959
4 HG1 THR 814 HG1 THR 814 47.326 -18.762 -18.061
5 HG23 THR 814 HG21 THR 814 47.000 -16.620 -17.422
6 HG22 THR 814 HG22 THR 814 46.149 -17.328 -16.050
7 HG21 THR 814 HG23 THR 814 45.347 -16.124 -17.054
No H/Q in entry = 7
In of MODEL 6
1 H MET 815 H MET 815 42.903 -17.363 -15.682
2 HA MET 815 HA MET 815 41.605 -15.551 -17.591
3 HB2 MET 815 HB2 MET 815 40.329 -16.651 -15.090
4 HB3 MET 815 HB3 MET 815 39.589 -15.555 -16.247
5 HG2 MET 815 HG2 MET 815 39.952 -17.441 -17.956
6 HG3 MET 815 HG3 MET 815 40.280 -18.402 -16.518
7 HE3 MET 815 HE1 MET 815 38.082 -19.059 -18.673
8 HE2 MET 815 HE2 MET 815 36.882 -19.738 -17.551
9 HE1 MET 815 HE3 MET 815 38.614 -20.018 -17.299
No H/Q in entry = 9
In of MODEL 6
1 H SER 816 H SER 816 40.964 -13.573 -16.619
2 HA SER 816 HA SER 816 42.883 -12.602 -14.727
3 HB2 SER 816 HB2 SER 816 40.351 -11.310 -15.785
4 HB3 SER 816 HB3 SER 816 41.691 -10.485 -14.984
5 HG SER 816 HG SER 816 42.951 -10.790 -16.711
No H/Q in entry = 5
In of MODEL 6
1 H GLU 817 H GLU 817 42.303 -11.784 -12.667
2 HA GLU 817 HA GLU 817 41.091 -13.623 -11.068
3 HB2 GLU 817 HB2 GLU 817 42.706 -11.735 -10.548
4 HB3 GLU 817 HB3 GLU 817 41.251 -10.741 -10.442
5 HG2 GLU 817 HG2 GLU 817 40.460 -11.851 -8.561
6 HG3 GLU 817 HG3 GLU 817 41.530 -13.222 -8.910
No H/Q in entry = 6
In of MODEL 6
1 H CYS 818 H CYS 818 39.642 -10.557 -12.186
2 HA CYS 818 HA CYS 818 37.216 -11.425 -10.984
3 HB2 CYS 818 HB2 CYS 818 36.283 -9.253 -11.985
4 HB3 CYS 818 HB3 CYS 818 37.423 -9.163 -10.657
No H/Q in entry = 4
In of MODEL 6
1 H GLU 819 H GLU 819 38.582 -12.255 -13.809
2 HA GLU 819 HA GLU 819 36.179 -12.288 -15.432
3 HB2 GLU 819 HB2 GLU 819 38.351 -12.157 -16.559
4 HB3 GLU 819 HB3 GLU 819 38.870 -13.647 -15.776
5 HG2 GLU 819 HG2 GLU 819 37.298 -14.899 -17.102
6 HG3 GLU 819 HG3 GLU 819 36.644 -13.409 -17.781
No H/Q in entry = 6
In of MODEL 6
1 H ALA 820 H ALA 820 38.320 -14.692 -13.970
2 HA ALA 820 HA ALA 820 36.638 -16.863 -14.193
3 HB3 ALA 820 HB1 ALA 820 38.702 -16.303 -12.073
4 HB1 ALA 820 HB2 ALA 820 38.983 -17.098 -13.626
5 HB2 ALA 820 HB3 ALA 820 37.996 -17.885 -12.395
No H/Q in entry = 5
In of MODEL 6
1 H GLY 821 H GLY 821 37.071 -14.387 -11.749
2 HA3 GLY 821 HA2 GLY 821 35.403 -15.369 -9.716
3 HA2 GLY 821 HA3 GLY 821 35.892 -13.695 -9.924
No H/Q in entry = 3
In of MODEL 6
1 H ALA 822 H ALA 822 34.704 -13.199 -12.446
2 HA ALA 822 HA ALA 822 32.060 -12.616 -11.638
3 HB2 ALA 822 HB1 ALA 822 33.273 -11.230 -13.255
4 HB3 ALA 822 HB2 ALA 822 31.748 -11.815 -13.930
5 HB1 ALA 822 HB3 ALA 822 33.273 -12.570 -14.399
No H/Q in entry = 5
In of MODEL 6
1 H LEU 823 H LEU 823 33.527 -15.015 -13.680
2 HA LEU 823 HA LEU 823 31.207 -16.187 -14.672
3 HB2 LEU 823 HB2 LEU 823 33.952 -17.324 -14.193
4 HB3 LEU 823 HB3 LEU 823 32.721 -18.162 -15.117
5 HG LEU 823 HG LEU 823 33.803 -15.428 -15.829
6 HD12 LEU 823 HD11 LEU 823 34.984 -16.540 -17.645
7 HD11 LEU 823 HD12 LEU 823 34.581 -18.114 -16.944
8 HD13 LEU 823 HD13 LEU 823 35.588 -16.955 -16.061
9 HD23 LEU 823 HD21 LEU 823 32.756 -15.856 -18.007
10 HD22 LEU 823 HD22 LEU 823 31.581 -15.788 -16.698
11 HD21 LEU 823 HD23 LEU 823 32.059 -17.348 -17.371
No H/Q in entry = 11
In of MODEL 6
1 H ARG 824 H ARG 824 32.969 -16.840 -11.670
2 HA ARG 824 HA ARG 824 31.471 -19.083 -10.748
3 HB2 ARG 824 HB2 ARG 824 32.628 -16.903 -8.987
4 HB3 ARG 824 HB3 ARG 824 32.185 -18.514 -8.484
5 HG2 ARG 824 HG2 ARG 824 34.039 -19.398 -9.885
6 HG3 ARG 824 HG3 ARG 824 34.509 -17.724 -10.240
7 HD2 ARG 824 HD2 ARG 824 34.438 -19.140 -7.585
8 HD3 ARG 824 HD3 ARG 824 35.865 -18.581 -8.452
9 HE ARG 824 HE ARG 824 34.252 -16.377 -7.995
10 HH11 ARG 824 HH11 ARG 824 36.068 -18.690 -5.988
11 HH12 ARG 824 HH12 ARG 824 36.386 -17.616 -4.722
12 HH21 ARG 824 HH21 ARG 824 34.609 -14.887 -6.168
13 HH22 ARG 824 HH22 ARG 824 35.417 -15.442 -4.779
No H/Q in entry = 13
In of MODEL 6
1 H CYS 825 H CYS 825 30.810 -15.706 -10.783
2 HA CYS 825 HA CYS 825 28.751 -15.813 -8.736
3 HB2 CYS 825 HB2 CYS 825 30.389 -13.920 -8.917
4 HB3 CYS 825 HB3 CYS 825 29.734 -13.567 -10.499
No H/Q in entry = 4
In of MODEL 6
1 H ARG 826 H ARG 826 29.205 -15.321 -12.146
2 HA ARG 826 HA ARG 826 26.615 -14.704 -12.896
3 HB2 ARG 826 HB2 ARG 826 28.323 -14.023 -14.283
4 HB3 ARG 826 HB3 ARG 826 29.113 -15.589 -14.242
5 HG2 ARG 826 HG2 ARG 826 27.458 -16.523 -15.534
6 HG3 ARG 826 HG3 ARG 826 26.510 -15.016 -15.574
7 HD2 ARG 826 HD2 ARG 826 28.331 -13.911 -16.722
8 HD3 ARG 826 HD3 ARG 826 29.323 -15.371 -16.629
9 HE ARG 826 HE ARG 826 27.204 -16.241 -17.903
10 HH11 ARG 826 HH11 ARG 826 29.089 -13.249 -18.405
11 HH12 ARG 826 HH12 ARG 826 28.918 -13.238 -20.098
12 HH21 ARG 826 HH21 ARG 826 26.981 -16.200 -20.290
13 HH22 ARG 826 HH22 ARG 826 27.698 -14.958 -21.189
No H/Q in entry = 13
In of MODEL 6
1 H GLY 827 H GLY 827 28.353 -17.848 -12.854
2 HA3 GLY 827 HA2 GLY 827 26.645 -19.672 -12.309
3 HA2 GLY 827 HA3 GLY 827 25.796 -19.008 -13.702
No H/Q in entry = 3
In of MODEL 6
1 H GLN 828 H GLN 828 28.955 -18.748 -14.470
2 HA GLN 828 HA GLN 828 28.924 -21.061 -16.168
3 HB2 GLN 828 HB2 GLN 828 30.086 -19.091 -16.973
4 HB3 GLN 828 HB3 GLN 828 31.052 -19.021 -15.511
5 HG2 GLN 828 HG2 GLN 828 32.428 -19.851 -17.324
6 HG3 GLN 828 HG3 GLN 828 32.127 -21.128 -16.149
7 HE21 GLN 828 HE21 GLN 828 29.792 -20.138 -18.561
8 HE22 GLN 828 HE22 GLN 828 29.849 -21.600 -19.460
No H/Q in entry = 8
In of MODEL 6
1 H SER 829 H SER 829 30.035 -22.939 -15.881
2 HA SER 829 HA SER 829 30.703 -23.536 -13.130
3 HB2 SER 829 HB2 SER 829 30.599 -25.356 -15.532
4 HB3 SER 829 HB3 SER 829 30.623 -25.850 -13.835
5 HG SER 829 HG SER 829 28.643 -24.091 -14.704
No H/Q in entry = 5
In of MODEL 6
1 H ILE 830 H ILE 830 32.712 -23.262 -12.476
2 HA ILE 830 HA ILE 830 34.916 -24.035 -14.209
3 HB ILE 830 HB ILE 830 36.265 -22.080 -13.655
4 HG12 ILE 830 HG12 ILE 830 35.110 -21.523 -11.495
5 HG13 ILE 830 HG13 ILE 830 35.493 -20.115 -12.474
6 HG22 ILE 830 HG21 ILE 830 33.675 -21.292 -14.896
7 HG21 ILE 830 HG22 ILE 830 35.067 -21.989 -15.726
8 HG23 ILE 830 HG23 ILE 830 35.171 -20.366 -15.026
9 HD11 ILE 830 HD11 ILE 830 33.119 -20.148 -13.261
10 HD13 ILE 830 HD12 ILE 830 33.314 -19.808 -11.558
11 HD12 ILE 830 HD13 ILE 830 32.806 -21.417 -12.079
No H/Q in entry = 11
In of MODEL 6
1 H SER 831 H SER 831 36.752 -24.667 -13.101
2 HA SER 831 HA SER 831 36.388 -25.005 -10.219
3 HB2 SER 831 HB2 SER 831 37.647 -26.765 -12.282
4 HB3 SER 831 HB3 SER 831 37.706 -27.073 -10.555
5 HG SER 831 HG SER 831 35.202 -26.691 -11.043
No H/Q in entry = 5
In of MODEL 6
1 H VAL 832 H VAL 832 37.856 -23.593 -9.263
2 HA VAL 832 HA VAL 832 40.218 -22.848 -10.700
3 HB VAL 832 HB VAL 832 39.258 -21.131 -9.310
4 HG13 VAL 832 HG11 VAL 832 38.212 -22.421 -7.552
5 HG12 VAL 832 HG12 VAL 832 39.290 -21.225 -6.831
6 HG11 VAL 832 HG13 VAL 832 39.789 -22.912 -6.936
7 HG22 VAL 832 HG21 VAL 832 41.225 -20.395 -8.014
8 HG21 VAL 832 HG22 VAL 832 41.648 -20.989 -9.620
9 HG23 VAL 832 HG23 VAL 832 41.922 -22.004 -8.202
No H/Q in entry = 9
In of MODEL 6
1 H THR 833 H THR 833 41.753 -24.108 -11.057
2 HA THR 833 HA THR 833 42.386 -26.205 -9.254
3 HB THR 833 HB THR 833 44.120 -26.599 -11.129
4 HG1 THR 833 HG1 THR 833 44.042 -25.288 -12.787
5 HG22 THR 833 HG21 THR 833 42.400 -27.586 -12.598
6 HG21 THR 833 HG22 THR 833 41.158 -26.663 -11.754
7 HG23 THR 833 HG23 THR 833 42.057 -27.917 -10.900
No H/Q in entry = 7
In of MODEL 6
1 H SER 834 H SER 834 43.809 -23.227 -10.551
2 HA SER 834 HA SER 834 45.786 -23.300 -8.408
3 HB2 SER 834 HB2 SER 834 46.521 -22.833 -11.285
4 HB3 SER 834 HB3 SER 834 47.598 -22.958 -9.901
5 HG SER 834 HG SER 834 46.447 -24.945 -11.400
No H/Q in entry = 5
In of MODEL 6
1 H ILE 835 H ILE 835 46.190 -21.312 -7.636
2 HA ILE 835 HA ILE 835 44.857 -19.027 -8.772
3 HB ILE 835 HB ILE 835 46.018 -17.752 -6.994
4 HG12 ILE 835 HG12 ILE 835 47.094 -20.459 -6.174
5 HG13 ILE 835 HG13 ILE 835 48.035 -19.182 -6.941
6 HG22 ILE 835 HG21 ILE 835 44.777 -18.794 -5.139
7 HG21 ILE 835 HG22 ILE 835 44.554 -20.234 -6.136
8 HG23 ILE 835 HG23 ILE 835 43.819 -18.707 -6.621
9 HD11 ILE 835 HD11 ILE 835 46.626 -18.988 -4.340
10 HD13 ILE 835 HD12 ILE 835 47.664 -17.758 -5.078
11 HD12 ILE 835 HD13 ILE 835 48.346 -19.303 -4.558
No H/Q in entry = 11
In of MODEL 6
1 H ARG 836 H ARG 836 47.581 -20.647 -9.454
2 HA ARG 836 HA ARG 836 49.288 -18.452 -10.191
3 HB2 ARG 836 HB2 ARG 836 49.501 -21.435 -10.526
4 HB3 ARG 836 HB3 ARG 836 50.709 -20.301 -11.114
5 HG2 ARG 836 HG2 ARG 836 51.022 -19.502 -8.815
6 HG3 ARG 836 HG3 ARG 836 49.863 -20.713 -8.268
7 HD2 ARG 836 HD2 ARG 836 52.465 -21.276 -9.681
8 HD3 ARG 836 HD3 ARG 836 52.134 -21.387 -7.947
9 HE ARG 836 HE ARG 836 50.513 -23.011 -9.768
10 HH11 ARG 836 HH11 ARG 836 53.197 -22.987 -7.438
11 HH12 ARG 836 HH12 ARG 836 53.076 -24.668 -7.155
12 HH21 ARG 836 HH21 ARG 836 50.409 -25.266 -9.341
13 HH22 ARG 836 HH22 ARG 836 51.491 -25.976 -8.246
No H/Q in entry = 13
In of MODEL 6
1 HA PRO 837 HA PRO 837 47.314 -18.438 -14.203
2 HB2 PRO 837 HB2 PRO 837 49.278 -17.266 -15.688
3 HB3 PRO 837 HB3 PRO 837 48.237 -16.353 -14.593
4 HG2 PRO 837 HG2 PRO 837 51.030 -17.339 -14.166
5 HG3 PRO 837 HG3 PRO 837 50.306 -15.789 -13.705
6 HD2 PRO 837 HD2 PRO 837 50.677 -17.825 -11.954
7 HD3 PRO 837 HD3 PRO 837 49.348 -16.657 -11.808
No H/Q in entry = 7
In of MODEL 6
1 H CYS 838 H CYS 838 47.275 -19.796 -15.974
2 HA CYS 838 HA CYS 838 49.417 -21.710 -16.090
3 HB2 CYS 838 HB2 CYS 838 46.618 -21.719 -17.145
4 HB3 CYS 838 HB3 CYS 838 47.818 -22.777 -17.874
No H/Q in entry = 4
In of MODEL 6
1 H ALA 839 H ALA 839 49.686 -22.471 -18.659
2 HA ALA 839 HA ALA 839 50.684 -20.102 -19.983
3 HB1 ALA 839 HB1 ALA 839 52.037 -22.162 -19.863
4 HB3 ALA 839 HB2 ALA 839 51.704 -21.681 -21.526
5 HB2 ALA 839 HB3 ALA 839 50.796 -23.003 -20.796
No H/Q in entry = 5
In of MODEL 6
1 H ALA 840 H ALA 840 47.851 -20.366 -19.717
2 HA ALA 840 HA ALA 840 46.950 -20.931 -22.428
3 HB1 ALA 840 HB1 ALA 840 45.445 -20.240 -19.924
4 HB2 ALA 840 HB2 ALA 840 45.604 -21.848 -20.634
5 HB3 ALA 840 HB3 ALA 840 44.686 -20.591 -21.474
No H/Q in entry = 5
In of MODEL 6
1 H GLU 841 H GLU 841 48.374 -18.487 -20.912
2 HA GLU 841 HA GLU 841 46.821 -16.373 -22.194
3 HB2 GLU 841 HB2 GLU 841 48.327 -14.792 -21.013
4 HB3 GLU 841 HB3 GLU 841 47.567 -15.911 -19.895
5 HG2 GLU 841 HG2 GLU 841 49.649 -17.229 -19.823
6 HG3 GLU 841 HG3 GLU 841 50.397 -16.072 -20.922
No H/Q in entry = 6
In of MODEL 6
1 H THR 842 H THR 842 49.526 -18.286 -22.541
2 HA THR 842 HA THR 842 50.041 -17.649 -25.230
3 HB THR 842 HB THR 842 52.287 -17.059 -23.248
4 HG1 THR 842 HG1 THR 842 50.346 -15.505 -24.104
5 HG23 THR 842 HG21 THR 842 53.546 -16.332 -25.237
6 HG22 THR 842 HG22 THR 842 52.172 -16.762 -26.258
7 HG21 THR 842 HG23 THR 842 53.043 -18.017 -25.380
No H/Q in entry = 7
In of MODEL 6
1 H GLN 843 H GLN 843 50.437 -19.681 -25.964
2 HA GLN 843 HA GLN 843 51.431 -21.600 -24.007
3 HB2 GLN 843 HB2 GLN 843 50.209 -23.346 -25.376
4 HB3 GLN 843 HB3 GLN 843 49.203 -22.215 -24.484
5 HG2 GLN 843 HG2 GLN 843 48.791 -20.966 -26.527
6 HG3 GLN 843 HG3 GLN 843 49.835 -22.061 -27.422
7 HE21 GLN 843 HE21 GLN 843 48.192 -22.609 -28.777
8 HE22 GLN 843 HE22 GLN 843 46.889 -23.648 -28.333
No H/Q in entry = 8
In of MODEL 7
1 H1 GLY 689 H2 GLY 689 67.742 -13.818 -31.934
2 H2 GLY 689 H1 GLY 689 68.540 -13.747 -30.447
3 H3 GLY 689 H3 GLY 689 69.287 -14.484 -31.773
4 HA2 GLY 689 HA2 GLY 689 68.445 -16.126 -30.261
5 HA3 GLY 689 HA3 GLY 689 67.640 -16.198 -31.824
No H/Q in entry = 5
In of MODEL 7
1 H SER 690 H SER 690 67.335 -15.179 -28.499
2 HA SER 690 HA SER 690 64.521 -15.719 -28.577
3 HB2 SER 690 HB2 SER 690 66.254 -14.670 -26.334
4 HB3 SER 690 HB3 SER 690 64.669 -15.435 -26.183
5 HG SER 690 HG SER 690 65.945 -17.212 -27.454
No H/Q in entry = 5
In of MODEL 7
1 H HIS 691 H HIS 691 62.887 -14.192 -28.351
2 HA HIS 691 HA HIS 691 63.678 -11.358 -28.608
3 HB2 HIS 691 HB2 HIS 691 61.204 -12.799 -29.599
4 HB3 HIS 691 HB3 HIS 691 61.398 -11.057 -29.633
5 HD1 HIS 691 HD1 HIS 691 62.460 -10.117 -31.694
6 HD2 HIS 691 HD2 HIS 691 63.064 -14.211 -31.343
7 HE1 HIS 691 HE1 HIS 691 63.475 -10.830 -33.864
8 HE2 HIS 691 HE2 HIS 691 64.112 -13.213 -33.498
No H/Q in entry = 8
In of MODEL 7
1 H MET 692 H MET 692 62.767 -13.376 -26.319
2 HA MET 692 HA MET 692 60.423 -12.043 -25.247
3 HB2 MET 692 HB2 MET 692 62.113 -14.258 -24.090
4 HB3 MET 692 HB3 MET 692 60.657 -13.635 -23.340
5 HG2 MET 692 HG2 MET 692 60.841 -15.015 -26.004
6 HG3 MET 692 HG3 MET 692 60.264 -15.729 -24.507
7 HE2 MET 692 HE1 MET 692 58.529 -13.336 -23.246
8 HE1 MET 692 HE2 MET 692 58.027 -15.025 -23.284
9 HE3 MET 692 HE3 MET 692 56.931 -13.768 -23.861
No H/Q in entry = 9
In of MODEL 7
1 H ASN 693 H ASN 693 63.782 -11.545 -24.955
2 HA ASN 693 HA ASN 693 63.564 -10.677 -22.183
3 HB2 ASN 693 HB2 ASN 693 66.002 -11.026 -23.933
4 HB3 ASN 693 HB3 ASN 693 66.032 -10.498 -22.256
5 HD21 ASN 693 HD21 ASN 693 67.211 -12.815 -23.570
6 HD22 ASN 693 HD22 ASN 693 66.624 -14.180 -22.692
No H/Q in entry = 6
In of MODEL 7
1 HA PRO 694 HA PRO 694 63.517 -6.412 -23.392
2 HB2 PRO 694 HB2 PRO 694 63.970 -5.271 -21.030
3 HB3 PRO 694 HB3 PRO 694 62.483 -6.187 -21.313
4 HG2 PRO 694 HG2 PRO 694 65.011 -7.071 -19.969
5 HG3 PRO 694 HG3 PRO 694 63.343 -7.256 -19.406
6 HD2 PRO 694 HD2 PRO 694 64.686 -9.250 -20.668
7 HD3 PRO 694 HD3 PRO 694 62.930 -9.032 -20.827
No H/Q in entry = 7
In of MODEL 7
1 H LEU 695 H LEU 695 64.870 -4.529 -23.465
2 HA LEU 695 HA LEU 695 67.736 -5.117 -23.256
3 HB2 LEU 695 HB2 LEU 695 66.263 -3.080 -24.953
4 HB3 LEU 695 HB3 LEU 695 67.998 -3.122 -24.797
5 HG LEU 695 HG LEU 695 67.502 -4.077 -26.873
6 HD11 LEU 695 HD11 LEU 695 69.224 -5.237 -25.706
7 HD13 LEU 695 HD12 LEU 695 68.316 -6.346 -26.730
8 HD12 LEU 695 HD13 LEU 695 68.048 -6.340 -24.988
9 HD21 LEU 695 HD21 LEU 695 65.129 -4.529 -26.583
10 HD23 LEU 695 HD22 LEU 695 65.498 -5.894 -25.527
11 HD22 LEU 695 HD23 LEU 695 65.951 -5.947 -27.232
No H/Q in entry = 11
In of MODEL 7
1 H THR 696 H THR 696 68.451 -4.444 -21.376
2 HA THR 696 HA THR 696 68.955 -3.195 -19.602
3 HB THR 696 HB THR 696 67.713 -0.880 -21.139
4 HG1 THR 696 HG1 THR 696 70.425 -1.687 -20.776
5 HG21 THR 696 HG21 THR 696 69.469 -0.862 -18.668
6 HG23 THR 696 HG22 THR 696 67.764 -0.414 -18.729
7 HG22 THR 696 HG23 THR 696 68.965 0.570 -19.566
No H/Q in entry = 7
In of MODEL 7
1 H GLN 697 H GLN 697 67.904 -3.728 -17.847
2 HA GLN 697 HA GLN 697 65.045 -3.701 -17.902
3 HB2 GLN 697 HB2 GLN 697 66.960 -4.725 -15.795
4 HB3 GLN 697 HB3 GLN 697 65.218 -4.775 -15.628
5 HG2 GLN 697 HG2 GLN 697 66.031 -6.944 -16.273
6 HG3 GLN 697 HG3 GLN 697 65.102 -6.267 -17.602
7 HE21 GLN 697 HE21 GLN 697 68.262 -7.138 -16.460
8 HE22 GLN 697 HE22 GLN 697 69.044 -7.115 -18.002
No H/Q in entry = 8
In of MODEL 7
1 H ALA 698 H ALA 698 65.105 -1.339 -18.108
2 HA ALA 698 HA ALA 698 65.488 0.143 -15.654
3 HB3 ALA 698 HB1 ALA 698 64.143 1.004 -18.224
4 HB1 ALA 698 HB2 ALA 698 65.847 1.249 -17.851
5 HB2 ALA 698 HB3 ALA 698 64.609 2.066 -16.898
No H/Q in entry = 5
In of MODEL 7
1 H VAL 699 H VAL 699 63.143 -1.471 -17.300
2 HA VAL 699 HA VAL 699 61.334 -1.186 -15.038
3 HB VAL 699 HB VAL 699 60.718 -1.147 -17.969
4 HG12 VAL 699 HG11 VAL 699 58.755 -1.285 -15.630
5 HG11 VAL 699 HG12 VAL 699 59.047 -2.578 -16.792
6 HG13 VAL 699 HG13 VAL 699 58.273 -1.080 -17.315
7 HG22 VAL 699 HG21 VAL 699 61.267 1.031 -17.145
8 HG21 VAL 699 HG22 VAL 699 60.114 0.874 -15.821
9 HG23 VAL 699 HG23 VAL 699 59.537 0.990 -17.482
No H/Q in entry = 9
In of MODEL 7
1 HA PRO 700 HA PRO 700 61.916 -5.584 -15.946
2 HB2 PRO 700 HB2 PRO 700 61.900 -6.350 -13.294
3 HB3 PRO 700 HB3 PRO 700 63.350 -5.889 -14.188
4 HG2 PRO 700 HG2 PRO 700 62.065 -4.486 -12.025
5 HG3 PRO 700 HG3 PRO 700 63.563 -4.068 -12.863
6 HD2 PRO 700 HD2 PRO 700 60.849 -2.989 -13.225
7 HD3 PRO 700 HD3 PRO 700 62.413 -2.303 -13.721
No H/Q in entry = 7
In of MODEL 7
1 H LYS 701 H LYS 701 60.585 -7.503 -15.157
2 HA LYS 701 HA LYS 701 57.855 -6.576 -14.746
3 HB2 LYS 701 HB2 LYS 701 58.869 -9.072 -16.095
4 HB3 LYS 701 HB3 LYS 701 57.176 -8.725 -15.773
5 HG2 LYS 701 HG2 LYS 701 57.248 -6.795 -17.194
6 HG3 LYS 701 HG3 LYS 701 58.981 -7.011 -17.453
7 HD2 LYS 701 HD2 LYS 701 58.535 -9.182 -18.472
8 HD3 LYS 701 HD3 LYS 701 56.804 -8.926 -18.245
9 HE2 LYS 701 HE2 LYS 701 57.490 -8.382 -20.545
10 HE3 LYS 701 HE3 LYS 701 56.877 -6.970 -19.689
11 HZ3 LYS 701 HZ1 LYS 701 59.124 -6.218 -19.339
12 HZ2 LYS 701 HZ2 LYS 701 58.903 -6.504 -20.975
13 HZ1 LYS 701 HZ3 LYS 701 59.758 -7.609 -20.044
No H/Q in entry = 13
In of MODEL 7
1 H CYS 702 H CYS 702 56.960 -7.065 -12.922
2 HA CYS 702 HA CYS 702 58.163 -9.160 -11.293
3 HB2 CYS 702 HB2 CYS 702 56.352 -6.842 -10.518
4 HB3 CYS 702 HB3 CYS 702 56.819 -8.127 -9.453
No H/Q in entry = 4
In of MODEL 7
1 H GLN 703 H GLN 703 56.791 -10.639 -10.240
2 HA GLN 703 HA GLN 703 54.589 -11.453 -11.879
3 HB2 GLN 703 HB2 GLN 703 55.527 -12.484 -9.195
4 HB3 GLN 703 HB3 GLN 703 54.273 -13.234 -10.166
5 HG2 GLN 703 HG2 GLN 703 57.158 -12.909 -10.951
6 HG3 GLN 703 HG3 GLN 703 56.400 -14.397 -10.390
7 HE21 GLN 703 HE21 GLN 703 55.014 -15.501 -11.784
8 HE22 GLN 703 HE22 GLN 703 54.939 -15.152 -13.471
No H/Q in entry = 8
In of MODEL 7
1 H ARG 704 H ARG 704 52.470 -12.007 -10.659
2 HA ARG 704 HA ARG 704 51.225 -9.581 -10.092
3 HB2 ARG 704 HB2 ARG 704 50.343 -12.371 -9.442
4 HB3 ARG 704 HB3 ARG 704 49.323 -10.962 -9.219
5 HG2 ARG 704 HG2 ARG 704 50.507 -11.858 -11.826
6 HG3 ARG 704 HG3 ARG 704 48.852 -12.158 -11.294
7 HD2 ARG 704 HD2 ARG 704 48.483 -9.736 -11.166
8 HD3 ARG 704 HD3 ARG 704 50.112 -9.459 -11.755
9 HE ARG 704 HE ARG 704 48.629 -11.154 -13.517
10 HH11 ARG 704 HH11 ARG 704 49.127 -7.720 -12.708
11 HH12 ARG 704 HH12 ARG 704 48.690 -7.201 -14.270
12 HH21 ARG 704 HH21 ARG 704 48.029 -10.369 -15.620
13 HH22 ARG 704 HH22 ARG 704 48.062 -8.684 -15.910
No H/Q in entry = 13
In of MODEL 7
1 H TRP 705 H TRP 705 52.757 -11.756 -7.848
2 HA TRP 705 HA TRP 705 51.699 -10.329 -5.542
3 HB2 TRP 705 HB2 TRP 705 52.836 -12.174 -4.275
4 HB3 TRP 705 HB3 TRP 705 51.563 -12.692 -5.376
5 HD1 TRP 705 HD1 TRP 705 55.290 -13.094 -4.714
6 HE1 TRP 705 HE1 TRP 705 56.269 -14.786 -6.355
7 HE3 TRP 705 HE3 TRP 705 51.254 -13.663 -7.824
8 HZ2 TRP 705 HZ2 TRP 705 55.446 -16.219 -8.662
9 HZ3 TRP 705 HZ3 TRP 705 51.440 -15.223 -9.718
10 HH2 TRP 705 HH2 TRP 705 53.490 -16.472 -10.122
No H/Q in entry = 10
In of MODEL 7
1 H GLU 706 H GLU 706 54.018 -9.653 -7.615
2 HA GLU 706 HA GLU 706 55.879 -8.841 -5.528
3 HB2 GLU 706 HB2 GLU 706 56.551 -9.647 -8.376
4 HB3 GLU 706 HB3 GLU 706 57.686 -8.993 -7.193
5 HG2 GLU 706 HG2 GLU 706 57.262 -10.965 -5.798
6 HG3 GLU 706 HG3 GLU 706 56.199 -11.593 -7.060
No H/Q in entry = 6
In of MODEL 7
1 H LYS 707 H LYS 707 56.870 -6.862 -5.820
2 HA LYS 707 HA LYS 707 55.543 -5.066 -7.701
3 HB2 LYS 707 HB2 LYS 707 55.175 -3.392 -5.938
4 HB3 LYS 707 HB3 LYS 707 54.281 -4.869 -5.608
5 HG2 LYS 707 HG2 LYS 707 56.051 -5.536 -4.006
6 HG3 LYS 707 HG3 LYS 707 56.862 -4.003 -4.308
7 HD2 LYS 707 HD2 LYS 707 54.074 -4.316 -3.179
8 HD3 LYS 707 HD3 LYS 707 55.515 -3.972 -2.221
9 HE2 LYS 707 HE2 LYS 707 55.768 -1.875 -3.541
10 HE3 LYS 707 HE3 LYS 707 54.237 -2.252 -4.333
11 HZ2 LYS 707 HZ1 LYS 707 54.668 -1.695 -1.453
12 HZ1 LYS 707 HZ2 LYS 707 53.226 -2.297 -2.057
13 HZ3 LYS 707 HZ3 LYS 707 53.763 -0.779 -2.540
No H/Q in entry = 13
In of MODEL 7
1 H LEU 708 H LEU 708 56.807 -3.388 -8.364
2 HA LEU 708 HA LEU 708 59.633 -3.562 -7.765
3 HB2 LEU 708 HB2 LEU 708 58.909 -3.296 -10.082
4 HB3 LEU 708 HB3 LEU 708 58.065 -1.818 -9.668
5 HG LEU 708 HG LEU 708 60.277 -0.806 -9.076
6 HD12 LEU 708 HD11 LEU 708 62.304 -1.848 -9.956
7 HD11 LEU 708 HD12 LEU 708 61.374 -3.294 -10.354
8 HD13 LEU 708 HD13 LEU 708 61.560 -2.800 -8.673
9 HD21 LEU 708 HD21 LEU 708 59.899 -1.774 -11.899
10 HD23 LEU 708 HD22 LEU 708 60.963 -0.458 -11.411
11 HD22 LEU 708 HD23 LEU 708 59.218 -0.311 -11.186
No H/Q in entry = 11
In of MODEL 7
1 H GLN 709 H GLN 709 60.259 -2.552 -5.944
2 HA GLN 709 HA GLN 709 59.635 0.274 -5.586
3 HB2 GLN 709 HB2 GLN 709 58.908 0.088 -3.322
4 HB3 GLN 709 HB3 GLN 709 57.981 -1.136 -4.182
5 HG2 GLN 709 HG2 GLN 709 59.479 -2.872 -3.397
6 HG3 GLN 709 HG3 GLN 709 60.474 -1.666 -2.612
7 HE21 GLN 709 HE21 GLN 709 60.220 -2.603 -0.640
8 HE22 GLN 709 HE22 GLN 709 58.755 -2.500 0.270
No H/Q in entry = 8
In of MODEL 7
1 H ASN 710 H ASN 710 61.250 1.293 -4.395
2 HA ASN 710 HA ASN 710 63.352 1.652 -3.578
3 HB2 ASN 710 HB2 ASN 710 62.405 -0.007 -1.843
4 HB3 ASN 710 HB3 ASN 710 63.215 -1.255 -2.745
5 HD21 ASN 710 HD21 ASN 710 64.220 -1.713 -0.775
6 HD22 ASN 710 HD22 ASN 710 65.593 -0.790 -0.261
No H/Q in entry = 6
In of MODEL 7
1 H SER 711 H SER 711 62.892 0.675 -6.282
2 HA SER 711 HA SER 711 64.006 0.231 -8.167
3 HB2 SER 711 HB2 SER 711 66.441 0.426 -6.401
4 HB3 SER 711 HB3 SER 711 66.477 0.439 -8.174
5 HG SER 711 HG SER 711 64.861 2.233 -6.747
No H/Q in entry = 5
In of MODEL 7
1 H ARG 712 H ARG 712 63.255 -1.982 -6.189
2 HA ARG 712 HA ARG 712 64.701 -4.111 -7.585
3 HB2 ARG 712 HB2 ARG 712 64.956 -5.365 -5.497
4 HB3 ARG 712 HB3 ARG 712 65.798 -3.825 -5.384
5 HG2 ARG 712 HG2 ARG 712 63.957 -2.898 -4.107
6 HG3 ARG 712 HG3 ARG 712 63.075 -4.410 -4.246
7 HD2 ARG 712 HD2 ARG 712 64.066 -4.427 -2.093
8 HD3 ARG 712 HD3 ARG 712 65.061 -5.490 -3.090
9 HE ARG 712 HE ARG 712 66.152 -2.955 -3.227
10 HH11 ARG 712 HH11 ARG 712 65.753 -5.549 -0.853
11 HH12 ARG 712 HH12 ARG 712 67.016 -5.004 0.155
12 HH21 ARG 712 HH21 ARG 712 67.868 -2.195 -1.835
13 HH22 ARG 712 HH22 ARG 712 68.249 -3.062 -0.418
No H/Q in entry = 13
In of MODEL 7
1 H CYS 713 H CYS 713 63.477 -6.249 -7.237
2 HA CYS 713 HA CYS 713 60.633 -5.612 -7.096
3 HB2 CYS 713 HB2 CYS 713 61.380 -6.659 -9.269
4 HB3 CYS 713 HB3 CYS 713 61.880 -8.090 -8.358
No H/Q in entry = 4
In of MODEL 7
1 H VAL 714 H VAL 714 59.594 -6.249 -5.417
2 HA VAL 714 HA VAL 714 60.664 -8.382 -3.705
3 HB VAL 714 HB VAL 714 59.866 -7.112 -1.721
4 HG11 VAL 714 HG11 VAL 714 61.875 -5.676 -3.414
5 HG13 VAL 714 HG12 VAL 714 62.200 -6.975 -2.262
6 HG12 VAL 714 HG13 VAL 714 61.638 -5.398 -1.691
7 HG23 VAL 714 HG21 VAL 714 59.361 -4.697 -1.950
8 HG22 VAL 714 HG22 VAL 714 58.184 -5.725 -2.759
9 HG21 VAL 714 HG23 VAL 714 59.405 -4.885 -3.703
No H/Q in entry = 9
In of MODEL 7
1 H CYS 715 H CYS 715 58.799 -8.844 -2.008
2 HA CYS 715 HA CYS 715 56.505 -9.492 -3.638
3 HB2 CYS 715 HB2 CYS 715 57.224 -10.127 -0.770
4 HB3 CYS 715 HB3 CYS 715 55.688 -10.566 -1.497
No H/Q in entry = 4
In of MODEL 7
1 H LYS 716 H LYS 716 54.552 -8.714 -3.330
2 HA LYS 716 HA LYS 716 54.345 -6.062 -2.378
3 HB2 LYS 716 HB2 LYS 716 53.176 -6.877 -4.380
4 HB3 LYS 716 HB3 LYS 716 52.293 -8.031 -3.407
5 HG2 LYS 716 HG2 LYS 716 50.923 -6.353 -2.484
6 HG3 LYS 716 HG3 LYS 716 52.006 -5.063 -3.007
7 HD2 LYS 716 HD2 LYS 716 49.968 -5.229 -4.409
8 HD3 LYS 716 HD3 LYS 716 51.451 -5.470 -5.325
9 HE2 LYS 716 HE2 LYS 716 51.095 -7.932 -5.130
10 HE3 LYS 716 HE3 LYS 716 49.541 -7.595 -4.360
11 HZ1 LYS 716 HZ1 LYS 716 50.298 -6.645 -7.065
12 HZ3 LYS 716 HZ2 LYS 716 48.751 -6.603 -6.376
13 HZ2 LYS 716 HZ3 LYS 716 49.464 -8.059 -6.786
No H/Q in entry = 13
In of MODEL 7
1 H MET 717 H MET 717 52.421 -5.500 -0.855
2 HA MET 717 HA MET 717 52.875 -7.135 1.511
3 HB2 MET 717 HB2 MET 717 51.391 -4.539 1.205
4 HB3 MET 717 HB3 MET 717 51.869 -5.287 2.712
5 HG2 MET 717 HG2 MET 717 53.872 -4.340 0.669
6 HG3 MET 717 HG3 MET 717 53.215 -3.284 1.903
7 HE2 MET 717 HE1 MET 717 56.211 -6.743 2.661
8 HE1 MET 717 HE2 MET 717 55.485 -6.373 1.084
9 HE3 MET 717 HE3 MET 717 54.542 -7.163 2.359
No H/Q in entry = 9
In of MODEL 7
1 HA PRO 718 HA PRO 718 49.064 -9.280 0.985
2 HB2 PRO 718 HB2 PRO 718 48.471 -9.902 3.587
3 HB3 PRO 718 HB3 PRO 718 49.708 -10.739 2.645
4 HG2 PRO 718 HG2 PRO 718 50.027 -8.534 4.645
5 HG3 PRO 718 HG3 PRO 718 50.997 -10.006 4.444
6 HD2 PRO 718 HD2 PRO 718 51.834 -7.618 3.521
7 HD3 PRO 718 HD3 PRO 718 52.184 -9.128 2.660
No H/Q in entry = 7
In of MODEL 7
1 H TYR 719 H TYR 719 49.344 -6.474 2.825
2 HA TYR 719 HA TYR 719 46.490 -6.212 3.246
3 HB2 TYR 719 HB2 TYR 719 47.074 -4.161 4.551
4 HB3 TYR 719 HB3 TYR 719 47.735 -5.652 5.194
5 HD1 TYR 719 HD1 TYR 719 48.508 -2.436 3.623
6 HD2 TYR 719 HD2 TYR 719 50.167 -6.030 5.210
7 HE1 TYR 719 HE1 TYR 719 50.710 -1.371 3.726
8 HE2 TYR 719 HE2 TYR 719 52.372 -4.967 5.326
9 HH TYR 719 HH TYR 719 52.771 -1.593 4.872
No H/Q in entry = 9
In of MODEL 7
1 H GLU 720 H GLU 720 48.676 -5.543 0.882
2 HA GLU 720 HA GLU 720 47.315 -3.177 -0.068
3 HB2 GLU 720 HB2 GLU 720 49.586 -4.839 -1.043
4 HB3 GLU 720 HB3 GLU 720 48.872 -3.606 -2.092
5 HG2 GLU 720 HG2 GLU 720 49.429 -1.948 -0.355
6 HG3 GLU 720 HG3 GLU 720 50.250 -3.195 0.567
No H/Q in entry = 6
In of MODEL 7
1 H CYS 721 H CYS 721 46.895 -6.425 -0.017
2 HA CYS 721 HA CYS 721 45.820 -6.790 -2.653
3 HB2 CYS 721 HB2 CYS 721 45.660 -8.576 -0.235
4 HB3 CYS 721 HB3 CYS 721 45.254 -9.026 -1.882
No H/Q in entry = 4
In of MODEL 7
1 H GLY 722 H GLY 722 44.224 -5.130 -2.596
2 HA3 GLY 722 HA2 GLY 722 41.963 -5.418 -0.821
3 HA2 GLY 722 HA3 GLY 722 42.095 -4.302 -2.183
No H/Q in entry = 3
In of MODEL 7
1 HA PRO 723 HA PRO 723 39.821 -7.195 -4.677
2 HB2 PRO 723 HB2 PRO 723 41.027 -7.001 -7.103
3 HB3 PRO 723 HB3 PRO 723 40.035 -5.691 -6.449
4 HG2 PRO 723 HG2 PRO 723 43.011 -5.969 -6.489
5 HG3 PRO 723 HG3 PRO 723 42.016 -4.541 -6.822
6 HD2 PRO 723 HD2 PRO 723 43.258 -4.964 -4.439
7 HD3 PRO 723 HD3 PRO 723 41.736 -4.068 -4.586
No H/Q in entry = 7
In of MODEL 7
1 H SER 724 H SER 724 39.951 -9.397 -4.626
2 HA SER 724 HA SER 724 42.059 -10.927 -5.803
3 HB2 SER 724 HB2 SER 724 41.770 -11.013 -2.783
4 HB3 SER 724 HB3 SER 724 42.718 -12.128 -3.760
5 HG SER 724 HG SER 724 43.342 -9.548 -4.206
No H/Q in entry = 5
In of MODEL 7
1 H LEU 725 H LEU 725 41.308 -12.938 -6.251
2 HA LEU 725 HA LEU 725 38.621 -13.724 -5.737
3 HB2 LEU 725 HB2 LEU 725 41.035 -15.194 -6.725
4 HB3 LEU 725 HB3 LEU 725 39.523 -16.028 -6.438
5 HG LEU 725 HG LEU 725 39.842 -13.734 -8.377
6 HD11 LEU 725 HD11 LEU 725 39.735 -16.715 -8.847
7 HD13 LEU 725 HD12 LEU 725 41.158 -15.690 -9.056
8 HD12 LEU 725 HD13 LEU 725 39.750 -15.469 -10.092
9 HD23 LEU 725 HD21 LEU 725 37.698 -14.536 -9.200
10 HD22 LEU 725 HD22 LEU 725 37.588 -14.023 -7.521
11 HD21 LEU 725 HD23 LEU 725 37.648 -15.745 -7.920
No H/Q in entry = 11
In of MODEL 7
1 H ASP 726 H ASP 726 37.746 -14.749 -4.143
2 HA ASP 726 HA ASP 726 39.193 -15.294 -1.718
3 HB2 ASP 726 HB2 ASP 726 36.313 -15.924 -2.432
4 HB3 ASP 726 HB3 ASP 726 37.012 -15.922 -0.819
No H/Q in entry = 4
In of MODEL 7
1 H VAL 727 H VAL 727 40.002 -17.237 -1.104
2 HA VAL 727 HA VAL 727 38.990 -19.681 -2.336
3 HB VAL 727 HB VAL 727 41.305 -20.548 -2.724
4 HG11 VAL 727 HG11 VAL 727 40.041 -19.715 -4.618
5 HG13 VAL 727 HG12 VAL 727 41.754 -19.350 -4.812
6 HG12 VAL 727 HG13 VAL 727 40.634 -18.082 -4.316
7 HG22 VAL 727 HG21 VAL 727 43.191 -18.970 -2.869
8 HG21 VAL 727 HG22 VAL 727 42.542 -19.063 -1.232
9 HG23 VAL 727 HG23 VAL 727 42.151 -17.684 -2.257
No H/Q in entry = 9
In of MODEL 7
1 H CYS 728 H CYS 728 39.644 -21.633 -1.155
2 HA CYS 728 HA CYS 728 40.182 -21.037 1.649
3 HB2 CYS 728 HB2 CYS 728 39.101 -23.543 0.342
4 HB3 CYS 728 HB3 CYS 728 39.408 -23.353 2.062
No H/Q in entry = 4
In of MODEL 7
1 H ALA 729 H ALA 729 42.058 -21.567 2.514
2 HA ALA 729 HA ALA 729 43.806 -23.354 0.991
3 HB1 ALA 729 HB1 ALA 729 44.568 -20.878 2.501
4 HB3 ALA 729 HB2 ALA 729 44.506 -21.022 0.744
5 HB2 ALA 729 HB3 ALA 729 45.682 -21.963 1.670
No H/Q in entry = 5
In of MODEL 7
1 H GLN 730 H GLN 730 45.287 -24.500 2.295
2 HA GLN 730 HA GLN 730 44.330 -24.809 5.031
3 HB2 GLN 730 HB2 GLN 730 44.179 -26.845 3.513
4 HB3 GLN 730 HB3 GLN 730 45.923 -26.784 3.419
5 HG2 GLN 730 HG2 GLN 730 46.214 -27.154 5.694
6 HG3 GLN 730 HG3 GLN 730 44.519 -26.935 6.056
7 HE21 GLN 730 HE21 GLN 730 46.121 -29.062 6.756
8 HE22 GLN 730 HE22 GLN 730 45.554 -30.516 6.007
No H/Q in entry = 8
In of MODEL 7
1 H ASP 731 H ASP 731 45.596 -24.133 6.504
2 HA ASP 731 HA ASP 731 48.193 -23.139 5.905
3 HB2 ASP 731 HB2 ASP 731 46.802 -22.074 7.639
4 HB3 ASP 731 HB3 ASP 731 46.871 -23.546 8.576
No H/Q in entry = 4
In of MODEL 7
1 H GLU 732 H GLU 732 50.169 -23.983 6.423
2 HA GLU 732 HA GLU 732 50.147 -26.825 6.890
3 HB2 GLU 732 HB2 GLU 732 52.248 -24.949 5.913
4 HB3 GLU 732 HB3 GLU 732 52.619 -26.614 6.346
5 HG2 GLU 732 HG2 GLU 732 50.646 -25.709 4.265
6 HG3 GLU 732 HG3 GLU 732 52.236 -26.426 3.970
No H/Q in entry = 6
In of MODEL 7
1 H ARG 733 H ARG 733 50.601 -24.086 8.887
2 HA ARG 733 HA ARG 733 52.448 -25.495 10.583
3 HB2 ARG 733 HB2 ARG 733 51.110 -22.817 10.860
4 HB3 ARG 733 HB3 ARG 733 52.378 -23.460 11.887
5 HG2 ARG 733 HG2 ARG 733 52.594 -22.715 8.985
6 HG3 ARG 733 HG3 ARG 733 53.295 -21.839 10.345
7 HD2 ARG 733 HD2 ARG 733 54.673 -23.878 10.825
8 HD3 ARG 733 HD3 ARG 733 54.045 -24.587 9.335
9 HE ARG 733 HE ARG 733 55.233 -21.982 9.124
10 HH11 ARG 733 HH11 ARG 733 55.706 -25.478 8.643
11 HH12 ARG 733 HH12 ARG 733 57.138 -25.311 7.759
12 HH21 ARG 733 HH21 ARG 733 57.227 -21.751 7.896
13 HH22 ARG 733 HH22 ARG 733 58.026 -23.120 7.308
No H/Q in entry = 13
In of MODEL 7
1 H SER 734 H SER 734 49.206 -24.179 10.591
2 HA SER 734 HA SER 734 48.521 -25.341 13.154
3 HB2 SER 734 HB2 SER 734 46.643 -24.048 11.205
4 HB3 SER 734 HB3 SER 734 46.566 -24.059 12.968
5 HG SER 734 HG SER 734 48.248 -22.620 11.238
No H/Q in entry = 5
In of MODEL 7
1 H LYS 735 H LYS 735 48.185 -26.001 9.760
2 HA LYS 735 HA LYS 735 47.125 -27.497 8.479
3 HB2 LYS 735 HB2 LYS 735 47.194 -29.241 10.953
4 HB3 LYS 735 HB3 LYS 735 46.899 -29.801 9.313
5 HG2 LYS 735 HG2 LYS 735 49.451 -28.518 10.293
6 HG3 LYS 735 HG3 LYS 735 49.199 -30.244 10.070
7 HD2 LYS 735 HD2 LYS 735 48.980 -28.198 7.862
8 HD3 LYS 735 HD3 LYS 735 50.444 -29.113 8.202
9 HE2 LYS 735 HE2 LYS 735 49.133 -31.203 7.822
10 HE3 LYS 735 HE3 LYS 735 47.760 -30.203 7.365
11 HZ3 LYS 735 HZ1 LYS 735 48.912 -30.937 5.410
12 HZ2 LYS 735 HZ2 LYS 735 50.380 -30.332 5.963
13 HZ1 LYS 735 HZ3 LYS 735 49.193 -29.277 5.530
No H/Q in entry = 13
In of MODEL 7
1 H ARG 736 H ARG 736 45.419 -25.931 8.436
2 HA ARG 736 HA ARG 736 42.933 -27.275 8.816
3 HB2 ARG 736 HB2 ARG 736 41.858 -25.548 10.145
4 HB3 ARG 736 HB3 ARG 736 43.170 -26.322 11.020
5 HG2 ARG 736 HG2 ARG 736 44.605 -24.414 10.496
6 HG3 ARG 736 HG3 ARG 736 43.234 -23.627 9.705
7 HD2 ARG 736 HD2 ARG 736 43.567 -22.869 11.941
8 HD3 ARG 736 HD3 ARG 736 41.990 -23.657 11.775
9 HE ARG 736 HE ARG 736 43.464 -25.679 12.654
10 HH11 ARG 736 HH11 ARG 736 43.225 -22.379 13.911
11 HH12 ARG 736 HH12 ARG 736 43.718 -22.809 15.478
12 HH21 ARG 736 HH21 ARG 736 44.080 -26.264 14.780
13 HH22 ARG 736 HH22 ARG 736 44.195 -25.095 16.000
No H/Q in entry = 13
In of MODEL 7
1 H ILE 737 H ILE 737 41.173 -26.092 7.723
2 HA ILE 737 HA ILE 737 42.259 -24.636 5.474
3 HB ILE 737 HB ILE 737 39.335 -25.096 5.974
4 HG12 ILE 737 HG12 ILE 737 40.532 -27.312 6.288
5 HG13 ILE 737 HG13 ILE 737 39.397 -27.283 4.948
6 HG23 ILE 737 HG21 ILE 737 39.240 -25.035 3.561
7 HG22 ILE 737 HG22 ILE 737 40.993 -25.076 3.462
8 HG21 ILE 737 HG23 ILE 737 40.198 -23.657 4.129
9 HD12 ILE 737 HD11 ILE 737 42.391 -27.066 4.772
10 HD11 ILE 737 HD12 ILE 737 41.230 -26.931 3.433
11 HD13 ILE 737 HD13 ILE 737 41.383 -28.453 4.312
No H/Q in entry = 11
In of MODEL 7
1 H LEU 738 H LEU 738 42.175 -22.483 5.359
2 HA LEU 738 HA LEU 738 40.179 -21.063 6.916
3 HB2 LEU 738 HB2 LEU 738 41.766 -19.257 7.468
4 HB3 LEU 738 HB3 LEU 738 42.245 -20.773 8.188
5 HG LEU 738 HG LEU 738 43.501 -19.779 5.637
6 HD12 LEU 738 HD11 LEU 738 44.362 -19.286 8.489
7 HD11 LEU 738 HD12 LEU 738 43.737 -18.063 7.381
8 HD13 LEU 738 HD13 LEU 738 45.277 -18.845 7.049
9 HD21 LEU 738 HD21 LEU 738 43.703 -22.089 6.287
10 HD23 LEU 738 HD22 LEU 738 44.382 -21.593 7.839
11 HD22 LEU 738 HD23 LEU 738 45.273 -21.274 6.332
No H/Q in entry = 11
In of MODEL 7
1 HA PRO 739 HA PRO 739 39.432 -18.944 3.132
2 HB2 PRO 739 HB2 PRO 739 38.416 -16.621 4.089
3 HB3 PRO 739 HB3 PRO 739 37.517 -18.140 4.159
4 HG2 PRO 739 HG2 PRO 739 39.109 -16.786 6.304
5 HG3 PRO 739 HG3 PRO 739 37.523 -17.569 6.420
6 HD2 PRO 739 HD2 PRO 739 39.857 -18.846 7.178
7 HD3 PRO 739 HD3 PRO 739 38.439 -19.691 6.507
No H/Q in entry = 7
In of MODEL 7
1 H LEU 740 H LEU 740 40.921 -18.129 1.882
2 HA LEU 740 HA LEU 740 42.417 -15.768 2.741
3 HB2 LEU 740 HB2 LEU 740 43.497 -18.187 1.321
4 HB3 LEU 740 HB3 LEU 740 44.305 -16.642 1.300
5 HG LEU 740 HG LEU 740 43.856 -18.426 3.686
6 HD12 LEU 740 HD11 LEU 740 46.308 -18.545 3.622
7 HD11 LEU 740 HD12 LEU 740 46.291 -17.549 2.153
8 HD13 LEU 740 HD13 LEU 740 45.565 -19.146 2.137
9 HD21 LEU 740 HD21 LEU 740 45.197 -15.715 3.524
10 HD23 LEU 740 HD22 LEU 740 45.199 -16.779 4.925
11 HD22 LEU 740 HD23 LEU 740 43.689 -16.065 4.371
No H/Q in entry = 11
In of MODEL 7
1 H THR 741 H THR 741 43.658 -15.114 0.582
2 HA THR 741 HA THR 741 41.777 -15.206 -1.608
3 HB THR 741 HB THR 741 42.951 -12.719 -1.702
4 HG1 THR 741 HG1 THR 741 41.939 -13.162 0.911
5 HG21 THR 741 HG21 THR 741 40.258 -13.541 -0.657
6 HG23 THR 741 HG22 THR 741 40.776 -13.313 -2.345
7 HG22 THR 741 HG23 THR 741 40.724 -11.920 -1.241
No H/Q in entry = 7
In of MODEL 7
1 H VAL 742 H VAL 742 42.770 -14.896 -3.608
2 HA VAL 742 HA VAL 742 45.146 -16.217 -3.925
3 HB VAL 742 HB VAL 742 43.702 -16.199 -5.788
4 HG11 VAL 742 HG11 VAL 742 42.593 -14.114 -5.439
5 HG13 VAL 742 HG12 VAL 742 43.164 -14.403 -7.094
6 HG12 VAL 742 HG13 VAL 742 44.036 -13.249 -6.053
7 HG21 VAL 742 HG21 VAL 742 46.139 -16.190 -6.342
8 HG23 VAL 742 HG22 VAL 742 45.969 -14.455 -6.629
9 HG22 VAL 742 HG23 VAL 742 45.080 -15.596 -7.628
No H/Q in entry = 9
In of MODEL 7
1 H CYS 743 H CYS 743 44.863 -12.652 -3.918
2 HA CYS 743 HA CYS 743 47.588 -12.285 -4.455
3 HB2 CYS 743 HB2 CYS 743 45.992 -10.470 -4.739
4 HB3 CYS 743 HB3 CYS 743 45.645 -10.485 -3.017
No H/Q in entry = 4
In of MODEL 7
1 H LYS 744 H LYS 744 45.769 -12.452 -1.374
2 HA LYS 744 HA LYS 744 47.983 -11.904 0.263
3 HB2 LYS 744 HB2 LYS 744 45.499 -13.486 0.876
4 HB3 LYS 744 HB3 LYS 744 46.686 -13.004 2.078
5 HG2 LYS 744 HG2 LYS 744 46.214 -10.626 1.509
6 HG3 LYS 744 HG3 LYS 744 44.987 -11.176 0.367
7 HD2 LYS 744 HD2 LYS 744 43.866 -12.338 2.296
8 HD3 LYS 744 HD3 LYS 744 44.993 -11.499 3.364
9 HE2 LYS 744 HE2 LYS 744 43.089 -10.153 1.441
10 HE3 LYS 744 HE3 LYS 744 42.798 -10.364 3.159
11 HZ2 LYS 744 HZ1 LYS 744 43.629 -8.157 2.573
12 HZ1 LYS 744 HZ2 LYS 744 45.135 -8.807 2.102
13 HZ3 LYS 744 HZ3 LYS 744 44.586 -8.945 3.674
No H/Q in entry = 13
In of MODEL 7
1 H MET 745 H MET 745 46.630 -15.011 -0.747
2 HA MET 745 HA MET 745 48.364 -16.764 0.555
3 HB2 MET 745 HB2 MET 745 46.687 -17.925 -0.406
4 HB3 MET 745 HB3 MET 745 46.555 -16.863 -1.785
5 HG2 MET 745 HG2 MET 745 47.216 -18.966 -2.670
6 HG3 MET 745 HG3 MET 745 48.645 -17.970 -2.676
7 HE2 MET 745 HE1 MET 745 47.876 -21.398 0.274
8 HE1 MET 745 HE2 MET 745 46.746 -20.801 -0.952
9 HE3 MET 745 HE3 MET 745 47.091 -19.833 0.479
No H/Q in entry = 9
In of MODEL 7
1 H HIS 746 H HIS 746 48.764 -15.199 -2.600
2 HA HIS 746 HA HIS 746 51.173 -16.671 -3.192
3 HB2 HIS 746 HB2 HIS 746 49.817 -14.376 -4.413
4 HB3 HIS 746 HB3 HIS 746 51.528 -14.615 -4.814
5 HD1 HIS 746 HD1 HIS 746 51.999 -17.093 -5.917
6 HD2 HIS 746 HD2 HIS 746 48.100 -15.688 -5.879
7 HE1 HIS 746 HE1 HIS 746 50.846 -18.310 -7.732
8 HE2 HIS 746 HE2 HIS 746 48.506 -17.346 -7.783
No H/Q in entry = 8
In of MODEL 7
1 H VAL 747 H VAL 747 50.481 -13.496 -1.966
2 HA VAL 747 HA VAL 747 53.116 -12.629 -1.810
3 HB VAL 747 HB VAL 747 50.538 -11.787 -0.508
4 HG12 VAL 747 HG11 VAL 747 53.253 -10.541 -0.026
5 HG11 VAL 747 HG12 VAL 747 52.296 -11.404 1.169
6 HG13 VAL 747 HG13 VAL 747 51.708 -9.878 0.507
7 HG23 VAL 747 HG21 VAL 747 52.445 -10.465 -2.425
8 HG22 VAL 747 HG22 VAL 747 50.922 -9.769 -1.869
9 HG21 VAL 747 HG23 VAL 747 50.927 -11.234 -2.856
No H/Q in entry = 9
In of MODEL 7
1 H LEU 748 H LEU 748 51.021 -14.094 0.692
2 HA LEU 748 HA LEU 748 53.106 -14.102 2.570
3 HB2 LEU 748 HB2 LEU 748 51.695 -15.635 3.940
4 HB3 LEU 748 HB3 LEU 748 50.823 -14.239 3.359
5 HG LEU 748 HG LEU 748 49.796 -15.742 1.622
6 HD13 LEU 748 HD11 LEU 748 49.742 -18.129 2.047
7 HD12 LEU 748 HD12 LEU 748 50.861 -17.931 3.391
8 HD11 LEU 748 HD13 LEU 748 51.402 -17.605 1.746
9 HD23 LEU 748 HD21 LEU 748 48.169 -16.659 3.206
10 HD22 LEU 748 HD22 LEU 748 48.592 -14.985 3.562
11 HD21 LEU 748 HD23 LEU 748 49.279 -16.294 4.530
No H/Q in entry = 11
In of MODEL 7
1 H HIS 749 H HIS 749 52.296 -16.239 0.028
2 HA HIS 749 HA HIS 749 53.767 -18.488 0.878
3 HB2 HIS 749 HB2 HIS 749 52.016 -18.325 -1.010
4 HB3 HIS 749 HB3 HIS 749 53.340 -17.742 -2.009
5 HD1 HIS 749 HD1 HIS 749 54.996 -19.505 -2.889
6 HD2 HIS 749 HD2 HIS 749 52.211 -20.994 -0.202
7 HE1 HIS 749 HE1 HIS 749 55.211 -21.992 -3.018
8 HE2 HIS 749 HE2 HIS 749 53.724 -22.840 -1.173
No H/Q in entry = 8
In of MODEL 7
1 H CYS 750 H CYS 750 54.627 -15.632 -1.106
2 HA CYS 750 HA CYS 750 57.272 -16.679 -1.456
3 HB2 CYS 750 HB2 CYS 750 57.766 -14.644 -2.728
4 HB3 CYS 750 HB3 CYS 750 56.242 -15.349 -3.253
No H/Q in entry = 4
In of MODEL 7
1 H GLN 751 H GLN 751 55.654 -14.607 0.813
2 HA GLN 751 HA GLN 751 57.993 -13.516 1.930
3 HB2 GLN 751 HB2 GLN 751 55.273 -13.938 3.159
4 HB3 GLN 751 HB3 GLN 751 56.568 -13.018 3.916
5 HG2 GLN 751 HG2 GLN 751 56.583 -11.501 1.978
6 HG3 GLN 751 HG3 GLN 751 55.248 -12.408 1.294
7 HE21 GLN 751 HE21 GLN 751 55.408 -9.679 2.018
8 HE22 GLN 751 HE22 GLN 751 54.159 -9.365 3.182
No H/Q in entry = 8
In of MODEL 7
1 H GLY 752 H GLY 752 56.626 -16.625 2.092
2 HA3 GLY 752 HA2 GLY 752 58.220 -18.353 2.842
3 HA2 GLY 752 HA3 GLY 752 58.565 -17.312 4.210
No H/Q in entry = 3
In of MODEL 7
1 H ARG 753 H ARG 753 55.260 -17.720 3.184
2 HA ARG 753 HA ARG 753 54.827 -19.326 5.596
3 HB2 ARG 753 HB2 ARG 753 52.817 -17.801 3.943
4 HB3 ARG 753 HB3 ARG 753 52.507 -18.632 5.462
5 HG2 ARG 753 HG2 ARG 753 54.231 -16.198 5.064
6 HG3 ARG 753 HG3 ARG 753 52.622 -16.228 5.777
7 HD2 ARG 753 HD2 ARG 753 55.069 -17.598 6.868
8 HD3 ARG 753 HD3 ARG 753 54.370 -16.093 7.457
9 HE ARG 753 HE ARG 753 52.609 -18.392 7.476
10 HH11 ARG 753 HH11 ARG 753 54.817 -16.338 9.354
11 HH12 ARG 753 HH12 ARG 753 54.305 -16.938 10.858
12 HH21 ARG 753 HH21 ARG 753 51.879 -19.160 9.565
13 HH22 ARG 753 HH22 ARG 753 52.590 -18.586 10.990
No H/Q in entry = 13
In of MODEL 7
1 H ASN 754 H ASN 754 54.380 -21.401 5.333
2 HA ASN 754 HA ASN 754 53.818 -22.350 2.669
3 HB2 ASN 754 HB2 ASN 754 54.328 -23.898 5.215
4 HB3 ASN 754 HB3 ASN 754 54.013 -24.641 3.652
5 HD21 ASN 754 HD21 ASN 754 56.304 -24.968 5.253
6 HD22 ASN 754 HD22 ASN 754 57.658 -24.360 4.361
No H/Q in entry = 6
In of MODEL 7
1 H TYR 755 H TYR 755 51.952 -22.677 1.949
2 HA TYR 755 HA TYR 755 49.779 -23.525 3.674
3 HB2 TYR 755 HB2 TYR 755 49.779 -21.147 1.819
4 HB3 TYR 755 HB3 TYR 755 48.312 -22.044 2.153
5 HD1 TYR 755 HD1 TYR 755 46.949 -21.276 3.824
6 HD2 TYR 755 HD2 TYR 755 51.070 -20.303 4.007
7 HE1 TYR 755 HE1 TYR 755 46.517 -19.836 5.750
8 HE2 TYR 755 HE2 TYR 755 50.638 -18.862 5.956
9 HH TYR 755 HH TYR 755 47.666 -18.910 7.643
No H/Q in entry = 9
In of MODEL 7
1 H THR 756 H THR 756 48.231 -24.701 2.519
2 HA THR 756 HA THR 756 49.058 -25.641 -0.124
3 HB THR 756 HB THR 756 47.464 -26.983 2.085
4 HG1 THR 756 HG1 THR 756 49.371 -27.430 2.847
5 HG23 THR 756 HG21 THR 756 46.824 -27.772 -0.119
6 HG22 THR 756 HG22 THR 756 47.724 -29.029 0.738
7 HG21 THR 756 HG23 THR 756 48.515 -28.079 -0.530
No H/Q in entry = 7
In of MODEL 7
1 H LEU 757 H LEU 757 47.177 -25.882 -1.607
2 HA LEU 757 HA LEU 757 44.967 -24.268 -0.645
3 HB2 LEU 757 HB2 LEU 757 45.795 -24.821 -3.469
4 HB3 LEU 757 HB3 LEU 757 44.308 -24.010 -3.015
5 HG LEU 757 HG LEU 757 46.073 -22.546 -1.666
6 HD12 LEU 757 HD11 LEU 757 47.993 -22.046 -3.097
7 HD11 LEU 757 HD12 LEU 757 47.550 -23.399 -4.139
8 HD13 LEU 757 HD13 LEU 757 48.022 -23.694 -2.466
9 HD23 LEU 757 HD21 LEU 757 45.218 -22.187 -4.512
10 HD22 LEU 757 HD22 LEU 757 45.809 -20.903 -3.445
11 HD21 LEU 757 HD23 LEU 757 44.309 -21.752 -3.069
No H/Q in entry = 11
In of MODEL 7
1 H THR 758 H THR 758 42.903 -24.803 -1.060
2 HA THR 758 HA THR 758 42.486 -27.629 -1.570
3 HB THR 758 HB THR 758 40.751 -27.546 0.298
4 HG1 THR 758 HG1 THR 758 41.511 -24.950 0.311
5 HG23 THR 758 HG21 THR 758 42.412 -27.846 2.096
6 HG22 THR 758 HG22 THR 758 43.623 -27.022 1.127
7 HG21 THR 758 HG23 THR 758 42.995 -28.577 0.601
No H/Q in entry = 7
In of MODEL 7
1 H GLY 759 H GLY 759 39.673 -27.567 -1.396
2 HA3 GLY 759 HA2 GLY 759 39.154 -26.064 -3.809
3 HA2 GLY 759 HA3 GLY 759 38.080 -27.229 -3.042
No H/Q in entry = 3
In of MODEL 7
1 H ARG 760 H ARG 760 36.813 -25.108 -3.864
2 HA ARG 760 HA ARG 760 36.740 -22.881 -2.166
3 HB2 ARG 760 HB2 ARG 760 35.711 -22.552 -4.247
4 HB3 ARG 760 HB3 ARG 760 34.888 -24.098 -4.181
5 HG2 ARG 760 HG2 ARG 760 34.146 -22.073 -2.209
6 HG3 ARG 760 HG3 ARG 760 33.570 -21.810 -3.889
7 HD2 ARG 760 HD2 ARG 760 32.488 -24.012 -3.782
8 HD3 ARG 760 HD3 ARG 760 33.165 -24.283 -2.184
9 HE ARG 760 HE ARG 760 30.983 -22.522 -2.913
10 HH11 ARG 760 HH11 ARG 760 33.091 -23.492 -0.261
11 HH12 ARG 760 HH12 ARG 760 31.846 -23.524 0.896
12 HH21 ARG 760 HH21 ARG 760 29.232 -22.518 -1.247
13 HH22 ARG 760 HH22 ARG 760 29.650 -23.009 0.315
No H/Q in entry = 13
In of MODEL 7
1 H ASP 761 H ASP 761 35.160 -25.928 -2.105
2 HA ASP 761 HA ASP 761 33.732 -25.083 0.208
3 HB2 ASP 761 HB2 ASP 761 32.416 -26.301 -1.379
4 HB3 ASP 761 HB3 ASP 761 33.490 -27.696 -1.282
No H/Q in entry = 4
In of MODEL 7
1 H SER 762 H SER 762 35.969 -24.974 1.172
2 HA SER 762 HA SER 762 36.327 -27.361 2.788
3 HB2 SER 762 HB2 SER 762 38.552 -25.724 1.572
4 HB3 SER 762 HB3 SER 762 38.765 -27.019 2.749
5 HG SER 762 HG SER 762 37.195 -27.777 0.705
No H/Q in entry = 5
In of MODEL 7
1 H CYS 763 H CYS 763 36.130 -23.890 2.543
2 HA CYS 763 HA CYS 763 36.326 -23.744 5.440
3 HB2 CYS 763 HB2 CYS 763 37.524 -21.690 5.349
4 HB3 CYS 763 HB3 CYS 763 38.442 -22.849 4.411
No H/Q in entry = 4
In of MODEL 7
1 H THR 764 H THR 764 35.322 -21.651 6.139
2 HA THR 764 HA THR 764 32.913 -21.179 4.612
3 HB THR 764 HB THR 764 33.780 -19.910 7.228
4 HG1 THR 764 HG1 THR 764 32.576 -22.353 6.586
5 HG22 THR 764 HG21 THR 764 31.364 -19.538 7.518
6 HG21 THR 764 HG22 THR 764 31.066 -20.281 5.943
7 HG23 THR 764 HG23 THR 764 31.961 -18.765 6.048
No H/Q in entry = 7
In of MODEL 7
1 H LEU 765 H LEU 765 33.212 -19.927 2.971
2 HA LEU 765 HA LEU 765 35.257 -17.891 2.983
3 HB2 LEU 765 HB2 LEU 765 34.568 -19.732 1.181
4 HB3 LEU 765 HB3 LEU 765 33.394 -18.502 0.764
5 HG LEU 765 HG LEU 765 35.202 -16.940 0.229
6 HD12 LEU 765 HD11 LEU 765 37.519 -17.804 0.128
7 HD11 LEU 765 HD12 LEU 765 36.960 -19.297 0.899
8 HD13 LEU 765 HD13 LEU 765 36.889 -17.779 1.776
9 HD21 LEU 765 HD21 LEU 765 35.429 -19.630 -1.118
10 HD23 LEU 765 HD22 LEU 765 35.989 -18.096 -1.781
11 HD22 LEU 765 HD23 LEU 765 34.266 -18.366 -1.516
No H/Q in entry = 11
In of MODEL 7
1 HA PRO 766 HA PRO 766 32.368 -14.565 3.818
2 HB2 PRO 766 HB2 PRO 766 33.260 -12.811 1.790
3 HB3 PRO 766 HB3 PRO 766 33.807 -12.848 3.465
4 HG2 PRO 766 HG2 PRO 766 35.075 -13.978 1.039
5 HG3 PRO 766 HG3 PRO 766 35.823 -13.395 2.532
6 HD2 PRO 766 HD2 PRO 766 35.618 -16.009 1.910
7 HD3 PRO 766 HD3 PRO 766 35.583 -15.458 3.581
No H/Q in entry = 7
In of MODEL 7
1 H ALA 767 H ALA 767 32.869 -15.631 0.541
2 HA ALA 767 HA ALA 767 29.995 -15.393 0.086
3 HB3 ALA 767 HB1 ALA 767 32.111 -14.833 -1.998
4 HB2 ALA 767 HB2 ALA 767 31.114 -13.605 -1.216
5 HB1 ALA 767 HB3 ALA 767 30.367 -14.831 -2.248
No H/Q in entry = 5
In of MODEL 7
1 H SER 768 H SER 768 29.530 -17.322 0.489
2 HA SER 768 HA SER 768 30.857 -19.427 -1.064
3 HB2 SER 768 HB2 SER 768 29.355 -19.677 1.538
4 HB3 SER 768 HB3 SER 768 30.202 -20.957 0.671
5 HG SER 768 HG SER 768 31.324 -18.657 1.875
No H/Q in entry = 5
In of MODEL 7
1 H ALA 769 H ALA 769 27.838 -18.090 0.115
2 HA ALA 769 HA ALA 769 26.201 -19.900 -1.484
3 HB1 ALA 769 HB1 ALA 769 25.486 -17.738 0.490
4 HB3 ALA 769 HB2 ALA 769 25.590 -19.459 0.874
5 HB2 ALA 769 HB3 ALA 769 24.355 -18.872 -0.245
No H/Q in entry = 5
In of MODEL 7
1 H GLU 770 H GLU 770 24.141 -17.810 -1.730
2 HA GLU 770 HA GLU 770 24.917 -16.798 -4.204
3 HB2 GLU 770 HB2 GLU 770 22.623 -16.072 -2.440
4 HB3 GLU 770 HB3 GLU 770 22.820 -15.466 -4.092
5 HG2 GLU 770 HG2 GLU 770 22.917 -17.808 -4.850
6 HG3 GLU 770 HG3 GLU 770 22.531 -18.314 -3.217
No H/Q in entry = 6
In of MODEL 7
1 H LYS 771 H LYS 771 24.779 -14.501 -4.861
2 HA LYS 771 HA LYS 771 26.915 -13.274 -3.410
3 HB2 LYS 771 HB2 LYS 771 25.566 -12.268 -5.904
4 HB3 LYS 771 HB3 LYS 771 27.113 -11.786 -5.229
5 HG2 LYS 771 HG2 LYS 771 26.460 -14.475 -6.467
6 HG3 LYS 771 HG3 LYS 771 27.430 -13.208 -7.187
7 HD2 LYS 771 HD2 LYS 771 29.097 -14.576 -6.399
8 HD3 LYS 771 HD3 LYS 771 28.875 -13.557 -4.990
9 HE2 LYS 771 HE2 LYS 771 29.013 -15.897 -4.296
10 HE3 LYS 771 HE3 LYS 771 27.395 -15.295 -3.999
11 HZ1 LYS 771 HZ1 LYS 771 28.144 -16.997 -6.334
12 HZ3 LYS 771 HZ2 LYS 771 26.587 -16.479 -5.940
13 HZ2 LYS 771 HZ3 LYS 771 27.409 -17.495 -4.920
No H/Q in entry = 13
In of MODEL 7
1 H ALA 772 H ALA 772 26.568 -11.865 -1.891
2 HA ALA 772 HA ALA 772 24.231 -10.124 -2.008
3 HB1 ALA 772 HB1 ALA 772 23.929 -10.412 0.420
4 HB3 ALA 772 HB2 ALA 772 25.212 -11.624 0.425
5 HB2 ALA 772 HB3 ALA 772 23.710 -11.930 -0.449
No H/Q in entry = 5
In of MODEL 7
1 H CYS 773 H CYS 773 24.534 -8.200 -0.654
2 HA CYS 773 HA CYS 773 27.081 -7.077 -1.093
3 HB2 CYS 773 HB2 CYS 773 24.836 -6.069 0.662
4 HB3 CYS 773 HB3 CYS 773 26.212 -5.120 0.112
No H/Q in entry = 4
In of MODEL 7
1 H GLY 774 H GLY 774 28.768 -6.822 0.175
2 HA3 GLY 774 HA2 GLY 774 29.552 -6.658 2.542
3 HA2 GLY 774 HA3 GLY 774 28.714 -8.193 2.776
No H/Q in entry = 3
In of MODEL 7
1 H ALA 775 H ALA 775 29.435 -9.015 0.001
2 HA ALA 775 HA ALA 775 32.315 -9.122 0.034
3 HB3 ALA 775 HB1 ALA 775 30.665 -11.652 0.198
4 HB2 ALA 775 HB2 ALA 775 31.716 -11.026 1.462
5 HB1 ALA 775 HB3 ALA 775 32.405 -11.574 -0.068
No H/Q in entry = 5
In of MODEL 7
1 H CYS 776 H CYS 776 32.470 -8.230 -1.851
2 HA CYS 776 HA CYS 776 32.478 -9.464 -4.241
3 HB2 CYS 776 HB2 CYS 776 30.487 -8.555 -5.463
4 HB3 CYS 776 HB3 CYS 776 30.030 -9.711 -4.224
No H/Q in entry = 4
In of MODEL 7
1 HA PRO 777 HA PRO 777 34.167 -5.247 -4.057
2 HB2 PRO 777 HB2 PRO 777 36.699 -6.139 -4.991
3 HB3 PRO 777 HB3 PRO 777 36.258 -5.706 -3.343
4 HG2 PRO 777 HG2 PRO 777 36.909 -8.285 -4.231
5 HG3 PRO 777 HG3 PRO 777 36.101 -7.885 -2.711
6 HD2 PRO 777 HD2 PRO 777 34.940 -8.877 -5.276
7 HD3 PRO 777 HD3 PRO 777 34.425 -9.176 -3.601
No H/Q in entry = 7
In of MODEL 7
1 H LEU 778 H LEU 778 35.551 -7.244 -6.621
2 HA LEU 778 HA LEU 778 35.266 -4.956 -8.375
3 HB2 LEU 778 HB2 LEU 778 36.929 -6.098 -9.895
4 HB3 LEU 778 HB3 LEU 778 37.513 -5.557 -8.343
5 HG LEU 778 HG LEU 778 36.817 -8.459 -8.896
6 HD13 LEU 778 HD11 LEU 778 39.162 -8.842 -9.252
7 HD12 LEU 778 HD12 LEU 778 39.509 -7.124 -9.048
8 HD11 LEU 778 HD13 LEU 778 38.574 -7.675 -10.442
9 HD21 LEU 778 HD21 LEU 778 38.509 -7.113 -6.787
10 HD23 LEU 778 HD22 LEU 778 38.410 -8.846 -7.042
11 HD22 LEU 778 HD23 LEU 778 36.988 -7.969 -6.511
No H/Q in entry = 11
In of MODEL 7
1 H TRP 779 H TRP 779 34.582 -8.422 -8.556
2 HA TRP 779 HA TRP 779 33.319 -8.187 -11.125
3 HB2 TRP 779 HB2 TRP 779 32.629 -10.619 -10.554
4 HB3 TRP 779 HB3 TRP 779 34.337 -10.270 -10.811
5 HD1 TRP 779 HD1 TRP 779 31.860 -10.850 -7.917
6 HE1 TRP 779 HE1 TRP 779 33.259 -11.655 -5.834
7 HE3 TRP 779 HE3 TRP 779 36.477 -10.494 -9.886
8 HZ2 TRP 779 HZ2 TRP 779 35.980 -12.063 -5.216
9 HZ3 TRP 779 HZ3 TRP 779 38.420 -11.108 -8.537
10 HH2 TRP 779 HH2 TRP 779 38.171 -11.873 -6.253
No H/Q in entry = 10
In of MODEL 7
1 H GLY 780 H GLY 780 32.262 -7.213 -8.177
2 HA3 GLY 780 HA2 GLY 780 29.518 -7.678 -8.948
3 HA2 GLY 780 HA3 GLY 780 30.024 -8.149 -7.331
No H/Q in entry = 3
In of MODEL 7
1 H LYS 781 H LYS 781 28.121 -6.204 -8.120
2 HA LYS 781 HA LYS 781 29.311 -3.925 -6.755
3 HB2 LYS 781 HB2 LYS 781 27.729 -3.877 -9.275
4 HB3 LYS 781 HB3 LYS 781 27.711 -2.487 -8.191
5 HG2 LYS 781 HG2 LYS 781 30.116 -3.704 -9.521
6 HG3 LYS 781 HG3 LYS 781 29.292 -2.211 -10.023
7 HD2 LYS 781 HD2 LYS 781 29.831 -1.300 -7.731
8 HD3 LYS 781 HD3 LYS 781 30.825 -2.732 -7.470
9 HE2 LYS 781 HE2 LYS 781 32.262 -0.961 -8.179
10 HE3 LYS 781 HE3 LYS 781 32.128 -2.118 -9.498
11 HZ3 LYS 781 HZ1 LYS 781 30.568 -0.656 -10.607
12 HZ2 LYS 781 HZ2 LYS 781 31.940 0.255 -10.215
13 HZ1 LYS 781 HZ3 LYS 781 30.554 0.386 -9.301
No H/Q in entry = 13
In of MODEL 7
1 H CYS 782 H CYS 782 28.195 -3.089 -5.288
2 HA CYS 782 HA CYS 782 25.389 -3.874 -4.935
3 HB2 CYS 782 HB2 CYS 782 26.919 -4.716 -3.106
4 HB3 CYS 782 HB3 CYS 782 27.380 -3.050 -2.779
No H/Q in entry = 4
In of MODEL 7
1 H ASP 783 H ASP 783 24.357 -2.185 -5.845
2 HA ASP 783 HA ASP 783 25.246 0.518 -5.138
3 HB2 ASP 783 HB2 ASP 783 26.488 -0.082 -7.151
4 HB3 ASP 783 HB3 ASP 783 24.992 -0.492 -7.972
No H/Q in entry = 4
In of MODEL 7
1 H ALA 784 H ALA 784 23.012 -0.947 -7.511
2 HA ALA 784 HA ALA 784 20.928 0.895 -6.766
3 HB1 ALA 784 HB1 ALA 784 20.847 -1.525 -8.585
4 HB2 ALA 784 HB2 ALA 784 21.109 0.139 -9.100
5 HB3 ALA 784 HB3 ALA 784 19.559 -0.337 -8.412
No H/Q in entry = 5
In of MODEL 7
1 H GLU 785 H GLU 785 21.535 -2.528 -6.555
2 HA GLU 785 HA GLU 785 19.450 -2.819 -4.560
3 HB2 GLU 785 HB2 GLU 785 19.475 -4.479 -6.340
4 HB3 GLU 785 HB3 GLU 785 21.169 -4.816 -6.066
5 HG2 GLU 785 HG2 GLU 785 19.662 -6.559 -5.249
6 HG3 GLU 785 HG3 GLU 785 20.674 -5.875 -3.976
No H/Q in entry = 6
In of MODEL 7
1 H SER 786 H SER 786 19.931 -3.259 -2.463
2 HA SER 786 HA SER 786 22.735 -2.858 -1.687
3 HB2 SER 786 HB2 SER 786 20.244 -2.062 -0.171
4 HB3 SER 786 HB3 SER 786 21.916 -1.659 0.244
5 HG SER 786 HG SER 786 21.499 -0.959 -2.256
No H/Q in entry = 5
In of MODEL 7
1 H SER 787 H SER 787 20.314 -5.149 -1.752
2 HA SER 787 HA SER 787 21.297 -6.476 0.675
3 HB2 SER 787 HB2 SER 787 18.823 -6.310 0.353
4 HB3 SER 787 HB3 SER 787 18.982 -7.225 -1.139
5 HG SER 787 HG SER 787 18.695 -8.147 1.307
No H/Q in entry = 5
In of MODEL 7
1 H LYS 788 H LYS 788 20.567 -7.222 -2.682
2 HA LYS 788 HA LYS 788 22.334 -9.532 -2.694
3 HB2 LYS 788 HB2 LYS 788 20.113 -9.755 -3.583
4 HB3 LYS 788 HB3 LYS 788 20.360 -8.373 -4.633
5 HG2 LYS 788 HG2 LYS 788 22.044 -9.706 -5.889
6 HG3 LYS 788 HG3 LYS 788 21.683 -11.088 -4.855
7 HD2 LYS 788 HD2 LYS 788 20.406 -11.321 -6.887
8 HD3 LYS 788 HD3 LYS 788 19.296 -10.922 -5.575
9 HE2 LYS 788 HE2 LYS 788 19.474 -8.493 -6.324
10 HE3 LYS 788 HE3 LYS 788 20.341 -9.092 -7.728
11 HZ3 LYS 788 HZ1 LYS 788 18.014 -8.790 -8.240
12 HZ2 LYS 788 HZ2 LYS 788 17.555 -9.721 -6.963
13 HZ1 LYS 788 HZ3 LYS 788 18.345 -10.432 -8.272
No H/Q in entry = 13
In of MODEL 7
1 H CYS 789 H CYS 789 24.135 -9.618 -4.074
2 HA CYS 789 HA CYS 789 24.961 -7.008 -5.084
3 HB2 CYS 789 HB2 CYS 789 26.441 -8.302 -3.430
4 HB3 CYS 789 HB3 CYS 789 26.726 -9.441 -4.740
No H/Q in entry = 4
In of MODEL 7
1 H VAL 790 H VAL 790 25.493 -6.821 -7.259
2 HA VAL 790 HA VAL 790 24.536 -9.067 -8.853
3 HB VAL 790 HB VAL 790 23.271 -6.962 -9.096
4 HG11 VAL 790 HG11 VAL 790 25.023 -5.340 -8.712
5 HG13 VAL 790 HG12 VAL 790 24.204 -5.042 -10.242
6 HG12 VAL 790 HG13 VAL 790 25.798 -5.800 -10.233
7 HG23 VAL 790 HG21 VAL 790 23.279 -6.831 -11.559
8 HG22 VAL 790 HG22 VAL 790 23.256 -8.485 -10.949
9 HG21 VAL 790 HG23 VAL 790 24.755 -7.798 -11.577
No H/Q in entry = 9
In of MODEL 7
1 H CYS 791 H CYS 791 25.746 -9.811 -10.531
2 HA CYS 791 HA CYS 791 28.596 -9.241 -10.238
3 HB2 CYS 791 HB2 CYS 791 27.286 -11.553 -11.676
4 HB3 CYS 791 HB3 CYS 791 28.966 -11.384 -11.202
No H/Q in entry = 4
In of MODEL 7
1 H ARG 792 H ARG 792 29.746 -8.437 -11.810
2 HA ARG 792 HA ARG 792 28.411 -7.632 -14.282
3 HB2 ARG 792 HB2 ARG 792 31.154 -6.911 -13.192
4 HB3 ARG 792 HB3 ARG 792 30.475 -6.287 -14.690
5 HG2 ARG 792 HG2 ARG 792 28.622 -5.292 -13.350
6 HG3 ARG 792 HG3 ARG 792 29.470 -5.804 -11.894
7 HD2 ARG 792 HD2 ARG 792 30.594 -3.941 -13.996
8 HD3 ARG 792 HD3 ARG 792 29.860 -3.438 -12.481
9 HE ARG 792 HE ARG 792 31.878 -5.147 -11.764
10 HH11 ARG 792 HH11 ARG 792 31.768 -2.124 -13.695
11 HH12 ARG 792 HH12 ARG 792 33.296 -1.615 -13.147
12 HH21 ARG 792 HH21 ARG 792 33.976 -4.354 -11.069
13 HH22 ARG 792 HH22 ARG 792 34.559 -2.864 -11.697
No H/Q in entry = 13
In of MODEL 7
1 H GLU 793 H GLU 793 30.156 -7.773 -16.239
2 HA GLU 793 HA GLU 793 31.044 -10.552 -16.155
3 HB2 GLU 793 HB2 GLU 793 30.507 -8.834 -18.604
4 HB3 GLU 793 HB3 GLU 793 30.987 -10.519 -18.591
5 HG2 GLU 793 HG2 GLU 793 28.892 -11.067 -17.404
6 HG3 GLU 793 HG3 GLU 793 28.384 -9.388 -17.622
No H/Q in entry = 6
In of MODEL 7
1 H ALA 794 H ALA 794 32.896 -10.560 -18.161
2 HA ALA 794 HA ALA 794 35.113 -9.374 -16.771
3 HB2 ALA 794 HB1 ALA 794 35.246 -11.623 -17.728
4 HB3 ALA 794 HB2 ALA 794 36.480 -10.549 -18.394
5 HB1 ALA 794 HB3 ALA 794 35.040 -10.936 -19.340
No H/Q in entry = 5
In of MODEL 7
1 H SER 795 H SER 795 33.044 -8.468 -19.241
2 HA SER 795 HA SER 795 34.723 -6.954 -20.878
3 HB2 SER 795 HB2 SER 795 32.480 -5.958 -21.551
4 HB3 SER 795 HB3 SER 795 32.674 -7.701 -21.749
5 HG SER 795 HG SER 795 30.710 -7.212 -20.773
No H/Q in entry = 5
In of MODEL 7
1 H GLU 796 H GLU 796 32.909 -6.266 -17.961
2 HA GLU 796 HA GLU 796 33.834 -3.495 -18.148
3 HB2 GLU 796 HB2 GLU 796 31.350 -3.946 -17.846
4 HB3 GLU 796 HB3 GLU 796 31.742 -4.513 -16.225
5 HG2 GLU 796 HG2 GLU 796 32.741 -2.302 -15.746
6 HG3 GLU 796 HG3 GLU 796 32.207 -1.751 -17.330
No H/Q in entry = 6
In of MODEL 7
1 H CYS 797 H CYS 797 35.790 -4.752 -17.674
2 HA CYS 797 HA CYS 797 36.206 -4.697 -14.782
3 HB2 CYS 797 HB2 CYS 797 36.387 -6.975 -15.386
4 HB3 CYS 797 HB3 CYS 797 37.349 -6.599 -16.812
No H/Q in entry = 4
In of MODEL 7
1 H GLU 798 H GLU 798 37.260 -2.938 -14.352
2 HA GLU 798 HA GLU 798 39.375 -2.000 -16.158
3 HB2 GLU 798 HB2 GLU 798 37.700 -0.361 -15.465
4 HB3 GLU 798 HB3 GLU 798 38.032 -0.704 -13.779
5 HG2 GLU 798 HG2 GLU 798 40.354 0.127 -14.157
6 HG3 GLU 798 HG3 GLU 798 39.852 0.617 -15.774
No H/Q in entry = 6
In of MODEL 7
1 H GLU 799 H GLU 799 38.742 -3.370 -13.068
2 HA GLU 799 HA GLU 799 41.136 -2.721 -11.730
3 HB2 GLU 799 HB2 GLU 799 39.016 -3.392 -10.638
4 HB3 GLU 799 HB3 GLU 799 39.228 -5.025 -11.252
5 HG2 GLU 799 HG2 GLU 799 39.882 -4.916 -8.940
6 HG3 GLU 799 HG3 GLU 799 41.306 -5.194 -9.945
No H/Q in entry = 6
In of MODEL 7
1 H GLU 800 H GLU 800 43.008 -3.861 -11.523
2 HA GLU 800 HA GLU 800 43.273 -6.225 -13.169
3 HB2 GLU 800 HB2 GLU 800 45.265 -3.981 -12.889
4 HB3 GLU 800 HB3 GLU 800 45.652 -5.551 -13.585
5 HG2 GLU 800 HG2 GLU 800 43.850 -5.180 -15.242
6 HG3 GLU 800 HG3 GLU 800 43.661 -3.559 -14.601
No H/Q in entry = 6
In of MODEL 7
1 H GLY 801 H GLY 801 42.831 -7.374 -11.467
2 HA3 GLY 801 HA2 GLY 801 44.534 -7.428 -9.132
3 HA2 GLY 801 HA3 GLY 801 43.256 -8.577 -9.533
No H/Q in entry = 3
In of MODEL 7
1 H PHE 802 H PHE 802 44.222 -10.474 -9.360
2 HA PHE 802 HA PHE 802 46.817 -10.915 -10.559
3 HB2 PHE 802 HB2 PHE 802 45.042 -12.525 -8.779
4 HB3 PHE 802 HB3 PHE 802 46.289 -13.339 -9.712
5 HD1 PHE 802 HD1 PHE 802 47.670 -14.054 -7.939
6 HD2 PHE 802 HD2 PHE 802 46.584 -9.963 -8.269
7 HE1 PHE 802 HE1 PHE 802 49.350 -13.475 -6.269
8 HE2 PHE 802 HE2 PHE 802 48.243 -9.377 -6.616
9 HZ PHE 802 HZ PHE 802 49.642 -11.134 -5.580
No H/Q in entry = 9
In of MODEL 7
1 H SER 803 H SER 803 46.976 -13.217 -11.567
2 HA SER 803 HA SER 803 44.890 -13.576 -13.540
3 HB2 SER 803 HB2 SER 803 47.874 -14.052 -13.877
4 HB3 SER 803 HB3 SER 803 46.613 -14.122 -15.118
5 HG SER 803 HG SER 803 46.298 -11.795 -14.198
No H/Q in entry = 5
In of MODEL 7
1 H ILE 804 H ILE 804 44.233 -15.723 -13.570
2 HA ILE 804 HA ILE 804 45.683 -17.554 -11.811
3 HB ILE 804 HB ILE 804 43.659 -18.384 -10.753
4 HG12 ILE 804 HG12 ILE 804 42.048 -17.821 -12.622
5 HG13 ILE 804 HG13 ILE 804 41.459 -17.441 -11.012
6 HG21 ILE 804 HG21 ILE 804 44.844 -16.625 -9.616
7 HG23 ILE 804 HG22 ILE 804 43.113 -16.493 -9.303
8 HG22 ILE 804 HG23 ILE 804 43.890 -15.405 -10.459
9 HD11 ILE 804 HD11 ILE 804 41.979 -15.081 -11.397
10 HD13 ILE 804 HD12 ILE 804 40.860 -15.710 -12.605
11 HD12 ILE 804 HD13 ILE 804 42.546 -15.467 -13.019
No H/Q in entry = 11
In of MODEL 7
1 H CYS 805 H CYS 805 44.587 -19.793 -11.953
2 HA CYS 805 HA CYS 805 44.194 -20.408 -14.803
3 HB2 CYS 805 HB2 CYS 805 46.371 -21.113 -13.874
4 HB3 CYS 805 HB3 CYS 805 45.520 -21.982 -12.604
No H/Q in entry = 4
In of MODEL 7
1 H VAL 806 H VAL 806 42.274 -21.147 -15.164
2 HA VAL 806 HA VAL 806 40.996 -22.682 -13.062
3 HB VAL 806 HB VAL 806 40.179 -20.383 -12.947
4 HG13 VAL 806 HG11 VAL 806 40.609 -19.630 -15.122
5 HG12 VAL 806 HG12 VAL 806 38.892 -19.397 -14.759
6 HG11 VAL 806 HG13 VAL 806 39.415 -20.742 -15.783
7 HG23 VAL 806 HG21 VAL 806 38.111 -22.214 -14.133
8 HG22 VAL 806 HG22 VAL 806 37.780 -20.803 -13.116
9 HG21 VAL 806 HG23 VAL 806 38.594 -22.217 -12.449
No H/Q in entry = 9
In of MODEL 7
1 H GLU 807 H GLU 807 39.998 -24.474 -13.759
2 HA GLU 807 HA GLU 807 40.257 -25.114 -16.550
3 HB2 GLU 807 HB2 GLU 807 40.806 -26.813 -14.815
4 HB3 GLU 807 HB3 GLU 807 39.130 -26.796 -14.294
5 HG2 GLU 807 HG2 GLU 807 38.447 -27.557 -16.524
6 HG3 GLU 807 HG3 GLU 807 40.156 -27.598 -16.986
No H/Q in entry = 6
In of MODEL 7
1 H VAL 808 H VAL 808 38.850 -24.794 -17.920
2 HA VAL 808 HA VAL 808 36.019 -24.784 -17.332
3 HB VAL 808 HB VAL 808 36.818 -22.436 -17.091
4 HG12 VAL 808 HG11 VAL 808 37.723 -22.670 -19.934
5 HG11 VAL 808 HG12 VAL 808 38.738 -22.442 -18.511
6 HG13 VAL 808 HG13 VAL 808 37.629 -21.167 -19.020
7 HG22 VAL 808 HG21 VAL 808 34.559 -22.751 -17.859
8 HG21 VAL 808 HG22 VAL 808 35.126 -22.902 -19.524
9 HG23 VAL 808 HG23 VAL 808 35.279 -21.363 -18.675
No H/Q in entry = 9
In of MODEL 7
1 H ASN 809 H ASN 809 34.944 -25.625 -19.125
2 HA ASN 809 HA ASN 809 34.635 -26.603 -21.180
3 HB2 ASN 809 HB2 ASN 809 36.856 -24.720 -21.753
4 HB3 ASN 809 HB3 ASN 809 36.330 -25.809 -23.050
5 HD21 ASN 809 HD21 ASN 809 35.880 -22.918 -21.350
6 HD22 ASN 809 HD22 ASN 809 34.409 -22.380 -22.063
No H/Q in entry = 6
In of MODEL 7
1 H GLY 810 H GLY 810 36.706 -27.547 -19.125
2 HA3 GLY 810 HA2 GLY 810 37.622 -29.753 -19.083
3 HA2 GLY 810 HA3 GLY 810 37.720 -29.645 -20.845
No H/Q in entry = 3
In of MODEL 7
1 H LYS 811 H LYS 811 38.893 -26.821 -20.244
2 HA LYS 811 HA LYS 811 41.625 -27.862 -19.914
3 HB2 LYS 811 HB2 LYS 811 42.335 -26.141 -21.527
4 HB3 LYS 811 HB3 LYS 811 41.270 -27.354 -22.221
5 HG2 LYS 811 HG2 LYS 811 39.387 -25.788 -22.029
6 HG3 LYS 811 HG3 LYS 811 40.483 -24.574 -21.374
7 HD2 LYS 811 HD2 LYS 811 40.714 -25.876 -24.060
8 HD3 LYS 811 HD3 LYS 811 40.023 -24.277 -23.777
9 HE2 LYS 811 HE2 LYS 811 42.209 -23.557 -22.805
10 HE3 LYS 811 HE3 LYS 811 42.877 -25.133 -23.218
11 HZ1 LYS 811 HZ1 LYS 811 41.829 -23.150 -25.165
12 HZ3 LYS 811 HZ2 LYS 811 42.475 -24.642 -25.555
13 HZ2 LYS 811 HZ3 LYS 811 43.447 -23.468 -24.850
No H/Q in entry = 13
In of MODEL 7
1 H GLU 812 H GLU 812 43.152 -26.508 -18.975
2 HA GLU 812 HA GLU 812 42.054 -24.616 -17.070
3 HB2 GLU 812 HB2 GLU 812 44.891 -25.576 -17.491
4 HB3 GLU 812 HB3 GLU 812 44.364 -24.515 -16.194
5 HG2 GLU 812 HG2 GLU 812 42.892 -26.331 -15.376
6 HG3 GLU 812 HG3 GLU 812 43.554 -27.383 -16.622
No H/Q in entry = 6
In of MODEL 7
1 H GLN 813 H GLN 813 41.538 -22.764 -17.885
2 HA GLN 813 HA GLN 813 43.388 -21.471 -19.734
3 HB2 GLN 813 HB2 GLN 813 41.112 -21.647 -20.568
4 HB3 GLN 813 HB3 GLN 813 40.476 -20.897 -19.108
5 HG2 GLN 813 HG2 GLN 813 41.614 -18.842 -19.662
6 HG3 GLN 813 HG3 GLN 813 42.281 -19.565 -21.125
7 HE21 GLN 813 HE21 GLN 813 39.009 -20.161 -20.047
8 HE22 GLN 813 HE22 GLN 813 38.229 -19.267 -21.292
No H/Q in entry = 8
In of MODEL 7
1 H THR 814 H THR 814 44.245 -19.543 -19.233
2 HA THR 814 HA THR 814 44.231 -18.749 -16.455
3 HB THR 814 HB THR 814 45.647 -17.624 -18.861
4 HG1 THR 814 HG1 THR 814 47.481 -18.802 -17.859
5 HG22 THR 814 HG21 THR 814 47.191 -16.587 -17.215
6 HG21 THR 814 HG22 THR 814 46.173 -17.199 -15.911
7 HG23 THR 814 HG23 THR 814 45.535 -16.002 -17.038
No H/Q in entry = 7
In of MODEL 7
1 H MET 815 H MET 815 43.058 -17.138 -15.745
2 HA MET 815 HA MET 815 41.906 -15.256 -17.704
3 HB2 MET 815 HB2 MET 815 40.537 -16.224 -15.199
4 HB3 MET 815 HB3 MET 815 39.868 -15.150 -16.418
5 HG2 MET 815 HG2 MET 815 40.181 -17.108 -18.043
6 HG3 MET 815 HG3 MET 815 40.467 -18.038 -16.585
7 HE2 MET 815 HE1 MET 815 36.997 -19.292 -17.556
8 HE1 MET 815 HE2 MET 815 38.727 -19.630 -17.313
9 HE3 MET 815 HE3 MET 815 38.207 -18.701 -18.703
No H/Q in entry = 9
In of MODEL 7
1 H SER 816 H SER 816 41.391 -13.184 -16.748
2 HA SER 816 HA SER 816 43.262 -12.421 -14.707
3 HB2 SER 816 HB2 SER 816 41.030 -10.827 -16.025
4 HB3 SER 816 HB3 SER 816 42.308 -10.163 -15.005
5 HG SER 816 HG SER 816 42.397 -11.128 -17.609
No H/Q in entry = 5
In of MODEL 7
1 H GLU 817 H GLU 817 42.602 -11.522 -12.715
2 HA GLU 817 HA GLU 817 41.138 -13.082 -11.093
3 HB2 GLU 817 HB2 GLU 817 42.764 -11.293 -10.551
4 HB3 GLU 817 HB3 GLU 817 41.468 -10.131 -10.797
5 HG2 GLU 817 HG2 GLU 817 40.236 -11.063 -8.989
6 HG3 GLU 817 HG3 GLU 817 41.453 -12.327 -8.759
No H/Q in entry = 6
In of MODEL 7
1 H CYS 818 H CYS 818 39.951 -10.122 -12.686
2 HA CYS 818 HA CYS 818 37.415 -10.234 -11.478
3 HB2 CYS 818 HB2 CYS 818 36.768 -8.551 -13.198
4 HB3 CYS 818 HB3 CYS 818 38.193 -8.125 -12.262
No H/Q in entry = 4
In of MODEL 7
1 H GLU 819 H GLU 819 38.729 -11.607 -14.403
2 HA GLU 819 HA GLU 819 36.249 -12.058 -15.696
3 HB2 GLU 819 HB2 GLU 819 38.301 -11.917 -16.986
4 HB3 GLU 819 HB3 GLU 819 38.980 -13.285 -16.132
5 HG2 GLU 819 HG2 GLU 819 37.365 -14.768 -17.157
6 HG3 GLU 819 HG3 GLU 819 36.553 -13.401 -17.919
No H/Q in entry = 6
In of MODEL 7
1 H ALA 820 H ALA 820 38.530 -14.334 -14.186
2 HA ALA 820 HA ALA 820 36.849 -16.526 -14.265
3 HB1 ALA 820 HB1 ALA 820 39.226 -16.711 -13.738
4 HB2 ALA 820 HB2 ALA 820 38.241 -17.526 -12.526
5 HB3 ALA 820 HB3 ALA 820 38.930 -15.940 -12.176
No H/Q in entry = 5
In of MODEL 7
1 H GLY 821 H GLY 821 37.221 -13.964 -11.889
2 HA3 GLY 821 HA2 GLY 821 35.594 -14.970 -9.836
3 HA2 GLY 821 HA3 GLY 821 36.000 -13.279 -10.097
No H/Q in entry = 3
In of MODEL 7
1 H ALA 822 H ALA 822 34.844 -12.903 -12.611
2 HA ALA 822 HA ALA 822 32.155 -12.525 -11.811
3 HB2 ALA 822 HB1 ALA 822 33.396 -12.120 -14.530
4 HB1 ALA 822 HB2 ALA 822 33.296 -10.933 -13.216
5 HB3 ALA 822 HB3 ALA 822 31.824 -11.514 -13.983
No H/Q in entry = 5
In of MODEL 7
1 H LEU 823 H LEU 823 33.758 -14.806 -13.998
2 HA LEU 823 HA LEU 823 31.355 -16.001 -14.857
3 HB2 LEU 823 HB2 LEU 823 34.151 -17.145 -14.724
4 HB3 LEU 823 HB3 LEU 823 32.800 -18.151 -15.155
5 HG LEU 823 HG LEU 823 33.873 -17.545 -17.174
6 HD11 LEU 823 HD11 LEU 823 31.419 -17.497 -17.250
7 HD13 LEU 823 HD12 LEU 823 32.193 -16.480 -18.455
8 HD12 LEU 823 HD13 LEU 823 31.489 -15.744 -17.020
9 HD22 LEU 823 HD21 LEU 823 35.136 -15.610 -16.448
10 HD21 LEU 823 HD22 LEU 823 33.652 -14.664 -16.355
11 HD23 LEU 823 HD23 LEU 823 34.233 -15.247 -17.916
No H/Q in entry = 11
In of MODEL 7
1 H ARG 824 H ARG 824 33.287 -16.512 -11.999
2 HA ARG 824 HA ARG 824 31.702 -18.731 -11.119
3 HB2 ARG 824 HB2 ARG 824 34.118 -18.320 -10.466
4 HB3 ARG 824 HB3 ARG 824 33.543 -17.023 -9.434
5 HG2 ARG 824 HG2 ARG 824 32.362 -18.523 -8.031
6 HG3 ARG 824 HG3 ARG 824 32.579 -19.859 -9.156
7 HD2 ARG 824 HD2 ARG 824 34.127 -20.214 -7.414
8 HD3 ARG 824 HD3 ARG 824 35.043 -19.637 -8.783
9 HE ARG 824 HE ARG 824 34.567 -17.362 -7.434
10 HH11 ARG 824 HH11 ARG 824 35.964 -20.489 -6.467
11 HH12 ARG 824 HH12 ARG 824 36.924 -19.843 -5.214
12 HH21 ARG 824 HH21 ARG 824 35.914 -16.472 -5.642
13 HH22 ARG 824 HH22 ARG 824 36.877 -17.531 -4.740
No H/Q in entry = 13
In of MODEL 7
1 H CYS 825 H CYS 825 31.551 -15.313 -10.801
2 HA CYS 825 HA CYS 825 29.777 -15.201 -8.584
3 HB2 CYS 825 HB2 CYS 825 31.308 -13.338 -9.594
4 HB3 CYS 825 HB3 CYS 825 29.999 -13.101 -10.730
No H/Q in entry = 4
In of MODEL 7
1 H ARG 826 H ARG 826 29.367 -15.192 -12.098
2 HA ARG 826 HA ARG 826 26.548 -14.739 -12.027
3 HB2 ARG 826 HB2 ARG 826 26.591 -15.265 -14.421
4 HB3 ARG 826 HB3 ARG 826 27.802 -14.058 -13.963
5 HG2 ARG 826 HG2 ARG 826 29.466 -15.891 -13.950
6 HG3 ARG 826 HG3 ARG 826 28.217 -16.964 -14.572
7 HD2 ARG 826 HD2 ARG 826 29.179 -14.448 -15.902
8 HD3 ARG 826 HD3 ARG 826 29.681 -16.088 -16.301
9 HE ARG 826 HE ARG 826 27.242 -16.469 -16.721
10 HH11 ARG 826 HH11 ARG 826 28.596 -13.226 -17.041
11 HH12 ARG 826 HH12 ARG 826 27.923 -12.876 -18.554
12 HH21 ARG 826 HH21 ARG 826 26.186 -15.985 -18.825
13 HH22 ARG 826 HH22 ARG 826 26.459 -14.481 -19.571
No H/Q in entry = 13
In of MODEL 7
1 H GLY 827 H GLY 827 28.497 -17.667 -12.084
2 HA3 GLY 827 HA2 GLY 827 27.208 -19.604 -11.153
3 HA2 GLY 827 HA3 GLY 827 25.956 -19.098 -12.294
No H/Q in entry = 3
In of MODEL 7
1 H GLN 828 H GLN 828 28.823 -18.656 -13.806
2 HA GLN 828 HA GLN 828 28.441 -20.825 -15.606
3 HB2 GLN 828 HB2 GLN 828 29.483 -18.697 -16.279
4 HB3 GLN 828 HB3 GLN 828 30.827 -19.008 -15.196
5 HG2 GLN 828 HG2 GLN 828 31.444 -19.468 -17.518
6 HG3 GLN 828 HG3 GLN 828 31.478 -20.926 -16.538
7 HE21 GLN 828 HE21 GLN 828 29.747 -19.222 -19.048
8 HE22 GLN 828 HE22 GLN 828 28.843 -20.584 -19.566
No H/Q in entry = 8
In of MODEL 7
1 H SER 829 H SER 829 29.770 -22.697 -15.895
2 HA SER 829 HA SER 829 30.706 -23.735 -13.399
3 HB2 SER 829 HB2 SER 829 31.051 -25.783 -14.929
4 HB3 SER 829 HB3 SER 829 29.423 -25.262 -14.510
5 HG SER 829 HG SER 829 30.557 -25.476 -16.917
No H/Q in entry = 5
In of MODEL 7
1 H ILE 830 H ILE 830 32.660 -23.332 -12.746
2 HA ILE 830 HA ILE 830 34.812 -23.783 -14.586
3 HB ILE 830 HB ILE 830 36.106 -21.842 -13.890
4 HG12 ILE 830 HG12 ILE 830 35.162 -21.578 -11.595
5 HG13 ILE 830 HG13 ILE 830 35.305 -20.042 -12.403
6 HG22 ILE 830 HG21 ILE 830 34.863 -19.985 -14.920
7 HG21 ILE 830 HG22 ILE 830 33.414 -21.002 -14.884
8 HG23 ILE 830 HG23 ILE 830 34.806 -21.487 -15.851
9 HD11 ILE 830 HD11 ILE 830 32.801 -21.649 -12.005
10 HD13 ILE 830 HD12 ILE 830 32.896 -20.121 -12.882
11 HD12 ILE 830 HD13 ILE 830 33.274 -20.178 -11.158
No H/Q in entry = 11
In of MODEL 7
1 H SER 831 H SER 831 36.709 -24.450 -13.538
2 HA SER 831 HA SER 831 36.370 -25.059 -10.700
3 HB2 SER 831 HB2 SER 831 37.763 -26.549 -12.894
4 HB3 SER 831 HB3 SER 831 37.783 -27.008 -11.197
5 HG SER 831 HG SER 831 35.275 -26.663 -11.809
No H/Q in entry = 5
In of MODEL 7
1 H VAL 832 H VAL 832 37.618 -23.476 -9.732
2 HA VAL 832 HA VAL 832 39.978 -22.413 -10.943
3 HB VAL 832 HB VAL 832 39.193 -22.301 -8.008
4 HG11 VAL 832 HG11 VAL 832 41.544 -21.767 -8.408
5 HG13 VAL 832 HG12 VAL 832 40.655 -20.323 -7.915
6 HG12 VAL 832 HG13 VAL 832 41.081 -20.566 -9.610
7 HG21 VAL 832 HG21 VAL 832 37.424 -21.353 -9.405
8 HG23 VAL 832 HG22 VAL 832 38.605 -20.331 -10.224
9 HG22 VAL 832 HG23 VAL 832 38.257 -20.081 -8.513
No H/Q in entry = 9
In of MODEL 7
1 H THR 833 H THR 833 41.590 -23.731 -11.370
2 HA THR 833 HA THR 833 42.089 -25.951 -9.648
3 HB THR 833 HB THR 833 43.765 -26.466 -11.481
4 HG1 THR 833 HG1 THR 833 43.743 -25.279 -13.241
5 HG23 THR 833 HG21 THR 833 42.001 -27.220 -13.029
6 HG22 THR 833 HG22 THR 833 40.857 -26.154 -12.225
7 HG21 THR 833 HG23 THR 833 41.547 -27.523 -11.348
No H/Q in entry = 7
In of MODEL 7
1 H SER 834 H SER 834 43.517 -22.876 -10.502
2 HA SER 834 HA SER 834 45.211 -23.091 -8.214
3 HB2 SER 834 HB2 SER 834 46.591 -24.212 -9.926
4 HB3 SER 834 HB3 SER 834 46.481 -22.785 -10.951
5 HG SER 834 HG SER 834 47.974 -23.257 -8.690
No H/Q in entry = 5
In of MODEL 7
1 H ILE 835 H ILE 835 45.897 -21.164 -7.492
2 HA ILE 835 HA ILE 835 44.540 -18.771 -8.507
3 HB ILE 835 HB ILE 835 45.088 -17.729 -6.515
4 HG12 ILE 835 HG12 ILE 835 47.462 -18.224 -6.210
5 HG13 ILE 835 HG13 ILE 835 46.596 -18.607 -4.738
6 HG22 ILE 835 HG21 ILE 835 44.435 -20.547 -5.859
7 HG21 ILE 835 HG22 ILE 835 43.332 -19.229 -6.258
8 HG23 ILE 835 HG23 ILE 835 44.265 -19.177 -4.759
9 HD12 ILE 835 HD11 ILE 835 47.624 -20.540 -6.788
10 HD11 ILE 835 HD12 ILE 835 46.706 -20.973 -5.341
11 HD13 ILE 835 HD13 ILE 835 48.301 -20.231 -5.180
No H/Q in entry = 11
In of MODEL 7
1 H ARG 836 H ARG 836 47.204 -20.308 -9.454
2 HA ARG 836 HA ARG 836 48.578 -17.789 -10.053
3 HB2 ARG 836 HB2 ARG 836 50.594 -18.980 -10.363
4 HB3 ARG 836 HB3 ARG 836 49.887 -19.602 -8.889
5 HG2 ARG 836 HG2 ARG 836 49.208 -21.603 -9.967
6 HG3 ARG 836 HG3 ARG 836 49.696 -20.962 -11.548
7 HD2 ARG 836 HD2 ARG 836 51.928 -20.727 -10.798
8 HD3 ARG 836 HD3 ARG 836 51.463 -21.285 -9.195
9 HE ARG 836 HE ARG 836 50.736 -23.321 -10.852
10 HH11 ARG 836 HH11 ARG 836 53.789 -21.556 -10.455
11 HH12 ARG 836 HH12 ARG 836 54.766 -22.939 -10.607
12 HH21 ARG 836 HH21 ARG 836 52.100 -25.212 -11.117
13 HH22 ARG 836 HH22 ARG 836 53.803 -25.046 -10.989
No H/Q in entry = 13
In of MODEL 7
1 HA PRO 837 HA PRO 837 47.147 -18.424 -14.156
2 HB2 PRO 837 HB2 PRO 837 49.164 -17.386 -15.651
3 HB3 PRO 837 HB3 PRO 837 48.054 -16.387 -14.710
4 HG2 PRO 837 HG2 PRO 837 50.826 -17.270 -14.031
5 HG3 PRO 837 HG3 PRO 837 50.078 -15.681 -13.817
6 HD2 PRO 837 HD2 PRO 837 50.348 -17.436 -11.794
7 HD3 PRO 837 HD3 PRO 837 48.991 -16.299 -11.904
No H/Q in entry = 7
In of MODEL 7
1 H CYS 838 H CYS 838 47.385 -19.794 -15.970
2 HA CYS 838 HA CYS 838 49.542 -21.708 -15.736
3 HB2 CYS 838 HB2 CYS 838 46.763 -21.943 -16.829
4 HB3 CYS 838 HB3 CYS 838 48.005 -23.059 -17.370
No H/Q in entry = 4
In of MODEL 7
1 H ALA 839 H ALA 839 49.937 -22.733 -18.140
2 HA ALA 839 HA ALA 839 50.837 -20.501 -19.723
3 HB2 ALA 839 HB1 ALA 839 52.322 -22.435 -19.365
4 HB3 ALA 839 HB2 ALA 839 51.983 -22.186 -21.078
5 HB1 ALA 839 HB3 ALA 839 51.162 -23.472 -20.194
No H/Q in entry = 5
In of MODEL 7
1 H ALA 840 H ALA 840 48.398 -20.173 -19.743
2 HA ALA 840 HA ALA 840 47.406 -21.111 -22.357
3 HB3 ALA 840 HB1 ALA 840 45.125 -20.768 -21.504
4 HB1 ALA 840 HB2 ALA 840 45.788 -20.310 -19.931
5 HB2 ALA 840 HB3 ALA 840 46.004 -21.950 -20.534
No H/Q in entry = 5
In of MODEL 7
1 H GLU 841 H GLU 841 48.612 -18.582 -20.578
2 HA GLU 841 HA GLU 841 47.171 -16.502 -22.070
3 HB2 GLU 841 HB2 GLU 841 48.250 -14.924 -20.535
4 HB3 GLU 841 HB3 GLU 841 47.370 -16.160 -19.645
5 HG2 GLU 841 HG2 GLU 841 49.336 -17.230 -18.961
6 HG3 GLU 841 HG3 GLU 841 50.310 -16.400 -20.171
No H/Q in entry = 6
In of MODEL 7
1 H THR 842 H THR 842 49.544 -18.475 -22.644
2 HA THR 842 HA THR 842 51.674 -16.754 -23.367
3 HB THR 842 HB THR 842 52.387 -19.087 -24.359
4 HG1 THR 842 HG1 THR 842 50.647 -20.327 -24.175
5 HG23 THR 842 HG21 THR 842 53.393 -18.013 -22.362
6 HG22 THR 842 HG22 THR 842 53.186 -19.749 -22.121
7 HG21 THR 842 HG23 THR 842 52.056 -18.617 -21.383
No H/Q in entry = 7
In of MODEL 7
1 H GLN 843 H GLN 843 51.621 -15.619 -25.195
2 HA GLN 843 HA GLN 843 50.550 -16.842 -27.570
3 HB2 GLN 843 HB2 GLN 843 49.457 -14.697 -28.223
4 HB3 GLN 843 HB3 GLN 843 48.704 -15.467 -26.837
5 HG2 GLN 843 HG2 GLN 843 49.792 -13.885 -25.345
6 HG3 GLN 843 HG3 GLN 843 50.637 -13.163 -26.712
7 HE21 GLN 843 HE21 GLN 843 49.744 -11.156 -26.332
8 HE22 GLN 843 HE22 GLN 843 48.096 -10.803 -26.687
No H/Q in entry = 8
In of MODEL 8
1 H1 GLY 689 H3 GLY 689 61.996 12.061 -0.570
2 H2 GLY 689 H2 GLY 689 62.919 13.378 -0.070
3 H3 GLY 689 H1 GLY 689 61.433 13.630 -0.847
4 HA2 GLY 689 HA2 GLY 689 63.830 12.401 -2.020
5 HA3 GLY 689 HA3 GLY 689 63.240 14.028 -2.358
No H/Q in entry = 5
In of MODEL 8
1 H SER 690 H SER 690 62.936 13.594 -4.575
2 HA SER 690 HA SER 690 60.963 11.574 -5.185
3 HB2 SER 690 HB2 SER 690 59.791 13.774 -4.861
4 HB3 SER 690 HB3 SER 690 60.806 14.463 -6.117
5 HG SER 690 HG SER 690 59.069 13.885 -7.197
No H/Q in entry = 5
In of MODEL 8
1 H HIS 691 H HIS 691 60.972 11.122 -7.487
2 HA HIS 691 HA HIS 691 63.512 11.770 -8.760
3 HB2 HIS 691 HB2 HIS 691 63.570 9.419 -9.702
4 HB3 HIS 691 HB3 HIS 691 63.793 9.491 -7.966
5 HD1 HIS 691 HD1 HIS 691 61.833 7.864 -10.564
6 HD2 HIS 691 HD2 HIS 691 61.367 8.687 -6.524
7 HE1 HIS 691 HE1 HIS 691 60.031 6.330 -9.768
8 HE2 HIS 691 HE2 HIS 691 59.559 7.101 -7.423
No H/Q in entry = 8
In of MODEL 8
1 H MET 692 H MET 692 63.432 12.197 -10.884
2 HA MET 692 HA MET 692 60.830 12.978 -11.886
3 HB2 MET 692 HB2 MET 692 62.024 14.092 -13.670
4 HB3 MET 692 HB3 MET 692 62.803 14.460 -12.135
5 HG2 MET 692 HG2 MET 692 64.559 12.867 -12.609
6 HG3 MET 692 HG3 MET 692 63.759 12.381 -14.102
7 HE2 MET 692 HE1 MET 692 65.949 12.757 -15.519
8 HE1 MET 692 HE2 MET 692 66.795 13.138 -14.020
9 HE3 MET 692 HE3 MET 692 66.942 14.212 -15.410
No H/Q in entry = 9
In of MODEL 8
1 H ASN 693 H ASN 693 62.937 10.311 -12.287
2 HA ASN 693 HA ASN 693 61.286 9.432 -14.516
3 HB2 ASN 693 HB2 ASN 693 63.195 8.530 -15.736
4 HB3 ASN 693 HB3 ASN 693 63.433 10.251 -15.475
5 HD21 ASN 693 HD21 ASN 693 64.538 7.032 -14.672
6 HD22 ASN 693 HD22 ASN 693 66.000 7.510 -13.912
No H/Q in entry = 6
In of MODEL 8
1 HA PRO 694 HA PRO 694 61.847 5.583 -12.283
2 HB2 PRO 694 HB2 PRO 694 60.097 4.118 -13.657
3 HB3 PRO 694 HB3 PRO 694 59.525 5.461 -12.663
4 HG2 PRO 694 HG2 PRO 694 59.710 5.259 -15.614
5 HG3 PRO 694 HG3 PRO 694 58.634 6.254 -14.621
6 HD2 PRO 694 HD2 PRO 694 61.105 7.018 -15.887
7 HD3 PRO 694 HD3 PRO 694 60.012 8.017 -14.910
No H/Q in entry = 7
In of MODEL 8
1 H LEU 695 H LEU 695 61.779 3.125 -13.571
2 HA LEU 695 HA LEU 695 64.137 3.263 -15.247
3 HB2 LEU 695 HB2 LEU 695 62.727 0.976 -13.881
4 HB3 LEU 695 HB3 LEU 695 63.918 0.684 -15.126
5 HG LEU 695 HG LEU 695 65.644 1.767 -13.743
6 HD13 LEU 695 HD11 LEU 695 65.235 2.385 -11.449
7 HD12 LEU 695 HD12 LEU 695 63.524 1.999 -11.620
8 HD11 LEU 695 HD13 LEU 695 64.221 3.343 -12.526
9 HD21 LEU 695 HD21 LEU 695 65.302 -0.633 -13.557
10 HD23 LEU 695 HD22 LEU 695 64.105 -0.370 -12.291
11 HD22 LEU 695 HD23 LEU 695 65.791 0.061 -12.011
No H/Q in entry = 11
In of MODEL 8
1 H THR 696 H THR 696 63.579 3.910 -17.163
2 HA THR 696 HA THR 696 61.288 2.763 -18.491
3 HB THR 696 HB THR 696 61.965 4.505 -20.260
4 HG1 THR 696 HG1 THR 696 63.138 6.256 -19.081
5 HG21 THR 696 HG21 THR 696 60.071 4.780 -18.714
6 HG23 THR 696 HG22 THR 696 60.905 6.312 -18.984
7 HG22 THR 696 HG23 THR 696 61.172 5.412 -17.491
No H/Q in entry = 7
In of MODEL 8
1 H GLN 697 H GLN 697 64.799 2.974 -18.846
2 HA GLN 697 HA GLN 697 64.659 1.152 -21.098
3 HB2 GLN 697 HB2 GLN 697 67.046 2.409 -19.746
4 HB3 GLN 697 HB3 GLN 697 67.107 1.349 -21.152
5 HG2 GLN 697 HG2 GLN 697 65.617 2.978 -22.333
6 HG3 GLN 697 HG3 GLN 697 65.855 4.072 -20.972
7 HE21 GLN 697 HE21 GLN 697 68.306 1.932 -22.267
8 HE22 GLN 697 HE22 GLN 697 69.298 3.184 -22.872
No H/Q in entry = 8
In of MODEL 8
1 H ALA 698 H ALA 698 64.118 -0.710 -20.552
2 HA ALA 698 HA ALA 698 63.966 -2.714 -19.677
3 HB3 ALA 698 HB1 ALA 698 66.357 -2.113 -17.908
4 HB1 ALA 698 HB2 ALA 698 66.451 -2.854 -19.505
5 HB2 ALA 698 HB3 ALA 698 65.642 -3.703 -18.187
No H/Q in entry = 5
In of MODEL 8
1 H VAL 699 H VAL 699 62.043 -2.063 -19.048
2 HA VAL 699 HA VAL 699 61.595 -1.001 -16.392
3 HB VAL 699 HB VAL 699 59.562 -2.038 -18.388
4 HG12 VAL 699 HG11 VAL 699 57.961 -0.620 -17.179
5 HG11 VAL 699 HG12 VAL 699 59.227 -0.220 -16.015
6 HG13 VAL 699 HG13 VAL 699 58.661 -1.881 -16.163
7 HG23 VAL 699 HG21 VAL 699 60.535 0.788 -18.028
8 HG22 VAL 699 HG22 VAL 699 59.191 0.293 -19.058
9 HG21 VAL 699 HG23 VAL 699 60.830 -0.245 -19.425
No H/Q in entry = 9
In of MODEL 8
1 HA PRO 700 HA PRO 700 61.396 -5.274 -15.038
2 HB2 PRO 700 HB2 PRO 700 61.267 -4.767 -12.381
3 HB3 PRO 700 HB3 PRO 700 62.772 -4.785 -13.303
4 HG2 PRO 700 HG2 PRO 700 61.191 -2.476 -12.287
5 HG3 PRO 700 HG3 PRO 700 62.940 -2.612 -12.516
6 HD2 PRO 700 HD2 PRO 700 61.174 -1.302 -14.229
7 HD3 PRO 700 HD3 PRO 700 62.814 -1.829 -14.647
No H/Q in entry = 7
In of MODEL 8
1 H LYS 701 H LYS 701 59.742 -6.429 -14.943
2 HA LYS 701 HA LYS 701 57.178 -5.252 -14.221
3 HB2 LYS 701 HB2 LYS 701 57.886 -7.718 -15.786
4 HB3 LYS 701 HB3 LYS 701 56.260 -7.377 -15.220
5 HG2 LYS 701 HG2 LYS 701 56.189 -5.353 -16.544
6 HG3 LYS 701 HG3 LYS 701 57.853 -5.622 -17.079
7 HD2 LYS 701 HD2 LYS 701 57.259 -7.645 -18.135
8 HD3 LYS 701 HD3 LYS 701 55.607 -7.572 -17.514
9 HE2 LYS 701 HE2 LYS 701 56.851 -5.597 -19.446
10 HE3 LYS 701 HE3 LYS 701 55.774 -6.904 -19.910
11 HZ3 LYS 701 HZ1 LYS 701 54.604 -4.829 -19.769
12 HZ2 LYS 701 HZ2 LYS 701 55.095 -4.586 -18.189
13 HZ1 LYS 701 HZ3 LYS 701 54.020 -5.837 -18.549
No H/Q in entry = 13
In of MODEL 8
1 H CYS 702 H CYS 702 56.303 -5.767 -12.379
2 HA CYS 702 HA CYS 702 57.539 -7.923 -10.851
3 HB2 CYS 702 HB2 CYS 702 55.680 -5.772 -9.801
4 HB3 CYS 702 HB3 CYS 702 56.769 -6.803 -8.900
No H/Q in entry = 4
In of MODEL 8
1 H GLN 703 H GLN 703 56.214 -9.525 -10.002
2 HA GLN 703 HA GLN 703 53.856 -10.046 -11.498
3 HB2 GLN 703 HB2 GLN 703 55.041 -11.440 -9.102
4 HB3 GLN 703 HB3 GLN 703 53.681 -12.052 -10.024
5 HG2 GLN 703 HG2 GLN 703 56.449 -11.560 -11.104
6 HG3 GLN 703 HG3 GLN 703 55.813 -13.131 -10.625
7 HE21 GLN 703 HE21 GLN 703 56.099 -13.990 -12.713
8 HE22 GLN 703 HE22 GLN 703 55.094 -13.519 -14.034
No H/Q in entry = 8
In of MODEL 8
1 H ARG 704 H ARG 704 51.885 -10.814 -10.207
2 HA ARG 704 HA ARG 704 50.562 -8.545 -9.284
3 HB2 ARG 704 HB2 ARG 704 49.892 -11.423 -8.776
4 HB3 ARG 704 HB3 ARG 704 48.795 -10.073 -8.545
5 HG2 ARG 704 HG2 ARG 704 50.053 -10.809 -11.164
6 HG3 ARG 704 HG3 ARG 704 48.453 -11.325 -10.627
7 HD2 ARG 704 HD2 ARG 704 47.730 -9.023 -10.555
8 HD3 ARG 704 HD3 ARG 704 49.351 -8.484 -10.979
9 HE ARG 704 HE ARG 704 48.835 -10.144 -12.989
10 HH11 ARG 704 HH11 ARG 704 46.924 -7.408 -11.740
11 HH12 ARG 704 HH12 ARG 704 46.181 -7.108 -13.241
12 HH21 ARG 704 HH21 ARG 704 47.760 -9.688 -15.040
13 HH22 ARG 704 HH22 ARG 704 46.631 -8.427 -15.105
No H/Q in entry = 13
In of MODEL 8
1 H TRP 705 H TRP 705 52.323 -10.952 -7.479
2 HA TRP 705 HA TRP 705 51.455 -9.902 -4.898
3 HB2 TRP 705 HB2 TRP 705 52.679 -11.914 -4.029
4 HB3 TRP 705 HB3 TRP 705 51.325 -12.281 -5.094
5 HD1 TRP 705 HD1 TRP 705 55.112 -12.632 -4.831
6 HE1 TRP 705 HE1 TRP 705 55.964 -14.057 -6.749
7 HE3 TRP 705 HE3 TRP 705 50.799 -12.981 -7.575
8 HZ2 TRP 705 HZ2 TRP 705 54.961 -15.244 -9.119
9 HZ3 TRP 705 HZ3 TRP 705 50.840 -14.290 -9.657
10 HH2 TRP 705 HH2 TRP 705 52.876 -15.402 -10.410
No H/Q in entry = 10
In of MODEL 8
1 H GLU 706 H GLU 706 53.506 -8.858 -7.025
2 HA GLU 706 HA GLU 706 55.620 -8.343 -5.092
3 HB2 GLU 706 HB2 GLU 706 55.823 -8.656 -8.096
4 HB3 GLU 706 HB3 GLU 706 57.146 -8.092 -7.057
5 HG2 GLU 706 HG2 GLU 706 57.067 -10.291 -5.949
6 HG3 GLU 706 HG3 GLU 706 55.816 -10.789 -7.091
No H/Q in entry = 6
In of MODEL 8
1 H LYS 707 H LYS 707 56.528 -6.256 -5.250
2 HA LYS 707 HA LYS 707 54.898 -4.316 -6.687
3 HB2 LYS 707 HB2 LYS 707 54.951 -2.767 -4.727
4 HB3 LYS 707 HB3 LYS 707 53.989 -4.208 -4.460
5 HG2 LYS 707 HG2 LYS 707 55.750 -5.172 -3.103
6 HG3 LYS 707 HG3 LYS 707 56.796 -3.796 -3.444
7 HD2 LYS 707 HD2 LYS 707 55.244 -2.300 -2.328
8 HD3 LYS 707 HD3 LYS 707 54.133 -3.635 -2.032
9 HE2 LYS 707 HE2 LYS 707 55.767 -4.718 -0.602
10 HE3 LYS 707 HE3 LYS 707 56.948 -3.464 -0.965
11 HZ1 LYS 707 HZ1 LYS 707 54.351 -2.982 0.421
12 HZ3 LYS 707 HZ2 LYS 707 55.592 -1.854 0.163
13 HZ2 LYS 707 HZ3 LYS 707 55.855 -3.167 1.186
No H/Q in entry = 13
In of MODEL 8
1 H LEU 708 H LEU 708 55.932 -2.344 -7.135
2 HA LEU 708 HA LEU 708 58.781 -2.761 -7.529
3 HB2 LEU 708 HB2 LEU 708 57.388 -2.317 -9.493
4 HB3 LEU 708 HB3 LEU 708 56.846 -0.811 -8.788
5 HG LEU 708 HG LEU 708 59.184 0.043 -8.950
6 HD13 LEU 708 HD11 LEU 708 60.375 -2.074 -8.935
7 HD12 LEU 708 HD12 LEU 708 60.769 -1.142 -10.377
8 HD11 LEU 708 HD13 LEU 708 59.654 -2.505 -10.485
9 HD21 LEU 708 HD21 LEU 708 57.945 -0.912 -11.525
10 HD23 LEU 708 HD22 LEU 708 59.144 0.372 -11.366
11 HD22 LEU 708 HD23 LEU 708 57.540 0.570 -10.660
No H/Q in entry = 11
In of MODEL 8
1 H GLN 709 H GLN 709 59.808 -2.073 -5.760
2 HA GLN 709 HA GLN 709 59.585 0.772 -5.105
3 HB2 GLN 709 HB2 GLN 709 59.731 0.414 -2.748
4 HB3 GLN 709 HB3 GLN 709 58.411 -0.600 -3.304
5 HG2 GLN 709 HG2 GLN 709 59.879 -2.554 -3.201
6 HG3 GLN 709 HG3 GLN 709 61.209 -1.534 -2.725
7 HE21 GLN 709 HE21 GLN 709 61.304 -0.705 -0.650
8 HE22 GLN 709 HE22 GLN 709 60.290 -1.267 0.618
No H/Q in entry = 8
In of MODEL 8
1 H ASN 710 H ASN 710 61.530 1.655 -4.478
2 HA ASN 710 HA ASN 710 63.802 1.909 -4.359
3 HB2 ASN 710 HB2 ASN 710 63.432 -0.004 -2.618
4 HB3 ASN 710 HB3 ASN 710 63.909 -1.069 -3.909
5 HD21 ASN 710 HD21 ASN 710 65.517 -1.760 -2.566
6 HD22 ASN 710 HD22 ASN 710 66.969 -0.842 -2.375
No H/Q in entry = 6
In of MODEL 8
1 H SER 711 H SER 711 62.336 1.120 -6.772
2 HA SER 711 HA SER 711 62.652 0.826 -8.967
3 HB2 SER 711 HB2 SER 711 65.569 1.009 -8.221
4 HB3 SER 711 HB3 SER 711 64.945 1.097 -9.873
5 HG SER 711 HG SER 711 63.532 2.820 -8.756
No H/Q in entry = 5
In of MODEL 8
1 H ARG 712 H ARG 712 62.597 -1.525 -7.049
2 HA ARG 712 HA ARG 712 63.358 -3.475 -9.072
3 HB2 ARG 712 HB2 ARG 712 64.264 -5.004 -7.423
4 HB3 ARG 712 HB3 ARG 712 65.174 -3.506 -7.403
5 HG2 ARG 712 HG2 ARG 712 64.208 -2.835 -5.336
6 HG3 ARG 712 HG3 ARG 712 62.939 -4.035 -5.491
7 HD2 ARG 712 HD2 ARG 712 65.831 -4.758 -5.257
8 HD3 ARG 712 HD3 ARG 712 64.734 -4.674 -3.858
9 HE ARG 712 HE ARG 712 64.042 -6.408 -6.128
10 HH11 ARG 712 HH11 ARG 712 65.174 -6.265 -2.736
11 HH12 ARG 712 HH12 ARG 712 64.748 -7.871 -2.437
12 HH21 ARG 712 HH21 ARG 712 63.462 -8.547 -5.650
13 HH22 ARG 712 HH22 ARG 712 63.783 -9.223 -4.120
No H/Q in entry = 13
In of MODEL 8
1 H CYS 713 H CYS 713 62.418 -5.632 -8.398
2 HA CYS 713 HA CYS 713 59.694 -5.169 -7.461
3 HB2 CYS 713 HB2 CYS 713 60.885 -7.494 -8.993
4 HB3 CYS 713 HB3 CYS 713 59.208 -7.391 -8.468
No H/Q in entry = 4
In of MODEL 8
1 H VAL 714 H VAL 714 59.276 -5.665 -5.488
2 HA VAL 714 HA VAL 714 60.753 -7.839 -4.162
3 HB VAL 714 HB VAL 714 60.387 -6.704 -2.020
4 HG12 VAL 714 HG11 VAL 714 61.777 -4.712 -2.294
5 HG11 VAL 714 HG12 VAL 714 61.567 -4.825 -4.040
6 HG13 VAL 714 HG13 VAL 714 62.417 -6.101 -3.171
7 HG23 VAL 714 HG21 VAL 714 59.422 -4.443 -1.898
8 HG22 VAL 714 HG22 VAL 714 58.265 -5.635 -2.490
9 HG21 VAL 714 HG23 VAL 714 59.049 -4.531 -3.622
No H/Q in entry = 9
In of MODEL 8
1 H CYS 715 H CYS 715 59.206 -8.550 -2.203
2 HA CYS 715 HA CYS 715 56.732 -9.218 -3.542
3 HB2 CYS 715 HB2 CYS 715 58.085 -10.195 -1.068
4 HB3 CYS 715 HB3 CYS 715 56.362 -10.466 -1.271
No H/Q in entry = 4
In of MODEL 8
1 H LYS 716 H LYS 716 54.751 -8.782 -2.769
2 HA LYS 716 HA LYS 716 54.363 -6.261 -1.507
3 HB2 LYS 716 HB2 LYS 716 52.982 -7.375 -3.341
4 HB3 LYS 716 HB3 LYS 716 52.373 -8.456 -2.110
5 HG2 LYS 716 HG2 LYS 716 51.371 -6.546 -0.951
6 HG3 LYS 716 HG3 LYS 716 51.970 -5.475 -2.224
7 HD2 LYS 716 HD2 LYS 716 50.713 -6.885 -3.868
8 HD3 LYS 716 HD3 LYS 716 49.998 -7.734 -2.504
9 HE2 LYS 716 HE2 LYS 716 48.473 -6.025 -3.282
10 HE3 LYS 716 HE3 LYS 716 49.076 -5.604 -1.681
11 HZ3 LYS 716 HZ1 LYS 716 50.620 -4.043 -2.695
12 HZ2 LYS 716 HZ2 LYS 716 49.048 -3.706 -3.201
13 HZ1 LYS 716 HZ3 LYS 716 50.094 -4.495 -4.241
No H/Q in entry = 13
In of MODEL 8
1 H MET 717 H MET 717 52.602 -6.315 0.379
2 HA MET 717 HA MET 717 53.482 -8.333 2.300
3 HB2 MET 717 HB2 MET 717 52.508 -5.510 2.778
4 HB3 MET 717 HB3 MET 717 52.844 -6.666 4.056
5 HG2 MET 717 HG2 MET 717 54.844 -5.554 2.092
6 HG3 MET 717 HG3 MET 717 54.685 -5.111 3.789
7 HE3 MET 717 HE1 MET 717 55.846 -8.398 5.603
8 HE2 MET 717 HE2 MET 717 54.192 -7.927 5.217
9 HE1 MET 717 HE3 MET 717 55.337 -6.723 5.820
No H/Q in entry = 9
In of MODEL 8
1 HA PRO 718 HA PRO 718 49.427 -10.054 2.298
2 HB2 PRO 718 HB2 PRO 718 49.527 -10.129 5.265
3 HB3 PRO 718 HB3 PRO 718 49.290 -11.451 4.118
4 HG2 PRO 718 HG2 PRO 718 51.613 -11.146 5.399
5 HG3 PRO 718 HG3 PRO 718 51.570 -11.674 3.703
6 HD2 PRO 718 HD2 PRO 718 52.223 -9.004 4.866
7 HD3 PRO 718 HD3 PRO 718 52.958 -9.860 3.493
No H/Q in entry = 7
In of MODEL 8
1 H TYR 719 H TYR 719 49.949 -7.626 4.792
2 HA TYR 719 HA TYR 719 47.151 -7.004 5.065
3 HB2 TYR 719 HB2 TYR 719 47.900 -5.244 6.618
4 HB3 TYR 719 HB3 TYR 719 48.660 -6.787 6.992
5 HD1 TYR 719 HD1 TYR 719 49.222 -3.339 5.965
6 HD2 TYR 719 HD2 TYR 719 51.043 -7.144 6.434
7 HE1 TYR 719 HE1 TYR 719 51.440 -2.290 5.832
8 HE2 TYR 719 HE2 TYR 719 53.248 -6.126 6.314
9 HH TYR 719 HH TYR 719 53.708 -2.767 6.514
No H/Q in entry = 9
In of MODEL 8
1 H GLU 720 H GLU 720 49.245 -6.355 2.660
2 HA GLU 720 HA GLU 720 48.330 -3.609 2.173
3 HB2 GLU 720 HB2 GLU 720 50.782 -4.249 2.080
4 HB3 GLU 720 HB3 GLU 720 50.400 -5.241 0.689
5 HG2 GLU 720 HG2 GLU 720 49.540 -3.150 -0.421
6 HG3 GLU 720 HG3 GLU 720 50.247 -2.249 0.921
No H/Q in entry = 6
In of MODEL 8
1 H CYS 721 H CYS 721 47.509 -6.753 1.558
2 HA CYS 721 HA CYS 721 46.915 -6.662 -1.210
3 HB2 CYS 721 HB2 CYS 721 46.207 -8.591 0.968
4 HB3 CYS 721 HB3 CYS 721 45.547 -8.729 -0.657
No H/Q in entry = 4
In of MODEL 8
1 H GLY 722 H GLY 722 44.878 -6.926 -2.174
2 HA3 GLY 722 HA2 GLY 722 42.541 -6.121 -0.711
3 HA2 GLY 722 HA3 GLY 722 43.084 -5.004 -1.960
No H/Q in entry = 3
In of MODEL 8
1 HA PRO 723 HA PRO 723 40.570 -7.132 -4.823
2 HB2 PRO 723 HB2 PRO 723 42.011 -6.667 -7.132
3 HB3 PRO 723 HB3 PRO 723 40.919 -5.504 -6.379
4 HG2 PRO 723 HG2 PRO 723 43.893 -5.715 -6.173
5 HG3 PRO 723 HG3 PRO 723 42.880 -4.267 -6.337
6 HD2 PRO 723 HD2 PRO 723 43.929 -4.990 -3.986
7 HD3 PRO 723 HD3 PRO 723 42.314 -4.264 -4.085
No H/Q in entry = 7
In of MODEL 8
1 H SER 724 H SER 724 40.539 -9.309 -4.579
2 HA SER 724 HA SER 724 42.000 -11.040 -6.268
3 HB2 SER 724 HB2 SER 724 43.092 -12.258 -4.262
4 HB3 SER 724 HB3 SER 724 43.896 -10.836 -4.922
5 HG SER 724 HG SER 724 42.462 -9.761 -3.233
No H/Q in entry = 5
In of MODEL 8
1 H LEU 725 H LEU 725 41.230 -13.151 -6.255
2 HA LEU 725 HA LEU 725 38.576 -13.580 -5.334
3 HB2 LEU 725 HB2 LEU 725 40.679 -15.268 -6.648
4 HB3 LEU 725 HB3 LEU 725 39.231 -16.011 -6.026
5 HG LEU 725 HG LEU 725 39.032 -13.766 -8.011
6 HD13 LEU 725 HD11 LEU 725 40.533 -15.515 -8.967
7 HD12 LEU 725 HD12 LEU 725 38.964 -15.492 -9.772
8 HD11 LEU 725 HD13 LEU 725 39.320 -16.736 -8.573
9 HD22 LEU 725 HD21 LEU 725 36.956 -14.868 -8.543
10 HD21 LEU 725 HD22 LEU 725 37.035 -14.507 -6.816
11 HD23 LEU 725 HD23 LEU 725 37.326 -16.153 -7.397
No H/Q in entry = 11
In of MODEL 8
1 H ASP 726 H ASP 726 37.861 -14.514 -3.514
2 HA ASP 726 HA ASP 726 39.775 -15.287 -1.522
3 HB2 ASP 726 HB2 ASP 726 36.751 -15.239 -1.416
4 HB3 ASP 726 HB3 ASP 726 37.758 -15.803 -0.091
No H/Q in entry = 4
In of MODEL 8
1 H VAL 727 H VAL 727 40.198 -17.206 -0.769
2 HA VAL 727 HA VAL 727 38.999 -19.554 -2.010
3 HB VAL 727 HB VAL 727 41.264 -20.534 -2.443
4 HG11 VAL 727 HG11 VAL 727 40.723 -17.983 -3.960
5 HG13 VAL 727 HG12 VAL 727 40.049 -19.572 -4.318
6 HG12 VAL 727 HG13 VAL 727 41.779 -19.284 -4.501
7 HG21 VAL 727 HG21 VAL 727 42.572 -19.157 -0.911
8 HG23 VAL 727 HG22 VAL 727 42.270 -17.735 -1.905
9 HG22 VAL 727 HG23 VAL 727 43.241 -19.066 -2.541
No H/Q in entry = 9
In of MODEL 8
1 H CYS 728 H CYS 728 40.066 -21.564 -0.824
2 HA CYS 728 HA CYS 728 40.584 -20.676 1.899
3 HB2 CYS 728 HB2 CYS 728 38.283 -21.794 1.422
4 HB3 CYS 728 HB3 CYS 728 39.193 -23.297 1.359
No H/Q in entry = 4
In of MODEL 8
1 H ALA 729 H ALA 729 42.226 -21.695 2.944
2 HA ALA 729 HA ALA 729 43.691 -23.605 1.306
3 HB1 ALA 729 HB1 ALA 729 44.863 -21.223 2.686
4 HB3 ALA 729 HB2 ALA 729 44.598 -21.367 0.946
5 HB2 ALA 729 HB3 ALA 729 45.748 -22.436 1.760
No H/Q in entry = 5
In of MODEL 8
1 H GLN 730 H GLN 730 45.181 -24.790 2.450
2 HA GLN 730 HA GLN 730 44.530 -25.102 5.269
3 HB2 GLN 730 HB2 GLN 730 44.194 -27.105 3.858
4 HB3 GLN 730 HB3 GLN 730 45.858 -26.996 3.344
5 HG2 GLN 730 HG2 GLN 730 46.672 -27.477 5.493
6 HG3 GLN 730 HG3 GLN 730 45.078 -27.374 6.219
7 HE21 GLN 730 HE21 GLN 730 45.066 -29.512 6.988
8 HE22 GLN 730 HE22 GLN 730 45.074 -30.872 5.936
No H/Q in entry = 8
In of MODEL 8
1 H ASP 731 H ASP 731 45.871 -24.316 6.551
2 HA ASP 731 HA ASP 731 48.421 -23.281 5.927
3 HB2 ASP 731 HB2 ASP 731 47.200 -22.354 7.780
4 HB3 ASP 731 HB3 ASP 731 46.971 -23.943 8.461
No H/Q in entry = 4
In of MODEL 8
1 H GLU 732 H GLU 732 50.298 -24.424 5.740
2 HA GLU 732 HA GLU 732 50.132 -27.232 6.180
3 HB2 GLU 732 HB2 GLU 732 52.359 -25.534 5.143
4 HB3 GLU 732 HB3 GLU 732 52.498 -27.286 5.314
5 HG2 GLU 732 HG2 GLU 732 50.416 -27.393 3.823
6 HG3 GLU 732 HG3 GLU 732 50.732 -25.682 3.520
No H/Q in entry = 6
In of MODEL 8
1 H ARG 733 H ARG 733 50.820 -24.820 8.336
2 HA ARG 733 HA ARG 733 52.865 -26.251 9.723
3 HB2 ARG 733 HB2 ARG 733 51.245 -23.817 10.422
4 HB3 ARG 733 HB3 ARG 733 52.565 -24.474 11.373
5 HG2 ARG 733 HG2 ARG 733 52.789 -23.400 8.570
6 HG3 ARG 733 HG3 ARG 733 53.249 -22.549 10.048
7 HD2 ARG 733 HD2 ARG 733 54.957 -24.220 10.507
8 HD3 ARG 733 HD3 ARG 733 54.471 -25.139 9.083
9 HE ARG 733 HE ARG 733 55.075 -22.514 8.354
10 HH11 ARG 733 HH11 ARG 733 56.697 -25.457 9.422
11 HH12 ARG 733 HH12 ARG 733 58.142 -25.159 8.573
12 HH21 ARG 733 HH21 ARG 733 57.097 -22.081 7.174
13 HH22 ARG 733 HH22 ARG 733 58.382 -23.188 7.278
No H/Q in entry = 13
In of MODEL 8
1 H SER 734 H SER 734 49.578 -25.161 10.602
2 HA SER 734 HA SER 734 49.508 -27.317 12.557
3 HB2 SER 734 HB2 SER 734 47.577 -25.040 12.106
4 HB3 SER 734 HB3 SER 734 47.612 -26.119 13.500
5 HG SER 734 HG SER 734 49.295 -25.137 14.265
No H/Q in entry = 5
In of MODEL 8
1 H LYS 735 H LYS 735 48.766 -27.007 9.406
2 HA LYS 735 HA LYS 735 47.541 -28.105 7.862
3 HB2 LYS 735 HB2 LYS 735 47.113 -30.133 10.070
4 HB3 LYS 735 HB3 LYS 735 46.820 -30.414 8.359
5 HG2 LYS 735 HG2 LYS 735 49.482 -29.902 9.695
6 HG3 LYS 735 HG3 LYS 735 48.920 -31.420 9.003
7 HD2 LYS 735 HD2 LYS 735 49.442 -28.871 7.450
8 HD3 LYS 735 HD3 LYS 735 50.534 -30.245 7.544
9 HE2 LYS 735 HE2 LYS 735 47.737 -30.304 6.388
10 HE3 LYS 735 HE3 LYS 735 49.229 -30.227 5.457
11 HZ3 LYS 735 HZ1 LYS 735 48.380 -32.471 5.579
12 HZ2 LYS 735 HZ2 LYS 735 48.408 -32.448 7.246
13 HZ1 LYS 735 HZ3 LYS 735 49.857 -32.374 6.377
No H/Q in entry = 13
In of MODEL 8
1 H ARG 736 H ARG 736 46.341 -26.129 9.292
2 HA ARG 736 HA ARG 736 43.570 -26.945 9.811
3 HB2 ARG 736 HB2 ARG 736 43.420 -24.605 10.780
4 HB3 ARG 736 HB3 ARG 736 44.511 -25.703 11.622
5 HG2 ARG 736 HG2 ARG 736 46.413 -24.709 10.379
6 HG3 ARG 736 HG3 ARG 736 45.285 -23.577 9.645
7 HD2 ARG 736 HD2 ARG 736 44.897 -22.501 11.696
8 HD3 ARG 736 HD3 ARG 736 45.655 -23.808 12.615
9 HE ARG 736 HE ARG 736 47.634 -22.965 10.960
10 HH11 ARG 736 HH11 ARG 736 45.585 -21.243 13.277
11 HH12 ARG 736 HH12 ARG 736 46.794 -20.142 13.727
12 HH21 ARG 736 HH21 ARG 736 49.279 -21.439 11.588
13 HH22 ARG 736 HH22 ARG 736 48.930 -20.249 12.756
No H/Q in entry = 13
In of MODEL 8
1 H ILE 737 H ILE 737 41.865 -26.113 8.668
2 HA ILE 737 HA ILE 737 42.479 -24.953 6.095
3 HB ILE 737 HB ILE 737 39.781 -25.551 7.342
4 HG12 ILE 737 HG12 ILE 737 41.197 -27.607 7.214
5 HG13 ILE 737 HG13 ILE 737 39.782 -27.677 6.170
6 HG21 ILE 737 HG21 ILE 737 39.812 -24.004 5.449
7 HG23 ILE 737 HG22 ILE 737 38.962 -25.507 5.097
8 HG22 ILE 737 HG23 ILE 737 40.591 -25.246 4.463
9 HD11 ILE 737 HD11 ILE 737 41.188 -27.071 4.279
10 HD13 ILE 737 HD12 ILE 737 41.700 -28.583 5.052
11 HD12 ILE 737 HD13 ILE 737 42.603 -27.087 5.339
No H/Q in entry = 11
In of MODEL 8
1 H LEU 738 H LEU 738 42.541 -22.752 5.866
2 HA LEU 738 HA LEU 738 40.728 -21.227 7.522
3 HB2 LEU 738 HB2 LEU 738 42.359 -19.519 7.944
4 HB3 LEU 738 HB3 LEU 738 42.869 -21.038 8.665
5 HG LEU 738 HG LEU 738 44.322 -21.103 6.362
6 HD13 LEU 738 HD11 LEU 738 45.097 -18.999 5.747
7 HD12 LEU 738 HD12 LEU 738 44.061 -18.212 6.938
8 HD11 LEU 738 HD13 LEU 738 43.335 -19.071 5.570
9 HD23 LEU 738 HD21 LEU 738 46.139 -20.096 7.588
10 HD22 LEU 738 HD22 LEU 738 45.259 -21.269 8.586
11 HD21 LEU 738 HD23 LEU 738 45.007 -19.529 8.820
No H/Q in entry = 11
In of MODEL 8
1 HA PRO 739 HA PRO 739 39.720 -19.208 3.750
2 HB2 PRO 739 HB2 PRO 739 38.748 -16.866 4.707
3 HB3 PRO 739 HB3 PRO 739 37.884 -18.409 4.871
4 HG2 PRO 739 HG2 PRO 739 39.528 -16.932 6.874
5 HG3 PRO 739 HG3 PRO 739 37.982 -17.768 7.092
6 HD2 PRO 739 HD2 PRO 739 40.391 -18.863 7.774
7 HD3 PRO 739 HD3 PRO 739 38.983 -19.830 7.278
No H/Q in entry = 7
In of MODEL 8
1 H LEU 740 H LEU 740 40.903 -18.152 2.288
2 HA LEU 740 HA LEU 740 42.604 -15.942 3.106
3 HB2 LEU 740 HB2 LEU 740 43.498 -18.396 1.626
4 HB3 LEU 740 HB3 LEU 740 44.298 -16.867 1.366
5 HG LEU 740 HG LEU 740 44.138 -18.350 3.989
6 HD11 LEU 740 HD11 LEU 740 45.579 -19.404 2.328
7 HD13 LEU 740 HD12 LEU 740 46.449 -18.766 3.708
8 HD12 LEU 740 HD13 LEU 740 46.475 -17.890 2.149
9 HD21 LEU 740 HD21 LEU 740 45.570 -15.797 3.245
10 HD23 LEU 740 HD22 LEU 740 45.749 -16.667 4.765
11 HD22 LEU 740 HD23 LEU 740 44.203 -15.932 4.356
No H/Q in entry = 11
In of MODEL 8
1 H THR 741 H THR 741 43.667 -15.211 0.891
2 HA THR 741 HA THR 741 41.649 -15.185 -1.186
3 HB THR 741 HB THR 741 43.111 -12.664 -0.384
4 HG1 THR 741 HG1 THR 741 40.523 -13.366 0.634
5 HG22 THR 741 HG21 THR 741 40.393 -13.170 -1.574
6 HG21 THR 741 HG22 THR 741 41.843 -12.737 -2.474
7 HG23 THR 741 HG23 THR 741 41.139 -11.591 -1.333
No H/Q in entry = 7
In of MODEL 8
1 H VAL 742 H VAL 742 42.714 -14.918 -3.274
2 HA VAL 742 HA VAL 742 45.144 -16.205 -3.460
3 HB VAL 742 HB VAL 742 43.763 -16.269 -5.422
4 HG11 VAL 742 HG11 VAL 742 42.632 -14.201 -5.163
5 HG13 VAL 742 HG12 VAL 742 43.254 -14.533 -6.781
6 HG12 VAL 742 HG13 VAL 742 44.088 -13.353 -5.754
7 HG21 VAL 742 HG21 VAL 742 46.151 -16.351 -5.922
8 HG23 VAL 742 HG22 VAL 742 46.129 -14.592 -6.126
9 HG22 VAL 742 HG23 VAL 742 45.205 -15.614 -7.221
No H/Q in entry = 9
In of MODEL 8
1 H CYS 743 H CYS 743 44.764 -12.701 -3.320
2 HA CYS 743 HA CYS 743 47.451 -12.085 -3.890
3 HB2 CYS 743 HB2 CYS 743 45.708 -10.304 -3.693
4 HB3 CYS 743 HB3 CYS 743 45.671 -10.572 -1.954
No H/Q in entry = 4
In of MODEL 8
1 H LYS 744 H LYS 744 45.873 -12.493 -0.731
2 HA LYS 744 HA LYS 744 48.037 -12.267 0.956
3 HB2 LYS 744 HB2 LYS 744 45.702 -14.158 1.210
4 HB3 LYS 744 HB3 LYS 744 46.800 -13.717 2.503
5 HG2 LYS 744 HG2 LYS 744 46.018 -11.380 2.334
6 HG3 LYS 744 HG3 LYS 744 44.905 -11.865 1.053
7 HD2 LYS 744 HD2 LYS 744 43.789 -13.402 2.591
8 HD3 LYS 744 HD3 LYS 744 44.904 -12.945 3.876
9 HE2 LYS 744 HE2 LYS 744 42.847 -11.781 4.216
10 HE3 LYS 744 HE3 LYS 744 44.058 -10.617 3.697
11 HZ2 LYS 744 HZ1 LYS 744 41.835 -10.379 2.622
12 HZ1 LYS 744 HZ2 LYS 744 42.066 -11.829 1.828
13 HZ3 LYS 744 HZ3 LYS 744 43.093 -10.521 1.530
No H/Q in entry = 13
In of MODEL 8
1 H MET 745 H MET 745 46.719 -15.215 -0.457
2 HA MET 745 HA MET 745 48.551 -17.076 0.510
3 HB2 MET 745 HB2 MET 745 46.735 -18.076 -0.395
4 HB3 MET 745 HB3 MET 745 46.610 -16.982 -1.742
5 HG2 MET 745 HG2 MET 745 47.193 -19.063 -2.691
6 HG3 MET 745 HG3 MET 745 48.669 -18.138 -2.673
7 HE2 MET 745 HE1 MET 745 47.741 -21.664 0.118
8 HE1 MET 745 HE2 MET 745 46.672 -21.036 -1.133
9 HE3 MET 745 HE3 MET 745 46.949 -20.107 0.343
No H/Q in entry = 9
In of MODEL 8
1 H HIS 746 H HIS 746 48.758 -15.163 -2.481
2 HA HIS 746 HA HIS 746 51.158 -16.553 -3.270
3 HB2 HIS 746 HB2 HIS 746 49.614 -14.338 -4.352
4 HB3 HIS 746 HB3 HIS 746 51.337 -14.334 -4.789
5 HD1 HIS 746 HD1 HIS 746 52.111 -16.448 -6.221
6 HD2 HIS 746 HD2 HIS 746 48.040 -16.029 -5.610
7 HE1 HIS 746 HE1 HIS 746 51.029 -17.869 -7.976
8 HE2 HIS 746 HE2 HIS 746 48.553 -17.329 -7.735
No H/Q in entry = 8
In of MODEL 8
1 H VAL 747 H VAL 747 50.463 -13.507 -1.736
2 HA VAL 747 HA VAL 747 53.080 -12.569 -1.686
3 HB VAL 747 HB VAL 747 50.642 -11.988 -0.008
4 HG11 VAL 747 HG11 VAL 747 52.640 -11.641 1.401
5 HG13 VAL 747 HG12 VAL 747 51.868 -10.117 0.978
6 HG12 VAL 747 HG13 VAL 747 53.335 -10.625 0.139
7 HG22 VAL 747 HG21 VAL 747 50.607 -11.221 -2.293
8 HG21 VAL 747 HG22 VAL 747 52.183 -10.489 -2.097
9 HG23 VAL 747 HG23 VAL 747 50.793 -9.834 -1.211
No H/Q in entry = 9
In of MODEL 8
1 H LEU 748 H LEU 748 51.232 -14.354 0.783
2 HA LEU 748 HA LEU 748 53.442 -14.569 2.487
3 HB2 LEU 748 HB2 LEU 748 52.147 -16.306 3.721
4 HB3 LEU 748 HB3 LEU 748 51.218 -14.866 3.395
5 HG LEU 748 HG LEU 748 50.143 -16.154 1.498
6 HD12 LEU 748 HD11 LEU 748 51.342 -18.506 2.941
7 HD11 LEU 748 HD12 LEU 748 51.726 -17.981 1.301
8 HD13 LEU 748 HD13 LEU 748 50.111 -18.582 1.680
9 HD21 LEU 748 HD21 LEU 748 49.715 -17.040 4.341
10 HD23 LEU 748 HD22 LEU 748 48.578 -17.273 3.016
11 HD22 LEU 748 HD23 LEU 748 48.985 -15.643 3.546
No H/Q in entry = 11
In of MODEL 8
1 H HIS 749 H HIS 749 52.487 -16.375 -0.266
2 HA HIS 749 HA HIS 749 54.050 -18.685 0.248
3 HB2 HIS 749 HB2 HIS 749 52.071 -18.249 -1.462
4 HB3 HIS 749 HB3 HIS 749 53.399 -17.855 -2.546
5 HD1 HIS 749 HD1 HIS 749 54.441 -19.817 -3.728
6 HD2 HIS 749 HD2 HIS 749 52.263 -20.924 -0.378
7 HE1 HIS 749 HE1 HIS 749 54.389 -22.303 -3.774
8 HE2 HIS 749 HE2 HIS 749 53.384 -22.933 -1.552
No H/Q in entry = 8
In of MODEL 8
1 H CYS 750 H CYS 750 54.688 -15.568 -1.339
2 HA CYS 750 HA CYS 750 57.269 -16.580 -2.124
3 HB2 CYS 750 HB2 CYS 750 57.671 -14.509 -3.278
4 HB3 CYS 750 HB3 CYS 750 56.031 -15.016 -3.641
No H/Q in entry = 4
In of MODEL 8
1 H GLN 751 H GLN 751 55.829 -14.756 0.468
2 HA GLN 751 HA GLN 751 58.236 -13.752 1.563
3 HB2 GLN 751 HB2 GLN 751 55.599 -14.419 2.878
4 HB3 GLN 751 HB3 GLN 751 56.930 -13.643 3.706
5 HG2 GLN 751 HG2 GLN 751 55.513 -12.520 1.309
6 HG3 GLN 751 HG3 GLN 751 55.126 -12.087 2.960
7 HE21 GLN 751 HE21 GLN 751 55.884 -10.261 0.960
8 HE22 GLN 751 HE22 GLN 751 57.382 -9.546 1.389
No H/Q in entry = 8
In of MODEL 8
1 H GLY 752 H GLY 752 57.092 -16.887 1.248
2 HA3 GLY 752 HA2 GLY 752 58.676 -18.661 1.655
3 HA2 GLY 752 HA3 GLY 752 59.188 -17.794 3.092
No H/Q in entry = 3
In of MODEL 8
1 H ARG 753 H ARG 753 55.783 -18.092 2.461
2 HA ARG 753 HA ARG 753 55.635 -20.028 4.666
3 HB2 ARG 753 HB2 ARG 753 53.452 -18.251 3.545
4 HB3 ARG 753 HB3 ARG 753 53.319 -19.284 4.956
5 HG2 ARG 753 HG2 ARG 753 55.137 -16.883 4.724
6 HG3 ARG 753 HG3 ARG 753 53.560 -16.882 5.495
7 HD2 ARG 753 HD2 ARG 753 55.239 -17.058 7.224
8 HD3 ARG 753 HD3 ARG 753 54.400 -18.600 7.105
9 HE ARG 753 HE ARG 753 56.699 -18.655 5.487
10 HH11 ARG 753 HH11 ARG 753 55.858 -18.767 8.906
11 HH12 ARG 753 HH12 ARG 753 57.275 -19.570 9.381
12 HH21 ARG 753 HH21 ARG 753 58.592 -19.773 6.093
13 HH22 ARG 753 HH22 ARG 753 58.900 -20.130 7.732
No H/Q in entry = 13
In of MODEL 8
1 H ASN 754 H ASN 754 54.124 -21.817 4.449
2 HA ASN 754 HA ASN 754 53.667 -22.520 1.630
3 HB2 ASN 754 HB2 ASN 754 54.301 -24.524 3.816
4 HB3 ASN 754 HB3 ASN 754 54.198 -24.807 2.098
5 HD21 ASN 754 HD21 ASN 754 56.182 -23.639 4.644
6 HD22 ASN 754 HD22 ASN 754 57.636 -23.444 3.744
No H/Q in entry = 6
In of MODEL 8
1 H TYR 755 H TYR 755 51.654 -23.090 1.147
2 HA TYR 755 HA TYR 755 49.796 -23.930 3.206
3 HB2 TYR 755 HB2 TYR 755 49.502 -21.514 1.450
4 HB3 TYR 755 HB3 TYR 755 48.096 -22.391 2.020
5 HD1 TYR 755 HD1 TYR 755 51.211 -20.810 3.387
6 HD2 TYR 755 HD2 TYR 755 47.077 -21.582 3.915
7 HE1 TYR 755 HE1 TYR 755 51.208 -19.374 5.376
8 HE2 TYR 755 HE2 TYR 755 47.057 -20.156 5.898
9 HH TYR 755 HH TYR 755 49.587 -18.033 6.629
No H/Q in entry = 9
In of MODEL 8
1 H THR 756 H THR 756 48.084 -25.093 2.319
2 HA THR 756 HA THR 756 48.507 -26.037 -0.430
3 HB THR 756 HB THR 756 47.126 -27.320 1.938
4 HG1 THR 756 HG1 THR 756 49.711 -27.346 0.975
5 HG23 THR 756 HG21 THR 756 46.185 -28.057 -0.165
6 HG22 THR 756 HG22 THR 756 47.119 -29.362 0.581
7 HG21 THR 756 HG23 THR 756 47.793 -28.444 -0.781
No H/Q in entry = 7
In of MODEL 8
1 H LEU 757 H LEU 757 46.673 -26.061 -1.869
2 HA LEU 757 HA LEU 757 44.474 -24.365 -1.008
3 HB2 LEU 757 HB2 LEU 757 45.304 -25.371 -3.731
4 HB3 LEU 757 HB3 LEU 757 43.773 -24.579 -3.462
5 HG LEU 757 HG LEU 757 45.315 -23.020 -4.414
6 HD11 LEU 757 HD11 LEU 757 43.727 -22.142 -2.827
7 HD13 LEU 757 HD12 LEU 757 45.225 -21.222 -2.804
8 HD12 LEU 757 HD13 LEU 757 44.882 -22.372 -1.512
9 HD23 LEU 757 HD21 LEU 757 47.389 -22.329 -3.274
10 HD22 LEU 757 HD22 LEU 757 47.432 -24.031 -3.736
11 HD21 LEU 757 HD23 LEU 757 47.125 -23.581 -2.061
No H/Q in entry = 11
In of MODEL 8
1 H THR 758 H THR 758 42.816 -25.318 -0.064
2 HA THR 758 HA THR 758 42.286 -28.074 -0.719
3 HB THR 758 HB THR 758 40.755 -27.828 1.339
4 HG1 THR 758 HG1 THR 758 41.789 -26.012 2.672
5 HG21 THR 758 HG21 THR 758 42.948 -28.985 1.324
6 HG23 THR 758 HG22 THR 758 42.657 -28.141 2.840
7 HG22 THR 758 HG23 THR 758 43.742 -27.441 1.637
No H/Q in entry = 7
In of MODEL 8
1 H GLY 759 H GLY 759 39.972 -25.767 0.378
2 HA3 GLY 759 HA2 GLY 759 38.673 -25.187 -1.982
3 HA2 GLY 759 HA3 GLY 759 37.976 -26.702 -1.387
No H/Q in entry = 3
In of MODEL 8
1 H ARG 760 H ARG 760 36.462 -24.455 -1.680
2 HA ARG 760 HA ARG 760 36.385 -22.899 0.706
3 HB2 ARG 760 HB2 ARG 760 34.353 -21.884 -0.187
4 HB3 ARG 760 HB3 ARG 760 35.576 -21.994 -1.437
5 HG2 ARG 760 HG2 ARG 760 33.632 -22.576 -2.559
6 HG3 ARG 760 HG3 ARG 760 34.323 -24.144 -2.141
7 HD2 ARG 760 HD2 ARG 760 32.828 -24.229 -0.160
8 HD3 ARG 760 HD3 ARG 760 32.092 -22.717 -0.675
9 HE ARG 760 HE ARG 760 31.946 -24.500 -2.794
10 HH11 ARG 760 HH11 ARG 760 30.610 -24.226 0.494
11 HH12 ARG 760 HH12 ARG 760 29.187 -25.078 0.138
12 HH21 ARG 760 HH21 ARG 760 30.014 -25.688 -3.277
13 HH22 ARG 760 HH22 ARG 760 28.824 -25.946 -2.096
No H/Q in entry = 13
In of MODEL 8
1 H ASP 761 H ASP 761 35.104 -25.915 -0.210
2 HA ASP 761 HA ASP 761 32.904 -26.058 1.569
3 HB2 ASP 761 HB2 ASP 761 33.103 -27.540 -0.361
4 HB3 ASP 761 HB3 ASP 761 34.556 -28.259 0.316
No H/Q in entry = 4
In of MODEL 8
1 H SER 762 H SER 762 36.299 -26.471 1.962
2 HA SER 762 HA SER 762 36.226 -28.085 4.286
3 HB2 SER 762 HB2 SER 762 38.426 -26.308 3.247
4 HB3 SER 762 HB3 SER 762 38.602 -27.700 4.317
5 HG SER 762 HG SER 762 37.924 -29.024 2.652
No H/Q in entry = 5
In of MODEL 8
1 H CYS 763 H CYS 763 35.683 -24.741 3.750
2 HA CYS 763 HA CYS 763 35.703 -24.213 6.646
3 HB2 CYS 763 HB2 CYS 763 36.924 -22.110 6.262
4 HB3 CYS 763 HB3 CYS 763 37.877 -23.493 5.737
No H/Q in entry = 4
In of MODEL 8
1 H THR 764 H THR 764 35.105 -21.585 6.591
2 HA THR 764 HA THR 764 32.726 -21.322 4.928
3 HB THR 764 HB THR 764 33.430 -19.954 7.542
4 HG1 THR 764 HG1 THR 764 32.027 -22.284 6.898
5 HG21 THR 764 HG21 THR 764 30.827 -20.105 5.999
6 HG23 THR 764 HG22 THR 764 31.875 -18.690 6.112
7 HG22 THR 764 HG23 THR 764 31.056 -19.299 7.554
No H/Q in entry = 7
In of MODEL 8
1 H LEU 765 H LEU 765 33.241 -20.154 3.255
2 HA LEU 765 HA LEU 765 35.477 -18.346 3.311
3 HB2 LEU 765 HB2 LEU 765 34.544 -19.960 1.396
4 HB3 LEU 765 HB3 LEU 765 33.552 -18.543 1.075
5 HG LEU 765 HG LEU 765 35.572 -17.202 0.715
6 HD12 LEU 765 HD11 LEU 765 37.736 -18.363 0.519
7 HD11 LEU 765 HD12 LEU 765 36.960 -19.835 1.129
8 HD13 LEU 765 HD13 LEU 765 37.086 -18.421 2.158
9 HD21 LEU 765 HD21 LEU 765 35.451 -19.729 -0.933
10 HD23 LEU 765 HD22 LEU 765 36.218 -18.217 -1.416
11 HD22 LEU 765 HD23 LEU 765 34.472 -18.283 -1.185
No H/Q in entry = 11
In of MODEL 8
1 HA PRO 766 HA PRO 766 33.070 -14.796 4.451
2 HB2 PRO 766 HB2 PRO 766 34.429 -12.877 2.962
3 HB3 PRO 766 HB3 PRO 766 34.873 -13.429 4.579
4 HG2 PRO 766 HG2 PRO 766 35.985 -14.211 1.931
5 HG3 PRO 766 HG3 PRO 766 36.798 -14.042 3.499
6 HD2 PRO 766 HD2 PRO 766 36.184 -16.435 2.431
7 HD3 PRO 766 HD3 PRO 766 36.184 -16.181 4.174
No H/Q in entry = 7
In of MODEL 8
1 H ALA 767 H ALA 767 33.784 -15.204 1.011
2 HA ALA 767 HA ALA 767 31.036 -14.546 0.414
3 HB1 ALA 767 HB1 ALA 767 32.145 -12.373 0.320
4 HB3 ALA 767 HB2 ALA 767 31.598 -12.882 -1.279
5 HB2 ALA 767 HB3 ALA 767 33.305 -13.010 -0.846
No H/Q in entry = 5
In of MODEL 8
1 H SER 768 H SER 768 30.378 -16.088 -0.836
2 HA SER 768 HA SER 768 32.035 -16.814 -3.131
3 HB2 SER 768 HB2 SER 768 32.282 -18.665 -1.510
4 HB3 SER 768 HB3 SER 768 30.536 -18.812 -1.390
5 HG SER 768 HG SER 768 30.648 -20.111 -2.985
No H/Q in entry = 5
In of MODEL 8
1 H ALA 769 H ALA 769 28.841 -17.999 -2.077
2 HA ALA 769 HA ALA 769 27.680 -17.237 -4.637
3 HB2 ALA 769 HB1 ALA 769 27.199 -19.431 -3.637
4 HB1 ALA 769 HB2 ALA 769 25.726 -18.443 -3.773
5 HB3 ALA 769 HB3 ALA 769 26.560 -18.587 -2.221
No H/Q in entry = 5
In of MODEL 8
1 H GLU 770 H GLU 770 28.470 -15.505 -2.329
2 HA GLU 770 HA GLU 770 25.945 -14.247 -1.552
3 HB2 GLU 770 HB2 GLU 770 28.724 -14.119 -0.507
4 HB3 GLU 770 HB3 GLU 770 27.320 -13.313 0.239
5 HG2 GLU 770 HG2 GLU 770 26.333 -15.427 0.695
6 HG3 GLU 770 HG3 GLU 770 27.578 -16.243 -0.250
No H/Q in entry = 6
In of MODEL 8
1 H LYS 771 H LYS 771 25.474 -12.343 -2.416
2 HA LYS 771 HA LYS 771 27.623 -10.778 -3.604
3 HB2 LYS 771 HB2 LYS 771 24.773 -10.681 -4.590
4 HB3 LYS 771 HB3 LYS 771 26.224 -10.164 -5.415
5 HG2 LYS 771 HG2 LYS 771 25.461 -13.018 -4.863
6 HG3 LYS 771 HG3 LYS 771 25.297 -12.185 -6.404
7 HD2 LYS 771 HD2 LYS 771 27.583 -12.167 -6.777
8 HD3 LYS 771 HD3 LYS 771 27.963 -12.330 -5.055
9 HE2 LYS 771 HE2 LYS 771 27.179 -14.502 -5.004
10 HE3 LYS 771 HE3 LYS 771 26.617 -14.468 -6.689
11 HZ2 LYS 771 HZ1 LYS 771 29.418 -14.449 -5.661
12 HZ1 LYS 771 HZ2 LYS 771 29.016 -14.095 -7.268
13 HZ3 LYS 771 HZ3 LYS 771 28.685 -15.608 -6.635
No H/Q in entry = 13
In of MODEL 8
1 H ALA 772 H ALA 772 27.447 -8.537 -2.884
2 HA ALA 772 HA ALA 772 25.016 -7.843 -1.429
3 HB2 ALA 772 HB1 ALA 772 26.627 -8.632 0.239
4 HB3 ALA 772 HB2 ALA 772 26.321 -6.901 0.408
5 HB1 ALA 772 HB3 ALA 772 27.808 -7.462 -0.354
No H/Q in entry = 5
In of MODEL 8
1 H CYS 773 H CYS 773 24.313 -5.886 -1.934
2 HA CYS 773 HA CYS 773 25.664 -4.289 -3.862
3 HB2 CYS 773 HB2 CYS 773 23.209 -4.347 -3.724
4 HB3 CYS 773 HB3 CYS 773 23.273 -3.671 -2.104
No H/Q in entry = 4
In of MODEL 8
1 H GLY 774 H GLY 774 27.470 -3.364 -3.346
2 HA3 GLY 774 HA2 GLY 774 28.293 -1.312 -2.267
3 HA2 GLY 774 HA3 GLY 774 27.627 -1.964 -0.772
No H/Q in entry = 3
In of MODEL 8
1 H ALA 775 H ALA 775 28.562 -4.735 -1.886
2 HA ALA 775 HA ALA 775 31.417 -4.398 -1.701
3 HB2 ALA 775 HB1 ALA 775 29.950 -6.099 0.307
4 HB1 ALA 775 HB2 ALA 775 30.726 -4.555 0.655
5 HB3 ALA 775 HB3 ALA 775 31.700 -5.940 0.163
No H/Q in entry = 5
In of MODEL 8
1 H CYS 776 H CYS 776 31.697 -5.213 -3.594
2 HA CYS 776 HA CYS 776 32.344 -7.842 -3.987
3 HB2 CYS 776 HB2 CYS 776 30.617 -8.650 -5.581
4 HB3 CYS 776 HB3 CYS 776 29.863 -8.311 -4.032
No H/Q in entry = 4
In of MODEL 8
1 HA PRO 777 HA PRO 777 32.597 -4.220 -7.254
2 HB2 PRO 777 HB2 PRO 777 34.476 -2.536 -6.512
3 HB3 PRO 777 HB3 PRO 777 32.936 -2.566 -5.640
4 HG2 PRO 777 HG2 PRO 777 35.576 -3.747 -4.866
5 HG3 PRO 777 HG3 PRO 777 34.406 -2.873 -3.863
6 HD2 PRO 777 HD2 PRO 777 34.649 -5.641 -4.048
7 HD3 PRO 777 HD3 PRO 777 33.248 -4.769 -3.404
No H/Q in entry = 7
In of MODEL 8
1 H LEU 778 H LEU 778 34.115 -6.715 -6.970
2 HA LEU 778 HA LEU 778 36.678 -6.147 -8.261
3 HB2 LEU 778 HB2 LEU 778 35.972 -7.935 -6.365
4 HB3 LEU 778 HB3 LEU 778 35.700 -8.911 -7.788
5 HG LEU 778 HG LEU 778 37.816 -9.479 -7.019
6 HD12 LEU 778 HD11 LEU 778 39.402 -8.777 -8.714
7 HD11 LEU 778 HD12 LEU 778 38.259 -7.540 -9.258
8 HD13 LEU 778 HD13 LEU 778 37.835 -9.253 -9.367
9 HD22 LEU 778 HD21 LEU 778 38.201 -7.784 -5.461
10 HD21 LEU 778 HD22 LEU 778 38.342 -6.558 -6.713
11 HD23 LEU 778 HD23 LEU 778 39.584 -7.815 -6.559
No H/Q in entry = 11
In of MODEL 8
1 H TRP 779 H TRP 779 33.917 -8.315 -8.660
2 HA TRP 779 HA TRP 779 34.049 -8.119 -11.595
3 HB2 TRP 779 HB2 TRP 779 33.030 -10.509 -11.449
4 HB3 TRP 779 HB3 TRP 779 34.758 -10.327 -11.166
5 HD1 TRP 779 HD1 TRP 779 31.467 -10.889 -9.158
6 HE1 TRP 779 HE1 TRP 779 32.114 -11.925 -6.892
7 HE3 TRP 779 HE3 TRP 779 36.545 -10.799 -9.610
8 HZ2 TRP 779 HZ2 TRP 779 34.505 -12.610 -5.487
9 HZ3 TRP 779 HZ3 TRP 779 37.915 -11.663 -7.779
10 HH2 TRP 779 HH2 TRP 779 36.892 -12.550 -5.767
No H/Q in entry = 10
In of MODEL 8
1 H GLY 780 H GLY 780 32.386 -7.000 -9.106
2 HA3 GLY 780 HA2 GLY 780 29.892 -7.336 -10.440
3 HA2 GLY 780 HA3 GLY 780 29.974 -7.766 -8.717
No H/Q in entry = 3
In of MODEL 8
1 H LYS 781 H LYS 781 28.299 -5.922 -9.709
2 HA LYS 781 HA LYS 781 29.219 -3.453 -8.480
3 HB2 LYS 781 HB2 LYS 781 28.194 -3.701 -11.288
4 HB3 LYS 781 HB3 LYS 781 28.249 -2.194 -10.372
5 HG2 LYS 781 HG2 LYS 781 30.721 -2.441 -10.254
6 HG3 LYS 781 HG3 LYS 781 30.591 -3.890 -11.251
7 HD2 LYS 781 HD2 LYS 781 31.187 -1.999 -12.634
8 HD3 LYS 781 HD3 LYS 781 29.550 -2.531 -13.026
9 HE2 LYS 781 HE2 LYS 781 29.563 -0.101 -12.913
10 HE3 LYS 781 HE3 LYS 781 28.678 -0.775 -11.540
11 HZ2 LYS 781 HZ1 LYS 781 30.279 1.085 -10.989
12 HZ1 LYS 781 HZ2 LYS 781 31.521 -0.030 -11.300
13 HZ3 LYS 781 HZ3 LYS 781 30.435 -0.324 -10.089
No H/Q in entry = 13
In of MODEL 8
1 H CYS 782 H CYS 782 27.412 -2.212 -7.843
2 HA CYS 782 HA CYS 782 24.933 -3.737 -7.990
3 HB2 CYS 782 HB2 CYS 782 25.733 -3.011 -5.717
4 HB3 CYS 782 HB3 CYS 782 25.594 -1.341 -6.241
No H/Q in entry = 4
In of MODEL 8
1 H ASP 783 H ASP 783 24.658 -3.229 -10.178
2 HA ASP 783 HA ASP 783 24.014 -0.420 -10.691
3 HB2 ASP 783 HB2 ASP 783 24.356 -0.762 -13.014
4 HB3 ASP 783 HB3 ASP 783 25.688 -1.594 -12.234
No H/Q in entry = 4
In of MODEL 8
1 H ALA 784 H ALA 784 22.796 -3.617 -10.643
2 HA ALA 784 HA ALA 784 20.099 -2.587 -11.038
3 HB1 ALA 784 HB1 ALA 784 20.648 -4.590 -12.369
4 HB2 ALA 784 HB2 ALA 784 19.450 -4.983 -11.135
5 HB3 ALA 784 HB3 ALA 784 21.138 -5.435 -10.900
No H/Q in entry = 5
In of MODEL 8
1 H GLU 785 H GLU 785 19.853 -1.593 -9.161
2 HA GLU 785 HA GLU 785 20.972 -2.338 -6.732
3 HB2 GLU 785 HB2 GLU 785 18.703 -0.467 -7.306
4 HB3 GLU 785 HB3 GLU 785 19.475 -0.650 -5.735
5 HG2 GLU 785 HG2 GLU 785 21.604 0.027 -6.700
6 HG3 GLU 785 HG3 GLU 785 20.827 0.224 -8.269
No H/Q in entry = 6
In of MODEL 8
1 H SER 786 H SER 786 20.465 -3.523 -5.193
2 HA SER 786 HA SER 786 17.875 -4.255 -4.368
3 HB2 SER 786 HB2 SER 786 19.767 -6.404 -5.448
4 HB3 SER 786 HB3 SER 786 18.241 -6.702 -4.620
5 HG SER 786 HG SER 786 17.944 -5.026 -6.700
No H/Q in entry = 5
In of MODEL 8
1 H SER 787 H SER 787 18.622 -6.145 -2.509
2 HA SER 787 HA SER 787 20.674 -4.857 -0.998
3 HB2 SER 787 HB2 SER 787 19.338 -7.544 -0.551
4 HB3 SER 787 HB3 SER 787 20.276 -6.641 0.639
5 HG SER 787 HG SER 787 18.662 -4.891 0.100
No H/Q in entry = 5
In of MODEL 8
1 H LYS 788 H LYS 788 20.433 -7.586 -3.131
2 HA LYS 788 HA LYS 788 23.158 -8.451 -2.709
3 HB2 LYS 788 HB2 LYS 788 22.733 -10.081 -4.420
4 HB3 LYS 788 HB3 LYS 788 21.283 -10.007 -3.438
5 HG2 LYS 788 HG2 LYS 788 20.133 -8.711 -5.120
6 HG3 LYS 788 HG3 LYS 788 21.613 -8.554 -6.064
7 HD2 LYS 788 HD2 LYS 788 21.638 -11.051 -6.268
8 HD3 LYS 788 HD3 LYS 788 20.046 -11.069 -5.514
9 HE2 LYS 788 HE2 LYS 788 20.769 -9.667 -8.094
10 HE3 LYS 788 HE3 LYS 788 19.939 -11.209 -7.971
11 HZ1 LYS 788 HZ1 LYS 788 18.869 -8.627 -6.935
12 HZ3 LYS 788 HZ2 LYS 788 18.059 -10.114 -6.951
13 HZ2 LYS 788 HZ3 LYS 788 18.462 -9.348 -8.386
No H/Q in entry = 13
In of MODEL 8
1 H CYS 789 H CYS 789 24.555 -8.566 -4.795
2 HA CYS 789 HA CYS 789 24.062 -6.223 -6.460
3 HB2 CYS 789 HB2 CYS 789 26.483 -5.942 -6.725
4 HB3 CYS 789 HB3 CYS 789 26.051 -5.861 -5.027
No H/Q in entry = 4
In of MODEL 8
1 H VAL 790 H VAL 790 25.380 -6.617 -8.640
2 HA VAL 790 HA VAL 790 24.967 -9.412 -9.308
3 HB VAL 790 HB VAL 790 24.224 -8.648 -11.597
4 HG11 VAL 790 HG11 VAL 790 22.485 -7.829 -9.281
5 HG13 VAL 790 HG12 VAL 790 22.611 -9.449 -9.970
6 HG12 VAL 790 HG13 VAL 790 21.930 -8.130 -10.926
7 HG23 VAL 790 HG21 VAL 790 23.325 -6.361 -11.795
8 HG22 VAL 790 HG22 VAL 790 25.073 -6.373 -11.545
9 HG21 VAL 790 HG23 VAL 790 23.994 -5.976 -10.207
No H/Q in entry = 9
In of MODEL 8
1 H CYS 791 H CYS 791 26.305 -10.179 -10.949
2 HA CYS 791 HA CYS 791 28.742 -8.656 -10.948
3 HB2 CYS 791 HB2 CYS 791 28.272 -11.542 -11.608
4 HB3 CYS 791 HB3 CYS 791 29.847 -10.740 -11.578
No H/Q in entry = 4
In of MODEL 8
1 H ARG 792 H ARG 792 29.642 -7.894 -12.684
2 HA ARG 792 HA ARG 792 28.011 -7.804 -15.044
3 HB2 ARG 792 HB2 ARG 792 30.364 -6.248 -14.059
4 HB3 ARG 792 HB3 ARG 792 30.002 -6.223 -15.786
5 HG2 ARG 792 HG2 ARG 792 28.024 -5.478 -13.620
6 HG3 ARG 792 HG3 ARG 792 29.014 -4.314 -14.507
7 HD2 ARG 792 HD2 ARG 792 28.030 -5.030 -16.609
8 HD3 ARG 792 HD3 ARG 792 27.079 -6.254 -15.791
9 HE ARG 792 HE ARG 792 26.005 -4.248 -14.627
10 HH11 ARG 792 HH11 ARG 792 27.358 -4.009 -17.924
11 HH12 ARG 792 HH12 ARG 792 26.145 -2.975 -18.493
12 HH21 ARG 792 HH21 ARG 792 24.304 -2.867 -15.471
13 HH22 ARG 792 HH22 ARG 792 24.354 -2.328 -17.085
No H/Q in entry = 13
In of MODEL 8
1 H GLU 793 H GLU 793 29.522 -7.724 -17.176
2 HA GLU 793 HA GLU 793 30.130 -10.450 -17.471
3 HB2 GLU 793 HB2 GLU 793 30.750 -8.196 -19.377
4 HB3 GLU 793 HB3 GLU 793 30.754 -9.913 -19.752
5 HG2 GLU 793 HG2 GLU 793 28.396 -8.306 -18.873
6 HG3 GLU 793 HG3 GLU 793 28.709 -8.884 -20.520
No H/Q in entry = 6
In of MODEL 8
1 H ALA 794 H ALA 794 32.125 -11.289 -18.351
2 HA ALA 794 HA ALA 794 34.024 -11.010 -16.312
3 HB2 ALA 794 HB1 ALA 794 33.440 -13.105 -17.499
4 HB3 ALA 794 HB2 ALA 794 35.153 -12.789 -17.370
5 HB1 ALA 794 HB3 ALA 794 34.322 -12.506 -18.907
No H/Q in entry = 5
In of MODEL 8
1 H SER 795 H SER 795 33.846 -9.849 -19.591
2 HA SER 795 HA SER 795 36.441 -8.625 -19.207
3 HB2 SER 795 HB2 SER 795 34.848 -8.988 -21.750
4 HB3 SER 795 HB3 SER 795 36.506 -8.373 -21.647
5 HG SER 795 HG SER 795 36.132 -10.698 -20.303
No H/Q in entry = 5
In of MODEL 8
1 H GLU 796 H GLU 796 33.717 -7.792 -18.183
2 HA GLU 796 HA GLU 796 33.746 -4.982 -19.081
3 HB2 GLU 796 HB2 GLU 796 31.704 -6.274 -19.835
4 HB3 GLU 796 HB3 GLU 796 31.367 -6.634 -18.150
5 HG2 GLU 796 HG2 GLU 796 29.914 -4.864 -18.898
6 HG3 GLU 796 HG3 GLU 796 31.060 -4.218 -17.729
No H/Q in entry = 6
In of MODEL 8
1 H CYS 797 H CYS 797 35.274 -6.295 -17.048
2 HA CYS 797 HA CYS 797 33.955 -5.610 -14.546
3 HB2 CYS 797 HB2 CYS 797 35.633 -6.830 -13.469
4 HB3 CYS 797 HB3 CYS 797 35.269 -7.772 -14.915
No H/Q in entry = 4
In of MODEL 8
1 H GLU 798 H GLU 798 35.156 -4.247 -12.991
2 HA GLU 798 HA GLU 798 36.618 -2.181 -14.442
3 HB2 GLU 798 HB2 GLU 798 36.026 -0.713 -12.536
4 HB3 GLU 798 HB3 GLU 798 34.652 -1.322 -13.439
5 HG2 GLU 798 HG2 GLU 798 34.182 -2.949 -11.717
6 HG3 GLU 798 HG3 GLU 798 35.633 -2.468 -10.835
No H/Q in entry = 6
In of MODEL 8
1 H GLU 799 H GLU 799 37.016 -4.542 -11.969
2 HA GLU 799 HA GLU 799 39.351 -3.141 -10.923
3 HB2 GLU 799 HB2 GLU 799 37.578 -3.846 -9.337
4 HB3 GLU 799 HB3 GLU 799 37.841 -5.508 -9.831
5 HG2 GLU 799 HG2 GLU 799 38.889 -4.960 -7.687
6 HG3 GLU 799 HG3 GLU 799 40.069 -5.479 -8.896
No H/Q in entry = 6
In of MODEL 8
1 H GLU 800 H GLU 800 41.311 -4.325 -10.615
2 HA GLU 800 HA GLU 800 41.650 -6.605 -12.391
3 HB2 GLU 800 HB2 GLU 800 43.517 -4.235 -12.202
4 HB3 GLU 800 HB3 GLU 800 43.804 -5.693 -13.132
5 HG2 GLU 800 HG2 GLU 800 41.803 -5.158 -14.494
6 HG3 GLU 800 HG3 GLU 800 41.655 -3.644 -13.605
No H/Q in entry = 6
In of MODEL 8
1 H GLY 801 H GLY 801 41.621 -7.846 -10.620
2 HA3 GLY 801 HA2 GLY 801 43.502 -7.582 -8.445
3 HA2 GLY 801 HA3 GLY 801 42.477 -8.974 -8.747
No H/Q in entry = 3
In of MODEL 8
1 H PHE 802 H PHE 802 43.699 -10.745 -8.941
2 HA PHE 802 HA PHE 802 46.342 -10.570 -10.123
3 HB2 PHE 802 HB2 PHE 802 44.915 -12.593 -8.425
4 HB3 PHE 802 HB3 PHE 802 46.349 -13.043 -9.333
5 HD1 PHE 802 HD1 PHE 802 47.720 -13.547 -7.480
6 HD2 PHE 802 HD2 PHE 802 45.853 -9.738 -7.767
7 HE1 PHE 802 HE1 PHE 802 49.182 -12.703 -5.706
8 HE2 PHE 802 HE2 PHE 802 47.300 -8.881 -6.013
9 HZ PHE 802 HZ PHE 802 48.981 -10.366 -4.957
No H/Q in entry = 9
In of MODEL 8
1 H SER 803 H SER 803 46.894 -12.752 -11.209
2 HA SER 803 HA SER 803 44.865 -13.393 -13.213
3 HB2 SER 803 HB2 SER 803 46.884 -14.068 -14.592
4 HB3 SER 803 HB3 SER 803 46.787 -12.336 -14.243
5 HG SER 803 HG SER 803 48.230 -14.210 -12.721
No H/Q in entry = 5
In of MODEL 8
1 H ILE 804 H ILE 804 44.096 -15.397 -12.995
2 HA ILE 804 HA ILE 804 45.654 -17.336 -11.441
3 HB ILE 804 HB ILE 804 43.687 -18.192 -10.333
4 HG12 ILE 804 HG12 ILE 804 41.947 -17.851 -12.091
5 HG13 ILE 804 HG13 ILE 804 41.433 -17.252 -10.522
6 HG22 ILE 804 HG21 ILE 804 43.737 -15.197 -10.113
7 HG21 ILE 804 HG22 ILE 804 44.751 -16.333 -9.225
8 HG23 ILE 804 HG23 ILE 804 43.006 -16.283 -8.938
9 HD12 ILE 804 HD11 ILE 804 42.322 -15.610 -12.877
10 HD11 ILE 804 HD12 ILE 804 41.968 -14.965 -11.274
11 HD13 ILE 804 HD13 ILE 804 40.700 -15.755 -12.207
No H/Q in entry = 11
In of MODEL 8
1 H CYS 805 H CYS 805 44.461 -19.640 -11.713
2 HA CYS 805 HA CYS 805 44.268 -20.066 -14.621
3 HB2 CYS 805 HB2 CYS 805 46.354 -20.918 -13.630
4 HB3 CYS 805 HB3 CYS 805 45.409 -21.839 -12.467
No H/Q in entry = 4
In of MODEL 8
1 H VAL 806 H VAL 806 42.315 -20.822 -15.217
2 HA VAL 806 HA VAL 806 40.738 -22.288 -13.223
3 HB VAL 806 HB VAL 806 39.604 -20.369 -15.226
4 HG11 VAL 806 HG11 VAL 806 38.406 -21.615 -12.778
5 HG13 VAL 806 HG12 VAL 806 38.051 -21.996 -14.452
6 HG12 VAL 806 HG13 VAL 806 37.624 -20.406 -13.800
7 HG23 VAL 806 HG21 VAL 806 39.267 -18.745 -13.407
8 HG22 VAL 806 HG22 VAL 806 40.957 -19.016 -13.806
9 HG21 VAL 806 HG23 VAL 806 40.266 -19.753 -12.352
No H/Q in entry = 9
In of MODEL 8
1 H GLU 807 H GLU 807 40.083 -24.188 -13.974
2 HA GLU 807 HA GLU 807 40.438 -24.921 -16.751
3 HB2 GLU 807 HB2 GLU 807 41.027 -26.466 -14.848
4 HB3 GLU 807 HB3 GLU 807 39.319 -26.555 -14.487
5 HG2 GLU 807 HG2 GLU 807 38.876 -27.484 -16.691
6 HG3 GLU 807 HG3 GLU 807 40.599 -27.352 -17.053
No H/Q in entry = 6
In of MODEL 8
1 H VAL 808 H VAL 808 39.062 -24.284 -18.059
2 HA VAL 808 HA VAL 808 36.206 -24.673 -17.562
3 HB VAL 808 HB VAL 808 37.391 -22.277 -18.890
4 HG13 VAL 808 HG11 VAL 808 35.195 -21.290 -18.773
5 HG12 VAL 808 HG12 VAL 808 34.571 -22.813 -18.103
6 HG11 VAL 808 HG13 VAL 808 35.285 -22.773 -19.732
7 HG23 VAL 808 HG21 VAL 808 36.597 -20.970 -16.919
8 HG22 VAL 808 HG22 VAL 808 38.019 -21.978 -16.724
9 HG21 VAL 808 HG23 VAL 808 36.468 -22.528 -16.082
No H/Q in entry = 9
In of MODEL 8
1 H ASN 809 H ASN 809 35.221 -25.373 -19.494
2 HA ASN 809 HA ASN 809 35.028 -26.207 -21.602
3 HB2 ASN 809 HB2 ASN 809 37.258 -24.249 -22.105
4 HB3 ASN 809 HB3 ASN 809 36.699 -25.303 -23.373
5 HD21 ASN 809 HD21 ASN 809 36.145 -22.476 -21.531
6 HD22 ASN 809 HD22 ASN 809 34.744 -21.915 -22.351
No H/Q in entry = 6
In of MODEL 8
1 H GLY 810 H GLY 810 36.955 -27.254 -19.518
2 HA3 GLY 810 HA2 GLY 810 37.972 -29.381 -19.519
3 HA2 GLY 810 HA3 GLY 810 38.082 -29.251 -21.279
No H/Q in entry = 3
In of MODEL 8
1 H LYS 811 H LYS 811 39.214 -26.414 -20.531
2 HA LYS 811 HA LYS 811 41.955 -27.415 -20.133
3 HB2 LYS 811 HB2 LYS 811 42.698 -25.624 -21.665
4 HB3 LYS 811 HB3 LYS 811 41.683 -26.830 -22.443
5 HG2 LYS 811 HG2 LYS 811 39.756 -25.289 -22.218
6 HG3 LYS 811 HG3 LYS 811 40.849 -24.072 -21.564
7 HD2 LYS 811 HD2 LYS 811 41.071 -25.362 -24.263
8 HD3 LYS 811 HD3 LYS 811 40.386 -23.765 -23.965
9 HE2 LYS 811 HE2 LYS 811 42.585 -23.043 -23.035
10 HE3 LYS 811 HE3 LYS 811 43.232 -24.630 -23.434
11 HZ2 LYS 811 HZ1 LYS 811 43.785 -23.004 -25.149
12 HZ1 LYS 811 HZ2 LYS 811 42.142 -22.710 -25.417
13 HZ3 LYS 811 HZ3 LYS 811 42.782 -24.213 -25.748
No H/Q in entry = 13
In of MODEL 8
1 H GLU 812 H GLU 812 43.401 -26.053 -19.045
2 HA GLU 812 HA GLU 812 42.117 -24.258 -17.159
3 HB2 GLU 812 HB2 GLU 812 44.954 -25.271 -17.329
4 HB3 GLU 812 HB3 GLU 812 44.339 -24.223 -16.060
5 HG2 GLU 812 HG2 GLU 812 42.791 -25.934 -15.375
6 HG3 GLU 812 HG3 GLU 812 43.368 -27.010 -16.652
No H/Q in entry = 6
In of MODEL 8
1 H GLN 813 H GLN 813 41.636 -22.402 -18.081
2 HA GLN 813 HA GLN 813 43.664 -21.080 -19.684
3 HB2 GLN 813 HB2 GLN 813 41.470 -21.147 -20.661
4 HB3 GLN 813 HB3 GLN 813 40.734 -20.458 -19.214
5 HG2 GLN 813 HG2 GLN 813 41.916 -18.382 -19.610
6 HG3 GLN 813 HG3 GLN 813 42.709 -19.061 -21.026
7 HE21 GLN 813 HE21 GLN 813 39.349 -19.696 -20.285
8 HE22 GLN 813 HE22 GLN 813 38.700 -18.743 -21.559
No H/Q in entry = 8
In of MODEL 8
1 H THR 814 H THR 814 44.593 -19.185 -19.083
2 HA THR 814 HA THR 814 44.537 -18.530 -16.280
3 HB THR 814 HB THR 814 45.971 -17.248 -18.591
4 HG1 THR 814 HG1 THR 814 47.764 -18.504 -17.713
5 HG22 THR 814 HG21 THR 814 46.492 -17.063 -15.613
6 HG21 THR 814 HG22 THR 814 45.815 -15.790 -16.623
7 HG23 THR 814 HG23 THR 814 47.483 -16.319 -16.874
No H/Q in entry = 7
In of MODEL 8
1 H MET 815 H MET 815 43.211 -17.057 -15.492
2 HA MET 815 HA MET 815 41.983 -15.197 -17.401
3 HB2 MET 815 HB2 MET 815 40.686 -16.270 -14.905
4 HB3 MET 815 HB3 MET 815 39.953 -15.240 -16.125
5 HG2 MET 815 HG2 MET 815 40.500 -17.253 -17.719
6 HG3 MET 815 HG3 MET 815 40.651 -18.078 -16.176
7 HE1 MET 815 HE1 MET 815 38.654 -18.636 -18.609
8 HE3 MET 815 HE2 MET 815 37.246 -19.193 -17.707
9 HE2 MET 815 HE3 MET 815 38.873 -19.719 -17.236
No H/Q in entry = 9
In of MODEL 8
1 H SER 816 H SER 816 41.295 -13.243 -16.470
2 HA SER 816 HA SER 816 43.067 -12.294 -14.397
3 HB2 SER 816 HB2 SER 816 40.793 -10.907 -15.859
4 HB3 SER 816 HB3 SER 816 41.996 -10.120 -14.833
5 HG SER 816 HG SER 816 42.228 -11.163 -17.400
No H/Q in entry = 5
In of MODEL 8
1 H GLU 817 H GLU 817 42.299 -11.572 -12.371
2 HA GLU 817 HA GLU 817 40.780 -13.128 -10.819
3 HB2 GLU 817 HB2 GLU 817 42.133 -10.962 -10.349
4 HB3 GLU 817 HB3 GLU 817 40.556 -10.190 -10.446
5 HG2 GLU 817 HG2 GLU 817 40.627 -10.642 -8.201
6 HG3 GLU 817 HG3 GLU 817 39.925 -12.148 -8.827
No H/Q in entry = 6
In of MODEL 8
1 H CYS 818 H CYS 818 39.584 -10.242 -12.481
2 HA CYS 818 HA CYS 818 36.967 -10.405 -11.403
3 HB2 CYS 818 HB2 CYS 818 36.466 -8.543 -12.776
4 HB3 CYS 818 HB3 CYS 818 38.090 -8.312 -12.131
No H/Q in entry = 4
In of MODEL 8
1 H GLU 819 H GLU 819 38.503 -11.656 -14.248
2 HA GLU 819 HA GLU 819 36.175 -12.080 -15.795
3 HB2 GLU 819 HB2 GLU 819 38.397 -11.917 -16.810
4 HB3 GLU 819 HB3 GLU 819 38.917 -13.316 -15.881
5 HG2 GLU 819 HG2 GLU 819 37.605 -14.770 -17.202
6 HG3 GLU 819 HG3 GLU 819 36.804 -13.421 -18.006
No H/Q in entry = 6
In of MODEL 8
1 H ALA 820 H ALA 820 38.328 -14.238 -14.017
2 HA ALA 820 HA ALA 820 36.827 -16.532 -14.186
3 HB3 ALA 820 HB1 ALA 820 38.635 -15.642 -11.957
4 HB1 ALA 820 HB2 ALA 820 39.109 -16.519 -13.416
5 HB2 ALA 820 HB3 ALA 820 38.074 -17.292 -12.211
No H/Q in entry = 5
In of MODEL 8
1 H GLY 821 H GLY 821 36.839 -13.914 -11.802
2 HA3 GLY 821 HA2 GLY 821 35.071 -14.998 -9.910
3 HA2 GLY 821 HA3 GLY 821 35.439 -13.292 -10.112
No H/Q in entry = 3
In of MODEL 8
1 H ALA 822 H ALA 822 34.458 -12.847 -12.674
2 HA ALA 822 HA ALA 822 31.704 -12.513 -12.189
3 HB1 ALA 822 HB1 ALA 822 33.176 -12.417 -14.827
4 HB2 ALA 822 HB2 ALA 822 32.978 -11.056 -13.727
5 HB3 ALA 822 HB3 ALA 822 31.573 -11.748 -14.530
No H/Q in entry = 5
In of MODEL 8
1 H LEU 823 H LEU 823 33.556 -14.860 -13.966
2 HA LEU 823 HA LEU 823 31.387 -16.214 -15.098
3 HB2 LEU 823 HB2 LEU 823 34.141 -17.233 -14.426
4 HB3 LEU 823 HB3 LEU 823 32.986 -18.057 -15.463
5 HG LEU 823 HG LEU 823 34.181 -15.342 -16.006
6 HD12 LEU 823 HD11 LEU 823 35.369 -16.410 -17.827
7 HD11 LEU 823 HD12 LEU 823 34.813 -17.996 -17.267
8 HD13 LEU 823 HD13 LEU 823 35.861 -16.989 -16.251
9 HD21 LEU 823 HD21 LEU 823 32.319 -17.048 -17.659
10 HD23 LEU 823 HD22 LEU 823 33.186 -15.625 -18.238
11 HD22 LEU 823 HD23 LEU 823 31.993 -15.458 -16.958
No H/Q in entry = 11
In of MODEL 8
1 H ARG 824 H ARG 824 33.123 -16.756 -12.009
2 HA ARG 824 HA ARG 824 31.628 -18.975 -11.116
3 HB2 ARG 824 HB2 ARG 824 32.879 -16.764 -9.484
4 HB3 ARG 824 HB3 ARG 824 32.425 -18.352 -8.902
5 HG2 ARG 824 HG2 ARG 824 34.179 -19.367 -10.247
6 HG3 ARG 824 HG3 ARG 824 34.595 -17.781 -10.918
7 HD2 ARG 824 HD2 ARG 824 36.109 -18.399 -9.150
8 HD3 ARG 824 HD3 ARG 824 35.118 -17.028 -8.648
9 HE ARG 824 HE ARG 824 34.169 -19.651 -7.983
10 HH11 ARG 824 HH11 ARG 824 35.746 -16.695 -6.814
11 HH12 ARG 824 HH12 ARG 824 35.589 -17.051 -5.164
12 HH21 ARG 824 HH21 ARG 824 33.986 -20.163 -5.659
13 HH22 ARG 824 HH22 ARG 824 34.574 -19.073 -4.499
No H/Q in entry = 13
In of MODEL 8
1 H CYS 825 H CYS 825 30.830 -15.683 -11.446
2 HA CYS 825 HA CYS 825 28.847 -15.759 -9.333
3 HB2 CYS 825 HB2 CYS 825 30.448 -13.807 -9.730
4 HB3 CYS 825 HB3 CYS 825 29.476 -13.479 -11.150
No H/Q in entry = 4
In of MODEL 8
1 H ARG 826 H ARG 826 29.040 -15.602 -12.844
2 HA ARG 826 HA ARG 826 26.242 -14.989 -13.181
3 HB2 ARG 826 HB2 ARG 826 26.677 -15.203 -15.570
4 HB3 ARG 826 HB3 ARG 826 27.848 -14.147 -14.781
5 HG2 ARG 826 HG2 ARG 826 29.471 -15.938 -14.790
6 HG3 ARG 826 HG3 ARG 826 28.298 -17.023 -15.528
7 HD2 ARG 826 HD2 ARG 826 29.328 -14.474 -16.747
8 HD3 ARG 826 HD3 ARG 826 29.869 -16.094 -17.160
9 HE ARG 826 HE ARG 826 27.470 -16.506 -17.758
10 HH11 ARG 826 HH11 ARG 826 28.818 -13.281 -17.911
11 HH12 ARG 826 HH12 ARG 826 28.002 -12.780 -19.298
12 HH21 ARG 826 HH21 ARG 826 26.271 -15.891 -19.711
13 HH22 ARG 826 HH22 ARG 826 26.511 -14.345 -20.373
No H/Q in entry = 13
In of MODEL 8
1 H GLY 827 H GLY 827 27.995 -17.883 -12.788
2 HA3 GLY 827 HA2 GLY 827 26.714 -19.925 -12.478
3 HA2 GLY 827 HA3 GLY 827 25.629 -19.347 -13.738
No H/Q in entry = 3
In of MODEL 8
1 H GLN 828 H GLN 828 28.727 -18.646 -14.602
2 HA GLN 828 HA GLN 828 28.843 -20.596 -16.679
3 HB2 GLN 828 HB2 GLN 828 29.936 -18.389 -16.889
4 HB3 GLN 828 HB3 GLN 828 30.981 -18.774 -15.541
5 HG2 GLN 828 HG2 GLN 828 32.224 -19.001 -17.612
6 HG3 GLN 828 HG3 GLN 828 32.006 -20.569 -16.867
7 HE21 GLN 828 HE21 GLN 828 29.398 -19.030 -18.625
8 HE22 GLN 828 HE22 GLN 828 29.445 -20.119 -19.950
No H/Q in entry = 8
In of MODEL 8
1 H SER 829 H SER 829 29.996 -22.543 -16.690
2 HA SER 829 HA SER 829 30.721 -23.440 -14.042
3 HB2 SER 829 HB2 SER 829 30.445 -25.025 -16.605
4 HB3 SER 829 HB3 SER 829 30.606 -25.669 -14.966
5 HG SER 829 HG SER 829 28.619 -23.815 -15.362
No H/Q in entry = 5
In of MODEL 8
1 H ILE 830 H ILE 830 32.630 -23.105 -13.474
2 HA ILE 830 HA ILE 830 34.947 -23.413 -15.270
3 HB ILE 830 HB ILE 830 35.970 -21.425 -14.437
4 HG12 ILE 830 HG12 ILE 830 35.131 -21.383 -12.067
5 HG13 ILE 830 HG13 ILE 830 35.027 -19.826 -12.853
6 HG23 ILE 830 HG21 ILE 830 34.594 -19.629 -15.283
7 HG22 ILE 830 HG22 ILE 830 33.183 -20.684 -15.189
8 HG21 ILE 830 HG23 ILE 830 34.503 -21.081 -16.293
9 HD11 ILE 830 HD11 ILE 830 32.639 -20.151 -13.190
10 HD13 ILE 830 HD12 ILE 830 33.091 -20.244 -11.491
11 HD12 ILE 830 HD13 ILE 830 32.737 -21.713 -12.371
No H/Q in entry = 11
In of MODEL 8
1 H SER 831 H SER 831 36.813 -23.985 -14.024
2 HA SER 831 HA SER 831 36.221 -24.657 -11.261
3 HB2 SER 831 HB2 SER 831 37.766 -26.178 -13.324
4 HB3 SER 831 HB3 SER 831 37.674 -26.583 -11.611
5 HG SER 831 HG SER 831 35.412 -26.330 -13.318
No H/Q in entry = 5
In of MODEL 8
1 H VAL 832 H VAL 832 37.388 -23.083 -10.191
2 HA VAL 832 HA VAL 832 39.879 -22.130 -11.240
3 HB VAL 832 HB VAL 832 38.825 -21.834 -8.405
4 HG13 VAL 832 HG11 VAL 832 40.390 -19.936 -8.254
5 HG12 VAL 832 HG12 VAL 832 40.951 -20.290 -9.894
6 HG11 VAL 832 HG13 VAL 832 41.229 -21.452 -8.606
7 HG21 VAL 832 HG21 VAL 832 38.570 -19.953 -10.755
8 HG23 VAL 832 HG22 VAL 832 38.075 -19.596 -9.103
9 HG22 VAL 832 HG23 VAL 832 37.257 -20.871 -10.014
No H/Q in entry = 9
In of MODEL 8
1 H THR 833 H THR 833 41.384 -23.613 -11.474
2 HA THR 833 HA THR 833 41.609 -25.717 -9.542
3 HB THR 833 HB THR 833 43.340 -26.513 -11.212
4 HG1 THR 833 HG1 THR 833 43.524 -25.458 -13.050
5 HG23 THR 833 HG21 THR 833 41.083 -27.441 -11.152
6 HG22 THR 833 HG22 THR 833 41.559 -27.193 -12.843
7 HG21 THR 833 HG23 THR 833 40.485 -26.053 -12.055
No H/Q in entry = 7
In of MODEL 8
1 H SER 834 H SER 834 43.327 -22.859 -10.524
2 HA SER 834 HA SER 834 44.984 -23.196 -8.194
3 HB2 SER 834 HB2 SER 834 46.153 -22.915 -10.960
4 HB3 SER 834 HB3 SER 834 47.067 -22.655 -9.478
5 HG SER 834 HG SER 834 45.626 -25.009 -9.665
No H/Q in entry = 5
In of MODEL 8
1 H ILE 835 H ILE 835 45.579 -21.355 -7.253
2 HA ILE 835 HA ILE 835 44.489 -18.846 -8.287
3 HB ILE 835 HB ILE 835 45.001 -17.858 -6.241
4 HG12 ILE 835 HG12 ILE 835 47.401 -18.530 -6.060
5 HG13 ILE 835 HG13 ILE 835 46.544 -18.632 -4.536
6 HG22 ILE 835 HG21 ILE 835 44.363 -20.705 -5.606
7 HG21 ILE 835 HG22 ILE 835 43.235 -19.416 -6.015
8 HG23 ILE 835 HG23 ILE 835 44.153 -19.340 -4.505
9 HD12 ILE 835 HD11 ILE 835 47.292 -20.913 -6.339
10 HD11 ILE 835 HD12 ILE 835 46.385 -21.041 -4.826
11 HD13 ILE 835 HD13 ILE 835 48.059 -20.474 -4.804
No H/Q in entry = 11
In of MODEL 8
1 H ARG 836 H ARG 836 47.069 -20.613 -8.963
2 HA ARG 836 HA ARG 836 48.941 -18.434 -9.368
3 HB2 ARG 836 HB2 ARG 836 49.184 -21.335 -10.179
4 HB3 ARG 836 HB3 ARG 836 50.440 -20.125 -10.316
5 HG2 ARG 836 HG2 ARG 836 51.160 -20.893 -8.368
6 HG3 ARG 836 HG3 ARG 836 49.771 -20.064 -7.646
7 HD2 ARG 836 HD2 ARG 836 49.894 -22.311 -6.925
8 HD3 ARG 836 HD3 ARG 836 48.456 -22.081 -7.911
9 HE ARG 836 HE ARG 836 49.606 -23.169 -9.769
10 HH11 ARG 836 HH11 ARG 836 51.004 -23.820 -6.550
11 HH12 ARG 836 HH12 ARG 836 51.798 -25.226 -7.067
12 HH21 ARG 836 HH21 ARG 836 50.715 -25.079 -10.422
13 HH22 ARG 836 HH22 ARG 836 51.669 -25.931 -9.303
No H/Q in entry = 13
In of MODEL 8
1 HA PRO 837 HA PRO 837 47.358 -18.257 -13.590
2 HB2 PRO 837 HB2 PRO 837 49.423 -17.106 -14.911
3 HB3 PRO 837 HB3 PRO 837 48.404 -16.194 -13.799
4 HG2 PRO 837 HG2 PRO 837 51.121 -17.356 -13.338
5 HG3 PRO 837 HG3 PRO 837 50.470 -15.789 -12.827
6 HD2 PRO 837 HD2 PRO 837 50.656 -17.978 -11.183
7 HD3 PRO 837 HD3 PRO 837 49.460 -16.684 -10.971
No H/Q in entry = 7
In of MODEL 8
1 H CYS 838 H CYS 838 47.593 -19.415 -15.594
2 HA CYS 838 HA CYS 838 49.596 -21.486 -15.430
3 HB2 CYS 838 HB2 CYS 838 46.846 -21.477 -16.589
4 HB3 CYS 838 HB3 CYS 838 48.028 -22.609 -17.225
No H/Q in entry = 4
In of MODEL 8
1 H ALA 839 H ALA 839 50.105 -22.371 -17.810
2 HA ALA 839 HA ALA 839 51.162 -20.177 -19.338
3 HB2 ALA 839 HB1 ALA 839 52.464 -22.234 -19.009
4 HB3 ALA 839 HB2 ALA 839 52.164 -21.951 -20.723
5 HB1 ALA 839 HB3 ALA 839 51.225 -23.161 -19.852
No H/Q in entry = 5
In of MODEL 8
1 H ALA 840 H ALA 840 48.554 -19.861 -19.307
2 HA ALA 840 HA ALA 840 47.693 -20.389 -22.053
3 HB3 ALA 840 HB1 ALA 840 46.528 -21.999 -20.602
4 HB1 ALA 840 HB2 ALA 840 45.413 -20.793 -21.260
5 HB2 ALA 840 HB3 ALA 840 45.974 -20.659 -19.593
No H/Q in entry = 5
In of MODEL 8
1 H GLU 841 H GLU 841 48.913 -18.159 -21.463
2 HA GLU 841 HA GLU 841 47.241 -16.162 -20.421
3 HB2 GLU 841 HB2 GLU 841 49.847 -16.025 -21.955
4 HB3 GLU 841 HB3 GLU 841 49.046 -14.628 -21.246
5 HG2 GLU 841 HG2 GLU 841 49.296 -15.564 -19.028
6 HG3 GLU 841 HG3 GLU 841 50.014 -17.026 -19.699
No H/Q in entry = 6
In of MODEL 8
1 H THR 842 H THR 842 45.677 -15.616 -21.358
2 HA THR 842 HA THR 842 44.257 -16.107 -23.473
3 HB THR 842 HB THR 842 44.515 -13.237 -22.661
4 HG1 THR 842 HG1 THR 842 42.760 -14.802 -21.235
5 HG21 THR 842 HG21 THR 842 42.886 -13.762 -24.435
6 HG23 THR 842 HG22 THR 842 42.074 -13.273 -22.947
7 HG22 THR 842 HG23 THR 842 42.146 -14.978 -23.393
No H/Q in entry = 7
In of MODEL 8
1 H GLN 843 H GLN 843 44.719 -16.333 -25.506
2 HA GLN 843 HA GLN 843 46.168 -14.259 -26.998
3 HB2 GLN 843 HB2 GLN 843 45.905 -17.228 -27.547
4 HB3 GLN 843 HB3 GLN 843 46.658 -16.081 -28.640
5 HG2 GLN 843 HG2 GLN 843 47.613 -16.694 -25.849
6 HG3 GLN 843 HG3 GLN 843 48.272 -17.400 -27.323
7 HE21 GLN 843 HE21 GLN 843 49.489 -16.129 -28.675
8 HE22 GLN 843 HE22 GLN 843 50.148 -14.612 -28.190
No H/Q in entry = 8
In of MODEL 9
1 H1 GLY 689 H2 GLY 689 43.156 5.471 -26.572
2 H2 GLY 689 H1 GLY 689 44.102 6.846 -26.661
3 H3 GLY 689 H3 GLY 689 43.960 5.864 -28.026
4 HA2 GLY 689 HA2 GLY 689 46.077 5.581 -26.944
5 HA3 GLY 689 HA3 GLY 689 45.120 4.107 -26.822
No H/Q in entry = 5
In of MODEL 9
1 H SER 690 H SER 690 46.640 3.765 -24.986
2 HA SER 690 HA SER 690 45.858 5.223 -22.589
3 HB2 SER 690 HB2 SER 690 45.958 2.197 -22.845
4 HB3 SER 690 HB3 SER 690 45.646 3.099 -21.367
5 HG SER 690 HG SER 690 44.036 2.833 -23.663
No H/Q in entry = 5
In of MODEL 9
1 H HIS 691 H HIS 691 47.632 5.740 -21.429
2 HA HIS 691 HA HIS 691 50.127 4.876 -22.461
3 HB2 HIS 691 HB2 HIS 691 49.441 6.838 -20.303
4 HB3 HIS 691 HB3 HIS 691 51.093 6.271 -20.501
5 HD1 HIS 691 HD1 HIS 691 48.552 8.510 -22.026
6 HD2 HIS 691 HD2 HIS 691 52.356 7.089 -22.894
7 HE1 HIS 691 HE1 HIS 691 49.377 9.901 -23.939
8 HE2 HIS 691 HE2 HIS 691 51.676 9.001 -24.466
No H/Q in entry = 8
In of MODEL 9
1 H MET 692 H MET 692 50.055 2.792 -22.202
2 HA MET 692 HA MET 692 50.029 1.461 -19.705
3 HB2 MET 692 HB2 MET 692 51.013 -0.464 -20.916
4 HB3 MET 692 HB3 MET 692 49.638 0.215 -21.773
5 HG2 MET 692 HG2 MET 692 51.117 1.330 -23.334
6 HG3 MET 692 HG3 MET 692 52.525 0.781 -22.433
7 HE2 MET 692 HE1 MET 692 53.565 -0.131 -24.715
8 HE1 MET 692 HE2 MET 692 52.134 0.418 -25.584
9 HE3 MET 692 HE3 MET 692 52.718 -1.232 -25.802
No H/Q in entry = 9
In of MODEL 9
1 H ASN 693 H ASN 693 52.452 3.148 -21.491
2 HA ASN 693 HA ASN 693 54.426 2.419 -19.477
3 HB2 ASN 693 HB2 ASN 693 56.152 2.966 -21.202
4 HB3 ASN 693 HB3 ASN 693 55.154 1.582 -21.624
5 HD21 ASN 693 HD21 ASN 693 56.759 3.535 -23.280
6 HD22 ASN 693 HD22 ASN 693 55.649 4.166 -24.413
No H/Q in entry = 6
In of MODEL 9
1 HA PRO 694 HA PRO 694 54.406 6.903 -18.801
2 HB2 PRO 694 HB2 PRO 694 55.986 6.315 -16.432
3 HB3 PRO 694 HB3 PRO 694 54.339 6.942 -16.512
4 HG2 PRO 694 HG2 PRO 694 54.932 4.453 -15.578
5 HG3 PRO 694 HG3 PRO 694 53.397 4.862 -16.359
6 HD2 PRO 694 HD2 PRO 694 55.795 3.486 -17.513
7 HD3 PRO 694 HD3 PRO 694 54.061 3.128 -17.706
No H/Q in entry = 7
In of MODEL 9
1 H LEU 695 H LEU 695 56.933 4.544 -18.761
2 HA LEU 695 HA LEU 695 58.734 6.365 -20.054
3 HB2 LEU 695 HB2 LEU 695 60.618 5.897 -18.641
4 HB3 LEU 695 HB3 LEU 695 59.328 6.408 -17.588
5 HG LEU 695 HG LEU 695 60.282 3.563 -17.966
6 HD12 LEU 695 HD11 LEU 695 61.177 3.790 -15.706
7 HD11 LEU 695 HD12 LEU 695 60.710 5.493 -15.704
8 HD13 LEU 695 HD13 LEU 695 61.925 4.913 -16.840
9 HD23 LEU 695 HD21 LEU 695 58.908 3.045 -15.984
10 HD22 LEU 695 HD22 LEU 695 57.929 3.601 -17.341
11 HD21 LEU 695 HD23 LEU 695 58.287 4.700 -16.006
No H/Q in entry = 11
In of MODEL 9
1 H THR 696 H THR 696 60.137 5.232 -21.462
2 HA THR 696 HA THR 696 59.455 2.372 -21.694
3 HB THR 696 HB THR 696 60.570 4.036 -23.954
4 HG1 THR 696 HG1 THR 696 58.693 5.059 -23.478
5 HG22 THR 696 HG21 THR 696 58.864 1.533 -23.881
6 HG21 THR 696 HG22 THR 696 60.605 1.575 -24.151
7 HG23 THR 696 HG23 THR 696 59.519 2.307 -25.327
No H/Q in entry = 7
In of MODEL 9
1 H GLN 697 H GLN 697 61.924 4.680 -21.205
2 HA GLN 697 HA GLN 697 64.052 2.853 -21.970
3 HB2 GLN 697 HB2 GLN 697 64.278 5.615 -20.760
4 HB3 GLN 697 HB3 GLN 697 65.538 4.709 -21.586
5 HG2 GLN 697 HG2 GLN 697 63.051 5.862 -22.832
6 HG3 GLN 697 HG3 GLN 697 64.689 6.488 -22.991
7 HE21 GLN 697 HE21 GLN 697 62.744 5.545 -24.961
8 HE22 GLN 697 HE22 GLN 697 63.536 4.326 -25.883
No H/Q in entry = 8
In of MODEL 9
1 H ALA 698 H ALA 698 64.606 1.391 -20.524
2 HA ALA 698 HA ALA 698 65.128 0.312 -18.651
3 HB3 ALA 698 HB1 ALA 698 66.726 2.158 -18.278
4 HB2 ALA 698 HB2 ALA 698 66.107 1.512 -16.758
5 HB1 ALA 698 HB3 ALA 698 65.483 3.037 -17.386
No H/Q in entry = 5
In of MODEL 9
1 H VAL 699 H VAL 699 63.086 -0.598 -18.509
2 HA VAL 699 HA VAL 699 61.326 0.607 -16.473
3 HB VAL 699 HB VAL 699 60.481 -1.266 -18.690
4 HG11 VAL 699 HG11 VAL 699 59.033 -1.346 -16.754
5 HG13 VAL 699 HG12 VAL 699 58.202 -0.568 -18.101
6 HG12 VAL 699 HG13 VAL 699 58.855 0.409 -16.789
7 HG23 VAL 699 HG21 VAL 699 60.171 1.724 -18.574
8 HG22 VAL 699 HG22 VAL 699 59.455 0.668 -19.792
9 HG21 VAL 699 HG23 VAL 699 61.210 0.833 -19.684
No H/Q in entry = 9
In of MODEL 9
1 HA PRO 700 HA PRO 700 62.053 -3.519 -14.776
2 HB2 PRO 700 HB2 PRO 700 62.380 -2.730 -12.209
3 HB3 PRO 700 HB3 PRO 700 63.663 -2.813 -13.419
4 HG2 PRO 700 HG2 PRO 700 62.465 -0.461 -12.169
5 HG3 PRO 700 HG3 PRO 700 63.896 -0.525 -13.213
6 HD2 PRO 700 HD2 PRO 700 61.116 0.175 -13.892
7 HD3 PRO 700 HD3 PRO 700 62.607 0.455 -14.820
No H/Q in entry = 7
In of MODEL 9
1 H LYS 701 H LYS 701 60.418 -4.732 -14.253
2 HA LYS 701 HA LYS 701 58.504 -3.795 -12.318
3 HB2 LYS 701 HB2 LYS 701 57.628 -4.684 -15.059
4 HB3 LYS 701 HB3 LYS 701 56.560 -4.857 -13.675
5 HG2 LYS 701 HG2 LYS 701 57.721 -2.276 -14.730
6 HG3 LYS 701 HG3 LYS 701 56.049 -2.826 -14.890
7 HD2 LYS 701 HD2 LYS 701 55.742 -2.721 -12.480
8 HD3 LYS 701 HD3 LYS 701 57.428 -2.277 -12.240
9 HE2 LYS 701 HE2 LYS 701 56.133 -0.319 -12.051
10 HE3 LYS 701 HE3 LYS 701 57.009 -0.231 -13.575
11 HZ2 LYS 701 HZ1 LYS 701 54.731 0.479 -13.782
12 HZ1 LYS 701 HZ2 LYS 701 54.168 -1.001 -13.250
13 HZ3 LYS 701 HZ3 LYS 701 54.989 -0.886 -14.734
No H/Q in entry = 13
In of MODEL 9
1 H CYS 702 H CYS 702 57.119 -5.388 -11.432
2 HA CYS 702 HA CYS 702 58.692 -7.847 -11.047
3 HB2 CYS 702 HB2 CYS 702 57.164 -6.233 -9.014
4 HB3 CYS 702 HB3 CYS 702 58.268 -7.576 -8.715
No H/Q in entry = 4
In of MODEL 9
1 H GLN 703 H GLN 703 57.167 -9.351 -9.605
2 HA GLN 703 HA GLN 703 54.941 -10.052 -11.247
3 HB2 GLN 703 HB2 GLN 703 55.962 -11.018 -8.578
4 HB3 GLN 703 HB3 GLN 703 54.534 -11.703 -9.346
5 HG2 GLN 703 HG2 GLN 703 55.745 -12.957 -10.674
6 HG3 GLN 703 HG3 GLN 703 56.775 -11.600 -11.177
7 HE21 GLN 703 HE21 GLN 703 56.446 -12.781 -7.907
8 HE22 GLN 703 HE22 GLN 703 58.041 -13.424 -7.775
No H/Q in entry = 8
In of MODEL 9
1 H ARG 704 H ARG 704 52.745 -10.379 -10.284
2 HA ARG 704 HA ARG 704 51.777 -7.836 -9.555
3 HB2 ARG 704 HB2 ARG 704 50.477 -10.489 -9.983
4 HB3 ARG 704 HB3 ARG 704 49.550 -9.155 -9.312
5 HG2 ARG 704 HG2 ARG 704 49.856 -7.837 -11.207
6 HG3 ARG 704 HG3 ARG 704 51.100 -8.906 -11.881
7 HD2 ARG 704 HD2 ARG 704 49.444 -10.579 -12.315
8 HD3 ARG 704 HD3 ARG 704 48.225 -9.662 -11.412
9 HE ARG 704 HE ARG 704 49.029 -7.956 -13.338
10 HH11 ARG 704 HH11 ARG 704 47.962 -11.347 -13.667
11 HH12 ARG 704 HH12 ARG 704 46.958 -11.035 -14.994
12 HH21 ARG 704 HH21 ARG 704 47.627 -7.570 -15.207
13 HH22 ARG 704 HH22 ARG 704 46.762 -8.866 -15.897
No H/Q in entry = 13
In of MODEL 9
1 H TRP 705 H TRP 705 52.723 -10.467 -7.621
2 HA TRP 705 HA TRP 705 51.417 -9.346 -5.249
3 HB2 TRP 705 HB2 TRP 705 52.437 -11.368 -4.090
4 HB3 TRP 705 HB3 TRP 705 51.247 -11.738 -5.327
5 HD1 TRP 705 HD1 TRP 705 54.934 -12.204 -4.468
6 HE1 TRP 705 HE1 TRP 705 55.981 -13.766 -6.174
7 HE3 TRP 705 HE3 TRP 705 51.044 -12.503 -7.772
8 HZ2 TRP 705 HZ2 TRP 705 55.243 -15.013 -8.627
9 HZ3 TRP 705 HZ3 TRP 705 51.294 -13.909 -9.759
10 HH2 TRP 705 HH2 TRP 705 53.354 -15.148 -10.175
No H/Q in entry = 10
In of MODEL 9
1 H GLU 706 H GLU 706 53.876 -8.498 -6.986
2 HA GLU 706 HA GLU 706 55.642 -7.905 -4.748
3 HB2 GLU 706 HB2 GLU 706 56.270 -8.410 -7.644
4 HB3 GLU 706 HB3 GLU 706 57.454 -7.714 -6.543
5 HG2 GLU 706 HG2 GLU 706 57.202 -9.826 -5.226
6 HG3 GLU 706 HG3 GLU 706 56.213 -10.444 -6.549
No H/Q in entry = 6
In of MODEL 9
1 H LYS 707 H LYS 707 56.855 -5.930 -5.112
2 HA LYS 707 HA LYS 707 55.623 -4.020 -6.858
3 HB2 LYS 707 HB2 LYS 707 55.263 -2.360 -5.080
4 HB3 LYS 707 HB3 LYS 707 54.299 -3.796 -4.790
5 HG2 LYS 707 HG2 LYS 707 56.079 -4.529 -3.159
6 HG3 LYS 707 HG3 LYS 707 56.812 -2.940 -3.364
7 HD2 LYS 707 HD2 LYS 707 54.037 -3.529 -2.306
8 HD3 LYS 707 HD3 LYS 707 55.411 -2.940 -1.380
9 HE2 LYS 707 HE2 LYS 707 55.386 -0.869 -2.735
10 HE3 LYS 707 HE3 LYS 707 53.972 -1.478 -3.590
11 HZ1 LYS 707 HZ1 LYS 707 52.751 -1.495 -1.458
12 HZ3 LYS 707 HZ2 LYS 707 53.337 0.037 -1.826
13 HZ2 LYS 707 HZ3 LYS 707 54.127 -0.892 -0.687
No H/Q in entry = 13
In of MODEL 9
1 H LEU 708 H LEU 708 57.008 -2.420 -7.439
2 HA LEU 708 HA LEU 708 59.792 -3.030 -7.050
3 HB2 LEU 708 HB2 LEU 708 58.996 -2.452 -9.279
4 HB3 LEU 708 HB3 LEU 708 58.410 -0.906 -8.701
5 HG LEU 708 HG LEU 708 60.799 -0.320 -8.181
6 HD13 LEU 708 HD11 LEU 708 61.748 -2.539 -8.096
7 HD12 LEU 708 HD12 LEU 708 62.553 -1.571 -9.331
8 HD11 LEU 708 HD13 LEU 708 61.370 -2.792 -9.801
9 HD22 LEU 708 HD21 LEU 708 61.334 0.228 -10.493
10 HD21 LEU 708 HD22 LEU 708 59.631 0.523 -10.143
11 HD23 LEU 708 HD23 LEU 708 60.109 -0.909 -11.055
No H/Q in entry = 11
In of MODEL 9
1 H GLN 709 H GLN 709 60.751 -2.312 -5.243
2 HA GLN 709 HA GLN 709 60.752 0.530 -4.776
3 HB2 GLN 709 HB2 GLN 709 60.211 0.471 -2.459
4 HB3 GLN 709 HB3 GLN 709 58.971 -0.513 -3.222
5 HG2 GLN 709 HG2 GLN 709 60.071 -2.529 -2.526
6 HG3 GLN 709 HG3 GLN 709 61.411 -1.588 -1.860
7 HE21 GLN 709 HE21 GLN 709 61.097 -2.404 0.200
8 HE22 GLN 709 HE22 GLN 709 59.751 -1.948 1.167
No H/Q in entry = 8
In of MODEL 9
1 H ASN 710 H ASN 710 62.660 1.147 -3.736
2 HA ASN 710 HA ASN 710 64.872 0.990 -3.112
3 HB2 ASN 710 HB2 ASN 710 63.805 -0.650 -1.475
4 HB3 ASN 710 HB3 ASN 710 64.261 -1.943 -2.551
5 HD21 ASN 710 HD21 ASN 710 65.273 0.213 -0.147
6 HD22 ASN 710 HD22 ASN 710 66.915 -0.343 -0.002
No H/Q in entry = 6
In of MODEL 9
1 H SER 711 H SER 711 63.768 0.345 -5.790
2 HA SER 711 HA SER 711 64.414 -0.163 -7.856
3 HB2 SER 711 HB2 SER 711 67.157 -0.283 -6.597
4 HB3 SER 711 HB3 SER 711 66.849 -0.201 -8.342
5 HG SER 711 HG SER 711 66.790 1.865 -8.068
No H/Q in entry = 5
In of MODEL 9
1 H ARG 712 H ARG 712 63.776 -2.313 -5.843
2 HA ARG 712 HA ARG 712 64.775 -4.580 -7.401
3 HB2 ARG 712 HB2 ARG 712 65.123 -5.870 -5.378
4 HB3 ARG 712 HB3 ARG 712 66.088 -4.402 -5.288
5 HG2 ARG 712 HG2 ARG 712 64.507 -3.384 -3.841
6 HG3 ARG 712 HG3 ARG 712 63.397 -4.736 -3.969
7 HD2 ARG 712 HD2 ARG 712 64.516 -5.031 -1.900
8 HD3 ARG 712 HD3 ARG 712 65.322 -6.145 -2.998
9 HE ARG 712 HE ARG 712 66.513 -3.514 -2.718
10 HH11 ARG 712 HH11 ARG 712 66.616 -6.913 -1.677
11 HH12 ARG 712 HH12 ARG 712 68.182 -6.764 -1.009
12 HH21 ARG 712 HH21 ARG 712 68.615 -3.362 -1.775
13 HH22 ARG 712 HH22 ARG 712 69.336 -4.739 -1.077
No H/Q in entry = 13
In of MODEL 9
1 H CYS 713 H CYS 713 63.432 -6.530 -6.827
2 HA CYS 713 HA CYS 713 60.650 -5.723 -6.654
3 HB2 CYS 713 HB2 CYS 713 61.985 -8.222 -7.683
4 HB3 CYS 713 HB3 CYS 713 60.238 -8.051 -7.525
No H/Q in entry = 4
In of MODEL 9
1 H VAL 714 H VAL 714 59.715 -5.919 -4.774
2 HA VAL 714 HA VAL 714 60.500 -8.169 -3.069
3 HB VAL 714 HB VAL 714 59.884 -6.826 -1.074
4 HG13 VAL 714 HG11 VAL 714 61.830 -5.347 -1.005
5 HG12 VAL 714 HG12 VAL 714 62.009 -5.532 -2.749
6 HG11 VAL 714 HG13 VAL 714 62.220 -6.927 -1.691
7 HG21 VAL 714 HG21 VAL 714 59.639 -4.516 -3.013
8 HG23 VAL 714 HG22 VAL 714 59.622 -4.368 -1.262
9 HG22 VAL 714 HG23 VAL 714 58.333 -5.248 -2.084
No H/Q in entry = 9
In of MODEL 9
1 H CYS 715 H CYS 715 58.735 -8.980 -1.757
2 HA CYS 715 HA CYS 715 56.311 -8.732 -3.273
3 HB2 CYS 715 HB2 CYS 715 57.103 -10.632 -1.064
4 HB3 CYS 715 HB3 CYS 715 55.504 -10.622 -1.820
No H/Q in entry = 4
In of MODEL 9
1 H LYS 716 H LYS 716 54.421 -8.027 -2.496
2 HA LYS 716 HA LYS 716 54.763 -5.894 -0.604
3 HB2 LYS 716 HB2 LYS 716 52.475 -5.245 -1.250
4 HB3 LYS 716 HB3 LYS 716 53.504 -5.537 -2.642
5 HG2 LYS 716 HG2 LYS 716 52.419 -7.630 -3.075
6 HG3 LYS 716 HG3 LYS 716 51.506 -7.512 -1.569
7 HD2 LYS 716 HD2 LYS 716 50.086 -6.885 -3.439
8 HD3 LYS 716 HD3 LYS 716 50.400 -5.478 -2.428
9 HE2 LYS 716 HE2 LYS 716 52.218 -4.837 -4.006
10 HE3 LYS 716 HE3 LYS 716 51.698 -6.147 -5.071
11 HZ3 LYS 716 HZ1 LYS 716 50.700 -4.098 -5.777
12 HZ2 LYS 716 HZ2 LYS 716 50.184 -3.769 -4.219
13 HZ1 LYS 716 HZ3 LYS 716 49.453 -5.021 -5.087
No H/Q in entry = 13
In of MODEL 9
1 H MET 717 H MET 717 52.370 -5.682 0.633
2 HA MET 717 HA MET 717 52.250 -8.057 2.253
3 HB2 MET 717 HB2 MET 717 51.852 -5.176 2.869
4 HB3 MET 717 HB3 MET 717 51.148 -6.408 3.908
5 HG2 MET 717 HG2 MET 717 53.190 -7.311 4.481
6 HG3 MET 717 HG3 MET 717 54.022 -6.556 3.139
7 HE1 MET 717 HE1 MET 717 54.781 -4.329 2.970
8 HE3 MET 717 HE2 MET 717 54.441 -2.942 4.033
9 HE2 MET 717 HE3 MET 717 53.143 -3.710 3.092
No H/Q in entry = 9
In of MODEL 9
1 HA PRO 718 HA PRO 718 48.467 -9.012 0.502
2 HB2 PRO 718 HB2 PRO 718 47.131 -10.275 2.554
3 HB3 PRO 718 HB3 PRO 718 48.377 -10.996 1.539
4 HG2 PRO 718 HG2 PRO 718 48.555 -10.031 4.323
5 HG3 PRO 718 HG3 PRO 718 49.507 -11.255 3.487
6 HD2 PRO 718 HD2 PRO 718 50.338 -8.674 4.086
7 HD3 PRO 718 HD3 PRO 718 51.095 -9.763 2.915
No H/Q in entry = 7
In of MODEL 9
1 H TYR 719 H TYR 719 48.249 -6.884 3.146
2 HA TYR 719 HA TYR 719 45.407 -6.544 2.902
3 HB2 TYR 719 HB2 TYR 719 45.726 -4.604 4.475
4 HB3 TYR 719 HB3 TYR 719 46.266 -6.152 5.091
5 HD1 TYR 719 HD1 TYR 719 48.615 -6.555 5.554
6 HD2 TYR 719 HD2 TYR 719 47.345 -2.845 3.912
7 HE1 TYR 719 HE1 TYR 719 50.768 -5.556 6.156
8 HE2 TYR 719 HE2 TYR 719 49.506 -1.837 4.498
9 HH TYR 719 HH TYR 719 52.184 -3.701 5.484
No H/Q in entry = 9
In of MODEL 9
1 H GLU 720 H GLU 720 48.044 -5.502 1.177
2 HA GLU 720 HA GLU 720 46.919 -3.003 0.270
3 HB2 GLU 720 HB2 GLU 720 49.385 -3.466 0.500
4 HB3 GLU 720 HB3 GLU 720 49.245 -4.597 -0.826
5 HG2 GLU 720 HG2 GLU 720 48.501 -2.749 -2.296
6 HG3 GLU 720 HG3 GLU 720 48.735 -1.630 -0.957
No H/Q in entry = 6
In of MODEL 9
1 H CYS 721 H CYS 721 46.461 -6.277 -0.346
2 HA CYS 721 HA CYS 721 46.072 -6.200 -3.146
3 HB2 CYS 721 HB2 CYS 721 45.218 -8.211 -1.078
4 HB3 CYS 721 HB3 CYS 721 44.942 -8.408 -2.808
No H/Q in entry = 4
In of MODEL 9
1 H GLY 722 H GLY 722 44.696 -4.632 -3.709
2 HA3 GLY 722 HA2 GLY 722 42.035 -4.436 -2.741
3 HA2 GLY 722 HA3 GLY 722 42.634 -3.776 -4.270
No H/Q in entry = 3
In of MODEL 9
1 HA PRO 723 HA PRO 723 40.980 -7.353 -6.357
2 HB2 PRO 723 HB2 PRO 723 43.006 -8.350 -7.878
3 HB3 PRO 723 HB3 PRO 723 42.144 -6.866 -8.297
4 HG2 PRO 723 HG2 PRO 723 44.783 -7.200 -6.930
5 HG3 PRO 723 HG3 PRO 723 44.323 -6.063 -8.212
6 HD2 PRO 723 HD2 PRO 723 44.452 -5.345 -5.613
7 HD3 PRO 723 HD3 PRO 723 43.276 -4.637 -6.742
No H/Q in entry = 7
In of MODEL 9
1 H SER 724 H SER 724 40.609 -9.473 -5.629
2 HA SER 724 HA SER 724 42.572 -11.323 -5.044
3 HB2 SER 724 HB2 SER 724 42.113 -11.473 -2.600
4 HB3 SER 724 HB3 SER 724 43.022 -10.040 -3.063
5 HG SER 724 HG SER 724 40.212 -9.909 -2.863
No H/Q in entry = 5
In of MODEL 9
1 H LEU 725 H LEU 725 41.694 -12.975 -5.839
2 HA LEU 725 HA LEU 725 38.824 -13.409 -5.741
3 HB2 LEU 725 HB2 LEU 725 40.362 -13.989 -7.783
4 HB3 LEU 725 HB3 LEU 725 40.941 -15.237 -6.749
5 HG LEU 725 HG LEU 725 38.885 -16.296 -6.602
6 HD12 LEU 725 HD11 LEU 725 37.003 -15.707 -8.067
7 HD11 LEU 725 HD12 LEU 725 37.852 -14.220 -8.493
8 HD13 LEU 725 HD13 LEU 725 37.332 -14.499 -6.827
9 HD22 LEU 725 HD21 LEU 725 38.735 -17.133 -8.911
10 HD21 LEU 725 HD22 LEU 725 40.409 -16.962 -8.364
11 HD23 LEU 725 HD23 LEU 725 39.688 -15.748 -9.432
No H/Q in entry = 11
In of MODEL 9
1 H ASP 726 H ASP 726 37.829 -14.791 -4.293
2 HA ASP 726 HA ASP 726 39.339 -15.843 -2.130
3 HB2 ASP 726 HB2 ASP 726 36.421 -16.047 -2.831
4 HB3 ASP 726 HB3 ASP 726 37.092 -17.016 -1.533
No H/Q in entry = 4
In of MODEL 9
1 H VAL 727 H VAL 727 40.277 -17.674 -1.827
2 HA VAL 727 HA VAL 727 39.484 -20.065 -3.293
3 HB VAL 727 HB VAL 727 41.892 -20.666 -3.651
4 HG12 VAL 727 HG11 VAL 727 41.052 -18.109 -5.011
5 HG11 VAL 727 HG12 VAL 727 40.630 -19.745 -5.513
6 HG13 VAL 727 HG13 VAL 727 42.308 -19.209 -5.579
7 HG22 VAL 727 HG21 VAL 727 43.619 -18.912 -3.528
8 HG21 VAL 727 HG22 VAL 727 42.905 -19.232 -1.948
9 HG23 VAL 727 HG23 VAL 727 42.426 -17.800 -2.857
No H/Q in entry = 9
In of MODEL 9
1 H CYS 728 H CYS 728 40.534 -22.048 -2.202
2 HA CYS 728 HA CYS 728 40.723 -21.462 0.643
3 HB2 CYS 728 HB2 CYS 728 39.779 -23.943 -0.753
4 HB3 CYS 728 HB3 CYS 728 39.959 -23.789 0.994
No H/Q in entry = 4
In of MODEL 9
1 H ALA 729 H ALA 729 42.318 -22.240 1.861
2 HA ALA 729 HA ALA 729 44.382 -23.733 0.494
3 HB1 ALA 729 HB1 ALA 729 44.831 -21.172 2.017
4 HB3 ALA 729 HB2 ALA 729 44.975 -21.373 0.272
5 HB2 ALA 729 HB3 ALA 729 46.099 -22.197 1.349
No H/Q in entry = 5
In of MODEL 9
1 H GLN 730 H GLN 730 46.086 -24.254 2.153
2 HA GLN 730 HA GLN 730 44.856 -24.833 4.739
3 HB2 GLN 730 HB2 GLN 730 44.908 -26.884 3.348
4 HB3 GLN 730 HB3 GLN 730 46.632 -26.677 3.154
5 HG2 GLN 730 HG2 GLN 730 47.023 -26.992 5.482
6 HG3 GLN 730 HG3 GLN 730 45.301 -27.037 5.821
7 HE21 GLN 730 HE21 GLN 730 47.341 -28.995 6.354
8 HE22 GLN 730 HE22 GLN 730 46.868 -30.445 5.548
No H/Q in entry = 8
In of MODEL 9
1 H ASP 731 H ASP 731 45.959 -24.118 6.280
2 HA ASP 731 HA ASP 731 48.523 -22.890 5.942
3 HB2 ASP 731 HB2 ASP 731 47.026 -21.822 7.454
4 HB3 ASP 731 HB3 ASP 731 46.693 -23.329 8.282
No H/Q in entry = 4
In of MODEL 9
1 H GLU 732 H GLU 732 50.472 -23.672 6.573
2 HA GLU 732 HA GLU 732 50.635 -26.513 7.038
3 HB2 GLU 732 HB2 GLU 732 52.748 -24.397 6.663
4 HB3 GLU 732 HB3 GLU 732 53.111 -26.091 6.957
5 HG2 GLU 732 HG2 GLU 732 51.385 -25.191 4.679
6 HG3 GLU 732 HG3 GLU 732 53.138 -25.287 4.555
No H/Q in entry = 6
In of MODEL 9
1 H ARG 733 H ARG 733 50.956 -23.572 8.888
2 HA ARG 733 HA ARG 733 52.544 -24.541 10.977
3 HB2 ARG 733 HB2 ARG 733 50.599 -22.262 10.760
4 HB3 ARG 733 HB3 ARG 733 51.590 -22.559 12.173
5 HG2 ARG 733 HG2 ARG 733 52.701 -22.091 9.413
6 HG3 ARG 733 HG3 ARG 733 52.479 -20.819 10.619
7 HD2 ARG 733 HD2 ARG 733 54.211 -23.282 10.950
8 HD3 ARG 733 HD3 ARG 733 54.788 -21.655 10.595
9 HE ARG 733 HE ARG 733 53.400 -21.224 12.796
10 HH11 ARG 733 HH11 ARG 733 55.886 -23.643 12.096
11 HH12 ARG 733 HH12 ARG 733 56.402 -23.858 13.685
12 HH21 ARG 733 HH21 ARG 733 54.101 -21.450 15.024
13 HH22 ARG 733 HH22 ARG 733 55.341 -22.533 15.448
No H/Q in entry = 13
In of MODEL 9
1 H SER 734 H SER 734 49.036 -24.029 10.768
2 HA SER 734 HA SER 734 48.770 -25.705 13.142
3 HB2 SER 734 HB2 SER 734 46.730 -23.906 11.843
4 HB3 SER 734 HB3 SER 734 46.623 -24.668 13.431
5 HG SER 734 HG SER 734 48.241 -22.555 12.562
No H/Q in entry = 5
In of MODEL 9
1 H LYS 735 H LYS 735 48.696 -26.161 9.795
2 HA LYS 735 HA LYS 735 47.717 -27.523 8.388
3 HB2 LYS 735 HB2 LYS 735 47.583 -29.151 10.913
4 HB3 LYS 735 HB3 LYS 735 47.136 -29.807 9.342
5 HG2 LYS 735 HG2 LYS 735 49.837 -28.674 10.064
6 HG3 LYS 735 HG3 LYS 735 49.437 -30.392 9.933
7 HD2 LYS 735 HD2 LYS 735 48.628 -29.785 7.558
8 HD3 LYS 735 HD3 LYS 735 49.483 -28.300 7.805
9 HE2 LYS 735 HE2 LYS 735 50.986 -30.814 8.311
10 HE3 LYS 735 HE3 LYS 735 50.724 -30.282 6.653
11 HZ2 LYS 735 HZ1 LYS 735 52.833 -29.484 7.728
12 HZ1 LYS 735 HZ2 LYS 735 51.912 -28.435 8.677
13 HZ3 LYS 735 HZ3 LYS 735 51.845 -28.372 6.983
No H/Q in entry = 13
In of MODEL 9
1 H ARG 736 H ARG 736 46.075 -25.556 8.978
2 HA ARG 736 HA ARG 736 43.443 -26.825 9.308
3 HB2 ARG 736 HB2 ARG 736 42.606 -24.644 10.024
4 HB3 ARG 736 HB3 ARG 736 43.854 -25.279 11.085
5 HG2 ARG 736 HG2 ARG 736 45.485 -23.809 10.149
6 HG3 ARG 736 HG3 ARG 736 44.338 -23.259 8.930
7 HD2 ARG 736 HD2 ARG 736 44.608 -21.708 10.724
8 HD3 ARG 736 HD3 ARG 736 42.943 -22.287 10.622
9 HE ARG 736 HE ARG 736 44.152 -23.914 12.462
10 HH11 ARG 736 HH11 ARG 736 43.770 -20.391 12.208
11 HH12 ARG 736 HH12 ARG 736 43.632 -20.187 13.892
12 HH21 ARG 736 HH21 ARG 736 43.963 -23.575 14.766
13 HH22 ARG 736 HH22 ARG 736 43.748 -21.983 15.339
No H/Q in entry = 13
In of MODEL 9
1 H ILE 737 H ILE 737 41.805 -26.282 7.856
2 HA ILE 737 HA ILE 737 42.729 -25.256 5.313
3 HB ILE 737 HB ILE 737 39.919 -26.043 6.112
4 HG12 ILE 737 HG12 ILE 737 41.497 -27.950 6.499
5 HG13 ILE 737 HG13 ILE 737 40.305 -28.282 5.254
6 HG21 ILE 737 HG21 ILE 737 40.113 -24.717 4.088
7 HG23 ILE 737 HG22 ILE 737 39.599 -26.360 3.704
8 HG22 ILE 737 HG23 ILE 737 41.272 -25.868 3.419
9 HD13 ILE 737 HD11 ILE 737 42.482 -29.117 4.616
10 HD12 ILE 737 HD12 ILE 737 43.179 -27.505 4.817
11 HD11 ILE 737 HD13 ILE 737 41.970 -27.800 3.557
No H/Q in entry = 11
In of MODEL 9
1 H LEU 738 H LEU 738 42.333 -23.193 4.711
2 HA LEU 738 HA LEU 738 40.284 -21.806 6.165
3 HB2 LEU 738 HB2 LEU 738 41.642 -19.699 6.175
4 HB3 LEU 738 HB3 LEU 738 42.095 -20.931 7.315
5 HG LEU 738 HG LEU 738 44.196 -21.330 6.109
6 HD11 LEU 738 HD11 LEU 738 42.994 -19.950 3.865
7 HD13 LEU 738 HD12 LEU 738 43.649 -21.580 4.002
8 HD12 LEU 738 HD13 LEU 738 44.733 -20.192 4.087
9 HD23 LEU 738 HD21 LEU 738 45.166 -19.136 6.093
10 HD22 LEU 738 HD22 LEU 738 44.113 -19.321 7.490
11 HD21 LEU 738 HD23 LEU 738 43.564 -18.407 6.087
No H/Q in entry = 11
In of MODEL 9
1 HA PRO 739 HA PRO 739 39.571 -19.976 2.141
2 HB2 PRO 739 HB2 PRO 739 37.974 -17.916 2.918
3 HB3 PRO 739 HB3 PRO 739 37.370 -19.570 2.776
4 HG2 PRO 739 HG2 PRO 739 37.996 -17.974 5.177
5 HG3 PRO 739 HG3 PRO 739 36.851 -19.309 4.983
6 HD2 PRO 739 HD2 PRO 739 39.407 -19.435 6.152
7 HD3 PRO 739 HD3 PRO 739 38.383 -20.807 5.691
No H/Q in entry = 7
In of MODEL 9
1 H LEU 740 H LEU 740 41.132 -18.879 1.241
2 HA LEU 740 HA LEU 740 42.119 -16.378 2.449
3 HB2 LEU 740 HB2 LEU 740 43.625 -18.650 1.255
4 HB3 LEU 740 HB3 LEU 740 44.217 -17.024 1.000
5 HG LEU 740 HG LEU 740 43.916 -18.397 3.720
6 HD12 LEU 740 HD11 LEU 740 46.245 -18.298 3.773
7 HD11 LEU 740 HD12 LEU 740 46.313 -17.621 2.126
8 HD13 LEU 740 HD13 LEU 740 45.664 -19.247 2.418
9 HD21 LEU 740 HD21 LEU 740 44.896 -15.641 2.973
10 HD23 LEU 740 HD22 LEU 740 45.024 -16.391 4.561
11 HD22 LEU 740 HD23 LEU 740 43.438 -15.992 3.910
No H/Q in entry = 11
In of MODEL 9
1 H THR 741 H THR 741 43.353 -15.232 0.526
2 HA THR 741 HA THR 741 41.601 -15.479 -1.785
3 HB THR 741 HB THR 741 42.859 -12.930 -1.630
4 HG1 THR 741 HG1 THR 741 41.188 -13.297 0.585
5 HG22 THR 741 HG21 THR 741 40.508 -12.180 -1.590
6 HG21 THR 741 HG22 THR 741 40.017 -13.845 -1.220
7 HG23 THR 741 HG23 THR 741 40.801 -13.473 -2.755
No H/Q in entry = 7
In of MODEL 9
1 H VAL 742 H VAL 742 42.650 -15.014 -3.814
2 HA VAL 742 HA VAL 742 45.126 -16.276 -3.879
3 HB VAL 742 HB VAL 742 43.818 -16.720 -5.756
4 HG11 VAL 742 HG11 VAL 742 42.450 -14.797 -5.640
5 HG13 VAL 742 HG12 VAL 742 43.054 -15.201 -7.272
6 HG12 VAL 742 HG13 VAL 742 43.757 -13.845 -6.375
7 HG21 VAL 742 HG21 VAL 742 46.233 -16.328 -6.219
8 HG23 VAL 742 HG22 VAL 742 45.725 -14.758 -6.888
9 HG22 VAL 742 HG23 VAL 742 45.125 -16.250 -7.609
No H/Q in entry = 9
In of MODEL 9
1 H CYS 743 H CYS 743 44.601 -12.761 -4.608
2 HA CYS 743 HA CYS 743 47.319 -12.225 -4.833
3 HB2 CYS 743 HB2 CYS 743 45.535 -10.514 -5.267
4 HB3 CYS 743 HB3 CYS 743 45.264 -10.403 -3.530
No H/Q in entry = 4
In of MODEL 9
1 H LYS 744 H LYS 744 45.265 -12.456 -2.008
2 HA LYS 744 HA LYS 744 46.946 -11.700 0.051
3 HB2 LYS 744 HB2 LYS 744 44.432 -12.598 -0.110
4 HB3 LYS 744 HB3 LYS 744 45.188 -14.083 0.373
5 HG2 LYS 744 HG2 LYS 744 45.228 -11.513 1.952
6 HG3 LYS 744 HG3 LYS 744 44.216 -12.910 2.283
7 HD2 LYS 744 HD2 LYS 744 46.390 -14.207 2.591
8 HD3 LYS 744 HD3 LYS 744 47.202 -12.644 2.566
9 HE2 LYS 744 HE2 LYS 744 45.066 -13.523 4.517
10 HE3 LYS 744 HE3 LYS 744 46.779 -13.325 4.855
11 HZ2 LYS 744 HZ1 LYS 744 45.404 -11.513 5.646
12 HZ1 LYS 744 HZ2 LYS 744 44.922 -11.089 4.116
13 HZ3 LYS 744 HZ3 LYS 744 46.541 -10.923 4.580
No H/Q in entry = 13
In of MODEL 9
1 H MET 745 H MET 745 46.239 -15.082 -0.910
2 HA MET 745 HA MET 745 48.218 -16.463 0.462
3 HB2 MET 745 HB2 MET 745 46.863 -17.894 -0.275
4 HB3 MET 745 HB3 MET 745 46.367 -17.015 -1.735
5 HG2 MET 745 HG2 MET 745 47.376 -18.942 -2.612
6 HG3 MET 745 HG3 MET 745 48.657 -17.781 -2.628
7 HE1 MET 745 HE1 MET 745 47.218 -20.887 -0.924
8 HE3 MET 745 HE2 MET 745 47.316 -19.855 0.507
9 HE2 MET 745 HE3 MET 745 48.379 -21.254 0.340
No H/Q in entry = 9
In of MODEL 9
1 H HIS 746 H HIS 746 48.432 -15.210 -2.930
2 HA HIS 746 HA HIS 746 51.003 -16.246 -3.418
3 HB2 HIS 746 HB2 HIS 746 49.398 -14.093 -4.529
4 HB3 HIS 746 HB3 HIS 746 51.130 -13.939 -4.896
5 HD1 HIS 746 HD1 HIS 746 52.040 -16.200 -6.288
6 HD2 HIS 746 HD2 HIS 746 47.953 -15.484 -6.186
7 HE1 HIS 746 HE1 HIS 746 51.097 -17.411 -8.271
8 HE2 HIS 746 HE2 HIS 746 48.648 -16.896 -8.262
No H/Q in entry = 8
In of MODEL 9
1 H VAL 747 H VAL 747 50.098 -13.088 -2.081
2 HA VAL 747 HA VAL 747 52.724 -12.137 -1.665
3 HB VAL 747 HB VAL 747 50.037 -11.435 -0.464
4 HG11 VAL 747 HG11 VAL 747 51.827 -10.909 1.151
5 HG13 VAL 747 HG12 VAL 747 51.080 -9.464 0.495
6 HG12 VAL 747 HG13 VAL 747 52.654 -9.978 -0.090
7 HG21 VAL 747 HG21 VAL 747 50.349 -10.912 -2.800
8 HG23 VAL 747 HG22 VAL 747 51.830 -10.034 -2.407
9 HG22 VAL 747 HG23 VAL 747 50.270 -9.438 -1.827
No H/Q in entry = 9
In of MODEL 9
1 H LEU 748 H LEU 748 50.359 -13.543 0.429
2 HA LEU 748 HA LEU 748 51.438 -13.933 2.902
3 HB2 LEU 748 HB2 LEU 748 49.192 -14.351 2.228
4 HB3 LEU 748 HB3 LEU 748 49.714 -15.445 1.005
5 HG LEU 748 HG LEU 748 48.429 -16.559 2.529
6 HD11 LEU 748 HD11 LEU 748 51.212 -17.429 2.921
7 HD13 LEU 748 HD12 LEU 748 49.975 -17.946 1.755
8 HD12 LEU 748 HD13 LEU 748 49.777 -18.307 3.460
9 HD22 LEU 748 HD21 LEU 748 48.372 -15.181 4.350
10 HD21 LEU 748 HD22 LEU 748 50.078 -15.479 4.780
11 HD23 LEU 748 HD23 LEU 748 48.857 -16.775 4.899
No H/Q in entry = 11
In of MODEL 9
1 H HIS 749 H HIS 749 51.770 -15.979 0.057
2 HA HIS 749 HA HIS 749 53.399 -17.997 1.183
3 HB2 HIS 749 HB2 HIS 749 51.864 -18.048 -0.871
4 HB3 HIS 749 HB3 HIS 749 53.188 -17.289 -1.733
5 HD1 HIS 749 HD1 HIS 749 55.367 -18.803 -2.069
6 HD2 HIS 749 HD2 HIS 749 52.031 -20.654 -0.465
7 HE1 HIS 749 HE1 HIS 749 55.831 -21.255 -2.250
8 HE2 HIS 749 HE2 HIS 749 53.701 -22.349 -1.513
No H/Q in entry = 8
In of MODEL 9
1 H CYS 750 H CYS 750 54.028 -15.101 -0.758
2 HA CYS 750 HA CYS 750 56.781 -15.741 -1.051
3 HB2 CYS 750 HB2 CYS 750 55.708 -14.483 -2.807
4 HB3 CYS 750 HB3 CYS 750 55.351 -13.129 -1.765
No H/Q in entry = 4
In of MODEL 9
1 H GLN 751 H GLN 751 54.917 -14.018 1.239
2 HA GLN 751 HA GLN 751 56.901 -12.606 2.623
3 HB2 GLN 751 HB2 GLN 751 54.326 -13.887 3.493
4 HB3 GLN 751 HB3 GLN 751 55.347 -13.022 4.629
5 HG2 GLN 751 HG2 GLN 751 54.328 -11.791 2.093
6 HG3 GLN 751 HG3 GLN 751 53.426 -11.722 3.599
7 HE21 GLN 751 HE21 GLN 751 54.589 -9.505 2.047
8 HE22 GLN 751 HE22 GLN 751 55.700 -8.734 3.093
No H/Q in entry = 8
In of MODEL 9
1 H GLY 752 H GLY 752 56.509 -15.969 2.273
2 HA3 GLY 752 HA2 GLY 752 58.452 -17.301 2.883
3 HA2 GLY 752 HA3 GLY 752 58.504 -16.404 4.394
No H/Q in entry = 3
In of MODEL 9
1 H ARG 753 H ARG 753 55.364 -16.810 3.812
2 HA ARG 753 HA ARG 753 55.201 -18.901 5.793
3 HB2 ARG 753 HB2 ARG 753 52.944 -17.449 4.405
4 HB3 ARG 753 HB3 ARG 753 52.840 -18.422 5.861
5 HG2 ARG 753 HG2 ARG 753 54.241 -15.781 5.555
6 HG3 ARG 753 HG3 ARG 753 52.733 -16.086 6.411
7 HD2 ARG 753 HD2 ARG 753 53.955 -17.539 7.990
8 HD3 ARG 753 HD3 ARG 753 55.455 -17.172 7.136
9 HE ARG 753 HE ARG 753 53.958 -14.904 8.082
10 HH11 ARG 753 HH11 ARG 753 56.657 -17.105 8.731
11 HH12 ARG 753 HH12 ARG 753 57.326 -16.145 9.951
12 HH21 ARG 753 HH21 ARG 753 54.910 -13.577 9.752
13 HH22 ARG 753 HH22 ARG 753 56.324 -14.087 10.539
No H/Q in entry = 13
In of MODEL 9
1 H ASN 754 H ASN 754 54.586 -20.918 5.434
2 HA ASN 754 HA ASN 754 54.305 -21.702 2.637
3 HB2 ASN 754 HB2 ASN 754 54.777 -23.487 5.043
4 HB3 ASN 754 HB3 ASN 754 54.802 -23.974 3.357
5 HD21 ASN 754 HD21 ASN 754 56.498 -22.419 5.902
6 HD22 ASN 754 HD22 ASN 754 58.007 -22.262 5.092
No H/Q in entry = 6
In of MODEL 9
1 H TYR 755 H TYR 755 52.403 -22.023 1.923
2 HA TYR 755 HA TYR 755 50.381 -23.220 3.635
3 HB2 TYR 755 HB2 TYR 755 50.082 -20.775 1.886
4 HB3 TYR 755 HB3 TYR 755 48.718 -21.766 2.248
5 HD1 TYR 755 HD1 TYR 755 47.357 -20.510 3.578
6 HD2 TYR 755 HD2 TYR 755 51.489 -20.561 4.509
7 HE1 TYR 755 HE1 TYR 755 46.931 -19.126 5.527
8 HE2 TYR 755 HE2 TYR 755 51.065 -19.189 6.500
9 HH TYR 755 HH TYR 755 49.300 -17.507 7.206
No H/Q in entry = 9
In of MODEL 9
1 H THR 756 H THR 756 48.992 -24.513 2.521
2 HA THR 756 HA THR 756 49.911 -25.409 -0.113
3 HB THR 756 HB THR 756 48.285 -26.728 2.079
4 HG1 THR 756 HG1 THR 756 50.675 -26.202 2.289
5 HG22 THR 756 HG21 THR 756 48.703 -28.812 0.865
6 HG21 THR 756 HG22 THR 756 49.568 -27.895 -0.387
7 HG23 THR 756 HG23 THR 756 47.837 -27.632 -0.127
No H/Q in entry = 7
In of MODEL 9
1 H LEU 757 H LEU 757 48.019 -25.866 -1.601
2 HA LEU 757 HA LEU 757 45.715 -24.336 -0.729
3 HB2 LEU 757 HB2 LEU 757 46.561 -25.051 -3.509
4 HB3 LEU 757 HB3 LEU 757 44.978 -24.393 -3.132
5 HG LEU 757 HG LEU 757 46.469 -22.563 -1.952
6 HD11 LEU 757 HD11 LEU 757 48.601 -23.533 -2.464
7 HD13 LEU 757 HD12 LEU 757 48.415 -21.988 -3.293
8 HD12 LEU 757 HD13 LEU 757 48.238 -23.497 -4.189
9 HD21 LEU 757 HD21 LEU 757 44.750 -22.195 -3.539
10 HD23 LEU 757 HD22 LEU 757 45.805 -22.669 -4.872
11 HD22 LEU 757 HD23 LEU 757 46.151 -21.203 -3.931
No H/Q in entry = 11
In of MODEL 9
1 H THR 758 H THR 758 43.588 -25.123 -1.174
2 HA THR 758 HA THR 758 43.496 -28.016 -1.396
3 HB THR 758 HB THR 758 41.795 -27.971 0.525
4 HG1 THR 758 HG1 THR 758 42.753 -26.025 1.944
5 HG22 THR 758 HG21 THR 758 44.686 -27.337 1.166
6 HG21 THR 758 HG22 THR 758 44.061 -28.929 0.751
7 HG23 THR 758 HG23 THR 758 43.548 -28.144 2.244
No H/Q in entry = 7
In of MODEL 9
1 H GLY 759 H GLY 759 40.910 -28.563 -1.189
2 HA3 GLY 759 HA2 GLY 759 39.813 -27.104 -3.430
3 HA2 GLY 759 HA3 GLY 759 39.225 -28.627 -2.771
No H/Q in entry = 3
In of MODEL 9
1 H ARG 760 H ARG 760 37.596 -26.543 -3.421
2 HA ARG 760 HA ARG 760 36.870 -24.791 -1.353
3 HB2 ARG 760 HB2 ARG 760 34.738 -24.545 -2.626
4 HB3 ARG 760 HB3 ARG 760 36.194 -24.318 -3.576
5 HG2 ARG 760 HG2 ARG 760 34.732 -25.595 -4.976
6 HG3 ARG 760 HG3 ARG 760 35.937 -26.701 -4.296
7 HD2 ARG 760 HD2 ARG 760 33.606 -27.624 -4.314
8 HD3 ARG 760 HD3 ARG 760 34.442 -27.587 -2.750
9 HE ARG 760 HE ARG 760 32.948 -25.265 -3.123
10 HH11 ARG 760 HH11 ARG 760 32.384 -28.696 -2.376
11 HH12 ARG 760 HH12 ARG 760 31.031 -28.364 -1.399
12 HH21 ARG 760 HH21 ARG 760 31.135 -24.877 -1.837
13 HH22 ARG 760 HH22 ARG 760 30.288 -26.151 -1.077
No H/Q in entry = 13
In of MODEL 9
1 H ASP 761 H ASP 761 36.407 -28.062 -1.596
2 HA ASP 761 HA ASP 761 33.956 -28.268 -0.110
3 HB2 ASP 761 HB2 ASP 761 34.436 -29.858 -1.732
4 HB3 ASP 761 HB3 ASP 761 36.000 -30.259 -1.034
No H/Q in entry = 4
In of MODEL 9
1 H SER 762 H SER 762 37.255 -28.020 0.607
2 HA SER 762 HA SER 762 37.073 -29.321 3.197
3 HB2 SER 762 HB2 SER 762 39.328 -27.742 1.949
4 HB3 SER 762 HB3 SER 762 39.443 -28.722 3.408
5 HG SER 762 HG SER 762 39.565 -30.418 2.278
No H/Q in entry = 5
In of MODEL 9
1 H CYS 763 H CYS 763 36.390 -26.285 1.983
2 HA CYS 763 HA CYS 763 36.797 -24.885 4.568
3 HB2 CYS 763 HB2 CYS 763 37.278 -22.943 3.134
4 HB3 CYS 763 HB3 CYS 763 38.431 -24.263 2.877
No H/Q in entry = 4
In of MODEL 9
1 H THR 764 H THR 764 35.489 -22.797 4.475
2 HA THR 764 HA THR 764 33.075 -22.987 2.852
3 HB THR 764 HB THR 764 33.454 -21.589 5.533
4 HG1 THR 764 HG1 THR 764 33.125 -24.115 5.072
5 HG21 THR 764 HG21 THR 764 31.801 -20.536 4.039
6 HG23 THR 764 HG22 THR 764 31.026 -21.272 5.445
7 HG22 THR 764 HG23 THR 764 30.975 -22.086 3.876
No H/Q in entry = 7
In of MODEL 9
1 H LEU 765 H LEU 765 33.280 -21.585 1.223
2 HA LEU 765 HA LEU 765 35.317 -19.554 1.470
3 HB2 LEU 765 HB2 LEU 765 34.960 -21.203 -0.490
4 HB3 LEU 765 HB3 LEU 765 33.669 -20.099 -0.937
5 HG LEU 765 HG LEU 765 35.341 -18.259 -1.006
6 HD13 LEU 765 HD11 LEU 765 36.968 -19.133 0.465
7 HD12 LEU 765 HD12 LEU 765 37.734 -18.986 -1.133
8 HD11 LEU 765 HD13 LEU 765 37.161 -20.552 -0.534
9 HD21 LEU 765 HD21 LEU 765 35.855 -20.633 -2.781
10 HD23 LEU 765 HD22 LEU 765 36.353 -18.977 -3.119
11 HD22 LEU 765 HD23 LEU 765 34.635 -19.386 -3.050
No H/Q in entry = 11
In of MODEL 9
1 HA PRO 766 HA PRO 766 32.247 -16.471 2.266
2 HB2 PRO 766 HB2 PRO 766 33.895 -14.323 1.423
3 HB3 PRO 766 HB3 PRO 766 33.627 -14.875 3.073
4 HG2 PRO 766 HG2 PRO 766 35.943 -15.204 1.386
5 HG3 PRO 766 HG3 PRO 766 35.767 -15.566 3.107
6 HD2 PRO 766 HD2 PRO 766 35.917 -17.387 0.942
7 HD3 PRO 766 HD3 PRO 766 35.603 -17.784 2.635
No H/Q in entry = 7
In of MODEL 9
1 H ALA 767 H ALA 767 34.198 -15.456 -0.637
2 HA ALA 767 HA ALA 767 31.645 -14.946 -1.893
3 HB3 ALA 767 HB1 ALA 767 32.841 -13.902 -3.668
4 HB2 ALA 767 HB2 ALA 767 34.387 -14.434 -2.982
5 HB1 ALA 767 HB3 ALA 767 33.395 -13.242 -2.121
No H/Q in entry = 5
In of MODEL 9
1 H SER 768 H SER 768 31.048 -16.964 -1.890
2 HA SER 768 HA SER 768 32.184 -18.640 -3.975
3 HB2 SER 768 HB2 SER 768 30.452 -20.263 -2.976
4 HB3 SER 768 HB3 SER 768 31.895 -19.908 -2.020
5 HG SER 768 HG SER 768 30.682 -19.003 -0.570
No H/Q in entry = 5
In of MODEL 9
1 H ALA 769 H ALA 769 29.675 -16.492 -3.241
2 HA ALA 769 HA ALA 769 28.526 -16.664 -5.831
3 HB3 ALA 769 HB1 ALA 769 26.872 -17.273 -3.363
4 HB2 ALA 769 HB2 ALA 769 27.188 -18.373 -4.704
5 HB1 ALA 769 HB3 ALA 769 26.205 -16.934 -4.959
No H/Q in entry = 5
In of MODEL 9
1 H GLU 770 H GLU 770 26.513 -14.993 -5.593
2 HA GLU 770 HA GLU 770 27.723 -12.482 -5.139
3 HB2 GLU 770 HB2 GLU 770 25.533 -11.593 -5.757
4 HB3 GLU 770 HB3 GLU 770 26.066 -12.851 -6.866
5 HG2 GLU 770 HG2 GLU 770 24.690 -14.465 -5.632
6 HG3 GLU 770 HG3 GLU 770 24.118 -13.165 -4.617
No H/Q in entry = 6
In of MODEL 9
1 H LYS 771 H LYS 771 26.749 -10.746 -3.837
2 HA LYS 771 HA LYS 771 25.513 -11.628 -1.335
3 HB2 LYS 771 HB2 LYS 771 27.931 -9.803 -1.554
4 HB3 LYS 771 HB3 LYS 771 27.024 -10.094 -0.074
5 HG2 LYS 771 HG2 LYS 771 28.557 -12.154 -1.645
6 HG3 LYS 771 HG3 LYS 771 29.048 -11.426 -0.111
7 HD2 LYS 771 HD2 LYS 771 27.287 -12.481 1.068
8 HD3 LYS 771 HD3 LYS 771 26.436 -12.920 -0.402
9 HE2 LYS 771 HE2 LYS 771 27.439 -14.846 0.440
10 HE3 LYS 771 HE3 LYS 771 28.265 -14.333 -1.028
11 HZ3 LYS 771 HZ1 LYS 771 30.052 -13.384 0.338
12 HZ2 LYS 771 HZ2 LYS 771 29.861 -15.007 0.716
13 HZ1 LYS 771 HZ3 LYS 771 29.247 -13.823 1.749
No H/Q in entry = 13
In of MODEL 9
1 H ALA 772 H ALA 772 25.162 -9.449 -0.038
2 HA ALA 772 HA ALA 772 23.374 -7.900 -1.707
3 HB3 ALA 772 HB1 ALA 772 22.595 -8.679 0.473
4 HB1 ALA 772 HB2 ALA 772 22.655 -6.919 0.432
5 HB2 ALA 772 HB3 ALA 772 23.921 -7.827 1.260
No H/Q in entry = 5
In of MODEL 9
1 H CYS 773 H CYS 773 23.394 -5.455 -1.108
2 HA CYS 773 HA CYS 773 25.927 -4.489 -1.952
3 HB2 CYS 773 HB2 CYS 773 23.784 -3.452 -2.662
4 HB3 CYS 773 HB3 CYS 773 23.492 -2.963 -0.997
No H/Q in entry = 4
In of MODEL 9
1 H GLY 774 H GLY 774 27.558 -3.870 -0.717
2 HA3 GLY 774 HA2 GLY 774 28.108 -2.521 1.362
3 HA2 GLY 774 HA3 GLY 774 27.116 -3.720 2.193
No H/Q in entry = 3
In of MODEL 9
1 H ALA 775 H ALA 775 28.040 -5.811 0.323
2 HA ALA 775 HA ALA 775 30.888 -5.945 0.879
3 HB3 ALA 775 HB1 ALA 775 29.794 -7.318 2.612
4 HB1 ALA 775 HB2 ALA 775 30.645 -8.343 1.459
5 HB2 ALA 775 HB3 ALA 775 28.892 -8.181 1.366
No H/Q in entry = 5
In of MODEL 9
1 H CYS 776 H CYS 776 31.550 -5.739 -1.156
2 HA CYS 776 HA CYS 776 30.505 -7.578 -3.126
3 HB2 CYS 776 HB2 CYS 776 30.585 -4.576 -3.514
4 HB3 CYS 776 HB3 CYS 776 30.325 -5.764 -4.788
No H/Q in entry = 4
In of MODEL 9
1 HA PRO 777 HA PRO 777 34.984 -7.405 -3.513
2 HB2 PRO 777 HB2 PRO 777 34.724 -9.706 -5.274
3 HB3 PRO 777 HB3 PRO 777 35.465 -9.621 -3.675
4 HG2 PRO 777 HG2 PRO 777 33.141 -10.954 -4.204
5 HG3 PRO 777 HG3 PRO 777 33.553 -10.284 -2.618
6 HD2 PRO 777 HD2 PRO 777 31.715 -9.224 -4.714
7 HD3 PRO 777 HD3 PRO 777 31.582 -9.178 -2.940
No H/Q in entry = 7
In of MODEL 9
1 H LEU 778 H LEU 778 36.215 -8.172 -5.721
2 HA LEU 778 HA LEU 778 36.404 -6.023 -7.411
3 HB2 LEU 778 HB2 LEU 778 36.889 -8.914 -8.011
4 HB3 LEU 778 HB3 LEU 778 37.388 -7.620 -9.065
5 HG LEU 778 HG LEU 778 39.079 -6.916 -7.427
6 HD13 LEU 778 HD11 LEU 778 39.424 -8.065 -5.319
7 HD12 LEU 778 HD12 LEU 778 38.125 -9.197 -5.687
8 HD11 LEU 778 HD13 LEU 778 37.763 -7.504 -5.384
9 HD23 LEU 778 HD21 LEU 778 39.023 -9.884 -7.830
10 HD22 LEU 778 HD22 LEU 778 40.476 -8.896 -7.608
11 HD21 LEU 778 HD23 LEU 778 39.492 -8.722 -9.056
No H/Q in entry = 11
In of MODEL 9
1 H TRP 779 H TRP 779 34.673 -8.991 -8.026
2 HA TRP 779 HA TRP 779 33.678 -8.150 -10.584
3 HB2 TRP 779 HB2 TRP 779 32.658 -10.482 -10.505
4 HB3 TRP 779 HB3 TRP 779 34.417 -10.383 -10.484
5 HD1 TRP 779 HD1 TRP 779 31.460 -11.431 -8.291
6 HE1 TRP 779 HE1 TRP 779 32.350 -12.634 -6.197
7 HE3 TRP 779 HE3 TRP 779 36.467 -10.597 -8.912
8 HZ2 TRP 779 HZ2 TRP 779 34.906 -13.150 -4.963
9 HZ3 TRP 779 HZ3 TRP 779 38.020 -11.459 -7.217
10 HH2 TRP 779 HH2 TRP 779 37.212 -12.694 -5.291
No H/Q in entry = 10
In of MODEL 9
1 H GLY 780 H GLY 780 32.645 -7.408 -7.581
2 HA3 GLY 780 HA2 GLY 780 29.804 -7.770 -8.235
3 HA2 GLY 780 HA3 GLY 780 30.438 -7.911 -6.597
No H/Q in entry = 3
In of MODEL 9
1 H LYS 781 H LYS 781 28.721 -5.934 -8.368
2 HA LYS 781 HA LYS 781 29.951 -3.576 -7.156
3 HB2 LYS 781 HB2 LYS 781 28.693 -3.758 -9.870
4 HB3 LYS 781 HB3 LYS 781 29.231 -2.259 -9.108
5 HG2 LYS 781 HG2 LYS 781 30.918 -4.595 -9.963
6 HG3 LYS 781 HG3 LYS 781 30.813 -3.010 -10.740
7 HD2 LYS 781 HD2 LYS 781 31.829 -1.958 -8.812
8 HD3 LYS 781 HD3 LYS 781 31.827 -3.493 -7.937
9 HE2 LYS 781 HE2 LYS 781 33.236 -4.446 -9.669
10 HE3 LYS 781 HE3 LYS 781 33.337 -2.866 -10.460
11 HZ3 LYS 781 HZ1 LYS 781 35.267 -3.234 -9.104
12 HZ2 LYS 781 HZ2 LYS 781 34.325 -3.607 -7.772
13 HZ1 LYS 781 HZ3 LYS 781 34.342 -2.029 -8.369
No H/Q in entry = 13
In of MODEL 9
1 H CYS 782 H CYS 782 28.429 -1.841 -6.842
2 HA CYS 782 HA CYS 782 25.615 -2.607 -6.745
3 HB2 CYS 782 HB2 CYS 782 26.365 -3.099 -4.504
4 HB3 CYS 782 HB3 CYS 782 27.238 -1.575 -4.405
No H/Q in entry = 4
In of MODEL 9
1 H ASP 783 H ASP 783 24.327 -1.010 -7.419
2 HA ASP 783 HA ASP 783 25.410 1.711 -7.530
3 HB2 ASP 783 HB2 ASP 783 25.396 0.783 -9.803
4 HB3 ASP 783 HB3 ASP 783 23.735 0.241 -9.595
No H/Q in entry = 4
In of MODEL 9
1 H ALA 784 H ALA 784 23.534 3.317 -7.659
2 HA ALA 784 HA ALA 784 21.813 2.931 -5.478
3 HB3 ALA 784 HB1 ALA 784 20.793 5.039 -6.104
4 HB2 ALA 784 HB2 ALA 784 21.524 4.946 -7.702
5 HB1 ALA 784 HB3 ALA 784 22.545 5.150 -6.276
No H/Q in entry = 5
In of MODEL 9
1 H GLU 785 H GLU 785 21.441 2.085 -8.825
2 HA GLU 785 HA GLU 785 18.600 1.671 -8.418
3 HB2 GLU 785 HB2 GLU 785 20.286 1.430 -10.886
4 HB3 GLU 785 HB3 GLU 785 18.547 1.168 -10.837
5 HG2 GLU 785 HG2 GLU 785 18.254 3.480 -10.034
6 HG3 GLU 785 HG3 GLU 785 19.987 3.731 -10.199
No H/Q in entry = 6
In of MODEL 9
1 H SER 786 H SER 786 21.224 -0.106 -7.660
2 HA SER 786 HA SER 786 19.693 -2.527 -8.069
3 HB2 SER 786 HB2 SER 786 22.031 -3.672 -7.939
4 HB3 SER 786 HB3 SER 786 21.541 -2.916 -9.454
5 HG SER 786 HG SER 786 23.293 -1.889 -9.281
No H/Q in entry = 5
In of MODEL 9
1 H SER 787 H SER 787 18.756 -2.943 -6.257
2 HA SER 787 HA SER 787 19.574 -2.085 -3.709
3 HB2 SER 787 HB2 SER 787 17.751 -4.400 -4.336
4 HB3 SER 787 HB3 SER 787 17.717 -3.339 -2.922
5 HG SER 787 HG SER 787 17.281 -1.608 -4.399
No H/Q in entry = 5
In of MODEL 9
1 H LYS 788 H LYS 788 19.776 -5.190 -5.355
2 HA LYS 788 HA LYS 788 21.401 -6.306 -3.224
3 HB2 LYS 788 HB2 LYS 788 21.078 -8.428 -4.222
4 HB3 LYS 788 HB3 LYS 788 19.551 -7.621 -4.486
5 HG2 LYS 788 HG2 LYS 788 20.166 -7.153 -6.805
6 HG3 LYS 788 HG3 LYS 788 21.740 -7.911 -6.547
7 HD2 LYS 788 HD2 LYS 788 20.459 -10.009 -5.885
8 HD3 LYS 788 HD3 LYS 788 19.023 -9.205 -6.512
9 HE2 LYS 788 HE2 LYS 788 19.893 -10.620 -8.236
10 HE3 LYS 788 HE3 LYS 788 20.192 -8.945 -8.689
11 HZ2 LYS 788 HZ1 LYS 788 22.187 -10.841 -7.534
12 HZ1 LYS 788 HZ2 LYS 788 22.534 -9.239 -7.889
13 HZ3 LYS 788 HZ3 LYS 788 22.122 -10.322 -9.129
No H/Q in entry = 13
In of MODEL 9
1 H CYS 789 H CYS 789 23.407 -7.625 -4.293
2 HA CYS 789 HA CYS 789 24.802 -5.507 -5.745
3 HB2 CYS 789 HB2 CYS 789 25.734 -6.364 -3.563
4 HB3 CYS 789 HB3 CYS 789 25.901 -7.945 -4.304
No H/Q in entry = 4
In of MODEL 9
1 H VAL 790 H VAL 790 25.826 -6.008 -7.688
2 HA VAL 790 HA VAL 790 24.862 -8.485 -8.901
3 HB VAL 790 HB VAL 790 23.596 -6.564 -9.733
4 HG12 VAL 790 HG11 VAL 790 26.233 -5.455 -10.652
5 HG11 VAL 790 HG12 VAL 790 25.195 -4.783 -9.394
6 HG13 VAL 790 HG13 VAL 790 24.653 -4.791 -11.077
7 HG23 VAL 790 HG21 VAL 790 23.961 -6.855 -12.154
8 HG22 VAL 790 HG22 VAL 790 23.965 -8.389 -11.289
9 HG21 VAL 790 HG23 VAL 790 25.487 -7.669 -11.810
No H/Q in entry = 9
In of MODEL 9
1 H CYS 791 H CYS 791 26.242 -9.558 -10.147
2 HA CYS 791 HA CYS 791 28.996 -8.640 -10.026
3 HB2 CYS 791 HB2 CYS 791 27.858 -11.396 -10.399
4 HB3 CYS 791 HB3 CYS 791 29.568 -11.010 -10.590
No H/Q in entry = 4
In of MODEL 9
1 H ARG 792 H ARG 792 30.108 -8.149 -11.584
2 HA ARG 792 HA ARG 792 28.978 -7.749 -14.195
3 HB2 ARG 792 HB2 ARG 792 31.649 -7.240 -12.917
4 HB3 ARG 792 HB3 ARG 792 31.424 -6.996 -14.652
5 HG2 ARG 792 HG2 ARG 792 29.663 -5.340 -14.109
6 HG3 ARG 792 HG3 ARG 792 29.997 -5.588 -12.394
7 HD2 ARG 792 HD2 ARG 792 32.272 -4.788 -12.691
8 HD3 ARG 792 HD3 ARG 792 32.026 -4.636 -14.429
9 HE ARG 792 HE ARG 792 30.063 -3.113 -13.317
10 HH11 ARG 792 HH11 ARG 792 33.625 -3.031 -13.084
11 HH12 ARG 792 HH12 ARG 792 33.663 -1.361 -12.766
12 HH21 ARG 792 HH21 ARG 792 30.177 -0.847 -12.923
13 HH22 ARG 792 HH22 ARG 792 31.668 -0.072 -12.710
No H/Q in entry = 13
In of MODEL 9
1 H GLU 793 H GLU 793 30.430 -8.498 -16.133
2 HA GLU 793 HA GLU 793 31.329 -11.191 -15.522
3 HB2 GLU 793 HB2 GLU 793 30.201 -10.074 -18.084
4 HB3 GLU 793 HB3 GLU 793 30.917 -11.686 -17.951
5 HG2 GLU 793 HG2 GLU 793 29.308 -12.286 -16.241
6 HG3 GLU 793 HG3 GLU 793 28.607 -10.681 -16.316
No H/Q in entry = 6
In of MODEL 9
1 H ALA 794 H ALA 794 32.901 -11.829 -17.626
2 HA ALA 794 HA ALA 794 35.288 -10.914 -16.523
3 HB1 ALA 794 HB1 ALA 794 34.864 -12.445 -19.098
4 HB2 ALA 794 HB2 ALA 794 35.008 -13.135 -17.475
5 HB3 ALA 794 HB3 ALA 794 36.377 -12.345 -18.192
No H/Q in entry = 5
In of MODEL 9
1 H SER 795 H SER 795 33.546 -9.943 -19.356
2 HA SER 795 HA SER 795 35.724 -8.443 -20.342
3 HB2 SER 795 HB2 SER 795 32.847 -8.430 -21.249
4 HB3 SER 795 HB3 SER 795 34.217 -7.770 -22.148
5 HG SER 795 HG SER 795 35.125 -9.869 -22.116
No H/Q in entry = 5
In of MODEL 9
1 H GLU 796 H GLU 796 33.659 -7.820 -17.842
2 HA GLU 796 HA GLU 796 33.513 -4.920 -18.329
3 HB2 GLU 796 HB2 GLU 796 31.984 -6.718 -16.485
4 HB3 GLU 796 HB3 GLU 796 31.793 -4.962 -16.530
5 HG2 GLU 796 HG2 GLU 796 30.939 -5.072 -18.749
6 HG3 GLU 796 HG3 GLU 796 31.346 -6.785 -18.867
No H/Q in entry = 6
In of MODEL 9
1 H CYS 797 H CYS 797 35.389 -7.134 -16.822
2 HA CYS 797 HA CYS 797 35.746 -5.788 -14.335
3 HB2 CYS 797 HB2 CYS 797 37.181 -8.090 -15.624
4 HB3 CYS 797 HB3 CYS 797 37.706 -7.380 -14.102
No H/Q in entry = 4
In of MODEL 9
1 H GLU 798 H GLU 798 36.606 -3.908 -14.267
2 HA GLU 798 HA GLU 798 38.773 -3.187 -16.042
3 HB2 GLU 798 HB2 GLU 798 38.342 -0.914 -14.697
4 HB3 GLU 798 HB3 GLU 798 37.438 -1.380 -16.123
5 HG2 GLU 798 HG2 GLU 798 36.077 -0.467 -14.279
6 HG3 GLU 798 HG3 GLU 798 35.566 -2.055 -14.824
No H/Q in entry = 6
In of MODEL 9
1 H GLU 799 H GLU 799 38.278 -4.335 -13.001
2 HA GLU 799 HA GLU 799 40.204 -3.124 -11.415
3 HB2 GLU 799 HB2 GLU 799 38.466 -4.676 -10.613
4 HB3 GLU 799 HB3 GLU 799 39.312 -6.003 -11.382
5 HG2 GLU 799 HG2 GLU 799 39.710 -5.939 -8.991
6 HG3 GLU 799 HG3 GLU 799 41.200 -5.702 -9.900
No H/Q in entry = 6
In of MODEL 9
1 H GLU 800 H GLU 800 40.531 -5.984 -13.520
2 HA GLU 800 HA GLU 800 42.273 -7.210 -14.216
3 HB2 GLU 800 HB2 GLU 800 43.639 -4.505 -14.256
4 HB3 GLU 800 HB3 GLU 800 44.256 -5.948 -15.058
5 HG2 GLU 800 HG2 GLU 800 42.328 -6.006 -16.513
6 HG3 GLU 800 HG3 GLU 800 41.608 -4.645 -15.661
No H/Q in entry = 6
In of MODEL 9
1 H GLY 801 H GLY 801 42.250 -8.254 -12.169
2 HA3 GLY 801 HA2 GLY 801 44.317 -7.566 -10.245
3 HA2 GLY 801 HA3 GLY 801 43.129 -8.860 -10.136
No H/Q in entry = 3
In of MODEL 9
1 H PHE 802 H PHE 802 44.455 -10.446 -9.652
2 HA PHE 802 HA PHE 802 46.813 -11.068 -11.139
3 HB2 PHE 802 HB2 PHE 802 45.182 -12.562 -9.113
4 HB3 PHE 802 HB3 PHE 802 46.508 -13.339 -9.960
5 HD1 PHE 802 HD1 PHE 802 47.785 -13.760 -8.017
6 HD2 PHE 802 HD2 PHE 802 46.615 -9.772 -8.949
7 HE1 PHE 802 HE1 PHE 802 49.353 -12.916 -6.381
8 HE2 PHE 802 HE2 PHE 802 48.173 -8.931 -7.300
9 HZ PHE 802 HZ PHE 802 49.561 -10.491 -5.998
No H/Q in entry = 9
In of MODEL 9
1 H SER 803 H SER 803 46.909 -13.496 -11.832
2 HA SER 803 HA SER 803 44.655 -14.089 -13.563
3 HB2 SER 803 HB2 SER 803 46.564 -14.913 -15.189
4 HB3 SER 803 HB3 SER 803 46.087 -13.212 -15.170
5 HG SER 803 HG SER 803 48.223 -14.275 -13.614
No H/Q in entry = 5
In of MODEL 9
1 H ILE 804 H ILE 804 43.972 -16.104 -13.390
2 HA ILE 804 HA ILE 804 45.722 -18.042 -12.080
3 HB ILE 804 HB ILE 804 43.938 -18.949 -10.738
4 HG12 ILE 804 HG12 ILE 804 42.013 -18.471 -12.293
5 HG13 ILE 804 HG13 ILE 804 41.673 -18.125 -10.608
6 HG23 ILE 804 HG21 ILE 804 43.483 -17.122 -9.171
7 HG22 ILE 804 HG22 ILE 804 44.027 -15.971 -10.388
8 HG21 ILE 804 HG23 ILE 804 45.163 -17.143 -9.724
9 HD11 ILE 804 HD11 ILE 804 42.027 -15.730 -11.073
10 HD13 ILE 804 HD12 ILE 804 40.717 -16.443 -12.012
11 HD12 ILE 804 HD13 ILE 804 42.269 -16.123 -12.777
No H/Q in entry = 11
In of MODEL 9
1 H CYS 805 H CYS 805 44.662 -20.305 -12.281
2 HA CYS 805 HA CYS 805 44.019 -20.650 -15.135
3 HB2 CYS 805 HB2 CYS 805 46.140 -21.684 -14.136
4 HB3 CYS 805 HB3 CYS 805 45.083 -22.679 -13.137
No H/Q in entry = 4
In of MODEL 9
1 H VAL 806 H VAL 806 41.982 -21.307 -15.609
2 HA VAL 806 HA VAL 806 40.498 -22.596 -13.438
3 HB VAL 806 HB VAL 806 39.316 -20.652 -15.389
4 HG12 VAL 806 HG11 VAL 806 37.393 -20.652 -13.841
5 HG11 VAL 806 HG12 VAL 806 38.191 -21.929 -12.905
6 HG13 VAL 806 HG13 VAL 806 37.723 -22.224 -14.567
7 HG21 VAL 806 HG21 VAL 806 40.162 -20.135 -12.549
8 HG23 VAL 806 HG22 VAL 806 39.127 -19.065 -13.499
9 HG22 VAL 806 HG23 VAL 806 40.785 -19.366 -14.014
No H/Q in entry = 9
In of MODEL 9
1 H GLU 807 H GLU 807 39.442 -24.357 -13.992
2 HA GLU 807 HA GLU 807 39.567 -25.335 -16.688
3 HB2 GLU 807 HB2 GLU 807 39.969 -26.827 -14.766
4 HB3 GLU 807 HB3 GLU 807 38.345 -26.509 -14.183
5 HG2 GLU 807 HG2 GLU 807 37.431 -27.521 -16.188
6 HG3 GLU 807 HG3 GLU 807 39.060 -27.868 -16.767
No H/Q in entry = 6
In of MODEL 9
1 H VAL 808 H VAL 808 38.166 -24.662 -18.037
2 HA VAL 808 HA VAL 808 35.393 -24.260 -17.263
3 HB VAL 808 HB VAL 808 36.358 -22.083 -17.608
4 HG11 VAL 808 HG11 VAL 808 37.322 -23.033 -20.295
5 HG13 VAL 808 HG12 VAL 808 38.319 -22.625 -18.897
6 HG12 VAL 808 HG13 VAL 808 37.385 -21.368 -19.713
7 HG22 VAL 808 HG21 VAL 808 34.120 -22.300 -18.437
8 HG21 VAL 808 HG22 VAL 808 34.729 -22.867 -20.000
9 HG23 VAL 808 HG23 VAL 808 35.042 -21.208 -19.479
No H/Q in entry = 9
In of MODEL 9
1 H ASN 809 H ASN 809 34.077 -25.535 -18.354
2 HA ASN 809 HA ASN 809 33.194 -26.906 -19.944
3 HB2 ASN 809 HB2 ASN 809 35.123 -25.328 -21.504
4 HB3 ASN 809 HB3 ASN 809 34.424 -26.737 -22.332
5 HD21 ASN 809 HD21 ASN 809 32.929 -24.437 -20.044
6 HD22 ASN 809 HD22 ASN 809 31.806 -23.798 -21.172
No H/Q in entry = 6
In of MODEL 9
1 H GLY 810 H GLY 810 35.778 -27.423 -18.374
2 HA3 GLY 810 HA2 GLY 810 36.710 -29.556 -17.983
3 HA2 GLY 810 HA3 GLY 810 36.360 -29.981 -19.661
No H/Q in entry = 3
In of MODEL 9
1 H LYS 811 H LYS 811 37.575 -27.062 -20.062
2 HA LYS 811 HA LYS 811 40.322 -28.091 -20.316
3 HB2 LYS 811 HB2 LYS 811 38.942 -25.924 -21.881
4 HB3 LYS 811 HB3 LYS 811 40.583 -26.518 -22.118
5 HG2 LYS 811 HG2 LYS 811 39.734 -28.700 -22.746
6 HG3 LYS 811 HG3 LYS 811 38.080 -28.159 -22.460
7 HD2 LYS 811 HD2 LYS 811 38.576 -28.118 -24.831
8 HD3 LYS 811 HD3 LYS 811 38.347 -26.475 -24.231
9 HE2 LYS 811 HE2 LYS 811 40.733 -26.142 -24.136
10 HE3 LYS 811 HE3 LYS 811 41.030 -27.805 -24.620
11 HZ1 LYS 811 HZ1 LYS 811 39.950 -27.297 -26.738
12 HZ3 LYS 811 HZ2 LYS 811 41.275 -26.282 -26.459
13 HZ2 LYS 811 HZ3 LYS 811 39.708 -25.697 -26.244
No H/Q in entry = 13
In of MODEL 9
1 H GLU 812 H GLU 812 42.013 -26.668 -19.764
2 HA GLU 812 HA GLU 812 41.144 -24.710 -17.808
3 HB2 GLU 812 HB2 GLU 812 43.950 -25.694 -18.344
4 HB3 GLU 812 HB3 GLU 812 43.434 -24.684 -17.001
5 HG2 GLU 812 HG2 GLU 812 43.275 -26.600 -15.850
6 HG3 GLU 812 HG3 GLU 812 41.791 -26.848 -16.774
No H/Q in entry = 6
In of MODEL 9
1 H GLN 813 H GLN 813 41.152 -22.653 -18.132
2 HA GLN 813 HA GLN 813 42.905 -21.481 -20.181
3 HB2 GLN 813 HB2 GLN 813 40.772 -21.564 -21.232
4 HB3 GLN 813 HB3 GLN 813 39.939 -21.067 -19.768
5 HG2 GLN 813 HG2 GLN 813 40.865 -18.867 -19.956
6 HG3 GLN 813 HG3 GLN 813 41.791 -19.325 -21.394
7 HE21 GLN 813 HE21 GLN 813 38.533 -20.372 -20.757
8 HE22 GLN 813 HE22 GLN 813 37.775 -19.461 -22.004
No H/Q in entry = 8
In of MODEL 9
1 H THR 814 H THR 814 43.804 -19.570 -19.560
2 HA THR 814 HA THR 814 43.883 -18.908 -16.794
3 HB THR 814 HB THR 814 44.926 -17.385 -19.165
4 HG1 THR 814 HG1 THR 814 46.180 -19.008 -19.400
5 HG23 THR 814 HG21 THR 814 44.963 -16.097 -17.083
6 HG22 THR 814 HG22 THR 814 46.605 -16.528 -17.568
7 HG21 THR 814 HG23 THR 814 45.798 -17.421 -16.273
No H/Q in entry = 7
In of MODEL 9
1 H MET 815 H MET 815 42.698 -17.389 -15.751
2 HA MET 815 HA MET 815 41.372 -15.321 -17.372
3 HB2 MET 815 HB2 MET 815 40.069 -16.446 -14.894
4 HB3 MET 815 HB3 MET 815 39.381 -15.379 -16.109
5 HG2 MET 815 HG2 MET 815 39.594 -17.312 -17.742
6 HG3 MET 815 HG3 MET 815 40.062 -18.259 -16.342
7 HE2 MET 815 HE1 MET 815 36.600 -19.659 -17.194
8 HE1 MET 815 HE2 MET 815 38.335 -19.969 -16.992
9 HE3 MET 815 HE3 MET 815 37.781 -18.985 -18.328
No H/Q in entry = 9
In of MODEL 9
1 H SER 816 H SER 816 41.006 -13.404 -16.217
2 HA SER 816 HA SER 816 42.979 -12.743 -14.314
3 HB2 SER 816 HB2 SER 816 40.456 -11.446 -15.160
4 HB3 SER 816 HB3 SER 816 41.739 -10.596 -14.259
5 HG SER 816 HG SER 816 41.625 -11.530 -16.904
No H/Q in entry = 5
In of MODEL 9
1 H GLU 817 H GLU 817 42.552 -12.057 -12.223
2 HA GLU 817 HA GLU 817 41.230 -13.710 -10.484
3 HB2 GLU 817 HB2 GLU 817 43.095 -11.929 -10.232
4 HB3 GLU 817 HB3 GLU 817 41.746 -10.849 -9.959
5 HG2 GLU 817 HG2 GLU 817 41.071 -12.099 -7.997
6 HG3 GLU 817 HG3 GLU 817 42.289 -13.292 -8.338
No H/Q in entry = 6
In of MODEL 9
1 H CYS 818 H CYS 818 39.936 -11.072 -12.316
2 HA CYS 818 HA CYS 818 37.667 -10.820 -10.515
3 HB2 CYS 818 HB2 CYS 818 38.620 -8.686 -11.331
4 HB3 CYS 818 HB3 CYS 818 38.332 -9.206 -12.990
No H/Q in entry = 4
In of MODEL 9
1 H GLU 819 H GLU 819 38.590 -11.583 -13.814
2 HA GLU 819 HA GLU 819 36.228 -12.119 -15.049
3 HB2 GLU 819 HB2 GLU 819 38.939 -13.317 -15.246
4 HB3 GLU 819 HB3 GLU 819 37.711 -13.873 -16.297
5 HG2 GLU 819 HG2 GLU 819 37.463 -11.488 -17.003
6 HG3 GLU 819 HG3 GLU 819 38.923 -11.172 -16.095
No H/Q in entry = 6
In of MODEL 9
1 H ALA 820 H ALA 820 38.319 -14.545 -13.503
2 HA ALA 820 HA ALA 820 36.646 -16.708 -13.767
3 HB3 ALA 820 HB1 ALA 820 38.592 -16.162 -11.541
4 HB1 ALA 820 HB2 ALA 820 38.965 -16.897 -13.105
5 HB2 ALA 820 HB3 ALA 820 37.924 -17.738 -11.956
No H/Q in entry = 5
In of MODEL 9
1 H GLY 821 H GLY 821 36.858 -14.325 -11.168
2 HA3 GLY 821 HA2 GLY 821 35.059 -15.596 -9.365
3 HA2 GLY 821 HA3 GLY 821 35.596 -13.923 -9.289
No H/Q in entry = 3
In of MODEL 9
1 H ALA 822 H ALA 822 34.693 -13.149 -11.825
2 HA ALA 822 HA ALA 822 32.063 -12.414 -11.283
3 HB2 ALA 822 HB1 ALA 822 33.620 -11.169 -12.724
4 HB3 ALA 822 HB2 ALA 822 32.074 -11.476 -13.496
5 HB1 ALA 822 HB3 ALA 822 33.492 -12.438 -13.947
No H/Q in entry = 5
In of MODEL 9
1 H LEU 823 H LEU 823 33.419 -14.850 -13.426
2 HA LEU 823 HA LEU 823 30.934 -15.806 -14.293
3 HB2 LEU 823 HB2 LEU 823 33.678 -17.026 -14.330
4 HB3 LEU 823 HB3 LEU 823 32.300 -17.997 -14.773
5 HG LEU 823 HG LEU 823 33.332 -17.230 -16.780
6 HD12 LEU 823 HD11 LEU 823 30.850 -15.604 -16.341
7 HD11 LEU 823 HD12 LEU 823 30.927 -17.288 -16.848
8 HD13 LEU 823 HD13 LEU 823 31.562 -16.023 -17.897
9 HD23 LEU 823 HD21 LEU 823 33.618 -14.862 -17.361
10 HD22 LEU 823 HD22 LEU 823 34.575 -15.297 -15.949
11 HD21 LEU 823 HD23 LEU 823 33.072 -14.403 -15.752
No H/Q in entry = 11
In of MODEL 9
1 H ARG 824 H ARG 824 32.967 -16.804 -11.515
2 HA ARG 824 HA ARG 824 31.375 -18.947 -10.683
3 HB2 ARG 824 HB2 ARG 824 33.007 -17.051 -8.964
4 HB3 ARG 824 HB3 ARG 824 32.423 -18.636 -8.469
5 HG2 ARG 824 HG2 ARG 824 33.843 -19.698 -10.123
6 HG3 ARG 824 HG3 ARG 824 34.381 -18.119 -10.701
7 HD2 ARG 824 HD2 ARG 824 36.074 -19.018 -9.321
8 HD3 ARG 824 HD3 ARG 824 35.298 -17.721 -8.423
9 HE ARG 824 HE ARG 824 34.094 -20.207 -7.944
10 HH11 ARG 824 HH11 ARG 824 36.850 -18.206 -6.915
11 HH12 ARG 824 HH12 ARG 824 37.205 -19.066 -5.503
12 HH21 ARG 824 HH21 ARG 824 34.604 -21.472 -5.955
13 HH22 ARG 824 HH22 ARG 824 35.936 -21.036 -4.982
No H/Q in entry = 13
In of MODEL 9
1 H CYS 825 H CYS 825 31.136 -15.489 -10.118
2 HA CYS 825 HA CYS 825 29.139 -15.672 -8.129
3 HB2 CYS 825 HB2 CYS 825 30.639 -13.674 -8.408
4 HB3 CYS 825 HB3 CYS 825 29.748 -13.293 -9.874
No H/Q in entry = 4
In of MODEL 9
1 H ARG 826 H ARG 826 28.951 -15.147 -11.673
2 HA ARG 826 HA ARG 826 26.169 -14.634 -11.567
3 HB2 ARG 826 HB2 ARG 826 26.105 -14.949 -13.990
4 HB3 ARG 826 HB3 ARG 826 27.374 -13.826 -13.503
5 HG2 ARG 826 HG2 ARG 826 29.031 -15.354 -14.093
6 HG3 ARG 826 HG3 ARG 826 27.895 -16.712 -14.136
7 HD2 ARG 826 HD2 ARG 826 27.859 -14.338 -16.018
8 HD3 ARG 826 HD3 ARG 826 28.484 -15.948 -16.407
9 HE ARG 826 HE ARG 826 26.106 -16.651 -15.706
10 HH11 ARG 826 HH11 ARG 826 26.903 -13.870 -17.812
11 HH12 ARG 826 HH12 ARG 826 25.333 -13.766 -18.420
12 HH21 ARG 826 HH21 ARG 826 23.980 -16.450 -16.575
13 HH22 ARG 826 HH22 ARG 826 23.620 -15.208 -17.686
No H/Q in entry = 13
In of MODEL 9
1 H GLY 827 H GLY 827 27.934 -17.553 -11.553
2 HA3 GLY 827 HA2 GLY 827 26.611 -19.459 -10.747
3 HA2 GLY 827 HA3 GLY 827 25.375 -18.971 -11.901
No H/Q in entry = 3
In of MODEL 9
1 H GLN 828 H GLN 828 28.258 -18.437 -13.356
2 HA GLN 828 HA GLN 828 28.010 -20.661 -15.083
3 HB2 GLN 828 HB2 GLN 828 29.075 -18.537 -15.797
4 HB3 GLN 828 HB3 GLN 828 30.385 -18.824 -14.659
5 HG2 GLN 828 HG2 GLN 828 31.065 -19.414 -16.925
6 HG3 GLN 828 HG3 GLN 828 31.009 -20.840 -15.886
7 HE21 GLN 828 HE21 GLN 828 29.563 -19.206 -18.540
8 HE22 GLN 828 HE22 GLN 828 28.538 -20.499 -19.031
No H/Q in entry = 8
In of MODEL 9
1 H SER 829 H SER 829 29.322 -22.529 -15.191
2 HA SER 829 HA SER 829 30.406 -23.196 -12.576
3 HB2 SER 829 HB2 SER 829 29.548 -25.023 -14.817
4 HB3 SER 829 HB3 SER 829 29.961 -25.497 -13.158
5 HG SER 829 HG SER 829 28.133 -23.489 -13.397
No H/Q in entry = 5
In of MODEL 9
1 H ILE 830 H ILE 830 32.423 -22.893 -12.401
2 HA ILE 830 HA ILE 830 34.274 -23.902 -14.388
3 HB ILE 830 HB ILE 830 35.717 -21.939 -14.249
4 HG12 ILE 830 HG12 ILE 830 34.921 -21.112 -11.996
5 HG13 ILE 830 HG13 ILE 830 35.147 -19.820 -13.130
6 HG22 ILE 830 HG21 ILE 830 34.415 -20.332 -15.598
7 HG21 ILE 830 HG22 ILE 830 32.963 -21.261 -15.184
8 HG23 ILE 830 HG23 ILE 830 34.251 -22.016 -16.121
9 HD13 ILE 830 HD11 ILE 830 33.121 -19.409 -11.960
10 HD12 ILE 830 HD12 ILE 830 32.543 -21.039 -12.275
11 HD11 ILE 830 HD13 ILE 830 32.687 -19.887 -13.600
No H/Q in entry = 11
In of MODEL 9
1 H SER 831 H SER 831 36.194 -24.500 -13.493
2 HA SER 831 HA SER 831 36.211 -24.509 -10.577
3 HB2 SER 831 HB2 SER 831 37.105 -26.543 -12.578
4 HB3 SER 831 HB3 SER 831 37.604 -26.571 -10.891
5 HG SER 831 HG SER 831 34.848 -26.335 -11.437
No H/Q in entry = 5
In of MODEL 9
1 H VAL 832 H VAL 832 37.621 -22.939 -10.008
2 HA VAL 832 HA VAL 832 39.983 -22.266 -11.459
3 HB VAL 832 HB VAL 832 39.263 -21.823 -8.555
4 HG11 VAL 832 HG11 VAL 832 41.681 -21.582 -8.938
5 HG13 VAL 832 HG12 VAL 832 40.963 -20.003 -8.607
6 HG12 VAL 832 HG13 VAL 832 41.371 -20.463 -10.262
7 HG21 VAL 832 HG21 VAL 832 37.644 -20.781 -10.024
8 HG23 VAL 832 HG22 VAL 832 38.928 -19.969 -10.917
9 HG22 VAL 832 HG23 VAL 832 38.622 -19.544 -9.237
No H/Q in entry = 9
In of MODEL 9
1 H THR 833 H THR 833 41.622 -23.588 -11.716
2 HA THR 833 HA THR 833 41.838 -25.906 -10.023
3 HB THR 833 HB THR 833 43.571 -26.605 -11.691
4 HG1 THR 833 HG1 THR 833 43.255 -25.149 -13.716
5 HG23 THR 833 HG21 THR 833 41.979 -26.962 -13.519
6 HG22 THR 833 HG22 THR 833 40.925 -25.722 -12.836
7 HG21 THR 833 HG23 THR 833 41.217 -27.213 -11.947
No H/Q in entry = 7
In of MODEL 9
1 H SER 834 H SER 834 43.686 -23.069 -10.850
2 HA SER 834 HA SER 834 45.310 -23.429 -8.487
3 HB2 SER 834 HB2 SER 834 46.540 -23.201 -11.243
4 HB3 SER 834 HB3 SER 834 47.427 -23.146 -9.726
5 HG SER 834 HG SER 834 46.881 -25.231 -11.136
No H/Q in entry = 5
In of MODEL 9
1 H ILE 835 H ILE 835 46.400 -21.528 -7.895
2 HA ILE 835 HA ILE 835 45.067 -19.080 -8.744
3 HB ILE 835 HB ILE 835 46.308 -18.012 -6.998
4 HG12 ILE 835 HG12 ILE 835 47.790 -20.659 -6.688
5 HG13 ILE 835 HG13 ILE 835 48.433 -19.101 -7.212
6 HG23 ILE 835 HG21 ILE 835 44.272 -19.125 -6.377
7 HG22 ILE 835 HG22 ILE 835 45.436 -19.259 -5.058
8 HG21 ILE 835 HG23 ILE 835 45.136 -20.640 -6.114
9 HD11 ILE 835 HD11 ILE 835 47.375 -19.696 -4.513
10 HD13 ILE 835 HD12 ILE 835 48.122 -18.189 -5.073
11 HD12 ILE 835 HD13 ILE 835 49.073 -19.682 -4.991
No H/Q in entry = 11
In of MODEL 9
1 H ARG 836 H ARG 836 47.470 -20.818 -9.818
2 HA ARG 836 HA ARG 836 49.195 -18.678 -10.807
3 HB2 ARG 836 HB2 ARG 836 49.374 -21.677 -11.111
4 HB3 ARG 836 HB3 ARG 836 50.618 -20.509 -11.544
5 HG2 ARG 836 HG2 ARG 836 50.991 -19.944 -9.266
6 HG3 ARG 836 HG3 ARG 836 49.589 -20.879 -8.742
7 HD2 ARG 836 HD2 ARG 836 50.658 -22.873 -9.644
8 HD3 ARG 836 HD3 ARG 836 52.112 -21.925 -9.983
9 HE ARG 836 HE ARG 836 51.895 -21.429 -7.438
10 HH11 ARG 836 HH11 ARG 836 51.265 -24.546 -8.994
11 HH12 ARG 836 HH12 ARG 836 51.783 -25.483 -7.681
12 HH21 ARG 836 HH21 ARG 836 52.607 -22.753 -5.576
13 HH22 ARG 836 HH22 ARG 836 52.550 -24.446 -5.697
No H/Q in entry = 13
In of MODEL 9
1 HA PRO 837 HA PRO 837 46.805 -18.733 -14.655
2 HB2 PRO 837 HB2 PRO 837 49.354 -18.390 -16.118
3 HB3 PRO 837 HB3 PRO 837 47.934 -17.354 -16.090
4 HG2 PRO 837 HG2 PRO 837 50.186 -16.644 -14.835
5 HG3 PRO 837 HG3 PRO 837 48.587 -16.259 -14.171
6 HD2 PRO 837 HD2 PRO 837 50.513 -18.392 -13.360
7 HD3 PRO 837 HD3 PRO 837 49.462 -17.369 -12.358
No H/Q in entry = 7
In of MODEL 9
1 H CYS 838 H CYS 838 46.751 -19.838 -16.861
2 HA CYS 838 HA CYS 838 47.706 -22.586 -16.579
3 HB2 CYS 838 HB2 CYS 838 45.929 -21.341 -18.707
4 HB3 CYS 838 HB3 CYS 838 46.250 -23.041 -18.522
No H/Q in entry = 4
In of MODEL 9
1 H ALA 839 H ALA 839 48.421 -23.505 -18.831
2 HA ALA 839 HA ALA 839 50.386 -21.778 -20.060
3 HB3 ALA 839 HB1 ALA 839 50.875 -24.160 -19.699
4 HB2 ALA 839 HB2 ALA 839 50.910 -23.766 -21.419
5 HB1 ALA 839 HB3 ALA 839 49.512 -24.592 -20.733
No H/Q in entry = 5
In of MODEL 9
1 H ALA 840 H ALA 840 47.179 -22.596 -20.389
2 HA ALA 840 HA ALA 840 46.794 -21.956 -23.153
3 HB1 ALA 840 HB1 ALA 840 44.825 -22.227 -20.901
4 HB2 ALA 840 HB2 ALA 840 45.287 -23.502 -22.033
5 HB3 ALA 840 HB3 ALA 840 44.429 -22.071 -22.610
No H/Q in entry = 5
In of MODEL 9
1 H GLU 841 H GLU 841 47.665 -20.064 -23.400
2 HA GLU 841 HA GLU 841 46.750 -17.863 -21.819
3 HB2 GLU 841 HB2 GLU 841 48.827 -17.978 -23.997
4 HB3 GLU 841 HB3 GLU 841 48.392 -16.524 -23.110
5 HG2 GLU 841 HG2 GLU 841 49.021 -17.708 -21.012
6 HG3 GLU 841 HG3 GLU 841 49.629 -19.023 -22.008
No H/Q in entry = 6
In of MODEL 9
1 H THR 842 H THR 842 44.919 -17.313 -22.307
2 HA THR 842 HA THR 842 43.785 -17.442 -24.918
3 HB THR 842 HB THR 842 42.419 -17.872 -22.914
4 HG1 THR 842 HG1 THR 842 40.711 -17.083 -23.766
5 HG23 THR 842 HG21 THR 842 43.418 -16.267 -21.361
6 HG22 THR 842 HG22 THR 842 41.674 -16.021 -21.473
7 HG21 THR 842 HG23 THR 842 42.772 -14.930 -22.316
No H/Q in entry = 7
In of MODEL 9
1 H GLN 843 H GLN 843 43.299 -15.790 -26.268
2 HA GLN 843 HA GLN 843 44.552 -13.202 -25.716
3 HB2 GLN 843 HB2 GLN 843 43.954 -14.520 -28.374
4 HB3 GLN 843 HB3 GLN 843 44.668 -12.929 -28.165
5 HG2 GLN 843 HG2 GLN 843 46.614 -13.943 -27.097
6 HG3 GLN 843 HG3 GLN 843 45.894 -15.536 -27.317
7 HE21 GLN 843 HE21 GLN 843 47.531 -16.277 -28.603
8 HE22 GLN 843 HE22 GLN 843 47.798 -15.717 -30.206
No H/Q in entry = 8
In of MODEL 10
1 H1 GLY 689 H1 GLY 689 63.432 20.696 -13.832
2 H2 GLY 689 H3 GLY 689 63.159 19.072 -14.190
3 H3 GLY 689 H2 GLY 689 63.560 20.163 -15.425
4 HA2 GLY 689 HA2 GLY 689 61.210 19.678 -15.468
5 HA3 GLY 689 HA3 GLY 689 61.533 21.365 -15.081
No H/Q in entry = 5
In of MODEL 10
1 H SER 690 H SER 690 59.543 18.956 -14.286
2 HA SER 690 HA SER 690 59.618 19.441 -11.423
3 HB2 SER 690 HB2 SER 690 57.172 20.009 -13.121
4 HB3 SER 690 HB3 SER 690 57.251 20.094 -11.366
5 HG SER 690 HG SER 690 58.503 21.712 -13.292
No H/Q in entry = 5
In of MODEL 10
1 H HIS 691 H HIS 691 59.606 17.423 -10.633
2 HA HIS 691 HA HIS 691 57.377 15.805 -11.484
3 HB2 HIS 691 HB2 HIS 691 58.615 13.652 -11.035
4 HB3 HIS 691 HB3 HIS 691 59.241 14.542 -12.401
5 HD1 HIS 691 HD1 HIS 691 61.750 14.679 -12.466
6 HD2 HIS 691 HD2 HIS 691 60.364 13.980 -8.613
7 HE1 HIS 691 HE1 HIS 691 63.771 14.239 -11.095
8 HE2 HIS 691 HE2 HIS 691 62.913 13.682 -8.811
No H/Q in entry = 8
In of MODEL 10
1 H MET 692 H MET 692 56.415 17.059 -9.963
2 HA MET 692 HA MET 692 57.146 16.748 -7.195
3 HB2 MET 692 HB2 MET 692 54.786 18.117 -8.492
4 HB3 MET 692 HB3 MET 692 55.139 18.169 -6.768
5 HG2 MET 692 HG2 MET 692 57.237 19.306 -7.231
6 HG3 MET 692 HG3 MET 692 56.926 19.205 -8.960
7 HE3 MET 692 HE1 MET 692 56.542 23.019 -8.272
8 HE2 MET 692 HE2 MET 692 57.323 21.777 -9.254
9 HE1 MET 692 HE3 MET 692 57.684 21.895 -7.534
No H/Q in entry = 9
In of MODEL 10
1 H ASN 693 H ASN 693 54.527 15.743 -9.309
2 HA ASN 693 HA ASN 693 53.708 13.892 -7.224
3 HB2 ASN 693 HB2 ASN 693 51.688 13.436 -8.540
4 HB3 ASN 693 HB3 ASN 693 51.867 15.165 -8.329
5 HD21 ASN 693 HD21 ASN 693 52.323 16.422 -10.124
6 HD22 ASN 693 HD22 ASN 693 52.139 15.836 -11.736
No H/Q in entry = 6
In of MODEL 10
1 HA PRO 694 HA PRO 694 55.990 10.574 -9.113
2 HB2 PRO 694 HB2 PRO 694 53.710 8.908 -8.145
3 HB3 PRO 694 HB3 PRO 694 55.442 8.706 -7.868
4 HG2 PRO 694 HG2 PRO 694 53.901 9.623 -5.922
5 HG3 PRO 694 HG3 PRO 694 55.509 10.317 -6.200
6 HD2 PRO 694 HD2 PRO 694 52.826 11.410 -6.944
7 HD3 PRO 694 HD3 PRO 694 54.258 12.243 -6.298
No H/Q in entry = 7
In of MODEL 10
1 H LEU 695 H LEU 695 55.958 10.076 -11.195
2 HA LEU 695 HA LEU 695 53.520 10.459 -12.615
3 HB2 LEU 695 HB2 LEU 695 54.917 10.133 -14.696
4 HB3 LEU 695 HB3 LEU 695 55.290 11.511 -13.693
5 HG LEU 695 HG LEU 695 57.246 10.169 -12.782
6 HD11 LEU 695 HD11 LEU 695 56.535 7.939 -13.429
7 HD13 LEU 695 HD12 LEU 695 58.106 8.336 -14.123
8 HD12 LEU 695 HD13 LEU 695 56.659 8.379 -15.131
9 HD21 LEU 695 HD21 LEU 695 57.200 10.849 -15.713
10 HD23 LEU 695 HD22 LEU 695 58.648 10.632 -14.733
11 HD22 LEU 695 HD23 LEU 695 57.536 11.956 -14.381
No H/Q in entry = 11
In of MODEL 10
1 H THR 696 H THR 696 52.337 9.144 -13.776
2 HA THR 696 HA THR 696 52.544 6.318 -13.140
3 HB THR 696 HB THR 696 50.338 7.770 -14.637
4 HG1 THR 696 HG1 THR 696 50.551 7.417 -11.809
5 HG22 THR 696 HG21 THR 696 48.912 6.018 -13.636
6 HG21 THR 696 HG22 THR 696 50.325 5.333 -12.828
7 HG23 THR 696 HG23 THR 696 50.214 5.307 -14.587
No H/Q in entry = 7
In of MODEL 10
1 H GLN 697 H GLN 697 53.874 8.224 -15.334
2 HA GLN 697 HA GLN 697 53.158 7.195 -17.868
3 HB2 GLN 697 HB2 GLN 697 55.744 8.539 -17.058
4 HB3 GLN 697 HB3 GLN 697 55.218 8.267 -18.706
5 HG2 GLN 697 HG2 GLN 697 53.867 10.029 -16.673
6 HG3 GLN 697 HG3 GLN 697 54.825 10.560 -18.055
7 HE21 GLN 697 HE21 GLN 697 53.942 10.376 -20.123
8 HE22 GLN 697 HE22 GLN 697 52.266 10.117 -20.388
No H/Q in entry = 8
In of MODEL 10
1 H ALA 698 H ALA 698 55.335 6.094 -15.490
2 HA ALA 698 HA ALA 698 56.381 4.066 -17.334
3 HB1 ALA 698 HB1 ALA 698 58.108 5.420 -16.249
4 HB2 ALA 698 HB2 ALA 698 58.200 3.741 -15.719
5 HB3 ALA 698 HB3 ALA 698 57.477 4.961 -14.670
No H/Q in entry = 5
In of MODEL 10
1 H VAL 699 H VAL 699 56.153 1.916 -16.858
2 HA VAL 699 HA VAL 699 54.363 1.290 -14.615
3 HB VAL 699 HB VAL 699 54.580 -0.177 -17.262
4 HG12 VAL 699 HG11 VAL 699 52.661 -0.558 -14.967
5 HG11 VAL 699 HG12 VAL 699 53.962 -1.654 -15.436
6 HG13 VAL 699 HG13 VAL 699 52.588 -1.401 -16.514
7 HG23 VAL 699 HG21 VAL 699 52.381 1.637 -16.266
8 HG22 VAL 699 HG22 VAL 699 52.342 0.701 -17.759
9 HG21 VAL 699 HG23 VAL 699 53.515 2.003 -17.565
No H/Q in entry = 9
In of MODEL 10
1 HA PRO 700 HA PRO 700 58.049 -1.093 -13.487
2 HB2 PRO 700 HB2 PRO 700 56.471 -1.761 -11.133
3 HB3 PRO 700 HB3 PRO 700 58.044 -0.970 -11.235
4 HG2 PRO 700 HG2 PRO 700 55.818 0.401 -10.506
5 HG3 PRO 700 HG3 PRO 700 57.128 1.149 -11.434
6 HD2 PRO 700 HD2 PRO 700 54.486 0.118 -12.381
7 HD3 PRO 700 HD3 PRO 700 55.377 1.580 -12.870
No H/Q in entry = 7
In of MODEL 10
1 H LYS 701 H LYS 701 58.273 -3.071 -14.188
2 HA LYS 701 HA LYS 701 55.914 -4.743 -14.428
3 HB2 LYS 701 HB2 LYS 701 58.642 -5.088 -15.646
4 HB3 LYS 701 HB3 LYS 701 57.379 -6.298 -15.786
5 HG2 LYS 701 HG2 LYS 701 57.218 -3.455 -16.785
6 HG3 LYS 701 HG3 LYS 701 57.526 -4.874 -17.788
7 HD2 LYS 701 HD2 LYS 701 54.987 -4.289 -16.220
8 HD3 LYS 701 HD3 LYS 701 55.191 -4.137 -17.959
9 HE2 LYS 701 HE2 LYS 701 55.609 -6.558 -18.124
10 HE3 LYS 701 HE3 LYS 701 55.412 -6.697 -16.377
11 HZ2 LYS 701 HZ1 LYS 701 53.301 -5.867 -18.303
12 HZ1 LYS 701 HZ2 LYS 701 53.111 -5.927 -16.640
13 HZ3 LYS 701 HZ3 LYS 701 53.391 -7.335 -17.501
No H/Q in entry = 13
In of MODEL 10
1 H CYS 702 H CYS 702 55.389 -5.684 -12.750
2 HA CYS 702 HA CYS 702 57.192 -7.551 -11.464
3 HB2 CYS 702 HB2 CYS 702 55.574 -5.372 -10.125
4 HB3 CYS 702 HB3 CYS 702 56.053 -6.819 -9.281
No H/Q in entry = 4
In of MODEL 10
1 H GLN 703 H GLN 703 55.883 -9.220 -10.300
2 HA GLN 703 HA GLN 703 53.530 -9.733 -11.848
3 HB2 GLN 703 HB2 GLN 703 54.728 -11.213 -9.511
4 HB3 GLN 703 HB3 GLN 703 53.330 -11.763 -10.423
5 HG2 GLN 703 HG2 GLN 703 56.104 -11.348 -11.520
6 HG3 GLN 703 HG3 GLN 703 55.358 -12.898 -11.132
7 HE21 GLN 703 HE21 GLN 703 55.429 -10.234 -13.354
8 HE22 GLN 703 HE22 GLN 703 54.497 -10.973 -14.600
No H/Q in entry = 8
In of MODEL 10
1 H ARG 704 H ARG 704 51.630 -10.597 -10.494
2 HA ARG 704 HA ARG 704 50.240 -8.363 -9.586
3 HB2 ARG 704 HB2 ARG 704 49.695 -11.260 -9.101
4 HB3 ARG 704 HB3 ARG 704 48.543 -9.958 -8.855
5 HG2 ARG 704 HG2 ARG 704 49.868 -10.455 -11.481
6 HG3 ARG 704 HG3 ARG 704 48.396 -11.283 -10.995
7 HD2 ARG 704 HD2 ARG 704 47.817 -9.373 -12.369
8 HD3 ARG 704 HD3 ARG 704 47.290 -9.121 -10.710
9 HE ARG 704 HE ARG 704 49.809 -7.910 -11.122
10 HH11 ARG 704 HH11 ARG 704 46.462 -7.539 -12.174
11 HH12 ARG 704 HH12 ARG 704 46.512 -5.845 -12.203
12 HH21 ARG 704 HH21 ARG 704 49.856 -5.599 -11.034
13 HH22 ARG 704 HH22 ARG 704 48.456 -4.698 -11.391
No H/Q in entry = 13
In of MODEL 10
1 H TRP 705 H TRP 705 52.127 -10.618 -7.784
2 HA TRP 705 HA TRP 705 51.189 -9.582 -5.222
3 HB2 TRP 705 HB2 TRP 705 52.521 -11.541 -4.330
4 HB3 TRP 705 HB3 TRP 705 51.132 -11.957 -5.324
5 HD1 TRP 705 HD1 TRP 705 54.913 -12.318 -5.164
6 HE1 TRP 705 HE1 TRP 705 55.710 -13.781 -7.110
7 HE3 TRP 705 HE3 TRP 705 50.550 -12.639 -7.826
8 HZ2 TRP 705 HZ2 TRP 705 54.660 -14.943 -9.438
9 HZ3 TRP 705 HZ3 TRP 705 50.540 -13.950 -9.908
10 HH2 TRP 705 HH2 TRP 705 52.551 -15.084 -10.695
No H/Q in entry = 10
In of MODEL 10
1 H GLU 706 H GLU 706 53.267 -8.474 -7.361
2 HA GLU 706 HA GLU 706 55.349 -7.887 -5.383
3 HB2 GLU 706 HB2 GLU 706 55.784 -8.403 -8.342
4 HB3 GLU 706 HB3 GLU 706 57.006 -7.950 -7.168
5 HG2 GLU 706 HG2 GLU 706 56.718 -10.068 -6.052
6 HG3 GLU 706 HG3 GLU 706 55.412 -10.490 -7.163
No H/Q in entry = 6
In of MODEL 10
1 H LYS 707 H LYS 707 56.533 -5.948 -5.823
2 HA LYS 707 HA LYS 707 55.559 -4.036 -7.684
3 HB2 LYS 707 HB2 LYS 707 55.218 -2.234 -5.914
4 HB3 LYS 707 HB3 LYS 707 53.920 -3.391 -6.119
5 HG2 LYS 707 HG2 LYS 707 54.415 -4.444 -4.070
6 HG3 LYS 707 HG3 LYS 707 56.004 -3.691 -3.978
7 HD2 LYS 707 HD2 LYS 707 54.187 -2.726 -2.452
8 HD3 LYS 707 HD3 LYS 707 55.103 -1.580 -3.421
9 HE2 LYS 707 HE2 LYS 707 52.713 -1.040 -3.396
10 HE3 LYS 707 HE3 LYS 707 53.258 -1.434 -5.020
11 HZ2 LYS 707 HZ1 LYS 707 51.662 -3.151 -3.184
12 HZ1 LYS 707 HZ2 LYS 707 52.293 -3.677 -4.681
13 HZ3 LYS 707 HZ3 LYS 707 51.180 -2.440 -4.626
No H/Q in entry = 13
In of MODEL 10
1 H LEU 708 H LEU 708 56.737 -1.945 -7.426
2 HA LEU 708 HA LEU 708 59.555 -2.598 -7.109
3 HB2 LEU 708 HB2 LEU 708 58.728 -1.686 -9.235
4 HB3 LEU 708 HB3 LEU 708 58.138 -0.267 -8.399
5 HG LEU 708 HG LEU 708 60.540 0.211 -7.763
6 HD11 LEU 708 HD11 LEU 708 61.082 -1.899 -9.829
7 HD13 LEU 708 HD12 LEU 708 61.491 -1.963 -8.114
8 HD12 LEU 708 HD13 LEU 708 62.276 -0.785 -9.162
9 HD23 LEU 708 HD21 LEU 708 59.819 0.213 -10.690
10 HD22 LEU 708 HD22 LEU 708 61.081 1.186 -9.940
11 HD21 LEU 708 HD23 LEU 708 59.390 1.451 -9.509
No H/Q in entry = 11
In of MODEL 10
1 H GLN 709 H GLN 709 60.398 -2.073 -5.197
2 HA GLN 709 HA GLN 709 59.979 0.623 -4.174
3 HB2 GLN 709 HB2 GLN 709 59.680 -0.006 -1.911
4 HB3 GLN 709 HB3 GLN 709 58.580 -1.068 -2.775
5 HG2 GLN 709 HG2 GLN 709 60.181 -2.900 -2.598
6 HG3 GLN 709 HG3 GLN 709 61.341 -1.818 -1.867
7 HE21 GLN 709 HE21 GLN 709 61.500 -3.087 -0.055
8 HE22 GLN 709 HE22 GLN 709 60.282 -3.143 1.159
No H/Q in entry = 8
In of MODEL 10
1 H ASN 710 H ASN 710 61.817 1.433 -3.296
2 HA ASN 710 HA ASN 710 64.046 1.627 -2.800
3 HB2 ASN 710 HB2 ASN 710 63.430 -0.298 -1.198
4 HB3 ASN 710 HB3 ASN 710 63.969 -1.369 -2.457
5 HD21 ASN 710 HD21 ASN 710 65.372 -2.203 -0.992
6 HD22 ASN 710 HD22 ASN 710 66.865 -1.417 -0.639
No H/Q in entry = 6
In of MODEL 10
1 H SER 711 H SER 711 63.022 0.961 -5.506
2 HA SER 711 HA SER 711 63.788 0.848 -7.602
3 HB2 SER 711 HB2 SER 711 65.697 2.220 -6.727
4 HB3 SER 711 HB3 SER 711 66.575 0.735 -6.389
5 HG SER 711 HG SER 711 66.468 0.287 -8.628
No H/Q in entry = 5
In of MODEL 10
1 H ARG 712 H ARG 712 63.327 -1.593 -5.816
2 HA ARG 712 HA ARG 712 64.282 -3.526 -7.782
3 HB2 ARG 712 HB2 ARG 712 64.712 -5.192 -6.009
4 HB3 ARG 712 HB3 ARG 712 65.792 -3.818 -5.872
5 HG2 ARG 712 HG2 ARG 712 64.603 -2.963 -3.999
6 HG3 ARG 712 HG3 ARG 712 63.278 -4.095 -4.250
7 HD2 ARG 712 HD2 ARG 712 64.690 -4.794 -2.391
8 HD3 ARG 712 HD3 ARG 712 64.753 -5.958 -3.705
9 HE ARG 712 HE ARG 712 66.902 -4.522 -4.238
10 HH11 ARG 712 HH11 ARG 712 65.764 -5.758 -1.109
11 HH12 ARG 712 HH12 ARG 712 67.325 -5.963 -0.482
12 HH21 ARG 712 HH21 ARG 712 69.032 -4.825 -3.356
13 HH22 ARG 712 HH22 ARG 712 69.224 -5.451 -1.783
No H/Q in entry = 13
In of MODEL 10
1 H CYS 713 H CYS 713 62.963 -5.553 -7.665
2 HA CYS 713 HA CYS 713 60.232 -4.805 -6.995
3 HB2 CYS 713 HB2 CYS 713 60.688 -5.562 -9.344
4 HB3 CYS 713 HB3 CYS 713 61.197 -7.123 -8.697
No H/Q in entry = 4
In of MODEL 10
1 H VAL 714 H VAL 714 59.265 -5.691 -5.369
2 HA VAL 714 HA VAL 714 60.277 -8.151 -4.127
3 HB VAL 714 HB VAL 714 59.910 -7.211 -1.883
4 HG13 VAL 714 HG11 VAL 714 62.158 -7.054 -2.741
5 HG12 VAL 714 HG12 VAL 714 61.790 -5.641 -1.751
6 HG11 VAL 714 HG13 VAL 714 61.783 -5.513 -3.510
7 HG22 VAL 714 HG21 VAL 714 58.190 -5.598 -2.377
8 HG21 VAL 714 HG22 VAL 714 59.315 -4.636 -3.326
9 HG23 VAL 714 HG23 VAL 714 59.533 -4.782 -1.575
No H/Q in entry = 9
In of MODEL 10
1 H CYS 715 H CYS 715 58.473 -8.693 -2.324
2 HA CYS 715 HA CYS 715 56.028 -8.779 -3.861
3 HB2 CYS 715 HB2 CYS 715 56.743 -9.985 -1.178
4 HB3 CYS 715 HB3 CYS 715 55.223 -10.236 -2.023
No H/Q in entry = 4
In of MODEL 10
1 H LYS 716 H LYS 716 54.126 -7.922 -3.172
2 HA LYS 716 HA LYS 716 54.283 -5.495 -1.661
3 HB2 LYS 716 HB2 LYS 716 51.866 -5.299 -2.142
4 HB3 LYS 716 HB3 LYS 716 52.762 -5.695 -3.600
5 HG2 LYS 716 HG2 LYS 716 52.111 -8.104 -3.175
6 HG3 LYS 716 HG3 LYS 716 51.000 -7.481 -1.958
7 HD2 LYS 716 HD2 LYS 716 50.979 -6.727 -4.890
8 HD3 LYS 716 HD3 LYS 716 49.912 -7.903 -4.135
9 HE2 LYS 716 HE2 LYS 716 50.060 -4.966 -3.450
10 HE3 LYS 716 HE3 LYS 716 48.844 -5.713 -4.478
11 HZ1 LYS 716 HZ1 LYS 716 48.195 -7.079 -2.561
12 HZ3 LYS 716 HZ2 LYS 716 47.948 -5.443 -2.324
13 HZ2 LYS 716 HZ3 LYS 716 49.265 -6.210 -1.573
No H/Q in entry = 13
In of MODEL 10
1 H MET 717 H MET 717 52.228 -5.309 0.050
2 HA MET 717 HA MET 717 53.015 -7.369 1.943
3 HB2 MET 717 HB2 MET 717 51.380 -4.882 2.472
4 HB3 MET 717 HB3 MET 717 52.093 -5.937 3.679
5 HG2 MET 717 HG2 MET 717 53.526 -4.111 1.763
6 HG3 MET 717 HG3 MET 717 53.430 -3.972 3.512
7 HE1 MET 717 HE1 MET 717 54.726 -5.567 5.199
8 HE3 MET 717 HE2 MET 717 55.705 -6.944 4.700
9 HE2 MET 717 HE3 MET 717 53.956 -6.980 4.478
No H/Q in entry = 9
In of MODEL 10
1 HA PRO 718 HA PRO 718 49.297 -9.674 1.454
2 HB2 PRO 718 HB2 PRO 718 49.025 -10.783 3.950
3 HB3 PRO 718 HB3 PRO 718 50.188 -11.355 2.751
4 HG2 PRO 718 HG2 PRO 718 50.621 -9.556 5.099
5 HG3 PRO 718 HG3 PRO 718 51.650 -10.860 4.484
6 HD2 PRO 718 HD2 PRO 718 52.169 -8.247 4.010
7 HD3 PRO 718 HD3 PRO 718 52.579 -9.526 2.848
No H/Q in entry = 7
In of MODEL 10
1 H TYR 719 H TYR 719 49.534 -7.567 4.223
2 HA TYR 719 HA TYR 719 46.689 -7.465 4.644
3 HB2 TYR 719 HB2 TYR 719 47.222 -5.731 6.349
4 HB3 TYR 719 HB3 TYR 719 48.135 -7.214 6.582
5 HD1 TYR 719 HD1 TYR 719 48.307 -3.665 5.751
6 HD2 TYR 719 HD2 TYR 719 50.573 -7.243 6.182
7 HE1 TYR 719 HE1 TYR 719 50.375 -2.344 5.797
8 HE2 TYR 719 HE2 TYR 719 52.641 -5.922 6.238
9 HH TYR 719 HH TYR 719 52.629 -2.545 6.590
No H/Q in entry = 9
In of MODEL 10
1 H GLU 720 H GLU 720 48.705 -6.193 2.438
2 HA GLU 720 HA GLU 720 47.393 -3.626 1.994
3 HB2 GLU 720 HB2 GLU 720 49.826 -3.864 1.896
4 HB3 GLU 720 HB3 GLU 720 49.685 -5.100 0.660
5 HG2 GLU 720 HG2 GLU 720 48.488 -3.091 -0.596
6 HG3 GLU 720 HG3 GLU 720 49.514 -2.153 0.498
No H/Q in entry = 6
In of MODEL 10
1 H CYS 721 H CYS 721 46.651 -6.722 1.505
2 HA CYS 721 HA CYS 721 45.743 -6.462 -1.257
3 HB2 CYS 721 HB2 CYS 721 45.843 -8.844 0.585
4 HB3 CYS 721 HB3 CYS 721 45.211 -8.856 -1.056
No H/Q in entry = 4
In of MODEL 10
1 H GLY 722 H GLY 722 43.578 -6.946 -1.741
2 HA3 GLY 722 HA2 GLY 722 41.682 -7.307 0.370
3 HA2 GLY 722 HA3 GLY 722 41.566 -5.757 -0.466
No H/Q in entry = 3
In of MODEL 10
1 HA PRO 723 HA PRO 723 39.318 -7.663 -3.763
2 HB2 PRO 723 HB2 PRO 723 41.029 -6.238 -5.714
3 HB3 PRO 723 HB3 PRO 723 39.287 -6.113 -5.466
4 HG2 PRO 723 HG2 PRO 723 40.894 -4.145 -4.727
5 HG3 PRO 723 HG3 PRO 723 39.509 -4.604 -3.720
6 HD2 PRO 723 HD2 PRO 723 42.403 -5.301 -3.382
7 HD3 PRO 723 HD3 PRO 723 41.226 -4.751 -2.168
No H/Q in entry = 7
In of MODEL 10
1 H SER 724 H SER 724 39.838 -9.788 -3.825
2 HA SER 724 HA SER 724 41.252 -10.833 -5.965
3 HB2 SER 724 HB2 SER 724 42.853 -12.189 -4.411
4 HB3 SER 724 HB3 SER 724 43.325 -10.545 -4.838
5 HG SER 724 HG SER 724 42.033 -10.117 -2.776
No H/Q in entry = 5
In of MODEL 10
1 H LEU 725 H LEU 725 41.091 -13.244 -5.859
2 HA LEU 725 HA LEU 725 38.461 -13.920 -4.857
3 HB2 LEU 725 HB2 LEU 725 40.448 -15.214 -6.571
4 HB3 LEU 725 HB3 LEU 725 39.562 -16.350 -5.570
5 HG LEU 725 HG LEU 725 37.436 -15.433 -6.579
6 HD13 LEU 725 HD11 LEU 725 37.477 -14.114 -8.516
7 HD12 LEU 725 HD12 LEU 725 39.225 -14.138 -8.560
8 HD11 LEU 725 HD13 LEU 725 38.391 -13.271 -7.259
9 HD22 LEU 725 HD21 LEU 725 37.678 -16.570 -8.697
10 HD21 LEU 725 HD22 LEU 725 38.449 -17.497 -7.402
11 HD23 LEU 725 HD23 LEU 725 39.430 -16.542 -8.524
No H/Q in entry = 11
In of MODEL 10
1 H ASP 726 H ASP 726 37.915 -14.889 -2.972
2 HA ASP 726 HA ASP 726 40.079 -15.508 -1.117
3 HB2 ASP 726 HB2 ASP 726 37.654 -14.415 -0.626
4 HB3 ASP 726 HB3 ASP 726 37.262 -16.107 -0.411
No H/Q in entry = 4
In of MODEL 10
1 H VAL 727 H VAL 727 40.736 -17.519 -0.647
2 HA VAL 727 HA VAL 727 39.156 -19.651 -1.789
3 HB VAL 727 HB VAL 727 41.237 -20.734 -2.619
4 HG11 VAL 727 HG11 VAL 727 40.522 -18.089 -3.878
5 HG13 VAL 727 HG12 VAL 727 39.735 -19.638 -4.182
6 HG12 VAL 727 HG13 VAL 727 41.403 -19.383 -4.690
7 HG21 VAL 727 HG21 VAL 727 42.850 -19.472 -1.294
8 HG23 VAL 727 HG22 VAL 727 42.505 -18.027 -2.244
9 HG22 VAL 727 HG23 VAL 727 43.241 -19.446 -3.005
No H/Q in entry = 9
In of MODEL 10
1 H CYS 728 H CYS 728 40.152 -21.899 -1.107
2 HA CYS 728 HA CYS 728 40.766 -21.771 1.757
3 HB2 CYS 728 HB2 CYS 728 39.906 -24.114 0.045
4 HB3 CYS 728 HB3 CYS 728 40.195 -24.172 1.774
No H/Q in entry = 4
In of MODEL 10
1 H ALA 729 H ALA 729 42.767 -22.020 2.372
2 HA ALA 729 HA ALA 729 44.555 -23.624 0.688
3 HB1 ALA 729 HB1 ALA 729 45.197 -21.153 2.268
4 HB3 ALA 729 HB2 ALA 729 45.093 -21.244 0.507
5 HB2 ALA 729 HB3 ALA 729 46.366 -22.116 1.366
No H/Q in entry = 5
In of MODEL 10
1 H GLN 730 H GLN 730 46.189 -24.706 1.865
2 HA GLN 730 HA GLN 730 45.416 -25.223 4.629
3 HB2 GLN 730 HB2 GLN 730 45.412 -27.202 3.195
4 HB3 GLN 730 HB3 GLN 730 47.089 -26.902 2.770
5 HG2 GLN 730 HG2 GLN 730 47.770 -27.235 5.059
6 HG3 GLN 730 HG3 GLN 730 46.108 -27.475 5.562
7 HE21 GLN 730 HE21 GLN 730 46.421 -29.533 6.299
8 HE22 GLN 730 HE22 GLN 730 46.806 -30.872 5.273
No H/Q in entry = 8
In of MODEL 10
1 H ASP 731 H ASP 731 46.586 -24.566 6.115
2 HA ASP 731 HA ASP 731 49.006 -23.093 5.756
3 HB2 ASP 731 HB2 ASP 731 47.359 -22.497 7.469
4 HB3 ASP 731 HB3 ASP 731 47.543 -24.080 8.204
No H/Q in entry = 4
In of MODEL 10
1 H GLU 732 H GLU 732 51.015 -24.003 5.659
2 HA GLU 732 HA GLU 732 51.224 -26.803 6.201
3 HB2 GLU 732 HB2 GLU 732 53.194 -24.839 5.065
4 HB3 GLU 732 HB3 GLU 732 53.595 -26.517 5.418
5 HG2 GLU 732 HG2 GLU 732 51.458 -25.577 3.533
6 HG3 GLU 732 HG3 GLU 732 53.024 -26.264 3.093
No H/Q in entry = 6
In of MODEL 10
1 H ARG 733 H ARG 733 51.195 -24.535 8.471
2 HA ARG 733 HA ARG 733 53.484 -25.603 9.880
3 HB2 ARG 733 HB2 ARG 733 51.607 -23.322 10.439
4 HB3 ARG 733 HB3 ARG 733 52.975 -23.774 11.435
5 HG2 ARG 733 HG2 ARG 733 53.127 -22.788 8.585
6 HG3 ARG 733 HG3 ARG 733 53.422 -21.806 10.016
7 HD2 ARG 733 HD2 ARG 733 55.014 -24.217 9.149
8 HD3 ARG 733 HD3 ARG 733 55.511 -22.533 9.009
9 HE ARG 733 HE ARG 733 54.971 -23.784 11.618
10 HH11 ARG 733 HH11 ARG 733 57.097 -21.828 9.539
11 HH12 ARG 733 HH12 ARG 733 58.263 -21.605 10.739
12 HH21 ARG 733 HH21 ARG 733 56.585 -23.495 13.232
13 HH22 ARG 733 HH22 ARG 733 57.992 -22.585 12.885
No H/Q in entry = 13
In of MODEL 10
1 H SER 734 H SER 734 50.050 -24.899 10.214
2 HA SER 734 HA SER 734 49.844 -26.776 12.457
3 HB2 SER 734 HB2 SER 734 49.018 -24.467 12.730
4 HB3 SER 734 HB3 SER 734 47.888 -24.714 11.411
5 HG SER 734 HG SER 734 47.369 -26.657 13.080
No H/Q in entry = 5
In of MODEL 10
1 H LYS 735 H LYS 735 49.357 -26.732 9.118
2 HA LYS 735 HA LYS 735 48.416 -28.047 7.591
3 HB2 LYS 735 HB2 LYS 735 47.844 -29.991 9.839
4 HB3 LYS 735 HB3 LYS 735 47.828 -30.362 8.124
5 HG2 LYS 735 HG2 LYS 735 50.235 -29.532 9.733
6 HG3 LYS 735 HG3 LYS 735 49.865 -31.164 9.194
7 HD2 LYS 735 HD2 LYS 735 50.383 -28.804 7.370
8 HD3 LYS 735 HD3 LYS 735 51.575 -30.013 7.810
9 HE2 LYS 735 HE2 LYS 735 50.042 -31.746 6.825
10 HE3 LYS 735 HE3 LYS 735 49.038 -30.426 6.234
11 HZ3 LYS 735 HZ1 LYS 735 50.519 -31.144 4.507
12 HZ2 LYS 735 HZ2 LYS 735 51.837 -31.024 5.509
13 HZ1 LYS 735 HZ3 LYS 735 51.099 -29.626 4.982
No H/Q in entry = 13
In of MODEL 10
1 H ARG 736 H ARG 736 46.828 -26.194 9.201
2 HA ARG 736 HA ARG 736 44.152 -27.278 9.165
3 HB2 ARG 736 HB2 ARG 736 43.514 -25.068 10.095
4 HB3 ARG 736 HB3 ARG 736 44.743 -25.898 11.045
5 HG2 ARG 736 HG2 ARG 736 46.466 -24.541 9.985
6 HG3 ARG 736 HG3 ARG 736 45.219 -23.700 9.075
7 HD2 ARG 736 HD2 ARG 736 45.345 -23.791 12.070
8 HD3 ARG 736 HD3 ARG 736 46.066 -22.550 11.046
9 HE ARG 736 HE ARG 736 43.187 -23.100 10.922
10 HH11 ARG 736 HH11 ARG 736 45.834 -20.785 11.451
11 HH12 ARG 736 HH12 ARG 736 44.800 -19.463 11.687
12 HH21 ARG 736 HH21 ARG 736 41.787 -21.245 11.209
13 HH22 ARG 736 HH22 ARG 736 42.466 -19.714 11.562
No H/Q in entry = 13
In of MODEL 10
1 H ILE 737 H ILE 737 42.486 -26.505 7.824
2 HA ILE 737 HA ILE 737 43.372 -25.178 5.385
3 HB ILE 737 HB ILE 737 40.559 -26.066 6.085
4 HG12 ILE 737 HG12 ILE 737 42.145 -28.008 6.213
5 HG13 ILE 737 HG13 ILE 737 40.955 -28.168 4.930
6 HG22 ILE 737 HG21 ILE 737 41.904 -25.679 3.406
7 HG21 ILE 737 HG22 ILE 737 40.972 -24.447 4.218
8 HG23 ILE 737 HG23 ILE 737 40.181 -25.946 3.698
9 HD12 ILE 737 HD11 ILE 737 43.824 -27.337 4.631
10 HD11 ILE 737 HD12 ILE 737 42.626 -27.416 3.333
11 HD13 ILE 737 HD13 ILE 737 43.120 -28.895 4.165
No H/Q in entry = 11
In of MODEL 10
1 H LEU 738 H LEU 738 43.115 -23.040 5.194
2 HA LEU 738 HA LEU 738 41.034 -21.767 6.780
3 HB2 LEU 738 HB2 LEU 738 42.400 -19.977 7.550
4 HB3 LEU 738 HB3 LEU 738 43.208 -21.462 7.998
5 HG LEU 738 HG LEU 738 43.984 -19.549 5.795
6 HD12 LEU 738 HD11 LEU 738 45.985 -19.182 7.159
7 HD11 LEU 738 HD12 LEU 738 45.290 -20.204 8.419
8 HD13 LEU 738 HD13 LEU 738 44.495 -18.697 7.960
9 HD21 LEU 738 HD21 LEU 738 44.461 -21.814 5.169
10 HD23 LEU 738 HD22 LEU 738 45.355 -22.074 6.672
11 HD22 LEU 738 HD23 LEU 738 45.949 -20.914 5.454
No H/Q in entry = 11
In of MODEL 10
1 HA PRO 739 HA PRO 739 40.152 -19.500 3.037
2 HB2 PRO 739 HB2 PRO 739 39.031 -17.292 4.116
3 HB3 PRO 739 HB3 PRO 739 38.210 -18.864 4.115
4 HG2 PRO 739 HG2 PRO 739 39.733 -17.535 6.321
5 HG3 PRO 739 HG3 PRO 739 38.168 -18.371 6.385
6 HD2 PRO 739 HD2 PRO 739 40.511 -19.579 7.113
7 HD3 PRO 739 HD3 PRO 739 39.148 -20.466 6.383
No H/Q in entry = 7
In of MODEL 10
1 H LEU 740 H LEU 740 41.782 -18.633 1.969
2 HA LEU 740 HA LEU 740 43.106 -16.205 2.954
3 HB2 LEU 740 HB2 LEU 740 44.402 -18.552 1.590
4 HB3 LEU 740 HB3 LEU 740 45.134 -16.969 1.690
5 HG LEU 740 HG LEU 740 44.487 -18.754 4.024
6 HD12 LEU 740 HD11 LEU 740 47.088 -17.982 2.719
7 HD11 LEU 740 HD12 LEU 740 46.296 -19.552 2.610
8 HD13 LEU 740 HD13 LEU 740 46.912 -18.987 4.166
9 HD21 LEU 740 HD21 LEU 740 45.892 -16.081 3.878
10 HD23 LEU 740 HD22 LEU 740 45.813 -17.110 5.306
11 HD22 LEU 740 HD23 LEU 740 44.337 -16.400 4.651
No H/Q in entry = 11
In of MODEL 10
1 H THR 741 H THR 741 43.298 -14.700 1.404
2 HA THR 741 HA THR 741 41.864 -15.271 -1.037
3 HB THR 741 HB THR 741 43.110 -12.622 -0.482
4 HG1 THR 741 HG1 THR 741 41.025 -13.752 1.114
5 HG22 THR 741 HG21 THR 741 40.246 -13.430 -1.005
6 HG21 THR 741 HG22 THR 741 41.408 -12.984 -2.248
7 HG23 THR 741 HG23 THR 741 40.901 -11.794 -1.048
No H/Q in entry = 7
In of MODEL 10
1 H VAL 742 H VAL 742 42.739 -14.873 -3.087
2 HA VAL 742 HA VAL 742 45.087 -16.052 -3.787
3 HB VAL 742 HB VAL 742 43.806 -13.761 -5.291
4 HG12 VAL 742 HG11 VAL 742 44.752 -14.710 -7.271
5 HG11 VAL 742 HG12 VAL 742 45.623 -15.915 -6.310
6 HG13 VAL 742 HG13 VAL 742 45.992 -14.189 -6.137
7 HG21 VAL 742 HG21 VAL 742 43.343 -16.706 -5.468
8 HG23 VAL 742 HG22 VAL 742 42.705 -15.473 -6.570
9 HG22 VAL 742 HG23 VAL 742 42.214 -15.473 -4.871
No H/Q in entry = 9
In of MODEL 10
1 H CYS 743 H CYS 743 44.683 -12.535 -3.399
2 HA CYS 743 HA CYS 743 47.303 -11.877 -4.088
3 HB2 CYS 743 HB2 CYS 743 45.457 -10.227 -3.966
4 HB3 CYS 743 HB3 CYS 743 45.469 -10.381 -2.213
No H/Q in entry = 4
In of MODEL 10
1 H LYS 744 H LYS 744 45.849 -12.503 -0.921
2 HA LYS 744 HA LYS 744 48.154 -11.847 0.569
3 HB2 LYS 744 HB2 LYS 744 45.770 -13.542 1.328
4 HB3 LYS 744 HB3 LYS 744 46.973 -12.895 2.440
5 HG2 LYS 744 HG2 LYS 744 46.337 -10.616 1.808
6 HG3 LYS 744 HG3 LYS 744 45.164 -11.248 0.665
7 HD2 LYS 744 HD2 LYS 744 43.967 -10.535 2.598
8 HD3 LYS 744 HD3 LYS 744 43.979 -12.294 2.623
9 HE2 LYS 744 HE2 LYS 744 45.692 -12.313 4.314
10 HE3 LYS 744 HE3 LYS 744 45.902 -10.566 4.182
11 HZ1 LYS 744 HZ1 LYS 744 43.428 -11.930 5.142
12 HZ3 LYS 744 HZ2 LYS 744 43.647 -10.272 4.998
13 HZ2 LYS 744 HZ3 LYS 744 44.548 -11.118 6.116
No H/Q in entry = 13
In of MODEL 10
1 H MET 745 H MET 745 46.771 -14.907 -0.485
2 HA MET 745 HA MET 745 48.703 -16.630 0.641
3 HB2 MET 745 HB2 MET 745 47.119 -18.063 -0.064
4 HB3 MET 745 HB3 MET 745 46.370 -16.813 -1.025
5 HG2 MET 745 HG2 MET 745 46.768 -18.548 -2.542
6 HG3 MET 745 HG3 MET 745 48.067 -17.410 -2.830
7 HE2 MET 745 HE1 MET 745 48.490 -21.489 -0.728
8 HE1 MET 745 HE2 MET 745 47.016 -20.840 -1.453
9 HE3 MET 745 HE3 MET 745 47.650 -20.136 0.030
No H/Q in entry = 9
In of MODEL 10
1 H HIS 746 H HIS 746 48.616 -14.951 -2.476
2 HA HIS 746 HA HIS 746 50.930 -16.343 -3.495
3 HB2 HIS 746 HB2 HIS 746 49.348 -14.038 -4.423
4 HB3 HIS 746 HB3 HIS 746 51.029 -14.062 -4.952
5 HD1 HIS 746 HD1 HIS 746 51.705 -16.184 -6.444
6 HD2 HIS 746 HD2 HIS 746 47.649 -15.644 -5.776
7 HE1 HIS 746 HE1 HIS 746 50.558 -17.475 -8.254
8 HE2 HIS 746 HE2 HIS 746 48.088 -17.205 -7.782
No H/Q in entry = 8
In of MODEL 10
1 H VAL 747 H VAL 747 50.403 -13.288 -1.924
2 HA VAL 747 HA VAL 747 53.028 -12.373 -2.040
3 HB VAL 747 HB VAL 747 50.679 -11.702 -0.288
4 HG11 VAL 747 HG11 VAL 747 52.735 -11.371 1.066
5 HG13 VAL 747 HG12 VAL 747 51.981 -9.842 0.637
6 HG12 VAL 747 HG13 VAL 747 53.416 -10.391 -0.233
7 HG21 VAL 747 HG21 VAL 747 50.652 -11.017 -2.599
8 HG23 VAL 747 HG22 VAL 747 52.225 -10.254 -2.391
9 HG22 VAL 747 HG23 VAL 747 50.813 -9.616 -1.532
No H/Q in entry = 9
In of MODEL 10
1 H LEU 748 H LEU 748 51.292 -13.990 0.624
2 HA LEU 748 HA LEU 748 53.602 -14.087 2.177
3 HB2 LEU 748 HB2 LEU 748 52.399 -15.794 3.601
4 HB3 LEU 748 HB3 LEU 748 51.535 -14.297 3.346
5 HG LEU 748 HG LEU 748 50.143 -15.520 1.657
6 HD12 LEU 748 HD11 LEU 748 50.043 -17.953 1.828
7 HD11 LEU 748 HD12 LEU 748 51.465 -17.923 2.870
8 HD13 LEU 748 HD13 LEU 748 51.590 -17.394 1.193
9 HD21 LEU 748 HD21 LEU 748 50.095 -16.467 4.513
10 HD23 LEU 748 HD22 LEU 748 48.762 -16.603 3.369
11 HD22 LEU 748 HD23 LEU 748 49.330 -15.011 3.876
No H/Q in entry = 11
In of MODEL 10
1 H HIS 749 H HIS 749 52.478 -16.157 -0.323
2 HA HIS 749 HA HIS 749 54.147 -18.372 0.173
3 HB2 HIS 749 HB2 HIS 749 52.173 -18.270 -1.423
4 HB3 HIS 749 HB3 HIS 749 53.230 -17.426 -2.543
5 HD1 HIS 749 HD1 HIS 749 55.185 -18.855 -3.631
6 HD2 HIS 749 HD2 HIS 749 52.524 -20.959 -1.249
7 HE1 HIS 749 HE1 HIS 749 55.615 -21.247 -4.129
8 HE2 HIS 749 HE2 HIS 749 54.254 -22.484 -2.449
No H/Q in entry = 8
In of MODEL 10
1 H CYS 750 H CYS 750 54.594 -15.384 -1.746
2 HA CYS 750 HA CYS 750 57.147 -16.308 -2.613
3 HB2 CYS 750 HB2 CYS 750 57.403 -14.125 -3.726
4 HB3 CYS 750 HB3 CYS 750 55.876 -14.894 -4.127
No H/Q in entry = 4
In of MODEL 10
1 H GLN 751 H GLN 751 55.956 -14.533 0.112
2 HA GLN 751 HA GLN 751 58.430 -13.399 0.837
3 HB2 GLN 751 HB2 GLN 751 56.023 -14.106 2.521
4 HB3 GLN 751 HB3 GLN 751 57.379 -13.138 3.076
5 HG2 GLN 751 HG2 GLN 751 55.612 -12.409 0.761
6 HG3 GLN 751 HG3 GLN 751 55.376 -11.830 2.400
7 HE21 GLN 751 HE21 GLN 751 55.595 -9.732 1.681
8 HE22 GLN 751 HE22 GLN 751 57.122 -9.024 1.300
No H/Q in entry = 8
In of MODEL 10
1 H GLY 752 H GLY 752 57.145 -16.584 1.014
2 HA3 GLY 752 HA2 GLY 752 59.038 -18.219 1.289
3 HA2 GLY 752 HA3 GLY 752 59.384 -17.356 2.775
No H/Q in entry = 3
In of MODEL 10
1 H ARG 753 H ARG 753 56.098 -17.461 2.408
2 HA ARG 753 HA ARG 753 55.864 -19.508 4.444
3 HB2 ARG 753 HB2 ARG 753 53.810 -17.736 3.114
4 HB3 ARG 753 HB3 ARG 753 53.491 -18.819 4.460
5 HG2 ARG 753 HG2 ARG 753 55.533 -16.637 4.619
6 HG3 ARG 753 HG3 ARG 753 53.842 -16.336 4.958
7 HD2 ARG 753 HD2 ARG 753 55.487 -18.450 6.365
8 HD3 ARG 753 HD3 ARG 753 55.148 -16.854 7.030
9 HE ARG 753 HE ARG 753 52.774 -18.184 6.240
10 HH11 ARG 753 HH11 ARG 753 55.147 -18.151 8.851
11 HH12 ARG 753 HH12 ARG 753 54.054 -18.602 10.066
12 HH21 ARG 753 HH21 ARG 753 51.223 -18.840 7.909
13 HH22 ARG 753 HH22 ARG 753 51.763 -19.015 9.503
No H/Q in entry = 13
In of MODEL 10
1 H ASN 754 H ASN 754 54.772 -21.444 4.169
2 HA ASN 754 HA ASN 754 54.223 -22.140 1.384
3 HB2 ASN 754 HB2 ASN 754 55.013 -23.977 3.655
4 HB3 ASN 754 HB3 ASN 754 54.462 -24.534 2.088
5 HD21 ASN 754 HD21 ASN 754 57.034 -23.243 3.885
6 HD22 ASN 754 HD22 ASN 754 58.244 -23.318 2.652
No H/Q in entry = 6
In of MODEL 10
1 H TYR 755 H TYR 755 52.278 -22.469 0.830
2 HA TYR 755 HA TYR 755 50.411 -23.556 2.723
3 HB2 TYR 755 HB2 TYR 755 49.987 -21.003 1.184
4 HB3 TYR 755 HB3 TYR 755 48.660 -22.051 1.695
5 HD1 TYR 755 HD1 TYR 755 47.813 -21.893 3.882
6 HD2 TYR 755 HD2 TYR 755 51.520 -20.054 2.992
7 HE1 TYR 755 HE1 TYR 755 47.829 -20.844 6.101
8 HE2 TYR 755 HE2 TYR 755 51.535 -18.992 5.199
9 HH TYR 755 HH TYR 755 49.459 -20.052 7.640
No H/Q in entry = 9
In of MODEL 10
1 H THR 756 H THR 756 49.239 -24.979 1.892
2 HA THR 756 HA THR 756 49.718 -25.716 -0.863
3 HB THR 756 HB THR 756 48.468 -27.118 1.488
4 HG1 THR 756 HG1 THR 756 50.416 -27.560 1.900
5 HG23 THR 756 HG21 THR 756 47.447 -27.878 -0.560
6 HG22 THR 756 HG22 THR 756 48.498 -29.151 0.096
7 HG21 THR 756 HG23 THR 756 49.029 -28.158 -1.281
No H/Q in entry = 7
In of MODEL 10
1 H LEU 757 H LEU 757 48.050 -25.860 -2.375
2 HA LEU 757 HA LEU 757 45.641 -24.464 -1.673
3 HB2 LEU 757 HB2 LEU 757 46.709 -25.475 -4.294
4 HB3 LEU 757 HB3 LEU 757 45.053 -24.929 -4.137
5 HG LEU 757 HG LEU 757 46.288 -23.160 -5.073
6 HD13 LEU 757 HD11 LEU 757 46.024 -21.381 -3.428
7 HD12 LEU 757 HD12 LEU 757 45.847 -22.579 -2.160
8 HD11 LEU 757 HD13 LEU 757 44.651 -22.485 -3.457
9 HD21 LEU 757 HD21 LEU 757 48.558 -23.847 -4.467
10 HD23 LEU 757 HD22 LEU 757 48.252 -23.414 -2.786
11 HD22 LEU 757 HD23 LEU 757 48.278 -22.162 -4.028
No H/Q in entry = 11
In of MODEL 10
1 H THR 758 H THR 758 43.766 -25.274 -1.354
2 HA THR 758 HA THR 758 43.432 -28.130 -1.762
3 HB THR 758 HB THR 758 41.931 -27.990 0.338
4 HG1 THR 758 HG1 THR 758 42.596 -25.458 0.222
5 HG22 THR 758 HG21 THR 758 44.927 -27.683 0.639
6 HG21 THR 758 HG22 THR 758 44.076 -29.187 0.291
7 HG23 THR 758 HG23 THR 758 43.842 -28.385 1.841
No H/Q in entry = 7
In of MODEL 10
1 H GLY 759 H GLY 759 40.832 -28.464 -1.310
2 HA3 GLY 759 HA2 GLY 759 39.730 -27.010 -3.527
3 HA2 GLY 759 HA3 GLY 759 38.968 -28.331 -2.657
No H/Q in entry = 3
In of MODEL 10
1 H ARG 760 H ARG 760 37.715 -25.972 -3.454
2 HA ARG 760 HA ARG 760 37.399 -24.035 -1.444
3 HB2 ARG 760 HB2 ARG 760 35.343 -23.403 -2.637
4 HB3 ARG 760 HB3 ARG 760 36.645 -23.723 -3.771
5 HG2 ARG 760 HG2 ARG 760 34.916 -24.814 -4.828
6 HG3 ARG 760 HG3 ARG 760 35.546 -26.126 -3.827
7 HD2 ARG 760 HD2 ARG 760 33.834 -25.401 -2.080
8 HD3 ARG 760 HD3 ARG 760 33.101 -24.438 -3.361
9 HE ARG 760 HE ARG 760 33.487 -27.346 -3.504
10 HH11 ARG 760 HH11 ARG 760 31.419 -24.489 -4.061
11 HH12 ARG 760 HH12 ARG 760 30.089 -25.390 -4.606
12 HH21 ARG 760 HH21 ARG 760 31.614 -28.563 -4.282
13 HH22 ARG 760 HH22 ARG 760 30.202 -27.754 -4.756
No H/Q in entry = 13
In of MODEL 10
1 H ASP 761 H ASP 761 36.437 -27.236 -1.493
2 HA ASP 761 HA ASP 761 34.111 -27.068 0.194
3 HB2 ASP 761 HB2 ASP 761 35.800 -29.377 -0.759
4 HB3 ASP 761 HB3 ASP 761 34.373 -29.582 0.244
No H/Q in entry = 4
In of MODEL 10
1 H SER 762 H SER 762 37.497 -27.078 0.678
2 HA SER 762 HA SER 762 37.455 -28.581 3.091
3 HB2 SER 762 HB2 SER 762 39.664 -26.972 1.833
4 HB3 SER 762 HB3 SER 762 39.847 -28.093 3.183
5 HG SER 762 HG SER 762 39.208 -29.749 1.893
No H/Q in entry = 5
In of MODEL 10
1 H CYS 763 H CYS 763 37.128 -25.149 2.427
2 HA CYS 763 HA CYS 763 37.120 -24.786 5.342
3 HB2 CYS 763 HB2 CYS 763 38.167 -22.675 5.226
4 HB3 CYS 763 HB3 CYS 763 39.165 -23.746 4.262
No H/Q in entry = 4
In of MODEL 10
1 H THR 764 H THR 764 35.972 -22.676 5.917
2 HA THR 764 HA THR 764 33.509 -22.550 4.407
3 HB THR 764 HB THR 764 34.323 -21.057 6.930
4 HG1 THR 764 HG1 THR 764 33.111 -23.565 6.487
5 HG21 THR 764 HG21 THR 764 32.422 -20.081 5.701
6 HG23 THR 764 HG22 THR 764 31.907 -20.764 7.243
7 HG22 THR 764 HG23 THR 764 31.598 -21.642 5.741
No H/Q in entry = 7
In of MODEL 10
1 H LEU 765 H LEU 765 33.802 -21.480 2.619
2 HA LEU 765 HA LEU 765 35.525 -19.170 2.622
3 HB2 LEU 765 HB2 LEU 765 35.537 -21.172 0.981
4 HB3 LEU 765 HB3 LEU 765 34.168 -20.342 0.256
5 HG LEU 765 HG LEU 765 35.650 -18.359 -0.072
6 HD12 LEU 765 HD11 LEU 765 38.025 -18.668 0.185
7 HD11 LEU 765 HD12 LEU 765 37.713 -20.248 0.944
8 HD13 LEU 765 HD13 LEU 765 37.163 -18.775 1.720
9 HD23 LEU 765 HD21 LEU 765 36.624 -20.958 -1.263
10 HD22 LEU 765 HD22 LEU 765 36.879 -19.340 -1.921
11 HD21 LEU 765 HD23 LEU 765 35.254 -20.017 -1.854
No H/Q in entry = 11
In of MODEL 10
1 HA PRO 766 HA PRO 766 31.880 -16.569 2.548
2 HB2 PRO 766 HB2 PRO 766 33.151 -14.226 2.023
3 HB3 PRO 766 HB3 PRO 766 33.102 -14.962 3.628
4 HG2 PRO 766 HG2 PRO 766 35.299 -14.863 1.638
5 HG3 PRO 766 HG3 PRO 766 35.382 -14.898 3.407
6 HD2 PRO 766 HD2 PRO 766 35.838 -17.045 1.713
7 HD3 PRO 766 HD3 PRO 766 35.466 -17.183 3.435
No H/Q in entry = 7
In of MODEL 10
1 H ALA 767 H ALA 767 34.290 -16.481 0.004
2 HA ALA 767 HA ALA 767 32.283 -15.323 -1.769
3 HB1 ALA 767 HB1 ALA 767 35.215 -15.566 -2.310
4 HB2 ALA 767 HB2 ALA 767 34.435 -14.151 -1.582
5 HB3 ALA 767 HB3 ALA 767 34.000 -14.661 -3.232
No H/Q in entry = 5
In of MODEL 10
1 H SER 768 H SER 768 31.198 -17.020 -1.725
2 HA SER 768 HA SER 768 31.452 -18.443 -4.169
3 HB2 SER 768 HB2 SER 768 31.500 -19.952 -1.537
4 HB3 SER 768 HB3 SER 768 31.033 -20.658 -3.087
5 HG SER 768 HG SER 768 33.508 -19.386 -2.573
No H/Q in entry = 5
In of MODEL 10
1 H ALA 769 H ALA 769 29.790 -16.481 -2.891
2 HA ALA 769 HA ALA 769 27.202 -17.816 -2.973
3 HB1 ALA 769 HB1 ALA 769 28.047 -15.847 -0.840
4 HB3 ALA 769 HB2 ALA 769 27.769 -17.570 -0.595
5 HB2 ALA 769 HB3 ALA 769 26.428 -16.515 -1.040
No H/Q in entry = 5
In of MODEL 10
1 H GLU 770 H GLU 770 25.534 -15.829 -2.773
2 HA GLU 770 HA GLU 770 26.151 -14.162 -5.034
3 HB2 GLU 770 HB2 GLU 770 23.776 -13.556 -4.884
4 HB3 GLU 770 HB3 GLU 770 24.004 -15.299 -4.937
5 HG2 GLU 770 HG2 GLU 770 23.779 -15.354 -2.476
6 HG3 GLU 770 HG3 GLU 770 23.431 -13.633 -2.505
No H/Q in entry = 6
In of MODEL 10
1 H LYS 771 H LYS 771 25.829 -11.829 -4.892
2 HA LYS 771 HA LYS 771 25.995 -10.774 -2.181
3 HB2 LYS 771 HB2 LYS 771 27.778 -9.954 -4.499
4 HB3 LYS 771 HB3 LYS 771 27.721 -9.134 -2.943
5 HG2 LYS 771 HG2 LYS 771 28.527 -12.013 -3.353
6 HG3 LYS 771 HG3 LYS 771 29.647 -10.667 -3.122
7 HD2 LYS 771 HD2 LYS 771 29.029 -10.378 -0.897
8 HD3 LYS 771 HD3 LYS 771 27.486 -11.188 -1.096
9 HE2 LYS 771 HE2 LYS 771 28.633 -13.308 -1.388
10 HE3 LYS 771 HE3 LYS 771 30.196 -12.512 -1.123
11 HZ2 LYS 771 HZ1 LYS 771 29.318 -13.552 0.929
12 HZ1 LYS 771 HZ2 LYS 771 27.941 -12.602 0.818
13 HZ3 LYS 771 HZ3 LYS 771 29.445 -11.887 1.070
No H/Q in entry = 13
In of MODEL 10
1 H ALA 772 H ALA 772 25.235 -8.692 -1.896
2 HA ALA 772 HA ALA 772 23.511 -7.749 -4.060
3 HB1 ALA 772 HB1 ALA 772 21.793 -7.257 -2.418
4 HB3 ALA 772 HB2 ALA 772 22.813 -7.910 -1.131
5 HB2 ALA 772 HB3 ALA 772 22.189 -8.976 -2.390
No H/Q in entry = 5
In of MODEL 10
1 H CYS 773 H CYS 773 22.716 -5.452 -3.450
2 HA CYS 773 HA CYS 773 24.960 -3.796 -3.376
3 HB2 CYS 773 HB2 CYS 773 22.089 -3.028 -2.783
4 HB3 CYS 773 HB3 CYS 773 23.394 -1.930 -3.215
No H/Q in entry = 4
In of MODEL 10
1 H GLY 774 H GLY 774 26.160 -3.128 -1.795
2 HA3 GLY 774 HA2 GLY 774 26.130 -2.122 0.491
3 HA2 GLY 774 HA3 GLY 774 25.249 -3.579 0.960
No H/Q in entry = 3
In of MODEL 10
1 H ALA 775 H ALA 775 26.800 -5.187 -0.986
2 HA ALA 775 HA ALA 775 29.541 -4.910 -0.204
3 HB1 ALA 775 HB1 ALA 775 29.732 -7.210 0.656
4 HB3 ALA 775 HB2 ALA 775 27.986 -7.412 0.508
5 HB2 ALA 775 HB3 ALA 775 28.643 -6.249 1.660
No H/Q in entry = 5
In of MODEL 10
1 H CYS 776 H CYS 776 30.208 -4.794 -2.240
2 HA CYS 776 HA CYS 776 29.640 -7.064 -3.975
3 HB2 CYS 776 HB2 CYS 776 29.577 -4.141 -4.806
4 HB3 CYS 776 HB3 CYS 776 29.541 -5.493 -5.924
No H/Q in entry = 4
In of MODEL 10
1 HA PRO 777 HA PRO 777 34.139 -6.683 -3.912
2 HB2 PRO 777 HB2 PRO 777 34.044 -9.039 -5.679
3 HB3 PRO 777 HB3 PRO 777 34.802 -8.869 -4.093
4 HG2 PRO 777 HG2 PRO 777 32.593 -10.352 -4.434
5 HG3 PRO 777 HG3 PRO 777 32.862 -9.406 -2.958
6 HD2 PRO 777 HD2 PRO 777 31.139 -8.765 -5.327
7 HD3 PRO 777 HD3 PRO 777 30.800 -8.588 -3.587
No H/Q in entry = 7
In of MODEL 10
1 H LEU 778 H LEU 778 35.747 -7.226 -5.946
2 HA LEU 778 HA LEU 778 35.268 -5.106 -7.673
3 HB2 LEU 778 HB2 LEU 778 37.352 -5.712 -8.880
4 HB3 LEU 778 HB3 LEU 778 37.513 -5.541 -7.154
5 HG LEU 778 HG LEU 778 38.972 -7.271 -7.956
6 HD13 LEU 778 HD11 LEU 778 38.403 -9.164 -6.612
7 HD12 LEU 778 HD12 LEU 778 36.743 -8.611 -6.491
8 HD11 LEU 778 HD13 LEU 778 38.035 -7.665 -5.752
9 HD21 LEU 778 HD21 LEU 778 37.856 -7.928 -10.004
10 HD23 LEU 778 HD22 LEU 778 36.551 -8.651 -9.053
11 HD22 LEU 778 HD23 LEU 778 38.169 -9.345 -8.991
No H/Q in entry = 11
In of MODEL 10
1 H TRP 779 H TRP 779 34.217 -8.280 -8.035
2 HA TRP 779 HA TRP 779 33.697 -7.905 -10.885
3 HB2 TRP 779 HB2 TRP 779 32.881 -10.295 -10.765
4 HB3 TRP 779 HB3 TRP 779 34.592 -10.075 -10.414
5 HD1 TRP 779 HD1 TRP 779 31.253 -10.795 -8.585
6 HE1 TRP 779 HE1 TRP 779 31.814 -11.963 -6.345
7 HE3 TRP 779 HE3 TRP 779 36.339 -10.562 -8.755
8 HZ2 TRP 779 HZ2 TRP 779 34.091 -12.661 -4.882
9 HZ3 TRP 779 HZ3 TRP 779 37.624 -11.474 -6.909
10 HH2 TRP 779 HH2 TRP 779 36.527 -12.530 -5.003
No H/Q in entry = 10
In of MODEL 10
1 H GLY 780 H GLY 780 32.269 -7.000 -8.116
2 HA3 GLY 780 HA2 GLY 780 29.545 -7.664 -8.999
3 HA2 GLY 780 HA3 GLY 780 30.000 -7.235 -7.351
No H/Q in entry = 3
In of MODEL 10
1 H LYS 781 H LYS 781 27.986 -5.962 -8.979
2 HA LYS 781 HA LYS 781 28.970 -3.221 -8.804
3 HB2 LYS 781 HB2 LYS 781 29.463 -4.277 -11.086
4 HB3 LYS 781 HB3 LYS 781 27.721 -4.210 -11.324
5 HG2 LYS 781 HG2 LYS 781 28.901 -2.336 -12.370
6 HG3 LYS 781 HG3 LYS 781 27.755 -1.803 -11.136
7 HD2 LYS 781 HD2 LYS 781 29.459 -1.326 -9.594
8 HD3 LYS 781 HD3 LYS 781 30.650 -2.271 -10.483
9 HE2 LYS 781 HE2 LYS 781 30.906 0.184 -10.597
10 HE3 LYS 781 HE3 LYS 781 30.820 -0.613 -12.165
11 HZ1 LYS 781 HZ1 LYS 781 28.576 0.843 -10.824
12 HZ3 LYS 781 HZ2 LYS 781 28.517 0.121 -12.363
13 HZ2 LYS 781 HZ3 LYS 781 29.512 1.422 -12.093
No H/Q in entry = 13
In of MODEL 10
1 H CYS 782 H CYS 782 27.348 -2.260 -7.733
2 HA CYS 782 HA CYS 782 24.582 -3.105 -8.181
3 HB2 CYS 782 HB2 CYS 782 25.351 -2.699 -5.797
4 HB3 CYS 782 HB3 CYS 782 25.686 -1.027 -6.225
No H/Q in entry = 4
In of MODEL 10
1 H ASP 783 H ASP 783 24.084 -2.340 -10.161
2 HA ASP 783 HA ASP 783 25.375 -0.001 -11.163
3 HB2 ASP 783 HB2 ASP 783 24.498 -0.538 -13.289
4 HB3 ASP 783 HB3 ASP 783 24.916 -2.064 -12.525
No H/Q in entry = 4
In of MODEL 10
1 H ALA 784 H ALA 784 22.050 -0.681 -10.191
2 HA ALA 784 HA ALA 784 21.550 2.150 -10.765
3 HB1 ALA 784 HB1 ALA 784 19.604 -0.067 -11.332
4 HB3 ALA 784 HB2 ALA 784 20.580 0.783 -12.529
5 HB2 ALA 784 HB3 ALA 784 19.350 1.654 -11.611
No H/Q in entry = 5
In of MODEL 10
1 H GLU 785 H GLU 785 19.530 -0.400 -9.361
2 HA GLU 785 HA GLU 785 18.854 1.511 -7.261
3 HB2 GLU 785 HB2 GLU 785 17.456 -1.038 -8.063
4 HB3 GLU 785 HB3 GLU 785 16.877 0.148 -6.907
5 HG2 GLU 785 HG2 GLU 785 16.762 1.805 -8.731
6 HG3 GLU 785 HG3 GLU 785 17.232 0.538 -9.861
No H/Q in entry = 6
In of MODEL 10
1 H SER 786 H SER 786 19.117 1.013 -5.155
2 HA SER 786 HA SER 786 21.009 -1.009 -4.512
3 HB2 SER 786 HB2 SER 786 20.820 1.203 -3.297
4 HB3 SER 786 HB3 SER 786 19.298 0.636 -2.619
5 HG SER 786 HG SER 786 20.320 -0.570 -1.273
No H/Q in entry = 5
In of MODEL 10
1 H SER 787 H SER 787 20.232 -2.936 -4.963
2 HA SER 787 HA SER 787 18.296 -4.103 -3.225
3 HB2 SER 787 HB2 SER 787 16.972 -4.984 -5.268
4 HB3 SER 787 HB3 SER 787 16.690 -3.306 -4.792
5 HG SER 787 HG SER 787 18.400 -2.799 -6.362
No H/Q in entry = 5
In of MODEL 10
1 H LYS 788 H LYS 788 19.281 -5.036 -6.479
2 HA LYS 788 HA LYS 788 20.748 -7.263 -5.283
3 HB2 LYS 788 HB2 LYS 788 20.335 -8.533 -7.279
4 HB3 LYS 788 HB3 LYS 788 18.801 -7.868 -6.756
5 HG2 LYS 788 HG2 LYS 788 19.023 -6.096 -8.465
6 HG3 LYS 788 HG3 LYS 788 20.524 -6.845 -9.006
7 HD2 LYS 788 HD2 LYS 788 19.215 -8.959 -9.374
8 HD3 LYS 788 HD3 LYS 788 17.755 -8.016 -9.078
9 HE2 LYS 788 HE2 LYS 788 19.787 -7.536 -11.252
10 HE3 LYS 788 HE3 LYS 788 18.191 -8.245 -11.467
11 HZ1 LYS 788 HZ1 LYS 788 17.217 -6.123 -10.767
12 HZ3 LYS 788 HZ2 LYS 788 18.206 -5.956 -12.110
13 HZ2 LYS 788 HZ3 LYS 788 18.760 -5.441 -10.618
No H/Q in entry = 13
In of MODEL 10
1 H CYS 789 H CYS 789 22.751 -7.779 -6.170
2 HA CYS 789 HA CYS 789 24.067 -5.496 -7.462
3 HB2 CYS 789 HB2 CYS 789 24.898 -6.314 -5.210
4 HB3 CYS 789 HB3 CYS 789 25.283 -7.845 -5.968
No H/Q in entry = 4
In of MODEL 10
1 H VAL 790 H VAL 790 25.010 -5.859 -9.472
2 HA VAL 790 HA VAL 790 24.443 -8.499 -10.577
3 HB VAL 790 HB VAL 790 24.491 -7.497 -12.809
4 HG13 VAL 790 HG11 VAL 790 22.515 -6.066 -12.692
5 HG12 VAL 790 HG12 VAL 790 22.721 -5.943 -10.946
6 HG11 VAL 790 HG13 VAL 790 22.370 -7.507 -11.684
7 HG21 VAL 790 HG21 VAL 790 25.034 -4.857 -11.433
8 HG23 VAL 790 HG22 VAL 790 24.686 -5.060 -13.150
9 HG22 VAL 790 HG23 VAL 790 26.160 -5.740 -12.463
No H/Q in entry = 9
In of MODEL 10
1 H CYS 791 H CYS 791 26.103 -8.913 -12.496
2 HA CYS 791 HA CYS 791 28.685 -8.672 -11.148
3 HB2 CYS 791 HB2 CYS 791 27.938 -10.822 -13.149
4 HB3 CYS 791 HB3 CYS 791 29.228 -10.795 -11.962
No H/Q in entry = 4
In of MODEL 10
1 H ARG 792 H ARG 792 30.405 -8.044 -12.296
2 HA ARG 792 HA ARG 792 29.865 -6.469 -14.662
3 HB2 ARG 792 HB2 ARG 792 32.500 -6.986 -13.262
4 HB3 ARG 792 HB3 ARG 792 32.142 -5.678 -14.384
5 HG2 ARG 792 HG2 ARG 792 30.622 -4.680 -12.822
6 HG3 ARG 792 HG3 ARG 792 30.804 -6.039 -11.716
7 HD2 ARG 792 HD2 ARG 792 32.145 -4.313 -10.841
8 HD3 ARG 792 HD3 ARG 792 33.258 -5.438 -11.606
9 HE ARG 792 HE ARG 792 32.500 -3.379 -13.401
10 HH11 ARG 792 HH11 ARG 792 34.688 -4.121 -10.728
11 HH12 ARG 792 HH12 ARG 792 35.672 -2.738 -10.953
12 HH21 ARG 792 HH21 ARG 792 33.823 -1.527 -13.732
13 HH22 ARG 792 HH22 ARG 792 35.144 -1.180 -12.705
No H/Q in entry = 13
In of MODEL 10
1 H GLU 793 H GLU 793 31.146 -6.779 -16.620
2 HA GLU 793 HA GLU 793 31.627 -9.591 -17.126
3 HB2 GLU 793 HB2 GLU 793 31.602 -7.200 -18.964
4 HB3 GLU 793 HB3 GLU 793 31.917 -8.840 -19.503
5 HG2 GLU 793 HG2 GLU 793 29.680 -9.507 -18.728
6 HG3 GLU 793 HG3 GLU 793 29.372 -7.843 -18.237
No H/Q in entry = 6
In of MODEL 10
1 H ALA 794 H ALA 794 33.625 -10.073 -18.549
2 HA ALA 794 HA ALA 794 35.862 -9.532 -16.892
3 HB2 ALA 794 HB1 ALA 794 35.500 -11.669 -18.047
4 HB3 ALA 794 HB2 ALA 794 37.083 -10.973 -18.391
5 HB1 ALA 794 HB3 ALA 794 35.798 -10.869 -19.593
No H/Q in entry = 5
In of MODEL 10
1 H SER 795 H SER 795 34.652 -8.166 -19.805
2 HA SER 795 HA SER 795 37.076 -6.874 -20.520
3 HB2 SER 795 HB2 SER 795 34.248 -6.383 -21.472
4 HB3 SER 795 HB3 SER 795 35.723 -5.797 -22.254
5 HG SER 795 HG SER 795 36.356 -7.944 -22.551
No H/Q in entry = 5
In of MODEL 10
1 H GLU 796 H GLU 796 34.994 -6.302 -17.998
2 HA GLU 796 HA GLU 796 35.498 -3.410 -18.020
3 HB2 GLU 796 HB2 GLU 796 33.095 -4.321 -17.840
4 HB3 GLU 796 HB3 GLU 796 33.549 -4.907 -16.248
5 HG2 GLU 796 HG2 GLU 796 34.059 -2.602 -15.562
6 HG3 GLU 796 HG3 GLU 796 33.554 -2.033 -17.152
No H/Q in entry = 6
In of MODEL 10
1 H CYS 797 H CYS 797 37.300 -5.651 -17.371
2 HA CYS 797 HA CYS 797 37.707 -5.696 -14.549
3 HB2 CYS 797 HB2 CYS 797 38.414 -7.552 -15.978
4 HB3 CYS 797 HB3 CYS 797 39.561 -6.487 -16.789
No H/Q in entry = 4
In of MODEL 10
1 H GLU 798 H GLU 798 37.801 -3.649 -13.978
2 HA GLU 798 HA GLU 798 39.904 -1.875 -14.919
3 HB2 GLU 798 HB2 GLU 798 37.541 -1.126 -14.484
4 HB3 GLU 798 HB3 GLU 798 37.790 -1.448 -12.789
5 HG2 GLU 798 HG2 GLU 798 39.331 0.594 -14.386
6 HG3 GLU 798 HG3 GLU 798 37.891 0.954 -13.448
No H/Q in entry = 6
In of MODEL 10
1 H GLU 799 H GLU 799 38.813 -3.113 -11.743
2 HA GLU 799 HA GLU 799 41.097 -2.499 -10.275
3 HB2 GLU 799 HB2 GLU 799 38.974 -3.208 -9.234
4 HB3 GLU 799 HB3 GLU 799 39.166 -4.814 -9.914
5 HG2 GLU 799 HG2 GLU 799 39.710 -4.773 -7.539
6 HG3 GLU 799 HG3 GLU 799 41.125 -5.184 -8.506
No H/Q in entry = 6
In of MODEL 10
1 H GLU 800 H GLU 800 42.841 -3.789 -9.597
2 HA GLU 800 HA GLU 800 44.450 -4.684 -11.574
3 HB2 GLU 800 HB2 GLU 800 44.525 -5.476 -8.672
4 HB3 GLU 800 HB3 GLU 800 45.824 -5.801 -9.810
5 HG2 GLU 800 HG2 GLU 800 44.774 -3.067 -9.127
6 HG3 GLU 800 HG3 GLU 800 46.212 -3.802 -8.428
No H/Q in entry = 6
In of MODEL 10
1 H GLY 801 H GLY 801 43.271 -7.132 -9.217
2 HA3 GLY 801 HA2 GLY 801 42.533 -9.229 -9.558
3 HA2 GLY 801 HA3 GLY 801 42.335 -8.844 -11.257
No H/Q in entry = 3
In of MODEL 10
1 H PHE 802 H PHE 802 43.793 -10.864 -9.285
2 HA PHE 802 HA PHE 802 46.364 -11.151 -10.538
3 HB2 PHE 802 HB2 PHE 802 44.748 -12.827 -8.641
4 HB3 PHE 802 HB3 PHE 802 46.221 -13.454 -9.362
5 HD1 PHE 802 HD1 PHE 802 47.770 -13.577 -7.660
6 HD2 PHE 802 HD2 PHE 802 45.432 -10.047 -8.065
7 HE1 PHE 802 HE1 PHE 802 49.097 -12.531 -5.970
8 HE2 PHE 802 HE2 PHE 802 46.768 -8.965 -6.361
9 HZ PHE 802 HZ PHE 802 48.629 -10.195 -5.277
No H/Q in entry = 9
In of MODEL 10
1 H SER 803 H SER 803 46.689 -13.739 -11.179
2 HA SER 803 HA SER 803 44.627 -14.357 -13.096
3 HB2 SER 803 HB2 SER 803 47.622 -14.583 -13.461
4 HB3 SER 803 HB3 SER 803 46.398 -15.123 -14.611
5 HG SER 803 HG SER 803 45.789 -12.647 -14.041
No H/Q in entry = 5
In of MODEL 10
1 H ILE 804 H ILE 804 43.951 -16.407 -12.920
2 HA ILE 804 HA ILE 804 45.485 -18.262 -11.258
3 HB ILE 804 HB ILE 804 43.539 -18.994 -10.037
4 HG12 ILE 804 HG12 ILE 804 41.817 -18.639 -11.840
5 HG13 ILE 804 HG13 ILE 804 41.289 -18.125 -10.250
6 HG23 ILE 804 HG21 ILE 804 42.944 -17.005 -8.711
7 HG22 ILE 804 HG22 ILE 804 43.660 -15.995 -9.969
8 HG21 ILE 804 HG23 ILE 804 44.677 -17.104 -9.050
9 HD11 ILE 804 HD11 ILE 804 41.750 -15.790 -10.900
10 HD13 ILE 804 HD12 ILE 804 40.552 -16.577 -11.923
11 HD12 ILE 804 HD13 ILE 804 42.191 -16.352 -12.516
No H/Q in entry = 11
In of MODEL 10
1 H CYS 805 H CYS 805 44.321 -20.534 -11.469
2 HA CYS 805 HA CYS 805 43.702 -20.838 -14.322
3 HB2 CYS 805 HB2 CYS 805 45.795 -21.956 -13.466
4 HB3 CYS 805 HB3 CYS 805 44.745 -22.966 -12.470
No H/Q in entry = 4
In of MODEL 10
1 H VAL 806 H VAL 806 41.791 -21.746 -14.804
2 HA VAL 806 HA VAL 806 40.374 -23.031 -12.634
3 HB VAL 806 HB VAL 806 39.687 -20.657 -12.672
4 HG13 VAL 806 HG11 VAL 806 38.487 -19.720 -14.531
5 HG12 VAL 806 HG12 VAL 806 38.834 -21.183 -15.459
6 HG11 VAL 806 HG13 VAL 806 40.157 -20.144 -14.927
7 HG21 VAL 806 HG21 VAL 806 38.027 -22.362 -12.038
8 HG23 VAL 806 HG22 VAL 806 37.529 -22.472 -13.714
9 HG22 VAL 806 HG23 VAL 806 37.299 -20.957 -12.813
No H/Q in entry = 9
In of MODEL 10
1 H GLU 807 H GLU 807 39.212 -24.771 -13.270
2 HA GLU 807 HA GLU 807 39.569 -25.638 -15.981
3 HB2 GLU 807 HB2 GLU 807 39.863 -27.182 -14.061
4 HB3 GLU 807 HB3 GLU 807 38.179 -26.950 -13.637
5 HG2 GLU 807 HG2 GLU 807 37.544 -27.913 -15.826
6 HG3 GLU 807 HG3 GLU 807 39.257 -28.210 -16.135
No H/Q in entry = 6
In of MODEL 10
1 H VAL 808 H VAL 808 38.174 -25.309 -17.458
2 HA VAL 808 HA VAL 808 35.392 -24.868 -16.812
3 HB VAL 808 HB VAL 808 36.408 -22.645 -16.878
4 HG12 VAL 808 HG11 VAL 808 37.342 -23.315 -19.654
5 HG11 VAL 808 HG12 VAL 808 38.352 -23.049 -18.234
6 HG13 VAL 808 HG13 VAL 808 37.417 -21.716 -18.911
7 HG21 VAL 808 HG21 VAL 808 34.748 -23.206 -19.308
8 HG23 VAL 808 HG22 VAL 808 35.062 -21.604 -18.629
9 HG22 VAL 808 HG23 VAL 808 34.151 -22.798 -17.689
No H/Q in entry = 9
In of MODEL 10
1 H ASN 809 H ASN 809 34.147 -25.959 -18.106
2 HA ASN 809 HA ASN 809 33.370 -27.134 -19.851
3 HB2 ASN 809 HB2 ASN 809 35.374 -25.433 -21.140
4 HB3 ASN 809 HB3 ASN 809 34.721 -26.753 -22.127
5 HD21 ASN 809 HD21 ASN 809 34.390 -23.565 -21.060
6 HD22 ASN 809 HD22 ASN 809 32.779 -23.267 -21.568
No H/Q in entry = 6
In of MODEL 10
1 H GLY 810 H GLY 810 35.995 -27.848 -18.307
2 HA3 GLY 810 HA2 GLY 810 36.551 -30.159 -18.133
3 HA2 GLY 810 HA3 GLY 810 36.458 -30.243 -19.914
No H/Q in entry = 3
In of MODEL 10
1 H LYS 811 H LYS 811 37.853 -27.547 -19.841
2 HA LYS 811 HA LYS 811 40.567 -28.671 -19.586
3 HB2 LYS 811 HB2 LYS 811 41.171 -26.949 -21.294
4 HB3 LYS 811 HB3 LYS 811 40.097 -28.212 -21.881
5 HG2 LYS 811 HG2 LYS 811 38.181 -26.669 -21.554
6 HG3 LYS 811 HG3 LYS 811 39.317 -25.414 -21.072
7 HD2 LYS 811 HD2 LYS 811 39.259 -26.832 -23.704
8 HD3 LYS 811 HD3 LYS 811 38.607 -25.217 -23.411
9 HE2 LYS 811 HE2 LYS 811 40.897 -24.520 -22.668
10 HE3 LYS 811 HE3 LYS 811 41.496 -26.087 -23.195
11 HZ3 LYS 811 HZ1 LYS 811 41.894 -24.470 -24.880
12 HZ2 LYS 811 HZ2 LYS 811 40.288 -23.982 -24.881
13 HZ1 LYS 811 HZ3 LYS 811 40.696 -25.519 -25.448
No H/Q in entry = 13
In of MODEL 10
1 H GLU 812 H GLU 812 42.244 -27.142 -18.907
2 HA GLU 812 HA GLU 812 41.130 -25.217 -17.027
3 HB2 GLU 812 HB2 GLU 812 43.928 -26.291 -17.314
4 HB3 GLU 812 HB3 GLU 812 43.467 -25.050 -16.161
5 HG2 GLU 812 HG2 GLU 812 41.898 -26.649 -15.131
6 HG3 GLU 812 HG3 GLU 812 42.480 -27.888 -16.241
No H/Q in entry = 6
In of MODEL 10
1 H GLN 813 H GLN 813 41.182 -23.128 -17.291
2 HA GLN 813 HA GLN 813 43.016 -22.068 -19.301
3 HB2 GLN 813 HB2 GLN 813 40.791 -22.112 -20.214
4 HB3 GLN 813 HB3 GLN 813 40.135 -21.268 -18.811
5 HG2 GLN 813 HG2 GLN 813 41.436 -19.357 -19.348
6 HG3 GLN 813 HG3 GLN 813 42.147 -20.162 -20.758
7 HE21 GLN 813 HE21 GLN 813 39.446 -18.450 -19.525
8 HE22 GLN 813 HE22 GLN 813 38.496 -18.427 -20.960
No H/Q in entry = 8
In of MODEL 10
1 H THR 814 H THR 814 43.961 -20.122 -18.793
2 HA THR 814 HA THR 814 43.974 -19.413 -15.992
3 HB THR 814 HB THR 814 45.464 -18.219 -18.336
4 HG1 THR 814 HG1 THR 814 47.070 -19.621 -17.926
5 HG21 THR 814 HG21 THR 814 45.991 -18.049 -15.364
6 HG23 THR 814 HG22 THR 814 45.399 -16.745 -16.390
7 HG22 THR 814 HG23 THR 814 47.030 -17.378 -16.621
No H/Q in entry = 7
In of MODEL 10
1 H MET 815 H MET 815 42.743 -17.816 -15.262
2 HA MET 815 HA MET 815 41.769 -15.887 -17.243
3 HB2 MET 815 HB2 MET 815 40.220 -16.835 -14.842
4 HB3 MET 815 HB3 MET 815 39.670 -15.675 -16.044
5 HG2 MET 815 HG2 MET 815 40.003 -17.613 -17.718
6 HG3 MET 815 HG3 MET 815 40.120 -18.554 -16.230
7 HE1 MET 815 HE1 MET 815 38.365 -20.066 -17.116
8 HE3 MET 815 HE2 MET 815 38.003 -19.110 -18.550
9 HE2 MET 815 HE3 MET 815 36.688 -19.648 -17.483
No H/Q in entry = 9
In of MODEL 10
1 H SER 816 H SER 816 41.299 -13.864 -16.379
2 HA SER 816 HA SER 816 43.092 -13.080 -14.290
3 HB2 SER 816 HB2 SER 816 40.871 -11.521 -15.638
4 HB3 SER 816 HB3 SER 816 42.213 -10.859 -14.701
5 HG SER 816 HG SER 816 42.709 -12.449 -16.988
No H/Q in entry = 5
In of MODEL 10
1 H GLU 817 H GLU 817 42.417 -12.324 -12.316
2 HA GLU 817 HA GLU 817 40.615 -13.840 -10.890
3 HB2 GLU 817 HB2 GLU 817 42.582 -12.351 -10.228
4 HB3 GLU 817 HB3 GLU 817 41.390 -11.061 -10.261
5 HG2 GLU 817 HG2 GLU 817 40.227 -11.902 -8.456
6 HG3 GLU 817 HG3 GLU 817 41.043 -13.472 -8.604
No H/Q in entry = 6
In of MODEL 10
1 H CYS 818 H CYS 818 40.238 -10.626 -12.259
2 HA CYS 818 HA CYS 818 37.632 -10.092 -11.389
3 HB2 CYS 818 HB2 CYS 818 37.710 -8.476 -13.376
4 HB3 CYS 818 HB3 CYS 818 38.942 -8.283 -12.126
No H/Q in entry = 4
In of MODEL 10
1 H GLU 819 H GLU 819 38.883 -11.864 -14.145
2 HA GLU 819 HA GLU 819 36.413 -12.012 -15.592
3 HB2 GLU 819 HB2 GLU 819 38.555 -12.119 -16.746
4 HB3 GLU 819 HB3 GLU 819 38.991 -13.549 -15.819
5 HG2 GLU 819 HG2 GLU 819 37.440 -14.874 -16.988
6 HG3 GLU 819 HG3 GLU 819 36.698 -13.462 -17.741
No H/Q in entry = 6
In of MODEL 10
1 H ALA 820 H ALA 820 38.401 -14.452 -13.932
2 HA ALA 820 HA ALA 820 36.664 -16.539 -13.998
3 HB3 ALA 820 HB1 ALA 820 38.597 -15.826 -11.811
4 HB1 ALA 820 HB2 ALA 820 38.940 -16.769 -13.268
5 HB2 ALA 820 HB3 ALA 820 37.861 -17.414 -12.031
No H/Q in entry = 5
In of MODEL 10
1 H GLY 821 H GLY 821 37.041 -13.957 -11.554
2 HA3 GLY 821 HA2 GLY 821 35.123 -14.821 -9.691
3 HA2 GLY 821 HA3 GLY 821 35.745 -13.185 -9.850
No H/Q in entry = 3
In of MODEL 10
1 H ALA 822 H ALA 822 34.865 -12.613 -12.463
2 HA ALA 822 HA ALA 822 32.211 -11.808 -12.012
3 HB1 ALA 822 HB1 ALA 822 33.684 -12.088 -14.631
4 HB2 ALA 822 HB2 ALA 822 33.717 -10.672 -13.575
5 HB3 ALA 822 HB3 ALA 822 32.211 -11.154 -14.356
No H/Q in entry = 5
In of MODEL 10
1 H LEU 823 H LEU 823 33.624 -14.446 -13.786
2 HA LEU 823 HA LEU 823 31.233 -15.501 -14.782
3 HB2 LEU 823 HB2 LEU 823 33.899 -16.793 -14.249
4 HB3 LEU 823 HB3 LEU 823 32.598 -17.574 -15.131
5 HG LEU 823 HG LEU 823 33.870 -14.975 -15.986
6 HD11 LEU 823 HD11 LEU 823 34.423 -17.768 -16.964
7 HD13 LEU 823 HD12 LEU 823 35.539 -16.679 -16.111
8 HD12 LEU 823 HD13 LEU 823 34.988 -16.276 -17.719
9 HD21 LEU 823 HD21 LEU 823 31.981 -16.868 -17.382
10 HD23 LEU 823 HD22 LEU 823 32.778 -15.489 -18.136
11 HD22 LEU 823 HD23 LEU 823 31.628 -15.227 -16.828
No H/Q in entry = 11
In of MODEL 10
1 H ARG 824 H ARG 824 33.004 -16.189 -11.755
2 HA ARG 824 HA ARG 824 31.260 -18.206 -10.834
3 HB2 ARG 824 HB2 ARG 824 32.773 -16.216 -9.158
4 HB3 ARG 824 HB3 ARG 824 32.154 -17.765 -8.614
5 HG2 ARG 824 HG2 ARG 824 33.801 -18.812 -10.268
6 HG3 ARG 824 HG3 ARG 824 34.488 -17.191 -10.417
7 HD2 ARG 824 HD2 ARG 824 35.686 -18.488 -8.788
8 HD3 ARG 824 HD3 ARG 824 34.815 -17.170 -7.991
9 HE ARG 824 HE ARG 824 33.493 -19.723 -8.211
10 HH11 ARG 824 HH11 ARG 824 35.238 -17.476 -6.102
11 HH12 ARG 824 HH12 ARG 824 34.651 -18.149 -4.649
12 HH21 ARG 824 HH21 ARG 824 32.741 -20.685 -6.237
13 HH22 ARG 824 HH22 ARG 824 33.231 -20.096 -4.715
No H/Q in entry = 13
In of MODEL 10
1 H CYS 825 H CYS 825 31.006 -14.756 -10.891
2 HA CYS 825 HA CYS 825 28.938 -14.566 -8.895
3 HB2 CYS 825 HB2 CYS 825 30.530 -12.662 -9.407
4 HB3 CYS 825 HB3 CYS 825 29.812 -12.574 -10.995
No H/Q in entry = 4
In of MODEL 10
1 H ARG 826 H ARG 826 29.217 -14.324 -12.388
2 HA ARG 826 HA ARG 826 26.593 -13.918 -13.095
3 HB2 ARG 826 HB2 ARG 826 27.964 -13.537 -14.863
4 HB3 ARG 826 HB3 ARG 826 29.083 -14.809 -14.403
5 HG2 ARG 826 HG2 ARG 826 27.666 -16.447 -15.282
6 HG3 ARG 826 HG3 ARG 826 26.420 -15.262 -15.713
7 HD2 ARG 826 HD2 ARG 826 27.933 -14.259 -17.338
8 HD3 ARG 826 HD3 ARG 826 29.242 -15.327 -16.825
9 HE ARG 826 HE ARG 826 27.435 -17.093 -17.501
10 HH11 ARG 826 HH11 ARG 826 28.350 -14.169 -19.317
11 HH12 ARG 826 HH12 ARG 826 27.977 -14.850 -20.831
12 HH21 ARG 826 HH21 ARG 826 26.976 -18.016 -19.620
13 HH22 ARG 826 HH22 ARG 826 27.191 -17.050 -21.009
No H/Q in entry = 13
In of MODEL 10
1 H GLY 827 H GLY 827 28.257 -16.887 -12.338
2 HA3 GLY 827 HA2 GLY 827 26.985 -18.777 -11.538
3 HA2 GLY 827 HA3 GLY 827 25.690 -18.263 -12.622
No H/Q in entry = 3
In of MODEL 10
1 H GLN 828 H GLN 828 28.973 -18.212 -13.643
2 HA GLN 828 HA GLN 828 28.432 -20.072 -15.747
3 HB2 GLN 828 HB2 GLN 828 29.923 -18.095 -16.022
4 HB3 GLN 828 HB3 GLN 828 30.998 -18.778 -14.813
5 HG2 GLN 828 HG2 GLN 828 31.852 -19.147 -17.066
6 HG3 GLN 828 HG3 GLN 828 31.454 -20.672 -16.271
7 HE21 GLN 828 HE21 GLN 828 30.589 -18.448 -18.759
8 HE22 GLN 828 HE22 GLN 828 29.514 -19.516 -19.584
No H/Q in entry = 8
In of MODEL 10
1 H SER 829 H SER 829 29.567 -22.120 -15.892
2 HA SER 829 HA SER 829 30.118 -23.216 -13.261
3 HB2 SER 829 HB2 SER 829 29.902 -24.575 -15.946
4 HB3 SER 829 HB3 SER 829 29.975 -25.376 -14.372
5 HG SER 829 HG SER 829 28.022 -24.149 -13.868
No H/Q in entry = 5
In of MODEL 10
1 H ILE 830 H ILE 830 32.095 -22.920 -12.590
2 HA ILE 830 HA ILE 830 34.305 -23.571 -14.335
3 HB ILE 830 HB ILE 830 35.626 -21.641 -13.667
4 HG12 ILE 830 HG12 ILE 830 34.477 -21.215 -11.480
5 HG13 ILE 830 HG13 ILE 830 34.841 -19.751 -12.380
6 HG23 ILE 830 HG21 ILE 830 34.497 -21.400 -15.738
7 HG22 ILE 830 HG22 ILE 830 34.504 -19.834 -14.914
8 HG21 ILE 830 HG23 ILE 830 33.046 -20.836 -14.912
9 HD11 ILE 830 HD11 ILE 830 32.148 -21.103 -12.200
10 HD13 ILE 830 HD12 ILE 830 32.487 -19.633 -13.101
11 HD12 ILE 830 HD13 ILE 830 32.594 -19.632 -11.349
No H/Q in entry = 11
In of MODEL 10
1 H SER 831 H SER 831 35.919 -24.542 -13.261
2 HA SER 831 HA SER 831 35.477 -24.865 -10.413
3 HB2 SER 831 HB2 SER 831 36.717 -26.674 -12.448
4 HB3 SER 831 HB3 SER 831 36.616 -27.030 -10.728
5 HG SER 831 HG SER 831 34.724 -27.841 -11.282
No H/Q in entry = 5
In of MODEL 10
1 H VAL 832 H VAL 832 36.850 -23.413 -9.496
2 HA VAL 832 HA VAL 832 39.396 -22.714 -10.551
3 HB VAL 832 HB VAL 832 38.360 -22.377 -7.716
4 HG13 VAL 832 HG11 VAL 832 40.789 -22.131 -7.833
5 HG12 VAL 832 HG12 VAL 832 40.030 -20.566 -7.536
6 HG11 VAL 832 HG13 VAL 832 40.619 -20.966 -9.147
7 HG22 VAL 832 HG21 VAL 832 36.886 -21.290 -9.319
8 HG21 VAL 832 HG22 VAL 832 38.261 -20.461 -10.048
9 HG23 VAL 832 HG23 VAL 832 37.778 -20.082 -8.396
No H/Q in entry = 9
In of MODEL 10
1 H THR 833 H THR 833 41.009 -24.098 -10.722
2 HA THR 833 HA THR 833 41.165 -26.341 -8.956
3 HB THR 833 HB THR 833 43.060 -26.932 -10.560
4 HG1 THR 833 HG1 THR 833 43.096 -25.733 -12.488
5 HG21 THR 833 HG21 THR 833 40.291 -26.457 -11.686
6 HG23 THR 833 HG22 THR 833 40.805 -27.885 -10.791
7 HG22 THR 833 HG23 THR 833 41.491 -27.543 -12.379
No H/Q in entry = 7
In of MODEL 10
1 H SER 834 H SER 834 42.949 -23.407 -9.747
2 HA SER 834 HA SER 834 44.297 -23.537 -7.235
3 HB2 SER 834 HB2 SER 834 45.717 -24.969 -8.636
4 HB3 SER 834 HB3 SER 834 45.905 -23.659 -9.801
5 HG SER 834 HG SER 834 47.350 -24.163 -7.732
No H/Q in entry = 5
In of MODEL 10
1 H ILE 835 H ILE 835 45.552 -21.627 -6.904
2 HA ILE 835 HA ILE 835 44.348 -19.355 -8.237
3 HB ILE 835 HB ILE 835 45.334 -18.005 -6.359
4 HG12 ILE 835 HG12 ILE 835 45.862 -19.375 -4.266
5 HG13 ILE 835 HG13 ILE 835 46.081 -20.741 -5.346
6 HG21 ILE 835 HG21 ILE 835 43.037 -18.775 -6.360
7 HG23 ILE 835 HG22 ILE 835 43.748 -18.747 -4.737
8 HG22 ILE 835 HG23 ILE 835 43.569 -20.285 -5.594
9 HD12 ILE 835 HD11 ILE 835 48.186 -19.751 -4.705
10 HD11 ILE 835 HD12 ILE 835 47.641 -18.198 -5.365
11 HD13 ILE 835 HD13 ILE 835 47.897 -19.572 -6.443
No H/Q in entry = 11
In of MODEL 10
1 H ARG 836 H ARG 836 46.786 -21.199 -8.830
2 HA ARG 836 HA ARG 836 48.748 -19.134 -9.448
3 HB2 ARG 836 HB2 ARG 836 48.924 -22.090 -9.995
4 HB3 ARG 836 HB3 ARG 836 50.242 -20.934 -9.907
5 HG2 ARG 836 HG2 ARG 836 49.840 -20.720 -7.480
6 HG3 ARG 836 HG3 ARG 836 48.578 -21.949 -7.609
7 HD2 ARG 836 HD2 ARG 836 50.357 -23.374 -8.727
8 HD3 ARG 836 HD3 ARG 836 51.516 -22.221 -8.077
9 HE ARG 836 HE ARG 836 49.656 -23.781 -6.420
10 HH11 ARG 836 HH11 ARG 836 52.887 -22.359 -6.866
11 HH12 ARG 836 HH12 ARG 836 53.565 -23.185 -5.536
12 HH21 ARG 836 HH21 ARG 836 50.634 -24.898 -4.591
13 HH22 ARG 836 HH22 ARG 836 52.278 -24.656 -4.229
No H/Q in entry = 13
In of MODEL 10
1 HA PRO 837 HA PRO 837 46.934 -19.116 -13.567
2 HB2 PRO 837 HB2 PRO 837 49.091 -18.091 -14.936
3 HB3 PRO 837 HB3 PRO 837 47.976 -17.090 -14.002
4 HG2 PRO 837 HG2 PRO 837 50.674 -18.132 -13.252
5 HG3 PRO 837 HG3 PRO 837 49.965 -16.539 -12.941
6 HD2 PRO 837 HD2 PRO 837 50.098 -18.456 -11.045
7 HD3 PRO 837 HD3 PRO 837 48.756 -17.296 -11.120
No H/Q in entry = 7
In of MODEL 10
1 H CYS 838 H CYS 838 46.991 -20.600 -15.333
2 HA CYS 838 HA CYS 838 49.057 -22.500 -14.977
3 HB2 CYS 838 HB2 CYS 838 47.589 -23.770 -16.803
4 HB3 CYS 838 HB3 CYS 838 47.262 -23.895 -15.093
No H/Q in entry = 4
In of MODEL 10
1 H ALA 839 H ALA 839 49.634 -23.693 -17.216
2 HA ALA 839 HA ALA 839 50.785 -21.647 -18.904
3 HB1 ALA 839 HB1 ALA 839 52.164 -23.535 -18.155
4 HB2 ALA 839 HB2 ALA 839 51.976 -23.567 -19.907
5 HB3 ALA 839 HB3 ALA 839 51.035 -24.667 -18.898
No H/Q in entry = 5
In of MODEL 10
1 H ALA 840 H ALA 840 48.038 -21.831 -18.892
2 HA ALA 840 HA ALA 840 47.227 -23.231 -21.276
3 HB3 ALA 840 HB1 ALA 840 44.975 -22.633 -20.607
4 HB1 ALA 840 HB2 ALA 840 45.615 -21.593 -19.336
5 HB2 ALA 840 HB3 ALA 840 45.841 -23.333 -19.230
No H/Q in entry = 5
In of MODEL 10
1 H GLU 841 H GLU 841 48.233 -22.058 -22.823
2 HA GLU 841 HA GLU 841 47.165 -19.344 -23.249
3 HB2 GLU 841 HB2 GLU 841 49.776 -20.519 -24.237
4 HB3 GLU 841 HB3 GLU 841 49.133 -18.966 -24.732
5 HG2 GLU 841 HG2 GLU 841 49.351 -18.105 -22.500
6 HG3 GLU 841 HG3 GLU 841 49.833 -19.691 -21.898
No H/Q in entry = 6
In of MODEL 10
1 H THR 842 H THR 842 48.595 -21.771 -25.188
2 HA THR 842 HA THR 842 46.671 -21.225 -27.290
3 HB THR 842 HB THR 842 48.234 -22.803 -28.603
4 HG1 THR 842 HG1 THR 842 49.378 -23.696 -26.963
5 HG22 THR 842 HG21 THR 842 49.267 -20.172 -27.536
6 HG21 THR 842 HG22 THR 842 48.142 -20.362 -28.879
7 HG23 THR 842 HG23 THR 842 49.794 -20.954 -29.028
No H/Q in entry = 7
In of MODEL 10
1 H GLN 843 H GLN 843 46.755 -23.220 -24.784
2 HA GLN 843 HA GLN 843 45.489 -25.422 -26.216
3 HB2 GLN 843 HB2 GLN 843 45.677 -26.663 -24.031
4 HB3 GLN 843 HB3 GLN 843 47.206 -26.232 -24.769
5 HG2 GLN 843 HG2 GLN 843 47.488 -24.404 -23.202
6 HG3 GLN 843 HG3 GLN 843 45.900 -24.721 -22.510
7 HE21 GLN 843 HE21 GLN 843 46.700 -25.110 -20.467
8 HE22 GLN 843 HE22 GLN 843 47.615 -26.524 -20.088
No H/Q in entry = 8
In of MODEL 11
1 H1 GLY 689 H2 GLY 689 49.665 12.283 -20.012
2 H2 GLY 689 H1 GLY 689 50.197 11.430 -21.362
3 H3 GLY 689 H3 GLY 689 48.727 11.026 -20.642
4 HA2 GLY 689 HA2 GLY 689 50.465 9.448 -20.060
5 HA3 GLY 689 HA3 GLY 689 49.877 10.324 -18.653
No H/Q in entry = 5
In of MODEL 11
1 H SER 690 H SER 690 52.568 9.131 -19.749
2 HA SER 690 HA SER 690 54.756 9.471 -19.584
3 HB2 SER 690 HB2 SER 690 54.164 12.442 -19.678
4 HB3 SER 690 HB3 SER 690 55.748 11.696 -19.910
5 HG SER 690 HG SER 690 54.486 10.457 -21.630
No H/Q in entry = 5
In of MODEL 11
1 H HIS 691 H HIS 691 56.264 9.482 -18.024
2 HA HIS 691 HA HIS 691 57.293 9.707 -16.030
3 HB2 HIS 691 HB2 HIS 691 56.697 12.150 -16.235
4 HB3 HIS 691 HB3 HIS 691 55.214 11.815 -15.371
5 HD1 HIS 691 HD1 HIS 691 58.812 12.540 -14.907
6 HD2 HIS 691 HD2 HIS 691 55.584 11.394 -12.555
7 HE1 HIS 691 HE1 HIS 691 59.492 13.000 -12.553
8 HE2 HIS 691 HE2 HIS 691 57.417 12.635 -11.234
No H/Q in entry = 8
In of MODEL 11
1 H MET 692 H MET 692 54.333 8.467 -16.473
2 HA MET 692 HA MET 692 53.678 7.906 -13.709
3 HB2 MET 692 HB2 MET 692 52.440 6.843 -16.257
4 HB3 MET 692 HB3 MET 692 51.841 6.518 -14.638
5 HG2 MET 692 HG2 MET 692 51.438 8.914 -14.313
6 HG3 MET 692 HG3 MET 692 52.015 9.220 -15.945
7 HE1 MET 692 HE1 MET 692 49.785 10.550 -16.419
8 HE3 MET 692 HE2 MET 692 49.189 10.195 -14.797
9 HE2 MET 692 HE3 MET 692 48.169 9.879 -16.201
No H/Q in entry = 9
In of MODEL 11
1 H ASN 693 H ASN 693 55.584 6.596 -16.116
2 HA ASN 693 HA ASN 693 56.076 4.233 -14.462
3 HB2 ASN 693 HB2 ASN 693 56.409 4.470 -17.482
4 HB3 ASN 693 HB3 ASN 693 56.832 3.063 -16.516
5 HD21 ASN 693 HD21 ASN 693 55.168 1.723 -15.727
6 HD22 ASN 693 HD22 ASN 693 53.565 1.826 -16.353
No H/Q in entry = 6
In of MODEL 11
1 HA PRO 694 HA PRO 694 60.010 6.256 -14.071
2 HB2 PRO 694 HB2 PRO 694 61.223 3.561 -13.915
3 HB3 PRO 694 HB3 PRO 694 61.266 4.877 -12.736
4 HG2 PRO 694 HG2 PRO 694 59.775 2.705 -12.305
5 HG3 PRO 694 HG3 PRO 694 59.204 4.317 -11.840
6 HD2 PRO 694 HD2 PRO 694 58.453 2.660 -14.222
7 HD3 PRO 694 HD3 PRO 694 57.426 3.646 -13.155
No H/Q in entry = 7
In of MODEL 11
1 H LEU 695 H LEU 695 60.413 7.089 -16.042
2 HA LEU 695 HA LEU 695 61.205 5.444 -18.247
3 HB2 LEU 695 HB2 LEU 695 61.194 8.457 -17.990
4 HB3 LEU 695 HB3 LEU 695 61.472 7.570 -19.473
5 HG LEU 695 HG LEU 695 58.894 7.615 -17.902
6 HD13 LEU 695 HD11 LEU 695 58.010 8.840 -19.810
7 HD12 LEU 695 HD12 LEU 695 59.600 8.821 -20.568
8 HD11 LEU 695 HD13 LEU 695 59.351 9.708 -19.064
9 HD21 LEU 695 HD21 LEU 695 59.565 6.268 -20.522
10 HD23 LEU 695 HD22 LEU 695 57.957 6.382 -19.812
11 HD22 LEU 695 HD23 LEU 695 59.212 5.451 -18.999
No H/Q in entry = 11
In of MODEL 11
1 H THR 696 H THR 696 63.001 4.469 -17.772
2 HA THR 696 HA THR 696 65.436 6.105 -17.509
3 HB THR 696 HB THR 696 65.044 3.451 -16.088
4 HG1 THR 696 HG1 THR 696 63.988 5.861 -15.505
5 HG21 THR 696 HG21 THR 696 67.357 4.243 -16.431
6 HG23 THR 696 HG22 THR 696 66.929 4.233 -14.723
7 HG22 THR 696 HG23 THR 696 66.957 5.754 -15.618
No H/Q in entry = 7
In of MODEL 11
1 H GLN 697 H GLN 697 64.138 2.856 -17.961
2 HA GLN 697 HA GLN 697 64.935 2.398 -20.549
3 HB2 GLN 697 HB2 GLN 697 67.227 2.163 -19.424
4 HB3 GLN 697 HB3 GLN 697 66.530 0.975 -18.343
5 HG2 GLN 697 HG2 GLN 697 67.925 0.037 -20.188
6 HG3 GLN 697 HG3 GLN 697 66.289 -0.611 -20.115
7 HE21 GLN 697 HE21 GLN 697 68.527 1.317 -21.939
8 HE22 GLN 697 HE22 GLN 697 67.535 1.479 -23.334
No H/Q in entry = 8
In of MODEL 11
1 H ALA 698 H ALA 698 64.525 -0.355 -20.512
2 HA ALA 698 HA ALA 698 61.880 -0.725 -19.824
3 HB3 ALA 698 HB1 ALA 698 62.311 -3.134 -19.970
4 HB2 ALA 698 HB2 ALA 698 64.046 -2.824 -19.897
5 HB1 ALA 698 HB3 ALA 698 63.104 -2.262 -21.280
No H/Q in entry = 5
In of MODEL 11
1 H VAL 699 H VAL 699 61.018 -0.449 -17.931
2 HA VAL 699 HA VAL 699 62.526 -0.780 -15.547
3 HB VAL 699 HB VAL 699 60.907 1.070 -15.794
4 HG12 VAL 699 HG11 VAL 699 58.782 -1.041 -15.820
5 HG11 VAL 699 HG12 VAL 699 59.236 0.022 -17.152
6 HG13 VAL 699 HG13 VAL 699 58.494 0.698 -15.700
7 HG23 VAL 699 HG21 VAL 699 59.733 0.847 -13.628
8 HG22 VAL 699 HG22 VAL 699 61.433 0.399 -13.549
9 HG21 VAL 699 HG23 VAL 699 60.195 -0.855 -13.588
No H/Q in entry = 9
In of MODEL 11
1 HA PRO 700 HA PRO 700 61.845 -5.083 -15.013
2 HB2 PRO 700 HB2 PRO 700 61.619 -5.013 -12.214
3 HB3 PRO 700 HB3 PRO 700 63.087 -5.306 -13.147
4 HG2 PRO 700 HG2 PRO 700 62.130 -2.799 -11.868
5 HG3 PRO 700 HG3 PRO 700 63.787 -3.355 -12.138
6 HD2 PRO 700 HD2 PRO 700 62.677 -1.413 -13.609
7 HD3 PRO 700 HD3 PRO 700 63.821 -2.564 -14.329
No H/Q in entry = 7
In of MODEL 11
1 H LYS 701 H LYS 701 60.085 -6.179 -15.235
2 HA LYS 701 HA LYS 701 57.551 -5.094 -14.389
3 HB2 LYS 701 HB2 LYS 701 58.242 -7.660 -15.826
4 HB3 LYS 701 HB3 LYS 701 56.608 -7.164 -15.430
5 HG2 LYS 701 HG2 LYS 701 58.505 -5.679 -17.238
6 HG3 LYS 701 HG3 LYS 701 57.192 -6.730 -17.772
7 HD2 LYS 701 HD2 LYS 701 56.891 -4.155 -16.192
8 HD3 LYS 701 HD3 LYS 701 56.577 -4.354 -17.909
9 HE2 LYS 701 HE2 LYS 701 55.085 -5.743 -15.674
10 HE3 LYS 701 HE3 LYS 701 54.501 -4.361 -16.583
11 HZ1 LYS 701 HZ1 LYS 701 54.564 -5.770 -18.603
12 HZ3 LYS 701 HZ2 LYS 701 53.525 -6.341 -17.428
13 HZ2 LYS 701 HZ3 LYS 701 54.994 -7.101 -17.645
No H/Q in entry = 13
In of MODEL 11
1 H CYS 702 H CYS 702 56.713 -5.494 -12.524
2 HA CYS 702 HA CYS 702 57.791 -7.737 -10.992
3 HB2 CYS 702 HB2 CYS 702 56.073 -5.520 -9.834
4 HB3 CYS 702 HB3 CYS 702 57.186 -6.594 -9.042
No H/Q in entry = 4
In of MODEL 11
1 H GLN 703 H GLN 703 56.416 -9.228 -10.156
2 HA GLN 703 HA GLN 703 54.011 -9.725 -11.610
3 HB2 GLN 703 HB2 GLN 703 55.009 -11.058 -9.071
4 HB3 GLN 703 HB3 GLN 703 53.871 -11.729 -10.234
5 HG2 GLN 703 HG2 GLN 703 55.606 -11.754 -11.935
6 HG3 GLN 703 HG3 GLN 703 56.780 -11.110 -10.772
7 HE21 GLN 703 HE21 GLN 703 55.137 -13.820 -12.004
8 HE22 GLN 703 HE22 GLN 703 55.932 -15.025 -11.042
No H/Q in entry = 8
In of MODEL 11
1 H ARG 704 H ARG 704 51.943 -10.184 -10.371
2 HA ARG 704 HA ARG 704 51.075 -7.722 -9.297
3 HB2 ARG 704 HB2 ARG 704 49.740 -10.395 -9.500
4 HB3 ARG 704 HB3 ARG 704 48.926 -8.968 -8.869
5 HG2 ARG 704 HG2 ARG 704 49.037 -7.853 -10.896
6 HG3 ARG 704 HG3 ARG 704 50.242 -8.972 -11.564
7 HD2 ARG 704 HD2 ARG 704 48.546 -10.736 -11.521
8 HD3 ARG 704 HD3 ARG 704 47.403 -9.568 -10.843
9 HE ARG 704 HE ARG 704 47.537 -8.352 -12.890
10 HH11 ARG 704 HH11 ARG 704 48.889 -11.665 -13.127
11 HH12 ARG 704 HH12 ARG 704 48.350 -11.887 -14.717
12 HH21 ARG 704 HH21 ARG 704 46.789 -8.763 -15.102
13 HH22 ARG 704 HH22 ARG 704 47.143 -10.255 -15.839
No H/Q in entry = 13
In of MODEL 11
1 H TRP 705 H TRP 705 52.282 -10.510 -7.719
2 HA TRP 705 HA TRP 705 51.373 -9.556 -5.124
3 HB2 TRP 705 HB2 TRP 705 52.616 -11.637 -4.297
4 HB3 TRP 705 HB3 TRP 705 51.186 -11.903 -5.286
5 HD1 TRP 705 HD1 TRP 705 54.927 -12.495 -5.219
6 HE1 TRP 705 HE1 TRP 705 55.576 -13.896 -7.262
7 HE3 TRP 705 HE3 TRP 705 50.503 -12.365 -7.791
8 HZ2 TRP 705 HZ2 TRP 705 54.384 -14.869 -9.592
9 HZ3 TRP 705 HZ3 TRP 705 50.367 -13.552 -9.941
10 HH2 TRP 705 HH2 TRP 705 52.291 -14.777 -10.816
No H/Q in entry = 10
In of MODEL 11
1 H GLU 706 H GLU 706 53.756 -8.887 -7.212
2 HA GLU 706 HA GLU 706 55.719 -8.228 -5.169
3 HB2 GLU 706 HB2 GLU 706 55.889 -8.411 -8.171
4 HB3 GLU 706 HB3 GLU 706 57.168 -7.681 -7.181
5 HG2 GLU 706 HG2 GLU 706 57.426 -9.904 -6.106
6 HG3 GLU 706 HG3 GLU 706 56.226 -10.541 -7.238
No H/Q in entry = 6
In of MODEL 11
1 H LYS 707 H LYS 707 56.866 -6.127 -5.808
2 HA LYS 707 HA LYS 707 55.258 -4.138 -7.067
3 HB2 LYS 707 HB2 LYS 707 55.178 -2.571 -5.197
4 HB3 LYS 707 HB3 LYS 707 54.340 -4.050 -4.760
5 HG2 LYS 707 HG2 LYS 707 56.166 -4.729 -3.353
6 HG3 LYS 707 HG3 LYS 707 57.157 -3.383 -3.927
7 HD2 LYS 707 HD2 LYS 707 55.494 -1.808 -3.002
8 HD3 LYS 707 HD3 LYS 707 54.590 -3.175 -2.355
9 HE2 LYS 707 HE2 LYS 707 56.444 -3.771 -0.936
10 HE3 LYS 707 HE3 LYS 707 57.450 -2.519 -1.668
11 HZ2 LYS 707 HZ1 LYS 707 54.993 -2.061 -0.063
12 HZ1 LYS 707 HZ2 LYS 707 55.889 -0.864 -0.824
13 HZ3 LYS 707 HZ3 LYS 707 56.577 -1.752 0.425
No H/Q in entry = 13
In of MODEL 11
1 H LEU 708 H LEU 708 56.482 -2.177 -7.351
2 HA LEU 708 HA LEU 708 59.307 -2.818 -7.672
3 HB2 LEU 708 HB2 LEU 708 58.074 -2.079 -9.629
4 HB3 LEU 708 HB3 LEU 708 57.578 -0.623 -8.796
5 HG LEU 708 HG LEU 708 59.997 0.022 -8.682
6 HD11 LEU 708 HD11 LEU 708 60.318 -2.259 -10.614
7 HD13 LEU 708 HD12 LEU 708 61.023 -2.139 -9.001
8 HD12 LEU 708 HD13 LEU 708 61.535 -1.029 -10.270
9 HD22 LEU 708 HD21 LEU 708 58.489 1.018 -10.284
10 HD21 LEU 708 HD22 LEU 708 58.754 -0.318 -11.402
11 HD23 LEU 708 HD23 LEU 708 60.077 0.780 -11.011
No H/Q in entry = 11
In of MODEL 11
1 H GLN 709 H GLN 709 60.620 -2.149 -6.072
2 HA GLN 709 HA GLN 709 60.570 0.643 -5.304
3 HB2 GLN 709 HB2 GLN 709 60.619 0.308 -2.943
4 HB3 GLN 709 HB3 GLN 709 59.246 -0.627 -3.497
5 HG2 GLN 709 HG2 GLN 709 60.614 -2.676 -3.373
6 HG3 GLN 709 HG3 GLN 709 61.968 -1.689 -2.806
7 HE21 GLN 709 HE21 GLN 709 62.075 -2.848 -0.881
8 HE22 GLN 709 HE22 GLN 709 60.930 -2.618 0.379
No H/Q in entry = 8
In of MODEL 11
1 H ASN 710 H ASN 710 62.660 1.308 -4.643
2 HA ASN 710 HA ASN 710 64.969 1.225 -4.507
3 HB2 ASN 710 HB2 ASN 710 64.289 -0.522 -2.778
4 HB3 ASN 710 HB3 ASN 710 64.558 -1.743 -3.995
5 HD21 ASN 710 HD21 ASN 710 65.969 0.382 -1.781
6 HD22 ASN 710 HD22 ASN 710 67.616 -0.150 -1.926
No H/Q in entry = 6
In of MODEL 11
1 H SER 711 H SER 711 63.438 0.616 -7.007
2 HA SER 711 HA SER 711 63.771 0.192 -9.168
3 HB2 SER 711 HB2 SER 711 66.683 0.112 -8.361
4 HB3 SER 711 HB3 SER 711 66.081 0.334 -10.015
5 HG SER 711 HG SER 711 66.488 2.335 -9.226
No H/Q in entry = 5
In of MODEL 11
1 H ARG 712 H ARG 712 63.359 -2.014 -7.252
2 HA ARG 712 HA ARG 712 64.114 -4.216 -9.008
3 HB2 ARG 712 HB2 ARG 712 64.856 -5.591 -7.174
4 HB3 ARG 712 HB3 ARG 712 65.762 -4.085 -7.076
5 HG2 ARG 712 HG2 ARG 712 64.313 -3.286 -5.327
6 HG3 ARG 712 HG3 ARG 712 63.318 -4.729 -5.444
7 HD2 ARG 712 HD2 ARG 712 64.711 -5.133 -3.593
8 HD3 ARG 712 HD3 ARG 712 65.473 -6.013 -4.918
9 HE ARG 712 HE ARG 712 66.456 -3.334 -4.480
10 HH11 ARG 712 HH11 ARG 712 66.947 -6.780 -3.836
11 HH12 ARG 712 HH12 ARG 712 68.518 -6.588 -3.222
12 HH21 ARG 712 HH21 ARG 712 68.557 -3.041 -3.603
13 HH22 ARG 712 HH22 ARG 712 69.489 -4.358 -3.076
No H/Q in entry = 13
In of MODEL 11
1 H CYS 713 H CYS 713 62.734 -6.186 -8.311
2 HA CYS 713 HA CYS 713 60.143 -5.199 -7.432
3 HB2 CYS 713 HB2 CYS 713 60.869 -7.675 -8.996
4 HB3 CYS 713 HB3 CYS 713 59.230 -7.232 -8.522
No H/Q in entry = 4
In of MODEL 11
1 H VAL 714 H VAL 714 59.520 -5.707 -5.529
2 HA VAL 714 HA VAL 714 60.653 -8.064 -4.169
3 HB VAL 714 HB VAL 714 60.404 -6.883 -2.027
4 HG12 VAL 714 HG11 VAL 714 61.939 -5.240 -4.018
5 HG11 VAL 714 HG12 VAL 714 62.540 -6.662 -3.160
6 HG13 VAL 714 HG13 VAL 714 62.147 -5.187 -2.270
7 HG22 VAL 714 HG21 VAL 714 58.511 -5.457 -2.563
8 HG21 VAL 714 HG22 VAL 714 59.504 -4.526 -3.683
9 HG23 VAL 714 HG23 VAL 714 59.849 -4.479 -1.953
No H/Q in entry = 9
In of MODEL 11
1 H CYS 715 H CYS 715 58.994 -8.601 -2.262
2 HA CYS 715 HA CYS 715 56.442 -8.836 -3.619
3 HB2 CYS 715 HB2 CYS 715 57.423 -9.961 -0.996
4 HB3 CYS 715 HB3 CYS 715 55.806 -10.227 -1.635
No H/Q in entry = 4
In of MODEL 11
1 H LYS 716 H LYS 716 54.507 -7.980 -2.852
2 HA LYS 716 HA LYS 716 54.859 -5.641 -1.217
3 HB2 LYS 716 HB2 LYS 716 52.369 -5.293 -1.513
4 HB3 LYS 716 HB3 LYS 716 53.291 -5.327 -3.003
5 HG2 LYS 716 HG2 LYS 716 52.448 -7.453 -3.595
6 HG3 LYS 716 HG3 LYS 716 51.834 -7.738 -1.967
7 HD2 LYS 716 HD2 LYS 716 50.026 -7.199 -3.565
8 HD3 LYS 716 HD3 LYS 716 50.137 -6.027 -2.263
9 HE2 LYS 716 HE2 LYS 716 49.737 -4.852 -4.320
10 HE3 LYS 716 HE3 LYS 716 51.384 -4.519 -3.808
11 HZ2 LYS 716 HZ1 LYS 716 51.140 -4.933 -6.182
12 HZ1 LYS 716 HZ2 LYS 716 50.626 -6.495 -5.918
13 HZ3 LYS 716 HZ3 LYS 716 52.204 -6.033 -5.506
No H/Q in entry = 13
In of MODEL 11
1 H MET 717 H MET 717 52.903 -5.367 0.483
2 HA MET 717 HA MET 717 53.497 -7.447 2.416
3 HB2 MET 717 HB2 MET 717 51.937 -4.886 2.654
4 HB3 MET 717 HB3 MET 717 52.357 -5.934 3.993
5 HG2 MET 717 HG2 MET 717 54.417 -4.582 2.269
6 HG3 MET 717 HG3 MET 717 53.718 -3.811 3.679
7 HE1 MET 717 HE1 MET 717 56.119 -6.495 2.265
8 HE3 MET 717 HE2 MET 717 55.178 -7.695 3.182
9 HE2 MET 717 HE3 MET 717 56.795 -7.261 3.691
No H/Q in entry = 9
In of MODEL 11
1 HA PRO 718 HA PRO 718 49.734 -9.643 1.606
2 HB2 PRO 718 HB2 PRO 718 49.445 -10.960 3.984
3 HB3 PRO 718 HB3 PRO 718 50.613 -11.438 2.750
4 HG2 PRO 718 HG2 PRO 718 51.038 -9.821 5.233
5 HG3 PRO 718 HG3 PRO 718 52.044 -11.115 4.553
6 HD2 PRO 718 HD2 PRO 718 52.672 -8.507 4.251
7 HD3 PRO 718 HD3 PRO 718 53.016 -9.710 2.993
No H/Q in entry = 7
In of MODEL 11
1 H TYR 719 H TYR 719 50.055 -7.506 4.242
2 HA TYR 719 HA TYR 719 47.208 -7.493 4.831
3 HB2 TYR 719 HB2 TYR 719 47.881 -5.847 6.627
4 HB3 TYR 719 HB3 TYR 719 48.569 -7.455 6.782
5 HD1 TYR 719 HD1 TYR 719 49.271 -3.945 6.058
6 HD2 TYR 719 HD2 TYR 719 50.974 -7.814 6.490
7 HE1 TYR 719 HE1 TYR 719 51.479 -2.938 6.215
8 HE2 TYR 719 HE2 TYR 719 53.210 -6.815 6.661
9 HH TYR 719 HH TYR 719 54.352 -4.734 5.984
No H/Q in entry = 9
In of MODEL 11
1 H GLU 720 H GLU 720 49.069 -6.167 2.572
2 HA GLU 720 HA GLU 720 47.653 -3.616 2.436
3 HB2 GLU 720 HB2 GLU 720 50.135 -4.715 1.164
4 HB3 GLU 720 HB3 GLU 720 49.354 -3.275 0.520
5 HG2 GLU 720 HG2 GLU 720 50.246 -3.548 3.370
6 HG3 GLU 720 HG3 GLU 720 51.260 -2.870 2.094
No H/Q in entry = 6
In of MODEL 11
1 H CYS 721 H CYS 721 46.928 -6.493 1.815
2 HA CYS 721 HA CYS 721 46.483 -6.554 -1.036
3 HB2 CYS 721 HB2 CYS 721 47.274 -8.550 0.060
4 HB3 CYS 721 HB3 CYS 721 45.902 -8.524 1.172
No H/Q in entry = 4
In of MODEL 11
1 H GLY 722 H GLY 722 44.498 -6.395 -1.983
2 HA3 GLY 722 HA2 GLY 722 42.242 -5.825 -0.203
3 HA2 GLY 722 HA3 GLY 722 42.569 -4.853 -1.633
No H/Q in entry = 3
In of MODEL 11
1 HA PRO 723 HA PRO 723 39.629 -7.487 -3.625
2 HB2 PRO 723 HB2 PRO 723 40.216 -6.807 -6.209
3 HB3 PRO 723 HB3 PRO 723 39.256 -5.786 -5.128
4 HG2 PRO 723 HG2 PRO 723 42.140 -5.591 -5.866
5 HG3 PRO 723 HG3 PRO 723 40.945 -4.301 -5.676
6 HD2 PRO 723 HD2 PRO 723 42.770 -4.865 -3.782
7 HD3 PRO 723 HD3 PRO 723 41.141 -4.285 -3.380
No H/Q in entry = 7
In of MODEL 11
1 H SER 724 H SER 724 39.856 -9.680 -3.841
2 HA SER 724 HA SER 724 41.448 -10.858 -5.830
3 HB2 SER 724 HB2 SER 724 42.728 -12.227 -4.081
4 HB3 SER 724 HB3 SER 724 43.302 -10.593 -4.418
5 HG SER 724 HG SER 724 42.072 -9.934 -2.560
No H/Q in entry = 5
In of MODEL 11
1 H LEU 725 H LEU 725 41.081 -13.071 -5.939
2 HA LEU 725 HA LEU 725 38.405 -13.827 -5.159
3 HB2 LEU 725 HB2 LEU 725 40.644 -15.246 -6.516
4 HB3 LEU 725 HB3 LEU 725 39.179 -16.111 -6.070
5 HG LEU 725 HG LEU 725 39.222 -13.708 -7.909
6 HD12 LEU 725 HD11 LEU 725 39.154 -15.306 -9.741
7 HD11 LEU 725 HD12 LEU 725 39.334 -16.645 -8.602
8 HD13 LEU 725 HD13 LEU 725 40.648 -15.487 -8.827
9 HD21 LEU 725 HD21 LEU 725 37.245 -15.942 -7.495
10 HD23 LEU 725 HD22 LEU 725 37.106 -14.616 -8.652
11 HD22 LEU 725 HD23 LEU 725 37.069 -14.281 -6.922
No H/Q in entry = 11
In of MODEL 11
1 H ASP 726 H ASP 726 37.796 -14.778 -3.369
2 HA ASP 726 HA ASP 726 39.676 -15.567 -1.362
3 HB2 ASP 726 HB2 ASP 726 36.674 -15.997 -1.480
4 HB3 ASP 726 HB3 ASP 726 37.679 -16.253 -0.069
No H/Q in entry = 4
In of MODEL 11
1 H VAL 727 H VAL 727 40.327 -17.564 -0.860
2 HA VAL 727 HA VAL 727 39.125 -19.903 -2.119
3 HB VAL 727 HB VAL 727 41.399 -20.807 -2.734
4 HG12 VAL 727 HG11 VAL 727 40.577 -18.299 -4.195
5 HG11 VAL 727 HG12 VAL 727 39.942 -19.920 -4.477
6 HG13 VAL 727 HG13 VAL 727 41.629 -19.559 -4.838
7 HG22 VAL 727 HG21 VAL 727 43.272 -19.247 -3.009
8 HG21 VAL 727 HG22 VAL 727 42.754 -19.309 -1.324
9 HG23 VAL 727 HG23 VAL 727 42.293 -17.945 -2.341
No H/Q in entry = 9
In of MODEL 11
1 H CYS 728 H CYS 728 40.033 -21.941 -1.122
2 HA CYS 728 HA CYS 728 40.664 -21.410 1.682
3 HB2 CYS 728 HB2 CYS 728 39.682 -23.949 0.361
4 HB3 CYS 728 HB3 CYS 728 39.969 -23.729 2.080
No H/Q in entry = 4
In of MODEL 11
1 H ALA 729 H ALA 729 42.591 -21.963 2.484
2 HA ALA 729 HA ALA 729 44.336 -23.694 0.877
3 HB2 ALA 729 HB1 ALA 729 46.202 -22.242 1.458
4 HB1 ALA 729 HB2 ALA 729 45.099 -21.166 2.305
5 HB3 ALA 729 HB3 ALA 729 44.975 -21.352 0.550
No H/Q in entry = 5
In of MODEL 11
1 H GLN 730 H GLN 730 45.982 -24.701 2.230
2 HA GLN 730 HA GLN 730 45.036 -24.997 4.972
3 HB2 GLN 730 HB2 GLN 730 45.111 -27.086 3.628
4 HB3 GLN 730 HB3 GLN 730 46.834 -26.834 3.419
5 HG2 GLN 730 HG2 GLN 730 47.225 -27.010 5.770
6 HG3 GLN 730 HG3 GLN 730 45.510 -27.168 6.098
7 HE21 GLN 730 HE21 GLN 730 45.640 -29.189 7.009
8 HE22 GLN 730 HE22 GLN 730 46.106 -30.597 6.139
No H/Q in entry = 8
In of MODEL 11
1 H ASP 731 H ASP 731 46.124 -24.256 6.466
2 HA ASP 731 HA ASP 731 48.620 -22.914 6.198
3 HB2 ASP 731 HB2 ASP 731 46.896 -22.134 7.728
4 HB3 ASP 731 HB3 ASP 731 46.885 -23.684 8.540
No H/Q in entry = 4
In of MODEL 11
1 H GLU 732 H GLU 732 50.582 -23.933 6.243
2 HA GLU 732 HA GLU 732 50.767 -26.712 7.011
3 HB2 GLU 732 HB2 GLU 732 52.790 -24.788 5.890
4 HB3 GLU 732 HB3 GLU 732 53.156 -26.460 6.280
5 HG2 GLU 732 HG2 GLU 732 51.105 -25.534 4.286
6 HG3 GLU 732 HG3 GLU 732 52.718 -26.140 3.903
No H/Q in entry = 6
In of MODEL 11
1 H ARG 733 H ARG 733 50.787 -24.065 8.859
2 HA ARG 733 HA ARG 733 53.113 -24.783 10.457
3 HB2 ARG 733 HB2 ARG 733 52.586 -22.397 9.785
4 HB3 ARG 733 HB3 ARG 733 51.141 -22.496 10.763
5 HG2 ARG 733 HG2 ARG 733 53.922 -22.830 11.875
6 HG3 ARG 733 HG3 ARG 733 53.112 -21.273 11.753
7 HD2 ARG 733 HD2 ARG 733 51.316 -22.129 13.217
8 HD3 ARG 733 HD3 ARG 733 52.181 -23.661 13.342
9 HE ARG 733 HE ARG 733 53.997 -21.798 14.073
10 HH11 ARG 733 HH11 ARG 733 50.796 -22.734 15.273
11 HH12 ARG 733 HH12 ARG 733 51.023 -22.121 16.831
12 HH21 ARG 733 HH21 ARG 733 54.370 -21.016 16.264
13 HH22 ARG 733 HH22 ARG 733 53.137 -21.151 17.430
No H/Q in entry = 13
In of MODEL 11
1 H SER 734 H SER 734 49.627 -24.454 10.631
2 HA SER 734 HA SER 734 49.618 -25.846 13.229
3 HB2 SER 734 HB2 SER 734 47.408 -24.206 12.034
4 HB3 SER 734 HB3 SER 734 47.661 -24.629 13.730
5 HG SER 734 HG SER 734 49.139 -22.870 12.103
No H/Q in entry = 5
In of MODEL 11
1 H LYS 735 H LYS 735 48.745 -26.270 9.859
2 HA LYS 735 HA LYS 735 47.453 -27.558 8.706
3 HB2 LYS 735 HB2 LYS 735 47.658 -29.369 11.108
4 HB3 LYS 735 HB3 LYS 735 46.845 -29.831 9.623
5 HG2 LYS 735 HG2 LYS 735 49.755 -29.097 9.896
6 HG3 LYS 735 HG3 LYS 735 49.096 -30.718 9.648
7 HD2 LYS 735 HD2 LYS 735 48.006 -29.726 7.533
8 HD3 LYS 735 HD3 LYS 735 49.081 -28.381 7.780
9 HE2 LYS 735 HE2 LYS 735 51.021 -29.635 7.526
10 HE3 LYS 735 HE3 LYS 735 50.167 -31.172 7.633
11 HZ2 LYS 735 HZ1 LYS 735 49.975 -29.190 5.400
12 HZ1 LYS 735 HZ2 LYS 735 49.119 -30.641 5.473
13 HZ3 LYS 735 HZ3 LYS 735 50.788 -30.654 5.357
No H/Q in entry = 13
In of MODEL 11
1 H ARG 736 H ARG 736 45.980 -26.065 8.546
2 HA ARG 736 HA ARG 736 43.335 -26.792 9.451
3 HB2 ARG 736 HB2 ARG 736 42.901 -24.456 10.298
4 HB3 ARG 736 HB3 ARG 736 44.039 -25.345 11.314
5 HG2 ARG 736 HG2 ARG 736 45.896 -24.216 10.251
6 HG3 ARG 736 HG3 ARG 736 44.790 -23.361 9.181
7 HD2 ARG 736 HD2 ARG 736 43.880 -22.159 11.082
8 HD3 ARG 736 HD3 ARG 736 44.912 -23.081 12.188
9 HE ARG 736 HE ARG 736 46.472 -21.870 10.163
10 HH11 ARG 736 HH11 ARG 736 44.713 -20.848 13.066
11 HH12 ARG 736 HH12 ARG 736 45.832 -19.629 13.447
12 HH21 ARG 736 HH21 ARG 736 47.955 -20.252 10.662
13 HH22 ARG 736 HH22 ARG 736 47.722 -19.258 12.040
No H/Q in entry = 13
In of MODEL 11
1 H ILE 737 H ILE 737 41.829 -26.104 7.857
2 HA ILE 737 HA ILE 737 42.960 -24.839 5.533
3 HB ILE 737 HB ILE 737 40.059 -25.515 6.068
4 HG12 ILE 737 HG12 ILE 737 41.456 -27.567 6.328
5 HG13 ILE 737 HG13 ILE 737 40.382 -27.652 4.936
6 HG22 ILE 737 HG21 ILE 737 41.600 -25.253 3.491
7 HG21 ILE 737 HG22 ILE 737 40.673 -23.966 4.231
8 HG23 ILE 737 HG23 ILE 737 39.846 -25.429 3.672
9 HD12 ILE 737 HD11 ILE 737 43.322 -27.056 4.913
10 HD11 ILE 737 HD12 ILE 737 42.251 -27.046 3.507
11 HD13 ILE 737 HD13 ILE 737 42.540 -28.556 4.379
No H/Q in entry = 11
In of MODEL 11
1 H LEU 738 H LEU 738 42.939 -22.674 5.388
2 HA LEU 738 HA LEU 738 40.877 -21.276 6.914
3 HB2 LEU 738 HB2 LEU 738 42.301 -19.484 7.516
4 HB3 LEU 738 HB3 LEU 738 43.142 -20.952 7.994
5 HG LEU 738 HG LEU 738 43.754 -19.127 5.660
6 HD11 LEU 738 HD11 LEU 738 44.373 -18.200 7.798
7 HD13 LEU 738 HD12 LEU 738 45.807 -18.654 6.881
8 HD12 LEU 738 HD13 LEU 738 45.253 -19.674 8.210
9 HD23 LEU 738 HD21 LEU 738 45.194 -21.610 6.558
10 HD22 LEU 738 HD22 LEU 738 45.719 -20.492 5.275
11 HD21 LEU 738 HD23 LEU 738 44.221 -21.410 5.102
No H/Q in entry = 11
In of MODEL 11
1 HA PRO 739 HA PRO 739 39.892 -19.313 3.146
2 HB2 PRO 739 HB2 PRO 739 38.731 -17.054 4.058
3 HB3 PRO 739 HB3 PRO 739 37.952 -18.647 4.214
4 HG2 PRO 739 HG2 PRO 739 39.454 -17.059 6.254
5 HG3 PRO 739 HG3 PRO 739 37.960 -17.999 6.441
6 HD2 PRO 739 HD2 PRO 739 40.452 -18.943 7.149
7 HD3 PRO 739 HD3 PRO 739 39.095 -19.984 6.651
No H/Q in entry = 7
In of MODEL 11
1 H LEU 740 H LEU 740 41.431 -18.569 1.948
2 HA LEU 740 HA LEU 740 42.829 -16.132 2.760
3 HB2 LEU 740 HB2 LEU 740 43.867 -18.457 1.152
4 HB3 LEU 740 HB3 LEU 740 44.663 -16.908 1.196
5 HG LEU 740 HG LEU 740 44.314 -18.836 3.482
6 HD12 LEU 740 HD11 LEU 740 46.722 -17.832 1.976
7 HD11 LEU 740 HD12 LEU 740 45.982 -19.413 1.823
8 HD13 LEU 740 HD13 LEU 740 46.747 -18.947 3.354
9 HD21 LEU 740 HD21 LEU 740 45.594 -16.094 3.454
10 HD23 LEU 740 HD22 LEU 740 45.679 -17.251 4.780
11 HD22 LEU 740 HD23 LEU 740 44.127 -16.546 4.331
No H/Q in entry = 11
In of MODEL 11
1 H THR 741 H THR 741 43.942 -15.445 0.453
2 HA THR 741 HA THR 741 41.883 -15.455 -1.569
3 HB THR 741 HB THR 741 42.953 -12.940 -1.718
4 HG1 THR 741 HG1 THR 741 42.534 -13.617 0.994
5 HG22 THR 741 HG21 THR 741 40.813 -12.169 -0.825
6 HG21 THR 741 HG22 THR 741 40.503 -13.796 -0.185
7 HG23 THR 741 HG23 THR 741 40.620 -13.534 -1.932
No H/Q in entry = 7
In of MODEL 11
1 H VAL 742 H VAL 742 42.772 -14.962 -3.616
2 HA VAL 742 HA VAL 742 45.016 -16.292 -4.396
3 HB VAL 742 HB VAL 742 43.997 -13.766 -5.656
4 HG11 VAL 742 HG11 VAL 742 45.536 -16.021 -6.895
5 HG13 VAL 742 HG12 VAL 742 46.059 -14.347 -6.612
6 HG12 VAL 742 HG13 VAL 742 44.754 -14.681 -7.744
7 HG23 VAL 742 HG21 VAL 742 42.664 -15.176 -7.053
8 HG22 VAL 742 HG22 VAL 742 42.223 -15.214 -5.335
9 HG21 VAL 742 HG23 VAL 742 43.112 -16.580 -6.060
No H/Q in entry = 9
In of MODEL 11
1 H CYS 743 H CYS 743 44.698 -12.851 -4.042
2 HA CYS 743 HA CYS 743 47.284 -12.041 -4.380
3 HB2 CYS 743 HB2 CYS 743 45.699 -10.361 -4.502
4 HB3 CYS 743 HB3 CYS 743 44.864 -10.942 -3.068
No H/Q in entry = 4
In of MODEL 11
1 H LYS 744 H LYS 744 45.666 -12.642 -1.196
2 HA LYS 744 HA LYS 744 47.961 -12.126 0.323
3 HB2 LYS 744 HB2 LYS 744 45.670 -13.965 1.000
4 HB3 LYS 744 HB3 LYS 744 46.940 -13.499 2.114
5 HG2 LYS 744 HG2 LYS 744 46.215 -11.120 1.818
6 HG3 LYS 744 HG3 LYS 744 44.852 -11.716 0.863
7 HD2 LYS 744 HD2 LYS 744 44.198 -13.133 2.823
8 HD3 LYS 744 HD3 LYS 744 45.456 -12.328 3.754
9 HE2 LYS 744 HE2 LYS 744 43.387 -11.237 4.267
10 HE3 LYS 744 HE3 LYS 744 44.312 -10.145 3.243
11 HZ2 LYS 744 HZ1 LYS 744 42.031 -11.861 2.378
12 HZ1 LYS 744 HZ2 LYS 744 42.966 -10.924 1.340
13 HZ3 LYS 744 HZ3 LYS 744 42.047 -10.186 2.508
No H/Q in entry = 13
In of MODEL 11
1 H MET 745 H MET 745 46.735 -15.248 -0.829
2 HA MET 745 HA MET 745 48.729 -16.918 0.224
3 HB2 MET 745 HB2 MET 745 46.989 -18.118 -0.617
4 HB3 MET 745 HB3 MET 745 46.776 -17.110 -2.025
5 HG2 MET 745 HG2 MET 745 47.564 -19.140 -2.898
6 HG3 MET 745 HG3 MET 745 48.961 -18.112 -2.865
7 HE1 MET 745 HE1 MET 745 47.180 -21.127 -1.420
8 HE3 MET 745 HE2 MET 745 47.287 -20.255 0.113
9 HE2 MET 745 HE3 MET 745 48.232 -21.729 -0.147
No H/Q in entry = 9
In of MODEL 11
1 H HIS 746 H HIS 746 48.651 -15.200 -2.881
2 HA HIS 746 HA HIS 746 51.081 -16.376 -3.789
3 HB2 HIS 746 HB2 HIS 746 49.381 -14.182 -4.652
4 HB3 HIS 746 HB3 HIS 746 51.060 -14.059 -5.226
5 HD1 HIS 746 HD1 HIS 746 51.763 -16.286 -6.764
6 HD2 HIS 746 HD2 HIS 746 47.713 -15.597 -6.132
7 HE1 HIS 746 HE1 HIS 746 50.575 -17.471 -8.615
8 HE2 HIS 746 HE2 HIS 746 48.144 -17.167 -8.152
No H/Q in entry = 8
In of MODEL 11
1 H VAL 747 H VAL 747 50.365 -13.352 -2.126
2 HA VAL 747 HA VAL 747 52.981 -12.351 -2.139
3 HB VAL 747 HB VAL 747 50.637 -11.809 -0.294
4 HG11 VAL 747 HG11 VAL 747 52.733 -11.398 0.933
5 HG13 VAL 747 HG12 VAL 747 51.900 -9.891 0.567
6 HG12 VAL 747 HG13 VAL 747 53.302 -10.376 -0.386
7 HG23 VAL 747 HG21 VAL 747 51.961 -10.213 -2.456
8 HG22 VAL 747 HG22 VAL 747 50.576 -9.680 -1.490
9 HG21 VAL 747 HG23 VAL 747 50.419 -11.055 -2.594
No H/Q in entry = 9
In of MODEL 11
1 H LEU 748 H LEU 748 51.215 -14.152 0.369
2 HA LEU 748 HA LEU 748 53.468 -14.270 2.036
3 HB2 LEU 748 HB2 LEU 748 52.219 -15.996 3.353
4 HB3 LEU 748 HB3 LEU 748 51.330 -14.518 3.071
5 HG LEU 748 HG LEU 748 50.102 -15.761 1.256
6 HD11 LEU 748 HD11 LEU 748 51.354 -18.150 2.580
7 HD13 LEU 748 HD12 LEU 748 51.588 -17.629 0.914
8 HD12 LEU 748 HD13 LEU 748 50.009 -18.207 1.445
9 HD22 LEU 748 HD21 LEU 748 49.092 -15.243 3.385
10 HD21 LEU 748 HD22 LEU 748 49.819 -16.682 4.108
11 HD23 LEU 748 HD23 LEU 748 48.591 -16.848 2.857
No H/Q in entry = 11
In of MODEL 11
1 H HIS 749 H HIS 749 52.506 -16.222 -0.623
2 HA HIS 749 HA HIS 749 54.183 -18.425 0.006
3 HB2 HIS 749 HB2 HIS 749 52.186 -18.091 -1.785
4 HB3 HIS 749 HB3 HIS 749 53.576 -17.902 -2.857
5 HD1 HIS 749 HD1 HIS 749 54.746 -20.087 -3.564
6 HD2 HIS 749 HD2 HIS 749 51.975 -20.566 -0.519
7 HE1 HIS 749 HE1 HIS 749 54.538 -22.552 -3.243
8 HE2 HIS 749 HE2 HIS 749 52.907 -22.852 -1.377
No H/Q in entry = 8
In of MODEL 11
1 H CYS 750 H CYS 750 54.662 -15.337 -1.692
2 HA CYS 750 HA CYS 750 57.286 -16.248 -2.464
3 HB2 CYS 750 HB2 CYS 750 57.592 -14.148 -3.645
4 HB3 CYS 750 HB3 CYS 750 56.005 -14.788 -4.034
No H/Q in entry = 4
In of MODEL 11
1 H GLN 751 H GLN 751 55.802 -14.405 0.066
2 HA GLN 751 HA GLN 751 58.069 -13.233 1.230
3 HB2 GLN 751 HB2 GLN 751 55.610 -14.406 2.538
4 HB3 GLN 751 HB3 GLN 751 56.825 -13.492 3.406
5 HG2 GLN 751 HG2 GLN 751 55.149 -12.449 1.139
6 HG3 GLN 751 HG3 GLN 751 54.822 -12.167 2.841
7 HE21 GLN 751 HE21 GLN 751 55.279 -10.192 0.824
8 HE22 GLN 751 HE22 GLN 751 56.699 -9.332 1.275
No H/Q in entry = 8
In of MODEL 11
1 H GLY 752 H GLY 752 56.856 -16.486 1.293
2 HA3 GLY 752 HA2 GLY 752 58.560 -18.251 1.474
3 HA2 GLY 752 HA3 GLY 752 59.279 -17.305 2.772
No H/Q in entry = 3
In of MODEL 11
1 H ARG 753 H ARG 753 55.838 -17.791 2.335
2 HA ARG 753 HA ARG 753 55.783 -19.347 4.818
3 HB2 ARG 753 HB2 ARG 753 53.538 -17.928 3.369
4 HB3 ARG 753 HB3 ARG 753 53.417 -18.762 4.905
5 HG2 ARG 753 HG2 ARG 753 55.058 -16.282 4.406
6 HG3 ARG 753 HG3 ARG 753 53.441 -16.293 5.091
7 HD2 ARG 753 HD2 ARG 753 54.899 -16.111 6.932
8 HD3 ARG 753 HD3 ARG 753 54.368 -17.787 6.916
9 HE ARG 753 HE ARG 753 56.754 -17.658 5.497
10 HH11 ARG 753 HH11 ARG 753 55.617 -17.280 8.824
11 HH12 ARG 753 HH12 ARG 753 57.143 -17.543 9.523
12 HH21 ARG 753 HH21 ARG 753 58.847 -18.001 6.441
13 HH22 ARG 753 HH22 ARG 753 59.040 -17.973 8.135
No H/Q in entry = 13
In of MODEL 11
1 H ASN 754 H ASN 754 54.595 -21.301 4.811
2 HA ASN 754 HA ASN 754 54.257 -22.406 2.127
3 HB2 ASN 754 HB2 ASN 754 54.767 -23.807 4.755
4 HB3 ASN 754 HB3 ASN 754 54.505 -24.618 3.223
5 HD21 ASN 754 HD21 ASN 754 56.779 -24.514 5.079
6 HD22 ASN 754 HD22 ASN 754 58.134 -24.032 4.130
No H/Q in entry = 6
In of MODEL 11
1 H TYR 755 H TYR 755 52.298 -22.745 1.479
2 HA TYR 755 HA TYR 755 50.257 -23.602 3.352
3 HB2 TYR 755 HB2 TYR 755 50.022 -21.260 1.477
4 HB3 TYR 755 HB3 TYR 755 48.622 -22.171 2.022
5 HD1 TYR 755 HD1 TYR 755 51.484 -20.127 3.199
6 HD2 TYR 755 HD2 TYR 755 47.633 -21.635 4.115
7 HE1 TYR 755 HE1 TYR 755 51.388 -18.661 5.160
8 HE2 TYR 755 HE2 TYR 755 47.535 -20.177 6.091
9 HH TYR 755 HH TYR 755 49.671 -17.621 6.591
No H/Q in entry = 9
In of MODEL 11
1 H THR 756 H THR 756 48.933 -25.053 2.483
2 HA THR 756 HA THR 756 49.641 -25.962 -0.184
3 HB THR 756 HB THR 756 48.049 -27.293 2.032
4 HG1 THR 756 HG1 THR 756 49.932 -27.639 2.851
5 HG23 THR 756 HG21 THR 756 47.503 -28.095 -0.169
6 HG22 THR 756 HG22 THR 756 48.373 -29.343 0.748
7 HG21 THR 756 HG23 THR 756 49.207 -28.398 -0.510
No H/Q in entry = 7
In of MODEL 11
1 H LEU 757 H LEU 757 47.884 -26.312 -1.711
2 HA LEU 757 HA LEU 757 45.665 -24.626 -0.994
3 HB2 LEU 757 HB2 LEU 757 46.709 -25.407 -3.670
4 HB3 LEU 757 HB3 LEU 757 45.165 -24.601 -3.440
5 HG LEU 757 HG LEU 757 46.947 -23.115 -1.972
6 HD12 LEU 757 HD11 LEU 757 48.211 -23.813 -4.599
7 HD11 LEU 757 HD12 LEU 757 48.822 -24.180 -2.981
8 HD13 LEU 757 HD13 LEU 757 48.704 -22.504 -3.516
9 HD22 LEU 757 HD21 LEU 757 46.504 -21.430 -3.635
10 HD21 LEU 757 HD22 LEU 757 45.053 -22.310 -3.159
11 HD23 LEU 757 HD23 LEU 757 45.831 -22.662 -4.713
No H/Q in entry = 11
In of MODEL 11
1 H THR 758 H THR 758 43.674 -25.143 -1.173
2 HA THR 758 HA THR 758 43.093 -27.938 -1.661
3 HB THR 758 HB THR 758 41.425 -27.719 0.258
4 HG1 THR 758 HG1 THR 758 42.125 -25.177 0.156
5 HG22 THR 758 HG21 THR 758 44.342 -27.337 0.999
6 HG21 THR 758 HG22 THR 758 43.618 -28.860 0.509
7 HG23 THR 758 HG23 THR 758 43.105 -28.091 2.006
No H/Q in entry = 7
In of MODEL 11
1 H GLY 759 H GLY 759 40.263 -27.561 -1.276
2 HA3 GLY 759 HA2 GLY 759 39.778 -25.916 -3.658
3 HA2 GLY 759 HA3 GLY 759 38.785 -27.273 -3.121
No H/Q in entry = 3
In of MODEL 11
1 H ARG 760 H ARG 760 37.435 -25.024 -3.635
2 HA ARG 760 HA ARG 760 37.214 -23.210 -1.438
3 HB2 ARG 760 HB2 ARG 760 35.400 -22.194 -2.548
4 HB3 ARG 760 HB3 ARG 760 36.285 -22.908 -3.881
5 HG2 ARG 760 HG2 ARG 760 33.832 -24.107 -2.580
6 HG3 ARG 760 HG3 ARG 760 33.832 -23.183 -4.074
7 HD2 ARG 760 HD2 ARG 760 35.064 -24.895 -5.204
8 HD3 ARG 760 HD3 ARG 760 35.409 -25.701 -3.667
9 HE ARG 760 HE ARG 760 32.746 -25.725 -3.726
10 HH11 ARG 760 HH11 ARG 760 35.100 -26.746 -6.202
11 HH12 ARG 760 HH12 ARG 760 34.113 -28.010 -6.754
12 HH21 ARG 760 HH21 ARG 760 31.450 -27.528 -4.533
13 HH22 ARG 760 HH22 ARG 760 32.066 -28.462 -5.819
No H/Q in entry = 13
In of MODEL 11
1 H ASP 761 H ASP 761 36.219 -26.352 -1.894
2 HA ASP 761 HA ASP 761 33.925 -26.484 -0.236
3 HB2 ASP 761 HB2 ASP 761 34.196 -28.101 -1.973
4 HB3 ASP 761 HB3 ASP 761 35.794 -28.540 -1.405
No H/Q in entry = 4
In of MODEL 11
1 H SER 762 H SER 762 37.321 -26.471 0.332
2 HA SER 762 HA SER 762 37.372 -28.149 2.605
3 HB2 SER 762 HB2 SER 762 39.408 -26.123 1.723
4 HB3 SER 762 HB3 SER 762 39.682 -27.502 2.780
5 HG SER 762 HG SER 762 38.642 -28.627 0.808
No H/Q in entry = 5
In of MODEL 11
1 H CYS 763 H CYS 763 36.839 -24.660 2.270
2 HA CYS 763 HA CYS 763 36.616 -24.585 5.194
3 HB2 CYS 763 HB2 CYS 763 37.723 -22.483 5.372
4 HB3 CYS 763 HB3 CYS 763 38.771 -23.530 4.437
No H/Q in entry = 4
In of MODEL 11
1 H THR 764 H THR 764 35.495 -22.473 5.884
2 HA THR 764 HA THR 764 33.124 -22.152 4.287
3 HB THR 764 HB THR 764 33.933 -20.790 6.876
4 HG1 THR 764 HG1 THR 764 32.247 -23.056 6.501
5 HG21 THR 764 HG21 THR 764 31.243 -21.166 5.554
6 HG23 THR 764 HG22 THR 764 32.152 -19.660 5.650
7 HG22 THR 764 HG23 THR 764 31.521 -20.404 7.122
No H/Q in entry = 7
In of MODEL 11
1 H LEU 765 H LEU 765 33.478 -20.969 2.542
2 HA LEU 765 HA LEU 765 35.239 -18.668 2.718
3 HB2 LEU 765 HB2 LEU 765 35.382 -20.733 1.125
4 HB3 LEU 765 HB3 LEU 765 34.133 -19.865 0.258
5 HG LEU 765 HG LEU 765 35.646 -17.979 -0.051
6 HD11 LEU 765 HD11 LEU 765 37.562 -19.812 1.367
7 HD13 LEU 765 HD12 LEU 765 37.000 -18.260 1.966
8 HD12 LEU 765 HD13 LEU 765 38.044 -18.336 0.535
9 HD23 LEU 765 HD21 LEU 765 37.127 -19.104 -1.607
10 HD22 LEU 765 HD22 LEU 765 35.491 -19.759 -1.697
11 HD21 LEU 765 HD23 LEU 765 36.757 -20.657 -0.857
No H/Q in entry = 11
In of MODEL 11
1 HA PRO 766 HA PRO 766 31.632 -16.030 2.166
2 HB2 PRO 766 HB2 PRO 766 33.010 -13.847 1.150
3 HB3 PRO 766 HB3 PRO 766 32.764 -14.166 2.859
4 HG2 PRO 766 HG2 PRO 766 35.168 -14.534 1.193
5 HG3 PRO 766 HG3 PRO 766 35.042 -14.265 2.937
6 HD2 PRO 766 HD2 PRO 766 35.625 -16.671 1.710
7 HD3 PRO 766 HD3 PRO 766 35.035 -16.504 3.368
No H/Q in entry = 7
In of MODEL 11
1 H ALA 767 H ALA 767 34.124 -15.882 -0.375
2 HA ALA 767 HA ALA 767 32.063 -15.452 -2.359
3 HB2 ALA 767 HB1 ALA 767 34.177 -14.176 -2.436
4 HB3 ALA 767 HB2 ALA 767 33.816 -15.063 -3.927
5 HB1 ALA 767 HB3 ALA 767 35.031 -15.683 -2.796
No H/Q in entry = 5
In of MODEL 11
1 H SER 768 H SER 768 30.971 -17.069 -2.285
2 HA SER 768 HA SER 768 31.768 -19.268 -3.939
3 HB2 SER 768 HB2 SER 768 30.855 -19.733 -1.087
4 HB3 SER 768 HB3 SER 768 31.035 -20.972 -2.331
5 HG SER 768 HG SER 768 33.261 -19.483 -2.107
No H/Q in entry = 5
In of MODEL 11
1 H ALA 769 H ALA 769 29.336 -17.800 -1.796
2 HA ALA 769 HA ALA 769 27.185 -18.877 -3.438
3 HB3 ALA 769 HB1 ALA 769 27.065 -19.229 -1.008
4 HB2 ALA 769 HB2 ALA 769 25.728 -18.248 -1.599
5 HB1 ALA 769 HB3 ALA 769 27.076 -17.482 -0.763
No H/Q in entry = 5
In of MODEL 11
1 H GLU 770 H GLU 770 25.277 -17.349 -3.608
2 HA GLU 770 HA GLU 770 25.906 -15.169 -5.226
3 HB2 GLU 770 HB2 GLU 770 23.436 -14.636 -5.048
4 HB3 GLU 770 HB3 GLU 770 23.854 -16.234 -5.632
5 HG2 GLU 770 HG2 GLU 770 22.084 -16.677 -4.162
6 HG3 GLU 770 HG3 GLU 770 23.542 -16.959 -3.206
No H/Q in entry = 6
In of MODEL 11
1 H LYS 771 H LYS 771 25.732 -12.957 -5.018
2 HA LYS 771 HA LYS 771 25.945 -11.989 -2.253
3 HB2 LYS 771 HB2 LYS 771 27.314 -10.935 -4.740
4 HB3 LYS 771 HB3 LYS 771 27.353 -10.180 -3.171
5 HG2 LYS 771 HG2 LYS 771 28.479 -12.918 -3.771
6 HG3 LYS 771 HG3 LYS 771 29.422 -11.433 -3.710
7 HD2 LYS 771 HD2 LYS 771 29.783 -12.215 -1.578
8 HD3 LYS 771 HD3 LYS 771 28.337 -11.259 -1.295
9 HE2 LYS 771 HE2 LYS 771 27.004 -13.430 -1.579
10 HE3 LYS 771 HE3 LYS 771 28.537 -14.245 -1.648
11 HZ2 LYS 771 HZ1 LYS 771 27.546 -14.258 0.559
12 HZ1 LYS 771 HZ2 LYS 771 27.645 -12.589 0.623
13 HZ3 LYS 771 HZ3 LYS 771 29.056 -13.502 0.565
No H/Q in entry = 13
In of MODEL 11
1 H ALA 772 H ALA 772 24.468 -10.629 -1.650
2 HA ALA 772 HA ALA 772 22.764 -9.304 -3.631
3 HB2 ALA 772 HB1 ALA 772 21.635 -10.544 -1.841
4 HB1 ALA 772 HB2 ALA 772 21.320 -8.814 -1.682
5 HB3 ALA 772 HB3 ALA 772 22.497 -9.597 -0.629
No H/Q in entry = 5
In of MODEL 11
1 H CYS 773 H CYS 773 22.112 -6.981 -2.824
2 HA CYS 773 HA CYS 773 24.489 -5.438 -2.964
3 HB2 CYS 773 HB2 CYS 773 22.261 -4.715 -3.890
4 HB3 CYS 773 HB3 CYS 773 21.712 -4.469 -2.237
No H/Q in entry = 4
In of MODEL 11
1 H GLY 774 H GLY 774 25.692 -4.579 -1.398
2 HA3 GLY 774 HA2 GLY 774 25.673 -3.688 0.922
3 HA2 GLY 774 HA3 GLY 774 24.919 -5.228 1.362
No H/Q in entry = 3
In of MODEL 11
1 H ALA 775 H ALA 775 26.457 -6.535 -0.800
2 HA ALA 775 HA ALA 775 29.207 -6.279 0.012
3 HB2 ALA 775 HB1 ALA 775 28.320 -7.995 1.533
4 HB1 ALA 775 HB2 ALA 775 29.437 -8.699 0.366
5 HB3 ALA 775 HB3 ALA 775 27.700 -8.897 0.152
No H/Q in entry = 5
In of MODEL 11
1 H CYS 776 H CYS 776 29.820 -5.694 -1.981
2 HA CYS 776 HA CYS 776 29.393 -7.632 -4.095
3 HB2 CYS 776 HB2 CYS 776 29.027 -4.631 -4.403
4 HB3 CYS 776 HB3 CYS 776 29.037 -5.802 -5.718
No H/Q in entry = 4
In of MODEL 11
1 HA PRO 777 HA PRO 777 33.820 -6.730 -3.956
2 HB2 PRO 777 HB2 PRO 777 34.056 -9.004 -5.785
3 HB3 PRO 777 HB3 PRO 777 34.693 -8.833 -4.149
4 HG2 PRO 777 HG2 PRO 777 32.680 -10.531 -4.749
5 HG3 PRO 777 HG3 PRO 777 32.815 -9.725 -3.178
6 HD2 PRO 777 HD2 PRO 777 31.068 -9.045 -5.512
7 HD3 PRO 777 HD3 PRO 777 30.700 -9.047 -3.770
No H/Q in entry = 7
In of MODEL 11
1 H LEU 778 H LEU 778 35.455 -6.883 -5.905
2 HA LEU 778 HA LEU 778 35.023 -4.939 -7.740
3 HB2 LEU 778 HB2 LEU 778 36.896 -5.941 -9.090
4 HB3 LEU 778 HB3 LEU 778 37.217 -5.645 -7.399
5 HG LEU 778 HG LEU 778 36.449 -8.404 -8.335
6 HD12 LEU 778 HD11 LEU 778 38.774 -8.957 -8.501
7 HD11 LEU 778 HD12 LEU 778 39.242 -7.265 -8.256
8 HD13 LEU 778 HD13 LEU 778 38.352 -7.748 -9.713
9 HD21 LEU 778 HD21 LEU 778 38.026 -7.354 -5.981
10 HD23 LEU 778 HD22 LEU 778 37.900 -9.049 -6.418
11 HD22 LEU 778 HD23 LEU 778 36.459 -8.178 -5.938
No H/Q in entry = 11
In of MODEL 11
1 H TRP 779 H TRP 779 34.180 -8.338 -8.251
2 HA TRP 779 HA TRP 779 33.256 -7.790 -10.951
3 HB2 TRP 779 HB2 TRP 779 32.646 -10.265 -10.907
4 HB3 TRP 779 HB3 TRP 779 34.358 -9.883 -10.791
5 HD1 TRP 779 HD1 TRP 779 31.423 -11.111 -8.550
6 HE1 TRP 779 HE1 TRP 779 32.464 -12.267 -6.494
7 HE3 TRP 779 HE3 TRP 779 36.326 -10.180 -9.492
8 HZ2 TRP 779 HZ2 TRP 779 35.071 -12.712 -5.425
9 HZ3 TRP 779 HZ3 TRP 779 38.027 -11.011 -7.926
10 HH2 TRP 779 HH2 TRP 779 37.398 -12.247 -5.944
No H/Q in entry = 10
In of MODEL 11
1 H GLY 780 H GLY 780 31.896 -6.810 -8.332
2 HA3 GLY 780 HA2 GLY 780 29.212 -7.509 -9.278
3 HA2 GLY 780 HA3 GLY 780 29.600 -7.712 -7.574
No H/Q in entry = 3
In of MODEL 11
1 H LYS 781 H LYS 781 27.667 -5.926 -8.904
2 HA LYS 781 HA LYS 781 28.236 -3.691 -7.255
3 HB2 LYS 781 HB2 LYS 781 29.588 -3.001 -9.143
4 HB3 LYS 781 HB3 LYS 781 28.244 -3.227 -10.252
5 HG2 LYS 781 HG2 LYS 781 27.073 -1.363 -9.321
6 HG3 LYS 781 HG3 LYS 781 28.207 -1.253 -7.984
7 HD2 LYS 781 HD2 LYS 781 28.926 -0.777 -10.885
8 HD3 LYS 781 HD3 LYS 781 28.560 0.496 -9.717
9 HE2 LYS 781 HE2 LYS 781 30.449 -0.365 -8.307
10 HE3 LYS 781 HE3 LYS 781 30.852 -1.469 -9.619
11 HZ1 LYS 781 HZ1 LYS 781 31.188 0.486 -11.051
12 HZ3 LYS 781 HZ2 LYS 781 32.231 0.456 -9.753
13 HZ2 LYS 781 HZ3 LYS 781 30.912 1.505 -9.735
No H/Q in entry = 13
In of MODEL 11
1 H CYS 782 H CYS 782 26.425 -2.872 -6.486
2 HA CYS 782 HA CYS 782 23.991 -3.455 -7.966
3 HB2 CYS 782 HB2 CYS 782 22.827 -3.066 -5.746
4 HB3 CYS 782 HB3 CYS 782 23.851 -4.492 -5.810
No H/Q in entry = 4
In of MODEL 11
1 H ASP 783 H ASP 783 24.199 -1.778 -9.325
2 HA ASP 783 HA ASP 783 24.260 0.925 -8.185
3 HB2 ASP 783 HB2 ASP 783 25.990 0.466 -9.821
4 HB3 ASP 783 HB3 ASP 783 24.798 -0.100 -10.974
No H/Q in entry = 4
In of MODEL 11
1 H ALA 784 H ALA 784 22.673 -0.832 -10.812
2 HA ALA 784 HA ALA 784 20.311 0.904 -10.523
3 HB3 ALA 784 HB1 ALA 784 21.316 0.787 -12.764
4 HB2 ALA 784 HB2 ALA 784 19.706 0.071 -12.764
5 HB1 ALA 784 HB3 ALA 784 21.133 -0.967 -12.758
No H/Q in entry = 5
In of MODEL 11
1 H GLU 785 H GLU 785 20.957 -1.172 -8.691
2 HA GLU 785 HA GLU 785 19.097 -3.358 -9.306
3 HB2 GLU 785 HB2 GLU 785 21.551 -3.192 -7.621
4 HB3 GLU 785 HB3 GLU 785 20.387 -4.494 -7.432
5 HG2 GLU 785 HG2 GLU 785 21.706 -3.817 -10.033
6 HG3 GLU 785 HG3 GLU 785 22.347 -4.998 -8.888
No H/Q in entry = 6
In of MODEL 11
1 H SER 786 H SER 786 17.789 -4.168 -7.661
2 HA SER 786 HA SER 786 17.408 -2.439 -5.339
3 HB2 SER 786 HB2 SER 786 15.378 -4.059 -6.898
4 HB3 SER 786 HB3 SER 786 15.035 -3.221 -5.388
5 HG SER 786 HG SER 786 16.188 -1.774 -7.490
No H/Q in entry = 5
In of MODEL 11
1 H SER 787 H SER 787 18.578 -3.533 -3.860
2 HA SER 787 HA SER 787 19.041 -4.959 -2.219
3 HB2 SER 787 HB2 SER 787 16.637 -6.547 -3.158
4 HB3 SER 787 HB3 SER 787 17.504 -6.821 -1.643
5 HG SER 787 HG SER 787 17.035 -4.298 -1.667
No H/Q in entry = 5
In of MODEL 11
1 H LYS 788 H LYS 788 18.567 -6.459 -5.294
2 HA LYS 788 HA LYS 788 20.452 -8.594 -4.797
3 HB2 LYS 788 HB2 LYS 788 18.557 -8.959 -6.276
4 HB3 LYS 788 HB3 LYS 788 19.017 -7.594 -7.278
5 HG2 LYS 788 HG2 LYS 788 21.118 -8.890 -7.829
6 HG3 LYS 788 HG3 LYS 788 20.362 -10.275 -7.039
7 HD2 LYS 788 HD2 LYS 788 18.692 -10.433 -8.661
8 HD3 LYS 788 HD3 LYS 788 18.927 -8.767 -9.198
9 HE2 LYS 788 HE2 LYS 788 20.840 -11.079 -9.669
10 HE3 LYS 788 HE3 LYS 788 19.874 -10.238 -10.887
11 HZ1 LYS 788 HZ1 LYS 788 21.080 -8.206 -10.131
12 HZ3 LYS 788 HZ2 LYS 788 21.934 -9.364 -11.032
13 HZ2 LYS 788 HZ3 LYS 788 22.170 -9.257 -9.369
No H/Q in entry = 13
In of MODEL 11
1 H CYS 789 H CYS 789 22.402 -8.742 -6.360
2 HA CYS 789 HA CYS 789 23.507 -6.110 -7.046
3 HB2 CYS 789 HB2 CYS 789 24.501 -7.083 -4.937
4 HB3 CYS 789 HB3 CYS 789 24.970 -8.504 -5.852
No H/Q in entry = 4
In of MODEL 11
1 H VAL 790 H VAL 790 24.631 -6.169 -9.158
2 HA VAL 790 HA VAL 790 24.221 -8.752 -10.476
3 HB VAL 790 HB VAL 790 24.378 -7.737 -12.640
4 HG12 VAL 790 HG11 VAL 790 22.475 -6.294 -12.785
5 HG11 VAL 790 HG12 VAL 790 22.441 -6.208 -11.023
6 HG13 VAL 790 HG13 VAL 790 22.214 -7.754 -11.838
7 HG23 VAL 790 HG21 VAL 790 24.868 -5.085 -11.298
8 HG22 VAL 790 HG22 VAL 790 24.611 -5.316 -13.028
9 HG21 VAL 790 HG23 VAL 790 26.031 -6.009 -12.245
No H/Q in entry = 9
In of MODEL 11
1 H CYS 791 H CYS 791 25.845 -9.112 -12.242
2 HA CYS 791 HA CYS 791 28.429 -9.065 -10.906
3 HB2 CYS 791 HB2 CYS 791 27.764 -10.709 -13.323
4 HB3 CYS 791 HB3 CYS 791 28.791 -11.062 -11.946
No H/Q in entry = 4
In of MODEL 11
1 H ARG 792 H ARG 792 30.151 -8.215 -11.883
2 HA ARG 792 HA ARG 792 29.690 -6.538 -14.240
3 HB2 ARG 792 HB2 ARG 792 32.071 -6.630 -12.371
4 HB3 ARG 792 HB3 ARG 792 31.785 -5.444 -13.634
5 HG2 ARG 792 HG2 ARG 792 29.807 -4.644 -12.409
6 HG3 ARG 792 HG3 ARG 792 30.145 -5.815 -11.139
7 HD2 ARG 792 HD2 ARG 792 31.014 -3.684 -10.457
8 HD3 ARG 792 HD3 ARG 792 32.359 -4.761 -10.807
9 HE ARG 792 HE ARG 792 31.389 -2.764 -12.720
10 HH11 ARG 792 HH11 ARG 792 34.103 -4.307 -10.993
11 HH12 ARG 792 HH12 ARG 792 35.294 -3.299 -11.654
12 HH21 ARG 792 HH21 ARG 792 33.041 -1.380 -13.641
13 HH22 ARG 792 HH22 ARG 792 34.680 -1.602 -13.229
No H/Q in entry = 13
In of MODEL 11
1 H GLU 793 H GLU 793 31.075 -6.739 -15.986
2 HA GLU 793 HA GLU 793 32.070 -9.432 -16.364
3 HB2 GLU 793 HB2 GLU 793 31.687 -7.077 -18.135
4 HB3 GLU 793 HB3 GLU 793 32.732 -8.388 -18.649
5 HG2 GLU 793 HG2 GLU 793 29.921 -8.862 -17.736
6 HG3 GLU 793 HG3 GLU 793 30.333 -8.488 -19.412
No H/Q in entry = 6
In of MODEL 11
1 H ALA 794 H ALA 794 34.158 -9.738 -17.477
2 HA ALA 794 HA ALA 794 36.246 -8.949 -15.801
3 HB1 ALA 794 HB1 ALA 794 36.404 -10.083 -18.592
4 HB2 ALA 794 HB2 ALA 794 36.198 -11.021 -17.121
5 HB3 ALA 794 HB3 ALA 794 37.682 -10.096 -17.375
No H/Q in entry = 5
In of MODEL 11
1 H SER 795 H SER 795 34.997 -7.771 -18.815
2 HA SER 795 HA SER 795 37.116 -6.026 -19.423
3 HB2 SER 795 HB2 SER 795 34.271 -6.028 -20.426
4 HB3 SER 795 HB3 SER 795 35.631 -5.194 -21.181
5 HG SER 795 HG SER 795 36.638 -7.242 -21.390
No H/Q in entry = 5
In of MODEL 11
1 H GLU 796 H GLU 796 34.699 -5.817 -17.054
2 HA GLU 796 HA GLU 796 34.506 -2.925 -17.189
3 HB2 GLU 796 HB2 GLU 796 33.163 -4.938 -15.382
4 HB3 GLU 796 HB3 GLU 796 32.941 -3.204 -15.229
5 HG2 GLU 796 HG2 GLU 796 32.050 -3.185 -17.565
6 HG3 GLU 796 HG3 GLU 796 32.153 -4.942 -17.565
No H/Q in entry = 6
In of MODEL 11
1 H CYS 797 H CYS 797 36.153 -5.410 -15.450
2 HA CYS 797 HA CYS 797 36.839 -3.766 -13.232
3 HB2 CYS 797 HB2 CYS 797 37.880 -6.434 -14.138
4 HB3 CYS 797 HB3 CYS 797 38.432 -5.619 -12.677
No H/Q in entry = 4
In of MODEL 11
1 H GLU 798 H GLU 798 38.283 -2.224 -13.216
2 HA GLU 798 HA GLU 798 40.356 -2.061 -15.258
3 HB2 GLU 798 HB2 GLU 798 40.842 0.126 -14.325
4 HB3 GLU 798 HB3 GLU 798 39.097 -0.022 -14.481
5 HG2 GLU 798 HG2 GLU 798 38.957 -0.564 -12.082
6 HG3 GLU 798 HG3 GLU 798 40.696 -0.352 -11.954
No H/Q in entry = 6
In of MODEL 11
1 H GLU 799 H GLU 799 39.844 -3.286 -12.212
2 HA GLU 799 HA GLU 799 42.261 -2.986 -10.839
3 HB2 GLU 799 HB2 GLU 799 40.003 -3.882 -10.003
4 HB3 GLU 799 HB3 GLU 799 40.474 -5.402 -10.726
5 HG2 GLU 799 HG2 GLU 799 40.928 -5.357 -8.337
6 HG3 GLU 799 HG3 GLU 799 42.411 -5.538 -9.280
No H/Q in entry = 6
In of MODEL 11
1 H GLU 800 H GLU 800 44.212 -3.991 -11.058
2 HA GLU 800 HA GLU 800 44.559 -5.823 -13.264
3 HB2 GLU 800 HB2 GLU 800 46.612 -4.817 -11.290
4 HB3 GLU 800 HB3 GLU 800 46.935 -5.625 -12.809
5 HG2 GLU 800 HG2 GLU 800 46.069 -3.725 -14.039
6 HG3 GLU 800 HG3 GLU 800 45.662 -2.915 -12.524
No H/Q in entry = 6
In of MODEL 11
1 H GLY 801 H GLY 801 43.014 -7.126 -11.897
2 HA3 GLY 801 HA2 GLY 801 43.811 -8.488 -9.595
3 HA2 GLY 801 HA3 GLY 801 42.585 -9.022 -10.735
No H/Q in entry = 3
In of MODEL 11
1 H PHE 802 H PHE 802 44.306 -10.682 -9.396
2 HA PHE 802 HA PHE 802 46.666 -11.353 -10.762
3 HB2 PHE 802 HB2 PHE 802 44.976 -12.768 -8.770
4 HB3 PHE 802 HB3 PHE 802 46.392 -13.529 -9.479
5 HD1 PHE 802 HD1 PHE 802 45.983 -9.960 -8.461
6 HD2 PHE 802 HD2 PHE 802 47.800 -13.708 -7.697
7 HE1 PHE 802 HE1 PHE 802 47.352 -8.937 -6.732
8 HE2 PHE 802 HE2 PHE 802 49.166 -12.723 -5.999
9 HZ PHE 802 HZ PHE 802 48.977 -10.303 -5.475
No H/Q in entry = 9
In of MODEL 11
1 H SER 803 H SER 803 47.021 -13.685 -11.444
2 HA SER 803 HA SER 803 44.940 -14.457 -13.295
3 HB2 SER 803 HB2 SER 803 46.996 -15.452 -14.528
4 HB3 SER 803 HB3 SER 803 46.730 -13.711 -14.604
5 HG SER 803 HG SER 803 48.927 -14.724 -13.927
No H/Q in entry = 5
In of MODEL 11
1 H ILE 804 H ILE 804 44.186 -16.423 -13.068
2 HA ILE 804 HA ILE 804 45.585 -18.358 -11.363
3 HB ILE 804 HB ILE 804 43.589 -18.971 -10.144
4 HG12 ILE 804 HG12 ILE 804 41.855 -18.533 -11.885
5 HG13 ILE 804 HG13 ILE 804 41.415 -17.880 -10.316
6 HG23 ILE 804 HG21 ILE 804 43.135 -16.972 -8.803
7 HG22 ILE 804 HG22 ILE 804 43.904 -15.991 -10.049
8 HG21 ILE 804 HG23 ILE 804 44.856 -17.177 -9.155
9 HD13 ILE 804 HD11 ILE 804 40.783 -16.386 -12.087
10 HD12 ILE 804 HD12 ILE 804 42.431 -16.324 -12.678
11 HD11 ILE 804 HD13 ILE 804 42.038 -15.637 -11.096
No H/Q in entry = 11
In of MODEL 11
1 H CYS 805 H CYS 805 44.475 -20.582 -11.617
2 HA CYS 805 HA CYS 805 43.791 -20.844 -14.450
3 HB2 CYS 805 HB2 CYS 805 45.945 -21.881 -13.591
4 HB3 CYS 805 HB3 CYS 805 44.932 -22.973 -12.642
No H/Q in entry = 4
In of MODEL 11
1 H VAL 806 H VAL 806 41.774 -21.604 -14.882
2 HA VAL 806 HA VAL 806 40.243 -22.847 -12.697
3 HB VAL 806 HB VAL 806 39.174 -20.983 -14.800
4 HG11 VAL 806 HG11 VAL 806 37.894 -22.082 -12.313
5 HG13 VAL 806 HG12 VAL 806 37.476 -22.431 -13.982
6 HG12 VAL 806 HG13 VAL 806 37.221 -20.806 -13.322
7 HG23 VAL 806 HG21 VAL 806 38.944 -19.262 -13.036
8 HG22 VAL 806 HG22 VAL 806 40.602 -19.640 -13.467
9 HG21 VAL 806 HG23 VAL 806 39.920 -20.281 -11.967
No H/Q in entry = 9
In of MODEL 11
1 H GLU 807 H GLU 807 39.195 -24.720 -13.319
2 HA GLU 807 HA GLU 807 39.541 -25.614 -16.052
3 HB2 GLU 807 HB2 GLU 807 39.922 -27.123 -14.056
4 HB3 GLU 807 HB3 GLU 807 38.190 -27.007 -13.751
5 HG2 GLU 807 HG2 GLU 807 37.760 -27.938 -15.984
6 HG3 GLU 807 HG3 GLU 807 39.494 -28.145 -16.209
No H/Q in entry = 6
In of MODEL 11
1 H VAL 808 H VAL 808 38.102 -25.059 -17.446
2 HA VAL 808 HA VAL 808 35.283 -24.947 -16.698
3 HB VAL 808 HB VAL 808 36.714 -22.970 -18.450
4 HG12 VAL 808 HG11 VAL 808 33.850 -22.988 -17.609
5 HG11 VAL 808 HG12 VAL 808 34.487 -23.327 -19.222
6 HG13 VAL 808 HG13 VAL 808 34.661 -21.711 -18.527
7 HG22 VAL 808 HG21 VAL 808 37.332 -22.532 -16.229
8 HG21 VAL 808 HG22 VAL 808 35.665 -22.636 -15.688
9 HG23 VAL 808 HG23 VAL 808 36.171 -21.310 -16.744
No H/Q in entry = 9
In of MODEL 11
1 H ASN 809 H ASN 809 34.104 -26.072 -18.136
2 HA ASN 809 HA ASN 809 33.447 -27.204 -19.972
3 HB2 ASN 809 HB2 ASN 809 35.599 -25.574 -21.240
4 HB3 ASN 809 HB3 ASN 809 34.752 -26.803 -22.159
5 HD21 ASN 809 HD21 ASN 809 34.847 -23.893 -22.329
6 HD22 ASN 809 HD22 ASN 809 33.202 -23.369 -22.277
No H/Q in entry = 6
In of MODEL 11
1 H GLY 810 H GLY 810 36.066 -27.816 -18.301
2 HA3 GLY 810 HA2 GLY 810 36.814 -30.090 -18.115
3 HA2 GLY 810 HA3 GLY 810 36.728 -30.171 -19.889
No H/Q in entry = 3
In of MODEL 11
1 H LYS 811 H LYS 811 37.879 -27.404 -19.861
2 HA LYS 811 HA LYS 811 40.672 -28.309 -19.745
3 HB2 LYS 811 HB2 LYS 811 41.051 -26.503 -21.436
4 HB3 LYS 811 HB3 LYS 811 40.029 -27.823 -21.988
5 HG2 LYS 811 HG2 LYS 811 38.038 -26.453 -21.508
6 HG3 LYS 811 HG3 LYS 811 39.095 -25.125 -21.045
7 HD2 LYS 811 HD2 LYS 811 39.058 -26.466 -23.716
8 HD3 LYS 811 HD3 LYS 811 38.205 -24.966 -23.346
9 HE2 LYS 811 HE2 LYS 811 40.411 -23.965 -22.705
10 HE3 LYS 811 HE3 LYS 811 41.185 -25.437 -23.269
11 HZ2 LYS 811 HZ1 LYS 811 41.220 -23.714 -24.964
12 HZ1 LYS 811 HZ2 LYS 811 39.545 -23.631 -24.963
13 HZ3 LYS 811 HZ3 LYS 811 40.307 -25.035 -25.472
No H/Q in entry = 13
In of MODEL 11
1 H GLU 812 H GLU 812 42.246 -26.851 -18.973
2 HA GLU 812 HA GLU 812 41.148 -25.011 -17.022
3 HB2 GLU 812 HB2 GLU 812 43.945 -26.060 -17.386
4 HB3 GLU 812 HB3 GLU 812 43.507 -24.845 -16.196
5 HG2 GLU 812 HG2 GLU 812 41.954 -26.454 -15.166
6 HG3 GLU 812 HG3 GLU 812 42.492 -27.666 -16.330
No H/Q in entry = 6
In of MODEL 11
1 H GLN 813 H GLN 813 40.872 -23.060 -17.474
2 HA GLN 813 HA GLN 813 42.624 -21.748 -19.428
3 HB2 GLN 813 HB2 GLN 813 40.341 -21.781 -20.155
4 HB3 GLN 813 HB3 GLN 813 39.768 -21.160 -18.606
5 HG2 GLN 813 HG2 GLN 813 40.987 -19.082 -19.052
6 HG3 GLN 813 HG3 GLN 813 41.474 -19.682 -20.625
7 HE21 GLN 813 HE21 GLN 813 38.751 -21.002 -20.948
8 HE22 GLN 813 HE22 GLN 813 37.714 -19.673 -21.318
No H/Q in entry = 8
In of MODEL 11
1 H THR 814 H THR 814 43.620 -19.955 -18.809
2 HA THR 814 HA THR 814 43.699 -19.364 -15.983
3 HB THR 814 HB THR 814 45.243 -18.307 -18.311
4 HG1 THR 814 HG1 THR 814 45.160 -20.644 -17.191
5 HG23 THR 814 HG21 THR 814 46.911 -17.632 -16.592
6 HG22 THR 814 HG22 THR 814 45.826 -18.227 -15.330
7 HG21 THR 814 HG23 THR 814 45.349 -16.853 -16.329
No H/Q in entry = 7
In of MODEL 11
1 H MET 815 H MET 815 42.734 -17.633 -15.213
2 HA MET 815 HA MET 815 41.642 -15.745 -17.175
3 HB2 MET 815 HB2 MET 815 40.318 -16.489 -14.590
4 HB3 MET 815 HB3 MET 815 39.656 -15.518 -15.895
5 HG2 MET 815 HG2 MET 815 39.836 -17.649 -17.314
6 HG3 MET 815 HG3 MET 815 40.164 -18.411 -15.768
7 HE3 MET 815 HE1 MET 815 36.538 -19.403 -16.772
8 HE2 MET 815 HE2 MET 815 38.190 -19.999 -16.495
9 HE1 MET 815 HE3 MET 815 37.844 -18.977 -17.886
No H/Q in entry = 9
In of MODEL 11
1 H SER 816 H SER 816 41.164 -13.712 -16.211
2 HA SER 816 HA SER 816 43.107 -12.966 -14.233
3 HB2 SER 816 HB2 SER 816 40.960 -11.326 -15.609
4 HB3 SER 816 HB3 SER 816 42.329 -10.704 -14.678
5 HG SER 816 HG SER 816 42.425 -12.124 -17.144
No H/Q in entry = 5
In of MODEL 11
1 H GLU 817 H GLU 817 42.515 -12.205 -12.271
2 HA GLU 817 HA GLU 817 40.867 -13.567 -10.671
3 HB2 GLU 817 HB2 GLU 817 42.726 -11.999 -10.157
4 HB3 GLU 817 HB3 GLU 817 41.556 -10.719 -10.431
5 HG2 GLU 817 HG2 GLU 817 40.578 -10.945 -8.509
6 HG3 GLU 817 HG3 GLU 817 40.813 -12.716 -8.446
No H/Q in entry = 6
In of MODEL 11
1 H CYS 818 H CYS 818 40.002 -10.463 -12.197
2 HA CYS 818 HA CYS 818 37.485 -10.318 -10.997
3 HB2 CYS 818 HB2 CYS 818 38.326 -8.283 -11.997
4 HB3 CYS 818 HB3 CYS 818 38.445 -9.051 -13.574
No H/Q in entry = 4
In of MODEL 11
1 H GLU 819 H GLU 819 38.571 -11.743 -13.989
2 HA GLU 819 HA GLU 819 36.086 -12.221 -15.228
3 HB2 GLU 819 HB2 GLU 819 38.358 -12.140 -16.248
4 HB3 GLU 819 HB3 GLU 819 38.679 -13.701 -15.531
5 HG2 GLU 819 HG2 GLU 819 36.910 -14.691 -16.856
6 HG3 GLU 819 HG3 GLU 819 36.538 -13.101 -17.539
No H/Q in entry = 6
In of MODEL 11
1 H ALA 820 H ALA 820 38.295 -14.382 -13.481
2 HA ALA 820 HA ALA 820 36.638 -16.633 -13.523
3 HB3 ALA 820 HB1 ALA 820 38.838 -15.922 -11.630
4 HB1 ALA 820 HB2 ALA 820 38.988 -16.835 -13.144
5 HB2 ALA 820 HB3 ALA 820 38.106 -17.514 -11.774
No H/Q in entry = 5
In of MODEL 11
1 H GLY 821 H GLY 821 36.360 -13.802 -11.708
2 HA3 GLY 821 HA2 GLY 821 34.842 -15.115 -9.593
3 HA2 GLY 821 HA3 GLY 821 35.301 -13.408 -9.623
No H/Q in entry = 3
In of MODEL 11
1 H ALA 822 H ALA 822 34.547 -12.693 -12.120
2 HA ALA 822 HA ALA 822 31.892 -11.972 -11.916
3 HB1 ALA 822 HB1 ALA 822 33.568 -12.228 -14.405
4 HB2 ALA 822 HB2 ALA 822 33.573 -10.857 -13.297
5 HB3 ALA 822 HB3 ALA 822 32.117 -11.243 -14.205
No H/Q in entry = 5
In of MODEL 11
1 H LEU 823 H LEU 823 33.380 -14.498 -13.851
2 HA LEU 823 HA LEU 823 31.106 -15.426 -15.144
3 HB2 LEU 823 HB2 LEU 823 33.606 -16.905 -14.346
4 HB3 LEU 823 HB3 LEU 823 32.413 -17.533 -15.457
5 HG LEU 823 HG LEU 823 34.045 -15.035 -15.905
6 HD13 LEU 823 HD11 LEU 823 35.411 -17.023 -15.999
7 HD12 LEU 823 HD12 LEU 823 35.182 -16.348 -17.610
8 HD11 LEU 823 HD13 LEU 823 34.272 -17.780 -17.114
9 HD23 LEU 823 HD21 LEU 823 33.159 -15.172 -18.185
10 HD22 LEU 823 HD22 LEU 823 31.892 -14.903 -16.995
11 HD21 LEU 823 HD23 LEU 823 32.117 -16.509 -17.693
No H/Q in entry = 11
In of MODEL 11
1 H ARG 824 H ARG 824 32.211 -16.053 -11.887
2 HA ARG 824 HA ARG 824 30.623 -18.416 -11.422
3 HB2 ARG 824 HB2 ARG 824 31.515 -16.461 -9.307
4 HB3 ARG 824 HB3 ARG 824 31.113 -18.150 -9.098
5 HG2 ARG 824 HG2 ARG 824 33.160 -18.746 -10.365
6 HG3 ARG 824 HG3 ARG 824 33.538 -17.022 -10.467
7 HD2 ARG 824 HD2 ARG 824 33.391 -16.939 -8.001
8 HD3 ARG 824 HD3 ARG 824 33.276 -18.695 -7.994
9 HE ARG 824 HE ARG 824 35.516 -17.424 -9.324
10 HH11 ARG 824 HH11 ARG 824 34.339 -19.609 -6.825
11 HH12 ARG 824 HH12 ARG 824 35.816 -19.792 -6.025
12 HH21 ARG 824 HH21 ARG 824 37.655 -17.688 -8.195
13 HH22 ARG 824 HH22 ARG 824 37.743 -18.683 -6.803
No H/Q in entry = 13
In of MODEL 11
1 H CYS 825 H CYS 825 30.142 -14.996 -11.293
2 HA CYS 825 HA CYS 825 27.779 -15.146 -9.665
3 HB2 CYS 825 HB2 CYS 825 29.428 -13.257 -9.465
4 HB3 CYS 825 HB3 CYS 825 29.092 -12.858 -11.127
No H/Q in entry = 4
In of MODEL 11
1 H ARG 826 H ARG 826 28.855 -14.809 -12.939
2 HA ARG 826 HA ARG 826 26.470 -13.836 -14.070
3 HB2 ARG 826 HB2 ARG 826 28.991 -13.826 -14.812
4 HB3 ARG 826 HB3 ARG 826 28.492 -15.280 -15.670
5 HG2 ARG 826 HG2 ARG 826 26.662 -14.004 -16.669
6 HG3 ARG 826 HG3 ARG 826 27.316 -12.584 -15.821
7 HD2 ARG 826 HD2 ARG 826 28.133 -12.518 -18.091
8 HD3 ARG 826 HD3 ARG 826 29.459 -12.929 -17.015
9 HE ARG 826 HE ARG 826 28.193 -15.243 -18.043
10 HH11 ARG 826 HH11 ARG 826 30.577 -12.711 -18.778
11 HH12 ARG 826 HH12 ARG 826 31.345 -13.599 -19.999
12 HH21 ARG 826 HH21 ARG 826 29.248 -16.458 -19.806
13 HH22 ARG 826 HH22 ARG 826 30.566 -15.746 -20.621
No H/Q in entry = 13
In of MODEL 11
1 H GLY 827 H GLY 827 27.688 -17.028 -13.432
2 HA3 GLY 827 HA2 GLY 827 25.990 -18.812 -13.293
3 HA2 GLY 827 HA3 GLY 827 25.259 -18.084 -14.720
No H/Q in entry = 3
In of MODEL 11
1 H GLN 828 H GLN 828 28.663 -18.236 -14.767
2 HA GLN 828 HA GLN 828 28.638 -20.137 -16.928
3 HB2 GLN 828 HB2 GLN 828 30.076 -18.098 -16.893
4 HB3 GLN 828 HB3 GLN 828 30.882 -18.744 -15.475
5 HG2 GLN 828 HG2 GLN 828 32.250 -19.079 -17.440
6 HG3 GLN 828 HG3 GLN 828 31.698 -20.632 -16.808
7 HE21 GLN 828 HE21 GLN 828 31.451 -18.342 -19.370
8 HE22 GLN 828 HE22 GLN 828 30.609 -19.376 -20.462
No H/Q in entry = 8
In of MODEL 11
1 H SER 829 H SER 829 29.840 -22.181 -16.795
2 HA SER 829 HA SER 829 29.975 -23.200 -14.068
3 HB2 SER 829 HB2 SER 829 28.840 -24.499 -15.896
4 HB3 SER 829 HB3 SER 829 30.415 -24.733 -16.643
5 HG SER 829 HG SER 829 30.371 -25.339 -13.967
No H/Q in entry = 5
In of MODEL 11
1 H ILE 830 H ILE 830 31.827 -22.940 -13.111
2 HA ILE 830 HA ILE 830 34.218 -23.287 -14.672
3 HB ILE 830 HB ILE 830 35.364 -21.387 -13.597
4 HG12 ILE 830 HG12 ILE 830 34.004 -21.211 -11.467
5 HG13 ILE 830 HG13 ILE 830 34.274 -19.669 -12.233
6 HG23 ILE 830 HG21 ILE 830 34.346 -19.515 -14.773
7 HG22 ILE 830 HG22 ILE 830 32.868 -20.459 -14.967
8 HG21 ILE 830 HG23 ILE 830 34.354 -20.992 -15.749
9 HD11 ILE 830 HD11 ILE 830 31.735 -21.264 -12.455
10 HD13 ILE 830 HD12 ILE 830 32.029 -19.633 -13.070
11 HD12 ILE 830 HD13 ILE 830 32.011 -19.937 -11.335
No H/Q in entry = 11
In of MODEL 11
1 H SER 831 H SER 831 35.912 -24.134 -13.361
2 HA SER 831 HA SER 831 35.277 -24.612 -10.570
3 HB2 SER 831 HB2 SER 831 36.335 -26.477 -12.654
4 HB3 SER 831 HB3 SER 831 36.355 -26.803 -10.923
5 HG SER 831 HG SER 831 33.952 -26.217 -11.209
No H/Q in entry = 5
In of MODEL 11
1 H VAL 832 H VAL 832 36.717 -23.204 -9.691
2 HA VAL 832 HA VAL 832 39.277 -22.670 -10.848
3 HB VAL 832 HB VAL 832 38.269 -21.981 -8.073
4 HG11 VAL 832 HG11 VAL 832 40.710 -21.835 -8.253
5 HG13 VAL 832 HG12 VAL 832 39.992 -20.231 -8.106
6 HG12 VAL 832 HG13 VAL 832 40.548 -20.806 -9.678
7 HG22 VAL 832 HG21 VAL 832 37.746 -19.784 -9.025
8 HG21 VAL 832 HG22 VAL 832 36.822 -21.075 -9.796
9 HG23 VAL 832 HG23 VAL 832 38.213 -20.369 -10.622
No H/Q in entry = 9
In of MODEL 11
1 H THR 833 H THR 833 40.821 -24.096 -10.912
2 HA THR 833 HA THR 833 40.890 -26.228 -9.044
3 HB THR 833 HB THR 833 42.957 -26.841 -10.438
4 HG1 THR 833 HG1 THR 833 43.032 -25.760 -12.474
5 HG22 THR 833 HG21 THR 833 40.286 -26.544 -11.813
6 HG21 THR 833 HG22 THR 833 40.750 -27.868 -10.746
7 HG23 THR 833 HG23 THR 833 41.571 -27.652 -12.293
No H/Q in entry = 7
In of MODEL 11
1 H SER 834 H SER 834 42.876 -23.389 -9.774
2 HA SER 834 HA SER 834 43.839 -23.396 -7.092
3 HB2 SER 834 HB2 SER 834 45.331 -25.072 -8.183
4 HB3 SER 834 HB3 SER 834 45.849 -23.825 -9.317
5 HG SER 834 HG SER 834 46.597 -24.310 -6.777
No H/Q in entry = 5
In of MODEL 11
1 H ILE 835 H ILE 835 45.459 -21.623 -6.855
2 HA ILE 835 HA ILE 835 44.467 -19.298 -8.289
3 HB ILE 835 HB ILE 835 45.633 -17.944 -6.549
4 HG12 ILE 835 HG12 ILE 835 46.214 -19.275 -4.404
5 HG13 ILE 835 HG13 ILE 835 46.370 -20.644 -5.494
6 HG23 ILE 835 HG21 ILE 835 44.136 -18.447 -4.752
7 HG22 ILE 835 HG22 ILE 835 43.833 -20.043 -5.423
8 HG21 ILE 835 HG23 ILE 835 43.290 -18.604 -6.304
9 HD11 ILE 835 HD11 ILE 835 47.952 -18.113 -5.614
10 HD13 ILE 835 HD12 ILE 835 48.145 -19.506 -6.683
11 HD12 ILE 835 HD13 ILE 835 48.524 -19.650 -4.957
No H/Q in entry = 11
In of MODEL 11
1 H ARG 836 H ARG 836 46.745 -21.428 -8.794
2 HA ARG 836 HA ARG 836 48.933 -19.643 -9.462
3 HB2 ARG 836 HB2 ARG 836 48.651 -22.538 -10.236
4 HB3 ARG 836 HB3 ARG 836 50.130 -21.606 -10.080
5 HG2 ARG 836 HG2 ARG 836 49.787 -21.538 -7.643
6 HG3 ARG 836 HG3 ARG 836 48.348 -22.540 -7.845
7 HD2 ARG 836 HD2 ARG 836 49.985 -24.079 -9.161
8 HD3 ARG 836 HD3 ARG 836 51.213 -23.227 -8.227
9 HE ARG 836 HE ARG 836 48.942 -24.544 -6.924
10 HH11 ARG 836 HH11 ARG 836 52.470 -24.083 -7.089
11 HH12 ARG 836 HH12 ARG 836 52.776 -25.275 -5.912
12 HH21 ARG 836 HH21 ARG 836 49.415 -26.145 -5.342
13 HH22 ARG 836 HH22 ARG 836 51.033 -26.458 -4.903
No H/Q in entry = 13
In of MODEL 11
1 HA PRO 837 HA PRO 837 47.016 -19.161 -13.440
2 HB2 PRO 837 HB2 PRO 837 49.085 -17.963 -14.726
3 HB3 PRO 837 HB3 PRO 837 47.982 -17.101 -13.656
4 HG2 PRO 837 HG2 PRO 837 50.754 -18.076 -13.155
5 HG3 PRO 837 HG3 PRO 837 49.953 -16.621 -12.538
6 HD2 PRO 837 HD2 PRO 837 50.332 -18.925 -11.087
7 HD3 PRO 837 HD3 PRO 837 49.055 -17.737 -10.758
No H/Q in entry = 7
In of MODEL 11
1 H CYS 838 H CYS 838 47.009 -20.327 -15.306
2 HA CYS 838 HA CYS 838 49.134 -22.190 -15.564
3 HB2 CYS 838 HB2 CYS 838 46.400 -22.051 -16.812
4 HB3 CYS 838 HB3 CYS 838 47.611 -23.120 -17.495
No H/Q in entry = 4
In of MODEL 11
1 H ALA 839 H ALA 839 49.533 -22.506 -18.233
2 HA ALA 839 HA ALA 839 50.461 -19.925 -19.115
3 HB1 ALA 839 HB1 ALA 839 51.877 -21.920 -19.349
4 HB3 ALA 839 HB2 ALA 839 51.548 -21.171 -20.912
5 HB2 ALA 839 HB3 ALA 839 50.679 -22.630 -20.434
No H/Q in entry = 5
In of MODEL 11
1 H ALA 840 H ALA 840 47.552 -20.797 -19.028
2 HA ALA 840 HA ALA 840 46.731 -20.742 -21.782
3 HB2 ALA 840 HB1 ALA 840 45.096 -20.696 -19.260
4 HB3 ALA 840 HB2 ALA 840 45.482 -22.120 -20.227
5 HB1 ALA 840 HB3 ALA 840 44.439 -20.861 -20.886
No H/Q in entry = 5
In of MODEL 11
1 H GLU 841 H GLU 841 47.657 -18.405 -19.581
2 HA GLU 841 HA GLU 841 45.972 -16.311 -20.709
3 HB2 GLU 841 HB2 GLU 841 47.244 -14.765 -19.306
4 HB3 GLU 841 HB3 GLU 841 46.745 -16.158 -18.355
5 HG2 GLU 841 HG2 GLU 841 48.956 -17.098 -18.483
6 HG3 GLU 841 HG3 GLU 841 49.480 -15.807 -19.561
No H/Q in entry = 6
In of MODEL 11
1 H THR 842 H THR 842 48.656 -18.028 -21.502
2 HA THR 842 HA THR 842 49.798 -16.027 -23.274
3 HB THR 842 HB THR 842 50.805 -18.808 -22.529
4 HG1 THR 842 HG1 THR 842 51.677 -17.908 -20.735
5 HG22 THR 842 HG21 THR 842 52.995 -17.931 -23.241
6 HG21 THR 842 HG22 THR 842 52.253 -16.384 -23.640
7 HG23 THR 842 HG23 THR 842 51.829 -17.831 -24.560
No H/Q in entry = 7
In of MODEL 11
1 H GLN 843 H GLN 843 47.387 -18.128 -23.181
2 HA GLN 843 HA GLN 843 47.679 -19.386 -25.806
3 HB2 GLN 843 HB2 GLN 843 47.121 -20.877 -23.944
4 HB3 GLN 843 HB3 GLN 843 45.785 -19.841 -23.482
5 HG2 GLN 843 HG2 GLN 843 44.864 -21.748 -24.511
6 HG3 GLN 843 HG3 GLN 843 44.699 -20.437 -25.669
7 HE21 GLN 843 HE21 GLN 843 44.639 -23.297 -26.067
8 HE22 GLN 843 HE22 GLN 843 45.892 -23.668 -27.191
No H/Q in entry = 8
In of MODEL 12
1 H1 GLY 689 H3 GLY 689 47.022 16.776 -16.022
2 H2 GLY 689 H2 GLY 689 47.630 17.848 -14.867
3 H3 GLY 689 H1 GLY 689 48.184 17.924 -16.461
4 HA2 GLY 689 HA2 GLY 689 49.794 16.885 -15.033
5 HA3 GLY 689 HA3 GLY 689 49.204 15.792 -16.278
No H/Q in entry = 5
In of MODEL 12
1 H SER 690 H SER 690 47.717 14.171 -15.725
2 HA SER 690 HA SER 690 46.925 13.789 -13.026
3 HB2 SER 690 HB2 SER 690 46.844 11.876 -15.355
4 HB3 SER 690 HB3 SER 690 45.917 11.760 -13.856
5 HG SER 690 HG SER 690 45.409 14.133 -14.736
No H/Q in entry = 5
In of MODEL 12
1 H HIS 691 H HIS 691 48.431 13.313 -11.583
2 HA HIS 691 HA HIS 691 49.876 10.873 -12.010
3 HB2 HIS 691 HB2 HIS 691 52.049 11.713 -11.127
4 HB3 HIS 691 HB3 HIS 691 51.611 12.481 -12.637
5 HD1 HIS 691 HD1 HIS 691 53.299 13.333 -9.761
6 HD2 HIS 691 HD2 HIS 691 50.120 15.132 -11.735
7 HE1 HIS 691 HE1 HIS 691 53.352 15.745 -9.072
8 HE2 HIS 691 HE2 HIS 691 51.630 16.834 -10.544
No H/Q in entry = 8
In of MODEL 12
1 H MET 692 H MET 692 48.270 10.126 -10.767
2 HA MET 692 HA MET 692 48.164 10.852 -7.944
3 HB2 MET 692 HB2 MET 692 46.089 10.243 -9.134
4 HB3 MET 692 HB3 MET 692 46.763 8.667 -9.520
5 HG2 MET 692 HG2 MET 692 46.862 8.163 -7.094
6 HG3 MET 692 HG3 MET 692 46.070 9.705 -6.777
7 HE2 MET 692 HE1 MET 692 43.969 9.842 -9.245
8 HE1 MET 692 HE2 MET 692 43.604 10.291 -7.582
9 HE3 MET 692 HE3 MET 692 42.549 9.173 -8.440
No H/Q in entry = 9
In of MODEL 12
1 H ASN 693 H ASN 693 49.373 8.461 -10.102
2 HA ASN 693 HA ASN 693 50.828 7.134 -7.932
3 HB2 ASN 693 HB2 ASN 693 49.588 5.840 -10.391
4 HB3 ASN 693 HB3 ASN 693 50.576 5.012 -9.203
5 HD21 ASN 693 HD21 ASN 693 49.694 4.540 -7.194
6 HD22 ASN 693 HD22 ASN 693 48.000 4.563 -6.905
No H/Q in entry = 6
In of MODEL 12
1 HA PRO 694 HA PRO 694 54.352 7.963 -10.535
2 HB2 PRO 694 HB2 PRO 694 55.606 5.484 -10.549
3 HB3 PRO 694 HB3 PRO 694 55.804 6.698 -9.277
4 HG2 PRO 694 HG2 PRO 694 54.022 4.295 -9.346
5 HG3 PRO 694 HG3 PRO 694 54.970 4.950 -7.998
6 HD2 PRO 694 HD2 PRO 694 52.342 5.349 -8.156
7 HD3 PRO 694 HD3 PRO 694 53.423 6.625 -7.564
No H/Q in entry = 7
In of MODEL 12
1 H LEU 695 H LEU 695 54.597 7.958 -12.697
2 HA LEU 695 HA LEU 695 52.762 6.382 -14.217
3 HB2 LEU 695 HB2 LEU 695 54.754 8.472 -15.094
4 HB3 LEU 695 HB3 LEU 695 53.774 7.572 -16.226
5 HG LEU 695 HG LEU 695 52.795 9.713 -15.940
6 HD13 LEU 695 HD11 LEU 695 50.564 9.210 -15.138
7 HD12 LEU 695 HD12 LEU 695 51.155 7.724 -14.404
8 HD11 LEU 695 HD13 LEU 695 51.205 7.922 -16.159
9 HD23 LEU 695 HD21 LEU 695 52.755 9.202 -12.968
10 HD22 LEU 695 HD22 LEU 695 52.036 10.594 -13.777
11 HD21 LEU 695 HD23 LEU 695 53.786 10.356 -13.812
No H/Q in entry = 11
In of MODEL 12
1 H THR 696 H THR 696 53.374 4.354 -13.943
2 HA THR 696 HA THR 696 55.794 3.149 -14.457
3 HB THR 696 HB THR 696 53.080 2.016 -15.148
4 HG1 THR 696 HG1 THR 696 52.728 1.653 -13.048
5 HG22 THR 696 HG21 THR 696 55.562 0.769 -13.967
6 HG21 THR 696 HG22 THR 696 55.050 0.634 -15.648
7 HG23 THR 696 HG23 THR 696 54.056 -0.061 -14.364
No H/Q in entry = 7
In of MODEL 12
1 H GLN 697 H GLN 697 56.909 3.444 -16.348
2 HA GLN 697 HA GLN 697 55.718 4.152 -18.840
3 HB2 GLN 697 HB2 GLN 697 58.145 4.572 -18.044
4 HB3 GLN 697 HB3 GLN 697 58.450 2.900 -18.451
5 HG2 GLN 697 HG2 GLN 697 57.622 5.080 -20.377
6 HG3 GLN 697 HG3 GLN 697 59.238 4.424 -20.189
7 HE21 GLN 697 HE21 GLN 697 59.650 2.338 -21.011
8 HE22 GLN 697 HE22 GLN 697 58.618 1.630 -22.199
No H/Q in entry = 8
In of MODEL 12
1 H ALA 698 H ALA 698 57.505 1.356 -17.928
2 HA ALA 698 HA ALA 698 55.781 -0.385 -19.616
3 HB1 ALA 698 HB1 ALA 698 58.144 -0.242 -20.409
4 HB2 ALA 698 HB2 ALA 698 57.680 -1.855 -19.853
5 HB3 ALA 698 HB3 ALA 698 58.656 -0.814 -18.817
No H/Q in entry = 5
In of MODEL 12
1 H VAL 699 H VAL 699 55.023 -2.163 -18.879
2 HA VAL 699 HA VAL 699 54.333 -2.212 -16.257
3 HB VAL 699 HB VAL 699 53.554 -4.479 -16.753
4 HG13 VAL 699 HG11 VAL 699 52.116 -2.584 -17.212
5 HG12 VAL 699 HG12 VAL 699 51.887 -3.798 -18.471
6 HG11 VAL 699 HG13 VAL 699 52.862 -2.368 -18.795
7 HG23 VAL 699 HG21 VAL 699 54.753 -4.017 -19.484
8 HG22 VAL 699 HG22 VAL 699 53.665 -5.343 -19.077
9 HG21 VAL 699 HG23 VAL 699 55.253 -5.242 -18.319
No H/Q in entry = 9
In of MODEL 12
1 HA PRO 700 HA PRO 700 58.009 -3.649 -14.299
2 HB2 PRO 700 HB2 PRO 700 56.779 -4.660 -12.036
3 HB3 PRO 700 HB3 PRO 700 57.352 -3.009 -12.264
4 HG2 PRO 700 HG2 PRO 700 54.596 -4.083 -12.405
5 HG3 PRO 700 HG3 PRO 700 55.160 -2.459 -11.970
6 HD2 PRO 700 HD2 PRO 700 54.005 -3.082 -14.380
7 HD3 PRO 700 HD3 PRO 700 55.140 -1.736 -14.134
No H/Q in entry = 7
In of MODEL 12
1 H LYS 701 H LYS 701 59.047 -5.376 -14.689
2 HA LYS 701 HA LYS 701 57.600 -7.832 -15.165
3 HB2 LYS 701 HB2 LYS 701 60.532 -7.259 -15.563
4 HB3 LYS 701 HB3 LYS 701 59.680 -8.694 -16.112
5 HG2 LYS 701 HG2 LYS 701 59.202 -5.879 -17.009
6 HG3 LYS 701 HG3 LYS 701 60.036 -7.132 -17.948
7 HD2 LYS 701 HD2 LYS 701 57.121 -7.126 -17.099
8 HD3 LYS 701 HD3 LYS 701 57.728 -6.800 -18.715
9 HE2 LYS 701 HE2 LYS 701 58.055 -9.413 -17.233
10 HE3 LYS 701 HE3 LYS 701 56.849 -9.086 -18.466
11 HZ1 LYS 701 HZ1 LYS 701 58.657 -8.713 -20.062
12 HZ3 LYS 701 HZ2 LYS 701 58.697 -10.249 -19.385
13 HZ2 LYS 701 HZ3 LYS 701 59.791 -9.089 -18.860
No H/Q in entry = 13
In of MODEL 12
1 H CYS 702 H CYS 702 57.041 -7.978 -13.068
2 HA CYS 702 HA CYS 702 58.944 -9.523 -11.445
3 HB2 CYS 702 HB2 CYS 702 57.078 -7.411 -10.269
4 HB3 CYS 702 HB3 CYS 702 58.203 -8.434 -9.412
No H/Q in entry = 4
In of MODEL 12
1 H GLN 703 H GLN 703 57.661 -10.778 -9.767
2 HA GLN 703 HA GLN 703 55.517 -12.066 -11.055
3 HB2 GLN 703 HB2 GLN 703 56.764 -12.248 -8.341
4 HB3 GLN 703 HB3 GLN 703 55.351 -13.209 -8.767
5 HG2 GLN 703 HG2 GLN 703 56.507 -14.417 -10.397
6 HG3 GLN 703 HG3 GLN 703 57.799 -13.218 -10.477
7 HE21 GLN 703 HE21 GLN 703 58.284 -12.997 -7.743
8 HE22 GLN 703 HE22 GLN 703 58.980 -14.465 -7.175
No H/Q in entry = 8
In of MODEL 12
1 H ARG 704 H ARG 704 53.387 -12.342 -10.079
2 HA ARG 704 HA ARG 704 51.971 -9.927 -9.927
3 HB2 ARG 704 HB2 ARG 704 51.129 -12.641 -8.931
4 HB3 ARG 704 HB3 ARG 704 50.048 -11.282 -9.178
5 HG2 ARG 704 HG2 ARG 704 51.678 -12.632 -11.309
6 HG3 ARG 704 HG3 ARG 704 49.965 -12.892 -10.986
7 HD2 ARG 704 HD2 ARG 704 49.458 -10.631 -11.502
8 HD3 ARG 704 HD3 ARG 704 51.150 -10.221 -11.720
9 HE ARG 704 HE ARG 704 50.747 -12.254 -13.499
10 HH11 ARG 704 HH11 ARG 704 49.145 -9.100 -13.037
11 HH12 ARG 704 HH12 ARG 704 48.809 -8.893 -14.692
12 HH21 ARG 704 HH21 ARG 704 50.255 -11.945 -15.782
13 HH22 ARG 704 HH22 ARG 704 49.424 -10.536 -16.254
No H/Q in entry = 13
In of MODEL 12
1 H TRP 705 H TRP 705 53.378 -11.835 -7.451
2 HA TRP 705 HA TRP 705 52.068 -10.356 -5.323
3 HB2 TRP 705 HB2 TRP 705 53.236 -12.077 -3.887
4 HB3 TRP 705 HB3 TRP 705 51.991 -12.667 -4.980
5 HD1 TRP 705 HD1 TRP 705 55.731 -12.844 -4.318
6 HE1 TRP 705 HE1 TRP 705 56.752 -14.684 -5.759
7 HE3 TRP 705 HE3 TRP 705 51.691 -13.915 -7.253
8 HZ2 TRP 705 HZ2 TRP 705 55.950 -16.419 -7.856
9 HZ3 TRP 705 HZ3 TRP 705 51.903 -15.667 -8.957
10 HH2 TRP 705 HH2 TRP 705 53.988 -16.899 -9.253
No H/Q in entry = 10
In of MODEL 12
1 H GLU 706 H GLU 706 54.427 -9.620 -7.209
2 HA GLU 706 HA GLU 706 56.168 -8.615 -5.107
3 HB2 GLU 706 HB2 GLU 706 56.736 -9.533 -7.893
4 HB3 GLU 706 HB3 GLU 706 57.884 -8.496 -7.031
5 HG2 GLU 706 HG2 GLU 706 57.949 -10.282 -5.303
6 HG3 GLU 706 HG3 GLU 706 56.935 -11.262 -6.365
No H/Q in entry = 6
In of MODEL 12
1 H LYS 707 H LYS 707 57.168 -6.589 -5.644
2 HA LYS 707 HA LYS 707 55.644 -4.926 -7.460
3 HB2 LYS 707 HB2 LYS 707 55.442 -3.126 -5.764
4 HB3 LYS 707 HB3 LYS 707 54.531 -4.558 -5.334
5 HG2 LYS 707 HG2 LYS 707 56.385 -5.187 -3.780
6 HG3 LYS 707 HG3 LYS 707 57.146 -3.634 -4.146
7 HD2 LYS 707 HD2 LYS 707 55.141 -2.469 -3.357
8 HD3 LYS 707 HD3 LYS 707 54.379 -4.010 -2.994
9 HE2 LYS 707 HE2 LYS 707 55.225 -3.100 -0.945
10 HE3 LYS 707 HE3 LYS 707 56.226 -4.477 -1.387
11 HZ1 LYS 707 HZ1 LYS 707 56.933 -1.630 -1.852
12 HZ3 LYS 707 HZ2 LYS 707 57.972 -2.926 -2.130
13 HZ2 LYS 707 HZ3 LYS 707 57.466 -2.544 -0.578
No H/Q in entry = 13
In of MODEL 12
1 H LEU 708 H LEU 708 56.753 -3.144 -8.199
2 HA LEU 708 HA LEU 708 59.608 -3.580 -8.288
3 HB2 LEU 708 HB2 LEU 708 58.392 -3.296 -10.348
4 HB3 LEU 708 HB3 LEU 708 57.773 -1.746 -9.825
5 HG LEU 708 HG LEU 708 60.136 -0.889 -9.860
6 HD13 LEU 708 HD11 LEU 708 61.320 -2.992 -9.671
7 HD12 LEU 708 HD12 LEU 708 61.798 -2.147 -11.141
8 HD11 LEU 708 HD13 LEU 708 60.685 -3.510 -11.233
9 HD22 LEU 708 HD21 LEU 708 60.221 -0.620 -12.274
10 HD21 LEU 708 HD22 LEU 708 58.554 -0.476 -11.705
11 HD23 LEU 708 HD23 LEU 708 59.099 -1.959 -12.483
No H/Q in entry = 11
In of MODEL 12
1 H GLN 709 H GLN 709 60.886 -2.581 -6.908
2 HA GLN 709 HA GLN 709 60.628 0.271 -6.492
3 HB2 GLN 709 HB2 GLN 709 60.756 0.209 -4.110
4 HB3 GLN 709 HB3 GLN 709 59.472 -0.921 -4.505
5 HG2 GLN 709 HG2 GLN 709 61.081 -2.787 -4.241
6 HG3 GLN 709 HG3 GLN 709 62.311 -1.619 -3.820
7 HE21 GLN 709 HE21 GLN 709 62.621 -2.555 -1.841
8 HE22 GLN 709 HE22 GLN 709 61.518 -2.386 -0.526
No H/Q in entry = 8
In of MODEL 12
1 H ASN 710 H ASN 710 62.680 1.155 -6.185
2 HA ASN 710 HA ASN 710 65.010 1.264 -6.174
3 HB2 ASN 710 HB2 ASN 710 64.522 -0.072 -3.987
4 HB3 ASN 710 HB3 ASN 710 64.806 -1.495 -4.945
5 HD21 ASN 710 HD21 ASN 710 66.350 -2.034 -3.528
6 HD22 ASN 710 HD22 ASN 710 67.913 -1.314 -3.520
No H/Q in entry = 6
In of MODEL 12
1 H SER 711 H SER 711 63.517 0.112 -8.367
2 HA SER 711 HA SER 711 63.707 -0.798 -10.341
3 HB2 SER 711 HB2 SER 711 65.920 -0.754 -11.482
4 HB3 SER 711 HB3 SER 711 65.588 0.698 -10.529
5 HG SER 711 HG SER 711 66.831 -0.836 -8.885
No H/Q in entry = 5
In of MODEL 12
1 H ARG 712 H ARG 712 63.762 -2.579 -7.919
2 HA ARG 712 HA ARG 712 64.443 -4.999 -9.402
3 HB2 ARG 712 HB2 ARG 712 65.139 -6.082 -7.320
4 HB3 ARG 712 HB3 ARG 712 66.173 -4.709 -7.701
5 HG2 ARG 712 HG2 ARG 712 65.197 -3.421 -5.984
6 HG3 ARG 712 HG3 ARG 712 63.880 -4.579 -5.762
7 HD2 ARG 712 HD2 ARG 712 66.803 -5.115 -5.267
8 HD3 ARG 712 HD3 ARG 712 65.598 -4.811 -4.010
9 HE ARG 712 HE ARG 712 64.705 -6.935 -5.590
10 HH11 ARG 712 HH11 ARG 712 67.337 -6.300 -3.314
11 HH12 ARG 712 HH12 ARG 712 67.472 -7.907 -2.790
12 HH21 ARG 712 HH21 ARG 712 64.864 -9.133 -4.889
13 HH22 ARG 712 HH22 ARG 712 66.007 -9.572 -3.709
No H/Q in entry = 13
In of MODEL 12
1 H CYS 713 H CYS 713 63.406 -6.921 -7.993
2 HA CYS 713 HA CYS 713 60.620 -6.128 -7.609
3 HB2 CYS 713 HB2 CYS 713 61.776 -8.847 -8.256
4 HB3 CYS 713 HB3 CYS 713 60.068 -8.434 -8.171
No H/Q in entry = 4
In of MODEL 12
1 H VAL 714 H VAL 714 59.913 -6.258 -5.598
2 HA VAL 714 HA VAL 714 61.154 -8.189 -3.768
3 HB VAL 714 HB VAL 714 60.730 -6.637 -1.888
4 HG12 VAL 714 HG11 VAL 714 62.474 -4.956 -2.349
5 HG11 VAL 714 HG12 VAL 714 62.418 -5.396 -4.061
6 HG13 VAL 714 HG13 VAL 714 62.938 -6.578 -2.866
7 HG21 VAL 714 HG21 VAL 714 59.910 -4.658 -4.021
8 HG23 VAL 714 HG22 VAL 714 60.115 -4.284 -2.313
9 HG22 VAL 714 HG23 VAL 714 58.849 -5.402 -2.824
No H/Q in entry = 9
In of MODEL 12
1 H CYS 715 H CYS 715 59.386 -8.406 -1.819
2 HA CYS 715 HA CYS 715 57.058 -9.148 -3.347
3 HB2 CYS 715 HB2 CYS 715 57.891 -9.785 -0.521
4 HB3 CYS 715 HB3 CYS 715 56.300 -10.181 -1.143
No H/Q in entry = 4
In of MODEL 12
1 H LYS 716 H LYS 716 55.016 -8.676 -2.815
2 HA LYS 716 HA LYS 716 54.488 -5.977 -1.973
3 HB2 LYS 716 HB2 LYS 716 53.471 -7.182 -3.925
4 HB3 LYS 716 HB3 LYS 716 52.689 -8.282 -2.824
5 HG2 LYS 716 HG2 LYS 716 51.255 -6.500 -2.004
6 HG3 LYS 716 HG3 LYS 716 52.123 -5.323 -2.996
7 HD2 LYS 716 HD2 LYS 716 50.606 -7.712 -4.104
8 HD3 LYS 716 HD3 LYS 716 49.948 -6.077 -4.007
9 HE2 LYS 716 HE2 LYS 716 51.733 -5.268 -5.463
10 HE3 LYS 716 HE3 LYS 716 52.432 -6.873 -5.532
11 HZ2 LYS 716 HZ1 LYS 716 51.073 -6.280 -7.511
12 HZ1 LYS 716 HZ2 LYS 716 49.672 -6.288 -6.577
13 HZ3 LYS 716 HZ3 LYS 716 50.590 -7.688 -6.779
No H/Q in entry = 13
In of MODEL 12
1 H MET 717 H MET 717 52.154 -6.163 -0.456
2 HA MET 717 HA MET 717 52.941 -7.953 1.746
3 HB2 MET 717 HB2 MET 717 51.520 -5.299 2.038
4 HB3 MET 717 HB3 MET 717 52.012 -6.356 3.345
5 HG2 MET 717 HG2 MET 717 53.784 -4.780 1.502
6 HG3 MET 717 HG3 MET 717 53.492 -4.490 3.198
7 HE3 MET 717 HE1 MET 717 54.423 -6.217 5.158
8 HE2 MET 717 HE2 MET 717 55.364 -7.663 4.790
9 HE1 MET 717 HE3 MET 717 53.663 -7.578 4.332
No H/Q in entry = 9
In of MODEL 12
1 HA PRO 718 HA PRO 718 49.038 -9.870 1.047
2 HB2 PRO 718 HB2 PRO 718 48.573 -11.045 3.460
3 HB3 PRO 718 HB3 PRO 718 49.776 -11.641 2.314
4 HG2 PRO 718 HG2 PRO 718 50.159 -9.937 4.739
5 HG3 PRO 718 HG3 PRO 718 51.136 -11.305 4.172
6 HD2 PRO 718 HD2 PRO 718 51.865 -8.721 3.800
7 HD3 PRO 718 HD3 PRO 718 52.284 -10.003 2.650
No H/Q in entry = 7
In of MODEL 12
1 H TYR 719 H TYR 719 49.387 -7.624 3.620
2 HA TYR 719 HA TYR 719 46.516 -7.419 4.028
3 HB2 TYR 719 HB2 TYR 719 47.110 -5.737 5.772
4 HB3 TYR 719 HB3 TYR 719 47.857 -7.308 6.041
5 HD1 TYR 719 HD1 TYR 719 48.442 -3.795 5.181
6 HD2 TYR 719 HD2 TYR 719 50.267 -7.573 5.842
7 HE1 TYR 719 HE1 TYR 719 50.642 -2.707 5.343
8 HE2 TYR 719 HE2 TYR 719 52.460 -6.483 5.999
9 HH TYR 719 HH TYR 719 52.784 -3.071 6.188
No H/Q in entry = 9
In of MODEL 12
1 H GLU 720 H GLU 720 48.867 -6.136 2.058
2 HA GLU 720 HA GLU 720 47.534 -3.584 1.659
3 HB2 GLU 720 HB2 GLU 720 50.063 -4.792 0.631
4 HB3 GLU 720 HB3 GLU 720 49.407 -3.312 -0.063
5 HG2 GLU 720 HG2 GLU 720 50.135 -3.704 2.827
6 HG3 GLU 720 HG3 GLU 720 51.148 -2.903 1.624
No H/Q in entry = 6
In of MODEL 12
1 H CYS 721 H CYS 721 47.543 -6.737 0.457
2 HA CYS 721 HA CYS 721 46.569 -5.904 -2.141
3 HB2 CYS 721 HB2 CYS 721 46.819 -8.211 -2.800
4 HB3 CYS 721 HB3 CYS 721 48.110 -7.998 -1.636
No H/Q in entry = 4
In of MODEL 12
1 H GLY 722 H GLY 722 44.397 -6.230 -2.702
2 HA3 GLY 722 HA2 GLY 722 42.632 -7.017 -0.484
3 HA2 GLY 722 HA3 GLY 722 42.374 -5.492 -1.320
No H/Q in entry = 3
In of MODEL 12
1 HA PRO 723 HA PRO 723 39.984 -7.484 -4.406
2 HB2 PRO 723 HB2 PRO 723 40.872 -6.473 -6.749
3 HB3 PRO 723 HB3 PRO 723 39.945 -5.522 -5.578
4 HG2 PRO 723 HG2 PRO 723 42.907 -5.614 -6.015
5 HG3 PRO 723 HG3 PRO 723 41.858 -4.201 -5.801
6 HD2 PRO 723 HD2 PRO 723 43.326 -5.189 -3.793
7 HD3 PRO 723 HD3 PRO 723 41.713 -4.497 -3.523
No H/Q in entry = 7
In of MODEL 12
1 H SER 724 H SER 724 40.518 -9.703 -4.269
2 HA SER 724 HA SER 724 41.782 -10.829 -6.533
3 HB2 SER 724 HB2 SER 724 43.026 -11.004 -3.789
4 HB3 SER 724 HB3 SER 724 43.294 -12.284 -4.961
5 HG SER 724 HG SER 724 43.867 -10.524 -6.390
No H/Q in entry = 5
In of MODEL 12
1 H LEU 725 H LEU 725 41.542 -13.251 -6.434
2 HA LEU 725 HA LEU 725 38.853 -13.929 -5.722
3 HB2 LEU 725 HB2 LEU 725 41.033 -15.205 -7.095
4 HB3 LEU 725 HB3 LEU 725 40.055 -16.313 -6.154
5 HG LEU 725 HG LEU 725 39.163 -16.386 -8.182
6 HD12 LEU 725 HD11 LEU 725 37.448 -14.296 -7.000
7 HD11 LEU 725 HD12 LEU 725 37.446 -16.002 -6.509
8 HD13 LEU 725 HD13 LEU 725 36.971 -15.536 -8.155
9 HD23 LEU 725 HD21 LEU 725 38.514 -14.515 -9.614
10 HD22 LEU 725 HD22 LEU 725 40.237 -14.723 -9.361
11 HD21 LEU 725 HD23 LEU 725 39.348 -13.445 -8.485
No H/Q in entry = 11
In of MODEL 12
1 H ASP 726 H ASP 726 38.025 -14.781 -3.969
2 HA ASP 726 HA ASP 726 39.687 -15.489 -1.751
3 HB2 ASP 726 HB2 ASP 726 37.488 -16.098 -0.670
4 HB3 ASP 726 HB3 ASP 726 37.662 -14.417 -1.160
No H/Q in entry = 4
In of MODEL 12
1 H VAL 727 H VAL 727 40.372 -17.355 -1.231
2 HA VAL 727 HA VAL 727 39.182 -19.650 -2.522
3 HB VAL 727 HB VAL 727 41.479 -20.669 -2.921
4 HG11 VAL 727 HG11 VAL 727 40.882 -18.115 -4.431
5 HG13 VAL 727 HG12 VAL 727 40.235 -19.710 -4.804
6 HG12 VAL 727 HG13 VAL 727 41.951 -19.391 -5.002
7 HG21 VAL 727 HG21 VAL 727 42.416 -17.856 -2.351
8 HG23 VAL 727 HG22 VAL 727 43.413 -19.139 -3.034
9 HG22 VAL 727 HG23 VAL 727 42.778 -19.291 -1.395
No H/Q in entry = 9
In of MODEL 12
1 H CYS 728 H CYS 728 39.909 -21.814 -1.448
2 HA CYS 728 HA CYS 728 40.156 -21.400 1.440
3 HB2 CYS 728 HB2 CYS 728 39.455 -23.885 -0.135
4 HB3 CYS 728 HB3 CYS 728 39.557 -23.804 1.611
No H/Q in entry = 4
In of MODEL 12
1 H ALA 729 H ALA 729 41.977 -21.901 2.469
2 HA ALA 729 HA ALA 729 43.894 -23.554 1.043
3 HB3 ALA 729 HB1 ALA 729 44.545 -21.223 0.803
4 HB2 ALA 729 HB2 ALA 729 45.682 -22.103 1.825
5 HB1 ALA 729 HB3 ALA 729 44.484 -21.029 2.556
No H/Q in entry = 5
In of MODEL 12
1 H GLN 730 H GLN 730 45.498 -24.369 2.509
2 HA GLN 730 HA GLN 730 44.435 -24.744 5.208
3 HB2 GLN 730 HB2 GLN 730 44.295 -26.835 3.895
4 HB3 GLN 730 HB3 GLN 730 46.028 -26.747 3.616
5 HG2 GLN 730 HG2 GLN 730 46.462 -26.908 5.980
6 HG3 GLN 730 HG3 GLN 730 44.749 -26.950 6.337
7 HE21 GLN 730 HE21 GLN 730 46.724 -28.825 7.013
8 HE22 GLN 730 HE22 GLN 730 46.327 -30.340 6.279
No H/Q in entry = 8
In of MODEL 12
1 H ASP 731 H ASP 731 45.663 -24.163 6.705
2 HA ASP 731 HA ASP 731 48.235 -23.025 6.251
3 HB2 ASP 731 HB2 ASP 731 46.696 -22.109 7.917
4 HB3 ASP 731 HB3 ASP 731 46.707 -23.642 8.778
No H/Q in entry = 4
In of MODEL 12
1 H GLU 732 H GLU 732 50.221 -23.901 6.896
2 HA GLU 732 HA GLU 732 50.149 -26.788 7.194
3 HB2 GLU 732 HB2 GLU 732 52.232 -24.881 6.235
4 HB3 GLU 732 HB3 GLU 732 52.588 -26.564 6.587
5 HG2 GLU 732 HG2 GLU 732 50.444 -25.699 4.674
6 HG3 GLU 732 HG3 GLU 732 52.103 -26.055 4.186
No H/Q in entry = 6
In of MODEL 12
1 H ARG 733 H ARG 733 50.441 -24.199 9.337
2 HA ARG 733 HA ARG 733 52.433 -25.557 10.910
3 HB2 ARG 733 HB2 ARG 733 51.040 -22.915 11.309
4 HB3 ARG 733 HB3 ARG 733 52.352 -23.556 12.273
5 HG2 ARG 733 HG2 ARG 733 52.454 -22.634 9.409
6 HG3 ARG 733 HG3 ARG 733 53.249 -21.894 10.793
7 HD2 ARG 733 HD2 ARG 733 53.855 -24.609 9.618
8 HD3 ARG 733 HD3 ARG 733 54.815 -23.154 9.387
9 HE ARG 733 HE ARG 733 54.860 -23.341 12.011
10 HH11 ARG 733 HH11 ARG 733 55.283 -25.906 9.590
11 HH12 ARG 733 HH12 ARG 733 56.378 -26.810 10.512
12 HH21 ARG 733 HH21 ARG 733 56.387 -24.601 13.303
13 HH22 ARG 733 HH22 ARG 733 57.025 -26.048 12.683
No H/Q in entry = 13
In of MODEL 12
1 H SER 734 H SER 734 49.169 -24.210 11.162
2 HA SER 734 HA SER 734 48.681 -25.895 13.494
3 HB2 SER 734 HB2 SER 734 46.992 -23.688 12.289
4 HB3 SER 734 HB3 SER 734 46.695 -24.490 13.836
5 HG SER 734 HG SER 734 49.127 -23.730 14.014
No H/Q in entry = 5
In of MODEL 12
1 H LYS 735 H LYS 735 48.361 -26.012 10.207
2 HA LYS 735 HA LYS 735 47.391 -27.410 8.712
3 HB2 LYS 735 HB2 LYS 735 46.715 -29.103 11.127
4 HB3 LYS 735 HB3 LYS 735 46.741 -29.647 9.458
5 HG2 LYS 735 HG2 LYS 735 49.130 -28.682 11.040
6 HG3 LYS 735 HG3 LYS 735 48.749 -30.359 10.672
7 HD2 LYS 735 HD2 LYS 735 49.326 -28.229 8.596
8 HD3 LYS 735 HD3 LYS 735 50.519 -29.363 9.215
9 HE2 LYS 735 HE2 LYS 735 49.133 -31.229 8.395
10 HE3 LYS 735 HE3 LYS 735 47.987 -30.065 7.735
11 HZ3 LYS 735 HZ1 LYS 735 49.724 -29.273 6.193
12 HZ2 LYS 735 HZ2 LYS 735 49.510 -30.941 6.083
13 HZ1 LYS 735 HZ3 LYS 735 50.825 -30.333 6.925
No H/Q in entry = 13
In of MODEL 12
1 H ARG 736 H ARG 736 45.870 -25.337 9.840
2 HA ARG 736 HA ARG 736 43.125 -26.280 10.008
3 HB2 ARG 736 HB2 ARG 736 42.635 -23.926 10.641
4 HB3 ARG 736 HB3 ARG 736 43.804 -24.725 11.687
5 HG2 ARG 736 HG2 ARG 736 45.627 -23.590 10.553
6 HG3 ARG 736 HG3 ARG 736 44.476 -22.806 9.468
7 HD2 ARG 736 HD2 ARG 736 43.497 -21.625 11.336
8 HD3 ARG 736 HD3 ARG 736 44.547 -22.488 12.463
9 HE ARG 736 HE ARG 736 46.162 -21.228 10.585
10 HH11 ARG 736 HH11 ARG 736 43.943 -20.328 13.198
11 HH12 ARG 736 HH12 ARG 736 44.744 -18.877 13.555
12 HH21 ARG 736 HH21 ARG 736 47.303 -19.177 11.128
13 HH22 ARG 736 HH22 ARG 736 46.664 -18.222 12.372
No H/Q in entry = 13
In of MODEL 12
1 H ILE 737 H ILE 737 41.525 -25.736 8.555
2 HA ILE 737 HA ILE 737 42.406 -24.809 5.961
3 HB ILE 737 HB ILE 737 39.571 -25.402 6.811
4 HG12 ILE 737 HG12 ILE 737 41.006 -27.381 7.346
5 HG13 ILE 737 HG13 ILE 737 39.823 -27.708 6.090
6 HG23 ILE 737 HG21 ILE 737 39.264 -25.818 4.429
7 HG22 ILE 737 HG22 ILE 737 40.987 -25.564 4.155
8 HG21 ILE 737 HG23 ILE 737 39.979 -24.226 4.705
9 HD11 ILE 737 HD11 ILE 737 41.557 -27.447 4.412
10 HD13 ILE 737 HD12 ILE 737 41.944 -28.723 5.566
11 HD12 ILE 737 HD13 ILE 737 42.750 -27.154 5.677
No H/Q in entry = 11
In of MODEL 12
1 H LEU 738 H LEU 738 42.265 -22.696 5.466
2 HA LEU 738 HA LEU 738 40.295 -21.118 6.899
3 HB2 LEU 738 HB2 LEU 738 41.753 -19.333 7.415
4 HB3 LEU 738 HB3 LEU 738 42.511 -20.787 8.028
5 HG LEU 738 HG LEU 738 43.308 -19.175 5.600
6 HD12 LEU 738 HD11 LEU 738 45.344 -18.726 6.866
7 HD11 LEU 738 HD12 LEU 738 44.682 -19.612 8.237
8 HD13 LEU 738 HD13 LEU 738 43.904 -18.129 7.688
9 HD23 LEU 738 HD21 LEU 738 44.613 -21.643 6.723
10 HD22 LEU 738 HD22 LEU 738 45.183 -20.671 5.339
11 HD21 LEU 738 HD23 LEU 738 43.648 -21.538 5.251
No H/Q in entry = 11
In of MODEL 12
1 HA PRO 739 HA PRO 739 39.575 -19.302 2.905
2 HB2 PRO 739 HB2 PRO 739 38.430 -16.987 3.706
3 HB3 PRO 739 HB3 PRO 739 37.591 -18.538 3.850
4 HG2 PRO 739 HG2 PRO 739 39.037 -16.979 5.952
5 HG3 PRO 739 HG3 PRO 739 37.482 -17.825 6.058
6 HD2 PRO 739 HD2 PRO 739 39.852 -18.900 6.957
7 HD3 PRO 739 HD3 PRO 739 38.481 -19.876 6.368
No H/Q in entry = 7
In of MODEL 12
1 H LEU 740 H LEU 740 41.116 -18.447 1.741
2 HA LEU 740 HA LEU 740 42.540 -16.117 2.760
3 HB2 LEU 740 HB2 LEU 740 43.674 -18.466 1.261
4 HB3 LEU 740 HB3 LEU 740 44.457 -16.905 1.264
5 HG LEU 740 HG LEU 740 44.009 -18.700 3.645
6 HD11 LEU 740 HD11 LEU 740 46.475 -17.832 2.153
7 HD13 LEU 740 HD12 LEU 740 45.740 -19.429 2.135
8 HD12 LEU 740 HD13 LEU 740 46.461 -18.811 3.627
9 HD22 LEU 740 HD21 LEU 740 43.818 -16.366 4.340
10 HD21 LEU 740 HD22 LEU 740 45.298 -15.972 3.466
11 HD23 LEU 740 HD23 LEU 740 45.363 -17.032 4.875
No H/Q in entry = 11
In of MODEL 12
1 H THR 741 H THR 741 43.791 -15.312 0.654
2 HA THR 741 HA THR 741 41.880 -15.308 -1.518
3 HB THR 741 HB THR 741 43.248 -12.800 -0.479
4 HG1 THR 741 HG1 THR 741 40.959 -14.127 0.427
5 HG23 THR 741 HG21 THR 741 42.371 -12.745 -2.756
6 HG22 THR 741 HG22 THR 741 41.398 -11.702 -1.703
7 HG21 THR 741 HG23 THR 741 40.819 -13.312 -2.157
No H/Q in entry = 7
In of MODEL 12
1 H VAL 742 H VAL 742 42.926 -15.076 -3.505
2 HA VAL 742 HA VAL 742 45.255 -16.365 -4.024
3 HB VAL 742 HB VAL 742 44.170 -14.058 -5.569
4 HG12 VAL 742 HG11 VAL 742 45.162 -14.956 -7.538
5 HG11 VAL 742 HG12 VAL 742 46.052 -16.143 -6.550
6 HG13 VAL 742 HG13 VAL 742 46.316 -14.402 -6.334
7 HG22 VAL 742 HG21 VAL 742 42.477 -15.607 -5.331
8 HG21 VAL 742 HG22 VAL 742 43.552 -16.962 -5.691
9 HG23 VAL 742 HG23 VAL 742 43.121 -15.799 -6.963
No H/Q in entry = 9
In of MODEL 12
1 H CYS 743 H CYS 743 45.030 -12.816 -3.905
2 HA CYS 743 HA CYS 743 47.706 -12.300 -4.367
3 HB2 CYS 743 HB2 CYS 743 47.260 -10.068 -3.550
4 HB3 CYS 743 HB3 CYS 743 45.930 -10.634 -4.533
No H/Q in entry = 4
In of MODEL 12
1 H LYS 744 H LYS 744 45.968 -12.528 -1.297
2 HA LYS 744 HA LYS 744 48.007 -11.945 0.387
3 HB2 LYS 744 HB2 LYS 744 45.698 -13.847 0.854
4 HB3 LYS 744 HB3 LYS 744 46.763 -13.302 2.134
5 HG2 LYS 744 HG2 LYS 744 46.038 -10.989 1.716
6 HG3 LYS 744 HG3 LYS 744 44.950 -11.578 0.457
7 HD2 LYS 744 HD2 LYS 744 43.758 -12.926 2.124
8 HD3 LYS 744 HD3 LYS 744 44.854 -12.346 3.379
9 HE2 LYS 744 HE2 LYS 744 42.958 -10.646 1.753
10 HE3 LYS 744 HE3 LYS 744 42.729 -11.147 3.413
11 HZ2 LYS 744 HZ1 LYS 744 43.600 -8.869 3.190
12 HZ1 LYS 744 HZ2 LYS 744 45.056 -9.472 2.563
13 HZ3 LYS 744 HZ3 LYS 744 44.557 -9.871 4.117
No H/Q in entry = 13
In of MODEL 12
1 H MET 745 H MET 745 46.804 -15.108 -0.623
2 HA MET 745 HA MET 745 48.554 -16.871 0.583
3 HB2 MET 745 HB2 MET 745 46.907 -17.975 -0.324
4 HB3 MET 745 HB3 MET 745 46.708 -16.925 -1.715
5 HG2 MET 745 HG2 MET 745 47.349 -18.980 -2.649
6 HG3 MET 745 HG3 MET 745 48.827 -18.068 -2.587
7 HE2 MET 745 HE1 MET 745 47.808 -21.564 0.227
8 HE1 MET 745 HE2 MET 745 46.799 -21.009 -1.110
9 HE3 MET 745 HE3 MET 745 46.956 -20.024 0.346
No H/Q in entry = 9
In of MODEL 12
1 H HIS 746 H HIS 746 48.971 -15.227 -2.534
2 HA HIS 746 HA HIS 746 51.405 -16.635 -3.107
3 HB2 HIS 746 HB2 HIS 746 49.973 -14.382 -4.342
4 HB3 HIS 746 HB3 HIS 746 51.666 -14.653 -4.808
5 HD1 HIS 746 HD1 HIS 746 51.895 -17.466 -5.435
6 HD2 HIS 746 HD2 HIS 746 48.334 -15.442 -6.068
7 HE1 HIS 746 HE1 HIS 746 50.716 -18.753 -7.198
8 HE2 HIS 746 HE2 HIS 746 48.589 -17.425 -7.653
No H/Q in entry = 8
In of MODEL 12
1 H VAL 747 H VAL 747 50.697 -13.413 -1.885
2 HA VAL 747 HA VAL 747 53.386 -12.548 -1.824
3 HB VAL 747 HB VAL 747 50.965 -11.649 -0.246
4 HG11 VAL 747 HG11 VAL 747 53.054 -11.149 0.935
5 HG13 VAL 747 HG12 VAL 747 52.280 -9.688 0.318
6 HG12 VAL 747 HG13 VAL 747 53.677 -10.367 -0.517
7 HG22 VAL 747 HG21 VAL 747 51.014 -9.755 -1.794
8 HG21 VAL 747 HG22 VAL 747 50.852 -11.301 -2.653
9 HG23 VAL 747 HG23 VAL 747 52.413 -10.485 -2.592
No H/Q in entry = 9
In of MODEL 12
1 H LEU 748 H LEU 748 51.245 -13.846 0.586
2 HA LEU 748 HA LEU 748 53.028 -13.981 2.696
3 HB2 LEU 748 HB2 LEU 748 50.897 -14.154 3.421
4 HB3 LEU 748 HB3 LEU 748 50.353 -14.905 1.959
5 HG LEU 748 HG LEU 748 51.693 -16.442 4.176
6 HD13 LEU 748 HD11 LEU 748 49.418 -17.005 4.886
7 HD12 LEU 748 HD12 LEU 748 48.761 -15.921 3.660
8 HD11 LEU 748 HD13 LEU 748 49.692 -15.265 5.012
9 HD21 LEU 748 HD21 LEU 748 51.581 -17.533 1.951
10 HD23 LEU 748 HD22 LEU 748 49.835 -17.275 1.931
11 HD22 LEU 748 HD23 LEU 748 50.555 -18.324 3.139
No H/Q in entry = 11
In of MODEL 12
1 H HIS 749 H HIS 749 52.534 -16.053 -0.024
2 HA HIS 749 HA HIS 749 53.981 -18.309 0.848
3 HB2 HIS 749 HB2 HIS 749 52.412 -18.177 -1.142
4 HB3 HIS 749 HB3 HIS 749 53.692 -17.335 -2.001
5 HD1 HIS 749 HD1 HIS 749 55.165 -18.842 -3.372
6 HD2 HIS 749 HD2 HIS 749 53.263 -20.803 -0.262
7 HE1 HIS 749 HE1 HIS 749 55.767 -21.248 -3.651
8 HE2 HIS 749 HE2 HIS 749 54.338 -22.429 -1.949
No H/Q in entry = 8
In of MODEL 12
1 H CYS 750 H CYS 750 54.950 -15.332 -0.913
2 HA CYS 750 HA CYS 750 57.649 -16.335 -1.034
3 HB2 CYS 750 HB2 CYS 750 58.251 -14.336 -2.265
4 HB3 CYS 750 HB3 CYS 750 56.763 -14.987 -2.926
No H/Q in entry = 4
In of MODEL 12
1 H GLN 751 H GLN 751 55.788 -14.346 1.065
2 HA GLN 751 HA GLN 751 57.855 -13.078 2.491
3 HB2 GLN 751 HB2 GLN 751 55.235 -14.192 3.524
4 HB3 GLN 751 HB3 GLN 751 56.298 -13.151 4.455
5 HG2 GLN 751 HG2 GLN 751 54.993 -12.387 1.859
6 HG3 GLN 751 HG3 GLN 751 54.352 -11.984 3.444
7 HE21 GLN 751 HE21 GLN 751 55.178 -10.210 1.298
8 HE22 GLN 751 HE22 GLN 751 56.408 -9.213 1.952
No H/Q in entry = 8
In of MODEL 12
1 H GLY 752 H GLY 752 56.581 -16.322 2.647
2 HA3 GLY 752 HA2 GLY 752 58.318 -18.037 3.160
3 HA2 GLY 752 HA3 GLY 752 58.730 -17.037 4.548
No H/Q in entry = 3
In of MODEL 12
1 H ARG 753 H ARG 753 55.473 -17.747 3.390
2 HA ARG 753 HA ARG 753 54.992 -19.209 5.889
3 HB2 ARG 753 HB2 ARG 753 53.036 -17.796 4.095
4 HB3 ARG 753 HB3 ARG 753 52.683 -18.569 5.632
5 HG2 ARG 753 HG2 ARG 753 54.416 -16.118 5.294
6 HG3 ARG 753 HG3 ARG 753 52.732 -16.088 5.792
7 HD2 ARG 753 HD2 ARG 753 53.365 -17.542 7.721
8 HD3 ARG 753 HD3 ARG 753 55.051 -17.296 7.270
9 HE ARG 753 HE ARG 753 54.107 -14.795 7.436
10 HH11 ARG 753 HH11 ARG 753 54.007 -17.526 9.675
11 HH12 ARG 753 HH12 ARG 753 53.940 -16.551 11.080
12 HH21 ARG 753 HH21 ARG 753 54.018 -13.454 9.394
13 HH22 ARG 753 HH22 ARG 753 53.980 -14.225 10.914
No H/Q in entry = 13
In of MODEL 12
1 H ASN 754 H ASN 754 53.892 -21.198 5.678
2 HA ASN 754 HA ASN 754 53.963 -22.292 2.950
3 HB2 ASN 754 HB2 ASN 754 54.057 -23.741 5.599
4 HB3 ASN 754 HB3 ASN 754 54.126 -24.514 4.024
5 HD21 ASN 754 HD21 ASN 754 55.981 -24.476 6.263
6 HD22 ASN 754 HD22 ASN 754 57.480 -23.925 5.622
No H/Q in entry = 6
In of MODEL 12
1 H TYR 755 H TYR 755 52.052 -22.719 1.991
2 HA TYR 755 HA TYR 755 49.844 -23.607 3.654
3 HB2 TYR 755 HB2 TYR 755 49.732 -21.243 1.795
4 HB3 TYR 755 HB3 TYR 755 48.289 -22.159 2.197
5 HD1 TYR 755 HD1 TYR 755 47.152 -21.755 4.233
6 HD2 TYR 755 HD2 TYR 755 51.019 -20.151 3.641
7 HE1 TYR 755 HE1 TYR 755 46.920 -20.417 6.288
8 HE2 TYR 755 HE2 TYR 755 50.778 -18.803 5.666
9 HH TYR 755 HH TYR 755 48.409 -19.420 7.926
No H/Q in entry = 9
In of MODEL 12
1 H THR 756 H THR 756 48.289 -24.744 2.594
2 HA THR 756 HA THR 756 49.027 -25.826 -0.037
3 HB THR 756 HB THR 756 47.597 -27.082 2.338
4 HG1 THR 756 HG1 THR 756 49.519 -27.584 2.948
5 HG21 THR 756 HG21 THR 756 48.350 -28.317 -0.322
6 HG23 THR 756 HG22 THR 756 46.718 -27.975 0.255
7 HG22 THR 756 HG23 THR 756 47.696 -29.201 1.066
No H/Q in entry = 7
In of MODEL 12
1 H LEU 757 H LEU 757 46.981 -26.240 -1.397
2 HA LEU 757 HA LEU 757 44.866 -24.564 -0.351
3 HB2 LEU 757 HB2 LEU 757 45.452 -25.273 -3.205
4 HB3 LEU 757 HB3 LEU 757 43.941 -24.542 -2.700
5 HG LEU 757 HG LEU 757 45.529 -22.780 -1.611
6 HD12 LEU 757 HD11 LEU 757 47.497 -22.301 -2.971
7 HD11 LEU 757 HD12 LEU 757 47.272 -23.843 -3.804
8 HD13 LEU 757 HD13 LEU 757 47.611 -23.814 -2.075
9 HD23 LEU 757 HD21 LEU 757 44.912 -22.837 -4.549
10 HD22 LEU 757 HD22 LEU 757 45.263 -21.400 -3.553
11 HD21 LEU 757 HD23 LEU 757 43.834 -22.382 -3.226
No H/Q in entry = 11
In of MODEL 12
1 H THR 758 H THR 758 42.662 -25.162 -0.654
2 HA THR 758 HA THR 758 42.333 -28.051 -0.712
3 HB THR 758 HB THR 758 40.821 -27.752 1.350
4 HG1 THR 758 HG1 THR 758 42.361 -25.743 2.329
5 HG21 THR 758 HG21 THR 758 42.985 -28.946 1.411
6 HG23 THR 758 HG22 THR 758 42.719 -28.043 2.899
7 HG22 THR 758 HG23 THR 758 43.815 -27.414 1.676
No H/Q in entry = 7
In of MODEL 12
1 H GLY 759 H GLY 759 39.818 -28.446 -0.283
2 HA3 GLY 759 HA2 GLY 759 38.516 -27.198 -2.516
3 HA2 GLY 759 HA3 GLY 759 37.849 -28.455 -1.478
No H/Q in entry = 3
In of MODEL 12
1 H ARG 760 H ARG 760 36.373 -26.270 -2.358
2 HA ARG 760 HA ARG 760 36.373 -24.122 -0.524
3 HB2 ARG 760 HB2 ARG 760 34.279 -23.376 -1.548
4 HB3 ARG 760 HB3 ARG 760 35.417 -23.870 -2.782
5 HG2 ARG 760 HG2 ARG 760 33.376 -24.701 -3.543
6 HG3 ARG 760 HG3 ARG 760 34.137 -26.100 -2.779
7 HD2 ARG 760 HD2 ARG 760 32.818 -25.612 -0.728
8 HD3 ARG 760 HD3 ARG 760 31.993 -24.325 -1.600
9 HE ARG 760 HE ARG 760 31.604 -26.483 -3.158
10 HH11 ARG 760 HH11 ARG 760 31.015 -25.869 0.273
11 HH12 ARG 760 HH12 ARG 760 29.737 -26.981 0.400
12 HH21 ARG 760 HH21 ARG 760 29.828 -27.944 -3.018
13 HH22 ARG 760 HH22 ARG 760 29.011 -28.200 -1.562
No H/Q in entry = 13
In of MODEL 12
1 H ASP 761 H ASP 761 34.970 -27.213 -0.458
2 HA ASP 761 HA ASP 761 32.899 -26.865 1.410
3 HB2 ASP 761 HB2 ASP 761 33.030 -28.838 0.027
4 HB3 ASP 761 HB3 ASP 761 34.580 -29.280 0.723
No H/Q in entry = 4
In of MODEL 12
1 H SER 762 H SER 762 36.321 -27.225 1.711
2 HA SER 762 HA SER 762 36.308 -28.077 4.425
3 HB2 SER 762 HB2 SER 762 38.599 -27.054 2.758
4 HB3 SER 762 HB3 SER 762 38.706 -28.020 4.230
5 HG SER 762 HG SER 762 37.263 -29.512 2.910
No H/Q in entry = 5
In of MODEL 12
1 H CYS 763 H CYS 763 36.512 -24.901 2.795
2 HA CYS 763 HA CYS 763 37.128 -23.839 5.453
3 HB2 CYS 763 HB2 CYS 763 38.207 -22.005 4.588
4 HB3 CYS 763 HB3 CYS 763 38.759 -23.275 3.488
No H/Q in entry = 4
In of MODEL 12
1 H THR 764 H THR 764 36.262 -21.556 5.693
2 HA THR 764 HA THR 764 33.518 -21.576 4.800
3 HB THR 764 HB THR 764 34.851 -19.872 6.925
4 HG1 THR 764 HG1 THR 764 33.276 -22.236 7.087
5 HG21 THR 764 HG21 THR 764 32.816 -18.898 5.966
6 HG23 THR 764 HG22 THR 764 32.553 -19.403 7.642
7 HG22 THR 764 HG23 THR 764 31.936 -20.390 6.307
No H/Q in entry = 7
In of MODEL 12
1 H LEU 765 H LEU 765 33.686 -20.880 2.795
2 HA LEU 765 HA LEU 765 35.230 -18.477 2.274
3 HB2 LEU 765 HB2 LEU 765 35.249 -20.793 0.948
4 HB3 LEU 765 HB3 LEU 765 33.878 -20.038 0.152
5 HG LEU 765 HG LEU 765 35.323 -18.134 -0.484
6 HD13 LEU 765 HD11 LEU 765 36.898 -18.193 1.295
7 HD12 LEU 765 HD12 LEU 765 37.766 -18.414 -0.235
8 HD11 LEU 765 HD13 LEU 765 37.422 -19.795 0.814
9 HD23 LEU 765 HD21 LEU 765 36.614 -19.320 -2.164
10 HD22 LEU 765 HD22 LEU 765 34.993 -20.004 -2.033
11 HD21 LEU 765 HD23 LEU 765 36.368 -20.842 -1.308
No H/Q in entry = 11
In of MODEL 12
1 HA PRO 766 HA PRO 766 31.464 -16.136 2.283
2 HB2 PRO 766 HB2 PRO 766 32.318 -14.011 0.823
3 HB3 PRO 766 HB3 PRO 766 32.719 -14.280 2.528
4 HG2 PRO 766 HG2 PRO 766 34.351 -14.797 0.082
5 HG3 PRO 766 HG3 PRO 766 34.859 -14.135 1.646
6 HD2 PRO 766 HD2 PRO 766 35.290 -16.694 0.921
7 HD3 PRO 766 HD3 PRO 766 35.024 -16.229 2.605
No H/Q in entry = 7
In of MODEL 12
1 H ALA 767 H ALA 767 33.007 -17.002 -0.666
2 HA ALA 767 HA ALA 767 30.674 -16.058 -2.151
3 HB1 ALA 767 HB1 ALA 767 33.341 -16.821 -3.241
4 HB2 ALA 767 HB2 ALA 767 32.827 -15.197 -2.790
5 HB3 ALA 767 HB3 ALA 767 32.012 -16.046 -4.115
No H/Q in entry = 5
In of MODEL 12
1 H SER 768 H SER 768 29.233 -17.353 -2.787
2 HA SER 768 HA SER 768 29.896 -19.841 -4.068
3 HB2 SER 768 HB2 SER 768 29.440 -20.463 -1.674
4 HB3 SER 768 HB3 SER 768 27.853 -19.709 -1.806
5 HG SER 768 HG SER 768 27.169 -21.303 -3.046
No H/Q in entry = 5
In of MODEL 12
1 H ALA 769 H ALA 769 27.197 -17.763 -2.892
2 HA ALA 769 HA ALA 769 26.420 -16.790 -5.381
3 HB2 ALA 769 HB1 ALA 769 24.660 -19.016 -4.292
4 HB1 ALA 769 HB2 ALA 769 25.589 -19.093 -5.788
5 HB3 ALA 769 HB3 ALA 769 24.250 -17.954 -5.641
No H/Q in entry = 5
In of MODEL 12
1 H GLU 770 H GLU 770 23.899 -16.040 -4.978
2 HA GLU 770 HA GLU 770 22.526 -14.644 -3.930
3 HB2 GLU 770 HB2 GLU 770 23.344 -16.048 -1.416
4 HB3 GLU 770 HB3 GLU 770 21.821 -15.222 -1.725
5 HG2 GLU 770 HG2 GLU 770 22.807 -17.635 -3.158
6 HG3 GLU 770 HG3 GLU 770 21.699 -17.708 -1.797
No H/Q in entry = 6
In of MODEL 12
1 H LYS 771 H LYS 771 23.702 -12.674 -4.309
2 HA LYS 771 HA LYS 771 24.827 -11.689 -1.803
3 HB2 LYS 771 HB2 LYS 771 25.879 -10.902 -4.562
4 HB3 LYS 771 HB3 LYS 771 26.441 -10.312 -3.017
5 HG2 LYS 771 HG2 LYS 771 26.586 -13.192 -3.871
6 HG3 LYS 771 HG3 LYS 771 27.921 -12.038 -3.941
7 HD2 LYS 771 HD2 LYS 771 28.220 -12.042 -1.678
8 HD3 LYS 771 HD3 LYS 771 26.530 -12.353 -1.314
9 HE2 LYS 771 HE2 LYS 771 26.776 -14.625 -2.081
10 HE3 LYS 771 HE3 LYS 771 28.496 -14.362 -2.408
11 HZ1 LYS 771 HZ1 LYS 771 28.713 -13.797 0.020
12 HZ3 LYS 771 HZ2 LYS 771 28.340 -15.377 -0.291
13 HZ2 LYS 771 HZ3 LYS 771 27.129 -14.342 0.252
No H/Q in entry = 13
In of MODEL 12
1 H ALA 772 H ALA 772 24.256 -9.784 -1.087
2 HA ALA 772 HA ALA 772 22.105 -8.479 -2.567
3 HB3 ALA 772 HB1 ALA 772 21.379 -9.502 -0.466
4 HB1 ALA 772 HB2 ALA 772 21.258 -7.744 -0.397
5 HB2 ALA 772 HB3 ALA 772 22.591 -8.568 0.412
No H/Q in entry = 5
In of MODEL 12
1 H CYS 773 H CYS 773 21.914 -6.161 -2.099
2 HA CYS 773 HA CYS 773 24.280 -4.789 -2.730
3 HB2 CYS 773 HB2 CYS 773 21.951 -4.078 -3.309
4 HB3 CYS 773 HB3 CYS 773 21.686 -3.708 -1.613
No H/Q in entry = 4
In of MODEL 12
1 H GLY 774 H GLY 774 25.900 -4.270 -1.373
2 HA3 GLY 774 HA2 GLY 774 26.300 -2.974 0.739
3 HA2 GLY 774 HA3 GLY 774 25.286 -4.196 1.498
No H/Q in entry = 3
In of MODEL 12
1 H ALA 775 H ALA 775 26.477 -6.243 -0.401
2 HA ALA 775 HA ALA 775 29.216 -6.334 0.579
3 HB1 ALA 775 HB1 ALA 775 28.955 -8.664 1.318
4 HB2 ALA 775 HB2 ALA 775 27.227 -8.573 0.972
5 HB3 ALA 775 HB3 ALA 775 27.926 -7.572 2.248
No H/Q in entry = 5
In of MODEL 12
1 H CYS 776 H CYS 776 30.175 -6.268 -1.364
2 HA CYS 776 HA CYS 776 29.537 -8.363 -3.277
3 HB2 CYS 776 HB2 CYS 776 29.703 -5.426 -4.029
4 HB3 CYS 776 HB3 CYS 776 29.459 -6.788 -5.120
No H/Q in entry = 4
In of MODEL 12
1 HA PRO 777 HA PRO 777 34.021 -7.937 -3.586
2 HB2 PRO 777 HB2 PRO 777 34.025 -9.468 -6.048
3 HB3 PRO 777 HB3 PRO 777 34.570 -9.968 -4.447
4 HG2 PRO 777 HG2 PRO 777 32.368 -11.010 -5.677
5 HG3 PRO 777 HG3 PRO 777 32.562 -10.915 -3.916
6 HD2 PRO 777 HD2 PRO 777 31.019 -9.127 -5.756
7 HD3 PRO 777 HD3 PRO 777 30.576 -9.762 -4.150
No H/Q in entry = 7
In of MODEL 12
1 H LEU 778 H LEU 778 35.598 -7.543 -5.665
2 HA LEU 778 HA LEU 778 34.608 -5.157 -6.818
3 HB2 LEU 778 HB2 LEU 778 36.808 -4.855 -7.928
4 HB3 LEU 778 HB3 LEU 778 36.906 -5.097 -6.209
5 HG LEU 778 HG LEU 778 38.765 -6.131 -7.192
6 HD13 LEU 778 HD11 LEU 778 38.660 -8.443 -6.566
7 HD12 LEU 778 HD12 LEU 778 36.906 -8.355 -6.487
8 HD11 LEU 778 HD13 LEU 778 37.889 -7.394 -5.373
9 HD23 LEU 778 HD21 LEU 778 38.655 -7.926 -8.874
10 HD22 LEU 778 HD22 LEU 778 38.120 -6.356 -9.482
11 HD21 LEU 778 HD23 LEU 778 36.931 -7.595 -9.069
No H/Q in entry = 11
In of MODEL 12
1 H TRP 779 H TRP 779 34.110 -8.200 -7.767
2 HA TRP 779 HA TRP 779 33.575 -7.365 -10.523
3 HB2 TRP 779 HB2 TRP 779 33.265 -9.903 -10.917
4 HB3 TRP 779 HB3 TRP 779 34.901 -9.303 -10.701
5 HD1 TRP 779 HD1 TRP 779 32.161 -11.209 -8.715
6 HE1 TRP 779 HE1 TRP 779 33.352 -12.616 -6.914
7 HE3 TRP 779 HE3 TRP 779 36.932 -9.602 -9.456
8 HZ2 TRP 779 HZ2 TRP 779 36.006 -12.962 -5.940
9 HZ3 TRP 779 HZ3 TRP 779 38.726 -10.511 -8.063
10 HH2 TRP 779 HH2 TRP 779 38.268 -12.147 -6.349
No H/Q in entry = 10
In of MODEL 12
1 H GLY 780 H GLY 780 32.058 -7.149 -7.815
2 HA3 GLY 780 HA2 GLY 780 29.475 -7.859 -8.980
3 HA2 GLY 780 HA3 GLY 780 29.827 -8.222 -7.285
No H/Q in entry = 3
In of MODEL 12
1 H LYS 781 H LYS 781 27.871 -6.312 -8.547
2 HA LYS 781 HA LYS 781 28.689 -4.085 -6.899
3 HB2 LYS 781 HB2 LYS 781 29.612 -3.879 -9.346
4 HB3 LYS 781 HB3 LYS 781 27.959 -3.433 -9.730
5 HG2 LYS 781 HG2 LYS 781 29.252 -1.441 -9.413
6 HG3 LYS 781 HG3 LYS 781 28.135 -1.598 -8.054
7 HD2 LYS 781 HD2 LYS 781 29.934 -2.500 -6.656
8 HD3 LYS 781 HD3 LYS 781 31.032 -2.443 -8.032
9 HE2 LYS 781 HE2 LYS 781 30.865 -0.032 -8.098
10 HE3 LYS 781 HE3 LYS 781 29.677 -0.064 -6.798
11 HZ2 LYS 781 HZ1 LYS 781 32.562 -0.854 -6.550
12 HZ1 LYS 781 HZ2 LYS 781 31.418 -0.993 -5.337
13 HZ3 LYS 781 HZ3 LYS 781 31.820 0.520 -5.919
No H/Q in entry = 13
In of MODEL 12
1 H CYS 782 H CYS 782 27.000 -2.752 -6.365
2 HA CYS 782 HA CYS 782 24.354 -3.840 -6.821
3 HB2 CYS 782 HB2 CYS 782 24.919 -3.473 -4.527
4 HB3 CYS 782 HB3 CYS 782 25.503 -1.849 -4.863
No H/Q in entry = 4
In of MODEL 12
1 H ASP 783 H ASP 783 23.059 -2.904 -8.257
2 HA ASP 783 HA ASP 783 23.785 -0.348 -9.374
3 HB2 ASP 783 HB2 ASP 783 21.601 -2.319 -10.099
4 HB3 ASP 783 HB3 ASP 783 21.780 -0.757 -10.885
No H/Q in entry = 4
In of MODEL 12
1 H ALA 784 H ALA 784 21.645 1.094 -9.830
2 HA ALA 784 HA ALA 784 21.304 2.271 -7.313
3 HB2 ALA 784 HB1 ALA 784 19.932 3.916 -8.415
4 HB3 ALA 784 HB2 ALA 784 19.734 2.855 -9.809
5 HB1 ALA 784 HB3 ALA 784 21.321 3.520 -9.428
No H/Q in entry = 5
In of MODEL 12
1 H GLU 785 H GLU 785 18.927 0.452 -9.258
2 HA GLU 785 HA GLU 785 17.081 0.666 -6.997
3 HB2 GLU 785 HB2 GLU 785 16.470 1.316 -9.426
4 HB3 GLU 785 HB3 GLU 785 16.388 -0.420 -9.700
5 HG2 GLU 785 HG2 GLU 785 14.184 0.501 -9.234
6 HG3 GLU 785 HG3 GLU 785 14.688 -0.636 -7.977
No H/Q in entry = 6
In of MODEL 12
1 H SER 786 H SER 786 19.440 -1.215 -7.440
2 HA SER 786 HA SER 786 18.010 -3.745 -7.425
3 HB2 SER 786 HB2 SER 786 20.960 -3.162 -7.648
4 HB3 SER 786 HB3 SER 786 20.221 -4.761 -7.733
5 HG SER 786 HG SER 786 19.325 -2.712 -9.444
No H/Q in entry = 5
In of MODEL 12
1 H SER 787 H SER 787 17.559 -4.649 -5.556
2 HA SER 787 HA SER 787 18.869 -3.877 -3.084
3 HB2 SER 787 HB2 SER 787 16.893 -6.106 -3.596
4 HB3 SER 787 HB3 SER 787 17.214 -5.300 -2.057
5 HG SER 787 HG SER 787 16.516 -3.352 -3.500
No H/Q in entry = 5
In of MODEL 12
1 H LYS 788 H LYS 788 18.908 -6.241 -5.539
2 HA LYS 788 HA LYS 788 20.570 -8.171 -4.156
3 HB2 LYS 788 HB2 LYS 788 18.766 -8.951 -5.593
4 HB3 LYS 788 HB3 LYS 788 19.399 -8.015 -6.936
5 HG2 LYS 788 HG2 LYS 788 21.437 -9.442 -6.871
6 HG3 LYS 788 HG3 LYS 788 20.636 -10.438 -5.656
7 HD2 LYS 788 HD2 LYS 788 18.868 -10.974 -7.186
8 HD3 LYS 788 HD3 LYS 788 19.511 -9.848 -8.381
9 HE2 LYS 788 HE2 LYS 788 21.541 -11.204 -8.538
10 HE3 LYS 788 HE3 LYS 788 20.877 -12.332 -7.361
11 HZ3 LYS 788 HZ1 LYS 788 20.536 -13.157 -9.570
12 HZ2 LYS 788 HZ2 LYS 788 19.769 -11.728 -10.045
13 HZ1 LYS 788 HZ3 LYS 788 19.036 -12.734 -8.917
No H/Q in entry = 13
In of MODEL 12
1 H CYS 789 H CYS 789 22.668 -8.669 -4.939
2 HA CYS 789 HA CYS 789 23.970 -6.483 -6.363
3 HB2 CYS 789 HB2 CYS 789 24.834 -7.100 -4.129
4 HB3 CYS 789 HB3 CYS 789 25.075 -8.748 -4.694
No H/Q in entry = 4
In of MODEL 12
1 H VAL 790 H VAL 790 24.778 -6.916 -8.352
2 HA VAL 790 HA VAL 790 24.491 -9.684 -9.272
3 HB VAL 790 HB VAL 790 22.914 -8.008 -10.325
4 HG12 VAL 790 HG11 VAL 790 23.774 -6.483 -12.041
5 HG11 VAL 790 HG12 VAL 790 25.411 -6.853 -11.510
6 HG13 VAL 790 HG13 VAL 790 24.287 -6.064 -10.406
7 HG22 VAL 790 HG21 VAL 790 23.235 -8.755 -12.653
8 HG21 VAL 790 HG22 VAL 790 23.419 -10.079 -11.500
9 HG23 VAL 790 HG23 VAL 790 24.844 -9.333 -12.224
No H/Q in entry = 9
In of MODEL 12
1 H CYS 791 H CYS 791 26.086 -10.326 -10.906
2 HA CYS 791 HA CYS 791 28.694 -9.226 -10.193
3 HB2 CYS 791 HB2 CYS 791 28.081 -11.752 -11.722
4 HB3 CYS 791 HB3 CYS 791 29.532 -11.351 -10.803
No H/Q in entry = 4
In of MODEL 12
1 H ARG 792 H ARG 792 29.892 -8.240 -11.664
2 HA ARG 792 HA ARG 792 28.660 -7.512 -14.169
3 HB2 ARG 792 HB2 ARG 792 30.999 -6.634 -12.600
4 HB3 ARG 792 HB3 ARG 792 31.181 -6.535 -14.337
5 HG2 ARG 792 HG2 ARG 792 30.429 -4.405 -13.511
6 HG3 ARG 792 HG3 ARG 792 29.152 -5.159 -14.448
7 HD2 ARG 792 HD2 ARG 792 27.961 -5.748 -12.442
8 HD3 ARG 792 HD3 ARG 792 29.283 -5.138 -11.437
9 HE ARG 792 HE ARG 792 28.835 -2.986 -12.762
10 HH11 ARG 792 HH11 ARG 792 26.366 -5.079 -11.333
11 HH12 ARG 792 HH12 ARG 792 25.144 -3.887 -11.392
12 HH21 ARG 792 HH21 ARG 792 27.116 -1.332 -12.770
13 HH22 ARG 792 HH22 ARG 792 25.566 -1.782 -12.216
No H/Q in entry = 13
In of MODEL 12
1 H GLU 793 H GLU 793 29.875 -7.760 -16.212
2 HA GLU 793 HA GLU 793 30.832 -10.468 -16.386
3 HB2 GLU 793 HB2 GLU 793 30.303 -8.350 -18.454
4 HB3 GLU 793 HB3 GLU 793 30.987 -9.918 -18.853
5 HG2 GLU 793 HG2 GLU 793 28.331 -9.495 -17.502
6 HG3 GLU 793 HG3 GLU 793 28.557 -9.810 -19.223
No H/Q in entry = 6
In of MODEL 12
1 H ALA 794 H ALA 794 32.754 -10.773 -17.989
2 HA ALA 794 HA ALA 794 35.049 -9.991 -16.572
3 HB1 ALA 794 HB1 ALA 794 34.901 -11.133 -19.356
4 HB2 ALA 794 HB2 ALA 794 34.791 -12.067 -17.876
5 HB3 ALA 794 HB3 ALA 794 36.277 -11.189 -18.252
No H/Q in entry = 5
In of MODEL 12
1 H SER 795 H SER 795 33.383 -8.648 -19.217
2 HA SER 795 HA SER 795 35.261 -7.056 -20.456
3 HB2 SER 795 HB2 SER 795 32.363 -6.418 -19.929
4 HB3 SER 795 HB3 SER 795 33.356 -5.712 -21.199
5 HG SER 795 HG SER 795 33.314 -8.481 -21.241
No H/Q in entry = 5
In of MODEL 12
1 H GLU 796 H GLU 796 33.646 -6.630 -17.356
2 HA GLU 796 HA GLU 796 34.160 -3.771 -17.221
3 HB2 GLU 796 HB2 GLU 796 32.884 -5.647 -15.245
4 HB3 GLU 796 HB3 GLU 796 32.922 -3.895 -15.128
5 HG2 GLU 796 HG2 GLU 796 31.614 -5.430 -17.356
6 HG3 GLU 796 HG3 GLU 796 30.773 -4.805 -15.942
No H/Q in entry = 6
In of MODEL 12
1 H CYS 797 H CYS 797 36.354 -5.894 -17.047
2 HA CYS 797 HA CYS 797 37.243 -5.810 -14.335
3 HB2 CYS 797 HB2 CYS 797 37.731 -7.666 -15.912
4 HB3 CYS 797 HB3 CYS 797 38.815 -6.576 -16.777
No H/Q in entry = 4
In of MODEL 12
1 H GLU 798 H GLU 798 37.587 -3.833 -13.664
2 HA GLU 798 HA GLU 798 39.383 -2.025 -15.129
3 HB2 GLU 798 HB2 GLU 798 38.738 -0.322 -13.482
4 HB3 GLU 798 HB3 GLU 798 37.318 -1.048 -14.220
5 HG2 GLU 798 HG2 GLU 798 36.931 -2.391 -12.249
6 HG3 GLU 798 HG3 GLU 798 38.421 -1.806 -11.522
No H/Q in entry = 6
In of MODEL 12
1 H GLU 799 H GLU 799 39.218 -3.969 -12.290
2 HA GLU 799 HA GLU 799 41.527 -2.766 -11.036
3 HB2 GLU 799 HB2 GLU 799 39.548 -3.501 -9.750
4 HB3 GLU 799 HB3 GLU 799 39.890 -5.161 -10.222
5 HG2 GLU 799 HG2 GLU 799 40.658 -4.757 -7.993
6 HG3 GLU 799 HG3 GLU 799 42.035 -5.025 -9.065
No H/Q in entry = 6
In of MODEL 12
1 H GLU 800 H GLU 800 40.619 -5.752 -12.633
2 HA GLU 800 HA GLU 800 41.726 -7.275 -13.747
3 HB2 GLU 800 HB2 GLU 800 44.220 -5.659 -13.211
4 HB3 GLU 800 HB3 GLU 800 44.140 -7.050 -14.289
5 HG2 GLU 800 HG2 GLU 800 42.585 -5.911 -15.730
6 HG3 GLU 800 HG3 GLU 800 42.484 -4.558 -14.610
No H/Q in entry = 6
In of MODEL 12
1 H GLY 801 H GLY 801 42.850 -6.551 -10.537
2 HA3 GLY 801 HA2 GLY 801 43.815 -7.752 -8.917
3 HA2 GLY 801 HA3 GLY 801 42.862 -9.086 -9.557
No H/Q in entry = 3
In of MODEL 12
1 H PHE 802 H PHE 802 44.201 -10.650 -9.479
2 HA PHE 802 HA PHE 802 46.800 -10.530 -10.793
3 HB2 PHE 802 HB2 PHE 802 45.405 -12.531 -9.046
4 HB3 PHE 802 HB3 PHE 802 46.768 -13.017 -10.035
5 HD1 PHE 802 HD1 PHE 802 47.590 -13.710 -7.745
6 HD2 PHE 802 HD2 PHE 802 47.088 -9.656 -8.892
7 HE1 PHE 802 HE1 PHE 802 49.130 -13.060 -6.017
8 HE2 PHE 802 HE2 PHE 802 48.650 -8.968 -7.185
9 HZ PHE 802 HZ PHE 802 49.688 -10.660 -5.689
No H/Q in entry = 9
In of MODEL 12
1 H SER 803 H SER 803 47.087 -12.896 -11.821
2 HA SER 803 HA SER 803 44.851 -13.405 -13.560
3 HB2 SER 803 HB2 SER 803 47.792 -13.326 -14.274
4 HB3 SER 803 HB3 SER 803 46.485 -13.823 -15.355
5 HG SER 803 HG SER 803 46.010 -11.448 -14.144
No H/Q in entry = 5
In of MODEL 12
1 H ILE 804 H ILE 804 44.324 -15.483 -13.506
2 HA ILE 804 HA ILE 804 46.124 -17.329 -12.116
3 HB ILE 804 HB ILE 804 44.339 -18.230 -10.754
4 HG12 ILE 804 HG12 ILE 804 42.438 -17.847 -12.400
5 HG13 ILE 804 HG13 ILE 804 42.044 -17.491 -10.729
6 HG23 ILE 804 HG21 ILE 804 43.790 -16.315 -9.306
7 HG22 ILE 804 HG22 ILE 804 44.319 -15.229 -10.593
8 HG21 ILE 804 HG23 ILE 804 45.485 -16.307 -9.819
9 HD12 ILE 804 HD11 ILE 804 42.636 -15.487 -12.908
10 HD11 ILE 804 HD12 ILE 804 42.349 -15.084 -11.219
11 HD13 ILE 804 HD13 ILE 804 41.073 -15.836 -12.170
No H/Q in entry = 11
In of MODEL 12
1 H CYS 805 H CYS 805 45.722 -19.592 -12.595
2 HA CYS 805 HA CYS 805 44.720 -19.860 -15.278
3 HB2 CYS 805 HB2 CYS 805 46.938 -20.811 -14.547
4 HB3 CYS 805 HB3 CYS 805 46.021 -21.998 -13.616
No H/Q in entry = 4
In of MODEL 12
1 H VAL 806 H VAL 806 42.612 -20.524 -15.510
2 HA VAL 806 HA VAL 806 41.582 -22.340 -13.464
3 HB VAL 806 HB VAL 806 40.626 -20.112 -13.111
4 HG12 VAL 806 HG11 VAL 806 39.628 -20.354 -15.912
5 HG11 VAL 806 HG12 VAL 806 40.877 -19.258 -15.328
6 HG13 VAL 806 HG13 VAL 806 39.207 -19.070 -14.777
7 HG21 VAL 806 HG21 VAL 806 39.162 -22.031 -12.642
8 HG23 VAL 806 HG22 VAL 806 38.589 -21.989 -14.300
9 HG22 VAL 806 HG23 VAL 806 38.243 -20.640 -13.217
No H/Q in entry = 9
In of MODEL 12
1 H GLU 807 H GLU 807 40.341 -24.046 -14.186
2 HA GLU 807 HA GLU 807 40.515 -24.597 -16.988
3 HB2 GLU 807 HB2 GLU 807 40.897 -26.381 -15.288
4 HB3 GLU 807 HB3 GLU 807 39.243 -26.176 -14.739
5 HG2 GLU 807 HG2 GLU 807 38.453 -26.853 -16.982
6 HG3 GLU 807 HG3 GLU 807 40.147 -27.114 -17.428
No H/Q in entry = 6
In of MODEL 12
1 H VAL 808 H VAL 808 39.116 -23.919 -18.288
2 HA VAL 808 HA VAL 808 36.308 -23.714 -17.623
3 HB VAL 808 HB VAL 808 37.252 -21.476 -17.227
4 HG12 VAL 808 HG11 VAL 808 38.144 -20.090 -19.044
5 HG11 VAL 808 HG12 VAL 808 38.153 -21.509 -20.088
6 HG13 VAL 808 HG13 VAL 808 39.174 -21.468 -18.652
7 HG22 VAL 808 HG21 VAL 808 35.763 -20.168 -18.683
8 HG21 VAL 808 HG22 VAL 808 34.972 -21.598 -18.005
9 HG23 VAL 808 HG23 VAL 808 35.525 -21.602 -19.679
No H/Q in entry = 9
In of MODEL 12
1 H ASN 809 H ASN 809 35.143 -24.499 -19.239
2 HA ASN 809 HA ASN 809 34.518 -25.336 -21.251
3 HB2 ASN 809 HB2 ASN 809 36.636 -23.431 -22.045
4 HB3 ASN 809 HB3 ASN 809 35.918 -24.440 -23.329
5 HD21 ASN 809 HD21 ASN 809 35.804 -21.606 -21.510
6 HD22 ASN 809 HD22 ASN 809 34.231 -21.061 -21.941
No H/Q in entry = 6
In of MODEL 12
1 H GLY 810 H GLY 810 36.747 -26.471 -19.551
2 HA3 GLY 810 HA2 GLY 810 37.731 -28.614 -19.682
3 HA2 GLY 810 HA3 GLY 810 37.511 -28.543 -21.433
No H/Q in entry = 3
In of MODEL 12
1 H LYS 811 H LYS 811 38.706 -25.721 -20.946
2 HA LYS 811 HA LYS 811 41.479 -26.519 -21.486
3 HB2 LYS 811 HB2 LYS 811 39.947 -23.966 -21.953
4 HB3 LYS 811 HB3 LYS 811 41.639 -24.219 -22.341
5 HG2 LYS 811 HG2 LYS 811 41.106 -25.729 -24.076
6 HG3 LYS 811 HG3 LYS 811 39.424 -25.852 -23.545
7 HD2 LYS 811 HD2 LYS 811 39.711 -24.395 -25.535
8 HD3 LYS 811 HD3 LYS 811 39.006 -23.569 -24.146
9 HE2 LYS 811 HE2 LYS 811 41.237 -22.640 -23.606
10 HE3 LYS 811 HE3 LYS 811 41.897 -23.415 -25.042
11 HZ1 LYS 811 HZ1 LYS 811 39.729 -21.385 -25.036
12 HZ3 LYS 811 HZ2 LYS 811 40.467 -22.021 -26.402
13 HZ2 LYS 811 HZ3 LYS 811 41.348 -21.049 -25.321
No H/Q in entry = 13
In of MODEL 12
1 H GLU 812 H GLU 812 43.096 -25.174 -20.451
2 HA GLU 812 HA GLU 812 42.114 -23.840 -18.029
3 HB2 GLU 812 HB2 GLU 812 44.838 -24.927 -18.696
4 HB3 GLU 812 HB3 GLU 812 44.515 -23.903 -17.308
5 HG2 GLU 812 HG2 GLU 812 42.985 -25.607 -16.444
6 HG3 GLU 812 HG3 GLU 812 43.379 -26.635 -17.826
No H/Q in entry = 6
In of MODEL 12
1 H GLN 813 H GLN 813 41.963 -21.776 -18.205
2 HA GLN 813 HA GLN 813 43.808 -20.451 -20.043
3 HB2 GLN 813 HB2 GLN 813 41.592 -20.455 -20.982
4 HB3 GLN 813 HB3 GLN 813 40.906 -19.792 -19.498
5 HG2 GLN 813 HG2 GLN 813 42.223 -17.794 -19.818
6 HG3 GLN 813 HG3 GLN 813 42.864 -18.416 -21.339
7 HE21 GLN 813 HE21 GLN 813 40.210 -16.926 -19.759
8 HE22 GLN 813 HE22 GLN 813 39.220 -16.696 -21.144
No H/Q in entry = 8
In of MODEL 12
1 H THR 814 H THR 814 44.786 -18.685 -19.291
2 HA THR 814 HA THR 814 44.475 -18.061 -16.491
3 HB THR 814 HB THR 814 46.072 -16.680 -18.564
4 HG1 THR 814 HG1 THR 814 47.789 -18.048 -18.041
5 HG22 THR 814 HG21 THR 814 46.347 -16.753 -15.568
6 HG21 THR 814 HG22 THR 814 45.803 -15.400 -16.556
7 HG23 THR 814 HG23 THR 814 47.481 -15.944 -16.652
No H/Q in entry = 7
In of MODEL 12
1 H MET 815 H MET 815 43.173 -16.555 -15.906
2 HA MET 815 HA MET 815 42.497 -14.479 -17.818
3 HB2 MET 815 HB2 MET 815 40.165 -14.534 -16.844
4 HB3 MET 815 HB3 MET 815 40.595 -15.839 -17.930
5 HG2 MET 815 HG2 MET 815 41.053 -17.245 -16.104
6 HG3 MET 815 HG3 MET 815 40.613 -16.020 -14.931
7 HE1 MET 815 HE1 MET 815 39.395 -18.559 -17.526
8 HE3 MET 815 HE2 MET 815 38.976 -17.069 -18.385
9 HE2 MET 815 HE3 MET 815 37.699 -18.151 -17.807
No H/Q in entry = 9
In of MODEL 12
1 H SER 816 H SER 816 41.276 -12.709 -16.583
2 HA SER 816 HA SER 816 43.119 -11.935 -14.522
3 HB2 SER 816 HB2 SER 816 40.801 -10.465 -15.803
4 HB3 SER 816 HB3 SER 816 42.017 -9.745 -14.742
5 HG SER 816 HG SER 816 42.412 -9.445 -17.018
No H/Q in entry = 5
In of MODEL 12
1 H GLU 817 H GLU 817 42.306 -11.058 -12.557
2 HA GLU 817 HA GLU 817 40.829 -12.985 -11.244
3 HB2 GLU 817 HB2 GLU 817 42.620 -11.122 -10.519
4 HB3 GLU 817 HB3 GLU 817 41.089 -10.326 -10.101
5 HG2 GLU 817 HG2 GLU 817 40.637 -11.648 -8.445
6 HG3 GLU 817 HG3 GLU 817 41.313 -13.044 -9.282
No H/Q in entry = 6
In of MODEL 12
1 H CYS 818 H CYS 818 39.795 -9.870 -12.596
2 HA CYS 818 HA CYS 818 37.229 -9.806 -11.368
3 HB2 CYS 818 HB2 CYS 818 37.566 -8.895 -14.188
4 HB3 CYS 818 HB3 CYS 818 36.618 -8.176 -12.902
No H/Q in entry = 4
In of MODEL 12
1 H GLU 819 H GLU 819 38.558 -11.444 -14.147
2 HA GLU 819 HA GLU 819 36.083 -12.063 -15.394
3 HB2 GLU 819 HB2 GLU 819 38.198 -11.817 -16.633
4 HB3 GLU 819 HB3 GLU 819 38.832 -13.225 -15.802
5 HG2 GLU 819 HG2 GLU 819 37.394 -14.676 -16.934
6 HG3 GLU 819 HG3 GLU 819 36.370 -13.358 -17.506
No H/Q in entry = 6
In of MODEL 12
1 H ALA 820 H ALA 820 38.541 -14.102 -13.857
2 HA ALA 820 HA ALA 820 36.999 -16.400 -13.767
3 HB3 ALA 820 HB1 ALA 820 39.089 -15.578 -11.764
4 HB1 ALA 820 HB2 ALA 820 39.378 -16.435 -13.287
5 HB2 ALA 820 HB3 ALA 820 38.478 -17.217 -11.987
No H/Q in entry = 5
In of MODEL 12
1 H GLY 821 H GLY 821 37.196 -13.727 -11.509
2 HA3 GLY 821 HA2 GLY 821 35.605 -14.799 -9.457
3 HA2 GLY 821 HA3 GLY 821 35.904 -13.088 -9.743
No H/Q in entry = 3
In of MODEL 12
1 H ALA 822 H ALA 822 34.798 -12.807 -12.268
2 HA ALA 822 HA ALA 822 32.104 -12.423 -11.640
3 HB3 ALA 822 HB1 ALA 822 31.823 -11.747 -13.932
4 HB1 ALA 822 HB2 ALA 822 33.373 -12.470 -14.372
5 HB2 ALA 822 HB3 ALA 822 33.313 -11.079 -13.279
No H/Q in entry = 5
In of MODEL 12
1 H LEU 823 H LEU 823 33.669 -14.866 -13.689
2 HA LEU 823 HA LEU 823 31.232 -16.102 -14.406
3 HB2 LEU 823 HB2 LEU 823 34.054 -17.198 -14.437
4 HB3 LEU 823 HB3 LEU 823 32.692 -18.186 -14.855
5 HG LEU 823 HG LEU 823 33.672 -17.483 -16.887
6 HD12 LEU 823 HD11 LEU 823 31.232 -15.803 -16.472
7 HD11 LEU 823 HD12 LEU 823 31.260 -17.516 -16.882
8 HD13 LEU 823 HD13 LEU 823 31.893 -16.331 -18.021
9 HD22 LEU 823 HD21 LEU 823 34.940 -15.546 -16.141
10 HD21 LEU 823 HD22 LEU 823 33.447 -14.631 -15.946
11 HD23 LEU 823 HD23 LEU 823 33.963 -15.143 -17.552
No H/Q in entry = 11
In of MODEL 12
1 H ARG 824 H ARG 824 33.385 -16.645 -11.696
2 HA ARG 824 HA ARG 824 31.911 -18.917 -10.749
3 HB2 ARG 824 HB2 ARG 824 34.357 -18.322 -10.215
4 HB3 ARG 824 HB3 ARG 824 33.705 -17.156 -9.075
5 HG2 ARG 824 HG2 ARG 824 32.585 -18.956 -7.862
6 HG3 ARG 824 HG3 ARG 824 33.230 -20.147 -8.979
7 HD2 ARG 824 HD2 ARG 824 34.677 -20.206 -7.129
8 HD3 ARG 824 HD3 ARG 824 35.519 -19.272 -8.343
9 HE ARG 824 HE ARG 824 34.378 -17.294 -7.119
10 HH11 ARG 824 HH11 ARG 824 36.055 -20.062 -5.570
11 HH12 ARG 824 HH12 ARG 824 36.403 -19.165 -4.164
12 HH21 ARG 824 HH21 ARG 824 34.862 -16.175 -5.109
13 HH22 ARG 824 HH22 ARG 824 35.628 -16.983 -3.854
No H/Q in entry = 13
In of MODEL 12
1 H CYS 825 H CYS 825 31.537 -15.540 -10.554
2 HA CYS 825 HA CYS 825 29.910 -15.495 -8.191
3 HB2 CYS 825 HB2 CYS 825 31.392 -13.603 -9.007
4 HB3 CYS 825 HB3 CYS 825 30.253 -13.367 -10.320
No H/Q in entry = 4
In of MODEL 12
1 H ARG 826 H ARG 826 29.442 -15.480 -11.698
2 HA ARG 826 HA ARG 826 26.609 -15.153 -11.422
3 HB2 ARG 826 HB2 ARG 826 26.519 -15.456 -13.878
4 HB3 ARG 826 HB3 ARG 826 27.564 -14.124 -13.340
5 HG2 ARG 826 HG2 ARG 826 29.468 -15.442 -13.844
6 HG3 ARG 826 HG3 ARG 826 28.455 -16.834 -14.262
7 HD2 ARG 826 HD2 ARG 826 28.401 -14.140 -15.636
8 HD3 ARG 826 HD3 ARG 826 29.167 -15.596 -16.273
9 HE ARG 826 HE ARG 826 26.860 -16.593 -16.081
10 HH11 ARG 826 HH11 ARG 826 27.347 -13.103 -16.882
11 HH12 ARG 826 HH12 ARG 826 25.882 -12.998 -17.703
12 HH21 ARG 826 HH21 ARG 826 24.864 -16.349 -17.316
13 HH22 ARG 826 HH22 ARG 826 24.457 -14.839 -17.978
No H/Q in entry = 13
In of MODEL 12
1 H GLY 827 H GLY 827 28.618 -17.888 -11.397
2 HA3 GLY 827 HA2 GLY 827 27.432 -19.893 -10.577
3 HA2 GLY 827 HA3 GLY 827 26.143 -19.428 -11.687
No H/Q in entry = 3
In of MODEL 12
1 H GLN 828 H GLN 828 28.802 -18.831 -13.386
2 HA GLN 828 HA GLN 828 28.548 -21.078 -15.086
3 HB2 GLN 828 HB2 GLN 828 29.421 -18.925 -15.874
4 HB3 GLN 828 HB3 GLN 828 30.803 -19.081 -14.805
5 HG2 GLN 828 HG2 GLN 828 31.441 -19.578 -17.105
6 HG3 GLN 828 HG3 GLN 828 31.579 -21.001 -16.082
7 HE21 GLN 828 HE21 GLN 828 29.744 -19.486 -18.617
8 HE22 GLN 828 HE22 GLN 828 28.981 -20.928 -19.170
No H/Q in entry = 8
In of MODEL 12
1 H SER 829 H SER 829 29.980 -22.805 -15.449
2 HA SER 829 HA SER 829 31.157 -23.812 -13.002
3 HB2 SER 829 HB2 SER 829 30.783 -25.143 -15.691
4 HB3 SER 829 HB3 SER 829 31.173 -25.942 -14.161
5 HG SER 829 HG SER 829 29.007 -24.362 -13.945
No H/Q in entry = 5
In of MODEL 12
1 H ILE 830 H ILE 830 33.191 -23.484 -12.596
2 HA ILE 830 HA ILE 830 35.217 -23.615 -14.665
3 HB ILE 830 HB ILE 830 36.412 -21.642 -13.879
4 HG12 ILE 830 HG12 ILE 830 35.592 -21.628 -11.504
5 HG13 ILE 830 HG13 ILE 830 35.594 -20.034 -12.191
6 HG21 ILE 830 HG21 ILE 830 33.605 -20.940 -14.633
7 HG23 ILE 830 HG22 ILE 830 34.967 -21.231 -15.720
8 HG22 ILE 830 HG23 ILE 830 34.962 -19.812 -14.667
9 HD12 ILE 830 HD11 ILE 830 33.209 -21.813 -11.781
10 HD11 ILE 830 HD12 ILE 830 33.176 -20.237 -12.576
11 HD13 ILE 830 HD13 ILE 830 33.644 -20.357 -10.882
No H/Q in entry = 11
In of MODEL 12
1 H SER 831 H SER 831 37.273 -24.125 -13.740
2 HA SER 831 HA SER 831 37.138 -24.882 -10.935
3 HB2 SER 831 HB2 SER 831 38.107 -26.451 -13.276
4 HB3 SER 831 HB3 SER 831 38.454 -26.870 -11.604
5 HG SER 831 HG SER 831 35.813 -26.362 -11.984
No H/Q in entry = 5
In of MODEL 12
1 H VAL 832 H VAL 832 38.507 -23.342 -10.115
2 HA VAL 832 HA VAL 832 40.854 -22.423 -11.428
3 HB VAL 832 HB VAL 832 40.149 -22.344 -8.470
4 HG12 VAL 832 HG11 VAL 832 42.124 -20.688 -10.053
5 HG11 VAL 832 HG12 VAL 832 42.526 -21.934 -8.873
6 HG13 VAL 832 HG13 VAL 832 41.721 -20.454 -8.352
7 HG21 VAL 832 HG21 VAL 832 38.430 -21.246 -9.806
8 HG23 VAL 832 HG22 VAL 832 39.660 -20.279 -10.620
9 HG22 VAL 832 HG23 VAL 832 39.360 -20.054 -8.896
No H/Q in entry = 9
In of MODEL 12
1 H THR 833 H THR 833 42.497 -23.729 -11.887
2 HA THR 833 HA THR 833 42.820 -26.154 -10.469
3 HB THR 833 HB THR 833 44.741 -26.440 -12.086
4 HG1 THR 833 HG1 THR 833 44.736 -24.874 -13.808
5 HG23 THR 833 HG21 THR 833 42.516 -27.277 -12.618
6 HG22 THR 833 HG22 THR 833 43.253 -26.613 -14.079
7 HG21 THR 833 HG23 THR 833 42.031 -25.696 -13.218
No H/Q in entry = 7
In of MODEL 12
1 H SER 834 H SER 834 44.560 -23.123 -10.788
2 HA SER 834 HA SER 834 45.578 -23.426 -8.121
3 HB2 SER 834 HB2 SER 834 47.454 -23.068 -10.489
4 HB3 SER 834 HB3 SER 834 47.910 -23.006 -8.784
5 HG SER 834 HG SER 834 46.635 -25.230 -9.097
No H/Q in entry = 5
In of MODEL 12
1 H ILE 835 H ILE 835 46.204 -21.296 -7.304
2 HA ILE 835 HA ILE 835 44.823 -19.288 -8.814
3 HB ILE 835 HB ILE 835 44.846 -17.838 -6.985
4 HG12 ILE 835 HG12 ILE 835 47.239 -17.937 -6.322
5 HG13 ILE 835 HG13 ILE 835 46.161 -18.023 -4.942
6 HG21 ILE 835 HG21 ILE 835 44.624 -20.629 -5.935
7 HG23 ILE 835 HG22 ILE 835 43.348 -19.630 -6.643
8 HG22 ILE 835 HG23 ILE 835 44.062 -19.197 -5.084
9 HD12 ILE 835 HD11 ILE 835 48.017 -19.414 -4.718
10 HD11 ILE 835 HD12 ILE 835 47.609 -20.275 -6.231
11 HD13 ILE 835 HD13 ILE 835 46.522 -20.357 -4.807
No H/Q in entry = 11
In of MODEL 12
1 H ARG 836 H ARG 836 47.460 -20.431 -9.569
2 HA ARG 836 HA ARG 836 49.067 -18.003 -9.905
3 HB2 ARG 836 HB2 ARG 836 50.885 -19.467 -10.552
4 HB3 ARG 836 HB3 ARG 836 50.286 -19.878 -8.957
5 HG2 ARG 836 HG2 ARG 836 49.102 -21.754 -9.856
6 HG3 ARG 836 HG3 ARG 836 49.648 -21.346 -11.497
7 HD2 ARG 836 HD2 ARG 836 51.909 -21.505 -10.777
8 HD3 ARG 836 HD3 ARG 836 51.376 -21.900 -9.147
9 HE ARG 836 HE ARG 836 50.611 -23.677 -11.384
10 HH11 ARG 836 HH11 ARG 836 52.425 -23.256 -8.367
11 HH12 ARG 836 HH12 ARG 836 52.776 -24.909 -8.187
12 HH21 ARG 836 HH21 ARG 836 51.105 -25.934 -11.136
13 HH22 ARG 836 HH22 ARG 836 51.962 -26.485 -9.776
No H/Q in entry = 13
In of MODEL 12
1 HA PRO 837 HA PRO 837 47.616 -17.989 -14.100
2 HB2 PRO 837 HB2 PRO 837 49.625 -16.675 -15.352
3 HB3 PRO 837 HB3 PRO 837 48.491 -15.862 -14.268
4 HG2 PRO 837 HG2 PRO 837 51.277 -16.814 -13.731
5 HG3 PRO 837 HG3 PRO 837 50.501 -15.299 -13.236
6 HD2 PRO 837 HD2 PRO 837 50.805 -17.423 -11.571
7 HD3 PRO 837 HD3 PRO 837 49.459 -16.279 -11.441
No H/Q in entry = 7
In of MODEL 12
1 H CYS 838 H CYS 838 47.868 -19.118 -16.095
2 HA CYS 838 HA CYS 838 50.235 -20.704 -16.164
3 HB2 CYS 838 HB2 CYS 838 48.903 -22.046 -17.999
4 HB3 CYS 838 HB3 CYS 838 48.569 -22.356 -16.323
No H/Q in entry = 4
In of MODEL 12
1 H ALA 839 H ALA 839 50.720 -21.268 -18.762
2 HA ALA 839 HA ALA 839 51.624 -18.761 -19.747
3 HB1 ALA 839 HB1 ALA 839 52.875 -20.850 -20.069
4 HB3 ALA 839 HB2 ALA 839 52.542 -20.051 -21.608
5 HB2 ALA 839 HB3 ALA 839 51.589 -21.453 -21.115
No H/Q in entry = 5
In of MODEL 12
1 H ALA 840 H ALA 840 48.790 -20.346 -19.939
2 HA ALA 840 HA ALA 840 47.704 -19.550 -22.438
3 HB1 ALA 840 HB1 ALA 840 45.578 -20.220 -21.289
4 HB3 ALA 840 HB2 ALA 840 46.569 -20.524 -19.833
5 HB2 ALA 840 HB3 ALA 840 46.861 -21.425 -21.302
No H/Q in entry = 5
In of MODEL 12
1 H GLU 841 H GLU 841 48.908 -17.354 -20.776
2 HA GLU 841 HA GLU 841 46.608 -15.687 -20.026
3 HB2 GLU 841 HB2 GLU 841 48.248 -14.123 -19.125
4 HB3 GLU 841 HB3 GLU 841 48.583 -15.733 -18.514
5 HG2 GLU 841 HG2 GLU 841 50.368 -15.958 -20.214
6 HG3 GLU 841 HG3 GLU 841 50.058 -14.298 -20.710
No H/Q in entry = 6
In of MODEL 12
1 H THR 842 H THR 842 48.447 -16.364 -22.671
2 HA THR 842 HA THR 842 48.063 -13.797 -23.916
3 HB THR 842 HB THR 842 49.263 -15.054 -25.800
4 HG1 THR 842 HG1 THR 842 49.457 -17.138 -25.402
5 HG21 THR 842 HG21 THR 842 50.394 -13.439 -24.311
6 HG23 THR 842 HG22 THR 842 51.452 -14.788 -24.721
7 HG22 THR 842 HG23 THR 842 50.672 -14.729 -23.139
No H/Q in entry = 7
In of MODEL 12
1 H GLN 843 H GLN 843 47.337 -14.092 -26.299
2 HA GLN 843 HA GLN 843 44.798 -15.442 -26.258
3 HB2 GLN 843 HB2 GLN 843 44.371 -14.336 -28.442
4 HB3 GLN 843 HB3 GLN 843 44.766 -13.186 -27.187
5 HG2 GLN 843 HG2 GLN 843 46.719 -14.151 -29.281
6 HG3 GLN 843 HG3 GLN 843 45.747 -12.695 -29.436
7 HE21 GLN 843 HE21 GLN 843 46.055 -12.001 -26.578
8 HE22 GLN 843 HE22 GLN 843 47.672 -11.430 -26.413
No H/Q in entry = 8
In of MODEL 13
1 H1 GLY 689 H3 GLY 689 64.772 -18.558 -28.737
2 H2 GLY 689 H2 GLY 689 65.887 -17.458 -29.410
3 H3 GLY 689 H1 GLY 689 66.164 -18.167 -27.905
4 HA2 GLY 689 HA2 GLY 689 63.973 -16.316 -28.496
5 HA3 GLY 689 HA3 GLY 689 65.430 -15.950 -27.560
No H/Q in entry = 5
In of MODEL 13
1 H SER 690 H SER 690 63.951 -15.438 -25.809
2 HA SER 690 HA SER 690 63.088 -17.868 -24.451
3 HB2 SER 690 HB2 SER 690 64.801 -16.519 -23.270
4 HB3 SER 690 HB3 SER 690 63.718 -15.131 -23.307
5 HG SER 690 HG SER 690 63.859 -16.663 -21.392
No H/Q in entry = 5
In of MODEL 13
1 H HIS 691 H HIS 691 61.046 -17.989 -23.667
2 HA HIS 691 HA HIS 691 59.312 -15.710 -24.158
3 HB2 HIS 691 HB2 HIS 691 58.741 -18.594 -24.770
4 HB3 HIS 691 HB3 HIS 691 57.414 -17.501 -24.378
5 HD1 HIS 691 HD1 HIS 691 59.318 -18.667 -27.222
6 HD2 HIS 691 HD2 HIS 691 57.451 -15.111 -26.156
7 HE1 HIS 691 HE1 HIS 691 59.036 -17.375 -29.349
8 HE2 HIS 691 HE2 HIS 691 57.767 -15.320 -28.705
No H/Q in entry = 8
In of MODEL 13
1 H MET 692 H MET 692 60.884 -17.135 -21.966
2 HA MET 692 HA MET 692 58.981 -17.415 -19.820
3 HB2 MET 692 HB2 MET 692 61.335 -18.376 -19.889
4 HB3 MET 692 HB3 MET 692 61.944 -16.737 -19.738
5 HG2 MET 692 HG2 MET 692 60.774 -16.565 -17.562
6 HG3 MET 692 HG3 MET 692 60.323 -18.261 -17.719
7 HE1 MET 692 HE1 MET 692 62.183 -20.232 -18.011
8 HE3 MET 692 HE2 MET 692 63.910 -19.970 -17.769
9 HE2 MET 692 HE3 MET 692 63.118 -19.324 -19.203
No H/Q in entry = 9
In of MODEL 13
1 H ASN 693 H ASN 693 61.200 -15.080 -21.146
2 HA ASN 693 HA ASN 693 59.356 -12.982 -20.864
3 HB2 ASN 693 HB2 ASN 693 60.787 -11.393 -19.705
4 HB3 ASN 693 HB3 ASN 693 60.771 -12.828 -18.699
5 HD21 ASN 693 HD21 ASN 693 62.725 -13.987 -18.426
6 HD22 ASN 693 HD22 ASN 693 64.227 -13.326 -18.930
No H/Q in entry = 6
In of MODEL 13
1 HA PRO 694 HA PRO 694 61.170 -13.051 -24.922
2 HB2 PRO 694 HB2 PRO 694 59.990 -10.341 -25.179
3 HB3 PRO 694 HB3 PRO 694 59.776 -11.763 -26.205
4 HG2 PRO 694 HG2 PRO 694 57.848 -10.984 -24.546
5 HG3 PRO 694 HG3 PRO 694 58.194 -12.707 -24.793
6 HD2 PRO 694 HD2 PRO 694 58.936 -10.921 -22.508
7 HD3 PRO 694 HD3 PRO 694 58.367 -12.607 -22.505
No H/Q in entry = 7
In of MODEL 13
1 H LEU 695 H LEU 695 61.192 -9.671 -23.742
2 HA LEU 695 HA LEU 695 64.023 -9.794 -23.631
3 HB2 LEU 695 HB2 LEU 695 64.481 -7.840 -25.080
4 HB3 LEU 695 HB3 LEU 695 63.831 -9.177 -25.971
5 HG LEU 695 HG LEU 695 62.988 -7.237 -26.947
6 HD12 LEU 695 HD11 LEU 695 60.761 -8.305 -25.290
7 HD11 LEU 695 HD12 LEU 695 61.309 -8.880 -26.867
8 HD13 LEU 695 HD13 LEU 695 60.583 -7.279 -26.712
9 HD22 LEU 695 HD21 LEU 695 63.444 -5.585 -25.274
10 HD21 LEU 695 HD22 LEU 695 62.184 -6.235 -24.233
11 HD23 LEU 695 HD23 LEU 695 61.752 -5.454 -25.754
No H/Q in entry = 11
In of MODEL 13
1 H THR 696 H THR 696 64.921 -8.512 -22.155
2 HA THR 696 HA THR 696 63.232 -6.519 -20.915
3 HB THR 696 HB THR 696 64.101 -7.455 -18.659
4 HG1 THR 696 HG1 THR 696 63.906 -9.984 -19.870
5 HG23 THR 696 HG21 THR 696 61.754 -7.360 -19.221
6 HG22 THR 696 HG22 THR 696 62.105 -8.899 -18.418
7 HG21 THR 696 HG23 THR 696 61.888 -8.837 -20.174
No H/Q in entry = 7
In of MODEL 13
1 H GLN 697 H GLN 697 64.522 -4.875 -21.499
2 HA GLN 697 HA GLN 697 67.368 -4.972 -20.988
3 HB2 GLN 697 HB2 GLN 697 66.436 -3.847 -22.970
4 HB3 GLN 697 HB3 GLN 697 65.709 -2.657 -21.897
5 HG2 GLN 697 HG2 GLN 697 67.799 -1.935 -21.122
6 HG3 GLN 697 HG3 GLN 697 68.628 -3.289 -21.887
7 HE21 GLN 697 HE21 GLN 697 69.931 -2.147 -23.073
8 HE22 GLN 697 HE22 GLN 697 69.390 -1.188 -24.388
No H/Q in entry = 8
In of MODEL 13
1 H ALA 698 H ALA 698 65.128 -2.458 -20.222
2 HA ALA 698 HA ALA 698 66.242 -2.417 -17.495
3 HB1 ALA 698 HB1 ALA 698 65.971 0.010 -17.472
4 HB3 ALA 698 HB2 ALA 698 65.286 -0.042 -19.097
5 HB2 ALA 698 HB3 ALA 698 66.976 -0.484 -18.835
No H/Q in entry = 5
In of MODEL 13
1 H VAL 699 H VAL 699 63.820 -3.542 -18.868
2 HA VAL 699 HA VAL 699 61.729 -2.276 -17.304
3 HB VAL 699 HB VAL 699 61.600 -4.553 -19.262
4 HG13 VAL 699 HG11 VAL 699 59.154 -4.061 -19.320
5 HG12 VAL 699 HG12 VAL 699 59.406 -2.790 -18.123
6 HG11 VAL 699 HG13 VAL 699 59.687 -4.472 -17.688
7 HG22 VAL 699 HG21 VAL 699 60.687 -2.921 -20.878
8 HG21 VAL 699 HG22 VAL 699 62.343 -2.556 -20.396
9 HG23 VAL 699 HG23 VAL 699 61.005 -1.631 -19.718
No H/Q in entry = 9
In of MODEL 13
1 HA PRO 700 HA PRO 700 62.828 -5.272 -14.187
2 HB2 PRO 700 HB2 PRO 700 60.805 -4.691 -12.448
3 HB3 PRO 700 HB3 PRO 700 62.298 -3.761 -12.570
4 HG2 PRO 700 HG2 PRO 700 59.603 -3.185 -13.725
5 HG3 PRO 700 HG3 PRO 700 60.783 -2.066 -13.025
6 HD2 PRO 700 HD2 PRO 700 60.420 -2.336 -15.682
7 HD3 PRO 700 HD3 PRO 700 61.994 -1.928 -14.974
No H/Q in entry = 7
In of MODEL 13
1 H LYS 701 H LYS 701 59.392 -4.983 -14.441
2 HA LYS 701 HA LYS 701 57.689 -6.449 -14.533
3 HB2 LYS 701 HB2 LYS 701 59.677 -8.381 -15.732
4 HB3 LYS 701 HB3 LYS 701 57.930 -8.556 -15.778
5 HG2 LYS 701 HG2 LYS 701 59.559 -6.403 -17.042
6 HG3 LYS 701 HG3 LYS 701 58.785 -7.750 -17.902
7 HD2 LYS 701 HD2 LYS 701 57.421 -5.572 -16.339
8 HD3 LYS 701 HD3 LYS 701 57.545 -5.619 -18.092
9 HE2 LYS 701 HE2 LYS 701 56.250 -7.712 -18.156
10 HE3 LYS 701 HE3 LYS 701 56.130 -7.704 -16.398
11 HZ1 LYS 701 HZ1 LYS 701 54.966 -5.647 -18.209
12 HZ3 LYS 701 HZ2 LYS 701 54.820 -5.682 -16.534
13 HZ2 LYS 701 HZ3 LYS 701 54.123 -6.886 -17.454
No H/Q in entry = 13
In of MODEL 13
1 H CYS 702 H CYS 702 57.329 -6.571 -12.540
2 HA CYS 702 HA CYS 702 58.538 -8.736 -10.962
3 HB2 CYS 702 HB2 CYS 702 56.687 -6.588 -9.906
4 HB3 CYS 702 HB3 CYS 702 57.865 -7.532 -9.016
No H/Q in entry = 4
In of MODEL 13
1 H GLN 703 H GLN 703 56.923 -10.062 -9.728
2 HA GLN 703 HA GLN 703 54.799 -10.849 -11.510
3 HB2 GLN 703 HB2 GLN 703 55.495 -11.828 -8.747
4 HB3 GLN 703 HB3 GLN 703 54.367 -12.595 -9.848
5 HG2 GLN 703 HG2 GLN 703 57.320 -12.245 -10.321
6 HG3 GLN 703 HG3 GLN 703 56.529 -13.733 -9.814
7 HE21 GLN 703 HE21 GLN 703 55.337 -14.902 -11.334
8 HE22 GLN 703 HE22 GLN 703 55.445 -14.577 -13.026
No H/Q in entry = 8
In of MODEL 13
1 H ARG 704 H ARG 704 52.641 -11.444 -10.454
2 HA ARG 704 HA ARG 704 51.175 -9.101 -9.991
3 HB2 ARG 704 HB2 ARG 704 50.492 -11.971 -9.435
4 HB3 ARG 704 HB3 ARG 704 49.343 -10.664 -9.223
5 HG2 ARG 704 HG2 ARG 704 50.757 -11.116 -11.816
6 HG3 ARG 704 HG3 ARG 704 49.281 -11.981 -11.379
7 HD2 ARG 704 HD2 ARG 704 48.042 -9.970 -11.293
8 HD3 ARG 704 HD3 ARG 704 49.510 -8.997 -11.343
9 HE ARG 704 HE ARG 704 49.847 -9.882 -13.609
10 HH11 ARG 704 HH11 ARG 704 46.510 -9.606 -12.380
11 HH12 ARG 704 HH12 ARG 704 45.808 -9.619 -13.926
12 HH21 ARG 704 HH21 ARG 704 48.838 -9.833 -15.713
13 HH22 ARG 704 HH22 ARG 704 47.149 -9.745 -15.864
No H/Q in entry = 13
In of MODEL 13
1 H TRP 705 H TRP 705 52.753 -11.184 -7.721
2 HA TRP 705 HA TRP 705 51.388 -9.975 -5.461
3 HB2 TRP 705 HB2 TRP 705 52.600 -11.776 -4.174
4 HB3 TRP 705 HB3 TRP 705 51.425 -12.338 -5.352
5 HD1 TRP 705 HD1 TRP 705 55.147 -12.390 -4.583
6 HE1 TRP 705 HE1 TRP 705 56.305 -14.051 -6.165
7 HE3 TRP 705 HE3 TRP 705 51.259 -13.371 -7.758
8 HZ2 TRP 705 HZ2 TRP 705 55.662 -15.593 -8.429
9 HZ3 TRP 705 HZ3 TRP 705 51.620 -14.945 -9.607
10 HH2 TRP 705 HH2 TRP 705 53.774 -16.037 -9.932
No H/Q in entry = 10
In of MODEL 13
1 H GLU 706 H GLU 706 53.740 -8.967 -7.285
2 HA GLU 706 HA GLU 706 55.443 -8.190 -5.055
3 HB2 GLU 706 HB2 GLU 706 56.172 -8.774 -7.910
4 HB3 GLU 706 HB3 GLU 706 57.279 -8.035 -6.740
5 HG2 GLU 706 HG2 GLU 706 57.068 -10.075 -5.387
6 HG3 GLU 706 HG3 GLU 706 56.032 -10.765 -6.637
No H/Q in entry = 6
In of MODEL 13
1 H LYS 707 H LYS 707 56.293 -6.139 -5.109
2 HA LYS 707 HA LYS 707 55.027 -4.234 -6.944
3 HB2 LYS 707 HB2 LYS 707 54.845 -2.568 -5.156
4 HB3 LYS 707 HB3 LYS 707 53.967 -4.013 -4.681
5 HG2 LYS 707 HG2 LYS 707 55.624 -4.628 -3.117
6 HG3 LYS 707 HG3 LYS 707 56.789 -3.511 -3.800
7 HD2 LYS 707 HD2 LYS 707 56.100 -2.544 -1.749
8 HD3 LYS 707 HD3 LYS 707 55.275 -1.634 -3.001
9 HE2 LYS 707 HE2 LYS 707 54.022 -3.855 -1.364
10 HE3 LYS 707 HE3 LYS 707 53.908 -2.156 -0.989
11 HZ1 LYS 707 HZ1 LYS 707 52.832 -3.340 -3.520
12 HZ3 LYS 707 HZ2 LYS 707 52.667 -1.761 -2.975
13 HZ2 LYS 707 HZ3 LYS 707 51.959 -3.007 -2.123
No H/Q in entry = 13
In of MODEL 13
1 H LEU 708 H LEU 708 56.409 -2.408 -7.402
2 HA LEU 708 HA LEU 708 59.157 -3.015 -6.795
3 HB2 LEU 708 HB2 LEU 708 58.556 -2.906 -9.174
4 HB3 LEU 708 HB3 LEU 708 57.979 -1.268 -8.956
5 HG LEU 708 HG LEU 708 60.797 -1.874 -8.260
6 HD11 LEU 708 HD11 LEU 708 59.752 -1.452 -11.065
7 HD13 LEU 708 HD12 LEU 708 60.507 -2.925 -10.447
8 HD12 LEU 708 HD13 LEU 708 61.452 -1.449 -10.606
9 HD23 LEU 708 HD21 LEU 708 61.151 0.400 -9.125
10 HD22 LEU 708 HD22 LEU 708 59.936 0.354 -7.849
11 HD21 LEU 708 HD23 LEU 708 59.439 0.498 -9.539
No H/Q in entry = 11
In of MODEL 13
1 H GLN 709 H GLN 709 60.170 -1.886 -5.411
2 HA GLN 709 HA GLN 709 59.764 0.952 -5.111
3 HB2 GLN 709 HB2 GLN 709 59.479 0.900 -2.716
4 HB3 GLN 709 HB3 GLN 709 58.264 -0.189 -3.367
5 HG2 GLN 709 HG2 GLN 709 59.714 -2.095 -2.830
6 HG3 GLN 709 HG3 GLN 709 60.890 -0.979 -2.136
7 HE21 GLN 709 HE21 GLN 709 60.747 -1.850 -0.111
8 HE22 GLN 709 HE22 GLN 709 59.356 -1.694 0.891
No H/Q in entry = 8
In of MODEL 13
1 H ASN 710 H ASN 710 61.693 1.871 -4.255
2 HA ASN 710 HA ASN 710 63.962 2.030 -3.898
3 HB2 ASN 710 HB2 ASN 710 63.251 0.267 -2.119
4 HB3 ASN 710 HB3 ASN 710 63.958 -0.919 -3.192
5 HD21 ASN 710 HD21 ASN 710 64.531 1.577 -0.987
6 HD22 ASN 710 HD22 ASN 710 66.236 1.438 -0.826
No H/Q in entry = 6
In of MODEL 13
1 H SER 711 H SER 711 62.670 0.977 -6.374
2 HA SER 711 HA SER 711 63.145 0.386 -8.450
3 HB2 SER 711 HB2 SER 711 65.992 0.805 -7.555
4 HB3 SER 711 HB3 SER 711 65.482 0.657 -9.246
5 HG SER 711 HG SER 711 65.710 2.827 -8.272
No H/Q in entry = 5
In of MODEL 13
1 H ARG 712 H ARG 712 63.072 -1.673 -6.258
2 HA ARG 712 HA ARG 712 64.149 -3.878 -7.867
3 HB2 ARG 712 HB2 ARG 712 64.619 -5.134 -5.791
4 HB3 ARG 712 HB3 ARG 712 65.555 -3.643 -5.843
5 HG2 ARG 712 HG2 ARG 712 64.080 -2.605 -4.262
6 HG3 ARG 712 HG3 ARG 712 62.971 -3.960 -4.353
7 HD2 ARG 712 HD2 ARG 712 64.221 -4.139 -2.319
8 HD3 ARG 712 HD3 ARG 712 64.727 -5.424 -3.404
9 HE ARG 712 HE ARG 712 66.446 -3.192 -3.648
10 HH11 ARG 712 HH11 ARG 712 65.665 -5.897 -1.507
11 HH12 ARG 712 HH12 ARG 712 67.165 -5.902 -0.695
12 HH21 ARG 712 HH21 ARG 712 68.564 -3.187 -2.470
13 HH22 ARG 712 HH22 ARG 712 68.795 -4.342 -1.234
No H/Q in entry = 13
In of MODEL 13
1 H CYS 713 H CYS 713 62.910 -5.964 -7.365
2 HA CYS 713 HA CYS 713 60.078 -5.311 -6.992
3 HB2 CYS 713 HB2 CYS 713 61.358 -7.884 -7.966
4 HB3 CYS 713 HB3 CYS 713 59.634 -7.565 -7.914
No H/Q in entry = 4
In of MODEL 13
1 H VAL 714 H VAL 714 59.307 -5.572 -5.059
2 HA VAL 714 HA VAL 714 60.330 -7.688 -3.297
3 HB VAL 714 HB VAL 714 59.714 -6.292 -1.358
4 HG12 VAL 714 HG11 VAL 714 61.408 -4.725 -3.270
5 HG11 VAL 714 HG12 VAL 714 61.962 -6.032 -2.229
6 HG13 VAL 714 HG13 VAL 714 61.375 -4.527 -1.517
7 HG21 VAL 714 HG21 VAL 714 58.948 -4.176 -3.364
8 HG23 VAL 714 HG22 VAL 714 59.009 -3.956 -1.616
9 HG22 VAL 714 HG23 VAL 714 57.844 -5.075 -2.326
No H/Q in entry = 9
In of MODEL 13
1 H CYS 715 H CYS 715 58.367 -8.035 -1.586
2 HA CYS 715 HA CYS 715 56.195 -8.807 -3.343
3 HB2 CYS 715 HB2 CYS 715 56.732 -9.309 -0.422
4 HB3 CYS 715 HB3 CYS 715 55.297 -9.876 -1.267
No H/Q in entry = 4
In of MODEL 13
1 H LYS 716 H LYS 716 53.970 -8.323 -2.828
2 HA LYS 716 HA LYS 716 53.631 -5.612 -1.955
3 HB2 LYS 716 HB2 LYS 716 51.473 -7.643 -2.643
4 HB3 LYS 716 HB3 LYS 716 51.227 -5.920 -2.423
5 HG2 LYS 716 HG2 LYS 716 52.790 -5.580 -4.376
6 HG3 LYS 716 HG3 LYS 716 52.679 -7.313 -4.649
7 HD2 LYS 716 HD2 LYS 716 50.406 -5.311 -4.725
8 HD3 LYS 716 HD3 LYS 716 51.127 -6.132 -6.103
9 HE2 LYS 716 HE2 LYS 716 50.333 -8.295 -5.103
10 HE3 LYS 716 HE3 LYS 716 49.469 -7.349 -3.890
11 HZ3 LYS 716 HZ1 LYS 716 47.931 -7.869 -5.659
12 HZ2 LYS 716 HZ2 LYS 716 49.028 -7.376 -6.820
13 HZ1 LYS 716 HZ3 LYS 716 48.315 -6.231 -5.837
No H/Q in entry = 13
In of MODEL 13
1 H MET 717 H MET 717 51.410 -5.527 -0.479
2 HA MET 717 HA MET 717 52.075 -7.206 1.813
3 HB2 MET 717 HB2 MET 717 50.530 -4.607 1.736
4 HB3 MET 717 HB3 MET 717 51.013 -5.484 3.174
5 HG2 MET 717 HG2 MET 717 52.826 -4.080 1.218
6 HG3 MET 717 HG3 MET 717 52.443 -3.570 2.859
7 HE2 MET 717 HE1 MET 717 52.609 -6.380 4.439
8 HE1 MET 717 HE2 MET 717 53.300 -4.877 5.038
9 HE3 MET 717 HE3 MET 717 54.287 -6.339 4.984
No H/Q in entry = 9
In of MODEL 13
1 HA PRO 718 HA PRO 718 48.414 -9.454 0.921
2 HB2 PRO 718 HB2 PRO 718 47.661 -10.303 3.413
3 HB3 PRO 718 HB3 PRO 718 49.004 -11.000 2.502
4 HG2 PRO 718 HG2 PRO 718 49.058 -8.962 4.689
5 HG3 PRO 718 HG3 PRO 718 50.133 -10.348 4.428
6 HD2 PRO 718 HD2 PRO 718 50.841 -7.827 3.779
7 HD3 PRO 718 HD3 PRO 718 51.379 -9.228 2.832
No H/Q in entry = 7
In of MODEL 13
1 H TYR 719 H TYR 719 48.275 -6.716 2.854
2 HA TYR 719 HA TYR 719 45.384 -6.806 3.124
3 HB2 TYR 719 HB2 TYR 719 45.662 -4.660 4.411
4 HB3 TYR 719 HB3 TYR 719 46.425 -6.066 5.127
5 HD1 TYR 719 HD1 TYR 719 48.811 -6.138 5.445
6 HD2 TYR 719 HD2 TYR 719 47.032 -2.902 3.340
7 HE1 TYR 719 HE1 TYR 719 50.888 -4.852 5.668
8 HE2 TYR 719 HE2 TYR 719 49.116 -1.616 3.540
9 HH TYR 719 HH TYR 719 51.068 -1.547 5.002
No H/Q in entry = 9
In of MODEL 13
1 H GLU 720 H GLU 720 47.573 -5.865 0.885
2 HA GLU 720 HA GLU 720 46.061 -3.635 -0.202
3 HB2 GLU 720 HB2 GLU 720 48.417 -5.235 -1.095
4 HB3 GLU 720 HB3 GLU 720 47.748 -3.928 -2.082
5 HG2 GLU 720 HG2 GLU 720 48.308 -2.394 -0.201
6 HG3 GLU 720 HG3 GLU 720 49.064 -3.755 0.625
No H/Q in entry = 6
In of MODEL 13
1 H CYS 721 H CYS 721 46.004 -6.932 -0.095
2 HA CYS 721 HA CYS 721 45.278 -7.513 -2.781
3 HB2 CYS 721 HB2 CYS 721 45.338 -9.180 -0.306
4 HB3 CYS 721 HB3 CYS 721 44.908 -9.808 -1.887
No H/Q in entry = 4
In of MODEL 13
1 H GLY 722 H GLY 722 43.533 -5.885 -2.588
2 HA3 GLY 722 HA2 GLY 722 41.052 -6.867 -1.505
3 HA2 GLY 722 HA3 GLY 722 41.255 -5.459 -2.549
No H/Q in entry = 3
In of MODEL 13
1 HA PRO 723 HA PRO 723 40.155 -7.722 -6.197
2 HB2 PRO 723 HB2 PRO 723 42.760 -7.114 -7.455
3 HB3 PRO 723 HB3 PRO 723 41.136 -6.710 -8.011
4 HG2 PRO 723 HG2 PRO 723 42.742 -4.844 -7.011
5 HG3 PRO 723 HG3 PRO 723 41.004 -4.829 -6.658
6 HD2 PRO 723 HD2 PRO 723 43.285 -5.729 -4.956
7 HD3 PRO 723 HD3 PRO 723 41.837 -4.800 -4.511
No H/Q in entry = 7
In of MODEL 13
1 H SER 724 H SER 724 40.246 -9.842 -5.335
2 HA SER 724 HA SER 724 41.967 -11.634 -6.629
3 HB2 SER 724 HB2 SER 724 43.008 -12.546 -4.460
4 HB3 SER 724 HB3 SER 724 43.709 -11.101 -5.178
5 HG SER 724 HG SER 724 41.897 -10.193 -3.624
No H/Q in entry = 5
In of MODEL 13
1 H LEU 725 H LEU 725 41.249 -13.684 -6.633
2 HA LEU 725 HA LEU 725 38.635 -14.262 -5.678
3 HB2 LEU 725 HB2 LEU 725 40.794 -15.808 -7.042
4 HB3 LEU 725 HB3 LEU 725 39.382 -16.610 -6.413
5 HG LEU 725 HG LEU 725 39.163 -14.369 -8.419
6 HD12 LEU 725 HD11 LEU 725 38.953 -16.125 -10.081
7 HD11 LEU 725 HD12 LEU 725 39.367 -17.342 -8.868
8 HD13 LEU 725 HD13 LEU 725 40.558 -16.126 -9.357
9 HD23 LEU 725 HD21 LEU 725 37.355 -16.670 -7.720
10 HD22 LEU 725 HD22 LEU 725 37.018 -15.352 -8.849
11 HD21 LEU 725 HD23 LEU 725 37.156 -15.027 -7.124
No H/Q in entry = 11
In of MODEL 13
1 H ASP 726 H ASP 726 38.003 -15.261 -3.927
2 HA ASP 726 HA ASP 726 39.917 -15.898 -1.899
3 HB2 ASP 726 HB2 ASP 726 36.905 -16.136 -1.912
4 HB3 ASP 726 HB3 ASP 726 37.917 -16.539 -0.533
No H/Q in entry = 4
In of MODEL 13
1 H VAL 727 H VAL 727 40.456 -17.815 -1.128
2 HA VAL 727 HA VAL 727 39.415 -20.265 -2.326
3 HB VAL 727 HB VAL 727 41.743 -21.113 -2.769
4 HG11 VAL 727 HG11 VAL 727 40.379 -20.347 -4.640
5 HG13 VAL 727 HG12 VAL 727 42.076 -19.961 -4.906
6 HG12 VAL 727 HG13 VAL 727 40.954 -18.698 -4.400
7 HG21 VAL 727 HG21 VAL 727 42.978 -19.552 -1.360
8 HG23 VAL 727 HG22 VAL 727 42.533 -18.216 -2.422
9 HG22 VAL 727 HG23 VAL 727 43.584 -19.501 -3.014
No H/Q in entry = 9
In of MODEL 13
1 H CYS 728 H CYS 728 40.216 -22.210 -1.117
2 HA CYS 728 HA CYS 728 40.763 -21.503 1.664
3 HB2 CYS 728 HB2 CYS 728 40.033 -24.201 0.492
4 HB3 CYS 728 HB3 CYS 728 40.072 -23.766 2.194
No H/Q in entry = 4
In of MODEL 13
1 H ALA 729 H ALA 729 42.780 -22.008 2.568
2 HA ALA 729 HA ALA 729 44.445 -23.746 0.901
3 HB1 ALA 729 HB1 ALA 729 45.349 -21.312 2.430
4 HB3 ALA 729 HB2 ALA 729 45.189 -21.411 0.675
5 HB2 ALA 729 HB3 ALA 729 46.389 -22.398 1.513
No H/Q in entry = 5
In of MODEL 13
1 H GLN 730 H GLN 730 46.211 -24.705 2.215
2 HA GLN 730 HA GLN 730 45.185 -25.189 4.894
3 HB2 GLN 730 HB2 GLN 730 45.255 -27.195 3.404
4 HB3 GLN 730 HB3 GLN 730 46.996 -26.993 3.315
5 HG2 GLN 730 HG2 GLN 730 47.291 -27.389 5.592
6 HG3 GLN 730 HG3 GLN 730 45.572 -27.306 5.930
7 HE21 GLN 730 HE21 GLN 730 47.346 -29.365 6.592
8 HE22 GLN 730 HE22 GLN 730 46.851 -30.809 5.809
No H/Q in entry = 8
In of MODEL 13
1 H ASP 731 H ASP 731 46.241 -24.538 6.439
2 HA ASP 731 HA ASP 731 48.636 -23.025 6.324
3 HB2 ASP 731 HB2 ASP 731 46.813 -22.725 8.001
4 HB3 ASP 731 HB3 ASP 731 47.216 -24.295 8.662
No H/Q in entry = 4
In of MODEL 13
1 H GLU 732 H GLU 732 50.704 -23.831 6.314
2 HA GLU 732 HA GLU 732 51.053 -26.658 6.822
3 HB2 GLU 732 HB2 GLU 732 52.761 -24.596 5.510
4 HB3 GLU 732 HB3 GLU 732 53.437 -26.138 6.017
5 HG2 GLU 732 HG2 GLU 732 51.106 -25.784 4.159
6 HG3 GLU 732 HG3 GLU 732 52.763 -26.159 3.671
No H/Q in entry = 6
In of MODEL 13
1 H ARG 733 H ARG 733 50.986 -24.228 8.925
2 HA ARG 733 HA ARG 733 53.328 -25.106 10.366
3 HB2 ARG 733 HB2 ARG 733 51.393 -22.836 10.741
4 HB3 ARG 733 HB3 ARG 733 52.690 -23.227 11.847
5 HG2 ARG 733 HG2 ARG 733 52.960 -22.315 8.988
6 HG3 ARG 733 HG3 ARG 733 53.328 -21.370 10.431
7 HD2 ARG 733 HD2 ARG 733 54.763 -23.839 9.446
8 HD3 ARG 733 HD3 ARG 733 55.382 -22.192 9.511
9 HE ARG 733 HE ARG 733 54.742 -22.722 12.075
10 HH11 ARG 733 HH11 ARG 733 56.827 -24.286 9.703
11 HH12 ARG 733 HH12 ARG 733 57.861 -25.007 10.838
12 HH21 ARG 733 HH21 ARG 733 56.127 -23.719 13.660
13 HH22 ARG 733 HH22 ARG 733 57.458 -24.676 13.152
No H/Q in entry = 13
In of MODEL 13
1 H SER 734 H SER 734 49.881 -24.487 10.780
2 HA SER 734 HA SER 734 49.822 -26.160 13.174
3 HB2 SER 734 HB2 SER 734 47.648 -24.500 11.916
4 HB3 SER 734 HB3 SER 734 47.644 -25.196 13.539
5 HG SER 734 HG SER 734 49.871 -23.796 13.319
No H/Q in entry = 5
In of MODEL 13
1 H LYS 735 H LYS 735 49.088 -26.351 9.828
2 HA LYS 735 HA LYS 735 48.038 -27.778 8.449
3 HB2 LYS 735 HB2 LYS 735 48.012 -29.739 10.757
4 HB3 LYS 735 HB3 LYS 735 47.870 -30.125 9.050
5 HG2 LYS 735 HG2 LYS 735 50.322 -28.939 10.352
6 HG3 LYS 735 HG3 LYS 735 50.098 -30.646 10.000
7 HD2 LYS 735 HD2 LYS 735 50.066 -28.466 7.911
8 HD3 LYS 735 HD3 LYS 735 51.502 -29.390 8.329
9 HE2 LYS 735 HE2 LYS 735 50.199 -31.468 7.746
10 HE3 LYS 735 HE3 LYS 735 48.923 -30.410 7.148
11 HZ1 LYS 735 HZ1 LYS 735 50.543 -29.489 5.529
12 HZ3 LYS 735 HZ2 LYS 735 50.340 -31.156 5.366
13 HZ2 LYS 735 HZ3 LYS 735 51.698 -30.566 6.108
No H/Q in entry = 13
In of MODEL 13
1 H ARG 736 H ARG 736 46.304 -26.386 8.370
2 HA ARG 736 HA ARG 736 43.758 -27.484 9.245
3 HB2 ARG 736 HB2 ARG 736 43.071 -25.293 10.258
4 HB3 ARG 736 HB3 ARG 736 44.353 -26.087 11.173
5 HG2 ARG 736 HG2 ARG 736 46.002 -24.686 10.180
6 HG3 ARG 736 HG3 ARG 736 44.806 -23.926 9.133
7 HD2 ARG 736 HD2 ARG 736 43.748 -22.954 11.113
8 HD3 ARG 736 HD3 ARG 736 44.950 -23.754 12.140
9 HE ARG 736 HE ARG 736 46.298 -22.292 10.174
10 HH11 ARG 736 HH11 ARG 736 44.322 -21.554 13.025
11 HH12 ARG 736 HH12 ARG 736 45.216 -20.141 13.380
12 HH21 ARG 736 HH21 ARG 736 47.429 -20.413 10.646
13 HH22 ARG 736 HH22 ARG 736 46.990 -19.456 12.004
No H/Q in entry = 13
In of MODEL 13
1 H ILE 737 H ILE 737 41.966 -26.406 8.008
2 HA ILE 737 HA ILE 737 42.979 -25.205 5.548
3 HB ILE 737 HB ILE 737 40.145 -26.025 6.211
4 HG12 ILE 737 HG12 ILE 737 41.624 -28.011 6.326
5 HG13 ILE 737 HG13 ILE 737 40.528 -28.104 4.958
6 HG23 ILE 737 HG21 ILE 737 39.799 -25.919 3.793
7 HG22 ILE 737 HG22 ILE 737 41.499 -25.553 3.560
8 HG21 ILE 737 HG23 ILE 737 40.463 -24.393 4.386
9 HD12 ILE 737 HD11 ILE 737 43.447 -27.373 4.874
10 HD11 ILE 737 HD12 ILE 737 42.349 -27.381 3.491
11 HD13 ILE 737 HD13 ILE 737 42.715 -28.888 4.334
No H/Q in entry = 11
In of MODEL 13
1 H LEU 738 H LEU 738 42.580 -23.110 5.067
2 HA LEU 738 HA LEU 738 40.703 -21.637 6.736
3 HB2 LEU 738 HB2 LEU 738 42.226 -19.662 6.621
4 HB3 LEU 738 HB3 LEU 738 42.550 -20.921 7.777
5 HG LEU 738 HG LEU 738 44.330 -19.748 6.606
6 HD12 LEU 738 HD11 LEU 738 45.744 -21.826 6.504
7 HD11 LEU 738 HD12 LEU 738 44.205 -22.725 6.666
8 HD13 LEU 738 HD13 LEU 738 44.736 -21.638 7.960
9 HD22 LEU 738 HD21 LEU 738 45.226 -20.633 4.530
10 HD21 LEU 738 HD22 LEU 738 43.584 -19.986 4.297
11 HD23 LEU 738 HD23 LEU 738 43.848 -21.714 4.414
No H/Q in entry = 11
In of MODEL 13
1 HA PRO 739 HA PRO 739 39.563 -19.554 2.963
2 HB2 PRO 739 HB2 PRO 739 38.314 -17.435 3.996
3 HB3 PRO 739 HB3 PRO 739 37.579 -19.044 4.072
4 HG2 PRO 739 HG2 PRO 739 38.978 -17.501 6.222
5 HG3 PRO 739 HG3 PRO 739 37.567 -18.570 6.339
6 HD2 PRO 739 HD2 PRO 739 40.201 -19.375 6.987
7 HD3 PRO 739 HD3 PRO 739 38.858 -20.444 6.540
No H/Q in entry = 7
In of MODEL 13
1 H LEU 740 H LEU 740 41.170 -18.701 1.899
2 HA LEU 740 HA LEU 740 42.380 -16.196 2.824
3 HB2 LEU 740 HB2 LEU 740 43.663 -18.628 1.677
4 HB3 LEU 740 HB3 LEU 740 44.323 -17.072 1.241
5 HG LEU 740 HG LEU 740 44.089 -18.141 4.056
6 HD13 LEU 740 HD11 LEU 740 45.703 -19.329 2.720
7 HD12 LEU 740 HD12 LEU 740 46.515 -18.336 3.922
8 HD11 LEU 740 HD13 LEU 740 46.459 -17.816 2.220
9 HD21 LEU 740 HD21 LEU 740 45.372 -15.625 2.979
10 HD23 LEU 740 HD22 LEU 740 45.519 -16.218 4.628
11 HD22 LEU 740 HD23 LEU 740 43.949 -15.704 4.022
No H/Q in entry = 11
In of MODEL 13
1 H THR 741 H THR 741 43.689 -15.538 0.570
2 HA THR 741 HA THR 741 41.753 -15.713 -1.584
3 HB THR 741 HB THR 741 43.023 -13.067 -0.833
4 HG1 THR 741 HG1 THR 741 40.431 -13.902 0.079
5 HG22 THR 741 HG21 THR 741 40.405 -13.778 -2.103
6 HG21 THR 741 HG22 THR 741 41.877 -13.377 -2.976
7 HG23 THR 741 HG23 THR 741 41.101 -12.163 -1.949
No H/Q in entry = 7
In of MODEL 13
1 H VAL 742 H VAL 742 42.819 -15.568 -3.631
2 HA VAL 742 HA VAL 742 45.292 -16.719 -3.840
3 HB VAL 742 HB VAL 742 43.917 -16.783 -5.815
4 HG13 VAL 742 HG11 VAL 742 43.335 -14.947 -7.099
5 HG12 VAL 742 HG12 VAL 742 44.116 -13.829 -5.967
6 HG11 VAL 742 HG13 VAL 742 42.692 -14.772 -5.465
7 HG23 VAL 742 HG21 VAL 742 46.183 -14.941 -6.487
8 HG22 VAL 742 HG22 VAL 742 45.359 -16.054 -7.580
9 HG21 VAL 742 HG23 VAL 742 46.358 -16.673 -6.261
No H/Q in entry = 9
In of MODEL 13
1 H CYS 743 H CYS 743 44.810 -13.207 -4.156
2 HA CYS 743 HA CYS 743 47.514 -12.612 -4.551
3 HB2 CYS 743 HB2 CYS 743 45.830 -10.958 -5.011
4 HB3 CYS 743 HB3 CYS 743 45.319 -10.926 -3.333
No H/Q in entry = 4
In of MODEL 13
1 H LYS 744 H LYS 744 45.612 -12.773 -1.566
2 HA LYS 744 HA LYS 744 47.604 -11.969 0.225
3 HB2 LYS 744 HB2 LYS 744 45.348 -13.930 0.693
4 HB3 LYS 744 HB3 LYS 744 46.320 -13.194 1.952
5 HG2 LYS 744 HG2 LYS 744 45.434 -10.971 1.257
6 HG3 LYS 744 HG3 LYS 744 44.377 -11.788 0.103
7 HD2 LYS 744 HD2 LYS 744 43.364 -13.057 1.955
8 HD3 LYS 744 HD3 LYS 744 44.408 -12.218 3.094
9 HE2 LYS 744 HE2 LYS 744 42.265 -11.181 3.197
10 HE3 LYS 744 HE3 LYS 744 43.329 -10.068 2.349
11 HZ2 LYS 744 HZ1 LYS 744 41.107 -10.299 1.370
12 HZ1 LYS 744 HZ2 LYS 744 41.409 -11.913 1.006
13 HZ3 LYS 744 HZ3 LYS 744 42.316 -10.671 0.276
No H/Q in entry = 13
In of MODEL 13
1 H MET 745 H MET 745 46.623 -15.210 -0.775
2 HA MET 745 HA MET 745 48.479 -16.782 0.580
3 HB2 MET 745 HB2 MET 745 47.072 -18.166 -0.329
4 HB3 MET 745 HB3 MET 745 46.587 -17.076 -1.610
5 HG2 MET 745 HG2 MET 745 47.421 -19.004 -2.708
6 HG3 MET 745 HG3 MET 745 48.717 -17.835 -2.810
7 HE2 MET 745 HE1 MET 745 48.683 -21.499 -0.028
8 HE1 MET 745 HE2 MET 745 47.393 -21.055 -1.149
9 HE3 MET 745 HE3 MET 745 47.680 -20.089 0.296
No H/Q in entry = 9
In of MODEL 13
1 H HIS 746 H HIS 746 48.829 -15.170 -2.560
2 HA HIS 746 HA HIS 746 51.377 -16.394 -3.061
3 HB2 HIS 746 HB2 HIS 746 49.800 -14.294 -4.401
4 HB3 HIS 746 HB3 HIS 746 51.527 -14.376 -4.776
5 HD1 HIS 746 HD1 HIS 746 52.291 -16.511 -6.041
6 HD2 HIS 746 HD2 HIS 746 48.214 -16.181 -5.503
7 HE1 HIS 746 HE1 HIS 746 51.292 -18.056 -7.731
8 HE2 HIS 746 HE2 HIS 746 48.808 -17.546 -7.581
No H/Q in entry = 8
In of MODEL 13
1 H VAL 747 H VAL 747 50.379 -13.179 -2.019
2 HA VAL 747 HA VAL 747 52.917 -12.036 -1.800
3 HB VAL 747 HB VAL 747 50.271 -11.476 -0.447
4 HG12 VAL 747 HG11 VAL 747 52.803 -9.838 -0.152
5 HG11 VAL 747 HG12 VAL 747 52.062 -10.805 1.121
6 HG13 VAL 747 HG13 VAL 747 51.211 -9.416 0.476
7 HG22 VAL 747 HG21 VAL 747 50.464 -10.962 -2.809
8 HG21 VAL 747 HG22 VAL 747 51.921 -10.034 -2.490
9 HG23 VAL 747 HG23 VAL 747 50.363 -9.469 -1.863
No H/Q in entry = 9
In of MODEL 13
1 H LEU 748 H LEU 748 50.889 -13.538 0.625
2 HA LEU 748 HA LEU 748 52.727 -13.498 2.697
3 HB2 LEU 748 HB2 LEU 748 50.663 -13.857 3.534
4 HB3 LEU 748 HB3 LEU 748 50.106 -14.624 2.084
5 HG LEU 748 HG LEU 748 51.664 -16.118 4.200
6 HD13 LEU 748 HD11 LEU 748 49.461 -16.843 5.024
7 HD12 LEU 748 HD12 LEU 748 48.665 -15.791 3.859
8 HD11 LEU 748 HD13 LEU 748 49.618 -15.093 5.169
9 HD22 LEU 748 HD21 LEU 748 50.616 -18.052 3.170
10 HD21 LEU 748 HD22 LEU 748 51.471 -17.153 1.928
11 HD23 LEU 748 HD23 LEU 748 49.716 -17.031 2.061
No H/Q in entry = 11
In of MODEL 13
1 H HIS 749 H HIS 749 52.329 -15.716 0.050
2 HA HIS 749 HA HIS 749 53.976 -17.794 1.038
3 HB2 HIS 749 HB2 HIS 749 52.352 -17.954 -0.909
4 HB3 HIS 749 HB3 HIS 749 53.549 -17.097 -1.868
5 HD1 HIS 749 HD1 HIS 749 55.454 -18.491 -2.849
6 HD2 HIS 749 HD2 HIS 749 53.121 -20.511 -0.076
7 HE1 HIS 749 HE1 HIS 749 56.199 -20.881 -2.954
8 HE2 HIS 749 HE2 HIS 749 54.898 -22.048 -1.146
No H/Q in entry = 8
In of MODEL 13
1 H CYS 750 H CYS 750 54.607 -14.934 -1.012
2 HA CYS 750 HA CYS 750 57.330 -15.755 -1.284
3 HB2 CYS 750 HB2 CYS 750 57.671 -13.769 -2.653
4 HB3 CYS 750 HB3 CYS 750 56.190 -14.575 -3.149
No H/Q in entry = 4
In of MODEL 13
1 H GLN 751 H GLN 751 55.527 -13.781 0.930
2 HA GLN 751 HA GLN 751 57.723 -12.458 2.079
3 HB2 GLN 751 HB2 GLN 751 55.157 -13.420 3.357
4 HB3 GLN 751 HB3 GLN 751 56.301 -12.329 4.119
5 HG2 GLN 751 HG2 GLN 751 55.909 -10.703 2.310
6 HG3 GLN 751 HG3 GLN 751 54.734 -11.805 1.616
7 HE21 GLN 751 HE21 GLN 751 54.349 -9.136 2.619
8 HE22 GLN 751 HE22 GLN 751 53.173 -9.243 3.895
No H/Q in entry = 8
In of MODEL 13
1 H GLY 752 H GLY 752 56.741 -15.736 2.095
2 HA3 GLY 752 HA2 GLY 752 58.571 -17.278 2.619
3 HA2 GLY 752 HA3 GLY 752 58.856 -16.309 4.054
No H/Q in entry = 3
In of MODEL 13
1 H ARG 753 H ARG 753 55.623 -17.191 2.984
2 HA ARG 753 HA ARG 753 55.433 -18.942 5.341
3 HB2 ARG 753 HB2 ARG 753 53.210 -17.509 3.897
4 HB3 ARG 753 HB3 ARG 753 53.060 -18.482 5.350
5 HG2 ARG 753 HG2 ARG 753 54.583 -15.901 5.138
6 HG3 ARG 753 HG3 ARG 753 52.953 -16.056 5.770
7 HD2 ARG 753 HD2 ARG 753 53.862 -17.641 7.498
8 HD3 ARG 753 HD3 ARG 753 55.482 -17.214 6.935
9 HE ARG 753 HE ARG 753 54.500 -14.833 7.351
10 HH11 ARG 753 HH11 ARG 753 54.458 -17.668 9.517
11 HH12 ARG 753 HH12 ARG 753 54.184 -16.749 10.910
12 HH21 ARG 753 HH21 ARG 753 54.159 -13.606 9.308
13 HH22 ARG 753 HH22 ARG 753 54.017 -14.419 10.793
No H/Q in entry = 13
In of MODEL 13
1 H ASN 754 H ASN 754 54.499 -20.960 5.076
2 HA ASN 754 HA ASN 754 54.207 -21.819 2.288
3 HB2 ASN 754 HB2 ASN 754 54.794 -23.465 4.756
4 HB3 ASN 754 HB3 ASN 754 54.614 -24.105 3.130
5 HD21 ASN 754 HD21 ASN 754 56.808 -24.220 4.970
6 HD22 ASN 754 HD22 ASN 754 58.169 -23.473 4.216
No H/Q in entry = 6
In of MODEL 13
1 H TYR 755 H TYR 755 52.274 -22.271 1.615
2 HA TYR 755 HA TYR 755 50.362 -23.460 3.436
3 HB2 TYR 755 HB2 TYR 755 49.888 -21.043 1.712
4 HB3 TYR 755 HB3 TYR 755 48.569 -22.108 2.175
5 HD1 TYR 755 HD1 TYR 755 47.481 -21.726 4.262
6 HD2 TYR 755 HD2 TYR 755 51.263 -19.953 3.540
7 HE1 TYR 755 HE1 TYR 755 47.253 -20.391 6.324
8 HE2 TYR 755 HE2 TYR 755 51.042 -18.617 5.571
9 HH TYR 755 HH TYR 755 49.242 -17.748 7.030
No H/Q in entry = 9
In of MODEL 13
1 H THR 756 H THR 756 49.091 -24.907 2.481
2 HA THR 756 HA THR 756 49.930 -25.741 -0.178
3 HB THR 756 HB THR 756 48.337 -27.167 1.960
4 HG1 THR 756 HG1 THR 756 50.235 -27.543 2.803
5 HG22 THR 756 HG21 THR 756 48.802 -29.178 0.635
6 HG21 THR 756 HG22 THR 756 49.619 -28.167 -0.576
7 HG23 THR 756 HG23 THR 756 47.889 -27.969 -0.276
No H/Q in entry = 7
In of MODEL 13
1 H LEU 757 H LEU 757 48.378 -25.968 -1.836
2 HA LEU 757 HA LEU 757 45.960 -24.481 -1.405
3 HB2 LEU 757 HB2 LEU 757 47.184 -25.686 -3.868
4 HB3 LEU 757 HB3 LEU 757 45.550 -25.063 -3.868
5 HG LEU 757 HG LEU 757 46.958 -23.423 -4.809
6 HD12 LEU 757 HD11 LEU 757 46.235 -22.619 -2.003
7 HD11 LEU 757 HD12 LEU 757 45.194 -22.566 -3.420
8 HD13 LEU 757 HD13 LEU 757 46.601 -21.510 -3.319
9 HD23 LEU 757 HD21 LEU 757 48.871 -22.415 -3.619
10 HD22 LEU 757 HD22 LEU 757 49.121 -24.133 -3.936
11 HD21 LEU 757 HD23 LEU 757 48.666 -23.593 -2.320
No H/Q in entry = 11
In of MODEL 13
1 H THR 758 H THR 758 43.998 -25.185 -1.288
2 HA THR 758 HA THR 758 43.522 -28.019 -1.650
3 HB THR 758 HB THR 758 41.843 -27.743 0.288
4 HG1 THR 758 HG1 THR 758 42.439 -25.265 0.220
5 HG22 THR 758 HG21 THR 758 44.796 -27.560 0.916
6 HG21 THR 758 HG22 THR 758 43.919 -29.034 0.513
7 HG23 THR 758 HG23 THR 758 43.553 -28.172 2.004
No H/Q in entry = 7
In of MODEL 13
1 H GLY 759 H GLY 759 40.807 -28.017 -1.370
2 HA3 GLY 759 HA2 GLY 759 40.065 -26.492 -3.707
3 HA2 GLY 759 HA3 GLY 759 39.135 -27.763 -2.908
No H/Q in entry = 3
In of MODEL 13
1 H ARG 760 H ARG 760 37.664 -25.777 -3.516
2 HA ARG 760 HA ARG 760 37.628 -23.709 -1.448
3 HB2 ARG 760 HB2 ARG 760 35.715 -22.791 -2.758
4 HB3 ARG 760 HB3 ARG 760 37.180 -23.019 -3.708
5 HG2 ARG 760 HG2 ARG 760 35.575 -23.840 -5.174
6 HG3 ARG 760 HG3 ARG 760 36.107 -25.280 -4.297
7 HD2 ARG 760 HD2 ARG 760 34.156 -25.135 -2.830
8 HD3 ARG 760 HD3 ARG 760 33.588 -23.716 -3.717
9 HE ARG 760 HE ARG 760 34.117 -26.033 -5.322
10 HH11 ARG 760 HH11 ARG 760 31.570 -24.448 -3.412
11 HH12 ARG 760 HH12 ARG 760 30.307 -25.112 -4.358
12 HH21 ARG 760 HH21 ARG 760 32.360 -26.889 -6.582
13 HH22 ARG 760 HH22 ARG 760 30.755 -26.506 -6.142
No H/Q in entry = 13
In of MODEL 13
1 H ASP 761 H ASP 761 36.644 -26.737 -1.701
2 HA ASP 761 HA ASP 761 33.999 -26.534 -0.588
3 HB2 ASP 761 HB2 ASP 761 33.963 -28.963 -0.702
4 HB3 ASP 761 HB3 ASP 761 34.555 -28.295 -2.217
No H/Q in entry = 4
In of MODEL 13
1 H SER 762 H SER 762 37.201 -26.756 0.575
2 HA SER 762 HA SER 762 36.548 -28.253 2.927
3 HB2 SER 762 HB2 SER 762 38.973 -27.658 3.526
4 HB3 SER 762 HB3 SER 762 38.671 -28.717 2.154
5 HG SER 762 HG SER 762 39.599 -27.309 0.946
No H/Q in entry = 5
In of MODEL 13
1 H CYS 763 H CYS 763 37.111 -24.814 2.272
2 HA CYS 763 HA CYS 763 36.478 -24.399 5.093
3 HB2 CYS 763 HB2 CYS 763 37.512 -22.273 5.013
4 HB3 CYS 763 HB3 CYS 763 38.647 -23.387 4.267
No H/Q in entry = 4
In of MODEL 13
1 H THR 764 H THR 764 35.238 -22.297 5.420
2 HA THR 764 HA THR 764 33.007 -22.306 3.578
3 HB THR 764 HB THR 764 33.415 -20.694 6.122
4 HG1 THR 764 HG1 THR 764 33.352 -23.133 6.179
5 HG22 THR 764 HG21 THR 764 30.915 -21.381 4.558
6 HG21 THR 764 HG22 THR 764 31.707 -19.808 4.588
7 HG23 THR 764 HG23 THR 764 30.970 -20.451 6.059
No H/Q in entry = 7
In of MODEL 13
1 H LEU 765 H LEU 765 33.507 -21.302 1.799
2 HA LEU 765 HA LEU 765 35.282 -19.031 1.856
3 HB2 LEU 765 HB2 LEU 765 35.287 -21.118 0.302
4 HB3 LEU 765 HB3 LEU 765 34.050 -20.217 -0.553
5 HG LEU 765 HG LEU 765 35.680 -18.352 -0.820
6 HD12 LEU 765 HD11 LEU 765 38.038 -18.868 -0.418
7 HD11 LEU 765 HD12 LEU 765 37.531 -20.377 0.366
8 HD13 LEU 765 HD13 LEU 765 37.081 -18.838 1.066
9 HD22 LEU 765 HD21 LEU 765 36.945 -19.457 -2.575
10 HD21 LEU 765 HD22 LEU 765 35.272 -20.026 -2.584
11 HD23 LEU 765 HD23 LEU 765 36.547 -21.030 -1.888
No H/Q in entry = 11
In of MODEL 13
1 HA PRO 766 HA PRO 766 31.885 -16.139 1.412
2 HB2 PRO 766 HB2 PRO 766 33.397 -13.989 0.598
3 HB3 PRO 766 HB3 PRO 766 33.190 -14.477 2.272
4 HG2 PRO 766 HG2 PRO 766 35.490 -14.878 0.455
5 HG3 PRO 766 HG3 PRO 766 35.465 -14.683 2.211
6 HD2 PRO 766 HD2 PRO 766 35.818 -17.069 0.881
7 HD3 PRO 766 HD3 PRO 766 35.264 -16.938 2.554
No H/Q in entry = 7
In of MODEL 13
1 H ALA 767 H ALA 767 34.358 -16.032 -1.156
2 HA ALA 767 HA ALA 767 32.533 -14.877 -3.070
3 HB3 ALA 767 HB1 ALA 767 34.457 -14.850 -4.527
4 HB1 ALA 767 HB2 ALA 767 35.325 -15.877 -3.376
5 HB2 ALA 767 HB3 ALA 767 34.871 -14.229 -2.916
No H/Q in entry = 5
In of MODEL 13
1 H SER 768 H SER 768 32.120 -17.626 -2.083
2 HA SER 768 HA SER 768 32.610 -19.353 -4.336
3 HB2 SER 768 HB2 SER 768 32.735 -20.211 -2.031
4 HB3 SER 768 HB3 SER 768 31.025 -19.864 -1.798
5 HG SER 768 HG SER 768 30.631 -21.710 -2.646
No H/Q in entry = 5
In of MODEL 13
1 H ALA 769 H ALA 769 30.148 -17.162 -3.407
2 HA ALA 769 HA ALA 769 28.417 -18.104 -5.551
3 HB2 ALA 769 HB1 ALA 769 27.447 -17.619 -2.731
4 HB3 ALA 769 HB2 ALA 769 27.551 -19.192 -3.526
5 HB1 ALA 769 HB3 ALA 769 26.427 -17.973 -4.125
No H/Q in entry = 5
In of MODEL 13
1 H GLU 770 H GLU 770 26.537 -16.435 -5.759
2 HA GLU 770 HA GLU 770 27.680 -13.830 -6.043
3 HB2 GLU 770 HB2 GLU 770 25.463 -13.191 -6.891
4 HB3 GLU 770 HB3 GLU 770 26.041 -14.657 -7.663
5 HG2 GLU 770 HG2 GLU 770 24.634 -15.983 -6.165
6 HG3 GLU 770 HG3 GLU 770 24.044 -14.508 -5.426
No H/Q in entry = 6
In of MODEL 13
1 H LYS 771 H LYS 771 26.780 -11.877 -5.020
2 HA LYS 771 HA LYS 771 25.644 -12.446 -2.392
3 HB2 LYS 771 HB2 LYS 771 28.083 -10.737 -2.904
4 HB3 LYS 771 HB3 LYS 771 27.248 -10.881 -1.363
5 HG2 LYS 771 HG2 LYS 771 28.535 -13.185 -2.831
6 HG3 LYS 771 HG3 LYS 771 29.297 -12.287 -1.521
7 HD2 LYS 771 HD2 LYS 771 27.778 -13.113 0.077
8 HD3 LYS 771 HD3 LYS 771 26.609 -13.603 -1.144
9 HE2 LYS 771 HE2 LYS 771 27.967 -15.374 -1.865
10 HE3 LYS 771 HE3 LYS 771 29.337 -14.859 -0.868
11 HZ1 LYS 771 HZ1 LYS 771 27.931 -15.312 1.093
12 HZ3 LYS 771 HZ2 LYS 771 28.208 -16.692 0.191
13 HZ2 LYS 771 HZ3 LYS 771 26.717 -15.912 0.086
No H/Q in entry = 13
In of MODEL 13
1 H ALA 772 H ALA 772 25.330 -10.159 -1.265
2 HA ALA 772 HA ALA 772 23.883 -8.440 -3.163
3 HB2 ALA 772 HB1 ALA 772 22.389 -9.934 -1.835
4 HB1 ALA 772 HB2 ALA 772 22.131 -8.225 -1.546
5 HB3 ALA 772 HB3 ALA 772 23.025 -9.186 -0.365
No H/Q in entry = 5
In of MODEL 13
1 H CYS 773 H CYS 773 23.169 -6.427 -1.491
2 HA CYS 773 HA CYS 773 25.619 -5.025 -1.379
3 HB2 CYS 773 HB2 CYS 773 22.925 -4.207 -0.294
4 HB3 CYS 773 HB3 CYS 773 24.295 -3.145 -0.595
No H/Q in entry = 4
In of MODEL 13
1 H GLY 774 H GLY 774 26.856 -4.441 0.249
2 HA3 GLY 774 HA2 GLY 774 26.975 -3.898 2.641
3 HA2 GLY 774 HA3 GLY 774 26.269 -5.491 2.930
No H/Q in entry = 3
In of MODEL 13
1 H ALA 775 H ALA 775 27.756 -6.621 0.679
2 HA ALA 775 HA ALA 775 30.516 -6.100 1.118
3 HB3 ALA 775 HB1 ALA 775 29.415 -8.801 1.947
4 HB2 ALA 775 HB2 ALA 775 30.132 -7.603 3.016
5 HB1 ALA 775 HB3 ALA 775 31.123 -8.397 1.795
No H/Q in entry = 5
In of MODEL 13
1 H CYS 776 H CYS 776 30.813 -5.780 -0.973
2 HA CYS 776 HA CYS 776 30.314 -8.058 -2.718
3 HB2 CYS 776 HB2 CYS 776 30.081 -5.120 -3.408
4 HB3 CYS 776 HB3 CYS 776 30.059 -6.414 -4.589
No H/Q in entry = 4
In of MODEL 13
1 HA PRO 777 HA PRO 777 34.726 -7.539 -3.200
2 HB2 PRO 777 HB2 PRO 777 35.056 -9.585 -4.976
3 HB3 PRO 777 HB3 PRO 777 34.867 -9.853 -3.239
4 HG2 PRO 777 HG2 PRO 777 32.875 -10.135 -5.437
5 HG3 PRO 777 HG3 PRO 777 33.111 -11.134 -3.997
6 HD2 PRO 777 HD2 PRO 777 31.157 -9.246 -4.246
7 HD3 PRO 777 HD3 PRO 777 31.836 -9.766 -2.691
No H/Q in entry = 7
In of MODEL 13
1 H LEU 778 H LEU 778 36.145 -7.527 -5.271
2 HA LEU 778 HA LEU 778 35.792 -5.372 -6.782
3 HB2 LEU 778 HB2 LEU 778 37.315 -6.337 -8.498
4 HB3 LEU 778 HB3 LEU 778 37.879 -6.463 -6.848
5 HG LEU 778 HG LEU 778 36.563 -8.804 -8.234
6 HD11 LEU 778 HD11 LEU 778 38.429 -8.122 -9.636
7 HD13 LEU 778 HD12 LEU 778 38.731 -9.638 -8.783
8 HD12 LEU 778 HD13 LEU 778 39.502 -8.152 -8.223
9 HD23 LEU 778 HD21 LEU 778 37.943 -10.096 -6.643
10 HD22 LEU 778 HD22 LEU 778 36.774 -9.053 -5.862
11 HD21 LEU 778 HD23 LEU 778 38.468 -8.589 -5.887
No H/Q in entry = 11
In of MODEL 13
1 H TRP 779 H TRP 779 34.747 -8.549 -8.049
2 HA TRP 779 HA TRP 779 33.636 -7.418 -10.441
3 HB2 TRP 779 HB2 TRP 779 32.713 -9.785 -10.759
4 HB3 TRP 779 HB3 TRP 779 34.465 -9.631 -10.662
5 HD1 TRP 779 HD1 TRP 779 31.484 -10.623 -8.389
6 HE1 TRP 779 HE1 TRP 779 32.382 -12.198 -6.570
7 HE3 TRP 779 HE3 TRP 779 36.431 -10.591 -9.649
8 HZ2 TRP 779 HZ2 TRP 779 34.877 -13.264 -5.778
9 HZ3 TRP 779 HZ3 TRP 779 37.984 -11.913 -8.311
10 HH2 TRP 779 HH2 TRP 779 37.213 -13.216 -6.421
No H/Q in entry = 10
In of MODEL 13
1 H GLY 780 H GLY 780 32.452 -7.308 -7.352
2 HA3 GLY 780 HA2 GLY 780 29.667 -7.564 -8.256
3 HA2 GLY 780 HA3 GLY 780 30.212 -7.799 -6.595
No H/Q in entry = 3
In of MODEL 13
1 H LYS 781 H LYS 781 28.339 -5.851 -7.962
2 HA LYS 781 HA LYS 781 29.356 -3.469 -6.532
3 HB2 LYS 781 HB2 LYS 781 30.031 -3.321 -8.908
4 HB3 LYS 781 HB3 LYS 781 28.310 -3.341 -9.321
5 HG2 LYS 781 HG2 LYS 781 27.910 -1.386 -8.066
6 HG3 LYS 781 HG3 LYS 781 29.544 -1.415 -7.413
7 HD2 LYS 781 HD2 LYS 781 30.397 -1.083 -9.701
8 HD3 LYS 781 HD3 LYS 781 28.718 -0.903 -10.248
9 HE2 LYS 781 HE2 LYS 781 28.368 0.863 -8.692
10 HE3 LYS 781 HE3 LYS 781 29.990 0.605 -8.055
11 HZ1 LYS 781 HZ1 LYS 781 29.401 1.534 -10.848
12 HZ3 LYS 781 HZ2 LYS 781 30.928 1.341 -10.151
13 HZ2 LYS 781 HZ3 LYS 781 29.899 2.525 -9.575
No H/Q in entry = 13
In of MODEL 13
1 H CYS 782 H CYS 782 27.890 -2.892 -5.198
2 HA CYS 782 HA CYS 782 25.099 -3.448 -5.673
3 HB2 CYS 782 HB2 CYS 782 25.960 -3.504 -3.370
4 HB3 CYS 782 HB3 CYS 782 26.459 -1.818 -3.504
No H/Q in entry = 4
In of MODEL 13
1 H ASP 783 H ASP 783 24.305 -2.384 -7.302
2 HA ASP 783 HA ASP 783 24.940 0.483 -7.494
3 HB2 ASP 783 HB2 ASP 783 25.696 -1.144 -9.381
4 HB3 ASP 783 HB3 ASP 783 23.997 -1.170 -9.838
No H/Q in entry = 4
In of MODEL 13
1 H ALA 784 H ALA 784 23.040 1.498 -9.001
2 HA ALA 784 HA ALA 784 20.832 1.424 -7.145
3 HB3 ALA 784 HB1 ALA 784 20.114 3.460 -8.232
4 HB2 ALA 784 HB2 ALA 784 21.318 3.228 -9.498
5 HB1 ALA 784 HB3 ALA 784 21.832 3.545 -7.841
No H/Q in entry = 5
In of MODEL 13
1 H GLU 785 H GLU 785 21.340 -0.626 -9.375
2 HA GLU 785 HA GLU 785 19.327 -0.725 -11.285
3 HB2 GLU 785 HB2 GLU 785 20.340 -3.026 -9.585
4 HB3 GLU 785 HB3 GLU 785 19.507 -3.179 -11.123
5 HG2 GLU 785 HG2 GLU 785 22.170 -1.833 -10.755
6 HG3 GLU 785 HG3 GLU 785 21.958 -3.508 -11.258
No H/Q in entry = 6
In of MODEL 13
1 H SER 786 H SER 786 19.249 -2.223 -8.100
2 HA SER 786 HA SER 786 16.598 -1.253 -7.481
3 HB2 SER 786 HB2 SER 786 17.221 -4.238 -7.565
4 HB3 SER 786 HB3 SER 786 15.723 -3.517 -6.981
5 HG SER 786 HG SER 786 16.198 -2.588 -9.413
No H/Q in entry = 5
In of MODEL 13
1 H SER 787 H SER 787 19.401 -0.972 -6.693
2 HA SER 787 HA SER 787 20.910 -1.187 -5.092
3 HB2 SER 787 HB2 SER 787 18.438 -1.120 -3.343
4 HB3 SER 787 HB3 SER 787 20.082 -0.841 -2.762
5 HG SER 787 HG SER 787 20.214 0.976 -4.015
No H/Q in entry = 5
In of MODEL 13
1 H LYS 788 H LYS 788 21.334 -3.203 -6.032
2 HA LYS 788 HA LYS 788 21.393 -5.379 -4.108
3 HB2 LYS 788 HB2 LYS 788 20.729 -7.005 -5.824
4 HB3 LYS 788 HB3 LYS 788 19.417 -5.868 -5.558
5 HG2 LYS 788 HG2 LYS 788 20.042 -4.660 -7.590
6 HG3 LYS 788 HG3 LYS 788 21.377 -5.784 -7.848
7 HD2 LYS 788 HD2 LYS 788 19.776 -7.630 -8.031
8 HD3 LYS 788 HD3 LYS 788 18.446 -6.495 -7.784
9 HE2 LYS 788 HE2 LYS 788 19.135 -5.284 -9.800
10 HE3 LYS 788 HE3 LYS 788 20.424 -6.453 -10.053
11 HZ1 LYS 788 HZ1 LYS 788 17.535 -7.146 -9.989
12 HZ3 LYS 788 HZ2 LYS 788 18.796 -8.178 -10.421
13 HZ2 LYS 788 HZ3 LYS 788 18.415 -6.850 -11.379
No H/Q in entry = 13
In of MODEL 13
1 H CYS 789 H CYS 789 22.965 -7.049 -5.167
2 HA CYS 789 HA CYS 789 25.147 -5.374 -6.154
3 HB2 CYS 789 HB2 CYS 789 25.334 -6.761 -4.004
4 HB3 CYS 789 HB3 CYS 789 25.304 -8.178 -5.036
No H/Q in entry = 4
In of MODEL 13
1 H VAL 790 H VAL 790 25.655 -5.553 -8.160
2 HA VAL 790 HA VAL 790 24.575 -7.787 -9.720
3 HB VAL 790 HB VAL 790 23.861 -5.463 -10.350
4 HG13 VAL 790 HG11 VAL 790 25.830 -4.200 -9.831
5 HG12 VAL 790 HG12 VAL 790 25.405 -3.966 -11.527
6 HG11 VAL 790 HG13 VAL 790 26.737 -5.033 -11.092
7 HG21 VAL 790 HG21 VAL 790 25.449 -6.907 -12.470
8 HG23 VAL 790 HG22 VAL 790 24.233 -5.666 -12.783
9 HG22 VAL 790 HG23 VAL 790 23.762 -7.195 -12.038
No H/Q in entry = 9
In of MODEL 13
1 H CYS 791 H CYS 791 25.979 -8.719 -11.343
2 HA CYS 791 HA CYS 791 28.753 -8.738 -10.438
3 HB2 CYS 791 HB2 CYS 791 27.437 -10.635 -12.399
4 HB3 CYS 791 HB3 CYS 791 28.908 -10.859 -11.473
No H/Q in entry = 4
In of MODEL 13
1 H ARG 792 H ARG 792 30.111 -7.625 -11.506
2 HA ARG 792 HA ARG 792 29.569 -6.147 -13.842
3 HB2 ARG 792 HB2 ARG 792 32.190 -6.859 -12.494
4 HB3 ARG 792 HB3 ARG 792 32.054 -5.701 -13.805
5 HG2 ARG 792 HG2 ARG 792 30.796 -4.198 -12.464
6 HG3 ARG 792 HG3 ARG 792 30.553 -5.413 -11.214
7 HD2 ARG 792 HD2 ARG 792 32.230 -3.794 -10.507
8 HD3 ARG 792 HD3 ARG 792 32.959 -5.376 -10.717
9 HE ARG 792 HE ARG 792 33.183 -3.581 -12.975
10 HH11 ARG 792 HH11 ARG 792 34.718 -4.781 -10.026
11 HH12 ARG 792 HH12 ARG 792 36.285 -4.280 -10.436
12 HH21 ARG 792 HH21 ARG 792 35.421 -2.865 -13.565
13 HH22 ARG 792 HH22 ARG 792 36.684 -3.253 -12.460
No H/Q in entry = 13
In of MODEL 13
1 H GLU 793 H GLU 793 30.347 -6.468 -15.958
2 HA GLU 793 HA GLU 793 30.402 -9.156 -16.851
3 HB2 GLU 793 HB2 GLU 793 31.233 -6.629 -18.279
4 HB3 GLU 793 HB3 GLU 793 31.066 -8.198 -19.052
5 HG2 GLU 793 HG2 GLU 793 28.688 -8.215 -18.444
6 HG3 GLU 793 HG3 GLU 793 28.884 -6.614 -17.737
No H/Q in entry = 6
In of MODEL 13
1 H ALA 794 H ALA 794 32.202 -10.130 -18.086
2 HA ALA 794 HA ALA 794 34.539 -10.198 -16.454
3 HB3 ALA 794 HB1 ALA 794 35.362 -11.826 -18.085
4 HB1 ALA 794 HB2 ALA 794 33.999 -11.466 -19.141
5 HB2 ALA 794 HB3 ALA 794 33.722 -12.205 -17.562
No H/Q in entry = 5
In of MODEL 13
1 H SER 795 H SER 795 33.571 -8.415 -19.135
2 HA SER 795 HA SER 795 36.122 -7.714 -20.202
3 HB2 SER 795 HB2 SER 795 33.438 -6.393 -20.563
4 HB3 SER 795 HB3 SER 795 34.796 -6.435 -21.694
5 HG SER 795 HG SER 795 34.261 -8.344 -22.322
No H/Q in entry = 5
In of MODEL 13
1 H GLU 796 H GLU 796 34.012 -6.770 -17.665
2 HA GLU 796 HA GLU 796 35.116 -4.121 -17.473
3 HB2 GLU 796 HB2 GLU 796 32.707 -4.204 -17.339
4 HB3 GLU 796 HB3 GLU 796 32.754 -5.474 -16.137
5 HG2 GLU 796 HG2 GLU 796 32.097 -3.275 -15.222
6 HG3 GLU 796 HG3 GLU 796 33.550 -3.967 -14.498
No H/Q in entry = 6
In of MODEL 13
1 H CYS 797 H CYS 797 37.010 -5.485 -17.162
2 HA CYS 797 HA CYS 797 37.560 -5.849 -14.279
3 HB2 CYS 797 HB2 CYS 797 38.180 -7.700 -15.893
4 HB3 CYS 797 HB3 CYS 797 39.328 -6.599 -16.637
No H/Q in entry = 4
In of MODEL 13
1 H GLU 798 H GLU 798 38.921 -4.392 -13.270
2 HA GLU 798 HA GLU 798 40.136 -2.277 -14.954
3 HB2 GLU 798 HB2 GLU 798 37.911 -1.631 -14.140
4 HB3 GLU 798 HB3 GLU 798 38.434 -1.934 -12.498
5 HG2 GLU 798 HG2 GLU 798 40.082 -0.131 -12.713
6 HG3 GLU 798 HG3 GLU 798 39.476 0.195 -14.342
No H/Q in entry = 6
In of MODEL 13
1 H GLU 799 H GLU 799 39.825 -3.780 -11.839
2 HA GLU 799 HA GLU 799 42.107 -2.554 -10.703
3 HB2 GLU 799 HB2 GLU 799 41.633 -4.195 -8.827
4 HB3 GLU 799 HB3 GLU 799 40.405 -2.990 -9.177
5 HG2 GLU 799 HG2 GLU 799 40.265 -5.733 -10.346
6 HG3 GLU 799 HG3 GLU 799 39.685 -5.421 -8.706
No H/Q in entry = 6
In of MODEL 13
1 H GLU 800 H GLU 800 43.770 -3.981 -9.574
2 HA GLU 800 HA GLU 800 44.888 -5.648 -11.653
3 HB2 GLU 800 HB2 GLU 800 46.170 -4.294 -9.290
4 HB3 GLU 800 HB3 GLU 800 47.004 -5.442 -10.315
5 HG2 GLU 800 HG2 GLU 800 46.720 -3.984 -12.222
6 HG3 GLU 800 HG3 GLU 800 45.806 -2.841 -11.234
No H/Q in entry = 6
In of MODEL 13
1 H GLY 801 H GLY 801 43.323 -7.157 -11.003
2 HA3 GLY 801 HA2 GLY 801 43.817 -8.742 -8.631
3 HA2 GLY 801 HA3 GLY 801 42.778 -9.206 -9.980
No H/Q in entry = 3
In of MODEL 13
1 H PHE 802 H PHE 802 44.044 -11.321 -9.364
2 HA PHE 802 HA PHE 802 46.628 -11.343 -10.672
3 HB2 PHE 802 HB2 PHE 802 45.187 -13.221 -8.843
4 HB3 PHE 802 HB3 PHE 802 46.512 -13.796 -9.840
5 HD1 PHE 802 HD1 PHE 802 46.329 -10.448 -8.289
6 HD2 PHE 802 HD2 PHE 802 48.009 -14.343 -8.134
7 HE1 PHE 802 HE1 PHE 802 47.931 -9.681 -6.636
8 HE2 PHE 802 HE2 PHE 802 49.610 -13.597 -6.468
9 HZ PHE 802 HZ PHE 802 49.586 -11.249 -5.697
No H/Q in entry = 9
In of MODEL 13
1 H SER 803 H SER 803 47.074 -13.264 -11.948
2 HA SER 803 HA SER 803 44.819 -13.954 -13.671
3 HB2 SER 803 HB2 SER 803 47.740 -14.629 -14.097
4 HB3 SER 803 HB3 SER 803 46.402 -14.664 -15.264
5 HG SER 803 HG SER 803 46.743 -12.666 -15.677
No H/Q in entry = 5
In of MODEL 13
1 H ILE 804 H ILE 804 43.971 -15.881 -13.371
2 HA ILE 804 HA ILE 804 45.445 -17.798 -11.731
3 HB ILE 804 HB ILE 804 43.396 -18.556 -10.643
4 HG12 ILE 804 HG12 ILE 804 41.780 -17.865 -12.470
5 HG13 ILE 804 HG13 ILE 804 41.245 -17.506 -10.840
6 HG22 ILE 804 HG21 ILE 804 43.811 -15.600 -10.304
7 HG21 ILE 804 HG22 ILE 804 44.689 -16.890 -9.479
8 HG23 ILE 804 HG23 ILE 804 42.968 -16.638 -9.162
9 HD13 ILE 804 HD11 ILE 804 40.678 -15.691 -12.298
10 HD12 ILE 804 HD12 ILE 804 42.315 -15.552 -12.874
11 HD11 ILE 804 HD13 ILE 804 41.937 -15.144 -11.196
No H/Q in entry = 11
In of MODEL 13
1 H CYS 805 H CYS 805 44.486 -20.026 -11.916
2 HA CYS 805 HA CYS 805 43.910 -20.561 -14.767
3 HB2 CYS 805 HB2 CYS 805 46.160 -21.330 -13.727
4 HB3 CYS 805 HB3 CYS 805 45.177 -22.373 -12.704
No H/Q in entry = 4
In of MODEL 13
1 H VAL 806 H VAL 806 41.931 -21.201 -15.090
2 HA VAL 806 HA VAL 806 40.736 -22.664 -12.892
3 HB VAL 806 HB VAL 806 40.025 -20.332 -12.786
4 HG12 VAL 806 HG11 VAL 806 38.662 -19.335 -14.509
5 HG11 VAL 806 HG12 VAL 806 39.029 -20.724 -15.541
6 HG13 VAL 806 HG13 VAL 806 40.326 -19.660 -15.002
7 HG23 VAL 806 HG21 VAL 806 37.788 -22.082 -13.746
8 HG22 VAL 806 HG22 VAL 806 37.648 -20.616 -12.754
9 HG21 VAL 806 HG23 VAL 806 38.435 -22.053 -12.108
No H/Q in entry = 9
In of MODEL 13
1 H GLU 807 H GLU 807 39.695 -24.445 -13.407
2 HA GLU 807 HA GLU 807 39.719 -25.364 -16.129
3 HB2 GLU 807 HB2 GLU 807 40.362 -26.867 -14.307
4 HB3 GLU 807 HB3 GLU 807 38.787 -26.663 -13.566
5 HG2 GLU 807 HG2 GLU 807 37.758 -27.690 -15.552
6 HG3 GLU 807 HG3 GLU 807 39.368 -27.951 -16.217
No H/Q in entry = 6
In of MODEL 13
1 H VAL 808 H VAL 808 38.218 -24.736 -17.339
2 HA VAL 808 HA VAL 808 35.424 -24.729 -16.457
3 HB VAL 808 HB VAL 808 36.776 -22.737 -18.250
4 HG11 VAL 808 HG11 VAL 808 34.557 -23.151 -18.950
5 HG13 VAL 808 HG12 VAL 808 34.750 -21.510 -18.320
6 HG12 VAL 808 HG13 VAL 808 33.934 -22.750 -17.337
7 HG22 VAL 808 HG21 VAL 808 37.463 -22.277 -16.066
8 HG21 VAL 808 HG22 VAL 808 35.810 -22.352 -15.465
9 HG23 VAL 808 HG23 VAL 808 36.299 -21.055 -16.562
No H/Q in entry = 9
In of MODEL 13
1 H ASN 809 H ASN 809 34.135 -25.702 -18.028
2 HA ASN 809 HA ASN 809 33.565 -26.956 -19.786
3 HB2 ASN 809 HB2 ASN 809 35.844 -25.486 -21.046
4 HB3 ASN 809 HB3 ASN 809 34.932 -26.678 -21.946
5 HD21 ASN 809 HD21 ASN 809 35.208 -23.869 -22.341
6 HD22 ASN 809 HD22 ASN 809 33.599 -23.212 -22.274
No H/Q in entry = 6
In of MODEL 13
1 H GLY 810 H GLY 810 35.985 -27.536 -17.911
2 HA3 GLY 810 HA2 GLY 810 36.874 -29.677 -17.439
3 HA2 GLY 810 HA3 GLY 810 36.664 -30.095 -19.135
No H/Q in entry = 3
In of MODEL 13
1 H LYS 811 H LYS 811 37.901 -27.167 -19.437
2 HA LYS 811 HA LYS 811 40.656 -28.174 -19.435
3 HB2 LYS 811 HB2 LYS 811 39.352 -26.184 -21.304
4 HB3 LYS 811 HB3 LYS 811 41.045 -26.659 -21.347
5 HG2 LYS 811 HG2 LYS 811 40.411 -28.953 -21.852
6 HG3 LYS 811 HG3 LYS 811 38.709 -28.519 -21.769
7 HD2 LYS 811 HD2 LYS 811 39.417 -28.652 -24.083
8 HD3 LYS 811 HD3 LYS 811 39.027 -26.986 -23.668
9 HE2 LYS 811 HE2 LYS 811 41.391 -26.457 -23.441
10 HE3 LYS 811 HE3 LYS 811 41.821 -28.140 -23.723
11 HZ3 LYS 811 HZ1 LYS 811 40.965 -27.957 -25.968
12 HZ2 LYS 811 HZ2 LYS 811 42.096 -26.744 -25.711
13 HZ1 LYS 811 HZ3 LYS 811 40.450 -26.383 -25.684
No H/Q in entry = 13
In of MODEL 13
1 H GLU 812 H GLU 812 42.321 -26.688 -18.913
2 HA GLU 812 HA GLU 812 41.435 -24.706 -16.966
3 HB2 GLU 812 HB2 GLU 812 44.161 -25.883 -17.530
4 HB3 GLU 812 HB3 GLU 812 43.815 -24.715 -16.265
5 HG2 GLU 812 HG2 GLU 812 42.376 -26.285 -15.141
6 HG3 GLU 812 HG3 GLU 812 42.562 -27.444 -16.454
No H/Q in entry = 6
In of MODEL 13
1 H GLN 813 H GLN 813 41.068 -22.793 -17.716
2 HA GLN 813 HA GLN 813 42.902 -21.631 -19.725
3 HB2 GLN 813 HB2 GLN 813 40.632 -21.850 -20.529
4 HB3 GLN 813 HB3 GLN 813 39.989 -21.082 -19.084
5 HG2 GLN 813 HG2 GLN 813 41.004 -19.042 -19.687
6 HG3 GLN 813 HG3 GLN 813 41.746 -19.723 -21.143
7 HE21 GLN 813 HE21 GLN 813 38.934 -18.474 -19.701
8 HE22 GLN 813 HE22 GLN 813 37.851 -18.557 -21.040
No H/Q in entry = 8
In of MODEL 13
1 H THR 814 H THR 814 43.715 -19.599 -19.299
2 HA THR 814 HA THR 814 43.883 -18.882 -16.488
3 HB THR 814 HB THR 814 45.096 -17.523 -18.883
4 HG1 THR 814 HG1 THR 814 46.146 -19.237 -19.047
5 HG23 THR 814 HG21 THR 814 46.772 -16.700 -17.272
6 HG22 THR 814 HG22 THR 814 45.907 -17.517 -15.971
7 HG21 THR 814 HG23 THR 814 45.143 -16.183 -16.834
No H/Q in entry = 7
In of MODEL 13
1 H MET 815 H MET 815 42.793 -17.222 -15.635
2 HA MET 815 HA MET 815 41.561 -15.311 -17.502
3 HB2 MET 815 HB2 MET 815 40.273 -16.297 -14.967
4 HB3 MET 815 HB3 MET 815 39.581 -15.158 -16.113
5 HG2 MET 815 HG2 MET 815 39.711 -17.077 -17.811
6 HG3 MET 815 HG3 MET 815 40.092 -18.051 -16.401
7 HE1 MET 815 HE1 MET 815 38.309 -19.598 -17.034
8 HE3 MET 815 HE2 MET 815 37.703 -18.625 -18.380
9 HE2 MET 815 HE3 MET 815 36.579 -19.239 -17.156
No H/Q in entry = 9
In of MODEL 13
1 H SER 816 H SER 816 41.131 -13.281 -16.520
2 HA SER 816 HA SER 816 42.997 -12.560 -14.448
3 HB2 SER 816 HB2 SER 816 40.910 -10.981 -15.976
4 HB3 SER 816 HB3 SER 816 42.111 -10.269 -14.890
5 HG SER 816 HG SER 816 42.345 -10.765 -17.451
No H/Q in entry = 5
In of MODEL 13
1 H GLU 817 H GLU 817 42.275 -11.849 -12.418
2 HA GLU 817 HA GLU 817 40.551 -13.240 -10.943
3 HB2 GLU 817 HB2 GLU 817 42.086 -11.114 -10.491
4 HB3 GLU 817 HB3 GLU 817 40.485 -10.382 -10.350
5 HG2 GLU 817 HG2 GLU 817 40.848 -11.038 -8.187
6 HG3 GLU 817 HG3 GLU 817 40.031 -12.461 -8.845
No H/Q in entry = 6
In of MODEL 13
1 H CYS 818 H CYS 818 39.683 -10.108 -12.421
2 HA CYS 818 HA CYS 818 37.086 -9.805 -11.521
3 HB2 CYS 818 HB2 CYS 818 37.900 -9.075 -14.307
4 HB3 CYS 818 HB3 CYS 818 36.796 -8.230 -13.233
No H/Q in entry = 4
In of MODEL 13
1 H GLU 819 H GLU 819 38.330 -11.557 -14.308
2 HA GLU 819 HA GLU 819 35.811 -12.051 -15.488
3 HB2 GLU 819 HB2 GLU 819 37.768 -11.898 -16.842
4 HB3 GLU 819 HB3 GLU 819 38.546 -13.190 -15.947
5 HG2 GLU 819 HG2 GLU 819 37.140 -14.801 -16.842
6 HG3 GLU 819 HG3 GLU 819 36.023 -13.608 -17.504
No H/Q in entry = 6
In of MODEL 13
1 H ALA 820 H ALA 820 38.183 -14.177 -13.910
2 HA ALA 820 HA ALA 820 36.620 -16.463 -13.926
3 HB2 ALA 820 HB1 ALA 820 38.101 -17.301 -12.152
4 HB3 ALA 820 HB2 ALA 820 38.739 -15.658 -11.977
5 HB1 ALA 820 HB3 ALA 820 38.968 -16.540 -13.488
No H/Q in entry = 5
In of MODEL 13
1 H GLY 821 H GLY 821 36.508 -13.692 -11.853
2 HA3 GLY 821 HA2 GLY 821 34.868 -14.947 -9.830
3 HA2 GLY 821 HA3 GLY 821 35.361 -13.258 -9.889
No H/Q in entry = 3
In of MODEL 13
1 H ALA 822 H ALA 822 34.448 -12.674 -12.529
2 HA ALA 822 HA ALA 822 31.785 -11.972 -12.023
3 HB1 ALA 822 HB1 ALA 822 33.180 -12.116 -14.703
4 HB2 ALA 822 HB2 ALA 822 33.263 -10.766 -13.576
5 HB3 ALA 822 HB3 ALA 822 31.723 -11.190 -14.317
No H/Q in entry = 5
In of MODEL 13
1 H LEU 823 H LEU 823 33.168 -14.524 -14.029
2 HA LEU 823 HA LEU 823 30.753 -15.617 -14.951
3 HB2 LEU 823 HB2 LEU 823 33.483 -16.854 -14.547
4 HB3 LEU 823 HB3 LEU 823 32.151 -17.831 -15.042
5 HG LEU 823 HG LEU 823 33.461 -17.282 -16.977
6 HD13 LEU 823 HD11 LEU 823 31.813 -16.319 -18.445
7 HD12 LEU 823 HD12 LEU 823 30.917 -15.712 -17.059
8 HD11 LEU 823 HD13 LEU 823 31.065 -17.452 -17.316
9 HD22 LEU 823 HD21 LEU 823 34.508 -15.209 -16.243
10 HD21 LEU 823 HD22 LEU 823 32.960 -14.377 -16.351
11 HD23 LEU 823 HD23 LEU 823 33.731 -14.998 -17.811
No H/Q in entry = 11
In of MODEL 13
1 H ARG 824 H ARG 824 32.471 -16.049 -12.011
2 HA ARG 824 HA ARG 824 31.056 -18.311 -10.995
3 HB2 ARG 824 HB2 ARG 824 33.324 -17.444 -10.426
4 HB3 ARG 824 HB3 ARG 824 32.537 -16.182 -9.499
5 HG2 ARG 824 HG2 ARG 824 31.630 -17.785 -7.979
6 HG3 ARG 824 HG3 ARG 824 32.223 -19.139 -8.942
7 HD2 ARG 824 HD2 ARG 824 33.778 -17.099 -7.403
8 HD3 ARG 824 HD3 ARG 824 33.860 -18.869 -7.263
9 HE ARG 824 HE ARG 824 34.866 -17.243 -9.504
10 HH11 ARG 824 HH11 ARG 824 35.071 -20.213 -7.623
11 HH12 ARG 824 HH12 ARG 824 36.542 -20.712 -8.248
12 HH21 ARG 824 HH21 ARG 824 36.783 -17.841 -10.425
13 HH22 ARG 824 HH22 ARG 824 37.615 -19.258 -9.934
No H/Q in entry = 13
In of MODEL 13
1 H CYS 825 H CYS 825 30.881 -14.830 -10.570
2 HA CYS 825 HA CYS 825 28.884 -14.731 -8.600
3 HB2 CYS 825 HB2 CYS 825 30.465 -12.849 -9.280
4 HB3 CYS 825 HB3 CYS 825 29.484 -12.658 -10.711
No H/Q in entry = 4
In of MODEL 13
1 H ARG 826 H ARG 826 28.767 -14.750 -12.133
2 HA ARG 826 HA ARG 826 25.972 -14.207 -12.180
3 HB2 ARG 826 HB2 ARG 826 26.081 -14.678 -14.584
4 HB3 ARG 826 HB3 ARG 826 27.257 -13.459 -14.062
5 HG2 ARG 826 HG2 ARG 826 28.953 -15.252 -14.164
6 HG3 ARG 826 HG3 ARG 826 27.712 -16.325 -14.818
7 HD2 ARG 826 HD2 ARG 826 28.680 -13.741 -16.036
8 HD3 ARG 826 HD3 ARG 826 28.957 -15.374 -16.650
9 HE ARG 826 HE ARG 826 26.362 -15.365 -16.593
10 HH11 ARG 826 HH11 ARG 826 28.530 -12.827 -17.821
11 HH12 ARG 826 HH12 ARG 826 27.375 -12.204 -18.908
12 HH21 ARG 826 HH21 ARG 826 24.836 -14.503 -18.073
13 HH22 ARG 826 HH22 ARG 826 25.236 -13.174 -19.067
No H/Q in entry = 13
In of MODEL 13
1 H GLY 827 H GLY 827 27.825 -17.180 -12.216
2 HA3 GLY 827 HA2 GLY 827 26.341 -18.990 -11.233
3 HA2 GLY 827 HA3 GLY 827 25.269 -18.581 -12.568
No H/Q in entry = 3
In of MODEL 13
1 H GLN 828 H GLN 828 28.148 -18.189 -13.881
2 HA GLN 828 HA GLN 828 28.145 -20.593 -15.394
3 HB2 GLN 828 HB2 GLN 828 29.185 -18.454 -16.152
4 HB3 GLN 828 HB3 GLN 828 30.415 -18.657 -14.917
5 HG2 GLN 828 HG2 GLN 828 31.532 -19.435 -16.772
6 HG3 GLN 828 HG3 GLN 828 30.852 -20.923 -16.138
7 HE21 GLN 828 HE21 GLN 828 28.115 -20.030 -17.168
8 HE22 GLN 828 HE22 GLN 828 28.200 -20.381 -18.846
No H/Q in entry = 8
In of MODEL 13
1 H SER 829 H SER 829 29.564 -22.424 -15.253
2 HA SER 829 HA SER 829 30.561 -22.923 -12.577
3 HB2 SER 829 HB2 SER 829 30.223 -24.765 -14.934
4 HB3 SER 829 HB3 SER 829 30.589 -25.254 -13.277
5 HG SER 829 HG SER 829 28.346 -23.677 -13.748
No H/Q in entry = 5
In of MODEL 13
1 H ILE 830 H ILE 830 32.636 -22.820 -12.155
2 HA ILE 830 HA ILE 830 34.756 -23.159 -14.152
3 HB ILE 830 HB ILE 830 35.883 -21.116 -13.460
4 HG12 ILE 830 HG12 ILE 830 35.035 -20.912 -11.102
5 HG13 ILE 830 HG13 ILE 830 34.984 -19.379 -11.895
6 HG23 ILE 830 HG21 ILE 830 34.499 -19.340 -14.412
7 HG22 ILE 830 HG22 ILE 830 33.108 -20.429 -14.347
8 HG21 ILE 830 HG23 ILE 830 34.496 -20.830 -15.358
9 HD12 ILE 830 HD11 ILE 830 32.648 -21.195 -11.388
10 HD11 ILE 830 HD12 ILE 830 32.579 -19.700 -12.319
11 HD13 ILE 830 HD13 ILE 830 33.026 -19.656 -10.615
No H/Q in entry = 11
In of MODEL 13
1 H SER 831 H SER 831 36.524 -24.104 -13.115
2 HA SER 831 HA SER 831 36.256 -24.482 -10.228
3 HB2 SER 831 HB2 SER 831 37.227 -26.335 -12.369
4 HB3 SER 831 HB3 SER 831 37.331 -26.654 -10.642
5 HG SER 831 HG SER 831 34.837 -25.897 -11.483
No H/Q in entry = 5
In of MODEL 13
1 H VAL 832 H VAL 832 37.821 -23.186 -9.350
2 HA VAL 832 HA VAL 832 40.223 -22.513 -10.710
3 HB VAL 832 HB VAL 832 39.379 -22.156 -7.833
4 HG13 VAL 832 HG11 VAL 832 41.869 -22.314 -7.918
5 HG12 VAL 832 HG12 VAL 832 41.359 -20.662 -7.566
6 HG11 VAL 832 HG13 VAL 832 41.894 -21.094 -9.191
7 HG23 VAL 832 HG21 VAL 832 39.738 -20.233 -10.102
8 HG22 VAL 832 HG22 VAL 832 39.248 -19.814 -8.456
9 HG21 VAL 832 HG23 VAL 832 38.219 -20.845 -9.454
No H/Q in entry = 9
In of MODEL 13
1 H THR 833 H THR 833 41.711 -23.930 -11.187
2 HA THR 833 HA THR 833 42.152 -26.198 -9.483
3 HB THR 833 HB THR 833 43.703 -26.822 -11.366
4 HG1 THR 833 HG1 THR 833 43.686 -25.598 -13.187
5 HG22 THR 833 HG21 THR 833 40.827 -26.247 -12.078
6 HG21 THR 833 HG22 THR 833 41.402 -27.670 -11.210
7 HG23 THR 833 HG23 THR 833 41.877 -27.408 -12.889
No H/Q in entry = 7
In of MODEL 13
1 H SER 834 H SER 834 43.637 -23.213 -10.464
2 HA SER 834 HA SER 834 45.617 -23.546 -8.392
3 HB2 SER 834 HB2 SER 834 46.345 -22.992 -11.277
4 HB3 SER 834 HB3 SER 834 47.445 -22.921 -9.908
5 HG SER 834 HG SER 834 46.208 -25.230 -9.796
No H/Q in entry = 5
In of MODEL 13
1 H ILE 835 H ILE 835 46.273 -21.612 -7.556
2 HA ILE 835 HA ILE 835 44.818 -19.219 -8.438
3 HB ILE 835 HB ILE 835 45.283 -18.271 -6.354
4 HG12 ILE 835 HG12 ILE 835 47.729 -18.590 -6.209
5 HG13 ILE 835 HG13 ILE 835 46.946 -19.018 -4.703
6 HG22 ILE 835 HG21 ILE 835 44.997 -21.193 -5.828
7 HG21 ILE 835 HG22 ILE 835 43.720 -20.018 -6.124
8 HG23 ILE 835 HG23 ILE 835 44.699 -19.909 -4.655
9 HD13 ILE 835 HD11 ILE 835 48.733 -20.514 -5.226
10 HD12 ILE 835 HD12 ILE 835 47.980 -20.893 -6.788
11 HD11 ILE 835 HD13 ILE 835 47.180 -21.365 -5.282
No H/Q in entry = 11
In of MODEL 13
1 H ARG 836 H ARG 836 47.140 -20.659 -9.639
2 HA ARG 836 HA ARG 836 48.932 -18.391 -10.153
3 HB2 ARG 836 HB2 ARG 836 49.397 -21.318 -10.747
4 HB3 ARG 836 HB3 ARG 836 50.575 -20.019 -10.796
5 HG2 ARG 836 HG2 ARG 836 50.387 -19.799 -8.352
6 HG3 ARG 836 HG3 ARG 836 49.271 -21.163 -8.354
7 HD2 ARG 836 HD2 ARG 836 51.042 -22.457 -9.516
8 HD3 ARG 836 HD3 ARG 836 52.147 -21.136 -9.166
9 HE ARG 836 HE ARG 836 50.734 -22.672 -7.099
10 HH11 ARG 836 HH11 ARG 836 53.617 -20.875 -8.169
11 HH12 ARG 836 HH12 ARG 836 54.568 -21.320 -6.843
12 HH21 ARG 836 HH21 ARG 836 52.062 -23.263 -5.231
13 HH22 ARG 836 HH22 ARG 836 53.651 -22.723 -5.106
No H/Q in entry = 13
In of MODEL 13
1 HA PRO 837 HA PRO 837 46.836 -18.598 -14.111
2 HB2 PRO 837 HB2 PRO 837 48.847 -17.872 -15.825
3 HB3 PRO 837 HB3 PRO 837 47.940 -16.724 -14.838
4 HG2 PRO 837 HG2 PRO 837 50.649 -17.896 -14.373
5 HG3 PRO 837 HG3 PRO 837 50.075 -16.248 -14.082
6 HD2 PRO 837 HD2 PRO 837 50.364 -18.061 -12.096
7 HD3 PRO 837 HD3 PRO 837 49.118 -16.801 -12.066
No H/Q in entry = 7
In of MODEL 13
1 H CYS 838 H CYS 838 46.884 -19.755 -16.256
2 HA CYS 838 HA CYS 838 48.297 -22.313 -16.006
3 HB2 CYS 838 HB2 CYS 838 46.523 -21.496 -18.309
4 HB3 CYS 838 HB3 CYS 838 46.864 -23.110 -17.746
No H/Q in entry = 4
In of MODEL 13
1 H ALA 839 H ALA 839 49.006 -22.957 -18.476
2 HA ALA 839 HA ALA 839 50.684 -20.823 -19.464
3 HB2 ALA 839 HB1 ALA 839 50.225 -23.636 -20.467
4 HB1 ALA 839 HB2 ALA 839 51.541 -23.107 -19.418
5 HB3 ALA 839 HB3 ALA 839 51.447 -22.521 -21.083
No H/Q in entry = 5
In of MODEL 13
1 H ALA 840 H ALA 840 47.585 -21.812 -19.768
2 HA ALA 840 HA ALA 840 46.952 -21.232 -22.481
3 HB1 ALA 840 HB1 ALA 840 45.137 -21.263 -20.083
4 HB2 ALA 840 HB2 ALA 840 45.550 -22.668 -21.060
5 HB3 ALA 840 HB3 ALA 840 44.638 -21.334 -21.772
No H/Q in entry = 5
In of MODEL 13
1 H GLU 841 H GLU 841 48.337 -19.197 -22.312
2 HA GLU 841 HA GLU 841 46.621 -16.915 -21.594
3 HB2 GLU 841 HB2 GLU 841 49.571 -16.943 -22.230
4 HB3 GLU 841 HB3 GLU 841 48.643 -15.502 -21.856
5 HG2 GLU 841 HG2 GLU 841 48.139 -16.505 -19.630
6 HG3 GLU 841 HG3 GLU 841 49.261 -17.805 -20.031
No H/Q in entry = 6
In of MODEL 13
1 H THR 842 H THR 842 48.207 -18.494 -24.108
2 HA THR 842 HA THR 842 47.414 -16.535 -26.134
3 HB THR 842 HB THR 842 48.796 -19.173 -26.653
4 HG1 THR 842 HG1 THR 842 49.827 -16.790 -25.512
5 HG21 THR 842 HG21 THR 842 49.035 -16.422 -27.900
6 HG23 THR 842 HG22 THR 842 48.131 -17.774 -28.581
7 HG22 THR 842 HG23 THR 842 49.888 -17.870 -28.432
No H/Q in entry = 7
In of MODEL 13
1 H GLN 843 H GLN 843 45.796 -18.594 -24.440
2 HA GLN 843 HA GLN 843 44.316 -19.812 -26.610
3 HB2 GLN 843 HB2 GLN 843 45.024 -20.984 -23.917
4 HB3 GLN 843 HB3 GLN 843 43.779 -21.647 -24.957
5 HG2 GLN 843 HG2 GLN 843 46.708 -21.404 -25.637
6 HG3 GLN 843 HG3 GLN 843 45.886 -22.880 -25.145
7 HE21 GLN 843 HE21 GLN 843 43.478 -22.287 -26.718
8 HE22 GLN 843 HE22 GLN 843 43.897 -22.515 -28.369
No H/Q in entry = 8
In of MODEL 14
1 H1 GLY 689 H3 GLY 689 77.856 -3.802 -23.346
2 H2 GLY 689 H2 GLY 689 77.752 -5.283 -24.159
3 H3 GLY 689 H1 GLY 689 76.723 -3.991 -24.577
4 HA2 GLY 689 HA2 GLY 689 76.721 -5.442 -22.022
5 HA3 GLY 689 HA3 GLY 689 75.514 -5.564 -23.300
No H/Q in entry = 5
In of MODEL 14
1 H SER 690 H SER 690 74.150 -4.949 -21.465
2 HA SER 690 HA SER 690 72.671 -3.567 -20.557
3 HB2 SER 690 HB2 SER 690 73.490 -1.550 -19.332
4 HB3 SER 690 HB3 SER 690 74.471 -2.969 -19.005
5 HG SER 690 HG SER 690 75.703 -1.958 -20.942
No H/Q in entry = 5
In of MODEL 14
1 H HIS 691 H HIS 691 72.015 -0.951 -20.566
2 HA HIS 691 HA HIS 691 71.430 -0.561 -23.376
3 HB2 HIS 691 HB2 HIS 691 70.410 0.924 -20.933
4 HB3 HIS 691 HB3 HIS 691 69.889 1.208 -22.579
5 HD1 HIS 691 HD1 HIS 691 68.894 -0.526 -19.630
6 HD2 HIS 691 HD2 HIS 691 68.708 -1.326 -23.706
7 HE1 HIS 691 HE1 HIS 691 67.098 -2.217 -19.895
8 HE2 HIS 691 HE2 HIS 691 66.819 -2.474 -22.377
No H/Q in entry = 8
In of MODEL 14
1 H MET 692 H MET 692 72.322 1.002 -24.544
2 HA MET 692 HA MET 692 74.469 2.529 -23.381
3 HB2 MET 692 HB2 MET 692 73.363 2.516 -26.200
4 HB3 MET 692 HB3 MET 692 74.743 3.469 -25.693
5 HG2 MET 692 HG2 MET 692 75.586 1.553 -26.789
6 HG3 MET 692 HG3 MET 692 75.882 1.334 -25.068
7 HE2 MET 692 HE1 MET 692 72.696 -0.919 -27.541
8 HE1 MET 692 HE2 MET 692 73.846 0.243 -28.206
9 HE3 MET 692 HE3 MET 692 72.540 0.790 -27.155
No H/Q in entry = 9
In of MODEL 14
1 H ASN 693 H ASN 693 71.272 3.026 -24.534
2 HA ASN 693 HA ASN 693 71.357 5.856 -23.776
3 HB2 ASN 693 HB2 ASN 693 69.162 6.061 -24.872
4 HB3 ASN 693 HB3 ASN 693 70.288 5.287 -25.976
5 HD21 ASN 693 HD21 ASN 693 67.401 4.916 -24.105
6 HD22 ASN 693 HD22 ASN 693 66.935 3.382 -24.709
No H/Q in entry = 6
In of MODEL 14
1 HA PRO 694 HA PRO 694 69.344 5.012 -19.897
2 HB2 PRO 694 HB2 PRO 694 67.275 7.049 -20.423
3 HB3 PRO 694 HB3 PRO 694 68.466 6.985 -19.122
4 HG2 PRO 694 HG2 PRO 694 68.702 8.754 -21.117
5 HG3 PRO 694 HG3 PRO 694 70.123 7.965 -20.404
6 HD2 PRO 694 HD2 PRO 694 68.710 7.366 -22.972
7 HD3 PRO 694 HD3 PRO 694 70.454 7.415 -22.631
No H/Q in entry = 7
In of MODEL 14
1 H LEU 695 H LEU 695 67.548 3.977 -18.998
2 HA LEU 695 HA LEU 695 65.999 2.426 -20.830
3 HB2 LEU 695 HB2 LEU 695 66.881 2.024 -18.302
4 HB3 LEU 695 HB3 LEU 695 65.268 2.579 -17.941
5 HG LEU 695 HG LEU 695 66.081 0.106 -19.446
6 HD12 LEU 695 HD11 LEU 695 64.517 0.478 -16.913
7 HD11 LEU 695 HD12 LEU 695 66.182 -0.083 -17.047
8 HD13 LEU 695 HD13 LEU 695 64.868 -1.062 -17.695
9 HD22 LEU 695 HD21 LEU 695 64.169 1.034 -20.603
10 HD21 LEU 695 HD22 LEU 695 63.297 1.196 -19.084
11 HD23 LEU 695 HD23 LEU 695 63.697 -0.407 -19.706
No H/Q in entry = 11
In of MODEL 14
1 H THR 696 H THR 696 64.683 3.797 -21.980
2 HA THR 696 HA THR 696 63.201 5.868 -20.828
3 HB THR 696 HB THR 696 63.827 6.124 -23.120
4 HG1 THR 696 HG1 THR 696 61.947 7.142 -22.785
5 HG21 THR 696 HG21 THR 696 62.194 3.667 -23.760
6 HG23 THR 696 HG22 THR 696 63.954 3.798 -23.824
7 HG22 THR 696 HG23 THR 696 62.960 4.719 -24.950
No H/Q in entry = 7
In of MODEL 14
1 H GLN 697 H GLN 697 62.064 2.633 -21.942
2 HA GLN 697 HA GLN 697 59.595 3.209 -20.507
3 HB2 GLN 697 HB2 GLN 697 60.349 0.833 -22.214
4 HB3 GLN 697 HB3 GLN 697 58.854 0.928 -21.301
5 HG2 GLN 697 HG2 GLN 697 59.716 2.697 -23.566
6 HG3 GLN 697 HG3 GLN 697 58.466 1.453 -23.616
7 HE21 GLN 697 HE21 GLN 697 56.513 1.835 -22.470
8 HE22 GLN 697 HE22 GLN 697 56.019 3.434 -22.071
No H/Q in entry = 8
In of MODEL 14
1 H ALA 698 H ALA 698 60.767 3.340 -18.534
2 HA ALA 698 HA ALA 698 61.851 0.837 -17.532
3 HB1 ALA 698 HB1 ALA 698 61.760 3.501 -16.129
4 HB3 ALA 698 HB2 ALA 698 63.116 2.937 -17.108
5 HB2 ALA 698 HB3 ALA 698 62.665 2.071 -15.635
No H/Q in entry = 5
In of MODEL 14
1 H VAL 699 H VAL 699 60.092 -0.248 -17.700
2 HA VAL 699 HA VAL 699 58.116 0.144 -15.691
3 HB VAL 699 HB VAL 699 57.193 -1.875 -16.672
4 HG11 VAL 699 HG11 VAL 699 57.813 0.327 -18.653
5 HG13 VAL 699 HG12 VAL 699 56.452 0.282 -17.531
6 HG12 VAL 699 HG13 VAL 699 56.529 -0.860 -18.871
7 HG23 VAL 699 HG21 VAL 699 59.431 -1.698 -18.696
8 HG22 VAL 699 HG22 VAL 699 58.038 -2.773 -18.823
9 HG21 VAL 699 HG23 VAL 699 59.191 -2.975 -17.504
No H/Q in entry = 9
In of MODEL 14
1 HA PRO 700 HA PRO 700 60.467 -2.613 -13.123
2 HB2 PRO 700 HB2 PRO 700 58.599 -3.181 -11.243
3 HB3 PRO 700 HB3 PRO 700 59.469 -1.649 -11.314
4 HG2 PRO 700 HG2 PRO 700 56.670 -2.266 -12.045
5 HG3 PRO 700 HG3 PRO 700 57.379 -0.730 -11.523
6 HD2 PRO 700 HD2 PRO 700 56.739 -1.494 -14.179
7 HD3 PRO 700 HD3 PRO 700 57.661 -0.067 -13.669
No H/Q in entry = 7
In of MODEL 14
1 H LYS 701 H LYS 701 60.884 -4.702 -13.064
2 HA LYS 701 HA LYS 701 58.919 -6.425 -14.354
3 HB2 LYS 701 HB2 LYS 701 61.863 -6.959 -13.872
4 HB3 LYS 701 HB3 LYS 701 60.762 -8.076 -14.654
5 HG2 LYS 701 HG2 LYS 701 61.920 -7.066 -16.418
6 HG3 LYS 701 HG3 LYS 701 60.369 -6.225 -16.360
7 HD2 LYS 701 HD2 LYS 701 61.413 -4.384 -15.128
8 HD3 LYS 701 HD3 LYS 701 62.967 -5.222 -15.202
9 HE2 LYS 701 HE2 LYS 701 61.350 -4.222 -17.541
10 HE3 LYS 701 HE3 LYS 701 62.833 -3.506 -16.917
11 HZ2 LYS 701 HZ1 LYS 701 62.583 -6.207 -18.117
12 HZ1 LYS 701 HZ2 LYS 701 63.993 -5.573 -17.496
13 HZ3 LYS 701 HZ3 LYS 701 63.274 -4.864 -18.844
No H/Q in entry = 13
In of MODEL 14
1 H CYS 702 H CYS 702 57.746 -6.245 -12.407
2 HA CYS 702 HA CYS 702 58.661 -8.124 -10.336
3 HB2 CYS 702 HB2 CYS 702 56.582 -5.964 -9.929
4 HB3 CYS 702 HB3 CYS 702 57.494 -6.842 -8.725
No H/Q in entry = 4
In of MODEL 14
1 H GLN 703 H GLN 703 57.076 -9.646 -9.689
2 HA GLN 703 HA GLN 703 55.065 -10.200 -11.631
3 HB2 GLN 703 HB2 GLN 703 55.819 -11.453 -9.019
4 HB3 GLN 703 HB3 GLN 703 54.413 -11.989 -9.926
5 HG2 GLN 703 HG2 GLN 703 57.239 -11.958 -10.950
6 HG3 GLN 703 HG3 GLN 703 56.383 -13.379 -10.349
7 HE21 GLN 703 HE21 GLN 703 56.729 -11.150 -12.961
8 HE22 GLN 703 HE22 GLN 703 55.720 -11.980 -14.079
No H/Q in entry = 8
In of MODEL 14
1 H ARG 704 H ARG 704 52.854 -10.946 -10.529
2 HA ARG 704 HA ARG 704 51.592 -8.427 -10.098
3 HB2 ARG 704 HB2 ARG 704 50.328 -11.176 -9.925
4 HB3 ARG 704 HB3 ARG 704 49.430 -9.673 -9.928
5 HG2 ARG 704 HG2 ARG 704 49.239 -10.166 -12.138
6 HG3 ARG 704 HG3 ARG 704 50.798 -9.351 -12.208
7 HD2 ARG 704 HD2 ARG 704 51.653 -11.839 -11.698
8 HD3 ARG 704 HD3 ARG 704 50.132 -12.227 -12.464
9 HE ARG 704 HE ARG 704 51.905 -10.359 -13.815
10 HH11 ARG 704 HH11 ARG 704 50.260 -13.543 -13.963
11 HH12 ARG 704 HH12 ARG 704 50.894 -13.912 -15.492
12 HH21 ARG 704 HH21 ARG 704 52.703 -10.930 -15.928
13 HH22 ARG 704 HH22 ARG 704 52.298 -12.435 -16.606
No H/Q in entry = 13
In of MODEL 14
1 H TRP 705 H TRP 705 52.838 -10.701 -7.948
2 HA TRP 705 HA TRP 705 51.372 -9.567 -5.657
3 HB2 TRP 705 HB2 TRP 705 52.290 -11.524 -4.425
4 HB3 TRP 705 HB3 TRP 705 51.289 -11.983 -5.799
5 HD1 TRP 705 HD1 TRP 705 54.862 -12.066 -4.542
6 HE1 TRP 705 HE1 TRP 705 56.233 -13.630 -5.999
7 HE3 TRP 705 HE3 TRP 705 51.418 -12.978 -8.216
8 HZ2 TRP 705 HZ2 TRP 705 55.907 -15.082 -8.420
9 HZ3 TRP 705 HZ3 TRP 705 52.027 -14.456 -10.044
10 HH2 TRP 705 HH2 TRP 705 54.226 -15.499 -10.149
No H/Q in entry = 10
In of MODEL 14
1 H GLU 706 H GLU 706 53.832 -8.651 -7.355
2 HA GLU 706 HA GLU 706 55.551 -7.997 -5.081
3 HB2 GLU 706 HB2 GLU 706 56.319 -8.454 -7.959
4 HB3 GLU 706 HB3 GLU 706 57.408 -7.857 -6.710
5 HG2 GLU 706 HG2 GLU 706 57.095 -10.012 -5.540
6 HG3 GLU 706 HG3 GLU 706 56.121 -10.564 -6.907
No H/Q in entry = 6
In of MODEL 14
1 H LYS 707 H LYS 707 56.726 -5.992 -5.417
2 HA LYS 707 HA LYS 707 55.602 -4.106 -7.283
3 HB2 LYS 707 HB2 LYS 707 55.117 -2.432 -5.513
4 HB3 LYS 707 HB3 LYS 707 54.060 -3.831 -5.437
5 HG2 LYS 707 HG2 LYS 707 55.454 -4.737 -3.602
6 HG3 LYS 707 HG3 LYS 707 56.420 -3.264 -3.654
7 HD2 LYS 707 HD2 LYS 707 53.441 -3.340 -3.126
8 HD3 LYS 707 HD3 LYS 707 54.671 -3.270 -1.869
9 HE2 LYS 707 HE2 LYS 707 54.256 -1.194 -4.033
10 HE3 LYS 707 HE3 LYS 707 53.666 -1.071 -2.382
11 HZ1 LYS 707 HZ1 LYS 707 56.557 -1.261 -3.113
12 HZ3 LYS 707 HZ2 LYS 707 55.927 -1.025 -1.575
13 HZ2 LYS 707 HZ3 LYS 707 55.736 0.157 -2.744
No H/Q in entry = 13
In of MODEL 14
1 H LEU 708 H LEU 708 56.839 -2.160 -7.391
2 HA LEU 708 HA LEU 708 59.633 -2.661 -7.188
3 HB2 LEU 708 HB2 LEU 708 58.740 -1.522 -9.049
4 HB3 LEU 708 HB3 LEU 708 58.048 -0.248 -8.051
5 HG LEU 708 HG LEU 708 60.434 0.374 -7.441
6 HD12 LEU 708 HD11 LEU 708 62.210 -0.362 -8.942
7 HD11 LEU 708 HD12 LEU 708 61.089 -1.480 -9.719
8 HD13 LEU 708 HD13 LEU 708 61.524 -1.703 -8.024
9 HD22 LEU 708 HD21 LEU 708 59.150 1.668 -9.041
10 HD21 LEU 708 HD22 LEU 708 59.620 0.566 -10.335
11 HD23 LEU 708 HD23 LEU 708 60.837 1.570 -9.546
No H/Q in entry = 11
In of MODEL 14
1 H GLN 709 H GLN 709 60.819 -2.341 -5.498
2 HA GLN 709 HA GLN 709 60.171 -0.410 -3.383
3 HB2 GLN 709 HB2 GLN 709 59.717 -2.783 -3.253
4 HB3 GLN 709 HB3 GLN 709 61.441 -3.059 -3.378
5 HG2 GLN 709 HG2 GLN 709 59.944 -1.659 -1.191
6 HG3 GLN 709 HG3 GLN 709 60.468 -3.293 -1.656
7 HE21 GLN 709 HE21 GLN 709 61.148 -1.266 0.512
8 HE22 GLN 709 HE22 GLN 709 62.744 -1.811 0.867
No H/Q in entry = 8
In of MODEL 14
1 H ASN 710 H ASN 710 61.979 0.821 -3.278
2 HA ASN 710 HA ASN 710 64.330 1.248 -2.947
3 HB2 ASN 710 HB2 ASN 710 63.349 -0.926 -1.823
4 HB3 ASN 710 HB3 ASN 710 64.462 -1.707 -2.763
5 HD21 ASN 710 HD21 ASN 710 64.529 -1.657 -0.061
6 HD22 ASN 710 HD22 ASN 710 66.010 -0.938 0.501
No H/Q in entry = 6
In of MODEL 14
1 H SER 711 H SER 711 63.432 0.748 -5.745
2 HA SER 711 HA SER 711 64.221 0.405 -7.809
3 HB2 SER 711 HB2 SER 711 66.845 0.118 -6.365
4 HB3 SER 711 HB3 SER 711 66.699 0.243 -8.132
5 HG SER 711 HG SER 711 66.112 2.147 -6.113
No H/Q in entry = 5
In of MODEL 14
1 H ARG 712 H ARG 712 63.482 -2.088 -5.866
2 HA ARG 712 HA ARG 712 64.381 -4.068 -7.822
3 HB2 ARG 712 HB2 ARG 712 64.837 -5.629 -6.045
4 HB3 ARG 712 HB3 ARG 712 65.787 -4.183 -5.752
5 HG2 ARG 712 HG2 ARG 712 63.989 -3.480 -4.048
6 HG3 ARG 712 HG3 ARG 712 63.259 -5.022 -4.389
7 HD2 ARG 712 HD2 ARG 712 64.711 -5.044 -2.368
8 HD3 ARG 712 HD3 ARG 712 65.132 -6.245 -3.591
9 HE ARG 712 HE ARG 712 66.558 -3.731 -3.739
10 HH11 ARG 712 HH11 ARG 712 66.607 -7.042 -2.474
11 HH12 ARG 712 HH12 ARG 712 68.300 -7.132 -2.414
12 HH21 ARG 712 HH21 ARG 712 68.865 -3.864 -3.647
13 HH22 ARG 712 HH22 ARG 712 69.613 -5.281 -3.083
No H/Q in entry = 13
In of MODEL 14
1 H CYS 713 H CYS 713 62.991 -6.178 -7.087
2 HA CYS 713 HA CYS 713 60.285 -5.173 -6.653
3 HB2 CYS 713 HB2 CYS 713 61.196 -7.688 -8.069
4 HB3 CYS 713 HB3 CYS 713 59.519 -7.213 -7.823
No H/Q in entry = 4
In of MODEL 14
1 H VAL 714 H VAL 714 59.533 -5.660 -4.697
2 HA VAL 714 HA VAL 714 60.327 -8.197 -3.495
3 HB VAL 714 HB VAL 714 60.151 -7.316 -1.259
4 HG12 VAL 714 HG11 VAL 714 61.954 -5.674 -1.137
5 HG11 VAL 714 HG12 VAL 714 61.863 -5.482 -2.886
6 HG13 VAL 714 HG13 VAL 714 62.322 -7.037 -2.194
7 HG23 VAL 714 HG21 VAL 714 59.784 -4.903 -0.790
8 HG22 VAL 714 HG22 VAL 714 58.370 -5.744 -1.439
9 HG21 VAL 714 HG23 VAL 714 59.332 -4.701 -2.491
No H/Q in entry = 9
In of MODEL 14
1 H CYS 715 H CYS 715 58.441 -8.539 -1.635
2 HA CYS 715 HA CYS 715 56.191 -8.899 -3.422
3 HB2 CYS 715 HB2 CYS 715 56.258 -9.715 -0.539
4 HB3 CYS 715 HB3 CYS 715 55.487 -10.515 -1.906
No H/Q in entry = 4
In of MODEL 14
1 H LYS 716 H LYS 716 54.069 -8.210 -2.800
2 HA LYS 716 HA LYS 716 53.893 -5.591 -1.684
3 HB2 LYS 716 HB2 LYS 716 51.731 -7.608 -2.361
4 HB3 LYS 716 HB3 LYS 716 51.443 -5.910 -2.030
5 HG2 LYS 716 HG2 LYS 716 52.676 -5.275 -4.019
6 HG3 LYS 716 HG3 LYS 716 53.119 -6.954 -4.306
7 HD2 LYS 716 HD2 LYS 716 51.308 -6.328 -5.791
8 HD3 LYS 716 HD3 LYS 716 50.714 -7.495 -4.614
9 HE2 LYS 716 HE2 LYS 716 49.672 -5.718 -3.334
10 HE3 LYS 716 HE3 LYS 716 50.356 -4.505 -4.414
11 HZ3 LYS 716 HZ1 LYS 716 48.080 -4.898 -4.980
12 HZ2 LYS 716 HZ2 LYS 716 48.306 -6.555 -5.170
13 HZ1 LYS 716 HZ3 LYS 716 49.033 -5.474 -6.224
No H/Q in entry = 13
In of MODEL 14
1 H MET 717 H MET 717 51.623 -5.620 -0.104
2 HA MET 717 HA MET 717 52.463 -7.208 2.210
3 HB2 MET 717 HB2 MET 717 50.740 -4.716 2.063
4 HB3 MET 717 HB3 MET 717 51.057 -5.605 3.537
5 HG2 MET 717 HG2 MET 717 53.290 -4.429 1.933
6 HG3 MET 717 HG3 MET 717 52.365 -3.435 3.049
7 HE3 MET 717 HE1 MET 717 53.789 -7.285 3.557
8 HE2 MET 717 HE2 MET 717 55.348 -6.802 4.221
9 HE1 MET 717 HE3 MET 717 54.911 -6.345 2.578
No H/Q in entry = 9
In of MODEL 14
1 HA PRO 718 HA PRO 718 48.996 -9.750 1.161
2 HB2 PRO 718 HB2 PRO 718 48.734 -11.113 3.526
3 HB3 PRO 718 HB3 PRO 718 49.969 -11.479 2.316
4 HG2 PRO 718 HG2 PRO 718 50.198 -9.880 4.834
5 HG3 PRO 718 HG3 PRO 718 51.335 -11.056 4.148
6 HD2 PRO 718 HD2 PRO 718 51.706 -8.394 3.924
7 HD3 PRO 718 HD3 PRO 718 52.205 -9.524 2.648
No H/Q in entry = 7
In of MODEL 14
1 H TYR 719 H TYR 719 48.971 -7.647 3.858
2 HA TYR 719 HA TYR 719 46.155 -8.033 4.402
3 HB2 TYR 719 HB2 TYR 719 46.505 -6.290 6.167
4 HB3 TYR 719 HB3 TYR 719 47.491 -7.729 6.352
5 HD1 TYR 719 HD1 TYR 719 47.513 -4.138 5.598
6 HD2 TYR 719 HD2 TYR 719 49.914 -7.617 6.095
7 HE1 TYR 719 HE1 TYR 719 49.527 -2.725 5.783
8 HE2 TYR 719 HE2 TYR 719 51.921 -6.201 6.273
9 HH TYR 719 HH TYR 719 52.671 -4.082 5.703
No H/Q in entry = 9
In of MODEL 14
1 H GLU 720 H GLU 720 47.940 -6.274 2.254
2 HA GLU 720 HA GLU 720 46.097 -4.033 2.098
3 HB2 GLU 720 HB2 GLU 720 48.681 -4.781 0.822
4 HB3 GLU 720 HB3 GLU 720 47.695 -3.503 0.108
5 HG2 GLU 720 HG2 GLU 720 48.753 -3.566 2.927
6 HG3 GLU 720 HG3 GLU 720 49.454 -2.648 1.588
No H/Q in entry = 6
In of MODEL 14
1 H CYS 721 H CYS 721 46.185 -7.109 1.163
2 HA CYS 721 HA CYS 721 45.288 -6.809 -1.533
3 HB2 CYS 721 HB2 CYS 721 45.737 -9.139 0.248
4 HB3 CYS 721 HB3 CYS 721 45.007 -9.304 -1.336
No H/Q in entry = 4
In of MODEL 14
1 H GLY 722 H GLY 722 43.417 -5.666 -1.297
2 HA3 GLY 722 HA2 GLY 722 41.183 -6.956 0.029
3 HA2 GLY 722 HA3 GLY 722 41.146 -5.396 -0.790
No H/Q in entry = 3
In of MODEL 14
1 HA PRO 723 HA PRO 723 39.348 -7.189 -4.394
2 HB2 PRO 723 HB2 PRO 723 41.345 -5.876 -6.143
3 HB3 PRO 723 HB3 PRO 723 39.595 -5.648 -6.087
4 HG2 PRO 723 HG2 PRO 723 41.250 -3.774 -5.172
5 HG3 PRO 723 HG3 PRO 723 39.718 -4.122 -4.350
6 HD2 PRO 723 HD2 PRO 723 42.492 -4.985 -3.628
7 HD3 PRO 723 HD3 PRO 723 41.197 -4.372 -2.581
No H/Q in entry = 7
In of MODEL 14
1 H SER 724 H SER 724 39.777 -9.414 -4.366
2 HA SER 724 HA SER 724 41.415 -10.526 -6.289
3 HB2 SER 724 HB2 SER 724 42.778 -11.836 -4.502
4 HB3 SER 724 HB3 SER 724 43.323 -10.227 -4.971
5 HG SER 724 HG SER 724 41.763 -9.706 -3.056
No H/Q in entry = 5
In of MODEL 14
1 H LEU 725 H LEU 725 41.201 -12.857 -6.209
2 HA LEU 725 HA LEU 725 38.486 -13.588 -5.472
3 HB2 LEU 725 HB2 LEU 725 40.718 -14.935 -6.882
4 HB3 LEU 725 HB3 LEU 725 39.342 -15.886 -6.347
5 HG LEU 725 HG LEU 725 39.133 -13.508 -8.186
6 HD11 LEU 725 HD11 LEU 725 40.534 -15.323 -9.174
7 HD13 LEU 725 HD12 LEU 725 38.977 -15.148 -9.980
8 HD12 LEU 725 HD13 LEU 725 39.231 -16.468 -8.837
9 HD22 LEU 725 HD21 LEU 725 37.108 -14.103 -7.006
10 HD21 LEU 725 HD22 LEU 725 37.296 -15.784 -7.515
11 HD23 LEU 725 HD23 LEU 725 37.009 -14.519 -8.717
No H/Q in entry = 11
In of MODEL 14
1 H ASP 726 H ASP 726 37.890 -14.417 -3.576
2 HA ASP 726 HA ASP 726 39.875 -15.447 -1.802
3 HB2 ASP 726 HB2 ASP 726 36.854 -15.495 -1.561
4 HB3 ASP 726 HB3 ASP 726 37.937 -16.165 -0.350
No H/Q in entry = 4
In of MODEL 14
1 H VAL 727 H VAL 727 40.630 -17.376 -1.612
2 HA VAL 727 HA VAL 727 39.206 -19.551 -2.889
3 HB VAL 727 HB VAL 727 41.362 -20.483 -3.640
4 HG11 VAL 727 HG11 VAL 727 40.813 -17.744 -4.761
5 HG13 VAL 727 HG12 VAL 727 40.090 -19.266 -5.287
6 HG12 VAL 727 HG13 VAL 727 41.810 -18.966 -5.544
7 HG23 VAL 727 HG21 VAL 727 43.393 -19.093 -3.772
8 HG22 VAL 727 HG22 VAL 727 42.902 -19.426 -2.110
9 HG21 VAL 727 HG23 VAL 727 42.569 -17.851 -2.827
No H/Q in entry = 9
In of MODEL 14
1 H CYS 728 H CYS 728 40.331 -21.721 -2.060
2 HA CYS 728 HA CYS 728 40.622 -21.326 0.819
3 HB2 CYS 728 HB2 CYS 728 39.850 -23.798 -0.723
4 HB3 CYS 728 HB3 CYS 728 40.009 -23.692 1.020
No H/Q in entry = 4
In of MODEL 14
1 H ALA 729 H ALA 729 42.426 -21.810 1.769
2 HA ALA 729 HA ALA 729 44.390 -23.309 0.232
3 HB3 ALA 729 HB1 ALA 729 44.990 -20.981 0.177
4 HB2 ALA 729 HB2 ALA 729 46.097 -21.836 1.258
5 HB1 ALA 729 HB3 ALA 729 44.776 -20.864 1.921
No H/Q in entry = 5
In of MODEL 14
1 H GLN 730 H GLN 730 45.761 -24.520 1.540
2 HA GLN 730 HA GLN 730 44.615 -25.097 4.152
3 HB2 GLN 730 HB2 GLN 730 44.651 -26.991 2.591
4 HB3 GLN 730 HB3 GLN 730 46.390 -26.817 2.427
5 HG2 GLN 730 HG2 GLN 730 46.753 -27.429 4.681
6 HG3 GLN 730 HG3 GLN 730 45.037 -27.373 5.054
7 HE21 GLN 730 HE21 GLN 730 44.900 -29.513 5.699
8 HE22 GLN 730 HE22 GLN 730 45.103 -30.824 4.604
No H/Q in entry = 8
In of MODEL 14
1 H ASP 731 H ASP 731 45.621 -24.567 5.791
2 HA ASP 731 HA ASP 731 48.075 -23.156 5.805
3 HB2 ASP 731 HB2 ASP 731 46.187 -22.852 7.431
4 HB3 ASP 731 HB3 ASP 731 46.574 -24.426 8.110
No H/Q in entry = 4
In of MODEL 14
1 H GLU 732 H GLU 732 50.156 -23.973 6.111
2 HA GLU 732 HA GLU 732 50.405 -26.824 5.970
3 HB2 GLU 732 HB2 GLU 732 52.390 -24.591 5.911
4 HB3 GLU 732 HB3 GLU 732 52.911 -26.267 6.043
5 HG2 GLU 732 HG2 GLU 732 51.169 -25.179 3.847
6 HG3 GLU 732 HG3 GLU 732 52.913 -25.414 3.728
No H/Q in entry = 6
In of MODEL 14
1 H ARG 733 H ARG 733 50.671 -24.491 8.462
2 HA ARG 733 HA ARG 733 52.153 -26.155 10.251
3 HB2 ARG 733 HB2 ARG 733 52.214 -23.681 10.346
4 HB3 ARG 733 HB3 ARG 733 50.512 -23.669 10.775
5 HG2 ARG 733 HG2 ARG 733 51.838 -23.298 12.745
6 HG3 ARG 733 HG3 ARG 733 51.067 -24.881 12.855
7 HD2 ARG 733 HD2 ARG 733 53.382 -25.017 13.592
8 HD3 ARG 733 HD3 ARG 733 53.153 -25.929 12.100
9 HE ARG 733 HE ARG 733 54.155 -23.191 11.917
10 HH11 ARG 733 HH11 ARG 733 54.882 -26.649 11.742
11 HH12 ARG 733 HH12 ARG 733 56.310 -26.449 10.849
12 HH21 ARG 733 HH21 ARG 733 56.082 -22.899 10.748
13 HH22 ARG 733 HH22 ARG 733 57.017 -24.241 10.245
No H/Q in entry = 13
In of MODEL 14
1 H SER 734 H SER 734 48.823 -25.054 10.003
2 HA SER 734 HA SER 734 47.954 -26.811 12.144
3 HB2 SER 734 HB2 SER 734 47.102 -24.496 12.046
4 HB3 SER 734 HB3 SER 734 46.455 -24.821 10.453
5 HG SER 734 HG SER 734 45.642 -26.588 12.390
No H/Q in entry = 5
In of MODEL 14
1 H LYS 735 H LYS 735 47.779 -26.730 8.615
2 HA LYS 735 HA LYS 735 46.876 -27.956 7.061
3 HB2 LYS 735 HB2 LYS 735 46.621 -30.073 9.193
4 HB3 LYS 735 HB3 LYS 735 46.218 -30.342 7.505
5 HG2 LYS 735 HG2 LYS 735 48.910 -29.716 8.682
6 HG3 LYS 735 HG3 LYS 735 48.411 -31.216 7.894
7 HD2 LYS 735 HD2 LYS 735 48.028 -29.783 5.808
8 HD3 LYS 735 HD3 LYS 735 48.876 -28.508 6.666
9 HE2 LYS 735 HE2 LYS 735 49.982 -31.201 5.880
10 HE3 LYS 735 HE3 LYS 735 50.437 -29.624 5.258
11 HZ1 LYS 735 HZ1 LYS 735 51.295 -29.050 7.468
12 HZ3 LYS 735 HZ2 LYS 735 52.052 -30.387 6.791
13 HZ2 LYS 735 HZ3 LYS 735 50.914 -30.612 8.016
No H/Q in entry = 13
In of MODEL 14
1 H ARG 736 H ARG 736 45.260 -26.263 8.756
2 HA ARG 736 HA ARG 736 42.600 -27.361 8.312
3 HB2 ARG 736 HB2 ARG 736 41.767 -25.388 9.433
4 HB3 ARG 736 HB3 ARG 736 43.031 -26.112 10.413
5 HG2 ARG 736 HG2 ARG 736 44.606 -24.443 9.647
6 HG3 ARG 736 HG3 ARG 736 43.375 -23.748 8.596
7 HD2 ARG 736 HD2 ARG 736 43.572 -22.469 10.532
8 HD3 ARG 736 HD3 ARG 736 42.005 -23.258 10.570
9 HE ARG 736 HE ARG 736 44.239 -24.449 12.038
10 HH11 ARG 736 HH11 ARG 736 40.995 -23.023 12.138
11 HH12 ARG 736 HH12 ARG 736 40.838 -23.069 13.824
12 HH21 ARG 736 HH21 ARG 736 44.045 -24.536 14.390
13 HH22 ARG 736 HH22 ARG 736 42.630 -23.967 15.144
No H/Q in entry = 13
In of MODEL 14
1 H ILE 737 H ILE 737 41.164 -26.392 6.813
2 HA ILE 737 HA ILE 737 42.513 -25.025 4.644
3 HB ILE 737 HB ILE 737 39.564 -25.671 4.768
4 HG12 ILE 737 HG12 ILE 737 40.864 -27.777 5.290
5 HG13 ILE 737 HG13 ILE 737 39.934 -27.860 3.804
6 HG22 ILE 737 HG21 ILE 737 41.470 -25.670 2.435
7 HG21 ILE 737 HG22 ILE 737 40.713 -24.223 3.017
8 HG23 ILE 737 HG23 ILE 737 39.703 -25.543 2.392
9 HD11 ILE 737 HD11 ILE 737 42.896 -27.364 4.014
10 HD13 ILE 737 HD12 ILE 737 41.950 -27.464 2.522
11 HD12 ILE 737 HD13 ILE 737 42.117 -28.881 3.552
No H/Q in entry = 11
In of MODEL 14
1 H LEU 738 H LEU 738 42.489 -22.845 4.662
2 HA LEU 738 HA LEU 738 40.219 -21.553 5.966
3 HB2 LEU 738 HB2 LEU 738 41.531 -19.860 6.959
4 HB3 LEU 738 HB3 LEU 738 42.294 -21.370 7.418
5 HG LEU 738 HG LEU 738 43.263 -19.373 5.367
6 HD11 LEU 738 HD11 LEU 738 44.334 -20.110 8.077
7 HD13 LEU 738 HD12 LEU 738 43.537 -18.599 7.635
8 HD12 LEU 738 HD13 LEU 738 45.102 -19.009 6.936
9 HD22 LEU 738 HD21 LEU 738 45.272 -20.713 5.210
10 HD21 LEU 738 HD22 LEU 738 43.834 -21.612 4.717
11 HD23 LEU 738 HD23 LEU 738 44.558 -21.924 6.298
No H/Q in entry = 11
In of MODEL 14
1 HA PRO 739 HA PRO 739 39.916 -19.264 2.251
2 HB2 PRO 739 HB2 PRO 739 38.762 -17.011 3.097
3 HB3 PRO 739 HB3 PRO 739 37.877 -18.552 3.033
4 HG2 PRO 739 HG2 PRO 739 39.088 -17.153 5.377
5 HG3 PRO 739 HG3 PRO 739 37.558 -18.045 5.275
6 HD2 PRO 739 HD2 PRO 739 39.893 -19.091 6.302
7 HD3 PRO 739 HD3 PRO 739 38.592 -20.072 5.583
No H/Q in entry = 7
In of MODEL 14
1 H LEU 740 H LEU 740 41.721 -18.660 1.438
2 HA LEU 740 HA LEU 740 42.984 -16.164 2.346
3 HB2 LEU 740 HB2 LEU 740 44.257 -18.645 1.237
4 HB3 LEU 740 HB3 LEU 740 45.034 -17.077 1.174
5 HG LEU 740 HG LEU 740 44.232 -18.521 3.702
6 HD13 LEU 740 HD11 LEU 740 46.618 -18.784 4.025
7 HD12 LEU 740 HD12 LEU 740 46.922 -17.995 2.473
8 HD11 LEU 740 HD13 LEU 740 46.093 -19.552 2.525
9 HD23 LEU 740 HD21 LEU 740 45.555 -16.743 4.807
10 HD22 LEU 740 HD22 LEU 740 44.111 -16.123 4.015
11 HD21 LEU 740 HD23 LEU 740 45.687 -15.914 3.251
No H/Q in entry = 11
In of MODEL 14
1 H THR 741 H THR 741 42.962 -14.667 0.892
2 HA THR 741 HA THR 741 41.673 -15.200 -1.607
3 HB THR 741 HB THR 741 42.942 -12.590 -0.844
4 HG1 THR 741 HG1 THR 741 40.527 -13.488 0.376
5 HG21 THR 741 HG21 THR 741 41.468 -12.798 -2.812
6 HG23 THR 741 HG22 THR 741 40.825 -11.693 -1.599
7 HG22 THR 741 HG23 THR 741 40.162 -13.319 -1.753
No H/Q in entry = 7
In of MODEL 14
1 H VAL 742 H VAL 742 42.617 -14.736 -3.656
2 HA VAL 742 HA VAL 742 45.017 -15.886 -4.286
3 HB VAL 742 HB VAL 742 43.858 -13.533 -5.749
4 HG12 VAL 742 HG11 VAL 742 44.861 -14.449 -7.730
5 HG11 VAL 742 HG12 VAL 742 45.673 -15.689 -6.761
6 HG13 VAL 742 HG13 VAL 742 46.047 -13.967 -6.522
7 HG21 VAL 742 HG21 VAL 742 43.230 -16.450 -6.036
8 HG23 VAL 742 HG22 VAL 742 42.758 -15.159 -7.161
9 HG22 VAL 742 HG23 VAL 742 42.176 -15.127 -5.495
No H/Q in entry = 9
In of MODEL 14
1 H CYS 743 H CYS 743 44.537 -12.362 -4.124
2 HA CYS 743 HA CYS 743 47.195 -11.693 -4.453
3 HB2 CYS 743 HB2 CYS 743 45.373 -10.078 -4.672
4 HB3 CYS 743 HB3 CYS 743 45.056 -10.158 -2.962
No H/Q in entry = 4
In of MODEL 14
1 H LYS 744 H LYS 744 45.274 -12.165 -1.474
2 HA LYS 744 HA LYS 744 47.220 -11.501 0.384
3 HB2 LYS 744 HB2 LYS 744 44.927 -13.463 0.608
4 HB3 LYS 744 HB3 LYS 744 45.977 -13.072 1.955
5 HG2 LYS 744 HG2 LYS 744 45.247 -10.705 1.776
6 HG3 LYS 744 HG3 LYS 744 44.117 -11.187 0.502
7 HD2 LYS 744 HD2 LYS 744 42.950 -12.653 2.029
8 HD3 LYS 744 HD3 LYS 744 44.148 -12.368 3.286
9 HE2 LYS 744 HE2 LYS 744 42.151 -11.111 3.786
10 HE3 LYS 744 HE3 LYS 744 43.444 -10.000 3.373
11 HZ3 LYS 744 HZ1 LYS 744 42.424 -9.657 1.194
12 HZ2 LYS 744 HZ2 LYS 744 41.322 -9.384 2.415
13 HZ1 LYS 744 HZ3 LYS 744 41.225 -10.810 1.546
No H/Q in entry = 13
In of MODEL 14
1 H MET 745 H MET 745 46.275 -14.789 -0.543
2 HA MET 745 HA MET 745 48.368 -16.162 0.771
3 HB2 MET 745 HB2 MET 745 47.124 -17.830 0.240
4 HB3 MET 745 HB3 MET 745 46.048 -16.770 -0.655
5 HG2 MET 745 HG2 MET 745 46.500 -18.399 -2.252
6 HG3 MET 745 HG3 MET 745 47.695 -17.172 -2.602
7 HE1 MET 745 HE1 MET 745 47.006 -20.630 -1.109
8 HE3 MET 745 HE2 MET 745 47.701 -19.855 0.318
9 HE2 MET 745 HE3 MET 745 48.573 -21.154 -0.499
No H/Q in entry = 9
In of MODEL 14
1 H HIS 746 H HIS 746 48.232 -14.938 -2.666
2 HA HIS 746 HA HIS 746 50.697 -16.082 -3.468
3 HB2 HIS 746 HB2 HIS 746 48.947 -13.985 -4.479
4 HB3 HIS 746 HB3 HIS 746 50.644 -13.617 -4.758
5 HD1 HIS 746 HD1 HIS 746 51.900 -15.990 -5.895
6 HD2 HIS 746 HD2 HIS 746 47.867 -15.211 -6.552
7 HE1 HIS 746 HE1 HIS 746 51.335 -17.164 -8.020
8 HE2 HIS 746 HE2 HIS 746 48.857 -16.833 -8.319
No H/Q in entry = 8
In of MODEL 14
1 H VAL 747 H VAL 747 50.013 -12.889 -2.081
2 HA VAL 747 HA VAL 747 52.718 -12.076 -2.059
3 HB VAL 747 HB VAL 747 50.273 -11.067 -0.591
4 HG11 VAL 747 HG11 VAL 747 52.305 -10.572 0.696
5 HG13 VAL 747 HG12 VAL 747 51.590 -9.119 0.011
6 HG12 VAL 747 HG13 VAL 747 53.021 -9.834 -0.735
7 HG23 VAL 747 HG21 VAL 747 51.850 -9.951 -2.888
8 HG22 VAL 747 HG22 VAL 747 50.397 -9.235 -2.170
9 HG21 VAL 747 HG23 VAL 747 50.303 -10.785 -3.010
No H/Q in entry = 9
In of MODEL 14
1 H LEU 748 H LEU 748 50.577 -13.401 0.294
2 HA LEU 748 HA LEU 748 52.103 -13.691 2.581
3 HB2 LEU 748 HB2 LEU 748 49.828 -13.982 2.700
4 HB3 LEU 748 HB3 LEU 748 49.750 -14.834 1.211
5 HG LEU 748 HG LEU 748 48.824 -16.074 2.935
6 HD12 LEU 748 HD11 LEU 748 51.384 -17.418 2.267
7 HD11 LEU 748 HD12 LEU 748 49.917 -17.328 1.288
8 HD13 LEU 748 HD13 LEU 748 49.868 -18.142 2.843
9 HD23 LEU 748 HD21 LEU 748 49.983 -16.881 4.834
10 HD22 LEU 748 HD22 LEU 748 49.778 -15.129 4.813
11 HD21 LEU 748 HD23 LEU 748 51.381 -15.844 4.461
No H/Q in entry = 11
In of MODEL 14
1 H HIS 749 H HIS 749 51.872 -15.737 -0.270
2 HA HIS 749 HA HIS 749 53.612 -17.815 0.497
3 HB2 HIS 749 HB2 HIS 749 51.964 -17.894 -1.391
4 HB3 HIS 749 HB3 HIS 749 52.966 -16.757 -2.273
5 HD1 HIS 749 HD1 HIS 749 54.971 -17.721 -3.544
6 HD2 HIS 749 HD2 HIS 749 52.946 -20.459 -1.209
7 HE1 HIS 749 HE1 HIS 749 55.910 -19.928 -4.195
8 HE2 HIS 749 HE2 HIS 749 55.003 -21.477 -2.461
No H/Q in entry = 8
In of MODEL 14
1 H CYS 750 H CYS 750 54.041 -14.767 -1.180
2 HA CYS 750 HA CYS 750 56.795 -15.168 -1.835
3 HB2 CYS 750 HB2 CYS 750 55.181 -13.718 -3.107
4 HB3 CYS 750 HB3 CYS 750 55.206 -12.569 -1.792
No H/Q in entry = 4
In of MODEL 14
1 H GLN 751 H GLN 751 55.038 -13.794 0.837
2 HA GLN 751 HA GLN 751 57.088 -12.473 2.237
3 HB2 GLN 751 HB2 GLN 751 54.793 -14.072 3.395
4 HB3 GLN 751 HB3 GLN 751 55.781 -12.929 4.274
5 HG2 GLN 751 HG2 GLN 751 53.978 -12.237 1.973
6 HG3 GLN 751 HG3 GLN 751 53.511 -12.097 3.654
7 HE21 GLN 751 HE21 GLN 751 55.137 -10.705 1.035
8 HE22 GLN 751 HE22 GLN 751 55.644 -9.243 1.797
No H/Q in entry = 8
In of MODEL 14
1 H GLY 752 H GLY 752 56.417 -15.838 1.737
2 HA3 GLY 752 HA2 GLY 752 58.248 -17.402 2.036
3 HA2 GLY 752 HA3 GLY 752 58.667 -16.532 3.507
No H/Q in entry = 3
In of MODEL 14
1 H ARG 753 H ARG 753 55.345 -16.782 3.225
2 HA ARG 753 HA ARG 753 55.313 -18.785 5.318
3 HB2 ARG 753 HB2 ARG 753 53.006 -17.257 4.088
4 HB3 ARG 753 HB3 ARG 753 52.953 -18.204 5.571
5 HG2 ARG 753 HG2 ARG 753 54.568 -15.688 5.142
6 HG3 ARG 753 HG3 ARG 753 53.062 -15.808 6.051
7 HD2 ARG 753 HD2 ARG 753 54.101 -17.205 7.699
8 HD3 ARG 753 HD3 ARG 753 55.563 -17.351 6.726
9 HE ARG 753 HE ARG 753 55.034 -14.646 7.284
10 HH11 ARG 753 HH11 ARG 753 56.217 -17.564 8.902
11 HH12 ARG 753 HH12 ARG 753 57.210 -16.721 9.990
12 HH21 ARG 753 HH21 ARG 753 56.454 -13.500 8.745
13 HH22 ARG 753 HH22 ARG 753 57.360 -14.356 9.897
No H/Q in entry = 13
In of MODEL 14
1 H ASN 754 H ASN 754 54.206 -20.735 5.175
2 HA ASN 754 HA ASN 754 54.204 -21.729 2.416
3 HB2 ASN 754 HB2 ASN 754 54.393 -23.362 4.945
4 HB3 ASN 754 HB3 ASN 754 54.624 -23.931 3.299
5 HD21 ASN 754 HD21 ASN 754 56.063 -22.550 6.039
6 HD22 ASN 754 HD22 ASN 754 57.653 -22.370 5.409
No H/Q in entry = 6
In of MODEL 14
1 H TYR 755 H TYR 755 52.360 -22.211 1.528
2 HA TYR 755 HA TYR 755 50.205 -23.310 3.095
3 HB2 TYR 755 HB2 TYR 755 50.113 -20.740 1.605
4 HB3 TYR 755 HB3 TYR 755 48.654 -21.702 1.632
5 HD1 TYR 755 HD1 TYR 755 47.525 -22.108 3.763
6 HD2 TYR 755 HD2 TYR 755 50.927 -19.628 3.517
7 HE1 TYR 755 HE1 TYR 755 47.020 -21.200 5.981
8 HE2 TYR 755 HE2 TYR 755 50.436 -18.682 5.672
9 HH TYR 755 HH TYR 755 48.170 -20.221 7.760
No H/Q in entry = 9
In of MODEL 14
1 H THR 756 H THR 756 48.777 -24.509 1.894
2 HA THR 756 HA THR 756 49.680 -25.237 -0.795
3 HB THR 756 HB THR 756 48.219 -26.763 1.380
4 HG1 THR 756 HG1 THR 756 50.189 -27.256 1.942
5 HG23 THR 756 HG21 THR 756 48.313 -28.713 -0.076
6 HG22 THR 756 HG22 THR 756 49.094 -27.743 -1.338
7 HG21 THR 756 HG23 THR 756 47.429 -27.397 -0.858
No H/Q in entry = 7
In of MODEL 14
1 H LEU 757 H LEU 757 47.931 -25.420 -2.395
2 HA LEU 757 HA LEU 757 45.608 -23.946 -1.487
3 HB2 LEU 757 HB2 LEU 757 46.551 -24.471 -4.285
4 HB3 LEU 757 HB3 LEU 757 45.039 -23.673 -3.893
5 HG LEU 757 HG LEU 757 46.857 -22.265 -2.436
6 HD11 LEU 757 HD11 LEU 757 48.741 -23.323 -3.460
7 HD13 LEU 757 HD12 LEU 757 48.647 -21.627 -3.941
8 HD12 LEU 757 HD13 LEU 757 48.152 -22.889 -5.068
9 HD22 LEU 757 HD21 LEU 757 45.004 -21.369 -3.610
10 HD21 LEU 757 HD22 LEU 757 45.767 -21.696 -5.175
11 HD23 LEU 757 HD23 LEU 757 46.467 -20.504 -4.069
No H/Q in entry = 11
In of MODEL 14
1 H THR 758 H THR 758 43.509 -24.552 -2.015
2 HA THR 758 HA THR 758 43.143 -27.374 -2.566
3 HB THR 758 HB THR 758 41.535 -27.434 -0.571
4 HG1 THR 758 HG1 THR 758 42.493 -24.898 -0.396
5 HG23 THR 758 HG21 THR 758 43.307 -27.909 1.071
6 HG22 THR 758 HG22 THR 758 44.474 -27.047 0.085
7 HG21 THR 758 HG23 THR 758 43.763 -28.546 -0.509
No H/Q in entry = 7
In of MODEL 14
1 H GLY 759 H GLY 759 40.544 -27.664 -2.461
2 HA3 GLY 759 HA2 GLY 759 39.586 -25.926 -4.510
3 HA2 GLY 759 HA3 GLY 759 38.701 -27.249 -3.773
No H/Q in entry = 3
In of MODEL 14
1 H ARG 760 H ARG 760 37.716 -24.666 -4.461
2 HA ARG 760 HA ARG 760 37.567 -22.804 -2.349
3 HB2 ARG 760 HB2 ARG 760 35.782 -21.732 -3.657
4 HB3 ARG 760 HB3 ARG 760 37.125 -22.210 -4.682
5 HG2 ARG 760 HG2 ARG 760 35.285 -22.814 -5.967
6 HG3 ARG 760 HG3 ARG 760 35.698 -24.326 -5.162
7 HD2 ARG 760 HD2 ARG 760 33.969 -23.632 -3.389
8 HD3 ARG 760 HD3 ARG 760 33.420 -22.448 -4.573
9 HE ARG 760 HE ARG 760 33.614 -25.174 -5.502
10 HH11 ARG 760 HH11 ARG 760 31.444 -22.641 -4.248
11 HH12 ARG 760 HH12 ARG 760 30.033 -23.505 -4.614
12 HH21 ARG 760 HH21 ARG 760 31.656 -26.369 -5.919
13 HH22 ARG 760 HH22 ARG 760 30.144 -25.682 -5.573
No H/Q in entry = 13
In of MODEL 14
1 H ASP 761 H ASP 761 36.091 -25.768 -2.621
2 HA ASP 761 HA ASP 761 33.802 -25.055 -0.958
3 HB2 ASP 761 HB2 ASP 761 33.321 -26.420 -2.902
4 HB3 ASP 761 HB3 ASP 761 34.519 -27.602 -2.420
No H/Q in entry = 4
In of MODEL 14
1 H SER 762 H SER 762 36.978 -26.157 -0.553
2 HA SER 762 HA SER 762 36.479 -27.959 1.597
3 HB2 SER 762 HB2 SER 762 39.052 -26.628 0.743
4 HB3 SER 762 HB3 SER 762 38.919 -27.989 1.854
5 HG SER 762 HG SER 762 37.551 -28.575 -0.332
No H/Q in entry = 5
In of MODEL 14
1 H CYS 763 H CYS 763 37.124 -24.473 1.411
2 HA CYS 763 HA CYS 763 37.213 -24.432 4.345
3 HB2 CYS 763 HB2 CYS 763 38.175 -22.237 4.211
4 HB3 CYS 763 HB3 CYS 763 39.093 -23.271 3.133
No H/Q in entry = 4
In of MODEL 14
1 H THR 764 H THR 764 36.117 -22.380 5.214
2 HA THR 764 HA THR 764 33.535 -22.146 3.931
3 HB THR 764 HB THR 764 34.497 -20.929 6.541
4 HG1 THR 764 HG1 THR 764 33.113 -23.395 6.057
5 HG23 THR 764 HG21 THR 764 32.089 -20.810 7.059
6 HG22 THR 764 HG22 THR 764 31.717 -21.527 5.492
7 HG21 THR 764 HG23 THR 764 32.457 -19.927 5.576
No H/Q in entry = 7
In of MODEL 14
1 H LEU 765 H LEU 765 33.770 -20.913 2.248
2 HA LEU 765 HA LEU 765 35.586 -18.681 2.237
3 HB2 LEU 765 HB2 LEU 765 34.988 -20.518 0.418
4 HB3 LEU 765 HB3 LEU 765 33.701 -19.377 0.070
5 HG LEU 765 HG LEU 765 35.367 -17.651 -0.451
6 HD12 LEU 765 HD11 LEU 765 37.730 -18.341 -0.646
7 HD11 LEU 765 HD12 LEU 765 37.303 -19.868 0.149
8 HD13 LEU 765 HD13 LEU 765 37.142 -18.351 1.018
9 HD22 LEU 765 HD21 LEU 765 34.514 -19.107 -2.217
10 HD21 LEU 765 HD22 LEU 765 35.792 -20.272 -1.870
11 HD23 LEU 765 HD23 LEU 765 36.202 -18.679 -2.501
No H/Q in entry = 11
In of MODEL 14
1 HA PRO 766 HA PRO 766 32.329 -15.789 3.216
2 HB2 PRO 766 HB2 PRO 766 33.332 -13.556 1.945
3 HB3 PRO 766 HB3 PRO 766 33.838 -14.108 3.543
4 HG2 PRO 766 HG2 PRO 766 35.173 -14.464 0.905
5 HG3 PRO 766 HG3 PRO 766 35.894 -14.188 2.501
6 HD2 PRO 766 HD2 PRO 766 35.828 -16.618 1.292
7 HD3 PRO 766 HD3 PRO 766 35.807 -16.442 3.049
No H/Q in entry = 7
In of MODEL 14
1 H ALA 767 H ALA 767 33.469 -16.067 -0.088
2 HA ALA 767 HA ALA 767 30.724 -15.574 -0.967
3 HB1 ALA 767 HB1 ALA 767 32.036 -13.558 -1.421
4 HB3 ALA 767 HB2 ALA 767 31.463 -14.343 -2.894
5 HB2 ALA 767 HB3 ALA 767 33.151 -14.519 -2.402
No H/Q in entry = 5
In of MODEL 14
1 H SER 768 H SER 768 30.228 -17.603 -1.330
2 HA SER 768 HA SER 768 31.503 -18.813 -3.661
3 HB2 SER 768 HB2 SER 768 32.199 -20.082 -1.602
4 HB3 SER 768 HB3 SER 768 30.500 -20.353 -1.234
5 HG SER 768 HG SER 768 30.616 -21.991 -2.394
No H/Q in entry = 5
In of MODEL 14
1 H ALA 769 H ALA 769 28.632 -19.470 -1.582
2 HA ALA 769 HA ALA 769 27.034 -19.388 -4.030
3 HB1 ALA 769 HB1 ALA 769 26.848 -21.467 -2.725
4 HB2 ALA 769 HB2 ALA 769 25.325 -20.579 -2.760
5 HB3 ALA 769 HB3 ALA 769 26.337 -20.532 -1.315
No H/Q in entry = 5
In of MODEL 14
1 H GLU 770 H GLU 770 25.396 -17.966 -4.218
2 HA GLU 770 HA GLU 770 24.288 -16.051 -4.046
3 HB2 GLU 770 HB2 GLU 770 24.571 -16.516 -1.094
4 HB3 GLU 770 HB3 GLU 770 23.599 -15.222 -1.794
5 HG2 GLU 770 HG2 GLU 770 22.247 -16.922 -2.935
6 HG3 GLU 770 HG3 GLU 770 23.197 -18.177 -2.139
No H/Q in entry = 6
In of MODEL 14
1 H LYS 771 H LYS 771 25.193 -14.315 -4.786
2 HA LYS 771 HA LYS 771 27.677 -13.529 -3.589
3 HB2 LYS 771 HB2 LYS 771 26.539 -11.977 -5.896
4 HB3 LYS 771 HB3 LYS 771 28.188 -12.431 -5.562
5 HG2 LYS 771 HG2 LYS 771 26.075 -14.350 -6.519
6 HG3 LYS 771 HG3 LYS 771 27.282 -13.576 -7.532
7 HD2 LYS 771 HD2 LYS 771 28.974 -14.930 -6.747
8 HD3 LYS 771 HD3 LYS 771 28.186 -15.164 -5.175
9 HE2 LYS 771 HE2 LYS 771 26.646 -16.580 -5.979
10 HE3 LYS 771 HE3 LYS 771 26.915 -16.200 -7.688
11 HZ2 LYS 771 HZ1 LYS 771 28.665 -17.838 -5.871
12 HZ1 LYS 771 HZ2 LYS 771 29.100 -17.343 -7.438
13 HZ3 LYS 771 HZ3 LYS 771 27.779 -18.348 -7.214
No H/Q in entry = 13
In of MODEL 14
1 H ALA 772 H ALA 772 27.793 -11.382 -2.540
2 HA ALA 772 HA ALA 772 25.462 -9.696 -2.565
3 HB2 ALA 772 HB1 ALA 772 24.802 -11.383 -0.907
4 HB1 ALA 772 HB2 ALA 772 25.065 -9.811 -0.151
5 HB3 ALA 772 HB3 ALA 772 26.285 -11.075 -0.004
No H/Q in entry = 5
In of MODEL 14
1 H CYS 773 H CYS 773 25.808 -7.768 -1.246
2 HA CYS 773 HA CYS 773 28.231 -6.482 -1.578
3 HB2 CYS 773 HB2 CYS 773 26.403 -5.969 0.760
4 HB3 CYS 773 HB3 CYS 773 27.386 -4.811 -0.127
No H/Q in entry = 4
In of MODEL 14
1 H GLY 774 H GLY 774 30.101 -6.477 -0.422
2 HA3 GLY 774 HA2 GLY 774 30.948 -6.546 1.941
3 HA2 GLY 774 HA3 GLY 774 30.166 -8.122 2.017
No H/Q in entry = 3
In of MODEL 14
1 H ALA 775 H ALA 775 30.896 -8.665 -0.821
2 HA ALA 775 HA ALA 775 33.740 -8.390 -0.961
3 HB1 ALA 775 HB1 ALA 775 34.246 -10.783 -1.107
4 HB3 ALA 775 HB2 ALA 775 32.565 -11.167 -0.739
5 HB2 ALA 775 HB3 ALA 775 33.574 -10.377 0.473
No H/Q in entry = 5
In of MODEL 14
1 H CYS 776 H CYS 776 33.471 -7.409 -2.824
2 HA CYS 776 HA CYS 776 33.806 -8.620 -5.175
3 HB2 CYS 776 HB2 CYS 776 31.600 -8.277 -6.436
4 HB3 CYS 776 HB3 CYS 776 31.599 -9.619 -5.311
No H/Q in entry = 4
In of MODEL 14
1 HA PRO 777 HA PRO 777 34.089 -4.144 -5.713
2 HB2 PRO 777 HB2 PRO 777 36.743 -3.852 -5.568
3 HB3 PRO 777 HB3 PRO 777 35.737 -3.962 -4.123
4 HG2 PRO 777 HG2 PRO 777 37.580 -5.960 -5.284
5 HG3 PRO 777 HG3 PRO 777 37.050 -5.772 -3.612
6 HD2 PRO 777 HD2 PRO 777 36.020 -7.641 -5.558
7 HD3 PRO 777 HD3 PRO 777 35.466 -7.369 -3.904
No H/Q in entry = 7
In of MODEL 14
1 H LEU 778 H LEU 778 36.002 -6.687 -7.278
2 HA LEU 778 HA LEU 778 36.660 -4.876 -9.480
3 HB2 LEU 778 HB2 LEU 778 38.285 -6.581 -10.275
4 HB3 LEU 778 HB3 LEU 778 38.578 -5.950 -8.657
5 HG LEU 778 HG LEU 778 37.192 -8.581 -8.961
6 HD11 LEU 778 HD11 LEU 778 39.217 -8.703 -10.383
7 HD13 LEU 778 HD12 LEU 778 39.317 -9.679 -8.914
8 HD12 LEU 778 HD13 LEU 778 40.185 -8.140 -9.004
9 HD23 LEU 778 HD21 LEU 778 39.184 -7.540 -6.983
10 HD22 LEU 778 HD22 LEU 778 38.207 -9.006 -6.853
11 HD21 LEU 778 HD23 LEU 778 37.443 -7.414 -6.794
No H/Q in entry = 11
In of MODEL 14
1 H TRP 779 H TRP 779 34.947 -7.906 -9.015
2 HA TRP 779 HA TRP 779 34.375 -7.956 -11.877
3 HB2 TRP 779 HB2 TRP 779 33.428 -10.250 -11.375
4 HB3 TRP 779 HB3 TRP 779 35.163 -10.077 -11.153
5 HD1 TRP 779 HD1 TRP 779 31.914 -10.261 -9.011
6 HE1 TRP 779 HE1 TRP 779 32.565 -11.175 -6.698
7 HE3 TRP 779 HE3 TRP 779 36.955 -10.547 -9.645
8 HZ2 TRP 779 HZ2 TRP 779 34.962 -11.924 -5.329
9 HZ3 TRP 779 HZ3 TRP 779 38.336 -11.373 -7.799
10 HH2 TRP 779 HH2 TRP 779 37.335 -12.040 -5.692
No H/Q in entry = 10
In of MODEL 14
1 H GLY 780 H GLY 780 33.124 -6.482 -9.348
2 HA3 GLY 780 HA2 GLY 780 30.656 -5.985 -10.410
3 HA2 GLY 780 HA3 GLY 780 30.463 -7.327 -9.276
No H/Q in entry = 3
In of MODEL 14
1 H LYS 781 H LYS 781 29.134 -5.389 -8.348
2 HA LYS 781 HA LYS 781 30.634 -4.515 -6.075
3 HB2 LYS 781 HB2 LYS 781 30.394 -2.192 -6.336
4 HB3 LYS 781 HB3 LYS 781 31.337 -2.827 -7.676
5 HG2 LYS 781 HG2 LYS 781 29.386 -2.653 -9.146
6 HG3 LYS 781 HG3 LYS 781 28.421 -2.054 -7.796
7 HD2 LYS 781 HD2 LYS 781 30.848 -0.722 -8.990
8 HD3 LYS 781 HD3 LYS 781 29.173 -0.203 -9.180
9 HE2 LYS 781 HE2 LYS 781 29.017 0.186 -6.765
10 HE3 LYS 781 HE3 LYS 781 30.679 -0.365 -6.575
11 HZ3 LYS 781 HZ1 LYS 781 31.429 1.486 -7.914
12 HZ2 LYS 781 HZ2 LYS 781 30.539 2.056 -6.620
13 HZ1 LYS 781 HZ3 LYS 781 29.852 2.022 -8.137
No H/Q in entry = 13
In of MODEL 14
1 H CYS 782 H CYS 782 29.258 -2.847 -4.851
2 HA CYS 782 HA CYS 782 26.398 -3.323 -5.059
3 HB2 CYS 782 HB2 CYS 782 27.252 -4.858 -3.314
4 HB3 CYS 782 HB3 CYS 782 28.142 -3.539 -2.571
No H/Q in entry = 4
In of MODEL 14
1 H ASP 783 H ASP 783 25.256 -1.436 -4.235
2 HA ASP 783 HA ASP 783 26.833 1.006 -4.327
3 HB2 ASP 783 HB2 ASP 783 23.855 0.559 -3.964
4 HB3 ASP 783 HB3 ASP 783 24.582 2.151 -3.929
No H/Q in entry = 4
In of MODEL 14
1 H ALA 784 H ALA 784 25.605 2.647 -2.580
2 HA ALA 784 HA ALA 784 26.672 1.892 -0.046
3 HB1 ALA 784 HB1 ALA 784 25.928 4.093 0.687
4 HB3 ALA 784 HB2 ALA 784 24.965 4.272 -0.780
5 HB2 ALA 784 HB3 ALA 784 26.723 4.207 -0.883
No H/Q in entry = 5
In of MODEL 14
1 H GLU 785 H GLU 785 24.109 0.730 -1.409
2 HA GLU 785 HA GLU 785 22.419 0.573 0.998
3 HB2 GLU 785 HB2 GLU 785 21.715 -0.095 -1.868
4 HB3 GLU 785 HB3 GLU 785 20.622 -0.065 -0.495
5 HG2 GLU 785 HG2 GLU 785 20.836 2.331 -0.348
6 HG3 GLU 785 HG3 GLU 785 22.012 2.322 -1.665
No H/Q in entry = 6
In of MODEL 14
1 H SER 786 H SER 786 22.801 -1.380 1.975
2 HA SER 786 HA SER 786 24.249 -3.396 0.514
3 HB2 SER 786 HB2 SER 786 23.261 -3.368 3.370
4 HB3 SER 786 HB3 SER 786 24.406 -4.517 2.679
5 HG SER 786 HG SER 786 24.751 -1.721 3.008
No H/Q in entry = 5
In of MODEL 14
1 H SER 787 H SER 787 23.080 -4.598 -0.850
2 HA SER 787 HA SER 787 20.841 -6.076 0.227
3 HB2 SER 787 HB2 SER 787 19.849 -4.022 -0.726
4 HB3 SER 787 HB3 SER 787 20.588 -4.388 -2.281
5 HG SER 787 HG SER 787 18.511 -5.683 -0.923
No H/Q in entry = 5
In of MODEL 14
1 H LYS 788 H LYS 788 22.588 -5.447 -2.895
2 HA LYS 788 HA LYS 788 23.032 -8.312 -3.149
3 HB2 LYS 788 HB2 LYS 788 22.119 -8.380 -5.376
4 HB3 LYS 788 HB3 LYS 788 20.878 -7.798 -4.265
5 HG2 LYS 788 HG2 LYS 788 21.327 -5.503 -4.976
6 HG3 LYS 788 HG3 LYS 788 22.577 -6.098 -6.068
7 HD2 LYS 788 HD2 LYS 788 20.849 -7.382 -7.277
8 HD3 LYS 788 HD3 LYS 788 19.623 -6.662 -6.228
9 HE2 LYS 788 HE2 LYS 788 21.486 -5.199 -8.101
10 HE3 LYS 788 HE3 LYS 788 19.757 -5.428 -8.322
11 HZ1 LYS 788 HZ1 LYS 788 19.429 -4.115 -6.252
12 HZ3 LYS 788 HZ2 LYS 788 20.173 -3.233 -7.483
13 HZ2 LYS 788 HZ3 LYS 788 21.087 -3.807 -6.205
No H/Q in entry = 13
In of MODEL 14
1 H CYS 789 H CYS 789 24.406 -8.662 -5.176
2 HA CYS 789 HA CYS 789 26.191 -6.394 -5.645
3 HB2 CYS 789 HB2 CYS 789 27.327 -7.999 -4.199
4 HB3 CYS 789 HB3 CYS 789 26.901 -9.317 -5.278
No H/Q in entry = 4
In of MODEL 14
1 H VAL 790 H VAL 790 26.353 -5.908 -7.723
2 HA VAL 790 HA VAL 790 25.290 -7.854 -9.629
3 HB VAL 790 HB VAL 790 24.103 -5.706 -9.661
4 HG11 VAL 790 HG11 VAL 790 26.749 -4.528 -10.446
5 HG13 VAL 790 HG12 VAL 790 25.872 -4.200 -8.946
6 HG12 VAL 790 HG13 VAL 790 25.220 -3.649 -10.502
7 HG21 VAL 790 HG21 VAL 790 25.741 -6.190 -12.141
8 HG23 VAL 790 HG22 VAL 790 24.273 -5.215 -12.084
9 HG22 VAL 790 HG23 VAL 790 24.196 -6.944 -11.735
No H/Q in entry = 9
In of MODEL 14
1 H CYS 791 H CYS 791 26.523 -8.646 -11.062
2 HA CYS 791 HA CYS 791 29.350 -7.848 -11.007
3 HB2 CYS 791 HB2 CYS 791 28.162 -10.558 -11.445
4 HB3 CYS 791 HB3 CYS 791 29.881 -10.159 -11.533
No H/Q in entry = 4
In of MODEL 14
1 H ARG 792 H ARG 792 30.602 -7.995 -12.643
2 HA ARG 792 HA ARG 792 29.439 -7.103 -15.170
3 HB2 ARG 792 HB2 ARG 792 32.344 -7.246 -14.383
4 HB3 ARG 792 HB3 ARG 792 31.598 -6.226 -15.593
5 HG2 ARG 792 HG2 ARG 792 31.218 -5.942 -12.625
6 HG3 ARG 792 HG3 ARG 792 32.345 -4.987 -13.595
7 HD2 ARG 792 HD2 ARG 792 30.386 -4.174 -14.879
8 HD3 ARG 792 HD3 ARG 792 29.352 -5.065 -13.752
9 HE ARG 792 HE ARG 792 31.245 -3.279 -12.523
10 HH11 ARG 792 HH11 ARG 792 27.908 -3.664 -13.619
11 HH12 ARG 792 HH12 ARG 792 27.357 -2.263 -12.828
12 HH21 ARG 792 HH21 ARG 792 30.556 -1.501 -11.471
13 HH22 ARG 792 HH22 ARG 792 28.913 -0.960 -11.536
No H/Q in entry = 13
In of MODEL 14
1 H GLU 793 H GLU 793 30.927 -7.923 -17.036
2 HA GLU 793 HA GLU 793 31.582 -10.703 -16.521
3 HB2 GLU 793 HB2 GLU 793 30.817 -9.423 -19.158
4 HB3 GLU 793 HB3 GLU 793 31.345 -11.094 -18.976
5 HG2 GLU 793 HG2 GLU 793 29.453 -11.429 -17.374
6 HG3 GLU 793 HG3 GLU 793 28.880 -9.828 -17.828
No H/Q in entry = 6
In of MODEL 14
1 H ALA 794 H ALA 794 33.281 -11.237 -18.635
2 HA ALA 794 HA ALA 794 35.636 -10.420 -17.306
3 HB3 ALA 794 HB1 ALA 794 36.790 -11.849 -18.808
4 HB1 ALA 794 HB2 ALA 794 35.424 -11.857 -19.921
5 HB2 ALA 794 HB3 ALA 794 35.272 -12.625 -18.340
No H/Q in entry = 5
In of MODEL 14
1 H SER 795 H SER 795 33.924 -8.943 -19.821
2 HA SER 795 HA SER 795 36.350 -7.739 -20.806
3 HB2 SER 795 HB2 SER 795 33.553 -7.513 -21.900
4 HB3 SER 795 HB3 SER 795 35.037 -6.980 -22.696
5 HG SER 795 HG SER 795 33.931 -9.434 -22.545
No H/Q in entry = 5
In of MODEL 14
1 H GLU 796 H GLU 796 34.428 -7.144 -18.296
2 HA GLU 796 HA GLU 796 34.812 -4.267 -18.495
3 HB2 GLU 796 HB2 GLU 796 32.451 -4.781 -19.113
4 HB3 GLU 796 HB3 GLU 796 32.247 -5.588 -17.566
5 HG2 GLU 796 HG2 GLU 796 32.540 -3.483 -16.398
6 HG3 GLU 796 HG3 GLU 796 32.868 -2.659 -17.919
No H/Q in entry = 6
In of MODEL 14
1 H CYS 797 H CYS 797 36.538 -5.864 -17.272
2 HA CYS 797 HA CYS 797 36.020 -6.236 -14.485
3 HB2 CYS 797 HB2 CYS 797 38.710 -5.872 -15.840
4 HB3 CYS 797 HB3 CYS 797 38.359 -6.559 -14.252
No H/Q in entry = 4
In of MODEL 14
1 H GLU 798 H GLU 798 36.030 -4.645 -12.916
2 HA GLU 798 HA GLU 798 36.846 -1.994 -13.775
3 HB2 GLU 798 HB2 GLU 798 35.378 -2.844 -11.267
4 HB3 GLU 798 HB3 GLU 798 35.665 -1.177 -11.768
5 HG2 GLU 798 HG2 GLU 798 34.409 -1.689 -13.875
6 HG3 GLU 798 HG3 GLU 798 33.981 -3.241 -13.171
No H/Q in entry = 6
In of MODEL 14
1 H GLU 799 H GLU 799 38.569 -4.300 -12.879
2 HA GLU 799 HA GLU 799 40.701 -2.796 -11.830
3 HB2 GLU 799 HB2 GLU 799 39.592 -3.139 -9.677
4 HB3 GLU 799 HB3 GLU 799 39.340 -4.829 -10.053
5 HG2 GLU 799 HG2 GLU 799 41.087 -4.546 -8.372
6 HG3 GLU 799 HG3 GLU 799 41.739 -5.250 -9.844
No H/Q in entry = 6
In of MODEL 14
1 H GLU 800 H GLU 800 42.640 -4.146 -11.844
2 HA GLU 800 HA GLU 800 42.326 -6.398 -13.654
3 HB2 GLU 800 HB2 GLU 800 44.650 -4.484 -13.447
4 HB3 GLU 800 HB3 GLU 800 44.550 -5.867 -14.527
5 HG2 GLU 800 HG2 GLU 800 42.634 -4.806 -15.657
6 HG3 GLU 800 HG3 GLU 800 42.826 -3.402 -14.604
No H/Q in entry = 6
In of MODEL 14
1 H GLY 801 H GLY 801 42.121 -7.662 -12.055
2 HA3 GLY 801 HA2 GLY 801 43.977 -7.987 -9.910
3 HA2 GLY 801 HA3 GLY 801 42.694 -9.107 -10.304
No H/Q in entry = 3
In of MODEL 14
1 H PHE 802 H PHE 802 44.228 -10.680 -9.710
2 HA PHE 802 HA PHE 802 46.672 -11.149 -11.085
3 HB2 PHE 802 HB2 PHE 802 45.009 -12.784 -9.219
4 HB3 PHE 802 HB3 PHE 802 46.426 -13.467 -10.005
5 HD1 PHE 802 HD1 PHE 802 45.293 -10.727 -7.785
6 HD2 PHE 802 HD2 PHE 802 48.551 -13.050 -9.185
7 HE1 PHE 802 HE1 PHE 802 46.709 -9.748 -6.097
8 HE2 PHE 802 HE2 PHE 802 49.977 -12.065 -7.484
9 HZ PHE 802 HZ PHE 802 49.073 -10.404 -5.921
No H/Q in entry = 9
In of MODEL 14
1 H SER 803 H SER 803 47.026 -13.504 -11.909
2 HA SER 803 HA SER 803 44.944 -14.249 -13.774
3 HB2 SER 803 HB2 SER 803 47.253 -15.136 -14.917
4 HB3 SER 803 HB3 SER 803 46.519 -13.570 -15.286
5 HG SER 803 HG SER 803 47.930 -12.565 -14.101
No H/Q in entry = 5
In of MODEL 14
1 H ILE 804 H ILE 804 44.194 -16.231 -13.320
2 HA ILE 804 HA ILE 804 45.887 -18.047 -11.754
3 HB ILE 804 HB ILE 804 44.092 -18.706 -10.310
4 HG12 ILE 804 HG12 ILE 804 42.174 -18.499 -11.906
5 HG13 ILE 804 HG13 ILE 804 41.816 -17.822 -10.329
6 HG23 ILE 804 HG21 ILE 804 43.625 -16.665 -9.033
7 HG22 ILE 804 HG22 ILE 804 44.180 -15.705 -10.400
8 HG21 ILE 804 HG23 ILE 804 45.310 -16.759 -9.555
9 HD13 ILE 804 HD11 ILE 804 40.889 -16.445 -12.061
10 HD12 ILE 804 HD12 ILE 804 42.446 -16.320 -12.861
11 HD11 ILE 804 HD13 ILE 804 42.206 -15.564 -11.282
No H/Q in entry = 11
In of MODEL 14
1 H CYS 805 H CYS 805 44.656 -20.281 -11.631
2 HA CYS 805 HA CYS 805 43.786 -20.957 -14.366
3 HB2 CYS 805 HB2 CYS 805 45.936 -21.958 -13.685
4 HB3 CYS 805 HB3 CYS 805 45.150 -22.650 -12.272
No H/Q in entry = 4
In of MODEL 14
1 H VAL 806 H VAL 806 41.833 -21.740 -14.544
2 HA VAL 806 HA VAL 806 40.616 -22.873 -12.197
3 HB VAL 806 HB VAL 806 39.935 -20.513 -12.303
4 HG13 VAL 806 HG11 VAL 806 38.588 -19.657 -14.114
5 HG12 VAL 806 HG12 VAL 806 38.887 -21.159 -15.001
6 HG11 VAL 806 HG13 VAL 806 40.231 -20.087 -14.606
7 HG22 VAL 806 HG21 VAL 806 38.313 -22.124 -11.444
8 HG21 VAL 806 HG22 VAL 806 37.758 -22.414 -13.075
9 HG23 VAL 806 HG23 VAL 806 37.503 -20.823 -12.328
No H/Q in entry = 9
In of MODEL 14
1 H GLU 807 H GLU 807 39.448 -24.617 -12.633
2 HA GLU 807 HA GLU 807 39.588 -25.644 -15.300
3 HB2 GLU 807 HB2 GLU 807 40.080 -27.021 -13.263
4 HB3 GLU 807 HB3 GLU 807 38.391 -26.875 -12.824
5 HG2 GLU 807 HG2 GLU 807 37.718 -28.040 -14.779
6 HG3 GLU 807 HG3 GLU 807 39.398 -28.101 -15.349
No H/Q in entry = 6
In of MODEL 14
1 H VAL 808 H VAL 808 38.091 -25.516 -16.693
2 HA VAL 808 HA VAL 808 35.303 -25.112 -16.033
3 HB VAL 808 HB VAL 808 36.321 -22.838 -16.117
4 HG12 VAL 808 HG11 VAL 808 37.062 -23.484 -18.941
5 HG11 VAL 808 HG12 VAL 808 38.155 -23.225 -17.586
6 HG13 VAL 808 HG13 VAL 808 37.170 -21.891 -18.192
7 HG21 VAL 808 HG21 VAL 808 34.460 -23.406 -18.418
8 HG23 VAL 808 HG22 VAL 808 34.856 -21.804 -17.806
9 HG22 VAL 808 HG23 VAL 808 33.997 -22.954 -16.767
No H/Q in entry = 9
In of MODEL 14
1 H ASN 809 H ASN 809 34.037 -25.984 -17.706
2 HA ASN 809 HA ASN 809 33.484 -27.130 -19.609
3 HB2 ASN 809 HB2 ASN 809 35.850 -25.592 -20.503
4 HB3 ASN 809 HB3 ASN 809 35.121 -26.740 -21.651
5 HD21 ASN 809 HD21 ASN 809 35.078 -23.674 -20.186
6 HD22 ASN 809 HD22 ASN 809 33.660 -23.052 -20.927
No H/Q in entry = 6
In of MODEL 14
1 H GLY 810 H GLY 810 35.609 -28.150 -17.598
2 HA3 GLY 810 HA2 GLY 810 36.523 -30.289 -17.345
3 HA2 GLY 810 HA3 GLY 810 36.201 -30.570 -19.056
No H/Q in entry = 3
In of MODEL 14
1 H LYS 811 H LYS 811 37.655 -27.657 -18.819
2 HA LYS 811 HA LYS 811 40.344 -28.727 -19.385
3 HB2 LYS 811 HB2 LYS 811 38.952 -26.222 -20.357
4 HB3 LYS 811 HB3 LYS 811 40.607 -26.669 -20.715
5 HG2 LYS 811 HG2 LYS 811 39.914 -28.490 -22.071
6 HG3 LYS 811 HG3 LYS 811 38.245 -28.351 -21.509
7 HD2 LYS 811 HD2 LYS 811 38.569 -27.424 -23.778
8 HD3 LYS 811 HD3 LYS 811 38.011 -26.214 -22.623
9 HE2 LYS 811 HE2 LYS 811 40.299 -25.374 -22.393
10 HE3 LYS 811 HE3 LYS 811 40.879 -26.596 -23.523
11 HZ2 LYS 811 HZ1 LYS 811 40.565 -24.416 -24.588
12 HZ1 LYS 811 HZ2 LYS 811 38.940 -24.426 -24.161
13 HZ3 LYS 811 HZ3 LYS 811 39.512 -25.553 -25.243
No H/Q in entry = 13
In of MODEL 14
1 H GLU 812 H GLU 812 42.075 -27.239 -18.640
2 HA GLU 812 HA GLU 812 41.113 -25.494 -16.517
3 HB2 GLU 812 HB2 GLU 812 43.812 -26.808 -16.847
4 HB3 GLU 812 HB3 GLU 812 43.538 -25.489 -15.715
5 HG2 GLU 812 HG2 GLU 812 41.800 -26.822 -14.607
6 HG3 GLU 812 HG3 GLU 812 42.139 -28.151 -15.710
No H/Q in entry = 6
In of MODEL 14
1 H GLN 813 H GLN 813 40.901 -23.541 -16.970
2 HA GLN 813 HA GLN 813 42.498 -22.437 -19.140
3 HB2 GLN 813 HB2 GLN 813 40.206 -22.589 -19.780
4 HB3 GLN 813 HB3 GLN 813 39.669 -21.868 -18.269
5 HG2 GLN 813 HG2 GLN 813 40.606 -19.739 -18.937
6 HG3 GLN 813 HG3 GLN 813 41.244 -20.456 -20.417
7 HE21 GLN 813 HE21 GLN 813 39.274 -18.286 -19.927
8 HE22 GLN 813 HE22 GLN 813 37.913 -18.699 -20.891
No H/Q in entry = 8
In of MODEL 14
1 H THR 814 H THR 814 43.588 -20.690 -18.790
2 HA THR 814 HA THR 814 43.900 -19.636 -16.130
3 HB THR 814 HB THR 814 45.067 -18.732 -18.777
4 HG1 THR 814 HG1 THR 814 46.926 -20.060 -17.851
5 HG22 THR 814 HG21 THR 814 46.890 -17.831 -17.382
6 HG21 THR 814 HG22 THR 814 46.035 -18.363 -15.932
7 HG23 THR 814 HG23 THR 814 45.337 -17.112 -16.959
No H/Q in entry = 7
In of MODEL 14
1 H MET 815 H MET 815 42.797 -17.883 -15.458
2 HA MET 815 HA MET 815 41.630 -16.148 -17.521
3 HB2 MET 815 HB2 MET 815 40.252 -16.878 -14.939
4 HB3 MET 815 HB3 MET 815 39.633 -15.820 -16.192
5 HG2 MET 815 HG2 MET 815 39.776 -17.887 -17.712
6 HG3 MET 815 HG3 MET 815 40.005 -18.735 -16.186
7 HE2 MET 815 HE1 MET 815 36.502 -19.860 -16.979
8 HE1 MET 815 HE2 MET 815 38.216 -20.240 -16.666
9 HE3 MET 815 HE3 MET 815 37.753 -19.482 -18.176
No H/Q in entry = 9
In of MODEL 14
1 H SER 816 H SER 816 41.023 -14.089 -16.602
2 HA SER 816 HA SER 816 43.060 -13.148 -14.788
3 HB2 SER 816 HB2 SER 816 40.660 -11.671 -15.879
4 HB3 SER 816 HB3 SER 816 42.130 -10.987 -15.173
5 HG SER 816 HG SER 816 42.531 -12.713 -17.282
No H/Q in entry = 5
In of MODEL 14
1 H GLU 817 H GLU 817 42.520 -12.254 -12.758
2 HA GLU 817 HA GLU 817 40.893 -13.769 -11.131
3 HB2 GLU 817 HB2 GLU 817 42.829 -12.269 -10.602
4 HB3 GLU 817 HB3 GLU 817 41.694 -10.949 -10.743
5 HG2 GLU 817 HG2 GLU 817 40.481 -11.549 -8.877
6 HG3 GLU 817 HG3 GLU 817 41.207 -13.156 -8.816
No H/Q in entry = 6
In of MODEL 14
1 H CYS 818 H CYS 818 40.246 -10.650 -12.636
2 HA CYS 818 HA CYS 818 37.717 -10.225 -11.471
3 HB2 CYS 818 HB2 CYS 818 37.419 -8.566 -13.261
4 HB3 CYS 818 HB3 CYS 818 38.997 -8.417 -12.496
No H/Q in entry = 4
In of MODEL 14
1 H GLU 819 H GLU 819 38.837 -11.879 -14.331
2 HA GLU 819 HA GLU 819 36.381 -12.260 -15.645
3 HB2 GLU 819 HB2 GLU 819 38.507 -12.360 -16.794
4 HB3 GLU 819 HB3 GLU 819 39.021 -13.673 -15.752
5 HG2 GLU 819 HG2 GLU 819 37.430 -15.148 -16.741
6 HG3 GLU 819 HG3 GLU 819 36.784 -13.845 -17.735
No H/Q in entry = 6
In of MODEL 14
1 H ALA 820 H ALA 820 38.457 -14.573 -13.895
2 HA ALA 820 HA ALA 820 36.688 -16.668 -13.850
3 HB2 ALA 820 HB1 ALA 820 38.007 -17.537 -11.949
4 HB3 ALA 820 HB2 ALA 820 38.802 -15.963 -11.825
5 HB1 ALA 820 HB3 ALA 820 39.007 -16.944 -13.275
No H/Q in entry = 5
In of MODEL 14
1 H GLY 821 H GLY 821 37.078 -13.937 -11.635
2 HA3 GLY 821 HA2 GLY 821 35.237 -14.791 -9.653
3 HA2 GLY 821 HA3 GLY 821 35.832 -13.147 -9.884
No H/Q in entry = 3
In of MODEL 14
1 H ALA 822 H ALA 822 34.901 -12.823 -12.555
2 HA ALA 822 HA ALA 822 32.257 -12.071 -12.008
3 HB1 ALA 822 HB1 ALA 822 33.589 -12.239 -14.735
4 HB2 ALA 822 HB2 ALA 822 33.748 -10.892 -13.620
5 HB3 ALA 822 HB3 ALA 822 32.172 -11.273 -14.283
No H/Q in entry = 5
In of MODEL 14
1 H LEU 823 H LEU 823 33.677 -14.791 -13.772
2 HA LEU 823 HA LEU 823 31.258 -16.015 -14.569
3 HB2 LEU 823 HB2 LEU 823 34.001 -17.032 -14.015
4 HB3 LEU 823 HB3 LEU 823 32.713 -18.191 -14.208
5 HG LEU 823 HG LEU 823 32.271 -17.167 -16.464
6 HD11 LEU 823 HD11 LEU 823 34.894 -15.796 -15.959
7 HD13 LEU 823 HD12 LEU 823 33.323 -15.028 -16.191
8 HD12 LEU 823 HD13 LEU 823 34.078 -15.918 -17.513
9 HD23 LEU 823 HD21 LEU 823 34.965 -18.367 -15.988
10 HD22 LEU 823 HD22 LEU 823 34.053 -18.388 -17.517
11 HD21 LEU 823 HD23 LEU 823 33.432 -19.227 -16.087
No H/Q in entry = 11
In of MODEL 14
1 H ARG 824 H ARG 824 33.127 -16.229 -11.574
2 HA ARG 824 HA ARG 824 31.552 -18.134 -10.215
3 HB2 ARG 824 HB2 ARG 824 33.385 -15.968 -9.200
4 HB3 ARG 824 HB3 ARG 824 32.543 -17.087 -8.141
5 HG2 ARG 824 HG2 ARG 824 33.739 -18.937 -9.035
6 HG3 ARG 824 HG3 ARG 824 34.491 -17.920 -10.280
7 HD2 ARG 824 HD2 ARG 824 35.991 -18.417 -8.393
8 HD3 ARG 824 HD3 ARG 824 35.661 -16.694 -8.548
9 HE ARG 824 HE ARG 824 33.791 -17.583 -6.820
10 HH11 ARG 824 HH11 ARG 824 37.341 -17.847 -6.826
11 HH12 ARG 824 HH12 ARG 824 37.490 -17.678 -5.124
12 HH21 ARG 824 HH21 ARG 824 34.077 -17.319 -4.398
13 HH22 ARG 824 HH22 ARG 824 35.648 -17.383 -3.789
No H/Q in entry = 13
In of MODEL 14
1 H CYS 825 H CYS 825 30.702 -15.055 -11.146
2 HA CYS 825 HA CYS 825 28.825 -14.824 -8.906
3 HB2 CYS 825 HB2 CYS 825 30.509 -12.952 -9.202
4 HB3 CYS 825 HB3 CYS 825 29.746 -12.633 -10.750
No H/Q in entry = 4
In of MODEL 14
1 H ARG 826 H ARG 826 29.306 -14.582 -12.387
2 HA ARG 826 HA ARG 826 26.754 -13.987 -13.205
3 HB2 ARG 826 HB2 ARG 826 28.907 -13.828 -14.453
4 HB3 ARG 826 HB3 ARG 826 28.903 -15.576 -14.583
5 HG2 ARG 826 HG2 ARG 826 26.881 -15.511 -15.806
6 HG3 ARG 826 HG3 ARG 826 26.820 -13.745 -15.614
7 HD2 ARG 826 HD2 ARG 826 27.711 -14.295 -17.832
8 HD3 ARG 826 HD3 ARG 826 28.968 -13.563 -16.839
9 HE ARG 826 HE ARG 826 28.949 -16.392 -16.711
10 HH11 ARG 826 HH11 ARG 826 29.927 -13.721 -18.857
11 HH12 ARG 826 HH12 ARG 826 31.232 -14.585 -19.545
12 HH21 ARG 826 HH21 ARG 826 30.678 -17.580 -17.781
13 HH22 ARG 826 HH22 ARG 826 31.652 -16.798 -18.945
No H/Q in entry = 13
In of MODEL 14
1 H GLY 827 H GLY 827 28.361 -17.067 -12.497
2 HA3 GLY 827 HA2 GLY 827 26.802 -18.765 -11.573
3 HA2 GLY 827 HA3 GLY 827 25.738 -18.337 -12.906
No H/Q in entry = 3
In of MODEL 14
1 H GLN 828 H GLN 828 29.186 -18.624 -13.373
2 HA GLN 828 HA GLN 828 28.714 -20.854 -15.153
3 HB2 GLN 828 HB2 GLN 828 30.185 -18.909 -15.792
4 HB3 GLN 828 HB3 GLN 828 31.261 -19.412 -14.500
5 HG2 GLN 828 HG2 GLN 828 31.916 -20.125 -16.786
6 HG3 GLN 828 HG3 GLN 828 31.799 -21.446 -15.607
7 HE21 GLN 828 HE21 GLN 828 30.476 -19.992 -18.453
8 HE22 GLN 828 HE22 GLN 828 29.431 -21.280 -18.872
No H/Q in entry = 8
In of MODEL 14
1 H SER 829 H SER 829 29.801 -22.842 -14.866
2 HA SER 829 HA SER 829 30.312 -23.473 -12.073
3 HB2 SER 829 HB2 SER 829 30.313 -25.315 -14.463
4 HB3 SER 829 HB3 SER 829 30.073 -25.747 -12.767
5 HG SER 829 HG SER 829 28.141 -24.596 -12.803
No H/Q in entry = 5
In of MODEL 14
1 H ILE 830 H ILE 830 32.348 -23.029 -11.498
2 HA ILE 830 HA ILE 830 34.487 -23.937 -13.239
3 HB ILE 830 HB ILE 830 35.839 -21.968 -12.885
4 HG12 ILE 830 HG12 ILE 830 34.903 -21.217 -10.698
5 HG13 ILE 830 HG13 ILE 830 35.108 -19.912 -11.850
6 HG22 ILE 830 HG21 ILE 830 34.653 -20.333 -14.270
7 HG21 ILE 830 HG22 ILE 830 33.182 -21.285 -14.038
8 HG23 ILE 830 HG23 ILE 830 34.561 -21.991 -14.876
9 HD11 ILE 830 HD11 ILE 830 32.689 -20.001 -12.349
10 HD13 ILE 830 HD12 ILE 830 33.022 -19.613 -10.670
11 HD12 ILE 830 HD13 ILE 830 32.499 -21.237 -11.106
No H/Q in entry = 11
In of MODEL 14
1 H SER 831 H SER 831 36.369 -24.484 -12.201
2 HA SER 831 HA SER 831 36.184 -24.638 -9.292
3 HB2 SER 831 HB2 SER 831 37.358 -26.539 -11.285
4 HB3 SER 831 HB3 SER 831 37.447 -26.730 -9.545
5 HG SER 831 HG SER 831 35.492 -27.375 -11.274
No H/Q in entry = 5
In of MODEL 14
1 H VAL 832 H VAL 832 37.604 -23.033 -8.659
2 HA VAL 832 HA VAL 832 39.929 -22.353 -10.186
3 HB VAL 832 HB VAL 832 39.272 -21.665 -7.306
4 HG12 VAL 832 HG11 VAL 832 41.255 -20.397 -9.219
5 HG11 VAL 832 HG12 VAL 832 41.666 -21.390 -7.828
6 HG13 VAL 832 HG13 VAL 832 40.904 -19.818 -7.590
7 HG21 VAL 832 HG21 VAL 832 37.561 -20.832 -8.819
8 HG23 VAL 832 HG22 VAL 832 38.797 -20.074 -9.827
9 HG22 VAL 832 HG23 VAL 832 38.518 -19.490 -8.187
No H/Q in entry = 9
In of MODEL 14
1 H THR 833 H THR 833 41.611 -23.650 -10.373
2 HA THR 833 HA THR 833 41.965 -25.692 -8.402
3 HB THR 833 HB THR 833 43.581 -26.606 -10.113
4 HG1 THR 833 HG1 THR 833 43.466 -25.646 -12.184
5 HG23 THR 833 HG21 THR 833 41.253 -27.374 -10.029
6 HG22 THR 833 HG22 THR 833 41.775 -27.255 -11.713
7 HG21 THR 833 HG23 THR 833 40.754 -26.011 -11.023
No H/Q in entry = 7
In of MODEL 14
1 H SER 834 H SER 834 43.655 -22.868 -9.663
2 HA SER 834 HA SER 834 45.164 -22.743 -7.259
3 HB2 SER 834 HB2 SER 834 46.558 -24.358 -8.494
4 HB3 SER 834 HB3 SER 834 46.677 -23.209 -9.839
5 HG SER 834 HG SER 834 48.387 -23.393 -8.092
No H/Q in entry = 5
In of MODEL 14
1 H ILE 835 H ILE 835 46.540 -20.935 -7.253
2 HA ILE 835 HA ILE 835 45.353 -18.637 -8.539
3 HB ILE 835 HB ILE 835 46.919 -17.369 -7.077
4 HG12 ILE 835 HG12 ILE 835 47.651 -20.130 -6.054
5 HG13 ILE 835 HG13 ILE 835 48.690 -19.043 -6.979
6 HG23 ILE 835 HG21 ILE 835 45.752 -17.911 -4.977
7 HG22 ILE 835 HG22 ILE 835 45.188 -19.422 -5.691
8 HG21 ILE 835 HG23 ILE 835 44.639 -17.882 -6.347
9 HD13 ILE 835 HD11 ILE 835 49.224 -19.068 -4.670
10 HD12 ILE 835 HD12 ILE 835 47.564 -18.568 -4.287
11 HD11 ILE 835 HD13 ILE 835 48.627 -17.478 -5.180
No H/Q in entry = 11
In of MODEL 14
1 H ARG 836 H ARG 836 47.669 -20.841 -9.230
2 HA ARG 836 HA ARG 836 49.494 -19.050 -10.616
3 HB2 ARG 836 HB2 ARG 836 49.451 -22.039 -10.188
4 HB3 ARG 836 HB3 ARG 836 50.562 -21.275 -11.306
5 HG2 ARG 836 HG2 ARG 836 50.405 -20.745 -8.347
6 HG3 ARG 836 HG3 ARG 836 51.606 -21.761 -9.152
7 HD2 ARG 836 HD2 ARG 836 51.202 -18.789 -9.547
8 HD3 ARG 836 HD3 ARG 836 52.542 -19.548 -8.714
9 HE ARG 836 HE ARG 836 52.302 -20.486 -11.392
10 HH11 ARG 836 HH11 ARG 836 53.744 -17.903 -9.432
11 HH12 ARG 836 HH12 ARG 836 54.736 -17.353 -10.712
12 HH21 ARG 836 HH21 ARG 836 53.706 -19.742 -13.057
13 HH22 ARG 836 HH22 ARG 836 54.724 -18.401 -12.784
No H/Q in entry = 13
In of MODEL 14
1 HA PRO 837 HA PRO 837 47.133 -19.483 -14.330
2 HB2 PRO 837 HB2 PRO 837 49.063 -18.779 -16.128
3 HB3 PRO 837 HB3 PRO 837 48.207 -17.607 -15.122
4 HG2 PRO 837 HG2 PRO 837 50.915 -18.816 -14.732
5 HG3 PRO 837 HG3 PRO 837 50.405 -17.134 -14.513
6 HD2 PRO 837 HD2 PRO 837 50.709 -18.832 -12.441
7 HD3 PRO 837 HD3 PRO 837 49.478 -17.553 -12.443
No H/Q in entry = 7
In of MODEL 14
1 H CYS 838 H CYS 838 46.782 -21.082 -15.848
2 HA CYS 838 HA CYS 838 48.685 -23.232 -15.844
3 HB2 CYS 838 HB2 CYS 838 45.803 -23.091 -16.656
4 HB3 CYS 838 HB3 CYS 838 46.818 -24.423 -17.193
No H/Q in entry = 4
In of MODEL 14
1 H ALA 839 H ALA 839 48.478 -24.471 -18.203
2 HA ALA 839 HA ALA 839 49.891 -22.754 -20.002
3 HB3 ALA 839 HB1 ALA 839 50.196 -24.803 -21.293
4 HB2 ALA 839 HB2 ALA 839 49.065 -25.642 -20.232
5 HB1 ALA 839 HB3 ALA 839 50.594 -25.043 -19.591
No H/Q in entry = 5
In of MODEL 14
1 H ALA 840 H ALA 840 47.000 -22.241 -19.603
2 HA ALA 840 HA ALA 840 45.873 -22.749 -22.252
3 HB1 ALA 840 HB1 ALA 840 44.761 -21.204 -19.924
4 HB2 ALA 840 HB2 ALA 840 44.393 -22.890 -20.291
5 HB3 ALA 840 HB3 ALA 840 43.868 -21.609 -21.391
No H/Q in entry = 5
In of MODEL 14
1 H GLU 841 H GLU 841 47.166 -20.265 -20.279
2 HA GLU 841 HA GLU 841 48.184 -18.317 -20.582
3 HB2 GLU 841 HB2 GLU 841 48.321 -19.098 -23.470
4 HB3 GLU 841 HB3 GLU 841 49.236 -17.796 -22.724
5 HG2 GLU 841 HG2 GLU 841 50.328 -19.421 -21.258
6 HG3 GLU 841 HG3 GLU 841 49.426 -20.717 -22.045
No H/Q in entry = 6
In of MODEL 14
1 H THR 842 H THR 842 45.410 -18.682 -22.478
2 HA THR 842 HA THR 842 44.070 -17.387 -23.602
3 HB THR 842 HB THR 842 43.488 -15.110 -22.651
4 HG1 THR 842 HG1 THR 842 45.647 -15.583 -21.170
5 HG22 THR 842 HG21 THR 842 43.215 -17.523 -20.875
6 HG21 THR 842 HG22 THR 842 42.142 -17.053 -22.194
7 HG23 THR 842 HG23 THR 842 42.239 -16.061 -20.741
No H/Q in entry = 7
In of MODEL 14
1 H GLN 843 H GLN 843 45.063 -17.407 -25.373
2 HA GLN 843 HA GLN 843 46.952 -15.300 -25.979
3 HB2 GLN 843 HB2 GLN 843 47.698 -16.850 -27.807
4 HB3 GLN 843 HB3 GLN 843 47.968 -17.456 -26.184
5 HG2 GLN 843 HG2 GLN 843 45.833 -18.786 -26.450
6 HG3 GLN 843 HG3 GLN 843 45.851 -18.308 -28.143
7 HE21 GLN 843 HE21 GLN 843 46.024 -20.951 -26.993
8 HE22 GLN 843 HE22 GLN 843 47.511 -21.629 -27.543
No H/Q in entry = 8
In of MODEL 15
1 H1 GLY 689 H1 GLY 689 54.295 7.124 -35.618
2 H2 GLY 689 H3 GLY 689 54.670 8.147 -36.914
3 H3 GLY 689 H2 GLY 689 53.468 6.955 -37.070
4 HA2 GLY 689 HA2 GLY 689 56.352 6.465 -36.702
5 HA3 GLY 689 HA3 GLY 689 55.447 6.249 -38.189
No H/Q in entry = 5
In of MODEL 15
1 H SER 690 H SER 690 56.314 4.028 -37.954
2 HA SER 690 HA SER 690 54.365 2.403 -36.544
3 HB2 SER 690 HB2 SER 690 56.411 1.657 -38.638
4 HB3 SER 690 HB3 SER 690 55.124 0.623 -38.015
5 HG SER 690 HG SER 690 54.297 1.415 -39.790
No H/Q in entry = 5
In of MODEL 15
1 H HIS 691 H HIS 691 54.990 1.055 -34.901
2 HA HIS 691 HA HIS 691 57.789 1.294 -34.147
3 HB2 HIS 691 HB2 HIS 691 57.130 0.556 -31.844
4 HB3 HIS 691 HB3 HIS 691 56.410 2.079 -32.327
5 HD1 HIS 691 HD1 HIS 691 54.057 2.260 -31.537
6 HD2 HIS 691 HD2 HIS 691 55.092 -1.693 -32.316
7 HE1 HIS 691 HE1 HIS 691 52.050 0.916 -30.972
8 HE2 HIS 691 HE2 HIS 691 52.601 -1.396 -31.731
No H/Q in entry = 8
In of MODEL 15
1 H MET 692 H MET 692 59.093 -0.308 -34.183
2 HA MET 692 HA MET 692 58.095 -2.896 -35.100
3 HB2 MET 692 HB2 MET 692 60.929 -1.956 -34.644
4 HB3 MET 692 HB3 MET 692 60.446 -3.406 -35.508
5 HG2 MET 692 HG2 MET 692 59.407 -2.017 -37.241
6 HG3 MET 692 HG3 MET 692 59.897 -0.574 -36.358
7 HE2 MET 692 HE1 MET 692 62.851 -1.626 -35.325
8 HE1 MET 692 HE2 MET 692 62.446 0.003 -35.845
9 HE3 MET 692 HE3 MET 692 63.823 -0.830 -36.564
No H/Q in entry = 9
In of MODEL 15
1 H ASN 693 H ASN 693 59.453 -1.260 -32.422
2 HA ASN 693 HA ASN 693 59.800 -3.698 -30.865
3 HB2 ASN 693 HB2 ASN 693 60.456 -0.801 -30.201
4 HB3 ASN 693 HB3 ASN 693 60.769 -2.163 -29.146
5 HD21 ASN 693 HD21 ASN 693 62.479 -3.517 -29.614
6 HD22 ASN 693 HD22 ASN 693 63.701 -3.110 -30.767
No H/Q in entry = 6
In of MODEL 15
1 HA PRO 694 HA PRO 694 55.927 -2.804 -28.825
2 HB2 PRO 694 HB2 PRO 694 56.279 -4.138 -26.497
3 HB3 PRO 694 HB3 PRO 694 56.057 -5.002 -28.022
4 HG2 PRO 694 HG2 PRO 694 58.577 -4.418 -26.518
5 HG3 PRO 694 HG3 PRO 694 58.082 -5.912 -27.333
6 HD2 PRO 694 HD2 PRO 694 59.802 -4.096 -28.425
7 HD3 PRO 694 HD3 PRO 694 58.761 -5.157 -29.388
No H/Q in entry = 7
In of MODEL 15
1 H LEU 695 H LEU 695 55.556 -2.392 -26.102
2 HA LEU 695 HA LEU 695 56.500 0.227 -25.730
3 HB2 LEU 695 HB2 LEU 695 54.377 -0.827 -24.765
4 HB3 LEU 695 HB3 LEU 695 55.396 -1.657 -23.621
5 HG LEU 695 HG LEU 695 54.192 0.309 -22.687
6 HD13 LEU 695 HD11 LEU 695 56.156 -0.444 -21.547
7 HD12 LEU 695 HD12 LEU 695 56.093 1.323 -21.528
8 HD11 LEU 695 HD13 LEU 695 57.183 0.491 -22.634
9 HD23 LEU 695 HD21 LEU 695 56.009 1.917 -24.477
10 HD22 LEU 695 HD22 LEU 695 54.938 2.567 -23.235
11 HD21 LEU 695 HD23 LEU 695 54.262 1.752 -24.647
No H/Q in entry = 11
In of MODEL 15
1 H THR 696 H THR 696 58.581 0.597 -25.526
2 HA THR 696 HA THR 696 60.215 -1.284 -24.050
3 HB THR 696 HB THR 696 61.120 0.870 -25.973
4 HG1 THR 696 HG1 THR 696 59.732 -0.908 -26.834
5 HG23 THR 696 HG21 THR 696 63.200 -0.434 -26.017
6 HG22 THR 696 HG22 THR 696 62.506 -1.597 -24.890
7 HG21 THR 696 HG23 THR 696 62.826 0.056 -24.363
No H/Q in entry = 7
In of MODEL 15
1 H GLN 697 H GLN 697 59.779 -0.585 -22.042
2 HA GLN 697 HA GLN 697 61.242 1.756 -21.135
3 HB2 GLN 697 HB2 GLN 697 58.358 1.116 -20.469
4 HB3 GLN 697 HB3 GLN 697 59.366 2.078 -19.408
5 HG2 GLN 697 HG2 GLN 697 58.749 2.806 -22.262
6 HG3 GLN 697 HG3 GLN 697 57.821 3.375 -20.881
7 HE21 GLN 697 HE21 GLN 697 58.295 5.487 -21.164
8 HE22 GLN 697 HE22 GLN 697 59.866 6.164 -20.932
No H/Q in entry = 8
In of MODEL 15
1 H ALA 698 H ALA 698 61.586 1.483 -18.731
2 HA ALA 698 HA ALA 698 62.018 -1.332 -18.179
3 HB1 ALA 698 HB1 ALA 698 62.711 1.061 -16.458
4 HB2 ALA 698 HB2 ALA 698 63.814 0.317 -17.613
5 HB3 ALA 698 HB3 ALA 698 63.252 -0.598 -16.214
No H/Q in entry = 5
In of MODEL 15
1 H VAL 699 H VAL 699 60.011 -1.871 -18.308
2 HA VAL 699 HA VAL 699 58.230 -1.070 -16.287
3 HB VAL 699 HB VAL 699 56.853 -2.884 -17.270
4 HG11 VAL 699 HG11 VAL 699 57.802 -0.667 -19.107
5 HG13 VAL 699 HG12 VAL 699 56.519 -0.535 -17.902
6 HG12 VAL 699 HG13 VAL 699 56.292 -1.549 -19.323
7 HG22 VAL 699 HG21 VAL 699 57.400 -3.721 -19.509
8 HG21 VAL 699 HG22 VAL 699 58.604 -4.215 -18.315
9 HG23 VAL 699 HG23 VAL 699 58.953 -2.898 -19.433
No H/Q in entry = 9
In of MODEL 15
1 HA PRO 700 HA PRO 700 59.726 -3.686 -13.176
2 HB2 PRO 700 HB2 PRO 700 57.274 -4.303 -12.017
3 HB3 PRO 700 HB3 PRO 700 58.318 -2.944 -11.604
4 HG2 PRO 700 HG2 PRO 700 55.900 -3.015 -13.335
5 HG3 PRO 700 HG3 PRO 700 56.500 -1.707 -12.302
6 HD2 PRO 700 HD2 PRO 700 56.751 -1.659 -14.979
7 HD3 PRO 700 HD3 PRO 700 57.983 -0.957 -13.913
No H/Q in entry = 7
In of MODEL 15
1 H LYS 701 H LYS 701 60.360 -5.591 -13.343
2 HA LYS 701 HA LYS 701 58.796 -7.683 -14.652
3 HB2 LYS 701 HB2 LYS 701 61.690 -7.530 -13.770
4 HB3 LYS 701 HB3 LYS 701 60.963 -8.974 -14.464
5 HG2 LYS 701 HG2 LYS 701 61.103 -6.307 -15.858
6 HG3 LYS 701 HG3 LYS 701 62.266 -7.615 -16.089
7 HD2 LYS 701 HD2 LYS 701 60.479 -9.075 -16.895
8 HD3 LYS 701 HD3 LYS 701 59.294 -7.811 -16.608
9 HE2 LYS 701 HE2 LYS 701 61.625 -7.534 -18.499
10 HE3 LYS 701 HE3 LYS 701 60.006 -8.030 -18.988
11 HZ1 LYS 701 HZ1 LYS 701 60.674 -5.435 -17.688
12 HZ3 LYS 701 HZ2 LYS 701 59.155 -5.950 -18.237
13 HZ2 LYS 701 HZ3 LYS 701 60.387 -5.687 -19.336
No H/Q in entry = 13
In of MODEL 15
1 H CYS 702 H CYS 702 57.930 -6.717 -12.279
2 HA CYS 702 HA CYS 702 58.485 -8.785 -10.282
3 HB2 CYS 702 HB2 CYS 702 56.753 -6.360 -9.845
4 HB3 CYS 702 HB3 CYS 702 57.716 -7.257 -8.692
No H/Q in entry = 4
In of MODEL 15
1 H GLN 703 H GLN 703 56.767 -10.079 -9.713
2 HA GLN 703 HA GLN 703 54.545 -10.189 -11.538
3 HB2 GLN 703 HB2 GLN 703 55.173 -11.719 -9.024
4 HB3 GLN 703 HB3 GLN 703 53.816 -12.062 -10.079
5 HG2 GLN 703 HG2 GLN 703 56.711 -12.190 -10.907
6 HG3 GLN 703 HG3 GLN 703 55.744 -13.576 -10.411
7 HE21 GLN 703 HE21 GLN 703 55.940 -14.636 -12.337
8 HE22 GLN 703 HE22 GLN 703 55.203 -14.105 -13.799
No H/Q in entry = 8
In of MODEL 15
1 H ARG 704 H ARG 704 52.389 -10.744 -10.090
2 HA ARG 704 HA ARG 704 51.771 -8.010 -9.427
3 HB2 ARG 704 HB2 ARG 704 49.961 -10.402 -9.746
4 HB3 ARG 704 HB3 ARG 704 49.375 -8.791 -9.352
5 HG2 ARG 704 HG2 ARG 704 50.183 -7.895 -11.356
6 HG3 ARG 704 HG3 ARG 704 51.045 -9.386 -11.779
7 HD2 ARG 704 HD2 ARG 704 48.845 -10.486 -11.929
8 HD3 ARG 704 HD3 ARG 704 48.063 -8.913 -11.665
9 HE ARG 704 HE ARG 704 49.988 -9.058 -13.849
10 HH11 ARG 704 HH11 ARG 704 46.486 -9.072 -13.084
11 HH12 ARG 704 HH12 ARG 704 46.057 -8.854 -14.714
12 HH21 ARG 704 HH21 ARG 704 49.335 -8.747 -15.976
13 HH22 ARG 704 HH22 ARG 704 47.689 -8.624 -16.405
No H/Q in entry = 13
In of MODEL 15
1 H TRP 705 H TRP 705 52.606 -10.674 -7.615
2 HA TRP 705 HA TRP 705 51.466 -9.584 -5.145
3 HB2 TRP 705 HB2 TRP 705 52.471 -11.622 -4.076
4 HB3 TRP 705 HB3 TRP 705 51.310 -12.001 -5.337
5 HD1 TRP 705 HD1 TRP 705 55.027 -12.291 -4.484
6 HE1 TRP 705 HE1 TRP 705 56.131 -13.872 -6.165
7 HE3 TRP 705 HE3 TRP 705 51.111 -12.879 -7.714
8 HZ2 TRP 705 HZ2 TRP 705 55.418 -15.202 -8.567
9 HZ3 TRP 705 HZ3 TRP 705 51.411 -14.330 -9.667
10 HH2 TRP 705 HH2 TRP 705 53.523 -15.468 -10.075
No H/Q in entry = 10
In of MODEL 15
1 H GLU 706 H GLU 706 53.865 -8.827 -7.070
2 HA GLU 706 HA GLU 706 55.734 -8.209 -4.917
3 HB2 GLU 706 HB2 GLU 706 56.271 -8.613 -7.850
4 HB3 GLU 706 HB3 GLU 706 57.467 -8.109 -6.656
5 HG2 GLU 706 HG2 GLU 706 57.156 -10.272 -5.532
6 HG3 GLU 706 HG3 GLU 706 56.018 -10.734 -6.799
No H/Q in entry = 6
In of MODEL 15
1 H LYS 707 H LYS 707 56.872 -6.249 -5.238
2 HA LYS 707 HA LYS 707 55.595 -4.302 -6.966
3 HB2 LYS 707 HB2 LYS 707 55.622 -2.626 -5.158
4 HB3 LYS 707 HB3 LYS 707 54.506 -3.942 -4.835
5 HG2 LYS 707 HG2 LYS 707 55.987 -4.888 -3.220
6 HG3 LYS 707 HG3 LYS 707 57.275 -3.766 -3.669
7 HD2 LYS 707 HD2 LYS 707 55.895 -1.887 -2.890
8 HD3 LYS 707 HD3 LYS 707 54.624 -3.022 -2.444
9 HE2 LYS 707 HE2 LYS 707 55.961 -3.998 -0.760
10 HE3 LYS 707 HE3 LYS 707 57.409 -3.175 -1.334
11 HZ1 LYS 707 HZ1 LYS 707 55.041 -1.769 -0.224
12 HZ3 LYS 707 HZ2 LYS 707 56.560 -1.105 -0.601
13 HZ2 LYS 707 HZ3 LYS 707 56.415 -2.190 0.662
No H/Q in entry = 13
In of MODEL 15
1 H LEU 708 H LEU 708 56.935 -2.519 -7.400
2 HA LEU 708 HA LEU 708 59.754 -3.239 -7.321
3 HB2 LEU 708 HB2 LEU 708 58.724 -2.713 -9.492
4 HB3 LEU 708 HB3 LEU 708 58.263 -1.134 -8.896
5 HG LEU 708 HG LEU 708 60.699 -0.593 -8.655
6 HD13 LEU 708 HD11 LEU 708 61.598 -2.836 -8.515
7 HD12 LEU 708 HD12 LEU 708 62.317 -1.966 -9.870
8 HD11 LEU 708 HD13 LEU 708 61.063 -3.171 -10.161
9 HD21 LEU 708 HD21 LEU 708 59.411 0.173 -10.578
10 HD23 LEU 708 HD22 LEU 708 59.761 -1.332 -11.430
11 HD22 LEU 708 HD23 LEU 708 61.065 -0.214 -11.046
No H/Q in entry = 11
In of MODEL 15
1 H GLN 709 H GLN 709 60.820 -2.440 -5.635
2 HA GLN 709 HA GLN 709 60.711 0.411 -5.139
3 HB2 GLN 709 HB2 GLN 709 60.382 0.296 -2.790
4 HB3 GLN 709 HB3 GLN 709 59.130 -0.740 -3.455
5 HG2 GLN 709 HG2 GLN 709 60.408 -2.705 -2.907
6 HG3 GLN 709 HG3 GLN 709 61.739 -1.711 -2.310
7 HE21 GLN 709 HE21 GLN 709 61.607 -2.563 -0.209
8 HE22 GLN 709 HE22 GLN 709 60.284 -2.187 0.831
No H/Q in entry = 8
In of MODEL 15
1 H ASN 710 H ASN 710 62.658 1.116 -4.261
2 HA ASN 710 HA ASN 710 64.899 1.101 -3.799
3 HB2 ASN 710 HB2 ASN 710 64.007 -0.550 -2.041
4 HB3 ASN 710 HB3 ASN 710 64.541 -1.835 -3.101
5 HD21 ASN 710 HD21 ASN 710 65.452 0.651 -0.972
6 HD22 ASN 710 HD22 ASN 710 67.110 0.217 -0.761
No H/Q in entry = 6
In of MODEL 15
1 H SER 711 H SER 711 63.716 0.275 -6.381
2 HA SER 711 HA SER 711 64.311 -0.240 -8.475
3 HB2 SER 711 HB2 SER 711 66.439 0.924 -8.012
4 HB3 SER 711 HB3 SER 711 67.125 -0.561 -7.361
5 HG SER 711 HG SER 711 66.567 -1.430 -9.539
No H/Q in entry = 5
In of MODEL 15
1 H ARG 712 H ARG 712 63.720 -2.375 -6.293
2 HA ARG 712 HA ARG 712 64.382 -4.640 -8.014
3 HB2 ARG 712 HB2 ARG 712 64.767 -6.035 -6.010
4 HB3 ARG 712 HB3 ARG 712 65.966 -4.768 -6.230
5 HG2 ARG 712 HG2 ARG 712 64.917 -3.438 -4.457
6 HG3 ARG 712 HG3 ARG 712 63.634 -4.621 -4.354
7 HD2 ARG 712 HD2 ARG 712 65.413 -4.828 -2.584
8 HD3 ARG 712 HD3 ARG 712 65.069 -6.297 -3.497
9 HE ARG 712 HE ARG 712 67.156 -5.078 -4.799
10 HH11 ARG 712 HH11 ARG 712 66.647 -6.278 -1.510
11 HH12 ARG 712 HH12 ARG 712 68.255 -6.807 -1.303
12 HH21 ARG 712 HH21 ARG 712 69.362 -5.855 -4.536
13 HH22 ARG 712 HH22 ARG 712 69.818 -6.587 -3.062
No H/Q in entry = 13
In of MODEL 15
1 H CYS 713 H CYS 713 63.053 -6.577 -7.460
2 HA CYS 713 HA CYS 713 60.329 -5.717 -6.915
3 HB2 CYS 713 HB2 CYS 713 61.399 -8.286 -8.095
4 HB3 CYS 713 HB3 CYS 713 59.699 -7.864 -7.937
No H/Q in entry = 4
In of MODEL 15
1 H VAL 714 H VAL 714 59.662 -5.992 -4.945
2 HA VAL 714 HA VAL 714 60.616 -8.304 -3.403
3 HB VAL 714 HB VAL 714 60.211 -6.993 -1.335
4 HG12 VAL 714 HG11 VAL 714 62.124 -5.473 -1.484
5 HG11 VAL 714 HG12 VAL 714 62.105 -5.650 -3.241
6 HG13 VAL 714 HG13 VAL 714 62.456 -7.044 -2.218
7 HG21 VAL 714 HG21 VAL 714 59.716 -4.673 -3.207
8 HG23 VAL 714 HG22 VAL 714 59.873 -4.550 -1.457
9 HG22 VAL 714 HG23 VAL 714 58.522 -5.440 -2.162
No H/Q in entry = 9
In of MODEL 15
1 H CYS 715 H CYS 715 58.931 -9.048 -1.845
2 HA CYS 715 HA CYS 715 56.458 -8.875 -3.270
3 HB2 CYS 715 HB2 CYS 715 57.392 -10.818 -1.159
4 HB3 CYS 715 HB3 CYS 715 55.761 -10.834 -1.840
No H/Q in entry = 4
In of MODEL 15
1 H LYS 716 H LYS 716 54.520 -8.485 -2.394
2 HA LYS 716 HA LYS 716 54.489 -6.095 -0.851
3 HB2 LYS 716 HB2 LYS 716 52.283 -7.839 -1.949
4 HB3 LYS 716 HB3 LYS 716 52.035 -6.252 -1.238
5 HG2 LYS 716 HG2 LYS 716 53.202 -5.176 -2.993
6 HG3 LYS 716 HG3 LYS 716 53.848 -6.701 -3.592
7 HD2 LYS 716 HD2 LYS 716 52.032 -5.849 -5.018
8 HD3 LYS 716 HD3 LYS 716 51.618 -7.394 -4.293
9 HE2 LYS 716 HE2 LYS 716 50.235 -6.283 -2.641
10 HE3 LYS 716 HE3 LYS 716 50.716 -4.703 -3.258
11 HZ2 LYS 716 HZ1 LYS 716 48.527 -5.402 -4.078
12 HZ1 LYS 716 HZ2 LYS 716 49.214 -6.742 -4.842
13 HZ3 LYS 716 HZ3 LYS 716 49.633 -5.184 -5.318
No H/Q in entry = 13
In of MODEL 15
1 H MET 717 H MET 717 52.221 -6.167 0.591
2 HA MET 717 HA MET 717 52.759 -7.990 2.818
3 HB2 MET 717 HB2 MET 717 50.854 -5.606 2.701
4 HB3 MET 717 HB3 MET 717 51.305 -6.521 4.101
5 HG2 MET 717 HG2 MET 717 53.411 -5.035 2.610
6 HG3 MET 717 HG3 MET 717 52.316 -4.161 3.666
7 HE3 MET 717 HE1 MET 717 54.128 -7.773 4.144
8 HE2 MET 717 HE2 MET 717 55.544 -7.208 5.027
9 HE1 MET 717 HE3 MET 717 55.265 -6.676 3.367
No H/Q in entry = 9
In of MODEL 15
1 HA PRO 718 HA PRO 718 49.282 -10.407 1.404
2 HB2 PRO 718 HB2 PRO 718 48.461 -10.891 4.198
3 HB3 PRO 718 HB3 PRO 718 49.003 -12.048 2.981
4 HG2 PRO 718 HG2 PRO 718 50.534 -11.392 5.056
5 HG3 PRO 718 HG3 PRO 718 51.238 -11.693 3.456
6 HD2 PRO 718 HD2 PRO 718 50.671 -9.083 4.821
7 HD3 PRO 718 HD3 PRO 718 52.095 -9.580 3.882
No H/Q in entry = 7
In of MODEL 15
1 H TYR 719 H TYR 719 48.850 -7.772 3.455
2 HA TYR 719 HA TYR 719 45.953 -7.696 3.044
3 HB2 TYR 719 HB2 TYR 719 45.946 -5.939 4.801
4 HB3 TYR 719 HB3 TYR 719 46.629 -7.452 5.372
5 HD1 TYR 719 HD1 TYR 719 47.303 -3.942 4.599
6 HD2 TYR 719 HD2 TYR 719 49.062 -7.610 5.876
7 HE1 TYR 719 HE1 TYR 719 49.298 -2.725 5.359
8 HE2 TYR 719 HE2 TYR 719 51.039 -6.386 6.650
9 HH TYR 719 HH TYR 719 52.186 -4.322 6.223
No H/Q in entry = 9
In of MODEL 15
1 H GLU 720 H GLU 720 48.491 -6.845 1.325
2 HA GLU 720 HA GLU 720 47.748 -4.057 0.769
3 HB2 GLU 720 HB2 GLU 720 50.177 -5.142 1.032
4 HB3 GLU 720 HB3 GLU 720 49.922 -5.496 -0.665
5 HG2 GLU 720 HG2 GLU 720 51.124 -3.461 -0.500
6 HG3 GLU 720 HG3 GLU 720 49.479 -3.085 -1.026
No H/Q in entry = 6
In of MODEL 15
1 H CYS 721 H CYS 721 46.319 -6.611 0.064
2 HA CYS 721 HA CYS 721 46.623 -6.659 -2.797
3 HB2 CYS 721 HB2 CYS 721 45.203 -8.557 -0.950
4 HB3 CYS 721 HB3 CYS 721 45.395 -8.779 -2.689
No H/Q in entry = 4
In of MODEL 15
1 H GLY 722 H GLY 722 43.662 -7.136 -0.828
2 HA3 GLY 722 HA2 GLY 722 41.741 -5.834 -0.908
3 HA2 GLY 722 HA3 GLY 722 42.428 -4.912 -2.236
No H/Q in entry = 3
In of MODEL 15
1 HA PRO 723 HA PRO 723 39.771 -7.447 -4.774
2 HB2 PRO 723 HB2 PRO 723 41.095 -6.596 -7.182
3 HB3 PRO 723 HB3 PRO 723 39.541 -6.057 -6.552
4 HG2 PRO 723 HG2 PRO 723 41.813 -4.503 -6.713
5 HG3 PRO 723 HG3 PRO 723 40.431 -4.188 -5.656
6 HD2 PRO 723 HD2 PRO 723 43.082 -5.374 -5.009
7 HD3 PRO 723 HD3 PRO 723 42.014 -4.347 -4.029
No H/Q in entry = 7
In of MODEL 15
1 H SER 724 H SER 724 40.326 -9.639 -4.478
2 HA SER 724 HA SER 724 41.927 -10.834 -6.437
3 HB2 SER 724 HB2 SER 724 42.639 -11.009 -3.487
4 HB3 SER 724 HB3 SER 724 43.314 -12.039 -4.750
5 HG SER 724 HG SER 724 43.728 -9.736 -5.641
No H/Q in entry = 5
In of MODEL 15
1 H LEU 725 H LEU 725 41.587 -13.153 -6.275
2 HA LEU 725 HA LEU 725 38.859 -13.856 -5.526
3 HB2 LEU 725 HB2 LEU 725 41.122 -15.233 -6.877
4 HB3 LEU 725 HB3 LEU 725 39.746 -16.174 -6.320
5 HG LEU 725 HG LEU 725 39.458 -13.860 -8.237
6 HD11 LEU 725 HD11 LEU 725 41.034 -15.529 -9.170
7 HD13 LEU 725 HD12 LEU 725 39.492 -15.489 -10.020
8 HD12 LEU 725 HD13 LEU 725 39.834 -16.792 -8.877
9 HD21 LEU 725 HD21 LEU 725 37.451 -14.658 -7.099
10 HD23 LEU 725 HD22 LEU 725 37.791 -16.299 -7.661
11 HD22 LEU 725 HD23 LEU 725 37.432 -15.019 -8.824
No H/Q in entry = 11
In of MODEL 15
1 H ASP 726 H ASP 726 38.229 -14.782 -3.744
2 HA ASP 726 HA ASP 726 40.246 -15.503 -1.849
3 HB2 ASP 726 HB2 ASP 726 37.233 -15.451 -1.591
4 HB3 ASP 726 HB3 ASP 726 38.309 -15.986 -0.303
No H/Q in entry = 4
In of MODEL 15
1 H VAL 727 H VAL 727 40.722 -17.430 -1.133
2 HA VAL 727 HA VAL 727 39.540 -19.742 -2.499
3 HB VAL 727 HB VAL 727 41.838 -20.683 -2.897
4 HG13 VAL 727 HG11 VAL 727 40.644 -19.693 -4.771
5 HG12 VAL 727 HG12 VAL 727 42.364 -19.331 -4.904
6 HG11 VAL 727 HG13 VAL 727 41.245 -18.094 -4.337
7 HG22 VAL 727 HG21 VAL 727 43.100 -19.337 -1.306
8 HG21 VAL 727 HG22 VAL 727 42.736 -17.882 -2.234
9 HG23 VAL 727 HG23 VAL 727 43.761 -19.135 -2.932
No H/Q in entry = 9
In of MODEL 15
1 H CYS 728 H CYS 728 40.130 -21.794 -1.462
2 HA CYS 728 HA CYS 728 40.530 -21.431 1.411
3 HB2 CYS 728 HB2 CYS 728 39.682 -23.891 -0.136
4 HB3 CYS 728 HB3 CYS 728 39.779 -23.760 1.612
No H/Q in entry = 4
In of MODEL 15
1 H ALA 729 H ALA 729 42.342 -22.038 2.343
2 HA ALA 729 HA ALA 729 44.186 -23.757 0.864
3 HB3 ALA 729 HB1 ALA 729 44.910 -21.456 0.504
4 HB2 ALA 729 HB2 ALA 729 46.051 -22.301 1.548
5 HB1 ALA 729 HB3 ALA 729 44.893 -21.169 2.241
No H/Q in entry = 5
In of MODEL 15
1 H GLN 730 H GLN 730 45.770 -24.667 2.303
2 HA GLN 730 HA GLN 730 44.646 -25.016 4.968
3 HB2 GLN 730 HB2 GLN 730 44.997 -27.102 3.648
4 HB3 GLN 730 HB3 GLN 730 46.720 -26.732 3.618
5 HG2 GLN 730 HG2 GLN 730 46.858 -26.845 5.993
6 HG3 GLN 730 HG3 GLN 730 45.134 -27.100 6.149
7 HE21 GLN 730 HE21 GLN 730 45.250 -29.086 7.118
8 HE22 GLN 730 HE22 GLN 730 45.924 -30.471 6.339
No H/Q in entry = 8
In of MODEL 15
1 H ASP 731 H ASP 731 45.548 -24.176 6.525
2 HA ASP 731 HA ASP 731 47.929 -22.619 6.329
3 HB2 ASP 731 HB2 ASP 731 46.046 -21.821 7.643
4 HB3 ASP 731 HB3 ASP 731 46.045 -23.309 8.546
No H/Q in entry = 4
In of MODEL 15
1 H GLU 732 H GLU 732 49.893 -23.559 6.490
2 HA GLU 732 HA GLU 732 50.168 -26.175 7.572
3 HB2 GLU 732 HB2 GLU 732 52.220 -24.211 6.570
4 HB3 GLU 732 HB3 GLU 732 52.632 -25.795 7.198
5 HG2 GLU 732 HG2 GLU 732 50.841 -25.256 4.843
6 HG3 GLU 732 HG3 GLU 732 52.515 -25.815 4.773
No H/Q in entry = 6
In of MODEL 15
1 H ARG 733 H ARG 733 50.004 -23.244 9.060
2 HA ARG 733 HA ARG 733 51.878 -23.718 11.146
3 HB2 ARG 733 HB2 ARG 733 51.045 -21.462 10.436
4 HB3 ARG 733 HB3 ARG 733 49.485 -21.874 11.120
5 HG2 ARG 733 HG2 ARG 733 50.550 -20.525 12.723
6 HG3 ARG 733 HG3 ARG 733 50.671 -22.175 13.322
7 HD2 ARG 733 HD2 ARG 733 52.866 -20.796 11.790
8 HD3 ARG 733 HD3 ARG 733 52.781 -20.799 13.550
9 HE ARG 733 HE ARG 733 52.774 -23.346 13.174
10 HH11 ARG 733 HH11 ARG 733 54.691 -20.986 11.327
11 HH12 ARG 733 HH12 ARG 733 55.954 -22.086 10.986
12 HH21 ARG 733 HH21 ARG 733 54.526 -24.841 12.665
13 HH22 ARG 733 HH22 ARG 733 55.858 -24.299 11.748
No H/Q in entry = 13
In of MODEL 15
1 H SER 734 H SER 734 48.296 -23.889 10.929
2 HA SER 734 HA SER 734 48.373 -25.631 13.312
3 HB2 SER 734 HB2 SER 734 46.094 -23.901 12.354
4 HB3 SER 734 HB3 SER 734 46.157 -24.811 13.865
5 HG SER 734 HG SER 734 48.243 -23.093 13.309
No H/Q in entry = 5
In of MODEL 15
1 H LYS 735 H LYS 735 47.937 -25.948 9.980
2 HA LYS 735 HA LYS 735 47.132 -27.407 8.625
3 HB2 LYS 735 HB2 LYS 735 47.000 -29.072 11.114
4 HB3 LYS 735 HB3 LYS 735 46.372 -29.699 9.596
5 HG2 LYS 735 HG2 LYS 735 49.200 -28.798 10.139
6 HG3 LYS 735 HG3 LYS 735 48.644 -30.459 9.882
7 HD2 LYS 735 HD2 LYS 735 47.699 -29.447 7.640
8 HD3 LYS 735 HD3 LYS 735 48.881 -28.210 7.947
9 HE2 LYS 735 HE2 LYS 735 50.704 -29.713 7.890
10 HE3 LYS 735 HE3 LYS 735 49.639 -31.117 7.870
11 HZ2 LYS 735 HZ1 LYS 735 49.915 -29.087 5.700
12 HZ1 LYS 735 HZ2 LYS 735 48.829 -30.382 5.677
13 HZ3 LYS 735 HZ3 LYS 735 50.479 -30.676 5.666
No H/Q in entry = 13
In of MODEL 15
1 H ARG 736 H ARG 736 45.458 -25.451 9.579
2 HA ARG 736 HA ARG 736 42.738 -26.576 9.555
3 HB2 ARG 736 HB2 ARG 736 42.117 -24.202 10.131
4 HB3 ARG 736 HB3 ARG 736 43.157 -24.978 11.327
5 HG2 ARG 736 HG2 ARG 736 45.104 -23.857 10.399
6 HG3 ARG 736 HG3 ARG 736 44.098 -23.129 9.154
7 HD2 ARG 736 HD2 ARG 736 43.041 -21.714 10.730
8 HD3 ARG 736 HD3 ARG 736 43.732 -22.605 12.104
9 HE ARG 736 HE ARG 736 45.929 -21.853 10.829
10 HH11 ARG 736 HH11 ARG 736 43.092 -19.800 11.573
11 HH12 ARG 736 HH12 ARG 736 44.049 -18.415 11.797
12 HH21 ARG 736 HH21 ARG 736 47.147 -19.896 11.048
13 HH22 ARG 736 HH22 ARG 736 46.340 -18.449 11.475
No H/Q in entry = 13
In of MODEL 15
1 H ILE 737 H ILE 737 41.244 -25.945 7.911
2 HA ILE 737 HA ILE 737 42.475 -24.852 5.541
3 HB ILE 737 HB ILE 737 39.554 -25.559 5.984
4 HG12 ILE 737 HG12 ILE 737 41.001 -27.553 6.347
5 HG13 ILE 737 HG13 ILE 737 40.000 -27.714 4.909
6 HG22 ILE 737 HG21 ILE 737 41.140 -25.362 3.423
7 HG21 ILE 737 HG22 ILE 737 40.249 -24.034 4.123
8 HG23 ILE 737 HG23 ILE 737 39.378 -25.485 3.595
9 HD12 ILE 737 HD11 ILE 737 42.905 -26.983 5.007
10 HD11 ILE 737 HD12 ILE 737 41.898 -27.078 3.551
11 HD13 ILE 737 HD13 ILE 737 42.225 -28.539 4.500
No H/Q in entry = 11
In of MODEL 15
1 H LEU 738 H LEU 738 42.517 -22.752 5.274
2 HA LEU 738 HA LEU 738 40.512 -21.201 6.664
3 HB2 LEU 738 HB2 LEU 738 42.118 -19.276 6.666
4 HB3 LEU 738 HB3 LEU 738 42.456 -20.583 7.766
5 HG LEU 738 HG LEU 738 44.458 -21.208 6.452
6 HD12 LEU 738 HD11 LEU 738 45.058 -20.107 4.451
7 HD11 LEU 738 HD12 LEU 738 43.305 -19.683 4.298
8 HD13 LEU 738 HD13 LEU 738 43.816 -21.339 4.417
9 HD23 LEU 738 HD21 LEU 738 45.693 -19.120 6.449
10 HD22 LEU 738 HD22 LEU 738 44.714 -19.289 7.904
11 HD21 LEU 738 HD23 LEU 738 44.178 -18.229 6.604
No H/Q in entry = 11
In of MODEL 15
1 HA PRO 739 HA PRO 739 39.849 -19.312 2.685
2 HB2 PRO 739 HB2 PRO 739 38.489 -17.122 3.408
3 HB3 PRO 739 HB3 PRO 739 37.745 -18.727 3.355
4 HG2 PRO 739 HG2 PRO 739 38.452 -17.088 5.696
5 HG3 PRO 739 HG3 PRO 739 37.344 -18.464 5.582
6 HD2 PRO 739 HD2 PRO 739 40.033 -18.430 6.578
7 HD3 PRO 739 HD3 PRO 739 38.930 -19.813 6.446
No H/Q in entry = 7
In of MODEL 15
1 H LEU 740 H LEU 740 41.607 -18.577 1.876
2 HA LEU 740 HA LEU 740 42.763 -16.042 2.810
3 HB2 LEU 740 HB2 LEU 740 44.032 -18.444 1.523
4 HB3 LEU 740 HB3 LEU 740 44.751 -16.870 1.314
5 HG LEU 740 HG LEU 740 44.440 -18.306 3.998
6 HD12 LEU 740 HD11 LEU 740 46.787 -18.499 3.895
7 HD11 LEU 740 HD12 LEU 740 46.795 -17.859 2.217
8 HD13 LEU 740 HD13 LEU 740 45.966 -19.372 2.618
9 HD23 LEU 740 HD21 LEU 740 45.819 -16.504 4.845
10 HD22 LEU 740 HD22 LEU 740 44.316 -15.844 4.209
11 HD21 LEU 740 HD23 LEU 740 45.806 -15.710 3.272
No H/Q in entry = 11
In of MODEL 15
1 H THR 741 H THR 741 44.130 -15.357 0.575
2 HA THR 741 HA THR 741 42.098 -15.339 -1.503
3 HB THR 741 HB THR 741 43.632 -12.846 -0.776
4 HG1 THR 741 HG1 THR 741 41.064 -13.527 0.301
5 HG23 THR 741 HG21 THR 741 41.663 -11.766 -1.731
6 HG22 THR 741 HG22 THR 741 40.893 -13.343 -1.894
7 HG21 THR 741 HG23 THR 741 42.323 -12.968 -2.846
No H/Q in entry = 7
In of MODEL 15
1 H VAL 742 H VAL 742 43.041 -15.020 -3.608
2 HA VAL 742 HA VAL 742 45.312 -16.376 -4.286
3 HB VAL 742 HB VAL 742 44.182 -13.970 -5.716
4 HG12 VAL 742 HG11 VAL 742 45.183 -14.887 -7.746
5 HG11 VAL 742 HG12 VAL 742 46.053 -16.082 -6.766
6 HG13 VAL 742 HG13 VAL 742 46.369 -14.358 -6.562
7 HG21 VAL 742 HG21 VAL 742 43.646 -16.898 -6.014
8 HG23 VAL 742 HG22 VAL 742 43.112 -15.616 -7.119
9 HG22 VAL 742 HG23 VAL 742 42.552 -15.614 -5.443
No H/Q in entry = 9
In of MODEL 15
1 H CYS 743 H CYS 743 45.253 -12.825 -4.289
2 HA CYS 743 HA CYS 743 47.988 -12.501 -4.510
3 HB2 CYS 743 HB2 CYS 743 46.548 -10.655 -4.959
4 HB3 CYS 743 HB3 CYS 743 45.897 -10.695 -3.324
No H/Q in entry = 4
In of MODEL 15
1 H LYS 744 H LYS 744 45.986 -12.611 -1.624
2 HA LYS 744 HA LYS 744 47.812 -11.899 0.313
3 HB2 LYS 744 HB2 LYS 744 45.329 -12.306 0.390
4 HB3 LYS 744 HB3 LYS 744 45.693 -13.989 0.583
5 HG2 LYS 744 HG2 LYS 744 46.847 -13.621 2.662
6 HG3 LYS 744 HG3 LYS 744 46.653 -11.876 2.499
7 HD2 LYS 744 HD2 LYS 744 44.378 -13.844 2.701
8 HD3 LYS 744 HD3 LYS 744 45.017 -12.924 4.067
9 HE2 LYS 744 HE2 LYS 744 43.746 -11.754 1.568
10 HE3 LYS 744 HE3 LYS 744 42.972 -11.919 3.136
11 HZ1 LYS 744 HZ1 LYS 744 44.604 -10.433 4.071
12 HZ3 LYS 744 HZ2 LYS 744 43.783 -9.692 2.813
13 HZ2 LYS 744 HZ3 LYS 744 45.361 -10.225 2.574
No H/Q in entry = 13
In of MODEL 15
1 H MET 745 H MET 745 46.878 -15.130 -0.768
2 HA MET 745 HA MET 745 48.772 -16.670 0.635
3 HB2 MET 745 HB2 MET 745 47.141 -17.994 -0.199
4 HB3 MET 745 HB3 MET 745 46.917 -17.058 -1.654
5 HG2 MET 745 HG2 MET 745 47.774 -19.060 -2.455
6 HG3 MET 745 HG3 MET 745 49.176 -18.037 -2.372
7 HE3 MET 745 HE1 MET 745 47.279 -20.138 0.477
8 HE2 MET 745 HE2 MET 745 48.206 -21.642 0.250
9 HE1 MET 745 HE3 MET 745 47.275 -20.971 -1.069
No H/Q in entry = 9
In of MODEL 15
1 H HIS 746 H HIS 746 48.839 -15.409 -2.719
2 HA HIS 746 HA HIS 746 51.356 -16.514 -3.408
3 HB2 HIS 746 HB2 HIS 746 49.762 -14.270 -4.447
4 HB3 HIS 746 HB3 HIS 746 51.460 -14.299 -4.939
5 HD1 HIS 746 HD1 HIS 746 52.088 -16.702 -6.213
6 HD2 HIS 746 HD2 HIS 746 48.088 -15.626 -5.994
7 HE1 HIS 746 HE1 HIS 746 50.971 -17.920 -8.078
8 HE2 HIS 746 HE2 HIS 746 48.617 -17.060 -8.081
No H/Q in entry = 8
In of MODEL 15
1 H VAL 747 H VAL 747 50.565 -13.473 -1.913
2 HA VAL 747 HA VAL 747 53.150 -12.442 -1.826
3 HB VAL 747 HB VAL 747 50.619 -11.821 -0.315
4 HG11 VAL 747 HG11 VAL 747 52.529 -11.363 1.180
5 HG13 VAL 747 HG12 VAL 747 51.750 -9.883 0.639
6 HG12 VAL 747 HG13 VAL 747 53.272 -10.392 -0.092
7 HG22 VAL 747 HG21 VAL 747 50.753 -9.758 -1.626
8 HG21 VAL 747 HG22 VAL 747 50.759 -11.194 -2.662
9 HG23 VAL 747 HG23 VAL 747 52.266 -10.343 -2.325
No H/Q in entry = 9
In of MODEL 15
1 H LEU 748 H LEU 748 51.239 -14.049 0.746
2 HA LEU 748 HA LEU 748 53.426 -14.027 2.520
3 HB2 LEU 748 HB2 LEU 748 52.094 -15.615 3.941
4 HB3 LEU 748 HB3 LEU 748 51.246 -14.156 3.485
5 HG LEU 748 HG LEU 748 50.045 -15.520 1.757
6 HD11 LEU 748 HD11 LEU 748 51.228 -17.827 3.278
7 HD13 LEU 748 HD12 LEU 748 51.537 -17.424 1.595
8 HD12 LEU 748 HD13 LEU 748 49.928 -17.944 2.095
9 HD22 LEU 748 HD21 LEU 748 49.002 -14.849 3.827
10 HD21 LEU 748 HD22 LEU 748 49.690 -16.245 4.657
11 HD23 LEU 748 HD23 LEU 748 48.486 -16.475 3.388
No H/Q in entry = 11
In of MODEL 15
1 H HIS 749 H HIS 749 52.507 -16.194 0.065
2 HA HIS 749 HA HIS 749 54.057 -18.459 0.696
3 HB2 HIS 749 HB2 HIS 749 52.225 -17.998 -1.135
4 HB3 HIS 749 HB3 HIS 749 53.590 -17.490 -2.108
5 HD1 HIS 749 HD1 HIS 749 54.766 -19.326 -3.359
6 HD2 HIS 749 HD2 HIS 749 52.369 -20.729 -0.281
7 HE1 HIS 749 HE1 HIS 749 54.693 -21.823 -3.633
8 HE2 HIS 749 HE2 HIS 749 53.081 -22.606 -1.880
No H/Q in entry = 8
In of MODEL 15
1 H CYS 750 H CYS 750 54.664 -15.484 -1.097
2 HA CYS 750 HA CYS 750 57.349 -16.100 -1.777
3 HB2 CYS 750 HB2 CYS 750 56.088 -14.547 -3.139
4 HB3 CYS 750 HB3 CYS 750 55.839 -13.479 -1.764
No H/Q in entry = 4
In of MODEL 15
1 H GLN 751 H GLN 751 55.764 -14.431 0.884
2 HA GLN 751 HA GLN 751 58.099 -13.310 2.009
3 HB2 GLN 751 HB2 GLN 751 55.557 -14.112 3.403
4 HB3 GLN 751 HB3 GLN 751 56.805 -13.076 4.073
5 HG2 GLN 751 HG2 GLN 751 56.394 -11.462 2.252
6 HG3 GLN 751 HG3 GLN 751 55.089 -12.496 1.678
7 HE21 GLN 751 HE21 GLN 751 54.931 -9.776 2.619
8 HE22 GLN 751 HE22 GLN 751 53.901 -9.807 4.010
No H/Q in entry = 8
In of MODEL 15
1 H GLY 752 H GLY 752 56.795 -16.499 2.151
2 HA3 GLY 752 HA2 GLY 752 58.507 -18.220 2.618
3 HA2 GLY 752 HA3 GLY 752 59.004 -17.219 3.976
No H/Q in entry = 3
In of MODEL 15
1 H ARG 753 H ARG 753 55.621 -17.478 3.370
2 HA ARG 753 HA ARG 753 55.350 -19.144 5.749
3 HB2 ARG 753 HB2 ARG 753 53.256 -17.646 4.149
4 HB3 ARG 753 HB3 ARG 753 52.985 -18.486 5.668
5 HG2 ARG 753 HG2 ARG 753 54.715 -16.048 5.274
6 HG3 ARG 753 HG3 ARG 753 53.092 -16.053 5.955
7 HD2 ARG 753 HD2 ARG 753 53.925 -17.548 7.780
8 HD3 ARG 753 HD3 ARG 753 55.551 -17.372 7.123
9 HE ARG 753 HE ARG 753 54.317 -14.865 7.647
10 HH11 ARG 753 HH11 ARG 753 56.081 -17.516 9.247
11 HH12 ARG 753 HH12 ARG 753 56.638 -16.541 10.518
12 HH21 ARG 753 HH21 ARG 753 55.114 -13.540 9.468
13 HH22 ARG 753 HH22 ARG 753 56.091 -14.284 10.634
No H/Q in entry = 13
In of MODEL 15
1 H ASN 754 H ASN 754 54.331 -21.157 5.611
2 HA ASN 754 HA ASN 754 54.172 -22.160 2.879
3 HB2 ASN 754 HB2 ASN 754 54.387 -23.716 5.473
4 HB3 ASN 754 HB3 ASN 754 54.277 -24.432 3.875
5 HD21 ASN 754 HD21 ASN 754 56.278 -22.814 6.136
6 HD22 ASN 754 HD22 ASN 754 57.769 -23.021 5.299
No H/Q in entry = 6
In of MODEL 15
1 H TYR 755 H TYR 755 52.358 -22.639 2.016
2 HA TYR 755 HA TYR 755 50.098 -23.418 3.622
3 HB2 TYR 755 HB2 TYR 755 50.082 -21.028 1.801
4 HB3 TYR 755 HB3 TYR 755 48.654 -22.004 2.115
5 HD1 TYR 755 HD1 TYR 755 51.177 -19.841 3.734
6 HD2 TYR 755 HD2 TYR 755 47.437 -21.778 4.064
7 HE1 TYR 755 HE1 TYR 755 50.721 -18.581 5.777
8 HE2 TYR 755 HE2 TYR 755 46.966 -20.551 6.099
9 HH TYR 755 HH TYR 755 48.298 -19.556 7.845
No H/Q in entry = 9
In of MODEL 15
1 H THR 756 H THR 756 48.954 -24.867 2.708
2 HA THR 756 HA THR 756 49.747 -25.815 0.068
3 HB THR 756 HB THR 756 48.169 -27.122 2.302
4 HG1 THR 756 HG1 THR 756 50.044 -27.400 3.212
5 HG22 THR 756 HG21 THR 756 49.496 -28.294 -0.129
6 HG21 THR 756 HG22 THR 756 47.764 -28.023 0.095
7 HG23 THR 756 HG23 THR 756 48.609 -29.197 1.120
No H/Q in entry = 7
In of MODEL 15
1 H LEU 757 H LEU 757 48.047 -25.965 -1.574
2 HA LEU 757 HA LEU 757 45.638 -24.655 -0.679
3 HB2 LEU 757 HB2 LEU 757 46.591 -25.140 -3.472
4 HB3 LEU 757 HB3 LEU 757 44.966 -24.594 -3.108
5 HG LEU 757 HG LEU 757 46.285 -22.776 -1.733
6 HD13 LEU 757 HD11 LEU 757 48.274 -22.007 -2.888
7 HD12 LEU 757 HD12 LEU 757 48.218 -23.433 -3.917
8 HD11 LEU 757 HD13 LEU 757 48.479 -23.611 -2.181
9 HD21 LEU 757 HD21 LEU 757 44.647 -22.373 -3.387
10 HD23 LEU 757 HD22 LEU 757 45.805 -22.679 -4.695
11 HD22 LEU 757 HD23 LEU 757 46.014 -21.284 -3.614
No H/Q in entry = 11
In of MODEL 15
1 H THR 758 H THR 758 43.605 -25.330 -1.000
2 HA THR 758 HA THR 758 43.358 -28.214 -1.298
3 HB THR 758 HB THR 758 41.661 -28.009 0.608
4 HG1 THR 758 HG1 THR 758 42.735 -26.011 1.893
5 HG23 THR 758 HG21 THR 758 43.385 -28.150 2.340
6 HG22 THR 758 HG22 THR 758 44.551 -27.405 1.250
7 HG21 THR 758 HG23 THR 758 43.907 -29.006 0.887
No H/Q in entry = 7
In of MODEL 15
1 H GLY 759 H GLY 759 40.626 -28.387 -0.947
2 HA3 GLY 759 HA2 GLY 759 39.674 -27.297 -3.418
3 HA2 GLY 759 HA3 GLY 759 38.766 -28.308 -2.301
No H/Q in entry = 3
In of MODEL 15
1 H ARG 760 H ARG 760 37.779 -26.011 -3.620
2 HA ARG 760 HA ARG 760 37.858 -23.804 -1.771
3 HB2 ARG 760 HB2 ARG 760 36.460 -22.606 -3.376
4 HB3 ARG 760 HB3 ARG 760 37.773 -23.410 -4.209
5 HG2 ARG 760 HG2 ARG 760 36.011 -23.824 -5.634
6 HG3 ARG 760 HG3 ARG 760 35.991 -25.271 -4.624
7 HD2 ARG 760 HD2 ARG 760 34.241 -24.246 -3.222
8 HD3 ARG 760 HD3 ARG 760 34.245 -22.837 -4.277
9 HE ARG 760 HE ARG 760 33.618 -25.500 -5.320
10 HH11 ARG 760 HH11 ARG 760 32.650 -22.104 -4.834
11 HH12 ARG 760 HH12 ARG 760 31.197 -22.258 -5.683
12 HH21 ARG 760 HH21 ARG 760 31.585 -25.686 -6.466
13 HH22 ARG 760 HH22 ARG 760 30.556 -24.347 -6.629
No H/Q in entry = 13
In of MODEL 15
1 H ASP 761 H ASP 761 36.175 -26.624 -1.945
2 HA ASP 761 HA ASP 761 33.835 -25.600 -0.567
3 HB2 ASP 761 HB2 ASP 761 32.891 -27.841 -0.656
4 HB3 ASP 761 HB3 ASP 761 33.530 -27.442 -2.237
No H/Q in entry = 4
In of MODEL 15
1 H SER 762 H SER 762 36.918 -26.270 0.333
2 HA SER 762 HA SER 762 36.378 -27.798 2.693
3 HB2 SER 762 HB2 SER 762 38.903 -26.457 1.775
4 HB3 SER 762 HB3 SER 762 38.776 -27.644 3.070
5 HG SER 762 HG SER 762 37.600 -28.831 1.186
No H/Q in entry = 5
In of MODEL 15
1 H CYS 763 H CYS 763 36.759 -24.366 1.974
2 HA CYS 763 HA CYS 763 36.545 -23.934 4.867
3 HB2 CYS 763 HB2 CYS 763 37.660 -21.840 4.657
4 HB3 CYS 763 HB3 CYS 763 38.649 -23.031 3.842
No H/Q in entry = 4
In of MODEL 15
1 H THR 764 H THR 764 35.415 -21.912 5.420
2 HA THR 764 HA THR 764 33.132 -21.531 3.686
3 HB THR 764 HB THR 764 33.698 -20.384 6.447
4 HG1 THR 764 HG1 THR 764 32.328 -22.710 5.558
5 HG21 THR 764 HG21 THR 764 31.141 -20.587 4.839
6 HG23 THR 764 HG22 THR 764 32.054 -19.107 5.131
7 HG22 THR 764 HG23 THR 764 31.275 -19.944 6.474
No H/Q in entry = 7
In of MODEL 15
1 H LEU 765 H LEU 765 33.649 -20.234 2.106
2 HA LEU 765 HA LEU 765 35.747 -18.307 2.263
3 HB2 LEU 765 HB2 LEU 765 34.723 -19.832 0.296
4 HB3 LEU 765 HB3 LEU 765 33.783 -18.365 0.062
5 HG LEU 765 HG LEU 765 35.820 -17.089 -0.360
6 HD11 LEU 765 HD11 LEU 765 37.209 -19.727 0.093
7 HD13 LEU 765 HD12 LEU 765 37.374 -18.275 1.087
8 HD12 LEU 765 HD13 LEU 765 37.962 -18.285 -0.569
9 HD22 LEU 765 HD21 LEU 765 36.462 -18.140 -2.453
10 HD21 LEU 765 HD22 LEU 765 34.710 -18.232 -2.241
11 HD23 LEU 765 HD23 LEU 765 35.721 -19.650 -1.943
No H/Q in entry = 11
In of MODEL 15
1 HA PRO 766 HA PRO 766 33.458 -14.870 3.841
2 HB2 PRO 766 HB2 PRO 766 34.509 -12.858 2.186
3 HB3 PRO 766 HB3 PRO 766 35.158 -13.379 3.741
4 HG2 PRO 766 HG2 PRO 766 36.013 -14.104 0.992
5 HG3 PRO 766 HG3 PRO 766 36.975 -13.949 2.470
6 HD2 PRO 766 HD2 PRO 766 36.329 -16.333 1.404
7 HD3 PRO 766 HD3 PRO 766 36.484 -16.127 3.148
No H/Q in entry = 7
In of MODEL 15
1 H ALA 767 H ALA 767 33.713 -14.776 0.297
2 HA ALA 767 HA ALA 767 30.839 -14.275 0.222
3 HB3 ALA 767 HB1 ALA 767 32.883 -12.891 -1.530
4 HB1 ALA 767 HB2 ALA 767 31.974 -12.127 -0.226
5 HB2 ALA 767 HB3 ALA 767 31.132 -12.734 -1.653
No H/Q in entry = 5
In of MODEL 15
1 H SER 768 H SER 768 30.181 -16.139 -0.378
2 HA SER 768 HA SER 768 31.332 -17.238 -2.816
3 HB2 SER 768 HB2 SER 768 30.741 -19.473 -1.735
4 HB3 SER 768 HB3 SER 768 32.186 -18.642 -1.150
5 HG SER 768 HG SER 768 31.116 -19.194 0.629
No H/Q in entry = 5
In of MODEL 15
1 H ALA 769 H ALA 769 28.595 -17.940 -0.691
2 HA ALA 769 HA ALA 769 26.950 -18.458 -3.007
3 HB3 ALA 769 HB1 ALA 769 26.260 -18.568 -0.079
4 HB2 ALA 769 HB2 ALA 769 26.824 -19.928 -1.053
5 HB1 ALA 769 HB3 ALA 769 25.264 -19.172 -1.402
No H/Q in entry = 5
In of MODEL 15
1 H GLU 770 H GLU 770 25.370 -17.261 -3.768
2 HA GLU 770 HA GLU 770 24.446 -15.344 -4.422
3 HB2 GLU 770 HB2 GLU 770 22.402 -14.882 -3.022
4 HB3 GLU 770 HB3 GLU 770 22.625 -16.516 -3.609
5 HG2 GLU 770 HG2 GLU 770 23.571 -17.080 -1.358
6 HG3 GLU 770 HG3 GLU 770 23.068 -15.476 -0.828
No H/Q in entry = 6
In of MODEL 15
1 H LYS 771 H LYS 771 25.211 -13.459 -4.739
2 HA LYS 771 HA LYS 771 26.414 -11.983 -2.578
3 HB2 LYS 771 HB2 LYS 771 25.927 -11.011 -5.405
4 HB3 LYS 771 HB3 LYS 771 26.947 -10.264 -4.205
5 HG2 LYS 771 HG2 LYS 771 27.420 -12.867 -5.632
6 HG3 LYS 771 HG3 LYS 771 28.294 -11.362 -5.850
7 HD2 LYS 771 HD2 LYS 771 29.789 -12.345 -4.465
8 HD3 LYS 771 HD3 LYS 771 28.695 -11.795 -3.200
9 HE2 LYS 771 HE2 LYS 771 29.284 -14.163 -2.902
10 HE3 LYS 771 HE3 LYS 771 27.564 -13.970 -3.215
11 HZ2 LYS 771 HZ1 LYS 771 28.585 -15.810 -4.502
12 HZ1 LYS 771 HZ2 LYS 771 29.566 -14.739 -5.300
13 HZ3 LYS 771 HZ3 LYS 771 27.910 -14.657 -5.503
No H/Q in entry = 13
In of MODEL 15
1 H ALA 772 H ALA 772 25.533 -10.388 -1.433
2 HA ALA 772 HA ALA 772 22.995 -9.230 -2.304
3 HB3 ALA 772 HB1 ALA 772 23.830 -10.009 0.507
4 HB2 ALA 772 HB2 ALA 772 22.573 -10.793 -0.447
5 HB1 ALA 772 HB3 ALA 772 22.362 -9.123 0.091
No H/Q in entry = 5
In of MODEL 15
1 H CYS 773 H CYS 773 22.849 -7.001 -1.772
2 HA CYS 773 HA CYS 773 25.328 -5.664 -1.994
3 HB2 CYS 773 HB2 CYS 773 23.130 -4.785 -2.807
4 HB3 CYS 773 HB3 CYS 773 22.699 -4.470 -1.135
No H/Q in entry = 4
In of MODEL 15
1 H GLY 774 H GLY 774 26.755 -5.333 -0.530
2 HA3 GLY 774 HA2 GLY 774 27.139 -4.367 1.725
3 HA2 GLY 774 HA3 GLY 774 26.001 -5.598 2.293
No H/Q in entry = 3
In of MODEL 15
1 H ALA 775 H ALA 775 26.976 -7.465 0.193
2 HA ALA 775 HA ALA 775 29.759 -7.857 0.955
3 HB2 ALA 775 HB1 ALA 775 27.677 -10.047 0.815
4 HB3 ALA 775 HB2 ALA 775 28.386 -9.428 2.301
5 HB1 ALA 775 HB3 ALA 775 29.398 -10.276 1.126
No H/Q in entry = 5
In of MODEL 15
1 H CYS 776 H CYS 776 30.568 -7.296 -0.940
2 HA CYS 776 HA CYS 776 30.022 -8.869 -3.278
3 HB2 CYS 776 HB2 CYS 776 29.573 -5.855 -3.340
4 HB3 CYS 776 HB3 CYS 776 29.508 -6.935 -4.718
No H/Q in entry = 4
In of MODEL 15
1 HA PRO 777 HA PRO 777 34.356 -7.417 -3.281
2 HB2 PRO 777 HB2 PRO 777 34.821 -9.443 -5.321
3 HB3 PRO 777 HB3 PRO 777 35.444 -9.400 -3.669
4 HG2 PRO 777 HG2 PRO 777 33.630 -11.226 -4.523
5 HG3 PRO 777 HG3 PRO 777 33.697 -10.648 -2.847
6 HD2 PRO 777 HD2 PRO 777 31.866 -9.819 -5.074
7 HD3 PRO 777 HD3 PRO 777 31.498 -10.159 -3.363
No H/Q in entry = 7
In of MODEL 15
1 H LEU 778 H LEU 778 35.824 -7.393 -5.546
2 HA LEU 778 HA LEU 778 35.012 -5.250 -7.033
3 HB2 LEU 778 HB2 LEU 778 36.677 -5.947 -8.782
4 HB3 LEU 778 HB3 LEU 778 37.289 -5.837 -7.148
5 HG LEU 778 HG LEU 778 36.534 -8.496 -8.381
6 HD12 LEU 778 HD11 LEU 778 38.893 -8.827 -8.911
7 HD11 LEU 778 HD12 LEU 778 39.243 -7.159 -8.453
8 HD13 LEU 778 HD13 LEU 778 38.205 -7.499 -9.841
9 HD22 LEU 778 HD21 LEU 778 36.806 -8.634 -6.002
10 HD21 LEU 778 HD22 LEU 778 38.269 -7.669 -6.065
11 HD23 LEU 778 HD23 LEU 778 38.267 -9.299 -6.738
No H/Q in entry = 11
In of MODEL 15
1 H TRP 779 H TRP 779 34.450 -8.637 -7.974
2 HA TRP 779 HA TRP 779 33.162 -7.925 -10.431
3 HB2 TRP 779 HB2 TRP 779 32.494 -10.418 -10.354
4 HB3 TRP 779 HB3 TRP 779 34.188 -9.996 -10.574
5 HD1 TRP 779 HD1 TRP 779 31.795 -11.289 -7.810
6 HE1 TRP 779 HE1 TRP 779 33.271 -12.513 -6.035
7 HE3 TRP 779 HE3 TRP 779 36.367 -10.306 -9.734
8 HZ2 TRP 779 HZ2 TRP 779 36.003 -12.947 -5.557
9 HZ3 TRP 779 HZ3 TRP 779 38.364 -11.147 -8.586
10 HH2 TRP 779 HH2 TRP 779 38.185 -12.431 -6.555
No H/Q in entry = 10
In of MODEL 15
1 H GLY 780 H GLY 780 32.072 -7.646 -7.349
2 HA3 GLY 780 HA2 GLY 780 29.307 -8.191 -8.170
3 HA2 GLY 780 HA3 GLY 780 29.885 -8.350 -6.511
No H/Q in entry = 3
In of MODEL 15
1 H LYS 781 H LYS 781 28.149 -6.419 -8.395
2 HA LYS 781 HA LYS 781 28.866 -4.145 -6.737
3 HB2 LYS 781 HB2 LYS 781 29.942 -3.972 -8.931
4 HB3 LYS 781 HB3 LYS 781 28.352 -3.945 -9.683
5 HG2 LYS 781 HG2 LYS 781 27.802 -1.874 -8.548
6 HG3 LYS 781 HG3 LYS 781 29.337 -1.908 -7.685
7 HD2 LYS 781 HD2 LYS 781 29.026 -1.708 -10.684
8 HD3 LYS 781 HD3 LYS 781 29.387 -0.366 -9.601
9 HE2 LYS 781 HE2 LYS 781 31.101 -2.824 -9.870
10 HE3 LYS 781 HE3 LYS 781 31.418 -1.327 -10.744
11 HZ3 LYS 781 HZ1 LYS 781 32.770 -1.444 -8.777
12 HZ2 LYS 781 HZ2 LYS 781 31.448 -1.736 -7.794
13 HZ1 LYS 781 HZ3 LYS 781 31.629 -0.239 -8.539
No H/Q in entry = 13
In of MODEL 15
1 H CYS 782 H CYS 782 27.077 -3.487 -5.750
2 HA CYS 782 HA CYS 782 24.557 -4.285 -6.902
3 HB2 CYS 782 HB2 CYS 782 23.578 -3.360 -4.724
4 HB3 CYS 782 HB3 CYS 782 24.511 -4.837 -4.661
No H/Q in entry = 4
In of MODEL 15
1 H ASP 783 H ASP 783 22.686 -2.747 -6.788
2 HA ASP 783 HA ASP 783 23.450 -0.621 -8.487
3 HB2 ASP 783 HB2 ASP 783 20.969 -0.162 -8.629
4 HB3 ASP 783 HB3 ASP 783 21.462 -1.776 -9.110
No H/Q in entry = 4
In of MODEL 15
1 H ALA 784 H ALA 784 20.995 0.020 -6.133
2 HA ALA 784 HA ALA 784 22.670 2.031 -4.853
3 HB3 ALA 784 HB1 ALA 784 20.848 3.676 -4.999
4 HB1 ALA 784 HB2 ALA 784 19.898 2.541 -5.958
5 HB2 ALA 784 HB3 ALA 784 21.399 3.201 -6.606
No H/Q in entry = 5
In of MODEL 15
1 H GLU 785 H GLU 785 19.870 -0.099 -4.896
2 HA GLU 785 HA GLU 785 19.303 0.430 -2.126
3 HB2 GLU 785 HB2 GLU 785 17.482 -0.141 -3.735
4 HB3 GLU 785 HB3 GLU 785 18.228 -1.705 -3.987
5 HG2 GLU 785 HG2 GLU 785 16.297 -1.821 -2.479
6 HG3 GLU 785 HG3 GLU 785 17.790 -2.343 -1.704
No H/Q in entry = 6
In of MODEL 15
1 H SER 786 H SER 786 19.549 -1.150 -0.517
2 HA SER 786 HA SER 786 22.085 -2.489 -0.786
3 HB2 SER 786 HB2 SER 786 20.307 -2.058 1.605
4 HB3 SER 786 HB3 SER 786 21.987 -2.599 1.635
5 HG SER 786 HG SER 786 21.275 -0.161 1.800
No H/Q in entry = 5
In of MODEL 15
1 H SER 787 H SER 787 19.585 -3.654 -2.018
2 HA SER 787 HA SER 787 19.206 -6.020 -0.389
3 HB2 SER 787 HB2 SER 787 17.200 -4.869 -1.180
4 HB3 SER 787 HB3 SER 787 17.710 -5.097 -2.849
5 HG SER 787 HG SER 787 16.566 -6.843 -1.064
No H/Q in entry = 5
In of MODEL 15
1 H LYS 788 H LYS 788 19.487 -5.632 -3.960
2 HA LYS 788 HA LYS 788 20.665 -8.307 -3.961
3 HB2 LYS 788 HB2 LYS 788 20.175 -8.441 -6.285
4 HB3 LYS 788 HB3 LYS 788 18.744 -7.809 -5.495
5 HG2 LYS 788 HG2 LYS 788 19.255 -5.573 -6.281
6 HG3 LYS 788 HG3 LYS 788 20.779 -6.137 -6.981
7 HD2 LYS 788 HD2 LYS 788 19.385 -7.725 -8.361
8 HD3 LYS 788 HD3 LYS 788 17.974 -6.842 -7.788
9 HE2 LYS 788 HE2 LYS 788 20.283 -5.649 -9.317
10 HE3 LYS 788 HE3 LYS 788 18.735 -6.104 -10.011
11 HZ1 LYS 788 HZ1 LYS 788 17.708 -4.442 -8.475
12 HZ3 LYS 788 HZ2 LYS 788 18.714 -3.816 -9.639
13 HZ2 LYS 788 HZ3 LYS 788 19.270 -3.919 -8.058
No H/Q in entry = 13
In of MODEL 15
1 H CYS 789 H CYS 789 22.384 -8.656 -5.684
2 HA CYS 789 HA CYS 789 24.104 -6.342 -6.063
3 HB2 CYS 789 HB2 CYS 789 24.814 -7.677 -4.015
4 HB3 CYS 789 HB3 CYS 789 25.103 -9.034 -5.092
No H/Q in entry = 4
In of MODEL 15
1 H VAL 790 H VAL 790 25.136 -6.416 -8.081
2 HA VAL 790 HA VAL 790 24.233 -8.598 -9.805
3 HB VAL 790 HB VAL 790 25.103 -5.767 -10.493
4 HG13 VAL 790 HG11 VAL 790 25.711 -7.309 -12.292
5 HG12 VAL 790 HG12 VAL 790 24.377 -6.267 -12.784
6 HG11 VAL 790 HG13 VAL 790 24.064 -7.939 -12.321
7 HG22 VAL 790 HG21 VAL 790 22.758 -5.456 -11.144
8 HG21 VAL 790 HG22 VAL 790 22.917 -5.877 -9.430
9 HG23 VAL 790 HG23 VAL 790 22.429 -7.103 -10.605
No H/Q in entry = 9
In of MODEL 15
1 H CYS 791 H CYS 791 25.684 -9.703 -10.971
2 HA CYS 791 HA CYS 791 28.481 -9.277 -10.232
3 HB2 CYS 791 HB2 CYS 791 27.275 -11.702 -11.588
4 HB3 CYS 791 HB3 CYS 791 28.908 -11.513 -10.985
No H/Q in entry = 4
In of MODEL 15
1 H ARG 792 H ARG 792 29.930 -8.836 -11.637
2 HA ARG 792 HA ARG 792 29.141 -7.741 -14.169
3 HB2 ARG 792 HB2 ARG 792 31.753 -7.951 -12.698
4 HB3 ARG 792 HB3 ARG 792 31.567 -7.105 -14.229
5 HG2 ARG 792 HG2 ARG 792 30.125 -5.505 -13.290
6 HG3 ARG 792 HG3 ARG 792 29.897 -6.458 -11.826
7 HD2 ARG 792 HD2 ARG 792 31.386 -4.531 -11.501
8 HD3 ARG 792 HD3 ARG 792 32.173 -6.074 -11.174
9 HE ARG 792 HE ARG 792 32.586 -5.188 -13.847
10 HH11 ARG 792 HH11 ARG 792 33.757 -4.864 -10.501
11 HH12 ARG 792 HH12 ARG 792 35.274 -4.287 -11.014
12 HH21 ARG 792 HH21 ARG 792 34.715 -4.476 -14.436
13 HH22 ARG 792 HH22 ARG 792 35.845 -4.152 -13.182
No H/Q in entry = 13
In of MODEL 15
1 H GLU 793 H GLU 793 30.895 -8.191 -16.010
2 HA GLU 793 HA GLU 793 31.300 -11.070 -16.102
3 HB2 GLU 793 HB2 GLU 793 30.385 -9.362 -18.431
4 HB3 GLU 793 HB3 GLU 793 30.803 -11.070 -18.539
5 HG2 GLU 793 HG2 GLU 793 29.003 -11.527 -16.858
6 HG3 GLU 793 HG3 GLU 793 28.520 -9.842 -17.014
No H/Q in entry = 6
In of MODEL 15
1 H ALA 794 H ALA 794 32.913 -11.655 -17.947
2 HA ALA 794 HA ALA 794 35.353 -10.786 -16.842
3 HB1 ALA 794 HB1 ALA 794 34.883 -12.541 -19.239
4 HB2 ALA 794 HB2 ALA 794 34.895 -13.058 -17.550
5 HB3 ALA 794 HB3 ALA 794 36.361 -12.449 -18.274
No H/Q in entry = 5
In of MODEL 15
1 H SER 795 H SER 795 33.606 -9.532 -19.427
2 HA SER 795 HA SER 795 35.996 -8.670 -20.769
3 HB2 SER 795 HB2 SER 795 33.116 -8.416 -21.640
4 HB3 SER 795 HB3 SER 795 34.534 -8.043 -22.621
5 HG SER 795 HG SER 795 35.094 -10.123 -22.676
No H/Q in entry = 5
In of MODEL 15
1 H GLU 796 H GLU 796 34.174 -7.639 -18.294
2 HA GLU 796 HA GLU 796 34.799 -4.879 -18.900
3 HB2 GLU 796 HB2 GLU 796 32.366 -5.193 -19.191
4 HB3 GLU 796 HB3 GLU 796 32.264 -5.858 -17.571
5 HG2 GLU 796 HG2 GLU 796 31.473 -3.554 -17.645
6 HG3 GLU 796 HG3 GLU 796 32.899 -3.707 -16.624
No H/Q in entry = 6
In of MODEL 15
1 H CYS 797 H CYS 797 36.640 -6.023 -17.772
2 HA CYS 797 HA CYS 797 36.418 -5.239 -14.956
3 HB2 CYS 797 HB2 CYS 797 37.871 -7.641 -16.035
4 HB3 CYS 797 HB3 CYS 797 38.196 -6.970 -14.442
No H/Q in entry = 4
In of MODEL 15
1 H GLU 798 H GLU 798 37.403 -3.469 -14.692
2 HA GLU 798 HA GLU 798 39.744 -2.655 -16.217
3 HB2 GLU 798 HB2 GLU 798 37.790 -1.302 -14.427
4 HB3 GLU 798 HB3 GLU 798 39.335 -0.541 -14.775
5 HG2 GLU 798 HG2 GLU 798 37.446 -1.485 -16.893
6 HG3 GLU 798 HG3 GLU 798 37.431 0.151 -16.233
No H/Q in entry = 6
In of MODEL 15
1 H GLU 799 H GLU 799 38.904 -3.661 -13.016
2 HA GLU 799 HA GLU 799 41.212 -2.571 -11.832
3 HB2 GLU 799 HB2 GLU 799 40.612 -4.093 -9.849
4 HB3 GLU 799 HB3 GLU 799 39.527 -2.778 -10.265
5 HG2 GLU 799 HG2 GLU 799 39.139 -5.533 -11.269
6 HG3 GLU 799 HG3 GLU 799 38.544 -5.056 -9.673
No H/Q in entry = 6
In of MODEL 15
1 H GLU 800 H GLU 800 42.764 -3.828 -10.606
2 HA GLU 800 HA GLU 800 43.989 -5.535 -12.610
3 HB2 GLU 800 HB2 GLU 800 45.243 -3.737 -10.552
4 HB3 GLU 800 HB3 GLU 800 46.112 -4.700 -11.736
5 HG2 GLU 800 HG2 GLU 800 45.318 -3.394 -13.524
6 HG3 GLU 800 HG3 GLU 800 44.110 -2.602 -12.512
No H/Q in entry = 6
In of MODEL 15
1 H GLY 801 H GLY 801 42.793 -7.217 -11.565
2 HA3 GLY 801 HA2 GLY 801 43.964 -8.224 -9.113
3 HA2 GLY 801 HA3 GLY 801 42.764 -9.054 -10.108
No H/Q in entry = 3
In of MODEL 15
1 H PHE 802 H PHE 802 44.431 -10.746 -9.473
2 HA PHE 802 HA PHE 802 46.859 -10.825 -11.043
3 HB2 PHE 802 HB2 PHE 802 45.492 -12.796 -9.239
4 HB3 PHE 802 HB3 PHE 802 46.904 -13.239 -10.179
5 HD1 PHE 802 HD1 PHE 802 47.957 -13.845 -8.039
6 HD2 PHE 802 HD2 PHE 802 46.816 -9.821 -8.883
7 HE1 PHE 802 HE1 PHE 802 49.345 -13.099 -6.282
8 HE2 PHE 802 HE2 PHE 802 48.214 -9.061 -7.086
9 HZ PHE 802 HZ PHE 802 49.514 -10.678 -5.749
No H/Q in entry = 9
In of MODEL 15
1 H SER 803 H SER 803 47.159 -13.188 -11.989
2 HA SER 803 HA SER 803 44.945 -13.741 -13.803
3 HB2 SER 803 HB2 SER 803 47.883 -14.225 -14.362
4 HB3 SER 803 HB3 SER 803 46.524 -14.293 -15.481
5 HG SER 803 HG SER 803 46.367 -12.133 -15.495
No H/Q in entry = 5
In of MODEL 15
1 H ILE 804 H ILE 804 44.249 -15.811 -13.587
2 HA ILE 804 HA ILE 804 45.937 -17.697 -12.102
3 HB ILE 804 HB ILE 804 44.106 -18.523 -10.778
4 HG12 ILE 804 HG12 ILE 804 42.248 -18.229 -12.421
5 HG13 ILE 804 HG13 ILE 804 41.820 -17.689 -10.809
6 HG23 ILE 804 HG21 ILE 804 45.237 -16.644 -9.807
7 HG22 ILE 804 HG22 ILE 804 43.524 -16.583 -9.375
8 HG21 ILE 804 HG23 ILE 804 44.154 -15.529 -10.641
9 HD11 ILE 804 HD11 ILE 804 42.206 -15.360 -11.547
10 HD13 ILE 804 HD12 ILE 804 40.923 -16.181 -12.429
11 HD12 ILE 804 HD13 ILE 804 42.497 -15.957 -13.185
No H/Q in entry = 11
In of MODEL 15
1 H CYS 805 H CYS 805 44.744 -19.978 -12.241
2 HA CYS 805 HA CYS 805 44.154 -20.345 -15.096
3 HB2 CYS 805 HB2 CYS 805 46.318 -21.287 -14.292
4 HB3 CYS 805 HB3 CYS 805 45.410 -22.273 -13.150
No H/Q in entry = 4
In of MODEL 15
1 H VAL 806 H VAL 806 42.195 -21.054 -15.523
2 HA VAL 806 HA VAL 806 40.705 -22.376 -13.374
3 HB VAL 806 HB VAL 806 39.532 -20.619 -15.491
4 HG12 VAL 806 HG11 VAL 806 37.578 -20.543 -13.981
5 HG11 VAL 806 HG12 VAL 806 38.391 -21.732 -12.944
6 HG13 VAL 806 HG13 VAL 806 37.967 -22.151 -14.587
7 HG23 VAL 806 HG21 VAL 806 39.249 -18.856 -13.777
8 HG22 VAL 806 HG22 VAL 806 40.920 -19.159 -14.218
9 HG21 VAL 806 HG23 VAL 806 40.289 -19.789 -12.690
No H/Q in entry = 9
In of MODEL 15
1 H GLU 807 H GLU 807 39.779 -24.222 -13.953
2 HA GLU 807 HA GLU 807 40.078 -25.228 -16.616
3 HB2 GLU 807 HB2 GLU 807 40.407 -26.708 -14.698
4 HB3 GLU 807 HB3 GLU 807 38.783 -26.375 -14.134
5 HG2 GLU 807 HG2 GLU 807 37.887 -27.452 -16.156
6 HG3 GLU 807 HG3 GLU 807 39.546 -27.794 -16.660
No H/Q in entry = 6
In of MODEL 15
1 H VAL 808 H VAL 808 38.692 -24.877 -18.082
2 HA VAL 808 HA VAL 808 35.851 -24.571 -17.574
3 HB VAL 808 HB VAL 808 36.735 -22.279 -17.463
4 HG12 VAL 808 HG11 VAL 808 37.757 -21.177 -19.404
5 HG11 VAL 808 HG12 VAL 808 37.864 -22.748 -20.201
6 HG13 VAL 808 HG13 VAL 808 38.756 -22.453 -18.709
7 HG21 VAL 808 HG21 VAL 808 35.188 -22.807 -19.990
8 HG23 VAL 808 HG22 VAL 808 35.386 -21.222 -19.248
9 HG22 VAL 808 HG23 VAL 808 34.522 -22.494 -18.383
No H/Q in entry = 9
In of MODEL 15
1 H ASN 809 H ASN 809 34.746 -25.586 -19.171
2 HA ASN 809 HA ASN 809 34.268 -26.635 -21.165
3 HB2 ASN 809 HB2 ASN 809 36.479 -24.818 -22.007
4 HB3 ASN 809 HB3 ASN 809 35.842 -25.981 -23.159
5 HD21 ASN 809 HD21 ASN 809 33.855 -24.298 -20.749
6 HD22 ASN 809 HD22 ASN 809 32.991 -23.347 -21.895
No H/Q in entry = 6
In of MODEL 15
1 H GLY 810 H GLY 810 36.349 -27.603 -19.221
2 HA3 GLY 810 HA2 GLY 810 37.490 -29.611 -19.052
3 HA2 GLY 810 HA3 GLY 810 37.276 -29.848 -20.782
No H/Q in entry = 3
In of MODEL 15
1 H LYS 811 H LYS 811 38.470 -26.791 -20.396
2 HA LYS 811 HA LYS 811 41.248 -27.655 -20.897
3 HB2 LYS 811 HB2 LYS 811 40.053 -24.931 -21.362
4 HB3 LYS 811 HB3 LYS 811 41.562 -25.551 -21.984
5 HG2 LYS 811 HG2 LYS 811 38.803 -26.370 -22.798
6 HG3 LYS 811 HG3 LYS 811 39.919 -25.323 -23.688
7 HD2 LYS 811 HD2 LYS 811 40.314 -28.232 -23.047
8 HD3 LYS 811 HD3 LYS 811 39.838 -27.571 -24.611
9 HE2 LYS 811 HE2 LYS 811 41.996 -26.297 -24.675
10 HE3 LYS 811 HE3 LYS 811 42.470 -27.101 -23.182
11 HZ1 LYS 811 HZ1 LYS 811 42.268 -29.225 -24.357
12 HZ3 LYS 811 HZ2 LYS 811 43.441 -28.259 -25.046
13 HZ2 LYS 811 HZ3 LYS 811 41.919 -28.409 -25.775
No H/Q in entry = 13
In of MODEL 15
1 H GLU 812 H GLU 812 42.739 -25.877 -20.153
2 HA GLU 812 HA GLU 812 41.790 -24.624 -17.690
3 HB2 GLU 812 HB2 GLU 812 44.539 -25.787 -18.202
4 HB3 GLU 812 HB3 GLU 812 44.233 -24.635 -16.914
5 HG2 GLU 812 HG2 GLU 812 42.559 -26.216 -15.980
6 HG3 GLU 812 HG3 GLU 812 43.046 -27.380 -17.213
No H/Q in entry = 6
In of MODEL 15
1 H GLN 813 H GLN 813 41.506 -22.597 -18.124
2 HA GLN 813 HA GLN 813 43.330 -21.286 -20.004
3 HB2 GLN 813 HB2 GLN 813 41.147 -21.392 -20.963
4 HB3 GLN 813 HB3 GLN 813 40.396 -20.800 -19.483
5 HG2 GLN 813 HG2 GLN 813 41.433 -18.644 -19.802
6 HG3 GLN 813 HG3 GLN 813 42.258 -19.211 -21.257
7 HE21 GLN 813 HE21 GLN 813 38.958 -20.053 -20.448
8 HE22 GLN 813 HE22 GLN 813 38.233 -19.140 -21.712
No H/Q in entry = 8
In of MODEL 15
1 H THR 814 H THR 814 44.303 -19.493 -19.406
2 HA THR 814 HA THR 814 44.269 -18.661 -16.681
3 HB THR 814 HB THR 814 45.548 -17.385 -19.101
4 HG1 THR 814 HG1 THR 814 47.310 -18.722 -18.623
5 HG23 THR 814 HG21 THR 814 47.182 -16.544 -17.459
6 HG22 THR 814 HG22 THR 814 46.279 -17.324 -16.161
7 HG21 THR 814 HG23 THR 814 45.552 -15.995 -17.064
No H/Q in entry = 7
In of MODEL 15
1 H MET 815 H MET 815 42.977 -17.059 -15.907
2 HA MET 815 HA MET 815 41.898 -15.114 -17.844
3 HB2 MET 815 HB2 MET 815 40.317 -15.900 -15.400
4 HB3 MET 815 HB3 MET 815 39.774 -15.030 -16.816
5 HG2 MET 815 HG2 MET 815 40.140 -17.263 -18.078
6 HG3 MET 815 HG3 MET 815 40.302 -17.933 -16.467
7 HE3 MET 815 HE1 MET 815 36.839 -19.232 -17.548
8 HE2 MET 815 HE2 MET 815 38.459 -19.637 -16.956
9 HE1 MET 815 HE3 MET 815 38.263 -18.963 -18.565
No H/Q in entry = 9
In of MODEL 15
1 H SER 816 H SER 816 41.226 -13.153 -16.676
2 HA SER 816 HA SER 816 43.146 -12.398 -14.708
3 HB2 SER 816 HB2 SER 816 40.594 -11.122 -15.567
4 HB3 SER 816 HB3 SER 816 41.964 -10.290 -14.782
5 HG SER 816 HG SER 816 41.630 -11.274 -17.389
No H/Q in entry = 5
In of MODEL 15
1 H GLU 817 H GLU 817 42.585 -11.823 -12.623
2 HA GLU 817 HA GLU 817 41.111 -13.624 -11.166
3 HB2 GLU 817 HB2 GLU 817 43.015 -12.118 -10.519
4 HB3 GLU 817 HB3 GLU 817 41.794 -10.853 -10.438
5 HG2 GLU 817 HG2 GLU 817 40.830 -11.626 -8.618
6 HG3 GLU 817 HG3 GLU 817 41.374 -13.297 -8.868
No H/Q in entry = 6
In of MODEL 15
1 H CYS 818 H CYS 818 40.088 -10.632 -12.666
2 HA CYS 818 HA CYS 818 37.757 -10.436 -10.995
3 HB2 CYS 818 HB2 CYS 818 38.747 -8.336 -11.810
4 HB3 CYS 818 HB3 CYS 818 38.531 -8.907 -13.469
No H/Q in entry = 4
In of MODEL 15
1 H GLU 819 H GLU 819 38.748 -11.362 -14.149
2 HA GLU 819 HA GLU 819 36.365 -11.853 -15.426
3 HB2 GLU 819 HB2 GLU 819 39.097 -12.946 -15.573
4 HB3 GLU 819 HB3 GLU 819 37.921 -13.613 -16.621
5 HG2 GLU 819 HG2 GLU 819 37.509 -11.246 -17.359
6 HG3 GLU 819 HG3 GLU 819 38.990 -10.844 -16.485
No H/Q in entry = 6
In of MODEL 15
1 H ALA 820 H ALA 820 38.484 -14.232 -13.913
2 HA ALA 820 HA ALA 820 36.775 -16.399 -14.053
3 HB3 ALA 820 HB1 ALA 820 38.864 -15.830 -11.975
4 HB1 ALA 820 HB2 ALA 820 39.126 -16.605 -13.540
5 HB2 ALA 820 HB3 ALA 820 38.158 -17.412 -12.302
No H/Q in entry = 5
In of MODEL 15
1 H GLY 821 H GLY 821 37.154 -13.948 -11.519
2 HA3 GLY 821 HA2 GLY 821 35.411 -15.111 -9.623
3 HA2 GLY 821 HA3 GLY 821 35.947 -13.436 -9.657
No H/Q in entry = 3
In of MODEL 15
1 H ALA 822 H ALA 822 34.894 -12.792 -12.213
2 HA ALA 822 HA ALA 822 32.273 -12.107 -11.495
3 HB1 ALA 822 HB1 ALA 822 33.502 -12.032 -14.249
4 HB2 ALA 822 HB2 ALA 822 33.706 -10.795 -13.011
5 HB3 ALA 822 HB3 ALA 822 32.096 -11.125 -13.665
No H/Q in entry = 5
In of MODEL 15
1 H LEU 823 H LEU 823 33.520 -14.519 -13.750
2 HA LEU 823 HA LEU 823 30.983 -15.537 -14.487
3 HB2 LEU 823 HB2 LEU 823 33.744 -16.735 -14.562
4 HB3 LEU 823 HB3 LEU 823 32.367 -17.722 -14.960
5 HG LEU 823 HG LEU 823 33.365 -17.005 -16.988
6 HD11 LEU 823 HD11 LEU 823 30.958 -17.061 -17.036
7 HD13 LEU 823 HD12 LEU 823 31.596 -15.828 -18.119
8 HD12 LEU 823 HD13 LEU 823 30.894 -15.356 -16.575
9 HD22 LEU 823 HD21 LEU 823 33.656 -14.667 -17.627
10 HD21 LEU 823 HD22 LEU 823 34.627 -15.054 -16.211
11 HD23 LEU 823 HD23 LEU 823 33.128 -14.150 -16.031
No H/Q in entry = 11
In of MODEL 15
1 H ARG 824 H ARG 824 33.151 -16.264 -11.872
2 HA ARG 824 HA ARG 824 31.829 -18.503 -10.749
3 HB2 ARG 824 HB2 ARG 824 34.175 -17.748 -10.296
4 HB3 ARG 824 HB3 ARG 824 33.521 -16.399 -9.400
5 HG2 ARG 824 HG2 ARG 824 34.259 -18.018 -7.831
6 HG3 ARG 824 HG3 ARG 824 32.497 -18.049 -7.817
7 HD2 ARG 824 HD2 ARG 824 34.122 -19.928 -9.490
8 HD3 ARG 824 HD3 ARG 824 33.754 -20.321 -7.836
9 HE ARG 824 HE ARG 824 31.366 -19.691 -9.167
10 HH11 ARG 824 HH11 ARG 824 33.869 -22.209 -9.117
11 HH12 ARG 824 HH12 ARG 824 32.869 -23.428 -9.730
12 HH21 ARG 824 HH21 ARG 824 29.986 -21.394 -10.024
13 HH22 ARG 824 HH22 ARG 824 30.625 -22.972 -10.224
No H/Q in entry = 13
In of MODEL 15
1 H CYS 825 H CYS 825 31.192 -15.122 -10.668
2 HA CYS 825 HA CYS 825 29.606 -15.147 -8.236
3 HB2 CYS 825 HB2 CYS 825 31.102 -13.234 -8.997
4 HB3 CYS 825 HB3 CYS 825 29.972 -12.976 -10.303
No H/Q in entry = 4
In of MODEL 15
1 H ARG 826 H ARG 826 29.246 -14.691 -11.700
2 HA ARG 826 HA ARG 826 26.566 -14.274 -11.989
3 HB2 ARG 826 HB2 ARG 826 27.888 -13.867 -13.833
4 HB3 ARG 826 HB3 ARG 826 28.796 -15.348 -13.631
5 HG2 ARG 826 HG2 ARG 826 26.995 -16.625 -14.386
6 HG3 ARG 826 HG3 ARG 826 25.967 -15.189 -14.589
7 HD2 ARG 826 HD2 ARG 826 27.413 -14.355 -16.327
8 HD3 ARG 826 HD3 ARG 826 28.609 -15.610 -15.994
9 HE ARG 826 HE ARG 826 26.460 -17.046 -16.637
10 HH11 ARG 826 HH11 ARG 826 27.869 -14.225 -18.345
11 HH12 ARG 826 HH12 ARG 826 27.496 -14.845 -19.855
12 HH21 ARG 826 HH21 ARG 826 25.955 -17.816 -18.776
13 HH22 ARG 826 HH22 ARG 826 26.401 -16.863 -20.125
No H/Q in entry = 13
In of MODEL 15
1 H GLY 827 H GLY 827 28.344 -17.337 -11.926
2 HA3 GLY 827 HA2 GLY 827 27.113 -19.251 -10.920
3 HA2 GLY 827 HA3 GLY 827 25.738 -18.730 -11.887
No H/Q in entry = 3
In of MODEL 15
1 H GLN 828 H GLN 828 28.891 -18.489 -13.214
2 HA GLN 828 HA GLN 828 28.269 -20.404 -15.264
3 HB2 GLN 828 HB2 GLN 828 29.473 -18.310 -15.795
4 HB3 GLN 828 HB3 GLN 828 30.729 -18.760 -14.655
5 HG2 GLN 828 HG2 GLN 828 31.708 -19.275 -16.686
6 HG3 GLN 828 HG3 GLN 828 31.051 -20.821 -16.183
7 HE21 GLN 828 HE21 GLN 828 28.249 -19.924 -16.992
8 HE22 GLN 828 HE22 GLN 828 28.281 -20.037 -18.690
No H/Q in entry = 8
In of MODEL 15
1 H SER 829 H SER 829 29.447 -22.369 -15.481
2 HA SER 829 HA SER 829 30.558 -23.238 -12.960
3 HB2 SER 829 HB2 SER 829 29.846 -24.859 -15.399
4 HB3 SER 829 HB3 SER 829 30.194 -25.470 -13.773
5 HG SER 829 HG SER 829 28.339 -23.519 -13.815
No H/Q in entry = 5
In of MODEL 15
1 H ILE 830 H ILE 830 32.546 -22.891 -12.682
2 HA ILE 830 HA ILE 830 34.509 -23.647 -14.679
3 HB ILE 830 HB ILE 830 35.913 -21.732 -14.200
4 HG12 ILE 830 HG12 ILE 830 35.013 -21.313 -11.843
5 HG13 ILE 830 HG13 ILE 830 35.378 -19.863 -12.715
6 HG22 ILE 830 HG21 ILE 830 34.662 -19.907 -15.288
7 HG21 ILE 830 HG22 ILE 830 33.189 -20.861 -15.069
8 HG23 ILE 830 HG23 ILE 830 34.487 -21.473 -16.092
9 HD13 ILE 830 HD11 ILE 830 33.345 -19.612 -11.518
10 HD12 ILE 830 HD12 ILE 830 32.660 -21.052 -12.270
11 HD11 ILE 830 HD13 ILE 830 32.980 -19.614 -13.242
No H/Q in entry = 11
In of MODEL 15
1 H SER 831 H SER 831 36.616 -23.986 -13.597
2 HA SER 831 HA SER 831 36.321 -24.401 -10.741
3 HB2 SER 831 HB2 SER 831 37.418 -26.246 -12.817
4 HB3 SER 831 HB3 SER 831 37.601 -26.457 -11.075
5 HG SER 831 HG SER 831 35.048 -25.969 -11.623
No H/Q in entry = 5
In of MODEL 15
1 H VAL 832 H VAL 832 37.735 -22.850 -9.999
2 HA VAL 832 HA VAL 832 40.097 -22.146 -11.428
3 HB VAL 832 HB VAL 832 39.424 -21.649 -8.511
4 HG12 VAL 832 HG11 VAL 832 41.456 -20.298 -10.297
5 HG11 VAL 832 HG12 VAL 832 41.812 -21.405 -8.977
6 HG13 VAL 832 HG13 VAL 832 41.088 -19.832 -8.633
7 HG21 VAL 832 HG21 VAL 832 37.741 -20.669 -9.974
8 HG23 VAL 832 HG22 VAL 832 38.997 -19.865 -10.914
9 HG22 VAL 832 HG23 VAL 832 38.720 -19.402 -9.237
No H/Q in entry = 9
In of MODEL 15
1 H THR 833 H THR 833 41.596 -23.664 -11.751
2 HA THR 833 HA THR 833 41.920 -25.770 -9.856
3 HB THR 833 HB THR 833 43.663 -26.510 -11.581
4 HG1 THR 833 HG1 THR 833 43.609 -25.473 -13.554
5 HG21 THR 833 HG21 THR 833 40.778 -26.155 -12.399
6 HG23 THR 833 HG22 THR 833 41.427 -27.482 -11.433
7 HG22 THR 833 HG23 THR 833 41.908 -27.299 -13.122
No H/Q in entry = 7
In of MODEL 15
1 H SER 834 H SER 834 43.728 -22.996 -10.958
2 HA SER 834 HA SER 834 45.490 -23.364 -8.681
3 HB2 SER 834 HB2 SER 834 46.480 -22.999 -11.513
4 HB3 SER 834 HB3 SER 834 47.493 -22.989 -10.077
5 HG SER 834 HG SER 834 45.973 -25.203 -10.064
No H/Q in entry = 5
In of MODEL 15
1 H ILE 835 H ILE 835 46.357 -21.470 -7.904
2 HA ILE 835 HA ILE 835 45.038 -19.035 -8.750
3 HB ILE 835 HB ILE 835 46.196 -17.990 -6.841
4 HG12 ILE 835 HG12 ILE 835 47.434 -20.735 -6.396
5 HG13 ILE 835 HG13 ILE 835 48.281 -19.283 -6.939
6 HG23 ILE 835 HG21 ILE 835 44.053 -19.059 -6.489
7 HG22 ILE 835 HG22 ILE 835 45.074 -19.267 -5.061
8 HG21 ILE 835 HG23 ILE 835 44.850 -20.602 -6.194
9 HD12 ILE 835 HD11 ILE 835 48.633 -19.795 -4.611
10 HD11 ILE 835 HD12 ILE 835 46.894 -19.572 -4.325
11 HD13 ILE 835 HD13 ILE 835 47.883 -18.221 -4.881
No H/Q in entry = 11
In of MODEL 15
1 H ARG 836 H ARG 836 47.590 -20.736 -9.603
2 HA ARG 836 HA ARG 836 49.446 -18.664 -10.349
3 HB2 ARG 836 HB2 ARG 836 49.363 -21.617 -10.877
4 HB3 ARG 836 HB3 ARG 836 50.691 -20.547 -11.308
5 HG2 ARG 836 HG2 ARG 836 51.135 -20.059 -9.028
6 HG3 ARG 836 HG3 ARG 836 49.681 -20.921 -8.516
7 HD2 ARG 836 HD2 ARG 836 52.052 -22.116 -9.899
8 HD3 ARG 836 HD3 ARG 836 51.654 -22.173 -8.169
9 HE ARG 836 HE ARG 836 49.507 -23.275 -9.006
10 HH11 ARG 836 HH11 ARG 836 52.713 -23.850 -10.410
11 HH12 ARG 836 HH12 ARG 836 52.282 -25.335 -11.133
12 HH21 ARG 836 HH21 ARG 836 48.923 -25.378 -10.017
13 HH22 ARG 836 HH22 ARG 836 50.121 -26.207 -10.871
No H/Q in entry = 13
In of MODEL 15
1 HA PRO 837 HA PRO 837 47.332 -18.463 -14.344
2 HB2 PRO 837 HB2 PRO 837 49.233 -17.191 -15.809
3 HB3 PRO 837 HB3 PRO 837 48.223 -16.358 -14.624
4 HG2 PRO 837 HG2 PRO 837 51.046 -17.283 -14.388
5 HG3 PRO 837 HG3 PRO 837 50.287 -15.815 -13.747
6 HD2 PRO 837 HD2 PRO 837 50.818 -18.079 -12.267
7 HD3 PRO 837 HD3 PRO 837 49.571 -16.883 -11.855
No H/Q in entry = 7
In of MODEL 15
1 H CYS 838 H CYS 838 47.252 -19.722 -16.186
2 HA CYS 838 HA CYS 838 49.343 -21.698 -16.445
3 HB2 CYS 838 HB2 CYS 838 46.487 -21.569 -17.348
4 HB3 CYS 838 HB3 CYS 838 47.607 -22.638 -18.180
No H/Q in entry = 4
In of MODEL 15
1 H ALA 839 H ALA 839 49.375 -22.402 -18.992
2 HA ALA 839 HA ALA 839 50.562 -20.138 -20.278
3 HB1 ALA 839 HB1 ALA 839 51.623 -22.347 -20.381
4 HB3 ALA 839 HB2 ALA 839 51.237 -21.726 -21.989
5 HB2 ALA 839 HB3 ALA 839 50.217 -22.959 -21.252
No H/Q in entry = 5
In of MODEL 15
1 H ALA 840 H ALA 840 47.834 -22.260 -20.841
2 HA ALA 840 HA ALA 840 46.075 -22.262 -22.281
3 HB1 ALA 840 HB1 ALA 840 45.581 -20.322 -20.903
4 HB3 ALA 840 HB2 ALA 840 44.923 -20.136 -22.550
5 HB2 ALA 840 HB3 ALA 840 46.408 -19.284 -22.070
No H/Q in entry = 5
In of MODEL 15
1 H GLU 841 H GLU 841 48.752 -22.160 -23.291
2 HA GLU 841 HA GLU 841 49.263 -20.601 -25.503
3 HB2 GLU 841 HB2 GLU 841 50.923 -22.400 -26.050
4 HB3 GLU 841 HB3 GLU 841 51.010 -21.749 -24.412
5 HG2 GLU 841 HG2 GLU 841 49.842 -23.649 -23.525
6 HG3 GLU 841 HG3 GLU 841 49.547 -24.269 -25.143
No H/Q in entry = 6
In of MODEL 15
1 H THR 842 H THR 842 47.348 -23.364 -25.286
2 HA THR 842 HA THR 842 47.497 -23.992 -28.108
3 HB THR 842 HB THR 842 45.814 -25.354 -25.980
4 HG1 THR 842 HG1 THR 842 48.504 -25.680 -26.819
5 HG21 THR 842 HG21 THR 842 46.995 -26.368 -28.592
6 HG23 THR 842 HG22 THR 842 45.293 -25.985 -28.332
7 HG22 THR 842 HG23 THR 842 46.038 -27.320 -27.457
No H/Q in entry = 7
In of MODEL 15
1 H GLN 843 H GLN 843 45.862 -21.777 -26.397
2 HA GLN 843 HA GLN 843 43.503 -21.904 -28.135
3 HB2 GLN 843 HB2 GLN 843 43.750 -20.436 -25.491
4 HB3 GLN 843 HB3 GLN 843 42.300 -20.585 -26.469
5 HG2 GLN 843 HG2 GLN 843 43.708 -22.812 -25.008
6 HG3 GLN 843 HG3 GLN 843 42.201 -22.044 -24.538
7 HE21 GLN 843 HE21 GLN 843 41.145 -21.994 -27.323
8 HE22 GLN 843 HE22 GLN 843 40.735 -23.623 -27.660
No H/Q in entry = 8
In of MODEL 16
1 H1 GLY 689 H2 GLY 689 80.460 14.264 -11.378
2 H2 GLY 689 H1 GLY 689 79.915 14.124 -9.803
3 H3 GLY 689 H3 GLY 689 81.588 14.147 -10.102
4 HA2 GLY 689 HA2 GLY 689 80.791 11.912 -9.651
5 HA3 GLY 689 HA3 GLY 689 81.402 12.083 -11.296
No H/Q in entry = 5
In of MODEL 16
1 H SER 690 H SER 690 79.990 10.133 -11.541
2 HA SER 690 HA SER 690 78.215 9.141 -12.481
3 HB2 SER 690 HB2 SER 690 76.603 11.229 -10.977
4 HB3 SER 690 HB3 SER 690 75.951 9.746 -11.679
5 HG SER 690 HG SER 690 77.689 8.734 -10.295
No H/Q in entry = 5
In of MODEL 16
1 H HIS 691 H HIS 691 76.044 9.738 -13.779
2 HA HIS 691 HA HIS 691 76.880 11.781 -15.696
3 HB2 HIS 691 HB2 HIS 691 75.151 9.319 -16.103
4 HB3 HIS 691 HB3 HIS 691 75.398 10.549 -17.330
5 HD1 HIS 691 HD1 HIS 691 77.856 10.697 -18.366
6 HD2 HIS 691 HD2 HIS 691 77.217 7.493 -15.804
7 HE1 HIS 691 HE1 HIS 691 79.741 9.102 -18.774
8 HE2 HIS 691 HE2 HIS 691 79.188 7.098 -17.385
No H/Q in entry = 8
In of MODEL 16
1 H MET 692 H MET 692 75.009 12.930 -16.722
2 HA MET 692 HA MET 692 73.498 14.104 -14.634
3 HB2 MET 692 HB2 MET 692 73.199 14.395 -17.629
4 HB3 MET 692 HB3 MET 692 72.357 15.382 -16.445
5 HG2 MET 692 HG2 MET 692 75.341 15.243 -16.835
6 HG3 MET 692 HG3 MET 692 74.279 16.541 -17.371
7 HE3 MET 692 HE1 MET 692 76.901 17.033 -15.634
8 HE2 MET 692 HE2 MET 692 76.307 18.221 -14.475
9 HE1 MET 692 HE3 MET 692 75.823 18.322 -16.169
No H/Q in entry = 9
In of MODEL 16
1 H ASN 693 H ASN 693 72.492 12.149 -17.410
2 HA ASN 693 HA ASN 693 70.165 11.362 -15.855
3 HB2 ASN 693 HB2 ASN 693 68.810 11.339 -17.930
4 HB3 ASN 693 HB3 ASN 693 69.411 12.937 -17.532
5 HD21 ASN 693 HD21 ASN 693 68.453 11.888 -20.078
6 HD22 ASN 693 HD22 ASN 693 69.748 12.074 -21.196
No H/Q in entry = 6
In of MODEL 16
1 HA PRO 694 HA PRO 694 71.833 7.357 -17.002
2 HB2 PRO 694 HB2 PRO 694 69.584 6.187 -15.565
3 HB3 PRO 694 HB3 PRO 694 71.296 6.138 -15.145
4 HG2 PRO 694 HG2 PRO 694 69.424 7.535 -13.726
5 HG3 PRO 694 HG3 PRO 694 71.139 7.961 -13.782
6 HD2 PRO 694 HD2 PRO 694 68.834 9.185 -15.231
7 HD3 PRO 694 HD3 PRO 694 70.290 9.940 -14.542
No H/Q in entry = 7
In of MODEL 16
1 H LEU 695 H LEU 695 71.403 6.943 -19.070
2 HA LEU 695 HA LEU 695 68.679 6.904 -20.061
3 HB2 LEU 695 HB2 LEU 695 71.344 6.668 -21.461
4 HB3 LEU 695 HB3 LEU 695 69.795 6.615 -22.269
5 HG LEU 695 HG LEU 695 70.775 8.996 -20.696
6 HD11 LEU 695 HD11 LEU 695 70.835 8.470 -23.668
7 HD13 LEU 695 HD12 LEU 695 72.239 8.567 -22.605
8 HD12 LEU 695 HD13 LEU 695 71.243 9.994 -22.879
9 HD22 LEU 695 HD21 LEU 695 68.344 8.838 -20.934
10 HD21 LEU 695 HD22 LEU 695 68.523 8.632 -22.674
11 HD23 LEU 695 HD23 LEU 695 68.993 10.153 -21.913
No H/Q in entry = 11
In of MODEL 16
1 H THR 696 H THR 696 67.586 5.126 -20.237
2 HA THR 696 HA THR 696 66.934 3.038 -20.342
3 HB THR 696 HB THR 696 69.637 2.438 -21.567
4 HG1 THR 696 HG1 THR 696 67.281 3.650 -22.428
5 HG23 THR 696 HG21 THR 696 68.430 0.569 -22.646
6 HG22 THR 696 HG22 THR 696 66.957 1.023 -21.791
7 HG21 THR 696 HG23 THR 696 68.346 0.423 -20.889
No H/Q in entry = 7
In of MODEL 16
1 H GLN 697 H GLN 697 66.656 2.638 -18.275
2 HA GLN 697 HA GLN 697 68.778 1.136 -16.910
3 HB2 GLN 697 HB2 GLN 697 66.475 2.728 -15.764
4 HB3 GLN 697 HB3 GLN 697 67.562 1.729 -14.815
5 HG2 GLN 697 HG2 GLN 697 68.422 4.112 -16.443
6 HG3 GLN 697 HG3 GLN 697 68.076 4.151 -14.715
7 HE21 GLN 697 HE21 GLN 697 69.496 3.145 -13.296
8 HE22 GLN 697 HE22 GLN 697 71.096 2.714 -13.740
No H/Q in entry = 8
In of MODEL 16
1 H ALA 698 H ALA 698 68.285 -0.926 -16.412
2 HA ALA 698 HA ALA 698 65.823 -2.022 -17.342
3 HB1 ALA 698 HB1 ALA 698 67.905 -3.309 -17.494
4 HB3 ALA 698 HB2 ALA 698 66.710 -4.161 -16.518
5 HB2 ALA 698 HB3 ALA 698 68.041 -3.306 -15.736
No H/Q in entry = 5
In of MODEL 16
1 H VAL 699 H VAL 699 64.098 -1.459 -16.254
2 HA VAL 699 HA VAL 699 64.139 -1.371 -13.353
3 HB VAL 699 HB VAL 699 61.831 -0.799 -15.239
4 HG13 VAL 699 HG11 VAL 699 60.869 0.422 -13.338
5 HG12 VAL 699 HG12 VAL 699 62.249 -0.046 -12.348
6 HG11 VAL 699 HG13 VAL 699 61.144 -1.279 -12.954
7 HG21 VAL 699 HG21 VAL 699 63.654 0.742 -15.734
8 HG23 VAL 699 HG22 VAL 699 63.780 1.162 -14.027
9 HG22 VAL 699 HG23 VAL 699 62.330 1.593 -14.936
No H/Q in entry = 9
In of MODEL 16
1 HA PRO 700 HA PRO 700 62.749 -5.615 -13.615
2 HB2 PRO 700 HB2 PRO 700 62.320 -5.993 -10.951
3 HB3 PRO 700 HB3 PRO 700 63.928 -6.059 -11.682
4 HG2 PRO 700 HG2 PRO 700 62.623 -3.837 -10.172
5 HG3 PRO 700 HG3 PRO 700 64.306 -4.391 -10.119
6 HD2 PRO 700 HD2 PRO 700 63.510 -2.192 -11.497
7 HD3 PRO 700 HD3 PRO 700 64.885 -3.199 -12.000
No H/Q in entry = 7
In of MODEL 16
1 H LYS 701 H LYS 701 60.928 -6.522 -13.894
2 HA LYS 701 HA LYS 701 58.578 -4.948 -13.377
3 HB2 LYS 701 HB2 LYS 701 59.002 -7.447 -15.030
4 HB3 LYS 701 HB3 LYS 701 57.424 -6.721 -14.769
5 HG2 LYS 701 HG2 LYS 701 58.128 -5.959 -16.891
6 HG3 LYS 701 HG3 LYS 701 58.393 -4.620 -15.766
7 HD2 LYS 701 HD2 LYS 701 60.748 -5.170 -15.642
8 HD3 LYS 701 HD3 LYS 701 60.509 -6.511 -16.759
9 HE2 LYS 701 HE2 LYS 701 59.987 -3.598 -17.356
10 HE3 LYS 701 HE3 LYS 701 61.395 -4.515 -17.877
11 HZ3 LYS 701 HZ1 LYS 701 59.769 -4.354 -19.642
12 HZ2 LYS 701 HZ2 LYS 701 58.573 -5.022 -18.683
13 HZ1 LYS 701 HZ3 LYS 701 59.892 -5.966 -19.156
No H/Q in entry = 13
In of MODEL 16
1 H CYS 702 H CYS 702 56.917 -5.621 -12.137
2 HA CYS 702 HA CYS 702 57.641 -7.833 -10.390
3 HB2 CYS 702 HB2 CYS 702 56.044 -5.364 -9.574
4 HB3 CYS 702 HB3 CYS 702 56.402 -6.744 -8.620
No H/Q in entry = 4
In of MODEL 16
1 H GLN 703 H GLN 703 56.234 -9.273 -9.826
2 HA GLN 703 HA GLN 703 53.819 -9.648 -11.347
3 HB2 GLN 703 HB2 GLN 703 55.006 -10.962 -8.894
4 HB3 GLN 703 HB3 GLN 703 53.550 -11.516 -9.712
5 HG2 GLN 703 HG2 GLN 703 54.743 -12.049 -11.683
6 HG3 GLN 703 HG3 GLN 703 56.196 -11.238 -11.074
7 HE21 GLN 703 HE21 GLN 703 55.614 -13.890 -12.054
8 HE22 GLN 703 HE22 GLN 703 56.202 -14.990 -10.852
No H/Q in entry = 8
In of MODEL 16
1 H ARG 704 H ARG 704 51.864 -9.962 -10.247
2 HA ARG 704 HA ARG 704 51.059 -7.442 -9.223
3 HB2 ARG 704 HB2 ARG 704 49.659 -10.011 -9.692
4 HB3 ARG 704 HB3 ARG 704 48.837 -8.674 -8.884
5 HG2 ARG 704 HG2 ARG 704 48.951 -7.309 -10.710
6 HG3 ARG 704 HG3 ARG 704 50.302 -8.196 -11.431
7 HD2 ARG 704 HD2 ARG 704 47.562 -9.312 -11.082
8 HD3 ARG 704 HD3 ARG 704 48.071 -8.466 -12.546
9 HE ARG 704 HE ARG 704 49.863 -10.531 -11.871
10 HH11 ARG 704 HH11 ARG 704 46.674 -9.915 -13.310
11 HH12 ARG 704 HH12 ARG 704 46.783 -11.271 -14.349
12 HH21 ARG 704 HH21 ARG 704 49.970 -12.357 -13.369
13 HH22 ARG 704 HH22 ARG 704 48.667 -12.576 -14.448
No H/Q in entry = 13
In of MODEL 16
1 H TRP 705 H TRP 705 52.122 -10.181 -7.633
2 HA TRP 705 HA TRP 705 51.176 -9.188 -5.065
3 HB2 TRP 705 HB2 TRP 705 52.122 -11.376 -4.228
4 HB3 TRP 705 HB3 TRP 705 50.746 -11.491 -5.312
5 HD1 TRP 705 HD1 TRP 705 54.445 -12.277 -5.086
6 HE1 TRP 705 HE1 TRP 705 55.083 -13.796 -7.038
7 HE3 TRP 705 HE3 TRP 705 50.110 -12.048 -7.757
8 HZ2 TRP 705 HZ2 TRP 705 53.873 -14.839 -9.380
9 HZ3 TRP 705 HZ3 TRP 705 49.932 -13.301 -9.832
10 HH2 TRP 705 HH2 TRP 705 51.774 -14.688 -10.636
No H/Q in entry = 10
In of MODEL 16
1 H GLU 706 H GLU 706 53.569 -8.395 -6.996
2 HA GLU 706 HA GLU 706 55.549 -8.102 -4.866
3 HB2 GLU 706 HB2 GLU 706 56.067 -8.387 -7.858
4 HB3 GLU 706 HB3 GLU 706 57.256 -7.995 -6.628
5 HG2 GLU 706 HG2 GLU 706 56.928 -10.173 -5.658
6 HG3 GLU 706 HG3 GLU 706 55.690 -10.532 -6.866
No H/Q in entry = 6
In of MODEL 16
1 H LYS 707 H LYS 707 56.969 -6.204 -5.274
2 HA LYS 707 HA LYS 707 55.560 -3.989 -6.491
3 HB2 LYS 707 HB2 LYS 707 55.645 -2.602 -4.493
4 HB3 LYS 707 HB3 LYS 707 54.633 -4.013 -4.219
5 HG2 LYS 707 HG2 LYS 707 56.460 -5.068 -2.965
6 HG3 LYS 707 HG3 LYS 707 57.475 -3.660 -3.265
7 HD2 LYS 707 HD2 LYS 707 54.872 -3.667 -1.731
8 HD3 LYS 707 HD3 LYS 707 56.483 -3.604 -1.013
9 HE2 LYS 707 HE2 LYS 707 56.882 -1.460 -2.179
10 HE3 LYS 707 HE3 LYS 707 55.249 -1.532 -2.835
11 HZ2 LYS 707 HZ1 LYS 707 55.960 -1.326 0.043
12 HZ1 LYS 707 HZ2 LYS 707 54.397 -1.459 -0.555
13 HZ3 LYS 707 HZ3 LYS 707 55.306 -0.117 -0.925
No H/Q in entry = 13
In of MODEL 16
1 H LEU 708 H LEU 708 56.866 -2.121 -6.677
2 HA LEU 708 HA LEU 708 59.703 -2.771 -6.923
3 HB2 LEU 708 HB2 LEU 708 58.507 -2.034 -8.929
4 HB3 LEU 708 HB3 LEU 708 58.000 -0.572 -8.112
5 HG LEU 708 HG LEU 708 60.427 0.090 -7.991
6 HD12 LEU 708 HD11 LEU 708 61.991 -1.010 -9.501
7 HD11 LEU 708 HD12 LEU 708 60.779 -2.239 -9.860
8 HD13 LEU 708 HD13 LEU 708 61.437 -2.097 -8.229
9 HD22 LEU 708 HD21 LEU 708 58.929 1.015 -9.668
10 HD21 LEU 708 HD22 LEU 708 59.250 -0.358 -10.730
11 HD23 LEU 708 HD23 LEU 708 60.542 0.775 -10.338
No H/Q in entry = 11
In of MODEL 16
1 H GLN 709 H GLN 709 60.895 -2.125 -5.212
2 HA GLN 709 HA GLN 709 60.624 0.623 -4.254
3 HB2 GLN 709 HB2 GLN 709 60.438 0.088 -1.952
4 HB3 GLN 709 HB3 GLN 709 59.356 -1.086 -2.684
5 HG2 GLN 709 HG2 GLN 709 61.089 -2.782 -2.479
6 HG3 GLN 709 HG3 GLN 709 62.196 -1.569 -1.830
7 HE21 GLN 709 HE21 GLN 709 61.401 -3.903 -0.597
8 HE22 GLN 709 HE22 GLN 709 60.544 -3.533 0.859
No H/Q in entry = 8
In of MODEL 16
1 H ASN 710 H ASN 710 62.608 1.396 -3.464
2 HA ASN 710 HA ASN 710 64.906 1.514 -3.263
3 HB2 ASN 710 HB2 ASN 710 64.368 -0.370 -1.668
4 HB3 ASN 710 HB3 ASN 710 64.710 -1.508 -2.941
5 HD21 ASN 710 HD21 ASN 710 66.029 0.604 -0.602
6 HD22 ASN 710 HD22 ASN 710 67.685 0.152 -0.792
No H/Q in entry = 6
In of MODEL 16
1 H SER 711 H SER 711 63.501 0.920 -5.834
2 HA SER 711 HA SER 711 63.856 0.647 -8.017
3 HB2 SER 711 HB2 SER 711 65.878 2.106 -7.486
4 HB3 SER 711 HB3 SER 711 66.836 0.636 -7.398
5 HG SER 711 HG SER 711 65.694 1.919 -9.599
No H/Q in entry = 5
In of MODEL 16
1 H ARG 712 H ARG 712 63.869 -1.695 -6.042
2 HA ARG 712 HA ARG 712 64.792 -3.733 -7.943
3 HB2 ARG 712 HB2 ARG 712 65.445 -5.158 -6.107
4 HB3 ARG 712 HB3 ARG 712 66.228 -3.605 -5.863
5 HG2 ARG 712 HG2 ARG 712 64.553 -3.004 -4.210
6 HG3 ARG 712 HG3 ARG 712 63.713 -4.524 -4.478
7 HD2 ARG 712 HD2 ARG 712 65.030 -4.783 -2.501
8 HD3 ARG 712 HD3 ARG 712 65.804 -5.699 -3.791
9 HE ARG 712 HE ARG 712 66.772 -3.001 -3.332
10 HH11 ARG 712 HH11 ARG 712 67.313 -6.482 -2.840
11 HH12 ARG 712 HH12 ARG 712 68.941 -6.270 -2.366
12 HH21 ARG 712 HH21 ARG 712 68.946 -2.740 -2.638
13 HH22 ARG 712 HH22 ARG 712 69.893 -4.108 -2.255
No H/Q in entry = 13
In of MODEL 16
1 H CYS 713 H CYS 713 63.534 -5.888 -7.340
2 HA CYS 713 HA CYS 713 60.793 -5.051 -6.775
3 HB2 CYS 713 HB2 CYS 713 61.123 -5.889 -9.101
4 HB3 CYS 713 HB3 CYS 713 61.644 -7.443 -8.422
No H/Q in entry = 4
In of MODEL 16
1 H VAL 714 H VAL 714 59.770 -5.994 -5.178
2 HA VAL 714 HA VAL 714 60.905 -8.360 -3.878
3 HB VAL 714 HB VAL 714 60.410 -7.333 -1.647
4 HG12 VAL 714 HG11 VAL 714 62.369 -5.735 -3.286
5 HG11 VAL 714 HG12 VAL 714 62.702 -7.281 -2.501
6 HG13 VAL 714 HG13 VAL 714 62.343 -5.855 -1.526
7 HG22 VAL 714 HG21 VAL 714 60.063 -4.910 -1.467
8 HG21 VAL 714 HG22 VAL 714 58.763 -5.681 -2.376
9 HG23 VAL 714 HG23 VAL 714 60.024 -4.788 -3.226
No H/Q in entry = 9
In of MODEL 16
1 H CYS 715 H CYS 715 59.122 -9.009 -2.128
2 HA CYS 715 HA CYS 715 56.643 -9.151 -3.650
3 HB2 CYS 715 HB2 CYS 715 57.064 -10.265 -0.863
4 HB3 CYS 715 HB3 CYS 715 55.992 -10.864 -2.123
No H/Q in entry = 4
In of MODEL 16
1 H LYS 716 H LYS 716 54.633 -8.264 -2.724
2 HA LYS 716 HA LYS 716 55.201 -5.888 -1.207
3 HB2 LYS 716 HB2 LYS 716 52.774 -5.340 -1.510
4 HB3 LYS 716 HB3 LYS 716 53.632 -5.638 -3.011
5 HG2 LYS 716 HG2 LYS 716 52.654 -7.842 -3.144
6 HG3 LYS 716 HG3 LYS 716 51.847 -7.593 -1.598
7 HD2 LYS 716 HD2 LYS 716 50.323 -7.251 -3.511
8 HD3 LYS 716 HD3 LYS 716 50.526 -5.786 -2.547
9 HE2 LYS 716 HE2 LYS 716 51.990 -4.832 -4.188
10 HE3 LYS 716 HE3 LYS 716 52.075 -6.352 -5.076
11 HZ2 LYS 716 HZ1 LYS 716 50.567 -4.664 -6.064
12 HZ1 LYS 716 HZ2 LYS 716 49.539 -4.818 -4.728
13 HZ3 LYS 716 HZ3 LYS 716 49.859 -6.142 -5.735
No H/Q in entry = 13
In of MODEL 16
1 H MET 717 H MET 717 53.041 -5.464 0.363
2 HA MET 717 HA MET 717 53.538 -7.313 2.573
3 HB2 MET 717 HB2 MET 717 52.039 -4.705 2.423
4 HB3 MET 717 HB3 MET 717 52.297 -5.623 3.888
5 HG2 MET 717 HG2 MET 717 54.526 -4.429 2.247
6 HG3 MET 717 HG3 MET 717 53.721 -3.572 3.550
7 HE1 MET 717 HE1 MET 717 56.453 -6.033 2.518
8 HE3 MET 717 HE2 MET 717 55.343 -7.295 3.071
9 HE2 MET 717 HE3 MET 717 56.815 -6.954 3.971
No H/Q in entry = 9
In of MODEL 16
1 HA PRO 718 HA PRO 718 49.769 -9.441 1.656
2 HB2 PRO 718 HB2 PRO 718 49.398 -10.761 4.006
3 HB3 PRO 718 HB3 PRO 718 50.622 -11.228 2.823
4 HG2 PRO 718 HG2 PRO 718 50.924 -9.642 5.333
5 HG3 PRO 718 HG3 PRO 718 51.978 -10.909 4.681
6 HD2 PRO 718 HD2 PRO 718 52.528 -8.255 4.444
7 HD3 PRO 718 HD3 PRO 718 53.034 -9.455 3.239
No H/Q in entry = 7
In of MODEL 16
1 H TYR 719 H TYR 719 50.049 -7.262 4.291
2 HA TYR 719 HA TYR 719 47.207 -7.273 4.827
3 HB2 TYR 719 HB2 TYR 719 47.739 -5.532 6.547
4 HB3 TYR 719 HB3 TYR 719 48.593 -7.044 6.784
5 HD1 TYR 719 HD1 TYR 719 48.908 -3.487 6.183
6 HD2 TYR 719 HD2 TYR 719 51.042 -7.162 6.286
7 HE1 TYR 719 HE1 TYR 719 51.022 -2.248 6.343
8 HE2 TYR 719 HE2 TYR 719 53.159 -5.937 6.458
9 HH TYR 719 HH TYR 719 54.055 -3.752 5.911
No H/Q in entry = 9
In of MODEL 16
1 H GLU 720 H GLU 720 49.230 -5.900 2.651
2 HA GLU 720 HA GLU 720 47.636 -3.481 2.277
3 HB2 GLU 720 HB2 GLU 720 50.306 -4.396 1.248
4 HB3 GLU 720 HB3 GLU 720 49.530 -2.915 0.683
5 HG2 GLU 720 HG2 GLU 720 50.318 -3.492 3.539
6 HG3 GLU 720 HG3 GLU 720 51.272 -2.536 2.407
No H/Q in entry = 6
In of MODEL 16
1 H CYS 721 H CYS 721 46.950 -6.270 1.711
2 HA CYS 721 HA CYS 721 46.636 -6.339 -1.206
3 HB2 CYS 721 HB2 CYS 721 47.673 -8.329 -0.365
4 HB3 CYS 721 HB3 CYS 721 46.481 -8.488 0.937
No H/Q in entry = 4
In of MODEL 16
1 H GLY 722 H GLY 722 44.491 -7.038 -1.945
2 HA3 GLY 722 HA2 GLY 722 42.281 -6.818 -0.158
3 HA2 GLY 722 HA3 GLY 722 42.474 -5.392 -1.165
No H/Q in entry = 3
In of MODEL 16
1 HA PRO 723 HA PRO 723 40.323 -7.366 -4.410
2 HB2 PRO 723 HB2 PRO 723 42.158 -6.657 -6.533
3 HB3 PRO 723 HB3 PRO 723 40.605 -5.922 -6.126
4 HG2 PRO 723 HG2 PRO 723 42.989 -4.649 -5.796
5 HG3 PRO 723 HG3 PRO 723 41.567 -4.319 -4.798
6 HD2 PRO 723 HD2 PRO 723 43.958 -6.008 -4.196
7 HD3 PRO 723 HD3 PRO 723 43.086 -4.873 -3.144
No H/Q in entry = 7
In of MODEL 16
1 H SER 724 H SER 724 40.325 -9.541 -4.316
2 HA SER 724 HA SER 724 41.638 -11.065 -6.283
3 HB2 SER 724 HB2 SER 724 42.792 -12.528 -4.511
4 HB3 SER 724 HB3 SER 724 43.615 -11.086 -5.120
5 HG SER 724 HG SER 724 42.428 -10.109 -3.216
No H/Q in entry = 5
In of MODEL 16
1 H LEU 725 H LEU 725 41.000 -13.168 -6.419
2 HA LEU 725 HA LEU 725 38.456 -13.880 -5.374
3 HB2 LEU 725 HB2 LEU 725 40.578 -15.236 -6.944
4 HB3 LEU 725 HB3 LEU 725 39.499 -16.282 -6.067
5 HG LEU 725 HG LEU 725 37.587 -15.302 -7.312
6 HD12 LEU 725 HD11 LEU 725 39.712 -13.887 -8.848
7 HD11 LEU 725 HD12 LEU 725 38.599 -13.139 -7.709
8 HD13 LEU 725 HD13 LEU 725 37.982 -13.888 -9.185
9 HD21 LEU 725 HD21 LEU 725 38.679 -17.329 -8.122
10 HD23 LEU 725 HD22 LEU 725 39.812 -16.337 -9.048
11 HD22 LEU 725 HD23 LEU 725 38.097 -16.324 -9.453
No H/Q in entry = 11
In of MODEL 16
1 H ASP 726 H ASP 726 37.954 -14.911 -3.522
2 HA ASP 726 HA ASP 726 40.155 -15.330 -1.667
3 HB2 ASP 726 HB2 ASP 726 37.848 -14.105 -1.267
4 HB3 ASP 726 HB3 ASP 726 37.301 -15.739 -0.947
No H/Q in entry = 4
In of MODEL 16
1 H VAL 727 H VAL 727 40.805 -17.312 -1.057
2 HA VAL 727 HA VAL 727 39.141 -19.464 -1.993
3 HB VAL 727 HB VAL 727 41.157 -20.739 -2.739
4 HG13 VAL 727 HG11 VAL 727 39.754 -19.721 -4.431
5 HG12 VAL 727 HG12 VAL 727 41.448 -19.562 -4.915
6 HG11 VAL 727 HG13 VAL 727 40.595 -18.183 -4.234
7 HG23 VAL 727 HG21 VAL 727 42.574 -18.089 -2.617
8 HG22 VAL 727 HG22 VAL 727 43.227 -19.599 -3.265
9 HG21 VAL 727 HG23 VAL 727 42.861 -19.458 -1.549
No H/Q in entry = 9
In of MODEL 16
1 H CYS 728 H CYS 728 39.968 -21.636 -1.080
2 HA CYS 728 HA CYS 728 40.634 -21.201 1.732
3 HB2 CYS 728 HB2 CYS 728 39.508 -23.628 0.328
4 HB3 CYS 728 HB3 CYS 728 39.860 -23.529 2.047
No H/Q in entry = 4
In of MODEL 16
1 H ALA 729 H ALA 729 42.594 -21.466 2.306
2 HA ALA 729 HA ALA 729 44.225 -23.335 0.780
3 HB1 ALA 729 HB1 ALA 729 45.001 -20.763 2.117
4 HB3 ALA 729 HB2 ALA 729 44.966 -21.074 0.374
5 HB2 ALA 729 HB3 ALA 729 46.146 -21.898 1.402
No H/Q in entry = 5
In of MODEL 16
1 H GLN 730 H GLN 730 45.672 -24.491 1.966
2 HA GLN 730 HA GLN 730 44.876 -24.864 4.754
3 HB2 GLN 730 HB2 GLN 730 44.668 -26.866 3.382
4 HB3 GLN 730 HB3 GLN 730 46.348 -26.726 2.888
5 HG2 GLN 730 HG2 GLN 730 47.057 -27.042 5.188
6 HG3 GLN 730 HG3 GLN 730 45.388 -27.208 5.702
7 HE21 GLN 730 HE21 GLN 730 45.672 -29.289 6.452
8 HE22 GLN 730 HE22 GLN 730 46.014 -30.633 5.430
No H/Q in entry = 8
In of MODEL 16
1 H ASP 731 H ASP 731 46.173 -24.378 6.256
2 HA ASP 731 HA ASP 731 48.683 -23.111 5.783
3 HB2 ASP 731 HB2 ASP 731 47.180 -22.497 7.669
4 HB3 ASP 731 HB3 ASP 731 47.449 -24.085 8.371
No H/Q in entry = 4
In of MODEL 16
1 H GLU 732 H GLU 732 50.646 -24.113 5.640
2 HA GLU 732 HA GLU 732 50.673 -26.948 5.809
3 HB2 GLU 732 HB2 GLU 732 52.689 -24.923 5.002
4 HB3 GLU 732 HB3 GLU 732 53.195 -26.577 5.326
5 HG2 GLU 732 HG2 GLU 732 51.089 -25.736 3.358
6 HG3 GLU 732 HG3 GLU 732 52.741 -26.239 2.972
No H/Q in entry = 6
In of MODEL 16
1 H ARG 733 H ARG 733 51.104 -24.687 8.204
2 HA ARG 733 HA ARG 733 53.047 -26.356 9.578
3 HB2 ARG 733 HB2 ARG 733 53.257 -23.829 9.417
4 HB3 ARG 733 HB3 ARG 733 51.861 -23.733 10.471
5 HG2 ARG 733 HG2 ARG 733 53.878 -23.440 11.744
6 HG3 ARG 733 HG3 ARG 733 53.102 -24.964 12.197
7 HD2 ARG 733 HD2 ARG 733 54.651 -26.210 10.840
8 HD3 ARG 733 HD3 ARG 733 55.360 -24.725 10.210
9 HE ARG 733 HE ARG 733 55.468 -24.837 13.021
10 HH11 ARG 733 HH11 ARG 733 57.044 -26.158 10.121
11 HH12 ARG 733 HH12 ARG 733 58.551 -26.381 10.856
12 HH21 ARG 733 HH21 ARG 733 57.575 -25.137 14.031
13 HH22 ARG 733 HH22 ARG 733 58.860 -25.792 13.137
No H/Q in entry = 13
In of MODEL 16
1 H SER 734 H SER 734 49.852 -24.969 9.905
2 HA SER 734 HA SER 734 49.286 -26.522 12.316
3 HB2 SER 734 HB2 SER 734 47.574 -24.466 10.935
4 HB3 SER 734 HB3 SER 734 47.449 -25.028 12.603
5 HG SER 734 HG SER 734 49.465 -23.471 11.403
No H/Q in entry = 5
In of MODEL 16
1 H LYS 735 H LYS 735 48.661 -26.704 8.886
2 HA LYS 735 HA LYS 735 47.495 -27.953 7.590
3 HB2 LYS 735 HB2 LYS 735 47.298 -29.734 9.999
4 HB3 LYS 735 HB3 LYS 735 46.726 -30.200 8.403
5 HG2 LYS 735 HG2 LYS 735 49.557 -29.503 9.162
6 HG3 LYS 735 HG3 LYS 735 48.925 -31.110 8.802
7 HD2 LYS 735 HD2 LYS 735 48.306 -30.177 6.498
8 HD3 LYS 735 HD3 LYS 735 49.247 -28.777 6.935
9 HE2 LYS 735 HE2 LYS 735 51.240 -30.024 7.214
10 HE3 LYS 735 HE3 LYS 735 50.408 -31.558 6.978
11 HZ1 LYS 735 HZ1 LYS 735 50.707 -29.450 4.863
12 HZ3 LYS 735 HZ2 LYS 735 50.059 -30.988 4.666
13 HZ2 LYS 735 HZ3 LYS 735 51.673 -30.802 5.028
No H/Q in entry = 13
In of MODEL 16
1 H ARG 736 H ARG 736 45.994 -25.969 9.342
2 HA ARG 736 HA ARG 736 43.314 -27.080 9.058
3 HB2 ARG 736 HB2 ARG 736 42.497 -25.113 10.179
4 HB3 ARG 736 HB3 ARG 736 43.799 -25.826 11.116
5 HG2 ARG 736 HG2 ARG 736 45.314 -24.144 10.424
6 HG3 ARG 736 HG3 ARG 736 44.156 -23.514 9.253
7 HD2 ARG 736 HD2 ARG 736 43.810 -23.548 12.239
8 HD3 ARG 736 HD3 ARG 736 44.264 -22.179 11.211
9 HE ARG 736 HE ARG 736 41.664 -23.548 10.897
10 HH11 ARG 736 HH11 ARG 736 43.498 -20.520 11.211
11 HH12 ARG 736 HH12 ARG 736 42.112 -19.542 11.148
12 HH21 ARG 736 HH21 ARG 736 39.795 -22.179 10.813
13 HH22 ARG 736 HH22 ARG 736 39.965 -20.489 10.898
No H/Q in entry = 13
In of MODEL 16
1 H ILE 737 H ILE 737 41.676 -25.904 7.878
2 HA ILE 737 HA ILE 737 42.752 -24.700 5.464
3 HB ILE 737 HB ILE 737 39.834 -25.139 6.083
4 HG12 ILE 737 HG12 ILE 737 41.053 -27.314 6.463
5 HG13 ILE 737 HG13 ILE 737 39.916 -27.372 5.127
6 HG23 ILE 737 HG21 ILE 737 39.591 -25.103 3.729
7 HG22 ILE 737 HG22 ILE 737 41.315 -25.333 3.489
8 HG21 ILE 737 HG23 ILE 737 40.733 -23.795 4.108
9 HD12 ILE 737 HD11 ILE 737 41.968 -28.547 4.609
10 HD11 ILE 737 HD12 ILE 737 42.902 -27.070 4.900
11 HD13 ILE 737 HD13 ILE 737 41.738 -27.142 3.567
No H/Q in entry = 11
In of MODEL 16
1 H LEU 738 H LEU 738 42.746 -22.518 5.242
2 HA LEU 738 HA LEU 738 40.816 -20.962 6.754
3 HB2 LEU 738 HB2 LEU 738 42.494 -19.226 7.330
4 HB3 LEU 738 HB3 LEU 738 42.875 -20.762 8.061
5 HG LEU 738 HG LEU 738 44.238 -19.781 5.553
6 HD11 LEU 738 HD11 LEU 738 45.068 -19.451 8.439
7 HD13 LEU 738 HD12 LEU 738 44.601 -18.150 7.339
8 HD12 LEU 738 HD13 LEU 738 46.066 -19.081 7.034
9 HD21 LEU 738 HD21 LEU 738 44.285 -22.134 6.103
10 HD23 LEU 738 HD22 LEU 738 45.000 -21.742 7.672
11 HD22 LEU 738 HD23 LEU 738 45.890 -21.397 6.165
No H/Q in entry = 11
In of MODEL 16
1 HA PRO 739 HA PRO 739 40.239 -18.829 2.924
2 HB2 PRO 739 HB2 PRO 739 39.436 -16.415 3.809
3 HB3 PRO 739 HB3 PRO 739 38.403 -17.844 3.935
4 HG2 PRO 739 HG2 PRO 739 40.114 -16.560 6.030
5 HG3 PRO 739 HG3 PRO 739 38.465 -17.200 6.177
6 HD2 PRO 739 HD2 PRO 739 40.685 -18.640 6.968
7 HD3 PRO 739 HD3 PRO 739 39.192 -19.382 6.341
No H/Q in entry = 7
In of MODEL 16
1 H LEU 740 H LEU 740 41.958 -18.325 1.806
2 HA LEU 740 HA LEU 740 43.519 -15.940 2.491
3 HB2 LEU 740 HB2 LEU 740 44.569 -18.589 1.523
4 HB3 LEU 740 HB3 LEU 740 45.446 -17.081 1.356
5 HG LEU 740 HG LEU 740 44.622 -18.305 3.988
6 HD12 LEU 740 HD11 LEU 740 46.997 -18.739 4.251
7 HD11 LEU 740 HD12 LEU 740 47.293 -18.128 2.619
8 HD13 LEU 740 HD13 LEU 740 46.327 -19.584 2.862
9 HD21 LEU 740 HD21 LEU 740 46.294 -15.877 3.324
10 HD23 LEU 740 HD22 LEU 740 46.125 -16.583 4.931
11 HD22 LEU 740 HD23 LEU 740 44.725 -15.878 4.130
No H/Q in entry = 11
In of MODEL 16
1 H THR 741 H THR 741 43.489 -14.596 0.900
2 HA THR 741 HA THR 741 41.962 -15.314 -1.412
3 HB THR 741 HB THR 741 43.226 -12.625 -0.962
4 HG1 THR 741 HG1 THR 741 41.267 -13.897 0.654
5 HG22 THR 741 HG21 THR 741 40.338 -13.427 -1.318
6 HG21 THR 741 HG22 THR 741 41.422 -13.098 -2.664
7 HG23 THR 741 HG23 THR 741 41.035 -11.819 -1.509
No H/Q in entry = 7
In of MODEL 16
1 H VAL 742 H VAL 742 42.774 -14.995 -3.618
2 HA VAL 742 HA VAL 742 45.240 -16.124 -4.073
3 HB VAL 742 HB VAL 742 43.780 -16.254 -5.994
4 HG11 VAL 742 HG11 VAL 742 42.439 -14.353 -5.552
5 HG13 VAL 742 HG12 VAL 742 42.956 -14.530 -7.228
6 HG12 VAL 742 HG13 VAL 742 43.723 -13.302 -6.199
7 HG21 VAL 742 HG21 VAL 742 46.158 -15.989 -6.610
8 HG23 VAL 742 HG22 VAL 742 45.861 -14.262 -6.797
9 HG22 VAL 742 HG23 VAL 742 45.031 -15.414 -7.838
No H/Q in entry = 9
In of MODEL 16
1 H CYS 743 H CYS 743 44.667 -12.654 -4.107
2 HA CYS 743 HA CYS 743 47.297 -11.915 -4.693
3 HB2 CYS 743 HB2 CYS 743 45.849 -10.079 -4.857
4 HB3 CYS 743 HB3 CYS 743 44.941 -10.581 -3.433
No H/Q in entry = 4
In of MODEL 16
1 H LYS 744 H LYS 744 45.635 -12.449 -1.644
2 HA LYS 744 HA LYS 744 47.681 -11.573 0.022
3 HB2 LYS 744 HB2 LYS 744 45.233 -11.872 0.554
4 HB3 LYS 744 HB3 LYS 744 45.551 -13.592 0.692
5 HG2 LYS 744 HG2 LYS 744 47.048 -13.208 2.541
6 HG3 LYS 744 HG3 LYS 744 46.869 -11.458 2.355
7 HD2 LYS 744 HD2 LYS 744 44.389 -11.815 2.690
8 HD3 LYS 744 HD3 LYS 744 44.782 -13.458 3.169
9 HE2 LYS 744 HE2 LYS 744 46.136 -12.677 4.997
10 HE3 LYS 744 HE3 LYS 744 45.930 -11.003 4.480
11 HZ1 LYS 744 HZ1 LYS 744 43.754 -12.787 5.434
12 HZ3 LYS 744 HZ2 LYS 744 43.565 -11.182 4.958
13 HZ2 LYS 744 HZ3 LYS 744 44.468 -11.550 6.320
No H/Q in entry = 13
In of MODEL 16
1 H MET 745 H MET 745 46.649 -14.889 -0.761
2 HA MET 745 HA MET 745 48.762 -16.225 0.632
3 HB2 MET 745 HB2 MET 745 47.705 -18.080 0.047
4 HB3 MET 745 HB3 MET 745 46.402 -17.000 -0.395
5 HG2 MET 745 HG2 MET 745 46.415 -18.221 -2.323
6 HG3 MET 745 HG3 MET 745 47.652 -17.052 -2.740
7 HE2 MET 745 HE1 MET 745 48.568 -21.358 -1.298
8 HE1 MET 745 HE2 MET 745 46.941 -20.737 -1.523
9 HE3 MET 745 HE3 MET 745 47.945 -20.125 -0.210
No H/Q in entry = 9
In of MODEL 16
1 H HIS 746 H HIS 746 48.615 -14.756 -2.583
2 HA HIS 746 HA HIS 746 50.975 -16.116 -3.562
3 HB2 HIS 746 HB2 HIS 746 49.236 -13.994 -4.527
4 HB3 HIS 746 HB3 HIS 746 50.924 -13.748 -4.968
5 HD1 HIS 746 HD1 HIS 746 51.897 -16.257 -6.132
6 HD2 HIS 746 HD2 HIS 746 47.914 -15.132 -6.409
7 HE1 HIS 746 HE1 HIS 746 51.010 -17.434 -8.135
8 HE2 HIS 746 HE2 HIS 746 48.519 -16.895 -8.136
No H/Q in entry = 8
In of MODEL 16
1 H VAL 747 H VAL 747 50.335 -12.930 -2.168
2 HA VAL 747 HA VAL 747 52.960 -11.903 -2.203
3 HB VAL 747 HB VAL 747 50.682 -11.476 -0.234
4 HG13 VAL 747 HG11 VAL 747 51.844 -9.445 0.461
5 HG12 VAL 747 HG12 VAL 747 53.192 -9.842 -0.596
6 HG11 VAL 747 HG13 VAL 747 52.825 -10.869 0.788
7 HG22 VAL 747 HG21 VAL 747 50.341 -9.404 -1.467
8 HG21 VAL 747 HG22 VAL 747 50.195 -10.839 -2.502
9 HG23 VAL 747 HG23 VAL 747 51.666 -9.867 -2.541
No H/Q in entry = 9
In of MODEL 16
1 H LEU 748 H LEU 748 51.122 -13.450 0.199
2 HA LEU 748 HA LEU 748 52.856 -13.972 2.237
3 HB2 LEU 748 HB2 LEU 748 50.575 -14.104 2.544
4 HB3 LEU 748 HB3 LEU 748 50.304 -14.870 1.033
5 HG LEU 748 HG LEU 748 49.425 -16.131 2.702
6 HD12 LEU 748 HD11 LEU 748 51.865 -17.574 1.842
7 HD11 LEU 748 HD12 LEU 748 50.307 -17.431 1.020
8 HD13 LEU 748 HD13 LEU 748 50.399 -18.261 2.563
9 HD21 LEU 748 HD21 LEU 748 52.020 -16.093 4.162
10 HD23 LEU 748 HD22 LEU 748 50.574 -17.072 4.542
11 HD22 LEU 748 HD23 LEU 748 50.477 -15.313 4.596
No H/Q in entry = 11
In of MODEL 16
1 H HIS 749 H HIS 749 52.218 -15.852 -0.707
2 HA HIS 749 HA HIS 749 53.891 -18.084 -0.144
3 HB2 HIS 749 HB2 HIS 749 51.985 -17.770 -1.915
4 HB3 HIS 749 HB3 HIS 749 53.273 -17.133 -2.929
5 HD1 HIS 749 HD1 HIS 749 53.993 -18.945 -4.523
6 HD2 HIS 749 HD2 HIS 749 52.944 -20.348 -0.782
7 HE1 HIS 749 HE1 HIS 749 54.350 -21.418 -4.625
8 HE2 HIS 749 HE2 HIS 749 54.078 -22.162 -2.259
No H/Q in entry = 8
In of MODEL 16
1 H CYS 750 H CYS 750 54.302 -15.094 -1.948
2 HA CYS 750 HA CYS 750 56.899 -15.605 -2.937
3 HB2 CYS 750 HB2 CYS 750 55.405 -13.999 -3.977
4 HB3 CYS 750 HB3 CYS 750 55.389 -12.943 -2.609
No H/Q in entry = 4
In of MODEL 16
1 H GLN 751 H GLN 751 55.681 -14.042 0.006
2 HA GLN 751 HA GLN 751 58.149 -13.099 0.949
3 HB2 GLN 751 HB2 GLN 751 55.793 -13.999 2.610
4 HB3 GLN 751 HB3 GLN 751 57.121 -13.001 3.176
5 HG2 GLN 751 HG2 GLN 751 56.369 -11.399 1.253
6 HG3 GLN 751 HG3 GLN 751 54.899 -12.332 1.327
7 HE21 GLN 751 HE21 GLN 751 55.447 -9.529 2.004
8 HE22 GLN 751 HE22 GLN 751 54.915 -9.357 3.637
No H/Q in entry = 8
In of MODEL 16
1 H GLY 752 H GLY 752 56.765 -16.255 1.010
2 HA3 GLY 752 HA2 GLY 752 58.475 -18.042 1.083
3 HA2 GLY 752 HA3 GLY 752 59.152 -17.193 2.461
No H/Q in entry = 3
In of MODEL 16
1 H ARG 753 H ARG 753 55.687 -17.580 2.040
2 HA ARG 753 HA ARG 753 55.708 -19.339 4.387
3 HB2 ARG 753 HB2 ARG 753 53.457 -17.652 3.260
4 HB3 ARG 753 HB3 ARG 753 53.408 -18.584 4.749
5 HG2 ARG 753 HG2 ARG 753 55.249 -16.246 4.255
6 HG3 ARG 753 HG3 ARG 753 53.719 -16.133 5.111
7 HD2 ARG 753 HD2 ARG 753 56.026 -17.879 5.924
8 HD3 ARG 753 HD3 ARG 753 55.655 -16.302 6.626
9 HE ARG 753 HE ARG 753 53.350 -17.673 6.942
10 HH11 ARG 753 HH11 ARG 753 56.679 -18.491 7.791
11 HH12 ARG 753 HH12 ARG 753 56.261 -19.340 9.203
12 HH21 ARG 753 HH21 ARG 753 52.770 -18.877 8.838
13 HH22 ARG 753 HH22 ARG 753 53.995 -19.591 9.785
No H/Q in entry = 13
In of MODEL 16
1 H ASN 754 H ASN 754 54.826 -21.361 4.206
2 HA ASN 754 HA ASN 754 54.238 -22.194 1.477
3 HB2 ASN 754 HB2 ASN 754 54.791 -23.860 3.939
4 HB3 ASN 754 HB3 ASN 754 54.527 -24.492 2.321
5 HD21 ASN 754 HD21 ASN 754 56.775 -24.792 4.059
6 HD22 ASN 754 HD22 ASN 754 58.158 -24.202 3.222
No H/Q in entry = 6
In of MODEL 16
1 H TYR 755 H TYR 755 52.266 -22.477 0.841
2 HA TYR 755 HA TYR 755 50.286 -23.428 2.713
3 HB2 TYR 755 HB2 TYR 755 50.129 -20.873 1.200
4 HB3 TYR 755 HB3 TYR 755 48.645 -21.762 1.512
5 HD1 TYR 755 HD1 TYR 755 51.425 -19.909 2.996
6 HD2 TYR 755 HD2 TYR 755 47.793 -21.927 3.767
7 HE1 TYR 755 HE1 TYR 755 51.366 -18.912 5.198
8 HE2 TYR 755 HE2 TYR 755 47.729 -20.940 6.013
9 HH TYR 755 HH TYR 755 49.377 -20.141 7.603
No H/Q in entry = 9
In of MODEL 16
1 H THR 756 H THR 756 48.766 -24.638 1.896
2 HA THR 756 HA THR 756 49.193 -25.603 -0.826
3 HB THR 756 HB THR 756 47.899 -26.804 1.628
4 HG1 THR 756 HG1 THR 756 49.830 -27.431 2.131
5 HG22 THR 756 HG21 THR 756 48.657 -28.052 -0.991
6 HG21 THR 756 HG22 THR 756 47.018 -27.636 -0.475
7 HG23 THR 756 HG23 THR 756 47.921 -28.895 0.389
No H/Q in entry = 7
In of MODEL 16
1 H LEU 757 H LEU 757 47.170 -25.889 -2.106
2 HA LEU 757 HA LEU 757 45.075 -24.247 -0.982
3 HB2 LEU 757 HB2 LEU 757 45.585 -25.007 -3.825
4 HB3 LEU 757 HB3 LEU 757 44.086 -24.270 -3.295
5 HG LEU 757 HG LEU 757 45.893 -22.588 -2.238
6 HD11 LEU 757 HD11 LEU 757 47.789 -23.655 -3.241
7 HD13 LEU 757 HD12 LEU 757 47.553 -22.046 -3.916
8 HD12 LEU 757 HD13 LEU 757 47.084 -23.470 -4.850
9 HD23 LEU 757 HD21 LEU 757 44.630 -22.452 -4.958
10 HD22 LEU 757 HD22 LEU 757 45.260 -21.087 -4.006
11 HD21 LEU 757 HD23 LEU 757 43.903 -22.026 -3.404
No H/Q in entry = 11
In of MODEL 16
1 H THR 758 H THR 758 42.898 -24.906 -1.098
2 HA THR 758 HA THR 758 42.569 -27.769 -1.398
3 HB THR 758 HB THR 758 41.161 -27.728 0.713
4 HG1 THR 758 HG1 THR 758 42.103 -25.116 0.649
5 HG23 THR 758 HG21 THR 758 43.093 -27.930 2.228
6 HG22 THR 758 HG22 THR 758 44.107 -27.084 1.063
7 HG21 THR 758 HG23 THR 758 43.458 -28.674 0.672
No H/Q in entry = 7
In of MODEL 16
1 H GLY 759 H GLY 759 40.067 -28.190 -1.051
2 HA3 GLY 759 HA2 GLY 759 38.782 -27.022 -3.252
3 HA2 GLY 759 HA3 GLY 759 38.001 -27.997 -2.018
No H/Q in entry = 3
In of MODEL 16
1 H ARG 760 H ARG 760 36.970 -25.721 -3.418
2 HA ARG 760 HA ARG 760 37.058 -23.281 -2.212
3 HB2 ARG 760 HB2 ARG 760 36.046 -23.215 -4.233
4 HB3 ARG 760 HB3 ARG 760 35.162 -24.704 -3.970
5 HG2 ARG 760 HG2 ARG 760 34.375 -22.355 -2.400
6 HG3 ARG 760 HG3 ARG 760 33.962 -22.328 -4.138
7 HD2 ARG 760 HD2 ARG 760 32.840 -24.530 -3.799
8 HD3 ARG 760 HD3 ARG 760 33.216 -24.427 -2.083
9 HE ARG 760 HE ARG 760 31.862 -22.142 -2.605
10 HH11 ARG 760 HH11 ARG 760 31.165 -25.619 -2.756
11 HH12 ARG 760 HH12 ARG 760 29.490 -25.455 -2.843
12 HH21 ARG 760 HH21 ARG 760 29.477 -21.856 -2.636
13 HH22 ARG 760 HH22 ARG 760 28.507 -23.232 -2.743
No H/Q in entry = 13
In of MODEL 16
1 H ASP 761 H ASP 761 35.113 -25.969 -1.168
2 HA ASP 761 HA ASP 761 33.990 -24.170 0.811
3 HB2 ASP 761 HB2 ASP 761 32.232 -25.993 1.224
4 HB3 ASP 761 HB3 ASP 761 32.123 -25.066 -0.256
No H/Q in entry = 4
In of MODEL 16
1 H SER 762 H SER 762 36.605 -25.519 0.972
2 HA SER 762 HA SER 762 36.317 -27.335 3.181
3 HB2 SER 762 HB2 SER 762 38.812 -25.972 2.168
4 HB3 SER 762 HB3 SER 762 38.748 -27.413 3.179
5 HG SER 762 HG SER 762 38.272 -27.038 0.486
No H/Q in entry = 5
In of MODEL 16
1 H CYS 763 H CYS 763 36.769 -23.868 2.807
2 HA CYS 763 HA CYS 763 37.144 -23.639 5.723
3 HB2 CYS 763 HB2 CYS 763 38.387 -21.615 5.376
4 HB3 CYS 763 HB3 CYS 763 39.106 -22.852 4.358
No H/Q in entry = 4
In of MODEL 16
1 H THR 764 H THR 764 36.396 -21.317 6.407
2 HA THR 764 HA THR 764 33.745 -20.950 5.309
3 HB THR 764 HB THR 764 35.090 -19.483 7.601
4 HG1 THR 764 HG1 THR 764 33.979 -22.012 7.379
5 HG21 THR 764 HG21 THR 764 33.092 -18.382 6.657
6 HG23 THR 764 HG22 THR 764 32.787 -18.989 8.287
7 HG22 THR 764 HG23 THR 764 32.173 -19.872 6.886
No H/Q in entry = 7
In of MODEL 16
1 H LEU 765 H LEU 765 33.834 -19.954 3.435
2 HA LEU 765 HA LEU 765 35.654 -17.712 3.053
3 HB2 LEU 765 HB2 LEU 765 35.204 -19.867 1.542
4 HB3 LEU 765 HB3 LEU 765 33.898 -18.836 0.972
5 HG LEU 765 HG LEU 765 35.621 -17.127 0.370
6 HD12 LEU 765 HD11 LEU 765 37.941 -17.877 0.239
7 HD11 LEU 765 HD12 LEU 765 37.481 -19.368 1.077
8 HD13 LEU 765 HD13 LEU 765 37.347 -17.822 1.901
9 HD21 LEU 765 HD21 LEU 765 35.905 -19.856 -0.888
10 HD23 LEU 765 HD22 LEU 765 36.378 -18.326 -1.619
11 HD22 LEU 765 HD23 LEU 765 34.676 -18.658 -1.293
No H/Q in entry = 11
In of MODEL 16
1 HA PRO 766 HA PRO 766 32.112 -14.981 3.534
2 HB2 PRO 766 HB2 PRO 766 33.039 -12.908 1.945
3 HB3 PRO 766 HB3 PRO 766 33.425 -13.117 3.647
4 HG2 PRO 766 HG2 PRO 766 35.038 -13.750 1.242
5 HG3 PRO 766 HG3 PRO 766 35.572 -13.231 2.849
6 HD2 PRO 766 HD2 PRO 766 35.773 -15.791 1.938
7 HD3 PRO 766 HD3 PRO 766 35.612 -15.400 3.652
No H/Q in entry = 7
In of MODEL 16
1 H ALA 767 H ALA 767 33.489 -15.473 0.346
2 HA ALA 767 HA ALA 767 30.871 -14.944 -0.830
3 HB1 ALA 767 HB1 ALA 767 33.511 -15.274 -2.204
4 HB2 ALA 767 HB2 ALA 767 32.772 -13.724 -1.764
5 HB3 ALA 767 HB3 ALA 767 31.974 -14.799 -2.943
No H/Q in entry = 5
In of MODEL 16
1 H SER 768 H SER 768 29.929 -16.690 -0.193
2 HA SER 768 HA SER 768 30.919 -19.221 -1.199
3 HB2 SER 768 HB2 SER 768 29.083 -20.072 0.346
4 HB3 SER 768 HB3 SER 768 30.485 -19.310 1.110
5 HG SER 768 HG SER 768 28.041 -18.694 1.530
No H/Q in entry = 5
In of MODEL 16
1 H ALA 769 H ALA 769 28.579 -16.808 -1.788
2 HA ALA 769 HA ALA 769 27.326 -18.200 -3.927
3 HB2 ALA 769 HB1 ALA 769 25.698 -17.506 -1.464
4 HB3 ALA 769 HB2 ALA 769 26.056 -19.136 -2.029
5 HB1 ALA 769 HB3 ALA 769 25.036 -18.072 -3.000
No H/Q in entry = 5
In of MODEL 16
1 H GLU 770 H GLU 770 25.105 -16.570 -4.167
2 HA GLU 770 HA GLU 770 26.133 -14.169 -5.216
3 HB2 GLU 770 HB2 GLU 770 23.787 -13.624 -5.658
4 HB3 GLU 770 HB3 GLU 770 24.115 -15.307 -6.061
5 HG2 GLU 770 HG2 GLU 770 23.223 -15.857 -3.742
6 HG3 GLU 770 HG3 GLU 770 22.609 -14.212 -3.710
No H/Q in entry = 6
In of MODEL 16
1 H LYS 771 H LYS 771 25.366 -11.945 -4.618
2 HA LYS 771 HA LYS 771 25.328 -11.689 -1.713
3 HB2 LYS 771 HB2 LYS 771 27.078 -10.184 -3.644
4 HB3 LYS 771 HB3 LYS 771 26.848 -9.685 -1.983
5 HG2 LYS 771 HG2 LYS 771 27.910 -12.408 -2.707
6 HG3 LYS 771 HG3 LYS 771 28.963 -11.010 -2.571
7 HD2 LYS 771 HD2 LYS 771 29.035 -12.297 -0.529
8 HD3 LYS 771 HD3 LYS 771 28.245 -10.759 -0.189
9 HE2 LYS 771 HE2 LYS 771 26.138 -11.827 -0.076
10 HE3 LYS 771 HE3 LYS 771 26.786 -13.365 -0.698
11 HZ1 LYS 771 HZ1 LYS 771 28.108 -13.393 1.446
12 HZ3 LYS 771 HZ2 LYS 771 26.439 -13.462 1.647
13 HZ2 LYS 771 HZ3 LYS 771 27.246 -12.033 1.923
No H/Q in entry = 13
In of MODEL 16
1 H ALA 772 H ALA 772 24.568 -9.617 -0.931
2 HA ALA 772 HA ALA 772 22.512 -8.418 -2.630
3 HB3 ALA 772 HB1 ALA 772 21.821 -9.190 -0.393
4 HB1 ALA 772 HB2 ALA 772 21.687 -7.437 -0.521
5 HB2 ALA 772 HB3 ALA 772 23.045 -8.156 0.343
No H/Q in entry = 5
In of MODEL 16
1 H CYS 773 H CYS 773 22.331 -5.888 -1.939
2 HA CYS 773 HA CYS 773 24.808 -4.819 -2.978
3 HB2 CYS 773 HB2 CYS 773 22.312 -4.153 -3.489
4 HB3 CYS 773 HB3 CYS 773 22.519 -3.128 -2.082
No H/Q in entry = 4
In of MODEL 16
1 H GLY 774 H GLY 774 26.149 -3.393 -1.918
2 HA3 GLY 774 HA2 GLY 774 26.580 -1.889 -0.060
3 HA2 GLY 774 HA3 GLY 774 25.660 -2.989 0.966
No H/Q in entry = 3
In of MODEL 16
1 H ALA 775 H ALA 775 26.892 -5.283 -0.425
2 HA ALA 775 HA ALA 775 29.690 -5.055 0.249
3 HB2 ALA 775 HB1 ALA 775 28.699 -5.898 2.311
4 HB1 ALA 775 HB2 ALA 775 29.594 -7.199 1.514
5 HB3 ALA 775 HB3 ALA 775 27.838 -7.145 1.417
No H/Q in entry = 5
In of MODEL 16
1 H CYS 776 H CYS 776 30.370 -5.399 -1.733
2 HA CYS 776 HA CYS 776 29.374 -7.756 -3.106
3 HB2 CYS 776 HB2 CYS 776 30.008 -5.032 -4.262
4 HB3 CYS 776 HB3 CYS 776 29.710 -6.472 -5.226
No H/Q in entry = 4
In of MODEL 16
1 HA PRO 777 HA PRO 777 33.794 -8.391 -3.458
2 HB2 PRO 777 HB2 PRO 777 33.292 -10.149 -5.737
3 HB3 PRO 777 HB3 PRO 777 33.885 -10.582 -4.133
4 HG2 PRO 777 HG2 PRO 777 31.427 -11.305 -5.026
5 HG3 PRO 777 HG3 PRO 777 31.778 -10.995 -3.318
6 HD2 PRO 777 HD2 PRO 777 30.460 -9.219 -5.331
7 HD3 PRO 777 HD3 PRO 777 30.052 -9.506 -3.622
No H/Q in entry = 7
In of MODEL 16
1 H LEU 778 H LEU 778 35.371 -8.322 -5.396
2 HA LEU 778 HA LEU 778 34.974 -5.879 -6.707
3 HB2 LEU 778 HB2 LEU 778 37.100 -6.414 -7.847
4 HB3 LEU 778 HB3 LEU 778 37.153 -6.556 -6.100
5 HG LEU 778 HG LEU 778 36.535 -9.080 -6.800
6 HD12 LEU 778 HD11 LEU 778 37.981 -9.775 -8.578
7 HD11 LEU 778 HD12 LEU 778 38.284 -8.069 -8.989
8 HD13 LEU 778 HD13 LEU 778 36.649 -8.748 -9.109
9 HD23 LEU 778 HD21 LEU 778 38.847 -9.631 -6.391
10 HD22 LEU 778 HD22 LEU 778 38.221 -8.461 -5.238
11 HD21 LEU 778 HD23 LEU 778 39.291 -7.930 -6.548
No H/Q in entry = 11
In of MODEL 16
1 H TRP 779 H TRP 779 34.023 -9.019 -7.711
2 HA TRP 779 HA TRP 779 33.628 -8.172 -10.476
3 HB2 TRP 779 HB2 TRP 779 32.790 -10.584 -10.779
4 HB3 TRP 779 HB3 TRP 779 34.496 -10.385 -10.417
5 HD1 TRP 779 HD1 TRP 779 31.256 -11.773 -8.889
6 HE1 TRP 779 HE1 TRP 779 31.889 -13.181 -6.818
7 HE3 TRP 779 HE3 TRP 779 36.175 -10.667 -8.646
8 HZ2 TRP 779 HZ2 TRP 779 34.255 -13.703 -5.276
9 HZ3 TRP 779 HZ3 TRP 779 37.555 -11.627 -6.867
10 HH2 TRP 779 HH2 TRP 779 36.612 -13.118 -5.226
No H/Q in entry = 10
In of MODEL 16
1 H GLY 780 H GLY 780 32.075 -7.668 -7.736
2 HA3 GLY 780 HA2 GLY 780 29.404 -8.034 -8.883
3 HA2 GLY 780 HA3 GLY 780 29.761 -8.107 -7.158
No H/Q in entry = 3
In of MODEL 16
1 H LYS 781 H LYS 781 28.093 -6.296 -8.879
2 HA LYS 781 HA LYS 781 28.763 -3.828 -7.547
3 HB2 LYS 781 HB2 LYS 781 30.290 -3.850 -9.530
4 HB3 LYS 781 HB3 LYS 781 28.878 -4.011 -10.560
5 HG2 LYS 781 HG2 LYS 781 29.634 -1.738 -10.524
6 HG3 LYS 781 HG3 LYS 781 28.051 -1.866 -9.747
7 HD2 LYS 781 HD2 LYS 781 29.197 -1.917 -7.557
8 HD3 LYS 781 HD3 LYS 781 30.730 -1.653 -8.390
9 HE2 LYS 781 HE2 LYS 781 29.863 0.366 -7.504
10 HE3 LYS 781 HE3 LYS 781 29.871 0.435 -9.279
11 HZ2 LYS 781 HZ1 LYS 781 27.538 -0.001 -7.486
12 HZ1 LYS 781 HZ2 LYS 781 27.425 -0.146 -9.142
13 HZ3 LYS 781 HZ3 LYS 781 27.786 1.341 -8.458
No H/Q in entry = 13
In of MODEL 16
1 H CYS 782 H CYS 782 26.872 -2.742 -7.259
2 HA CYS 782 HA CYS 782 24.486 -3.767 -8.478
3 HB2 CYS 782 HB2 CYS 782 24.926 -1.354 -6.677
4 HB3 CYS 782 HB3 CYS 782 23.365 -2.070 -7.070
No H/Q in entry = 4
In of MODEL 16
1 H ASP 783 H ASP 783 23.385 -2.786 -10.176
2 HA ASP 783 HA ASP 783 24.904 -1.226 -11.962
3 HB2 ASP 783 HB2 ASP 783 21.943 -1.861 -11.972
4 HB3 ASP 783 HB3 ASP 783 22.700 -0.883 -13.216
No H/Q in entry = 4
In of MODEL 16
1 H ALA 784 H ALA 784 21.914 -0.264 -10.393
2 HA ALA 784 HA ALA 784 23.065 2.412 -10.109
3 HB3 ALA 784 HB1 ALA 784 21.661 2.442 -12.124
4 HB2 ALA 784 HB2 ALA 784 20.972 3.447 -10.851
5 HB1 ALA 784 HB3 ALA 784 20.294 1.854 -11.182
No H/Q in entry = 5
In of MODEL 16
1 H GLU 785 H GLU 785 20.218 0.443 -9.386
2 HA GLU 785 HA GLU 785 19.626 1.877 -7.009
3 HB2 GLU 785 HB2 GLU 785 18.578 -0.733 -8.060
4 HB3 GLU 785 HB3 GLU 785 17.961 0.099 -6.646
5 HG2 GLU 785 HG2 GLU 785 17.347 2.002 -8.072
6 HG3 GLU 785 HG3 GLU 785 17.905 1.089 -9.480
No H/Q in entry = 6
In of MODEL 16
1 H SER 786 H SER 786 20.307 1.506 -5.058
2 HA SER 786 HA SER 786 22.117 -0.649 -4.585
3 HB2 SER 786 HB2 SER 786 21.112 1.535 -2.748
4 HB3 SER 786 HB3 SER 786 22.494 0.471 -2.466
5 HG SER 786 HG SER 786 23.455 1.341 -4.330
No H/Q in entry = 5
In of MODEL 16
1 H SER 787 H SER 787 20.732 -2.399 -4.772
2 HA SER 787 HA SER 787 19.248 -2.996 -2.349
3 HB2 SER 787 HB2 SER 787 17.553 -2.033 -3.915
4 HB3 SER 787 HB3 SER 787 17.975 -3.267 -5.101
5 HG SER 787 HG SER 787 16.367 -3.408 -2.902
No H/Q in entry = 5
In of MODEL 16
1 H LYS 788 H LYS 788 19.731 -4.394 -5.624
2 HA LYS 788 HA LYS 788 20.800 -6.780 -4.293
3 HB2 LYS 788 HB2 LYS 788 18.746 -7.212 -5.557
4 HB3 LYS 788 HB3 LYS 788 19.481 -6.524 -7.006
5 HG2 LYS 788 HG2 LYS 788 21.185 -8.332 -6.927
6 HG3 LYS 788 HG3 LYS 788 20.337 -9.020 -5.550
7 HD2 LYS 788 HD2 LYS 788 19.729 -10.194 -7.550
8 HD3 LYS 788 HD3 LYS 788 18.334 -9.296 -6.957
9 HE2 LYS 788 HE2 LYS 788 18.744 -7.554 -8.640
10 HE3 LYS 788 HE3 LYS 788 20.166 -8.430 -9.204
11 HZ2 LYS 788 HZ1 LYS 788 17.363 -9.391 -9.322
12 HZ1 LYS 788 HZ2 LYS 788 18.699 -10.278 -9.805
13 HZ3 LYS 788 HZ3 LYS 788 18.292 -8.868 -10.627
No H/Q in entry = 13
In of MODEL 16
1 H CYS 789 H CYS 789 22.724 -7.650 -5.101
2 HA CYS 789 HA CYS 789 24.306 -5.778 -6.686
3 HB2 CYS 789 HB2 CYS 789 25.056 -6.455 -4.381
4 HB3 CYS 789 HB3 CYS 789 25.160 -8.106 -4.954
No H/Q in entry = 4
In of MODEL 16
1 H VAL 790 H VAL 790 25.246 -6.547 -8.616
2 HA VAL 790 HA VAL 790 24.588 -9.303 -9.299
3 HB VAL 790 HB VAL 790 23.039 -7.639 -10.400
4 HG11 VAL 790 HG11 VAL 790 24.543 -5.794 -10.683
5 HG13 VAL 790 HG12 VAL 790 23.835 -6.253 -12.227
6 HG12 VAL 790 HG13 VAL 790 25.495 -6.707 -11.852
7 HG21 VAL 790 HG21 VAL 790 23.382 -9.816 -11.435
8 HG23 VAL 790 HG22 VAL 790 24.790 -9.200 -12.302
9 HG22 VAL 790 HG23 VAL 790 23.185 -8.572 -12.669
No H/Q in entry = 9
In of MODEL 16
1 H CYS 791 H CYS 791 26.084 -10.137 -10.972
2 HA CYS 791 HA CYS 791 28.683 -8.922 -10.536
3 HB2 CYS 791 HB2 CYS 791 27.957 -11.742 -11.300
4 HB3 CYS 791 HB3 CYS 791 29.604 -11.126 -11.193
No H/Q in entry = 4
In of MODEL 16
1 H ARG 792 H ARG 792 30.010 -8.461 -12.031
2 HA ARG 792 HA ARG 792 28.812 -7.749 -14.560
3 HB2 ARG 792 HB2 ARG 792 31.174 -6.925 -13.003
4 HB3 ARG 792 HB3 ARG 792 31.330 -6.837 -14.753
5 HG2 ARG 792 HG2 ARG 792 30.610 -4.701 -13.819
6 HG3 ARG 792 HG3 ARG 792 29.371 -5.398 -14.857
7 HD2 ARG 792 HD2 ARG 792 28.123 -6.120 -12.923
8 HD3 ARG 792 HD3 ARG 792 29.389 -5.504 -11.857
9 HE ARG 792 HE ARG 792 28.894 -3.296 -12.617
10 HH11 ARG 792 HH11 ARG 792 26.422 -5.698 -13.536
11 HH12 ARG 792 HH12 ARG 792 25.227 -4.493 -13.750
12 HH21 ARG 792 HH21 ARG 792 27.159 -1.719 -12.963
13 HH22 ARG 792 HH22 ARG 792 25.639 -2.333 -13.493
No H/Q in entry = 13
In of MODEL 16
1 H GLU 793 H GLU 793 30.511 -7.889 -16.428
2 HA GLU 793 HA GLU 793 31.494 -10.635 -16.463
3 HB2 GLU 793 HB2 GLU 793 30.816 -8.764 -18.735
4 HB3 GLU 793 HB3 GLU 793 31.451 -10.393 -18.936
5 HG2 GLU 793 HG2 GLU 793 29.451 -11.298 -17.840
6 HG3 GLU 793 HG3 GLU 793 28.816 -9.664 -17.666
No H/Q in entry = 6
In of MODEL 16
1 H ALA 794 H ALA 794 33.532 -10.775 -17.960
2 HA ALA 794 HA ALA 794 35.584 -9.575 -16.546
3 HB2 ALA 794 HB1 ALA 794 35.793 -11.673 -17.746
4 HB3 ALA 794 HB2 ALA 794 37.061 -10.543 -18.217
5 HB1 ALA 794 HB3 ALA 794 35.682 -10.818 -19.284
No H/Q in entry = 5
In of MODEL 16
1 H SER 795 H SER 795 33.942 -8.632 -19.447
2 HA SER 795 HA SER 795 35.850 -6.864 -20.419
3 HB2 SER 795 HB2 SER 795 32.897 -6.981 -20.993
4 HB3 SER 795 HB3 SER 795 34.128 -6.219 -22.005
5 HG SER 795 HG SER 795 35.124 -8.262 -22.177
No H/Q in entry = 5
In of MODEL 16
1 H GLU 796 H GLU 796 33.814 -6.553 -17.739
2 HA GLU 796 HA GLU 796 33.637 -3.618 -17.973
3 HB2 GLU 796 HB2 GLU 796 31.556 -5.042 -17.590
4 HB3 GLU 796 HB3 GLU 796 32.234 -5.439 -16.025
5 HG2 GLU 796 HG2 GLU 796 30.602 -3.711 -15.758
6 HG3 GLU 796 HG3 GLU 796 32.200 -3.038 -15.442
No H/Q in entry = 6
In of MODEL 16
1 H CYS 797 H CYS 797 35.470 -6.050 -16.683
2 HA CYS 797 HA CYS 797 35.773 -5.083 -14.024
3 HB2 CYS 797 HB2 CYS 797 37.208 -7.242 -15.532
4 HB3 CYS 797 HB3 CYS 797 37.450 -6.877 -13.828
No H/Q in entry = 4
In of MODEL 16
1 H GLU 798 H GLU 798 36.947 -3.481 -13.448
2 HA GLU 798 HA GLU 798 39.589 -3.124 -14.548
3 HB2 GLU 798 HB2 GLU 798 37.471 -0.999 -14.279
4 HB3 GLU 798 HB3 GLU 798 39.177 -0.595 -14.204
5 HG2 GLU 798 HG2 GLU 798 37.825 -1.968 -16.517
6 HG3 GLU 798 HG3 GLU 798 38.218 -0.247 -16.436
No H/Q in entry = 6
In of MODEL 16
1 H GLU 799 H GLU 799 40.192 -4.209 -12.812
2 HA GLU 799 HA GLU 799 40.437 -2.699 -10.330
3 HB2 GLU 799 HB2 GLU 799 38.479 -4.204 -10.050
4 HB3 GLU 799 HB3 GLU 799 39.430 -5.567 -10.592
5 HG2 GLU 799 HG2 GLU 799 39.031 -5.556 -8.166
6 HG3 GLU 799 HG3 GLU 799 40.740 -5.504 -8.577
No H/Q in entry = 6
In of MODEL 16
1 H GLU 800 H GLU 800 42.189 -4.128 -8.954
2 HA GLU 800 HA GLU 800 44.571 -4.189 -10.305
3 HB2 GLU 800 HB2 GLU 800 43.774 -5.816 -7.897
4 HB3 GLU 800 HB3 GLU 800 45.427 -5.742 -8.497
5 HG2 GLU 800 HG2 GLU 800 43.789 -3.394 -7.555
6 HG3 GLU 800 HG3 GLU 800 45.074 -4.195 -6.640
No H/Q in entry = 6
In of MODEL 16
1 H GLY 801 H GLY 801 42.870 -7.236 -9.492
2 HA3 GLY 801 HA2 GLY 801 42.375 -8.976 -10.832
3 HA2 GLY 801 HA3 GLY 801 42.858 -8.002 -12.206
No H/Q in entry = 3
In of MODEL 16
1 H PHE 802 H PHE 802 43.838 -10.285 -9.783
2 HA PHE 802 HA PHE 802 46.373 -10.801 -10.999
3 HB2 PHE 802 HB2 PHE 802 44.703 -12.209 -8.941
4 HB3 PHE 802 HB3 PHE 802 46.146 -12.958 -9.611
5 HD1 PHE 802 HD1 PHE 802 45.618 -9.353 -8.727
6 HD2 PHE 802 HD2 PHE 802 47.588 -13.016 -7.821
7 HE1 PHE 802 HE1 PHE 802 46.958 -8.219 -7.075
8 HE2 PHE 802 HE2 PHE 802 48.924 -11.909 -6.198
9 HZ PHE 802 HZ PHE 802 48.644 -9.474 -5.776
No H/Q in entry = 9
In of MODEL 16
1 H SER 803 H SER 803 46.769 -13.153 -11.706
2 HA SER 803 HA SER 803 44.528 -14.000 -13.377
3 HB2 SER 803 HB2 SER 803 47.479 -14.164 -13.997
4 HB3 SER 803 HB3 SER 803 46.178 -14.890 -14.963
5 HG SER 803 HG SER 803 45.786 -13.033 -15.799
No H/Q in entry = 5
In of MODEL 16
1 H ILE 804 H ILE 804 43.962 -16.059 -13.320
2 HA ILE 804 HA ILE 804 45.489 -17.853 -11.608
3 HB ILE 804 HB ILE 804 43.517 -18.675 -10.458
4 HG12 ILE 804 HG12 ILE 804 41.763 -18.286 -12.214
5 HG13 ILE 804 HG13 ILE 804 41.286 -17.708 -10.623
6 HG23 ILE 804 HG21 ILE 804 42.921 -16.751 -9.069
7 HG22 ILE 804 HG22 ILE 804 43.659 -15.690 -10.272
8 HG21 ILE 804 HG23 ILE 804 44.655 -16.856 -9.400
9 HD12 ILE 804 HD11 ILE 804 42.207 -16.010 -12.927
10 HD11 ILE 804 HD12 ILE 804 41.810 -15.423 -11.316
11 HD13 ILE 804 HD13 ILE 804 40.565 -16.174 -12.312
No H/Q in entry = 11
In of MODEL 16
1 H CYS 805 H CYS 805 44.436 -20.139 -11.810
2 HA CYS 805 HA CYS 805 43.938 -20.570 -14.685
3 HB2 CYS 805 HB2 CYS 805 46.171 -21.343 -13.904
4 HB3 CYS 805 HB3 CYS 805 45.364 -22.380 -12.732
No H/Q in entry = 4
In of MODEL 16
1 H VAL 806 H VAL 806 42.200 -21.601 -15.175
2 HA VAL 806 HA VAL 806 40.740 -22.922 -13.031
3 HB VAL 806 HB VAL 806 39.947 -20.652 -13.148
4 HG13 VAL 806 HG11 VAL 806 40.673 -20.051 -15.302
5 HG12 VAL 806 HG12 VAL 806 38.942 -19.721 -15.155
6 HG11 VAL 806 HG13 VAL 806 39.508 -21.142 -16.045
7 HG23 VAL 806 HG21 VAL 806 37.985 -22.481 -14.491
8 HG22 VAL 806 HG22 VAL 806 37.594 -20.968 -13.656
9 HG21 VAL 806 HG23 VAL 806 38.248 -22.333 -12.756
No H/Q in entry = 9
In of MODEL 16
1 H GLU 807 H GLU 807 39.799 -24.796 -13.587
2 HA GLU 807 HA GLU 807 40.216 -25.832 -16.245
3 HB2 GLU 807 HB2 GLU 807 40.676 -27.191 -14.211
4 HB3 GLU 807 HB3 GLU 807 38.970 -27.100 -13.801
5 HG2 GLU 807 HG2 GLU 807 38.425 -28.250 -15.893
6 HG3 GLU 807 HG3 GLU 807 40.152 -28.383 -16.242
No H/Q in entry = 6
In of MODEL 16
1 H VAL 808 H VAL 808 38.837 -25.414 -17.701
2 HA VAL 808 HA VAL 808 35.954 -25.406 -17.128
3 HB VAL 808 HB VAL 808 37.358 -23.596 -19.031
4 HG12 VAL 808 HG11 VAL 808 34.549 -23.531 -18.033
5 HG11 VAL 808 HG12 VAL 808 35.133 -24.012 -19.631
6 HG13 VAL 808 HG13 VAL 808 35.295 -22.331 -19.105
7 HG22 VAL 808 HG21 VAL 808 38.139 -22.895 -16.930
8 HG21 VAL 808 HG22 VAL 808 36.519 -22.979 -16.258
9 HG23 VAL 808 HG23 VAL 808 36.914 -21.728 -17.452
No H/Q in entry = 9
In of MODEL 16
1 H ASN 809 H ASN 809 34.933 -26.697 -18.612
2 HA ASN 809 HA ASN 809 34.542 -27.996 -20.432
3 HB2 ASN 809 HB2 ASN 809 36.683 -26.258 -21.639
4 HB3 ASN 809 HB3 ASN 809 35.934 -27.532 -22.555
5 HD21 ASN 809 HD21 ASN 809 35.732 -24.355 -21.413
6 HD22 ASN 809 HD22 ASN 809 34.189 -23.918 -22.026
No H/Q in entry = 6
In of MODEL 16
1 H GLY 810 H GLY 810 36.730 -28.447 -18.404
2 HA3 GLY 810 HA2 GLY 810 37.884 -30.451 -17.972
3 HA2 GLY 810 HA3 GLY 810 37.846 -30.793 -19.701
No H/Q in entry = 3
In of MODEL 16
1 H LYS 811 H LYS 811 38.766 -27.767 -19.815
2 HA LYS 811 HA LYS 811 41.615 -28.482 -19.656
3 HB2 LYS 811 HB2 LYS 811 40.222 -26.491 -21.434
4 HB3 LYS 811 HB3 LYS 811 41.960 -26.757 -21.363
5 HG2 LYS 811 HG2 LYS 811 41.665 -29.037 -22.159
6 HG3 LYS 811 HG3 LYS 811 39.917 -28.811 -22.184
7 HD2 LYS 811 HD2 LYS 811 40.868 -28.566 -24.411
8 HD3 LYS 811 HD3 LYS 811 40.149 -27.056 -23.847
9 HE2 LYS 811 HE2 LYS 811 42.364 -26.204 -23.243
10 HE3 LYS 811 HE3 LYS 811 43.103 -27.721 -23.739
11 HZ3 LYS 811 HZ1 LYS 811 43.359 -26.056 -25.416
12 HZ2 LYS 811 HZ2 LYS 811 41.700 -25.780 -25.512
13 HZ1 LYS 811 HZ3 LYS 811 42.337 -27.250 -26.009
No H/Q in entry = 13
In of MODEL 16
1 H GLU 812 H GLU 812 43.017 -27.047 -18.730
2 HA GLU 812 HA GLU 812 41.824 -25.046 -16.961
3 HB2 GLU 812 HB2 GLU 812 44.627 -26.080 -17.200
4 HB3 GLU 812 HB3 GLU 812 44.084 -24.919 -15.999
5 HG2 GLU 812 HG2 GLU 812 42.621 -26.612 -15.040
6 HG3 GLU 812 HG3 GLU 812 43.152 -27.766 -16.266
No H/Q in entry = 6
In of MODEL 16
1 H GLN 813 H GLN 813 41.491 -23.176 -17.798
2 HA GLN 813 HA GLN 813 43.477 -22.028 -19.631
3 HB2 GLN 813 HB2 GLN 813 41.260 -22.162 -20.631
4 HB3 GLN 813 HB3 GLN 813 40.534 -21.399 -19.223
5 HG2 GLN 813 HG2 GLN 813 41.679 -19.342 -19.717
6 HG3 GLN 813 HG3 GLN 813 42.477 -20.067 -21.112
7 HE21 GLN 813 HE21 GLN 813 39.128 -20.687 -20.284
8 HE22 GLN 813 HE22 GLN 813 38.446 -19.801 -21.590
No H/Q in entry = 8
In of MODEL 16
1 H THR 814 H THR 814 44.228 -19.922 -19.185
2 HA THR 814 HA THR 814 44.176 -19.141 -16.405
3 HB THR 814 HB THR 814 45.432 -17.738 -18.767
4 HG1 THR 814 HG1 THR 814 47.140 -18.888 -18.529
5 HG22 THR 814 HG21 THR 814 46.084 -17.674 -15.818
6 HG21 THR 814 HG22 THR 814 45.258 -16.405 -16.720
7 HG23 THR 814 HG23 THR 814 46.940 -16.793 -17.088
No H/Q in entry = 7
In of MODEL 16
1 H MET 815 H MET 815 42.878 -17.583 -15.640
2 HA MET 815 HA MET 815 41.713 -15.722 -17.582
3 HB2 MET 815 HB2 MET 815 40.239 -16.776 -15.171
4 HB3 MET 815 HB3 MET 815 39.624 -15.629 -16.354
5 HG2 MET 815 HG2 MET 815 40.064 -17.555 -18.052
6 HG3 MET 815 HG3 MET 815 40.181 -18.481 -16.559
7 HE3 MET 815 HE1 MET 815 38.240 -19.078 -18.946
8 HE2 MET 815 HE2 MET 815 36.889 -19.708 -17.976
9 HE1 MET 815 HE3 MET 815 38.576 -20.032 -17.516
No H/Q in entry = 9
In of MODEL 16
1 H SER 816 H SER 816 40.921 -13.810 -16.538
2 HA SER 816 HA SER 816 42.824 -12.856 -14.588
3 HB2 SER 816 HB2 SER 816 40.437 -11.454 -15.837
4 HB3 SER 816 HB3 SER 816 41.761 -10.691 -14.949
5 HG SER 816 HG SER 816 42.368 -12.302 -17.131
No H/Q in entry = 5
In of MODEL 16
1 H GLU 817 H GLU 817 42.172 -12.041 -12.631
2 HA GLU 817 HA GLU 817 40.799 -13.540 -10.882
3 HB2 GLU 817 HB2 GLU 817 42.382 -11.688 -10.558
4 HB3 GLU 817 HB3 GLU 817 41.066 -10.597 -10.930
5 HG2 GLU 817 HG2 GLU 817 39.887 -11.370 -8.952
6 HG3 GLU 817 HG3 GLU 817 41.245 -12.422 -8.571
No H/Q in entry = 6
In of MODEL 16
1 H CYS 818 H CYS 818 39.532 -10.399 -12.037
2 HA CYS 818 HA CYS 818 36.969 -10.788 -10.965
3 HB2 CYS 818 HB2 CYS 818 37.927 -8.560 -11.517
4 HB3 CYS 818 HB3 CYS 818 37.775 -8.957 -13.226
No H/Q in entry = 4
In of MODEL 16
1 H GLU 819 H GLU 819 38.416 -11.727 -13.931
2 HA GLU 819 HA GLU 819 36.086 -12.193 -15.456
3 HB2 GLU 819 HB2 GLU 819 38.215 -11.946 -16.528
4 HB3 GLU 819 HB3 GLU 819 38.885 -13.285 -15.616
5 HG2 GLU 819 HG2 GLU 819 37.561 -14.848 -16.847
6 HG3 GLU 819 HG3 GLU 819 36.699 -13.547 -17.663
No H/Q in entry = 6
In of MODEL 16
1 H ALA 820 H ALA 820 38.282 -14.619 -13.969
2 HA ALA 820 HA ALA 820 36.625 -16.763 -14.269
3 HB2 ALA 820 HB1 ALA 820 37.921 -17.868 -12.504
4 HB3 ALA 820 HB2 ALA 820 38.555 -16.302 -12.011
5 HB1 ALA 820 HB3 ALA 820 38.958 -16.955 -13.605
No H/Q in entry = 5
In of MODEL 16
1 H GLY 821 H GLY 821 36.806 -14.384 -11.675
2 HA3 GLY 821 HA2 GLY 821 35.022 -15.559 -9.824
3 HA2 GLY 821 HA3 GLY 821 35.461 -13.858 -9.898
No H/Q in entry = 3
In of MODEL 16
1 H ALA 822 H ALA 822 34.519 -13.180 -12.450
2 HA ALA 822 HA ALA 822 31.806 -12.763 -11.950
3 HB2 ALA 822 HB1 ALA 822 33.204 -11.286 -13.321
4 HB3 ALA 822 HB2 ALA 822 31.733 -11.779 -14.140
5 HB1 ALA 822 HB3 ALA 822 33.279 -12.531 -14.574
No H/Q in entry = 5
In of MODEL 16
1 H LEU 823 H LEU 823 33.516 -15.031 -14.075
2 HA LEU 823 HA LEU 823 31.196 -16.178 -15.124
3 HB2 LEU 823 HB2 LEU 823 33.972 -17.311 -14.839
4 HB3 LEU 823 HB3 LEU 823 32.665 -18.316 -15.410
5 HG LEU 823 HG LEU 823 33.802 -17.654 -17.326
6 HD11 LEU 823 HD11 LEU 823 31.420 -17.476 -17.586
7 HD13 LEU 823 HD12 LEU 823 32.285 -16.345 -18.623
8 HD12 LEU 823 HD13 LEU 823 31.493 -15.761 -17.166
9 HD21 LEU 823 HD21 LEU 823 33.758 -14.802 -16.375
10 HD23 LEU 823 HD22 LEU 823 34.363 -15.355 -17.935
11 HD22 LEU 823 HD23 LEU 823 35.166 -15.859 -16.451
No H/Q in entry = 11
In of MODEL 16
1 H ARG 824 H ARG 824 33.011 -17.047 -12.200
2 HA ARG 824 HA ARG 824 31.379 -19.219 -11.426
3 HB2 ARG 824 HB2 ARG 824 33.243 -17.446 -9.947
4 HB3 ARG 824 HB3 ARG 824 32.065 -18.324 -8.998
5 HG2 ARG 824 HG2 ARG 824 34.199 -19.482 -10.783
6 HG3 ARG 824 HG3 ARG 824 34.115 -19.541 -9.028
7 HD2 ARG 824 HD2 ARG 824 32.363 -21.001 -11.017
8 HD3 ARG 824 HD3 ARG 824 33.410 -21.677 -9.782
9 HE ARG 824 HE ARG 824 31.140 -20.063 -8.917
10 HH11 ARG 824 HH11 ARG 824 32.561 -23.306 -9.246
11 HH12 ARG 824 HH12 ARG 824 31.371 -24.054 -8.301
12 HH21 ARG 824 HH21 ARG 824 29.450 -21.158 -7.643
13 HH22 ARG 824 HH22 ARG 824 29.597 -22.819 -7.375
No H/Q in entry = 13
In of MODEL 16
1 H CYS 825 H CYS 825 31.077 -15.799 -10.772
2 HA CYS 825 HA CYS 825 28.936 -16.091 -8.962
3 HB2 CYS 825 HB2 CYS 825 30.344 -14.020 -9.085
4 HB3 CYS 825 HB3 CYS 825 29.609 -13.686 -10.641
No H/Q in entry = 4
In of MODEL 16
1 H ARG 826 H ARG 826 29.068 -15.532 -12.456
2 HA ARG 826 HA ARG 826 26.301 -15.004 -12.645
3 HB2 ARG 826 HB2 ARG 826 26.547 -15.054 -15.020
4 HB3 ARG 826 HB3 ARG 826 27.922 -14.207 -14.312
5 HG2 ARG 826 HG2 ARG 826 29.267 -16.186 -14.640
6 HG3 ARG 826 HG3 ARG 826 27.890 -17.011 -15.376
7 HD2 ARG 826 HD2 ARG 826 29.334 -14.560 -16.391
8 HD3 ARG 826 HD3 ARG 826 29.240 -16.149 -17.155
9 HE ARG 826 HE ARG 826 26.670 -15.391 -16.907
10 HH11 ARG 826 HH11 ARG 826 29.500 -14.127 -18.618
11 HH12 ARG 826 HH12 ARG 826 28.624 -13.022 -19.576
12 HH21 ARG 826 HH21 ARG 826 25.436 -13.876 -18.274
13 HH22 ARG 826 HH22 ARG 826 26.254 -12.954 -19.448
No H/Q in entry = 13
In of MODEL 16
1 H GLY 827 H GLY 827 28.127 -17.991 -12.795
2 HA3 GLY 827 HA2 GLY 827 26.561 -19.880 -12.146
3 HA2 GLY 827 HA3 GLY 827 25.593 -19.254 -13.486
No H/Q in entry = 3
In of MODEL 16
1 H GLN 828 H GLN 828 28.496 -18.764 -14.598
2 HA GLN 828 HA GLN 828 28.411 -20.944 -16.419
3 HB2 GLN 828 HB2 GLN 828 29.401 -18.766 -17.009
4 HB3 GLN 828 HB3 GLN 828 30.678 -19.019 -15.837
5 HG2 GLN 828 HG2 GLN 828 31.518 -19.471 -18.058
6 HG3 GLN 828 HG3 GLN 828 31.452 -20.963 -17.129
7 HE21 GLN 828 HE21 GLN 828 28.598 -19.462 -18.593
8 HE22 GLN 828 HE22 GLN 828 28.382 -20.686 -19.773
No H/Q in entry = 8
In of MODEL 16
1 H SER 829 H SER 829 29.740 -22.826 -16.558
2 HA SER 829 HA SER 829 30.723 -23.690 -13.977
3 HB2 SER 829 HB2 SER 829 30.444 -25.227 -16.567
4 HB3 SER 829 HB3 SER 829 30.722 -25.909 -14.960
5 HG SER 829 HG SER 829 28.581 -24.201 -15.183
No H/Q in entry = 5
In of MODEL 16
1 H ILE 830 H ILE 830 32.667 -23.076 -13.523
2 HA ILE 830 HA ILE 830 34.971 -23.783 -15.196
3 HB ILE 830 HB ILE 830 36.067 -21.640 -14.910
4 HG12 ILE 830 HG12 ILE 830 35.114 -21.042 -12.654
5 HG13 ILE 830 HG13 ILE 830 35.225 -19.701 -13.771
6 HG23 ILE 830 HG21 ILE 830 34.698 -21.694 -16.832
7 HG22 ILE 830 HG22 ILE 830 34.670 -20.051 -16.168
8 HG21 ILE 830 HG23 ILE 830 33.301 -21.146 -15.912
9 HD11 ILE 830 HD11 ILE 830 32.834 -19.970 -14.281
10 HD13 ILE 830 HD12 ILE 830 33.154 -19.585 -12.597
11 HD12 ILE 830 HD13 ILE 830 32.750 -21.242 -13.067
No H/Q in entry = 11
In of MODEL 16
1 H SER 831 H SER 831 36.462 -24.650 -13.868
2 HA SER 831 HA SER 831 35.923 -24.437 -11.009
3 HB2 SER 831 HB2 SER 831 36.962 -26.685 -12.675
4 HB3 SER 831 HB3 SER 831 37.056 -26.691 -10.924
5 HG SER 831 HG SER 831 34.759 -26.429 -10.908
No H/Q in entry = 5
In of MODEL 16
1 H VAL 832 H VAL 832 37.307 -22.983 -10.234
2 HA VAL 832 HA VAL 832 39.888 -22.485 -11.282
3 HB VAL 832 HB VAL 832 38.790 -21.808 -8.548
4 HG12 VAL 832 HG11 VAL 832 41.155 -20.624 -10.025
5 HG11 VAL 832 HG12 VAL 832 41.240 -21.650 -8.596
6 HG13 VAL 832 HG13 VAL 832 40.521 -20.042 -8.484
7 HG23 VAL 832 HG21 VAL 832 38.854 -20.158 -11.070
8 HG22 VAL 832 HG22 VAL 832 38.325 -19.579 -9.488
9 HG21 VAL 832 HG23 VAL 832 37.422 -20.852 -10.309
No H/Q in entry = 9
In of MODEL 16
1 H THR 833 H THR 833 41.604 -23.748 -11.161
2 HA THR 833 HA THR 833 41.692 -25.805 -9.128
3 HB THR 833 HB THR 833 43.555 -26.672 -10.602
4 HG1 THR 833 HG1 THR 833 43.692 -25.751 -12.710
5 HG22 THR 833 HG21 THR 833 40.832 -26.317 -11.880
6 HG21 THR 833 HG22 THR 833 41.273 -27.584 -10.735
7 HG23 THR 833 HG23 THR 833 42.018 -27.540 -12.334
No H/Q in entry = 7
In of MODEL 16
1 H SER 834 H SER 834 43.461 -23.023 -10.354
2 HA SER 834 HA SER 834 45.183 -23.147 -8.004
3 HB2 SER 834 HB2 SER 834 46.233 -22.812 -10.805
4 HB3 SER 834 HB3 SER 834 47.183 -22.767 -9.323
5 HG SER 834 HG SER 834 45.677 -24.963 -10.254
No H/Q in entry = 5
In of MODEL 16
1 H ILE 835 H ILE 835 45.876 -21.207 -7.300
2 HA ILE 835 HA ILE 835 44.558 -18.856 -8.340
3 HB ILE 835 HB ILE 835 45.618 -17.734 -6.364
4 HG12 ILE 835 HG12 ILE 835 46.300 -19.312 -4.486
5 HG13 ILE 835 HG13 ILE 835 46.481 -20.561 -5.711
6 HG23 ILE 835 HG21 ILE 835 44.097 -18.697 -4.798
7 HG22 ILE 835 HG22 ILE 835 43.885 -20.089 -5.874
8 HG21 ILE 835 HG23 ILE 835 43.357 -18.481 -6.391
9 HD12 ILE 835 HD11 ILE 835 47.984 -17.996 -5.502
10 HD11 ILE 835 HD12 ILE 835 48.210 -19.215 -6.771
11 HD13 ILE 835 HD13 ILE 835 48.590 -19.599 -5.078
No H/Q in entry = 11
In of MODEL 16
1 H ARG 836 H ARG 836 47.138 -20.363 -9.342
2 HA ARG 836 HA ARG 836 48.479 -17.881 -10.003
3 HB2 ARG 836 HB2 ARG 836 50.567 -19.239 -10.407
4 HB3 ARG 836 HB3 ARG 836 50.031 -19.249 -8.744
5 HG2 ARG 836 HG2 ARG 836 50.750 -21.427 -9.190
6 HG3 ARG 836 HG3 ARG 836 48.989 -21.503 -9.245
7 HD2 ARG 836 HD2 ARG 836 49.074 -21.396 -11.693
8 HD3 ARG 836 HD3 ARG 836 50.832 -21.331 -11.630
9 HE ARG 836 HE ARG 836 50.236 -23.561 -10.260
10 HH11 ARG 836 HH11 ARG 836 49.419 -22.399 -13.516
11 HH12 ARG 836 HH12 ARG 836 49.291 -23.964 -14.187
12 HH21 ARG 836 HH21 ARG 836 50.079 -25.735 -11.245
13 HH22 ARG 836 HH22 ARG 836 49.671 -25.852 -12.887
No H/Q in entry = 13
In of MODEL 16
1 HA PRO 837 HA PRO 837 47.134 -18.488 -14.077
2 HB2 PRO 837 HB2 PRO 837 49.651 -17.686 -15.302
3 HB3 PRO 837 HB3 PRO 837 48.135 -16.794 -15.211
4 HG2 PRO 837 HG2 PRO 837 50.361 -16.051 -13.840
5 HG3 PRO 837 HG3 PRO 837 48.715 -15.737 -13.262
6 HD2 PRO 837 HD2 PRO 837 50.631 -17.877 -12.452
7 HD3 PRO 837 HD3 PRO 837 49.537 -16.903 -11.448
No H/Q in entry = 7
In of MODEL 16
1 H CYS 838 H CYS 838 47.335 -19.744 -16.045
2 HA CYS 838 HA CYS 838 49.263 -21.849 -15.766
3 HB2 CYS 838 HB2 CYS 838 46.527 -21.787 -16.928
4 HB3 CYS 838 HB3 CYS 838 47.692 -22.886 -17.661
No H/Q in entry = 4
In of MODEL 16
1 H ALA 839 H ALA 839 49.871 -22.762 -18.069
2 HA ALA 839 HA ALA 839 50.801 -20.523 -19.697
3 HB3 ALA 839 HB1 ALA 839 52.240 -22.230 -20.739
4 HB1 ALA 839 HB2 ALA 839 51.451 -23.475 -19.770
5 HB2 ALA 839 HB3 ALA 839 52.415 -22.228 -18.983
No H/Q in entry = 5
In of MODEL 16
1 H ALA 840 H ALA 840 48.068 -21.133 -19.720
2 HA ALA 840 HA ALA 840 47.519 -22.680 -22.136
3 HB3 ALA 840 HB1 ALA 840 46.109 -23.070 -20.176
4 HB1 ALA 840 HB2 ALA 840 45.176 -22.441 -21.535
5 HB2 ALA 840 HB3 ALA 840 45.621 -21.376 -20.202
No H/Q in entry = 5
In of MODEL 16
1 H GLU 841 H GLU 841 46.284 -19.656 -20.878
2 HA GLU 841 HA GLU 841 45.716 -17.768 -21.652
3 HB2 GLU 841 HB2 GLU 841 47.715 -18.169 -23.881
4 HB3 GLU 841 HB3 GLU 841 47.098 -16.641 -23.264
5 HG2 GLU 841 HG2 GLU 841 48.986 -18.558 -21.927
6 HG3 GLU 841 HG3 GLU 841 49.285 -16.891 -22.406
No H/Q in entry = 6
In of MODEL 16
1 H THR 842 H THR 842 44.903 -16.683 -23.472
2 HA THR 842 HA THR 842 43.116 -18.401 -24.938
3 HB THR 842 HB THR 842 42.124 -16.401 -24.158
4 HG1 THR 842 HG1 THR 842 41.231 -17.028 -26.040
5 HG23 THR 842 HG21 THR 842 44.014 -14.887 -24.046
6 HG22 THR 842 HG22 THR 842 42.723 -14.119 -24.972
7 HG21 THR 842 HG23 THR 842 44.107 -14.831 -25.806
No H/Q in entry = 7
In of MODEL 16
1 H GLN 843 H GLN 843 44.314 -19.557 -26.044
2 HA GLN 843 HA GLN 843 45.941 -18.455 -28.246
3 HB2 GLN 843 HB2 GLN 843 47.196 -19.370 -26.207
4 HB3 GLN 843 HB3 GLN 843 46.540 -20.936 -26.633
5 HG2 GLN 843 HG2 GLN 843 48.669 -20.997 -27.519
6 HG3 GLN 843 HG3 GLN 843 47.685 -20.551 -28.907
7 HE21 GLN 843 HE21 GLN 843 47.414 -17.725 -27.892
8 HE22 GLN 843 HE22 GLN 843 48.925 -17.019 -28.253
No H/Q in entry = 8
In of MODEL 17
1 H1 GLY 689 H2 GLY 689 48.034 15.987 -13.783
2 H2 GLY 689 H1 GLY 689 48.176 14.564 -14.650
3 H3 GLY 689 H3 GLY 689 47.614 15.976 -15.415
4 HA2 GLY 689 HA2 GLY 689 45.817 14.403 -14.880
5 HA3 GLY 689 HA3 GLY 689 45.649 15.935 -14.018
No H/Q in entry = 5
In of MODEL 17
1 H SER 690 H SER 690 44.477 14.973 -12.328
2 HA SER 690 HA SER 690 46.184 13.988 -10.279
3 HB2 SER 690 HB2 SER 690 43.217 14.520 -10.288
4 HB3 SER 690 HB3 SER 690 44.224 14.263 -8.859
5 HG SER 690 HG SER 690 45.480 16.084 -9.647
No H/Q in entry = 5
In of MODEL 17
1 H HIS 691 H HIS 691 46.809 11.970 -10.627
2 HA HIS 691 HA HIS 691 44.792 9.887 -10.306
3 HB2 HIS 691 HB2 HIS 691 47.062 9.904 -12.308
4 HB3 HIS 691 HB3 HIS 691 46.399 8.398 -11.703
5 HD1 HIS 691 HD1 HIS 691 44.435 7.485 -12.974
6 HD2 HIS 691 HD2 HIS 691 45.106 11.513 -13.775
7 HE1 HIS 691 HE1 HIS 691 42.849 8.079 -14.790
8 HE2 HIS 691 HE2 HIS 691 43.445 10.423 -15.427
No H/Q in entry = 8
In of MODEL 17
1 H MET 692 H MET 692 45.554 8.161 -9.026
2 HA MET 692 HA MET 692 47.628 8.984 -7.234
3 HB2 MET 692 HB2 MET 692 47.189 6.952 -5.961
4 HB3 MET 692 HB3 MET 692 45.687 7.760 -6.351
5 HG2 MET 692 HG2 MET 692 45.214 6.151 -8.073
6 HG3 MET 692 HG3 MET 692 46.777 5.361 -7.820
7 HE2 MET 692 HE1 MET 692 44.247 2.702 -6.464
8 HE1 MET 692 HE2 MET 692 45.588 3.014 -7.570
9 HE3 MET 692 HE3 MET 692 44.020 3.765 -7.851
No H/Q in entry = 9
In of MODEL 17
1 H ASN 693 H ASN 693 47.458 7.008 -10.035
2 HA ASN 693 HA ASN 693 50.133 6.010 -9.530
3 HB2 ASN 693 HB2 ASN 693 49.805 4.621 -11.569
4 HB3 ASN 693 HB3 ASN 693 48.545 4.331 -10.384
5 HD21 ASN 693 HD21 ASN 693 48.506 3.769 -13.237
6 HD22 ASN 693 HD22 ASN 693 47.191 4.673 -13.880
No H/Q in entry = 6
In of MODEL 17
1 HA PRO 694 HA PRO 694 51.520 9.424 -12.070
2 HB2 PRO 694 HB2 PRO 694 54.148 9.131 -11.640
3 HB3 PRO 694 HB3 PRO 694 53.078 9.739 -10.371
4 HG2 PRO 694 HG2 PRO 694 54.235 7.002 -10.725
5 HG3 PRO 694 HG3 PRO 694 54.014 7.939 -9.238
6 HD2 PRO 694 HD2 PRO 694 52.323 5.927 -10.088
7 HD3 PRO 694 HD3 PRO 694 51.858 7.233 -8.982
No H/Q in entry = 7
In of MODEL 17
1 H LEU 695 H LEU 695 52.344 6.115 -12.331
2 HA LEU 695 HA LEU 695 52.931 6.347 -15.162
3 HB2 LEU 695 HB2 LEU 695 54.619 4.879 -13.127
4 HB3 LEU 695 HB3 LEU 695 54.791 4.726 -14.856
5 HG LEU 695 HG LEU 695 55.288 7.272 -13.309
6 HD12 LEU 695 HD11 LEU 695 57.655 6.794 -13.706
7 HD11 LEU 695 HD12 LEU 695 57.217 5.238 -14.421
8 HD13 LEU 695 HD13 LEU 695 56.904 5.545 -12.714
9 HD21 LEU 695 HD21 LEU 695 55.860 6.492 -16.164
10 HD23 LEU 695 HD22 LEU 695 56.378 7.982 -15.382
11 HD22 LEU 695 HD23 LEU 695 54.660 7.669 -15.626
No H/Q in entry = 11
In of MODEL 17
1 H THR 696 H THR 696 52.100 4.524 -16.202
2 HA THR 696 HA THR 696 50.801 2.554 -14.519
3 HB THR 696 HB THR 696 49.619 3.259 -16.610
4 HG1 THR 696 HG1 THR 696 50.397 0.624 -16.147
5 HG23 THR 696 HG21 THR 696 51.570 3.676 -18.041
6 HG22 THR 696 HG22 THR 696 50.468 2.532 -18.810
7 HG21 THR 696 HG23 THR 696 51.944 1.954 -18.040
No H/Q in entry = 7
In of MODEL 17
1 H GLN 697 H GLN 697 53.689 3.216 -15.961
2 HA GLN 697 HA GLN 697 55.692 2.340 -16.040
3 HB2 GLN 697 HB2 GLN 697 55.013 1.591 -13.675
4 HB3 GLN 697 HB3 GLN 697 54.786 -0.005 -14.341
5 HG2 GLN 697 HG2 GLN 697 56.944 0.029 -13.403
6 HG3 GLN 697 HG3 GLN 697 57.189 0.160 -15.151
7 HE21 GLN 697 HE21 GLN 697 57.954 2.117 -16.016
8 HE22 GLN 697 HE22 GLN 697 58.560 3.375 -15.026
No H/Q in entry = 8
In of MODEL 17
1 H ALA 698 H ALA 698 54.624 -0.887 -15.730
2 HA ALA 698 HA ALA 698 53.892 -1.785 -18.167
3 HB2 ALA 698 HB1 ALA 698 56.002 -0.949 -19.145
4 HB1 ALA 698 HB2 ALA 698 56.046 -2.711 -19.068
5 HB3 ALA 698 HB3 ALA 698 56.924 -1.753 -17.877
No H/Q in entry = 5
In of MODEL 17
1 H VAL 699 H VAL 699 54.534 -4.220 -18.229
2 HA VAL 699 HA VAL 699 54.741 -5.153 -15.470
3 HB VAL 699 HB VAL 699 54.185 -6.762 -17.996
4 HG12 VAL 699 HG11 VAL 699 53.850 -7.512 -15.090
5 HG11 VAL 699 HG12 VAL 699 55.108 -8.100 -16.171
6 HG13 VAL 699 HG13 VAL 699 53.423 -8.524 -16.472
7 HG22 VAL 699 HG21 VAL 699 51.833 -6.810 -17.280
8 HG21 VAL 699 HG22 VAL 699 52.373 -5.164 -17.603
9 HG23 VAL 699 HG23 VAL 699 52.220 -5.733 -15.940
No H/Q in entry = 9
In of MODEL 17
1 HA PRO 700 HA PRO 700 59.005 -5.733 -16.790
2 HB2 PRO 700 HB2 PRO 700 60.188 -5.527 -14.395
3 HB3 PRO 700 HB3 PRO 700 59.445 -4.135 -15.164
4 HG2 PRO 700 HG2 PRO 700 58.373 -5.811 -12.941
5 HG3 PRO 700 HG3 PRO 700 58.273 -4.058 -13.177
6 HD2 PRO 700 HD2 PRO 700 56.270 -5.916 -13.813
7 HD3 PRO 700 HD3 PRO 700 56.356 -4.240 -14.388
No H/Q in entry = 7
In of MODEL 17
1 H LYS 701 H LYS 701 59.916 -7.221 -13.896
2 HA LYS 701 HA LYS 701 59.286 -9.818 -15.050
3 HB2 LYS 701 HB2 LYS 701 61.833 -8.901 -13.726
4 HB3 LYS 701 HB3 LYS 701 61.463 -10.598 -14.016
5 HG2 LYS 701 HG2 LYS 701 61.750 -8.465 -16.133
6 HG3 LYS 701 HG3 LYS 701 62.973 -9.668 -15.711
7 HD2 LYS 701 HD2 LYS 701 61.390 -11.451 -16.327
8 HD3 LYS 701 HD3 LYS 701 60.218 -10.229 -16.822
9 HE2 LYS 701 HE2 LYS 701 61.791 -9.417 -18.511
10 HE3 LYS 701 HE3 LYS 701 62.957 -10.639 -18.003
11 HZ1 LYS 701 HZ1 LYS 701 61.366 -12.360 -18.668
12 HZ3 LYS 701 HZ2 LYS 701 61.733 -11.355 -19.965
13 HZ2 LYS 701 HZ3 LYS 701 60.273 -11.189 -19.169
No H/Q in entry = 13
In of MODEL 17
1 H CYS 702 H CYS 702 58.133 -8.071 -12.980
2 HA CYS 702 HA CYS 702 58.242 -9.937 -10.694
3 HB2 CYS 702 HB2 CYS 702 56.953 -7.223 -10.294
4 HB3 CYS 702 HB3 CYS 702 57.820 -8.260 -9.236
No H/Q in entry = 4
In of MODEL 17
1 H GLN 703 H GLN 703 56.177 -10.245 -9.644
2 HA GLN 703 HA GLN 703 54.018 -10.328 -11.614
3 HB2 GLN 703 HB2 GLN 703 54.531 -11.873 -9.095
4 HB3 GLN 703 HB3 GLN 703 53.076 -12.036 -10.065
5 HG2 GLN 703 HG2 GLN 703 55.863 -12.534 -11.076
6 HG3 GLN 703 HG3 GLN 703 54.776 -13.788 -10.488
7 HE21 GLN 703 HE21 GLN 703 55.398 -11.494 -13.035
8 HE22 GLN 703 HE22 GLN 703 54.342 -12.205 -14.188
No H/Q in entry = 8
In of MODEL 17
1 H ARG 704 H ARG 704 51.892 -10.572 -9.998
2 HA ARG 704 HA ARG 704 51.547 -7.746 -9.457
3 HB2 ARG 704 HB2 ARG 704 49.608 -10.018 -9.596
4 HB3 ARG 704 HB3 ARG 704 49.125 -8.421 -9.049
5 HG2 ARG 704 HG2 ARG 704 49.725 -7.461 -11.168
6 HG3 ARG 704 HG3 ARG 704 50.399 -9.016 -11.688
7 HD2 ARG 704 HD2 ARG 704 48.369 -9.994 -11.917
8 HD3 ARG 704 HD3 ARG 704 47.588 -8.907 -10.774
9 HE ARG 704 HE ARG 704 47.937 -7.172 -12.588
10 HH11 ARG 704 HH11 ARG 704 47.447 -10.614 -13.533
11 HH12 ARG 704 HH12 ARG 704 46.547 -10.218 -14.894
12 HH21 ARG 704 HH21 ARG 704 46.650 -6.705 -14.449
13 HH22 ARG 704 HH22 ARG 704 46.071 -7.954 -15.462
No H/Q in entry = 13
In of MODEL 17
1 H TRP 705 H TRP 705 52.305 -10.340 -7.543
2 HA TRP 705 HA TRP 705 51.267 -9.072 -5.104
3 HB2 TRP 705 HB2 TRP 705 52.182 -11.110 -3.974
4 HB3 TRP 705 HB3 TRP 705 50.949 -11.449 -5.174
5 HD1 TRP 705 HD1 TRP 705 54.637 -11.923 -4.445
6 HE1 TRP 705 HE1 TRP 705 55.571 -13.695 -6.010
7 HE3 TRP 705 HE3 TRP 705 50.599 -12.468 -7.484
8 HZ2 TRP 705 HZ2 TRP 705 54.683 -15.156 -8.302
9 HZ3 TRP 705 HZ3 TRP 705 50.704 -14.043 -9.317
10 HH2 TRP 705 HH2 TRP 705 52.709 -15.392 -9.725
No H/Q in entry = 10
In of MODEL 17
1 H GLU 706 H GLU 706 53.620 -8.459 -7.095
2 HA GLU 706 HA GLU 706 55.589 -7.842 -5.036
3 HB2 GLU 706 HB2 GLU 706 56.051 -8.555 -7.917
4 HB3 GLU 706 HB3 GLU 706 57.283 -8.073 -6.751
5 HG2 GLU 706 HG2 GLU 706 56.820 -10.036 -5.419
6 HG3 GLU 706 HG3 GLU 706 55.534 -10.504 -6.531
No H/Q in entry = 6
In of MODEL 17
1 H LYS 707 H LYS 707 56.779 -6.035 -5.366
2 HA LYS 707 HA LYS 707 55.629 -3.985 -7.123
3 HB2 LYS 707 HB2 LYS 707 56.721 -3.730 -4.315
4 HB3 LYS 707 HB3 LYS 707 56.427 -2.356 -5.364
5 HG2 LYS 707 HG2 LYS 707 54.324 -4.320 -4.524
6 HG3 LYS 707 HG3 LYS 707 54.641 -2.791 -3.699
7 HD2 LYS 707 HD2 LYS 707 54.178 -1.611 -5.847
8 HD3 LYS 707 HD3 LYS 707 53.787 -3.162 -6.582
9 HE2 LYS 707 HE2 LYS 707 51.956 -3.455 -4.970
10 HE3 LYS 707 HE3 LYS 707 52.353 -1.907 -4.246
11 HZ3 LYS 707 HZ1 LYS 707 51.861 -0.826 -6.341
12 HZ2 LYS 707 HZ2 LYS 707 50.522 -1.698 -5.804
13 HZ1 LYS 707 HZ3 LYS 707 51.484 -2.313 -7.049
No H/Q in entry = 13
In of MODEL 17
1 H LEU 708 H LEU 708 57.189 -2.454 -7.871
2 HA LEU 708 HA LEU 708 59.839 -3.654 -8.112
3 HB2 LEU 708 HB2 LEU 708 58.597 -3.335 -10.205
4 HB3 LEU 708 HB3 LEU 708 58.416 -1.632 -9.840
5 HG LEU 708 HG LEU 708 60.887 -1.382 -10.000
6 HD12 LEU 708 HD11 LEU 708 62.193 -3.151 -11.074
7 HD11 LEU 708 HD12 LEU 708 60.800 -4.228 -10.980
8 HD13 LEU 708 HD13 LEU 708 61.573 -3.650 -9.504
9 HD23 LEU 708 HD21 LEU 708 60.982 -1.553 -12.446
10 HD22 LEU 708 HD22 LEU 708 59.478 -0.821 -11.884
11 HD21 LEU 708 HD23 LEU 708 59.493 -2.496 -12.430
No H/Q in entry = 11
In of MODEL 17
1 H GLN 709 H GLN 709 61.127 -2.827 -6.625
2 HA GLN 709 HA GLN 709 61.623 0.020 -6.651
3 HB2 GLN 709 HB2 GLN 709 61.457 0.375 -4.291
4 HB3 GLN 709 HB3 GLN 709 59.984 -0.489 -4.692
5 HG2 GLN 709 HG2 GLN 709 60.939 -2.527 -3.802
6 HG3 GLN 709 HG3 GLN 709 62.479 -1.696 -3.545
7 HE21 GLN 709 HE21 GLN 709 60.832 -2.978 -1.636
8 HE22 GLN 709 HE22 GLN 709 60.404 -1.803 -0.441
No H/Q in entry = 8
In of MODEL 17
1 H ASN 710 H ASN 710 63.752 0.431 -5.960
2 HA ASN 710 HA ASN 710 65.996 -0.028 -5.638
3 HB2 ASN 710 HB2 ASN 710 64.935 -1.065 -3.570
4 HB3 ASN 710 HB3 ASN 710 64.997 -2.617 -4.362
5 HD21 ASN 710 HD21 ASN 710 66.754 -0.156 -2.821
6 HD22 ASN 710 HD22 ASN 710 68.269 -0.979 -2.625
No H/Q in entry = 6
In of MODEL 17
1 H SER 711 H SER 711 64.529 -0.867 -8.025
2 HA SER 711 HA SER 711 64.817 -1.902 -9.997
3 HB2 SER 711 HB2 SER 711 67.560 -2.485 -8.891
4 HB3 SER 711 HB3 SER 711 67.113 -2.588 -10.602
5 HG SER 711 HG SER 711 67.692 -0.458 -9.009
No H/Q in entry = 5
In of MODEL 17
1 H ARG 712 H ARG 712 63.878 -3.463 -7.581
2 HA ARG 712 HA ARG 712 64.258 -6.101 -8.746
3 HB2 ARG 712 HB2 ARG 712 64.571 -7.087 -6.522
4 HB3 ARG 712 HB3 ARG 712 65.873 -6.003 -7.002
5 HG2 ARG 712 HG2 ARG 712 65.036 -4.274 -5.578
6 HG3 ARG 712 HG3 ARG 712 63.627 -5.249 -5.166
7 HD2 ARG 712 HD2 ARG 712 65.388 -5.278 -3.425
8 HD3 ARG 712 HD3 ARG 712 65.010 -6.877 -4.068
9 HE ARG 712 HE ARG 712 67.100 -5.925 -5.579
10 HH11 ARG 712 HH11 ARG 712 66.588 -6.586 -2.146
11 HH12 ARG 712 HH12 ARG 712 68.185 -7.121 -1.881
12 HH21 ARG 712 HH21 ARG 712 69.261 -6.639 -5.223
13 HH22 ARG 712 HH22 ARG 712 69.772 -7.117 -3.685
No H/Q in entry = 13
In of MODEL 17
1 H CYS 713 H CYS 713 62.819 -7.673 -7.572
2 HA CYS 713 HA CYS 713 60.164 -6.494 -7.412
3 HB2 CYS 713 HB2 CYS 713 61.026 -9.362 -7.750
4 HB3 CYS 713 HB3 CYS 713 59.396 -8.722 -7.969
No H/Q in entry = 4
In of MODEL 17
1 H VAL 714 H VAL 714 59.475 -6.202 -5.421
2 HA VAL 714 HA VAL 714 60.370 -8.040 -3.310
3 HB VAL 714 HB VAL 714 59.847 -6.222 -1.677
4 HG13 VAL 714 HG11 VAL 714 61.791 -4.806 -2.151
5 HG12 VAL 714 HG12 VAL 714 61.835 -5.439 -3.800
6 HG11 VAL 714 HG13 VAL 714 62.136 -6.513 -2.434
7 HG21 VAL 714 HG21 VAL 714 58.215 -4.971 -3.023
8 HG23 VAL 714 HG22 VAL 714 59.499 -4.480 -4.129
9 HG22 VAL 714 HG23 VAL 714 59.513 -3.920 -2.462
No H/Q in entry = 9
In of MODEL 17
1 H CYS 715 H CYS 715 58.711 -8.537 -1.682
2 HA CYS 715 HA CYS 715 56.161 -8.928 -3.032
3 HB2 CYS 715 HB2 CYS 715 56.875 -9.771 -0.213
4 HB3 CYS 715 HB3 CYS 715 55.663 -10.470 -1.274
No H/Q in entry = 4
In of MODEL 17
1 H LYS 716 H LYS 716 54.332 -7.813 -2.465
2 HA LYS 716 HA LYS 716 54.709 -5.494 -0.796
3 HB2 LYS 716 HB2 LYS 716 52.464 -4.805 -1.522
4 HB3 LYS 716 HB3 LYS 716 53.458 -5.274 -2.875
5 HG2 LYS 716 HG2 LYS 716 52.275 -7.462 -2.908
6 HG3 LYS 716 HG3 LYS 716 51.197 -6.836 -1.652
7 HD2 LYS 716 HD2 LYS 716 50.638 -4.939 -3.149
8 HD3 LYS 716 HD3 LYS 716 51.632 -5.684 -4.400
9 HE2 LYS 716 HE2 LYS 716 50.138 -7.683 -4.270
10 HE3 LYS 716 HE3 LYS 716 49.132 -6.769 -3.147
11 HZ1 LYS 716 HZ1 LYS 716 48.736 -5.119 -4.883
12 HZ3 LYS 716 HZ2 LYS 716 48.279 -6.642 -5.414
13 HZ2 LYS 716 HZ3 LYS 716 49.723 -5.977 -5.955
No H/Q in entry = 13
In of MODEL 17
1 H MET 717 H MET 717 52.008 -5.288 0.367
2 HA MET 717 HA MET 717 52.611 -7.127 2.532
3 HB2 MET 717 HB2 MET 717 50.817 -4.694 2.601
4 HB3 MET 717 HB3 MET 717 51.211 -5.699 3.984
5 HG2 MET 717 HG2 MET 717 53.066 -3.919 2.419
6 HG3 MET 717 HG3 MET 717 52.556 -3.743 4.090
7 HE1 MET 717 HE1 MET 717 53.431 -5.276 6.089
8 HE3 MET 717 HE2 MET 717 54.498 -6.660 5.863
9 HE2 MET 717 HE3 MET 717 52.846 -6.718 5.250
No H/Q in entry = 9
In of MODEL 17
1 HA PRO 718 HA PRO 718 49.294 -9.794 1.408
2 HB2 PRO 718 HB2 PRO 718 49.019 -10.669 4.183
3 HB3 PRO 718 HB3 PRO 718 49.605 -11.571 2.787
4 HG2 PRO 718 HG2 PRO 718 51.217 -10.735 4.826
5 HG3 PRO 718 HG3 PRO 718 51.791 -10.983 3.167
6 HD2 PRO 718 HD2 PRO 718 51.169 -8.467 4.625
7 HD3 PRO 718 HD3 PRO 718 52.414 -8.809 3.405
No H/Q in entry = 7
In of MODEL 17
1 H TYR 719 H TYR 719 48.863 -7.814 4.233
2 HA TYR 719 HA TYR 719 45.980 -8.174 4.244
3 HB2 TYR 719 HB2 TYR 719 46.003 -6.776 6.231
4 HB3 TYR 719 HB3 TYR 719 47.241 -8.019 6.373
5 HD1 TYR 719 HD1 TYR 719 49.662 -7.356 5.988
6 HD2 TYR 719 HD2 TYR 719 46.545 -4.498 6.311
7 HE1 TYR 719 HE1 TYR 719 51.320 -5.606 6.404
8 HE2 TYR 719 HE2 TYR 719 48.192 -2.735 6.729
9 HH TYR 719 HH TYR 719 50.449 -2.594 7.609
No H/Q in entry = 9
In of MODEL 17
1 H GLU 720 H GLU 720 47.987 -6.398 2.370
2 HA GLU 720 HA GLU 720 46.339 -3.984 2.436
3 HB2 GLU 720 HB2 GLU 720 48.800 -3.719 2.759
4 HB3 GLU 720 HB3 GLU 720 49.060 -4.423 1.173
5 HG2 GLU 720 HG2 GLU 720 49.292 -2.024 1.056
6 HG3 GLU 720 HG3 GLU 720 47.861 -2.520 0.160
No H/Q in entry = 6
In of MODEL 17
1 H CYS 721 H CYS 721 46.097 -6.792 0.997
2 HA CYS 721 HA CYS 721 45.861 -5.717 -1.654
3 HB2 CYS 721 HB2 CYS 721 45.382 -8.005 -2.399
4 HB3 CYS 721 HB3 CYS 721 46.892 -7.906 -1.509
No H/Q in entry = 4
In of MODEL 17
1 H GLY 722 H GLY 722 43.528 -7.817 0.099
2 HA3 GLY 722 HA2 GLY 722 41.356 -7.199 0.708
3 HA2 GLY 722 HA3 GLY 722 41.480 -5.760 -0.281
No H/Q in entry = 3
In of MODEL 17
1 HA PRO 723 HA PRO 723 38.772 -7.619 -3.341
2 HB2 PRO 723 HB2 PRO 723 40.111 -6.487 -5.548
3 HB3 PRO 723 HB3 PRO 723 38.754 -5.782 -4.668
4 HG2 PRO 723 HG2 PRO 723 41.679 -5.288 -4.371
5 HG3 PRO 723 HG3 PRO 723 40.329 -4.142 -4.265
6 HD2 PRO 723 HD2 PRO 723 41.538 -4.971 -2.089
7 HD3 PRO 723 HD3 PRO 723 39.766 -4.833 -2.108
No H/Q in entry = 7
In of MODEL 17
1 H SER 724 H SER 724 39.037 -9.863 -3.633
2 HA SER 724 HA SER 724 40.749 -10.872 -5.627
3 HB2 SER 724 HB2 SER 724 42.360 -10.429 -3.829
4 HB3 SER 724 HB3 SER 724 41.410 -11.375 -2.705
5 HG SER 724 HG SER 724 42.227 -12.457 -5.133
No H/Q in entry = 5
In of MODEL 17
1 H LEU 725 H LEU 725 40.413 -13.181 -5.749
2 HA LEU 725 HA LEU 725 37.815 -14.098 -4.983
3 HB2 LEU 725 HB2 LEU 725 40.070 -15.196 -6.563
4 HB3 LEU 725 HB3 LEU 725 39.023 -16.373 -5.802
5 HG LEU 725 HG LEU 725 37.102 -15.409 -7.069
6 HD13 LEU 725 HD11 LEU 725 37.414 -13.913 -8.850
7 HD12 LEU 725 HD12 LEU 725 39.119 -13.767 -8.471
8 HD11 LEU 725 HD13 LEU 725 37.911 -13.166 -7.331
9 HD21 LEU 725 HD21 LEU 725 39.439 -16.258 -8.751
10 HD23 LEU 725 HD22 LEU 725 37.748 -16.246 -9.250
11 HD22 LEU 725 HD23 LEU 725 38.277 -17.328 -7.959
No H/Q in entry = 11
In of MODEL 17
1 H ASP 726 H ASP 726 37.307 -15.184 -3.232
2 HA ASP 726 HA ASP 726 39.253 -15.703 -1.200
3 HB2 ASP 726 HB2 ASP 726 36.299 -16.361 -1.351
4 HB3 ASP 726 HB3 ASP 726 37.302 -16.600 0.073
No H/Q in entry = 4
In of MODEL 17
1 H VAL 727 H VAL 727 40.159 -17.608 -0.694
2 HA VAL 727 HA VAL 727 39.211 -20.041 -2.006
3 HB VAL 727 HB VAL 727 41.563 -20.718 -2.525
4 HG12 VAL 727 HG11 VAL 727 40.663 -18.199 -3.918
5 HG11 VAL 727 HG12 VAL 727 40.165 -19.841 -4.316
6 HG13 VAL 727 HG13 VAL 727 41.840 -19.349 -4.552
7 HG21 VAL 727 HG21 VAL 727 42.749 -19.244 -0.975
8 HG23 VAL 727 HG22 VAL 727 42.227 -17.836 -1.896
9 HG22 VAL 727 HG23 VAL 727 43.331 -19.004 -2.623
No H/Q in entry = 9
In of MODEL 17
1 H CYS 728 H CYS 728 40.011 -22.004 -0.974
2 HA CYS 728 HA CYS 728 40.501 -21.569 1.871
3 HB2 CYS 728 HB2 CYS 728 39.663 -24.056 0.371
4 HB3 CYS 728 HB3 CYS 728 39.933 -23.979 2.102
No H/Q in entry = 4
In of MODEL 17
1 H ALA 729 H ALA 729 42.515 -21.705 2.534
2 HA ALA 729 HA ALA 729 44.288 -23.474 1.048
3 HB2 ALA 729 HB1 ALA 729 46.097 -21.930 1.539
4 HB1 ALA 729 HB2 ALA 729 44.950 -20.840 2.326
5 HB3 ALA 729 HB3 ALA 729 44.824 -21.164 0.591
No H/Q in entry = 5
In of MODEL 17
1 H GLN 730 H GLN 730 45.737 -24.567 2.241
2 HA GLN 730 HA GLN 730 45.037 -24.890 5.043
3 HB2 GLN 730 HB2 GLN 730 45.000 -26.918 3.611
4 HB3 GLN 730 HB3 GLN 730 46.687 -26.635 3.234
5 HG2 GLN 730 HG2 GLN 730 47.351 -26.987 5.479
6 HG3 GLN 730 HG3 GLN 730 45.694 -27.102 6.035
7 HE21 GLN 730 HE21 GLN 730 45.911 -29.186 6.835
8 HE22 GLN 730 HE22 GLN 730 46.186 -30.549 5.809
No H/Q in entry = 8
In of MODEL 17
1 H ASP 731 H ASP 731 46.270 -24.085 6.464
2 HA ASP 731 HA ASP 731 48.780 -22.832 5.954
3 HB2 ASP 731 HB2 ASP 731 47.205 -22.118 7.744
4 HB3 ASP 731 HB3 ASP 731 47.461 -23.652 8.555
No H/Q in entry = 4
In of MODEL 17
1 H GLU 732 H GLU 732 50.743 -23.928 5.839
2 HA GLU 732 HA GLU 732 50.753 -26.733 6.223
3 HB2 GLU 732 HB2 GLU 732 52.845 -24.772 5.459
4 HB3 GLU 732 HB3 GLU 732 53.291 -26.425 5.866
5 HG2 GLU 732 HG2 GLU 732 51.325 -25.610 3.739
6 HG3 GLU 732 HG3 GLU 732 52.992 -26.127 3.467
No H/Q in entry = 6
In of MODEL 17
1 H ARG 733 H ARG 733 51.283 -24.263 8.502
2 HA ARG 733 HA ARG 733 53.078 -25.908 10.041
3 HB2 ARG 733 HB2 ARG 733 51.996 -23.128 10.433
4 HB3 ARG 733 HB3 ARG 733 53.197 -23.913 11.444
5 HG2 ARG 733 HG2 ARG 733 53.530 -23.256 8.515
6 HG3 ARG 733 HG3 ARG 733 54.223 -22.337 9.852
7 HD2 ARG 733 HD2 ARG 733 55.522 -24.273 10.529
8 HD3 ARG 733 HD3 ARG 733 54.803 -25.238 9.241
9 HE ARG 733 HE ARG 733 55.901 -23.189 7.904
10 HH11 ARG 733 HH11 ARG 733 57.188 -25.365 10.377
11 HH12 ARG 733 HH12 ARG 733 58.777 -25.367 9.776
12 HH21 ARG 733 HH21 ARG 733 58.134 -23.169 7.052
13 HH22 ARG 733 HH22 ARG 733 59.320 -24.086 7.867
No H/Q in entry = 13
In of MODEL 17
1 H SER 734 H SER 734 49.898 -24.467 10.144
2 HA SER 734 HA SER 734 49.310 -25.767 12.689
3 HB2 SER 734 HB2 SER 734 47.579 -23.926 11.066
4 HB3 SER 734 HB3 SER 734 47.473 -24.273 12.793
5 HG SER 734 HG SER 734 49.488 -22.856 11.402
No H/Q in entry = 5
In of MODEL 17
1 H LYS 735 H LYS 735 48.763 -26.276 9.283
2 HA LYS 735 HA LYS 735 47.610 -27.605 8.064
3 HB2 LYS 735 HB2 LYS 735 47.562 -29.257 10.571
4 HB3 LYS 735 HB3 LYS 735 46.930 -29.837 9.035
5 HG2 LYS 735 HG2 LYS 735 49.774 -28.995 9.598
6 HG3 LYS 735 HG3 LYS 735 49.190 -30.644 9.365
7 HD2 LYS 735 HD2 LYS 735 48.385 -29.860 7.064
8 HD3 LYS 735 HD3 LYS 735 49.305 -28.412 7.362
9 HE2 LYS 735 HE2 LYS 735 51.359 -29.538 7.506
10 HE3 LYS 735 HE3 LYS 735 50.588 -31.122 7.513
11 HZ1 LYS 735 HZ1 LYS 735 50.555 -29.232 5.180
12 HZ3 LYS 735 HZ2 LYS 735 49.962 -30.814 5.216
13 HZ2 LYS 735 HZ3 LYS 735 51.596 -30.530 5.382
No H/Q in entry = 13
In of MODEL 17
1 H ARG 736 H ARG 736 46.161 -25.566 9.564
2 HA ARG 736 HA ARG 736 43.451 -26.640 9.596
3 HB2 ARG 736 HB2 ARG 736 42.791 -24.480 10.422
4 HB3 ARG 736 HB3 ARG 736 44.157 -25.075 11.356
5 HG2 ARG 736 HG2 ARG 736 45.654 -23.660 10.063
6 HG3 ARG 736 HG3 ARG 736 44.276 -23.067 9.138
7 HD2 ARG 736 HD2 ARG 736 44.904 -21.536 10.812
8 HD3 ARG 736 HD3 ARG 736 43.299 -22.171 11.176
9 HE ARG 736 HE ARG 736 44.439 -23.670 12.789
10 HH11 ARG 736 HH11 ARG 736 46.125 -20.672 11.860
11 HH12 ARG 736 HH12 ARG 736 46.909 -20.495 13.341
12 HH21 ARG 736 HH21 ARG 736 45.527 -23.427 14.818
13 HH22 ARG 736 HH22 ARG 736 46.568 -22.097 15.063
No H/Q in entry = 13
In of MODEL 17
1 H ILE 737 H ILE 737 41.820 -25.702 8.217
2 HA ILE 737 HA ILE 737 42.949 -24.694 5.721
3 HB ILE 737 HB ILE 737 40.067 -25.429 6.203
4 HG12 ILE 737 HG12 ILE 737 41.526 -27.410 6.762
5 HG13 ILE 737 HG13 ILE 737 40.466 -27.682 5.391
6 HG23 ILE 737 HG21 ILE 737 40.002 -25.584 3.810
7 HG22 ILE 737 HG22 ILE 737 41.752 -25.474 3.714
8 HG21 ILE 737 HG23 ILE 737 40.825 -24.069 4.224
9 HD11 ILE 737 HD11 ILE 737 42.339 -27.238 3.901
10 HD13 ILE 737 HD12 ILE 737 42.640 -28.615 4.969
11 HD12 ILE 737 HD13 ILE 737 43.410 -27.054 5.291
No H/Q in entry = 11
In of MODEL 17
1 H LEU 738 H LEU 738 42.856 -22.546 5.514
2 HA LEU 738 HA LEU 738 40.670 -21.216 6.873
3 HB2 LEU 738 HB2 LEU 738 42.049 -19.262 7.412
4 HB3 LEU 738 HB3 LEU 738 42.604 -20.698 8.238
5 HG LEU 738 HG LEU 738 43.947 -19.630 5.744
6 HD12 LEU 738 HD11 LEU 738 45.589 -18.640 7.258
7 HD11 LEU 738 HD12 LEU 738 44.602 -19.105 8.646
8 HD13 LEU 738 HD13 LEU 738 44.001 -17.908 7.495
9 HD22 LEU 738 HD21 LEU 738 45.802 -20.968 6.570
10 HD21 LEU 738 HD22 LEU 738 44.318 -21.930 6.363
11 HD23 LEU 738 HD23 LEU 738 44.810 -21.409 7.972
No H/Q in entry = 11
In of MODEL 17
1 HA PRO 739 HA PRO 739 39.874 -19.264 3.054
2 HB2 PRO 739 HB2 PRO 739 38.575 -17.077 4.007
3 HB3 PRO 739 HB3 PRO 739 37.826 -18.676 3.911
4 HG2 PRO 739 HG2 PRO 739 38.980 -17.272 6.273
5 HG3 PRO 739 HG3 PRO 739 37.554 -18.320 6.171
6 HD2 PRO 739 HD2 PRO 739 40.035 -19.205 7.095
7 HD3 PRO 739 HD3 PRO 739 38.795 -20.238 6.336
No H/Q in entry = 7
In of MODEL 17
1 H LEU 740 H LEU 740 41.474 -18.447 2.076
2 HA LEU 740 HA LEU 740 42.726 -15.925 2.966
3 HB2 LEU 740 HB2 LEU 740 43.832 -18.136 1.235
4 HB3 LEU 740 HB3 LEU 740 44.582 -16.574 1.443
5 HG LEU 740 HG LEU 740 44.252 -18.715 3.544
6 HD11 LEU 740 HD11 LEU 740 45.978 -19.105 1.877
7 HD13 LEU 740 HD12 LEU 740 46.671 -18.762 3.462
8 HD12 LEU 740 HD13 LEU 740 46.666 -17.517 2.211
9 HD22 LEU 740 HD21 LEU 740 43.990 -16.528 4.575
10 HD21 LEU 740 HD22 LEU 740 45.442 -15.949 3.763
11 HD23 LEU 740 HD23 LEU 740 45.564 -17.209 4.990
No H/Q in entry = 11
In of MODEL 17
1 H THR 741 H THR 741 43.511 -14.846 0.801
2 HA THR 741 HA THR 741 41.524 -15.343 -1.255
3 HB THR 741 HB THR 741 42.363 -12.907 -1.840
4 HG1 THR 741 HG1 THR 741 42.453 -11.795 0.298
5 HG22 THR 741 HG21 THR 741 40.287 -13.511 0.263
6 HG21 THR 741 HG22 THR 741 40.082 -13.573 -1.493
7 HG23 THR 741 HG23 THR 741 40.389 -12.021 -0.698
No H/Q in entry = 7
In of MODEL 17
1 H VAL 742 H VAL 742 42.360 -14.738 -3.386
2 HA VAL 742 HA VAL 742 44.638 -16.101 -4.082
3 HB VAL 742 HB VAL 742 43.418 -13.733 -5.473
4 HG11 VAL 742 HG11 VAL 742 45.219 -15.810 -6.636
5 HG13 VAL 742 HG12 VAL 742 45.479 -14.056 -6.427
6 HG12 VAL 742 HG13 VAL 742 44.240 -14.633 -7.531
7 HG21 VAL 742 HG21 VAL 742 42.749 -16.637 -5.716
8 HG23 VAL 742 HG22 VAL 742 42.266 -15.354 -6.847
9 HG22 VAL 742 HG23 VAL 742 41.739 -15.271 -5.163
No H/Q in entry = 9
In of MODEL 17
1 H CYS 743 H CYS 743 44.025 -12.713 -3.574
2 HA CYS 743 HA CYS 743 46.531 -11.697 -4.179
3 HB2 CYS 743 HB2 CYS 743 45.787 -9.652 -3.218
4 HB3 CYS 743 HB3 CYS 743 44.435 -10.389 -4.052
No H/Q in entry = 4
In of MODEL 17
1 H LYS 744 H LYS 744 45.110 -12.519 -1.085
2 HA LYS 744 HA LYS 744 47.241 -11.685 0.422
3 HB2 LYS 744 HB2 LYS 744 44.919 -12.106 1.127
4 HB3 LYS 744 HB3 LYS 744 45.248 -13.822 1.097
5 HG2 LYS 744 HG2 LYS 744 46.860 -13.613 2.868
6 HG3 LYS 744 HG3 LYS 744 46.715 -11.854 2.843
7 HD2 LYS 744 HD2 LYS 744 44.477 -13.774 3.475
8 HD3 LYS 744 HD3 LYS 744 45.412 -12.892 4.687
9 HE2 LYS 744 HE2 LYS 744 44.609 -10.762 3.708
10 HE3 LYS 744 HE3 LYS 744 43.658 -11.663 2.532
11 HZ3 LYS 744 HZ1 LYS 744 42.356 -12.592 4.339
12 HZ2 LYS 744 HZ2 LYS 744 42.324 -10.913 4.411
13 HZ1 LYS 744 HZ3 LYS 744 43.289 -11.765 5.469
No H/Q in entry = 13
In of MODEL 17
1 H MET 745 H MET 745 46.204 -15.024 -0.431
2 HA MET 745 HA MET 745 48.318 -16.546 0.533
3 HB2 MET 745 HB2 MET 745 46.836 -17.894 -0.156
4 HB3 MET 745 HB3 MET 745 46.193 -16.882 -1.467
5 HG2 MET 745 HG2 MET 745 47.034 -18.719 -2.646
6 HG3 MET 745 HG3 MET 745 48.374 -17.618 -2.671
7 HE3 MET 745 HE1 MET 745 47.130 -20.082 0.227
8 HE2 MET 745 HE2 MET 745 48.153 -21.473 -0.172
9 HE1 MET 745 HE3 MET 745 46.958 -20.897 -1.322
No H/Q in entry = 9
In of MODEL 17
1 H HIS 746 H HIS 746 48.172 -14.718 -2.522
2 HA HIS 746 HA HIS 746 50.569 -15.877 -3.540
3 HB2 HIS 746 HB2 HIS 746 48.808 -13.708 -4.321
4 HB3 HIS 746 HB3 HIS 746 50.487 -13.484 -4.860
5 HD1 HIS 746 HD1 HIS 746 51.254 -16.123 -5.917
6 HD2 HIS 746 HD2 HIS 746 47.391 -14.682 -6.317
7 HE1 HIS 746 HE1 HIS 746 50.310 -17.311 -7.899
8 HE2 HIS 746 HE2 HIS 746 47.904 -16.607 -7.972
No H/Q in entry = 8
In of MODEL 17
1 H VAL 747 H VAL 747 49.951 -12.813 -1.874
2 HA VAL 747 HA VAL 747 52.689 -12.050 -1.866
3 HB VAL 747 HB VAL 747 50.352 -11.146 -0.153
4 HG13 VAL 747 HG11 VAL 747 51.771 -9.258 0.485
5 HG12 VAL 747 HG12 VAL 747 53.107 -9.956 -0.430
6 HG11 VAL 747 HG13 VAL 747 52.490 -10.783 0.999
7 HG23 VAL 747 HG21 VAL 747 51.760 -9.822 -2.433
8 HG22 VAL 747 HG22 VAL 747 50.380 -9.171 -1.542
9 HG21 VAL 747 HG23 VAL 747 50.195 -10.626 -2.532
No H/Q in entry = 9
In of MODEL 17
1 H LEU 748 H LEU 748 50.556 -13.596 0.350
2 HA LEU 748 HA LEU 748 51.941 -14.190 2.645
3 HB2 LEU 748 HB2 LEU 748 49.610 -14.550 2.233
4 HB3 LEU 748 HB3 LEU 748 49.953 -15.528 0.858
5 HG LEU 748 HG LEU 748 48.868 -16.759 2.459
6 HD13 LEU 748 HD11 LEU 748 50.222 -18.069 1.308
7 HD12 LEU 748 HD12 LEU 748 50.329 -18.608 2.984
8 HD11 LEU 748 HD13 LEU 748 51.651 -17.665 2.262
9 HD21 LEU 748 HD21 LEU 748 50.884 -15.919 4.515
10 HD23 LEU 748 HD22 LEU 748 49.690 -17.232 4.683
11 HD22 LEU 748 HD23 LEU 748 49.133 -15.594 4.400
No H/Q in entry = 11
In of MODEL 17
1 H HIS 749 H HIS 749 51.845 -15.993 -0.404
2 HA HIS 749 HA HIS 749 53.697 -18.005 0.339
3 HB2 HIS 749 HB2 HIS 749 51.863 -17.808 -1.585
4 HB3 HIS 749 HB3 HIS 749 53.254 -17.269 -2.511
5 HD1 HIS 749 HD1 HIS 749 55.072 -19.090 -3.053
6 HD2 HIS 749 HD2 HIS 749 51.772 -20.436 -0.944
7 HE1 HIS 749 HE1 HIS 749 55.193 -21.591 -3.160
8 HE2 HIS 749 HE2 HIS 749 53.274 -22.401 -1.768
No H/Q in entry = 8
In of MODEL 17
1 H CYS 750 H CYS 750 53.948 -14.880 -1.239
2 HA CYS 750 HA CYS 750 56.611 -15.184 -2.218
3 HB2 CYS 750 HB2 CYS 750 54.882 -13.582 -3.110
4 HB3 CYS 750 HB3 CYS 750 55.071 -12.591 -1.690
No H/Q in entry = 4
In of MODEL 17
1 H GLN 751 H GLN 751 55.150 -14.022 0.718
2 HA GLN 751 HA GLN 751 57.442 -12.943 1.976
3 HB2 GLN 751 HB2 GLN 751 54.962 -14.165 3.197
4 HB3 GLN 751 HB3 GLN 751 56.158 -13.240 4.086
5 HG2 GLN 751 HG2 GLN 751 54.529 -12.177 1.800
6 HG3 GLN 751 HG3 GLN 751 54.099 -11.966 3.486
7 HE21 GLN 751 HE21 GLN 751 54.620 -9.904 1.516
8 HE22 GLN 751 HE22 GLN 751 55.973 -9.015 2.067
No H/Q in entry = 8
In of MODEL 17
1 H GLY 752 H GLY 752 56.551 -16.189 1.318
2 HA3 GLY 752 HA2 GLY 752 58.194 -17.914 1.544
3 HA2 GLY 752 HA3 GLY 752 58.822 -17.081 2.957
No H/Q in entry = 3
In of MODEL 17
1 H ARG 753 H ARG 753 55.408 -17.359 2.688
2 HA ARG 753 HA ARG 753 55.442 -19.250 4.905
3 HB2 ARG 753 HB2 ARG 753 53.119 -17.717 3.712
4 HB3 ARG 753 HB3 ARG 753 53.093 -18.653 5.199
5 HG2 ARG 753 HG2 ARG 753 54.717 -16.157 4.726
6 HG3 ARG 753 HG3 ARG 753 53.201 -16.243 5.620
7 HD2 ARG 753 HD2 ARG 753 54.232 -17.699 7.268
8 HD3 ARG 753 HD3 ARG 753 55.738 -17.707 6.346
9 HE ARG 753 HE ARG 753 55.517 -15.137 6.750
10 HH11 ARG 753 HH11 ARG 753 54.944 -17.735 9.072
11 HH12 ARG 753 HH12 ARG 753 55.337 -16.791 10.422
12 HH21 ARG 753 HH21 ARG 753 56.034 -13.858 8.575
13 HH22 ARG 753 HH22 ARG 753 55.999 -14.508 10.144
No H/Q in entry = 13
In of MODEL 17
1 H ASN 754 H ASN 754 54.850 -21.304 4.656
2 HA ASN 754 HA ASN 754 54.288 -22.207 1.956
3 HB2 ASN 754 HB2 ASN 754 54.923 -23.770 4.471
4 HB3 ASN 754 HB3 ASN 754 54.650 -24.484 2.890
5 HD21 ASN 754 HD21 ASN 754 56.979 -24.600 4.580
6 HD22 ASN 754 HD22 ASN 754 58.291 -23.950 3.676
No H/Q in entry = 6
In of MODEL 17
1 H TYR 755 H TYR 755 52.344 -22.608 1.309
2 HA TYR 755 HA TYR 755 50.301 -23.506 3.179
3 HB2 TYR 755 HB2 TYR 755 50.180 -21.061 1.458
4 HB3 TYR 755 HB3 TYR 755 48.718 -21.980 1.740
5 HD1 TYR 755 HD1 TYR 755 47.369 -21.124 3.385
6 HD2 TYR 755 HD2 TYR 755 51.560 -20.649 3.809
7 HE1 TYR 755 HE1 TYR 755 47.019 -19.881 5.439
8 HE2 TYR 755 HE2 TYR 755 51.216 -19.419 5.890
9 HH TYR 755 HH TYR 755 48.559 -19.546 7.604
No H/Q in entry = 9
In of MODEL 17
1 H THR 756 H THR 756 48.800 -24.794 2.257
2 HA THR 756 HA THR 756 49.421 -25.716 -0.450
3 HB THR 756 HB THR 756 48.184 -27.107 1.929
4 HG1 THR 756 HG1 THR 756 50.147 -27.630 2.417
5 HG22 THR 756 HG21 THR 756 48.369 -29.157 0.587
6 HG21 THR 756 HG22 THR 756 48.960 -28.178 -0.776
7 HG23 THR 756 HG23 THR 756 47.320 -27.941 -0.154
No H/Q in entry = 7
In of MODEL 17
1 H LEU 757 H LEU 757 47.578 -25.933 -1.864
2 HA LEU 757 HA LEU 757 45.278 -24.578 -0.773
3 HB2 LEU 757 HB2 LEU 757 45.934 -25.169 -3.630
4 HB3 LEU 757 HB3 LEU 757 44.386 -24.526 -3.111
5 HG LEU 757 HG LEU 757 46.009 -22.785 -1.924
6 HD11 LEU 757 HD11 LEU 757 47.524 -23.558 -4.392
7 HD13 LEU 757 HD12 LEU 757 48.055 -23.707 -2.714
8 HD12 LEU 757 HD13 LEU 757 47.800 -22.113 -3.418
9 HD21 LEU 757 HD21 LEU 757 44.138 -22.259 -3.275
10 HD23 LEU 757 HD22 LEU 757 45.031 -22.638 -4.759
11 HD22 LEU 757 HD23 LEU 757 45.514 -21.270 -3.740
No H/Q in entry = 11
In of MODEL 17
1 H THR 758 H THR 758 43.207 -25.219 -0.933
2 HA THR 758 HA THR 758 42.770 -28.076 -1.263
3 HB THR 758 HB THR 758 41.333 -27.937 0.837
4 HG1 THR 758 HG1 THR 758 42.167 -25.349 0.676
5 HG22 THR 758 HG21 THR 758 44.301 -27.418 1.213
6 HG21 THR 758 HG22 THR 758 43.561 -28.989 0.901
7 HG23 THR 758 HG23 THR 758 43.232 -28.155 2.407
No H/Q in entry = 7
In of MODEL 17
1 H GLY 759 H GLY 759 40.156 -28.305 -0.974
2 HA3 GLY 759 HA2 GLY 759 39.085 -26.644 -3.057
3 HA2 GLY 759 HA3 GLY 759 38.259 -27.967 -2.242
No H/Q in entry = 3
In of MODEL 17
1 H ARG 760 H ARG 760 36.944 -25.671 -2.847
2 HA ARG 760 HA ARG 760 36.925 -23.664 -0.819
3 HB2 ARG 760 HB2 ARG 760 35.005 -22.742 -1.842
4 HB3 ARG 760 HB3 ARG 760 35.864 -23.497 -3.166
5 HG2 ARG 760 HG2 ARG 760 33.457 -24.630 -1.734
6 HG3 ARG 760 HG3 ARG 760 33.437 -23.869 -3.324
7 HD2 ARG 760 HD2 ARG 760 34.856 -25.643 -4.192
8 HD3 ARG 760 HD3 ARG 760 34.944 -26.346 -2.564
9 HE ARG 760 HE ARG 760 32.288 -26.207 -3.228
10 HH11 ARG 760 HH11 ARG 760 35.175 -27.817 -4.525
11 HH12 ARG 760 HH12 ARG 760 34.375 -29.205 -5.054
12 HH21 ARG 760 HH21 ARG 760 31.147 -28.115 -3.995
13 HH22 ARG 760 HH22 ARG 760 32.000 -29.390 -4.737
No H/Q in entry = 13
In of MODEL 17
1 H ASP 761 H ASP 761 35.863 -26.825 -0.732
2 HA ASP 761 HA ASP 761 33.674 -26.471 1.074
3 HB2 ASP 761 HB2 ASP 761 33.584 -28.917 1.036
4 HB3 ASP 761 HB3 ASP 761 33.656 -28.253 -0.596
No H/Q in entry = 4
In of MODEL 17
1 H SER 762 H SER 762 37.064 -26.705 1.245
2 HA SER 762 HA SER 762 37.197 -28.210 3.657
3 HB2 SER 762 HB2 SER 762 39.332 -26.655 2.202
4 HB3 SER 762 HB3 SER 762 39.609 -27.824 3.497
5 HG SER 762 HG SER 762 38.034 -28.798 1.495
No H/Q in entry = 5
In of MODEL 17
1 H CYS 763 H CYS 763 36.907 -24.823 2.867
2 HA CYS 763 HA CYS 763 37.119 -24.274 5.733
3 HB2 CYS 763 HB2 CYS 763 38.146 -22.169 5.388
4 HB3 CYS 763 HB3 CYS 763 39.068 -23.309 4.422
No H/Q in entry = 4
In of MODEL 17
1 H THR 764 H THR 764 36.053 -21.991 6.142
2 HA THR 764 HA THR 764 33.445 -22.103 4.905
3 HB THR 764 HB THR 764 34.429 -20.440 7.239
4 HG1 THR 764 HG1 THR 764 33.470 -23.063 6.985
5 HG22 THR 764 HG21 THR 764 31.643 -21.238 6.376
6 HG21 THR 764 HG22 THR 764 32.372 -19.652 6.134
7 HG23 THR 764 HG23 THR 764 32.054 -20.231 7.771
No H/Q in entry = 7
In of MODEL 17
1 H LEU 765 H LEU 765 33.692 -21.184 2.966
2 HA LEU 765 HA LEU 765 35.292 -18.789 2.698
3 HB2 LEU 765 HB2 LEU 765 35.185 -20.974 1.218
4 HB3 LEU 765 HB3 LEU 765 33.856 -20.097 0.481
5 HG LEU 765 HG LEU 765 35.398 -18.237 -0.027
6 HD13 LEU 765 HD11 LEU 765 36.999 -18.534 1.739
7 HD12 LEU 765 HD12 LEU 765 37.833 -18.711 0.190
8 HD11 LEU 765 HD13 LEU 765 37.405 -20.134 1.139
9 HD22 LEU 765 HD21 LEU 765 36.603 -19.384 -1.797
10 HD21 LEU 765 HD22 LEU 765 34.949 -19.984 -1.686
11 HD23 LEU 765 HD23 LEU 765 36.284 -20.940 -1.030
No H/Q in entry = 11
In of MODEL 17
1 HA PRO 766 HA PRO 766 31.615 -16.322 2.932
2 HB2 PRO 766 HB2 PRO 766 32.688 -13.941 2.150
3 HB3 PRO 766 HB3 PRO 766 32.922 -14.636 3.755
4 HG2 PRO 766 HG2 PRO 766 34.764 -14.637 1.403
5 HG3 PRO 766 HG3 PRO 766 35.150 -14.456 3.122
6 HD2 PRO 766 HD2 PRO 766 35.475 -16.761 1.698
7 HD3 PRO 766 HD3 PRO 766 35.206 -16.741 3.445
No H/Q in entry = 7
In of MODEL 17
1 H ALA 767 H ALA 767 33.468 -15.139 0.092
2 HA ALA 767 HA ALA 767 31.082 -14.497 -1.342
3 HB1 ALA 767 HB1 ALA 767 33.930 -14.525 -2.245
4 HB2 ALA 767 HB2 ALA 767 33.116 -13.160 -1.469
5 HB3 ALA 767 HB3 ALA 767 32.594 -13.718 -3.068
No H/Q in entry = 5
In of MODEL 17
1 H SER 768 H SER 768 31.753 -17.338 -0.787
2 HA SER 768 HA SER 768 32.018 -18.541 -3.394
3 HB2 SER 768 HB2 SER 768 32.965 -19.639 -1.379
4 HB3 SER 768 HB3 SER 768 31.345 -19.802 -0.715
5 HG SER 768 HG SER 768 31.340 -21.620 -1.723
No H/Q in entry = 5
In of MODEL 17
1 H ALA 769 H ALA 769 29.486 -18.245 -0.883
2 HA ALA 769 HA ALA 769 27.558 -19.069 -2.912
3 HB2 ALA 769 HB1 ALA 769 26.153 -19.855 -1.102
4 HB3 ALA 769 HB2 ALA 769 27.344 -19.314 0.081
5 HB1 ALA 769 HB3 ALA 769 27.738 -20.623 -1.032
No H/Q in entry = 5
In of MODEL 17
1 H GLU 770 H GLU 770 25.934 -17.867 -3.367
2 HA GLU 770 HA GLU 770 24.565 -16.199 -3.645
3 HB2 GLU 770 HB2 GLU 770 24.668 -16.060 -0.664
4 HB3 GLU 770 HB3 GLU 770 23.497 -15.193 -1.656
5 HG2 GLU 770 HG2 GLU 770 22.859 -17.332 -2.671
6 HG3 GLU 770 HG3 GLU 770 23.931 -18.136 -1.534
No H/Q in entry = 6
In of MODEL 17
1 H LYS 771 H LYS 771 25.128 -14.638 -4.792
2 HA LYS 771 HA LYS 771 27.085 -12.757 -3.775
3 HB2 LYS 771 HB2 LYS 771 25.783 -12.821 -6.499
4 HB3 LYS 771 HB3 LYS 771 27.171 -11.862 -6.003
5 HG2 LYS 771 HG2 LYS 771 27.049 -14.858 -6.340
6 HG3 LYS 771 HG3 LYS 771 27.920 -13.712 -7.358
7 HD2 LYS 771 HD2 LYS 771 29.713 -14.159 -6.081
8 HD3 LYS 771 HD3 LYS 771 28.918 -13.241 -4.805
9 HE2 LYS 771 HE2 LYS 771 29.556 -15.385 -3.888
10 HE3 LYS 771 HE3 LYS 771 27.806 -15.375 -4.069
11 HZ2 LYS 771 HZ1 LYS 771 28.820 -17.457 -4.849
12 HZ1 LYS 771 HZ2 LYS 771 29.691 -16.609 -5.995
13 HZ3 LYS 771 HZ3 LYS 771 28.021 -16.662 -6.091
No H/Q in entry = 13
In of MODEL 17
1 H ALA 772 H ALA 772 26.483 -10.996 -2.821
2 HA ALA 772 HA ALA 772 24.167 -9.525 -3.639
3 HB1 ALA 772 HB1 ALA 772 23.194 -9.477 -1.372
4 HB3 ALA 772 HB2 ALA 772 24.393 -10.652 -0.835
5 HB2 ALA 772 HB3 ALA 772 23.184 -11.113 -2.032
No H/Q in entry = 5
In of MODEL 17
1 H CYS 773 H CYS 773 24.103 -7.514 -2.085
2 HA CYS 773 HA CYS 773 26.675 -6.358 -2.292
3 HB2 CYS 773 HB2 CYS 773 24.273 -5.355 -0.760
4 HB3 CYS 773 HB3 CYS 773 25.624 -4.389 -1.355
No H/Q in entry = 4
In of MODEL 17
1 H GLY 774 H GLY 774 28.241 -6.413 -0.857
2 HA3 GLY 774 HA2 GLY 774 28.757 -6.389 1.602
3 HA2 GLY 774 HA3 GLY 774 27.689 -7.793 1.675
No H/Q in entry = 3
In of MODEL 17
1 H ALA 775 H ALA 775 28.567 -8.667 -1.030
2 HA ALA 775 HA ALA 775 31.420 -8.908 -0.959
3 HB2 ALA 775 HB1 ALA 775 30.803 -10.801 0.504
4 HB1 ALA 775 HB2 ALA 775 31.474 -11.369 -1.023
5 HB3 ALA 775 HB3 ALA 775 29.731 -11.417 -0.755
No H/Q in entry = 5
In of MODEL 17
1 H CYS 776 H CYS 776 31.549 -8.023 -2.876
2 HA CYS 776 HA CYS 776 31.416 -9.349 -5.261
3 HB2 CYS 776 HB2 CYS 776 29.388 -8.357 -6.391
4 HB3 CYS 776 HB3 CYS 776 28.949 -9.424 -5.068
No H/Q in entry = 4
In of MODEL 17
1 HA PRO 777 HA PRO 777 33.103 -5.031 -4.950
2 HB2 PRO 777 HB2 PRO 777 35.817 -5.844 -4.897
3 HB3 PRO 777 HB3 PRO 777 34.830 -5.294 -3.548
4 HG2 PRO 777 HG2 PRO 777 35.832 -7.894 -3.879
5 HG3 PRO 777 HG3 PRO 777 34.567 -7.398 -2.748
6 HD2 PRO 777 HD2 PRO 777 34.315 -8.689 -5.430
7 HD3 PRO 777 HD3 PRO 777 33.314 -8.894 -3.975
No H/Q in entry = 7
In of MODEL 17
1 H LEU 778 H LEU 778 35.209 -7.287 -6.742
2 HA LEU 778 HA LEU 778 35.906 -5.296 -8.699
3 HB2 LEU 778 HB2 LEU 778 36.401 -8.281 -8.855
4 HB3 LEU 778 HB3 LEU 778 37.183 -7.056 -9.814
5 HG LEU 778 HG LEU 778 38.323 -6.262 -7.692
6 HD13 LEU 778 HD11 LEU 778 36.806 -7.202 -6.041
7 HD12 LEU 778 HD12 LEU 778 38.426 -7.865 -5.831
8 HD11 LEU 778 HD13 LEU 778 37.172 -8.830 -6.607
9 HD23 LEU 778 HD21 LEU 778 38.778 -9.118 -8.484
10 HD22 LEU 778 HD22 LEU 778 39.945 -8.048 -7.694
11 HD21 LEU 778 HD23 LEU 778 39.416 -7.711 -9.346
No H/Q in entry = 11
In of MODEL 17
1 H TRP 779 H TRP 779 34.396 -8.432 -8.923
2 HA TRP 779 HA TRP 779 33.482 -8.087 -11.616
3 HB2 TRP 779 HB2 TRP 779 32.535 -10.378 -11.118
4 HB3 TRP 779 HB3 TRP 779 34.295 -10.222 -11.066
5 HD1 TRP 779 HD1 TRP 779 31.249 -10.712 -8.774
6 HE1 TRP 779 HE1 TRP 779 32.077 -11.502 -6.460
7 HE3 TRP 779 HE3 TRP 779 36.269 -10.317 -9.532
8 HZ2 TRP 779 HZ2 TRP 779 34.563 -11.890 -5.146
9 HZ3 TRP 779 HZ3 TRP 779 37.790 -10.912 -7.715
10 HH2 TRP 779 HH2 TRP 779 36.950 -11.688 -5.571
No H/Q in entry = 10
In of MODEL 17
1 H GLY 780 H GLY 780 32.248 -6.845 -8.881
2 HA3 GLY 780 HA2 GLY 780 29.512 -7.358 -9.760
3 HA2 GLY 780 HA3 GLY 780 29.952 -7.516 -8.066
No H/Q in entry = 3
In of MODEL 17
1 H LYS 781 H LYS 781 28.044 -5.819 -9.171
2 HA LYS 781 HA LYS 781 29.033 -3.333 -8.069
3 HB2 LYS 781 HB2 LYS 781 29.151 -3.053 -10.501
4 HB3 LYS 781 HB3 LYS 781 27.480 -3.583 -10.655
5 HG2 LYS 781 HG2 LYS 781 26.729 -1.596 -9.436
6 HG3 LYS 781 HG3 LYS 781 28.402 -1.081 -9.239
7 HD2 LYS 781 HD2 LYS 781 27.077 -1.495 -11.920
8 HD3 LYS 781 HD3 LYS 781 27.144 0.066 -11.101
9 HE2 LYS 781 HE2 LYS 781 29.540 0.062 -11.192
10 HE3 LYS 781 HE3 LYS 781 29.593 -1.557 -11.854
11 HZ3 LYS 781 HZ1 LYS 781 29.897 0.004 -13.639
12 HZ2 LYS 781 HZ2 LYS 781 28.566 0.904 -13.164
13 HZ1 LYS 781 HZ3 LYS 781 28.346 -0.629 -13.823
No H/Q in entry = 13
In of MODEL 17
1 H CYS 782 H CYS 782 27.714 -2.871 -6.508
2 HA CYS 782 HA CYS 782 25.271 -4.335 -6.190
3 HB2 CYS 782 HB2 CYS 782 26.600 -3.919 -4.236
4 HB3 CYS 782 HB3 CYS 782 26.555 -2.175 -4.504
No H/Q in entry = 4
In of MODEL 17
1 H ASP 783 H ASP 783 23.265 -3.680 -6.658
2 HA ASP 783 HA ASP 783 22.907 -1.232 -8.111
3 HB2 ASP 783 HB2 ASP 783 21.618 -3.366 -8.562
4 HB3 ASP 783 HB3 ASP 783 20.770 -3.093 -7.044
No H/Q in entry = 4
In of MODEL 17
1 H ALA 784 H ALA 784 21.703 -2.545 -5.075
2 HA ALA 784 HA ALA 784 22.096 -0.206 -3.568
3 HB2 ALA 784 HB1 ALA 784 19.714 0.232 -3.014
4 HB1 ALA 784 HB2 ALA 784 19.228 -0.923 -4.256
5 HB3 ALA 784 HB3 ALA 784 20.056 0.566 -4.713
No H/Q in entry = 5
In of MODEL 17
1 H GLU 785 H GLU 785 21.756 -0.741 -1.312
2 HA GLU 785 HA GLU 785 21.788 -3.582 -0.951
3 HB2 GLU 785 HB2 GLU 785 22.258 -1.330 0.995
4 HB3 GLU 785 HB3 GLU 785 22.291 -3.032 1.458
5 HG2 GLU 785 HG2 GLU 785 24.102 -3.447 -0.074
6 HG3 GLU 785 HG3 GLU 785 24.048 -1.783 -0.637
No H/Q in entry = 6
In of MODEL 17
1 H SER 786 H SER 786 19.786 -3.829 -1.661
2 HA SER 786 HA SER 786 17.787 -4.332 0.310
3 HB2 SER 786 HB2 SER 786 17.059 -2.417 -1.947
4 HB3 SER 786 HB3 SER 786 15.979 -3.005 -0.691
5 HG SER 786 HG SER 786 18.176 -1.803 0.325
No H/Q in entry = 5
In of MODEL 17
1 H SER 787 H SER 787 18.786 -3.848 -3.005
2 HA SER 787 HA SER 787 17.296 -6.103 -3.992
3 HB2 SER 787 HB2 SER 787 19.112 -4.125 -5.385
4 HB3 SER 787 HB3 SER 787 17.904 -5.181 -6.127
5 HG SER 787 HG SER 787 16.299 -3.963 -5.329
No H/Q in entry = 5
In of MODEL 17
1 H LYS 788 H LYS 788 19.057 -7.039 -5.873
2 HA LYS 788 HA LYS 788 21.099 -8.262 -4.225
3 HB2 LYS 788 HB2 LYS 788 21.393 -9.811 -6.089
4 HB3 LYS 788 HB3 LYS 788 19.711 -9.734 -5.585
5 HG2 LYS 788 HG2 LYS 788 19.212 -8.266 -7.472
6 HG3 LYS 788 HG3 LYS 788 20.902 -8.333 -7.975
7 HD2 LYS 788 HD2 LYS 788 20.688 -10.769 -8.250
8 HD3 LYS 788 HD3 LYS 788 18.986 -10.651 -7.800
9 HE2 LYS 788 HE2 LYS 788 18.579 -9.184 -9.712
10 HE3 LYS 788 HE3 LYS 788 20.278 -9.306 -10.171
11 HZ3 LYS 788 HZ1 LYS 788 18.933 -10.821 -11.461
12 HZ2 LYS 788 HZ2 LYS 788 18.336 -11.541 -10.063
13 HZ1 LYS 788 HZ3 LYS 788 19.944 -11.715 -10.452
No H/Q in entry = 13
In of MODEL 17
1 H CYS 789 H CYS 789 23.204 -8.740 -5.471
2 HA CYS 789 HA CYS 789 24.196 -6.209 -6.557
3 HB2 CYS 789 HB2 CYS 789 25.333 -7.321 -4.553
4 HB3 CYS 789 HB3 CYS 789 25.764 -8.636 -5.634
No H/Q in entry = 4
In of MODEL 17
1 H VAL 790 H VAL 790 25.032 -6.244 -8.659
2 HA VAL 790 HA VAL 790 24.412 -8.736 -10.054
3 HB VAL 790 HB VAL 790 24.250 -7.448 -12.149
4 HG12 VAL 790 HG11 VAL 790 22.472 -6.409 -9.950
5 HG11 VAL 790 HG12 VAL 790 22.258 -7.913 -10.842
6 HG13 VAL 790 HG13 VAL 790 22.112 -6.373 -11.679
7 HG21 VAL 790 HG21 VAL 790 25.724 -5.573 -11.607
8 HG23 VAL 790 HG22 VAL 790 24.579 -5.005 -10.391
9 HG22 VAL 790 HG23 VAL 790 24.134 -4.986 -12.097
No H/Q in entry = 9
In of MODEL 17
1 H CYS 791 H CYS 791 25.738 -9.448 -11.715
2 HA CYS 791 HA CYS 791 28.555 -8.968 -11.065
3 HB2 CYS 791 HB2 CYS 791 27.424 -11.235 -12.701
4 HB3 CYS 791 HB3 CYS 791 28.971 -11.101 -11.892
No H/Q in entry = 4
In of MODEL 17
1 H ARG 792 H ARG 792 29.873 -8.264 -12.491
2 HA ARG 792 HA ARG 792 28.690 -7.201 -14.918
3 HB2 ARG 792 HB2 ARG 792 31.216 -6.532 -13.413
4 HB3 ARG 792 HB3 ARG 792 30.726 -5.765 -14.922
5 HG2 ARG 792 HG2 ARG 792 28.660 -5.008 -13.876
6 HG3 ARG 792 HG3 ARG 792 29.155 -5.755 -12.361
7 HD2 ARG 792 HD2 ARG 792 30.786 -3.662 -13.753
8 HD3 ARG 792 HD3 ARG 792 29.488 -3.279 -12.635
9 HE ARG 792 HE ARG 792 31.114 -4.981 -11.256
10 HH11 ARG 792 HH11 ARG 792 31.821 -1.967 -13.039
11 HH12 ARG 792 HH12 ARG 792 32.885 -1.375 -11.823
12 HH21 ARG 792 HH21 ARG 792 32.529 -4.071 -9.591
13 HH22 ARG 792 HH22 ARG 792 33.284 -2.569 -9.853
No H/Q in entry = 13
In of MODEL 17
1 H GLU 793 H GLU 793 30.428 -7.052 -16.720
2 HA GLU 793 HA GLU 793 31.260 -9.784 -17.211
3 HB2 GLU 793 HB2 GLU 793 31.413 -7.322 -18.967
4 HB3 GLU 793 HB3 GLU 793 31.808 -8.956 -19.471
5 HG2 GLU 793 HG2 GLU 793 29.483 -9.627 -19.086
6 HG3 GLU 793 HG3 GLU 793 29.096 -7.975 -18.604
No H/Q in entry = 6
In of MODEL 17
1 H ALA 794 H ALA 794 33.486 -9.966 -18.300
2 HA ALA 794 HA ALA 794 35.445 -9.178 -16.430
3 HB1 ALA 794 HB1 ALA 794 35.756 -10.303 -19.202
4 HB2 ALA 794 HB2 ALA 794 35.609 -11.237 -17.716
5 HB3 ALA 794 HB3 ALA 794 37.030 -10.221 -17.985
No H/Q in entry = 5
In of MODEL 17
1 H SER 795 H SER 795 34.080 -7.578 -19.077
2 HA SER 795 HA SER 795 36.127 -5.912 -19.931
3 HB2 SER 795 HB2 SER 795 33.221 -5.229 -19.685
4 HB3 SER 795 HB3 SER 795 34.374 -4.617 -20.874
5 HG SER 795 HG SER 795 34.424 -6.554 -21.861
No H/Q in entry = 5
In of MODEL 17
1 H GLU 796 H GLU 796 33.844 -5.758 -17.186
2 HA GLU 796 HA GLU 796 34.998 -3.239 -16.417
3 HB2 GLU 796 HB2 GLU 796 32.583 -4.696 -15.362
4 HB3 GLU 796 HB3 GLU 796 33.322 -3.391 -14.448
5 HG2 GLU 796 HG2 GLU 796 32.977 -1.894 -16.399
6 HG3 GLU 796 HG3 GLU 796 32.119 -3.206 -17.205
No H/Q in entry = 6
In of MODEL 17
1 H CYS 797 H CYS 797 36.869 -4.662 -16.407
2 HA CYS 797 HA CYS 797 37.386 -6.003 -13.919
3 HB2 CYS 797 HB2 CYS 797 38.421 -6.791 -15.957
4 HB3 CYS 797 HB3 CYS 797 39.200 -5.229 -16.218
No H/Q in entry = 4
In of MODEL 17
1 H GLU 798 H GLU 798 36.707 -4.337 -12.731
2 HA GLU 798 HA GLU 798 37.736 -1.718 -12.687
3 HB2 GLU 798 HB2 GLU 798 35.524 -2.556 -11.841
4 HB3 GLU 798 HB3 GLU 798 36.367 -3.215 -10.459
5 HG2 GLU 798 HG2 GLU 798 36.805 -1.106 -9.584
6 HG3 GLU 798 HG3 GLU 798 36.502 -0.303 -11.131
No H/Q in entry = 6
In of MODEL 17
1 H GLU 799 H GLU 799 38.743 -4.662 -11.190
2 HA GLU 799 HA GLU 799 41.216 -3.371 -10.390
3 HB2 GLU 799 HB2 GLU 799 39.441 -4.009 -8.434
4 HB3 GLU 799 HB3 GLU 799 40.144 -5.597 -8.696
5 HG2 GLU 799 HG2 GLU 799 41.561 -3.094 -7.772
6 HG3 GLU 799 HG3 GLU 799 41.252 -4.578 -6.877
No H/Q in entry = 6
In of MODEL 17
1 H GLU 800 H GLU 800 42.913 -4.853 -10.716
2 HA GLU 800 HA GLU 800 42.482 -6.628 -12.922
3 HB2 GLU 800 HB2 GLU 800 44.930 -6.228 -11.215
4 HB3 GLU 800 HB3 GLU 800 44.872 -7.031 -12.767
5 HG2 GLU 800 HG2 GLU 800 44.339 -4.940 -13.861
6 HG3 GLU 800 HG3 GLU 800 44.278 -4.120 -12.295
No H/Q in entry = 6
In of MODEL 17
1 H GLY 801 H GLY 801 43.172 -7.006 -9.438
2 HA3 GLY 801 HA2 GLY 801 43.548 -8.750 -8.175
3 HA2 GLY 801 HA3 GLY 801 42.618 -9.716 -9.310
No H/Q in entry = 3
In of MODEL 17
1 H PHE 802 H PHE 802 43.962 -11.399 -9.360
2 HA PHE 802 HA PHE 802 46.640 -10.997 -10.509
3 HB2 PHE 802 HB2 PHE 802 45.499 -13.138 -8.752
4 HB3 PHE 802 HB3 PHE 802 47.061 -13.324 -9.525
5 HD1 PHE 802 HD1 PHE 802 45.122 -11.491 -7.066
6 HD2 PHE 802 HD2 PHE 802 48.918 -12.016 -8.833
7 HE1 PHE 802 HE1 PHE 802 46.094 -10.153 -5.320
8 HE2 PHE 802 HE2 PHE 802 49.922 -10.680 -7.075
9 HZ PHE 802 HZ PHE 802 48.527 -9.730 -5.288
No H/Q in entry = 9
In of MODEL 17
1 H SER 803 H SER 803 47.220 -13.383 -11.429
2 HA SER 803 HA SER 803 45.138 -14.030 -13.358
3 HB2 SER 803 HB2 SER 803 48.145 -14.421 -13.570
4 HB3 SER 803 HB3 SER 803 46.935 -14.706 -14.830
5 HG SER 803 HG SER 803 47.254 -12.757 -15.373
No H/Q in entry = 5
In of MODEL 17
1 H ILE 804 H ILE 804 44.302 -15.992 -13.043
2 HA ILE 804 HA ILE 804 45.826 -17.930 -11.452
3 HB ILE 804 HB ILE 804 43.868 -18.680 -10.255
4 HG12 ILE 804 HG12 ILE 804 42.134 -18.183 -12.021
5 HG13 ILE 804 HG13 ILE 804 41.650 -17.744 -10.395
6 HG21 ILE 804 HG21 ILE 804 45.081 -16.890 -9.208
7 HG23 ILE 804 HG22 ILE 804 43.359 -16.719 -8.856
8 HG22 ILE 804 HG23 ILE 804 44.118 -15.696 -10.076
9 HD13 ILE 804 HD11 ILE 804 40.925 -16.092 -11.982
10 HD12 ILE 804 HD12 ILE 804 42.562 -15.875 -12.577
11 HD11 ILE 804 HD13 ILE 804 42.151 -15.386 -10.930
No H/Q in entry = 11
In of MODEL 17
1 H CYS 805 H CYS 805 44.833 -20.185 -11.673
2 HA CYS 805 HA CYS 805 44.356 -20.610 -14.533
3 HB2 CYS 805 HB2 CYS 805 46.425 -21.546 -13.480
4 HB3 CYS 805 HB3 CYS 805 45.391 -22.508 -12.427
No H/Q in entry = 4
In of MODEL 17
1 H VAL 806 H VAL 806 42.340 -21.214 -15.057
2 HA VAL 806 HA VAL 806 40.708 -22.492 -12.983
3 HB VAL 806 HB VAL 806 39.728 -20.568 -15.073
4 HG13 VAL 806 HG11 VAL 806 38.049 -22.090 -14.371
5 HG12 VAL 806 HG12 VAL 806 37.690 -20.485 -13.715
6 HG11 VAL 806 HG13 VAL 806 38.362 -21.744 -12.677
7 HG22 VAL 806 HG21 VAL 806 41.127 -19.325 -13.571
8 HG21 VAL 806 HG22 VAL 806 40.262 -19.971 -12.167
9 HG23 VAL 806 HG23 VAL 806 39.439 -18.900 -13.310
No H/Q in entry = 9
In of MODEL 17
1 H GLU 807 H GLU 807 39.647 -24.292 -13.626
2 HA GLU 807 HA GLU 807 40.054 -25.262 -16.292
3 HB2 GLU 807 HB2 GLU 807 40.259 -26.810 -14.408
4 HB3 GLU 807 HB3 GLU 807 38.622 -26.445 -13.902
5 HG2 GLU 807 HG2 GLU 807 37.754 -27.446 -15.949
6 HG3 GLU 807 HG3 GLU 807 39.398 -27.773 -16.491
No H/Q in entry = 6
In of MODEL 17
1 H VAL 808 H VAL 808 38.719 -25.022 -17.822
2 HA VAL 808 HA VAL 808 35.889 -24.622 -17.430
3 HB VAL 808 HB VAL 808 36.835 -22.345 -17.347
4 HG13 VAL 808 HG11 VAL 808 38.845 -22.573 -18.609
5 HG12 VAL 808 HG12 VAL 808 37.860 -21.290 -19.311
6 HG11 VAL 808 HG13 VAL 808 37.929 -22.873 -20.086
7 HG23 VAL 808 HG21 VAL 808 35.473 -21.309 -19.122
8 HG22 VAL 808 HG22 VAL 808 34.618 -22.573 -18.230
9 HG21 VAL 808 HG23 VAL 808 35.257 -22.909 -19.838
No H/Q in entry = 9
In of MODEL 17
1 H ASN 809 H ASN 809 34.829 -25.670 -19.027
2 HA ASN 809 HA ASN 809 34.406 -26.824 -20.944
3 HB2 ASN 809 HB2 ASN 809 36.580 -25.018 -21.839
4 HB3 ASN 809 HB3 ASN 809 35.940 -26.210 -22.988
5 HD21 ASN 809 HD21 ASN 809 35.633 -23.148 -21.614
6 HD22 ASN 809 HD22 ASN 809 34.080 -22.715 -22.220
No H/Q in entry = 6
In of MODEL 17
1 H GLY 810 H GLY 810 36.474 -27.650 -18.964
2 HA3 GLY 810 HA2 GLY 810 37.601 -29.671 -18.698
3 HA2 GLY 810 HA3 GLY 810 37.476 -29.932 -20.436
No H/Q in entry = 3
In of MODEL 17
1 H LYS 811 H LYS 811 38.613 -26.887 -20.212
2 HA LYS 811 HA LYS 811 41.394 -27.817 -20.429
3 HB2 LYS 811 HB2 LYS 811 40.398 -25.076 -21.170
4 HB3 LYS 811 HB3 LYS 811 41.861 -25.873 -21.704
5 HG2 LYS 811 HG2 LYS 811 39.048 -26.452 -22.537
6 HG3 LYS 811 HG3 LYS 811 40.338 -25.693 -23.480
7 HD2 LYS 811 HD2 LYS 811 40.326 -28.539 -22.487
8 HD3 LYS 811 HD3 LYS 811 39.905 -28.042 -24.124
9 HE2 LYS 811 HE2 LYS 811 42.198 -27.109 -24.384
10 HE3 LYS 811 HE3 LYS 811 42.598 -27.720 -22.780
11 HZ3 LYS 811 HZ1 LYS 811 43.361 -29.233 -24.485
12 HZ2 LYS 811 HZ2 LYS 811 41.814 -29.361 -25.124
13 HZ1 LYS 811 HZ3 LYS 811 42.133 -29.980 -23.596
No H/Q in entry = 13
In of MODEL 17
1 H GLU 812 H GLU 812 42.886 -25.977 -19.706
2 HA GLU 812 HA GLU 812 41.824 -24.712 -17.267
3 HB2 GLU 812 HB2 GLU 812 44.580 -25.913 -17.577
4 HB3 GLU 812 HB3 GLU 812 44.103 -24.892 -16.234
5 HG2 GLU 812 HG2 GLU 812 42.367 -26.575 -15.658
6 HG3 GLU 812 HG3 GLU 812 43.025 -27.615 -16.923
No H/Q in entry = 6
In of MODEL 17
1 H GLN 813 H GLN 813 41.583 -22.729 -17.832
2 HA GLN 813 HA GLN 813 43.651 -21.459 -19.486
3 HB2 GLN 813 HB2 GLN 813 41.548 -21.449 -20.577
4 HB3 GLN 813 HB3 GLN 813 40.708 -20.891 -19.134
5 HG2 GLN 813 HG2 GLN 813 41.820 -18.732 -19.332
6 HG3 GLN 813 HG3 GLN 813 42.701 -19.296 -20.751
7 HE21 GLN 813 HE21 GLN 813 39.372 -20.151 -20.200
8 HE22 GLN 813 HE22 GLN 813 38.712 -19.169 -21.454
No H/Q in entry = 8
In of MODEL 17
1 H THR 814 H THR 814 44.660 -19.695 -18.796
2 HA THR 814 HA THR 814 44.488 -18.924 -16.045
3 HB THR 814 HB THR 814 46.007 -17.710 -18.345
4 HG1 THR 814 HG1 THR 814 47.730 -19.011 -17.507
5 HG23 THR 814 HG21 THR 814 47.531 -16.876 -16.590
6 HG22 THR 814 HG22 THR 814 46.485 -17.585 -15.357
7 HG21 THR 814 HG23 THR 814 45.891 -16.268 -16.363
No H/Q in entry = 7
In of MODEL 17
1 H MET 815 H MET 815 43.233 -17.329 -15.357
2 HA MET 815 HA MET 815 42.182 -15.429 -17.350
3 HB2 MET 815 HB2 MET 815 40.705 -16.307 -14.887
4 HB3 MET 815 HB3 MET 815 40.078 -15.363 -16.227
5 HG2 MET 815 HG2 MET 815 40.535 -17.538 -17.613
6 HG3 MET 815 HG3 MET 815 40.658 -18.239 -16.006
7 HE3 MET 815 HE1 MET 815 38.571 -19.113 -18.294
8 HE2 MET 815 HE2 MET 815 37.198 -19.511 -17.253
9 HE1 MET 815 HE3 MET 815 38.843 -19.948 -16.772
No H/Q in entry = 9
In of MODEL 17
1 H SER 816 H SER 816 41.804 -13.354 -16.495
2 HA SER 816 HA SER 816 43.476 -12.659 -14.273
3 HB2 SER 816 HB2 SER 816 41.345 -11.002 -15.668
4 HB3 SER 816 HB3 SER 816 42.597 -10.405 -14.574
5 HG SER 816 HG SER 816 42.744 -10.705 -17.181
No H/Q in entry = 5
In of MODEL 17
1 H GLU 817 H GLU 817 42.630 -11.838 -12.309
2 HA GLU 817 HA GLU 817 40.775 -13.556 -11.185
3 HB2 GLU 817 HB2 GLU 817 42.705 -12.269 -10.210
4 HB3 GLU 817 HB3 GLU 817 41.559 -10.924 -10.173
5 HG2 GLU 817 HG2 GLU 817 40.200 -11.918 -8.618
6 HG3 GLU 817 HG3 GLU 817 40.938 -13.515 -8.950
No H/Q in entry = 6
In of MODEL 17
1 H CYS 818 H CYS 818 40.475 -10.193 -12.205
2 HA CYS 818 HA CYS 818 37.823 -9.779 -11.419
3 HB2 CYS 818 HB2 CYS 818 37.825 -8.036 -13.242
4 HB3 CYS 818 HB3 CYS 818 39.150 -7.904 -12.087
No H/Q in entry = 4
In of MODEL 17
1 H GLU 819 H GLU 819 39.218 -11.240 -14.245
2 HA GLU 819 HA GLU 819 36.908 -11.508 -15.849
3 HB2 GLU 819 HB2 GLU 819 39.212 -11.574 -16.720
4 HB3 GLU 819 HB3 GLU 819 39.507 -13.034 -15.804
5 HG2 GLU 819 HG2 GLU 819 37.924 -14.244 -17.194
6 HG3 GLU 819 HG3 GLU 819 37.598 -12.768 -18.107
No H/Q in entry = 6
In of MODEL 17
1 H ALA 820 H ALA 820 38.793 -14.002 -14.104
2 HA ALA 820 HA ALA 820 37.038 -16.085 -14.347
3 HB3 ALA 820 HB1 ALA 820 38.878 -15.507 -12.039
4 HB1 ALA 820 HB2 ALA 820 39.296 -16.359 -13.529
5 HB2 ALA 820 HB3 ALA 820 38.152 -17.071 -12.395
No H/Q in entry = 5
In of MODEL 17
1 H GLY 821 H GLY 821 37.245 -13.589 -11.847
2 HA3 GLY 821 HA2 GLY 821 35.338 -14.569 -10.058
3 HA2 GLY 821 HA3 GLY 821 35.845 -12.895 -10.203
No H/Q in entry = 3
In of MODEL 17
1 H ALA 822 H ALA 822 35.002 -12.368 -12.819
2 HA ALA 822 HA ALA 822 32.274 -11.814 -12.363
3 HB1 ALA 822 HB1 ALA 822 33.763 -11.664 -14.985
4 HB2 ALA 822 HB2 ALA 822 33.766 -10.407 -13.746
5 HB3 ALA 822 HB3 ALA 822 32.247 -10.859 -14.534
No H/Q in entry = 5
In of MODEL 17
1 H LEU 823 H LEU 823 33.926 -14.152 -14.401
2 HA LEU 823 HA LEU 823 31.585 -15.251 -15.447
3 HB2 LEU 823 HB2 LEU 823 34.341 -16.416 -15.126
4 HB3 LEU 823 HB3 LEU 823 33.029 -17.428 -15.683
5 HG LEU 823 HG LEU 823 34.255 -16.745 -17.592
6 HD12 LEU 823 HD11 LEU 823 31.764 -15.079 -17.491
7 HD11 LEU 823 HD12 LEU 823 31.887 -16.779 -17.938
8 HD13 LEU 823 HD13 LEU 823 32.651 -15.545 -18.940
9 HD23 LEU 823 HD21 LEU 823 33.939 -13.880 -16.712
10 HD22 LEU 823 HD22 LEU 823 34.653 -14.414 -18.233
11 HD21 LEU 823 HD23 LEU 823 35.440 -14.805 -16.707
No H/Q in entry = 11
In of MODEL 17
1 H ARG 824 H ARG 824 33.305 -16.059 -12.466
2 HA ARG 824 HA ARG 824 31.681 -18.244 -11.648
3 HB2 ARG 824 HB2 ARG 824 32.862 -16.139 -9.808
4 HB3 ARG 824 HB3 ARG 824 32.270 -17.713 -9.333
5 HG2 ARG 824 HG2 ARG 824 34.112 -18.716 -10.686
6 HG3 ARG 824 HG3 ARG 824 34.747 -17.077 -10.907
7 HD2 ARG 824 HD2 ARG 824 34.311 -18.556 -8.335
8 HD3 ARG 824 HD3 ARG 824 35.858 -18.173 -9.066
9 HE ARG 824 HE ARG 824 35.056 -15.752 -8.740
10 HH11 ARG 824 HH11 ARG 824 34.272 -18.371 -6.458
11 HH12 ARG 824 HH12 ARG 824 34.375 -17.419 -5.066
12 HH21 ARG 824 HH21 ARG 824 35.200 -14.378 -6.746
13 HH22 ARG 824 HH22 ARG 824 34.938 -15.067 -5.232
No H/Q in entry = 13
In of MODEL 17
1 H CYS 825 H CYS 825 31.436 -14.841 -10.956
2 HA CYS 825 HA CYS 825 29.228 -14.863 -9.296
3 HB2 CYS 825 HB2 CYS 825 30.927 -13.002 -9.760
4 HB3 CYS 825 HB3 CYS 825 29.972 -12.644 -11.174
No H/Q in entry = 4
In of MODEL 17
1 H ARG 826 H ARG 826 29.426 -14.411 -12.824
2 HA ARG 826 HA ARG 826 26.677 -13.807 -13.073
3 HB2 ARG 826 HB2 ARG 826 27.001 -13.973 -15.496
4 HB3 ARG 826 HB3 ARG 826 28.162 -12.873 -14.725
5 HG2 ARG 826 HG2 ARG 826 29.513 -13.940 -16.196
6 HG3 ARG 826 HG3 ARG 826 29.593 -15.114 -14.883
7 HD2 ARG 826 HD2 ARG 826 29.228 -16.173 -17.025
8 HD3 ARG 826 HD3 ARG 826 27.843 -16.447 -15.953
9 HE ARG 826 HE ARG 826 27.137 -14.273 -17.338
10 HH11 ARG 826 HH11 ARG 826 27.958 -17.584 -18.318
11 HH12 ARG 826 HH12 ARG 826 27.456 -17.408 -19.918
12 HH21 ARG 826 HH21 ARG 826 26.331 -14.035 -19.531
13 HH22 ARG 826 HH22 ARG 826 26.538 -15.309 -20.639
No H/Q in entry = 13
In of MODEL 17
1 H GLY 827 H GLY 827 28.249 -16.818 -12.881
2 HA3 GLY 827 HA2 GLY 827 26.590 -18.631 -12.478
3 HA2 GLY 827 HA3 GLY 827 25.763 -17.991 -13.899
No H/Q in entry = 3
In of MODEL 17
1 H GLN 828 H GLN 828 28.811 -17.670 -14.768
2 HA GLN 828 HA GLN 828 28.795 -19.870 -16.568
3 HB2 GLN 828 HB2 GLN 828 30.143 -17.864 -17.031
4 HB3 GLN 828 HB3 GLN 828 31.158 -18.209 -15.638
5 HG2 GLN 828 HG2 GLN 828 32.392 -18.880 -17.546
6 HG3 GLN 828 HG3 GLN 828 31.782 -20.360 -16.813
7 HE21 GLN 828 HE21 GLN 828 29.992 -18.071 -18.865
8 HE22 GLN 828 HE22 GLN 828 29.692 -19.220 -20.105
No H/Q in entry = 8
In of MODEL 17
1 H SER 829 H SER 829 29.804 -21.854 -16.468
2 HA SER 829 HA SER 829 30.480 -22.760 -13.803
3 HB2 SER 829 HB2 SER 829 28.942 -24.087 -15.100
4 HB3 SER 829 HB3 SER 829 30.132 -24.278 -16.393
5 HG SER 829 HG SER 829 30.180 -25.291 -13.750
No H/Q in entry = 5
In of MODEL 17
1 H ILE 830 H ILE 830 32.409 -22.411 -13.181
2 HA ILE 830 HA ILE 830 34.498 -23.405 -14.856
3 HB ILE 830 HB ILE 830 36.060 -21.564 -14.341
4 HG12 ILE 830 HG12 ILE 830 34.879 -20.796 -12.236
5 HG13 ILE 830 HG13 ILE 830 35.453 -19.489 -13.242
6 HG23 ILE 830 HG21 ILE 830 34.980 -21.438 -16.444
7 HG22 ILE 830 HG22 ILE 830 35.068 -19.790 -15.791
8 HG21 ILE 830 HG23 ILE 830 33.558 -20.715 -15.707
9 HD12 ILE 830 HD11 ILE 830 32.640 -20.483 -12.915
10 HD11 ILE 830 HD12 ILE 830 33.131 -19.337 -14.155
11 HD13 ILE 830 HD13 ILE 830 33.314 -18.912 -12.457
No H/Q in entry = 11
In of MODEL 17
1 H SER 831 H SER 831 36.463 -23.895 -13.595
2 HA SER 831 HA SER 831 35.925 -24.213 -10.734
3 HB2 SER 831 HB2 SER 831 37.114 -26.120 -12.706
4 HB3 SER 831 HB3 SER 831 37.049 -26.367 -10.965
5 HG SER 831 HG SER 831 35.186 -26.740 -12.898
No H/Q in entry = 5
In of MODEL 17
1 H VAL 832 H VAL 832 37.452 -22.740 -9.889
2 HA VAL 832 HA VAL 832 39.954 -22.379 -11.196
3 HB VAL 832 HB VAL 832 39.104 -20.495 -9.897
4 HG12 VAL 832 HG11 VAL 832 39.076 -20.483 -7.435
5 HG11 VAL 832 HG12 VAL 832 39.373 -22.226 -7.450
6 HG13 VAL 832 HG13 VAL 832 37.888 -21.572 -8.143
7 HG22 VAL 832 HG21 VAL 832 41.506 -20.602 -10.146
8 HG21 VAL 832 HG22 VAL 832 41.640 -21.578 -8.685
9 HG23 VAL 832 HG23 VAL 832 41.099 -19.904 -8.578
No H/Q in entry = 9
In of MODEL 17
1 H THR 833 H THR 833 41.497 -23.785 -11.310
2 HA THR 833 HA THR 833 41.486 -25.961 -9.454
3 HB THR 833 HB THR 833 43.310 -26.837 -10.994
4 HG1 THR 833 HG1 THR 833 43.436 -25.795 -12.996
5 HG23 THR 833 HG21 THR 833 40.985 -27.551 -11.141
6 HG22 THR 833 HG22 THR 833 41.683 -27.396 -12.757
7 HG21 THR 833 HG23 THR 833 40.610 -26.143 -12.131
No H/Q in entry = 7
In of MODEL 17
1 H SER 834 H SER 834 43.451 -23.199 -10.174
2 HA SER 834 HA SER 834 44.755 -23.458 -7.632
3 HB2 SER 834 HB2 SER 834 46.369 -23.561 -10.187
4 HB3 SER 834 HB3 SER 834 47.051 -23.266 -8.592
5 HG SER 834 HG SER 834 45.448 -25.473 -8.725
No H/Q in entry = 5
In of MODEL 17
1 H ILE 835 H ILE 835 45.599 -21.505 -6.931
2 HA ILE 835 HA ILE 835 44.601 -19.236 -8.333
3 HB ILE 835 HB ILE 835 45.484 -17.886 -6.438
4 HG12 ILE 835 HG12 ILE 835 46.094 -19.315 -4.350
5 HG13 ILE 835 HG13 ILE 835 46.543 -20.551 -5.514
6 HG23 ILE 835 HG21 ILE 835 43.257 -18.739 -6.396
7 HG22 ILE 835 HG22 ILE 835 43.965 -18.804 -4.768
8 HG21 ILE 835 HG23 ILE 835 43.839 -20.274 -5.745
9 HD13 ILE 835 HD11 ILE 835 48.183 -19.041 -6.476
10 HD12 ILE 835 HD12 ILE 835 48.456 -19.261 -4.736
11 HD11 ILE 835 HD13 ILE 835 47.672 -17.793 -5.344
No H/Q in entry = 11
In of MODEL 17
1 H ARG 836 H ARG 836 47.174 -20.995 -8.841
2 HA ARG 836 HA ARG 836 49.151 -18.935 -9.358
3 HB2 ARG 836 HB2 ARG 836 49.168 -21.875 -10.032
4 HB3 ARG 836 HB3 ARG 836 50.538 -20.778 -10.097
5 HG2 ARG 836 HG2 ARG 836 50.523 -20.548 -7.710
6 HG3 ARG 836 HG3 ARG 836 49.054 -21.524 -7.597
7 HD2 ARG 836 HD2 ARG 836 50.273 -23.349 -8.707
8 HD3 ARG 836 HD3 ARG 836 51.751 -22.397 -8.571
9 HE ARG 836 HE ARG 836 51.511 -22.492 -6.170
10 HH11 ARG 836 HH11 ARG 836 49.755 -24.968 -8.062
11 HH12 ARG 836 HH12 ARG 836 49.539 -25.994 -6.747
12 HH21 ARG 836 HH21 ARG 836 51.145 -23.962 -4.348
13 HH22 ARG 836 HH22 ARG 836 50.304 -25.411 -4.586
No H/Q in entry = 13
In of MODEL 17
1 HA PRO 837 HA PRO 837 47.532 -18.606 -13.507
2 HB2 PRO 837 HB2 PRO 837 49.677 -17.474 -14.735
3 HB3 PRO 837 HB3 PRO 837 48.595 -16.561 -13.682
4 HG2 PRO 837 HG2 PRO 837 51.285 -17.718 -13.087
5 HG3 PRO 837 HG3 PRO 837 50.600 -16.160 -12.587
6 HD2 PRO 837 HD2 PRO 837 50.723 -18.342 -10.953
7 HD3 PRO 837 HD3 PRO 837 49.470 -17.093 -10.817
No H/Q in entry = 7
In of MODEL 17
1 H CYS 838 H CYS 838 47.547 -19.978 -15.252
2 HA CYS 838 HA CYS 838 49.692 -21.887 -15.323
3 HB2 CYS 838 HB2 CYS 838 46.926 -21.837 -16.495
4 HB3 CYS 838 HB3 CYS 838 48.121 -22.910 -17.201
No H/Q in entry = 4
In of MODEL 17
1 H ALA 839 H ALA 839 50.248 -22.485 -17.803
2 HA ALA 839 HA ALA 839 51.081 -19.996 -19.038
3 HB1 ALA 839 HB1 ALA 839 51.672 -22.876 -19.741
4 HB2 ALA 839 HB2 ALA 839 52.699 -21.807 -18.786
5 HB3 ALA 839 HB3 ALA 839 52.416 -21.466 -20.493
No H/Q in entry = 5
In of MODEL 17
1 H ALA 840 H ALA 840 48.260 -20.834 -19.024
2 HA ALA 840 HA ALA 840 47.821 -21.081 -21.900
3 HB3 ALA 840 HB1 ALA 840 46.028 -22.058 -19.694
4 HB2 ALA 840 HB2 ALA 840 47.035 -23.071 -20.735
5 HB1 ALA 840 HB3 ALA 840 45.690 -22.154 -21.415
No H/Q in entry = 5
In of MODEL 17
1 H GLU 841 H GLU 841 48.112 -18.793 -21.844
2 HA GLU 841 HA GLU 841 45.556 -17.525 -21.403
3 HB2 GLU 841 HB2 GLU 841 46.901 -15.343 -21.020
4 HB3 GLU 841 HB3 GLU 841 46.791 -16.465 -19.684
5 HG2 GLU 841 HG2 GLU 841 49.050 -17.296 -20.259
6 HG3 GLU 841 HG3 GLU 841 49.137 -16.076 -21.527
No H/Q in entry = 6
In of MODEL 17
1 H THR 842 H THR 842 44.730 -17.276 -23.224
2 HA THR 842 HA THR 842 46.147 -17.704 -25.593
3 HB THR 842 HB THR 842 43.388 -16.642 -25.334
4 HG1 THR 842 HG1 THR 842 44.554 -19.160 -24.739
5 HG23 THR 842 HG21 THR 842 43.012 -18.000 -27.384
6 HG22 THR 842 HG22 THR 842 44.709 -18.478 -27.357
7 HG21 THR 842 HG23 THR 842 44.275 -16.792 -27.623
No H/Q in entry = 7
In of MODEL 17
1 H GLN 843 H GLN 843 47.587 -16.202 -25.923
2 HA GLN 843 HA GLN 843 46.866 -14.080 -27.602
3 HB2 GLN 843 HB2 GLN 843 46.841 -13.185 -25.068
4 HB3 GLN 843 HB3 GLN 843 48.583 -13.227 -25.273
5 HG2 GLN 843 HG2 GLN 843 46.652 -11.646 -26.976
6 HG3 GLN 843 HG3 GLN 843 47.619 -11.022 -25.653
7 HE21 GLN 843 HE21 GLN 843 50.041 -12.445 -26.434
8 HE22 GLN 843 HE22 GLN 843 50.621 -11.687 -27.861
No H/Q in entry = 8
In of MODEL 18
1 H1 GLY 689 H2 GLY 689 82.829 14.364 -15.441
2 H2 GLY 689 H1 GLY 689 83.206 16.005 -15.217
3 H3 GLY 689 H3 GLY 689 81.857 15.293 -14.478
4 HA2 GLY 689 HA2 GLY 689 82.222 15.613 -17.392
5 HA3 GLY 689 HA3 GLY 689 81.143 16.583 -16.390
No H/Q in entry = 5
In of MODEL 18
1 H SER 690 H SER 690 79.101 15.981 -16.524
2 HA SER 690 HA SER 690 77.208 14.750 -16.619
3 HB2 SER 690 HB2 SER 690 78.951 12.560 -17.820
4 HB3 SER 690 HB3 SER 690 77.193 12.638 -17.896
5 HG SER 690 HG SER 690 78.473 14.889 -18.841
No H/Q in entry = 5
In of MODEL 18
1 H HIS 691 H HIS 691 76.525 12.201 -15.943
2 HA HIS 691 HA HIS 691 77.671 11.913 -13.301
3 HB2 HIS 691 HB2 HIS 691 75.329 10.528 -14.640
4 HB3 HIS 691 HB3 HIS 691 75.934 10.080 -13.061
5 HD1 HIS 691 HD1 HIS 691 75.142 11.443 -11.084
6 HD2 HIS 691 HD2 HIS 691 74.114 13.155 -14.722
7 HE1 HIS 691 HE1 HIS 691 73.608 13.329 -10.532
8 HE2 HIS 691 HE2 HIS 691 73.281 14.511 -12.728
No H/Q in entry = 8
In of MODEL 18
1 H MET 692 H MET 692 78.971 10.246 -12.741
2 HA MET 692 HA MET 692 80.441 9.021 -14.788
3 HB2 MET 692 HB2 MET 692 81.339 9.474 -12.537
4 HB3 MET 692 HB3 MET 692 80.321 8.205 -11.877
5 HG2 MET 692 HG2 MET 692 82.593 7.415 -12.163
6 HG3 MET 692 HG3 MET 692 81.507 6.559 -13.255
7 HE1 MET 692 HE1 MET 692 83.650 5.714 -14.593
8 HE3 MET 692 HE2 MET 692 84.709 6.631 -13.521
9 HE2 MET 692 HE3 MET 692 84.872 6.792 -15.267
No H/Q in entry = 9
In of MODEL 18
1 H ASN 693 H ASN 693 77.734 7.858 -12.917
2 HA ASN 693 HA ASN 693 77.625 5.745 -14.881
3 HB2 ASN 693 HB2 ASN 693 76.222 4.376 -13.329
4 HB3 ASN 693 HB3 ASN 693 77.883 4.563 -12.817
5 HD21 ASN 693 HD21 ASN 693 77.304 3.943 -10.765
6 HD22 ASN 693 HD22 ASN 693 76.479 4.959 -9.651
No H/Q in entry = 6
In of MODEL 18
1 HA PRO 694 HA PRO 694 74.011 7.823 -16.320
2 HB2 PRO 694 HB2 PRO 694 73.402 5.226 -17.604
3 HB3 PRO 694 HB3 PRO 694 73.605 6.813 -18.347
4 HG2 PRO 694 HG2 PRO 694 75.459 4.895 -18.608
5 HG3 PRO 694 HG3 PRO 694 75.903 6.605 -18.477
6 HD2 PRO 694 HD2 PRO 694 76.043 4.447 -16.416
7 HD3 PRO 694 HD3 PRO 694 77.147 5.803 -16.746
No H/Q in entry = 7
In of MODEL 18
1 H LEU 695 H LEU 695 72.550 8.054 -14.774
2 HA LEU 695 HA LEU 695 71.527 5.920 -13.207
3 HB2 LEU 695 HB2 LEU 695 70.515 8.747 -13.514
4 HB3 LEU 695 HB3 LEU 695 70.011 7.621 -12.270
5 HG LEU 695 HG LEU 695 72.774 8.788 -12.594
6 HD13 LEU 695 HD11 LEU 695 72.272 9.959 -10.513
7 HD12 LEU 695 HD12 LEU 695 70.645 9.278 -10.520
8 HD11 LEU 695 HD13 LEU 695 71.134 10.402 -11.787
9 HD23 LEU 695 HD21 LEU 695 73.259 7.704 -10.454
10 HD22 LEU 695 HD22 LEU 695 72.876 6.519 -11.693
11 HD21 LEU 695 HD23 LEU 695 71.673 6.943 -10.471
No H/Q in entry = 11
In of MODEL 18
1 H THR 696 H THR 696 70.349 4.440 -14.075
2 HA THR 696 HA THR 696 68.350 5.139 -16.104
3 HB THR 696 HB THR 696 69.607 2.446 -15.531
4 HG1 THR 696 HG1 THR 696 71.105 4.175 -16.169
5 HG23 THR 696 HG21 THR 696 68.863 1.938 -17.825
6 HG22 THR 696 HG22 THR 696 68.193 3.564 -17.968
7 HG21 THR 696 HG23 THR 696 67.498 2.422 -16.816
No H/Q in entry = 7
In of MODEL 18
1 H GLN 697 H GLN 697 66.220 4.463 -15.689
2 HA GLN 697 HA GLN 697 65.743 3.526 -12.999
3 HB2 GLN 697 HB2 GLN 697 63.890 4.670 -15.084
4 HB3 GLN 697 HB3 GLN 697 63.284 3.916 -13.623
5 HG2 GLN 697 HG2 GLN 697 63.301 6.294 -13.332
6 HG3 GLN 697 HG3 GLN 697 64.520 5.588 -12.288
7 HE21 GLN 697 HE21 GLN 697 63.928 7.527 -15.071
8 HE22 GLN 697 HE22 GLN 697 65.510 8.193 -15.226
No H/Q in entry = 8
In of MODEL 18
1 H ALA 698 H ALA 698 64.709 1.700 -12.466
2 HA ALA 698 HA ALA 698 65.037 -0.551 -14.235
3 HB3 ALA 698 HB1 ALA 698 65.379 -0.703 -11.781
4 HB2 ALA 698 HB2 ALA 698 64.184 -1.853 -12.396
5 HB1 ALA 698 HB3 ALA 698 63.653 -0.394 -11.565
No H/Q in entry = 5
In of MODEL 18
1 H VAL 699 H VAL 699 63.522 -1.953 -14.967
2 HA VAL 699 HA VAL 699 61.155 -0.587 -15.740
3 HB VAL 699 HB VAL 699 61.003 -2.361 -17.377
4 HG12 VAL 699 HG11 VAL 699 63.660 -0.936 -17.340
5 HG11 VAL 699 HG12 VAL 699 62.141 -0.306 -17.972
6 HG13 VAL 699 HG13 VAL 699 62.936 -1.662 -18.775
7 HG22 VAL 699 HG21 VAL 699 62.901 -3.897 -17.794
8 HG21 VAL 699 HG22 VAL 699 62.136 -4.184 -16.229
9 HG23 VAL 699 HG23 VAL 699 63.662 -3.305 -16.320
No H/Q in entry = 9
In of MODEL 18
1 HA PRO 700 HA PRO 700 58.761 -3.282 -13.090
2 HB2 PRO 700 HB2 PRO 700 56.569 -3.100 -14.942
3 HB3 PRO 700 HB3 PRO 700 56.684 -2.479 -13.291
4 HG2 PRO 700 HG2 PRO 700 56.643 -0.824 -15.463
5 HG3 PRO 700 HG3 PRO 700 57.515 -0.428 -13.973
6 HD2 PRO 700 HD2 PRO 700 58.577 -1.480 -16.566
7 HD3 PRO 700 HD3 PRO 700 59.270 -0.288 -15.437
No H/Q in entry = 7
In of MODEL 18
1 H LYS 701 H LYS 701 59.125 -5.220 -13.109
2 HA LYS 701 HA LYS 701 58.234 -7.017 -15.206
3 HB2 LYS 701 HB2 LYS 701 60.557 -8.234 -14.976
4 HB3 LYS 701 HB3 LYS 701 60.363 -6.903 -16.093
5 HG2 LYS 701 HG2 LYS 701 62.478 -6.804 -14.914
6 HG3 LYS 701 HG3 LYS 701 61.485 -5.401 -14.552
7 HD2 LYS 701 HD2 LYS 701 60.879 -6.370 -12.404
8 HD3 LYS 701 HD3 LYS 701 61.809 -7.817 -12.773
9 HE2 LYS 701 HE2 LYS 701 62.958 -5.025 -12.564
10 HE3 LYS 701 HE3 LYS 701 62.983 -6.225 -11.275
11 HZ1 LYS 701 HZ1 LYS 701 64.265 -6.547 -13.934
12 HZ3 LYS 701 HZ2 LYS 701 64.330 -7.652 -12.652
13 HZ2 LYS 701 HZ3 LYS 701 65.078 -6.163 -12.508
No H/Q in entry = 13
In of MODEL 18
1 H CYS 702 H CYS 702 57.484 -6.398 -12.519
2 HA CYS 702 HA CYS 702 58.177 -8.851 -11.044
3 HB2 CYS 702 HB2 CYS 702 56.913 -6.340 -9.919
4 HB3 CYS 702 HB3 CYS 702 57.703 -7.644 -9.046
No H/Q in entry = 4
In of MODEL 18
1 H GLN 703 H GLN 703 56.382 -9.930 -9.928
2 HA GLN 703 HA GLN 703 54.033 -10.050 -11.525
3 HB2 GLN 703 HB2 GLN 703 55.018 -11.454 -9.110
4 HB3 GLN 703 HB3 GLN 703 53.317 -11.586 -9.549
5 HG2 GLN 703 HG2 GLN 703 55.619 -12.214 -11.362
6 HG3 GLN 703 HG3 GLN 703 54.679 -13.410 -10.457
7 HE21 GLN 703 HE21 GLN 703 55.008 -13.080 -13.294
8 HE22 GLN 703 HE22 GLN 703 53.426 -12.920 -13.965
No H/Q in entry = 8
In of MODEL 18
1 H ARG 704 H ARG 704 51.914 -10.369 -10.083
2 HA ARG 704 HA ARG 704 51.327 -7.631 -9.412
3 HB2 ARG 704 HB2 ARG 704 49.467 -10.013 -9.292
4 HB3 ARG 704 HB3 ARG 704 48.978 -8.360 -9.001
5 HG2 ARG 704 HG2 ARG 704 48.291 -8.763 -11.173
6 HG3 ARG 704 HG3 ARG 704 49.809 -7.904 -11.389
7 HD2 ARG 704 HD2 ARG 704 50.954 -10.077 -11.735
8 HD3 ARG 704 HD3 ARG 704 49.413 -10.885 -11.522
9 HE ARG 704 HE ARG 704 48.997 -9.041 -13.506
10 HH11 ARG 704 HH11 ARG 704 51.173 -11.864 -13.170
11 HH12 ARG 704 HH12 ARG 704 51.110 -12.266 -14.818
12 HH21 ARG 704 HH21 ARG 704 48.990 -9.581 -15.766
13 HH22 ARG 704 HH22 ARG 704 49.853 -10.945 -16.336
No H/Q in entry = 13
In of MODEL 18
1 H TRP 705 H TRP 705 52.199 -10.371 -7.585
2 HA TRP 705 HA TRP 705 51.283 -9.164 -5.080
3 HB2 TRP 705 HB2 TRP 705 52.155 -11.300 -4.089
4 HB3 TRP 705 HB3 TRP 705 50.835 -11.502 -5.228
5 HD1 TRP 705 HD1 TRP 705 54.486 -12.376 -4.683
6 HE1 TRP 705 HE1 TRP 705 55.209 -14.094 -6.455
7 HE3 TRP 705 HE3 TRP 705 50.366 -12.263 -7.721
8 HZ2 TRP 705 HZ2 TRP 705 54.185 -15.255 -8.793
9 HZ3 TRP 705 HZ3 TRP 705 50.327 -13.701 -9.698
10 HH2 TRP 705 HH2 TRP 705 52.197 -15.175 -10.222
No H/Q in entry = 10
In of MODEL 18
1 H GLU 706 H GLU 706 53.643 -8.584 -7.107
2 HA GLU 706 HA GLU 706 55.634 -8.087 -5.029
3 HB2 GLU 706 HB2 GLU 706 56.131 -8.841 -7.922
4 HB3 GLU 706 HB3 GLU 706 57.370 -8.422 -6.734
5 HG2 GLU 706 HG2 GLU 706 56.736 -10.408 -5.444
6 HG3 GLU 706 HG3 GLU 706 55.535 -10.802 -6.672
No H/Q in entry = 6
In of MODEL 18
1 H LYS 707 H LYS 707 56.737 -6.105 -5.271
2 HA LYS 707 HA LYS 707 55.605 -4.277 -7.284
3 HB2 LYS 707 HB2 LYS 707 56.473 -3.440 -4.505
4 HB3 LYS 707 HB3 LYS 707 55.649 -2.457 -5.699
5 HG2 LYS 707 HG2 LYS 707 54.488 -4.766 -4.141
6 HG3 LYS 707 HG3 LYS 707 54.151 -3.060 -3.901
7 HD2 LYS 707 HD2 LYS 707 53.453 -4.682 -6.359
8 HD3 LYS 707 HD3 LYS 707 52.340 -4.240 -5.071
9 HE2 LYS 707 HE2 LYS 707 52.649 -1.860 -5.641
10 HE3 LYS 707 HE3 LYS 707 53.756 -2.328 -6.936
11 HZ2 LYS 707 HZ1 LYS 707 50.881 -3.104 -6.780
12 HZ1 LYS 707 HZ2 LYS 707 51.929 -3.550 -7.984
13 HZ3 LYS 707 HZ3 LYS 707 51.507 -1.934 -7.808
No H/Q in entry = 13
In of MODEL 18
1 H LEU 708 H LEU 708 57.127 -2.532 -7.860
2 HA LEU 708 HA LEU 708 59.877 -3.514 -7.820
3 HB2 LEU 708 HB2 LEU 708 58.870 -3.081 -10.007
4 HB3 LEU 708 HB3 LEU 708 58.498 -1.440 -9.535
5 HG LEU 708 HG LEU 708 60.982 -1.050 -9.331
6 HD12 LEU 708 HD11 LEU 708 62.463 -2.559 -10.547
7 HD11 LEU 708 HD12 LEU 708 61.126 -3.684 -10.774
8 HD13 LEU 708 HD13 LEU 708 61.726 -3.345 -9.151
9 HD23 LEU 708 HD21 LEU 708 59.889 -1.794 -12.039
10 HD22 LEU 708 HD22 LEU 708 61.286 -0.763 -11.741
11 HD21 LEU 708 HD23 LEU 708 59.682 -0.245 -11.224
No H/Q in entry = 11
In of MODEL 18
1 H GLN 709 H GLN 709 61.016 -2.690 -6.169
2 HA GLN 709 HA GLN 709 61.161 0.199 -5.865
3 HB2 GLN 709 HB2 GLN 709 60.834 0.244 -3.518
4 HB3 GLN 709 HB3 GLN 709 59.519 -0.759 -4.101
5 HG2 GLN 709 HG2 GLN 709 60.714 -2.765 -3.437
6 HG3 GLN 709 HG3 GLN 709 62.102 -1.796 -2.961
7 HE21 GLN 709 HE21 GLN 709 62.050 -2.542 -0.880
8 HE22 GLN 709 HE22 GLN 709 60.843 -2.082 0.262
No H/Q in entry = 8
In of MODEL 18
1 H ASN 710 H ASN 710 63.196 0.803 -4.995
2 HA ASN 710 HA ASN 710 65.474 0.620 -4.629
3 HB2 ASN 710 HB2 ASN 710 64.395 -0.771 -2.698
4 HB3 ASN 710 HB3 ASN 710 64.893 -2.177 -3.616
5 HD21 ASN 710 HD21 ASN 710 65.887 0.463 -1.712
6 HD22 ASN 710 HD22 ASN 710 67.525 -0.009 -1.433
No H/Q in entry = 6
In of MODEL 18
1 H SER 711 H SER 711 64.220 -0.199 -7.018
2 HA SER 711 HA SER 711 64.570 -0.965 -9.029
3 HB2 SER 711 HB2 SER 711 66.938 -1.123 -9.868
4 HB3 SER 711 HB3 SER 711 66.573 0.321 -8.921
5 HG SER 711 HG SER 711 67.449 -1.465 -7.229
No H/Q in entry = 5
In of MODEL 18
1 H ARG 712 H ARG 712 64.002 -2.917 -6.871
2 HA ARG 712 HA ARG 712 64.602 -5.320 -8.436
3 HB2 ARG 712 HB2 ARG 712 64.830 -6.624 -6.370
4 HB3 ARG 712 HB3 ARG 712 66.080 -5.387 -6.460
5 HG2 ARG 712 HG2 ARG 712 65.044 -4.116 -4.766
6 HG3 ARG 712 HG3 ARG 712 63.531 -4.999 -4.931
7 HD2 ARG 712 HD2 ARG 712 66.104 -6.262 -4.019
8 HD3 ARG 712 HD3 ARG 712 64.865 -5.654 -2.913
9 HE ARG 712 HE ARG 712 63.569 -7.386 -4.646
10 HH11 ARG 712 HH11 ARG 712 66.211 -7.776 -2.321
11 HH12 ARG 712 HH12 ARG 712 65.759 -9.353 -1.870
12 HH21 ARG 712 HH21 ARG 712 63.010 -9.556 -4.108
13 HH22 ARG 712 HH22 ARG 712 63.916 -10.405 -2.945
No H/Q in entry = 13
In of MODEL 18
1 H CYS 713 H CYS 713 63.118 -7.143 -7.500
2 HA CYS 713 HA CYS 713 60.439 -6.014 -7.229
3 HB2 CYS 713 HB2 CYS 713 61.328 -8.842 -7.864
4 HB3 CYS 713 HB3 CYS 713 59.658 -8.298 -7.777
No H/Q in entry = 4
In of MODEL 18
1 H VAL 714 H VAL 714 59.507 -6.064 -5.337
2 HA VAL 714 HA VAL 714 60.479 -7.959 -3.329
3 HB VAL 714 HB VAL 714 59.893 -6.330 -1.578
4 HG12 VAL 714 HG11 VAL 714 61.677 -4.687 -1.957
5 HG11 VAL 714 HG12 VAL 714 61.747 -5.181 -3.650
6 HG13 VAL 714 HG13 VAL 714 62.172 -6.328 -2.383
7 HG22 VAL 714 HG21 VAL 714 59.323 -4.005 -2.142
8 HG21 VAL 714 HG22 VAL 714 58.111 -5.134 -2.754
9 HG23 VAL 714 HG23 VAL 714 59.303 -4.437 -3.853
No H/Q in entry = 9
In of MODEL 18
1 H CYS 715 H CYS 715 58.626 -8.294 -1.674
2 HA CYS 715 HA CYS 715 56.250 -8.739 -3.280
3 HB2 CYS 715 HB2 CYS 715 56.989 -9.609 -0.499
4 HB3 CYS 715 HB3 CYS 715 55.401 -9.891 -1.200
No H/Q in entry = 4
In of MODEL 18
1 H LYS 716 H LYS 716 54.196 -8.098 -2.621
2 HA LYS 716 HA LYS 716 54.052 -5.436 -1.596
3 HB2 LYS 716 HB2 LYS 716 52.546 -6.625 -3.329
4 HB3 LYS 716 HB3 LYS 716 51.773 -7.393 -1.958
5 HG2 LYS 716 HG2 LYS 716 51.065 -5.194 -1.127
6 HG3 LYS 716 HG3 LYS 716 51.873 -4.423 -2.497
7 HD2 LYS 716 HD2 LYS 716 50.427 -5.923 -3.974
8 HD3 LYS 716 HD3 LYS 716 49.491 -6.253 -2.521
9 HE2 LYS 716 HE2 LYS 716 50.049 -3.509 -3.560
10 HE3 LYS 716 HE3 LYS 716 48.594 -4.414 -4.010
11 HZ3 LYS 716 HZ1 LYS 716 48.066 -2.920 -2.314
12 HZ2 LYS 716 HZ2 LYS 716 49.384 -3.262 -1.391
13 HZ1 LYS 716 HZ3 LYS 716 48.102 -4.397 -1.520
No H/Q in entry = 13
In of MODEL 18
1 H MET 717 H MET 717 52.397 -5.086 0.300
2 HA MET 717 HA MET 717 53.339 -6.812 2.434
3 HB2 MET 717 HB2 MET 717 51.676 -4.303 2.499
4 HB3 MET 717 HB3 MET 717 52.170 -5.175 3.939
5 HG2 MET 717 HG2 MET 717 54.196 -4.120 1.986
6 HG3 MET 717 HG3 MET 717 53.473 -3.071 3.190
7 HE2 MET 717 HE1 MET 717 56.319 -6.614 4.179
8 HE1 MET 717 HE2 MET 717 55.670 -6.288 2.565
9 HE3 MET 717 HE3 MET 717 54.640 -6.961 3.833
No H/Q in entry = 9
In of MODEL 18
1 HA PRO 718 HA PRO 718 49.814 -9.440 2.285
2 HB2 PRO 718 HB2 PRO 718 49.771 -10.312 4.899
3 HB3 PRO 718 HB3 PRO 718 50.862 -10.940 3.662
4 HG2 PRO 718 HG2 PRO 718 51.383 -8.900 5.784
5 HG3 PRO 718 HG3 PRO 718 52.425 -10.212 5.207
6 HD2 PRO 718 HD2 PRO 718 52.781 -7.653 4.459
7 HD3 PRO 718 HD3 PRO 718 53.119 -9.008 3.357
No H/Q in entry = 7
In of MODEL 18
1 H TYR 719 H TYR 719 50.010 -6.934 4.636
2 HA TYR 719 HA TYR 719 47.202 -7.112 5.313
3 HB2 TYR 719 HB2 TYR 719 47.692 -5.187 6.826
4 HB3 TYR 719 HB3 TYR 719 48.666 -6.612 7.146
5 HD1 TYR 719 HD1 TYR 719 48.680 -3.132 6.115
6 HD2 TYR 719 HD2 TYR 719 51.079 -6.616 6.548
7 HE1 TYR 719 HE1 TYR 719 50.695 -1.746 6.010
8 HE2 TYR 719 HE2 TYR 719 53.105 -5.239 6.457
9 HH TYR 719 HH TYR 719 53.830 -3.083 5.635
No H/Q in entry = 9
In of MODEL 18
1 H GLU 720 H GLU 720 48.861 -5.935 2.814
2 HA GLU 720 HA GLU 720 47.183 -3.604 2.324
3 HB2 GLU 720 HB2 GLU 720 49.558 -4.831 1.058
4 HB3 GLU 720 HB3 GLU 720 48.530 -3.770 0.108
5 HG2 GLU 720 HG2 GLU 720 48.988 -2.003 1.775
6 HG3 GLU 720 HG3 GLU 720 50.158 -3.084 2.544
No H/Q in entry = 6
In of MODEL 18
1 H CYS 721 H CYS 721 46.529 -6.628 2.302
2 HA CYS 721 HA CYS 721 45.834 -7.084 -0.446
3 HB2 CYS 721 HB2 CYS 721 46.658 -8.896 1.006
4 HB3 CYS 721 HB3 CYS 721 45.183 -8.756 1.989
No H/Q in entry = 4
In of MODEL 18
1 H GLY 722 H GLY 722 43.681 -7.375 -1.199
2 HA3 GLY 722 HA2 GLY 722 41.465 -6.730 0.509
3 HA2 GLY 722 HA3 GLY 722 41.852 -5.472 -0.656
No H/Q in entry = 3
In of MODEL 18
1 HA PRO 723 HA PRO 723 39.170 -7.470 -3.487
2 HB2 PRO 723 HB2 PRO 723 40.155 -6.588 -5.865
3 HB3 PRO 723 HB3 PRO 723 39.265 -5.552 -4.742
4 HG2 PRO 723 HG2 PRO 723 42.214 -5.815 -5.162
5 HG3 PRO 723 HG3 PRO 723 41.244 -4.347 -4.944
6 HD2 PRO 723 HD2 PRO 723 42.691 -5.448 -2.938
7 HD3 PRO 723 HD3 PRO 723 41.161 -4.593 -2.656
No H/Q in entry = 7
In of MODEL 18
1 H SER 724 H SER 724 39.312 -9.648 -3.519
2 HA SER 724 HA SER 724 40.571 -11.114 -5.668
3 HB2 SER 724 HB2 SER 724 41.846 -11.096 -2.994
4 HB3 SER 724 HB3 SER 724 41.741 -12.595 -3.920
5 HG SER 724 HG SER 724 42.530 -11.007 -5.688
No H/Q in entry = 5
In of MODEL 18
1 H LEU 725 H LEU 725 40.020 -13.030 -5.886
2 HA LEU 725 HA LEU 725 37.572 -14.014 -5.022
3 HB2 LEU 725 HB2 LEU 725 39.879 -15.125 -6.445
4 HB3 LEU 725 HB3 LEU 725 38.675 -16.246 -5.852
5 HG LEU 725 HG LEU 725 38.282 -15.649 -8.112
6 HD11 LEU 725 HD11 LEU 725 36.348 -16.182 -6.804
7 HD13 LEU 725 HD12 LEU 725 35.978 -14.988 -8.045
8 HD12 LEU 725 HD13 LEU 725 36.152 -14.482 -6.367
9 HD23 LEU 725 HD21 LEU 725 37.820 -12.850 -7.273
10 HD22 LEU 725 HD22 LEU 725 37.802 -13.491 -8.926
11 HD21 LEU 725 HD23 LEU 725 39.296 -13.429 -7.980
No H/Q in entry = 11
In of MODEL 18
1 H ASP 726 H ASP 726 37.036 -15.106 -3.234
2 HA ASP 726 HA ASP 726 39.000 -15.634 -1.164
3 HB2 ASP 726 HB2 ASP 726 36.033 -16.260 -1.172
4 HB3 ASP 726 HB3 ASP 726 37.094 -16.295 0.223
No H/Q in entry = 4
In of MODEL 18
1 H VAL 727 H VAL 727 39.947 -17.509 -0.677
2 HA VAL 727 HA VAL 727 38.943 -19.960 -1.952
3 HB VAL 727 HB VAL 727 41.241 -20.612 -2.639
4 HG11 VAL 727 HG11 VAL 727 39.734 -19.657 -4.300
5 HG13 VAL 727 HG12 VAL 727 41.400 -19.173 -4.623
6 HG12 VAL 727 HG13 VAL 727 40.279 -18.036 -3.878
7 HG21 VAL 727 HG21 VAL 727 42.503 -19.198 -1.097
8 HG23 VAL 727 HG22 VAL 727 41.964 -17.753 -1.955
9 HG22 VAL 727 HG23 VAL 727 43.017 -18.919 -2.757
No H/Q in entry = 9
In of MODEL 18
1 H CYS 728 H CYS 728 40.141 -21.934 -1.132
2 HA CYS 728 HA CYS 728 40.590 -21.659 1.739
3 HB2 CYS 728 HB2 CYS 728 39.968 -24.064 0.033
4 HB3 CYS 728 HB3 CYS 728 40.268 -24.138 1.769
No H/Q in entry = 4
In of MODEL 18
1 H ALA 729 H ALA 729 42.523 -22.116 2.622
2 HA ALA 729 HA ALA 729 44.478 -23.512 0.981
3 HB2 ALA 729 HB1 ALA 729 46.205 -21.954 1.690
4 HB1 ALA 729 HB2 ALA 729 45.001 -21.004 2.557
5 HB3 ALA 729 HB3 ALA 729 44.938 -21.113 0.795
No H/Q in entry = 5
In of MODEL 18
1 H GLN 730 H GLN 730 46.081 -24.508 2.254
2 HA GLN 730 HA GLN 730 45.147 -25.028 4.970
3 HB2 GLN 730 HB2 GLN 730 45.055 -26.992 3.457
4 HB3 GLN 730 HB3 GLN 730 46.773 -26.817 3.175
5 HG2 GLN 730 HG2 GLN 730 47.269 -27.249 5.470
6 HG3 GLN 730 HG3 GLN 730 45.562 -27.317 5.879
7 HE21 GLN 730 HE21 GLN 730 45.665 -29.393 6.644
8 HE22 GLN 730 HE22 GLN 730 45.946 -30.754 5.631
No H/Q in entry = 8
In of MODEL 18
1 H ASP 731 H ASP 731 46.415 -24.626 6.525
2 HA ASP 731 HA ASP 731 48.952 -23.327 6.130
3 HB2 ASP 731 HB2 ASP 731 47.483 -22.534 7.886
4 HB3 ASP 731 HB3 ASP 731 47.420 -24.139 8.602
No H/Q in entry = 4
In of MODEL 18
1 H GLU 732 H GLU 732 50.990 -24.210 6.623
2 HA GLU 732 HA GLU 732 50.970 -27.089 6.709
3 HB2 GLU 732 HB2 GLU 732 53.136 -25.123 6.035
4 HB3 GLU 732 HB3 GLU 732 53.431 -26.849 6.201
5 HG2 GLU 732 HG2 GLU 732 51.508 -25.570 4.272
6 HG3 GLU 732 HG3 GLU 732 53.095 -26.236 3.877
No H/Q in entry = 6
In of MODEL 18
1 H ARG 733 H ARG 733 50.995 -24.903 9.145
2 HA ARG 733 HA ARG 733 52.956 -26.393 10.708
3 HB2 ARG 733 HB2 ARG 733 53.071 -23.920 10.751
4 HB3 ARG 733 HB3 ARG 733 51.430 -23.870 11.378
5 HG2 ARG 733 HG2 ARG 733 52.972 -23.518 13.188
6 HG3 ARG 733 HG3 ARG 733 52.221 -25.102 13.391
7 HD2 ARG 733 HD2 ARG 733 54.574 -25.307 13.836
8 HD3 ARG 733 HD3 ARG 733 54.203 -26.111 12.306
9 HE ARG 733 HE ARG 733 55.270 -23.378 12.371
10 HH11 ARG 733 HH11 ARG 733 55.574 -26.748 11.257
11 HH12 ARG 733 HH12 ARG 733 56.907 -26.429 10.256
12 HH21 ARG 733 HH21 ARG 733 57.132 -22.971 10.986
13 HH22 ARG 733 HH22 ARG 733 57.808 -24.266 10.112
No H/Q in entry = 13
In of MODEL 18
1 H SER 734 H SER 734 49.668 -25.116 10.964
2 HA SER 734 HA SER 734 49.073 -27.152 12.977
3 HB2 SER 734 HB2 SER 734 47.487 -24.732 12.097
4 HB3 SER 734 HB3 SER 734 47.061 -25.804 13.433
5 HG SER 734 HG SER 734 49.449 -25.216 13.976
No H/Q in entry = 5
In of MODEL 18
1 H LYS 735 H LYS 735 48.936 -26.895 9.714
2 HA LYS 735 HA LYS 735 47.903 -27.927 8.009
3 HB2 LYS 735 HB2 LYS 735 47.306 -29.982 10.137
4 HB3 LYS 735 HB3 LYS 735 47.130 -30.257 8.413
5 HG2 LYS 735 HG2 LYS 735 49.702 -29.645 9.880
6 HG3 LYS 735 HG3 LYS 735 49.217 -31.209 9.228
7 HD2 LYS 735 HD2 LYS 735 49.736 -28.708 7.589
8 HD3 LYS 735 HD3 LYS 735 50.858 -30.041 7.788
9 HE2 LYS 735 HE2 LYS 735 49.230 -31.556 6.720
10 HE3 LYS 735 HE3 LYS 735 48.118 -30.203 6.518
11 HZ2 LYS 735 HZ1 LYS 735 50.798 -30.459 5.269
12 HZ1 LYS 735 HZ2 LYS 735 49.805 -29.138 5.037
13 HZ3 LYS 735 HZ3 LYS 735 49.336 -30.652 4.490
No H/Q in entry = 13
In of MODEL 18
1 H ARG 736 H ARG 736 46.355 -26.068 9.527
2 HA ARG 736 HA ARG 736 43.637 -27.027 9.454
3 HB2 ARG 736 HB2 ARG 736 43.061 -24.784 10.218
4 HB3 ARG 736 HB3 ARG 736 44.271 -25.558 11.234
5 HG2 ARG 736 HG2 ARG 736 46.005 -24.249 10.206
6 HG3 ARG 736 HG3 ARG 736 44.832 -23.526 9.103
7 HD2 ARG 736 HD2 ARG 736 45.414 -22.107 10.935
8 HD3 ARG 736 HD3 ARG 736 43.690 -22.497 10.966
9 HE ARG 736 HE ARG 736 44.715 -24.347 12.600
10 HH11 ARG 736 HH11 ARG 736 45.250 -20.841 12.542
11 HH12 ARG 736 HH12 ARG 736 45.466 -20.725 14.218
12 HH21 ARG 736 HH21 ARG 736 45.002 -24.172 14.883
13 HH22 ARG 736 HH22 ARG 736 45.314 -22.651 15.581
No H/Q in entry = 13
In of MODEL 18
1 H ILE 737 H ILE 737 42.085 -26.416 7.967
2 HA ILE 737 HA ILE 737 43.048 -25.146 5.555
3 HB ILE 737 HB ILE 737 40.178 -25.902 6.159
4 HG12 ILE 737 HG12 ILE 737 41.629 -27.919 6.535
5 HG13 ILE 737 HG13 ILE 737 40.521 -28.104 5.187
6 HG23 ILE 737 HG21 ILE 737 39.957 -25.948 3.767
7 HG22 ILE 737 HG22 ILE 737 41.698 -25.821 3.573
8 HG21 ILE 737 HG23 ILE 737 40.801 -24.450 4.209
9 HD13 ILE 737 HD11 ILE 737 42.692 -29.020 4.646
10 HD12 ILE 737 HD12 ILE 737 43.451 -27.465 5.015
11 HD11 ILE 737 HD13 ILE 737 42.332 -27.604 3.654
No H/Q in entry = 11
In of MODEL 18
1 H LEU 738 H LEU 738 42.991 -23.002 5.512
2 HA LEU 738 HA LEU 738 40.921 -21.702 7.069
3 HB2 LEU 738 HB2 LEU 738 42.363 -19.796 7.605
4 HB3 LEU 738 HB3 LEU 738 43.020 -21.276 8.265
5 HG LEU 738 HG LEU 738 44.055 -19.984 5.736
6 HD11 LEU 738 HD11 LEU 738 45.002 -19.693 8.585
7 HD13 LEU 738 HD12 LEU 738 44.239 -18.429 7.622
8 HD12 LEU 738 HD13 LEU 738 45.820 -19.055 7.161
9 HD21 LEU 738 HD21 LEU 738 45.163 -21.949 7.684
10 HD23 LEU 738 HD22 LEU 738 46.019 -21.329 6.254
11 HD22 LEU 738 HD23 LEU 738 44.548 -22.313 6.078
No H/Q in entry = 11
In of MODEL 18
1 HA PRO 739 HA PRO 739 39.845 -19.695 3.379
2 HB2 PRO 739 HB2 PRO 739 38.516 -17.595 4.402
3 HB3 PRO 739 HB3 PRO 739 37.860 -19.237 4.483
4 HG2 PRO 739 HG2 PRO 739 39.289 -17.664 6.592
5 HG3 PRO 739 HG3 PRO 739 37.845 -18.683 6.753
6 HD2 PRO 739 HD2 PRO 739 40.394 -19.581 7.396
7 HD3 PRO 739 HD3 PRO 739 39.084 -20.630 6.804
No H/Q in entry = 7
In of MODEL 18
1 H LEU 740 H LEU 740 41.328 -18.768 2.231
2 HA LEU 740 HA LEU 740 42.559 -16.253 3.153
3 HB2 LEU 740 HB2 LEU 740 43.626 -18.368 1.306
4 HB3 LEU 740 HB3 LEU 740 44.324 -16.772 1.450
5 HG LEU 740 HG LEU 740 44.235 -18.927 3.548
6 HD12 LEU 740 HD11 LEU 740 46.465 -17.519 2.113
7 HD11 LEU 740 HD12 LEU 740 45.881 -19.161 1.815
8 HD13 LEU 740 HD13 LEU 740 46.640 -18.761 3.358
9 HD23 LEU 740 HD21 LEU 740 45.484 -17.349 4.976
10 HD22 LEU 740 HD22 LEU 740 43.853 -16.777 4.652
11 HD21 LEU 740 HD23 LEU 740 45.221 -16.080 3.780
No H/Q in entry = 11
In of MODEL 18
1 H THR 741 H THR 741 43.440 -15.333 0.822
2 HA THR 741 HA THR 741 41.214 -15.377 -1.060
3 HB THR 741 HB THR 741 42.676 -12.805 -0.625
4 HG1 THR 741 HG1 THR 741 40.530 -13.137 1.079
5 HG23 THR 741 HG21 THR 741 40.469 -11.871 -0.969
6 HG22 THR 741 HG22 THR 741 39.750 -13.473 -0.822
7 HG21 THR 741 HG23 THR 741 40.783 -13.100 -2.197
No H/Q in entry = 7
In of MODEL 18
1 H VAL 742 H VAL 742 42.081 -14.964 -3.270
2 HA VAL 742 HA VAL 742 44.562 -16.114 -3.699
3 HB VAL 742 HB VAL 742 43.137 -16.219 -5.654
4 HG11 VAL 742 HG11 VAL 742 41.682 -14.551 -5.064
5 HG13 VAL 742 HG12 VAL 742 42.215 -14.591 -6.745
6 HG12 VAL 742 HG13 VAL 742 42.848 -13.336 -5.656
7 HG22 VAL 742 HG21 VAL 742 44.302 -15.223 -7.454
8 HG21 VAL 742 HG22 VAL 742 45.530 -15.721 -6.266
9 HG23 VAL 742 HG23 VAL 742 45.017 -14.035 -6.379
No H/Q in entry = 9
In of MODEL 18
1 H CYS 743 H CYS 743 43.951 -12.610 -3.840
2 HA CYS 743 HA CYS 743 46.434 -11.575 -4.138
3 HB2 CYS 743 HB2 CYS 743 44.696 -10.002 -3.846
4 HB3 CYS 743 HB3 CYS 743 44.089 -10.865 -2.448
No H/Q in entry = 4
In of MODEL 18
1 H LYS 744 H LYS 744 45.000 -12.677 -1.091
2 HA LYS 744 HA LYS 744 47.070 -12.037 0.614
3 HB2 LYS 744 HB2 LYS 744 44.833 -12.572 1.349
4 HB3 LYS 744 HB3 LYS 744 45.016 -14.225 0.824
5 HG2 LYS 744 HG2 LYS 744 45.261 -14.083 3.250
6 HG3 LYS 744 HG3 LYS 744 46.764 -14.612 2.499
7 HD2 LYS 744 HD2 LYS 744 47.196 -13.031 4.272
8 HD3 LYS 744 HD3 LYS 744 47.651 -12.325 2.722
9 HE2 LYS 744 HE2 LYS 744 46.504 -10.686 4.108
10 HE3 LYS 744 HE3 LYS 744 45.523 -11.074 2.700
11 HZ3 LYS 744 HZ1 LYS 744 44.190 -10.970 4.678
12 HZ2 LYS 744 HZ2 LYS 744 45.122 -12.150 5.443
13 HZ1 LYS 744 HZ3 LYS 744 44.191 -12.551 4.110
No H/Q in entry = 13
In of MODEL 18
1 H MET 745 H MET 745 46.194 -15.256 -0.533
2 HA MET 745 HA MET 745 48.312 -16.698 0.442
3 HB2 MET 745 HB2 MET 745 46.908 -18.073 -0.271
4 HB3 MET 745 HB3 MET 745 46.268 -17.096 -1.612
5 HG2 MET 745 HG2 MET 745 47.212 -18.923 -2.764
6 HG3 MET 745 HG3 MET 745 48.497 -17.776 -2.748
7 HE3 MET 745 HE1 MET 745 47.466 -19.943 0.427
8 HE2 MET 745 HE2 MET 745 48.445 -21.382 0.115
9 HE1 MET 745 HE3 MET 745 47.135 -20.954 -0.978
No H/Q in entry = 9
In of MODEL 18
1 H HIS 746 H HIS 746 48.221 -14.790 -2.492
2 HA HIS 746 HA HIS 746 50.609 -15.940 -3.557
3 HB2 HIS 746 HB2 HIS 746 48.858 -13.751 -4.221
4 HB3 HIS 746 HB3 HIS 746 50.523 -13.518 -4.827
5 HD1 HIS 746 HD1 HIS 746 51.153 -16.129 -6.101
6 HD2 HIS 746 HD2 HIS 746 47.285 -14.644 -6.055
7 HE1 HIS 746 HE1 HIS 746 50.027 -17.130 -8.081
8 HE2 HIS 746 HE2 HIS 746 47.645 -16.375 -7.929
No H/Q in entry = 8
In of MODEL 18
1 H VAL 747 H VAL 747 49.980 -12.825 -1.957
2 HA VAL 747 HA VAL 747 52.690 -12.056 -1.749
3 HB VAL 747 HB VAL 747 50.209 -11.284 -0.182
4 HG12 VAL 747 HG11 VAL 747 51.495 -9.405 0.766
5 HG11 VAL 747 HG12 VAL 747 52.959 -10.022 0.013
6 HG13 VAL 747 HG13 VAL 747 52.162 -10.945 1.283
7 HG23 VAL 747 HG21 VAL 747 51.825 -9.811 -2.240
8 HG22 VAL 747 HG22 VAL 747 50.375 -9.200 -1.422
9 HG21 VAL 747 HG23 VAL 747 50.270 -10.593 -2.504
No H/Q in entry = 9
In of MODEL 18
1 H LEU 748 H LEU 748 50.500 -13.670 0.374
2 HA LEU 748 HA LEU 748 51.800 -14.289 2.702
3 HB2 LEU 748 HB2 LEU 748 49.493 -14.673 2.163
4 HB3 LEU 748 HB3 LEU 748 49.929 -15.691 0.843
5 HG LEU 748 HG LEU 748 48.790 -16.891 2.439
6 HD13 LEU 748 HD11 LEU 748 50.230 -18.216 1.402
7 HD12 LEU 748 HD12 LEU 748 50.259 -18.691 3.102
8 HD11 LEU 748 HD13 LEU 748 51.601 -17.755 2.415
9 HD21 LEU 748 HD21 LEU 748 50.689 -15.928 4.549
10 HD23 LEU 748 HD22 LEU 748 49.511 -17.259 4.716
11 HD22 LEU 748 HD23 LEU 748 48.940 -15.643 4.340
No H/Q in entry = 11
In of MODEL 18
1 H HIS 749 H HIS 749 51.915 -16.030 -0.393
2 HA HIS 749 HA HIS 749 53.613 -18.093 0.595
3 HB2 HIS 749 HB2 HIS 749 51.839 -18.019 -1.380
4 HB3 HIS 749 HB3 HIS 749 53.281 -17.645 -2.314
5 HD1 HIS 749 HD1 HIS 749 55.263 -19.520 -2.099
6 HD2 HIS 749 HD2 HIS 749 51.446 -20.573 -0.901
7 HE1 HIS 749 HE1 HIS 749 55.281 -22.021 -2.004
8 HE2 HIS 749 HE2 HIS 749 53.050 -22.639 -1.049
No H/Q in entry = 8
In of MODEL 18
1 H CYS 750 H CYS 750 54.107 -15.074 -1.232
2 HA CYS 750 HA CYS 750 56.785 -15.933 -1.854
3 HB2 CYS 750 HB2 CYS 750 57.063 -13.927 -3.126
4 HB3 CYS 750 HB3 CYS 750 55.444 -14.519 -3.466
No H/Q in entry = 4
In of MODEL 18
1 H GLN 751 H GLN 751 55.182 -14.195 0.621
2 HA GLN 751 HA GLN 751 57.408 -12.918 1.769
3 HB2 GLN 751 HB2 GLN 751 54.848 -13.967 2.957
4 HB3 GLN 751 HB3 GLN 751 56.046 -13.122 3.916
5 HG2 GLN 751 HG2 GLN 751 54.650 -12.007 1.506
6 HG3 GLN 751 HG3 GLN 751 54.178 -11.681 3.163
7 HE21 GLN 751 HE21 GLN 751 54.935 -9.723 1.224
8 HE22 GLN 751 HE22 GLN 751 56.380 -8.978 1.783
No H/Q in entry = 8
In of MODEL 18
1 H GLY 752 H GLY 752 56.447 -16.200 1.621
2 HA3 GLY 752 HA2 GLY 752 58.219 -17.831 1.971
3 HA2 GLY 752 HA3 GLY 752 58.724 -16.879 3.358
No H/Q in entry = 3
In of MODEL 18
1 H ARG 753 H ARG 753 55.312 -17.343 2.922
2 HA ARG 753 HA ARG 753 55.401 -19.108 5.241
3 HB2 ARG 753 HB2 ARG 753 53.013 -17.644 4.082
4 HB3 ARG 753 HB3 ARG 753 53.054 -18.537 5.595
5 HG2 ARG 753 HG2 ARG 753 54.553 -16.004 4.960
6 HG3 ARG 753 HG3 ARG 753 53.178 -16.174 6.053
7 HD2 ARG 753 HD2 ARG 753 54.500 -17.587 7.537
8 HD3 ARG 753 HD3 ARG 753 55.856 -17.532 6.413
9 HE ARG 753 HE ARG 753 54.817 -15.081 7.586
10 HH11 ARG 753 HH11 ARG 753 57.457 -17.453 7.379
11 HH12 ARG 753 HH12 ARG 753 58.641 -16.399 7.994
12 HH21 ARG 753 HH21 ARG 753 56.448 -13.682 8.496
13 HH22 ARG 753 HH22 ARG 753 58.044 -14.214 8.696
No H/Q in entry = 13
In of MODEL 18
1 H ASN 754 H ASN 754 54.688 -21.112 5.227
2 HA ASN 754 HA ASN 754 54.361 -22.288 2.604
3 HB2 ASN 754 HB2 ASN 754 54.734 -23.607 5.297
4 HB3 ASN 754 HB3 ASN 754 54.665 -24.451 3.756
5 HD21 ASN 754 HD21 ASN 754 56.526 -22.453 5.839
6 HD22 ASN 754 HD22 ASN 754 58.018 -22.601 4.974
No H/Q in entry = 6
In of MODEL 18
1 H TYR 755 H TYR 755 52.480 -22.476 1.832
2 HA TYR 755 HA TYR 755 50.282 -23.486 3.444
3 HB2 TYR 755 HB2 TYR 755 50.262 -20.988 1.780
4 HB3 TYR 755 HB3 TYR 755 48.824 -21.967 2.001
5 HD1 TYR 755 HD1 TYR 755 51.482 -20.678 4.352
6 HD2 TYR 755 HD2 TYR 755 47.368 -20.961 3.382
7 HE1 TYR 755 HE1 TYR 755 50.926 -19.356 6.344
8 HE2 TYR 755 HE2 TYR 755 46.801 -19.649 5.340
9 HH TYR 755 HH TYR 755 49.088 -17.924 7.111
No H/Q in entry = 9
In of MODEL 18
1 H THR 756 H THR 756 48.969 -24.736 2.356
2 HA THR 756 HA THR 756 49.703 -25.528 -0.374
3 HB THR 756 HB THR 756 48.254 -26.962 1.866
4 HG1 THR 756 HG1 THR 756 50.160 -27.426 2.521
5 HG22 THR 756 HG21 THR 756 49.206 -28.015 -0.805
6 HG21 THR 756 HG22 THR 756 47.527 -27.726 -0.335
7 HG23 THR 756 HG23 THR 756 48.466 -28.978 0.486
No H/Q in entry = 7
In of MODEL 18
1 H LEU 757 H LEU 757 47.888 -25.707 -1.907
2 HA LEU 757 HA LEU 757 45.556 -24.201 -1.079
3 HB2 LEU 757 HB2 LEU 757 46.503 -25.159 -3.764
4 HB3 LEU 757 HB3 LEU 757 44.846 -24.655 -3.541
5 HG LEU 757 HG LEU 757 46.097 -22.863 -4.514
6 HD12 LEU 757 HD11 LEU 757 45.476 -22.257 -1.638
7 HD11 LEU 757 HD12 LEU 757 44.348 -22.224 -2.991
8 HD13 LEU 757 HD13 LEU 757 45.679 -21.072 -2.922
9 HD23 LEU 757 HD21 LEU 757 47.914 -23.022 -2.113
10 HD22 LEU 757 HD22 LEU 757 47.984 -21.792 -3.375
11 HD21 LEU 757 HD23 LEU 757 48.334 -23.478 -3.760
No H/Q in entry = 11
In of MODEL 18
1 H THR 758 H THR 758 43.483 -24.945 -1.007
2 HA THR 758 HA THR 758 43.153 -27.793 -1.360
3 HB THR 758 HB THR 758 41.663 -27.669 0.761
4 HG1 THR 758 HG1 THR 758 43.385 -25.775 1.763
5 HG21 THR 758 HG21 THR 758 43.771 -28.939 0.659
6 HG23 THR 758 HG22 THR 758 43.593 -28.165 2.228
7 HG22 THR 758 HG23 THR 758 44.673 -27.470 1.021
No H/Q in entry = 7
In of MODEL 18
1 H GLY 759 H GLY 759 40.762 -28.349 -1.275
2 HA3 GLY 759 HA2 GLY 759 39.499 -26.837 -3.316
3 HA2 GLY 759 HA3 GLY 759 38.798 -28.189 -2.441
No H/Q in entry = 3
In of MODEL 18
1 H ARG 760 H ARG 760 37.415 -25.901 -3.216
2 HA ARG 760 HA ARG 760 37.207 -23.921 -1.195
3 HB2 ARG 760 HB2 ARG 760 35.203 -23.162 -2.382
4 HB3 ARG 760 HB3 ARG 760 36.480 -23.541 -3.527
5 HG2 ARG 760 HG2 ARG 760 34.707 -24.531 -4.590
6 HG3 ARG 760 HG3 ARG 760 35.249 -25.873 -3.583
7 HD2 ARG 760 HD2 ARG 760 33.576 -25.053 -1.848
8 HD3 ARG 760 HD3 ARG 760 32.899 -24.054 -3.134
9 HE ARG 760 HE ARG 760 33.123 -26.981 -3.231
10 HH11 ARG 760 HH11 ARG 760 31.247 -24.021 -3.936
11 HH12 ARG 760 HH12 ARG 760 29.950 -24.881 -4.611
12 HH21 ARG 760 HH21 ARG 760 31.302 -28.092 -4.178
13 HH22 ARG 760 HH22 ARG 760 29.981 -27.209 -4.772
No H/Q in entry = 13
In of MODEL 18
1 H ASP 761 H ASP 761 36.079 -27.093 -1.332
2 HA ASP 761 HA ASP 761 33.811 -26.767 0.428
3 HB2 ASP 761 HB2 ASP 761 35.245 -29.201 -0.624
4 HB3 ASP 761 HB3 ASP 761 33.927 -29.315 0.539
No H/Q in entry = 4
In of MODEL 18
1 H SER 762 H SER 762 37.208 -27.143 0.774
2 HA SER 762 HA SER 762 37.158 -28.566 3.210
3 HB2 SER 762 HB2 SER 762 39.385 -26.994 1.926
4 HB3 SER 762 HB3 SER 762 39.567 -28.160 3.237
5 HG SER 762 HG SER 762 39.283 -29.757 1.902
No H/Q in entry = 5
In of MODEL 18
1 H CYS 763 H CYS 763 37.005 -25.137 2.446
2 HA CYS 763 HA CYS 763 36.887 -24.694 5.330
3 HB2 CYS 763 HB2 CYS 763 37.974 -22.602 5.194
4 HB3 CYS 763 HB3 CYS 763 39.030 -23.725 4.333
No H/Q in entry = 4
In of MODEL 18
1 H THR 764 H THR 764 35.798 -22.484 5.709
2 HA THR 764 HA THR 764 33.599 -22.234 3.811
3 HB THR 764 HB THR 764 33.685 -21.561 6.760
4 HG1 THR 764 HG1 THR 764 33.344 -23.875 5.452
5 HG23 THR 764 HG21 THR 764 32.132 -20.180 5.469
6 HG22 THR 764 HG22 THR 764 31.251 -21.300 6.515
7 HG21 THR 764 HG23 THR 764 31.401 -21.631 4.782
No H/Q in entry = 7
In of MODEL 18
1 H LEU 765 H LEU 765 34.122 -20.634 2.492
2 HA LEU 765 HA LEU 765 35.620 -18.400 3.310
3 HB2 LEU 765 HB2 LEU 765 34.064 -19.011 0.835
4 HB3 LEU 765 HB3 LEU 765 34.750 -17.424 1.058
5 HG LEU 765 HG LEU 765 36.304 -18.377 -0.248
6 HD12 LEU 765 HD11 LEU 765 37.283 -19.265 2.427
7 HD11 LEU 765 HD12 LEU 765 37.477 -17.657 1.725
8 HD13 LEU 765 HD13 LEU 765 38.257 -19.056 0.981
9 HD21 LEU 765 HD21 LEU 765 35.230 -20.435 -0.445
10 HD23 LEU 765 HD22 LEU 765 35.871 -20.951 1.143
11 HD22 LEU 765 HD23 LEU 765 36.979 -20.649 -0.231
No H/Q in entry = 11
In of MODEL 18
1 HA PRO 766 HA PRO 766 32.707 -15.487 4.916
2 HB2 PRO 766 HB2 PRO 766 33.377 -13.395 3.132
3 HB3 PRO 766 HB3 PRO 766 34.138 -13.702 4.696
4 HG2 PRO 766 HG2 PRO 766 35.016 -14.613 1.960
5 HG3 PRO 766 HG3 PRO 766 36.022 -14.002 3.297
6 HD2 PRO 766 HD2 PRO 766 35.899 -16.525 2.703
7 HD3 PRO 766 HD3 PRO 766 35.834 -16.119 4.417
No H/Q in entry = 7
In of MODEL 18
1 H ALA 767 H ALA 767 33.063 -15.364 1.388
2 HA ALA 767 HA ALA 767 30.140 -15.556 1.122
3 HB2 ALA 767 HB1 ALA 767 30.327 -14.297 -0.912
4 HB3 ALA 767 HB2 ALA 767 32.069 -14.123 -0.677
5 HB1 ALA 767 HB3 ALA 767 30.935 -13.328 0.439
No H/Q in entry = 5
In of MODEL 18
1 H SER 768 H SER 768 29.774 -17.542 0.570
2 HA SER 768 HA SER 768 31.860 -18.991 -0.699
3 HB2 SER 768 HB2 SER 768 29.143 -19.968 0.170
4 HB3 SER 768 HB3 SER 768 30.571 -20.939 -0.182
5 HG SER 768 HG SER 768 31.324 -19.179 1.617
No H/Q in entry = 5
In of MODEL 18
1 H ALA 769 H ALA 769 28.342 -18.915 -1.367
2 HA ALA 769 HA ALA 769 28.911 -19.510 -4.163
3 HB3 ALA 769 HB1 ALA 769 26.560 -19.966 -4.372
4 HB1 ALA 769 HB2 ALA 769 26.276 -19.347 -2.744
5 HB2 ALA 769 HB3 ALA 769 27.210 -20.826 -2.973
No H/Q in entry = 5
In of MODEL 18
1 H GLU 770 H GLU 770 27.599 -17.010 -2.218
2 HA GLU 770 HA GLU 770 27.382 -15.354 -4.616
3 HB2 GLU 770 HB2 GLU 770 25.525 -15.759 -2.368
4 HB3 GLU 770 HB3 GLU 770 25.438 -14.264 -3.336
5 HG2 GLU 770 HG2 GLU 770 25.504 -16.938 -4.543
6 HG3 GLU 770 HG3 GLU 770 23.937 -16.306 -3.957
No H/Q in entry = 6
In of MODEL 18
1 H LYS 771 H LYS 771 27.894 -13.229 -4.374
2 HA LYS 771 HA LYS 771 29.805 -12.907 -2.206
3 HB2 LYS 771 HB2 LYS 771 29.702 -11.405 -4.813
4 HB3 LYS 771 HB3 LYS 771 31.060 -11.555 -3.701
5 HG2 LYS 771 HG2 LYS 771 29.859 -13.820 -5.288
6 HG3 LYS 771 HG3 LYS 771 31.340 -12.956 -5.704
7 HD2 LYS 771 HD2 LYS 771 32.521 -13.894 -3.943
8 HD3 LYS 771 HD3 LYS 771 31.065 -14.280 -3.022
9 HE2 LYS 771 HE2 LYS 771 30.493 -16.041 -4.478
10 HE3 LYS 771 HE3 LYS 771 31.732 -15.605 -5.649
11 HZ2 LYS 771 HZ1 LYS 771 32.388 -17.527 -4.304
12 HZ1 LYS 771 HZ2 LYS 771 32.282 -16.638 -2.877
13 HZ3 LYS 771 HZ3 LYS 771 33.448 -16.259 -4.019
No H/Q in entry = 13
In of MODEL 18
1 H ALA 772 H ALA 772 29.616 -11.304 -0.784
2 HA ALA 772 HA ALA 772 27.214 -9.684 -0.904
3 HB3 ALA 772 HB1 ALA 772 27.542 -11.060 1.069
4 HB1 ALA 772 HB2 ALA 772 27.598 -9.343 1.480
5 HB2 ALA 772 HB3 ALA 772 29.091 -10.274 1.373
No H/Q in entry = 5
In of MODEL 18
1 H CYS 773 H CYS 773 27.300 -7.480 -0.227
2 HA CYS 773 HA CYS 773 29.120 -5.879 -1.580
3 HB2 CYS 773 HB2 CYS 773 26.855 -5.194 -0.931
4 HB3 CYS 773 HB3 CYS 773 27.337 -5.198 0.755
No H/Q in entry = 4
In of MODEL 18
1 H GLY 774 H GLY 774 30.873 -4.691 -0.954
2 HA3 GLY 774 HA2 GLY 774 32.416 -3.822 0.640
3 HA2 GLY 774 HA3 GLY 774 31.953 -5.114 1.744
No H/Q in entry = 3
In of MODEL 18
1 H ALA 775 H ALA 775 32.106 -6.472 -1.198
2 HA ALA 775 HA ALA 775 34.931 -6.893 -1.344
3 HB3 ALA 775 HB1 ALA 775 34.149 -8.653 0.212
4 HB1 ALA 775 HB2 ALA 775 34.596 -9.342 -1.345
5 HB2 ALA 775 HB3 ALA 775 32.898 -9.096 -0.948
No H/Q in entry = 5
In of MODEL 18
1 H CYS 776 H CYS 776 34.862 -8.745 -3.199
2 HA CYS 776 HA CYS 776 34.656 -9.112 -5.443
3 HB2 CYS 776 HB2 CYS 776 32.283 -9.564 -6.193
4 HB3 CYS 776 HB3 CYS 776 32.804 -10.409 -4.743
No H/Q in entry = 4
In of MODEL 18
1 HA PRO 777 HA PRO 777 33.078 -4.763 -6.887
2 HB2 PRO 777 HB2 PRO 777 34.946 -2.937 -6.486
3 HB3 PRO 777 HB3 PRO 777 33.905 -3.443 -5.145
4 HG2 PRO 777 HG2 PRO 777 36.696 -4.340 -5.798
5 HG3 PRO 777 HG3 PRO 777 36.042 -3.807 -4.239
6 HD2 PRO 777 HD2 PRO 777 36.284 -6.443 -4.901
7 HD3 PRO 777 HD3 PRO 777 35.032 -5.819 -3.828
No H/Q in entry = 7
In of MODEL 18
1 H LEU 778 H LEU 778 35.426 -6.807 -7.592
2 HA LEU 778 HA LEU 778 36.892 -5.397 -9.655
3 HB2 LEU 778 HB2 LEU 778 36.725 -8.325 -9.077
4 HB3 LEU 778 HB3 LEU 778 37.871 -7.632 -10.213
5 HG LEU 778 HG LEU 778 38.916 -6.572 -8.075
6 HD13 LEU 778 HD11 LEU 778 37.003 -6.915 -6.630
7 HD12 LEU 778 HD12 LEU 778 38.421 -7.763 -6.000
8 HD11 LEU 778 HD13 LEU 778 37.142 -8.660 -6.822
9 HD22 LEU 778 HD21 LEU 778 39.913 -8.438 -9.295
10 HD21 LEU 778 HD22 LEU 778 38.851 -9.554 -8.450
11 HD23 LEU 778 HD23 LEU 778 40.082 -8.678 -7.552
No H/Q in entry = 11
In of MODEL 18
1 H TRP 779 H TRP 779 34.268 -7.690 -9.433
2 HA TRP 779 HA TRP 779 33.782 -7.399 -12.313
3 HB2 TRP 779 HB2 TRP 779 32.967 -9.738 -12.322
4 HB3 TRP 779 HB3 TRP 779 34.672 -9.629 -11.931
5 HD1 TRP 779 HD1 TRP 779 31.314 -10.716 -10.455
6 HE1 TRP 779 HE1 TRP 779 31.724 -12.004 -8.284
7 HE3 TRP 779 HE3 TRP 779 36.257 -9.812 -9.943
8 HZ2 TRP 779 HZ2 TRP 779 34.041 -12.599 -6.519
9 HZ3 TRP 779 HZ3 TRP 779 37.444 -10.730 -7.981
10 HH2 TRP 779 HH2 TRP 779 36.284 -12.078 -6.332
No H/Q in entry = 10
In of MODEL 18
1 H GLY 780 H GLY 780 32.678 -6.315 -9.552
2 HA3 GLY 780 HA2 GLY 780 29.959 -6.516 -10.336
3 HA2 GLY 780 HA3 GLY 780 30.365 -7.287 -8.803
No H/Q in entry = 3
In of MODEL 18
1 H LYS 781 H LYS 781 28.643 -5.340 -8.802
2 HA LYS 781 HA LYS 781 30.104 -3.152 -7.518
3 HB2 LYS 781 HB2 LYS 781 27.906 -3.042 -9.509
4 HB3 LYS 781 HB3 LYS 781 28.137 -1.704 -8.386
5 HG2 LYS 781 HG2 LYS 781 30.286 -2.678 -10.259
6 HG3 LYS 781 HG3 LYS 781 29.058 -1.530 -10.777
7 HD2 LYS 781 HD2 LYS 781 30.880 -0.170 -10.187
8 HD3 LYS 781 HD3 LYS 781 29.836 -0.097 -8.779
9 HE2 LYS 781 HE2 LYS 781 32.187 -0.305 -8.169
10 HE3 LYS 781 HE3 LYS 781 31.301 -1.715 -7.622
11 HZ3 LYS 781 HZ1 LYS 781 32.194 -2.991 -9.402
12 HZ2 LYS 781 HZ2 LYS 781 33.529 -2.120 -8.790
13 HZ1 LYS 781 HZ3 LYS 781 32.727 -1.619 -10.179
No H/Q in entry = 13
In of MODEL 18
1 H CYS 782 H CYS 782 28.964 -2.108 -5.908
2 HA CYS 782 HA CYS 782 26.520 -3.354 -4.931
3 HB2 CYS 782 HB2 CYS 782 28.259 -4.044 -3.392
4 HB3 CYS 782 HB3 CYS 782 28.939 -2.419 -3.358
No H/Q in entry = 4
In of MODEL 18
1 H ASP 783 H ASP 783 25.382 -1.767 -6.052
2 HA ASP 783 HA ASP 783 25.765 0.947 -5.039
3 HB2 ASP 783 HB2 ASP 783 26.607 0.719 -7.337
4 HB3 ASP 783 HB3 ASP 783 25.047 0.109 -7.853
No H/Q in entry = 4
In of MODEL 18
1 H ALA 784 H ALA 784 24.043 1.933 -4.340
2 HA ALA 784 HA ALA 784 22.017 2.418 -3.633
3 HB3 ALA 784 HB1 ALA 784 20.184 2.383 -5.192
4 HB1 ALA 784 HB2 ALA 784 21.024 1.216 -6.211
5 HB2 ALA 784 HB3 ALA 784 21.664 2.850 -6.030
No H/Q in entry = 5
In of MODEL 18
1 H GLU 785 H GLU 785 20.785 -0.455 -5.256
2 HA GLU 785 HA GLU 785 19.387 -1.125 -2.797
3 HB2 GLU 785 HB2 GLU 785 19.210 -2.335 -5.551
4 HB3 GLU 785 HB3 GLU 785 18.199 -2.766 -4.188
5 HG2 GLU 785 HG2 GLU 785 18.325 -0.044 -5.454
6 HG3 GLU 785 HG3 GLU 785 17.071 -1.253 -5.737
No H/Q in entry = 6
In of MODEL 18
1 H SER 786 H SER 786 21.924 -2.349 -4.800
2 HA SER 786 HA SER 786 21.922 -5.016 -4.163
3 HB2 SER 786 HB2 SER 786 24.230 -3.230 -4.877
4 HB3 SER 786 HB3 SER 786 24.236 -4.995 -4.960
5 HG SER 786 HG SER 786 23.573 -3.507 -6.894
No H/Q in entry = 5
In of MODEL 18
1 H SER 787 H SER 787 21.943 -5.895 -2.249
2 HA SER 787 HA SER 787 23.735 -4.915 -0.172
3 HB2 SER 787 HB2 SER 787 21.706 -7.171 -0.101
4 HB3 SER 787 HB3 SER 787 22.477 -6.398 1.294
5 HG SER 787 HG SER 787 21.192 -4.762 -0.521
No H/Q in entry = 5
In of MODEL 18
1 H LYS 788 H LYS 788 23.108 -7.593 -2.320
2 HA LYS 788 HA LYS 788 25.723 -8.750 -1.761
3 HB2 LYS 788 HB2 LYS 788 25.124 -10.388 -3.532
4 HB3 LYS 788 HB3 LYS 788 23.926 -10.356 -2.250
5 HG2 LYS 788 HG2 LYS 788 22.358 -9.247 -3.576
6 HG3 LYS 788 HG3 LYS 788 23.567 -8.768 -4.769
7 HD2 LYS 788 HD2 LYS 788 22.871 -11.610 -4.186
8 HD3 LYS 788 HD3 LYS 788 21.987 -10.673 -5.406
9 HE2 LYS 788 HE2 LYS 788 24.226 -10.232 -6.495
10 HE3 LYS 788 HE3 LYS 788 24.929 -11.377 -5.359
11 HZ1 LYS 788 HZ1 LYS 788 22.785 -12.041 -7.308
12 HZ3 LYS 788 HZ2 LYS 788 23.600 -13.135 -6.304
13 HZ2 LYS 788 HZ3 LYS 788 24.416 -12.352 -7.522
No H/Q in entry = 13
In of MODEL 18
1 H CYS 789 H CYS 789 27.038 -9.063 -4.009
2 HA CYS 789 HA CYS 789 26.688 -6.469 -5.290
3 HB2 CYS 789 HB2 CYS 789 28.956 -6.616 -6.111
4 HB3 CYS 789 HB3 CYS 789 28.962 -6.952 -4.392
No H/Q in entry = 4
In of MODEL 18
1 H VAL 790 H VAL 790 26.478 -6.273 -7.479
2 HA VAL 790 HA VAL 790 25.552 -8.744 -8.725
3 HB VAL 790 HB VAL 790 23.844 -6.971 -8.580
4 HG11 VAL 790 HG11 VAL 790 25.225 -4.992 -8.655
5 HG13 VAL 790 HG12 VAL 790 24.003 -4.919 -9.931
6 HG12 VAL 790 HG13 VAL 790 25.670 -5.344 -10.324
7 HG23 VAL 790 HG21 VAL 790 23.142 -6.933 -10.959
8 HG22 VAL 790 HG22 VAL 790 23.647 -8.530 -10.400
9 HG21 VAL 790 HG23 VAL 790 24.731 -7.562 -11.395
No H/Q in entry = 9
In of MODEL 18
1 H CYS 791 H CYS 791 26.394 -9.402 -10.547
2 HA CYS 791 HA CYS 791 29.061 -8.317 -11.031
3 HB2 CYS 791 HB2 CYS 791 27.934 -11.016 -11.648
4 HB3 CYS 791 HB3 CYS 791 29.629 -10.523 -11.703
No H/Q in entry = 4
In of MODEL 18
1 H ARG 792 H ARG 792 29.889 -8.011 -12.903
2 HA ARG 792 HA ARG 792 28.068 -7.519 -15.129
3 HB2 ARG 792 HB2 ARG 792 30.855 -6.457 -14.601
4 HB3 ARG 792 HB3 ARG 792 29.793 -5.985 -15.917
5 HG2 ARG 792 HG2 ARG 792 29.367 -5.444 -12.981
6 HG3 ARG 792 HG3 ARG 792 29.813 -4.278 -14.228
7 HD2 ARG 792 HD2 ARG 792 27.223 -5.811 -14.031
8 HD3 ARG 792 HD3 ARG 792 27.448 -4.091 -13.723
9 HE ARG 792 HE ARG 792 28.330 -4.584 -16.312
10 HH11 ARG 792 HH11 ARG 792 25.250 -4.748 -14.584
11 HH12 ARG 792 HH12 ARG 792 24.332 -4.435 -15.984
12 HH21 ARG 792 HH21 ARG 792 27.120 -4.201 -18.126
13 HH22 ARG 792 HH22 ARG 792 25.389 -4.130 -18.067
No H/Q in entry = 13
In of MODEL 18
1 H GLU 793 H GLU 793 29.531 -7.654 -17.277
2 HA GLU 793 HA GLU 793 30.442 -10.374 -17.473
3 HB2 GLU 793 HB2 GLU 793 30.281 -8.072 -19.394
4 HB3 GLU 793 HB3 GLU 793 31.103 -9.561 -19.822
5 HG2 GLU 793 HG2 GLU 793 28.267 -9.522 -18.860
6 HG3 GLU 793 HG3 GLU 793 28.704 -9.354 -20.564
No H/Q in entry = 6
In of MODEL 18
1 H ALA 794 H ALA 794 32.538 -10.849 -18.501
2 HA ALA 794 HA ALA 794 34.714 -9.926 -16.938
3 HB1 ALA 794 HB1 ALA 794 34.662 -11.505 -19.504
4 HB2 ALA 794 HB2 ALA 794 34.689 -12.165 -17.862
5 HB3 ALA 794 HB3 ALA 794 36.073 -11.258 -18.485
No H/Q in entry = 5
In of MODEL 18
1 H SER 795 H SER 795 33.374 -9.058 -19.985
2 HA SER 795 HA SER 795 35.469 -7.566 -21.077
3 HB2 SER 795 HB2 SER 795 32.524 -7.157 -21.522
4 HB3 SER 795 HB3 SER 795 33.847 -7.021 -22.688
5 HG SER 795 HG SER 795 34.023 -9.185 -22.793
No H/Q in entry = 5
In of MODEL 18
1 H GLU 796 H GLU 796 33.346 -7.007 -18.440
2 HA GLU 796 HA GLU 796 33.527 -4.080 -18.611
3 HB2 GLU 796 HB2 GLU 796 31.669 -5.839 -17.009
4 HB3 GLU 796 HB3 GLU 796 31.602 -4.085 -17.110
5 HG2 GLU 796 HG2 GLU 796 31.037 -4.239 -19.479
6 HG3 GLU 796 HG3 GLU 796 31.139 -5.997 -19.393
No H/Q in entry = 6
In of MODEL 18
1 H CYS 797 H CYS 797 35.524 -6.074 -17.663
2 HA CYS 797 HA CYS 797 35.864 -6.392 -14.952
3 HB2 CYS 797 HB2 CYS 797 37.340 -7.417 -16.534
4 HB3 CYS 797 HB3 CYS 797 37.899 -5.853 -17.104
No H/Q in entry = 4
In of MODEL 18
1 H GLU 798 H GLU 798 35.924 -4.999 -13.306
2 HA GLU 798 HA GLU 798 36.581 -2.233 -13.892
3 HB2 GLU 798 HB2 GLU 798 35.175 -3.460 -11.541
4 HB3 GLU 798 HB3 GLU 798 35.507 -1.741 -11.733
5 HG2 GLU 798 HG2 GLU 798 34.188 -1.740 -13.800
6 HG3 GLU 798 HG3 GLU 798 33.808 -3.440 -13.532
No H/Q in entry = 6
In of MODEL 18
1 H GLU 799 H GLU 799 37.839 -4.931 -12.175
2 HA GLU 799 HA GLU 799 40.079 -3.264 -11.379
3 HB2 GLU 799 HB2 GLU 799 38.696 -3.443 -9.318
4 HB3 GLU 799 HB3 GLU 799 38.717 -5.191 -9.502
5 HG2 GLU 799 HG2 GLU 799 40.261 -4.479 -7.770
6 HG3 GLU 799 HG3 GLU 799 41.095 -5.264 -9.108
No H/Q in entry = 6
In of MODEL 18
1 H GLU 800 H GLU 800 41.977 -4.294 -11.480
2 HA GLU 800 HA GLU 800 41.877 -6.776 -12.959
3 HB2 GLU 800 HB2 GLU 800 44.176 -4.850 -12.669
4 HB3 GLU 800 HB3 GLU 800 44.114 -6.260 -13.709
5 HG2 GLU 800 HG2 GLU 800 42.272 -5.209 -14.954
6 HG3 GLU 800 HG3 GLU 800 42.467 -3.766 -13.955
No H/Q in entry = 6
In of MODEL 18
1 H GLY 801 H GLY 801 41.523 -7.855 -11.276
2 HA3 GLY 801 HA2 GLY 801 43.184 -8.265 -9.007
3 HA2 GLY 801 HA3 GLY 801 42.096 -9.443 -9.650
No H/Q in entry = 3
In of MODEL 18
1 H PHE 802 H PHE 802 43.699 -10.964 -9.061
2 HA PHE 802 HA PHE 802 46.197 -10.993 -10.457
3 HB2 PHE 802 HB2 PHE 802 44.917 -12.867 -8.486
4 HB3 PHE 802 HB3 PHE 802 46.470 -13.192 -9.251
5 HD1 PHE 802 HD1 PHE 802 48.406 -12.109 -8.568
6 HD2 PHE 802 HD2 PHE 802 44.666 -10.869 -7.028
7 HE1 PHE 802 HE1 PHE 802 49.551 -10.700 -6.969
8 HE2 PHE 802 HE2 PHE 802 45.812 -9.436 -5.394
9 HZ PHE 802 HZ PHE 802 48.263 -9.351 -5.347
No H/Q in entry = 9
In of MODEL 18
1 H SER 803 H SER 803 46.896 -12.854 -11.629
2 HA SER 803 HA SER 803 44.886 -13.828 -13.456
3 HB2 SER 803 HB2 SER 803 46.983 -14.711 -14.573
4 HB3 SER 803 HB3 SER 803 46.872 -12.953 -14.422
5 HG SER 803 HG SER 803 48.161 -14.645 -12.579
No H/Q in entry = 5
In of MODEL 18
1 H ILE 804 H ILE 804 43.942 -15.747 -13.040
2 HA ILE 804 HA ILE 804 45.412 -17.686 -11.404
3 HB ILE 804 HB ILE 804 43.396 -18.457 -10.334
4 HG12 ILE 804 HG12 ILE 804 41.792 -18.008 -12.253
5 HG13 ILE 804 HG13 ILE 804 41.165 -17.617 -10.662
6 HG22 ILE 804 HG21 ILE 804 43.547 -15.465 -10.157
7 HG21 ILE 804 HG22 ILE 804 44.487 -16.632 -9.233
8 HG23 ILE 804 HG23 ILE 804 42.744 -16.514 -8.988
9 HD11 ILE 804 HD11 ILE 804 41.628 -15.233 -11.115
10 HD13 ILE 804 HD12 ILE 804 40.500 -15.954 -12.254
11 HD12 ILE 804 HD13 ILE 804 42.164 -15.665 -12.743
No H/Q in entry = 11
In of MODEL 18
1 H CYS 805 H CYS 805 44.928 -19.923 -11.831
2 HA CYS 805 HA CYS 805 44.259 -20.300 -14.617
3 HB2 CYS 805 HB2 CYS 805 46.314 -21.355 -13.674
4 HB3 CYS 805 HB3 CYS 805 45.260 -22.364 -12.674
No H/Q in entry = 4
In of MODEL 18
1 H VAL 806 H VAL 806 42.220 -20.957 -15.063
2 HA VAL 806 HA VAL 806 40.724 -22.378 -12.979
3 HB VAL 806 HB VAL 806 39.982 -20.024 -13.109
4 HG12 VAL 806 HG11 VAL 806 39.526 -20.577 -15.987
5 HG11 VAL 806 HG12 VAL 806 40.760 -19.543 -15.275
6 HG13 VAL 806 HG13 VAL 806 39.053 -19.119 -15.117
7 HG23 VAL 806 HG21 VAL 806 37.977 -21.829 -14.434
8 HG22 VAL 806 HG22 VAL 806 37.636 -20.301 -13.616
9 HG21 VAL 806 HG23 VAL 806 38.238 -21.680 -12.697
No H/Q in entry = 9
In of MODEL 18
1 H GLU 807 H GLU 807 39.567 -24.127 -13.667
2 HA GLU 807 HA GLU 807 40.056 -25.100 -16.342
3 HB2 GLU 807 HB2 GLU 807 40.235 -26.588 -14.344
4 HB3 GLU 807 HB3 GLU 807 38.503 -26.394 -14.107
5 HG2 GLU 807 HG2 GLU 807 38.094 -27.390 -16.297
6 HG3 GLU 807 HG3 GLU 807 39.839 -27.558 -16.508
No H/Q in entry = 6
In of MODEL 18
1 H VAL 808 H VAL 808 38.835 -24.537 -17.904
2 HA VAL 808 HA VAL 808 35.976 -24.203 -17.508
3 HB VAL 808 HB VAL 808 37.740 -22.319 -19.030
4 HG12 VAL 808 HG11 VAL 808 34.804 -22.117 -18.514
5 HG11 VAL 808 HG12 VAL 808 35.620 -22.450 -20.052
6 HG13 VAL 808 HG13 VAL 808 35.819 -20.878 -19.272
7 HG23 VAL 808 HG21 VAL 808 37.176 -20.609 -17.351
8 HG22 VAL 808 HG22 VAL 808 38.137 -21.958 -16.738
9 HG21 VAL 808 HG23 VAL 808 36.414 -21.887 -16.396
No H/Q in entry = 9
In of MODEL 18
1 H ASN 809 H ASN 809 34.858 -25.105 -19.303
2 HA ASN 809 HA ASN 809 34.424 -26.027 -21.320
3 HB2 ASN 809 HB2 ASN 809 36.998 -24.668 -22.066
4 HB3 ASN 809 HB3 ASN 809 36.157 -25.702 -23.206
5 HD21 ASN 809 HD21 ASN 809 36.721 -22.775 -23.008
6 HD22 ASN 809 HD22 ASN 809 35.161 -22.056 -23.266
No H/Q in entry = 6
In of MODEL 18
1 H GLY 810 H GLY 810 36.477 -27.057 -19.220
2 HA3 GLY 810 HA2 GLY 810 37.075 -29.331 -18.869
3 HA2 GLY 810 HA3 GLY 810 37.052 -29.559 -20.617
No H/Q in entry = 3
In of MODEL 18
1 H LYS 811 H LYS 811 38.535 -26.755 -20.313
2 HA LYS 811 HA LYS 811 41.218 -27.966 -20.291
3 HB2 LYS 811 HB2 LYS 811 40.142 -25.499 -21.659
4 HB3 LYS 811 HB3 LYS 811 41.825 -26.001 -21.654
5 HG2 LYS 811 HG2 LYS 811 41.322 -27.945 -22.960
6 HG3 LYS 811 HG3 LYS 811 39.589 -27.662 -22.803
7 HD2 LYS 811 HD2 LYS 811 40.484 -26.972 -25.012
8 HD3 LYS 811 HD3 LYS 811 39.746 -25.645 -24.114
9 HE2 LYS 811 HE2 LYS 811 41.954 -24.859 -23.430
10 HE3 LYS 811 HE3 LYS 811 42.708 -26.220 -24.253
11 HZ2 LYS 811 HZ1 LYS 811 42.741 -24.072 -25.449
12 HZ1 LYS 811 HZ2 LYS 811 41.070 -24.175 -25.665
13 HZ3 LYS 811 HZ3 LYS 811 42.091 -25.333 -26.349
No H/Q in entry = 13
In of MODEL 18
1 H GLU 812 H GLU 812 42.863 -26.451 -19.398
2 HA GLU 812 HA GLU 812 41.633 -24.648 -17.454
3 HB2 GLU 812 HB2 GLU 812 44.434 -25.812 -17.416
4 HB3 GLU 812 HB3 GLU 812 43.711 -24.810 -16.168
5 HG2 GLU 812 HG2 GLU 812 43.368 -26.829 -15.184
6 HG3 GLU 812 HG3 GLU 812 41.928 -26.797 -16.195
No H/Q in entry = 6
In of MODEL 18
1 H GLN 813 H GLN 813 41.847 -22.616 -17.635
2 HA GLN 813 HA GLN 813 43.897 -21.601 -19.460
3 HB2 GLN 813 HB2 GLN 813 41.800 -21.694 -20.660
4 HB3 GLN 813 HB3 GLN 813 40.950 -20.903 -19.341
5 HG2 GLN 813 HG2 GLN 813 42.195 -18.888 -19.730
6 HG3 GLN 813 HG3 GLN 813 43.113 -19.698 -21.004
7 HE21 GLN 813 HE21 GLN 813 40.093 -18.319 -20.112
8 HE22 GLN 813 HE22 GLN 813 39.372 -18.286 -21.677
No H/Q in entry = 8
In of MODEL 18
1 H THR 814 H THR 814 44.557 -19.418 -18.923
2 HA THR 814 HA THR 814 44.140 -18.734 -16.116
3 HB THR 814 HB THR 814 46.006 -17.664 -18.131
4 HG1 THR 814 HG1 THR 814 45.926 -20.033 -17.036
5 HG21 THR 814 HG21 THR 814 46.025 -17.517 -15.110
6 HG23 THR 814 HG22 THR 814 45.720 -16.188 -16.228
7 HG22 THR 814 HG23 THR 814 47.323 -16.922 -16.145
No H/Q in entry = 7
In of MODEL 18
1 H MET 815 H MET 815 42.865 -17.131 -15.721
2 HA MET 815 HA MET 815 42.596 -15.024 -17.685
3 HB2 MET 815 HB2 MET 815 40.138 -14.900 -17.068
4 HB3 MET 815 HB3 MET 815 40.626 -16.246 -18.093
5 HG2 MET 815 HG2 MET 815 40.728 -17.644 -16.223
6 HG3 MET 815 HG3 MET 815 40.184 -16.416 -15.112
7 HE2 MET 815 HE1 MET 815 37.676 -18.672 -18.273
8 HE1 MET 815 HE2 MET 815 39.280 -19.078 -17.664
9 HE3 MET 815 HE3 MET 815 39.070 -17.682 -18.726
No H/Q in entry = 9
In of MODEL 18
1 H SER 816 H SER 816 41.361 -13.155 -16.553
2 HA SER 816 HA SER 816 42.944 -12.644 -14.176
3 HB2 SER 816 HB2 SER 816 41.088 -10.829 -15.734
4 HB3 SER 816 HB3 SER 816 42.241 -10.327 -14.490
5 HG SER 816 HG SER 816 42.902 -11.622 -16.933
No H/Q in entry = 5
In of MODEL 18
1 H GLU 817 H GLU 817 42.000 -11.984 -12.188
2 HA GLU 817 HA GLU 817 39.919 -13.383 -11.160
3 HB2 GLU 817 HB2 GLU 817 41.317 -10.973 -10.465
4 HB3 GLU 817 HB3 GLU 817 39.855 -11.215 -9.543
5 HG2 GLU 817 HG2 GLU 817 40.724 -13.514 -9.103
6 HG3 GLU 817 HG3 GLU 817 42.249 -13.059 -9.738
No H/Q in entry = 6
In of MODEL 18
1 H CYS 818 H CYS 818 39.552 -10.105 -12.493
2 HA CYS 818 HA CYS 818 36.829 -9.862 -11.781
3 HB2 CYS 818 HB2 CYS 818 36.798 -8.101 -13.576
4 HB3 CYS 818 HB3 CYS 818 38.044 -7.894 -12.348
No H/Q in entry = 4
In of MODEL 18
1 H GLU 819 H GLU 819 38.449 -11.375 -14.368
2 HA GLU 819 HA GLU 819 36.246 -11.665 -16.143
3 HB2 GLU 819 HB2 GLU 819 38.634 -11.513 -16.767
4 HB3 GLU 819 HB3 GLU 819 38.900 -12.999 -15.892
5 HG2 GLU 819 HG2 GLU 819 37.846 -14.282 -17.507
6 HG3 GLU 819 HG3 GLU 819 37.138 -12.877 -18.309
No H/Q in entry = 6
In of MODEL 18
1 H ALA 820 H ALA 820 38.195 -13.927 -14.207
2 HA ALA 820 HA ALA 820 36.621 -16.176 -14.514
3 HB2 ALA 820 HB1 ALA 820 37.735 -17.060 -12.524
4 HB3 ALA 820 HB2 ALA 820 38.322 -15.444 -12.138
5 HB1 ALA 820 HB3 ALA 820 38.867 -16.257 -13.609
No H/Q in entry = 5
In of MODEL 18
1 H GLY 821 H GLY 821 36.566 -13.684 -12.001
2 HA3 GLY 821 HA2 GLY 821 34.612 -14.796 -10.347
3 HA2 GLY 821 HA3 GLY 821 35.050 -13.097 -10.427
No H/Q in entry = 3
In of MODEL 18
1 H ALA 822 H ALA 822 34.327 -12.577 -13.121
2 HA ALA 822 HA ALA 822 31.596 -12.047 -12.812
3 HB1 ALA 822 HB1 ALA 822 33.212 -12.080 -15.363
4 HB2 ALA 822 HB2 ALA 822 33.056 -10.719 -14.242
5 HB3 ALA 822 HB3 ALA 822 31.645 -11.299 -15.114
No H/Q in entry = 5
In of MODEL 18
1 H LEU 823 H LEU 823 33.274 -14.424 -14.852
2 HA LEU 823 HA LEU 823 30.944 -15.653 -15.831
3 HB2 LEU 823 HB2 LEU 823 33.747 -16.732 -15.505
4 HB3 LEU 823 HB3 LEU 823 32.471 -17.738 -16.126
5 HG LEU 823 HG LEU 823 33.649 -17.041 -18.003
6 HD13 LEU 823 HD11 LEU 823 32.187 -15.665 -19.314
7 HD12 LEU 823 HD12 LEU 823 31.376 -15.118 -17.859
8 HD11 LEU 823 HD13 LEU 823 31.268 -16.815 -18.336
9 HD22 LEU 823 HD21 LEU 823 34.278 -14.730 -18.536
10 HD21 LEU 823 HD22 LEU 823 35.022 -15.270 -17.033
11 HD23 LEU 823 HD23 LEU 823 33.627 -14.203 -16.989
No H/Q in entry = 11
In of MODEL 18
1 H ARG 824 H ARG 824 32.805 -16.244 -12.947
2 HA ARG 824 HA ARG 824 31.492 -18.548 -11.997
3 HB2 ARG 824 HB2 ARG 824 33.629 -17.746 -11.121
4 HB3 ARG 824 HB3 ARG 824 32.848 -16.305 -10.510
5 HG2 ARG 824 HG2 ARG 824 33.261 -17.753 -8.671
6 HG3 ARG 824 HG3 ARG 824 31.527 -17.751 -8.980
7 HD2 ARG 824 HD2 ARG 824 33.380 -19.859 -10.042
8 HD3 ARG 824 HD3 ARG 824 32.609 -20.009 -8.482
9 HE ARG 824 HE ARG 824 30.609 -19.520 -10.325
10 HH11 ARG 824 HH11 ARG 824 33.015 -22.039 -9.635
11 HH12 ARG 824 HH12 ARG 824 32.148 -23.282 -10.414
12 HH21 ARG 824 HH21 ARG 824 29.434 -21.286 -11.454
13 HH22 ARG 824 HH22 ARG 824 30.135 -22.844 -11.467
No H/Q in entry = 13
In of MODEL 18
1 H CYS 825 H CYS 825 30.833 -15.176 -11.538
2 HA CYS 825 HA CYS 825 28.814 -15.546 -9.593
3 HB2 CYS 825 HB2 CYS 825 30.302 -13.561 -9.864
4 HB3 CYS 825 HB3 CYS 825 29.398 -13.152 -11.306
No H/Q in entry = 4
In of MODEL 18
1 H ARG 826 H ARG 826 28.814 -15.204 -13.108
2 HA ARG 826 HA ARG 826 25.978 -14.791 -13.231
3 HB2 ARG 826 HB2 ARG 826 26.242 -15.135 -15.702
4 HB3 ARG 826 HB3 ARG 826 27.183 -13.794 -15.023
5 HG2 ARG 826 HG2 ARG 826 29.145 -15.155 -15.156
6 HG3 ARG 826 HG3 ARG 826 28.198 -16.524 -15.736
7 HD2 ARG 826 HD2 ARG 826 28.360 -13.865 -17.150
8 HD3 ARG 826 HD3 ARG 826 29.388 -15.243 -17.525
9 HE ARG 826 HE ARG 826 26.804 -16.172 -17.642
10 HH11 ARG 826 HH11 ARG 826 28.475 -13.499 -19.295
11 HH12 ARG 826 HH12 ARG 826 27.818 -13.884 -20.807
12 HH21 ARG 826 HH21 ARG 826 25.852 -16.610 -19.752
13 HH22 ARG 826 HH22 ARG 826 26.311 -15.651 -21.083
No H/Q in entry = 13
In of MODEL 18
1 H GLY 827 H GLY 827 27.959 -17.593 -13.200
2 HA3 GLY 827 HA2 GLY 827 26.839 -19.679 -12.655
3 HA2 GLY 827 HA3 GLY 827 25.505 -19.158 -13.675
No H/Q in entry = 3
In of MODEL 18
1 H GLN 828 H GLN 828 28.523 -18.462 -14.969
2 HA GLN 828 HA GLN 828 28.357 -20.408 -17.081
3 HB2 GLN 828 HB2 GLN 828 29.425 -18.163 -17.330
4 HB3 GLN 828 HB3 GLN 828 30.629 -18.628 -16.152
5 HG2 GLN 828 HG2 GLN 828 31.687 -18.802 -18.263
6 HG3 GLN 828 HG3 GLN 828 31.337 -20.441 -17.749
7 HE21 GLN 828 HE21 GLN 828 28.853 -18.324 -19.067
8 HE22 GLN 828 HE22 GLN 828 28.712 -19.191 -20.549
No H/Q in entry = 8
In of MODEL 18
1 H SER 829 H SER 829 29.850 -22.277 -17.313
2 HA SER 829 HA SER 829 30.635 -23.282 -14.744
3 HB2 SER 829 HB2 SER 829 30.685 -24.653 -17.447
4 HB3 SER 829 HB3 SER 829 30.938 -25.422 -15.884
5 HG SER 829 HG SER 829 28.682 -25.178 -17.061
No H/Q in entry = 5
In of MODEL 18
1 H ILE 830 H ILE 830 32.530 -22.885 -13.970
2 HA ILE 830 HA ILE 830 35.011 -23.090 -15.517
3 HB ILE 830 HB ILE 830 35.937 -21.024 -14.614
4 HG12 ILE 830 HG12 ILE 830 34.652 -21.084 -12.442
5 HG13 ILE 830 HG13 ILE 830 34.837 -19.473 -13.081
6 HG22 ILE 830 HG21 ILE 830 34.621 -19.240 -15.667
7 HG21 ILE 830 HG22 ILE 830 33.273 -20.371 -15.839
8 HG23 ILE 830 HG23 ILE 830 34.792 -20.674 -16.684
9 HD12 ILE 830 HD11 ILE 830 32.678 -19.980 -12.134
10 HD11 ILE 830 HD12 ILE 830 32.394 -21.170 -13.412
11 HD13 ILE 830 HD13 ILE 830 32.579 -19.455 -13.815
No H/Q in entry = 11
In of MODEL 18
1 H SER 831 H SER 831 36.693 -23.692 -13.911
2 HA SER 831 HA SER 831 35.727 -24.013 -11.139
3 HB2 SER 831 HB2 SER 831 35.921 -26.167 -12.737
4 HB3 SER 831 HB3 SER 831 37.603 -25.965 -12.343
5 HG SER 831 HG SER 831 37.326 -26.506 -10.317
No H/Q in entry = 5
In of MODEL 18
1 H VAL 832 H VAL 832 37.042 -22.555 -10.031
2 HA VAL 832 HA VAL 832 39.650 -22.007 -11.009
3 HB VAL 832 HB VAL 832 38.558 -20.223 -9.794
4 HG13 VAL 832 HG11 VAL 832 38.113 -20.290 -7.379
5 HG12 VAL 832 HG12 VAL 832 38.588 -21.989 -7.352
6 HG11 VAL 832 HG13 VAL 832 37.168 -21.486 -8.269
7 HG23 VAL 832 HG21 VAL 832 40.938 -21.226 -8.235
8 HG22 VAL 832 HG22 VAL 832 40.310 -19.579 -8.179
9 HG21 VAL 832 HG23 VAL 832 40.976 -20.216 -9.681
No H/Q in entry = 9
In of MODEL 18
1 H THR 833 H THR 833 41.080 -23.499 -11.119
2 HA THR 833 HA THR 833 41.213 -25.560 -9.153
3 HB THR 833 HB THR 833 43.022 -26.331 -10.822
4 HG1 THR 833 HG1 THR 833 43.214 -25.194 -12.640
5 HG22 THR 833 HG21 THR 833 41.298 -27.158 -12.409
6 HG21 THR 833 HG22 THR 833 40.150 -26.020 -11.715
7 HG23 THR 833 HG23 THR 833 40.791 -27.341 -10.728
No H/Q in entry = 7
In of MODEL 18
1 H SER 834 H SER 834 43.008 -22.762 -10.247
2 HA SER 834 HA SER 834 44.776 -23.049 -7.955
3 HB2 SER 834 HB2 SER 834 45.754 -22.788 -10.803
4 HB3 SER 834 HB3 SER 834 46.784 -22.681 -9.381
5 HG SER 834 HG SER 834 45.309 -24.878 -9.199
No H/Q in entry = 5
In of MODEL 18
1 H ILE 835 H ILE 835 45.447 -21.093 -7.121
2 HA ILE 835 HA ILE 835 44.215 -18.677 -8.247
3 HB ILE 835 HB ILE 835 44.754 -17.533 -6.304
4 HG12 ILE 835 HG12 ILE 835 47.198 -18.000 -6.206
5 HG13 ILE 835 HG13 ILE 835 46.446 -18.090 -4.625
6 HG21 ILE 835 HG21 ILE 835 44.348 -20.356 -5.420
7 HG23 ILE 835 HG22 ILE 835 43.119 -19.155 -5.821
8 HG22 ILE 835 HG23 ILE 835 44.152 -18.928 -4.402
9 HD13 ILE 835 HD11 ILE 835 48.097 -19.815 -4.922
10 HD12 ILE 835 HD12 ILE 835 47.250 -20.375 -6.373
11 HD11 ILE 835 HD13 ILE 835 46.479 -20.527 -4.791
No H/Q in entry = 11
In of MODEL 18
1 H ARG 836 H ARG 836 46.931 -20.431 -8.683
2 HA ARG 836 HA ARG 836 48.674 -18.242 -9.419
3 HB2 ARG 836 HB2 ARG 836 49.049 -21.223 -9.550
4 HB3 ARG 836 HB3 ARG 836 50.263 -20.040 -10.001
5 HG2 ARG 836 HG2 ARG 836 50.119 -19.155 -7.660
6 HG3 ARG 836 HG3 ARG 836 49.110 -20.553 -7.288
7 HD2 ARG 836 HD2 ARG 836 51.904 -20.637 -8.383
8 HD3 ARG 836 HD3 ARG 836 51.394 -20.909 -6.717
9 HE ARG 836 HE ARG 836 50.167 -22.851 -7.501
10 HH11 ARG 836 HH11 ARG 836 52.764 -21.623 -9.595
11 HH12 ARG 836 HH12 ARG 836 52.984 -23.104 -10.394
12 HH21 ARG 836 HH21 ARG 836 50.497 -24.903 -8.665
13 HH22 ARG 836 HH22 ARG 836 51.722 -24.957 -9.863
No H/Q in entry = 13
In of MODEL 18
1 HA PRO 837 HA PRO 837 47.323 -18.549 -13.676
2 HB2 PRO 837 HB2 PRO 837 49.501 -17.550 -14.952
3 HB3 PRO 837 HB3 PRO 837 48.400 -16.525 -14.024
4 HG2 PRO 837 HG2 PRO 837 51.051 -17.661 -13.229
5 HG3 PRO 837 HG3 PRO 837 50.408 -16.029 -12.964
6 HD2 PRO 837 HD2 PRO 837 50.408 -17.938 -11.039
7 HD3 PRO 837 HD3 PRO 837 49.159 -16.682 -11.148
No H/Q in entry = 7
In of MODEL 18
1 H CYS 838 H CYS 838 47.627 -19.900 -15.551
2 HA CYS 838 HA CYS 838 49.723 -21.765 -15.105
3 HB2 CYS 838 HB2 CYS 838 48.327 -23.286 -16.740
4 HB3 CYS 838 HB3 CYS 838 47.913 -23.197 -15.034
No H/Q in entry = 4
In of MODEL 18
1 H ALA 839 H ALA 839 50.637 -22.814 -17.205
2 HA ALA 839 HA ALA 839 51.583 -20.717 -18.887
3 HB1 ALA 839 HB1 ALA 839 51.896 -23.706 -19.190
4 HB2 ALA 839 HB2 ALA 839 52.985 -22.632 -18.304
5 HB3 ALA 839 HB3 ALA 839 52.820 -22.475 -20.051
No H/Q in entry = 5
In of MODEL 18
1 H ALA 840 H ALA 840 48.871 -22.577 -18.915
2 HA ALA 840 HA ALA 840 48.094 -22.923 -21.565
3 HB1 ALA 840 HB1 ALA 840 45.823 -22.740 -20.677
4 HB2 ALA 840 HB2 ALA 840 46.494 -22.123 -19.161
5 HB3 ALA 840 HB3 ALA 840 46.852 -23.764 -19.676
No H/Q in entry = 5
In of MODEL 18
1 H GLU 841 H GLU 841 47.923 -20.185 -19.475
2 HA GLU 841 HA GLU 841 47.278 -18.060 -19.643
3 HB2 GLU 841 HB2 GLU 841 48.351 -18.265 -22.447
4 HB3 GLU 841 HB3 GLU 841 48.043 -16.778 -21.572
5 HG2 GLU 841 HG2 GLU 841 49.758 -17.354 -19.946
6 HG3 GLU 841 HG3 GLU 841 50.047 -18.876 -20.789
No H/Q in entry = 6
In of MODEL 18
1 H THR 842 H THR 842 46.624 -18.599 -22.923
2 HA THR 842 HA THR 842 43.754 -18.531 -22.314
3 HB THR 842 HB THR 842 44.472 -16.259 -22.704
4 HG1 THR 842 HG1 THR 842 42.451 -17.480 -23.804
5 HG23 THR 842 HG21 THR 842 46.291 -16.584 -24.261
6 HG22 THR 842 HG22 THR 842 45.102 -15.500 -24.986
7 HG21 THR 842 HG23 THR 842 45.171 -17.194 -25.477
No H/Q in entry = 7
In of MODEL 18
1 H GLN 843 H GLN 843 46.085 -20.101 -23.716
2 HA GLN 843 HA GLN 843 44.679 -20.779 -26.176
3 HB2 GLN 843 HB2 GLN 843 47.132 -20.304 -26.260
4 HB3 GLN 843 HB3 GLN 843 47.405 -21.703 -25.235
5 HG2 GLN 843 HG2 GLN 843 47.851 -22.282 -27.531
6 HG3 GLN 843 HG3 GLN 843 46.415 -23.141 -26.980
7 HE21 GLN 843 HE21 GLN 843 45.632 -23.417 -29.046
8 HE22 GLN 843 HE22 GLN 843 44.977 -22.124 -29.983
No H/Q in entry = 8
In of MODEL 19
1 H1 GLY 689 H2 GLY 689 44.219 7.009 -29.944
2 H2 GLY 689 H1 GLY 689 42.994 6.629 -31.046
3 H3 GLY 689 H3 GLY 689 43.574 5.450 -29.975
4 HA2 GLY 689 HA2 GLY 689 45.106 6.719 -32.152
5 HA3 GLY 689 HA3 GLY 689 44.453 5.084 -32.161
No H/Q in entry = 5
In of MODEL 19
1 H SER 690 H SER 690 47.197 6.679 -31.814
2 HA SER 690 HA SER 690 48.530 4.488 -30.640
3 HB2 SER 690 HB2 SER 690 49.515 7.278 -31.217
4 HB3 SER 690 HB3 SER 690 50.526 5.867 -30.879
5 HG SER 690 HG SER 690 48.628 5.555 -32.864
No H/Q in entry = 5
In of MODEL 19
1 H HIS 691 H HIS 691 48.311 4.005 -28.612
2 HA HIS 691 HA HIS 691 48.337 4.020 -26.415
3 HB2 HIS 691 HB2 HIS 691 49.304 6.882 -26.636
4 HB3 HIS 691 HB3 HIS 691 49.007 6.101 -25.084
5 HD1 HIS 691 HD1 HIS 691 51.559 6.467 -27.731
6 HD2 HIS 691 HD2 HIS 691 50.758 3.876 -24.581
7 HE1 HIS 691 HE1 HIS 691 53.673 5.193 -27.343
8 HE2 HIS 691 HE2 HIS 691 53.171 3.641 -25.421
No H/Q in entry = 8
In of MODEL 19
1 H MET 692 H MET 692 46.382 3.543 -26.073
2 HA MET 692 HA MET 692 44.214 5.405 -26.420
3 HB2 MET 692 HB2 MET 692 44.265 2.590 -25.342
4 HB3 MET 692 HB3 MET 692 42.807 3.521 -25.630
5 HG2 MET 692 HG2 MET 692 44.814 2.742 -27.736
6 HG3 MET 692 HG3 MET 692 43.298 1.901 -27.421
7 HE1 MET 692 HE1 MET 692 40.915 2.895 -27.960
8 HE3 MET 692 HE2 MET 692 40.646 4.552 -28.505
9 HE2 MET 692 HE3 MET 692 41.258 4.250 -26.884
No H/Q in entry = 9
In of MODEL 19
1 H ASN 693 H ASN 693 46.199 4.300 -23.857
2 HA ASN 693 HA ASN 693 44.917 6.116 -22.010
3 HB2 ASN 693 HB2 ASN 693 44.446 4.494 -20.303
4 HB3 ASN 693 HB3 ASN 693 43.741 3.845 -21.772
5 HD21 ASN 693 HD21 ASN 693 46.024 3.380 -19.260
6 HD22 ASN 693 HD22 ASN 693 46.595 1.830 -19.746
No H/Q in entry = 6
In of MODEL 19
1 HA PRO 694 HA PRO 694 49.242 6.289 -20.758
2 HB2 PRO 694 HB2 PRO 694 48.469 6.931 -18.004
3 HB3 PRO 694 HB3 PRO 694 49.251 7.976 -19.194
4 HG2 PRO 694 HG2 PRO 694 46.705 8.368 -18.365
5 HG3 PRO 694 HG3 PRO 694 47.248 8.772 -20.003
6 HD2 PRO 694 HD2 PRO 694 45.714 6.383 -19.050
7 HD3 PRO 694 HD3 PRO 694 45.491 7.361 -20.517
No H/Q in entry = 7
In of MODEL 19
1 H LEU 695 H LEU 695 50.209 4.363 -20.560
2 HA LEU 695 HA LEU 695 49.119 2.234 -19.049
3 HB2 LEU 695 HB2 LEU 695 51.856 2.443 -20.310
4 HB3 LEU 695 HB3 LEU 695 51.246 1.008 -19.541
5 HG LEU 695 HG LEU 695 51.071 0.657 -21.846
6 HD11 LEU 695 HD11 LEU 695 49.154 -0.129 -20.639
7 HD13 LEU 695 HD12 LEU 695 48.709 0.371 -22.270
8 HD12 LEU 695 HD13 LEU 695 48.327 1.409 -20.898
9 HD21 LEU 695 HD21 LEU 695 51.305 2.962 -22.604
10 HD23 LEU 695 HD22 LEU 695 49.639 3.295 -22.118
11 HD22 LEU 695 HD23 LEU 695 49.972 2.144 -23.413
No H/Q in entry = 11
In of MODEL 19
1 H THR 696 H THR 696 48.931 2.779 -17.000
2 HA THR 696 HA THR 696 51.346 3.381 -15.494
3 HB THR 696 HB THR 696 48.484 3.145 -14.519
4 HG1 THR 696 HG1 THR 696 48.822 4.828 -16.077
5 HG21 THR 696 HG21 THR 696 50.179 2.927 -12.743
6 HG23 THR 696 HG22 THR 696 49.293 4.440 -12.586
7 HG22 THR 696 HG23 THR 696 50.921 4.436 -13.269
No H/Q in entry = 7
In of MODEL 19
1 H GLN 697 H GLN 697 48.954 0.892 -16.084
2 HA GLN 697 HA GLN 697 50.045 -0.817 -14.048
3 HB2 GLN 697 HB2 GLN 697 47.890 -1.392 -16.085
4 HB3 GLN 697 HB3 GLN 697 48.362 -2.445 -14.764
5 HG2 GLN 697 HG2 GLN 697 47.091 0.270 -14.535
6 HG3 GLN 697 HG3 GLN 697 46.336 -1.285 -14.187
7 HE21 GLN 697 HE21 GLN 697 46.988 -2.406 -12.345
8 HE22 GLN 697 HE22 GLN 697 47.771 -1.606 -11.026
No H/Q in entry = 8
In of MODEL 19
1 H ALA 698 H ALA 698 52.073 -0.856 -14.837
2 HA ALA 698 HA ALA 698 52.585 -3.087 -16.602
3 HB3 ALA 698 HB1 ALA 698 52.756 -1.103 -18.111
4 HB1 ALA 698 HB2 ALA 698 54.329 -1.849 -17.812
5 HB2 ALA 698 HB3 ALA 698 53.883 -0.371 -16.966
No H/Q in entry = 5
In of MODEL 19
1 H VAL 699 H VAL 699 53.505 -4.352 -15.312
2 HA VAL 699 HA VAL 699 54.932 -3.248 -13.156
3 HB VAL 699 HB VAL 699 55.052 -5.486 -12.374
4 HG12 VAL 699 HG11 VAL 699 52.628 -5.887 -11.981
5 HG11 VAL 699 HG12 VAL 699 52.279 -4.697 -13.236
6 HG13 VAL 699 HG13 VAL 699 53.107 -4.203 -11.760
7 HG21 VAL 699 HG21 VAL 699 55.220 -6.757 -14.427
8 HG23 VAL 699 HG22 VAL 699 53.572 -6.306 -14.864
9 HG22 VAL 699 HG23 VAL 699 53.859 -7.361 -13.481
No H/Q in entry = 9
In of MODEL 19
1 HA PRO 700 HA PRO 700 58.913 -4.155 -15.104
2 HB2 PRO 700 HB2 PRO 700 60.000 -4.353 -12.389
3 HB3 PRO 700 HB3 PRO 700 60.349 -3.142 -13.626
4 HG2 PRO 700 HG2 PRO 700 58.970 -2.506 -11.418
5 HG3 PRO 700 HG3 PRO 700 58.579 -1.789 -12.993
6 HD2 PRO 700 HD2 PRO 700 57.247 -4.071 -11.576
7 HD3 PRO 700 HD3 PRO 700 56.536 -2.638 -12.367
No H/Q in entry = 7
In of MODEL 19
1 H LYS 701 H LYS 701 60.872 -5.715 -13.983
2 HA LYS 701 HA LYS 701 59.588 -8.235 -14.422
3 HB2 LYS 701 HB2 LYS 701 62.515 -7.533 -14.312
4 HB3 LYS 701 HB3 LYS 701 61.949 -9.186 -14.459
5 HG2 LYS 701 HG2 LYS 701 62.458 -8.485 -16.669
6 HG3 LYS 701 HG3 LYS 701 60.698 -8.434 -16.516
7 HD2 LYS 701 HD2 LYS 701 60.812 -6.020 -16.119
8 HD3 LYS 701 HD3 LYS 701 62.560 -6.081 -16.345
9 HE2 LYS 701 HE2 LYS 701 61.551 -5.349 -18.392
10 HE3 LYS 701 HE3 LYS 701 62.188 -6.973 -18.606
11 HZ2 LYS 701 HZ1 LYS 701 59.979 -6.675 -19.595
12 HZ1 LYS 701 HZ2 LYS 701 59.317 -6.381 -18.082
13 HZ3 LYS 701 HZ3 LYS 701 59.979 -7.881 -18.423
No H/Q in entry = 13
In of MODEL 19
1 H CYS 702 H CYS 702 58.458 -7.955 -12.444
2 HA CYS 702 HA CYS 702 59.744 -9.523 -10.332
3 HB2 CYS 702 HB2 CYS 702 57.718 -7.340 -9.672
4 HB3 CYS 702 HB3 CYS 702 58.783 -8.211 -8.615
No H/Q in entry = 4
In of MODEL 19
1 H GLN 703 H GLN 703 57.900 -10.611 -9.072
2 HA GLN 703 HA GLN 703 55.859 -11.398 -10.961
3 HB2 GLN 703 HB2 GLN 703 56.367 -12.216 -8.098
4 HB3 GLN 703 HB3 GLN 703 55.195 -12.954 -9.180
5 HG2 GLN 703 HG2 GLN 703 58.184 -12.936 -9.591
6 HG3 GLN 703 HG3 GLN 703 57.235 -14.292 -8.983
7 HE21 GLN 703 HE21 GLN 703 55.979 -15.463 -10.418
8 HE22 GLN 703 HE22 GLN 703 56.134 -15.298 -12.133
No H/Q in entry = 8
In of MODEL 19
1 H ARG 704 H ARG 704 53.580 -11.366 -10.267
2 HA ARG 704 HA ARG 704 52.791 -8.710 -9.749
3 HB2 ARG 704 HB2 ARG 704 51.172 -11.239 -9.770
4 HB3 ARG 704 HB3 ARG 704 50.471 -9.628 -9.690
5 HG2 ARG 704 HG2 ARG 704 51.107 -9.073 -11.762
6 HG3 ARG 704 HG3 ARG 704 52.394 -10.290 -11.877
7 HD2 ARG 704 HD2 ARG 704 50.228 -11.837 -11.619
8 HD3 ARG 704 HD3 ARG 704 49.485 -10.422 -12.393
9 HE ARG 704 HE ARG 704 51.858 -11.758 -13.447
10 HH11 ARG 704 HH11 ARG 704 48.658 -10.273 -14.109
11 HH12 ARG 704 HH12 ARG 704 48.665 -10.763 -15.725
12 HH21 ARG 704 HH21 ARG 704 51.829 -12.367 -15.673
13 HH22 ARG 704 HH22 ARG 704 50.491 -11.993 -16.637
No H/Q in entry = 13
In of MODEL 19
1 H TRP 705 H TRP 705 53.423 -11.200 -7.513
2 HA TRP 705 HA TRP 705 51.983 -9.831 -5.395
3 HB2 TRP 705 HB2 TRP 705 52.885 -11.778 -3.993
4 HB3 TRP 705 HB3 TRP 705 51.696 -12.154 -5.228
5 HD1 TRP 705 HD1 TRP 705 55.309 -12.780 -4.253
6 HE1 TRP 705 HE1 TRP 705 56.276 -14.609 -5.753
7 HE3 TRP 705 HE3 TRP 705 51.508 -13.117 -7.641
8 HZ2 TRP 705 HZ2 TRP 705 55.514 -16.039 -8.090
9 HZ3 TRP 705 HZ3 TRP 705 51.705 -14.719 -9.479
10 HH2 TRP 705 HH2 TRP 705 53.666 -16.159 -9.700
No H/Q in entry = 10
In of MODEL 19
1 H GLU 706 H GLU 706 54.679 -9.259 -6.936
2 HA GLU 706 HA GLU 706 56.158 -8.330 -4.608
3 HB2 GLU 706 HB2 GLU 706 57.210 -9.377 -7.249
4 HB3 GLU 706 HB3 GLU 706 58.220 -8.575 -6.056
5 HG2 GLU 706 HG2 GLU 706 57.655 -10.420 -4.473
6 HG3 GLU 706 HG3 GLU 706 56.779 -11.209 -5.784
No H/Q in entry = 6
In of MODEL 19
1 H LYS 707 H LYS 707 57.336 -6.344 -5.082
2 HA LYS 707 HA LYS 707 56.425 -4.933 -7.419
3 HB2 LYS 707 HB2 LYS 707 55.720 -2.922 -6.153
4 HB3 LYS 707 HB3 LYS 707 54.704 -4.312 -5.843
5 HG2 LYS 707 HG2 LYS 707 55.997 -4.629 -3.690
6 HG3 LYS 707 HG3 LYS 707 56.742 -3.057 -4.007
7 HD2 LYS 707 HD2 LYS 707 54.480 -2.046 -4.135
8 HD3 LYS 707 HD3 LYS 707 53.779 -3.610 -3.747
9 HE2 LYS 707 HE2 LYS 707 53.795 -2.375 -1.727
10 HE3 LYS 707 HE3 LYS 707 55.117 -3.528 -1.595
11 HZ3 LYS 707 HZ1 LYS 707 55.746 -1.318 -0.831
12 HZ2 LYS 707 HZ2 LYS 707 55.371 -0.667 -2.324
13 HZ1 LYS 707 HZ3 LYS 707 56.668 -1.703 -2.196
No H/Q in entry = 13
In of MODEL 19
1 H LEU 708 H LEU 708 57.687 -3.211 -8.040
2 HA LEU 708 HA LEU 708 60.443 -3.599 -7.260
3 HB2 LEU 708 HB2 LEU 708 59.718 -3.487 -9.630
4 HB3 LEU 708 HB3 LEU 708 59.278 -1.809 -9.378
5 HG LEU 708 HG LEU 708 61.752 -1.532 -8.650
6 HD11 LEU 708 HD11 LEU 708 62.328 -3.860 -8.563
7 HD13 LEU 708 HD12 LEU 708 63.302 -3.025 -9.772
8 HD12 LEU 708 HD13 LEU 708 61.950 -4.045 -10.276
9 HD23 LEU 708 HD21 LEU 708 61.058 -1.986 -11.547
10 HD22 LEU 708 HD22 LEU 708 62.423 -1.051 -10.931
11 HD21 LEU 708 HD23 LEU 708 60.775 -0.504 -10.635
No H/Q in entry = 11
In of MODEL 19
1 H GLN 709 H GLN 709 61.074 -2.486 -5.543
2 HA GLN 709 HA GLN 709 60.629 0.414 -5.558
3 HB2 GLN 709 HB2 GLN 709 60.342 0.512 -3.203
4 HB3 GLN 709 HB3 GLN 709 59.317 -0.824 -3.699
5 HG2 GLN 709 HG2 GLN 709 61.090 -2.400 -2.998
6 HG3 GLN 709 HG3 GLN 709 62.048 -1.006 -2.476
7 HE21 GLN 709 HE21 GLN 709 62.079 -1.790 -0.399
8 HE22 GLN 709 HE22 GLN 709 60.740 -1.690 0.667
No H/Q in entry = 8
In of MODEL 19
1 H ASN 710 H ASN 710 62.530 1.539 -5.050
2 HA ASN 710 HA ASN 710 64.799 1.902 -4.757
3 HB2 ASN 710 HB2 ASN 710 64.113 0.634 -2.586
4 HB3 ASN 710 HB3 ASN 710 64.881 -0.764 -3.320
5 HD21 ASN 710 HD21 ASN 710 65.280 2.270 -1.927
6 HD22 ASN 710 HD22 ASN 710 66.995 2.242 -1.656
No H/Q in entry = 6
In of MODEL 19
1 H SER 711 H SER 711 63.780 0.409 -7.057
2 HA SER 711 HA SER 711 64.464 -0.653 -8.911
3 HB2 SER 711 HB2 SER 711 67.203 -0.170 -7.739
4 HB3 SER 711 HB3 SER 711 66.908 -0.726 -9.393
5 HG SER 711 HG SER 711 65.496 1.506 -8.608
No H/Q in entry = 5
In of MODEL 19
1 H ARG 712 H ARG 712 63.984 -2.253 -6.346
2 HA ARG 712 HA ARG 712 65.119 -4.754 -7.370
3 HB2 ARG 712 HB2 ARG 712 65.574 -5.533 -5.147
4 HB3 ARG 712 HB3 ARG 712 66.372 -3.969 -5.321
5 HG2 ARG 712 HG2 ARG 712 64.465 -2.932 -4.140
6 HG3 ARG 712 HG3 ARG 712 63.783 -4.538 -3.901
7 HD2 ARG 712 HD2 ARG 712 64.914 -4.068 -1.912
8 HD3 ARG 712 HD3 ARG 712 65.979 -5.124 -2.846
9 HE ARG 712 HE ARG 712 66.571 -2.435 -3.399
10 HH11 ARG 712 HH11 ARG 712 67.087 -4.920 -0.919
11 HH12 ARG 712 HH12 ARG 712 68.376 -4.122 -0.169
12 HH21 ARG 712 HH21 ARG 712 68.323 -1.291 -2.341
13 HH22 ARG 712 HH22 ARG 712 69.095 -1.985 -0.992
No H/Q in entry = 13
In of MODEL 19
1 H CYS 713 H CYS 713 63.779 -6.620 -6.585
2 HA CYS 713 HA CYS 713 60.967 -5.756 -6.486
3 HB2 CYS 713 HB2 CYS 713 62.091 -8.496 -7.100
4 HB3 CYS 713 HB3 CYS 713 60.399 -8.027 -7.213
No H/Q in entry = 4
In of MODEL 19
1 H VAL 714 H VAL 714 60.088 -5.739 -4.543
2 HA VAL 714 HA VAL 714 61.015 -7.728 -2.578
3 HB VAL 714 HB VAL 714 60.198 -6.244 -0.800
4 HG13 VAL 714 HG11 VAL 714 61.846 -4.437 -0.980
5 HG12 VAL 714 HG12 VAL 714 62.038 -4.796 -2.696
6 HG11 VAL 714 HG13 VAL 714 62.519 -5.986 -1.490
7 HG22 VAL 714 HG21 VAL 714 58.371 -5.150 -1.980
8 HG21 VAL 714 HG22 VAL 714 59.520 -4.304 -3.017
9 HG23 VAL 714 HG23 VAL 714 59.456 -3.941 -1.293
No H/Q in entry = 9
In of MODEL 19
1 H CYS 715 H CYS 715 59.158 -8.283 -0.998
2 HA CYS 715 HA CYS 715 56.919 -9.031 -2.668
3 HB2 CYS 715 HB2 CYS 715 57.887 -10.787 -1.283
4 HB3 CYS 715 HB3 CYS 715 57.733 -9.780 0.150
No H/Q in entry = 4
In of MODEL 19
1 H LYS 716 H LYS 716 54.893 -8.363 -2.388
2 HA LYS 716 HA LYS 716 54.425 -5.752 -1.315
3 HB2 LYS 716 HB2 LYS 716 53.502 -6.715 -3.439
4 HB3 LYS 716 HB3 LYS 716 52.558 -7.837 -2.491
5 HG2 LYS 716 HG2 LYS 716 51.231 -6.009 -1.616
6 HG3 LYS 716 HG3 LYS 716 52.246 -4.840 -2.466
7 HD2 LYS 716 HD2 LYS 716 51.609 -5.874 -4.609
8 HD3 LYS 716 HD3 LYS 716 50.553 -6.992 -3.745
9 HE2 LYS 716 HE2 LYS 716 49.203 -5.134 -2.958
10 HE3 LYS 716 HE3 LYS 716 50.290 -3.986 -3.740
11 HZ1 LYS 716 HZ1 LYS 716 49.704 -4.982 -5.879
12 HZ3 LYS 716 HZ2 LYS 716 48.352 -4.362 -5.127
13 HZ2 LYS 716 HZ3 LYS 716 48.610 -6.018 -5.148
No H/Q in entry = 13
In of MODEL 19
1 H MET 717 H MET 717 52.387 -5.451 0.229
2 HA MET 717 HA MET 717 52.535 -7.546 2.220
3 HB2 MET 717 HB2 MET 717 51.810 -4.674 2.293
4 HB3 MET 717 HB3 MET 717 51.067 -5.738 3.471
5 HG2 MET 717 HG2 MET 717 53.076 -4.664 4.331
6 HG3 MET 717 HG3 MET 717 53.207 -6.429 4.278
7 HE3 MET 717 HE1 MET 717 53.566 -3.937 1.326
8 HE2 MET 717 HE2 MET 717 55.300 -3.573 1.353
9 HE1 MET 717 HE3 MET 717 54.248 -3.053 2.691
No H/Q in entry = 9
In of MODEL 19
1 HA PRO 718 HA PRO 718 48.746 -9.444 1.276
2 HB2 PRO 718 HB2 PRO 718 47.841 -10.127 3.794
3 HB3 PRO 718 HB3 PRO 718 49.075 -11.011 2.899
4 HG2 PRO 718 HG2 PRO 718 49.411 -8.959 5.048
5 HG3 PRO 718 HG3 PRO 718 50.292 -10.479 4.805
6 HD2 PRO 718 HD2 PRO 718 51.349 -8.114 4.121
7 HD3 PRO 718 HD3 PRO 718 51.642 -9.571 3.154
No H/Q in entry = 7
In of MODEL 19
1 H TYR 719 H TYR 719 48.502 -7.092 3.929
2 HA TYR 719 HA TYR 719 45.667 -6.691 3.642
3 HB2 TYR 719 HB2 TYR 719 45.884 -5.010 5.325
4 HB3 TYR 719 HB3 TYR 719 47.063 -6.241 5.740
5 HD1 TYR 719 HD1 TYR 719 49.589 -5.758 5.045
6 HD2 TYR 719 HD2 TYR 719 46.528 -2.769 5.109
7 HE1 TYR 719 HE1 TYR 719 51.278 -4.020 5.134
8 HE2 TYR 719 HE2 TYR 719 48.260 -1.024 5.181
9 HH TYR 719 HH TYR 719 50.659 -0.809 5.884
No H/Q in entry = 9
In of MODEL 19
1 H GLU 720 H GLU 720 48.293 -5.786 1.882
2 HA GLU 720 HA GLU 720 47.345 -3.186 1.014
3 HB2 GLU 720 HB2 GLU 720 49.644 -3.528 1.801
4 HB3 GLU 720 HB3 GLU 720 49.875 -4.759 0.586
5 HG2 GLU 720 HG2 GLU 720 49.698 -3.054 -1.148
6 HG3 GLU 720 HG3 GLU 720 49.476 -1.820 0.103
No H/Q in entry = 6
In of MODEL 19
1 H CYS 721 H CYS 721 46.756 -6.348 0.253
2 HA CYS 721 HA CYS 721 46.491 -5.698 -2.591
3 HB2 CYS 721 HB2 CYS 721 48.154 -7.692 -1.686
4 HB3 CYS 721 HB3 CYS 721 46.638 -8.543 -1.858
No H/Q in entry = 4
In of MODEL 19
1 H GLY 722 H GLY 722 44.418 -5.098 -2.596
2 HA3 GLY 722 HA2 GLY 722 42.415 -6.587 -1.144
3 HA2 GLY 722 HA3 GLY 722 42.163 -5.126 -2.079
No H/Q in entry = 3
In of MODEL 19
1 HA PRO 723 HA PRO 723 40.439 -7.201 -5.524
2 HB2 PRO 723 HB2 PRO 723 42.106 -6.700 -7.685
3 HB3 PRO 723 HB3 PRO 723 40.885 -5.585 -7.074
4 HG2 PRO 723 HG2 PRO 723 43.823 -5.668 -6.526
5 HG3 PRO 723 HG3 PRO 723 42.781 -4.264 -6.819
6 HD2 PRO 723 HD2 PRO 723 43.570 -4.899 -4.353
7 HD3 PRO 723 HD3 PRO 723 41.925 -4.299 -4.654
No H/Q in entry = 7
In of MODEL 19
1 H SER 724 H SER 724 40.510 -9.396 -5.150
2 HA SER 724 HA SER 724 42.243 -11.105 -6.727
3 HB2 SER 724 HB2 SER 724 42.296 -11.157 -3.721
4 HB3 SER 724 HB3 SER 724 43.114 -12.296 -4.795
5 HG SER 724 HG SER 724 43.806 -9.821 -5.409
No H/Q in entry = 5
In of MODEL 19
1 H LEU 725 H LEU 725 41.358 -13.225 -6.764
2 HA LEU 725 HA LEU 725 38.643 -13.598 -5.936
3 HB2 LEU 725 HB2 LEU 725 40.751 -15.248 -7.224
4 HB3 LEU 725 HB3 LEU 725 39.273 -15.988 -6.669
5 HG LEU 725 HG LEU 725 39.419 -13.773 -8.710
6 HD11 LEU 725 HD11 LEU 725 40.483 -15.835 -9.474
7 HD13 LEU 725 HD12 LEU 725 38.953 -15.526 -10.298
8 HD12 LEU 725 HD13 LEU 725 39.036 -16.745 -9.024
9 HD21 LEU 725 HD21 LEU 725 37.194 -15.608 -7.842
10 HD23 LEU 725 HD22 LEU 725 37.133 -14.450 -9.166
11 HD22 LEU 725 HD23 LEU 725 37.300 -13.877 -7.509
No H/Q in entry = 11
In of MODEL 19
1 H ASP 726 H ASP 726 37.912 -14.608 -4.153
2 HA ASP 726 HA ASP 726 39.755 -15.438 -2.131
3 HB2 ASP 726 HB2 ASP 726 36.744 -15.622 -2.236
4 HB3 ASP 726 HB3 ASP 726 37.696 -16.197 -0.877
No H/Q in entry = 4
In of MODEL 19
1 H VAL 727 H VAL 727 40.231 -17.371 -1.404
2 HA VAL 727 HA VAL 727 39.242 -19.777 -2.758
3 HB VAL 727 HB VAL 727 41.590 -20.632 -3.045
4 HG13 VAL 727 HG11 VAL 727 42.080 -19.397 -5.106
5 HG12 VAL 727 HG12 VAL 727 40.935 -18.148 -4.625
6 HG11 VAL 727 HG13 VAL 727 40.364 -19.781 -4.972
7 HG23 VAL 727 HG21 VAL 727 43.447 -19.013 -3.114
8 HG22 VAL 727 HG22 VAL 727 42.746 -19.143 -1.499
9 HG21 VAL 727 HG23 VAL 727 42.359 -17.758 -2.518
No H/Q in entry = 9
In of MODEL 19
1 H CYS 728 H CYS 728 40.108 -21.808 -1.634
2 HA CYS 728 HA CYS 728 40.252 -21.306 1.242
3 HB2 CYS 728 HB2 CYS 728 39.668 -23.844 -0.299
4 HB3 CYS 728 HB3 CYS 728 39.785 -23.748 1.447
No H/Q in entry = 4
In of MODEL 19
1 H ALA 729 H ALA 729 42.063 -21.688 2.348
2 HA ALA 729 HA ALA 729 44.177 -23.184 0.998
3 HB2 ALA 729 HB1 ALA 729 45.769 -21.585 1.862
4 HB1 ALA 729 HB2 ALA 729 44.449 -20.641 2.556
5 HB3 ALA 729 HB3 ALA 729 44.595 -20.805 0.802
No H/Q in entry = 5
In of MODEL 19
1 H GLN 730 H GLN 730 45.457 -24.320 2.329
2 HA GLN 730 HA GLN 730 44.472 -24.730 5.051
3 HB2 GLN 730 HB2 GLN 730 44.634 -26.726 3.566
4 HB3 GLN 730 HB3 GLN 730 46.344 -26.399 3.389
5 HG2 GLN 730 HG2 GLN 730 46.735 -26.741 5.721
6 HG3 GLN 730 HG3 GLN 730 45.029 -26.986 6.027
7 HE21 GLN 730 HE21 GLN 730 45.268 -29.050 6.810
8 HE22 GLN 730 HE22 GLN 730 45.766 -30.382 5.830
No H/Q in entry = 8
In of MODEL 19
1 H ASP 731 H ASP 731 45.618 -23.978 6.659
2 HA ASP 731 HA ASP 731 48.193 -22.780 6.266
3 HB2 ASP 731 HB2 ASP 731 46.706 -21.909 8.046
4 HB3 ASP 731 HB3 ASP 731 46.733 -23.479 8.824
No H/Q in entry = 4
In of MODEL 19
1 H GLU 732 H GLU 732 50.155 -23.773 6.555
2 HA GLU 732 HA GLU 732 50.104 -26.589 6.668
3 HB2 GLU 732 HB2 GLU 732 52.328 -24.636 6.350
4 HB3 GLU 732 HB3 GLU 732 52.676 -26.314 6.732
5 HG2 GLU 732 HG2 GLU 732 51.071 -25.340 4.393
6 HG3 GLU 732 HG3 GLU 732 52.718 -25.983 4.352
No H/Q in entry = 6
In of MODEL 19
1 H ARG 733 H ARG 733 50.805 -24.249 9.158
2 HA ARG 733 HA ARG 733 52.093 -26.281 10.710
3 HB2 ARG 733 HB2 ARG 733 51.655 -23.358 10.991
4 HB3 ARG 733 HB3 ARG 733 51.967 -24.291 12.441
5 HG2 ARG 733 HG2 ARG 733 54.005 -23.256 11.487
6 HG3 ARG 733 HG3 ARG 733 54.119 -25.007 11.572
7 HD2 ARG 733 HD2 ARG 733 53.580 -25.140 9.168
8 HD3 ARG 733 HD3 ARG 733 53.460 -23.386 9.114
9 HE ARG 733 HE ARG 733 55.872 -23.489 9.920
10 HH11 ARG 733 HH11 ARG 733 54.555 -25.996 7.786
11 HH12 ARG 733 HH12 ARG 733 56.019 -26.229 6.944
12 HH21 ARG 733 HH21 ARG 733 57.843 -23.812 8.743
13 HH22 ARG 733 HH22 ARG 733 57.912 -24.963 7.483
No H/Q in entry = 13
In of MODEL 19
1 H SER 734 H SER 734 49.056 -24.577 10.692
2 HA SER 734 HA SER 734 48.164 -25.998 13.068
3 HB2 SER 734 HB2 SER 734 46.609 -24.045 11.391
4 HB3 SER 734 HB3 SER 734 46.433 -24.395 13.115
5 HG SER 734 HG SER 734 48.434 -22.970 11.755
No H/Q in entry = 5
In of MODEL 19
1 H LYS 735 H LYS 735 48.105 -26.386 9.633
2 HA LYS 735 HA LYS 735 47.080 -27.610 8.173
3 HB2 LYS 735 HB2 LYS 735 46.618 -29.338 10.572
4 HB3 LYS 735 HB3 LYS 735 46.180 -29.843 8.948
5 HG2 LYS 735 HG2 LYS 735 48.940 -29.165 9.941
6 HG3 LYS 735 HG3 LYS 735 48.323 -30.774 9.560
7 HD2 LYS 735 HD2 LYS 735 47.904 -29.817 7.194
8 HD3 LYS 735 HD3 LYS 735 48.932 -28.496 7.701
9 HE2 LYS 735 HE2 LYS 735 50.758 -29.958 8.188
10 HE3 LYS 735 HE3 LYS 735 49.792 -31.381 7.819
11 HZ3 LYS 735 HZ1 LYS 735 51.222 -30.900 5.991
12 HZ2 LYS 735 HZ2 LYS 735 50.765 -29.320 5.865
13 HZ1 LYS 735 HZ3 LYS 735 49.684 -30.545 5.466
No H/Q in entry = 13
In of MODEL 19
1 H ARG 736 H ARG 736 45.435 -25.572 9.525
2 HA ARG 736 HA ARG 736 42.766 -26.742 9.250
3 HB2 ARG 736 HB2 ARG 736 41.930 -24.733 10.275
4 HB3 ARG 736 HB3 ARG 736 43.205 -25.419 11.266
5 HG2 ARG 736 HG2 ARG 736 44.768 -23.791 10.391
6 HG3 ARG 736 HG3 ARG 736 43.503 -23.122 9.364
7 HD2 ARG 736 HD2 ARG 736 43.792 -21.804 11.275
8 HD3 ARG 736 HD3 ARG 736 42.204 -22.570 11.358
9 HE ARG 736 HE ARG 736 43.551 -24.259 12.824
10 HH11 ARG 736 HH11 ARG 736 43.823 -20.723 12.870
11 HH12 ARG 736 HH12 ARG 736 44.256 -20.655 14.519
12 HH21 ARG 736 HH21 ARG 736 44.207 -24.155 15.060
13 HH22 ARG 736 HH22 ARG 736 44.506 -22.646 15.785
No H/Q in entry = 13
In of MODEL 19
1 H ILE 737 H ILE 737 41.260 -25.866 7.800
2 HA ILE 737 HA ILE 737 42.490 -24.519 5.549
3 HB ILE 737 HB ILE 737 39.579 -25.271 5.754
4 HG12 ILE 737 HG12 ILE 737 40.973 -27.293 6.320
5 HG13 ILE 737 HG13 ILE 737 40.008 -27.481 4.866
6 HG22 ILE 737 HG21 ILE 737 41.478 -25.132 3.419
7 HG21 ILE 737 HG22 ILE 737 40.438 -23.824 3.928
8 HG23 ILE 737 HG23 ILE 737 39.728 -25.337 3.334
9 HD11 ILE 737 HD11 ILE 737 42.007 -27.035 3.530
10 HD13 ILE 737 HD12 ILE 737 42.214 -28.433 4.594
11 HD12 ILE 737 HD13 ILE 737 42.951 -26.881 5.013
No H/Q in entry = 11
In of MODEL 19
1 H LEU 738 H LEU 738 42.232 -22.420 5.257
2 HA LEU 738 HA LEU 738 40.019 -21.087 6.559
3 HB2 LEU 738 HB2 LEU 738 41.377 -19.146 7.184
4 HB3 LEU 738 HB3 LEU 738 41.946 -20.582 7.997
5 HG LEU 738 HG LEU 738 43.300 -19.418 5.555
6 HD12 LEU 738 HD11 LEU 738 44.908 -18.456 7.130
7 HD11 LEU 738 HD12 LEU 738 43.913 -19.003 8.481
8 HD13 LEU 738 HD13 LEU 738 43.302 -17.773 7.371
9 HD22 LEU 738 HD21 LEU 738 45.177 -20.764 6.335
10 HD21 LEU 738 HD22 LEU 738 43.708 -21.728 6.050
11 HD23 LEU 738 HD23 LEU 738 44.173 -21.306 7.698
No H/Q in entry = 11
In of MODEL 19
1 HA PRO 739 HA PRO 739 39.480 -19.244 2.587
2 HB2 PRO 739 HB2 PRO 739 38.168 -16.997 3.341
3 HB3 PRO 739 HB3 PRO 739 37.404 -18.593 3.395
4 HG2 PRO 739 HG2 PRO 739 38.650 -17.030 5.626
5 HG3 PRO 739 HG3 PRO 739 37.120 -17.932 5.611
6 HD2 PRO 739 HD2 PRO 739 39.447 -18.994 6.650
7 HD3 PRO 739 HD3 PRO 739 38.183 -19.975 5.856
No H/Q in entry = 7
In of MODEL 19
1 H LEU 740 H LEU 740 41.010 -18.316 1.510
2 HA LEU 740 HA LEU 740 42.210 -15.860 2.525
3 HB2 LEU 740 HB2 LEU 740 43.563 -18.176 1.180
4 HB3 LEU 740 HB3 LEU 740 44.224 -16.562 1.094
5 HG LEU 740 HG LEU 740 43.843 -18.215 3.590
6 HD11 LEU 740 HD11 LEU 740 46.272 -17.299 2.065
7 HD13 LEU 740 HD12 LEU 740 45.641 -18.938 2.157
8 HD12 LEU 740 HD13 LEU 740 46.296 -18.168 3.607
9 HD23 LEU 740 HD21 LEU 740 45.064 -16.374 4.707
10 HD22 LEU 740 HD22 LEU 740 43.495 -15.857 4.108
11 HD21 LEU 740 HD23 LEU 740 44.959 -15.424 3.222
No H/Q in entry = 11
In of MODEL 19
1 H THR 741 H THR 741 43.458 -15.014 0.432
2 HA THR 741 HA THR 741 41.606 -15.235 -1.783
3 HB THR 741 HB THR 741 42.856 -12.599 -1.006
4 HG1 THR 741 HG1 THR 741 40.293 -13.469 -0.026
5 HG21 THR 741 HG21 THR 741 41.587 -12.915 -3.121
6 HG23 THR 741 HG22 THR 741 40.905 -11.673 -2.061
7 HG22 THR 741 HG23 THR 741 40.161 -13.268 -2.153
No H/Q in entry = 7
In of MODEL 19
1 H VAL 742 H VAL 742 42.724 -14.996 -3.793
2 HA VAL 742 HA VAL 742 45.104 -16.304 -3.862
3 HB VAL 742 HB VAL 742 43.784 -16.390 -5.851
4 HG12 VAL 742 HG11 VAL 742 44.229 -13.476 -6.164
5 HG11 VAL 742 HG12 VAL 742 42.719 -14.282 -5.664
6 HG13 VAL 742 HG13 VAL 742 43.414 -14.591 -7.264
7 HG23 VAL 742 HG21 VAL 742 46.120 -14.728 -6.656
8 HG22 VAL 742 HG22 VAL 742 45.327 -16.014 -7.585
9 HG21 VAL 742 HG23 VAL 742 46.291 -16.394 -6.142
No H/Q in entry = 9
In of MODEL 19
1 H CYS 743 H CYS 743 44.986 -12.706 -4.251
2 HA CYS 743 HA CYS 743 47.779 -12.629 -4.553
3 HB2 CYS 743 HB2 CYS 743 46.337 -10.727 -5.224
4 HB3 CYS 743 HB3 CYS 743 46.028 -10.394 -3.525
No H/Q in entry = 4
In of MODEL 19
1 H LYS 744 H LYS 744 45.730 -12.146 -1.650
2 HA LYS 744 HA LYS 744 47.608 -11.735 0.279
3 HB2 LYS 744 HB2 LYS 744 45.295 -13.659 0.474
4 HB3 LYS 744 HB3 LYS 744 46.282 -13.156 1.831
5 HG2 LYS 744 HG2 LYS 744 45.505 -10.798 1.385
6 HG3 LYS 744 HG3 LYS 744 44.418 -11.474 0.169
7 HD2 LYS 744 HD2 LYS 744 43.393 -12.905 1.890
8 HD3 LYS 744 HD3 LYS 744 44.432 -12.163 3.102
9 HE2 LYS 744 HE2 LYS 744 42.266 -11.127 3.205
10 HE3 LYS 744 HE3 LYS 744 43.412 -9.964 2.553
11 HZ2 LYS 744 HZ1 LYS 744 41.254 -10.051 1.357
12 HZ1 LYS 744 HZ2 LYS 744 41.588 -11.616 0.877
13 HZ3 LYS 744 HZ3 LYS 744 42.555 -10.341 0.343
No H/Q in entry = 13
In of MODEL 19
1 H MET 745 H MET 745 46.567 -14.983 -0.733
2 HA MET 745 HA MET 745 48.407 -16.563 0.650
3 HB2 MET 745 HB2 MET 745 46.811 -17.764 -0.344
4 HB3 MET 745 HB3 MET 745 46.834 -16.875 -1.859
5 HG2 MET 745 HG2 MET 745 47.699 -18.986 -2.418
6 HG3 MET 745 HG3 MET 745 49.094 -17.966 -2.255
7 HE2 MET 745 HE1 MET 745 47.802 -21.161 0.743
8 HE1 MET 745 HE2 MET 745 46.984 -20.745 -0.764
9 HE3 MET 745 HE3 MET 745 46.938 -19.636 0.603
No H/Q in entry = 9
In of MODEL 19
1 H HIS 746 H HIS 746 48.748 -15.270 -2.676
2 HA HIS 746 HA HIS 746 51.317 -16.389 -3.142
3 HB2 HIS 746 HB2 HIS 746 49.779 -14.215 -4.395
4 HB3 HIS 746 HB3 HIS 746 51.487 -14.350 -4.842
5 HD1 HIS 746 HD1 HIS 746 52.016 -16.875 -5.897
6 HD2 HIS 746 HD2 HIS 746 48.094 -15.547 -5.849
7 HE1 HIS 746 HE1 HIS 746 50.852 -18.138 -7.738
8 HE2 HIS 746 HE2 HIS 746 48.503 -17.232 -7.761
No H/Q in entry = 8
In of MODEL 19
1 H VAL 747 H VAL 747 50.370 -13.212 -1.985
2 HA VAL 747 HA VAL 747 52.953 -12.148 -1.742
3 HB VAL 747 HB VAL 747 50.263 -11.484 -0.551
4 HG12 VAL 747 HG11 VAL 747 51.260 -9.434 0.352
5 HG11 VAL 747 HG12 VAL 747 52.856 -10.029 -0.122
6 HG13 VAL 747 HG13 VAL 747 51.931 -10.877 1.107
7 HG22 VAL 747 HG21 VAL 747 50.579 -10.967 -2.897
8 HG21 VAL 747 HG22 VAL 747 52.045 -10.067 -2.523
9 HG23 VAL 747 HG23 VAL 747 50.481 -9.480 -1.952
No H/Q in entry = 9
In of MODEL 19
1 H LEU 748 H LEU 748 50.796 -13.707 0.505
2 HA LEU 748 HA LEU 748 52.385 -13.797 2.764
3 HB2 LEU 748 HB2 LEU 748 50.120 -14.271 2.981
4 HB3 LEU 748 HB3 LEU 748 50.096 -15.317 1.604
5 HG LEU 748 HG LEU 748 51.332 -16.197 4.205
6 HD13 LEU 748 HD11 LEU 748 49.035 -15.352 4.627
7 HD12 LEU 748 HD12 LEU 748 49.100 -17.108 4.738
8 HD11 LEU 748 HD13 LEU 748 48.437 -16.344 3.296
9 HD22 LEU 748 HD21 LEU 748 50.712 -18.391 3.333
10 HD21 LEU 748 HD22 LEU 748 51.701 -17.540 2.139
11 HD23 LEU 748 HD23 LEU 748 49.954 -17.638 1.928
No H/Q in entry = 11
In of MODEL 19
1 H HIS 749 H HIS 749 52.374 -15.763 -0.085
2 HA HIS 749 HA HIS 749 54.206 -17.729 0.822
3 HB2 HIS 749 HB2 HIS 749 52.561 -17.948 -1.115
4 HB3 HIS 749 HB3 HIS 749 53.683 -16.970 -2.051
5 HD1 HIS 749 HD1 HIS 749 55.616 -18.226 -3.153
6 HD2 HIS 749 HD2 HIS 749 53.554 -20.442 -0.333
7 HE1 HIS 749 HE1 HIS 749 56.562 -20.525 -3.323
8 HE2 HIS 749 HE2 HIS 749 55.503 -21.793 -1.434
No H/Q in entry = 8
In of MODEL 19
1 H CYS 750 H CYS 750 54.591 -14.544 -0.773
2 HA CYS 750 HA CYS 750 57.406 -15.076 -1.007
3 HB2 CYS 750 HB2 CYS 750 57.621 -12.709 -1.953
4 HB3 CYS 750 HB3 CYS 750 56.660 -13.828 -2.868
No H/Q in entry = 4
In of MODEL 19
1 H GLN 751 H GLN 751 55.320 -13.641 1.243
2 HA GLN 751 HA GLN 751 57.306 -12.295 2.744
3 HB2 GLN 751 HB2 GLN 751 54.630 -13.458 3.533
4 HB3 GLN 751 HB3 GLN 751 55.642 -12.537 4.629
5 HG2 GLN 751 HG2 GLN 751 54.544 -11.497 2.029
6 HG3 GLN 751 HG3 GLN 751 53.786 -11.234 3.589
7 HE21 GLN 751 HE21 GLN 751 54.768 -9.241 1.735
8 HE22 GLN 751 HE22 GLN 751 55.950 -8.327 2.549
No H/Q in entry = 8
In of MODEL 19
1 H GLY 752 H GLY 752 56.336 -15.567 2.398
2 HA3 GLY 752 HA2 GLY 752 58.063 -17.238 2.816
3 HA2 GLY 752 HA3 GLY 752 58.508 -16.322 4.246
No H/Q in entry = 3
In of MODEL 19
1 H ARG 753 H ARG 753 55.211 -17.183 3.265
2 HA ARG 753 HA ARG 753 55.088 -18.788 5.711
3 HB2 ARG 753 HB2 ARG 753 52.853 -17.482 4.184
4 HB3 ARG 753 HB3 ARG 753 52.679 -18.391 5.675
5 HG2 ARG 753 HG2 ARG 753 54.127 -15.767 5.334
6 HG3 ARG 753 HG3 ARG 753 52.555 -16.017 6.096
7 HD2 ARG 753 HD2 ARG 753 53.640 -17.469 7.782
8 HD3 ARG 753 HD3 ARG 753 55.205 -17.098 7.060
9 HE ARG 753 HE ARG 753 53.779 -14.757 7.765
10 HH11 ARG 753 HH11 ARG 753 55.778 -17.357 9.194
11 HH12 ARG 753 HH12 ARG 753 56.282 -16.424 10.515
12 HH21 ARG 753 HH21 ARG 753 54.534 -13.470 9.642
13 HH22 ARG 753 HH22 ARG 753 55.593 -14.199 10.749
No H/Q in entry = 13
In of MODEL 19
1 H ASN 754 H ASN 754 53.901 -20.733 5.643
2 HA ASN 754 HA ASN 754 54.025 -22.033 3.008
3 HB2 ASN 754 HB2 ASN 754 54.186 -23.299 5.754
4 HB3 ASN 754 HB3 ASN 754 54.358 -24.130 4.214
5 HD21 ASN 754 HD21 ASN 754 55.835 -22.111 6.548
6 HD22 ASN 754 HD22 ASN 754 57.436 -22.138 5.887
No H/Q in entry = 6
In of MODEL 19
1 H TYR 755 H TYR 755 52.071 -22.227 2.195
2 HA TYR 755 HA TYR 755 49.914 -23.252 3.867
3 HB2 TYR 755 HB2 TYR 755 49.774 -20.834 2.060
4 HB3 TYR 755 HB3 TYR 755 48.362 -21.801 2.439
5 HD1 TYR 755 HD1 TYR 755 51.148 -20.345 4.513
6 HD2 TYR 755 HD2 TYR 755 46.972 -20.696 3.868
7 HE1 TYR 755 HE1 TYR 755 50.739 -18.922 6.457
8 HE2 TYR 755 HE2 TYR 755 46.545 -19.273 5.798
9 HH TYR 755 HH TYR 755 47.757 -18.682 7.939
No H/Q in entry = 9
In of MODEL 19
1 H THR 756 H THR 756 48.237 -24.245 2.533
2 HA THR 756 HA THR 756 49.267 -25.216 -0.043
3 HB THR 756 HB THR 756 47.733 -26.740 2.085
4 HG1 THR 756 HG1 THR 756 49.656 -27.121 2.844
5 HG22 THR 756 HG21 THR 756 48.140 -28.719 0.687
6 HG21 THR 756 HG22 THR 756 48.892 -27.683 -0.541
7 HG23 THR 756 HG23 THR 756 47.178 -27.506 -0.162
No H/Q in entry = 7
In of MODEL 19
1 H LEU 757 H LEU 757 47.687 -25.429 -1.713
2 HA LEU 757 HA LEU 757 45.176 -24.056 -1.174
3 HB2 LEU 757 HB2 LEU 757 46.551 -24.795 -3.754
4 HB3 LEU 757 HB3 LEU 757 44.888 -24.264 -3.720
5 HG LEU 757 HG LEU 757 46.244 -22.428 -4.363
6 HD11 LEU 757 HD11 LEU 757 44.384 -21.876 -2.954
7 HD13 LEU 757 HD12 LEU 757 45.720 -20.767 -2.656
8 HD12 LEU 757 HD13 LEU 757 45.377 -22.056 -1.511
9 HD22 LEU 757 HD21 LEU 757 48.407 -23.152 -3.502
10 HD21 LEU 757 HD22 LEU 757 47.857 -22.879 -1.851
11 HD23 LEU 757 HD23 LEU 757 48.048 -21.514 -2.951
No H/Q in entry = 11
In of MODEL 19
1 H THR 758 H THR 758 43.488 -25.160 -0.624
2 HA THR 758 HA THR 758 43.277 -27.916 -1.497
3 HB THR 758 HB THR 758 41.490 -27.920 0.367
4 HG1 THR 758 HG1 THR 758 41.192 -26.093 1.311
5 HG22 THR 758 HG21 THR 758 43.202 -28.232 2.111
6 HG21 THR 758 HG22 THR 758 44.396 -27.450 1.074
7 HG23 THR 758 HG23 THR 758 43.691 -28.992 0.596
No H/Q in entry = 7
In of MODEL 19
1 H GLY 759 H GLY 759 40.533 -28.298 -1.274
2 HA3 GLY 759 HA2 GLY 759 39.644 -27.114 -3.741
3 HA2 GLY 759 HA3 GLY 759 38.756 -28.249 -2.732
No H/Q in entry = 3
In of MODEL 19
1 H ARG 760 H ARG 760 37.433 -26.167 -3.884
2 HA ARG 760 HA ARG 760 37.385 -23.837 -2.229
3 HB2 ARG 760 HB2 ARG 760 35.713 -22.995 -3.692
4 HB3 ARG 760 HB3 ARG 760 36.686 -24.019 -4.727
5 HG2 ARG 760 HG2 ARG 760 34.652 -24.762 -5.400
6 HG3 ARG 760 HG3 ARG 760 34.802 -25.795 -3.975
7 HD2 ARG 760 HD2 ARG 760 33.755 -23.640 -2.797
8 HD3 ARG 760 HD3 ARG 760 33.093 -23.402 -4.412
9 HE ARG 760 HE ARG 760 32.776 -26.039 -3.338
10 HH11 ARG 760 HH11 ARG 760 31.142 -22.948 -3.977
11 HH12 ARG 760 HH12 ARG 760 29.676 -23.435 -3.244
12 HH21 ARG 760 HH21 ARG 760 30.797 -26.644 -2.312
13 HH22 ARG 760 HH22 ARG 760 29.460 -25.588 -2.305
No H/Q in entry = 13
In of MODEL 19
1 H ASP 761 H ASP 761 36.077 -26.921 -1.971
2 HA ASP 761 HA ASP 761 33.904 -26.150 -0.171
3 HB2 ASP 761 HB2 ASP 761 34.711 -28.766 -1.399
4 HB3 ASP 761 HB3 ASP 761 33.583 -28.703 -0.052
No H/Q in entry = 4
In of MODEL 19
1 H SER 762 H SER 762 37.034 -26.275 0.343
2 HA SER 762 HA SER 762 36.831 -27.982 2.673
3 HB2 SER 762 HB2 SER 762 39.290 -27.551 2.981
4 HB3 SER 762 HB3 SER 762 38.861 -28.348 1.467
5 HG SER 762 HG SER 762 39.051 -26.291 0.439
No H/Q in entry = 5
In of MODEL 19
1 H CYS 763 H CYS 763 36.728 -24.631 1.938
2 HA CYS 763 HA CYS 763 36.602 -24.124 4.818
3 HB2 CYS 763 HB2 CYS 763 37.573 -21.979 4.553
4 HB3 CYS 763 HB3 CYS 763 38.648 -23.094 3.721
No H/Q in entry = 4
In of MODEL 19
1 H THR 764 H THR 764 35.365 -21.978 5.132
2 HA THR 764 HA THR 764 33.033 -22.020 3.398
3 HB THR 764 HB THR 764 33.503 -20.462 5.963
4 HG1 THR 764 HG1 THR 764 33.416 -22.992 5.855
5 HG22 THR 764 HG21 THR 764 30.960 -21.200 4.495
6 HG21 THR 764 HG22 THR 764 31.714 -19.606 4.504
7 HG23 THR 764 HG23 THR 764 31.057 -20.275 5.998
No H/Q in entry = 7
In of MODEL 19
1 H LEU 765 H LEU 765 33.427 -20.880 1.638
2 HA LEU 765 HA LEU 765 35.208 -18.617 1.746
3 HB2 LEU 765 HB2 LEU 765 34.874 -20.531 -0.092
4 HB3 LEU 765 HB3 LEU 765 33.674 -19.356 -0.623
5 HG LEU 765 HG LEU 765 35.431 -17.659 -0.852
6 HD11 LEU 765 HD11 LEU 765 37.226 -19.919 -0.061
7 HD13 LEU 765 HD12 LEU 765 36.963 -18.420 0.824
8 HD12 LEU 765 HD13 LEU 765 37.777 -18.393 -0.741
9 HD23 LEU 765 HD21 LEU 765 36.514 -18.633 -2.817
10 HD22 LEU 765 HD22 LEU 765 34.798 -19.029 -2.781
11 HD21 LEU 765 HD23 LEU 765 35.991 -20.241 -2.313
No H/Q in entry = 11
In of MODEL 19
1 HA PRO 766 HA PRO 766 31.887 -15.792 2.508
2 HB2 PRO 766 HB2 PRO 766 33.079 -13.528 1.435
3 HB3 PRO 766 HB3 PRO 766 33.351 -14.142 3.068
4 HG2 PRO 766 HG2 PRO 766 35.023 -14.461 0.624
5 HG3 PRO 766 HG3 PRO 766 35.524 -14.251 2.309
6 HD2 PRO 766 HD2 PRO 766 35.591 -16.632 1.046
7 HD3 PRO 766 HD3 PRO 766 35.272 -16.530 2.778
No H/Q in entry = 7
In of MODEL 19
1 H ALA 767 H ALA 767 33.332 -15.888 -0.667
2 HA ALA 767 HA ALA 767 30.664 -15.539 -1.788
3 HB3 ALA 767 HB1 ALA 767 31.534 -14.230 -3.639
4 HB2 ALA 767 HB2 ALA 767 33.148 -14.267 -2.921
5 HB1 ALA 767 HB3 ALA 767 31.836 -13.403 -2.111
No H/Q in entry = 5
In of MODEL 19
1 H SER 768 H SER 768 30.362 -17.517 -2.106
2 HA SER 768 HA SER 768 31.935 -18.802 -4.183
3 HB2 SER 768 HB2 SER 768 31.393 -20.947 -2.866
4 HB3 SER 768 HB3 SER 768 32.723 -19.947 -2.274
5 HG SER 768 HG SER 768 31.469 -19.307 -0.571
No H/Q in entry = 5
In of MODEL 19
1 H ALA 769 H ALA 769 29.062 -19.509 -2.214
2 HA ALA 769 HA ALA 769 27.459 -19.483 -4.670
3 HB3 ALA 769 HB1 ALA 769 27.090 -21.240 -2.232
4 HB1 ALA 769 HB2 ALA 769 27.673 -21.777 -3.808
5 HB2 ALA 769 HB3 ALA 769 26.018 -21.196 -3.630
No H/Q in entry = 5
In of MODEL 19
1 H GLU 770 H GLU 770 25.410 -18.547 -4.477
2 HA GLU 770 HA GLU 770 23.931 -17.017 -3.906
3 HB2 GLU 770 HB2 GLU 770 24.708 -17.759 -1.089
4 HB3 GLU 770 HB3 GLU 770 23.314 -16.754 -1.492
5 HG2 GLU 770 HG2 GLU 770 22.330 -18.606 -2.721
6 HG3 GLU 770 HG3 GLU 770 23.743 -19.599 -2.380
No H/Q in entry = 6
In of MODEL 19
1 H LYS 771 H LYS 771 24.584 -15.216 -4.720
2 HA LYS 771 HA LYS 771 26.924 -13.840 -3.654
3 HB2 LYS 771 HB2 LYS 771 25.375 -12.931 -6.065
4 HB3 LYS 771 HB3 LYS 771 27.083 -12.766 -5.688
5 HG2 LYS 771 HG2 LYS 771 25.739 -15.375 -6.391
6 HG3 LYS 771 HG3 LYS 771 26.646 -14.375 -7.522
7 HD2 LYS 771 HD2 LYS 771 28.667 -14.986 -6.628
8 HD3 LYS 771 HD3 LYS 771 28.004 -15.196 -5.006
9 HE2 LYS 771 HE2 LYS 771 28.670 -17.337 -6.044
10 HE3 LYS 771 HE3 LYS 771 26.966 -17.264 -5.625
11 HZ3 LYS 771 HZ1 LYS 771 27.094 -18.237 -7.721
12 HZ2 LYS 771 HZ2 LYS 771 28.202 -17.180 -8.319
13 HZ1 LYS 771 HZ3 LYS 771 26.596 -16.677 -8.079
No H/Q in entry = 13
In of MODEL 19
1 H ALA 772 H ALA 772 26.691 -12.135 -2.389
2 HA ALA 772 HA ALA 772 24.204 -10.608 -2.453
3 HB2 ALA 772 HB1 ALA 772 25.459 -11.723 0.046
4 HB3 ALA 772 HB2 ALA 772 23.972 -12.296 -0.703
5 HB1 ALA 772 HB3 ALA 772 24.049 -10.663 -0.031
No H/Q in entry = 5
In of MODEL 19
1 H CYS 773 H CYS 773 24.458 -8.604 -1.118
2 HA CYS 773 HA CYS 773 26.856 -7.266 -1.812
3 HB2 CYS 773 HB2 CYS 773 24.543 -6.221 -1.452
4 HB3 CYS 773 HB3 CYS 773 24.834 -6.403 0.274
No H/Q in entry = 4
In of MODEL 19
1 H GLY 774 H GLY 774 28.707 -7.110 -0.630
2 HA3 GLY 774 HA2 GLY 774 29.572 -6.913 1.690
3 HA2 GLY 774 HA3 GLY 774 28.609 -8.345 2.027
No H/Q in entry = 3
In of MODEL 19
1 H ALA 775 H ALA 775 29.299 -9.447 -0.696
2 HA ALA 775 HA ALA 775 32.159 -9.738 -0.547
3 HB1 ALA 775 HB1 ALA 775 32.138 -12.166 -0.401
4 HB3 ALA 775 HB2 ALA 775 30.378 -12.163 -0.292
5 HB2 ALA 775 HB3 ALA 775 31.342 -11.466 1.010
No H/Q in entry = 5
In of MODEL 19
1 H CYS 776 H CYS 776 32.462 -9.012 -2.477
2 HA CYS 776 HA CYS 776 32.768 -10.323 -4.704
3 HB2 CYS 776 HB2 CYS 776 30.864 -9.666 -6.276
4 HB3 CYS 776 HB3 CYS 776 30.432 -10.886 -5.106
No H/Q in entry = 4
In of MODEL 19
1 HA PRO 777 HA PRO 777 34.129 -6.052 -4.248
2 HB2 PRO 777 HB2 PRO 777 36.752 -6.459 -4.817
3 HB3 PRO 777 HB3 PRO 777 36.023 -6.749 -3.238
4 HG2 PRO 777 HG2 PRO 777 36.804 -8.694 -5.345
5 HG3 PRO 777 HG3 PRO 777 36.828 -8.874 -3.586
6 HD2 PRO 777 HD2 PRO 777 34.892 -9.895 -5.300
7 HD3 PRO 777 HD3 PRO 777 34.702 -9.683 -3.552
No H/Q in entry = 7
In of MODEL 19
1 H LEU 778 H LEU 778 35.539 -7.858 -6.983
2 HA LEU 778 HA LEU 778 35.636 -5.385 -8.567
3 HB2 LEU 778 HB2 LEU 778 36.515 -8.200 -9.224
4 HB3 LEU 778 HB3 LEU 778 36.660 -6.864 -10.326
5 HG LEU 778 HG LEU 778 38.381 -5.857 -8.845
6 HD12 LEU 778 HD11 LEU 778 39.293 -7.147 -7.023
7 HD11 LEU 778 HD12 LEU 778 38.039 -8.376 -7.226
8 HD13 LEU 778 HD13 LEU 778 37.606 -6.745 -6.697
9 HD21 LEU 778 HD21 LEU 778 39.019 -7.381 -10.636
10 HD23 LEU 778 HD22 LEU 778 38.840 -8.735 -9.509
11 HD22 LEU 778 HD23 LEU 778 40.096 -7.534 -9.237
No H/Q in entry = 11
In of MODEL 19
1 H TRP 779 H TRP 779 34.613 -8.659 -9.083
2 HA TRP 779 HA TRP 779 33.144 -8.258 -11.445
3 HB2 TRP 779 HB2 TRP 779 32.571 -10.686 -10.983
4 HB3 TRP 779 HB3 TRP 779 34.270 -10.279 -11.211
5 HD1 TRP 779 HD1 TRP 779 31.805 -11.419 -8.465
6 HE1 TRP 779 HE1 TRP 779 33.188 -12.248 -6.437
7 HE3 TRP 779 HE3 TRP 779 36.455 -10.064 -10.016
8 HZ2 TRP 779 HZ2 TRP 779 35.914 -12.293 -5.632
9 HZ3 TRP 779 HZ3 TRP 779 38.391 -10.549 -8.567
10 HH2 TRP 779 HH2 TRP 779 38.102 -11.629 -6.432
No H/Q in entry = 10
In of MODEL 19
1 H GLY 780 H GLY 780 32.196 -7.448 -8.406
2 HA3 GLY 780 HA2 GLY 780 29.431 -7.982 -9.104
3 HA2 GLY 780 HA3 GLY 780 30.005 -8.445 -7.511
No H/Q in entry = 3
In of MODEL 19
1 H LYS 781 H LYS 781 28.010 -6.550 -8.293
2 HA LYS 781 HA LYS 781 29.083 -4.369 -6.728
3 HB2 LYS 781 HB2 LYS 781 29.353 -3.773 -9.119
4 HB3 LYS 781 HB3 LYS 781 27.616 -3.946 -9.323
5 HG2 LYS 781 HG2 LYS 781 28.248 -1.613 -9.112
6 HG3 LYS 781 HG3 LYS 781 27.242 -2.118 -7.753
7 HD2 LYS 781 HD2 LYS 781 29.222 -2.359 -6.354
8 HD3 LYS 781 HD3 LYS 781 30.252 -1.922 -7.721
9 HE2 LYS 781 HE2 LYS 781 28.145 -0.172 -6.485
10 HE3 LYS 781 HE3 LYS 781 29.868 -0.077 -6.142
11 HZ3 LYS 781 HZ1 LYS 781 29.212 1.570 -7.771
12 HZ2 LYS 781 HZ2 LYS 781 28.569 0.406 -8.772
13 HZ1 LYS 781 HZ3 LYS 781 30.230 0.459 -8.525
No H/Q in entry = 13
In of MODEL 19
1 H CYS 782 H CYS 782 27.739 -3.953 -5.165
2 HA CYS 782 HA CYS 782 24.889 -4.314 -5.622
3 HB2 CYS 782 HB2 CYS 782 24.723 -4.518 -3.123
4 HB3 CYS 782 HB3 CYS 782 25.560 -5.854 -3.903
No H/Q in entry = 4
In of MODEL 19
1 H ASP 783 H ASP 783 23.798 -2.499 -5.680
2 HA ASP 783 HA ASP 783 25.106 -0.100 -4.627
3 HB2 ASP 783 HB2 ASP 783 24.475 -0.396 -7.148
4 HB3 ASP 783 HB3 ASP 783 22.827 -0.112 -6.613
No H/Q in entry = 4
In of MODEL 19
1 H ALA 784 H ALA 784 22.823 1.533 -4.500
2 HA ALA 784 HA ALA 784 22.075 1.141 -1.873
3 HB3 ALA 784 HB1 ALA 784 22.004 3.288 -3.052
4 HB1 ALA 784 HB2 ALA 784 20.526 2.957 -2.148
5 HB2 ALA 784 HB3 ALA 784 20.553 2.754 -3.898
No H/Q in entry = 5
In of MODEL 19
1 H GLU 785 H GLU 785 19.991 0.421 -4.705
2 HA GLU 785 HA GLU 785 18.162 -0.838 -2.803
3 HB2 GLU 785 HB2 GLU 785 16.507 -0.908 -4.719
4 HB3 GLU 785 HB3 GLU 785 16.956 0.690 -4.160
5 HG2 GLU 785 HG2 GLU 785 18.457 0.932 -6.056
6 HG3 GLU 785 HG3 GLU 785 18.022 -0.690 -6.602
No H/Q in entry = 6
In of MODEL 19
1 H SER 786 H SER 786 20.693 -2.037 -3.793
2 HA SER 786 HA SER 786 19.469 -4.545 -4.651
3 HB2 SER 786 HB2 SER 786 22.148 -3.455 -5.534
4 HB3 SER 786 HB3 SER 786 21.521 -5.055 -5.937
5 HG SER 786 HG SER 786 20.360 -2.552 -6.639
No H/Q in entry = 5
In of MODEL 19
1 H SER 787 H SER 787 19.390 -5.658 -2.780
2 HA SER 787 HA SER 787 21.519 -5.695 -0.849
3 HB2 SER 787 HB2 SER 787 19.114 -7.513 -1.174
4 HB3 SER 787 HB3 SER 787 20.100 -7.336 0.276
5 HG SER 787 HG SER 787 19.223 -5.469 0.699
No H/Q in entry = 5
In of MODEL 19
1 H LYS 788 H LYS 788 20.502 -7.452 -3.608
2 HA LYS 788 HA LYS 788 22.198 -9.747 -3.212
3 HB2 LYS 788 HB2 LYS 788 21.462 -10.389 -5.442
4 HB3 LYS 788 HB3 LYS 788 20.069 -9.879 -4.496
5 HG2 LYS 788 HG2 LYS 788 20.139 -7.671 -5.624
6 HG3 LYS 788 HG3 LYS 788 21.517 -8.222 -6.556
7 HD2 LYS 788 HD2 LYS 788 20.174 -9.968 -7.568
8 HD3 LYS 788 HD3 LYS 788 18.776 -9.472 -6.616
9 HE2 LYS 788 HE2 LYS 788 20.226 -7.710 -8.593
10 HE3 LYS 788 HE3 LYS 788 18.748 -8.601 -8.953
11 HZ1 LYS 788 HZ1 LYS 788 18.976 -6.474 -6.855
12 HZ3 LYS 788 HZ2 LYS 788 17.573 -7.281 -7.308
13 HZ2 LYS 788 HZ3 LYS 788 18.343 -6.276 -8.391
No H/Q in entry = 13
In of MODEL 19
1 H CYS 789 H CYS 789 23.834 -10.213 -4.962
2 HA CYS 789 HA CYS 789 25.262 -7.756 -5.601
3 HB2 CYS 789 HB2 CYS 789 26.525 -9.417 -4.311
4 HB3 CYS 789 HB3 CYS 789 26.186 -10.638 -5.526
No H/Q in entry = 4
In of MODEL 19
1 H VAL 790 H VAL 790 25.388 -7.122 -7.671
2 HA VAL 790 HA VAL 790 24.373 -8.965 -9.690
3 HB VAL 790 HB VAL 790 24.705 -5.928 -9.807
4 HG12 VAL 790 HG11 VAL 790 23.482 -7.817 -11.824
5 HG11 VAL 790 HG12 VAL 790 25.022 -6.983 -12.012
6 HG13 VAL 790 HG13 VAL 790 23.520 -6.059 -11.951
7 HG22 VAL 790 HG21 VAL 790 22.879 -6.615 -8.369
8 HG21 VAL 790 HG22 VAL 790 22.278 -7.663 -9.658
9 HG23 VAL 790 HG23 VAL 790 22.249 -5.907 -9.868
No H/Q in entry = 9
In of MODEL 19
1 H CYS 791 H CYS 791 25.665 -9.514 -11.307
2 HA CYS 791 HA CYS 791 28.493 -9.083 -10.705
3 HB2 CYS 791 HB2 CYS 791 27.435 -11.199 -12.576
4 HB3 CYS 791 HB3 CYS 791 28.912 -11.170 -11.635
No H/Q in entry = 4
In of MODEL 19
1 H ARG 792 H ARG 792 29.849 -8.253 -12.053
2 HA ARG 792 HA ARG 792 28.859 -6.831 -14.397
3 HB2 ARG 792 HB2 ARG 792 31.474 -6.736 -12.873
4 HB3 ARG 792 HB3 ARG 792 31.125 -5.750 -14.286
5 HG2 ARG 792 HG2 ARG 792 29.403 -5.681 -11.826
6 HG3 ARG 792 HG3 ARG 792 30.831 -4.660 -12.007
7 HD2 ARG 792 HD2 ARG 792 29.916 -3.560 -13.893
8 HD3 ARG 792 HD3 ARG 792 28.621 -4.734 -14.055
9 HE ARG 792 HE ARG 792 27.554 -3.817 -12.206
10 HH11 ARG 792 HH11 ARG 792 30.419 -1.937 -13.082
11 HH12 ARG 792 HH12 ARG 792 29.912 -0.511 -12.296
12 HH21 ARG 792 HH21 ARG 792 26.857 -1.785 -11.155
13 HH22 ARG 792 HH22 ARG 792 27.861 -0.415 -11.238
No H/Q in entry = 13
In of MODEL 19
1 H GLU 793 H GLU 793 30.442 -6.766 -16.287
2 HA GLU 793 HA GLU 793 31.151 -9.469 -17.034
3 HB2 GLU 793 HB2 GLU 793 31.298 -6.847 -18.533
4 HB3 GLU 793 HB3 GLU 793 31.808 -8.387 -19.201
5 HG2 GLU 793 HG2 GLU 793 29.030 -7.706 -18.284
6 HG3 GLU 793 HG3 GLU 793 29.591 -7.727 -19.957
No H/Q in entry = 6
In of MODEL 19
1 H ALA 794 H ALA 794 33.304 -9.785 -18.094
2 HA ALA 794 HA ALA 794 35.270 -9.502 -16.143
3 HB1 ALA 794 HB1 ALA 794 35.555 -10.236 -19.037
4 HB2 ALA 794 HB2 ALA 794 35.175 -11.342 -17.719
5 HB3 ALA 794 HB3 ALA 794 36.745 -10.535 -17.769
No H/Q in entry = 5
In of MODEL 19
1 H SER 795 H SER 795 34.632 -7.678 -19.098
2 HA SER 795 HA SER 795 37.075 -6.286 -18.714
3 HB2 SER 795 HB2 SER 795 35.001 -5.936 -20.871
4 HB3 SER 795 HB3 SER 795 36.553 -5.093 -20.816
5 HG SER 795 HG SER 795 36.814 -7.760 -20.447
No H/Q in entry = 5
In of MODEL 19
1 H GLU 796 H GLU 796 34.300 -5.954 -17.111
2 HA GLU 796 HA GLU 796 34.242 -3.043 -17.233
3 HB2 GLU 796 HB2 GLU 796 32.482 -4.956 -15.689
4 HB3 GLU 796 HB3 GLU 796 32.279 -3.209 -15.731
5 HG2 GLU 796 HG2 GLU 796 31.927 -3.358 -18.168
6 HG3 GLU 796 HG3 GLU 796 32.018 -5.110 -18.042
No H/Q in entry = 6
In of MODEL 19
1 H CYS 797 H CYS 797 35.952 -5.342 -15.706
2 HA CYS 797 HA CYS 797 36.196 -3.832 -13.218
3 HB2 CYS 797 HB2 CYS 797 37.483 -6.425 -14.041
4 HB3 CYS 797 HB3 CYS 797 37.673 -5.656 -12.467
No H/Q in entry = 4
In of MODEL 19
1 H GLU 798 H GLU 798 38.540 -5.363 -15.403
2 HA GLU 798 HA GLU 798 40.642 -4.780 -16.087
3 HB2 GLU 798 HB2 GLU 798 39.544 -1.969 -15.875
4 HB3 GLU 798 HB3 GLU 798 40.925 -2.488 -16.835
5 HG2 GLU 798 HG2 GLU 798 39.515 -3.749 -18.296
6 HG3 GLU 798 HG3 GLU 798 38.116 -3.462 -17.259
No H/Q in entry = 6
In of MODEL 19
1 H GLU 799 H GLU 799 40.237 -5.162 -13.343
2 HA GLU 799 HA GLU 799 41.641 -3.003 -11.997
3 HB2 GLU 799 HB2 GLU 799 39.475 -3.870 -11.087
4 HB3 GLU 799 HB3 GLU 799 40.259 -5.414 -10.799
5 HG2 GLU 799 HG2 GLU 799 40.081 -4.025 -8.778
6 HG3 GLU 799 HG3 GLU 799 41.754 -4.403 -9.201
No H/Q in entry = 6
In of MODEL 19
1 H GLU 800 H GLU 800 43.311 -3.574 -10.457
2 HA GLU 800 HA GLU 800 45.257 -5.226 -11.711
3 HB2 GLU 800 HB2 GLU 800 46.764 -4.409 -9.890
4 HB3 GLU 800 HB3 GLU 800 46.049 -3.163 -10.904
5 HG2 GLU 800 HG2 GLU 800 44.480 -2.589 -9.185
6 HG3 GLU 800 HG3 GLU 800 45.018 -3.936 -8.184
No H/Q in entry = 6
In of MODEL 19
1 H GLY 801 H GLY 801 43.764 -6.965 -11.313
2 HA3 GLY 801 HA2 GLY 801 44.386 -8.454 -8.846
3 HA2 GLY 801 HA3 GLY 801 43.177 -8.928 -10.043
No H/Q in entry = 3
In of MODEL 19
1 H PHE 802 H PHE 802 44.478 -11.027 -9.679
2 HA PHE 802 HA PHE 802 46.919 -11.017 -11.277
3 HB2 PHE 802 HB2 PHE 802 45.721 -13.013 -9.363
4 HB3 PHE 802 HB3 PHE 802 47.047 -13.430 -10.425
5 HD1 PHE 802 HD1 PHE 802 47.843 -14.036 -7.992
6 HD2 PHE 802 HD2 PHE 802 47.493 -10.050 -9.465
7 HE1 PHE 802 HE1 PHE 802 49.411 -13.287 -6.341
8 HE2 PHE 802 HE2 PHE 802 49.052 -9.301 -7.810
9 HZ PHE 802 HZ PHE 802 50.044 -10.903 -6.210
No H/Q in entry = 9
In of MODEL 19
1 H SER 803 H SER 803 47.082 -13.379 -12.223
2 HA SER 803 HA SER 803 44.745 -13.853 -13.901
3 HB2 SER 803 HB2 SER 803 46.396 -14.710 -15.586
4 HB3 SER 803 HB3 SER 803 46.591 -12.985 -15.251
5 HG SER 803 HG SER 803 48.046 -14.968 -13.889
No H/Q in entry = 5
In of MODEL 19
1 H ILE 804 H ILE 804 43.886 -15.771 -13.485
2 HA ILE 804 HA ILE 804 45.503 -17.715 -11.994
3 HB ILE 804 HB ILE 804 43.641 -18.308 -10.586
4 HG12 ILE 804 HG12 ILE 804 41.729 -18.034 -12.184
5 HG13 ILE 804 HG13 ILE 804 41.429 -17.253 -10.639
6 HG21 ILE 804 HG21 ILE 804 44.911 -16.405 -9.804
7 HG23 ILE 804 HG22 ILE 804 43.211 -16.217 -9.350
8 HG22 ILE 804 HG23 ILE 804 43.859 -15.312 -10.708
9 HD12 ILE 804 HD11 ILE 804 42.112 -15.903 -13.236
10 HD11 ILE 804 HD12 ILE 804 42.026 -15.088 -11.679
11 HD13 ILE 804 HD13 ILE 804 40.590 -15.852 -12.347
No H/Q in entry = 11
In of MODEL 19
1 H CYS 805 H CYS 805 44.594 -20.001 -12.161
2 HA CYS 805 HA CYS 805 43.819 -20.330 -14.945
3 HB2 CYS 805 HB2 CYS 805 45.868 -21.505 -14.148
4 HB3 CYS 805 HB3 CYS 805 44.814 -22.491 -13.124
No H/Q in entry = 4
In of MODEL 19
1 H VAL 806 H VAL 806 41.843 -21.191 -15.415
2 HA VAL 806 HA VAL 806 40.336 -22.411 -13.222
3 HB VAL 806 HB VAL 806 39.157 -20.513 -15.246
4 HG12 VAL 806 HG11 VAL 806 37.192 -20.528 -13.757
5 HG11 VAL 806 HG12 VAL 806 37.984 -21.773 -12.776
6 HG13 VAL 806 HG13 VAL 806 37.575 -22.106 -14.445
7 HG23 VAL 806 HG21 VAL 806 38.906 -18.901 -13.396
8 HG22 VAL 806 HG22 VAL 806 40.577 -19.204 -13.851
9 HG21 VAL 806 HG23 VAL 806 39.916 -19.946 -12.387
No H/Q in entry = 9
In of MODEL 19
1 H GLU 807 H GLU 807 39.235 -24.176 -13.795
2 HA GLU 807 HA GLU 807 39.468 -25.227 -16.456
3 HB2 GLU 807 HB2 GLU 807 39.657 -26.700 -14.520
4 HB3 GLU 807 HB3 GLU 807 38.073 -26.190 -13.967
5 HG2 GLU 807 HG2 GLU 807 37.136 -27.148 -16.074
6 HG3 GLU 807 HG3 GLU 807 38.738 -27.824 -16.389
No H/Q in entry = 6
In of MODEL 19
1 H VAL 808 H VAL 808 38.050 -24.848 -17.925
2 HA VAL 808 HA VAL 808 35.305 -24.157 -17.275
3 HB VAL 808 HB VAL 808 36.494 -22.061 -17.592
4 HG11 VAL 808 HG11 VAL 808 37.327 -23.096 -20.280
5 HG13 VAL 808 HG12 VAL 808 38.368 -22.741 -18.903
6 HG12 VAL 808 HG13 VAL 808 37.524 -21.431 -19.731
7 HG22 VAL 808 HG21 VAL 808 35.215 -21.069 -19.406
8 HG21 VAL 808 HG22 VAL 808 34.215 -22.098 -18.367
9 HG23 VAL 808 HG23 VAL 808 34.751 -22.683 -19.950
No H/Q in entry = 9
In of MODEL 19
1 H ASN 809 H ASN 809 33.968 -25.330 -18.480
2 HA ASN 809 HA ASN 809 33.086 -26.582 -20.152
3 HB2 ASN 809 HB2 ASN 809 35.270 -25.219 -21.562
4 HB3 ASN 809 HB3 ASN 809 34.531 -26.590 -22.430
5 HD21 ASN 809 HD21 ASN 809 34.377 -23.317 -21.605
6 HD22 ASN 809 HD22 ASN 809 32.814 -22.957 -22.235
No H/Q in entry = 6
In of MODEL 19
1 H GLY 810 H GLY 810 35.963 -27.196 -18.745
2 HA3 GLY 810 HA2 GLY 810 36.261 -29.538 -18.134
3 HA2 GLY 810 HA3 GLY 810 36.080 -29.911 -19.860
No H/Q in entry = 3
In of MODEL 19
1 H LYS 811 H LYS 811 37.619 -27.239 -20.171
2 HA LYS 811 HA LYS 811 40.218 -28.456 -19.803
3 HB2 LYS 811 HB2 LYS 811 40.925 -26.847 -21.691
4 HB3 LYS 811 HB3 LYS 811 40.085 -28.334 -22.079
5 HG2 LYS 811 HG2 LYS 811 39.247 -26.747 -23.394
6 HG3 LYS 811 HG3 LYS 811 37.986 -27.000 -22.185
7 HD2 LYS 811 HD2 LYS 811 38.064 -24.638 -22.501
8 HD3 LYS 811 HD3 LYS 811 38.947 -24.936 -21.007
9 HE2 LYS 811 HE2 LYS 811 40.154 -23.325 -22.346
10 HE3 LYS 811 HE3 LYS 811 41.068 -24.828 -22.288
11 HZ3 LYS 811 HZ1 LYS 811 41.033 -23.931 -24.520
12 HZ2 LYS 811 HZ2 LYS 811 39.356 -23.912 -24.543
13 HZ1 LYS 811 HZ3 LYS 811 40.173 -25.376 -24.511
No H/Q in entry = 13
In of MODEL 19
1 H GLU 812 H GLU 812 41.986 -26.665 -19.779
2 HA GLU 812 HA GLU 812 41.042 -24.831 -17.713
3 HB2 GLU 812 HB2 GLU 812 43.796 -25.939 -18.167
4 HB3 GLU 812 HB3 GLU 812 43.483 -24.593 -17.086
5 HG2 GLU 812 HG2 GLU 812 41.979 -26.011 -15.770
6 HG3 GLU 812 HG3 GLU 812 42.333 -27.367 -16.842
No H/Q in entry = 6
In of MODEL 19
1 H GLN 813 H GLN 813 41.188 -22.763 -17.847
2 HA GLN 813 HA GLN 813 42.729 -21.573 -20.020
3 HB2 GLN 813 HB2 GLN 813 40.506 -21.628 -20.755
4 HB3 GLN 813 HB3 GLN 813 39.876 -21.080 -19.204
5 HG2 GLN 813 HG2 GLN 813 40.958 -18.906 -19.610
6 HG3 GLN 813 HG3 GLN 813 41.468 -19.469 -21.198
7 HE21 GLN 813 HE21 GLN 813 39.670 -17.286 -20.417
8 HE22 GLN 813 HE22 GLN 813 38.179 -17.606 -21.208
No H/Q in entry = 8
In of MODEL 19
1 H THR 814 H THR 814 43.758 -19.737 -19.436
2 HA THR 814 HA THR 814 43.839 -19.048 -16.632
3 HB THR 814 HB THR 814 45.197 -17.867 -19.015
4 HG1 THR 814 HG1 THR 814 45.443 -20.223 -17.967
5 HG22 THR 814 HG21 THR 814 45.884 -17.702 -16.065
6 HG21 THR 814 HG22 THR 814 45.209 -16.403 -17.044
7 HG23 THR 814 HG23 THR 814 46.843 -16.993 -17.370
No H/Q in entry = 7
In of MODEL 19
1 H MET 815 H MET 815 42.701 -17.401 -15.829
2 HA MET 815 HA MET 815 41.403 -15.608 -17.754
3 HB2 MET 815 HB2 MET 815 40.252 -16.483 -15.109
4 HB3 MET 815 HB3 MET 815 39.457 -15.531 -16.353
5 HG2 MET 815 HG2 MET 815 39.765 -17.630 -17.845
6 HG3 MET 815 HG3 MET 815 40.167 -18.388 -16.318
7 HE2 MET 815 HE1 MET 815 36.568 -19.690 -17.152
8 HE1 MET 815 HE2 MET 815 38.280 -20.126 -17.050
9 HE3 MET 815 HE3 MET 815 37.704 -19.118 -18.371
No H/Q in entry = 9
In of MODEL 19
1 H SER 816 H SER 816 40.908 -13.549 -16.851
2 HA SER 816 HA SER 816 42.934 -12.527 -15.054
3 HB2 SER 816 HB2 SER 816 40.442 -11.131 -16.077
4 HB3 SER 816 HB3 SER 816 41.976 -10.396 -15.604
5 HG SER 816 HG SER 816 42.916 -11.548 -17.397
No H/Q in entry = 5
In of MODEL 19
1 H GLU 817 H GLU 817 42.385 -11.641 -12.961
2 HA GLU 817 HA GLU 817 40.986 -13.113 -11.204
3 HB2 GLU 817 HB2 GLU 817 42.438 -10.963 -10.954
4 HB3 GLU 817 HB3 GLU 817 40.882 -10.146 -10.913
5 HG2 GLU 817 HG2 GLU 817 41.270 -10.541 -8.649
6 HG3 GLU 817 HG3 GLU 817 40.328 -11.961 -9.134
No H/Q in entry = 6
In of MODEL 19
1 H CYS 818 H CYS 818 39.680 -10.237 -12.849
2 HA CYS 818 HA CYS 818 37.119 -10.376 -11.685
3 HB2 CYS 818 HB2 CYS 818 37.884 -8.298 -12.604
4 HB3 CYS 818 HB3 CYS 818 38.011 -9.022 -14.205
No H/Q in entry = 4
In of MODEL 19
1 H GLU 819 H GLU 819 38.417 -11.821 -14.566
2 HA GLU 819 HA GLU 819 35.926 -12.306 -15.812
3 HB2 GLU 819 HB2 GLU 819 38.051 -12.216 -17.007
4 HB3 GLU 819 HB3 GLU 819 38.577 -13.672 -16.170
5 HG2 GLU 819 HG2 GLU 819 37.016 -14.983 -17.347
6 HG3 GLU 819 HG3 GLU 819 36.190 -13.535 -17.951
No H/Q in entry = 6
In of MODEL 19
1 H ALA 820 H ALA 820 38.161 -14.419 -14.071
2 HA ALA 820 HA ALA 820 36.558 -16.671 -14.101
3 HB3 ALA 820 HB1 ALA 820 38.603 -15.766 -12.132
4 HB1 ALA 820 HB2 ALA 820 38.868 -16.793 -13.544
5 HB2 ALA 820 HB3 ALA 820 37.935 -17.396 -12.165
No H/Q in entry = 5
In of MODEL 19
1 H GLY 821 H GLY 821 36.829 -13.957 -11.857
2 HA3 GLY 821 HA2 GLY 821 35.133 -14.913 -9.809
3 HA2 GLY 821 HA3 GLY 821 35.581 -13.232 -10.082
No H/Q in entry = 3
In of MODEL 19
1 H ALA 822 H ALA 822 34.525 -12.816 -12.582
2 HA ALA 822 HA ALA 822 31.833 -12.274 -12.012
3 HB1 ALA 822 HB1 ALA 822 33.201 -12.359 -14.714
4 HB2 ALA 822 HB2 ALA 822 33.186 -10.976 -13.628
5 HB3 ALA 822 HB3 ALA 822 31.676 -11.547 -14.339
No H/Q in entry = 5
In of MODEL 19
1 H LEU 823 H LEU 823 33.419 -14.805 -13.810
2 HA LEU 823 HA LEU 823 31.089 -16.054 -14.722
3 HB2 LEU 823 HB2 LEU 823 33.819 -17.232 -14.188
4 HB3 LEU 823 HB3 LEU 823 32.545 -18.042 -15.081
5 HG LEU 823 HG LEU 823 33.871 -15.457 -15.903
6 HD12 LEU 823 HD11 LEU 823 34.880 -16.715 -17.685
7 HD11 LEU 823 HD12 LEU 823 34.226 -18.220 -17.020
8 HD13 LEU 823 HD13 LEU 823 35.406 -17.270 -16.107
9 HD23 LEU 823 HD21 LEU 823 32.721 -15.866 -18.063
10 HD22 LEU 823 HD22 LEU 823 31.662 -15.461 -16.726
11 HD21 LEU 823 HD23 LEU 823 31.778 -17.139 -17.271
No H/Q in entry = 11
In of MODEL 19
1 H ARG 824 H ARG 824 32.998 -16.580 -11.745
2 HA ARG 824 HA ARG 824 31.273 -18.639 -10.739
3 HB2 ARG 824 HB2 ARG 824 33.029 -16.798 -9.058
4 HB3 ARG 824 HB3 ARG 824 32.267 -18.283 -8.518
5 HG2 ARG 824 HG2 ARG 824 33.704 -19.462 -10.264
6 HG3 ARG 824 HG3 ARG 824 34.608 -17.947 -10.371
7 HD2 ARG 824 HD2 ARG 824 34.190 -19.691 -7.943
8 HD3 ARG 824 HD3 ARG 824 35.670 -19.538 -8.866
9 HE ARG 824 HE ARG 824 34.772 -17.050 -7.762
10 HH11 ARG 824 HH11 ARG 824 36.666 -19.991 -7.039
11 HH12 ARG 824 HH12 ARG 824 37.528 -19.277 -5.751
12 HH21 ARG 824 HH21 ARG 824 35.982 -16.122 -5.896
13 HH22 ARG 824 HH22 ARG 824 37.131 -17.105 -5.103
No H/Q in entry = 13
In of MODEL 19
1 H CYS 825 H CYS 825 31.019 -15.246 -10.844
2 HA CYS 825 HA CYS 825 29.081 -15.057 -8.736
3 HB2 CYS 825 HB2 CYS 825 30.660 -13.164 -9.453
4 HB3 CYS 825 HB3 CYS 825 29.669 -13.023 -10.885
No H/Q in entry = 4
In of MODEL 19
1 H ARG 826 H ARG 826 28.990 -14.798 -12.283
2 HA ARG 826 HA ARG 826 26.220 -14.337 -12.476
3 HB2 ARG 826 HB2 ARG 826 26.482 -14.819 -14.878
4 HB3 ARG 826 HB3 ARG 826 27.661 -13.645 -14.266
5 HG2 ARG 826 HG2 ARG 826 29.295 -15.463 -14.171
6 HG3 ARG 826 HG3 ARG 826 28.106 -16.545 -14.893
7 HD2 ARG 826 HD2 ARG 826 29.132 -14.000 -16.134
8 HD3 ARG 826 HD3 ARG 826 29.677 -15.625 -16.537
9 HE ARG 826 HE ARG 826 27.198 -15.972 -17.047
10 HH11 ARG 826 HH11 ARG 826 28.874 -12.883 -17.563
11 HH12 ARG 826 HH12 ARG 826 28.147 -12.534 -19.044
12 HH21 ARG 826 HH21 ARG 826 26.174 -15.504 -19.158
13 HH22 ARG 826 HH22 ARG 826 26.565 -14.086 -19.992
No H/Q in entry = 13
In of MODEL 19
1 H GLY 827 H GLY 827 27.992 -17.355 -12.353
2 HA3 GLY 827 HA2 GLY 827 26.522 -19.225 -11.613
3 HA2 GLY 827 HA3 GLY 827 25.414 -18.648 -12.855
No H/Q in entry = 3
In of MODEL 19
1 H GLN 828 H GLN 828 28.464 -18.326 -14.033
2 HA GLN 828 HA GLN 828 28.181 -20.382 -15.963
3 HB2 GLN 828 HB2 GLN 828 29.504 -18.299 -16.318
4 HB3 GLN 828 HB3 GLN 828 30.666 -18.867 -15.134
5 HG2 GLN 828 HG2 GLN 828 31.500 -19.221 -17.390
6 HG3 GLN 828 HG3 GLN 828 31.226 -20.756 -16.574
7 HE21 GLN 828 HE21 GLN 828 28.601 -18.840 -17.926
8 HE22 GLN 828 HE22 GLN 828 28.259 -19.919 -19.210
No H/Q in entry = 8
In of MODEL 19
1 H SER 829 H SER 829 29.343 -22.402 -16.151
2 HA SER 829 HA SER 829 29.989 -23.544 -13.562
3 HB2 SER 829 HB2 SER 829 30.070 -24.906 -16.255
4 HB3 SER 829 HB3 SER 829 29.848 -25.642 -14.667
5 HG SER 829 HG SER 829 28.083 -24.458 -16.360
No H/Q in entry = 5
In of MODEL 19
1 H ILE 830 H ILE 830 32.020 -23.107 -12.870
2 HA ILE 830 HA ILE 830 34.237 -23.812 -14.596
3 HB ILE 830 HB ILE 830 35.529 -21.837 -14.140
4 HG12 ILE 830 HG12 ILE 830 34.632 -21.181 -11.918
5 HG13 ILE 830 HG13 ILE 830 34.719 -19.821 -13.010
6 HG22 ILE 830 HG21 ILE 830 34.326 -20.100 -15.419
7 HG21 ILE 830 HG22 ILE 830 32.875 -21.115 -15.280
8 HG23 ILE 830 HG23 ILE 830 34.288 -21.714 -16.143
9 HD11 ILE 830 HD11 ILE 830 32.289 -20.070 -13.447
10 HD13 ILE 830 HD12 ILE 830 32.679 -19.649 -11.798
11 HD12 ILE 830 HD13 ILE 830 32.235 -21.312 -12.196
No H/Q in entry = 11
In of MODEL 19
1 H SER 831 H SER 831 36.138 -24.192 -13.438
2 HA SER 831 HA SER 831 35.825 -24.349 -10.543
3 HB2 SER 831 HB2 SER 831 36.876 -26.371 -12.478
4 HB3 SER 831 HB3 SER 831 37.240 -26.403 -10.755
5 HG SER 831 HG SER 831 35.404 -27.709 -11.528
No H/Q in entry = 5
In of MODEL 19
1 H VAL 832 H VAL 832 37.262 -22.835 -9.823
2 HA VAL 832 HA VAL 832 39.590 -22.132 -11.296
3 HB VAL 832 HB VAL 832 38.902 -21.614 -8.389
4 HG12 VAL 832 HG11 VAL 832 40.973 -20.266 -10.151
5 HG11 VAL 832 HG12 VAL 832 41.317 -21.363 -8.817
6 HG13 VAL 832 HG13 VAL 832 40.579 -19.794 -8.495
7 HG21 VAL 832 HG21 VAL 832 37.265 -20.654 -9.903
8 HG23 VAL 832 HG22 VAL 832 38.540 -19.844 -10.810
9 HG22 VAL 832 HG23 VAL 832 38.211 -19.378 -9.141
No H/Q in entry = 9
In of MODEL 19
1 H THR 833 H THR 833 41.107 -23.620 -11.639
2 HA THR 833 HA THR 833 41.487 -25.764 -9.810
3 HB THR 833 HB THR 833 43.196 -26.379 -11.622
4 HG1 THR 833 HG1 THR 833 43.056 -25.263 -13.506
5 HG22 THR 833 HG21 THR 833 41.396 -27.228 -13.077
6 HG21 THR 833 HG22 THR 833 40.260 -26.140 -12.278
7 HG23 THR 833 HG23 THR 833 41.007 -27.455 -11.368
No H/Q in entry = 7
In of MODEL 19
1 H SER 834 H SER 834 43.202 -22.910 -10.844
2 HA SER 834 HA SER 834 45.032 -23.338 -8.645
3 HB2 SER 834 HB2 SER 834 45.983 -23.025 -11.501
4 HB3 SER 834 HB3 SER 834 47.020 -22.929 -10.082
5 HG SER 834 HG SER 834 45.492 -25.108 -9.942
No H/Q in entry = 5
In of MODEL 19
1 H ILE 835 H ILE 835 45.887 -21.522 -7.797
2 HA ILE 835 HA ILE 835 44.685 -18.935 -8.514
3 HB ILE 835 HB ILE 835 45.692 -18.125 -6.496
4 HG12 ILE 835 HG12 ILE 835 47.323 -20.702 -6.421
5 HG13 ILE 835 HG13 ILE 835 47.916 -19.095 -6.824
6 HG23 ILE 835 HG21 ILE 835 44.841 -19.673 -4.807
7 HG22 ILE 835 HG22 ILE 835 44.774 -20.953 -6.019
8 HG21 ILE 835 HG23 ILE 835 43.740 -19.534 -6.180
9 HD11 ILE 835 HD11 ILE 835 47.469 -18.345 -4.613
10 HD13 ILE 835 HD12 ILE 835 48.527 -19.764 -4.638
11 HD12 ILE 835 HD13 ILE 835 46.824 -19.939 -4.195
No H/Q in entry = 11
In of MODEL 19
1 H ARG 836 H ARG 836 47.146 -20.736 -9.502
2 HA ARG 836 HA ARG 836 48.995 -18.564 -10.175
3 HB2 ARG 836 HB2 ARG 836 49.288 -21.487 -10.837
4 HB3 ARG 836 HB3 ARG 836 50.547 -20.272 -10.733
5 HG2 ARG 836 HG2 ARG 836 50.225 -20.209 -8.280
6 HG3 ARG 836 HG3 ARG 836 49.036 -21.503 -8.440
7 HD2 ARG 836 HD2 ARG 836 50.850 -22.749 -9.704
8 HD3 ARG 836 HD3 ARG 836 51.961 -21.563 -9.025
9 HE ARG 836 HE ARG 836 50.272 -22.923 -7.115
10 HH11 ARG 836 HH11 ARG 836 53.463 -22.800 -8.636
11 HH12 ARG 836 HH12 ARG 836 54.172 -23.932 -7.577
12 HH21 ARG 836 HH21 ARG 836 51.239 -24.471 -5.669
13 HH22 ARG 836 HH22 ARG 836 52.883 -24.892 -5.821
No H/Q in entry = 13
In of MODEL 19
1 HA PRO 837 HA PRO 837 47.091 -18.703 -14.270
2 HB2 PRO 837 HB2 PRO 837 49.207 -17.932 -15.821
3 HB3 PRO 837 HB3 PRO 837 48.266 -16.786 -14.864
4 HG2 PRO 837 HG2 PRO 837 50.911 -18.042 -14.259
5 HG3 PRO 837 HG3 PRO 837 50.378 -16.374 -13.988
6 HD2 PRO 837 HD2 PRO 837 50.486 -18.214 -12.005
7 HD3 PRO 837 HD3 PRO 837 49.282 -16.911 -12.034
No H/Q in entry = 7
In of MODEL 19
1 H CYS 838 H CYS 838 47.203 -20.077 -16.217
2 HA CYS 838 HA CYS 838 49.103 -22.149 -15.737
3 HB2 CYS 838 HB2 CYS 838 47.541 -23.490 -17.398
4 HB3 CYS 838 HB3 CYS 838 47.228 -23.429 -15.679
No H/Q in entry = 4
In of MODEL 19
1 H ALA 839 H ALA 839 49.502 -23.485 -17.949
2 HA ALA 839 HA ALA 839 50.769 -21.614 -19.730
3 HB3 ALA 839 HB1 ALA 839 50.555 -24.634 -19.805
4 HB1 ALA 839 HB2 ALA 839 51.871 -23.712 -19.077
5 HB2 ALA 839 HB3 ALA 839 51.612 -23.650 -20.820
No H/Q in entry = 5
In of MODEL 19
1 H ALA 840 H ALA 840 47.885 -21.650 -19.501
2 HA ALA 840 HA ALA 840 46.846 -22.837 -21.920
3 HB2 ALA 840 HB1 ALA 840 45.575 -22.974 -19.828
4 HB3 ALA 840 HB2 ALA 840 44.666 -22.080 -21.057
5 HB1 ALA 840 HB3 ALA 840 45.498 -21.222 -19.764
No H/Q in entry = 5
In of MODEL 19
1 H GLU 841 H GLU 841 48.249 -19.925 -20.944
2 HA GLU 841 HA GLU 841 46.889 -18.304 -22.909
3 HB2 GLU 841 HB2 GLU 841 49.398 -17.731 -21.353
4 HB3 GLU 841 HB3 GLU 841 48.535 -16.559 -22.342
5 HG2 GLU 841 HG2 GLU 841 46.548 -17.053 -20.770
6 HG3 GLU 841 HG3 GLU 841 47.765 -17.766 -19.715
No H/Q in entry = 6
In of MODEL 19
1 H THR 842 H THR 842 49.378 -20.497 -22.871
2 HA THR 842 HA THR 842 50.309 -19.484 -25.410
3 HB THR 842 HB THR 842 52.174 -19.448 -23.923
4 HG1 THR 842 HG1 THR 842 52.982 -20.094 -25.786
5 HG21 THR 842 HG21 THR 842 51.427 -20.989 -22.183
6 HG23 THR 842 HG22 THR 842 53.044 -21.434 -22.733
7 HG22 THR 842 HG23 THR 842 51.641 -22.354 -23.278
No H/Q in entry = 7
In of MODEL 19
1 H GLN 843 H GLN 843 49.344 -20.394 -26.904
2 HA GLN 843 HA GLN 843 49.099 -23.279 -27.112
3 HB2 GLN 843 HB2 GLN 843 46.976 -22.425 -26.043
4 HB3 GLN 843 HB3 GLN 843 46.761 -21.364 -27.419
5 HG2 GLN 843 HG2 GLN 843 46.765 -23.486 -28.842
6 HG3 GLN 843 HG3 GLN 843 46.585 -24.361 -27.324
7 HE21 GLN 843 HE21 GLN 843 45.144 -21.226 -28.087
8 HE22 GLN 843 HE22 GLN 843 43.516 -21.760 -28.088
No H/Q in entry = 8
In of MODEL 20
1 H1 GLY 689 H1 GLY 689 63.526 1.503 -26.513
2 H2 GLY 689 H3 GLY 689 62.447 2.721 -26.047
3 H3 GLY 689 H2 GLY 689 62.201 1.874 -27.493
4 HA2 GLY 689 HA2 GLY 689 63.102 4.067 -27.908
5 HA3 GLY 689 HA3 GLY 689 64.177 2.780 -28.442
No H/Q in entry = 5
In of MODEL 20
1 H SER 690 H SER 690 64.912 5.461 -27.813
2 HA SER 690 HA SER 690 66.455 6.671 -26.802
3 HB2 SER 690 HB2 SER 690 66.145 4.859 -24.392
4 HB3 SER 690 HB3 SER 690 66.882 6.466 -24.406
5 HG SER 690 HG SER 690 64.469 6.615 -25.513
No H/Q in entry = 5
In of MODEL 20
1 H HIS 691 H HIS 691 68.004 6.258 -28.126
2 HA HIS 691 HA HIS 691 69.507 3.784 -27.978
3 HB2 HIS 691 HB2 HIS 691 68.717 4.544 -30.134
4 HB3 HIS 691 HB3 HIS 691 69.540 6.076 -29.940
5 HD1 HIS 691 HD1 HIS 691 71.398 6.126 -31.548
6 HD2 HIS 691 HD2 HIS 691 70.978 2.362 -29.847
7 HE1 HIS 691 HE1 HIS 691 73.228 4.727 -32.544
8 HE2 HIS 691 HE2 HIS 691 73.123 2.579 -31.265
No H/Q in entry = 8
In of MODEL 20
1 H MET 692 H MET 692 69.859 7.071 -27.002
2 HA MET 692 HA MET 692 72.745 6.728 -26.811
3 HB2 MET 692 HB2 MET 692 71.088 9.219 -26.455
4 HB3 MET 692 HB3 MET 692 72.818 9.123 -26.222
5 HG2 MET 692 HG2 MET 692 71.591 8.363 -28.828
6 HG3 MET 692 HG3 MET 692 71.895 10.047 -28.443
7 HE3 MET 692 HE1 MET 692 74.297 6.697 -27.813
8 HE2 MET 692 HE2 MET 692 75.135 6.835 -29.348
9 HE1 MET 692 HE3 MET 692 73.393 6.561 -29.320
No H/Q in entry = 9
In of MODEL 20
1 H ASN 693 H ASN 693 70.105 7.889 -24.719
2 HA ASN 693 HA ASN 693 71.866 7.599 -22.443
3 HB2 ASN 693 HB2 ASN 693 70.098 9.426 -22.689
4 HB3 ASN 693 HB3 ASN 693 68.889 8.185 -22.419
5 HD21 ASN 693 HD21 ASN 693 69.481 10.548 -20.870
6 HD22 ASN 693 HD22 ASN 693 69.835 10.021 -19.265
No H/Q in entry = 6
In of MODEL 20
1 HA PRO 694 HA PRO 694 70.447 3.370 -21.988
2 HB2 PRO 694 HB2 PRO 694 72.101 2.641 -19.994
3 HB3 PRO 694 HB3 PRO 694 72.672 2.836 -21.656
4 HG2 PRO 694 HG2 PRO 694 72.948 4.684 -19.325
5 HG3 PRO 694 HG3 PRO 694 74.117 4.310 -20.600
6 HD2 PRO 694 HD2 PRO 694 72.535 6.571 -20.539
7 HD3 PRO 694 HD3 PRO 694 73.240 5.879 -22.014
No H/Q in entry = 7
In of MODEL 20
1 H LEU 695 H LEU 695 70.378 5.850 -19.587
2 HA LEU 695 HA LEU 695 68.921 4.159 -17.733
3 HB2 LEU 695 HB2 LEU 695 69.749 7.053 -17.439
4 HB3 LEU 695 HB3 LEU 695 69.022 6.068 -16.188
5 HG LEU 695 HG LEU 695 71.760 5.678 -17.395
6 HD12 LEU 695 HD11 LEU 695 70.911 6.579 -14.656
7 HD11 LEU 695 HD12 LEU 695 71.637 7.579 -15.910
8 HD13 LEU 695 HD13 LEU 695 72.569 6.274 -15.177
9 HD22 LEU 695 HD21 LEU 695 70.777 3.524 -16.818
10 HD21 LEU 695 HD22 LEU 695 70.370 4.125 -15.210
11 HD23 LEU 695 HD23 LEU 695 72.058 3.940 -15.680
No H/Q in entry = 11
In of MODEL 20
1 H THR 696 H THR 696 67.112 3.818 -18.882
2 HA THR 696 HA THR 696 65.544 6.056 -19.860
3 HB THR 696 HB THR 696 64.174 4.190 -20.826
4 HG1 THR 696 HG1 THR 696 65.192 2.110 -20.711
5 HG23 THR 696 HG21 THR 696 65.869 3.555 -22.473
6 HG22 THR 696 HG22 THR 696 67.131 4.115 -21.369
7 HG21 THR 696 HG23 THR 696 65.998 5.276 -22.074
No H/Q in entry = 7
In of MODEL 20
1 H GLN 697 H GLN 697 65.635 3.627 -17.443
2 HA GLN 697 HA GLN 697 64.448 2.991 -15.724
3 HB2 GLN 697 HB2 GLN 697 64.455 5.480 -15.149
4 HB3 GLN 697 HB3 GLN 697 62.890 5.571 -15.943
5 HG2 GLN 697 HG2 GLN 697 62.290 5.446 -13.728
6 HG3 GLN 697 HG3 GLN 697 62.178 3.766 -14.234
7 HE21 GLN 697 HE21 GLN 697 65.209 3.538 -14.185
8 HE22 GLN 697 HE22 GLN 697 65.589 3.422 -12.516
No H/Q in entry = 8
In of MODEL 20
1 H ALA 698 H ALA 698 63.675 1.410 -17.221
2 HA ALA 698 HA ALA 698 60.845 1.699 -18.025
3 HB1 ALA 698 HB1 ALA 698 61.252 -0.204 -19.446
4 HB3 ALA 698 HB2 ALA 698 62.881 -0.391 -18.794
5 HB2 ALA 698 HB3 ALA 698 62.483 1.017 -19.778
No H/Q in entry = 5
In of MODEL 20
1 H VAL 699 H VAL 699 59.343 0.427 -17.439
2 HA VAL 699 HA VAL 699 59.412 -0.486 -14.871
3 HB VAL 699 HB VAL 699 57.250 -1.508 -15.456
4 HG13 VAL 699 HG11 VAL 699 57.334 0.767 -14.660
5 HG12 VAL 699 HG12 VAL 699 56.103 0.659 -15.924
6 HG11 VAL 699 HG13 VAL 699 57.687 1.352 -16.285
7 HG21 VAL 699 HG21 VAL 699 57.639 -2.086 -17.786
8 HG23 VAL 699 HG22 VAL 699 57.761 -0.380 -18.212
9 HG22 VAL 699 HG23 VAL 699 56.225 -1.042 -17.649
No H/Q in entry = 9
In of MODEL 20
1 HA PRO 700 HA PRO 700 61.337 -4.441 -15.548
2 HB2 PRO 700 HB2 PRO 700 61.193 -5.348 -13.024
3 HB3 PRO 700 HB3 PRO 700 62.321 -4.065 -13.482
4 HG2 PRO 700 HG2 PRO 700 59.663 -3.856 -12.127
5 HG3 PRO 700 HG3 PRO 700 61.174 -2.989 -11.789
6 HD2 PRO 700 HD2 PRO 700 59.111 -1.914 -13.222
7 HD3 PRO 700 HD3 PRO 700 60.809 -1.450 -13.440
No H/Q in entry = 7
In of MODEL 20
1 H LYS 701 H LYS 701 60.828 -6.648 -15.400
2 HA LYS 701 HA LYS 701 57.973 -7.057 -15.650
3 HB2 LYS 701 HB2 LYS 701 60.286 -8.855 -16.419
4 HB3 LYS 701 HB3 LYS 701 58.603 -9.309 -16.572
5 HG2 LYS 701 HG2 LYS 701 59.299 -8.656 -18.740
6 HG3 LYS 701 HG3 LYS 701 58.336 -7.322 -18.107
7 HD2 LYS 701 HD2 LYS 701 60.343 -6.078 -17.579
8 HD3 LYS 701 HD3 LYS 701 61.346 -7.429 -18.104
9 HE2 LYS 701 HE2 LYS 701 59.435 -5.891 -19.872
10 HE3 LYS 701 HE3 LYS 701 61.177 -5.651 -19.804
11 HZ3 LYS 701 HZ1 LYS 701 60.568 -7.031 -21.656
12 HZ2 LYS 701 HZ2 LYS 701 59.824 -8.159 -20.666
13 HZ1 LYS 701 HZ3 LYS 701 61.482 -7.927 -20.578
No H/Q in entry = 13
In of MODEL 20
1 H CYS 702 H CYS 702 57.291 -7.097 -13.567
2 HA CYS 702 HA CYS 702 58.339 -9.296 -11.938
3 HB2 CYS 702 HB2 CYS 702 56.720 -6.936 -10.826
4 HB3 CYS 702 HB3 CYS 702 57.433 -8.272 -10.034
No H/Q in entry = 4
In of MODEL 20
1 H GLN 703 H GLN 703 56.624 -10.151 -10.454
2 HA GLN 703 HA GLN 703 54.238 -10.571 -12.046
3 HB2 GLN 703 HB2 GLN 703 55.113 -11.847 -9.456
4 HB3 GLN 703 HB3 GLN 703 53.671 -12.282 -10.354
5 HG2 GLN 703 HG2 GLN 703 56.517 -12.615 -11.290
6 HG3 GLN 703 HG3 GLN 703 55.444 -13.894 -10.735
7 HE21 GLN 703 HE21 GLN 703 56.269 -11.777 -13.312
8 HE22 GLN 703 HE22 GLN 703 55.295 -12.514 -14.531
No H/Q in entry = 8
In of MODEL 20
1 H ARG 704 H ARG 704 52.131 -10.529 -10.690
2 HA ARG 704 HA ARG 704 51.872 -7.805 -9.885
3 HB2 ARG 704 HB2 ARG 704 49.900 -10.059 -9.924
4 HB3 ARG 704 HB3 ARG 704 49.473 -8.410 -9.492
5 HG2 ARG 704 HG2 ARG 704 49.946 -7.622 -11.662
6 HG3 ARG 704 HG3 ARG 704 50.750 -9.123 -12.120
7 HD2 ARG 704 HD2 ARG 704 48.623 -10.311 -11.846
8 HD3 ARG 704 HD3 ARG 704 47.836 -8.790 -11.449
9 HE ARG 704 HE ARG 704 48.057 -8.085 -13.661
10 HH11 ARG 704 HH11 ARG 704 49.511 -11.320 -13.313
11 HH12 ARG 704 HH12 ARG 704 49.241 -11.735 -14.949
12 HH21 ARG 704 HH21 ARG 704 47.732 -8.732 -15.915
13 HH22 ARG 704 HH22 ARG 704 48.256 -10.281 -16.417
No H/Q in entry = 13
In of MODEL 20
1 H TRP 705 H TRP 705 52.714 -10.465 -8.053
2 HA TRP 705 HA TRP 705 51.805 -9.234 -5.540
3 HB2 TRP 705 HB2 TRP 705 52.605 -11.405 -4.545
4 HB3 TRP 705 HB3 TRP 705 51.239 -11.546 -5.640
5 HD1 TRP 705 HD1 TRP 705 54.854 -12.579 -5.212
6 HE1 TRP 705 HE1 TRP 705 55.452 -14.292 -7.003
7 HE3 TRP 705 HE3 TRP 705 50.655 -12.232 -8.092
8 HZ2 TRP 705 HZ2 TRP 705 54.268 -15.421 -9.332
9 HZ3 TRP 705 HZ3 TRP 705 50.463 -13.643 -10.074
10 HH2 TRP 705 HH2 TRP 705 52.232 -15.214 -10.691
No H/Q in entry = 10
In of MODEL 20
1 H GLU 706 H GLU 706 54.159 -8.768 -7.596
2 HA GLU 706 HA GLU 706 56.187 -8.303 -5.558
3 HB2 GLU 706 HB2 GLU 706 56.535 -9.013 -8.481
4 HB3 GLU 706 HB3 GLU 706 57.844 -8.487 -7.413
5 HG2 GLU 706 HG2 GLU 706 57.500 -10.478 -6.085
6 HG3 GLU 706 HG3 GLU 706 56.148 -10.947 -7.120
No H/Q in entry = 6
In of MODEL 20
1 H LYS 707 H LYS 707 57.297 -6.401 -5.675
2 HA LYS 707 HA LYS 707 56.022 -4.272 -7.256
3 HB2 LYS 707 HB2 LYS 707 56.676 -4.103 -4.303
4 HB3 LYS 707 HB3 LYS 707 56.085 -2.791 -5.305
5 HG2 LYS 707 HG2 LYS 707 53.994 -4.000 -5.654
6 HG3 LYS 707 HG3 LYS 707 54.588 -5.318 -4.644
7 HD2 LYS 707 HD2 LYS 707 53.119 -3.933 -3.332
8 HD3 LYS 707 HD3 LYS 707 54.771 -3.699 -2.758
9 HE2 LYS 707 HE2 LYS 707 53.569 -1.582 -2.890
10 HE3 LYS 707 HE3 LYS 707 54.911 -1.612 -4.029
11 HZ3 LYS 707 HZ1 LYS 707 53.321 -2.110 -5.806
12 HZ2 LYS 707 HZ2 LYS 707 52.903 -0.689 -5.003
13 HZ1 LYS 707 HZ3 LYS 707 52.057 -2.097 -4.690
No H/Q in entry = 13
In of MODEL 20
1 H LEU 708 H LEU 708 57.321 -2.445 -7.510
2 HA LEU 708 HA LEU 708 60.183 -2.998 -7.504
3 HB2 LEU 708 HB2 LEU 708 59.221 -2.251 -9.600
4 HB3 LEU 708 HB3 LEU 708 58.495 -0.867 -8.816
5 HG LEU 708 HG LEU 708 60.759 0.046 -8.392
6 HD12 LEU 708 HD11 LEU 708 62.667 -0.890 -9.627
7 HD11 LEU 708 HD12 LEU 708 61.683 -2.305 -10.026
8 HD13 LEU 708 HD13 LEU 708 62.073 -1.943 -8.351
9 HD21 LEU 708 HD21 LEU 708 60.126 -0.567 -11.275
10 HD23 LEU 708 HD22 LEU 708 61.212 0.703 -10.713
11 HD22 LEU 708 HD23 LEU 708 59.492 0.781 -10.330
No H/Q in entry = 11
In of MODEL 20
1 H GLN 709 H GLN 709 61.261 -2.307 -5.767
2 HA GLN 709 HA GLN 709 60.918 0.440 -4.944
3 HB2 GLN 709 HB2 GLN 709 60.600 0.062 -2.628
4 HB3 GLN 709 HB3 GLN 709 59.475 -1.049 -3.384
5 HG2 GLN 709 HG2 GLN 709 61.147 -2.869 -3.051
6 HG3 GLN 709 HG3 GLN 709 62.160 -1.700 -2.197
7 HE21 GLN 709 HE21 GLN 709 62.077 -2.878 -0.278
8 HE22 GLN 709 HE22 GLN 709 60.652 -2.913 0.689
No H/Q in entry = 8
In of MODEL 20
1 H ASN 710 H ASN 710 62.852 1.262 -4.177
2 HA ASN 710 HA ASN 710 65.115 1.399 -3.726
3 HB2 ASN 710 HB2 ASN 710 64.394 -0.402 -2.023
4 HB3 ASN 710 HB3 ASN 710 65.020 -1.584 -3.159
5 HD21 ASN 710 HD21 ASN 710 65.751 0.926 -0.995
6 HD22 ASN 710 HD22 ASN 710 67.451 0.649 -0.843
No H/Q in entry = 6
In of MODEL 20
1 H SER 711 H SER 711 63.954 0.659 -6.306
2 HA SER 711 HA SER 711 64.580 0.393 -8.413
3 HB2 SER 711 HB2 SER 711 67.366 0.215 -7.283
4 HB3 SER 711 HB3 SER 711 66.976 0.492 -8.994
5 HG SER 711 HG SER 711 65.671 2.329 -7.943
No H/Q in entry = 5
In of MODEL 20
1 H ARG 712 H ARG 712 64.232 -1.963 -6.418
2 HA ARG 712 HA ARG 712 65.110 -4.046 -8.301
3 HB2 ARG 712 HB2 ARG 712 65.579 -5.533 -6.422
4 HB3 ARG 712 HB3 ARG 712 66.602 -4.111 -6.335
5 HG2 ARG 712 HG2 ARG 712 65.162 -3.167 -4.626
6 HG3 ARG 712 HG3 ARG 712 64.075 -4.547 -4.760
7 HD2 ARG 712 HD2 ARG 712 65.456 -4.852 -2.830
8 HD3 ARG 712 HD3 ARG 712 65.955 -6.009 -4.058
9 HE ARG 712 HE ARG 712 67.602 -3.878 -4.430
10 HH11 ARG 712 HH11 ARG 712 66.814 -5.961 -1.694
11 HH12 ARG 712 HH12 ARG 712 68.313 -5.812 -0.927
12 HH21 ARG 712 HH21 ARG 712 69.742 -3.658 -3.360
13 HH22 ARG 712 HH22 ARG 712 70.008 -4.495 -1.911
No H/Q in entry = 13
In of MODEL 20
1 H CYS 713 H CYS 713 63.821 -6.139 -7.858
2 HA CYS 713 HA CYS 713 61.058 -5.363 -7.330
3 HB2 CYS 713 HB2 CYS 713 61.594 -6.426 -9.608
4 HB3 CYS 713 HB3 CYS 713 61.973 -7.909 -8.726
No H/Q in entry = 4
In of MODEL 20
1 H VAL 714 H VAL 714 60.115 -6.086 -5.582
2 HA VAL 714 HA VAL 714 61.154 -8.443 -4.176
3 HB VAL 714 HB VAL 714 60.754 -7.301 -1.988
4 HG13 VAL 714 HG11 VAL 714 62.747 -5.865 -1.987
5 HG12 VAL 714 HG12 VAL 714 62.736 -5.873 -3.749
6 HG11 VAL 714 HG13 VAL 714 63.030 -7.370 -2.866
7 HG23 VAL 714 HG21 VAL 714 60.524 -4.846 -1.932
8 HG22 VAL 714 HG22 VAL 714 59.152 -5.632 -2.719
9 HG21 VAL 714 HG23 VAL 714 60.390 -4.845 -3.691
No H/Q in entry = 9
In of MODEL 20
1 H CYS 715 H CYS 715 59.376 -8.914 -2.305
2 HA CYS 715 HA CYS 715 56.916 -9.061 -3.814
3 HB2 CYS 715 HB2 CYS 715 57.794 -10.380 -1.255
4 HB3 CYS 715 HB3 CYS 715 56.135 -10.448 -1.817
No H/Q in entry = 4
In of MODEL 20
1 H LYS 716 H LYS 716 54.965 -8.561 -2.982
2 HA LYS 716 HA LYS 716 54.684 -6.135 -1.466
3 HB2 LYS 716 HB2 LYS 716 53.372 -6.797 -3.493
4 HB3 LYS 716 HB3 LYS 716 52.757 -8.176 -2.632
5 HG2 LYS 716 HG2 LYS 716 51.549 -6.634 -1.123
6 HG3 LYS 716 HG3 LYS 716 52.119 -5.281 -2.111
7 HD2 LYS 716 HD2 LYS 716 51.090 -6.334 -4.100
8 HD3 LYS 716 HD3 LYS 716 50.469 -7.621 -3.075
9 HE2 LYS 716 HE2 LYS 716 48.703 -6.078 -3.465
10 HE3 LYS 716 HE3 LYS 716 49.227 -5.883 -1.795
11 HZ3 LYS 716 HZ1 LYS 716 50.454 -3.911 -2.429
12 HZ2 LYS 716 HZ2 LYS 716 48.848 -3.769 -2.876
13 HZ1 LYS 716 HZ3 LYS 716 50.002 -4.101 -4.051
No H/Q in entry = 13
In of MODEL 20
1 H MET 717 H MET 717 53.189 -6.271 0.572
2 HA MET 717 HA MET 717 53.501 -8.846 1.905
3 HB2 MET 717 HB2 MET 717 53.212 -6.060 2.887
4 HB3 MET 717 HB3 MET 717 52.690 -7.380 3.915
5 HG2 MET 717 HG2 MET 717 54.929 -6.724 4.433
6 HG3 MET 717 HG3 MET 717 54.906 -8.381 3.799
7 HE2 MET 717 HE1 MET 717 55.882 -4.674 3.273
8 HE1 MET 717 HE2 MET 717 54.692 -4.964 2.017
9 HE3 MET 717 HE3 MET 717 56.381 -4.654 1.573
No H/Q in entry = 9
In of MODEL 20
1 HA PRO 718 HA PRO 718 49.429 -10.094 1.413
2 HB2 PRO 718 HB2 PRO 718 48.855 -11.351 3.771
3 HB3 PRO 718 HB3 PRO 718 49.902 -12.039 2.522
4 HG2 PRO 718 HG2 PRO 718 50.631 -10.600 5.037
5 HG3 PRO 718 HG3 PRO 718 51.365 -12.048 4.322
6 HD2 PRO 718 HD2 PRO 718 52.472 -9.604 4.106
7 HD3 PRO 718 HD3 PRO 718 52.607 -10.815 2.816
No H/Q in entry = 7
In of MODEL 20
1 H TYR 719 H TYR 719 50.044 -8.228 4.229
2 HA TYR 719 HA TYR 719 47.273 -7.641 4.722
3 HB2 TYR 719 HB2 TYR 719 48.269 -5.996 6.402
4 HB3 TYR 719 HB3 TYR 719 48.543 -7.707 6.684
5 HD1 TYR 719 HD1 TYR 719 50.162 -4.560 5.475
6 HD2 TYR 719 HD2 TYR 719 50.731 -8.580 6.760
7 HE1 TYR 719 HE1 TYR 719 52.546 -4.152 5.670
8 HE2 TYR 719 HE2 TYR 719 53.126 -8.181 6.955
9 HH TYR 719 HH TYR 719 54.449 -5.062 6.879
No H/Q in entry = 9
In of MODEL 20
1 H GLU 720 H GLU 720 49.460 -6.552 2.499
2 HA GLU 720 HA GLU 720 48.315 -3.861 2.364
3 HB2 GLU 720 HB2 GLU 720 50.870 -4.382 2.432
4 HB3 GLU 720 HB3 GLU 720 50.674 -4.973 0.799
5 HG2 GLU 720 HG2 GLU 720 49.880 -2.165 1.477
6 HG3 GLU 720 HG3 GLU 720 51.573 -2.565 1.253
No H/Q in entry = 6
In of MODEL 20
1 H CYS 721 H CYS 721 47.325 -6.589 1.662
2 HA CYS 721 HA CYS 721 46.993 -7.180 -1.006
3 HB2 CYS 721 HB2 CYS 721 46.352 -8.806 0.474
4 HB3 CYS 721 HB3 CYS 721 45.386 -7.742 1.464
No H/Q in entry = 4
In of MODEL 20
1 H GLY 722 H GLY 722 45.483 -6.772 -2.566
2 HA3 GLY 722 HA2 GLY 722 43.510 -4.673 -2.055
3 HA2 GLY 722 HA3 GLY 722 44.506 -4.686 -3.515
No H/Q in entry = 3
In of MODEL 20
1 HA PRO 723 HA PRO 723 40.669 -6.852 -4.843
2 HB2 PRO 723 HB2 PRO 723 41.930 -6.310 -7.471
3 HB3 PRO 723 HB3 PRO 723 40.289 -5.946 -6.914
4 HG2 PRO 723 HG2 PRO 723 42.051 -3.996 -7.200
5 HG3 PRO 723 HG3 PRO 723 40.950 -4.018 -5.810
6 HD2 PRO 723 HD2 PRO 723 43.832 -4.828 -5.950
7 HD3 PRO 723 HD3 PRO 723 42.996 -3.841 -4.730
No H/Q in entry = 7
In of MODEL 20
1 H SER 724 H SER 724 40.642 -9.018 -4.839
2 HA SER 724 HA SER 724 42.252 -10.671 -6.540
3 HB2 SER 724 HB2 SER 724 43.323 -11.775 -4.533
4 HB3 SER 724 HB3 SER 724 43.977 -10.208 -5.021
5 HG SER 724 HG SER 724 42.735 -9.255 -3.382
No H/Q in entry = 5
In of MODEL 20
1 H LEU 725 H LEU 725 41.675 -12.794 -6.437
2 HA LEU 725 HA LEU 725 38.944 -13.355 -5.826
3 HB2 LEU 725 HB2 LEU 725 40.956 -14.341 -7.442
4 HB3 LEU 725 HB3 LEU 725 40.515 -15.640 -6.348
5 HG LEU 725 HG LEU 725 39.303 -15.855 -8.231
6 HD12 LEU 725 HD11 LEU 725 37.468 -14.614 -6.239
7 HD11 LEU 725 HD12 LEU 725 37.990 -16.309 -6.267
8 HD13 LEU 725 HD13 LEU 725 36.964 -15.656 -7.564
9 HD22 LEU 725 HD21 LEU 725 39.328 -13.932 -9.402
10 HD21 LEU 725 HD22 LEU 725 38.569 -13.007 -8.088
11 HD23 LEU 725 HD23 LEU 725 37.628 -14.161 -9.021
No H/Q in entry = 11
In of MODEL 20
1 H ASP 726 H ASP 726 38.104 -14.441 -4.151
2 HA ASP 726 HA ASP 726 39.646 -15.037 -1.796
3 HB2 ASP 726 HB2 ASP 726 36.895 -16.114 -2.414
4 HB3 ASP 726 HB3 ASP 726 37.627 -15.882 -0.838
No H/Q in entry = 4
In of MODEL 20
1 H VAL 727 H VAL 727 40.467 -16.990 -1.180
2 HA VAL 727 HA VAL 727 39.710 -19.377 -2.673
3 HB VAL 727 HB VAL 727 42.120 -20.130 -2.746
4 HG11 VAL 727 HG11 VAL 727 41.381 -17.754 -4.444
5 HG13 VAL 727 HG12 VAL 727 40.974 -19.440 -4.773
6 HG12 VAL 727 HG13 VAL 727 42.655 -18.914 -4.818
7 HG23 VAL 727 HG21 VAL 727 43.873 -18.389 -2.769
8 HG22 VAL 727 HG22 VAL 727 43.096 -18.535 -1.196
9 HG21 VAL 727 HG23 VAL 727 42.671 -17.198 -2.267
No H/Q in entry = 9
In of MODEL 20
1 H CYS 728 H CYS 728 40.190 -21.355 -1.582
2 HA CYS 728 HA CYS 728 40.369 -20.984 1.306
3 HB2 CYS 728 HB2 CYS 728 39.459 -23.339 -0.331
4 HB3 CYS 728 HB3 CYS 728 39.405 -23.219 1.426
No H/Q in entry = 4
In of MODEL 20
1 H ALA 729 H ALA 729 42.163 -21.617 2.322
2 HA ALA 729 HA ALA 729 43.909 -23.389 0.819
3 HB1 ALA 729 HB1 ALA 729 44.755 -20.948 2.318
4 HB3 ALA 729 HB2 ALA 729 44.659 -21.114 0.558
5 HB2 ALA 729 HB3 ALA 729 45.810 -22.090 1.479
No H/Q in entry = 5
In of MODEL 20
1 H GLN 730 H GLN 730 45.377 -24.443 2.029
2 HA GLN 730 HA GLN 730 44.577 -24.925 4.799
3 HB2 GLN 730 HB2 GLN 730 44.536 -26.906 3.270
4 HB3 GLN 730 HB3 GLN 730 46.237 -26.620 2.964
5 HG2 GLN 730 HG2 GLN 730 46.814 -27.000 5.229
6 HG3 GLN 730 HG3 GLN 730 45.136 -27.189 5.698
7 HE21 GLN 730 HE21 GLN 730 45.359 -29.260 6.428
8 HE22 GLN 730 HE22 GLN 730 45.709 -30.596 5.403
No H/Q in entry = 8
In of MODEL 20
1 H ASP 731 H ASP 731 45.901 -24.270 6.255
2 HA ASP 731 HA ASP 731 48.440 -23.066 5.634
3 HB2 ASP 731 HB2 ASP 731 46.935 -22.257 7.479
4 HB3 ASP 731 HB3 ASP 731 47.263 -23.752 8.344
No H/Q in entry = 4
In of MODEL 20
1 H GLU 732 H GLU 732 50.436 -24.108 5.701
2 HA GLU 732 HA GLU 732 50.325 -26.945 6.179
3 HB2 GLU 732 HB2 GLU 732 52.465 -25.188 5.042
4 HB3 GLU 732 HB3 GLU 732 52.707 -26.905 5.342
5 HG2 GLU 732 HG2 GLU 732 50.609 -25.706 3.546
6 HG3 GLU 732 HG3 GLU 732 52.118 -26.450 3.018
No H/Q in entry = 6
In of MODEL 20
1 H ARG 733 H ARG 733 50.988 -24.375 8.180
2 HA ARG 733 HA ARG 733 52.942 -25.886 9.716
3 HB2 ARG 733 HB2 ARG 733 53.364 -23.463 9.308
4 HB3 ARG 733 HB3 ARG 733 51.852 -23.081 10.111
5 HG2 ARG 733 HG2 ARG 733 53.707 -22.677 11.598
6 HG3 ARG 733 HG3 ARG 733 52.746 -24.030 12.198
7 HD2 ARG 733 HD2 ARG 733 55.093 -24.563 12.398
8 HD3 ARG 733 HD3 ARG 733 54.343 -25.586 11.171
9 HE ARG 733 HE ARG 733 55.816 -23.163 10.420
10 HH11 ARG 733 HH11 ARG 733 55.361 -26.705 10.105
11 HH12 ARG 733 HH12 ARG 733 56.625 -26.874 8.982
12 HH21 ARG 733 HH21 ARG 733 57.576 -23.484 8.841
13 HH22 ARG 733 HH22 ARG 733 57.900 -25.033 8.247
No H/Q in entry = 13
In of MODEL 20
1 H SER 734 H SER 734 49.795 -24.365 9.897
2 HA SER 734 HA SER 734 49.203 -25.541 12.463
3 HB2 SER 734 HB2 SER 734 47.393 -24.030 10.618
4 HB3 SER 734 HB3 SER 734 47.169 -24.310 12.346
5 HG SER 734 HG SER 734 49.420 -23.211 12.365
No H/Q in entry = 5
In of MODEL 20
1 H LYS 735 H LYS 735 48.536 -26.223 9.098
2 HA LYS 735 HA LYS 735 47.245 -27.643 7.983
3 HB2 LYS 735 HB2 LYS 735 47.487 -29.418 10.431
4 HB3 LYS 735 HB3 LYS 735 47.011 -29.943 8.825
5 HG2 LYS 735 HG2 LYS 735 49.722 -28.854 9.596
6 HG3 LYS 735 HG3 LYS 735 49.330 -30.546 9.327
7 HD2 LYS 735 HD2 LYS 735 49.127 -28.375 7.223
8 HD3 LYS 735 HD3 LYS 735 50.509 -29.439 7.417
9 HE2 LYS 735 HE2 LYS 735 48.973 -31.383 7.008
10 HE3 LYS 735 HE3 LYS 735 47.685 -30.227 6.669
11 HZ2 LYS 735 HZ1 LYS 735 50.228 -30.519 5.154
12 HZ1 LYS 735 HZ2 LYS 735 49.100 -29.344 4.811
13 HZ3 LYS 735 HZ3 LYS 735 48.712 -30.983 4.609
No H/Q in entry = 13
In of MODEL 20
1 H ARG 736 H ARG 736 45.727 -26.043 8.108
2 HA ARG 736 HA ARG 736 43.203 -27.024 9.082
3 HB2 ARG 736 HB2 ARG 736 42.587 -25.032 10.227
4 HB3 ARG 736 HB3 ARG 736 44.081 -25.623 10.946
5 HG2 ARG 736 HG2 ARG 736 45.349 -23.966 9.786
6 HG3 ARG 736 HG3 ARG 736 43.917 -23.430 8.910
7 HD2 ARG 736 HD2 ARG 736 44.394 -23.273 11.864
8 HD3 ARG 736 HD3 ARG 736 44.396 -21.962 10.664
9 HE ARG 736 HE ARG 736 41.994 -23.549 11.278
10 HH11 ARG 736 HH11 ARG 736 43.493 -20.354 10.761
11 HH12 ARG 736 HH12 ARG 736 42.072 -19.494 10.963
12 HH21 ARG 736 HH21 ARG 736 40.013 -22.332 11.600
13 HH22 ARG 736 HH22 ARG 736 40.043 -20.641 11.476
No H/Q in entry = 13
In of MODEL 20
1 H ILE 737 H ILE 737 41.479 -25.930 7.997
2 HA ILE 737 HA ILE 737 42.341 -24.809 5.434
3 HB ILE 737 HB ILE 737 39.560 -25.595 6.306
4 HG12 ILE 737 HG12 ILE 737 41.111 -27.543 6.413
5 HG13 ILE 737 HG13 ILE 737 39.868 -27.730 5.189
6 HG23 ILE 737 HG21 ILE 737 39.097 -25.639 3.904
7 HG22 ILE 737 HG22 ILE 737 40.770 -25.193 3.570
8 HG21 ILE 737 HG23 ILE 737 39.711 -24.062 4.410
9 HD12 ILE 737 HD11 ILE 737 42.731 -26.939 4.731
10 HD11 ILE 737 HD12 ILE 737 41.466 -27.045 3.504
11 HD13 ILE 737 HD13 ILE 737 41.979 -28.503 4.360
No H/Q in entry = 11
In of MODEL 20
1 H LEU 738 H LEU 738 42.262 -22.652 5.234
2 HA LEU 738 HA LEU 738 40.208 -21.254 6.717
3 HB2 LEU 738 HB2 LEU 738 41.635 -19.448 7.418
4 HB3 LEU 738 HB3 LEU 738 42.317 -20.943 8.012
5 HG LEU 738 HG LEU 738 43.342 -19.331 5.661
6 HD13 LEU 738 HD11 LEU 738 43.696 -18.185 7.766
7 HD12 LEU 738 HD12 LEU 738 45.222 -18.803 7.127
8 HD11 LEU 738 HD13 LEU 738 44.419 -19.639 8.455
9 HD22 LEU 738 HD21 LEU 738 43.766 -21.668 5.443
10 HD21 LEU 738 HD22 LEU 738 44.485 -21.725 7.057
11 HD23 LEU 738 HD23 LEU 738 45.273 -20.800 5.751
No H/Q in entry = 11
In of MODEL 20
1 HA PRO 739 HA PRO 739 39.438 -19.153 2.916
2 HB2 PRO 739 HB2 PRO 739 38.178 -16.970 3.917
3 HB3 PRO 739 HB3 PRO 739 37.415 -18.574 3.960
4 HG2 PRO 739 HG2 PRO 739 38.865 -17.130 6.136
5 HG3 PRO 739 HG3 PRO 739 37.324 -18.014 6.195
6 HD2 PRO 739 HD2 PRO 739 39.705 -19.158 6.979
7 HD3 PRO 739 HD3 PRO 739 38.369 -20.081 6.234
No H/Q in entry = 7
In of MODEL 20
1 H LEU 740 H LEU 740 41.014 -18.178 1.815
2 HA LEU 740 HA LEU 740 42.366 -15.837 2.973
3 HB2 LEU 740 HB2 LEU 740 43.493 -17.982 1.173
4 HB3 LEU 740 HB3 LEU 740 44.292 -16.462 1.474
5 HG LEU 740 HG LEU 740 43.782 -18.649 3.499
6 HD13 LEU 740 HD11 LEU 740 46.210 -18.876 3.446
7 HD12 LEU 740 HD12 LEU 740 46.303 -17.590 2.237
8 HD11 LEU 740 HD13 LEU 740 45.530 -19.112 1.831
9 HD22 LEU 740 HD21 LEU 740 45.123 -17.293 5.015
10 HD21 LEU 740 HD22 LEU 740 43.680 -16.403 4.526
11 HD23 LEU 740 HD23 LEU 740 45.250 -16.035 3.787
No H/Q in entry = 11
In of MODEL 20
1 H THR 741 H THR 741 43.572 -14.876 0.867
2 HA THR 741 HA THR 741 41.665 -14.801 -1.327
3 HB THR 741 HB THR 741 43.232 -12.359 -0.581
4 HG1 THR 741 HG1 THR 741 40.657 -12.895 0.565
5 HG23 THR 741 HG21 THR 741 41.299 -11.273 -1.608
6 HG22 THR 741 HG22 THR 741 40.505 -12.856 -1.739
7 HG21 THR 741 HG23 THR 741 41.994 -12.540 -2.632
No H/Q in entry = 7
In of MODEL 20
1 H VAL 742 H VAL 742 42.816 -14.362 -3.359
2 HA VAL 742 HA VAL 742 45.275 -15.655 -3.360
3 HB VAL 742 HB VAL 742 45.512 -15.236 -5.669
4 HG13 VAL 742 HG11 VAL 742 43.512 -16.247 -6.539
5 HG12 VAL 742 HG12 VAL 742 42.662 -15.798 -5.060
6 HG11 VAL 742 HG13 VAL 742 43.970 -16.985 -4.994
7 HG21 VAL 742 HG21 VAL 742 44.834 -12.993 -5.851
8 HG23 VAL 742 HG22 VAL 742 43.128 -13.495 -5.596
9 HG22 VAL 742 HG23 VAL 742 44.071 -14.098 -6.990
No H/Q in entry = 9
In of MODEL 20
1 H CYS 743 H CYS 743 44.635 -12.285 -3.021
2 HA CYS 743 HA CYS 743 47.137 -11.244 -3.762
3 HB2 CYS 743 HB2 CYS 743 46.580 -9.445 -2.085
4 HB3 CYS 743 HB3 CYS 743 45.279 -9.771 -3.232
No H/Q in entry = 4
In of MODEL 20
1 H LYS 744 H LYS 744 45.886 -12.226 -0.721
2 HA LYS 744 HA LYS 744 48.024 -11.919 0.966
3 HB2 LYS 744 HB2 LYS 744 45.555 -12.205 1.279
4 HB3 LYS 744 HB3 LYS 744 45.793 -13.907 1.082
5 HG2 LYS 744 HG2 LYS 744 47.108 -14.081 3.065
6 HG3 LYS 744 HG3 LYS 744 47.142 -12.323 3.251
7 HD2 LYS 744 HD2 LYS 744 44.625 -13.989 3.301
8 HD3 LYS 744 HD3 LYS 744 45.493 -13.451 4.740
9 HE2 LYS 744 HE2 LYS 744 45.101 -11.117 4.125
10 HE3 LYS 744 HE3 LYS 744 44.315 -11.611 2.628
11 HZ1 LYS 744 HZ1 LYS 744 43.333 -12.222 5.360
12 HZ3 LYS 744 HZ2 LYS 744 42.553 -12.626 3.935
13 HZ2 LYS 744 HZ3 LYS 744 42.743 -11.011 4.360
No H/Q in entry = 13
In of MODEL 20
1 H MET 745 H MET 745 46.612 -14.844 -0.418
2 HA MET 745 HA MET 745 48.501 -16.707 0.339
3 HB2 MET 745 HB2 MET 745 46.596 -17.686 -0.387
4 HB3 MET 745 HB3 MET 745 46.351 -16.550 -1.699
5 HG2 MET 745 HG2 MET 745 46.809 -18.551 -2.766
6 HG3 MET 745 HG3 MET 745 48.296 -17.649 -2.801
7 HE3 MET 745 HE1 MET 745 46.653 -19.989 -0.008
8 HE2 MET 745 HE2 MET 745 47.531 -21.476 -0.409
9 HE1 MET 745 HE3 MET 745 46.470 -20.734 -1.592
No H/Q in entry = 9
In of MODEL 20
1 H HIS 746 H HIS 746 48.342 -14.862 -2.766
2 HA HIS 746 HA HIS 746 50.538 -16.154 -4.046
3 HB2 HIS 746 HB2 HIS 746 49.012 -13.710 -4.476
4 HB3 HIS 746 HB3 HIS 746 50.680 -13.591 -5.067
5 HD1 HIS 746 HD1 HIS 746 51.145 -15.927 -6.663
6 HD2 HIS 746 HD2 HIS 746 47.313 -14.371 -6.330
7 HE1 HIS 746 HE1 HIS 746 49.954 -16.648 -8.732
8 HE2 HIS 746 HE2 HIS 746 47.611 -15.850 -8.463
No H/Q in entry = 8
In of MODEL 20
1 H VAL 747 H VAL 747 50.314 -13.203 -2.239
2 HA VAL 747 HA VAL 747 52.973 -12.484 -2.393
3 HB VAL 747 HB VAL 747 50.597 -11.674 -0.817
4 HG12 VAL 747 HG11 VAL 747 53.400 -10.714 -0.283
5 HG11 VAL 747 HG12 VAL 747 52.424 -11.692 0.816
6 HG13 VAL 747 HG13 VAL 747 51.923 -10.053 0.419
7 HG21 VAL 747 HG21 VAL 747 52.548 -10.236 -2.567
8 HG23 VAL 747 HG22 VAL 747 51.111 -9.524 -1.818
9 HG22 VAL 747 HG23 VAL 747 50.941 -10.796 -3.026
No H/Q in entry = 9
In of MODEL 20
1 H LEU 748 H LEU 748 51.189 -14.140 0.244
2 HA LEU 748 HA LEU 748 53.525 -14.372 1.777
3 HB2 LEU 748 HB2 LEU 748 52.275 -16.014 3.191
4 HB3 LEU 748 HB3 LEU 748 51.435 -14.502 2.954
5 HG LEU 748 HG LEU 748 50.029 -15.710 1.238
6 HD13 LEU 748 HD11 LEU 748 49.837 -18.129 1.429
7 HD12 LEU 748 HD12 LEU 748 51.217 -18.149 2.524
8 HD11 LEU 748 HD13 LEU 748 51.432 -17.648 0.846
9 HD23 LEU 748 HD21 LEU 748 49.884 -16.594 4.111
10 HD22 LEU 748 HD22 LEU 748 48.573 -16.703 2.936
11 HD21 LEU 748 HD23 LEU 748 49.187 -15.126 3.422
No H/Q in entry = 11
In of MODEL 20
1 H HIS 749 H HIS 749 52.299 -16.195 -0.807
2 HA HIS 749 HA HIS 749 53.749 -18.584 -0.386
3 HB2 HIS 749 HB2 HIS 749 51.749 -18.058 -1.996
4 HB3 HIS 749 HB3 HIS 749 53.022 -17.601 -3.120
5 HD1 HIS 749 HD1 HIS 749 54.461 -19.535 -4.108
6 HD2 HIS 749 HD2 HIS 749 51.529 -20.728 -1.428
7 HE1 HIS 749 HE1 HIS 749 54.332 -22.025 -4.325
8 HE2 HIS 749 HE2 HIS 749 52.787 -22.726 -2.468
No H/Q in entry = 8
In of MODEL 20
1 H CYS 750 H CYS 750 54.495 -15.506 -1.998
2 HA CYS 750 HA CYS 750 57.051 -16.591 -2.814
3 HB2 CYS 750 HB2 CYS 750 57.509 -14.496 -3.928
4 HB3 CYS 750 HB3 CYS 750 55.867 -14.975 -4.321
No H/Q in entry = 4
In of MODEL 20
1 H GLN 751 H GLN 751 55.733 -14.857 -0.137
2 HA GLN 751 HA GLN 751 58.116 -13.713 0.845
3 HB2 GLN 751 HB2 GLN 751 55.580 -14.610 2.210
4 HB3 GLN 751 HB3 GLN 751 56.910 -13.851 3.062
5 HG2 GLN 751 HG2 GLN 751 55.440 -12.540 0.791
6 HG3 GLN 751 HG3 GLN 751 54.994 -12.334 2.481
7 HE21 GLN 751 HE21 GLN 751 55.755 -10.212 0.756
8 HE22 GLN 751 HE22 GLN 751 57.190 -9.524 1.382
No H/Q in entry = 8
In of MODEL 20
1 H GLY 752 H GLY 752 56.754 -16.901 0.961
2 HA3 GLY 752 HA2 GLY 752 58.585 -18.627 1.213
3 HA2 GLY 752 HA3 GLY 752 58.999 -17.762 2.681
No H/Q in entry = 3
In of MODEL 20
1 H ARG 753 H ARG 753 55.683 -17.794 2.169
2 HA ARG 753 HA ARG 753 55.317 -19.737 4.287
3 HB2 ARG 753 HB2 ARG 753 53.392 -17.905 2.856
4 HB3 ARG 753 HB3 ARG 753 52.976 -18.952 4.205
5 HG2 ARG 753 HG2 ARG 753 55.052 -16.795 4.366
6 HG3 ARG 753 HG3 ARG 753 53.365 -16.515 4.755
7 HD2 ARG 753 HD2 ARG 753 55.102 -18.594 6.104
8 HD3 ARG 753 HD3 ARG 753 54.695 -17.017 6.785
9 HE ARG 753 HE ARG 753 52.287 -18.068 6.220
10 HH11 ARG 753 HH11 ARG 753 54.987 -19.174 8.247
11 HH12 ARG 753 HH12 ARG 753 54.010 -20.154 9.236
12 HH21 ARG 753 HH21 ARG 753 50.966 -19.469 7.560
13 HH22 ARG 753 HH22 ARG 753 51.702 -20.341 8.824
No H/Q in entry = 13
In of MODEL 20
1 H ASN 754 H ASN 754 54.051 -21.594 4.016
2 HA ASN 754 HA ASN 754 53.704 -22.412 1.218
3 HB2 ASN 754 HB2 ASN 754 54.306 -24.179 3.607
4 HB3 ASN 754 HB3 ASN 754 54.100 -24.711 1.943
5 HD21 ASN 754 HD21 ASN 754 56.224 -23.303 4.241
6 HD22 ASN 754 HD22 ASN 754 57.623 -23.236 3.250
No H/Q in entry = 6
In of MODEL 20
1 H TYR 755 H TYR 755 51.698 -22.789 0.641
2 HA TYR 755 HA TYR 755 49.785 -23.689 2.610
3 HB2 TYR 755 HB2 TYR 755 49.503 -21.181 0.969
4 HB3 TYR 755 HB3 TYR 755 48.102 -22.110 1.491
5 HD1 TYR 755 HD1 TYR 755 47.175 -21.687 3.617
6 HD2 TYR 755 HD2 TYR 755 51.126 -20.369 2.802
7 HE1 TYR 755 HE1 TYR 755 47.238 -20.521 5.775
8 HE2 TYR 755 HE2 TYR 755 51.176 -19.197 4.960
9 HH TYR 755 HH TYR 755 48.918 -19.822 7.352
No H/Q in entry = 9
In of MODEL 20
1 H THR 756 H THR 756 48.188 -24.870 1.793
2 HA THR 756 HA THR 756 48.568 -25.788 -0.964
3 HB THR 756 HB THR 756 47.150 -27.123 1.360
4 HG1 THR 756 HG1 THR 756 49.060 -27.519 2.097
5 HG22 THR 756 HG21 THR 756 47.437 -29.157 0.023
6 HG21 THR 756 HG22 THR 756 48.194 -28.179 -1.256
7 HG23 THR 756 HG23 THR 756 46.502 -27.913 -0.817
No H/Q in entry = 7
In of MODEL 20
1 H LEU 757 H LEU 757 46.561 -25.901 -2.300
2 HA LEU 757 HA LEU 757 44.500 -24.325 -1.044
3 HB2 LEU 757 HB2 LEU 757 44.977 -24.802 -3.962
4 HB3 LEU 757 HB3 LEU 757 43.535 -24.022 -3.336
5 HG LEU 757 HG LEU 757 45.427 -22.568 -2.123
6 HD13 LEU 757 HD11 LEU 757 47.184 -21.983 -3.683
7 HD12 LEU 757 HD12 LEU 757 46.658 -23.276 -4.756
8 HD11 LEU 757 HD13 LEU 757 47.287 -23.663 -3.152
9 HD21 LEU 757 HD21 LEU 757 43.539 -21.745 -3.287
10 HD23 LEU 757 HD22 LEU 757 44.292 -22.068 -4.862
11 HD22 LEU 757 HD23 LEU 757 44.978 -20.855 -3.759
No H/Q in entry = 11
In of MODEL 20
1 H THR 758 H THR 758 42.377 -24.765 -1.119
2 HA THR 758 HA THR 758 41.739 -27.579 -1.478
3 HB THR 758 HB THR 758 40.507 -27.444 0.762
4 HG1 THR 758 HG1 THR 758 41.998 -25.055 0.753
5 HG22 THR 758 HG21 THR 758 43.529 -27.202 0.834
6 HG21 THR 758 HG22 THR 758 42.648 -28.668 0.432
7 HG23 THR 758 HG23 THR 758 42.526 -27.990 2.052
No H/Q in entry = 7
In of MODEL 20
1 H GLY 759 H GLY 759 39.226 -27.838 -1.116
2 HA3 GLY 759 HA2 GLY 759 38.099 -25.867 -2.912
3 HA2 GLY 759 HA3 GLY 759 37.432 -27.444 -2.536
No H/Q in entry = 3
In of MODEL 20
1 H ARG 760 H ARG 760 35.803 -25.477 -2.677
2 HA ARG 760 HA ARG 760 35.218 -23.767 -0.545
3 HB2 ARG 760 HB2 ARG 760 33.124 -23.408 -1.569
4 HB3 ARG 760 HB3 ARG 760 34.200 -23.825 -2.889
5 HG2 ARG 760 HG2 ARG 760 32.180 -25.660 -1.585
6 HG3 ARG 760 HG3 ARG 760 32.004 -24.878 -3.152
7 HD2 ARG 760 HD2 ARG 760 33.868 -26.212 -4.027
8 HD3 ARG 760 HD3 ARG 760 34.127 -26.912 -2.428
9 HE ARG 760 HE ARG 760 31.502 -27.282 -3.556
10 HH11 ARG 760 HH11 ARG 760 34.686 -28.834 -2.877
11 HH12 ARG 760 HH12 ARG 760 34.136 -30.353 -3.352
12 HH21 ARG 760 HH21 ARG 760 30.833 -29.399 -4.158
13 HH22 ARG 760 HH22 ARG 760 31.921 -30.705 -4.073
No H/Q in entry = 13
In of MODEL 20
1 H ASP 761 H ASP 761 35.003 -27.128 -0.601
2 HA ASP 761 HA ASP 761 32.697 -27.446 1.055
3 HB2 ASP 761 HB2 ASP 761 33.246 -29.822 0.864
4 HB3 ASP 761 HB3 ASP 761 33.184 -29.030 -0.712
No H/Q in entry = 4
In of MODEL 20
1 H SER 762 H SER 762 36.094 -27.058 1.423
2 HA SER 762 HA SER 762 36.113 -28.349 4.054
3 HB2 SER 762 HB2 SER 762 38.410 -27.179 2.478
4 HB3 SER 762 HB3 SER 762 38.498 -28.266 3.864
5 HG SER 762 HG SER 762 36.957 -29.330 1.890
No H/Q in entry = 5
In of MODEL 20
1 H CYS 763 H CYS 763 35.761 -25.320 2.673
2 HA CYS 763 HA CYS 763 36.696 -23.829 5.075
3 HB2 CYS 763 HB2 CYS 763 37.242 -22.065 3.452
4 HB3 CYS 763 HB3 CYS 763 38.174 -23.532 3.152
No H/Q in entry = 4
In of MODEL 20
1 H THR 764 H THR 764 35.703 -21.451 4.756
2 HA THR 764 HA THR 764 33.137 -21.591 3.435
3 HB THR 764 HB THR 764 33.077 -21.248 6.007
4 HG1 THR 764 HG1 THR 764 31.284 -20.725 4.820
5 HG21 THR 764 HG21 THR 764 34.050 -18.551 5.142
6 HG23 THR 764 HG22 THR 764 34.917 -19.663 6.213
7 HG22 THR 764 HG23 THR 764 33.413 -18.892 6.753
No H/Q in entry = 7
In of MODEL 20
1 H LEU 765 H LEU 765 32.967 -20.127 1.827
2 HA LEU 765 HA LEU 765 34.996 -18.075 1.713
3 HB2 LEU 765 HB2 LEU 765 35.070 -20.266 0.144
4 HB3 LEU 765 HB3 LEU 765 34.042 -19.212 -0.811
5 HG LEU 765 HG LEU 765 35.796 -17.525 -0.917
6 HD13 LEU 765 HD11 LEU 765 36.824 -17.837 1.225
7 HD12 LEU 765 HD12 LEU 765 38.061 -18.117 -0.014
8 HD11 LEU 765 HD13 LEU 765 37.271 -19.477 0.804
9 HD22 LEU 765 HD21 LEU 765 35.740 -19.291 -2.599
10 HD21 LEU 765 HD22 LEU 765 36.781 -20.292 -1.584
11 HD23 LEU 765 HD23 LEU 765 37.396 -18.779 -2.266
No H/Q in entry = 11
In of MODEL 20
1 HA PRO 766 HA PRO 766 31.394 -15.614 1.639
2 HB2 PRO 766 HB2 PRO 766 32.500 -13.256 0.741
3 HB3 PRO 766 HB3 PRO 766 32.593 -13.843 2.404
4 HG2 PRO 766 HG2 PRO 766 34.620 -14.009 0.220
5 HG3 PRO 766 HG3 PRO 766 34.860 -13.703 1.949
6 HD2 PRO 766 HD2 PRO 766 35.336 -16.099 0.786
7 HD3 PRO 766 HD3 PRO 766 34.796 -15.966 2.466
No H/Q in entry = 7
In of MODEL 20
1 H ALA 767 H ALA 767 33.325 -14.789 -1.269
2 HA ALA 767 HA ALA 767 30.772 -14.468 -2.713
3 HB1 ALA 767 HB1 ALA 767 32.348 -12.536 -2.635
4 HB3 ALA 767 HB2 ALA 767 31.944 -13.101 -4.271
5 HB2 ALA 767 HB3 ALA 767 33.487 -13.549 -3.530
No H/Q in entry = 5
In of MODEL 20
1 H SER 768 H SER 768 31.686 -16.862 -2.189
2 HA SER 768 HA SER 768 32.242 -17.949 -4.795
3 HB2 SER 768 HB2 SER 768 31.496 -19.209 -2.187
4 HB3 SER 768 HB3 SER 768 31.839 -20.031 -3.720
5 HG SER 768 HG SER 768 33.763 -19.998 -2.760
No H/Q in entry = 5
In of MODEL 20
1 H ALA 769 H ALA 769 29.592 -17.499 -2.576
2 HA ALA 769 HA ALA 769 27.689 -18.683 -4.417
3 HB3 ALA 769 HB1 ALA 769 27.452 -19.193 -2.040
4 HB2 ALA 769 HB2 ALA 769 26.076 -18.253 -2.614
5 HB1 ALA 769 HB3 ALA 769 27.348 -17.471 -1.669
No H/Q in entry = 5
In of MODEL 20
1 H GLU 770 H GLU 770 25.684 -17.303 -4.710
2 HA GLU 770 HA GLU 770 26.557 -14.756 -5.694
3 HB2 GLU 770 HB2 GLU 770 24.186 -14.537 -6.460
4 HB3 GLU 770 HB3 GLU 770 25.029 -15.946 -7.086
5 HG2 GLU 770 HG2 GLU 770 23.904 -17.372 -5.503
6 HG3 GLU 770 HG3 GLU 770 23.139 -15.977 -4.752
No H/Q in entry = 6
In of MODEL 20
1 H LYS 771 H LYS 771 26.547 -13.000 -4.772
2 HA LYS 771 HA LYS 771 25.369 -12.670 -2.159
3 HB2 LYS 771 HB2 LYS 771 27.507 -11.424 -3.765
4 HB3 LYS 771 HB3 LYS 771 26.726 -10.446 -2.550
5 HG2 LYS 771 HG2 LYS 771 28.905 -11.702 -2.097
6 HG3 LYS 771 HG3 LYS 771 27.691 -11.632 -0.808
7 HD2 LYS 771 HD2 LYS 771 27.851 -13.907 -2.717
8 HD3 LYS 771 HD3 LYS 771 29.018 -13.828 -1.387
9 HE2 LYS 771 HE2 LYS 771 25.992 -14.149 -1.231
10 HE3 LYS 771 HE3 LYS 771 27.237 -15.247 -0.703
11 HZ3 LYS 771 HZ1 LYS 771 26.272 -14.114 1.143
12 HZ2 LYS 771 HZ2 LYS 771 26.703 -12.604 0.544
13 HZ1 LYS 771 HZ3 LYS 771 27.892 -13.715 1.014
No H/Q in entry = 13
In of MODEL 20
1 H ALA 772 H ALA 772 24.970 -10.172 -1.925
2 HA ALA 772 HA ALA 772 23.286 -9.086 -4.028
3 HB1 ALA 772 HB1 ALA 772 21.408 -8.706 -2.470
4 HB3 ALA 772 HB2 ALA 772 22.271 -9.609 -1.223
5 HB2 ALA 772 HB3 ALA 772 21.724 -10.427 -2.687
No H/Q in entry = 5
In of MODEL 20
1 H CYS 773 H CYS 773 22.439 -6.819 -3.076
2 HA CYS 773 HA CYS 773 24.731 -5.319 -2.530
3 HB2 CYS 773 HB2 CYS 773 21.825 -4.561 -2.159
4 HB3 CYS 773 HB3 CYS 773 23.174 -3.428 -2.128
No H/Q in entry = 4
In of MODEL 20
1 H GLY 774 H GLY 774 25.298 -4.117 -0.656
2 HA3 GLY 774 HA2 GLY 774 25.247 -3.831 1.716
3 HA2 GLY 774 HA3 GLY 774 24.447 -5.404 1.850
No H/Q in entry = 3
In of MODEL 20
1 H ALA 775 H ALA 775 26.211 -6.276 -0.382
2 HA ALA 775 HA ALA 775 28.825 -6.511 0.827
3 HB3 ALA 775 HB1 ALA 775 27.560 -8.502 1.570
4 HB2 ALA 775 HB2 ALA 775 28.762 -8.964 0.369
5 HB1 ALA 775 HB3 ALA 775 27.067 -8.816 -0.090
No H/Q in entry = 5
In of MODEL 20
1 H CYS 776 H CYS 776 29.569 -8.381 -1.202
2 HA CYS 776 HA CYS 776 29.971 -8.761 -3.372
3 HB2 CYS 776 HB2 CYS 776 28.209 -6.382 -4.043
4 HB3 CYS 776 HB3 CYS 776 28.931 -7.457 -5.236
No H/Q in entry = 4
In of MODEL 20
1 HA PRO 777 HA PRO 777 33.615 -6.224 -3.459
2 HB2 PRO 777 HB2 PRO 777 35.174 -7.989 -4.709
3 HB3 PRO 777 HB3 PRO 777 34.573 -8.328 -3.082
4 HG2 PRO 777 HG2 PRO 777 33.565 -9.326 -5.713
5 HG3 PRO 777 HG3 PRO 777 33.852 -10.226 -4.217
6 HD2 PRO 777 HD2 PRO 777 31.393 -9.307 -4.995
7 HD3 PRO 777 HD3 PRO 777 31.855 -9.602 -3.308
No H/Q in entry = 7
In of MODEL 20
1 H LEU 778 H LEU 778 35.415 -6.365 -5.562
2 HA LEU 778 HA LEU 778 34.641 -4.489 -7.365
3 HB2 LEU 778 HB2 LEU 778 36.536 -5.199 -8.838
4 HB3 LEU 778 HB3 LEU 778 36.935 -4.895 -7.164
5 HG LEU 778 HG LEU 778 36.458 -7.732 -8.029
6 HD12 LEU 778 HD11 LEU 778 38.823 -7.948 -8.569
7 HD11 LEU 778 HD12 LEU 778 39.017 -6.186 -8.495
8 HD13 LEU 778 HD13 LEU 778 37.979 -6.923 -9.724
9 HD21 LEU 778 HD21 LEU 778 38.306 -6.428 -6.027
10 HD23 LEU 778 HD22 LEU 778 38.218 -8.154 -6.358
11 HD22 LEU 778 HD23 LEU 778 36.831 -7.329 -5.659
No H/Q in entry = 11
In of MODEL 20
1 H TRP 779 H TRP 779 34.315 -7.972 -7.961
2 HA TRP 779 HA TRP 779 33.206 -7.409 -10.578
3 HB2 TRP 779 HB2 TRP 779 32.951 -9.959 -10.703
4 HB3 TRP 779 HB3 TRP 779 34.585 -9.312 -10.649
5 HD1 TRP 779 HD1 TRP 779 32.033 -11.106 -8.372
6 HE1 TRP 779 HE1 TRP 779 33.358 -12.312 -6.503
7 HE3 TRP 779 HE3 TRP 779 36.686 -9.410 -9.485
8 HZ2 TRP 779 HZ2 TRP 779 36.103 -12.491 -5.642
9 HZ3 TRP 779 HZ3 TRP 779 38.582 -10.124 -8.115
10 HH2 TRP 779 HH2 TRP 779 38.287 -11.613 -6.244
No H/Q in entry = 10
In of MODEL 20
1 H GLY 780 H GLY 780 31.924 -7.184 -7.653
2 HA3 GLY 780 HA2 GLY 780 29.277 -8.073 -8.583
3 HA2 GLY 780 HA3 GLY 780 29.780 -8.178 -6.896
No H/Q in entry = 3
In of MODEL 20
1 H LYS 781 H LYS 781 28.521 -6.177 -9.319
2 HA LYS 781 HA LYS 781 29.155 -3.740 -7.806
3 HB2 LYS 781 HB2 LYS 781 29.609 -4.102 -10.315
4 HB3 LYS 781 HB3 LYS 781 27.871 -3.879 -10.485
5 HG2 LYS 781 HG2 LYS 781 28.942 -1.800 -10.935
6 HG3 LYS 781 HG3 LYS 781 28.126 -1.665 -9.373
7 HD2 LYS 781 HD2 LYS 781 30.189 -2.015 -8.197
8 HD3 LYS 781 HD3 LYS 781 31.036 -2.349 -9.712
9 HE2 LYS 781 HE2 LYS 781 30.613 -0.047 -10.421
10 HE3 LYS 781 HE3 LYS 781 29.777 0.248 -8.891
11 HZ3 LYS 781 HZ1 LYS 781 31.799 -0.187 -7.711
12 HZ2 LYS 781 HZ2 LYS 781 32.077 1.023 -8.858
13 HZ1 LYS 781 HZ3 LYS 781 32.629 -0.540 -9.144
No H/Q in entry = 13
In of MODEL 20
1 H CYS 782 H CYS 782 27.606 -3.088 -6.487
2 HA CYS 782 HA CYS 782 24.840 -3.705 -7.101
3 HB2 CYS 782 HB2 CYS 782 25.539 -3.745 -4.693
4 HB3 CYS 782 HB3 CYS 782 25.949 -2.039 -4.798
No H/Q in entry = 4
In of MODEL 20
1 H ASP 783 H ASP 783 24.143 -2.622 -8.735
2 HA ASP 783 HA ASP 783 24.512 0.282 -8.841
3 HB2 ASP 783 HB2 ASP 783 26.325 -0.633 -10.173
4 HB3 ASP 783 HB3 ASP 783 25.193 -1.630 -11.076
No H/Q in entry = 4
In of MODEL 20
1 H ALA 784 H ALA 784 23.039 -2.546 -10.378
2 HA ALA 784 HA ALA 784 20.783 -1.024 -11.284
3 HB1 ALA 784 HB1 ALA 784 19.963 -3.232 -12.034
4 HB2 ALA 784 HB2 ALA 784 21.298 -4.008 -11.184
5 HB3 ALA 784 HB3 ALA 784 21.623 -2.958 -12.560
No H/Q in entry = 5
In of MODEL 20
1 H GLU 785 H GLU 785 18.719 -2.812 -10.666
2 HA GLU 785 HA GLU 785 17.689 -1.986 -8.280
3 HB2 GLU 785 HB2 GLU 785 17.215 -4.438 -9.945
4 HB3 GLU 785 HB3 GLU 785 16.328 -4.192 -8.450
5 HG2 GLU 785 HG2 GLU 785 15.171 -3.470 -10.590
6 HG3 GLU 785 HG3 GLU 785 15.224 -2.287 -9.290
No H/Q in entry = 6
In of MODEL 20
1 H SER 786 H SER 786 18.115 -2.327 -6.256
2 HA SER 786 HA SER 786 20.397 -3.837 -5.524
3 HB2 SER 786 HB2 SER 786 18.524 -2.125 -3.920
4 HB3 SER 786 HB3 SER 786 20.048 -2.792 -3.318
5 HG SER 786 HG SER 786 20.939 -1.810 -5.284
No H/Q in entry = 5
In of MODEL 20
1 H SER 787 H SER 787 18.010 -5.468 -6.231
2 HA SER 787 HA SER 787 17.347 -6.821 -3.776
3 HB2 SER 787 HB2 SER 787 15.790 -6.790 -5.760
4 HB3 SER 787 HB3 SER 787 16.965 -7.759 -6.644
5 HG SER 787 HG SER 787 16.700 -9.355 -4.912
No H/Q in entry = 5
In of MODEL 20
1 H LYS 788 H LYS 788 19.661 -7.029 -6.350
2 HA LYS 788 HA LYS 788 21.274 -8.949 -4.884
3 HB2 LYS 788 HB2 LYS 788 21.709 -10.259 -6.886
4 HB3 LYS 788 HB3 LYS 788 19.965 -10.228 -6.644
5 HG2 LYS 788 HG2 LYS 788 19.666 -8.626 -8.372
6 HG3 LYS 788 HG3 LYS 788 21.395 -8.317 -8.463
7 HD2 LYS 788 HD2 LYS 788 21.713 -10.643 -9.244
8 HD3 LYS 788 HD3 LYS 788 19.954 -10.831 -9.277
9 HE2 LYS 788 HE2 LYS 788 21.547 -8.786 -10.835
10 HE3 LYS 788 HE3 LYS 788 20.857 -10.264 -11.498
11 HZ2 LYS 788 HZ1 LYS 788 19.457 -8.350 -11.952
12 HZ1 LYS 788 HZ2 LYS 788 19.301 -8.010 -10.321
13 HZ3 LYS 788 HZ3 LYS 788 18.652 -9.439 -10.957
No H/Q in entry = 13
In of MODEL 20
1 H CYS 789 H CYS 789 23.552 -8.872 -6.085
2 HA CYS 789 HA CYS 789 23.830 -6.205 -7.219
3 HB2 CYS 789 HB2 CYS 789 26.269 -6.460 -6.848
4 HB3 CYS 789 HB3 CYS 789 25.383 -6.635 -5.343
No H/Q in entry = 4
In of MODEL 20
1 H VAL 790 H VAL 790 25.329 -6.140 -9.141
2 HA VAL 790 HA VAL 790 24.616 -8.392 -10.868
3 HB VAL 790 HB VAL 790 25.298 -5.505 -11.473
4 HG12 VAL 790 HG11 VAL 790 24.890 -6.006 -13.865
5 HG11 VAL 790 HG12 VAL 790 24.825 -7.729 -13.478
6 HG13 VAL 790 HG13 VAL 790 26.319 -6.815 -13.240
7 HG21 VAL 790 HG21 VAL 790 23.035 -5.857 -10.718
8 HG23 VAL 790 HG22 VAL 790 22.799 -7.103 -11.948
9 HG22 VAL 790 HG23 VAL 790 23.041 -5.424 -12.429
No H/Q in entry = 9
In of MODEL 20
1 H CYS 791 H CYS 791 26.221 -9.385 -12.020
2 HA CYS 791 HA CYS 791 28.852 -9.017 -10.835
3 HB2 CYS 791 HB2 CYS 791 27.938 -11.253 -12.656
4 HB3 CYS 791 HB3 CYS 791 29.301 -11.243 -11.545
No H/Q in entry = 4
In of MODEL 20
1 H ARG 792 H ARG 792 30.225 -7.899 -11.921
2 HA ARG 792 HA ARG 792 29.709 -7.034 -14.629
3 HB2 ARG 792 HB2 ARG 792 31.325 -6.162 -12.384
4 HB3 ARG 792 HB3 ARG 792 32.219 -6.118 -13.890
5 HG2 ARG 792 HG2 ARG 792 31.164 -3.965 -13.361
6 HG3 ARG 792 HG3 ARG 792 30.568 -4.658 -14.869
7 HD2 ARG 792 HD2 ARG 792 28.508 -5.225 -13.916
8 HD3 ARG 792 HD3 ARG 792 29.104 -4.991 -12.276
9 HE ARG 792 HE ARG 792 29.423 -2.592 -13.045
10 HH11 ARG 792 HH11 ARG 792 26.854 -4.532 -14.488
11 HH12 ARG 792 HH12 ARG 792 25.679 -3.322 -14.466
12 HH21 ARG 792 HH21 ARG 792 27.828 -0.865 -13.006
13 HH22 ARG 792 HH22 ARG 792 26.252 -1.112 -13.561
No H/Q in entry = 13
In of MODEL 20
1 H GLU 793 H GLU 793 30.811 -7.592 -16.391
2 HA GLU 793 HA GLU 793 32.180 -10.056 -16.434
3 HB2 GLU 793 HB2 GLU 793 32.003 -7.900 -18.531
4 HB3 GLU 793 HB3 GLU 793 32.638 -9.515 -18.802
5 HG2 GLU 793 HG2 GLU 793 30.454 -10.466 -18.252
6 HG3 GLU 793 HG3 GLU 793 29.822 -8.840 -17.994
No H/Q in entry = 6
In of MODEL 20
1 H ALA 794 H ALA 794 34.346 -10.189 -17.655
2 HA ALA 794 HA ALA 794 36.310 -9.325 -15.903
3 HB2 ALA 794 HB1 ALA 794 36.448 -11.348 -17.249
4 HB3 ALA 794 HB2 ALA 794 37.860 -10.317 -17.485
5 HB1 ALA 794 HB3 ALA 794 36.588 -10.371 -18.709
No H/Q in entry = 5
In of MODEL 20
1 H SER 795 H SER 795 35.243 -8.192 -19.044
2 HA SER 795 HA SER 795 37.368 -6.384 -19.412
3 HB2 SER 795 HB2 SER 795 34.765 -6.516 -20.891
4 HB3 SER 795 HB3 SER 795 36.325 -5.961 -21.499
5 HG SER 795 HG SER 795 37.047 -8.183 -20.954
No H/Q in entry = 5
In of MODEL 20
1 H GLU 796 H GLU 796 34.675 -6.243 -17.455
2 HA GLU 796 HA GLU 796 34.159 -3.387 -17.929
3 HB2 GLU 796 HB2 GLU 796 32.347 -5.253 -18.164
4 HB3 GLU 796 HB3 GLU 796 32.390 -5.302 -16.415
5 HG2 GLU 796 HG2 GLU 796 31.589 -3.074 -16.251
6 HG3 GLU 796 HG3 GLU 796 31.796 -2.808 -17.984
No H/Q in entry = 6
In of MODEL 20
1 H CYS 797 H CYS 797 36.260 -4.870 -16.424
2 HA CYS 797 HA CYS 797 35.842 -3.779 -13.734
3 HB2 CYS 797 HB2 CYS 797 35.858 -6.244 -13.898
4 HB3 CYS 797 HB3 CYS 797 37.447 -6.170 -14.631
No H/Q in entry = 4
In of MODEL 20
1 H GLU 798 H GLU 798 37.587 -2.605 -12.924
2 HA GLU 798 HA GLU 798 39.473 -1.795 -14.990
3 HB2 GLU 798 HB2 GLU 798 39.627 0.341 -13.826
4 HB3 GLU 798 HB3 GLU 798 37.991 -0.036 -14.323
5 HG2 GLU 798 HG2 GLU 798 39.067 -0.324 -11.518
6 HG3 GLU 798 HG3 GLU 798 38.133 1.028 -12.158
No H/Q in entry = 6
In of MODEL 20
1 H GLU 799 H GLU 799 39.383 -3.343 -11.957
2 HA GLU 799 HA GLU 799 42.057 -2.572 -11.145
3 HB2 GLU 799 HB2 GLU 799 40.370 -4.858 -10.190
4 HB3 GLU 799 HB3 GLU 799 41.851 -4.285 -9.455
5 HG2 GLU 799 HG2 GLU 799 39.254 -2.854 -9.672
6 HG3 GLU 799 HG3 GLU 799 40.018 -3.616 -8.254
No H/Q in entry = 6
In of MODEL 20
1 H GLU 800 H GLU 800 40.484 -5.373 -12.471
2 HA GLU 800 HA GLU 800 41.100 -7.147 -13.630
3 HB2 GLU 800 HB2 GLU 800 43.926 -6.055 -13.655
4 HB3 GLU 800 HB3 GLU 800 43.377 -7.463 -14.551
5 HG2 GLU 800 HG2 GLU 800 41.781 -5.983 -15.753
6 HG3 GLU 800 HG3 GLU 800 42.526 -4.613 -14.933
No H/Q in entry = 6
In of MODEL 20
1 H GLY 801 H GLY 801 42.450 -6.358 -10.601
2 HA3 GLY 801 HA2 GLY 801 43.483 -7.565 -8.945
3 HA2 GLY 801 HA3 GLY 801 42.491 -8.890 -9.510
No H/Q in entry = 3
In of MODEL 20
1 H PHE 802 H PHE 802 43.965 -10.552 -9.312
2 HA PHE 802 HA PHE 802 46.507 -10.423 -10.713
3 HB2 PHE 802 HB2 PHE 802 45.201 -12.490 -8.927
4 HB3 PHE 802 HB3 PHE 802 46.727 -12.769 -9.741
5 HD1 PHE 802 HD1 PHE 802 48.682 -11.519 -9.118
6 HD2 PHE 802 HD2 PHE 802 45.050 -11.122 -6.994
7 HE1 PHE 802 HE1 PHE 802 49.874 -10.485 -7.323
8 HE2 PHE 802 HE2 PHE 802 46.204 -10.098 -5.158
9 HZ PHE 802 HZ PHE 802 48.661 -9.750 -5.269
No H/Q in entry = 9
In of MODEL 20
1 H SER 803 H SER 803 46.738 -12.987 -11.521
2 HA SER 803 HA SER 803 44.454 -13.621 -13.083
3 HB2 SER 803 HB2 SER 803 47.324 -13.506 -14.047
4 HB3 SER 803 HB3 SER 803 45.972 -14.187 -14.961
5 HG SER 803 HG SER 803 45.405 -11.758 -13.973
No H/Q in entry = 5
In of MODEL 20
1 H ILE 804 H ILE 804 44.091 -15.776 -13.028
2 HA ILE 804 HA ILE 804 45.943 -17.466 -11.501
3 HB ILE 804 HB ILE 804 44.140 -18.343 -10.105
4 HG12 ILE 804 HG12 ILE 804 42.227 -18.017 -11.742
5 HG13 ILE 804 HG13 ILE 804 41.850 -17.564 -10.090
6 HG23 ILE 804 HG21 ILE 804 43.612 -16.406 -8.705
7 HG22 ILE 804 HG22 ILE 804 44.093 -15.340 -10.016
8 HG21 ILE 804 HG23 ILE 804 45.301 -16.378 -9.241
9 HD11 ILE 804 HD11 ILE 804 42.159 -15.194 -10.705
10 HD13 ILE 804 HD12 ILE 804 40.874 -15.995 -11.598
11 HD12 ILE 804 HD13 ILE 804 42.415 -15.684 -12.383
No H/Q in entry = 11
In of MODEL 20
1 H CYS 805 H CYS 805 45.126 -19.859 -11.660
2 HA CYS 805 HA CYS 805 44.273 -20.233 -14.433
3 HB2 CYS 805 HB2 CYS 805 46.497 -21.206 -13.712
4 HB3 CYS 805 HB3 CYS 805 45.597 -22.280 -12.640
No H/Q in entry = 4
In of MODEL 20
1 H VAL 806 H VAL 806 42.232 -21.059 -14.730
2 HA VAL 806 HA VAL 806 41.024 -22.421 -12.433
3 HB VAL 806 HB VAL 806 39.550 -20.599 -14.310
4 HG11 VAL 806 HG11 VAL 806 38.731 -21.903 -11.735
5 HG13 VAL 806 HG12 VAL 806 38.115 -22.219 -13.352
6 HG12 VAL 806 HG13 VAL 806 37.808 -20.656 -12.571
7 HG22 VAL 806 HG21 VAL 806 41.044 -19.190 -13.084
8 HG21 VAL 806 HG22 VAL 806 40.574 -19.940 -11.556
9 HG23 VAL 806 HG23 VAL 806 39.411 -18.959 -12.458
No H/Q in entry = 9
In of MODEL 20
1 H GLU 807 H GLU 807 40.063 -24.292 -12.938
2 HA GLU 807 HA GLU 807 40.078 -25.167 -15.678
3 HB2 GLU 807 HB2 GLU 807 40.776 -26.669 -13.823
4 HB3 GLU 807 HB3 GLU 807 39.150 -26.567 -13.166
5 HG2 GLU 807 HG2 GLU 807 38.264 -27.636 -15.146
6 HG3 GLU 807 HG3 GLU 807 39.872 -27.672 -15.863
No H/Q in entry = 6
In of MODEL 20
1 H VAL 808 H VAL 808 38.540 -24.917 -16.942
2 HA VAL 808 HA VAL 808 35.803 -24.641 -16.017
3 HB VAL 808 HB VAL 808 36.786 -22.380 -16.204
4 HG11 VAL 808 HG11 VAL 808 37.291 -23.027 -19.086
5 HG13 VAL 808 HG12 VAL 808 38.497 -22.708 -17.840
6 HG12 VAL 808 HG13 VAL 808 37.414 -21.420 -18.369
7 HG21 VAL 808 HG21 VAL 808 34.764 -22.988 -18.326
8 HG23 VAL 808 HG22 VAL 808 35.155 -21.381 -17.703
9 HG22 VAL 808 HG23 VAL 808 34.436 -22.596 -16.627
No H/Q in entry = 9
In of MODEL 20
1 H ASN 809 H ASN 809 34.444 -25.726 -17.343
2 HA ASN 809 HA ASN 809 33.656 -26.913 -19.111
3 HB2 ASN 809 HB2 ASN 809 35.709 -25.244 -20.413
4 HB3 ASN 809 HB3 ASN 809 34.938 -26.492 -21.408
5 HD21 ASN 809 HD21 ASN 809 34.877 -23.363 -20.137
6 HD22 ASN 809 HD22 ASN 809 33.307 -22.865 -20.631
No H/Q in entry = 6
In of MODEL 20
1 H GLY 810 H GLY 810 36.182 -27.635 -17.486
2 HA3 GLY 810 HA2 GLY 810 36.888 -29.912 -17.335
3 HA2 GLY 810 HA3 GLY 810 36.792 -29.983 -19.107
No H/Q in entry = 3
In of MODEL 20
1 H LYS 811 H LYS 811 38.113 -27.292 -19.211
2 HA LYS 811 HA LYS 811 40.840 -28.358 -18.903
3 HB2 LYS 811 HB2 LYS 811 41.425 -26.870 -20.795
4 HB3 LYS 811 HB3 LYS 811 40.325 -28.171 -21.220
5 HG2 LYS 811 HG2 LYS 811 38.435 -26.588 -21.112
6 HG3 LYS 811 HG3 LYS 811 39.568 -25.288 -20.740
7 HD2 LYS 811 HD2 LYS 811 39.632 -26.989 -23.206
8 HD3 LYS 811 HD3 LYS 811 38.898 -25.386 -23.129
9 HE2 LYS 811 HE2 LYS 811 41.073 -24.406 -22.525
10 HE3 LYS 811 HE3 LYS 811 41.814 -26.002 -22.565
11 HZ3 LYS 811 HZ1 LYS 811 41.323 -26.130 -24.908
12 HZ2 LYS 811 HZ2 LYS 811 42.266 -24.783 -24.567
13 HZ1 LYS 811 HZ3 LYS 811 40.618 -24.596 -24.886
No H/Q in entry = 13
In of MODEL 20
1 H GLU 812 H GLU 812 42.530 -26.775 -18.505
2 HA GLU 812 HA GLU 812 41.613 -24.776 -16.621
3 HB2 GLU 812 HB2 GLU 812 44.362 -25.750 -17.371
4 HB3 GLU 812 HB3 GLU 812 44.049 -24.485 -16.193
5 HG2 GLU 812 HG2 GLU 812 42.846 -26.055 -14.796
6 HG3 GLU 812 HG3 GLU 812 43.081 -27.327 -15.994
No H/Q in entry = 6
In of MODEL 20
1 H GLN 813 H GLN 813 41.453 -22.711 -17.031
2 HA GLN 813 HA GLN 813 43.051 -21.635 -19.202
3 HB2 GLN 813 HB2 GLN 813 40.877 -21.889 -20.102
4 HB3 GLN 813 HB3 GLN 813 40.112 -21.180 -18.686
5 HG2 GLN 813 HG2 GLN 813 40.927 -19.058 -19.231
6 HG3 GLN 813 HG3 GLN 813 41.960 -19.687 -20.530
7 HE21 GLN 813 HE21 GLN 813 38.744 -18.820 -19.560
8 HE22 GLN 813 HE22 GLN 813 38.027 -18.929 -21.113
No H/Q in entry = 8
In of MODEL 20
1 H THR 814 H THR 814 44.029 -19.783 -18.775
2 HA THR 814 HA THR 814 44.201 -18.843 -16.087
3 HB THR 814 HB THR 814 45.218 -17.600 -18.625
4 HG1 THR 814 HG1 THR 814 47.166 -18.769 -18.010
5 HG22 THR 814 HG21 THR 814 46.173 -17.350 -15.764
6 HG21 THR 814 HG22 THR 814 45.311 -16.113 -16.672
7 HG23 THR 814 HG23 THR 814 46.936 -16.597 -17.165
No H/Q in entry = 7
In of MODEL 20
1 H MET 815 H MET 815 42.892 -17.375 -15.210
2 HA MET 815 HA MET 815 41.418 -15.609 -17.044
3 HB2 MET 815 HB2 MET 815 40.470 -16.505 -14.328
4 HB3 MET 815 HB3 MET 815 39.570 -15.594 -15.526
5 HG2 MET 815 HG2 MET 815 39.915 -17.709 -17.006
6 HG3 MET 815 HG3 MET 815 40.320 -18.425 -15.456
7 HE2 MET 815 HE1 MET 815 38.467 -20.189 -15.986
8 HE1 MET 815 HE2 MET 815 38.014 -19.301 -17.425
9 HE3 MET 815 HE3 MET 815 36.769 -19.783 -16.257
No H/Q in entry = 9
In of MODEL 20
1 H SER 816 H SER 816 40.972 -13.544 -16.195
2 HA SER 816 HA SER 816 42.990 -12.579 -14.326
3 HB2 SER 816 HB2 SER 816 40.675 -11.095 -15.626
4 HB3 SER 816 HB3 SER 816 42.116 -10.376 -14.905
5 HG SER 816 HG SER 816 42.442 -12.229 -16.989
No H/Q in entry = 5
In of MODEL 20
1 H GLU 817 H GLU 817 42.154 -11.336 -12.328
2 HA GLU 817 HA GLU 817 40.587 -12.979 -10.783
3 HB2 GLU 817 HB2 GLU 817 41.875 -10.547 -10.405
4 HB3 GLU 817 HB3 GLU 817 40.173 -10.288 -9.970
5 HG2 GLU 817 HG2 GLU 817 40.823 -11.107 -7.961
6 HG3 GLU 817 HG3 GLU 817 40.528 -12.562 -8.808
No H/Q in entry = 6
In of MODEL 20
1 H CYS 818 H CYS 818 39.665 -9.969 -12.370
2 HA CYS 818 HA CYS 818 36.999 -9.827 -11.536
3 HB2 CYS 818 HB2 CYS 818 38.069 -8.896 -14.180
4 HB3 CYS 818 HB3 CYS 818 36.681 -8.268 -13.308
No H/Q in entry = 4
In of MODEL 20
1 H GLU 819 H GLU 819 38.485 -11.882 -13.793
2 HA GLU 819 HA GLU 819 36.145 -12.369 -15.437
3 HB2 GLU 819 HB2 GLU 819 38.512 -12.297 -16.262
4 HB3 GLU 819 HB3 GLU 819 38.786 -13.758 -15.332
5 HG2 GLU 819 HG2 GLU 819 37.211 -14.955 -16.723
6 HG3 GLU 819 HG3 GLU 819 36.884 -13.468 -17.628
No H/Q in entry = 6
In of MODEL 20
1 H ALA 820 H ALA 820 38.349 -14.327 -13.402
2 HA ALA 820 HA ALA 820 36.766 -16.594 -13.280
3 HB3 ALA 820 HB1 ALA 820 38.747 -15.553 -11.266
4 HB1 ALA 820 HB2 ALA 820 39.096 -16.599 -12.647
5 HB2 ALA 820 HB3 ALA 820 38.117 -17.199 -11.306
No H/Q in entry = 5
In of MODEL 20
1 H GLY 821 H GLY 821 36.916 -13.689 -11.304
2 HA3 GLY 821 HA2 GLY 821 35.159 -14.464 -9.246
3 HA2 GLY 821 HA3 GLY 821 35.593 -12.815 -9.687
No H/Q in entry = 3
In of MODEL 20
1 H ALA 822 H ALA 822 34.655 -12.697 -12.305
2 HA ALA 822 HA ALA 822 31.945 -12.139 -11.960
3 HB1 ALA 822 HB1 ALA 822 33.397 -12.726 -14.541
4 HB3 ALA 822 HB2 ALA 822 33.306 -11.154 -13.748
5 HB2 ALA 822 HB3 ALA 822 31.841 -11.906 -14.385
No H/Q in entry = 5
In of MODEL 20
1 H LEU 823 H LEU 823 33.579 -14.898 -13.470
2 HA LEU 823 HA LEU 823 31.269 -16.279 -14.106
3 HB2 LEU 823 HB2 LEU 823 34.097 -17.133 -13.745
4 HB3 LEU 823 HB3 LEU 823 32.862 -18.345 -13.854
5 HG LEU 823 HG LEU 823 32.127 -17.371 -16.025
6 HD11 LEU 823 HD11 LEU 823 34.651 -15.741 -15.860
7 HD13 LEU 823 HD12 LEU 823 32.991 -15.146 -15.867
8 HD12 LEU 823 HD13 LEU 823 33.636 -15.960 -17.289
9 HD21 LEU 823 HD21 LEU 823 33.460 -19.314 -15.835
10 HD23 LEU 823 HD22 LEU 823 34.947 -18.340 -15.869
11 HD22 LEU 823 HD23 LEU 823 33.877 -18.412 -17.294
No H/Q in entry = 11
In of MODEL 20
1 H ARG 824 H ARG 824 33.142 -16.353 -11.113
2 HA ARG 824 HA ARG 824 31.611 -18.476 -10.035
3 HB2 ARG 824 HB2 ARG 824 33.944 -17.586 -9.347
4 HB3 ARG 824 HB3 ARG 824 33.053 -16.415 -8.392
5 HG2 ARG 824 HG2 ARG 824 32.039 -18.145 -7.092
6 HG3 ARG 824 HG3 ARG 824 32.738 -19.406 -8.103
7 HD2 ARG 824 HD2 ARG 824 34.163 -19.313 -6.246
8 HD3 ARG 824 HD3 ARG 824 34.985 -18.419 -7.495
9 HE ARG 824 HE ARG 824 33.428 -16.593 -6.132
10 HH11 ARG 824 HH11 ARG 824 36.279 -18.572 -5.415
11 HH12 ARG 824 HH12 ARG 824 36.973 -17.501 -4.302
12 HH21 ARG 824 HH21 ARG 824 34.298 -15.122 -4.612
13 HH22 ARG 824 HH22 ARG 824 35.733 -15.364 -3.772
No H/Q in entry = 13
In of MODEL 20
1 H CYS 825 H CYS 825 31.266 -15.017 -10.102
2 HA CYS 825 HA CYS 825 29.214 -14.763 -8.166
3 HB2 CYS 825 HB2 CYS 825 30.676 -12.893 -8.997
4 HB3 CYS 825 HB3 CYS 825 29.824 -12.973 -10.527
No H/Q in entry = 4
In of MODEL 20
1 H ARG 826 H ARG 826 29.141 -14.981 -11.750
2 HA ARG 826 HA ARG 826 26.309 -14.877 -11.984
3 HB2 ARG 826 HB2 ARG 826 26.673 -15.906 -14.271
4 HB3 ARG 826 HB3 ARG 826 27.474 -14.355 -13.988
5 HG2 ARG 826 HG2 ARG 826 29.544 -15.435 -13.733
6 HG3 ARG 826 HG3 ARG 826 28.794 -17.034 -13.742
7 HD2 ARG 826 HD2 ARG 826 28.632 -15.130 -16.063
8 HD3 ARG 826 HD3 ARG 826 29.942 -16.296 -15.882
9 HE ARG 826 HE ARG 826 27.802 -17.873 -15.671
10 HH11 ARG 826 HH11 ARG 826 28.468 -15.344 -18.065
11 HH12 ARG 826 HH12 ARG 826 27.658 -16.143 -19.317
12 HH21 ARG 826 HH21 ARG 826 26.740 -18.967 -17.384
13 HH22 ARG 826 HH22 ARG 826 26.643 -18.286 -18.928
No H/Q in entry = 13
In of MODEL 20
1 H GLY 827 H GLY 827 28.395 -17.436 -11.153
2 HA3 GLY 827 HA2 GLY 827 27.540 -19.426 -10.194
3 HA2 GLY 827 HA3 GLY 827 26.067 -19.208 -11.136
No H/Q in entry = 3
In of MODEL 20
1 H GLN 828 H GLN 828 29.092 -18.731 -12.641
2 HA GLN 828 HA GLN 828 28.745 -20.948 -14.442
3 HB2 GLN 828 HB2 GLN 828 29.810 -18.800 -15.070
4 HB3 GLN 828 HB3 GLN 828 31.118 -19.182 -13.955
5 HG2 GLN 828 HG2 GLN 828 31.672 -19.684 -16.284
6 HG3 GLN 828 HG3 GLN 828 31.697 -21.135 -15.261
7 HE21 GLN 828 HE21 GLN 828 30.119 -19.428 -17.803
8 HE22 GLN 828 HE22 GLN 828 29.106 -20.720 -18.312
No H/Q in entry = 8
In of MODEL 20
1 H SER 829 H SER 829 29.748 -22.885 -14.320
2 HA SER 829 HA SER 829 30.794 -23.577 -11.745
3 HB2 SER 829 HB2 SER 829 30.458 -25.267 -14.231
4 HB3 SER 829 HB3 SER 829 30.752 -25.866 -12.596
5 HG SER 829 HG SER 829 28.499 -25.755 -13.485
No H/Q in entry = 5
In of MODEL 20
1 H ILE 830 H ILE 830 32.804 -23.064 -11.308
2 HA ILE 830 HA ILE 830 34.896 -23.661 -13.257
3 HB ILE 830 HB ILE 830 36.143 -21.683 -12.740
4 HG12 ILE 830 HG12 ILE 830 35.368 -21.328 -10.372
5 HG13 ILE 830 HG13 ILE 830 35.435 -19.828 -11.235
6 HG23 ILE 830 HG21 ILE 830 34.694 -21.461 -14.594
7 HG22 ILE 830 HG22 ILE 830 34.775 -19.916 -13.750
8 HG21 ILE 830 HG23 ILE 830 33.364 -20.961 -13.551
9 HD13 ILE 830 HD11 ILE 830 33.511 -19.865 -9.893
10 HD12 ILE 830 HD12 ILE 830 32.999 -21.423 -10.545
11 HD11 ILE 830 HD13 ILE 830 32.989 -19.987 -11.573
No H/Q in entry = 11
In of MODEL 20
1 H SER 831 H SER 831 36.821 -24.305 -12.394
2 HA SER 831 HA SER 831 36.851 -24.675 -9.502
3 HB2 SER 831 HB2 SER 831 37.760 -26.483 -11.709
4 HB3 SER 831 HB3 SER 831 38.173 -26.703 -10.011
5 HG SER 831 HG SER 831 36.032 -27.529 -11.297
No H/Q in entry = 5
In of MODEL 20
1 H VAL 832 H VAL 832 38.219 -23.041 -8.932
2 HA VAL 832 HA VAL 832 40.489 -22.224 -10.421
3 HB VAL 832 HB VAL 832 39.994 -21.925 -7.436
4 HG13 VAL 832 HG11 VAL 832 41.529 -19.999 -7.577
5 HG12 VAL 832 HG12 VAL 832 41.819 -20.360 -9.275
6 HG11 VAL 832 HG13 VAL 832 42.326 -21.506 -8.035
7 HG22 VAL 832 HG21 VAL 832 39.111 -19.689 -7.972
8 HG21 VAL 832 HG22 VAL 832 38.156 -20.965 -8.724
9 HG23 VAL 832 HG23 VAL 832 39.300 -20.035 -9.691
No H/Q in entry = 9
In of MODEL 20
1 H THR 833 H THR 833 42.207 -23.471 -10.837
2 HA THR 833 HA THR 833 42.666 -25.752 -9.179
3 HB THR 833 HB THR 833 44.451 -26.267 -10.885
4 HG1 THR 833 HG1 THR 833 44.481 -25.004 -12.744
5 HG21 THR 833 HG21 THR 833 42.174 -27.166 -11.067
6 HG23 THR 833 HG22 THR 833 42.853 -26.810 -12.655
7 HG22 THR 833 HG23 THR 833 41.676 -25.713 -11.932
No H/Q in entry = 7
In of MODEL 20
1 H SER 834 H SER 834 44.251 -22.747 -9.993
2 HA SER 834 HA SER 834 45.667 -22.828 -7.518
3 HB2 SER 834 HB2 SER 834 47.192 -24.132 -9.004
4 HB3 SER 834 HB3 SER 834 47.232 -22.765 -10.117
5 HG SER 834 HG SER 834 48.477 -23.132 -7.687
No H/Q in entry = 5
In of MODEL 20
1 H ILE 835 H ILE 835 46.635 -20.853 -7.090
2 HA ILE 835 HA ILE 835 45.347 -18.472 -8.081
3 HB ILE 835 HB ILE 835 46.906 -17.310 -6.588
4 HG12 ILE 835 HG12 ILE 835 48.269 -20.030 -6.318
5 HG13 ILE 835 HG13 ILE 835 48.913 -18.649 -7.194
6 HG22 ILE 835 HG21 ILE 835 46.043 -19.870 -5.257
7 HG21 ILE 835 HG22 ILE 835 44.938 -18.588 -5.710
8 HG23 ILE 835 HG23 ILE 835 46.207 -18.263 -4.528
9 HD13 ILE 835 HD11 ILE 835 50.032 -18.913 -5.126
10 HD12 ILE 835 HD12 ILE 835 48.496 -18.938 -4.266
11 HD11 ILE 835 HD13 ILE 835 49.039 -17.447 -5.051
No H/Q in entry = 11
In of MODEL 20
1 H ARG 836 H ARG 836 48.020 -20.422 -8.966
2 HA ARG 836 HA ARG 836 49.643 -18.433 -10.148
3 HB2 ARG 836 HB2 ARG 836 49.577 -21.429 -10.326
4 HB3 ARG 836 HB3 ARG 836 50.728 -20.452 -11.226
5 HG2 ARG 836 HG2 ARG 836 51.743 -19.665 -9.224
6 HG3 ARG 836 HG3 ARG 836 50.471 -20.377 -8.227
7 HD2 ARG 836 HD2 ARG 836 51.136 -22.558 -8.794
8 HD3 ARG 836 HD3 ARG 836 52.234 -21.982 -10.048
9 HE ARG 836 HE ARG 836 53.546 -20.974 -8.208
10 HH11 ARG 836 HH11 ARG 836 51.385 -23.637 -7.225
11 HH12 ARG 836 HH12 ARG 836 52.511 -24.368 -6.204
12 HH21 ARG 836 HH21 ARG 836 55.120 -22.013 -6.776
13 HH22 ARG 836 HH22 ARG 836 54.714 -23.437 -5.942
No H/Q in entry = 13
In of MODEL 20
1 HA PRO 837 HA PRO 837 47.179 -18.229 -13.867
2 HB2 PRO 837 HB2 PRO 837 48.954 -16.702 -15.300
3 HB3 PRO 837 HB3 PRO 837 47.826 -16.015 -14.128
4 HG2 PRO 837 HG2 PRO 837 50.735 -16.604 -13.845
5 HG3 PRO 837 HG3 PRO 837 49.789 -15.259 -13.189
6 HD2 PRO 837 HD2 PRO 837 50.566 -17.419 -11.723
7 HD3 PRO 837 HD3 PRO 837 49.115 -16.458 -11.366
No H/Q in entry = 7
In of MODEL 20
1 H CYS 838 H CYS 838 47.225 -19.667 -15.600
2 HA CYS 838 HA CYS 838 49.678 -21.078 -15.701
3 HB2 CYS 838 HB2 CYS 838 48.246 -22.753 -17.151
4 HB3 CYS 838 HB3 CYS 838 48.059 -22.731 -15.414
No H/Q in entry = 4
In of MODEL 20
1 H ALA 839 H ALA 839 49.905 -22.094 -18.230
2 HA ALA 839 HA ALA 839 50.268 -19.696 -19.808
3 HB2 ALA 839 HB1 ALA 839 52.071 -21.360 -19.658
4 HB3 ALA 839 HB2 ALA 839 51.514 -21.143 -21.316
5 HB1 ALA 839 HB3 ALA 839 51.012 -22.564 -20.399
No H/Q in entry = 5
In of MODEL 20
1 H ALA 840 H ALA 840 47.689 -21.151 -19.144
2 HA ALA 840 HA ALA 840 46.674 -22.018 -21.660
3 HB1 ALA 840 HB1 ALA 840 44.623 -22.404 -20.447
4 HB2 ALA 840 HB2 ALA 840 45.285 -21.525 -19.058
5 HB3 ALA 840 HB3 ALA 840 46.000 -23.054 -19.541
No H/Q in entry = 5
In of MODEL 20
1 H GLU 841 H GLU 841 47.331 -19.981 -22.542
2 HA GLU 841 HA GLU 841 45.120 -18.055 -22.549
3 HB2 GLU 841 HB2 GLU 841 48.083 -17.550 -22.999
4 HB3 GLU 841 HB3 GLU 841 46.819 -16.348 -23.208
5 HG2 GLU 841 HG2 GLU 841 46.286 -16.518 -20.817
6 HG3 GLU 841 HG3 GLU 841 47.592 -17.687 -20.625
No H/Q in entry = 6
In of MODEL 20
1 H THR 842 H THR 842 45.355 -20.438 -23.880
2 HA THR 842 HA THR 842 46.682 -20.507 -26.280
3 HB THR 842 HB THR 842 44.955 -22.410 -26.650
4 HG1 THR 842 HG1 THR 842 43.620 -21.386 -24.880
5 HG21 THR 842 HG21 THR 842 47.322 -22.694 -25.970
6 HG23 THR 842 HG22 THR 842 46.267 -23.822 -25.119
7 HG22 THR 842 HG23 THR 842 46.863 -22.380 -24.296
No H/Q in entry = 7
In of MODEL 20
1 H GLN 843 H GLN 843 46.344 -18.816 -27.538
2 HA GLN 843 HA GLN 843 44.007 -18.938 -29.236
3 HB2 GLN 843 HB2 GLN 843 45.126 -16.401 -28.011
4 HB3 GLN 843 HB3 GLN 843 44.141 -16.395 -29.458
5 HG2 GLN 843 HG2 GLN 843 43.275 -17.338 -26.732
6 HG3 GLN 843 HG3 GLN 843 42.850 -15.803 -27.481
7 HE21 GLN 843 HE21 GLN 843 41.077 -17.841 -26.553
8 HE22 GLN 843 HE22 GLN 843 40.141 -18.377 -27.896
No H/Q in entry = 8
In of MODEL 21
1 H1 GLY 689 H3 GLY 689 66.113 18.533 -7.550
2 H2 GLY 689 H2 GLY 689 66.519 18.361 -5.912
3 H3 GLY 689 H1 GLY 689 67.714 18.403 -7.122
4 HA2 GLY 689 HA2 GLY 689 65.696 16.294 -6.788
5 HA3 GLY 689 HA3 GLY 689 67.436 16.150 -6.522
No H/Q in entry = 5
In of MODEL 21
1 H SER 690 H SER 690 68.005 14.748 -8.108
2 HA SER 690 HA SER 690 66.987 15.171 -10.761
3 HB2 SER 690 HB2 SER 690 69.088 16.571 -10.564
4 HB3 SER 690 HB3 SER 690 69.964 15.089 -10.196
5 HG SER 690 HG SER 690 68.562 15.691 -12.594
No H/Q in entry = 5
In of MODEL 21
1 H HIS 691 H HIS 691 66.798 13.260 -11.796
2 HA HIS 691 HA HIS 691 66.611 11.054 -12.142
3 HB2 HIS 691 HB2 HIS 691 69.187 10.828 -10.542
4 HB3 HIS 691 HB3 HIS 691 68.436 9.498 -11.411
5 HD1 HIS 691 HD1 HIS 691 71.109 11.739 -11.776
6 HD2 HIS 691 HD2 HIS 691 68.122 10.417 -14.326
7 HE1 HIS 691 HE1 HIS 691 72.003 12.082 -14.080
8 HE2 HIS 691 HE2 HIS 691 70.323 10.965 -15.555
No H/Q in entry = 8
In of MODEL 21
1 H MET 692 H MET 692 64.742 11.010 -11.038
2 HA MET 692 HA MET 692 64.589 10.638 -8.207
3 HB2 MET 692 HB2 MET 692 62.862 11.798 -9.491
4 HB3 MET 692 HB3 MET 692 62.489 10.305 -10.339
5 HG2 MET 692 HG2 MET 692 61.811 9.286 -8.204
6 HG3 MET 692 HG3 MET 692 62.128 10.821 -7.394
7 HE2 MET 692 HE1 MET 692 61.102 12.883 -9.696
8 HE1 MET 692 HE2 MET 692 60.859 13.067 -7.964
9 HE3 MET 692 HE3 MET 692 59.485 13.191 -9.065
No H/Q in entry = 9
In of MODEL 21
1 H ASN 693 H ASN 693 63.836 8.546 -10.976
2 HA ASN 693 HA ASN 693 64.170 6.253 -9.172
3 HB2 ASN 693 HB2 ASN 693 62.402 6.324 -11.647
4 HB3 ASN 693 HB3 ASN 693 62.535 5.014 -10.486
5 HD21 ASN 693 HD21 ASN 693 61.018 7.971 -11.276
6 HD22 ASN 693 HD22 ASN 693 59.969 8.065 -9.911
No H/Q in entry = 6
In of MODEL 21
1 HA PRO 694 HA PRO 694 67.554 5.449 -12.010
2 HB2 PRO 694 HB2 PRO 694 67.281 2.663 -11.022
3 HB3 PRO 694 HB3 PRO 694 68.703 3.709 -11.023
4 HG2 PRO 694 HG2 PRO 694 67.390 3.171 -8.760
5 HG3 PRO 694 HG3 PRO 694 68.084 4.776 -9.062
6 HD2 PRO 694 HD2 PRO 694 65.235 3.880 -9.240
7 HD3 PRO 694 HD3 PRO 694 65.917 5.411 -8.645
No H/Q in entry = 7
In of MODEL 21
1 H LEU 695 H LEU 695 67.312 5.086 -14.108
2 HA LEU 695 HA LEU 695 64.962 3.769 -15.066
3 HB2 LEU 695 HB2 LEU 695 67.273 4.953 -16.582
4 HB3 LEU 695 HB3 LEU 695 65.784 4.375 -17.299
5 HG LEU 695 HG LEU 695 66.083 6.735 -15.442
6 HD13 LEU 695 HD11 LEU 695 66.892 7.144 -17.675
7 HD12 LEU 695 HD12 LEU 695 65.386 8.021 -17.389
8 HD11 LEU 695 HD13 LEU 695 65.380 6.547 -18.356
9 HD21 LEU 695 HD21 LEU 695 63.611 5.603 -16.753
10 HD23 LEU 695 HD22 LEU 695 63.703 7.136 -15.887
11 HD22 LEU 695 HD23 LEU 695 63.955 5.625 -15.020
No H/Q in entry = 11
In of MODEL 21
1 H THR 696 H THR 696 64.792 1.745 -15.285
2 HA THR 696 HA THR 696 66.938 -0.063 -15.229
3 HB THR 696 HB THR 696 64.977 -1.675 -15.765
4 HG1 THR 696 HG1 THR 696 63.371 -0.510 -16.515
5 HG23 THR 696 HG21 THR 696 64.141 -1.499 -13.464
6 HG22 THR 696 HG22 THR 696 64.850 0.109 -13.330
7 HG21 THR 696 HG23 THR 696 65.895 -1.302 -13.498
No H/Q in entry = 7
In of MODEL 21
1 H GLN 697 H GLN 697 66.869 -1.932 -16.983
2 HA GLN 697 HA GLN 697 67.834 -0.736 -19.371
3 HB2 GLN 697 HB2 GLN 697 67.403 -3.633 -18.604
4 HB3 GLN 697 HB3 GLN 697 68.008 -3.161 -20.176
5 HG2 GLN 697 HG2 GLN 697 69.813 -3.863 -18.680
6 HG3 GLN 697 HG3 GLN 697 69.988 -2.184 -19.160
7 HE21 GLN 697 HE21 GLN 697 69.267 -4.349 -16.546
8 HE22 GLN 697 HE22 GLN 697 69.454 -3.194 -15.278
No H/Q in entry = 8
In of MODEL 21
1 H ALA 698 H ALA 698 64.921 -2.249 -18.457
2 HA ALA 698 HA ALA 698 63.682 -1.347 -20.941
3 HB1 ALA 698 HB1 ALA 698 64.136 -3.736 -21.267
4 HB3 ALA 698 HB2 ALA 698 62.404 -3.457 -21.096
5 HB2 ALA 698 HB3 ALA 698 63.328 -4.110 -19.744
No H/Q in entry = 5
In of MODEL 21
1 H VAL 699 H VAL 699 61.121 -1.759 -20.515
2 HA VAL 699 HA VAL 699 60.569 -0.308 -18.112
3 HB VAL 699 HB VAL 699 58.563 -1.648 -19.978
4 HG11 VAL 699 HG11 VAL 699 57.676 -1.025 -17.770
5 HG13 VAL 699 HG12 VAL 699 56.951 -0.066 -19.066
6 HG12 VAL 699 HG13 VAL 699 58.200 0.638 -18.040
7 HG21 VAL 699 HG21 VAL 699 59.620 1.178 -20.034
8 HG23 VAL 699 HG22 VAL 699 58.319 0.547 -21.043
9 HG22 VAL 699 HG23 VAL 699 59.957 -0.089 -21.215
No H/Q in entry = 9
In of MODEL 21
1 HA PRO 700 HA PRO 700 60.804 -4.057 -15.848
2 HB2 PRO 700 HB2 PRO 700 60.337 -3.078 -13.381
3 HB3 PRO 700 HB3 PRO 700 61.852 -2.813 -14.250
4 HG2 PRO 700 HG2 PRO 700 59.524 -0.975 -13.904
5 HG3 PRO 700 HG3 PRO 700 61.256 -0.609 -13.863
6 HD2 PRO 700 HD2 PRO 700 59.642 -0.161 -16.029
7 HD3 PRO 700 HD3 PRO 700 61.394 -0.442 -16.138
No H/Q in entry = 7
In of MODEL 21
1 H LYS 701 H LYS 701 59.589 -5.601 -14.957
2 HA LYS 701 HA LYS 701 56.751 -5.093 -14.482
3 HB2 LYS 701 HB2 LYS 701 58.065 -7.357 -15.964
4 HB3 LYS 701 HB3 LYS 701 56.511 -7.579 -15.195
5 HG2 LYS 701 HG2 LYS 701 57.122 -5.547 -17.339
6 HG3 LYS 701 HG3 LYS 701 56.357 -7.109 -17.614
7 HD2 LYS 701 HD2 LYS 701 55.263 -4.890 -15.883
8 HD3 LYS 701 HD3 LYS 701 54.714 -5.282 -17.508
9 HE2 LYS 701 HE2 LYS 701 53.970 -7.499 -16.705
10 HE3 LYS 701 HE3 LYS 701 54.543 -7.103 -15.091
11 HZ3 LYS 701 HZ1 LYS 701 52.174 -6.755 -15.242
12 HZ2 LYS 701 HZ2 LYS 701 52.357 -5.727 -16.554
13 HZ1 LYS 701 HZ3 LYS 701 52.913 -5.259 -15.043
No H/Q in entry = 13
In of MODEL 21
1 H CYS 702 H CYS 702 56.087 -5.746 -12.566
2 HA CYS 702 HA CYS 702 57.734 -7.713 -11.129
3 HB2 CYS 702 HB2 CYS 702 55.915 -5.678 -9.770
4 HB3 CYS 702 HB3 CYS 702 57.160 -6.678 -9.080
No H/Q in entry = 4
In of MODEL 21
1 H GLN 703 H GLN 703 56.301 -9.110 -9.707
2 HA GLN 703 HA GLN 703 53.962 -9.745 -11.183
3 HB2 GLN 703 HB2 GLN 703 55.187 -10.852 -8.691
4 HB3 GLN 703 HB3 GLN 703 53.607 -11.383 -9.252
5 HG2 GLN 703 HG2 GLN 703 56.176 -11.537 -10.793
6 HG3 GLN 703 HG3 GLN 703 55.348 -12.889 -10.008
7 HE21 GLN 703 HE21 GLN 703 55.998 -12.571 -12.781
8 HE22 GLN 703 HE22 GLN 703 54.516 -12.617 -13.669
No H/Q in entry = 8
In of MODEL 21
1 H ARG 704 H ARG 704 51.946 -10.206 -9.816
2 HA ARG 704 HA ARG 704 51.166 -7.552 -9.026
3 HB2 ARG 704 HB2 ARG 704 49.538 -10.067 -9.368
4 HB3 ARG 704 HB3 ARG 704 48.841 -8.500 -8.959
5 HG2 ARG 704 HG2 ARG 704 49.549 -7.546 -10.991
6 HG3 ARG 704 HG3 ARG 704 50.546 -8.949 -11.394
7 HD2 ARG 704 HD2 ARG 704 48.474 -10.272 -11.528
8 HD3 ARG 704 HD3 ARG 704 47.527 -8.804 -11.279
9 HE ARG 704 HE ARG 704 49.155 -8.192 -13.358
10 HH11 ARG 704 HH11 ARG 704 46.645 -10.554 -12.798
11 HH12 ARG 704 HH12 ARG 704 46.525 -11.086 -14.408
12 HH21 ARG 704 HH21 ARG 704 48.922 -8.753 -15.611
13 HH22 ARG 704 HH22 ARG 704 47.808 -9.931 -16.110
No H/Q in entry = 13
In of MODEL 21
1 H TRP 705 H TRP 705 52.192 -10.292 -7.371
2 HA TRP 705 HA TRP 705 51.145 -9.311 -4.832
3 HB2 TRP 705 HB2 TRP 705 52.316 -11.361 -3.877
4 HB3 TRP 705 HB3 TRP 705 51.020 -11.717 -5.000
5 HD1 TRP 705 HD1 TRP 705 54.801 -12.139 -4.533
6 HE1 TRP 705 HE1 TRP 705 55.692 -13.637 -6.390
7 HE3 TRP 705 HE3 TRP 705 50.598 -12.437 -7.453
8 HZ2 TRP 705 HZ2 TRP 705 54.739 -14.856 -8.772
9 HZ3 TRP 705 HZ3 TRP 705 50.674 -13.802 -9.486
10 HH2 TRP 705 HH2 TRP 705 52.706 -14.990 -10.133
No H/Q in entry = 10
In of MODEL 21
1 H GLU 706 H GLU 706 53.332 -8.339 -6.813
2 HA GLU 706 HA GLU 706 55.378 -7.759 -4.818
3 HB2 GLU 706 HB2 GLU 706 55.661 -8.249 -7.777
4 HB3 GLU 706 HB3 GLU 706 56.957 -7.592 -6.766
5 HG2 GLU 706 HG2 GLU 706 56.892 -9.698 -5.485
6 HG3 GLU 706 HG3 GLU 706 55.647 -10.295 -6.586
No H/Q in entry = 6
In of MODEL 21
1 H LYS 707 H LYS 707 56.517 -5.779 -5.299
2 HA LYS 707 HA LYS 707 54.942 -3.710 -6.639
3 HB2 LYS 707 HB2 LYS 707 55.264 -2.221 -4.696
4 HB3 LYS 707 HB3 LYS 707 54.284 -3.615 -4.254
5 HG2 LYS 707 HG2 LYS 707 56.342 -4.661 -3.338
6 HG3 LYS 707 HG3 LYS 707 57.199 -3.167 -3.669
7 HD2 LYS 707 HD2 LYS 707 54.859 -3.497 -1.780
8 HD3 LYS 707 HD3 LYS 707 56.556 -3.367 -1.327
9 HE2 LYS 707 HE2 LYS 707 55.768 -1.232 -0.932
10 HE3 LYS 707 HE3 LYS 707 56.436 -1.067 -2.552
11 HZ1 LYS 707 HZ1 LYS 707 53.599 -1.490 -1.848
12 HZ3 LYS 707 HZ2 LYS 707 54.163 -1.262 -3.444
13 HZ2 LYS 707 HZ3 LYS 707 54.271 -0.020 -2.317
No H/Q in entry = 13
In of MODEL 21
1 H LEU 708 H LEU 708 56.397 -1.749 -7.000
2 HA LEU 708 HA LEU 708 59.117 -2.705 -7.140
3 HB2 LEU 708 HB2 LEU 708 57.903 -2.410 -9.293
4 HB3 LEU 708 HB3 LEU 708 57.747 -0.708 -8.929
5 HG LEU 708 HG LEU 708 60.440 -1.942 -8.995
6 HD13 LEU 708 HD11 LEU 708 59.385 -2.684 -11.058
7 HD12 LEU 708 HD12 LEU 708 60.565 -1.426 -11.420
8 HD11 LEU 708 HD13 LEU 708 58.842 -1.041 -11.406
9 HD21 LEU 708 HD21 LEU 708 59.401 0.786 -9.753
10 HD23 LEU 708 HD22 LEU 708 61.088 0.279 -9.837
11 HD22 LEU 708 HD23 LEU 708 60.269 0.366 -8.274
No H/Q in entry = 11
In of MODEL 21
1 H GLN 709 H GLN 709 60.587 -1.661 -6.104
2 HA GLN 709 HA GLN 709 60.322 1.168 -5.561
3 HB2 GLN 709 HB2 GLN 709 60.889 0.998 -3.221
4 HB3 GLN 709 HB3 GLN 709 59.504 -0.050 -3.472
5 HG2 GLN 709 HG2 GLN 709 61.008 -2.014 -3.501
6 HG3 GLN 709 HG3 GLN 709 62.363 -0.938 -3.333
7 HE21 GLN 709 HE21 GLN 709 62.895 -0.074 -1.380
8 HE22 GLN 709 HE22 GLN 709 62.151 -0.592 0.082
No H/Q in entry = 8
In of MODEL 21
1 H ASN 710 H ASN 710 62.343 2.113 -5.541
2 HA ASN 710 HA ASN 710 64.639 2.332 -5.778
3 HB2 ASN 710 HB2 ASN 710 64.377 0.867 -3.572
4 HB3 ASN 710 HB3 ASN 710 64.813 -0.437 -4.625
5 HD21 ASN 710 HD21 ASN 710 66.517 -0.707 -3.157
6 HD22 ASN 710 HD22 ASN 710 67.944 0.247 -3.344
No H/Q in entry = 6
In of MODEL 21
1 H SER 711 H SER 711 63.114 1.301 -7.900
2 HA SER 711 HA SER 711 63.191 0.539 -9.950
3 HB2 SER 711 HB2 SER 711 65.314 0.399 -11.179
4 HB3 SER 711 HB3 SER 711 65.309 1.779 -10.077
5 HG SER 711 HG SER 711 66.374 0.112 -8.608
No H/Q in entry = 5
In of MODEL 21
1 H ARG 712 H ARG 712 63.376 -1.462 -7.536
2 HA ARG 712 HA ARG 712 63.676 -3.815 -9.250
3 HB2 ARG 712 HB2 ARG 712 64.553 -5.056 -7.337
4 HB3 ARG 712 HB3 ARG 712 65.595 -3.716 -7.784
5 HG2 ARG 712 HG2 ARG 712 64.703 -2.399 -5.924
6 HG3 ARG 712 HG3 ARG 712 63.641 -3.745 -5.507
7 HD2 ARG 712 HD2 ARG 712 65.665 -3.656 -4.095
8 HD3 ARG 712 HD3 ARG 712 65.534 -5.150 -5.021
9 HE ARG 712 HE ARG 712 67.064 -3.853 -6.651
10 HH11 ARG 712 HH11 ARG 712 67.279 -3.581 -3.110
11 HH12 ARG 712 HH12 ARG 712 68.969 -3.485 -3.088
12 HH21 ARG 712 HH21 ARG 712 69.424 -3.689 -6.595
13 HH22 ARG 712 HH22 ARG 712 70.201 -3.525 -5.091
No H/Q in entry = 13
In of MODEL 21
1 H CYS 713 H CYS 713 62.536 -5.736 -8.289
2 HA CYS 713 HA CYS 713 59.953 -4.801 -7.323
3 HB2 CYS 713 HB2 CYS 713 60.676 -7.397 -8.684
4 HB3 CYS 713 HB3 CYS 713 59.054 -6.857 -8.266
No H/Q in entry = 4
In of MODEL 21
1 H VAL 714 H VAL 714 59.324 -5.340 -5.391
2 HA VAL 714 HA VAL 714 60.575 -7.600 -4.010
3 HB VAL 714 HB VAL 714 60.351 -6.328 -1.851
4 HG13 VAL 714 HG11 VAL 714 62.521 -6.352 -2.953
5 HG12 VAL 714 HG12 VAL 714 62.252 -4.793 -2.167
6 HG11 VAL 714 HG13 VAL 714 62.066 -4.946 -3.914
7 HG21 VAL 714 HG21 VAL 714 59.698 -3.985 -3.646
8 HG23 VAL 714 HG22 VAL 714 60.003 -3.883 -1.915
9 HG22 VAL 714 HG23 VAL 714 58.596 -4.766 -2.513
No H/Q in entry = 9
In of MODEL 21
1 H CYS 715 H CYS 715 58.967 -8.068 -1.987
2 HA CYS 715 HA CYS 715 56.425 -8.492 -3.312
3 HB2 CYS 715 HB2 CYS 715 57.605 -9.556 -0.775
4 HB3 CYS 715 HB3 CYS 715 55.891 -9.722 -1.107
No H/Q in entry = 4
In of MODEL 21
1 H LYS 716 H LYS 716 54.444 -7.955 -2.531
2 HA LYS 716 HA LYS 716 54.292 -5.542 -0.977
3 HB2 LYS 716 HB2 LYS 716 52.147 -7.342 -2.154
4 HB3 LYS 716 HB3 LYS 716 51.837 -5.816 -1.343
5 HG2 LYS 716 HG2 LYS 716 53.011 -4.614 -3.051
6 HG3 LYS 716 HG3 LYS 716 53.481 -6.111 -3.853
7 HD2 LYS 716 HD2 LYS 716 51.625 -5.098 -5.044
8 HD3 LYS 716 HD3 LYS 716 51.070 -6.578 -4.265
9 HE2 LYS 716 HE2 LYS 716 50.092 -5.264 -2.454
10 HE3 LYS 716 HE3 LYS 716 50.680 -3.778 -3.207
11 HZ2 LYS 716 HZ1 LYS 716 48.312 -4.268 -3.643
12 HZ1 LYS 716 HZ2 LYS 716 48.770 -5.655 -4.472
13 HZ3 LYS 716 HZ3 LYS 716 49.217 -4.147 -5.052
No H/Q in entry = 13
In of MODEL 21
1 H MET 717 H MET 717 53.048 -5.480 0.949
2 HA MET 717 HA MET 717 53.328 -7.910 2.538
3 HB2 MET 717 HB2 MET 717 52.648 -5.061 3.259
4 HB3 MET 717 HB3 MET 717 52.751 -6.353 4.437
5 HG2 MET 717 HG2 MET 717 55.007 -5.432 2.676
6 HG3 MET 717 HG3 MET 717 54.763 -4.935 4.349
7 HE1 MET 717 HE1 MET 717 55.146 -6.498 6.430
8 HE3 MET 717 HE2 MET 717 55.456 -8.226 6.319
9 HE2 MET 717 HE3 MET 717 53.889 -7.584 5.838
No H/Q in entry = 9
In of MODEL 21
1 HA PRO 718 HA PRO 718 49.124 -9.211 2.426
2 HB2 PRO 718 HB2 PRO 718 48.418 -9.364 5.112
3 HB3 PRO 718 HB3 PRO 718 49.254 -10.620 4.194
4 HG2 PRO 718 HG2 PRO 718 50.388 -8.521 6.001
5 HG3 PRO 718 HG3 PRO 718 50.853 -10.224 5.834
6 HD2 PRO 718 HD2 PRO 718 52.330 -8.312 4.738
7 HD3 PRO 718 HD3 PRO 718 52.040 -9.824 3.860
No H/Q in entry = 7
In of MODEL 21
1 H TYR 719 H TYR 719 49.742 -6.246 4.075
2 HA TYR 719 HA TYR 719 46.896 -5.652 4.239
3 HB2 TYR 719 HB2 TYR 719 47.531 -3.579 5.417
4 HB3 TYR 719 HB3 TYR 719 48.153 -5.028 6.190
5 HD1 TYR 719 HD1 TYR 719 48.977 -1.868 4.644
6 HD2 TYR 719 HD2 TYR 719 50.583 -5.571 5.977
7 HE1 TYR 719 HE1 TYR 719 51.220 -0.874 4.677
8 HE2 TYR 719 HE2 TYR 719 52.816 -4.583 6.034
9 HH TYR 719 HH TYR 719 53.355 -1.242 5.746
No H/Q in entry = 9
In of MODEL 21
1 H GLU 720 H GLU 720 49.331 -5.364 2.051
2 HA GLU 720 HA GLU 720 48.221 -3.039 0.692
3 HB2 GLU 720 HB2 GLU 720 50.490 -4.924 0.157
4 HB3 GLU 720 HB3 GLU 720 50.048 -3.637 -0.971
5 HG2 GLU 720 HG2 GLU 720 50.626 -2.010 0.793
6 HG3 GLU 720 HG3 GLU 720 51.090 -3.348 1.846
No H/Q in entry = 6
In of MODEL 21
1 H CYS 721 H CYS 721 47.394 -6.081 1.184
2 HA CYS 721 HA CYS 721 46.762 -6.793 -1.573
3 HB2 CYS 721 HB2 CYS 721 48.077 -8.506 -0.527
4 HB3 CYS 721 HB3 CYS 721 47.034 -8.522 0.913
No H/Q in entry = 4
In of MODEL 21
1 H GLY 722 H GLY 722 44.689 -7.468 -2.095
2 HA3 GLY 722 HA2 GLY 722 42.590 -7.625 -0.202
3 HA2 GLY 722 HA3 GLY 722 42.553 -6.105 -1.085
No H/Q in entry = 3
In of MODEL 21
1 HA PRO 723 HA PRO 723 40.438 -7.847 -4.462
2 HB2 PRO 723 HB2 PRO 723 41.824 -7.120 -6.691
3 HB3 PRO 723 HB3 PRO 723 40.818 -6.014 -5.751
4 HG2 PRO 723 HG2 PRO 723 43.783 -6.397 -5.683
5 HG3 PRO 723 HG3 PRO 723 42.849 -4.892 -5.661
6 HD2 PRO 723 HD2 PRO 723 43.898 -5.938 -3.419
7 HD3 PRO 723 HD3 PRO 723 42.333 -5.097 -3.426
No H/Q in entry = 7
In of MODEL 21
1 H SER 724 H SER 724 40.481 -10.074 -4.363
2 HA SER 724 HA SER 724 41.741 -11.424 -6.446
3 HB2 SER 724 HB2 SER 724 42.944 -13.028 -4.877
4 HB3 SER 724 HB3 SER 724 43.741 -11.492 -5.225
5 HG SER 724 HG SER 724 42.450 -10.859 -3.224
No H/Q in entry = 5
In of MODEL 21
1 H LEU 725 H LEU 725 41.219 -13.708 -6.428
2 HA LEU 725 HA LEU 725 38.551 -14.170 -5.609
3 HB2 LEU 725 HB2 LEU 725 40.697 -15.785 -6.875
4 HB3 LEU 725 HB3 LEU 725 39.196 -16.550 -6.381
5 HG LEU 725 HG LEU 725 39.343 -14.235 -8.311
6 HD11 LEU 725 HD11 LEU 725 39.128 -17.206 -8.855
7 HD13 LEU 725 HD12 LEU 725 40.528 -16.192 -9.221
8 HD12 LEU 725 HD13 LEU 725 39.003 -15.927 -10.062
9 HD21 LEU 725 HD21 LEU 725 37.175 -16.213 -7.643
10 HD23 LEU 725 HD22 LEU 725 37.104 -14.996 -8.915
11 HD22 LEU 725 HD23 LEU 725 37.191 -14.494 -7.229
No H/Q in entry = 11
In of MODEL 21
1 H ASP 726 H ASP 726 37.787 -15.057 -3.865
2 HA ASP 726 HA ASP 726 39.453 -15.729 -1.672
3 HB2 ASP 726 HB2 ASP 726 36.497 -16.232 -2.103
4 HB3 ASP 726 HB3 ASP 726 37.347 -16.388 -0.573
No H/Q in entry = 4
In of MODEL 21
1 H VAL 727 H VAL 727 40.216 -17.641 -1.079
2 HA VAL 727 HA VAL 727 39.240 -20.116 -2.287
3 HB VAL 727 HB VAL 727 41.582 -20.882 -2.786
4 HG12 VAL 727 HG11 VAL 727 40.733 -18.432 -4.338
5 HG11 VAL 727 HG12 VAL 727 40.198 -20.085 -4.630
6 HG13 VAL 727 HG13 VAL 727 41.879 -19.647 -4.901
7 HG23 VAL 727 HG21 VAL 727 42.315 -17.982 -2.360
8 HG22 VAL 727 HG22 VAL 727 43.399 -19.237 -2.972
9 HG21 VAL 727 HG23 VAL 727 42.787 -19.324 -1.323
No H/Q in entry = 9
In of MODEL 21
1 H CYS 728 H CYS 728 39.819 -21.996 -1.037
2 HA CYS 728 HA CYS 728 40.554 -21.348 1.730
3 HB2 CYS 728 HB2 CYS 728 39.469 -23.932 0.596
4 HB3 CYS 728 HB3 CYS 728 39.654 -23.522 2.295
No H/Q in entry = 4
In of MODEL 21
1 H ALA 729 H ALA 729 42.491 -22.113 2.662
2 HA ALA 729 HA ALA 729 43.960 -24.048 1.022
3 HB1 ALA 729 HB1 ALA 729 45.154 -21.673 2.443
4 HB3 ALA 729 HB2 ALA 729 44.907 -21.794 0.699
5 HB2 ALA 729 HB3 ALA 729 46.034 -22.883 1.510
No H/Q in entry = 5
In of MODEL 21
1 H GLN 730 H GLN 730 45.737 -25.014 2.359
2 HA GLN 730 HA GLN 730 44.800 -25.424 5.090
3 HB2 GLN 730 HB2 GLN 730 44.765 -27.536 3.966
4 HB3 GLN 730 HB3 GLN 730 46.299 -27.212 3.194
5 HG2 GLN 730 HG2 GLN 730 47.477 -27.412 5.284
6 HG3 GLN 730 HG3 GLN 730 45.960 -27.614 6.150
7 HE21 GLN 730 HE21 GLN 730 45.128 -29.577 6.323
8 HE22 GLN 730 HE22 GLN 730 45.790 -30.992 5.570
No H/Q in entry = 8
In of MODEL 21
1 H ASP 731 H ASP 731 46.089 -24.655 6.602
2 HA ASP 731 HA ASP 731 48.635 -23.401 6.094
3 HB2 ASP 731 HB2 ASP 731 47.077 -22.725 7.955
4 HB3 ASP 731 HB3 ASP 731 47.441 -24.253 8.742
No H/Q in entry = 4
In of MODEL 21
1 H GLU 732 H GLU 732 50.686 -24.329 6.253
2 HA GLU 732 HA GLU 732 50.794 -27.152 6.394
3 HB2 GLU 732 HB2 GLU 732 52.894 -25.078 6.014
4 HB3 GLU 732 HB3 GLU 732 53.366 -26.739 6.345
5 HG2 GLU 732 HG2 GLU 732 51.638 -25.782 4.081
6 HG3 GLU 732 HG3 GLU 732 53.304 -26.362 3.974
No H/Q in entry = 6
In of MODEL 21
1 H ARG 733 H ARG 733 51.063 -24.865 8.908
2 HA ARG 733 HA ARG 733 52.481 -26.809 10.554
3 HB2 ARG 733 HB2 ARG 733 53.311 -24.545 10.713
4 HB3 ARG 733 HB3 ARG 733 51.695 -23.932 11.041
5 HG2 ARG 733 HG2 ARG 733 53.013 -23.969 13.069
6 HG3 ARG 733 HG3 ARG 733 51.691 -25.129 13.177
7 HD2 ARG 733 HD2 ARG 733 53.266 -26.933 12.586
8 HD3 ARG 733 HD3 ARG 733 54.578 -25.751 12.555
9 HE ARG 733 HE ARG 733 53.103 -25.760 15.002
10 HH11 ARG 733 HH11 ARG 733 55.747 -27.399 13.312
11 HH12 ARG 733 HH12 ARG 733 56.542 -27.869 14.738
12 HH21 ARG 733 HH21 ARG 733 54.143 -26.431 16.908
13 HH22 ARG 733 HH22 ARG 733 55.611 -27.307 16.862
No H/Q in entry = 13
In of MODEL 21
1 H SER 734 H SER 734 49.543 -24.898 10.465
2 HA SER 734 HA SER 734 48.447 -26.211 12.760
3 HB2 SER 734 HB2 SER 734 47.072 -24.401 10.782
4 HB3 SER 734 HB3 SER 734 46.586 -24.731 12.447
5 HG SER 734 HG SER 734 48.858 -23.888 12.880
No H/Q in entry = 5
In of MODEL 21
1 H LYS 735 H LYS 735 48.292 -26.734 9.254
2 HA LYS 735 HA LYS 735 47.287 -28.078 7.952
3 HB2 LYS 735 HB2 LYS 735 47.232 -29.808 10.399
4 HB3 LYS 735 HB3 LYS 735 46.646 -30.366 8.847
5 HG2 LYS 735 HG2 LYS 735 49.438 -29.404 9.431
6 HG3 LYS 735 HG3 LYS 735 48.948 -31.085 9.158
7 HD2 LYS 735 HD2 LYS 735 48.004 -30.192 6.908
8 HD3 LYS 735 HD3 LYS 735 49.004 -28.795 7.220
9 HE2 LYS 735 HE2 LYS 735 50.992 -30.067 7.198
10 HE3 LYS 735 HE3 LYS 735 50.099 -31.592 7.115
11 HZ3 LYS 735 HZ1 LYS 735 50.876 -31.044 4.925
12 HZ2 LYS 735 HZ2 LYS 735 50.265 -29.491 4.983
13 HZ1 LYS 735 HZ3 LYS 735 49.217 -30.808 4.942
No H/Q in entry = 13
In of MODEL 21
1 H ARG 736 H ARG 736 45.640 -26.241 9.544
2 HA ARG 736 HA ARG 736 43.058 -27.506 9.213
3 HB2 ARG 736 HB2 ARG 736 42.132 -25.504 10.276
4 HB3 ARG 736 HB3 ARG 736 43.359 -26.278 11.268
5 HG2 ARG 736 HG2 ARG 736 44.961 -24.628 10.704
6 HG3 ARG 736 HG3 ARG 736 43.886 -23.920 9.501
7 HD2 ARG 736 HD2 ARG 736 43.938 -22.649 11.497
8 HD3 ARG 736 HD3 ARG 736 42.324 -23.297 11.239
9 HE ARG 736 HE ARG 736 44.253 -24.448 13.160
10 HH11 ARG 736 HH11 ARG 736 40.920 -23.531 12.343
11 HH12 ARG 736 HH12 ARG 736 40.323 -23.817 13.908
12 HH21 ARG 736 HH21 ARG 736 43.433 -24.859 15.270
13 HH22 ARG 736 HH22 ARG 736 41.779 -24.603 15.625
No H/Q in entry = 13
In of MODEL 21
1 H ILE 737 H ILE 737 41.450 -26.562 7.841
2 HA ILE 737 HA ILE 737 42.509 -25.230 5.540
3 HB ILE 737 HB ILE 737 39.623 -25.747 6.236
4 HG12 ILE 737 HG12 ILE 737 40.917 -27.888 6.310
5 HG13 ILE 737 HG13 ILE 737 39.722 -27.854 5.024
6 HG21 ILE 737 HG21 ILE 737 40.094 -24.168 4.414
7 HG23 ILE 737 HG22 ILE 737 39.279 -25.616 3.822
8 HG22 ILE 737 HG23 ILE 737 41.020 -25.415 3.581
9 HD13 ILE 737 HD11 ILE 737 41.450 -27.371 3.424
10 HD12 ILE 737 HD12 ILE 737 41.794 -28.873 4.290
11 HD11 ILE 737 HD13 ILE 737 42.675 -27.388 4.695
No H/Q in entry = 11
In of MODEL 21
1 H LEU 738 H LEU 738 42.382 -23.123 5.202
2 HA LEU 738 HA LEU 738 40.646 -21.514 6.892
3 HB2 LEU 738 HB2 LEU 738 42.313 -19.668 6.733
4 HB3 LEU 738 HB3 LEU 738 42.564 -20.950 7.879
5 HG LEU 738 HG LEU 738 44.371 -19.868 6.559
6 HD12 LEU 738 HD11 LEU 738 45.674 -22.034 6.623
7 HD11 LEU 738 HD12 LEU 738 44.105 -22.817 6.955
8 HD13 LEU 738 HD13 LEU 738 44.762 -21.631 8.095
9 HD22 LEU 738 HD21 LEU 738 45.147 -20.902 4.552
10 HD21 LEU 738 HD22 LEU 738 43.438 -20.430 4.321
11 HD23 LEU 738 HD23 LEU 738 43.865 -22.091 4.650
No H/Q in entry = 11
In of MODEL 21
1 HA PRO 739 HA PRO 739 39.371 -19.405 3.231
2 HB2 PRO 739 HB2 PRO 739 38.372 -17.187 4.329
3 HB3 PRO 739 HB3 PRO 739 37.537 -18.742 4.489
4 HG2 PRO 739 HG2 PRO 739 39.243 -17.287 6.483
5 HG3 PRO 739 HG3 PRO 739 37.764 -18.227 6.754
6 HD2 PRO 739 HD2 PRO 739 40.340 -19.235 7.191
7 HD3 PRO 739 HD3 PRO 739 38.901 -20.210 6.829
No H/Q in entry = 7
In of MODEL 21
1 H LEU 740 H LEU 740 40.947 -18.619 1.980
2 HA LEU 740 HA LEU 740 42.352 -16.183 2.831
3 HB2 LEU 740 HB2 LEU 740 43.467 -18.546 1.326
4 HB3 LEU 740 HB3 LEU 740 44.238 -16.982 1.324
5 HG LEU 740 HG LEU 740 43.786 -18.707 3.744
6 HD11 LEU 740 HD11 LEU 740 45.447 -19.596 2.176
7 HD13 LEU 740 HD12 LEU 740 46.175 -19.078 3.687
8 HD12 LEU 740 HD13 LEU 740 46.325 -18.063 2.234
9 HD23 LEU 740 HD21 LEU 740 45.262 -17.118 4.883
10 HD22 LEU 740 HD22 LEU 740 43.781 -16.349 4.329
11 HD21 LEU 740 HD23 LEU 740 45.288 -16.111 3.438
No H/Q in entry = 11
In of MODEL 21
1 H THR 741 H THR 741 43.519 -15.467 0.622
2 HA THR 741 HA THR 741 41.562 -15.507 -1.516
3 HB THR 741 HB THR 741 42.947 -12.946 -1.162
4 HG1 THR 741 HG1 THR 741 40.966 -13.386 0.776
5 HG21 THR 741 HG21 THR 741 40.944 -13.291 -2.566
6 HG23 THR 741 HG22 THR 741 40.667 -12.056 -1.337
7 HG22 THR 741 HG23 THR 741 40.009 -13.675 -1.118
No H/Q in entry = 7
In of MODEL 21
1 H VAL 742 H VAL 742 42.657 -15.318 -3.561
2 HA VAL 742 HA VAL 742 45.035 -16.655 -3.952
3 HB VAL 742 HB VAL 742 44.033 -14.421 -5.674
4 HG13 VAL 742 HG11 VAL 742 46.154 -14.786 -6.385
5 HG12 VAL 742 HG12 VAL 742 45.107 -15.592 -7.556
6 HG11 VAL 742 HG13 VAL 742 45.988 -16.530 -6.340
7 HG22 VAL 742 HG21 VAL 742 42.280 -15.927 -5.388
8 HG21 VAL 742 HG22 VAL 742 43.322 -17.317 -5.679
9 HG23 VAL 742 HG23 VAL 742 42.949 -16.184 -7.000
No H/Q in entry = 9
In of MODEL 21
1 H CYS 743 H CYS 743 44.669 -13.147 -3.861
2 HA CYS 743 HA CYS 743 47.333 -12.511 -4.260
3 HB2 CYS 743 HB2 CYS 743 45.813 -10.743 -4.574
4 HB3 CYS 743 HB3 CYS 743 45.026 -11.065 -3.025
No H/Q in entry = 4
In of MODEL 21
1 H LYS 744 H LYS 744 45.536 -12.658 -1.196
2 HA LYS 744 HA LYS 744 47.607 -12.172 0.532
3 HB2 LYS 744 HB2 LYS 744 45.204 -12.316 1.060
4 HB3 LYS 744 HB3 LYS 744 45.318 -14.058 1.005
5 HG2 LYS 744 HG2 LYS 744 46.804 -14.121 2.889
6 HG3 LYS 744 HG3 LYS 744 46.936 -12.363 2.901
7 HD2 LYS 744 HD2 LYS 744 44.551 -12.194 3.408
8 HD3 LYS 744 HD3 LYS 744 44.418 -13.953 3.404
9 HE2 LYS 744 HE2 LYS 744 45.905 -14.100 5.305
10 HE3 LYS 744 HE3 LYS 744 46.193 -12.364 5.261
11 HZ3 LYS 744 HZ1 LYS 744 44.586 -12.916 6.959
12 HZ2 LYS 744 HZ2 LYS 744 43.582 -13.674 5.839
13 HZ1 LYS 744 HZ3 LYS 744 43.854 -12.011 5.748
No H/Q in entry = 13
In of MODEL 21
1 H MET 745 H MET 745 46.477 -15.336 -0.605
2 HA MET 745 HA MET 745 48.392 -16.975 0.617
3 HB2 MET 745 HB2 MET 745 46.900 -18.250 -0.297
4 HB3 MET 745 HB3 MET 745 46.517 -17.195 -1.650
5 HG2 MET 745 HG2 MET 745 47.414 -19.116 -2.692
6 HG3 MET 745 HG3 MET 745 48.769 -18.024 -2.616
7 HE2 MET 745 HE1 MET 745 48.227 -21.772 -0.013
8 HE1 MET 745 HE2 MET 745 47.144 -21.229 -1.294
9 HE3 MET 745 HE3 MET 745 47.218 -20.348 0.233
No H/Q in entry = 9
In of MODEL 21
1 H HIS 746 H HIS 746 48.588 -15.141 -2.381
2 HA HIS 746 HA HIS 746 51.137 -16.295 -3.132
3 HB2 HIS 746 HB2 HIS 746 49.433 -14.170 -4.179
4 HB3 HIS 746 HB3 HIS 746 51.137 -14.074 -4.650
5 HD1 HIS 746 HD1 HIS 746 51.956 -16.032 -6.219
6 HD2 HIS 746 HD2 HIS 746 47.896 -16.054 -5.416
7 HE1 HIS 746 HE1 HIS 746 50.932 -17.414 -8.038
8 HE2 HIS 746 HE2 HIS 746 48.447 -17.236 -7.648
No H/Q in entry = 8
In of MODEL 21
1 H VAL 747 H VAL 747 50.155 -13.187 -1.814
2 HA VAL 747 HA VAL 747 52.676 -12.020 -1.553
3 HB VAL 747 HB VAL 747 50.047 -11.634 -0.106
4 HG11 VAL 747 HG11 VAL 747 51.827 -11.050 1.520
5 HG13 VAL 747 HG12 VAL 747 50.980 -9.612 0.981
6 HG12 VAL 747 HG13 VAL 747 52.567 -9.993 0.329
7 HG22 VAL 747 HG21 VAL 747 50.073 -9.502 -1.333
8 HG21 VAL 747 HG22 VAL 747 50.192 -10.904 -2.409
9 HG23 VAL 747 HG23 VAL 747 51.631 -9.964 -2.026
No H/Q in entry = 9
In of MODEL 21
1 H LEU 748 H LEU 748 50.734 -13.743 0.814
2 HA LEU 748 HA LEU 748 52.671 -13.773 2.807
3 HB2 LEU 748 HB2 LEU 748 50.693 -14.134 3.793
4 HB3 LEU 748 HB3 LEU 748 49.985 -14.751 2.338
5 HG LEU 748 HG LEU 748 51.587 -16.478 4.239
6 HD12 LEU 748 HD11 LEU 748 48.603 -16.036 4.041
7 HD11 LEU 748 HD12 LEU 748 49.621 -15.435 5.358
8 HD13 LEU 748 HD13 LEU 748 49.417 -17.172 5.115
9 HD21 LEU 748 HD21 LEU 748 51.230 -17.301 1.896
10 HD23 LEU 748 HD22 LEU 748 49.485 -17.162 2.174
11 HD22 LEU 748 HD23 LEU 748 50.442 -18.281 3.130
No H/Q in entry = 11
In of MODEL 21
1 H HIS 749 H HIS 749 52.176 -15.838 0.086
2 HA HIS 749 HA HIS 749 53.849 -17.945 1.061
3 HB2 HIS 749 HB2 HIS 749 52.055 -17.996 -0.859
4 HB3 HIS 749 HB3 HIS 749 53.413 -17.513 -1.867
5 HD1 HIS 749 HD1 HIS 749 55.385 -19.261 -2.073
6 HD2 HIS 749 HD2 HIS 749 52.009 -20.582 -0.068
7 HE1 HIS 749 HE1 HIS 749 55.615 -21.771 -1.919
8 HE2 HIS 749 HE2 HIS 749 53.384 -22.505 -1.061
No H/Q in entry = 8
In of MODEL 21
1 H CYS 750 H CYS 750 54.320 -15.059 -0.990
2 HA CYS 750 HA CYS 750 57.012 -15.864 -1.527
3 HB2 CYS 750 HB2 CYS 750 57.292 -13.878 -2.819
4 HB3 CYS 750 HB3 CYS 750 55.667 -14.453 -3.141
No H/Q in entry = 4
In of MODEL 21
1 H GLN 751 H GLN 751 55.339 -14.055 0.864
2 HA GLN 751 HA GLN 751 57.548 -12.834 2.109
3 HB2 GLN 751 HB2 GLN 751 54.933 -13.806 3.260
4 HB3 GLN 751 HB3 GLN 751 56.113 -12.889 4.176
5 HG2 GLN 751 HG2 GLN 751 54.762 -11.923 1.674
6 HG3 GLN 751 HG3 GLN 751 54.209 -11.546 3.295
7 HE21 GLN 751 HE21 GLN 751 55.033 -9.702 1.232
8 HE22 GLN 751 HE22 GLN 751 56.365 -8.831 1.864
No H/Q in entry = 8
In of MODEL 21
1 H GLY 752 H GLY 752 56.603 -16.122 1.880
2 HA3 GLY 752 HA2 GLY 752 58.286 -17.776 2.389
3 HA2 GLY 752 HA3 GLY 752 58.728 -16.823 3.795
No H/Q in entry = 3
In of MODEL 21
1 H ARG 753 H ARG 753 55.392 -17.605 2.909
2 HA ARG 753 HA ARG 753 55.326 -19.421 5.225
3 HB2 ARG 753 HB2 ARG 753 52.978 -17.882 4.109
4 HB3 ARG 753 HB3 ARG 753 53.047 -18.771 5.624
5 HG2 ARG 753 HG2 ARG 753 54.531 -16.223 4.994
6 HG3 ARG 753 HG3 ARG 753 53.122 -16.374 6.039
7 HD2 ARG 753 HD2 ARG 753 54.343 -17.630 7.642
8 HD3 ARG 753 HD3 ARG 753 55.704 -17.836 6.538
9 HE ARG 753 HE ARG 753 55.043 -15.108 7.170
10 HH11 ARG 753 HH11 ARG 753 56.987 -17.888 8.209
11 HH12 ARG 753 HH12 ARG 753 58.235 -16.932 8.873
12 HH21 ARG 753 HH21 ARG 753 56.746 -13.825 8.092
13 HH22 ARG 753 HH22 ARG 753 58.109 -14.574 8.773
No H/Q in entry = 13
In of MODEL 21
1 H ASN 754 H ASN 754 54.234 -21.400 4.934
2 HA ASN 754 HA ASN 754 53.839 -22.019 2.091
3 HB2 ASN 754 HB2 ASN 754 54.624 -23.960 4.281
4 HB3 ASN 754 HB3 ASN 754 54.418 -24.342 2.582
5 HD21 ASN 754 HD21 ASN 754 56.471 -22.934 4.944
6 HD22 ASN 754 HD22 ASN 754 57.832 -22.655 3.933
No H/Q in entry = 6
In of MODEL 21
1 H TYR 755 H TYR 755 51.954 -22.639 1.426
2 HA TYR 755 HA TYR 755 50.051 -23.747 3.299
3 HB2 TYR 755 HB2 TYR 755 49.623 -21.307 1.606
4 HB3 TYR 755 HB3 TYR 755 48.277 -22.325 2.102
5 HD1 TYR 755 HD1 TYR 755 51.046 -20.228 3.342
6 HD2 TYR 755 HD2 TYR 755 47.364 -22.094 4.264
7 HE1 TYR 755 HE1 TYR 755 50.988 -19.028 5.453
8 HE2 TYR 755 HE2 TYR 755 47.289 -20.903 6.399
9 HH TYR 755 HH TYR 755 48.961 -19.989 7.930
No H/Q in entry = 9
In of MODEL 21
1 H THR 756 H THR 756 48.825 -25.216 2.460
2 HA THR 756 HA THR 756 49.396 -26.074 -0.250
3 HB THR 756 HB THR 756 48.035 -27.371 2.119
4 HG1 THR 756 HG1 THR 756 50.046 -27.783 2.640
5 HG22 THR 756 HG21 THR 756 48.707 -28.560 -0.572
6 HG21 THR 756 HG22 THR 756 47.093 -28.181 0.044
7 HG23 THR 756 HG23 THR 756 48.051 -29.448 0.820
No H/Q in entry = 7
In of MODEL 21
1 H LEU 757 H LEU 757 47.758 -26.090 -1.825
2 HA LEU 757 HA LEU 757 45.398 -24.572 -1.193
3 HB2 LEU 757 HB2 LEU 757 46.433 -25.745 -3.767
4 HB3 LEU 757 HB3 LEU 757 44.821 -25.082 -3.649
5 HG LEU 757 HG LEU 757 46.236 -23.461 -4.656
6 HD13 LEU 757 HD11 LEU 757 44.546 -22.574 -3.231
7 HD12 LEU 757 HD12 LEU 757 45.988 -21.565 -3.111
8 HD11 LEU 757 HD13 LEU 757 45.596 -22.688 -1.824
9 HD21 LEU 757 HD21 LEU 757 48.032 -23.671 -2.228
10 HD23 LEU 757 HD22 LEU 757 48.209 -22.498 -3.535
11 HD22 LEU 757 HD23 LEU 757 48.422 -24.218 -3.860
No H/Q in entry = 11
In of MODEL 21
1 H THR 758 H THR 758 43.330 -25.246 -1.185
2 HA THR 758 HA THR 758 42.892 -28.108 -1.396
3 HB THR 758 HB THR 758 41.310 -27.862 0.602
4 HG1 THR 758 HG1 THR 758 41.941 -25.336 0.414
5 HG23 THR 758 HG21 THR 758 43.114 -28.147 2.254
6 HG22 THR 758 HG22 THR 758 44.277 -27.508 1.092
7 HG21 THR 758 HG23 THR 758 43.457 -29.037 0.771
No H/Q in entry = 7
In of MODEL 21
1 H GLY 759 H GLY 759 40.186 -28.170 -0.909
2 HA3 GLY 759 HA2 GLY 759 39.272 -26.993 -3.354
3 HA2 GLY 759 HA3 GLY 759 38.377 -28.072 -2.299
No H/Q in entry = 3
In of MODEL 21
1 H ARG 760 H ARG 760 37.036 -26.108 -3.331
2 HA ARG 760 HA ARG 760 36.954 -23.582 -2.076
3 HB2 ARG 760 HB2 ARG 760 35.865 -24.397 -4.222
4 HB3 ARG 760 HB3 ARG 760 34.621 -25.117 -3.202
5 HG2 ARG 760 HG2 ARG 760 35.393 -22.281 -3.535
6 HG3 ARG 760 HG3 ARG 760 33.935 -23.189 -4.128
7 HD2 ARG 760 HD2 ARG 760 34.599 -22.756 -1.272
8 HD3 ARG 760 HD3 ARG 760 33.681 -21.553 -2.201
9 HE ARG 760 HE ARG 760 32.235 -23.738 -2.625
10 HH11 ARG 760 HH11 ARG 760 33.713 -22.844 0.497
11 HH12 ARG 760 HH12 ARG 760 32.358 -23.329 1.396
12 HH21 ARG 760 HH21 ARG 760 30.427 -24.390 -1.345
13 HH22 ARG 760 HH22 ARG 760 30.463 -24.212 0.357
No H/Q in entry = 13
In of MODEL 21
1 H ASP 761 H ASP 761 35.042 -26.420 -1.850
2 HA ASP 761 HA ASP 761 33.442 -25.527 0.318
3 HB2 ASP 761 HB2 ASP 761 32.639 -26.846 -1.518
4 HB3 ASP 761 HB3 ASP 761 33.656 -28.198 -1.071
No H/Q in entry = 4
In of MODEL 21
1 H SER 762 H SER 762 36.368 -25.976 0.650
2 HA SER 762 HA SER 762 36.340 -27.884 2.867
3 HB2 SER 762 HB2 SER 762 38.684 -26.350 1.717
4 HB3 SER 762 HB3 SER 762 38.792 -27.590 2.964
5 HG SER 762 HG SER 762 37.380 -28.661 1.104
No H/Q in entry = 5
In of MODEL 21
1 H CYS 763 H CYS 763 36.363 -24.431 2.297
2 HA CYS 763 HA CYS 763 36.066 -24.150 5.182
3 HB2 CYS 763 HB2 CYS 763 37.277 -22.133 5.291
4 HB3 CYS 763 HB3 CYS 763 38.336 -23.260 4.463
No H/Q in entry = 4
In of MODEL 21
1 H THR 764 H THR 764 34.981 -22.120 5.740
2 HA THR 764 HA THR 764 32.739 -21.720 3.966
3 HB THR 764 HB THR 764 33.304 -20.440 6.650
4 HG1 THR 764 HG1 THR 764 32.563 -23.020 5.947
5 HG23 THR 764 HG21 THR 764 30.860 -20.244 6.761
6 HG22 THR 764 HG22 THR 764 30.727 -21.019 5.177
7 HG21 THR 764 HG23 THR 764 31.494 -19.436 5.325
No H/Q in entry = 7
In of MODEL 21
1 H LEU 765 H LEU 765 33.423 -20.541 2.330
2 HA LEU 765 HA LEU 765 35.489 -18.660 2.414
3 HB2 LEU 765 HB2 LEU 765 34.399 -20.138 0.515
4 HB3 LEU 765 HB3 LEU 765 33.456 -18.689 0.239
5 HG LEU 765 HG LEU 765 35.513 -17.422 -0.164
6 HD12 LEU 765 HD11 LEU 765 37.640 -18.684 -0.409
7 HD11 LEU 765 HD12 LEU 765 36.843 -20.102 0.274
8 HD13 LEU 765 HD13 LEU 765 37.060 -18.658 1.252
9 HD22 LEU 765 HD21 LEU 765 36.109 -18.460 -2.266
10 HD21 LEU 765 HD22 LEU 765 34.355 -18.523 -2.029
11 HD23 LEU 765 HD23 LEU 765 35.353 -19.966 -1.760
No H/Q in entry = 11
In of MODEL 21
1 HA PRO 766 HA PRO 766 33.057 -15.182 3.830
2 HB2 PRO 766 HB2 PRO 766 34.926 -13.461 4.066
3 HB3 PRO 766 HB3 PRO 766 35.198 -15.029 4.865
4 HG2 PRO 766 HG2 PRO 766 35.982 -14.187 2.128
5 HG3 PRO 766 HG3 PRO 766 37.146 -14.656 3.421
6 HD2 PRO 766 HD2 PRO 766 36.268 -16.478 1.611
7 HD3 PRO 766 HD3 PRO 766 36.408 -16.916 3.330
No H/Q in entry = 7
In of MODEL 21
1 H ALA 767 H ALA 767 33.790 -12.524 3.194
2 HA ALA 767 HA ALA 767 33.530 -12.083 0.349
3 HB2 ALA 767 HB1 ALA 767 31.546 -10.751 0.845
4 HB1 ALA 767 HB2 ALA 767 31.698 -11.409 2.519
5 HB3 ALA 767 HB3 ALA 767 31.366 -12.509 1.177
No H/Q in entry = 5
In of MODEL 21
1 H SER 768 H SER 768 33.402 -9.686 0.087
2 HA SER 768 HA SER 768 35.624 -8.498 1.232
3 HB2 SER 768 HB2 SER 768 33.405 -7.120 -0.259
4 HB3 SER 768 HB3 SER 768 35.144 -6.783 -0.256
5 HG SER 768 HG SER 768 35.526 -8.644 -1.344
No H/Q in entry = 5
In of MODEL 21
1 H ALA 769 H ALA 769 32.123 -7.569 1.462
2 HA ALA 769 HA ALA 769 32.129 -6.917 4.182
3 HB3 ALA 769 HB1 ALA 769 32.285 -4.577 2.261
4 HB2 ALA 769 HB2 ALA 769 33.498 -5.007 3.468
5 HB1 ALA 769 HB3 ALA 769 31.899 -4.468 3.980
No H/Q in entry = 5
In of MODEL 21
1 H GLU 770 H GLU 770 30.035 -5.473 4.532
2 HA GLU 770 HA GLU 770 28.010 -6.826 3.029
3 HB2 GLU 770 HB2 GLU 770 26.415 -5.754 4.617
4 HB3 GLU 770 HB3 GLU 770 27.631 -6.758 5.386
5 HG2 GLU 770 HG2 GLU 770 28.869 -4.820 6.075
6 HG3 GLU 770 HG3 GLU 770 27.783 -3.762 5.174
No H/Q in entry = 6
In of MODEL 21
1 H LYS 771 H LYS 771 26.629 -6.071 1.648
2 HA LYS 771 HA LYS 771 26.697 -3.291 0.742
3 HB2 LYS 771 HB2 LYS 771 27.527 -5.626 -0.995
4 HB3 LYS 771 HB3 LYS 771 27.372 -3.961 -1.516
5 HG2 LYS 771 HG2 LYS 771 29.315 -4.877 0.571
6 HG3 LYS 771 HG3 LYS 771 29.700 -4.783 -1.144
7 HD2 LYS 771 HD2 LYS 771 29.474 -2.461 -1.171
8 HD3 LYS 771 HD3 LYS 771 28.634 -2.436 0.385
9 HE2 LYS 771 HE2 LYS 771 30.510 -3.051 1.539
10 HE3 LYS 771 HE3 LYS 771 31.412 -3.488 0.105
11 HZ2 LYS 771 HZ1 LYS 771 32.151 -1.309 0.927
12 HZ1 LYS 771 HZ2 LYS 771 30.599 -0.676 0.802
13 HZ3 LYS 771 HZ3 LYS 771 31.445 -1.160 -0.576
No H/Q in entry = 13
In of MODEL 21
1 H ALA 772 H ALA 772 25.419 -3.417 -1.498
2 HA ALA 772 HA ALA 772 22.755 -4.439 -1.550
3 HB3 ALA 772 HB1 ALA 772 23.742 -2.808 -3.098
4 HB2 ALA 772 HB2 ALA 772 23.113 -4.224 -3.944
5 HB1 ALA 772 HB3 ALA 772 24.846 -4.049 -3.686
No H/Q in entry = 5
In of MODEL 21
1 H CYS 773 H CYS 773 21.927 -6.467 -1.822
2 HA CYS 773 HA CYS 773 21.829 -8.643 -1.780
3 HB2 CYS 773 HB2 CYS 773 24.053 -8.311 -3.763
4 HB3 CYS 773 HB3 CYS 773 23.424 -9.866 -3.242
No H/Q in entry = 4
In of MODEL 21
1 H GLY 774 H GLY 774 23.721 -7.210 0.050
2 HA3 GLY 774 HA2 GLY 774 24.694 -7.950 1.967
3 HA2 GLY 774 HA3 GLY 774 24.672 -9.587 1.335
No H/Q in entry = 3
In of MODEL 21
1 H ALA 775 H ALA 775 26.165 -8.512 -1.182
2 HA ALA 775 HA ALA 775 28.716 -7.768 -0.124
3 HB2 ALA 775 HB1 ALA 775 28.691 -10.149 0.461
4 HB1 ALA 775 HB2 ALA 775 29.916 -9.792 -0.757
5 HB3 ALA 775 HB3 ALA 775 28.400 -10.558 -1.229
No H/Q in entry = 5
In of MODEL 21
1 H CYS 776 H CYS 776 29.718 -6.630 -1.621
2 HA CYS 776 HA CYS 776 29.349 -7.297 -4.458
3 HB2 CYS 776 HB2 CYS 776 29.585 -4.488 -3.321
4 HB3 CYS 776 HB3 CYS 776 29.532 -4.900 -5.024
No H/Q in entry = 4
In of MODEL 21
1 HA PRO 777 HA PRO 777 33.816 -7.133 -3.782
2 HB2 PRO 777 HB2 PRO 777 34.468 -9.288 -5.218
3 HB3 PRO 777 HB3 PRO 777 33.778 -9.451 -3.602
4 HG2 PRO 777 HG2 PRO 777 32.500 -9.871 -6.251
5 HG3 PRO 777 HG3 PRO 777 32.198 -10.693 -4.712
6 HD2 PRO 777 HD2 PRO 777 30.671 -8.592 -5.824
7 HD3 PRO 777 HD3 PRO 777 30.559 -9.226 -4.170
No H/Q in entry = 7
In of MODEL 21
1 H LEU 778 H LEU 778 35.579 -7.334 -5.517
2 HA LEU 778 HA LEU 778 35.441 -5.330 -7.358
3 HB2 LEU 778 HB2 LEU 778 37.471 -6.385 -8.427
4 HB3 LEU 778 HB3 LEU 778 37.565 -5.983 -6.728
5 HG LEU 778 HG LEU 778 36.874 -8.805 -7.488
6 HD13 LEU 778 HD11 LEU 778 39.199 -9.392 -7.588
7 HD12 LEU 778 HD12 LEU 778 39.682 -7.700 -7.437
8 HD11 LEU 778 HD13 LEU 778 38.821 -8.257 -8.885
9 HD23 LEU 778 HD21 LEU 778 38.227 -9.277 -5.461
10 HD22 LEU 778 HD22 LEU 778 36.836 -8.273 -5.120
11 HD21 LEU 778 HD23 LEU 778 38.441 -7.544 -5.228
No H/Q in entry = 11
In of MODEL 21
1 H TRP 779 H TRP 779 34.764 -8.754 -8.061
2 HA TRP 779 HA TRP 779 34.335 -8.131 -10.860
3 HB2 TRP 779 HB2 TRP 779 33.789 -10.618 -11.009
4 HB3 TRP 779 HB3 TRP 779 35.436 -10.205 -10.551
5 HD1 TRP 779 HD1 TRP 779 32.170 -11.540 -8.973
6 HE1 TRP 779 HE1 TRP 779 32.789 -12.770 -6.805
7 HE3 TRP 779 HE3 TRP 779 37.151 -10.514 -8.864
8 HZ2 TRP 779 HZ2 TRP 779 35.133 -13.235 -5.246
9 HZ3 TRP 779 HZ3 TRP 779 38.494 -11.390 -7.007
10 HH2 TRP 779 HH2 TRP 779 37.477 -12.708 -5.242
No H/Q in entry = 10
In of MODEL 21
1 H GLY 780 H GLY 780 32.545 -7.732 -8.194
2 HA3 GLY 780 HA2 GLY 780 30.321 -7.226 -7.959
3 HA2 GLY 780 HA3 GLY 780 30.105 -7.585 -9.665
No H/Q in entry = 3
In of MODEL 21
1 H LYS 781 H LYS 781 28.427 -8.285 -7.420
2 HA LYS 781 HA LYS 781 27.914 -11.002 -8.020
3 HB2 LYS 781 HB2 LYS 781 29.067 -10.285 -5.385
4 HB3 LYS 781 HB3 LYS 781 27.787 -11.485 -5.492
5 HG2 LYS 781 HG2 LYS 781 29.280 -12.805 -7.034
6 HG3 LYS 781 HG3 LYS 781 30.563 -11.641 -6.701
7 HD2 LYS 781 HD2 LYS 781 30.776 -13.660 -5.286
8 HD3 LYS 781 HD3 LYS 781 30.494 -12.212 -4.320
9 HE2 LYS 781 HE2 LYS 781 28.145 -12.790 -4.065
10 HE3 LYS 781 HE3 LYS 781 28.334 -14.172 -5.138
11 HZ2 LYS 781 HZ1 LYS 781 28.277 -14.698 -2.736
12 HZ1 LYS 781 HZ2 LYS 781 29.722 -13.875 -2.515
13 HZ3 LYS 781 HZ3 LYS 781 29.676 -15.249 -3.477
No H/Q in entry = 13
In of MODEL 21
1 H CYS 782 H CYS 782 26.018 -11.708 -6.801
2 HA CYS 782 HA CYS 782 24.807 -9.671 -5.208
3 HB2 CYS 782 HB2 CYS 782 23.369 -9.907 -7.223
4 HB3 CYS 782 HB3 CYS 782 23.354 -11.659 -7.043
No H/Q in entry = 4
In of MODEL 21
1 H ASP 783 H ASP 783 23.291 -11.455 -3.510
2 HA ASP 783 HA ASP 783 24.556 -14.012 -3.332
3 HB2 ASP 783 HB2 ASP 783 26.452 -12.526 -2.685
4 HB3 ASP 783 HB3 ASP 783 25.485 -11.925 -1.350
No H/Q in entry = 4
In of MODEL 21
1 H ALA 784 H ALA 784 23.522 -11.530 -1.106
2 HA ALA 784 HA ALA 784 21.410 -13.295 -0.101
3 HB1 ALA 784 HB1 ALA 784 23.041 -11.209 1.369
4 HB3 ALA 784 HB2 ALA 784 23.235 -12.953 1.516
5 HB2 ALA 784 HB3 ALA 784 21.750 -12.183 2.077
No H/Q in entry = 5
In of MODEL 21
1 H GLU 785 H GLU 785 20.305 -11.104 1.482
2 HA GLU 785 HA GLU 785 19.115 -9.567 -0.707
3 HB2 GLU 785 HB2 GLU 785 18.101 -10.059 2.092
4 HB3 GLU 785 HB3 GLU 785 17.238 -9.219 0.813
5 HG2 GLU 785 HG2 GLU 785 17.286 -11.294 -0.529
6 HG3 GLU 785 HG3 GLU 785 18.034 -12.107 0.838
No H/Q in entry = 6
In of MODEL 21
1 H SER 786 H SER 786 18.007 -7.546 0.850
2 HA SER 786 HA SER 786 18.326 -5.513 1.650
3 HB2 SER 786 HB2 SER 786 20.950 -6.543 2.778
4 HB3 SER 786 HB3 SER 786 20.147 -5.041 3.247
5 HG SER 786 HG SER 786 18.331 -6.353 3.854
No H/Q in entry = 5
In of MODEL 21
1 H SER 787 H SER 787 18.341 -4.435 -0.116
2 HA SER 787 HA SER 787 18.907 -3.292 -1.875
3 HB2 SER 787 HB2 SER 787 21.654 -3.266 -0.577
4 HB3 SER 787 HB3 SER 787 21.250 -2.293 -2.004
5 HG SER 787 HG SER 787 20.272 -2.220 0.613
No H/Q in entry = 5
In of MODEL 21
1 H LYS 788 H LYS 788 20.731 -3.439 -3.906
2 HA LYS 788 HA LYS 788 20.788 -6.325 -4.383
3 HB2 LYS 788 HB2 LYS 788 18.698 -5.360 -4.936
4 HB3 LYS 788 HB3 LYS 788 19.478 -4.264 -6.059
5 HG2 LYS 788 HG2 LYS 788 19.618 -7.280 -6.399
6 HG3 LYS 788 HG3 LYS 788 18.290 -6.349 -7.082
7 HD2 LYS 788 HD2 LYS 788 19.854 -5.101 -8.461
8 HD3 LYS 788 HD3 LYS 788 21.214 -5.924 -7.700
9 HE2 LYS 788 HE2 LYS 788 20.730 -6.893 -9.888
10 HE3 LYS 788 HE3 LYS 788 20.431 -8.055 -8.602
11 HZ3 LYS 788 HZ1 LYS 788 18.099 -7.686 -8.786
12 HZ2 LYS 788 HZ2 LYS 788 18.699 -7.985 -10.338
13 HZ1 LYS 788 HZ3 LYS 788 18.322 -6.419 -9.870
No H/Q in entry = 13
In of MODEL 21
1 H CYS 789 H CYS 789 22.482 -6.980 -5.386
2 HA CYS 789 HA CYS 789 24.238 -5.064 -6.705
3 HB2 CYS 789 HB2 CYS 789 24.869 -6.177 -4.423
4 HB3 CYS 789 HB3 CYS 789 25.192 -7.570 -5.441
No H/Q in entry = 4
In of MODEL 21
1 H VAL 790 H VAL 790 25.937 -6.846 -7.959
2 HA VAL 790 HA VAL 790 24.375 -8.539 -9.611
3 HB VAL 790 HB VAL 790 23.628 -6.196 -10.251
4 HG12 VAL 790 HG11 VAL 790 26.453 -5.967 -11.215
5 HG11 VAL 790 HG12 VAL 790 25.716 -5.072 -9.906
6 HG13 VAL 790 HG13 VAL 790 25.165 -4.805 -11.579
7 HG21 VAL 790 HG21 VAL 790 23.390 -8.055 -11.798
8 HG23 VAL 790 HG22 VAL 790 25.032 -7.787 -12.386
9 HG22 VAL 790 HG23 VAL 790 23.780 -6.569 -12.678
No H/Q in entry = 9
In of MODEL 21
1 H CYS 791 H CYS 791 25.858 -9.183 -11.510
2 HA CYS 791 HA CYS 791 28.636 -9.317 -10.574
3 HB2 CYS 791 HB2 CYS 791 27.449 -10.723 -12.950
4 HB3 CYS 791 HB3 CYS 791 28.813 -11.171 -11.952
No H/Q in entry = 4
In of MODEL 21
1 H ARG 792 H ARG 792 30.190 -8.316 -11.659
2 HA ARG 792 HA ARG 792 29.501 -6.693 -13.978
3 HB2 ARG 792 HB2 ARG 792 32.097 -6.988 -12.412
4 HB3 ARG 792 HB3 ARG 792 31.779 -5.800 -13.665
5 HG2 ARG 792 HG2 ARG 792 30.204 -4.657 -12.255
6 HG3 ARG 792 HG3 ARG 792 30.311 -5.923 -11.031
7 HD2 ARG 792 HD2 ARG 792 32.686 -5.397 -10.710
8 HD3 ARG 792 HD3 ARG 792 32.569 -4.129 -11.925
9 HE ARG 792 HE ARG 792 30.667 -3.443 -10.134
10 HH11 ARG 792 HH11 ARG 792 34.062 -4.318 -9.652
11 HH12 ARG 792 HH12 ARG 792 34.330 -3.161 -8.437
12 HH21 ARG 792 HH21 ARG 792 31.027 -1.891 -8.445
13 HH22 ARG 792 HH22 ARG 792 32.568 -1.801 -7.683
No H/Q in entry = 13
In of MODEL 21
1 H GLU 793 H GLU 793 31.372 -6.988 -15.754
2 HA GLU 793 HA GLU 793 32.110 -9.790 -15.656
3 HB2 GLU 793 HB2 GLU 793 31.325 -8.269 -18.142
4 HB3 GLU 793 HB3 GLU 793 31.898 -9.933 -18.088
5 HG2 GLU 793 HG2 GLU 793 29.920 -10.348 -16.509
6 HG3 GLU 793 HG3 GLU 793 29.306 -8.812 -17.107
No H/Q in entry = 6
In of MODEL 21
1 H ALA 794 H ALA 794 33.820 -10.038 -17.610
2 HA ALA 794 HA ALA 794 36.168 -9.103 -16.441
3 HB1 ALA 794 HB1 ALA 794 37.291 -10.059 -18.371
4 HB2 ALA 794 HB2 ALA 794 35.758 -10.130 -19.240
5 HB3 ALA 794 HB3 ALA 794 36.003 -11.127 -17.809
No H/Q in entry = 5
In of MODEL 21
1 H SER 795 H SER 795 34.146 -7.799 -18.894
2 HA SER 795 HA SER 795 35.885 -6.054 -20.082
3 HB2 SER 795 HB2 SER 795 33.622 -4.954 -20.648
4 HB3 SER 795 HB3 SER 795 33.987 -6.586 -21.231
5 HG SER 795 HG SER 795 32.289 -5.754 -19.159
No H/Q in entry = 5
In of MODEL 21
1 H GLU 796 H GLU 796 34.131 -5.803 -17.029
2 HA GLU 796 HA GLU 796 34.707 -2.920 -16.865
3 HB2 GLU 796 HB2 GLU 796 32.988 -4.668 -15.084
4 HB3 GLU 796 HB3 GLU 796 33.279 -2.966 -14.817
5 HG2 GLU 796 HG2 GLU 796 31.116 -3.182 -15.750
6 HG3 GLU 796 HG3 GLU 796 32.149 -2.530 -17.015
No H/Q in entry = 6
In of MODEL 21
1 H CYS 797 H CYS 797 36.562 -5.338 -16.469
2 HA CYS 797 HA CYS 797 37.142 -5.040 -13.667
3 HB2 CYS 797 HB2 CYS 797 38.207 -6.989 -15.668
4 HB3 CYS 797 HB3 CYS 797 38.659 -6.950 -13.963
No H/Q in entry = 4
In of MODEL 21
1 H GLU 798 H GLU 798 38.035 -3.105 -13.512
2 HA GLU 798 HA GLU 798 40.695 -2.712 -14.704
3 HB2 GLU 798 HB2 GLU 798 38.570 -0.812 -13.794
4 HB3 GLU 798 HB3 GLU 798 40.240 -0.301 -13.651
5 HG2 GLU 798 HG2 GLU 798 39.180 0.507 -15.715
6 HG3 GLU 798 HG3 GLU 798 40.564 -0.529 -16.031
No H/Q in entry = 6
In of MODEL 21
1 H GLU 799 H GLU 799 39.558 -4.144 -12.255
2 HA GLU 799 HA GLU 799 40.993 -2.950 -10.069
3 HB2 GLU 799 HB2 GLU 799 38.859 -4.148 -9.745
4 HB3 GLU 799 HB3 GLU 799 39.608 -5.629 -10.315
5 HG2 GLU 799 HG2 GLU 799 39.421 -5.583 -7.896
6 HG3 GLU 799 HG3 GLU 799 41.108 -5.620 -8.413
No H/Q in entry = 6
In of MODEL 21
1 H GLU 800 H GLU 800 42.728 -4.071 -8.946
2 HA GLU 800 HA GLU 800 44.664 -5.132 -10.803
3 HB2 GLU 800 HB2 GLU 800 44.948 -4.471 -7.868
4 HB3 GLU 800 HB3 GLU 800 46.251 -5.038 -8.891
5 HG2 GLU 800 HG2 GLU 800 45.952 -2.992 -10.280
6 HG3 GLU 800 HG3 GLU 800 44.781 -2.421 -9.087
No H/Q in entry = 6
In of MODEL 21
1 H GLY 801 H GLY 801 43.249 -6.938 -10.997
2 HA3 GLY 801 HA2 GLY 801 43.479 -8.992 -8.910
3 HA2 GLY 801 HA3 GLY 801 42.549 -9.148 -10.395
No H/Q in entry = 3
In of MODEL 21
1 H PHE 802 H PHE 802 44.316 -11.119 -9.293
2 HA PHE 802 HA PHE 802 46.771 -11.133 -10.801
3 HB2 PHE 802 HB2 PHE 802 45.385 -13.094 -8.994
4 HB3 PHE 802 HB3 PHE 802 46.882 -13.490 -9.799
5 HD1 PHE 802 HD1 PHE 802 47.716 -13.999 -7.619
6 HD2 PHE 802 HD2 PHE 802 46.552 -10.044 -8.626
7 HE1 PHE 802 HE1 PHE 802 48.918 -13.207 -5.771
8 HE2 PHE 802 HE2 PHE 802 47.775 -9.200 -6.726
9 HZ PHE 802 HZ PHE 802 48.994 -10.757 -5.245
No H/Q in entry = 9
In of MODEL 21
1 H SER 803 H SER 803 47.031 -13.675 -11.563
2 HA SER 803 HA SER 803 44.857 -14.222 -13.388
3 HB2 SER 803 HB2 SER 803 47.836 -14.473 -13.878
4 HB3 SER 803 HB3 SER 803 46.588 -15.086 -14.962
5 HG SER 803 HG SER 803 46.357 -13.184 -15.727
No H/Q in entry = 5
In of MODEL 21
1 H ILE 804 H ILE 804 44.206 -16.320 -13.373
2 HA ILE 804 HA ILE 804 45.664 -18.196 -11.671
3 HB ILE 804 HB ILE 804 43.677 -18.932 -10.502
4 HG12 ILE 804 HG12 ILE 804 41.916 -18.490 -12.197
5 HG13 ILE 804 HG13 ILE 804 41.487 -17.847 -10.621
6 HG23 ILE 804 HG21 ILE 804 43.171 -16.988 -9.086
7 HG22 ILE 804 HG22 ILE 804 43.956 -15.946 -10.266
8 HG21 ILE 804 HG23 ILE 804 44.894 -17.174 -9.414
9 HD12 ILE 804 HD11 ILE 804 42.451 -16.268 -12.993
10 HD11 ILE 804 HD12 ILE 804 42.103 -15.603 -11.400
11 HD13 ILE 804 HD13 ILE 804 40.811 -16.338 -12.353
No H/Q in entry = 11
In of MODEL 21
1 H CYS 805 H CYS 805 44.501 -20.438 -11.831
2 HA CYS 805 HA CYS 805 44.080 -20.969 -14.701
3 HB2 CYS 805 HB2 CYS 805 46.110 -21.952 -13.613
4 HB3 CYS 805 HB3 CYS 805 45.049 -22.767 -12.471
No H/Q in entry = 4
In of MODEL 21
1 H VAL 806 H VAL 806 42.088 -21.605 -15.231
2 HA VAL 806 HA VAL 806 40.349 -22.625 -13.096
3 HB VAL 806 HB VAL 806 39.469 -20.871 -15.371
4 HG13 VAL 806 HG11 VAL 806 37.711 -22.172 -14.446
5 HG12 VAL 806 HG12 VAL 806 37.491 -20.478 -13.984
6 HG11 VAL 806 HG13 VAL 806 38.113 -21.645 -12.819
7 HG21 VAL 806 HG21 VAL 806 40.994 -19.547 -14.070
8 HG23 VAL 806 HG22 VAL 806 40.124 -19.941 -12.580
9 HG22 VAL 806 HG23 VAL 806 39.348 -18.978 -13.844
No H/Q in entry = 9
In of MODEL 21
1 H GLU 807 H GLU 807 39.455 -24.515 -13.607
2 HA GLU 807 HA GLU 807 39.698 -25.645 -16.258
3 HB2 GLU 807 HB2 GLU 807 40.072 -27.055 -14.273
4 HB3 GLU 807 HB3 GLU 807 38.428 -26.740 -13.744
5 HG2 GLU 807 HG2 GLU 807 37.616 -27.800 -15.832
6 HG3 GLU 807 HG3 GLU 807 39.283 -28.219 -16.212
No H/Q in entry = 6
In of MODEL 21
1 H VAL 808 H VAL 808 38.308 -25.208 -17.685
2 HA VAL 808 HA VAL 808 35.463 -24.899 -17.064
3 HB VAL 808 HB VAL 808 37.088 -23.186 -18.909
4 HG13 VAL 808 HG11 VAL 808 35.159 -21.818 -19.189
5 HG12 VAL 808 HG12 VAL 808 34.214 -22.934 -18.173
6 HG11 VAL 808 HG13 VAL 808 34.899 -23.486 -19.719
7 HG23 VAL 808 HG21 VAL 808 36.592 -21.317 -17.399
8 HG22 VAL 808 HG22 VAL 808 37.673 -22.546 -16.743
9 HG21 VAL 808 HG23 VAL 808 35.985 -22.499 -16.239
No H/Q in entry = 9
In of MODEL 21
1 H ASN 809 H ASN 809 34.299 -26.068 -18.531
2 HA ASN 809 HA ASN 809 33.746 -27.397 -20.282
3 HB2 ASN 809 HB2 ASN 809 36.074 -25.984 -21.578
4 HB3 ASN 809 HB3 ASN 809 35.200 -27.241 -22.413
5 HD21 ASN 809 HD21 ASN 809 35.276 -23.973 -21.451
6 HD22 ASN 809 HD22 ASN 809 33.788 -23.483 -22.172
No H/Q in entry = 6
In of MODEL 21
1 H GLY 810 H GLY 810 35.908 -27.980 -18.224
2 HA3 GLY 810 HA2 GLY 810 36.838 -30.036 -17.651
3 HA2 GLY 810 HA3 GLY 810 36.667 -30.557 -19.322
No H/Q in entry = 3
In of MODEL 21
1 H LYS 811 H LYS 811 37.939 -27.609 -19.625
2 HA LYS 811 HA LYS 811 40.692 -28.659 -19.661
3 HB2 LYS 811 HB2 LYS 811 39.409 -26.532 -21.375
4 HB3 LYS 811 HB3 LYS 811 41.081 -27.064 -21.469
5 HG2 LYS 811 HG2 LYS 811 40.379 -29.273 -22.152
6 HG3 LYS 811 HG3 LYS 811 38.688 -28.814 -21.973
7 HD2 LYS 811 HD2 LYS 811 39.377 -28.749 -24.320
8 HD3 LYS 811 HD3 LYS 811 38.950 -27.142 -23.731
9 HE2 LYS 811 HE2 LYS 811 41.286 -26.584 -23.456
10 HE3 LYS 811 HE3 LYS 811 41.766 -28.209 -23.936
11 HZ2 LYS 811 HZ1 LYS 811 42.003 -26.628 -25.711
12 HZ1 LYS 811 HZ2 LYS 811 40.349 -26.245 -25.657
13 HZ3 LYS 811 HZ3 LYS 811 40.855 -27.780 -26.121
No H/Q in entry = 13
In of MODEL 21
1 H GLU 812 H GLU 812 42.352 -27.203 -19.006
2 HA GLU 812 HA GLU 812 41.337 -25.167 -17.165
3 HB2 GLU 812 HB2 GLU 812 44.090 -26.363 -17.370
4 HB3 GLU 812 HB3 GLU 812 43.555 -25.208 -16.160
5 HG2 GLU 812 HG2 GLU 812 41.920 -26.815 -15.345
6 HG3 GLU 812 HG3 GLU 812 42.478 -27.986 -16.534
No H/Q in entry = 6
In of MODEL 21
1 H GLN 813 H GLN 813 41.328 -23.173 -17.725
2 HA GLN 813 HA GLN 813 43.364 -22.219 -19.609
3 HB2 GLN 813 HB2 GLN 813 41.229 -22.292 -20.641
4 HB3 GLN 813 HB3 GLN 813 40.463 -21.461 -19.291
5 HG2 GLN 813 HG2 GLN 813 41.809 -19.469 -19.840
6 HG3 GLN 813 HG3 GLN 813 42.449 -20.300 -21.256
7 HE21 GLN 813 HE21 GLN 813 39.833 -21.662 -21.618
8 HE22 GLN 813 HE22 GLN 813 38.786 -20.510 -22.321
No H/Q in entry = 8
In of MODEL 21
1 H THR 814 H THR 814 44.321 -20.297 -19.087
2 HA THR 814 HA THR 814 44.117 -19.416 -16.355
3 HB THR 814 HB THR 814 45.865 -18.608 -18.659
4 HG1 THR 814 HG1 THR 814 47.336 -19.971 -17.711
5 HG22 THR 814 HG21 THR 814 47.323 -17.582 -16.936
6 HG21 THR 814 HG22 THR 814 46.126 -17.981 -15.702
7 HG23 THR 814 HG23 THR 814 45.733 -16.818 -16.967
No H/Q in entry = 7
In of MODEL 21
1 H MET 815 H MET 815 43.036 -17.662 -15.745
2 HA MET 815 HA MET 815 42.215 -15.690 -17.788
3 HB2 MET 815 HB2 MET 815 40.470 -16.387 -15.436
4 HB3 MET 815 HB3 MET 815 40.038 -15.499 -16.887
5 HG2 MET 815 HG2 MET 815 40.458 -17.733 -18.105
6 HG3 MET 815 HG3 MET 815 40.432 -18.380 -16.467
7 HE1 MET 815 HE1 MET 815 38.633 -19.272 -18.852
8 HE3 MET 815 HE2 MET 815 37.111 -19.540 -17.999
9 HE2 MET 815 HE3 MET 815 38.656 -20.021 -17.257
No H/Q in entry = 9
In of MODEL 21
1 H SER 816 H SER 816 41.485 -13.693 -16.617
2 HA SER 816 HA SER 816 43.374 -13.174 -14.521
3 HB2 SER 816 HB2 SER 816 42.455 -10.812 -14.706
4 HB3 SER 816 HB3 SER 816 43.215 -11.454 -16.179
5 HG SER 816 HG SER 816 41.110 -11.880 -16.944
No H/Q in entry = 5
In of MODEL 21
1 H GLU 817 H GLU 817 42.724 -12.253 -12.513
2 HA GLU 817 HA GLU 817 41.197 -13.747 -10.864
3 HB2 GLU 817 HB2 GLU 817 42.782 -11.821 -10.429
4 HB3 GLU 817 HB3 GLU 817 41.363 -10.799 -10.592
5 HG2 GLU 817 HG2 GLU 817 41.161 -11.088 -8.397
6 HG3 GLU 817 HG3 GLU 817 40.508 -12.671 -8.853
No H/Q in entry = 6
In of MODEL 21
1 H CYS 818 H CYS 818 40.199 -10.569 -12.026
2 HA CYS 818 HA CYS 818 37.594 -10.660 -10.951
3 HB2 CYS 818 HB2 CYS 818 38.837 -8.562 -11.457
4 HB3 CYS 818 HB3 CYS 818 38.674 -8.975 -13.170
No H/Q in entry = 4
In of MODEL 21
1 H GLU 819 H GLU 819 38.972 -11.465 -14.034
2 HA GLU 819 HA GLU 819 36.656 -11.674 -15.571
3 HB2 GLU 819 HB2 GLU 819 38.918 -11.526 -16.415
4 HB3 GLU 819 HB3 GLU 819 39.307 -13.046 -15.653
5 HG2 GLU 819 HG2 GLU 819 38.098 -14.248 -17.198
6 HG3 GLU 819 HG3 GLU 819 37.310 -12.791 -17.856
No H/Q in entry = 6
In of MODEL 21
1 H ALA 820 H ALA 820 38.631 -14.314 -14.170
2 HA ALA 820 HA ALA 820 36.860 -16.353 -14.556
3 HB1 ALA 820 HB1 ALA 820 39.153 -16.698 -13.867
4 HB2 ALA 820 HB2 ALA 820 38.050 -17.546 -12.776
5 HB3 ALA 820 HB3 ALA 820 38.785 -16.024 -12.277
No H/Q in entry = 5
In of MODEL 21
1 H GLY 821 H GLY 821 37.145 -14.098 -11.839
2 HA3 GLY 821 HA2 GLY 821 35.261 -15.232 -10.078
3 HA2 GLY 821 HA3 GLY 821 35.803 -13.560 -10.075
No H/Q in entry = 3
In of MODEL 21
1 H ALA 822 H ALA 822 34.921 -12.867 -12.662
2 HA ALA 822 HA ALA 822 32.252 -12.243 -12.094
3 HB2 ALA 822 HB1 ALA 822 33.633 -12.005 -14.773
4 HB1 ALA 822 HB2 ALA 822 33.830 -10.869 -13.451
5 HB3 ALA 822 HB3 ALA 822 32.229 -11.101 -14.169
No H/Q in entry = 5
In of MODEL 21
1 H LEU 823 H LEU 823 33.748 -14.675 -14.179
2 HA LEU 823 HA LEU 823 31.306 -15.686 -15.206
3 HB2 LEU 823 HB2 LEU 823 33.954 -17.110 -14.801
4 HB3 LEU 823 HB3 LEU 823 32.564 -17.936 -15.449
5 HG LEU 823 HG LEU 823 33.824 -17.468 -17.311
6 HD12 LEU 823 HD11 LEU 823 31.947 -15.160 -17.192
7 HD11 LEU 823 HD12 LEU 823 31.571 -16.805 -17.704
8 HD13 LEU 823 HD13 LEU 823 32.688 -15.818 -18.649
9 HD21 LEU 823 HD21 LEU 823 34.380 -14.684 -16.302
10 HD23 LEU 823 HD22 LEU 823 34.916 -15.333 -17.848
11 HD22 LEU 823 HD23 LEU 823 35.521 -16.019 -16.351
No H/Q in entry = 11
In of MODEL 21
1 H ARG 824 H ARG 824 33.077 -16.373 -12.245
2 HA ARG 824 HA ARG 824 31.475 -18.441 -11.196
3 HB2 ARG 824 HB2 ARG 824 33.165 -16.329 -9.846
4 HB3 ARG 824 HB3 ARG 824 32.266 -17.528 -8.936
5 HG2 ARG 824 HG2 ARG 824 33.577 -19.304 -9.897
6 HG3 ARG 824 HG3 ARG 824 34.386 -18.169 -10.979
7 HD2 ARG 824 HD2 ARG 824 35.748 -18.837 -8.990
8 HD3 ARG 824 HD3 ARG 824 35.502 -17.102 -9.141
9 HE ARG 824 HE ARG 824 33.496 -17.890 -7.511
10 HH11 ARG 824 HH11 ARG 824 36.976 -18.532 -7.314
11 HH12 ARG 824 HH12 ARG 824 37.078 -18.366 -5.614
12 HH21 ARG 824 HH21 ARG 824 33.626 -17.629 -5.160
13 HH22 ARG 824 HH22 ARG 824 35.094 -17.836 -4.357
No H/Q in entry = 13
In of MODEL 21
1 H CYS 825 H CYS 825 30.852 -15.068 -11.490
2 HA CYS 825 HA CYS 825 28.731 -15.241 -9.533
3 HB2 CYS 825 HB2 CYS 825 30.205 -13.185 -9.743
4 HB3 CYS 825 HB3 CYS 825 29.407 -12.900 -11.281
No H/Q in entry = 4
In of MODEL 21
1 H ARG 826 H ARG 826 29.086 -14.704 -13.049
2 HA ARG 826 HA ARG 826 26.326 -14.351 -13.409
3 HB2 ARG 826 HB2 ARG 826 26.763 -14.615 -15.875
4 HB3 ARG 826 HB3 ARG 826 27.684 -13.367 -15.049
5 HG2 ARG 826 HG2 ARG 826 29.637 -14.632 -15.147
6 HG3 ARG 826 HG3 ARG 826 28.781 -16.072 -15.715
7 HD2 ARG 826 HD2 ARG 826 28.844 -13.456 -17.223
8 HD3 ARG 826 HD3 ARG 826 29.989 -14.766 -17.509
9 HE ARG 826 HE ARG 826 27.661 -16.018 -17.739
10 HH11 ARG 826 HH11 ARG 826 28.526 -12.874 -19.194
11 HH12 ARG 826 HH12 ARG 826 27.794 -13.239 -20.678
12 HH21 ARG 826 HH21 ARG 826 26.658 -16.477 -19.798
13 HH22 ARG 826 HH22 ARG 826 26.702 -15.315 -21.035
No H/Q in entry = 13
In of MODEL 21
1 H GLY 827 H GLY 827 28.187 -17.281 -13.343
2 HA3 GLY 827 HA2 GLY 827 26.737 -19.179 -12.635
3 HA2 GLY 827 HA3 GLY 827 25.634 -18.664 -13.900
No H/Q in entry = 3
In of MODEL 21
1 H GLN 828 H GLN 828 28.469 -18.138 -15.218
2 HA GLN 828 HA GLN 828 28.452 -20.341 -16.955
3 HB2 GLN 828 HB2 GLN 828 29.512 -18.157 -17.477
4 HB3 GLN 828 HB3 GLN 828 30.732 -18.472 -16.256
5 HG2 GLN 828 HG2 GLN 828 31.638 -18.930 -18.449
6 HG3 GLN 828 HG3 GLN 828 31.467 -20.429 -17.527
7 HE21 GLN 828 HE21 GLN 828 30.216 -18.577 -20.220
8 HE22 GLN 828 HE22 GLN 828 29.289 -19.849 -20.896
No H/Q in entry = 8
In of MODEL 21
1 H SER 829 H SER 829 29.446 -22.301 -16.779
2 HA SER 829 HA SER 829 30.304 -22.953 -14.128
3 HB2 SER 829 HB2 SER 829 29.947 -24.719 -16.556
4 HB3 SER 829 HB3 SER 829 30.253 -25.289 -14.913
5 HG SER 829 HG SER 829 28.238 -23.660 -14.670
No H/Q in entry = 5
In of MODEL 21
1 H ILE 830 H ILE 830 32.249 -22.546 -13.532
2 HA ILE 830 HA ILE 830 34.598 -23.328 -15.127
3 HB ILE 830 HB ILE 830 35.739 -21.276 -14.707
4 HG12 ILE 830 HG12 ILE 830 34.931 -20.780 -12.410
5 HG13 ILE 830 HG13 ILE 830 34.938 -19.356 -13.430
6 HG23 ILE 830 HG21 ILE 830 34.376 -21.087 -16.630
7 HG22 ILE 830 HG22 ILE 830 34.447 -19.518 -15.824
8 HG21 ILE 830 HG23 ILE 830 33.005 -20.526 -15.673
9 HD12 ILE 830 HD11 ILE 830 32.538 -20.981 -12.631
10 HD11 ILE 830 HD12 ILE 830 32.514 -19.584 -13.707
11 HD13 ILE 830 HD13 ILE 830 33.004 -19.391 -12.021
No H/Q in entry = 11
In of MODEL 21
1 H SER 831 H SER 831 36.315 -23.912 -13.695
2 HA SER 831 HA SER 831 35.640 -23.958 -10.844
3 HB2 SER 831 HB2 SER 831 36.918 -26.059 -12.559
4 HB3 SER 831 HB3 SER 831 36.708 -26.130 -10.813
5 HG SER 831 HG SER 831 34.365 -25.582 -11.762
No H/Q in entry = 5
In of MODEL 21
1 H VAL 832 H VAL 832 37.155 -22.482 -10.005
2 HA VAL 832 HA VAL 832 39.722 -22.229 -11.201
3 HB VAL 832 HB VAL 832 38.914 -20.286 -10.040
4 HG11 VAL 832 HG11 VAL 832 38.885 -21.915 -7.502
5 HG13 VAL 832 HG12 VAL 832 37.479 -21.291 -8.366
6 HG12 VAL 832 HG13 VAL 832 38.606 -20.177 -7.595
7 HG22 VAL 832 HG21 VAL 832 40.794 -19.727 -8.551
8 HG21 VAL 832 HG22 VAL 832 41.332 -20.532 -10.028
9 HG23 VAL 832 HG23 VAL 832 41.250 -21.430 -8.514
No H/Q in entry = 9
In of MODEL 21
1 H THR 833 H THR 833 41.093 -23.789 -11.289
2 HA THR 833 HA THR 833 41.089 -25.825 -9.264
3 HB THR 833 HB THR 833 42.797 -26.867 -10.852
4 HG1 THR 833 HG1 THR 833 42.959 -25.955 -12.863
5 HG23 THR 833 HG21 THR 833 40.460 -27.525 -10.760
6 HG22 THR 833 HG22 THR 833 41.039 -27.519 -12.431
7 HG21 THR 833 HG23 THR 833 40.033 -26.196 -11.836
No H/Q in entry = 7
In of MODEL 21
1 H SER 834 H SER 834 43.133 -23.238 -10.295
2 HA SER 834 HA SER 834 44.747 -23.586 -7.919
3 HB2 SER 834 HB2 SER 834 45.973 -23.649 -10.690
4 HB3 SER 834 HB3 SER 834 46.880 -23.463 -9.192
5 HG SER 834 HG SER 834 45.168 -25.598 -9.185
No H/Q in entry = 5
In of MODEL 21
1 H ILE 835 H ILE 835 45.662 -21.640 -7.241
2 HA ILE 835 HA ILE 835 44.649 -19.406 -8.733
3 HB ILE 835 HB ILE 835 44.838 -18.042 -6.909
4 HG12 ILE 835 HG12 ILE 835 47.277 -18.381 -6.407
5 HG13 ILE 835 HG13 ILE 835 46.286 -18.249 -4.968
6 HG21 ILE 835 HG21 ILE 835 43.243 -19.740 -6.461
7 HG23 ILE 835 HG22 ILE 835 44.025 -19.272 -4.944
8 HG22 ILE 835 HG23 ILE 835 44.476 -20.777 -5.740
9 HD11 ILE 835 HD11 ILE 835 46.312 -20.598 -4.762
10 HD13 ILE 835 HD12 ILE 835 47.928 -19.854 -4.693
11 HD12 ILE 835 HD13 ILE 835 47.400 -20.735 -6.164
No H/Q in entry = 11
In of MODEL 21
1 H ARG 836 H ARG 836 46.990 -21.179 -9.259
2 HA ARG 836 HA ARG 836 49.112 -19.263 -9.854
3 HB2 ARG 836 HB2 ARG 836 48.901 -22.280 -10.081
4 HB3 ARG 836 HB3 ARG 836 50.259 -21.370 -10.690
5 HG2 ARG 836 HG2 ARG 836 49.420 -21.571 -7.802
6 HG3 ARG 836 HG3 ARG 836 50.745 -22.456 -8.556
7 HD2 ARG 836 HD2 ARG 836 50.521 -19.485 -8.108
8 HD3 ARG 836 HD3 ARG 836 51.684 -20.606 -7.402
9 HE ARG 836 HE ARG 836 51.842 -20.563 -10.253
10 HH11 ARG 836 HH11 ARG 836 53.035 -18.946 -7.337
11 HH12 ARG 836 HH12 ARG 836 54.303 -18.145 -8.141
12 HH21 ARG 836 HH21 ARG 836 53.514 -19.478 -11.345
13 HH22 ARG 836 HH22 ARG 836 54.580 -18.440 -10.515
No H/Q in entry = 13
In of MODEL 21
1 HA PRO 837 HA PRO 837 47.226 -19.191 -13.929
2 HB2 PRO 837 HB2 PRO 837 49.348 -18.088 -15.277
3 HB3 PRO 837 HB3 PRO 837 48.201 -17.135 -14.331
4 HG2 PRO 837 HG2 PRO 837 50.938 -18.074 -13.609
5 HG3 PRO 837 HG3 PRO 837 50.152 -16.531 -13.247
6 HD2 PRO 837 HD2 PRO 837 50.398 -18.524 -11.430
7 HD3 PRO 837 HD3 PRO 837 49.039 -17.382 -11.422
No H/Q in entry = 7
In of MODEL 21
1 H CYS 838 H CYS 838 47.236 -20.708 -15.567
2 HA CYS 838 HA CYS 838 49.343 -22.645 -15.417
3 HB2 CYS 838 HB2 CYS 838 46.605 -22.704 -16.653
4 HB3 CYS 838 HB3 CYS 838 47.808 -23.893 -17.129
No H/Q in entry = 4
In of MODEL 21
1 H ALA 839 H ALA 839 50.135 -23.521 -17.617
2 HA ALA 839 HA ALA 839 50.731 -21.347 -19.414
3 HB3 ALA 839 HB1 ALA 839 52.114 -23.013 -20.602
4 HB1 ALA 839 HB2 ALA 839 51.460 -24.285 -19.572
5 HB2 ALA 839 HB3 ALA 839 52.467 -23.017 -18.872
No H/Q in entry = 5
In of MODEL 21
1 H ALA 840 H ALA 840 48.281 -21.344 -19.493
2 HA ALA 840 HA ALA 840 47.479 -22.417 -22.069
3 HB3 ALA 840 HB1 ALA 840 46.661 -24.096 -20.511
4 HB1 ALA 840 HB2 ALA 840 45.308 -23.201 -21.218
5 HB2 ALA 840 HB3 ALA 840 45.838 -22.848 -19.577
No H/Q in entry = 5
In of MODEL 21
1 H GLU 841 H GLU 841 47.728 -20.315 -22.659
2 HA GLU 841 HA GLU 841 45.734 -18.431 -21.648
3 HB2 GLU 841 HB2 GLU 841 48.309 -17.966 -23.181
4 HB3 GLU 841 HB3 GLU 841 47.164 -16.702 -22.734
5 HG2 GLU 841 HG2 GLU 841 47.557 -17.132 -20.381
6 HG3 GLU 841 HG3 GLU 841 48.631 -18.468 -20.779
No H/Q in entry = 6
In of MODEL 21
1 H THR 842 H THR 842 46.221 -20.643 -23.948
2 HA THR 842 HA THR 842 44.943 -19.236 -26.134
3 HB THR 842 HB THR 842 46.823 -20.812 -26.637
4 HG1 THR 842 HG1 THR 842 44.404 -21.917 -27.651
5 HG23 THR 842 HG21 THR 842 46.519 -23.238 -26.415
6 HG22 THR 842 HG22 THR 842 44.948 -22.981 -25.665
7 HG21 THR 842 HG23 THR 842 46.409 -22.460 -24.833
No H/Q in entry = 7
In of MODEL 21
1 H GLN 843 H GLN 843 42.880 -19.864 -26.914
2 HA GLN 843 HA GLN 843 41.450 -21.772 -25.311
3 HB2 GLN 843 HB2 GLN 843 39.385 -20.330 -25.446
4 HB3 GLN 843 HB3 GLN 843 40.625 -19.747 -24.355
5 HG2 GLN 843 HG2 GLN 843 41.275 -18.051 -25.961
6 HG3 GLN 843 HG3 GLN 843 40.129 -18.697 -27.134
7 HE21 GLN 843 HE21 GLN 843 38.036 -19.185 -25.165
8 HE22 GLN 843 HE22 GLN 843 37.391 -17.657 -24.751
No H/Q in entry = 8
In of MODEL 22
1 H1 GLY 689 H2 GLY 689 52.107 16.190 -27.117
2 H2 GLY 689 H1 GLY 689 50.846 15.073 -27.102
3 H3 GLY 689 H3 GLY 689 50.513 16.727 -26.948
4 HA2 GLY 689 HA2 GLY 689 50.352 15.617 -24.824
5 HA3 GLY 689 HA3 GLY 689 51.642 16.813 -24.841
No H/Q in entry = 5
In of MODEL 22
1 H SER 690 H SER 690 53.838 15.938 -25.432
2 HA SER 690 HA SER 690 54.288 13.137 -25.276
3 HB2 SER 690 HB2 SER 690 55.707 14.689 -26.618
4 HB3 SER 690 HB3 SER 690 56.260 15.441 -25.127
5 HG SER 690 HG SER 690 56.793 12.857 -26.132
No H/Q in entry = 5
In of MODEL 22
1 H HIS 691 H HIS 691 54.504 11.952 -23.524
2 HA HIS 691 HA HIS 691 54.568 11.271 -21.450
3 HB2 HIS 691 HB2 HIS 691 56.443 13.601 -21.098
4 HB3 HIS 691 HB3 HIS 691 56.027 12.535 -19.758
5 HD1 HIS 691 HD1 HIS 691 58.436 12.905 -22.405
6 HD2 HIS 691 HD2 HIS 691 56.650 9.729 -20.424
7 HE1 HIS 691 HE1 HIS 691 59.893 10.914 -22.861
8 HE2 HIS 691 HE2 HIS 691 58.535 9.002 -21.989
No H/Q in entry = 8
In of MODEL 22
1 H MET 692 H MET 692 52.395 11.550 -21.326
2 HA MET 692 HA MET 692 51.415 13.772 -19.707
3 HB2 MET 692 HB2 MET 692 49.995 11.311 -20.764
4 HB3 MET 692 HB3 MET 692 49.213 12.610 -19.884
5 HG2 MET 692 HG2 MET 692 49.850 14.163 -21.703
6 HG3 MET 692 HG3 MET 692 50.514 12.793 -22.589
7 HE1 MET 692 HE1 MET 692 49.044 10.728 -23.438
8 HE3 MET 692 HE2 MET 692 47.300 10.630 -23.241
9 HE2 MET 692 HE3 MET 692 48.350 10.485 -21.833
No H/Q in entry = 9
In of MODEL 22
1 H ASN 693 H ASN 693 52.426 10.537 -19.549
2 HA ASN 693 HA ASN 693 51.990 10.492 -16.661
3 HB2 ASN 693 HB2 ASN 693 52.037 8.214 -18.651
4 HB3 ASN 693 HB3 ASN 693 52.103 7.981 -16.913
5 HD21 ASN 693 HD21 ASN 693 50.245 8.282 -15.702
6 HD22 ASN 693 HD22 ASN 693 48.697 8.465 -16.427
No H/Q in entry = 6
In of MODEL 22
1 HA PRO 694 HA PRO 694 56.431 10.340 -16.609
2 HB2 PRO 694 HB2 PRO 694 56.770 9.281 -14.116
3 HB3 PRO 694 HB3 PRO 694 56.356 10.975 -14.400
4 HG2 PRO 694 HG2 PRO 694 54.580 8.698 -13.639
5 HG3 PRO 694 HG3 PRO 694 54.590 10.369 -13.047
6 HD2 PRO 694 HD2 PRO 694 52.814 9.494 -14.881
7 HD3 PRO 694 HD3 PRO 694 53.433 11.158 -14.866
No H/Q in entry = 7
In of MODEL 22
1 H LEU 695 H LEU 695 54.406 7.614 -15.918
2 HA LEU 695 HA LEU 695 56.553 5.801 -16.735
3 HB2 LEU 695 HB2 LEU 695 55.567 5.461 -14.457
4 HB3 LEU 695 HB3 LEU 695 54.011 5.210 -15.212
5 HG LEU 695 HG LEU 695 54.978 3.228 -16.388
6 HD12 LEU 695 HD11 LEU 695 57.050 2.270 -15.514
7 HD11 LEU 695 HD12 LEU 695 57.303 3.714 -14.528
8 HD13 LEU 695 HD13 LEU 695 57.329 3.828 -16.288
9 HD23 LEU 695 HD21 LEU 695 55.066 3.180 -13.373
10 HD22 LEU 695 HD22 LEU 695 54.870 1.782 -14.435
11 HD21 LEU 695 HD23 LEU 695 53.623 3.019 -14.371
No H/Q in entry = 11
In of MODEL 22
1 H THR 696 H THR 696 56.306 5.368 -18.833
2 HA THR 696 HA THR 696 53.708 4.509 -19.840
3 HB THR 696 HB THR 696 55.199 6.754 -21.267
4 HG1 THR 696 HG1 THR 696 53.473 6.822 -19.243
5 HG23 THR 696 HG21 THR 696 53.199 6.843 -22.705
6 HG22 THR 696 HG22 THR 696 52.500 5.491 -21.812
7 HG21 THR 696 HG23 THR 696 53.957 5.250 -22.773
No H/Q in entry = 7
In of MODEL 22
1 H GLN 697 H GLN 697 57.081 5.207 -20.527
2 HA GLN 697 HA GLN 697 57.290 3.345 -22.671
3 HB2 GLN 697 HB2 GLN 697 59.802 3.894 -22.355
4 HB3 GLN 697 HB3 GLN 697 58.723 5.111 -23.007
5 HG2 GLN 697 HG2 GLN 697 60.399 5.924 -21.305
6 HG3 GLN 697 HG3 GLN 697 58.719 6.330 -20.980
7 HE21 GLN 697 HE21 GLN 697 61.355 4.228 -20.102
8 HE22 GLN 697 HE22 GLN 697 60.723 3.816 -18.554
No H/Q in entry = 8
In of MODEL 22
1 H ALA 698 H ALA 698 56.953 2.716 -19.539
2 HA ALA 698 HA ALA 698 58.094 0.119 -19.840
3 HB1 ALA 698 HB1 ALA 698 60.023 1.369 -18.981
4 HB2 ALA 698 HB2 ALA 698 59.418 0.234 -17.775
5 HB3 ALA 698 HB3 ALA 698 59.050 1.952 -17.631
No H/Q in entry = 5
In of MODEL 22
1 H VAL 699 H VAL 699 57.353 -1.269 -18.226
2 HA VAL 699 HA VAL 699 55.359 -0.313 -16.340
3 HB VAL 699 HB VAL 699 55.116 -2.846 -18.053
4 HG12 VAL 699 HG11 VAL 699 53.210 -1.710 -16.008
5 HG11 VAL 699 HG12 VAL 699 54.218 -3.142 -15.809
6 HG13 VAL 699 HG13 VAL 699 52.920 -3.136 -17.006
7 HG23 VAL 699 HG21 VAL 699 53.424 -0.345 -18.153
8 HG22 VAL 699 HG22 VAL 699 53.121 -1.826 -19.062
9 HG21 VAL 699 HG23 VAL 699 54.567 -0.872 -19.388
No H/Q in entry = 9
In of MODEL 22
1 HA PRO 700 HA PRO 700 58.486 -2.373 -13.900
2 HB2 PRO 700 HB2 PRO 700 56.317 -3.078 -12.067
3 HB3 PRO 700 HB3 PRO 700 57.815 -2.216 -11.731
4 HG2 PRO 700 HG2 PRO 700 55.481 -0.886 -11.825
5 HG3 PRO 700 HG3 PRO 700 56.989 -0.168 -12.411
6 HD2 PRO 700 HD2 PRO 700 54.698 -1.273 -13.974
7 HD3 PRO 700 HD3 PRO 700 55.807 0.061 -14.351
No H/Q in entry = 7
In of MODEL 22
1 H LYS 701 H LYS 701 59.279 -4.222 -14.209
2 HA LYS 701 HA LYS 701 57.508 -6.392 -14.884
3 HB2 LYS 701 HB2 LYS 701 60.532 -6.305 -15.116
4 HB3 LYS 701 HB3 LYS 701 59.540 -7.687 -15.553
5 HG2 LYS 701 HG2 LYS 701 59.887 -6.680 -17.620
6 HG3 LYS 701 HG3 LYS 701 58.343 -5.985 -17.113
7 HD2 LYS 701 HD2 LYS 701 59.552 -4.019 -16.253
8 HD3 LYS 701 HD3 LYS 701 61.049 -4.684 -16.904
9 HE2 LYS 701 HE2 LYS 701 58.590 -3.884 -18.470
10 HE3 LYS 701 HE3 LYS 701 60.123 -3.030 -18.420
11 HZ2 LYS 701 HZ1 LYS 701 59.618 -5.706 -19.639
12 HZ1 LYS 701 HZ2 LYS 701 61.140 -5.039 -19.457
13 HZ3 LYS 701 HZ3 LYS 701 60.013 -4.278 -20.425
No H/Q in entry = 13
In of MODEL 22
1 H CYS 702 H CYS 702 56.651 -6.633 -12.964
2 HA CYS 702 HA CYS 702 58.129 -8.468 -11.296
3 HB2 CYS 702 HB2 CYS 702 56.493 -6.122 -10.200
4 HB3 CYS 702 HB3 CYS 702 56.925 -7.533 -9.304
No H/Q in entry = 4
In of MODEL 22
1 H GLN 703 H GLN 703 56.571 -9.750 -9.963
2 HA GLN 703 HA GLN 703 54.319 -10.457 -11.634
3 HB2 GLN 703 HB2 GLN 703 55.337 -11.557 -9.018
4 HB3 GLN 703 HB3 GLN 703 54.032 -12.252 -9.964
5 HG2 GLN 703 HG2 GLN 703 56.876 -11.956 -10.929
6 HG3 GLN 703 HG3 GLN 703 56.206 -13.418 -10.220
7 HE21 GLN 703 HE21 GLN 703 56.605 -14.596 -12.065
8 HE22 GLN 703 HE22 GLN 703 55.668 -14.416 -13.507
No H/Q in entry = 8
In of MODEL 22
1 H ARG 704 H ARG 704 52.322 -11.001 -10.357
2 HA ARG 704 HA ARG 704 51.087 -8.561 -9.763
3 HB2 ARG 704 HB2 ARG 704 50.233 -11.368 -9.194
4 HB3 ARG 704 HB3 ARG 704 49.190 -9.965 -9.058
5 HG2 ARG 704 HG2 ARG 704 50.604 -10.560 -11.612
6 HG3 ARG 704 HG3 ARG 704 49.119 -11.402 -11.179
7 HD2 ARG 704 HD2 ARG 704 48.613 -9.562 -12.590
8 HD3 ARG 704 HD3 ARG 704 48.011 -9.226 -10.954
9 HE ARG 704 HE ARG 704 50.577 -8.060 -11.549
10 HH11 ARG 704 HH11 ARG 704 47.057 -7.642 -11.800
11 HH12 ARG 704 HH12 ARG 704 47.145 -5.958 -12.063
12 HH21 ARG 704 HH21 ARG 704 50.650 -5.692 -11.856
13 HH22 ARG 704 HH22 ARG 704 49.190 -4.816 -12.032
No H/Q in entry = 13
In of MODEL 22
1 H TRP 705 H TRP 705 52.598 -10.915 -7.724
2 HA TRP 705 HA TRP 705 51.594 -9.709 -5.262
3 HB2 TRP 705 HB2 TRP 705 52.732 -11.678 -4.193
4 HB3 TRP 705 HB3 TRP 705 51.445 -12.096 -5.310
5 HD1 TRP 705 HD1 TRP 705 55.155 -12.547 -4.706
6 HE1 TRP 705 HE1 TRP 705 56.114 -14.134 -6.441
7 HE3 TRP 705 HE3 TRP 705 51.114 -12.881 -7.830
8 HZ2 TRP 705 HZ2 TRP 705 55.280 -15.415 -8.831
9 HZ3 TRP 705 HZ3 TRP 705 51.281 -14.320 -9.814
10 HH2 TRP 705 HH2 TRP 705 53.323 -15.560 -10.303
No H/Q in entry = 10
In of MODEL 22
1 H GLU 706 H GLU 706 53.904 -8.889 -7.325
2 HA GLU 706 HA GLU 706 55.835 -8.220 -5.233
3 HB2 GLU 706 HB2 GLU 706 56.457 -8.867 -8.127
4 HB3 GLU 706 HB3 GLU 706 57.609 -8.370 -6.876
5 HG2 GLU 706 HG2 GLU 706 57.154 -10.419 -5.692
6 HG3 GLU 706 HG3 GLU 706 55.971 -10.878 -6.915
No H/Q in entry = 6
In of MODEL 22
1 H LYS 707 H LYS 707 57.022 -6.334 -5.574
2 HA LYS 707 HA LYS 707 55.567 -4.196 -7.026
3 HB2 LYS 707 HB2 LYS 707 56.893 -3.935 -4.359
4 HB3 LYS 707 HB3 LYS 707 55.914 -2.731 -5.165
5 HG2 LYS 707 HG2 LYS 707 53.915 -4.108 -4.759
6 HG3 LYS 707 HG3 LYS 707 54.923 -5.303 -3.933
7 HD2 LYS 707 HD2 LYS 707 54.520 -2.418 -3.104
8 HD3 LYS 707 HD3 LYS 707 53.865 -3.839 -2.294
9 HE2 LYS 707 HE2 LYS 707 56.125 -4.591 -1.730
10 HE3 LYS 707 HE3 LYS 707 56.819 -3.237 -2.612
11 HZ3 LYS 707 HZ1 LYS 707 56.883 -2.685 -0.392
12 HZ2 LYS 707 HZ2 LYS 707 55.282 -3.140 -0.095
13 HZ1 LYS 707 HZ3 LYS 707 55.614 -1.776 -1.024
No H/Q in entry = 13
In of MODEL 22
1 H LEU 708 H LEU 708 57.015 -2.363 -7.416
2 HA LEU 708 HA LEU 708 59.853 -3.087 -7.402
3 HB2 LEU 708 HB2 LEU 708 58.881 -2.764 -9.650
4 HB3 LEU 708 HB3 LEU 708 58.330 -1.169 -9.186
5 HG LEU 708 HG LEU 708 60.711 -0.471 -8.937
6 HD13 LEU 708 HD11 LEU 708 61.724 -2.630 -8.517
7 HD12 LEU 708 HD12 LEU 708 62.457 -1.869 -9.928
8 HD11 LEU 708 HD13 LEU 708 61.286 -3.171 -10.138
9 HD21 LEU 708 HD21 LEU 708 59.473 0.002 -10.986
10 HD23 LEU 708 HD22 LEU 708 59.948 -1.569 -11.641
11 HD22 LEU 708 HD23 LEU 708 61.169 -0.336 -11.335
No H/Q in entry = 11
In of MODEL 22
1 H GLN 709 H GLN 709 60.808 -2.107 -5.704
2 HA GLN 709 HA GLN 709 60.445 0.752 -5.333
3 HB2 GLN 709 HB2 GLN 709 60.091 0.647 -2.948
4 HB3 GLN 709 HB3 GLN 709 58.887 -0.412 -3.657
5 HG2 GLN 709 HG2 GLN 709 60.300 -2.362 -3.089
6 HG3 GLN 709 HG3 GLN 709 61.460 -1.251 -2.362
7 HE21 GLN 709 HE21 GLN 709 60.995 -0.302 -0.403
8 HE22 GLN 709 HE22 GLN 709 59.713 -0.865 0.608
No H/Q in entry = 8
In of MODEL 22
1 H ASN 710 H ASN 710 62.337 1.673 -4.493
2 HA ASN 710 HA ASN 710 64.583 1.851 -3.905
3 HB2 ASN 710 HB2 ASN 710 63.717 0.164 -2.127
4 HB3 ASN 710 HB3 ASN 710 64.432 -1.082 -3.119
5 HD21 ASN 710 HD21 ASN 710 64.932 1.400 -0.900
6 HD22 ASN 710 HD22 ASN 710 66.626 1.200 -0.641
No H/Q in entry = 6
In of MODEL 22
1 H SER 711 H SER 711 63.499 0.695 -6.476
2 HA SER 711 HA SER 711 64.180 0.092 -8.483
3 HB2 SER 711 HB2 SER 711 66.932 0.403 -7.306
4 HB3 SER 711 HB3 SER 711 66.612 0.212 -9.047
5 HG SER 711 HG SER 711 65.146 2.134 -7.734
No H/Q in entry = 5
In of MODEL 22
1 H ARG 712 H ARG 712 63.896 -1.867 -6.150
2 HA ARG 712 HA ARG 712 64.965 -4.185 -7.597
3 HB2 ARG 712 HB2 ARG 712 65.279 -5.359 -5.480
4 HB3 ARG 712 HB3 ARG 712 66.214 -3.875 -5.476
5 HG2 ARG 712 HG2 ARG 712 64.567 -2.794 -4.093
6 HG3 ARG 712 HG3 ARG 712 63.531 -4.216 -4.156
7 HD2 ARG 712 HD2 ARG 712 64.741 -4.166 -2.042
8 HD3 ARG 712 HD3 ARG 712 65.305 -5.516 -3.026
9 HE ARG 712 HE ARG 712 66.838 -3.136 -3.367
10 HH11 ARG 712 HH11 ARG 712 66.471 -5.959 -1.286
11 HH12 ARG 712 HH12 ARG 712 68.109 -6.017 -0.839
12 HH21 ARG 712 HH21 ARG 712 69.044 -3.174 -2.761
13 HH22 ARG 712 HH22 ARG 712 69.639 -4.354 -1.684
No H/Q in entry = 13
In of MODEL 22
1 H CYS 713 H CYS 713 63.634 -6.148 -7.156
2 HA CYS 713 HA CYS 713 60.837 -5.315 -6.994
3 HB2 CYS 713 HB2 CYS 713 61.586 -6.469 -9.094
4 HB3 CYS 713 HB3 CYS 713 61.945 -7.901 -8.126
No H/Q in entry = 4
In of MODEL 22
1 H VAL 714 H VAL 714 59.781 -5.765 -5.232
2 HA VAL 714 HA VAL 714 60.709 -7.931 -3.432
3 HB VAL 714 HB VAL 714 59.922 -6.558 -1.507
4 HG13 VAL 714 HG11 VAL 714 62.282 -6.379 -2.049
5 HG12 VAL 714 HG12 VAL 714 61.648 -4.812 -1.516
6 HG11 VAL 714 HG13 VAL 714 61.921 -5.112 -3.228
7 HG23 VAL 714 HG21 VAL 714 59.369 -4.191 -1.824
8 HG22 VAL 714 HG22 VAL 714 58.233 -5.256 -2.654
9 HG21 VAL 714 HG23 VAL 714 59.477 -4.411 -3.570
No H/Q in entry = 9
In of MODEL 22
1 H CYS 715 H CYS 715 58.814 -8.458 -1.830
2 HA CYS 715 HA CYS 715 56.442 -8.875 -3.448
3 HB2 CYS 715 HB2 CYS 715 57.240 -9.949 -0.730
4 HB3 CYS 715 HB3 CYS 715 55.679 -10.258 -1.470
No H/Q in entry = 4
In of MODEL 22
1 H LYS 716 H LYS 716 54.337 -8.441 -2.662
2 HA LYS 716 HA LYS 716 53.910 -5.932 -1.275
3 HB2 LYS 716 HB2 LYS 716 52.522 -6.831 -3.211
4 HB3 LYS 716 HB3 LYS 716 51.986 -8.132 -2.177
5 HG2 LYS 716 HG2 LYS 716 50.206 -6.573 -2.343
6 HG3 LYS 716 HG3 LYS 716 50.872 -6.380 -0.730
7 HD2 LYS 716 HD2 LYS 716 52.128 -4.417 -1.492
8 HD3 LYS 716 HD3 LYS 716 51.455 -4.608 -3.114
9 HE2 LYS 716 HE2 LYS 716 49.858 -4.080 -0.594
10 HE3 LYS 716 HE3 LYS 716 50.294 -2.865 -1.789
11 HZ2 LYS 716 HZ1 LYS 716 48.015 -3.689 -2.036
12 HZ1 LYS 716 HZ2 LYS 716 48.553 -5.236 -2.333
13 HZ3 LYS 716 HZ3 LYS 716 48.909 -3.991 -3.408
No H/Q in entry = 13
In of MODEL 22
1 H MET 717 H MET 717 51.970 -6.279 0.638
2 HA MET 717 HA MET 717 52.884 -8.543 2.270
3 HB2 MET 717 HB2 MET 717 51.415 -6.041 3.190
4 HB3 MET 717 HB3 MET 717 51.938 -7.349 4.232
5 HG2 MET 717 HG2 MET 717 53.671 -5.395 2.740
6 HG3 MET 717 HG3 MET 717 53.444 -5.522 4.475
7 HE3 MET 717 HE1 MET 717 55.325 -8.913 5.268
8 HE2 MET 717 HE2 MET 717 53.608 -8.734 4.915
9 HE1 MET 717 HE3 MET 717 54.423 -7.565 5.954
No H/Q in entry = 9
In of MODEL 22
1 HA PRO 718 HA PRO 718 49.154 -10.580 1.296
2 HB2 PRO 718 HB2 PRO 718 48.679 -12.075 3.550
3 HB3 PRO 718 HB3 PRO 718 49.883 -12.485 2.324
4 HG2 PRO 718 HG2 PRO 718 50.255 -11.154 4.973
5 HG3 PRO 718 HG3 PRO 718 51.269 -12.359 4.161
6 HD2 PRO 718 HD2 PRO 718 51.877 -9.722 4.218
7 HD3 PRO 718 HD3 PRO 718 52.332 -10.775 2.863
No H/Q in entry = 7
In of MODEL 22
1 H TYR 719 H TYR 719 49.159 -8.916 4.369
2 HA TYR 719 HA TYR 719 46.275 -8.955 4.561
3 HB2 TYR 719 HB2 TYR 719 46.566 -7.603 6.608
4 HB3 TYR 719 HB3 TYR 719 47.604 -9.017 6.637
5 HD1 TYR 719 HD1 TYR 719 50.086 -8.713 6.204
6 HD2 TYR 719 HD2 TYR 719 47.452 -5.421 6.776
7 HE1 TYR 719 HE1 TYR 719 52.012 -7.258 6.691
8 HE2 TYR 719 HE2 TYR 719 49.364 -3.969 7.259
9 HH TYR 719 HH TYR 719 51.604 -4.124 7.995
No H/Q in entry = 9
In of MODEL 22
1 H GLU 720 H GLU 720 48.465 -7.279 2.813
2 HA GLU 720 HA GLU 720 46.929 -4.807 2.724
3 HB2 GLU 720 HB2 GLU 720 49.705 -5.560 1.932
4 HB3 GLU 720 HB3 GLU 720 48.979 -4.016 1.458
5 HG2 GLU 720 HG2 GLU 720 49.332 -4.983 4.293
6 HG3 GLU 720 HG3 GLU 720 50.416 -3.862 3.467
No H/Q in entry = 6
In of MODEL 22
1 H CYS 721 H CYS 721 46.573 -7.582 1.416
2 HA CYS 721 HA CYS 721 46.536 -6.819 -1.381
3 HB2 CYS 721 HB2 CYS 721 45.833 -9.377 0.036
4 HB3 CYS 721 HB3 CYS 721 45.641 -9.110 -1.691
No H/Q in entry = 4
In of MODEL 22
1 H GLY 722 H GLY 722 44.895 -5.567 -1.913
2 HA3 GLY 722 HA2 GLY 722 42.371 -5.722 -0.545
3 HA2 GLY 722 HA3 GLY 722 42.780 -4.627 -1.852
No H/Q in entry = 3
In of MODEL 22
1 HA PRO 723 HA PRO 723 40.459 -7.264 -4.495
2 HB2 PRO 723 HB2 PRO 723 41.474 -6.669 -6.906
3 HB3 PRO 723 HB3 PRO 723 40.654 -5.476 -5.893
4 HG2 PRO 723 HG2 PRO 723 43.504 -5.702 -6.570
5 HG3 PRO 723 HG3 PRO 723 42.605 -4.311 -5.947
6 HD2 PRO 723 HD2 PRO 723 44.256 -6.212 -4.501
7 HD3 PRO 723 HD3 PRO 723 43.504 -4.720 -3.908
No H/Q in entry = 7
In of MODEL 22
1 H SER 724 H SER 724 40.534 -9.542 -4.414
2 HA SER 724 HA SER 724 41.936 -10.866 -6.446
3 HB2 SER 724 HB2 SER 724 42.734 -11.338 -3.572
4 HB3 SER 724 HB3 SER 724 43.030 -12.522 -4.848
5 HG SER 724 HG SER 724 43.885 -10.181 -5.644
No H/Q in entry = 5
In of MODEL 22
1 H LEU 725 H LEU 725 41.350 -13.209 -6.418
2 HA LEU 725 HA LEU 725 38.615 -13.696 -5.632
3 HB2 LEU 725 HB2 LEU 725 40.643 -15.035 -7.190
4 HB3 LEU 725 HB3 LEU 725 39.722 -16.134 -6.184
5 HG LEU 725 HG LEU 725 38.559 -16.224 -8.006
6 HD12 LEU 725 HD11 LEU 725 37.219 -13.844 -6.938
7 HD11 LEU 725 HD12 LEU 725 37.019 -15.504 -6.339
8 HD13 LEU 725 HD13 LEU 725 36.520 -15.064 -7.989
9 HD21 LEU 725 HD21 LEU 725 39.790 -14.824 -9.419
10 HD23 LEU 725 HD22 LEU 725 39.040 -13.384 -8.684
11 HD22 LEU 725 HD23 LEU 725 38.073 -14.501 -9.637
No H/Q in entry = 11
In of MODEL 22
1 H ASP 726 H ASP 726 37.966 -14.490 -3.708
2 HA ASP 726 HA ASP 726 39.940 -15.423 -1.843
3 HB2 ASP 726 HB2 ASP 726 36.933 -15.188 -1.545
4 HB3 ASP 726 HB3 ASP 726 37.984 -15.857 -0.311
No H/Q in entry = 4
In of MODEL 22
1 H VAL 727 H VAL 727 40.323 -17.356 -1.186
2 HA VAL 727 HA VAL 727 38.931 -19.607 -2.467
3 HB VAL 727 HB VAL 727 41.182 -20.673 -2.950
4 HG12 VAL 727 HG11 VAL 727 41.610 -19.424 -5.046
5 HG11 VAL 727 HG12 VAL 727 40.594 -18.113 -4.457
6 HG13 VAL 727 HG13 VAL 727 39.886 -19.695 -4.783
7 HG21 VAL 727 HG21 VAL 727 42.551 -19.263 -1.478
8 HG23 VAL 727 HG22 VAL 727 42.225 -17.869 -2.512
9 HG22 VAL 727 HG23 VAL 727 43.151 -19.227 -3.136
No H/Q in entry = 9
In of MODEL 22
1 H CYS 728 H CYS 728 39.548 -21.694 -1.451
2 HA CYS 728 HA CYS 728 40.153 -21.362 1.392
3 HB2 CYS 728 HB2 CYS 728 39.176 -23.771 -0.151
4 HB3 CYS 728 HB3 CYS 728 39.580 -23.797 1.557
No H/Q in entry = 4
In of MODEL 22
1 H ALA 729 H ALA 729 42.010 -21.914 2.249
2 HA ALA 729 HA ALA 729 43.811 -23.558 0.669
3 HB2 ALA 729 HB1 ALA 729 45.653 -22.098 1.392
4 HB1 ALA 729 HB2 ALA 729 44.461 -21.029 2.147
5 HB3 ALA 729 HB3 ALA 729 44.474 -21.243 0.395
No H/Q in entry = 5
In of MODEL 22
1 H GLN 730 H GLN 730 45.581 -24.311 2.110
2 HA GLN 730 HA GLN 730 44.529 -24.781 4.800
3 HB2 GLN 730 HB2 GLN 730 44.346 -26.839 3.389
4 HB3 GLN 730 HB3 GLN 730 46.069 -26.741 3.133
5 HG2 GLN 730 HG2 GLN 730 46.563 -27.106 5.407
6 HG3 GLN 730 HG3 GLN 730 44.875 -27.010 5.872
7 HE21 GLN 730 HE21 GLN 730 44.837 -29.072 6.751
8 HE22 GLN 730 HE22 GLN 730 44.935 -30.488 5.781
No H/Q in entry = 8
In of MODEL 22
1 H ASP 731 H ASP 731 45.725 -24.128 6.254
2 HA ASP 731 HA ASP 731 48.349 -23.052 5.974
3 HB2 ASP 731 HB2 ASP 731 46.760 -22.228 7.592
4 HB3 ASP 731 HB3 ASP 731 46.560 -23.821 8.278
No H/Q in entry = 4
In of MODEL 22
1 H GLU 732 H GLU 732 50.251 -24.219 6.030
2 HA GLU 732 HA GLU 732 49.987 -27.060 6.437
3 HB2 GLU 732 HB2 GLU 732 52.303 -25.405 5.506
4 HB3 GLU 732 HB3 GLU 732 52.360 -27.165 5.633
5 HG2 GLU 732 HG2 GLU 732 50.306 -27.076 4.034
6 HG3 GLU 732 HG3 GLU 732 50.837 -25.415 3.762
No H/Q in entry = 6
In of MODEL 22
1 H ARG 733 H ARG 733 50.326 -24.775 8.658
2 HA ARG 733 HA ARG 733 52.436 -26.186 10.122
3 HB2 ARG 733 HB2 ARG 733 52.310 -23.555 9.698
4 HB3 ARG 733 HB3 ARG 733 51.190 -23.614 11.045
5 HG2 ARG 733 HG2 ARG 733 54.058 -24.552 11.113
6 HG3 ARG 733 HG3 ARG 733 53.471 -23.014 11.726
7 HD2 ARG 733 HD2 ARG 733 52.163 -24.150 13.408
8 HD3 ARG 733 HD3 ARG 733 52.612 -25.724 12.740
9 HE ARG 733 HE ARG 733 54.830 -24.070 13.461
10 HH11 ARG 733 HH11 ARG 733 52.534 -26.470 14.738
11 HH12 ARG 733 HH12 ARG 733 53.587 -27.027 15.942
12 HH21 ARG 733 HH21 ARG 733 56.254 -24.835 15.141
13 HH22 ARG 733 HH22 ARG 733 55.752 -26.085 16.177
No H/Q in entry = 13
In of MODEL 22
1 H SER 734 H SER 734 49.224 -24.752 10.526
2 HA SER 734 HA SER 734 48.722 -26.442 12.867
3 HB2 SER 734 HB2 SER 734 46.982 -24.289 11.655
4 HB3 SER 734 HB3 SER 734 46.798 -25.024 13.248
5 HG SER 734 HG SER 734 48.914 -24.174 13.716
No H/Q in entry = 5
In of MODEL 22
1 H LYS 735 H LYS 735 48.278 -26.544 9.533
2 HA LYS 735 HA LYS 735 47.188 -27.885 8.089
3 HB2 LYS 735 HB2 LYS 735 46.547 -29.541 10.533
4 HB3 LYS 735 HB3 LYS 735 46.440 -30.099 8.869
5 HG2 LYS 735 HG2 LYS 735 48.967 -29.242 10.283
6 HG3 LYS 735 HG3 LYS 735 48.473 -30.904 9.984
7 HD2 LYS 735 HD2 LYS 735 49.011 -28.857 7.817
8 HD3 LYS 735 HD3 LYS 735 50.184 -30.037 8.380
9 HE2 LYS 735 HE2 LYS 735 47.509 -30.663 7.115
10 HE3 LYS 735 HE3 LYS 735 49.077 -30.775 6.325
11 HZ1 LYS 735 HZ1 LYS 735 48.288 -32.371 8.707
12 HZ3 LYS 735 HZ2 LYS 735 49.721 -32.521 7.812
13 HZ2 LYS 735 HZ3 LYS 735 48.244 -32.907 7.117
No H/Q in entry = 13
In of MODEL 22
1 H ARG 736 H ARG 736 45.842 -25.772 9.471
2 HA ARG 736 HA ARG 736 43.056 -26.529 9.648
3 HB2 ARG 736 HB2 ARG 736 42.729 -24.129 10.292
4 HB3 ARG 736 HB3 ARG 736 43.879 -24.962 11.323
5 HG2 ARG 736 HG2 ARG 736 45.735 -23.971 10.090
6 HG3 ARG 736 HG3 ARG 736 44.596 -23.143 9.034
7 HD2 ARG 736 HD2 ARG 736 43.804 -21.821 10.909
8 HD3 ARG 736 HD3 ARG 736 44.851 -22.717 12.013
9 HE ARG 736 HE ARG 736 46.647 -21.738 10.246
10 HH11 ARG 736 HH11 ARG 736 44.003 -20.014 11.854
11 HH12 ARG 736 HH12 ARG 736 44.868 -18.567 11.989
12 HH21 ARG 736 HH21 ARG 736 47.812 -19.793 10.428
13 HH22 ARG 736 HH22 ARG 736 47.111 -18.436 11.185
No H/Q in entry = 13
In of MODEL 22
1 H ILE 737 H ILE 737 41.515 -26.023 8.111
2 HA ILE 737 HA ILE 737 42.437 -25.000 5.573
3 HB ILE 737 HB ILE 737 39.563 -25.506 6.386
4 HG12 ILE 737 HG12 ILE 737 40.926 -27.565 6.861
5 HG13 ILE 737 HG13 ILE 737 39.725 -27.796 5.597
6 HG21 ILE 737 HG21 ILE 737 40.190 -24.275 4.296
7 HG23 ILE 737 HG22 ILE 737 39.172 -25.694 4.057
8 HG22 ILE 737 HG23 ILE 737 40.900 -25.778 3.700
9 HD13 ILE 737 HD11 ILE 737 41.444 -27.550 3.927
10 HD12 ILE 737 HD12 ILE 737 41.814 -28.882 5.032
11 HD11 ILE 737 HD13 ILE 737 42.668 -27.335 5.178
No H/Q in entry = 11
In of MODEL 22
1 H LEU 738 H LEU 738 42.410 -22.806 5.193
2 HA LEU 738 HA LEU 738 40.464 -21.265 6.687
3 HB2 LEU 738 HB2 LEU 738 42.038 -19.538 7.245
4 HB3 LEU 738 HB3 LEU 738 42.546 -21.051 7.966
5 HG LEU 738 HG LEU 738 44.205 -21.079 5.856
6 HD13 LEU 738 HD11 LEU 738 44.908 -18.941 5.223
7 HD12 LEU 738 HD12 LEU 738 43.642 -18.186 6.201
8 HD11 LEU 738 HD13 LEU 738 43.202 -19.188 4.805
9 HD21 LEU 738 HD21 LEU 738 44.520 -19.339 8.280
10 HD23 LEU 738 HD22 LEU 738 45.798 -19.760 7.170
11 HD22 LEU 738 HD23 LEU 738 45.010 -21.035 8.123
No H/Q in entry = 11
In of MODEL 22
1 HA PRO 739 HA PRO 739 39.769 -19.282 2.846
2 HB2 PRO 739 HB2 PRO 739 38.732 -16.937 3.664
3 HB3 PRO 739 HB3 PRO 739 37.839 -18.472 3.801
4 HG2 PRO 739 HG2 PRO 739 39.335 -16.931 5.879
5 HG3 PRO 739 HG3 PRO 739 37.780 -17.769 6.011
6 HD2 PRO 739 HD2 PRO 739 40.127 -18.813 6.899
7 HD3 PRO 739 HD3 PRO 739 38.765 -19.805 6.344
No H/Q in entry = 7
In of MODEL 22
1 H LEU 740 H LEU 740 41.335 -18.543 1.636
2 HA LEU 740 HA LEU 740 42.811 -16.168 2.495
3 HB2 LEU 740 HB2 LEU 740 43.808 -18.595 1.048
4 HB3 LEU 740 HB3 LEU 740 44.572 -17.047 0.767
5 HG LEU 740 HG LEU 740 44.330 -18.399 3.440
6 HD13 LEU 740 HD11 LEU 740 46.667 -18.823 3.280
7 HD12 LEU 740 HD12 LEU 740 46.721 -18.121 1.635
8 HD11 LEU 740 HD13 LEU 740 45.816 -19.602 1.952
9 HD21 LEU 740 HD21 LEU 740 45.812 -15.921 2.586
10 HD23 LEU 740 HD22 LEU 740 45.971 -16.714 4.151
11 HD22 LEU 740 HD23 LEU 740 44.434 -15.994 3.692
No H/Q in entry = 11
In of MODEL 22
1 H THR 741 H THR 741 43.922 -15.385 0.294
2 HA THR 741 HA THR 741 41.875 -15.320 -1.752
3 HB THR 741 HB THR 741 43.313 -12.794 -0.937
4 HG1 THR 741 HG1 THR 741 40.786 -13.498 0.184
5 HG23 THR 741 HG21 THR 741 41.355 -11.716 -1.801
6 HG22 THR 741 HG22 THR 741 40.495 -13.249 -1.828
7 HG21 THR 741 HG23 THR 741 41.816 -12.980 -2.954
No H/Q in entry = 7
In of MODEL 22
1 H VAL 742 H VAL 742 42.887 -14.880 -3.802
2 HA VAL 742 HA VAL 742 45.189 -16.234 -4.377
3 HB VAL 742 HB VAL 742 44.190 -13.837 -5.900
4 HG13 VAL 742 HG11 VAL 742 46.372 -14.451 -6.658
5 HG12 VAL 742 HG12 VAL 742 45.169 -14.914 -7.861
6 HG11 VAL 742 HG13 VAL 742 45.889 -16.141 -6.810
7 HG21 VAL 742 HG21 VAL 742 43.451 -16.727 -6.127
8 HG23 VAL 742 HG22 VAL 742 42.990 -15.430 -7.247
9 HG22 VAL 742 HG23 VAL 742 42.431 -15.379 -5.574
No H/Q in entry = 9
In of MODEL 22
1 H CYS 743 H CYS 743 45.156 -12.631 -4.179
2 HA CYS 743 HA CYS 743 47.870 -12.278 -4.419
3 HB2 CYS 743 HB2 CYS 743 46.295 -10.419 -4.461
4 HB3 CYS 743 HB3 CYS 743 45.959 -10.666 -2.752
No H/Q in entry = 4
In of MODEL 22
1 H LYS 744 H LYS 744 45.999 -12.657 -1.428
2 HA LYS 744 HA LYS 744 48.014 -12.333 0.448
3 HB2 LYS 744 HB2 LYS 744 45.654 -14.205 0.556
4 HB3 LYS 744 HB3 LYS 744 46.658 -13.766 1.926
5 HG2 LYS 744 HG2 LYS 744 45.943 -11.455 1.737
6 HG3 LYS 744 HG3 LYS 744 45.023 -11.838 0.283
7 HD2 LYS 744 HD2 LYS 744 43.616 -13.367 1.605
8 HD3 LYS 744 HD3 LYS 744 44.519 -12.922 3.055
9 HE2 LYS 744 HE2 LYS 744 43.754 -10.662 2.923
10 HE3 LYS 744 HE3 LYS 744 43.053 -10.931 1.332
11 HZ1 LYS 744 HZ1 LYS 744 41.466 -12.451 2.323
12 HZ3 LYS 744 HZ2 LYS 744 41.345 -10.933 3.004
13 HZ2 LYS 744 HZ3 LYS 744 42.104 -12.181 3.863
No H/Q in entry = 13
In of MODEL 22
1 H MET 745 H MET 745 46.834 -15.346 -0.940
2 HA MET 745 HA MET 745 48.670 -17.106 0.195
3 HB2 MET 745 HB2 MET 745 46.887 -18.159 -0.773
4 HB3 MET 745 HB3 MET 745 46.882 -17.149 -2.195
5 HG2 MET 745 HG2 MET 745 47.563 -19.233 -2.992
6 HG3 MET 745 HG3 MET 745 49.027 -18.318 -2.843
7 HE3 MET 745 HE1 MET 745 46.949 -20.174 -0.001
8 HE2 MET 745 HE2 MET 745 47.780 -21.738 -0.035
9 HE1 MET 745 HE3 MET 745 46.904 -21.169 -1.452
No H/Q in entry = 9
In of MODEL 22
1 H HIS 746 H HIS 746 48.843 -15.408 -2.907
2 HA HIS 746 HA HIS 746 51.278 -16.639 -3.714
3 HB2 HIS 746 HB2 HIS 746 49.723 -14.340 -4.588
4 HB3 HIS 746 HB3 HIS 746 51.421 -14.330 -5.103
5 HD1 HIS 746 HD1 HIS 746 52.015 -16.573 -6.643
6 HD2 HIS 746 HD2 HIS 746 48.012 -15.623 -6.078
7 HE1 HIS 746 HE1 HIS 746 50.819 -17.541 -8.590
8 HE2 HIS 746 HE2 HIS 746 48.374 -17.112 -8.141
No H/Q in entry = 8
In of MODEL 22
1 H VAL 747 H VAL 747 50.565 -13.595 -2.124
2 HA VAL 747 HA VAL 747 53.204 -12.683 -2.025
3 HB VAL 747 HB VAL 747 50.750 -11.969 -0.418
4 HG11 VAL 747 HG11 VAL 747 52.766 -11.611 0.935
5 HG13 VAL 747 HG12 VAL 747 52.023 -10.086 0.451
6 HG12 VAL 747 HG13 VAL 747 53.469 -10.671 -0.377
7 HG22 VAL 747 HG21 VAL 747 50.835 -9.926 -1.701
8 HG21 VAL 747 HG22 VAL 747 50.798 -11.325 -2.782
9 HG23 VAL 747 HG23 VAL 747 52.315 -10.469 -2.488
No H/Q in entry = 9
In of MODEL 22
1 H LEU 748 H LEU 748 51.220 -14.364 0.431
2 HA LEU 748 HA LEU 748 53.348 -14.429 2.262
3 HB2 LEU 748 HB2 LEU 748 52.017 -16.109 3.545
4 HB3 LEU 748 HB3 LEU 748 51.119 -14.672 3.123
5 HG LEU 748 HG LEU 748 50.050 -16.005 1.289
6 HD11 LEU 748 HD11 LEU 748 51.631 -17.830 1.118
7 HD13 LEU 748 HD12 LEU 748 50.018 -18.431 1.508
8 HD12 LEU 748 HD13 LEU 748 51.250 -18.328 2.766
9 HD21 LEU 748 HD21 LEU 748 48.901 -15.462 3.338
10 HD23 LEU 748 HD22 LEU 748 49.612 -16.867 4.135
11 HD22 LEU 748 HD23 LEU 748 48.472 -17.089 2.809
No H/Q in entry = 11
In of MODEL 22
1 H HIS 749 H HIS 749 52.610 -16.358 -0.430
2 HA HIS 749 HA HIS 749 54.217 -18.576 0.302
3 HB2 HIS 749 HB2 HIS 749 52.331 -18.364 -1.522
4 HB3 HIS 749 HB3 HIS 749 53.669 -17.877 -2.554
5 HD1 HIS 749 HD1 HIS 749 55.350 -19.698 -3.232
6 HD2 HIS 749 HD2 HIS 749 52.317 -20.997 -0.740
7 HE1 HIS 749 HE1 HIS 749 55.559 -22.190 -3.188
8 HE2 HIS 749 HE2 HIS 749 53.668 -22.987 -1.739
No H/Q in entry = 8
In of MODEL 22
1 H CYS 750 H CYS 750 54.798 -15.506 -1.425
2 HA CYS 750 HA CYS 750 57.478 -16.367 -1.991
3 HB2 CYS 750 HB2 CYS 750 57.865 -14.178 -3.029
4 HB3 CYS 750 HB3 CYS 750 56.374 -14.878 -3.634
No H/Q in entry = 4
In of MODEL 22
1 H GLN 751 H GLN 751 55.801 -14.649 0.474
2 HA GLN 751 HA GLN 751 57.974 -13.478 1.822
3 HB2 GLN 751 HB2 GLN 751 55.395 -14.618 2.925
4 HB3 GLN 751 HB3 GLN 751 56.537 -13.703 3.883
5 HG2 GLN 751 HG2 GLN 751 55.094 -12.643 1.465
6 HG3 GLN 751 HG3 GLN 751 54.576 -12.388 3.125
7 HE21 GLN 751 HE21 GLN 751 55.245 -10.375 1.193
8 HE22 GLN 751 HE22 GLN 751 56.585 -9.512 1.833
No H/Q in entry = 8
In of MODEL 22
1 H GLY 752 H GLY 752 56.762 -16.713 1.629
2 HA3 GLY 752 HA2 GLY 752 58.358 -18.513 1.891
3 HA2 GLY 752 HA3 GLY 752 59.015 -17.669 3.281
No H/Q in entry = 3
In of MODEL 22
1 H ARG 753 H ARG 753 55.572 -18.031 2.673
2 HA ARG 753 HA ARG 753 55.394 -19.691 5.073
3 HB2 ARG 753 HB2 ARG 753 53.195 -18.273 3.561
4 HB3 ARG 753 HB3 ARG 753 53.011 -19.138 5.080
5 HG2 ARG 753 HG2 ARG 753 54.542 -16.589 4.611
6 HG3 ARG 753 HG3 ARG 753 53.025 -16.769 5.492
7 HD2 ARG 753 HD2 ARG 753 54.196 -18.214 7.125
8 HD3 ARG 753 HD3 ARG 753 55.710 -17.899 6.273
9 HE ARG 753 HE ARG 753 54.063 -15.905 7.634
10 HH11 ARG 753 HH11 ARG 753 57.283 -17.016 6.567
11 HH12 ARG 753 HH12 ARG 753 58.125 -15.762 7.324
12 HH21 ARG 753 HH21 ARG 753 55.261 -14.170 8.700
13 HH22 ARG 753 HH22 ARG 753 56.943 -14.094 8.581
No H/Q in entry = 13
In of MODEL 22
1 H ASN 754 H ASN 754 53.848 -21.497 5.025
2 HA ASN 754 HA ASN 754 53.882 -22.800 2.392
3 HB2 ASN 754 HB2 ASN 754 54.065 -24.105 5.121
4 HB3 ASN 754 HB3 ASN 754 53.901 -24.957 3.603
5 HD21 ASN 754 HD21 ASN 754 56.017 -23.213 5.652
6 HD22 ASN 754 HD22 ASN 754 57.482 -23.521 4.789
No H/Q in entry = 6
In of MODEL 22
1 H TYR 755 H TYR 755 51.976 -23.005 1.568
2 HA TYR 755 HA TYR 755 49.758 -23.787 3.250
3 HB2 TYR 755 HB2 TYR 755 49.739 -21.396 1.421
4 HB3 TYR 755 HB3 TYR 755 48.289 -22.281 1.889
5 HD1 TYR 755 HD1 TYR 755 47.185 -21.742 3.861
6 HD2 TYR 755 HD2 TYR 755 51.146 -20.359 3.304
7 HE1 TYR 755 HE1 TYR 755 46.968 -20.353 5.844
8 HE2 TYR 755 HE2 TYR 755 50.944 -18.945 5.302
9 HH TYR 755 HH TYR 755 49.119 -17.865 6.605
No H/Q in entry = 9
In of MODEL 22
1 H THR 756 H THR 756 48.383 -25.060 2.271
2 HA THR 756 HA THR 756 48.977 -26.003 -0.451
3 HB THR 756 HB THR 756 47.211 -27.161 1.726
4 HG1 THR 756 HG1 THR 756 49.941 -27.366 1.265
5 HG22 THR 756 HG21 THR 756 47.441 -29.258 0.507
6 HG21 THR 756 HG22 THR 756 48.423 -28.435 -0.720
7 HG23 THR 756 HG23 THR 756 46.725 -27.987 -0.485
No H/Q in entry = 7
In of MODEL 22
1 H LEU 757 H LEU 757 46.913 -26.190 -1.864
2 HA LEU 757 HA LEU 757 44.865 -24.487 -0.737
3 HB2 LEU 757 HB2 LEU 757 45.362 -25.186 -3.611
4 HB3 LEU 757 HB3 LEU 757 43.881 -24.442 -3.053
5 HG LEU 757 HG LEU 757 45.542 -22.709 -2.023
6 HD12 LEU 757 HD11 LEU 757 47.448 -22.260 -3.477
7 HD11 LEU 757 HD12 LEU 757 47.135 -23.765 -4.341
8 HD13 LEU 757 HD13 LEU 757 47.584 -23.803 -2.634
9 HD23 LEU 757 HD21 LEU 757 45.211 -21.355 -4.015
10 HD22 LEU 757 HD22 LEU 757 43.773 -22.242 -3.505
11 HD21 LEU 757 HD23 LEU 757 44.707 -22.807 -4.899
No H/Q in entry = 11
In of MODEL 22
1 H THR 758 H THR 758 42.678 -25.045 -0.942
2 HA THR 758 HA THR 758 42.277 -27.896 -1.187
3 HB THR 758 HB THR 758 40.781 -27.679 0.906
4 HG1 THR 758 HG1 THR 758 42.371 -25.818 2.041
5 HG23 THR 758 HG21 THR 758 42.680 -28.118 2.426
6 HG22 THR 758 HG22 THR 758 43.784 -27.463 1.224
7 HG21 THR 758 HG23 THR 758 42.896 -28.945 0.883
No H/Q in entry = 7
In of MODEL 22
1 H GLY 759 H GLY 759 39.770 -28.229 -0.879
2 HA3 GLY 759 HA2 GLY 759 38.581 -26.796 -3.026
3 HA2 GLY 759 HA3 GLY 759 37.838 -28.027 -2.013
No H/Q in entry = 3
In of MODEL 22
1 H ARG 760 H ARG 760 36.727 -25.524 -2.942
2 HA ARG 760 HA ARG 760 36.674 -23.537 -0.913
3 HB2 ARG 760 HB2 ARG 760 34.956 -22.454 -2.111
4 HB3 ARG 760 HB3 ARG 760 35.865 -23.292 -3.354
5 HG2 ARG 760 HG2 ARG 760 33.252 -24.223 -2.155
6 HG3 ARG 760 HG3 ARG 760 33.423 -23.426 -3.717
7 HD2 ARG 760 HD2 ARG 760 34.725 -25.315 -4.533
8 HD3 ARG 760 HD3 ARG 760 34.635 -26.059 -2.921
9 HE ARG 760 HE ARG 760 32.064 -25.612 -3.748
10 HH11 ARG 760 HH11 ARG 760 34.825 -27.587 -4.811
11 HH12 ARG 760 HH12 ARG 760 33.876 -28.798 -5.517
12 HH21 ARG 760 HH21 ARG 760 30.761 -27.310 -4.704
13 HH22 ARG 760 HH22 ARG 760 31.505 -28.665 -5.412
No H/Q in entry = 13
In of MODEL 22
1 H ASP 761 H ASP 761 35.348 -26.573 -1.007
2 HA ASP 761 HA ASP 761 33.005 -26.148 0.556
3 HB2 ASP 761 HB2 ASP 761 33.160 -27.927 -1.107
4 HB3 ASP 761 HB3 ASP 761 34.500 -28.642 -0.225
No H/Q in entry = 4
In of MODEL 22
1 H SER 762 H SER 762 36.352 -26.592 1.168
2 HA SER 762 HA SER 762 35.993 -27.875 3.717
3 HB2 SER 762 HB2 SER 762 38.498 -26.889 2.370
4 HB3 SER 762 HB3 SER 762 38.425 -27.937 3.788
5 HG SER 762 HG SER 762 37.049 -29.295 2.372
No H/Q in entry = 5
In of MODEL 22
1 H CYS 763 H CYS 763 36.389 -24.572 2.622
2 HA CYS 763 HA CYS 763 36.586 -23.867 5.460
3 HB2 CYS 763 HB2 CYS 763 37.913 -21.986 5.058
4 HB3 CYS 763 HB3 CYS 763 38.651 -23.241 4.066
No H/Q in entry = 4
In of MODEL 22
1 H THR 764 H THR 764 35.817 -21.537 5.802
2 HA THR 764 HA THR 764 33.353 -21.128 4.301
3 HB THR 764 HB THR 764 34.310 -19.834 6.875
4 HG1 THR 764 HG1 THR 764 33.380 -22.341 6.497
5 HG22 THR 764 HG21 THR 764 31.940 -19.239 7.154
6 HG21 THR 764 HG22 THR 764 31.574 -20.010 5.604
7 HG23 THR 764 HG23 THR 764 32.607 -18.582 5.657
No H/Q in entry = 7
In of MODEL 22
1 H LEU 765 H LEU 765 33.840 -19.759 2.583
2 HA LEU 765 HA LEU 765 35.994 -17.990 2.580
3 HB2 LEU 765 HB2 LEU 765 33.742 -18.561 0.814
4 HB3 LEU 765 HB3 LEU 765 34.123 -16.848 0.821
5 HG LEU 765 HG LEU 765 36.364 -17.247 0.038
6 HD11 LEU 765 HD11 LEU 765 35.810 -20.185 0.340
7 HD13 LEU 765 HD12 LEU 765 36.937 -19.208 1.295
8 HD12 LEU 765 HD13 LEU 765 37.230 -19.463 -0.418
9 HD23 LEU 765 HD21 LEU 765 36.026 -18.437 -2.050
10 HD22 LEU 765 HD22 LEU 765 34.734 -17.264 -1.745
11 HD21 LEU 765 HD23 LEU 765 34.453 -18.997 -1.491
No H/Q in entry = 11
In of MODEL 22
1 HA PRO 766 HA PRO 766 35.345 -15.029 5.408
2 HB2 PRO 766 HB2 PRO 766 36.318 -12.745 4.408
3 HB3 PRO 766 HB3 PRO 766 37.344 -14.153 4.725
4 HG2 PRO 766 HG2 PRO 766 36.013 -13.321 2.205
5 HG3 PRO 766 HG3 PRO 766 37.741 -13.693 2.435
6 HD2 PRO 766 HD2 PRO 766 36.092 -15.527 1.432
7 HD3 PRO 766 HD3 PRO 766 37.302 -16.014 2.637
No H/Q in entry = 7
In of MODEL 22
1 H ALA 767 H ALA 767 34.774 -12.717 5.829
2 HA ALA 767 HA ALA 767 33.110 -11.365 6.398
3 HB2 ALA 767 HB1 ALA 767 33.440 -10.538 4.122
4 HB1 ALA 767 HB2 ALA 767 31.773 -10.336 4.677
5 HB3 ALA 767 HB3 ALA 767 32.187 -11.637 3.547
No H/Q in entry = 5
In of MODEL 22
1 H SER 768 H SER 768 31.321 -13.270 4.181
2 HA SER 768 HA SER 768 29.360 -14.555 4.384
3 HB2 SER 768 HB2 SER 768 31.079 -15.882 5.745
4 HB3 SER 768 HB3 SER 768 30.407 -15.081 7.166
5 HG SER 768 HG SER 768 28.755 -16.372 7.119
No H/Q in entry = 5
In of MODEL 22
1 H ALA 769 H ALA 769 29.363 -11.787 5.204
2 HA ALA 769 HA ALA 769 27.531 -11.680 7.474
3 HB3 ALA 769 HB1 ALA 769 29.219 -9.542 6.206
4 HB2 ALA 769 HB2 ALA 769 29.593 -10.457 7.666
5 HB1 ALA 769 HB3 ALA 769 28.212 -9.345 7.646
No H/Q in entry = 5
In of MODEL 22
1 H GLU 770 H GLU 770 26.335 -9.328 7.113
2 HA GLU 770 HA GLU 770 24.325 -9.910 5.165
3 HB2 GLU 770 HB2 GLU 770 23.227 -7.881 6.162
4 HB3 GLU 770 HB3 GLU 770 23.619 -9.147 7.317
5 HG2 GLU 770 HG2 GLU 770 25.633 -7.880 7.974
6 HG3 GLU 770 HG3 GLU 770 25.166 -6.600 6.860
No H/Q in entry = 6
In of MODEL 22
1 H LYS 771 H LYS 771 26.757 -9.344 3.976
2 HA LYS 771 HA LYS 771 26.457 -6.723 2.696
3 HB2 LYS 771 HB2 LYS 771 28.539 -8.851 2.245
4 HB3 LYS 771 HB3 LYS 771 28.575 -7.218 1.636
5 HG2 LYS 771 HG2 LYS 771 28.829 -7.993 4.549
6 HG3 LYS 771 HG3 LYS 771 30.148 -7.513 3.490
7 HD2 LYS 771 HD2 LYS 771 29.731 -5.534 4.581
8 HD3 LYS 771 HD3 LYS 771 28.692 -5.345 3.179
9 HE2 LYS 771 HE2 LYS 771 26.773 -6.154 4.573
10 HE3 LYS 771 HE3 LYS 771 27.866 -6.234 5.944
11 HZ2 LYS 771 HZ1 LYS 771 27.170 -3.772 4.443
12 HZ1 LYS 771 HZ2 LYS 771 28.202 -3.837 5.766
13 HZ3 LYS 771 HZ3 LYS 771 26.571 -4.210 5.943
No H/Q in entry = 13
In of MODEL 22
1 H ALA 772 H ALA 772 26.525 -6.865 0.234
2 HA ALA 772 HA ALA 772 24.491 -8.418 -0.837
3 HB3 ALA 772 HB1 ALA 772 25.334 -7.705 -2.978
4 HB1 ALA 772 HB2 ALA 772 26.857 -7.205 -2.231
5 HB2 ALA 772 HB3 ALA 772 25.350 -6.371 -1.824
No H/Q in entry = 5
In of MODEL 22
1 H CYS 773 H CYS 773 24.424 -10.516 -1.061
2 HA CYS 773 HA CYS 773 25.243 -12.469 -0.189
3 HB2 CYS 773 HB2 CYS 773 25.912 -13.964 -2.060
4 HB3 CYS 773 HB3 CYS 773 24.454 -13.047 -2.358
No H/Q in entry = 4
In of MODEL 22
1 H GLY 774 H GLY 774 26.811 -11.089 1.055
2 HA3 GLY 774 HA2 GLY 774 28.610 -11.786 2.409
3 HA2 GLY 774 HA3 GLY 774 29.227 -12.727 1.067
No H/Q in entry = 3
In of MODEL 22
1 H ALA 775 H ALA 775 28.950 -10.057 -0.695
2 HA ALA 775 HA ALA 775 31.055 -8.477 0.414
3 HB3 ALA 775 HB1 ALA 775 32.684 -9.057 -1.355
4 HB2 ALA 775 HB2 ALA 775 31.589 -10.297 -1.948
5 HB1 ALA 775 HB3 ALA 775 32.312 -10.457 -0.347
No H/Q in entry = 5
In of MODEL 22
1 H CYS 776 H CYS 776 31.938 -7.518 -2.003
2 HA CYS 776 HA CYS 776 30.327 -7.314 -4.180
3 HB2 CYS 776 HB2 CYS 776 28.741 -6.055 -2.596
4 HB3 CYS 776 HB3 CYS 776 29.930 -4.776 -2.540
No H/Q in entry = 4
In of MODEL 22
1 HA PRO 777 HA PRO 777 34.531 -5.622 -4.581
2 HB2 PRO 777 HB2 PRO 777 35.762 -7.789 -5.548
3 HB3 PRO 777 HB3 PRO 777 35.285 -7.698 -3.857
4 HG2 PRO 777 HG2 PRO 777 34.060 -9.236 -6.074
5 HG3 PRO 777 HG3 PRO 777 34.149 -9.615 -4.347
6 HD2 PRO 777 HD2 PRO 777 31.981 -8.410 -5.775
7 HD3 PRO 777 HD3 PRO 777 32.092 -8.739 -4.033
No H/Q in entry = 7
In of MODEL 22
1 H LEU 778 H LEU 778 35.997 -6.696 -6.755
2 HA LEU 778 HA LEU 778 35.905 -4.910 -8.768
3 HB2 LEU 778 HB2 LEU 778 36.646 -7.810 -9.011
4 HB3 LEU 778 HB3 LEU 778 37.032 -6.599 -10.199
5 HG LEU 778 HG LEU 778 38.589 -5.548 -8.547
6 HD13 LEU 778 HD11 LEU 778 37.600 -6.241 -6.435
7 HD12 LEU 778 HD12 LEU 778 39.232 -6.894 -6.562
8 HD11 LEU 778 HD13 LEU 778 37.843 -7.935 -6.854
9 HD21 LEU 778 HD21 LEU 778 39.334 -7.189 -10.199
10 HD23 LEU 778 HD22 LEU 778 38.990 -8.476 -9.050
11 HD22 LEU 778 HD23 LEU 778 40.267 -7.308 -8.700
No H/Q in entry = 11
In of MODEL 22
1 H TRP 779 H TRP 779 34.746 -8.222 -9.256
2 HA TRP 779 HA TRP 779 33.485 -7.579 -11.747
3 HB2 TRP 779 HB2 TRP 779 32.925 -10.058 -11.681
4 HB3 TRP 779 HB3 TRP 779 34.638 -9.652 -11.654
5 HD1 TRP 779 HD1 TRP 779 31.877 -11.214 -9.473
6 HE1 TRP 779 HE1 TRP 779 32.973 -12.308 -7.430
7 HE3 TRP 779 HE3 TRP 779 36.694 -9.559 -10.077
8 HZ2 TRP 779 HZ2 TRP 779 35.526 -12.457 -6.232
9 HZ3 TRP 779 HZ3 TRP 779 38.391 -10.265 -8.425
10 HH2 TRP 779 HH2 TRP 779 37.799 -11.677 -6.560
No H/Q in entry = 10
In of MODEL 22
1 H GLY 780 H GLY 780 32.554 -7.218 -8.668
2 HA3 GLY 780 HA2 GLY 780 30.429 -6.464 -8.058
3 HA2 GLY 780 HA3 GLY 780 29.741 -7.417 -9.373
No H/Q in entry = 3
In of MODEL 22
1 H LYS 781 H LYS 781 28.366 -8.014 -7.558
2 HA LYS 781 HA LYS 781 28.986 -10.586 -6.609
3 HB2 LYS 781 HB2 LYS 781 30.055 -8.870 -5.018
4 HB3 LYS 781 HB3 LYS 781 28.399 -8.625 -4.411
5 HG2 LYS 781 HG2 LYS 781 29.628 -10.239 -3.015
6 HG3 LYS 781 HG3 LYS 781 28.346 -11.078 -3.891
7 HD2 LYS 781 HD2 LYS 781 29.899 -11.947 -5.491
8 HD3 LYS 781 HD3 LYS 781 31.187 -10.907 -4.888
9 HE2 LYS 781 HE2 LYS 781 31.482 -13.185 -4.235
10 HE3 LYS 781 HE3 LYS 781 31.225 -12.173 -2.815
11 HZ3 LYS 781 HZ1 LYS 781 28.956 -13.038 -2.659
12 HZ2 LYS 781 HZ2 LYS 781 30.049 -14.297 -2.710
13 HZ1 LYS 781 HZ3 LYS 781 29.172 -13.918 -4.090
No H/Q in entry = 13
In of MODEL 22
1 H CYS 782 H CYS 782 26.747 -10.793 -4.894
2 HA CYS 782 HA CYS 782 24.770 -9.669 -6.725
3 HB2 CYS 782 HB2 CYS 782 23.728 -11.614 -6.831
4 HB3 CYS 782 HB3 CYS 782 25.419 -11.831 -7.283
No H/Q in entry = 4
In of MODEL 22
1 H ASP 783 H ASP 783 22.566 -11.106 -5.567
2 HA ASP 783 HA ASP 783 21.835 -9.332 -3.473
3 HB2 ASP 783 HB2 ASP 783 20.164 -9.995 -5.056
4 HB3 ASP 783 HB3 ASP 783 20.456 -11.692 -4.716
No H/Q in entry = 4
In of MODEL 22
1 H ALA 784 H ALA 784 21.548 -9.532 -1.459
2 HA ALA 784 HA ALA 784 22.286 -12.061 -0.159
3 HB1 ALA 784 HB1 ALA 784 23.788 -10.224 0.486
4 HB2 ALA 784 HB2 ALA 784 22.773 -10.702 1.836
5 HB3 ALA 784 HB3 ALA 784 22.395 -9.240 0.929
No H/Q in entry = 5
In of MODEL 22
1 H GLU 785 H GLU 785 20.512 -9.121 0.702
2 HA GLU 785 HA GLU 785 17.910 -10.007 0.673
3 HB2 GLU 785 HB2 GLU 785 18.666 -11.649 2.393
4 HB3 GLU 785 HB3 GLU 785 19.202 -10.315 3.396
5 HG2 GLU 785 HG2 GLU 785 16.916 -9.550 3.637
6 HG3 GLU 785 HG3 GLU 785 16.361 -10.843 2.569
No H/Q in entry = 6
In of MODEL 22
1 H SER 786 H SER 786 20.185 -8.362 2.839
2 HA SER 786 HA SER 786 18.575 -6.142 3.432
3 HB2 SER 786 HB2 SER 786 20.872 -5.223 4.090
4 HB3 SER 786 HB3 SER 786 20.376 -6.728 4.876
5 HG SER 786 HG SER 786 22.078 -7.626 4.029
No H/Q in entry = 5
In of MODEL 22
1 H SER 787 H SER 787 21.405 -6.435 1.371
2 HA SER 787 HA SER 787 20.304 -4.481 -0.501
3 HB2 SER 787 HB2 SER 787 22.035 -3.422 0.984
4 HB3 SER 787 HB3 SER 787 23.182 -4.650 0.473
5 HG SER 787 HG SER 787 21.949 -2.666 -1.133
No H/Q in entry = 5
In of MODEL 22
1 H LYS 788 H LYS 788 21.296 -4.837 -2.697
2 HA LYS 788 HA LYS 788 22.477 -7.477 -2.893
3 HB2 LYS 788 HB2 LYS 788 21.153 -8.145 -4.698
4 HB3 LYS 788 HB3 LYS 788 20.005 -7.530 -3.509
5 HG2 LYS 788 HG2 LYS 788 19.732 -5.534 -4.843
6 HG3 LYS 788 HG3 LYS 788 21.040 -6.056 -5.911
7 HD2 LYS 788 HD2 LYS 788 19.620 -8.149 -6.311
8 HD3 LYS 788 HD3 LYS 788 18.295 -7.224 -5.608
9 HE2 LYS 788 HE2 LYS 788 19.941 -6.448 -8.016
10 HE3 LYS 788 HE3 LYS 788 18.298 -7.064 -8.043
11 HZ3 LYS 788 HZ1 LYS 788 18.240 -4.701 -8.263
12 HZ2 LYS 788 HZ2 LYS 788 19.212 -4.466 -6.927
13 HZ1 LYS 788 HZ3 LYS 788 17.649 -5.062 -6.727
No H/Q in entry = 13
In of MODEL 22
1 H CYS 789 H CYS 789 24.008 -7.677 -4.347
2 HA CYS 789 HA CYS 789 24.442 -5.415 -6.087
3 HB2 CYS 789 HB2 CYS 789 26.488 -7.289 -4.874
4 HB3 CYS 789 HB3 CYS 789 26.875 -6.374 -6.317
No H/Q in entry = 4
In of MODEL 22
1 H VAL 790 H VAL 790 26.105 -6.567 -7.945
2 HA VAL 790 HA VAL 790 24.395 -8.349 -9.311
3 HB VAL 790 HB VAL 790 23.374 -6.133 -9.762
4 HG11 VAL 790 HG11 VAL 790 25.299 -4.738 -9.470
5 HG13 VAL 790 HG12 VAL 790 24.573 -4.423 -11.053
6 HG12 VAL 790 HG13 VAL 790 26.044 -5.401 -10.919
7 HG21 VAL 790 HG21 VAL 790 24.757 -7.339 -12.153
8 HG23 VAL 790 HG22 VAL 790 23.383 -6.231 -12.230
9 HG22 VAL 790 HG23 VAL 790 23.200 -7.815 -11.473
No H/Q in entry = 9
In of MODEL 22
1 H CYS 791 H CYS 791 25.658 -9.140 -11.185
2 HA CYS 791 HA CYS 791 28.524 -8.566 -10.863
3 HB2 CYS 791 HB2 CYS 791 27.182 -11.176 -11.561
4 HB3 CYS 791 HB3 CYS 791 28.927 -10.900 -11.565
No H/Q in entry = 4
In of MODEL 22
1 H ARG 792 H ARG 792 29.692 -8.049 -12.372
2 HA ARG 792 HA ARG 792 28.477 -7.367 -14.935
3 HB2 ARG 792 HB2 ARG 792 31.138 -6.679 -13.683
4 HB3 ARG 792 HB3 ARG 792 30.567 -6.117 -15.246
5 HG2 ARG 792 HG2 ARG 792 29.220 -5.519 -12.628
6 HG3 ARG 792 HG3 ARG 792 30.364 -4.446 -13.439
7 HD2 ARG 792 HD2 ARG 792 28.886 -4.472 -15.418
8 HD3 ARG 792 HD3 ARG 792 27.694 -5.377 -14.476
9 HE ARG 792 HE ARG 792 27.854 -3.406 -12.907
10 HH11 ARG 792 HH11 ARG 792 28.066 -3.169 -16.430
11 HH12 ARG 792 HH12 ARG 792 27.729 -1.511 -16.501
12 HH21 ARG 792 HH21 ARG 792 27.325 -1.137 -12.979
13 HH22 ARG 792 HH22 ARG 792 27.280 -0.305 -14.461
No H/Q in entry = 13
In of MODEL 22
1 H GLU 793 H GLU 793 30.250 -7.580 -16.779
2 HA GLU 793 HA GLU 793 31.195 -10.307 -16.641
3 HB2 GLU 793 HB2 GLU 793 30.892 -8.352 -18.901
4 HB3 GLU 793 HB3 GLU 793 31.636 -9.933 -19.096
5 HG2 GLU 793 HG2 GLU 793 28.814 -9.407 -18.198
6 HG3 GLU 793 HG3 GLU 793 29.305 -9.933 -19.807
No H/Q in entry = 6
In of MODEL 22
1 H ALA 794 H ALA 794 33.332 -10.332 -18.214
2 HA ALA 794 HA ALA 794 35.342 -9.535 -16.399
3 HB1 ALA 794 HB1 ALA 794 35.667 -10.495 -19.219
4 HB2 ALA 794 HB2 ALA 794 35.424 -11.542 -17.827
5 HB3 ALA 794 HB3 ALA 794 36.879 -10.544 -17.939
No H/Q in entry = 5
In of MODEL 22
1 H SER 795 H SER 795 34.004 -7.999 -19.202
2 HA SER 795 HA SER 795 36.315 -6.492 -19.810
3 HB2 SER 795 HB2 SER 795 33.509 -5.861 -20.672
4 HB3 SER 795 HB3 SER 795 35.017 -5.525 -21.520
5 HG SER 795 HG SER 795 35.287 -7.899 -21.600
No H/Q in entry = 5
In of MODEL 22
1 H GLU 796 H GLU 796 33.641 -6.107 -17.626
2 HA GLU 796 HA GLU 796 33.977 -3.225 -17.432
3 HB2 GLU 796 HB2 GLU 796 32.058 -5.064 -16.013
4 HB3 GLU 796 HB3 GLU 796 32.074 -3.319 -15.846
5 HG2 GLU 796 HG2 GLU 796 30.340 -3.677 -17.323
6 HG3 GLU 796 HG3 GLU 796 31.681 -3.307 -18.395
No H/Q in entry = 6
In of MODEL 22
1 H CYS 797 H CYS 797 36.231 -4.578 -16.610
2 HA CYS 797 HA CYS 797 36.257 -3.845 -13.784
3 HB2 CYS 797 HB2 CYS 797 35.968 -6.326 -14.013
4 HB3 CYS 797 HB3 CYS 797 37.504 -6.377 -14.863
No H/Q in entry = 4
In of MODEL 22
1 H GLU 798 H GLU 798 37.936 -2.550 -13.393
2 HA GLU 798 HA GLU 798 40.074 -2.420 -15.421
3 HB2 GLU 798 HB2 GLU 798 40.455 -0.114 -14.647
4 HB3 GLU 798 HB3 GLU 798 38.815 -0.336 -15.232
5 HG2 GLU 798 HG2 GLU 798 37.967 -0.417 -12.987
6 HG3 GLU 798 HG3 GLU 798 39.601 -0.392 -12.327
No H/Q in entry = 6
In of MODEL 22
1 H GLU 799 H GLU 799 39.342 -3.315 -12.281
2 HA GLU 799 HA GLU 799 41.621 -2.402 -10.924
3 HB2 GLU 799 HB2 GLU 799 39.483 -3.011 -9.842
4 HB3 GLU 799 HB3 GLU 799 39.818 -4.702 -10.184
5 HG2 GLU 799 HG2 GLU 799 40.333 -4.049 -7.860
6 HG3 GLU 799 HG3 GLU 799 41.732 -4.668 -8.736
No H/Q in entry = 6
In of MODEL 22
1 H GLU 800 H GLU 800 43.329 -3.572 -10.095
2 HA GLU 800 HA GLU 800 44.390 -5.384 -12.063
3 HB2 GLU 800 HB2 GLU 800 45.720 -3.711 -9.960
4 HB3 GLU 800 HB3 GLU 800 46.581 -4.894 -10.912
5 HG2 GLU 800 HG2 GLU 800 45.804 -3.605 -12.952
6 HG3 GLU 800 HG3 GLU 800 45.254 -2.366 -11.826
No H/Q in entry = 6
In of MODEL 22
1 H GLY 801 H GLY 801 42.964 -6.989 -11.107
2 HA3 GLY 801 HA2 GLY 801 43.959 -8.229 -8.737
3 HA2 GLY 801 HA3 GLY 801 42.786 -8.902 -9.870
No H/Q in entry = 3
In of MODEL 22
1 H PHE 802 H PHE 802 44.059 -10.783 -9.443
2 HA PHE 802 HA PHE 802 46.652 -10.975 -10.787
3 HB2 PHE 802 HB2 PHE 802 45.139 -12.775 -8.926
4 HB3 PHE 802 HB3 PHE 802 46.537 -13.344 -9.819
5 HD1 PHE 802 HD1 PHE 802 48.021 -13.766 -8.082
6 HD2 PHE 802 HD2 PHE 802 46.102 -9.982 -8.288
7 HE1 PHE 802 HE1 PHE 802 49.486 -12.954 -6.373
8 HE2 PHE 802 HE2 PHE 802 47.578 -9.130 -6.574
9 HZ PHE 802 HZ PHE 802 49.303 -10.606 -5.579
No H/Q in entry = 9
In of MODEL 22
1 H SER 803 H SER 803 46.876 -13.395 -11.658
2 HA SER 803 HA SER 803 44.717 -13.900 -13.528
3 HB2 SER 803 HB2 SER 803 47.685 -14.388 -13.935
4 HB3 SER 803 HB3 SER 803 46.379 -14.610 -15.105
5 HG SER 803 HG SER 803 46.037 -12.435 -15.136
No H/Q in entry = 5
In of MODEL 22
1 H ILE 804 H ILE 804 43.984 -15.956 -13.336
2 HA ILE 804 HA ILE 804 45.543 -17.790 -11.678
3 HB ILE 804 HB ILE 804 43.612 -18.571 -10.468
4 HG12 ILE 804 HG12 ILE 804 41.884 -18.221 -12.277
5 HG13 ILE 804 HG13 ILE 804 41.354 -17.727 -10.681
6 HG23 ILE 804 HG21 ILE 804 44.736 -16.684 -9.484
7 HG22 ILE 804 HG22 ILE 804 42.999 -16.572 -9.161
8 HG21 ILE 804 HG23 ILE 804 43.731 -15.578 -10.425
9 HD12 ILE 804 HD11 ILE 804 42.240 -15.919 -12.929
10 HD11 ILE 804 HD12 ILE 804 41.805 -15.378 -11.309
11 HD13 ILE 804 HD13 ILE 804 40.602 -16.156 -12.334
No H/Q in entry = 11
In of MODEL 22
1 H CYS 805 H CYS 805 44.488 -20.069 -11.822
2 HA CYS 805 HA CYS 805 43.942 -20.568 -14.668
3 HB2 CYS 805 HB2 CYS 805 46.140 -21.360 -13.863
4 HB3 CYS 805 HB3 CYS 805 45.314 -22.283 -12.612
No H/Q in entry = 4
In of MODEL 22
1 H VAL 806 H VAL 806 42.053 -21.438 -15.032
2 HA VAL 806 HA VAL 806 40.801 -22.835 -12.832
3 HB VAL 806 HB VAL 806 40.002 -20.507 -12.857
4 HG13 VAL 806 HG11 VAL 806 38.649 -19.658 -14.676
5 HG12 VAL 806 HG12 VAL 806 39.069 -21.093 -15.617
6 HG11 VAL 806 HG13 VAL 806 40.330 -19.959 -15.130
7 HG21 VAL 806 HG21 VAL 806 37.981 -22.519 -13.754
8 HG23 VAL 806 HG22 VAL 806 37.591 -20.975 -12.979
9 HG22 VAL 806 HG23 VAL 806 38.480 -22.220 -12.097
No H/Q in entry = 9
In of MODEL 22
1 H GLU 807 H GLU 807 39.741 -24.596 -13.399
2 HA GLU 807 HA GLU 807 40.085 -25.550 -16.082
3 HB2 GLU 807 HB2 GLU 807 40.543 -26.945 -14.100
4 HB3 GLU 807 HB3 GLU 807 38.868 -26.803 -13.625
5 HG2 GLU 807 HG2 GLU 807 38.208 -28.007 -15.655
6 HG3 GLU 807 HG3 GLU 807 39.912 -28.162 -16.095
No H/Q in entry = 6
In of MODEL 22
1 H VAL 808 H VAL 808 38.713 -25.204 -17.526
2 HA VAL 808 HA VAL 808 35.860 -25.107 -16.994
3 HB VAL 808 HB VAL 808 36.666 -22.769 -17.058
4 HG12 VAL 808 HG11 VAL 808 37.683 -23.370 -19.816
5 HG11 VAL 808 HG12 VAL 808 38.646 -22.969 -18.396
6 HG13 VAL 808 HG13 VAL 808 37.570 -21.762 -19.102
7 HG22 VAL 808 HG21 VAL 808 35.185 -21.899 -18.803
8 HG21 VAL 808 HG22 VAL 808 34.431 -23.204 -17.880
9 HG23 VAL 808 HG23 VAL 808 35.074 -23.517 -19.494
No H/Q in entry = 9
In of MODEL 22
1 H ASN 809 H ASN 809 34.787 -26.176 -18.589
2 HA ASN 809 HA ASN 809 34.400 -27.417 -20.472
3 HB2 ASN 809 HB2 ASN 809 36.704 -25.771 -21.325
4 HB3 ASN 809 HB3 ASN 809 36.169 -27.054 -22.437
5 HD21 ASN 809 HD21 ASN 809 35.823 -23.897 -21.263
6 HD22 ASN 809 HD22 ASN 809 34.403 -23.438 -22.112
No H/Q in entry = 6
In of MODEL 22
1 H GLY 810 H GLY 810 36.525 -28.042 -18.285
2 HA3 GLY 810 HA2 GLY 810 37.514 -30.083 -17.759
3 HA2 GLY 810 HA3 GLY 810 37.387 -30.561 -19.449
No H/Q in entry = 3
In of MODEL 22
1 H LYS 811 H LYS 811 38.624 -27.490 -19.416
2 HA LYS 811 HA LYS 811 41.389 -28.473 -19.373
3 HB2 LYS 811 HB2 LYS 811 40.159 -26.485 -21.290
4 HB3 LYS 811 HB3 LYS 811 41.864 -26.913 -21.220
5 HG2 LYS 811 HG2 LYS 811 41.338 -29.201 -21.849
6 HG3 LYS 811 HG3 LYS 811 39.621 -28.820 -21.852
7 HD2 LYS 811 HD2 LYS 811 40.493 -28.833 -24.124
8 HD3 LYS 811 HD3 LYS 811 39.995 -27.206 -23.664
9 HE2 LYS 811 HE2 LYS 811 42.290 -26.586 -23.244
10 HE3 LYS 811 HE3 LYS 811 42.832 -28.228 -23.573
11 HZ1 LYS 811 HZ1 LYS 811 41.505 -26.419 -25.507
12 HZ3 LYS 811 HZ2 LYS 811 42.072 -27.980 -25.849
13 HZ2 LYS 811 HZ3 LYS 811 43.150 -26.745 -25.462
No H/Q in entry = 13
In of MODEL 22
1 H GLU 812 H GLU 812 42.923 -26.977 -18.663
2 HA GLU 812 HA GLU 812 41.801 -25.016 -16.827
3 HB2 GLU 812 HB2 GLU 812 44.626 -25.997 -17.133
4 HB3 GLU 812 HB3 GLU 812 44.042 -24.914 -15.876
5 HG2 GLU 812 HG2 GLU 812 42.520 -26.701 -15.117
6 HG3 GLU 812 HG3 GLU 812 43.251 -27.790 -16.287
No H/Q in entry = 6
In of MODEL 22
1 H GLN 813 H GLN 813 41.412 -23.123 -17.596
2 HA GLN 813 HA GLN 813 43.352 -21.978 -19.455
3 HB2 GLN 813 HB2 GLN 813 41.187 -22.214 -20.481
4 HB3 GLN 813 HB3 GLN 813 40.401 -21.429 -19.120
5 HG2 GLN 813 HG2 GLN 813 41.433 -19.354 -19.658
6 HG3 GLN 813 HG3 GLN 813 42.392 -20.092 -20.936
7 HE21 GLN 813 HE21 GLN 813 39.031 -20.930 -20.431
8 HE22 GLN 813 HE22 GLN 813 38.450 -20.157 -21.859
No H/Q in entry = 8
In of MODEL 22
1 H THR 814 H THR 814 44.172 -19.986 -19.045
2 HA THR 814 HA THR 814 44.088 -19.064 -16.331
3 HB THR 814 HB THR 814 45.424 -17.861 -18.753
4 HG1 THR 814 HG1 THR 814 47.244 -19.112 -18.025
5 HG21 THR 814 HG21 THR 814 45.351 -16.401 -16.771
6 HG23 THR 814 HG22 THR 814 47.001 -16.937 -17.094
7 HG22 THR 814 HG23 THR 814 46.066 -17.684 -15.798
No H/Q in entry = 7
In of MODEL 22
1 H MET 815 H MET 815 42.811 -17.477 -15.648
2 HA MET 815 HA MET 815 41.688 -15.684 -17.667
3 HB2 MET 815 HB2 MET 815 40.202 -16.602 -15.201
4 HB3 MET 815 HB3 MET 815 39.596 -15.534 -16.460
5 HG2 MET 815 HG2 MET 815 39.959 -17.515 -18.037
6 HG3 MET 815 HG3 MET 815 40.180 -18.406 -16.531
7 HE1 MET 815 HE1 MET 815 38.495 -20.038 -17.294
8 HE3 MET 815 HE2 MET 815 38.068 -19.157 -18.753
9 HE2 MET 815 HE3 MET 815 36.793 -19.729 -17.653
No H/Q in entry = 9
In of MODEL 22
1 H SER 816 H SER 816 41.186 -13.636 -16.821
2 HA SER 816 HA SER 816 43.015 -12.744 -14.806
3 HB2 SER 816 HB2 SER 816 40.679 -11.295 -16.051
4 HB3 SER 816 HB3 SER 816 42.119 -10.567 -15.327
5 HG SER 816 HG SER 816 41.702 -11.436 -17.843
No H/Q in entry = 5
In of MODEL 22
1 H GLU 817 H GLU 817 42.328 -11.809 -12.824
2 HA GLU 817 HA GLU 817 40.658 -13.419 -11.341
3 HB2 GLU 817 HB2 GLU 817 42.550 -11.655 -10.743
4 HB3 GLU 817 HB3 GLU 817 41.119 -10.631 -10.562
5 HG2 GLU 817 HG2 GLU 817 40.354 -11.682 -8.783
6 HG3 GLU 817 HG3 GLU 817 41.076 -13.214 -9.280
No H/Q in entry = 6
In of MODEL 22
1 H CYS 818 H CYS 818 39.889 -10.314 -12.884
2 HA CYS 818 HA CYS 818 37.303 -10.072 -11.778
3 HB2 CYS 818 HB2 CYS 818 38.153 -9.103 -14.502
4 HB3 CYS 818 HB3 CYS 818 36.864 -8.480 -13.482
No H/Q in entry = 4
In of MODEL 22
1 H GLU 819 H GLU 819 38.527 -11.637 -14.662
2 HA GLU 819 HA GLU 819 36.112 -12.237 -15.941
3 HB2 GLU 819 HB2 GLU 819 38.363 -12.190 -16.968
4 HB3 GLU 819 HB3 GLU 819 38.760 -13.633 -16.058
5 HG2 GLU 819 HG2 GLU 819 37.166 -14.923 -17.303
6 HG3 GLU 819 HG3 GLU 819 36.609 -13.476 -18.149
No H/Q in entry = 6
In of MODEL 22
1 H ALA 820 H ALA 820 38.300 -14.429 -14.152
2 HA ALA 820 HA ALA 820 36.673 -16.641 -14.176
3 HB3 ALA 820 HB1 ALA 820 38.621 -15.833 -12.044
4 HB1 ALA 820 HB2 ALA 820 38.987 -16.735 -13.526
5 HB2 ALA 820 HB3 ALA 820 37.979 -17.460 -12.275
No H/Q in entry = 5
In of MODEL 22
1 H GLY 821 H GLY 821 36.865 -13.956 -11.857
2 HA3 GLY 821 HA2 GLY 821 35.141 -14.955 -9.868
3 HA2 GLY 821 HA3 GLY 821 35.542 -13.264 -10.128
No H/Q in entry = 3
In of MODEL 22
1 H ALA 822 H ALA 822 34.524 -12.907 -12.694
2 HA ALA 822 HA ALA 822 31.813 -12.490 -12.103
3 HB3 ALA 822 HB1 ALA 822 31.583 -11.637 -14.329
4 HB1 ALA 822 HB2 ALA 822 33.111 -12.380 -14.830
5 HB2 ALA 822 HB3 ALA 822 33.099 -11.066 -13.646
No H/Q in entry = 5
In of MODEL 22
1 H LEU 823 H LEU 823 33.461 -14.942 -14.102
2 HA LEU 823 HA LEU 823 31.165 -16.240 -14.977
3 HB2 LEU 823 HB2 LEU 823 33.969 -17.114 -14.591
4 HB3 LEU 823 HB3 LEU 823 32.756 -18.355 -14.815
5 HG LEU 823 HG LEU 823 32.109 -17.241 -16.953
6 HD11 LEU 823 HD11 LEU 823 34.611 -15.625 -16.528
7 HD13 LEU 823 HD12 LEU 823 32.952 -15.021 -16.566
8 HD12 LEU 823 HD13 LEU 823 33.667 -15.722 -18.018
9 HD23 LEU 823 HD21 LEU 823 34.926 -18.205 -16.675
10 HD22 LEU 823 HD22 LEU 823 33.982 -18.146 -18.186
11 HD21 LEU 823 HD23 LEU 823 33.462 -19.183 -16.846
No H/Q in entry = 11
In of MODEL 22
1 H ARG 824 H ARG 824 32.979 -16.654 -12.000
2 HA ARG 824 HA ARG 824 31.576 -18.780 -10.890
3 HB2 ARG 824 HB2 ARG 824 32.941 -16.411 -9.643
4 HB3 ARG 824 HB3 ARG 824 32.191 -17.686 -8.691
5 HG2 ARG 824 HG2 ARG 824 33.722 -19.302 -9.531
6 HG3 ARG 824 HG3 ARG 824 34.382 -18.139 -10.692
7 HD2 ARG 824 HD2 ARG 824 35.711 -18.583 -8.561
8 HD3 ARG 824 HD3 ARG 824 35.430 -16.902 -9.004
9 HE ARG 824 HE ARG 824 34.187 -16.622 -7.157
10 HH11 ARG 824 HH11 ARG 824 34.484 -20.164 -7.576
11 HH12 ARG 824 HH12 ARG 824 33.878 -20.511 -6.025
12 HH21 ARG 824 HH21 ARG 824 33.398 -17.163 -5.050
13 HH22 ARG 824 HH22 ARG 824 33.258 -18.807 -4.573
No H/Q in entry = 13
In of MODEL 22
1 H CYS 825 H CYS 825 30.827 -15.342 -10.921
2 HA CYS 825 HA CYS 825 28.621 -15.684 -9.145
3 HB2 CYS 825 HB2 CYS 825 29.898 -13.611 -9.148
4 HB3 CYS 825 HB3 CYS 825 29.358 -13.284 -10.793
No H/Q in entry = 4
In of MODEL 22
1 H ARG 826 H ARG 826 28.938 -15.215 -12.653
2 HA ARG 826 HA ARG 826 26.151 -14.950 -13.068
3 HB2 ARG 826 HB2 ARG 826 26.640 -15.507 -15.470
4 HB3 ARG 826 HB3 ARG 826 27.484 -14.096 -14.826
5 HG2 ARG 826 HG2 ARG 826 29.471 -15.419 -14.616
6 HG3 ARG 826 HG3 ARG 826 28.622 -16.857 -15.199
7 HD2 ARG 826 HD2 ARG 826 28.978 -14.292 -16.747
8 HD3 ARG 826 HD3 ARG 826 29.972 -15.732 -16.956
9 HE ARG 826 HE ARG 826 27.763 -16.853 -17.460
10 HH11 ARG 826 HH11 ARG 826 28.447 -13.448 -18.303
11 HH12 ARG 826 HH12 ARG 826 27.432 -13.454 -19.643
12 HH21 ARG 826 HH21 ARG 826 26.329 -16.789 -19.354
13 HH22 ARG 826 HH22 ARG 826 26.209 -15.338 -20.243
No H/Q in entry = 13
In of MODEL 22
1 H GLY 827 H GLY 827 28.116 -17.746 -12.673
2 HA3 GLY 827 HA2 GLY 827 26.794 -19.695 -11.944
3 HA2 GLY 827 HA3 GLY 827 25.693 -19.294 -13.254
No H/Q in entry = 3
In of MODEL 22
1 H GLN 828 H GLN 828 28.775 -18.748 -14.292
2 HA GLN 828 HA GLN 828 28.769 -21.056 -15.989
3 HB2 GLN 828 HB2 GLN 828 29.842 -18.890 -16.622
4 HB3 GLN 828 HB3 GLN 828 31.061 -19.196 -15.395
5 HG2 GLN 828 HG2 GLN 828 31.813 -19.802 -17.669
6 HG3 GLN 828 HG3 GLN 828 31.795 -21.178 -16.548
7 HE21 GLN 828 HE21 GLN 828 30.280 -19.695 -19.328
8 HE22 GLN 828 HE22 GLN 828 29.419 -21.106 -19.816
No H/Q in entry = 8
In of MODEL 22
1 H SER 829 H SER 829 29.789 -22.946 -15.748
2 HA SER 829 HA SER 829 30.572 -23.470 -13.014
3 HB2 SER 829 HB2 SER 829 30.111 -25.398 -15.295
4 HB3 SER 829 HB3 SER 829 30.340 -25.829 -13.596
5 HG SER 829 HG SER 829 28.432 -23.936 -14.007
No H/Q in entry = 5
In of MODEL 22
1 H ILE 830 H ILE 830 32.553 -23.098 -12.555
2 HA ILE 830 HA ILE 830 34.664 -24.107 -14.293
3 HB ILE 830 HB ILE 830 36.064 -22.184 -13.927
4 HG12 ILE 830 HG12 ILE 830 35.254 -21.459 -11.672
5 HG13 ILE 830 HG13 ILE 830 35.432 -20.126 -12.792
6 HG21 ILE 830 HG21 ILE 830 34.739 -22.055 -15.885
7 HG23 ILE 830 HG22 ILE 830 34.930 -20.438 -15.206
8 HG22 ILE 830 HG23 ILE 830 33.413 -21.310 -14.991
9 HD13 ILE 830 HD11 ILE 830 33.438 -19.836 -11.453
10 HD12 ILE 830 HD12 ILE 830 32.846 -21.413 -11.942
11 HD11 ILE 830 HD13 ILE 830 32.989 -20.120 -13.133
No H/Q in entry = 11
In of MODEL 22
1 H SER 831 H SER 831 36.582 -24.622 -13.176
2 HA SER 831 HA SER 831 36.216 -24.962 -10.284
3 HB2 SER 831 HB2 SER 831 37.567 -26.678 -12.321
4 HB3 SER 831 HB3 SER 831 37.594 -26.961 -10.582
5 HG SER 831 HG SER 831 35.094 -26.567 -11.563
No H/Q in entry = 5
In of MODEL 22
1 H VAL 832 H VAL 832 37.578 -23.436 -9.373
2 HA VAL 832 HA VAL 832 40.009 -22.674 -10.692
3 HB VAL 832 HB VAL 832 39.180 -22.130 -7.829
4 HG12 VAL 832 HG11 VAL 832 41.248 -20.767 -9.566
5 HG11 VAL 832 HG12 VAL 832 41.583 -21.839 -8.214
6 HG13 VAL 832 HG13 VAL 832 40.809 -20.277 -7.928
7 HG22 VAL 832 HG21 VAL 832 37.529 -21.217 -9.369
8 HG21 VAL 832 HG22 VAL 832 38.802 -20.407 -10.282
9 HG23 VAL 832 HG23 VAL 832 38.455 -19.912 -8.625
No H/Q in entry = 9
In of MODEL 22
1 H THR 833 H THR 833 41.461 -24.208 -10.916
2 HA THR 833 HA THR 833 41.800 -26.206 -8.910
3 HB THR 833 HB THR 833 43.461 -27.038 -10.634
4 HG1 THR 833 HG1 THR 833 43.454 -26.031 -12.593
5 HG22 THR 833 HG21 THR 833 41.670 -27.746 -12.195
6 HG21 THR 833 HG22 THR 833 40.601 -26.550 -11.467
7 HG23 THR 833 HG23 THR 833 41.180 -27.918 -10.505
No H/Q in entry = 7
In of MODEL 22
1 H SER 834 H SER 834 43.512 -23.467 -10.271
2 HA SER 834 HA SER 834 45.443 -23.649 -8.113
3 HB2 SER 834 HB2 SER 834 46.133 -23.351 -11.023
4 HB3 SER 834 HB3 SER 834 47.282 -23.274 -9.693
5 HG SER 834 HG SER 834 45.729 -25.543 -9.657
No H/Q in entry = 5
In of MODEL 22
1 H ILE 835 H ILE 835 46.129 -21.672 -7.422
2 HA ILE 835 HA ILE 835 44.736 -19.426 -8.557
3 HB ILE 835 HB ILE 835 45.702 -18.132 -6.594
4 HG12 ILE 835 HG12 ILE 835 46.262 -19.614 -4.598
5 HG13 ILE 835 HG13 ILE 835 46.552 -20.908 -5.747
6 HG23 ILE 835 HG21 ILE 835 43.445 -18.878 -6.657
7 HG22 ILE 835 HG22 ILE 835 44.117 -19.082 -5.024
8 HG21 ILE 835 HG23 ILE 835 43.943 -20.479 -6.096
9 HD12 ILE 835 HD11 ILE 835 47.986 -18.298 -5.570
10 HD11 ILE 835 HD12 ILE 835 48.317 -19.567 -6.758
11 HD13 ILE 835 HD13 ILE 835 48.597 -19.865 -5.029
No H/Q in entry = 11
In of MODEL 22
1 H ARG 836 H ARG 836 47.377 -20.953 -9.272
2 HA ARG 836 HA ARG 836 48.982 -18.624 -9.952
3 HB2 ARG 836 HB2 ARG 836 49.625 -21.576 -10.133
4 HB3 ARG 836 HB3 ARG 836 50.721 -20.279 -10.595
5 HG2 ARG 836 HG2 ARG 836 50.471 -19.427 -8.216
6 HG3 ARG 836 HG3 ARG 836 49.687 -20.961 -7.872
7 HD2 ARG 836 HD2 ARG 836 52.446 -20.700 -9.033
8 HD3 ARG 836 HD3 ARG 836 52.068 -20.841 -7.322
9 HE ARG 836 HE ARG 836 50.848 -22.984 -8.532
10 HH11 ARG 836 HH11 ARG 836 54.177 -21.818 -8.408
11 HH12 ARG 836 HH12 ARG 836 54.871 -23.363 -8.318
12 HH21 ARG 836 HH21 ARG 836 51.775 -25.092 -8.400
13 HH22 ARG 836 HH22 ARG 836 53.452 -25.300 -8.315
No H/Q in entry = 13
In of MODEL 22
1 HA PRO 837 HA PRO 837 47.209 -18.698 -14.023
2 HB2 PRO 837 HB2 PRO 837 49.268 -17.596 -15.448
3 HB3 PRO 837 HB3 PRO 837 48.162 -16.652 -14.445
4 HG2 PRO 837 HG2 PRO 837 50.911 -17.654 -13.805
5 HG3 PRO 837 HG3 PRO 837 50.192 -16.068 -13.466
6 HD2 PRO 837 HD2 PRO 837 50.398 -17.953 -11.569
7 HD3 PRO 837 HD3 PRO 837 49.000 -16.860 -11.642
No H/Q in entry = 7
In of MODEL 22
1 H CYS 838 H CYS 838 47.181 -20.003 -15.844
2 HA CYS 838 HA CYS 838 49.204 -22.048 -15.863
3 HB2 CYS 838 HB2 CYS 838 46.387 -21.977 -16.842
4 HB3 CYS 838 HB3 CYS 838 47.504 -23.137 -17.550
No H/Q in entry = 4
In of MODEL 22
1 H ALA 839 H ALA 839 49.622 -22.958 -18.177
2 HA ALA 839 HA ALA 839 50.357 -20.725 -19.869
3 HB3 ALA 839 HB1 ALA 839 51.764 -22.370 -21.057
4 HB1 ALA 839 HB2 ALA 839 51.153 -23.646 -20.006
5 HB2 ALA 839 HB3 ALA 839 52.135 -22.342 -19.332
No H/Q in entry = 5
In of MODEL 22
1 H ALA 840 H ALA 840 48.125 -20.538 -20.124
2 HA ALA 840 HA ALA 840 47.108 -22.078 -22.437
3 HB3 ALA 840 HB1 ALA 840 45.870 -22.754 -20.445
4 HB1 ALA 840 HB2 ALA 840 44.845 -21.813 -21.540
5 HB2 ALA 840 HB3 ALA 840 45.511 -21.058 -20.092
No H/Q in entry = 5
In of MODEL 22
1 H GLU 841 H GLU 841 48.592 -19.590 -22.196
2 HA GLU 841 HA GLU 841 46.644 -17.909 -23.471
3 HB2 GLU 841 HB2 GLU 841 47.638 -15.877 -22.409
4 HB3 GLU 841 HB3 GLU 841 46.785 -16.925 -21.293
5 HG2 GLU 841 HG2 GLU 841 48.896 -17.783 -20.455
6 HG3 GLU 841 HG3 GLU 841 49.775 -16.799 -21.626
No H/Q in entry = 6
In of MODEL 22
1 H THR 842 H THR 842 47.272 -18.046 -25.448
2 HA THR 842 HA THR 842 50.023 -18.140 -26.151
3 HB THR 842 HB THR 842 48.859 -17.864 -28.528
4 HG1 THR 842 HG1 THR 842 46.800 -17.410 -27.754
5 HG22 THR 842 HG21 THR 842 48.543 -20.301 -28.563
6 HG21 THR 842 HG22 THR 842 48.625 -20.337 -26.801
7 HG23 THR 842 HG23 THR 842 50.040 -19.865 -27.741
No H/Q in entry = 7
In of MODEL 22
1 H GLN 843 H GLN 843 51.050 -16.386 -25.639
2 HA GLN 843 HA GLN 843 50.103 -13.786 -26.618
3 HB2 GLN 843 HB2 GLN 843 52.197 -14.282 -24.502
4 HB3 GLN 843 HB3 GLN 843 51.339 -12.795 -24.840
5 HG2 GLN 843 HG2 GLN 843 50.046 -15.274 -23.727
6 HG3 GLN 843 HG3 GLN 843 50.640 -13.940 -22.750
7 HE21 GLN 843 HE21 GLN 843 48.619 -13.698 -21.930
8 HE22 GLN 843 HE22 GLN 843 47.348 -12.881 -22.779
No H/Q in entry = 8
In of MODEL 23
1 H1 GLY 689 H3 GLY 689 57.639 13.344 -27.675
2 H2 GLY 689 H2 GLY 689 56.744 11.933 -27.878
3 H3 GLY 689 H1 GLY 689 57.615 12.544 -29.175
4 HA2 GLY 689 HA2 GLY 689 55.242 12.951 -29.328
5 HA3 GLY 689 HA3 GLY 689 56.158 14.458 -29.236
No H/Q in entry = 5
In of MODEL 23
1 H SER 690 H SER 690 56.196 15.629 -27.314
2 HA SER 690 HA SER 690 55.347 16.574 -25.507
3 HB2 SER 690 HB2 SER 690 52.902 15.010 -26.329
4 HB3 SER 690 HB3 SER 690 52.893 16.297 -25.114
5 HG SER 690 HG SER 690 54.032 16.760 -27.626
No H/Q in entry = 5
In of MODEL 23
1 H HIS 691 H HIS 691 53.320 15.276 -23.688
2 HA HIS 691 HA HIS 691 53.281 14.202 -21.786
3 HB2 HIS 691 HB2 HIS 691 55.324 12.319 -23.031
4 HB3 HIS 691 HB3 HIS 691 54.582 12.051 -21.460
5 HD1 HIS 691 HD1 HIS 691 52.277 10.899 -21.457
6 HD2 HIS 691 HD2 HIS 691 53.500 12.093 -25.255
7 HE1 HIS 691 HE1 HIS 691 50.628 9.916 -23.034
8 HE2 HIS 691 HE2 HIS 691 51.535 10.402 -25.302
No H/Q in entry = 8
In of MODEL 23
1 H MET 692 H MET 692 53.906 15.928 -20.752
2 HA MET 692 HA MET 692 56.562 16.884 -20.501
3 HB2 MET 692 HB2 MET 692 54.238 17.328 -18.614
4 HB3 MET 692 HB3 MET 692 55.701 18.289 -18.688
5 HG2 MET 692 HG2 MET 692 53.603 18.073 -20.837
6 HG3 MET 692 HG3 MET 692 53.839 19.429 -19.739
7 HE3 MET 692 HE1 MET 692 57.306 20.839 -20.936
8 HE2 MET 692 HE2 MET 692 57.061 19.628 -19.683
9 HE1 MET 692 HE3 MET 692 55.978 21.017 -19.788
No H/Q in entry = 9
In of MODEL 23
1 H ASN 693 H ASN 693 54.541 14.844 -18.567
2 HA ASN 693 HA ASN 693 56.691 14.312 -16.678
3 HB2 ASN 693 HB2 ASN 693 53.798 13.402 -16.754
4 HB3 ASN 693 HB3 ASN 693 54.941 12.984 -15.484
5 HD21 ASN 693 HD21 ASN 693 53.003 15.522 -16.895
6 HD22 ASN 693 HD22 ASN 693 53.196 16.640 -15.595
No H/Q in entry = 6
In of MODEL 23
1 HA PRO 694 HA PRO 694 57.650 10.799 -19.314
2 HB2 PRO 694 HB2 PRO 694 59.348 9.952 -17.060
3 HB3 PRO 694 HB3 PRO 694 59.800 10.306 -18.731
4 HG2 PRO 694 HG2 PRO 694 60.445 11.949 -16.724
5 HG3 PRO 694 HG3 PRO 694 60.011 12.571 -18.329
6 HD2 PRO 694 HD2 PRO 694 58.365 12.446 -15.829
7 HD3 PRO 694 HD3 PRO 694 58.505 13.733 -17.053
No H/Q in entry = 7
In of MODEL 23
1 H LEU 695 H LEU 695 56.098 9.350 -19.410
2 HA LEU 695 HA LEU 695 55.725 7.607 -17.101
3 HB2 LEU 695 HB2 LEU 695 53.553 8.677 -18.891
4 HB3 LEU 695 HB3 LEU 695 53.332 7.337 -17.788
5 HG LEU 695 HG LEU 695 53.980 10.182 -17.012
6 HD13 LEU 695 HD11 LEU 695 51.718 9.932 -17.802
7 HD12 LEU 695 HD12 LEU 695 51.722 10.131 -16.046
8 HD11 LEU 695 HD13 LEU 695 51.479 8.536 -16.754
9 HD21 LEU 695 HD21 LEU 695 53.438 7.757 -15.291
10 HD23 LEU 695 HD22 LEU 695 53.594 9.415 -14.714
11 HD22 LEU 695 HD23 LEU 695 54.980 8.607 -15.436
No H/Q in entry = 11
In of MODEL 23
1 H THR 696 H THR 696 57.011 6.056 -17.849
2 HA THR 696 HA THR 696 56.515 4.920 -20.439
3 HB THR 696 HB THR 696 58.297 3.299 -19.647
4 HG1 THR 696 HG1 THR 696 57.730 3.836 -17.384
5 HG22 THR 696 HG21 THR 696 58.981 6.234 -19.476
6 HG21 THR 696 HG22 THR 696 58.842 5.295 -20.965
7 HG23 THR 696 HG23 THR 696 60.122 4.923 -19.805
No H/Q in entry = 7
In of MODEL 23
1 H GLN 697 H GLN 697 54.603 3.890 -20.462
2 HA GLN 697 HA GLN 697 53.776 2.440 -18.137
3 HB2 GLN 697 HB2 GLN 697 52.144 3.789 -19.345
4 HB3 GLN 697 HB3 GLN 697 52.411 2.840 -20.793
5 HG2 GLN 697 HG2 GLN 697 51.396 0.931 -19.846
6 HG3 GLN 697 HG3 GLN 697 51.397 1.649 -18.231
7 HE21 GLN 697 HE21 GLN 697 49.951 3.215 -17.738
8 HE22 GLN 697 HE22 GLN 697 48.585 3.588 -18.712
No H/Q in entry = 8
In of MODEL 23
1 H ALA 698 H ALA 698 54.982 0.690 -17.911
2 HA ALA 698 HA ALA 698 54.867 -1.339 -19.982
3 HB2 ALA 698 HB1 ALA 698 57.267 -1.812 -19.699
4 HB3 ALA 698 HB2 ALA 698 57.410 -0.405 -18.644
5 HB1 ALA 698 HB3 ALA 698 56.995 -0.192 -20.344
No H/Q in entry = 5
In of MODEL 23
1 H VAL 699 H VAL 699 54.955 -3.389 -19.132
2 HA VAL 699 HA VAL 699 54.112 -3.675 -16.414
3 HB VAL 699 HB VAL 699 54.899 -5.839 -18.394
4 HG12 VAL 699 HG11 VAL 699 53.167 -5.997 -15.927
5 HG11 VAL 699 HG12 VAL 699 54.793 -6.651 -16.107
6 HG13 VAL 699 HG13 VAL 699 53.467 -7.314 -17.063
7 HG22 VAL 699 HG21 VAL 699 53.154 -4.449 -19.354
8 HG21 VAL 699 HG22 VAL 699 52.183 -4.620 -17.894
9 HG23 VAL 699 HG23 VAL 699 52.500 -6.028 -18.913
No H/Q in entry = 9
In of MODEL 23
1 HA PRO 700 HA PRO 700 58.341 -4.062 -14.971
2 HB2 PRO 700 HB2 PRO 700 57.777 -4.624 -12.373
3 HB3 PRO 700 HB3 PRO 700 57.696 -2.988 -13.041
4 HG2 PRO 700 HG2 PRO 700 55.492 -4.928 -12.506
5 HG3 PRO 700 HG3 PRO 700 55.545 -3.175 -12.233
6 HD2 PRO 700 HD2 PRO 700 54.301 -4.297 -14.377
7 HD3 PRO 700 HD3 PRO 700 55.052 -2.684 -14.419
No H/Q in entry = 7
In of MODEL 23
1 H LYS 701 H LYS 701 59.605 -5.740 -13.857
2 HA LYS 701 HA LYS 701 58.764 -8.370 -14.767
3 HB2 LYS 701 HB2 LYS 701 61.394 -7.417 -13.621
4 HB3 LYS 701 HB3 LYS 701 61.102 -9.018 -14.277
5 HG2 LYS 701 HG2 LYS 701 60.930 -6.437 -15.836
6 HG3 LYS 701 HG3 LYS 701 62.287 -7.558 -15.854
7 HD2 LYS 701 HD2 LYS 701 59.468 -8.247 -16.719
8 HD3 LYS 701 HD3 LYS 701 60.767 -7.789 -17.813
9 HE2 LYS 701 HE2 LYS 701 62.073 -9.725 -17.103
10 HE3 LYS 701 HE3 LYS 701 60.804 -10.184 -15.971
11 HZ2 LYS 701 HZ1 LYS 701 60.719 -11.444 -18.030
12 HZ1 LYS 701 HZ2 LYS 701 60.471 -10.020 -18.918
13 HZ3 LYS 701 HZ3 LYS 701 59.319 -10.532 -17.813
No H/Q in entry = 13
In of MODEL 23
1 H CYS 702 H CYS 702 57.557 -7.148 -12.455
2 HA CYS 702 HA CYS 702 58.466 -8.905 -10.292
3 HB2 CYS 702 HB2 CYS 702 56.430 -6.697 -9.958
4 HB3 CYS 702 HB3 CYS 702 57.502 -7.407 -8.782
No H/Q in entry = 4
In of MODEL 23
1 H GLN 703 H GLN 703 56.905 -10.222 -9.314
2 HA GLN 703 HA GLN 703 54.908 -11.144 -11.148
3 HB2 GLN 703 HB2 GLN 703 55.571 -11.986 -8.336
4 HB3 GLN 703 HB3 GLN 703 54.470 -12.832 -9.407
5 HG2 GLN 703 HG2 GLN 703 57.409 -12.409 -9.932
6 HG3 GLN 703 HG3 GLN 703 56.693 -13.888 -9.292
7 HE21 GLN 703 HE21 GLN 703 57.159 -11.914 -12.090
8 HE22 GLN 703 HE22 GLN 703 56.573 -13.051 -13.247
No H/Q in entry = 8
In of MODEL 23
1 H ARG 704 H ARG 704 52.739 -11.755 -10.069
2 HA ARG 704 HA ARG 704 51.248 -9.392 -9.814
3 HB2 ARG 704 HB2 ARG 704 50.552 -12.251 -9.231
4 HB3 ARG 704 HB3 ARG 704 49.381 -10.955 -9.058
5 HG2 ARG 704 HG2 ARG 704 50.866 -11.497 -11.606
6 HG3 ARG 704 HG3 ARG 704 49.306 -12.223 -11.215
7 HD2 ARG 704 HD2 ARG 704 48.284 -10.035 -11.076
8 HD3 ARG 704 HD3 ARG 704 49.835 -9.261 -11.288
9 HE ARG 704 HE ARG 704 49.769 -10.605 -13.529
10 HH11 ARG 704 HH11 ARG 704 46.956 -8.961 -12.061
11 HH12 ARG 704 HH12 ARG 704 46.362 -8.417 -13.551
12 HH21 ARG 704 HH21 ARG 704 48.896 -9.875 -15.540
13 HH22 ARG 704 HH22 ARG 704 47.489 -8.923 -15.573
No H/Q in entry = 13
In of MODEL 23
1 H TRP 705 H TRP 705 52.663 -11.373 -7.354
2 HA TRP 705 HA TRP 705 51.224 -10.016 -5.209
3 HB2 TRP 705 HB2 TRP 705 52.402 -11.702 -3.790
4 HB3 TRP 705 HB3 TRP 705 51.339 -12.395 -5.006
5 HD1 TRP 705 HD1 TRP 705 54.981 -12.125 -4.027
6 HE1 TRP 705 HE1 TRP 705 56.348 -13.799 -5.375
7 HE3 TRP 705 HE3 TRP 705 51.373 -13.609 -7.319
8 HZ2 TRP 705 HZ2 TRP 705 55.948 -15.547 -7.595
9 HZ3 TRP 705 HZ3 TRP 705 51.947 -15.279 -9.028
10 HH2 TRP 705 HH2 TRP 705 54.186 -16.229 -9.158
No H/Q in entry = 10
In of MODEL 23
1 H GLU 706 H GLU 706 53.690 -9.229 -7.063
2 HA GLU 706 HA GLU 706 55.300 -8.141 -4.888
3 HB2 GLU 706 HB2 GLU 706 56.070 -8.801 -7.728
4 HB3 GLU 706 HB3 GLU 706 57.094 -7.915 -6.605
5 HG2 GLU 706 HG2 GLU 706 57.097 -9.926 -5.156
6 HG3 GLU 706 HG3 GLU 706 56.189 -10.775 -6.410
No H/Q in entry = 6
In of MODEL 23
1 H LYS 707 H LYS 707 56.126 -6.083 -5.246
2 HA LYS 707 HA LYS 707 54.703 -4.436 -7.187
3 HB2 LYS 707 HB2 LYS 707 54.515 -2.628 -5.511
4 HB3 LYS 707 HB3 LYS 707 53.594 -4.040 -5.017
5 HG2 LYS 707 HG2 LYS 707 55.227 -4.637 -3.387
6 HG3 LYS 707 HG3 LYS 707 56.367 -3.454 -4.013
7 HD2 LYS 707 HD2 LYS 707 53.739 -2.836 -2.650
8 HD3 LYS 707 HD3 LYS 707 55.340 -2.681 -1.925
9 HE2 LYS 707 HE2 LYS 707 55.887 -1.084 -3.827
10 HE3 LYS 707 HE3 LYS 707 54.164 -1.087 -4.193
11 HZ2 LYS 707 HZ1 LYS 707 55.442 -0.220 -1.676
12 HZ1 LYS 707 HZ2 LYS 707 53.767 -0.274 -1.910
13 HZ3 LYS 707 HZ3 LYS 707 54.720 0.777 -2.831
No H/Q in entry = 13
In of MODEL 23
1 H LEU 708 H LEU 708 56.011 -2.664 -7.925
2 HA LEU 708 HA LEU 708 58.796 -3.144 -7.340
3 HB2 LEU 708 HB2 LEU 708 58.004 -3.266 -9.708
4 HB3 LEU 708 HB3 LEU 708 57.598 -1.564 -9.618
5 HG LEU 708 HG LEU 708 60.369 -2.439 -9.014
6 HD12 LEU 708 HD11 LEU 708 60.928 -2.170 -11.431
7 HD11 LEU 708 HD12 LEU 708 59.201 -1.995 -11.778
8 HD13 LEU 708 HD13 LEU 708 59.828 -3.516 -11.145
9 HD22 LEU 708 HD21 LEU 708 60.955 -0.255 -9.972
10 HD21 LEU 708 HD22 LEU 708 59.795 -0.107 -8.652
11 HD23 LEU 708 HD23 LEU 708 59.251 0.029 -10.326
No H/Q in entry = 11
In of MODEL 23
1 H GLN 709 H GLN 709 59.735 -1.908 -6.004
2 HA GLN 709 HA GLN 709 59.242 0.935 -5.978
3 HB2 GLN 709 HB2 GLN 709 58.870 1.090 -3.616
4 HB3 GLN 709 HB3 GLN 709 57.753 -0.139 -4.192
5 HG2 GLN 709 HG2 GLN 709 59.268 -1.889 -3.434
6 HG3 GLN 709 HG3 GLN 709 60.388 -0.656 -2.849
7 HE21 GLN 709 HE21 GLN 709 60.252 -1.390 -0.746
8 HE22 GLN 709 HE22 GLN 709 58.853 -1.126 0.220
No H/Q in entry = 8
In of MODEL 23
1 H ASN 710 H ASN 710 61.079 2.003 -5.113
2 HA ASN 710 HA ASN 710 63.289 2.306 -4.592
3 HB2 ASN 710 HB2 ASN 710 62.530 0.729 -2.697
4 HB3 ASN 710 HB3 ASN 710 63.257 -0.570 -3.607
5 HD21 ASN 710 HD21 ASN 710 63.815 2.187 -1.697
6 HD22 ASN 710 HD22 ASN 710 65.509 1.973 -1.409
No H/Q in entry = 6
In of MODEL 23
1 H SER 711 H SER 711 62.296 1.168 -7.113
2 HA SER 711 HA SER 711 63.027 0.523 -9.127
3 HB2 SER 711 HB2 SER 711 64.963 1.998 -8.711
4 HB3 SER 711 HB3 SER 711 65.796 0.693 -7.876
5 HG SER 711 HG SER 711 65.584 -0.468 -9.895
No H/Q in entry = 5
In of MODEL 23
1 H ARG 712 H ARG 712 62.538 -1.487 -6.843
2 HA ARG 712 HA ARG 712 63.622 -3.797 -8.264
3 HB2 ARG 712 HB2 ARG 712 64.212 -4.867 -6.131
4 HB3 ARG 712 HB3 ARG 712 65.165 -3.420 -6.429
5 HG2 ARG 712 HG2 ARG 712 63.693 -2.164 -4.908
6 HG3 ARG 712 HG3 ARG 712 62.780 -3.639 -4.631
7 HD2 ARG 712 HD2 ARG 712 64.701 -4.709 -3.659
8 HD3 ARG 712 HD3 ARG 712 65.707 -3.306 -4.035
9 HE ARG 712 HE ARG 712 63.883 -2.165 -2.571
10 HH11 ARG 712 HH11 ARG 712 65.582 -5.215 -1.966
11 HH12 ARG 712 HH12 ARG 712 65.433 -5.104 -0.272
12 HH21 ARG 712 HH21 ARG 712 63.730 -2.021 -0.215
13 HH22 ARG 712 HH22 ARG 712 64.409 -3.261 0.724
No H/Q in entry = 13
In of MODEL 23
1 H CYS 713 H CYS 713 62.568 -5.838 -7.426
2 HA CYS 713 HA CYS 713 59.710 -5.344 -7.095
3 HB2 CYS 713 HB2 CYS 713 61.197 -7.860 -7.872
4 HB3 CYS 713 HB3 CYS 713 59.446 -7.671 -7.849
No H/Q in entry = 4
In of MODEL 23
1 H VAL 714 H VAL 714 58.951 -5.501 -5.113
2 HA VAL 714 HA VAL 714 60.156 -7.439 -3.257
3 HB VAL 714 HB VAL 714 59.517 -5.961 -1.380
4 HG13 VAL 714 HG11 VAL 714 61.202 -4.203 -1.689
5 HG12 VAL 714 HG12 VAL 714 61.245 -4.566 -3.414
6 HG11 VAL 714 HG13 VAL 714 61.777 -5.775 -2.245
7 HG23 VAL 714 HG21 VAL 714 58.829 -3.624 -1.793
8 HG22 VAL 714 HG22 VAL 714 57.647 -4.784 -2.396
9 HG21 VAL 714 HG23 VAL 714 58.733 -3.973 -3.520
No H/Q in entry = 9
In of MODEL 23
1 H CYS 715 H CYS 715 58.414 -7.965 -1.465
2 HA CYS 715 HA CYS 715 56.110 -8.858 -3.004
3 HB2 CYS 715 HB2 CYS 715 56.634 -9.394 -0.080
4 HB3 CYS 715 HB3 CYS 715 55.684 -10.347 -1.206
No H/Q in entry = 4
In of MODEL 23
1 H LYS 716 H LYS 716 53.972 -8.306 -2.466
2 HA LYS 716 HA LYS 716 53.464 -5.820 -1.178
3 HB2 LYS 716 HB2 LYS 716 51.590 -8.093 -1.920
4 HB3 LYS 716 HB3 LYS 716 51.062 -6.533 -1.321
5 HG2 LYS 716 HG2 LYS 716 51.765 -5.432 -3.309
6 HG3 LYS 716 HG3 LYS 716 52.666 -6.851 -3.851
7 HD2 LYS 716 HD2 LYS 716 50.547 -6.629 -5.086
8 HD3 LYS 716 HD3 LYS 716 50.572 -8.096 -4.122
9 HE2 LYS 716 HE2 LYS 716 48.404 -7.151 -3.885
10 HE3 LYS 716 HE3 LYS 716 49.241 -6.845 -2.373
11 HZ3 LYS 716 HZ1 LYS 716 48.149 -4.854 -2.929
12 HZ2 LYS 716 HZ2 LYS 716 48.569 -4.964 -4.533
13 HZ1 LYS 716 HZ3 LYS 716 49.731 -4.525 -3.431
No H/Q in entry = 13
In of MODEL 23
1 H MET 717 H MET 717 51.779 -5.803 0.667
2 HA MET 717 HA MET 717 52.723 -7.594 2.805
3 HB2 MET 717 HB2 MET 717 51.067 -5.053 2.959
4 HB3 MET 717 HB3 MET 717 51.684 -5.948 4.324
5 HG2 MET 717 HG2 MET 717 53.571 -4.772 2.321
6 HG3 MET 717 HG3 MET 717 52.837 -3.756 3.547
7 HE2 MET 717 HE1 MET 717 55.904 -7.133 4.381
8 HE1 MET 717 HE2 MET 717 55.264 -6.735 2.780
9 HE3 MET 717 HE3 MET 717 54.257 -7.569 3.967
No H/Q in entry = 9
In of MODEL 23
1 HA PRO 718 HA PRO 718 48.913 -9.912 2.662
2 HB2 PRO 718 HB2 PRO 718 48.291 -10.138 5.368
3 HB3 PRO 718 HB3 PRO 718 49.407 -11.190 4.497
4 HG2 PRO 718 HG2 PRO 718 49.989 -8.831 6.233
5 HG3 PRO 718 HG3 PRO 718 50.870 -10.362 6.096
6 HD2 PRO 718 HD2 PRO 718 51.784 -8.115 4.950
7 HD3 PRO 718 HD3 PRO 718 51.973 -9.698 4.165
No H/Q in entry = 7
In of MODEL 23
1 H TYR 719 H TYR 719 48.941 -7.115 4.743
2 HA TYR 719 HA TYR 719 46.076 -6.754 4.678
3 HB2 TYR 719 HB2 TYR 719 46.554 -4.758 6.081
4 HB3 TYR 719 HB3 TYR 719 47.238 -6.247 6.717
5 HD1 TYR 719 HD1 TYR 719 47.916 -2.931 5.537
6 HD2 TYR 719 HD2 TYR 719 49.729 -6.645 6.511
7 HE1 TYR 719 HE1 TYR 719 50.086 -1.811 5.744
8 HE2 TYR 719 HE2 TYR 719 51.906 -5.524 6.736
9 HH TYR 719 HH TYR 719 52.182 -2.160 6.883
No H/Q in entry = 9
In of MODEL 23
1 H GLU 720 H GLU 720 48.600 -6.034 2.702
2 HA GLU 720 HA GLU 720 47.482 -3.606 1.495
3 HB2 GLU 720 HB2 GLU 720 49.897 -3.680 2.014
4 HB3 GLU 720 HB3 GLU 720 50.062 -5.172 1.106
5 HG2 GLU 720 HG2 GLU 720 50.997 -3.339 -0.121
6 HG3 GLU 720 HG3 GLU 720 49.550 -3.914 -0.947
No H/Q in entry = 6
In of MODEL 23
1 H CYS 721 H CYS 721 46.554 -6.522 1.535
2 HA CYS 721 HA CYS 721 46.297 -6.847 -1.331
3 HB2 CYS 721 HB2 CYS 721 47.909 -8.500 0.219
4 HB3 CYS 721 HB3 CYS 721 46.366 -9.345 0.127
No H/Q in entry = 4
In of MODEL 23
1 H GLY 722 H GLY 722 44.263 -7.244 -1.907
2 HA3 GLY 722 HA2 GLY 722 42.379 -8.342 0.001
3 HA2 GLY 722 HA3 GLY 722 42.063 -6.698 -0.541
No H/Q in entry = 3
In of MODEL 23
1 HA PRO 723 HA PRO 723 39.928 -7.919 -4.183
2 HB2 PRO 723 HB2 PRO 723 41.984 -6.518 -5.823
3 HB3 PRO 723 HB3 PRO 723 40.223 -6.350 -5.835
4 HG2 PRO 723 HG2 PRO 723 41.728 -4.498 -4.691
5 HG3 PRO 723 HG3 PRO 723 40.202 -5.013 -3.947
6 HD2 PRO 723 HD2 PRO 723 43.004 -5.697 -3.189
7 HD3 PRO 723 HD3 PRO 723 41.598 -5.395 -2.153
No H/Q in entry = 7
In of MODEL 23
1 H SER 724 H SER 724 40.226 -10.086 -4.276
2 HA SER 724 HA SER 724 41.534 -11.212 -6.471
3 HB2 SER 724 HB2 SER 724 43.023 -12.724 -5.098
4 HB3 SER 724 HB3 SER 724 43.558 -11.049 -5.224
5 HG SER 724 HG SER 724 42.399 -10.793 -3.163
No H/Q in entry = 5
In of MODEL 23
1 H LEU 725 H LEU 725 41.242 -13.625 -6.378
2 HA LEU 725 HA LEU 725 38.548 -14.096 -5.508
3 HB2 LEU 725 HB2 LEU 725 40.457 -15.551 -7.117
4 HB3 LEU 725 HB3 LEU 725 39.262 -16.530 -6.272
5 HG LEU 725 HG LEU 725 38.248 -16.179 -8.242
6 HD13 LEU 725 HD11 LEU 725 36.483 -14.739 -8.153
7 HD12 LEU 725 HD12 LEU 725 37.265 -13.785 -6.931
8 HD11 LEU 725 HD13 LEU 725 36.748 -15.457 -6.549
9 HD22 LEU 725 HD21 LEU 725 38.229 -14.223 -9.578
10 HD21 LEU 725 HD22 LEU 725 39.852 -14.840 -9.276
11 HD23 LEU 725 HD23 LEU 725 39.231 -13.423 -8.371
No H/Q in entry = 11
In of MODEL 23
1 H ASP 726 H ASP 726 37.737 -15.331 -3.996
2 HA ASP 726 HA ASP 726 39.325 -15.933 -1.714
3 HB2 ASP 726 HB2 ASP 726 37.091 -16.752 -0.836
4 HB3 ASP 726 HB3 ASP 726 37.197 -15.054 -1.251
No H/Q in entry = 4
In of MODEL 23
1 H VAL 727 H VAL 727 40.070 -17.796 -1.061
2 HA VAL 727 HA VAL 727 39.101 -20.211 -2.312
3 HB VAL 727 HB VAL 727 41.501 -21.082 -2.607
4 HG13 VAL 727 HG11 VAL 727 40.185 -20.454 -4.566
5 HG12 VAL 727 HG12 VAL 727 41.863 -19.977 -4.805
6 HG11 VAL 727 HG13 VAL 727 40.663 -18.772 -4.364
7 HG22 VAL 727 HG21 VAL 727 43.275 -19.408 -2.911
8 HG21 VAL 727 HG22 VAL 727 42.670 -19.436 -1.251
9 HG23 VAL 727 HG23 VAL 727 42.173 -18.151 -2.350
No H/Q in entry = 9
In of MODEL 23
1 H CYS 728 H CYS 728 39.705 -22.247 -1.054
2 HA CYS 728 HA CYS 728 40.243 -21.641 1.765
3 HB2 CYS 728 HB2 CYS 728 39.310 -24.225 0.476
4 HB3 CYS 728 HB3 CYS 728 39.543 -23.969 2.192
No H/Q in entry = 4
In of MODEL 23
1 H ALA 729 H ALA 729 42.197 -22.057 2.574
2 HA ALA 729 HA ALA 729 43.914 -23.834 1.024
3 HB1 ALA 729 HB1 ALA 729 44.683 -21.268 2.362
4 HB3 ALA 729 HB2 ALA 729 44.507 -21.519 0.620
5 HB2 ALA 729 HB3 ALA 729 45.772 -22.363 1.511
No H/Q in entry = 5
In of MODEL 23
1 H GLN 730 H GLN 730 45.465 -24.857 2.178
2 HA GLN 730 HA GLN 730 44.810 -25.261 4.995
3 HB2 GLN 730 HB2 GLN 730 44.738 -27.271 3.521
4 HB3 GLN 730 HB3 GLN 730 46.427 -27.004 3.146
5 HG2 GLN 730 HG2 GLN 730 47.090 -27.390 5.381
6 HG3 GLN 730 HG3 GLN 730 45.429 -27.468 5.944
7 HE21 GLN 730 HE21 GLN 730 45.570 -29.557 6.734
8 HE22 GLN 730 HE22 GLN 730 45.804 -30.929 5.718
No H/Q in entry = 8
In of MODEL 23
1 H ASP 731 H ASP 731 46.114 -24.579 6.414
2 HA ASP 731 HA ASP 731 48.547 -23.219 5.814
3 HB2 ASP 731 HB2 ASP 731 47.210 -22.453 7.669
4 HB3 ASP 731 HB3 ASP 731 47.213 -24.055 8.376
No H/Q in entry = 4
In of MODEL 23
1 H GLU 732 H GLU 732 50.548 -24.130 5.666
2 HA GLU 732 HA GLU 732 50.809 -26.936 5.975
3 HB2 GLU 732 HB2 GLU 732 52.815 -24.803 5.293
4 HB3 GLU 732 HB3 GLU 732 53.291 -26.464 5.593
5 HG2 GLU 732 HG2 GLU 732 51.254 -25.661 3.549
6 HG3 GLU 732 HG3 GLU 732 52.969 -25.913 3.211
No H/Q in entry = 6
In of MODEL 23
1 H ARG 733 H ARG 733 51.184 -24.420 8.221
2 HA ARG 733 HA ARG 733 53.182 -25.816 9.735
3 HB2 ARG 733 HB2 ARG 733 53.008 -23.309 9.669
4 HB3 ARG 733 HB3 ARG 733 51.530 -23.451 10.612
5 HG2 ARG 733 HG2 ARG 733 53.333 -22.906 12.083
6 HG3 ARG 733 HG3 ARG 733 52.836 -24.574 12.398
7 HD2 ARG 733 HD2 ARG 733 54.684 -25.346 10.924
8 HD3 ARG 733 HD3 ARG 733 55.217 -23.673 10.775
9 HE ARG 733 HE ARG 733 55.013 -24.424 13.475
10 HH11 ARG 733 HH11 ARG 733 57.120 -24.695 10.647
11 HH12 ARG 733 HH12 ARG 733 58.478 -25.245 11.514
12 HH21 ARG 733 HH21 ARG 733 56.871 -25.205 14.675
13 HH22 ARG 733 HH22 ARG 733 58.341 -25.533 13.859
No H/Q in entry = 13
In of MODEL 23
1 H SER 734 H SER 734 49.780 -24.938 10.345
2 HA SER 734 HA SER 734 49.719 -26.870 12.539
3 HB2 SER 734 HB2 SER 734 47.600 -24.901 11.721
4 HB3 SER 734 HB3 SER 734 47.801 -25.701 13.281
5 HG SER 734 HG SER 734 49.212 -23.568 12.163
No H/Q in entry = 5
In of MODEL 23
1 H LYS 735 H LYS 735 48.857 -26.696 9.245
2 HA LYS 735 HA LYS 735 47.711 -27.911 7.845
3 HB2 LYS 735 HB2 LYS 735 47.763 -29.942 10.062
4 HB3 LYS 735 HB3 LYS 735 47.107 -30.284 8.467
5 HG2 LYS 735 HG2 LYS 735 49.948 -29.575 9.165
6 HG3 LYS 735 HG3 LYS 735 49.350 -31.123 8.560
7 HD2 LYS 735 HD2 LYS 735 48.578 -29.812 6.495
8 HD3 LYS 735 HD3 LYS 735 49.550 -28.495 7.119
9 HE2 LYS 735 HE2 LYS 735 50.565 -31.234 6.383
10 HE3 LYS 735 HE3 LYS 735 50.817 -29.743 5.482
11 HZ3 LYS 735 HZ1 LYS 735 52.748 -30.253 6.758
12 HZ2 LYS 735 HZ2 LYS 735 51.876 -30.407 8.168
13 HZ1 LYS 735 HZ3 LYS 735 52.057 -28.886 7.463
No H/Q in entry = 13
In of MODEL 23
1 H ARG 736 H ARG 736 46.260 -26.061 9.459
2 HA ARG 736 HA ARG 736 43.591 -27.281 9.502
3 HB2 ARG 736 HB2 ARG 736 42.821 -25.241 10.552
4 HB3 ARG 736 HB3 ARG 736 44.178 -25.904 11.450
5 HG2 ARG 736 HG2 ARG 736 45.615 -24.240 10.752
6 HG3 ARG 736 HG3 ARG 736 44.595 -23.798 9.382
7 HD2 ARG 736 HD2 ARG 736 43.898 -23.401 12.282
8 HD3 ARG 736 HD3 ARG 736 44.530 -22.191 11.150
9 HE ARG 736 HE ARG 736 42.190 -23.403 10.112
10 HH11 ARG 736 HH11 ARG 736 43.175 -20.951 12.478
11 HH12 ARG 736 HH12 ARG 736 41.716 -20.090 12.399
12 HH21 ARG 736 HH21 ARG 736 40.204 -22.209 9.987
13 HH22 ARG 736 HH22 ARG 736 39.980 -20.821 10.937
No H/Q in entry = 13
In of MODEL 23
1 H ILE 737 H ILE 737 41.851 -26.188 8.348
2 HA ILE 737 HA ILE 737 42.817 -25.038 5.863
3 HB ILE 737 HB ILE 737 39.949 -25.616 6.618
4 HG12 ILE 737 HG12 ILE 737 41.282 -27.715 6.903
5 HG13 ILE 737 HG13 ILE 737 40.121 -27.821 5.588
6 HG21 ILE 737 HG21 ILE 737 40.455 -24.182 4.680
7 HG23 ILE 737 HG22 ILE 737 39.608 -25.660 4.235
8 HG22 ILE 737 HG23 ILE 737 41.345 -25.516 3.943
9 HD12 ILE 737 HD11 ILE 737 43.082 -27.348 5.320
10 HD11 ILE 737 HD12 ILE 737 41.915 -27.415 3.999
11 HD13 ILE 737 HD13 ILE 737 42.218 -28.854 4.976
No H/Q in entry = 11
In of MODEL 23
1 H LEU 738 H LEU 738 42.618 -22.901 5.508
2 HA LEU 738 HA LEU 738 40.673 -21.458 7.064
3 HB2 LEU 738 HB2 LEU 738 42.168 -19.511 7.405
4 HB3 LEU 738 HB3 LEU 738 42.696 -20.930 8.272
5 HG LEU 738 HG LEU 738 43.944 -19.980 5.682
6 HD11 LEU 738 HD11 LEU 738 44.189 -18.308 7.467
7 HD13 LEU 738 HD12 LEU 738 45.727 -19.093 7.106
8 HD12 LEU 738 HD13 LEU 738 44.814 -19.553 8.545
9 HD22 LEU 738 HD21 LEU 738 44.183 -22.294 6.216
10 HD21 LEU 738 HD22 LEU 738 44.782 -21.887 7.821
11 HD23 LEU 738 HD23 LEU 738 45.750 -21.482 6.380
No H/Q in entry = 11
In of MODEL 23
1 HA PRO 739 HA PRO 739 39.577 -19.652 3.236
2 HB2 PRO 739 HB2 PRO 739 38.327 -17.432 4.140
3 HB3 PRO 739 HB3 PRO 739 37.622 -19.046 4.320
4 HG2 PRO 739 HG2 PRO 739 39.103 -17.398 6.338
5 HG3 PRO 739 HG3 PRO 739 37.639 -18.377 6.551
6 HD2 PRO 739 HD2 PRO 739 40.169 -19.304 7.245
7 HD3 PRO 739 HD3 PRO 739 38.829 -20.344 6.709
No H/Q in entry = 7
In of MODEL 23
1 H LEU 740 H LEU 740 41.055 -18.801 1.981
2 HA LEU 740 HA LEU 740 42.379 -16.323 2.799
3 HB2 LEU 740 HB2 LEU 740 43.463 -18.624 1.211
4 HB3 LEU 740 HB3 LEU 740 44.202 -17.048 1.187
5 HG LEU 740 HG LEU 740 43.988 -18.919 3.532
6 HD11 LEU 740 HD11 LEU 740 46.279 -17.886 1.870
7 HD13 LEU 740 HD12 LEU 740 45.616 -19.510 1.846
8 HD12 LEU 740 HD13 LEU 740 46.435 -18.917 3.299
9 HD23 LEU 740 HD21 LEU 740 45.350 -17.239 4.727
10 HD22 LEU 740 HD22 LEU 740 43.758 -16.611 4.320
11 HD21 LEU 740 HD23 LEU 740 45.162 -16.132 3.364
No H/Q in entry = 11
In of MODEL 23
1 H THR 741 H THR 741 43.459 -15.538 0.576
2 HA THR 741 HA THR 741 41.464 -15.632 -1.523
3 HB THR 741 HB THR 741 42.807 -13.035 -0.974
4 HG1 THR 741 HG1 THR 741 41.160 -14.341 0.878
5 HG21 THR 741 HG21 THR 741 41.094 -13.294 -2.713
6 HG23 THR 741 HG22 THR 741 40.593 -12.135 -1.485
7 HG22 THR 741 HG23 THR 741 39.922 -13.766 -1.482
No H/Q in entry = 7
In of MODEL 23
1 H VAL 742 H VAL 742 42.534 -15.315 -3.570
2 HA VAL 742 HA VAL 742 44.878 -16.625 -4.039
3 HB VAL 742 HB VAL 742 43.861 -14.345 -5.668
4 HG13 VAL 742 HG11 VAL 742 45.987 -14.666 -6.385
5 HG12 VAL 742 HG12 VAL 742 44.936 -15.409 -7.588
6 HG11 VAL 742 HG13 VAL 742 45.836 -16.415 -6.428
7 HG21 VAL 742 HG21 VAL 742 43.224 -17.250 -5.811
8 HG23 VAL 742 HG22 VAL 742 42.847 -16.058 -7.066
9 HG22 VAL 742 HG23 VAL 742 42.128 -15.896 -5.457
No H/Q in entry = 9
In of MODEL 23
1 H CYS 743 H CYS 743 44.615 -13.062 -3.819
2 HA CYS 743 HA CYS 743 47.333 -12.802 -4.459
3 HB2 CYS 743 HB2 CYS 743 47.093 -10.517 -4.297
4 HB3 CYS 743 HB3 CYS 743 45.443 -11.005 -4.706
No H/Q in entry = 4
In of MODEL 23
1 H LYS 744 H LYS 744 45.572 -12.675 -1.414
2 HA LYS 744 HA LYS 744 47.656 -12.097 0.287
3 HB2 LYS 744 HB2 LYS 744 45.272 -13.877 0.756
4 HB3 LYS 744 HB3 LYS 744 46.372 -13.352 2.021
5 HG2 LYS 744 HG2 LYS 744 45.739 -11.028 1.612
6 HG3 LYS 744 HG3 LYS 744 44.662 -11.546 0.307
7 HD2 LYS 744 HD2 LYS 744 43.329 -12.822 1.870
8 HD3 LYS 744 HD3 LYS 744 44.429 -12.422 3.183
9 HE2 LYS 744 HE2 LYS 744 42.720 -10.469 1.630
10 HE3 LYS 744 HE3 LYS 744 42.401 -11.075 3.252
11 HZ1 LYS 744 HZ1 LYS 744 44.562 -10.038 3.926
12 HZ3 LYS 744 HZ2 LYS 744 43.354 -8.973 3.483
13 HZ2 LYS 744 HZ3 LYS 744 44.607 -9.249 2.421
No H/Q in entry = 13
In of MODEL 23
1 H MET 745 H MET 745 46.520 -15.238 -0.844
2 HA MET 745 HA MET 745 48.306 -16.965 0.436
3 HB2 MET 745 HB2 MET 745 46.655 -18.085 -0.623
4 HB3 MET 745 HB3 MET 745 46.642 -17.051 -2.030
5 HG2 MET 745 HG2 MET 745 47.383 -19.118 -2.832
6 HG3 MET 745 HG3 MET 745 48.850 -18.182 -2.657
7 HE1 MET 745 HE1 MET 745 46.721 -21.119 -1.378
8 HE3 MET 745 HE2 MET 745 46.688 -20.105 0.063
9 HE2 MET 745 HE3 MET 745 47.552 -21.640 0.080
No H/Q in entry = 9
In of MODEL 23
1 H HIS 746 H HIS 746 48.718 -15.243 -2.609
2 HA HIS 746 HA HIS 746 51.280 -16.472 -3.032
3 HB2 HIS 746 HB2 HIS 746 49.763 -14.366 -4.432
4 HB3 HIS 746 HB3 HIS 746 51.476 -14.575 -4.832
5 HD1 HIS 746 HD1 HIS 746 52.045 -17.046 -5.785
6 HD2 HIS 746 HD2 HIS 746 48.042 -15.973 -5.717
7 HE1 HIS 746 HE1 HIS 746 50.929 -18.565 -7.415
8 HE2 HIS 746 HE2 HIS 746 48.568 -17.669 -7.576
No H/Q in entry = 8
In of MODEL 23
1 H VAL 747 H VAL 747 50.122 -13.457 -1.773
2 HA VAL 747 HA VAL 747 52.596 -12.185 -1.528
3 HB VAL 747 HB VAL 747 49.894 -11.764 -0.278
4 HG13 VAL 747 HG11 VAL 747 50.745 -9.739 0.875
5 HG12 VAL 747 HG12 VAL 747 52.377 -10.119 0.350
6 HG11 VAL 747 HG13 VAL 747 51.556 -11.168 1.492
7 HG22 VAL 747 HG21 VAL 747 50.244 -11.082 -2.566
8 HG21 VAL 747 HG22 VAL 747 51.678 -10.195 -2.101
9 HG23 VAL 747 HG23 VAL 747 50.086 -9.647 -1.541
No H/Q in entry = 9
In of MODEL 23
1 H LEU 748 H LEU 748 50.731 -14.105 0.815
2 HA LEU 748 HA LEU 748 52.719 -13.921 2.783
3 HB2 LEU 748 HB2 LEU 748 51.532 -15.789 3.943
4 HB3 LEU 748 HB3 LEU 748 50.474 -14.490 3.459
5 HG LEU 748 HG LEU 748 49.813 -15.956 1.495
6 HD12 LEU 748 HD11 LEU 748 51.094 -18.094 3.178
7 HD11 LEU 748 HD12 LEU 748 51.623 -17.561 1.584
8 HD13 LEU 748 HD13 LEU 748 50.058 -18.352 1.773
9 HD23 LEU 748 HD21 LEU 748 49.134 -16.822 4.295
10 HD22 LEU 748 HD22 LEU 748 48.202 -17.197 2.841
11 HD21 LEU 748 HD23 LEU 748 48.365 -15.525 3.377
No H/Q in entry = 11
In of MODEL 23
1 H HIS 749 H HIS 749 52.327 -15.987 0.069
2 HA HIS 749 HA HIS 749 54.277 -17.915 0.764
3 HB2 HIS 749 HB2 HIS 749 52.595 -18.156 -1.106
4 HB3 HIS 749 HB3 HIS 749 53.560 -17.014 -2.038
5 HD1 HIS 749 HD1 HIS 749 55.757 -17.910 -3.113
6 HD2 HIS 749 HD2 HIS 749 53.729 -20.671 -0.766
7 HE1 HIS 749 HE1 HIS 749 56.885 -20.076 -3.526
8 HE2 HIS 749 HE2 HIS 749 55.373 -21.729 -2.462
No H/Q in entry = 8
In of MODEL 23
1 H CYS 750 H CYS 750 54.402 -14.788 -0.820
2 HA CYS 750 HA CYS 750 57.181 -14.922 -1.500
3 HB2 CYS 750 HB2 CYS 750 55.347 -13.483 -2.571
4 HB3 CYS 750 HB3 CYS 750 55.496 -12.402 -1.208
No H/Q in entry = 4
In of MODEL 23
1 H GLN 751 H GLN 751 55.267 -13.992 1.224
2 HA GLN 751 HA GLN 751 57.290 -12.635 2.677
3 HB2 GLN 751 HB2 GLN 751 54.710 -13.897 3.596
4 HB3 GLN 751 HB3 GLN 751 55.757 -12.926 4.616
5 HG2 GLN 751 HG2 GLN 751 54.451 -11.977 2.085
6 HG3 GLN 751 HG3 GLN 751 53.860 -11.646 3.710
7 HE21 GLN 751 HE21 GLN 751 54.747 -9.771 1.643
8 HE22 GLN 751 HE22 GLN 751 56.076 -8.928 2.339
No H/Q in entry = 8
In of MODEL 23
1 H GLY 752 H GLY 752 56.831 -15.904 1.997
2 HA3 GLY 752 HA2 GLY 752 58.527 -17.487 2.584
3 HA2 GLY 752 HA3 GLY 752 58.778 -16.607 4.084
No H/Q in entry = 3
In of MODEL 23
1 H ARG 753 H ARG 753 55.554 -17.353 3.006
2 HA ARG 753 HA ARG 753 55.359 -19.377 5.133
3 HB2 ARG 753 HB2 ARG 753 53.174 -17.665 3.928
4 HB3 ARG 753 HB3 ARG 753 52.972 -18.827 5.227
5 HG2 ARG 753 HG2 ARG 753 54.647 -16.329 5.376
6 HG3 ARG 753 HG3 ARG 753 53.009 -16.497 6.000
7 HD2 ARG 753 HD2 ARG 753 53.752 -18.248 7.530
8 HD3 ARG 753 HD3 ARG 753 55.391 -18.133 6.888
9 HE ARG 753 HE ARG 753 54.690 -15.608 7.747
10 HH11 ARG 753 HH11 ARG 753 55.042 -18.779 9.269
11 HH12 ARG 753 HH12 ARG 753 55.627 -18.168 10.744
12 HH21 ARG 753 HH21 ARG 753 55.496 -14.758 9.826
13 HH22 ARG 753 HH22 ARG 753 55.885 -15.880 11.054
No H/Q in entry = 13
In of MODEL 23
1 H ASN 754 H ASN 754 54.484 -21.368 4.621
2 HA ASN 754 HA ASN 754 53.918 -21.814 1.771
3 HB2 ASN 754 HB2 ASN 754 54.777 -23.883 3.821
4 HB3 ASN 754 HB3 ASN 754 54.461 -24.182 2.122
5 HD21 ASN 754 HD21 ASN 754 56.685 -23.051 4.442
6 HD22 ASN 754 HD22 ASN 754 58.008 -22.789 3.382
No H/Q in entry = 6
In of MODEL 23
1 H TYR 755 H TYR 755 52.006 -22.525 1.205
2 HA TYR 755 HA TYR 755 50.195 -23.639 3.192
3 HB2 TYR 755 HB2 TYR 755 49.714 -21.286 1.388
4 HB3 TYR 755 HB3 TYR 755 48.383 -22.310 1.863
5 HD1 TYR 755 HD1 TYR 755 51.232 -20.547 3.578
6 HD2 TYR 755 HD2 TYR 755 47.094 -21.476 3.541
7 HE1 TYR 755 HE1 TYR 755 50.893 -19.115 5.548
8 HE2 TYR 755 HE2 TYR 755 46.755 -20.050 5.502
9 HH TYR 755 HH TYR 755 49.059 -17.856 6.551
No H/Q in entry = 9
In of MODEL 23
1 H THR 756 H THR 756 48.479 -24.831 2.141
2 HA THR 756 HA THR 756 49.140 -25.749 -0.563
3 HB THR 756 HB THR 756 48.023 -27.262 1.829
4 HG1 THR 756 HG1 THR 756 50.062 -27.700 2.210
5 HG21 THR 756 HG21 THR 756 48.704 -28.273 -0.944
6 HG23 THR 756 HG22 THR 756 47.079 -28.101 -0.265
7 HG22 THR 756 HG23 THR 756 48.205 -29.266 0.431
No H/Q in entry = 7
In of MODEL 23
1 H LEU 757 H LEU 757 47.144 -26.185 -1.847
2 HA LEU 757 HA LEU 757 44.918 -24.798 -0.639
3 HB2 LEU 757 HB2 LEU 757 45.426 -25.404 -3.527
4 HB3 LEU 757 HB3 LEU 757 43.884 -24.820 -2.937
5 HG LEU 757 HG LEU 757 45.399 -22.939 -1.895
6 HD12 LEU 757 HD11 LEU 757 47.204 -22.276 -3.389
7 HD11 LEU 757 HD12 LEU 757 47.013 -23.787 -4.275
8 HD13 LEU 757 HD13 LEU 757 47.515 -23.814 -2.584
9 HD21 LEU 757 HD21 LEU 757 43.535 -22.656 -3.366
10 HD23 LEU 757 HD22 LEU 757 44.556 -22.973 -4.784
11 HD22 LEU 757 HD23 LEU 757 44.838 -21.552 -3.757
No H/Q in entry = 11
In of MODEL 23
1 H THR 758 H THR 758 42.806 -25.565 -0.889
2 HA THR 758 HA THR 758 42.627 -28.461 -1.027
3 HB THR 758 HB THR 758 41.136 -28.257 1.073
4 HG1 THR 758 HG1 THR 758 41.824 -25.691 0.759
5 HG22 THR 758 HG21 THR 758 44.116 -27.737 1.371
6 HG21 THR 758 HG22 THR 758 43.382 -29.311 1.094
7 HG23 THR 758 HG23 THR 758 43.066 -28.450 2.595
No H/Q in entry = 7
In of MODEL 23
1 H GLY 759 H GLY 759 39.911 -28.626 -0.318
2 HA3 GLY 759 HA2 GLY 759 38.760 -27.604 -2.752
3 HA2 GLY 759 HA3 GLY 759 37.969 -28.632 -1.558
No H/Q in entry = 3
In of MODEL 23
1 H ARG 760 H ARG 760 36.582 -26.555 -2.625
2 HA ARG 760 HA ARG 760 36.840 -24.201 -0.967
3 HB2 ARG 760 HB2 ARG 760 34.853 -23.334 -2.149
4 HB3 ARG 760 HB3 ARG 760 36.019 -23.967 -3.292
5 HG2 ARG 760 HG2 ARG 760 33.977 -24.714 -4.136
6 HG3 ARG 760 HG3 ARG 760 34.585 -26.106 -3.237
7 HD2 ARG 760 HD2 ARG 760 33.191 -25.346 -1.290
8 HD3 ARG 760 HD3 ARG 760 32.491 -24.129 -2.351
9 HE ARG 760 HE ARG 760 32.267 -26.667 -3.512
10 HH11 ARG 760 HH11 ARG 760 30.875 -24.713 -0.882
11 HH12 ARG 760 HH12 ARG 760 29.398 -25.542 -0.870
12 HH21 ARG 760 HH21 ARG 760 30.238 -27.782 -3.501
13 HH22 ARG 760 HH22 ARG 760 29.017 -27.340 -2.399
No H/Q in entry = 13
In of MODEL 23
1 H ASP 761 H ASP 761 35.523 -27.187 -0.642
2 HA ASP 761 HA ASP 761 33.337 -26.626 1.119
3 HB2 ASP 761 HB2 ASP 761 33.298 -29.100 1.306
4 HB3 ASP 761 HB3 ASP 761 33.268 -28.544 -0.368
No H/Q in entry = 4
In of MODEL 23
1 H SER 762 H SER 762 36.746 -27.017 1.315
2 HA SER 762 HA SER 762 36.907 -28.305 3.812
3 HB2 SER 762 HB2 SER 762 39.006 -26.673 2.394
4 HB3 SER 762 HB3 SER 762 39.276 -27.898 3.634
5 HG SER 762 HG SER 762 37.896 -29.175 1.888
No H/Q in entry = 5
In of MODEL 23
1 H CYS 763 H CYS 763 36.560 -24.928 2.912
2 HA CYS 763 HA CYS 763 36.823 -24.291 5.763
3 HB2 CYS 763 HB2 CYS 763 37.835 -22.207 5.310
4 HB3 CYS 763 HB3 CYS 763 38.720 -23.355 4.307
No H/Q in entry = 4
In of MODEL 23
1 H THR 764 H THR 764 35.757 -21.951 6.048
2 HA THR 764 HA THR 764 33.232 -21.953 4.610
3 HB THR 764 HB THR 764 33.901 -20.571 7.238
4 HG1 THR 764 HG1 THR 764 33.880 -23.007 7.118
5 HG21 THR 764 HG21 THR 764 31.291 -21.219 5.867
6 HG23 THR 764 HG22 THR 764 32.054 -19.628 5.949
7 HG22 THR 764 HG23 THR 764 31.461 -20.401 7.424
No H/Q in entry = 7
In of MODEL 23
1 H LEU 765 H LEU 765 33.605 -20.711 2.926
2 HA LEU 765 HA LEU 765 35.608 -18.665 3.022
3 HB2 LEU 765 HB2 LEU 765 34.976 -20.536 1.245
4 HB3 LEU 765 HB3 LEU 765 33.869 -19.292 0.707
5 HG LEU 765 HG LEU 765 35.659 -17.861 0.054
6 HD12 LEU 765 HD11 LEU 765 38.019 -18.537 0.389
7 HD11 LEU 765 HD12 LEU 765 37.472 -19.944 1.306
8 HD13 LEU 765 HD13 LEU 765 37.221 -18.331 1.946
9 HD21 LEU 765 HD21 LEU 765 35.073 -19.678 -1.482
10 HD23 LEU 765 HD22 LEU 765 36.279 -20.709 -0.716
11 HD22 LEU 765 HD23 LEU 765 36.781 -19.262 -1.588
No H/Q in entry = 11
In of MODEL 23
1 HA PRO 766 HA PRO 766 32.872 -15.233 3.821
2 HB2 PRO 766 HB2 PRO 766 33.929 -13.398 1.989
3 HB3 PRO 766 HB3 PRO 766 34.465 -13.614 3.649
4 HG2 PRO 766 HG2 PRO 766 35.654 -14.616 1.125
5 HG3 PRO 766 HG3 PRO 766 36.448 -14.193 2.647
6 HD2 PRO 766 HD2 PRO 766 36.059 -16.735 1.814
7 HD3 PRO 766 HD3 PRO 766 36.118 -16.320 3.533
No H/Q in entry = 7
In of MODEL 23
1 H ALA 767 H ALA 767 33.518 -15.989 0.455
2 HA ALA 767 HA ALA 767 30.914 -14.842 -0.299
3 HB2 ALA 767 HB1 ALA 767 32.964 -14.167 -1.557
4 HB3 ALA 767 HB2 ALA 767 31.687 -14.882 -2.565
5 HB1 ALA 767 HB3 ALA 767 33.097 -15.845 -2.084
No H/Q in entry = 5
In of MODEL 23
1 H SER 768 H SER 768 31.382 -17.236 1.112
2 HA SER 768 HA SER 768 29.655 -18.800 -0.594
3 HB2 SER 768 HB2 SER 768 30.705 -19.417 2.157
4 HB3 SER 768 HB3 SER 768 29.796 -20.394 0.973
5 HG SER 768 HG SER 768 31.904 -19.428 -0.271
No H/Q in entry = 5
In of MODEL 23
1 H ALA 769 H ALA 769 29.685 -16.468 1.875
2 HA ALA 769 HA ALA 769 26.976 -16.997 2.751
3 HB1 ALA 769 HB1 ALA 769 28.954 -14.804 3.460
4 HB2 ALA 769 HB2 ALA 769 28.603 -16.232 4.433
5 HB3 ALA 769 HB3 ALA 769 27.359 -15.005 4.186
No H/Q in entry = 5
In of MODEL 23
1 H GLU 770 H GLU 770 25.808 -14.544 2.768
2 HA GLU 770 HA GLU 770 25.731 -14.103 -0.084
3 HB2 GLU 770 HB2 GLU 770 23.714 -12.813 0.252
4 HB3 GLU 770 HB3 GLU 770 23.580 -14.397 0.993
5 HG2 GLU 770 HG2 GLU 770 23.884 -13.434 3.173
6 HG3 GLU 770 HG3 GLU 770 24.194 -11.848 2.463
No H/Q in entry = 6
In of MODEL 23
1 H LYS 771 H LYS 771 26.297 -12.418 -1.111
2 HA LYS 771 HA LYS 771 27.511 -10.260 0.414
3 HB2 LYS 771 HB2 LYS 771 27.862 -11.066 -2.481
4 HB3 LYS 771 HB3 LYS 771 28.636 -9.678 -1.740
5 HG2 LYS 771 HG2 LYS 771 29.056 -12.487 -0.742
6 HG3 LYS 771 HG3 LYS 771 30.026 -11.795 -2.029
7 HD2 LYS 771 HD2 LYS 771 31.189 -11.646 0.101
8 HD3 LYS 771 HD3 LYS 771 30.805 -10.025 -0.470
9 HE2 LYS 771 HE2 LYS 771 29.108 -9.809 1.177
10 HE3 LYS 771 HE3 LYS 771 29.188 -11.535 1.609
11 HZ2 LYS 771 HZ1 LYS 771 30.249 -10.113 3.204
12 HZ1 LYS 771 HZ2 LYS 771 31.282 -9.450 2.043
13 HZ3 LYS 771 HZ3 LYS 771 31.410 -11.064 2.468
No H/Q in entry = 13
In of MODEL 23
1 H ALA 772 H ALA 772 27.239 -8.107 -0.906
2 HA ALA 772 HA ALA 772 24.447 -7.598 -1.228
3 HB2 ALA 772 HB1 ALA 772 25.098 -5.424 -1.768
4 HB3 ALA 772 HB2 ALA 772 26.781 -5.898 -2.050
5 HB1 ALA 772 HB3 ALA 772 26.104 -5.932 -0.409
No H/Q in entry = 5
In of MODEL 23
1 H CYS 773 H CYS 773 23.389 -8.350 -2.868
2 HA CYS 773 HA CYS 773 22.889 -9.439 -4.595
3 HB2 CYS 773 HB2 CYS 773 23.227 -8.225 -6.830
4 HB3 CYS 773 HB3 CYS 773 22.175 -7.534 -5.609
No H/Q in entry = 4
In of MODEL 23
1 H GLY 774 H GLY 774 26.088 -9.719 -4.116
2 HA3 GLY 774 HA2 GLY 774 26.362 -12.242 -4.574
3 HA2 GLY 774 HA3 GLY 774 26.049 -11.793 -6.232
No H/Q in entry = 3
In of MODEL 23
1 H ALA 775 H ALA 775 27.863 -9.300 -5.743
2 HA ALA 775 HA ALA 775 30.417 -10.721 -5.785
3 HB2 ALA 775 HB1 ALA 775 31.047 -9.340 -7.726
4 HB3 ALA 775 HB2 ALA 775 29.425 -8.653 -7.753
5 HB1 ALA 775 HB3 ALA 775 29.661 -10.366 -8.092
No H/Q in entry = 5
In of MODEL 23
1 H CYS 776 H CYS 776 31.819 -8.344 -6.410
2 HA CYS 776 HA CYS 776 31.074 -6.026 -5.317
3 HB2 CYS 776 HB2 CYS 776 31.976 -7.761 -3.190
4 HB3 CYS 776 HB3 CYS 776 32.793 -6.207 -3.127
No H/Q in entry = 4
In of MODEL 23
1 HA PRO 777 HA PRO 777 33.529 -2.913 -6.554
2 HB2 PRO 777 HB2 PRO 777 35.899 -4.140 -5.230
3 HB3 PRO 777 HB3 PRO 777 35.597 -2.432 -5.618
4 HG2 PRO 777 HG2 PRO 777 34.769 -3.722 -3.244
5 HG3 PRO 777 HG3 PRO 777 34.170 -2.164 -3.844
6 HD2 PRO 777 HD2 PRO 777 32.561 -4.432 -3.562
7 HD3 PRO 777 HD3 PRO 777 32.213 -3.099 -4.660
No H/Q in entry = 7
In of MODEL 23
1 H LEU 778 H LEU 778 36.055 -5.365 -6.930
2 HA LEU 778 HA LEU 778 36.268 -4.181 -9.475
3 HB2 LEU 778 HB2 LEU 778 38.351 -5.288 -9.849
4 HB3 LEU 778 HB3 LEU 778 38.262 -4.423 -8.332
5 HG LEU 778 HG LEU 778 39.523 -6.216 -7.789
6 HD13 LEU 778 HD11 LEU 778 37.852 -6.195 -6.158
7 HD12 LEU 778 HD12 LEU 778 38.341 -7.862 -6.469
8 HD11 LEU 778 HD13 LEU 778 36.817 -7.256 -7.117
9 HD23 LEU 778 HD21 LEU 778 39.107 -8.569 -8.572
10 HD22 LEU 778 HD22 LEU 778 39.632 -7.379 -9.756
11 HD21 LEU 778 HD23 LEU 778 37.937 -7.854 -9.701
No H/Q in entry = 11
In of MODEL 23
1 H TRP 779 H TRP 779 34.586 -6.917 -8.651
2 HA TRP 779 HA TRP 779 33.962 -7.072 -11.492
3 HB2 TRP 779 HB2 TRP 779 33.656 -9.528 -11.471
4 HB3 TRP 779 HB3 TRP 779 35.312 -9.123 -11.077
5 HD1 TRP 779 HD1 TRP 779 32.081 -10.448 -9.378
6 HE1 TRP 779 HE1 TRP 779 32.770 -11.829 -7.313
7 HE3 TRP 779 HE3 TRP 779 37.053 -9.545 -9.473
8 HZ2 TRP 779 HZ2 TRP 779 35.186 -12.460 -5.917
9 HZ3 TRP 779 HZ3 TRP 779 38.502 -10.549 -7.745
10 HH2 TRP 779 HH2 TRP 779 37.573 -11.966 -6.015
No H/Q in entry = 10
In of MODEL 23
1 H GLY 780 H GLY 780 32.974 -5.824 -9.066
2 HA3 GLY 780 HA2 GLY 780 30.239 -6.875 -9.183
3 HA2 GLY 780 HA3 GLY 780 31.015 -6.758 -7.618
No H/Q in entry = 3
In of MODEL 23
1 H LYS 781 H LYS 781 28.951 -5.358 -9.629
2 HA LYS 781 HA LYS 781 28.934 -2.830 -8.137
3 HB2 LYS 781 HB2 LYS 781 30.461 -2.459 -9.952
4 HB3 LYS 781 HB3 LYS 781 29.248 -2.990 -11.117
5 HG2 LYS 781 HG2 LYS 781 27.843 -1.035 -10.397
6 HG3 LYS 781 HG3 LYS 781 29.219 -0.484 -9.434
7 HD2 LYS 781 HD2 LYS 781 29.223 -0.942 -12.427
8 HD3 LYS 781 HD3 LYS 781 29.176 0.628 -11.625
9 HE2 LYS 781 HE2 LYS 781 31.360 0.289 -10.695
10 HE3 LYS 781 HE3 LYS 781 31.385 -1.381 -11.242
11 HZ1 LYS 781 HZ1 LYS 781 31.359 0.977 -13.051
12 HZ3 LYS 781 HZ2 LYS 781 31.422 -0.651 -13.500
13 HZ2 LYS 781 HZ3 LYS 781 32.706 0.039 -12.630
No H/Q in entry = 13
In of MODEL 23
1 H CYS 782 H CYS 782 26.804 -2.639 -7.663
2 HA CYS 782 HA CYS 782 24.813 -3.594 -9.645
3 HB2 CYS 782 HB2 CYS 782 24.806 -3.590 -6.685
4 HB3 CYS 782 HB3 CYS 782 23.303 -3.058 -7.406
No H/Q in entry = 4
In of MODEL 23
1 H ASP 783 H ASP 783 22.652 -2.255 -9.332
2 HA ASP 783 HA ASP 783 23.125 0.463 -9.950
3 HB2 ASP 783 HB2 ASP 783 21.181 -0.770 -10.771
4 HB3 ASP 783 HB3 ASP 783 20.596 -1.000 -9.130
No H/Q in entry = 4
In of MODEL 23
1 H ALA 784 H ALA 784 24.248 1.414 -8.365
2 HA ALA 784 HA ALA 784 23.167 2.711 -6.221
3 HB2 ALA 784 HB1 ALA 784 24.617 0.163 -5.407
4 HB3 ALA 784 HB2 ALA 784 22.915 0.512 -5.107
5 HB1 ALA 784 HB3 ALA 784 24.166 1.471 -4.311
No H/Q in entry = 5
In of MODEL 23
1 H GLU 785 H GLU 785 25.336 3.045 -4.631
2 HA GLU 785 HA GLU 785 27.300 4.120 -6.434
3 HB2 GLU 785 HB2 GLU 785 27.287 3.900 -3.416
4 HB3 GLU 785 HB3 GLU 785 28.374 4.903 -4.365
5 HG2 GLU 785 HG2 GLU 785 26.572 6.313 -5.049
6 HG3 GLU 785 HG3 GLU 785 25.384 5.209 -4.355
No H/Q in entry = 6
In of MODEL 23
1 H SER 786 H SER 786 27.911 2.213 -3.524
2 HA SER 786 HA SER 786 29.095 0.023 -4.993
3 HB2 SER 786 HB2 SER 786 30.907 1.785 -4.503
4 HB3 SER 786 HB3 SER 786 30.584 1.535 -2.792
5 HG SER 786 HG SER 786 31.434 -0.450 -4.627
No H/Q in entry = 5
In of MODEL 23
1 H SER 787 H SER 787 26.757 0.880 -3.404
2 HA SER 787 HA SER 787 26.771 -0.085 -0.780
3 HB2 SER 787 HB2 SER 787 24.347 0.144 -2.501
4 HB3 SER 787 HB3 SER 787 24.612 0.705 -0.840
5 HG SER 787 HG SER 787 25.009 2.567 -1.710
No H/Q in entry = 5
In of MODEL 23
1 H LYS 788 H LYS 788 25.990 -1.380 -3.928
2 HA LYS 788 HA LYS 788 25.847 -4.103 -2.880
3 HB2 LYS 788 HB2 LYS 788 23.942 -2.832 -4.816
4 HB3 LYS 788 HB3 LYS 788 24.253 -4.553 -4.773
5 HG2 LYS 788 HG2 LYS 788 23.606 -4.305 -2.322
6 HG3 LYS 788 HG3 LYS 788 22.774 -2.833 -2.871
7 HD2 LYS 788 HD2 LYS 788 22.335 -5.709 -3.701
8 HD3 LYS 788 HD3 LYS 788 21.127 -4.579 -3.076
9 HE2 LYS 788 HE2 LYS 788 22.440 -4.580 -5.826
10 HE3 LYS 788 HE3 LYS 788 20.834 -5.074 -5.473
11 HZ3 LYS 788 HZ1 LYS 788 20.195 -2.833 -4.875
12 HZ2 LYS 788 HZ2 LYS 788 20.874 -2.797 -6.379
13 HZ1 LYS 788 HZ3 LYS 788 21.745 -2.247 -5.040
No H/Q in entry = 13
In of MODEL 23
1 H CYS 789 H CYS 789 26.261 -5.660 -4.623
2 HA CYS 789 HA CYS 789 27.935 -4.524 -6.756
3 HB2 CYS 789 HB2 CYS 789 28.358 -6.639 -4.759
4 HB3 CYS 789 HB3 CYS 789 29.468 -6.318 -6.110
No H/Q in entry = 4
In of MODEL 23
1 H VAL 790 H VAL 790 27.066 -5.492 -8.720
2 HA VAL 790 HA VAL 790 25.652 -7.931 -8.275
3 HB VAL 790 HB VAL 790 24.814 -5.873 -9.715
4 HG12 VAL 790 HG11 VAL 790 26.296 -7.301 -11.901
5 HG11 VAL 790 HG12 VAL 790 26.598 -5.687 -11.284
6 HG13 VAL 790 HG13 VAL 790 25.088 -6.030 -12.135
7 HG23 VAL 790 HG21 VAL 790 23.337 -7.323 -11.060
8 HG22 VAL 790 HG22 VAL 790 23.448 -7.754 -9.361
9 HG21 VAL 790 HG23 VAL 790 24.318 -8.716 -10.574
No H/Q in entry = 9
In of MODEL 23
1 H CYS 791 H CYS 791 26.246 -9.440 -10.659
2 HA CYS 791 HA CYS 791 29.171 -9.558 -10.459
3 HB2 CYS 791 HB2 CYS 791 27.420 -11.379 -12.142
4 HB3 CYS 791 HB3 CYS 791 29.022 -11.663 -11.518
No H/Q in entry = 4
In of MODEL 23
1 H ARG 792 H ARG 792 30.255 -8.461 -11.844
2 HA ARG 792 HA ARG 792 28.884 -7.307 -14.133
3 HB2 ARG 792 HB2 ARG 792 30.187 -6.040 -12.270
4 HB3 ARG 792 HB3 ARG 792 31.616 -6.623 -13.097
5 HG2 ARG 792 HG2 ARG 792 31.045 -4.350 -13.747
6 HG3 ARG 792 HG3 ARG 792 30.917 -5.469 -15.126
7 HD2 ARG 792 HD2 ARG 792 28.544 -5.515 -14.927
8 HD3 ARG 792 HD3 ARG 792 28.599 -4.619 -13.410
9 HE ARG 792 HE ARG 792 29.683 -2.852 -14.935
10 HH11 ARG 792 HH11 ARG 792 27.227 -5.102 -16.105
11 HH12 ARG 792 HH12 ARG 792 26.265 -3.920 -16.873
12 HH21 ARG 792 HH21 ARG 792 28.425 -1.222 -16.101
13 HH22 ARG 792 HH22 ARG 792 26.988 -1.672 -16.904
No H/Q in entry = 13
In of MODEL 23
1 H GLU 793 H GLU 793 29.876 -7.248 -16.101
2 HA GLU 793 HA GLU 793 30.848 -9.736 -16.919
3 HB2 GLU 793 HB2 GLU 793 30.719 -7.099 -18.390
4 HB3 GLU 793 HB3 GLU 793 31.001 -8.659 -19.125
5 HG2 GLU 793 HG2 GLU 793 28.672 -8.015 -19.485
6 HG3 GLU 793 HG3 GLU 793 28.773 -9.416 -18.419
No H/Q in entry = 6
In of MODEL 23
1 H ALA 794 H ALA 794 32.852 -10.093 -18.034
2 HA ALA 794 HA ALA 794 35.006 -9.504 -16.309
3 HB2 ALA 794 HB1 ALA 794 34.784 -11.623 -17.524
4 HB3 ALA 794 HB2 ALA 794 36.348 -10.854 -17.800
5 HB1 ALA 794 HB3 ALA 794 35.095 -10.771 -19.039
No H/Q in entry = 5
In of MODEL 23
1 H SER 795 H SER 795 33.881 -8.010 -19.169
2 HA SER 795 HA SER 795 36.246 -6.777 -19.944
3 HB2 SER 795 HB2 SER 795 34.580 -5.254 -21.184
4 HB3 SER 795 HB3 SER 795 34.593 -6.972 -21.581
5 HG SER 795 HG SER 795 32.667 -7.174 -20.838
No H/Q in entry = 5
In of MODEL 23
1 H GLU 796 H GLU 796 33.897 -6.002 -17.460
2 HA GLU 796 HA GLU 796 35.088 -3.360 -17.202
3 HB2 GLU 796 HB2 GLU 796 32.571 -3.518 -17.338
4 HB3 GLU 796 HB3 GLU 796 32.595 -4.379 -15.809
5 HG2 GLU 796 HG2 GLU 796 33.351 -2.469 -14.637
6 HG3 GLU 796 HG3 GLU 796 33.743 -1.621 -16.127
No H/Q in entry = 6
In of MODEL 23
1 H CYS 797 H CYS 797 36.779 -5.080 -16.644
2 HA CYS 797 HA CYS 797 36.962 -5.750 -13.846
3 HB2 CYS 797 HB2 CYS 797 37.965 -7.210 -15.494
4 HB3 CYS 797 HB3 CYS 797 38.937 -5.892 -16.143
No H/Q in entry = 4
In of MODEL 23
1 H GLU 798 H GLU 798 37.312 -4.209 -12.453
2 HA GLU 798 HA GLU 798 38.558 -1.717 -13.352
3 HB2 GLU 798 HB2 GLU 798 36.814 -2.260 -10.949
4 HB3 GLU 798 HB3 GLU 798 37.399 -0.678 -11.453
5 HG2 GLU 798 HG2 GLU 798 36.180 -0.855 -13.541
6 HG3 GLU 798 HG3 GLU 798 35.629 -2.467 -13.107
No H/Q in entry = 6
In of MODEL 23
1 H GLU 799 H GLU 799 40.117 -4.050 -12.542
2 HA GLU 799 HA GLU 799 42.037 -2.774 -10.826
3 HB2 GLU 799 HB2 GLU 799 40.103 -4.226 -9.513
4 HB3 GLU 799 HB3 GLU 799 41.248 -5.499 -9.883
5 HG2 GLU 799 HG2 GLU 799 41.778 -3.014 -8.249
6 HG3 GLU 799 HG3 GLU 799 41.514 -4.636 -7.625
No H/Q in entry = 6
In of MODEL 23
1 H GLU 800 H GLU 800 43.688 -5.038 -10.510
2 HA GLU 800 HA GLU 800 43.768 -6.089 -13.234
3 HB2 GLU 800 HB2 GLU 800 45.985 -5.719 -11.229
4 HB3 GLU 800 HB3 GLU 800 46.154 -6.717 -12.660
5 HG2 GLU 800 HG2 GLU 800 45.600 -4.664 -13.997
6 HG3 GLU 800 HG3 GLU 800 45.774 -3.744 -12.499
No H/Q in entry = 6
In of MODEL 23
1 H GLY 801 H GLY 801 43.776 -6.900 -9.762
2 HA3 GLY 801 HA2 GLY 801 43.884 -8.769 -8.675
3 HA2 GLY 801 HA3 GLY 801 42.986 -9.451 -10.028
No H/Q in entry = 3
In of MODEL 23
1 H PHE 802 H PHE 802 44.174 -11.279 -9.495
2 HA PHE 802 HA PHE 802 46.844 -11.371 -10.656
3 HB2 PHE 802 HB2 PHE 802 45.230 -13.255 -8.981
4 HB3 PHE 802 HB3 PHE 802 46.613 -13.822 -9.902
5 HD1 PHE 802 HD1 PHE 802 47.893 -14.486 -8.079
6 HD2 PHE 802 HD2 PHE 802 46.459 -10.500 -8.272
7 HE1 PHE 802 HE1 PHE 802 49.373 -13.893 -6.327
8 HE2 PHE 802 HE2 PHE 802 47.959 -9.862 -6.500
9 HZ PHE 802 HZ PHE 802 49.453 -11.548 -5.474
No H/Q in entry = 9
In of MODEL 23
1 H SER 803 H SER 803 47.182 -13.395 -11.925
2 HA SER 803 HA SER 803 44.835 -13.929 -13.559
3 HB2 SER 803 HB2 SER 803 46.644 -12.861 -14.863
4 HB3 SER 803 HB3 SER 803 47.752 -14.182 -14.434
5 HG SER 803 HG SER 803 45.265 -14.632 -15.680
No H/Q in entry = 5
In of MODEL 23
1 H ILE 804 H ILE 804 44.143 -15.929 -13.554
2 HA ILE 804 HA ILE 804 45.691 -17.884 -12.030
3 HB ILE 804 HB ILE 804 43.767 -18.623 -10.772
4 HG12 ILE 804 HG12 ILE 804 41.961 -18.091 -12.421
5 HG13 ILE 804 HG13 ILE 804 41.569 -17.568 -10.794
6 HG23 ILE 804 HG21 ILE 804 43.376 -16.688 -9.307
7 HG22 ILE 804 HG22 ILE 804 44.110 -15.650 -10.531
8 HG21 ILE 804 HG23 ILE 804 45.076 -16.895 -9.741
9 HD12 ILE 804 HD11 ILE 804 42.415 -15.842 -13.119
10 HD11 ILE 804 HD12 ILE 804 42.208 -15.250 -11.475
11 HD13 ILE 804 HD13 ILE 804 40.834 -15.914 -12.356
No H/Q in entry = 11
In of MODEL 23
1 H CYS 805 H CYS 805 44.684 -20.073 -12.194
2 HA CYS 805 HA CYS 805 44.022 -20.594 -15.002
3 HB2 CYS 805 HB2 CYS 805 46.147 -21.479 -14.076
4 HB3 CYS 805 HB3 CYS 805 45.206 -22.354 -12.872
No H/Q in entry = 4
In of MODEL 23
1 H VAL 806 H VAL 806 42.079 -21.354 -15.404
2 HA VAL 806 HA VAL 806 40.748 -22.829 -13.316
3 HB VAL 806 HB VAL 806 40.022 -20.511 -13.109
4 HG13 VAL 806 HG11 VAL 806 40.367 -19.699 -15.294
5 HG12 VAL 806 HG12 VAL 806 38.682 -19.424 -14.835
6 HG11 VAL 806 HG13 VAL 806 39.104 -20.748 -15.931
7 HG21 VAL 806 HG21 VAL 806 38.428 -22.268 -12.552
8 HG23 VAL 806 HG22 VAL 806 37.880 -22.304 -14.217
9 HG22 VAL 806 HG23 VAL 806 37.601 -20.862 -13.226
No H/Q in entry = 9
In of MODEL 23
1 H GLU 807 H GLU 807 39.760 -24.561 -14.021
2 HA GLU 807 HA GLU 807 39.988 -25.246 -16.817
3 HB2 GLU 807 HB2 GLU 807 40.587 -26.837 -14.974
4 HB3 GLU 807 HB3 GLU 807 38.891 -26.884 -14.541
5 HG2 GLU 807 HG2 GLU 807 38.381 -27.668 -16.816
6 HG3 GLU 807 HG3 GLU 807 40.130 -27.742 -17.097
No H/Q in entry = 6
In of MODEL 23
1 H VAL 808 H VAL 808 38.529 -24.402 -18.115
2 HA VAL 808 HA VAL 808 35.767 -24.779 -17.464
3 HB VAL 808 HB VAL 808 35.262 -22.847 -18.520
4 HG12 VAL 808 HG11 VAL 808 37.608 -22.146 -16.796
5 HG11 VAL 808 HG12 VAL 808 35.971 -22.493 -16.259
6 HG13 VAL 808 HG13 VAL 808 36.286 -21.046 -17.218
7 HG23 VAL 808 HG21 VAL 808 38.116 -22.437 -19.389
8 HG22 VAL 808 HG22 VAL 808 36.811 -21.256 -19.633
9 HG21 VAL 808 HG23 VAL 808 36.717 -22.859 -20.378
No H/Q in entry = 9
In of MODEL 23
1 H ASN 809 H ASN 809 34.623 -25.503 -19.218
2 HA ASN 809 HA ASN 809 34.129 -26.288 -21.230
3 HB2 ASN 809 HB2 ASN 809 36.526 -24.704 -21.983
4 HB3 ASN 809 HB3 ASN 809 35.811 -25.753 -23.180
5 HD21 ASN 809 HD21 ASN 809 33.984 -23.967 -20.697
6 HD22 ASN 809 HD22 ASN 809 33.239 -22.858 -21.751
No H/Q in entry = 6
In of MODEL 23
1 H GLY 810 H GLY 810 36.577 -27.357 -19.466
2 HA3 GLY 810 HA2 GLY 810 37.058 -29.729 -19.541
3 HA2 GLY 810 HA3 GLY 810 37.126 -29.543 -21.300
No H/Q in entry = 3
In of MODEL 23
1 H LYS 811 H LYS 811 38.532 -26.867 -20.506
2 HA LYS 811 HA LYS 811 41.198 -28.088 -20.185
3 HB2 LYS 811 HB2 LYS 811 42.029 -26.333 -21.740
4 HB3 LYS 811 HB3 LYS 811 40.960 -27.511 -22.492
5 HG2 LYS 811 HG2 LYS 811 39.104 -25.918 -22.336
6 HG3 LYS 811 HG3 LYS 811 40.179 -24.744 -21.588
7 HD2 LYS 811 HD2 LYS 811 40.534 -25.925 -24.324
8 HD3 LYS 811 HD3 LYS 811 39.792 -24.357 -24.003
9 HE2 LYS 811 HE2 LYS 811 41.932 -23.655 -22.883
10 HE3 LYS 811 HE3 LYS 811 42.647 -25.175 -23.407
11 HZ3 LYS 811 HZ1 LYS 811 42.277 -24.517 -25.709
12 HZ2 LYS 811 HZ2 LYS 811 43.179 -23.337 -24.906
13 HZ1 LYS 811 HZ3 LYS 811 41.550 -23.091 -25.195
No H/Q in entry = 13
In of MODEL 23
1 H GLU 812 H GLU 812 42.784 -26.769 -19.195
2 HA GLU 812 HA GLU 812 41.716 -24.834 -17.323
3 HB2 GLU 812 HB2 GLU 812 44.473 -26.011 -17.694
4 HB3 GLU 812 HB3 GLU 812 44.072 -24.806 -16.479
5 HG2 GLU 812 HG2 GLU 812 42.487 -26.332 -15.463
6 HG3 GLU 812 HG3 GLU 812 42.858 -27.552 -16.683
No H/Q in entry = 6
In of MODEL 23
1 H GLN 813 H GLN 813 41.385 -22.929 -17.906
2 HA GLN 813 HA GLN 813 43.146 -21.710 -19.887
3 HB2 GLN 813 HB2 GLN 813 40.865 -21.854 -20.663
4 HB3 GLN 813 HB3 GLN 813 40.263 -21.122 -19.183
5 HG2 GLN 813 HG2 GLN 813 41.396 -19.050 -19.744
6 HG3 GLN 813 HG3 GLN 813 42.021 -19.751 -21.226
7 HE21 GLN 813 HE21 GLN 813 39.476 -21.172 -21.741
8 HE22 GLN 813 HE22 GLN 813 38.361 -19.956 -22.260
No H/Q in entry = 8
In of MODEL 23
1 H THR 814 H THR 814 44.056 -19.802 -19.401
2 HA THR 814 HA THR 814 44.111 -19.052 -16.609
3 HB THR 814 HB THR 814 45.654 -18.014 -18.985
4 HG1 THR 814 HG1 THR 814 47.281 -19.448 -18.121
5 HG23 THR 814 HG21 THR 814 45.706 -16.532 -17.035
6 HG22 THR 814 HG22 THR 814 47.283 -17.284 -17.295
7 HG21 THR 814 HG23 THR 814 46.221 -17.878 -16.019
No H/Q in entry = 7
In of MODEL 23
1 H MET 815 H MET 815 42.998 -17.381 -15.883
2 HA MET 815 HA MET 815 42.009 -15.395 -17.827
3 HB2 MET 815 HB2 MET 815 40.473 -16.315 -15.397
4 HB3 MET 815 HB3 MET 815 39.917 -15.217 -16.652
5 HG2 MET 815 HG2 MET 815 40.250 -17.198 -18.243
6 HG3 MET 815 HG3 MET 815 40.390 -18.113 -16.741
7 HE2 MET 815 HE1 MET 815 36.981 -19.223 -18.061
8 HE1 MET 815 HE2 MET 815 38.651 -19.663 -17.634
9 HE3 MET 815 HE3 MET 815 38.341 -18.699 -19.062
No H/Q in entry = 9
In of MODEL 23
1 H SER 816 H SER 816 41.317 -13.412 -16.708
2 HA SER 816 HA SER 816 43.259 -12.635 -14.712
3 HB2 SER 816 HB2 SER 816 41.023 -11.045 -16.000
4 HB3 SER 816 HB3 SER 816 42.388 -10.390 -15.093
5 HG SER 816 HG SER 816 42.596 -11.882 -17.506
No H/Q in entry = 5
In of MODEL 23
1 H GLU 817 H GLU 817 42.447 -11.549 -12.723
2 HA GLU 817 HA GLU 817 40.819 -13.313 -11.326
3 HB2 GLU 817 HB2 GLU 817 42.681 -11.617 -10.583
4 HB3 GLU 817 HB3 GLU 817 41.268 -10.565 -10.389
5 HG2 GLU 817 HG2 GLU 817 40.489 -11.676 -8.611
6 HG3 GLU 817 HG3 GLU 817 41.000 -13.184 -9.342
No H/Q in entry = 6
In of MODEL 23
1 H CYS 818 H CYS 818 39.952 -10.045 -12.527
2 HA CYS 818 HA CYS 818 37.347 -10.028 -11.466
3 HB2 CYS 818 HB2 CYS 818 38.068 -8.912 -14.166
4 HB3 CYS 818 HB3 CYS 818 36.796 -8.362 -13.092
No H/Q in entry = 4
In of MODEL 23
1 H GLU 819 H GLU 819 38.738 -11.508 -14.249
2 HA GLU 819 HA GLU 819 36.396 -12.022 -15.742
3 HB2 GLU 819 HB2 GLU 819 38.682 -11.795 -16.623
4 HB3 GLU 819 HB3 GLU 819 39.111 -13.276 -15.809
5 HG2 GLU 819 HG2 GLU 819 37.772 -14.569 -17.281
6 HG3 GLU 819 HG3 GLU 819 37.061 -13.112 -17.992
No H/Q in entry = 6
In of MODEL 23
1 H ALA 820 H ALA 820 38.588 -14.316 -14.064
2 HA ALA 820 HA ALA 820 36.878 -16.500 -14.273
3 HB3 ALA 820 HB1 ALA 820 38.892 -16.007 -12.103
4 HB1 ALA 820 HB2 ALA 820 39.253 -16.681 -13.698
5 HB2 ALA 820 HB3 ALA 820 38.234 -17.575 -12.568
No H/Q in entry = 5
In of MODEL 23
1 H GLY 821 H GLY 821 37.170 -13.982 -11.815
2 HA3 GLY 821 HA2 GLY 821 35.458 -15.083 -9.869
3 HA2 GLY 821 HA3 GLY 821 35.867 -13.374 -10.037
No H/Q in entry = 3
In of MODEL 23
1 H ALA 822 H ALA 822 34.869 -12.957 -12.614
2 HA ALA 822 HA ALA 822 32.166 -12.494 -12.122
3 HB1 ALA 822 HB1 ALA 822 33.586 -12.557 -14.794
4 HB2 ALA 822 HB2 ALA 822 33.564 -11.192 -13.693
5 HB3 ALA 822 HB3 ALA 822 32.058 -11.743 -14.431
No H/Q in entry = 5
In of MODEL 23
1 H LEU 823 H LEU 823 33.818 -15.048 -13.956
2 HA LEU 823 HA LEU 823 31.443 -16.304 -14.804
3 HB2 LEU 823 HB2 LEU 823 34.201 -17.475 -14.443
4 HB3 LEU 823 HB3 LEU 823 32.848 -18.465 -14.921
5 HG LEU 823 HG LEU 823 33.934 -18.045 -16.902
6 HD11 LEU 823 HD11 LEU 823 31.591 -17.629 -17.149
7 HD13 LEU 823 HD12 LEU 823 32.543 -16.656 -18.267
8 HD12 LEU 823 HD13 LEU 823 31.846 -15.911 -16.835
9 HD21 LEU 823 HD21 LEU 823 35.522 -16.365 -16.175
10 HD23 LEU 823 HD22 LEU 823 34.255 -15.145 -16.158
11 HD22 LEU 823 HD23 LEU 823 34.754 -15.877 -17.681
No H/Q in entry = 11
In of MODEL 23
1 H ARG 824 H ARG 824 33.346 -16.786 -11.839
2 HA ARG 824 HA ARG 824 31.808 -18.857 -10.721
3 HB2 ARG 824 HB2 ARG 824 33.351 -16.605 -9.467
4 HB3 ARG 824 HB3 ARG 824 32.489 -17.802 -8.522
5 HG2 ARG 824 HG2 ARG 824 33.930 -19.545 -9.402
6 HG3 ARG 824 HG3 ARG 824 34.785 -18.348 -10.397
7 HD2 ARG 824 HD2 ARG 824 35.910 -18.936 -8.233
8 HD3 ARG 824 HD3 ARG 824 35.573 -17.216 -8.443
9 HE ARG 824 HE ARG 824 33.425 -18.477 -7.123
10 HH11 ARG 824 HH11 ARG 824 36.773 -17.605 -6.389
11 HH12 ARG 824 HH12 ARG 824 36.382 -17.112 -4.789
12 HH21 ARG 824 HH21 ARG 824 33.021 -17.898 -4.891
13 HH22 ARG 824 HH22 ARG 824 34.325 -17.306 -3.924
No H/Q in entry = 13
In of MODEL 23
1 H CYS 825 H CYS 825 31.521 -15.369 -10.529
2 HA CYS 825 HA CYS 825 29.479 -15.273 -8.652
3 HB2 CYS 825 HB2 CYS 825 31.043 -13.371 -9.476
4 HB3 CYS 825 HB3 CYS 825 29.882 -13.213 -10.767
No H/Q in entry = 4
In of MODEL 23
1 H ARG 826 H ARG 826 29.341 -15.187 -12.219
2 HA ARG 826 HA ARG 826 26.522 -14.909 -12.299
3 HB2 ARG 826 HB2 ARG 826 26.694 -15.551 -14.694
4 HB3 ARG 826 HB3 ARG 826 27.800 -14.247 -14.246
5 HG2 ARG 826 HG2 ARG 826 29.609 -15.833 -14.181
6 HG3 ARG 826 HG3 ARG 826 28.499 -17.139 -14.596
7 HD2 ARG 826 HD2 ARG 826 29.033 -14.715 -16.306
8 HD3 ARG 826 HD3 ARG 826 29.787 -16.294 -16.525
9 HE ARG 826 HE ARG 826 26.985 -16.540 -16.488
10 HH11 ARG 826 HH11 ARG 826 29.602 -15.399 -18.601
11 HH12 ARG 826 HH12 ARG 826 28.769 -15.706 -20.045
12 HH21 ARG 826 HH21 ARG 826 25.819 -16.943 -18.493
13 HH22 ARG 826 HH22 ARG 826 26.559 -16.591 -19.973
No H/Q in entry = 13
In of MODEL 23
1 H GLY 827 H GLY 827 28.595 -17.727 -12.161
2 HA3 GLY 827 HA2 GLY 827 27.582 -19.690 -11.132
3 HA2 GLY 827 HA3 GLY 827 26.130 -19.308 -12.047
No H/Q in entry = 3
In of MODEL 23
1 H GLN 828 H GLN 828 28.959 -18.828 -13.807
2 HA GLN 828 HA GLN 828 28.444 -20.933 -15.644
3 HB2 GLN 828 HB2 GLN 828 29.581 -18.863 -16.310
4 HB3 GLN 828 HB3 GLN 828 30.899 -19.210 -15.207
5 HG2 GLN 828 HG2 GLN 828 31.558 -19.706 -17.525
6 HG3 GLN 828 HG3 GLN 828 31.501 -21.152 -16.529
7 HE21 GLN 828 HE21 GLN 828 29.885 -19.423 -19.071
8 HE22 GLN 828 HE22 GLN 828 28.923 -20.750 -19.599
No H/Q in entry = 8
In of MODEL 23
1 H SER 829 H SER 829 29.657 -22.844 -15.964
2 HA SER 829 HA SER 829 30.587 -24.002 -13.507
3 HB2 SER 829 HB2 SER 829 30.491 -25.143 -16.313
4 HB3 SER 829 HB3 SER 829 30.774 -26.059 -14.832
5 HG SER 829 HG SER 829 28.408 -24.764 -15.693
No H/Q in entry = 5
In of MODEL 23
1 H ILE 830 H ILE 830 32.578 -23.408 -12.855
2 HA ILE 830 HA ILE 830 34.771 -23.752 -14.714
3 HB ILE 830 HB ILE 830 35.902 -21.723 -14.109
4 HG12 ILE 830 HG12 ILE 830 35.114 -21.629 -11.700
5 HG13 ILE 830 HG13 ILE 830 35.215 -20.079 -12.517
6 HG21 ILE 830 HG21 ILE 830 34.304 -21.400 -15.893
7 HG23 ILE 830 HG22 ILE 830 34.481 -19.935 -14.933
8 HG22 ILE 830 HG23 ILE 830 33.066 -20.966 -14.714
9 HD13 ILE 830 HD11 ILE 830 32.824 -20.085 -12.820
10 HD12 ILE 830 HD12 ILE 830 33.268 -20.202 -11.126
11 HD11 ILE 830 HD13 ILE 830 32.693 -21.642 -11.990
No H/Q in entry = 11
In of MODEL 23
1 H SER 831 H SER 831 36.581 -24.565 -13.770
2 HA SER 831 HA SER 831 36.325 -25.191 -10.920
3 HB2 SER 831 HB2 SER 831 37.629 -26.653 -13.172
4 HB3 SER 831 HB3 SER 831 37.713 -27.143 -11.486
5 HG SER 831 HG SER 831 35.156 -26.710 -12.240
No H/Q in entry = 5
In of MODEL 23
1 H VAL 832 H VAL 832 37.635 -23.692 -9.920
2 HA VAL 832 HA VAL 832 40.080 -22.780 -11.112
3 HB VAL 832 HB VAL 832 39.210 -22.525 -8.209
4 HG11 VAL 832 HG11 VAL 832 41.591 -22.116 -8.523
5 HG13 VAL 832 HG12 VAL 832 40.755 -20.614 -8.130
6 HG12 VAL 832 HG13 VAL 832 41.236 -20.944 -9.795
7 HG21 VAL 832 HG21 VAL 832 37.528 -21.535 -9.681
8 HG23 VAL 832 HG22 VAL 832 38.780 -20.598 -10.496
9 HG22 VAL 832 HG23 VAL 832 38.402 -20.276 -8.806
No H/Q in entry = 9
In of MODEL 23
1 H THR 833 H THR 833 41.614 -24.259 -11.431
2 HA THR 833 HA THR 833 41.882 -26.516 -9.759
3 HB THR 833 HB THR 833 43.888 -26.858 -11.360
4 HG1 THR 833 HG1 THR 833 43.810 -25.548 -13.185
5 HG21 THR 833 HG21 THR 833 41.077 -26.581 -12.468
6 HG23 THR 833 HG22 THR 833 41.713 -28.003 -11.645
7 HG22 THR 833 HG23 THR 833 42.367 -27.517 -13.209
No H/Q in entry = 7
In of MODEL 23
1 H SER 834 H SER 834 43.736 -23.566 -10.349
2 HA SER 834 HA SER 834 44.762 -23.596 -7.679
3 HB2 SER 834 HB2 SER 834 46.627 -23.921 -10.036
4 HB3 SER 834 HB3 SER 834 47.167 -23.388 -8.445
5 HG SER 834 HG SER 834 45.649 -25.710 -8.543
No H/Q in entry = 5
In of MODEL 23
1 H ILE 835 H ILE 835 45.764 -21.532 -7.159
2 HA ILE 835 HA ILE 835 44.517 -19.519 -8.771
3 HB ILE 835 HB ILE 835 44.757 -17.976 -7.048
4 HG12 ILE 835 HG12 ILE 835 47.169 -18.350 -6.444
5 HG13 ILE 835 HG13 ILE 835 46.125 -18.128 -5.055
6 HG23 ILE 835 HG21 ILE 835 43.092 -19.563 -6.567
7 HG22 ILE 835 HG22 ILE 835 43.902 -19.151 -5.040
8 HG21 ILE 835 HG23 ILE 835 44.271 -20.666 -5.852
9 HD13 ILE 835 HD11 ILE 835 46.143 -20.412 -4.633
10 HD12 ILE 835 HD12 ILE 835 47.799 -19.772 -4.733
11 HD11 ILE 835 HD13 ILE 835 47.130 -20.749 -6.071
No H/Q in entry = 11
In of MODEL 23
1 H ARG 836 H ARG 836 46.793 -20.885 -9.807
2 HA ARG 836 HA ARG 836 48.859 -18.820 -10.012
3 HB2 ARG 836 HB2 ARG 836 48.969 -21.766 -10.624
4 HB3 ARG 836 HB3 ARG 836 50.294 -20.633 -10.864
5 HG2 ARG 836 HG2 ARG 836 50.266 -20.151 -8.463
6 HG3 ARG 836 HG3 ARG 836 49.014 -21.380 -8.261
7 HD2 ARG 836 HD2 ARG 836 51.788 -21.802 -9.327
8 HD3 ARG 836 HD3 ARG 836 51.149 -22.223 -7.730
9 HE ARG 836 HE ARG 836 49.668 -23.389 -9.901
10 HH11 ARG 836 HH11 ARG 836 52.489 -23.896 -7.849
11 HH12 ARG 836 HH12 ARG 836 52.548 -25.570 -8.104
12 HH21 ARG 836 HH21 ARG 836 49.726 -25.654 -10.245
13 HH22 ARG 836 HH22 ARG 836 50.914 -26.604 -9.494
No H/Q in entry = 13
In of MODEL 23
1 HA PRO 837 HA PRO 837 47.330 -18.709 -14.251
2 HB2 PRO 837 HB2 PRO 837 49.785 -17.805 -15.416
3 HB3 PRO 837 HB3 PRO 837 48.389 -16.832 -14.973
4 HG2 PRO 837 HG2 PRO 837 50.882 -16.734 -13.727
5 HG3 PRO 837 HG3 PRO 837 49.371 -16.097 -13.067
6 HD2 PRO 837 HD2 PRO 837 50.809 -18.615 -12.423
7 HD3 PRO 837 HD3 PRO 837 49.786 -17.594 -11.392
No H/Q in entry = 7
In of MODEL 23
1 H CYS 838 H CYS 838 47.205 -20.197 -15.889
2 HA CYS 838 HA CYS 838 49.283 -22.184 -15.993
3 HB2 CYS 838 HB2 CYS 838 46.483 -22.102 -17.053
4 HB3 CYS 838 HB3 CYS 838 47.625 -23.273 -17.695
No H/Q in entry = 4
In of MODEL 23
1 H ALA 839 H ALA 839 49.682 -23.028 -18.366
2 HA ALA 839 HA ALA 839 50.419 -20.772 -20.003
3 HB2 ALA 839 HB1 ALA 839 52.053 -22.592 -19.703
4 HB3 ALA 839 HB2 ALA 839 51.577 -22.443 -21.393
5 HB1 ALA 839 HB3 ALA 839 50.906 -23.739 -20.399
No H/Q in entry = 5
In of MODEL 23
1 H ALA 840 H ALA 840 48.151 -20.411 -20.026
2 HA ALA 840 HA ALA 840 46.910 -21.502 -22.463
3 HB3 ALA 840 HB1 ALA 840 45.932 -22.685 -20.559
4 HB1 ALA 840 HB2 ALA 840 44.753 -21.625 -21.340
5 HB2 ALA 840 HB3 ALA 840 45.509 -21.139 -19.820
No H/Q in entry = 5
In of MODEL 23
1 H GLU 841 H GLU 841 48.346 -19.080 -21.815
2 HA GLU 841 HA GLU 841 46.278 -17.066 -21.769
3 HB2 GLU 841 HB2 GLU 841 48.396 -15.507 -21.796
4 HB3 GLU 841 HB3 GLU 841 47.906 -16.311 -20.320
5 HG2 GLU 841 HG2 GLU 841 50.311 -16.409 -20.578
6 HG3 GLU 841 HG3 GLU 841 49.623 -18.022 -20.687
No H/Q in entry = 6
In of MODEL 23
1 H THR 842 H THR 842 47.579 -18.943 -23.984
2 HA THR 842 HA THR 842 47.756 -17.093 -26.138
3 HB THR 842 HB THR 842 47.827 -19.416 -27.334
4 HG1 THR 842 HG1 THR 842 47.684 -21.029 -26.006
5 HG22 THR 842 HG21 THR 842 50.237 -19.582 -26.834
6 HG21 THR 842 HG22 THR 842 50.013 -18.490 -25.465
7 HG23 THR 842 HG23 THR 842 49.746 -17.911 -27.109
No H/Q in entry = 7
In of MODEL 23
1 H GLN 843 H GLN 843 46.080 -16.565 -27.358
2 HA GLN 843 HA GLN 843 43.556 -17.986 -26.956
3 HB2 GLN 843 HB2 GLN 843 44.099 -15.150 -27.849
4 HB3 GLN 843 HB3 GLN 843 42.497 -15.875 -27.733
5 HG2 GLN 843 HG2 GLN 843 42.716 -16.139 -25.365
6 HG3 GLN 843 HG3 GLN 843 44.400 -15.637 -25.415
7 HE21 GLN 843 HE21 GLN 843 44.008 -14.007 -23.937
8 HE22 GLN 843 HE22 GLN 843 43.182 -12.556 -24.390
No H/Q in entry = 8
In of MODEL 24
1 H1 GLY 689 H1 GLY 689 78.981 4.599 -11.690
2 H2 GLY 689 H3 GLY 689 78.911 3.899 -13.216
3 H3 GLY 689 H2 GLY 689 78.312 5.460 -12.995
4 HA2 GLY 689 HA2 GLY 689 76.524 3.853 -13.113
5 HA3 GLY 689 HA3 GLY 689 76.609 4.585 -11.512
No H/Q in entry = 5
In of MODEL 24
1 H SER 690 H SER 690 75.346 2.395 -11.321
2 HA SER 690 HA SER 690 76.931 0.731 -9.719
3 HB2 SER 690 HB2 SER 690 74.157 0.292 -10.821
4 HB3 SER 690 HB3 SER 690 74.863 -0.505 -9.415
5 HG SER 690 HG SER 690 75.199 1.769 -8.683
No H/Q in entry = 5
In of MODEL 24
1 H HIS 691 H HIS 691 78.497 -0.444 -10.718
2 HA HIS 691 HA HIS 691 77.535 -2.319 -12.738
3 HB2 HIS 691 HB2 HIS 691 78.891 -0.477 -13.801
4 HB3 HIS 691 HB3 HIS 691 80.279 -1.016 -12.870
5 HD1 HIS 691 HD1 HIS 691 78.053 -2.060 -15.715
6 HD2 HIS 691 HD2 HIS 691 81.627 -3.230 -13.951
7 HE1 HIS 691 HE1 HIS 691 79.004 -3.811 -17.228
8 HE2 HIS 691 HE2 HIS 691 80.995 -4.695 -15.978
No H/Q in entry = 8
In of MODEL 24
1 H MET 692 H MET 692 78.585 -2.069 -9.717
2 HA MET 692 HA MET 692 80.533 -4.184 -9.643
3 HB2 MET 692 HB2 MET 692 80.329 -2.455 -7.834
4 HB3 MET 692 HB3 MET 692 78.772 -3.145 -7.405
5 HG2 MET 692 HG2 MET 692 80.406 -3.930 -5.852
6 HG3 MET 692 HG3 MET 692 79.904 -5.277 -6.871
7 HE2 MET 692 HE1 MET 692 83.660 -6.135 -6.186
8 HE1 MET 692 HE2 MET 692 81.995 -6.714 -6.121
9 HE3 MET 692 HE3 MET 692 82.517 -5.405 -5.059
No H/Q in entry = 9
In of MODEL 24
1 H ASN 693 H ASN 693 77.105 -3.873 -8.933
2 HA ASN 693 HA ASN 693 76.762 -6.773 -8.865
3 HB2 ASN 693 HB2 ASN 693 74.889 -4.479 -8.212
4 HB3 ASN 693 HB3 ASN 693 74.329 -6.132 -8.350
5 HD21 ASN 693 HD21 ASN 693 77.408 -5.297 -6.921
6 HD22 ASN 693 HD22 ASN 693 76.968 -5.702 -5.298
No H/Q in entry = 6
In of MODEL 24
1 HA PRO 694 HA PRO 694 75.329 -6.400 -13.134
2 HB2 PRO 694 HB2 PRO 694 74.424 -9.161 -12.912
3 HB3 PRO 694 HB3 PRO 694 75.721 -8.512 -13.917
4 HG2 PRO 694 HG2 PRO 694 76.176 -10.128 -11.786
5 HG3 PRO 694 HG3 PRO 694 77.320 -8.888 -12.323
6 HD2 PRO 694 HD2 PRO 694 75.380 -8.817 -10.045
7 HD3 PRO 694 HD3 PRO 694 77.051 -8.208 -10.146
No H/Q in entry = 7
In of MODEL 24
1 H LEU 695 H LEU 695 73.471 -5.324 -13.345
2 HA LEU 695 HA LEU 695 71.067 -6.551 -12.245
3 HB2 LEU 695 HB2 LEU 695 70.076 -4.380 -11.833
4 HB3 LEU 695 HB3 LEU 695 71.597 -4.481 -10.996
5 HG LEU 695 HG LEU 695 71.242 -2.987 -13.607
6 HD11 LEU 695 HD11 LEU 695 71.126 -1.962 -10.772
7 HD13 LEU 695 HD12 LEU 695 69.782 -2.029 -11.911
8 HD12 LEU 695 HD13 LEU 695 71.152 -0.964 -12.222
9 HD21 LEU 695 HD21 LEU 695 73.565 -3.586 -13.043
10 HD23 LEU 695 HD22 LEU 695 73.367 -2.835 -11.460
11 HD22 LEU 695 HD23 LEU 695 73.300 -1.849 -12.919
No H/Q in entry = 11
In of MODEL 24
1 H THR 696 H THR 696 69.132 -6.118 -13.468
2 HA THR 696 HA THR 696 69.750 -6.408 -16.246
3 HB THR 696 HB THR 696 67.227 -6.618 -16.464
4 HG1 THR 696 HG1 THR 696 67.312 -5.649 -13.974
5 HG22 THR 696 HG21 THR 696 68.626 -8.459 -14.520
6 HG21 THR 696 HG22 THR 696 68.688 -8.576 -16.279
7 HG23 THR 696 HG23 THR 696 67.165 -8.845 -15.429
No H/Q in entry = 7
In of MODEL 24
1 H GLN 697 H GLN 697 69.707 -4.873 -17.741
2 HA GLN 697 HA GLN 697 68.775 -2.257 -16.935
3 HB2 GLN 697 HB2 GLN 697 69.795 -1.361 -18.993
4 HB3 GLN 697 HB3 GLN 697 70.945 -2.246 -18.019
5 HG2 GLN 697 HG2 GLN 697 69.618 -3.276 -20.531
6 HG3 GLN 697 HG3 GLN 697 71.228 -2.573 -20.450
7 HE21 GLN 697 HE21 GLN 697 69.304 -5.364 -19.945
8 HE22 GLN 697 HE22 GLN 697 70.578 -6.422 -19.457
No H/Q in entry = 8
In of MODEL 24
1 H ALA 698 H ALA 698 67.311 -4.775 -18.028
2 HA ALA 698 HA ALA 698 65.424 -3.477 -19.906
3 HB1 ALA 698 HB1 ALA 698 64.329 -5.665 -19.861
4 HB3 ALA 698 HB2 ALA 698 65.477 -6.231 -18.645
5 HB2 ALA 698 HB3 ALA 698 66.029 -5.847 -20.276
No H/Q in entry = 5
In of MODEL 24
1 H VAL 699 H VAL 699 63.219 -3.406 -19.435
2 HA VAL 699 HA VAL 699 62.957 -2.188 -16.957
3 HB VAL 699 HB VAL 699 60.788 -1.682 -17.612
4 HG12 VAL 699 HG11 VAL 699 62.612 -1.457 -19.973
5 HG11 VAL 699 HG12 VAL 699 62.452 -0.334 -18.621
6 HG13 VAL 699 HG13 VAL 699 61.127 -0.526 -19.766
7 HG23 VAL 699 HG21 VAL 699 59.716 -2.479 -19.733
8 HG22 VAL 699 HG22 VAL 699 59.937 -3.732 -18.512
9 HG21 VAL 699 HG23 VAL 699 61.030 -3.650 -19.889
No H/Q in entry = 9
In of MODEL 24
1 HA PRO 700 HA PRO 700 62.145 -5.887 -14.812
2 HB2 PRO 700 HB2 PRO 700 61.366 -4.814 -12.445
3 HB3 PRO 700 HB3 PRO 700 63.035 -5.046 -12.972
4 HG2 PRO 700 HG2 PRO 700 61.421 -2.555 -12.852
5 HG3 PRO 700 HG3 PRO 700 63.175 -2.757 -12.730
6 HD2 PRO 700 HD2 PRO 700 61.779 -1.873 -14.983
7 HD3 PRO 700 HD3 PRO 700 63.449 -2.470 -14.955
No H/Q in entry = 7
In of MODEL 24
1 H LYS 701 H LYS 701 60.589 -7.077 -15.083
2 HA LYS 701 HA LYS 701 57.828 -6.125 -14.948
3 HB2 LYS 701 HB2 LYS 701 58.894 -8.816 -15.819
4 HB3 LYS 701 HB3 LYS 701 57.238 -8.264 -15.966
5 HG2 LYS 701 HG2 LYS 701 59.600 -7.057 -17.340
6 HG3 LYS 701 HG3 LYS 701 58.451 -8.183 -18.090
7 HD2 LYS 701 HD2 LYS 701 56.659 -6.529 -17.647
8 HD3 LYS 701 HD3 LYS 701 57.878 -5.426 -17.007
9 HE2 LYS 701 HE2 LYS 701 57.374 -4.837 -19.302
10 HE3 LYS 701 HE3 LYS 701 59.016 -5.463 -19.183
11 HZ1 LYS 701 HZ1 LYS 701 58.201 -7.605 -20.008
12 HZ3 LYS 701 HZ2 LYS 701 57.945 -6.376 -21.094
13 HZ2 LYS 701 HZ3 LYS 701 56.649 -6.964 -20.179
No H/Q in entry = 13
In of MODEL 24
1 H CYS 702 H CYS 702 56.945 -6.287 -13.076
2 HA CYS 702 HA CYS 702 57.953 -8.327 -11.227
3 HB2 CYS 702 HB2 CYS 702 56.215 -5.973 -10.443
4 HB3 CYS 702 HB3 CYS 702 57.239 -6.958 -9.435
No H/Q in entry = 4
In of MODEL 24
1 H GLN 703 H GLN 703 56.532 -9.798 -10.417
2 HA GLN 703 HA GLN 703 54.186 -10.325 -11.950
3 HB2 GLN 703 HB2 GLN 703 55.197 -11.565 -9.401
4 HB3 GLN 703 HB3 GLN 703 53.883 -12.199 -10.377
5 HG2 GLN 703 HG2 GLN 703 56.715 -11.855 -11.348
6 HG3 GLN 703 HG3 GLN 703 56.050 -13.356 -10.711
7 HE21 GLN 703 HE21 GLN 703 56.378 -14.438 -12.606
8 HE22 GLN 703 HE22 GLN 703 55.450 -14.184 -14.037
No H/Q in entry = 8
In of MODEL 24
1 H ARG 704 H ARG 704 52.132 -10.978 -10.629
2 HA ARG 704 HA ARG 704 50.824 -8.648 -9.839
3 HB2 ARG 704 HB2 ARG 704 50.155 -11.490 -9.166
4 HB3 ARG 704 HB3 ARG 704 49.074 -10.136 -8.924
5 HG2 ARG 704 HG2 ARG 704 50.184 -11.002 -11.569
6 HG3 ARG 704 HG3 ARG 704 48.610 -11.459 -10.918
7 HD2 ARG 704 HD2 ARG 704 47.990 -9.054 -10.855
8 HD3 ARG 704 HD3 ARG 704 49.541 -8.682 -11.610
9 HE ARG 704 HE ARG 704 48.301 -10.596 -13.178
10 HH11 ARG 704 HH11 ARG 704 47.872 -7.145 -12.393
11 HH12 ARG 704 HH12 ARG 704 46.965 -6.810 -13.780
12 HH21 ARG 704 HH21 ARG 704 47.073 -10.113 -15.097
13 HH22 ARG 704 HH22 ARG 704 46.529 -8.515 -15.376
No H/Q in entry = 13
In of MODEL 24
1 H TRP 705 H TRP 705 52.529 -10.986 -7.876
2 HA TRP 705 HA TRP 705 51.605 -9.819 -5.379
3 HB2 TRP 705 HB2 TRP 705 52.941 -11.721 -4.377
4 HB3 TRP 705 HB3 TRP 705 51.582 -12.178 -5.398
5 HD1 TRP 705 HD1 TRP 705 55.374 -12.456 -5.154
6 HE1 TRP 705 HE1 TRP 705 56.230 -13.996 -7.004
7 HE3 TRP 705 HE3 TRP 705 51.054 -12.989 -7.858
8 HZ2 TRP 705 HZ2 TRP 705 55.224 -15.302 -9.294
9 HZ3 TRP 705 HZ3 TRP 705 51.096 -14.404 -9.870
10 HH2 TRP 705 HH2 TRP 705 53.137 -15.538 -10.571
No H/Q in entry = 10
In of MODEL 24
1 H GLU 706 H GLU 706 53.844 -9.092 -7.540
2 HA GLU 706 HA GLU 706 55.836 -8.238 -5.599
3 HB2 GLU 706 HB2 GLU 706 56.058 -8.680 -8.566
4 HB3 GLU 706 HB3 GLU 706 57.324 -7.973 -7.557
5 HG2 GLU 706 HG2 GLU 706 57.404 -10.124 -6.344
6 HG3 GLU 706 HG3 GLU 706 56.241 -10.771 -7.508
No H/Q in entry = 6
In of MODEL 24
1 H LYS 707 H LYS 707 56.600 -6.166 -5.875
2 HA LYS 707 HA LYS 707 55.107 -4.392 -7.620
3 HB2 LYS 707 HB2 LYS 707 55.490 -4.048 -4.648
4 HB3 LYS 707 HB3 LYS 707 55.048 -2.724 -5.713
5 HG2 LYS 707 HG2 LYS 707 53.369 -5.158 -5.789
6 HG3 LYS 707 HG3 LYS 707 53.234 -4.165 -4.354
7 HD2 LYS 707 HD2 LYS 707 51.534 -3.464 -5.871
8 HD3 LYS 707 HD3 LYS 707 52.753 -2.208 -5.867
9 HE2 LYS 707 HE2 LYS 707 51.985 -2.568 -8.115
10 HE3 LYS 707 HE3 LYS 707 53.648 -3.118 -8.007
11 HZ2 LYS 707 HZ1 LYS 707 52.264 -4.634 -9.265
12 HZ1 LYS 707 HZ2 LYS 707 51.231 -4.880 -7.969
13 HZ3 LYS 707 HZ3 LYS 707 52.833 -5.411 -7.901
No H/Q in entry = 13
In of MODEL 24
1 H LEU 708 H LEU 708 56.259 -2.512 -8.126
2 HA LEU 708 HA LEU 708 59.109 -2.936 -8.048
3 HB2 LEU 708 HB2 LEU 708 57.997 -2.448 -10.173
4 HB3 LEU 708 HB3 LEU 708 57.393 -0.941 -9.519
5 HG LEU 708 HG LEU 708 59.748 -0.144 -9.331
6 HD12 LEU 708 HD11 LEU 708 61.487 -1.337 -10.559
7 HD11 LEU 708 HD12 LEU 708 60.368 -2.674 -10.836
8 HD13 LEU 708 HD13 LEU 708 60.880 -2.275 -9.198
9 HD23 LEU 708 HD21 LEU 708 60.052 0.238 -11.722
10 HD22 LEU 708 HD22 LEU 708 58.376 0.476 -11.227
11 HD21 LEU 708 HD23 LEU 708 58.846 -1.000 -12.075
No H/Q in entry = 11
In of MODEL 24
1 H GLN 709 H GLN 709 60.052 -2.180 -6.256
2 HA GLN 709 HA GLN 709 59.703 0.649 -5.647
3 HB2 GLN 709 HB2 GLN 709 59.469 0.368 -3.321
4 HB3 GLN 709 HB3 GLN 709 58.441 -0.923 -3.921
5 HG2 GLN 709 HG2 GLN 709 60.239 -2.548 -3.546
6 HG3 GLN 709 HG3 GLN 709 61.295 -1.233 -3.018
7 HE21 GLN 709 HE21 GLN 709 61.614 -2.214 -1.018
8 HE22 GLN 709 HE22 GLN 709 60.386 -2.210 0.193
No H/Q in entry = 8
In of MODEL 24
1 H ASN 710 H ASN 710 61.673 1.470 -4.795
2 HA ASN 710 HA ASN 710 63.940 1.577 -4.406
3 HB2 ASN 710 HB2 ASN 710 63.219 -0.238 -2.774
4 HB3 ASN 710 HB3 ASN 710 63.817 -1.420 -3.942
5 HD21 ASN 710 HD21 ASN 710 64.958 1.660 -2.898
6 HD22 ASN 710 HD22 ASN 710 66.501 1.118 -2.311
No H/Q in entry = 6
In of MODEL 24
1 H SER 711 H SER 711 62.763 0.892 -7.047
2 HA SER 711 HA SER 711 63.366 0.512 -9.160
3 HB2 SER 711 HB2 SER 711 66.148 0.490 -8.006
4 HB3 SER 711 HB3 SER 711 65.790 0.578 -9.739
5 HG SER 711 HG SER 711 65.843 2.533 -7.889
No H/Q in entry = 5
In of MODEL 24
1 H ARG 712 H ARG 712 62.902 -1.780 -7.209
2 HA ARG 712 HA ARG 712 63.816 -3.875 -9.010
3 HB2 ARG 712 HB2 ARG 712 64.474 -5.275 -7.099
4 HB3 ARG 712 HB3 ARG 712 65.482 -3.843 -7.255
5 HG2 ARG 712 HG2 ARG 712 64.320 -2.804 -5.420
6 HG3 ARG 712 HG3 ARG 712 63.188 -4.147 -5.333
7 HD2 ARG 712 HD2 ARG 712 65.094 -5.666 -4.851
8 HD3 ARG 712 HD3 ARG 712 66.181 -4.284 -4.868
9 HE ARG 712 HE ARG 712 64.398 -3.584 -2.996
10 HH11 ARG 712 HH11 ARG 712 66.254 -6.575 -3.479
11 HH12 ARG 712 HH12 ARG 712 66.352 -6.964 -1.838
12 HH21 ARG 712 HH21 ARG 712 64.491 -4.153 -0.722
13 HH22 ARG 712 HH22 ARG 712 65.299 -5.546 -0.217
No H/Q in entry = 13
In of MODEL 24
1 H CYS 713 H CYS 713 62.694 -6.001 -8.378
2 HA CYS 713 HA CYS 713 59.902 -5.379 -7.741
3 HB2 CYS 713 HB2 CYS 713 61.095 -7.876 -8.983
4 HB3 CYS 713 HB3 CYS 713 59.382 -7.590 -8.723
No H/Q in entry = 4
In of MODEL 24
1 H VAL 714 H VAL 714 59.299 -5.779 -5.746
2 HA VAL 714 HA VAL 714 60.520 -8.038 -4.293
3 HB VAL 714 HB VAL 714 60.178 -6.802 -2.191
4 HG11 VAL 714 HG11 VAL 714 61.778 -5.220 -4.183
5 HG13 VAL 714 HG12 VAL 714 62.351 -6.591 -3.238
6 HG12 VAL 714 HG13 VAL 714 61.915 -5.083 -2.432
7 HG23 VAL 714 HG21 VAL 714 59.569 -4.403 -2.205
8 HG22 VAL 714 HG22 VAL 714 58.275 -5.417 -2.845
9 HG21 VAL 714 HG23 VAL 714 59.294 -4.503 -3.946
No H/Q in entry = 9
In of MODEL 24
1 H CYS 715 H CYS 715 58.921 -8.708 -2.472
2 HA CYS 715 HA CYS 715 56.280 -8.802 -3.671
3 HB2 CYS 715 HB2 CYS 715 57.384 -10.131 -1.167
4 HB3 CYS 715 HB3 CYS 715 55.759 -10.342 -1.789
No H/Q in entry = 4
In of MODEL 24
1 H LYS 716 H LYS 716 54.525 -7.857 -2.745
2 HA LYS 716 HA LYS 716 55.156 -5.615 -1.037
3 HB2 LYS 716 HB2 LYS 716 53.388 -5.801 -2.994
4 HB3 LYS 716 HB3 LYS 716 52.343 -6.444 -1.744
5 HG2 LYS 716 HG2 LYS 716 51.899 -4.064 -2.045
6 HG3 LYS 716 HG3 LYS 716 52.618 -4.322 -0.459
7 HD2 LYS 716 HD2 LYS 716 54.785 -3.596 -1.281
8 HD3 LYS 716 HD3 LYS 716 54.154 -3.411 -2.895
9 HE2 LYS 716 HE2 LYS 716 54.300 -1.256 -1.849
10 HE3 LYS 716 HE3 LYS 716 52.613 -1.676 -2.086
11 HZ3 LYS 716 HZ1 LYS 716 52.322 -2.025 0.228
12 HZ2 LYS 716 HZ2 LYS 716 53.240 -0.639 0.080
13 HZ1 LYS 716 HZ3 LYS 716 53.997 -2.076 0.511
No H/Q in entry = 13
In of MODEL 24
1 H MET 717 H MET 717 52.746 -5.603 0.572
2 HA MET 717 HA MET 717 53.507 -7.622 2.539
3 HB2 MET 717 HB2 MET 717 51.797 -5.134 2.745
4 HB3 MET 717 HB3 MET 717 52.106 -6.232 4.072
5 HG2 MET 717 HG2 MET 717 54.393 -4.925 2.678
6 HG3 MET 717 HG3 MET 717 53.422 -3.981 3.793
7 HE2 MET 717 HE1 MET 717 56.164 -7.527 4.974
8 HE1 MET 717 HE2 MET 717 55.955 -6.922 3.324
9 HE3 MET 717 HE3 MET 717 54.676 -7.859 4.106
No H/Q in entry = 9
In of MODEL 24
1 HA PRO 718 HA PRO 718 49.921 -9.956 1.419
2 HB2 PRO 718 HB2 PRO 718 49.476 -11.415 3.648
3 HB3 PRO 718 HB3 PRO 718 50.874 -11.691 2.599
4 HG2 PRO 718 HG2 PRO 718 50.717 -10.186 5.185
5 HG3 PRO 718 HG3 PRO 718 51.957 -11.319 4.624
6 HD2 PRO 718 HD2 PRO 718 52.251 -8.613 4.517
7 HD3 PRO 718 HD3 PRO 718 53.020 -9.724 3.364
No H/Q in entry = 7
In of MODEL 24
1 H TYR 719 H TYR 719 49.625 -7.388 3.293
2 HA TYR 719 HA TYR 719 46.765 -7.827 3.733
3 HB2 TYR 719 HB2 TYR 719 46.897 -6.103 5.556
4 HB3 TYR 719 HB3 TYR 719 47.743 -7.603 5.892
5 HD1 TYR 719 HD1 TYR 719 48.099 -4.019 5.263
6 HD2 TYR 719 HD2 TYR 719 50.182 -7.649 6.013
7 HE1 TYR 719 HE1 TYR 719 50.114 -2.742 5.840
8 HE2 TYR 719 HE2 TYR 719 52.193 -6.382 6.607
9 HH TYR 719 HH TYR 719 53.180 -4.312 6.350
No H/Q in entry = 9
In of MODEL 24
1 H GLU 720 H GLU 720 48.684 -6.520 1.615
2 HA GLU 720 HA GLU 720 47.436 -3.874 1.308
3 HB2 GLU 720 HB2 GLU 720 49.532 -5.338 -0.305
4 HB3 GLU 720 HB3 GLU 720 49.065 -3.658 -0.520
5 HG2 GLU 720 HG2 GLU 720 50.055 -4.616 2.095
6 HG3 GLU 720 HG3 GLU 720 51.218 -4.266 0.820
No H/Q in entry = 6
In of MODEL 24
1 H CYS 721 H CYS 721 46.441 -6.757 0.863
2 HA CYS 721 HA CYS 721 45.905 -6.919 -1.947
3 HB2 CYS 721 HB2 CYS 721 45.141 -8.701 0.336
4 HB3 CYS 721 HB3 CYS 721 45.015 -9.084 -1.377
No H/Q in entry = 4
In of MODEL 24
1 H GLY 722 H GLY 722 44.304 -5.726 -2.704
2 HA3 GLY 722 HA2 GLY 722 41.807 -5.602 -1.186
3 HA2 GLY 722 HA3 GLY 722 42.280 -4.481 -2.454
No H/Q in entry = 3
In of MODEL 24
1 HA PRO 723 HA PRO 723 40.112 -7.011 -5.261
2 HB2 PRO 723 HB2 PRO 723 41.762 -6.629 -7.543
3 HB3 PRO 723 HB3 PRO 723 40.349 -5.687 -7.066
4 HG2 PRO 723 HG2 PRO 723 42.981 -4.762 -7.103
5 HG3 PRO 723 HG3 PRO 723 41.628 -3.999 -6.257
6 HD2 PRO 723 HD2 PRO 723 43.781 -5.769 -5.193
7 HD3 PRO 723 HD3 PRO 723 42.957 -4.395 -4.427
No H/Q in entry = 7
In of MODEL 24
1 H SER 724 H SER 724 40.522 -9.118 -4.362
2 HA SER 724 HA SER 724 41.801 -10.832 -6.270
3 HB2 SER 724 HB2 SER 724 42.692 -10.737 -3.390
4 HB3 SER 724 HB3 SER 724 43.068 -12.063 -4.491
5 HG SER 724 HG SER 724 43.714 -9.910 -5.743
No H/Q in entry = 5
In of MODEL 24
1 H LEU 725 H LEU 725 41.114 -13.010 -6.132
2 HA LEU 725 HA LEU 725 38.523 -13.489 -5.084
3 HB2 LEU 725 HB2 LEU 725 40.631 -15.158 -6.393
4 HB3 LEU 725 HB3 LEU 725 39.202 -15.908 -5.726
5 HG LEU 725 HG LEU 725 39.014 -13.742 -7.813
6 HD12 LEU 725 HD11 LEU 725 38.864 -15.548 -9.469
7 HD11 LEU 725 HD12 LEU 725 39.222 -16.739 -8.219
8 HD13 LEU 725 HD13 LEU 725 40.444 -15.556 -8.688
9 HD23 LEU 725 HD21 LEU 725 36.881 -14.826 -8.259
10 HD22 LEU 725 HD22 LEU 725 36.990 -14.303 -6.581
11 HD21 LEU 725 HD23 LEU 725 37.204 -16.007 -6.990
No H/Q in entry = 11
In of MODEL 24
1 H ASP 726 H ASP 726 37.988 -14.149 -3.086
2 HA ASP 726 HA ASP 726 40.034 -15.050 -1.301
3 HB2 ASP 726 HB2 ASP 726 37.033 -14.868 -0.911
4 HB3 ASP 726 HB3 ASP 726 38.138 -15.471 0.313
No H/Q in entry = 4
In of MODEL 24
1 H VAL 727 H VAL 727 40.469 -16.994 -0.736
2 HA VAL 727 HA VAL 727 38.999 -19.206 -1.987
3 HB VAL 727 HB VAL 727 41.195 -20.288 -2.578
4 HG11 VAL 727 HG11 VAL 727 40.666 -17.648 -3.961
5 HG13 VAL 727 HG12 VAL 727 39.902 -19.189 -4.349
6 HG12 VAL 727 HG13 VAL 727 41.622 -18.964 -4.637
7 HG22 VAL 727 HG21 VAL 727 43.214 -18.879 -2.736
8 HG21 VAL 727 HG22 VAL 727 42.629 -19.014 -1.073
9 HG23 VAL 727 HG23 VAL 727 42.313 -17.549 -1.997
No H/Q in entry = 9
In of MODEL 24
1 H CYS 728 H CYS 728 39.488 -21.281 -0.958
2 HA CYS 728 HA CYS 728 40.260 -20.908 1.831
3 HB2 CYS 728 HB2 CYS 728 38.953 -23.254 0.456
4 HB3 CYS 728 HB3 CYS 728 39.347 -23.179 2.167
No H/Q in entry = 4
In of MODEL 24
1 H ALA 729 H ALA 729 42.095 -21.641 2.578
2 HA ALA 729 HA ALA 729 43.652 -23.425 0.868
3 HB3 ALA 729 HB1 ALA 729 44.486 -21.148 0.669
4 HB2 ALA 729 HB2 ALA 729 45.639 -22.171 1.532
5 HB1 ALA 729 HB3 ALA 729 44.610 -21.046 2.426
No H/Q in entry = 5
In of MODEL 24
1 H GLN 730 H GLN 730 45.285 -24.529 2.133
2 HA GLN 730 HA GLN 730 44.383 -25.006 4.866
3 HB2 GLN 730 HB2 GLN 730 44.320 -27.006 3.420
4 HB3 GLN 730 HB3 GLN 730 46.006 -26.756 3.030
5 HG2 GLN 730 HG2 GLN 730 46.672 -27.159 5.276
6 HG3 GLN 730 HG3 GLN 730 45.012 -27.290 5.820
7 HE21 GLN 730 HE21 GLN 730 45.212 -29.378 6.538
8 HE22 GLN 730 HE22 GLN 730 45.477 -30.733 5.515
No H/Q in entry = 8
In of MODEL 24
1 H ASP 731 H ASP 731 45.604 -24.325 6.360
2 HA ASP 731 HA ASP 731 48.107 -23.016 5.866
3 HB2 ASP 731 HB2 ASP 731 46.502 -22.302 7.672
4 HB3 ASP 731 HB3 ASP 731 46.813 -23.814 8.494
No H/Q in entry = 4
In of MODEL 24
1 H GLU 732 H GLU 732 50.054 -24.114 5.724
2 HA GLU 732 HA GLU 732 50.027 -26.892 6.154
3 HB2 GLU 732 HB2 GLU 732 52.202 -25.013 5.378
4 HB3 GLU 732 HB3 GLU 732 52.557 -26.695 5.751
5 HG2 GLU 732 HG2 GLU 732 50.604 -25.754 3.667
6 HG3 GLU 732 HG3 GLU 732 52.245 -26.324 3.355
No H/Q in entry = 6
In of MODEL 24
1 H ARG 733 H ARG 733 50.695 -24.395 8.449
2 HA ARG 733 HA ARG 733 52.324 -26.211 9.958
3 HB2 ARG 733 HB2 ARG 733 51.419 -23.399 10.530
4 HB3 ARG 733 HB3 ARG 733 52.550 -24.336 11.480
5 HG2 ARG 733 HG2 ARG 733 52.947 -23.286 8.679
6 HG3 ARG 733 HG3 ARG 733 53.779 -22.757 10.137
7 HD2 ARG 733 HD2 ARG 733 54.033 -25.438 8.762
8 HD3 ARG 733 HD3 ARG 733 55.246 -24.167 8.830
9 HE ARG 733 HE ARG 733 54.541 -24.946 11.433
10 HH11 ARG 733 HH11 ARG 733 56.490 -26.016 8.668
11 HH12 ARG 733 HH12 ARG 733 57.396 -27.145 9.552
12 HH21 ARG 733 HH21 ARG 733 55.786 -26.512 12.656
13 HH22 ARG 733 HH22 ARG 733 56.990 -27.419 11.894
No H/Q in entry = 13
In of MODEL 24
1 H SER 734 H SER 734 49.196 -24.632 10.041
2 HA SER 734 HA SER 734 48.487 -25.876 12.585
3 HB2 SER 734 HB2 SER 734 46.691 -24.204 10.834
4 HB3 SER 734 HB3 SER 734 46.657 -24.383 12.589
5 HG SER 734 HG SER 734 48.538 -23.029 10.979
No H/Q in entry = 5
In of MODEL 24
1 H LYS 735 H LYS 735 48.047 -26.393 9.188
2 HA LYS 735 HA LYS 735 47.084 -27.798 7.910
3 HB2 LYS 735 HB2 LYS 735 46.951 -29.497 10.371
4 HB3 LYS 735 HB3 LYS 735 46.331 -30.062 8.827
5 HG2 LYS 735 HG2 LYS 735 49.169 -29.305 9.503
6 HG3 LYS 735 HG3 LYS 735 48.554 -30.903 9.068
7 HD2 LYS 735 HD2 LYS 735 47.861 -29.817 6.837
8 HD3 LYS 735 HD3 LYS 735 48.890 -28.476 7.323
9 HE2 LYS 735 HE2 LYS 735 49.735 -31.329 6.899
10 HE3 LYS 735 HE3 LYS 735 50.133 -29.947 5.884
11 HZ3 LYS 735 HZ1 LYS 735 51.989 -30.510 7.320
12 HZ2 LYS 735 HZ2 LYS 735 51.051 -30.387 8.677
13 HZ1 LYS 735 HZ3 LYS 735 51.400 -29.013 7.790
No H/Q in entry = 13
In of MODEL 24
1 H ARG 736 H ARG 736 45.361 -25.869 9.414
2 HA ARG 736 HA ARG 736 42.765 -27.160 8.959
3 HB2 ARG 736 HB2 ARG 736 41.729 -25.263 9.992
4 HB3 ARG 736 HB3 ARG 736 43.006 -25.874 11.038
5 HG2 ARG 736 HG2 ARG 736 44.363 -24.059 10.654
6 HG3 ARG 736 HG3 ARG 736 43.539 -23.639 9.151
7 HD2 ARG 736 HD2 ARG 736 42.320 -23.432 11.899
8 HD3 ARG 736 HD3 ARG 736 43.078 -22.131 10.968
9 HE ARG 736 HE ARG 736 40.947 -23.435 9.532
10 HH11 ARG 736 HH11 ARG 736 41.611 -20.872 11.886
11 HH12 ARG 736 HH12 ARG 736 40.210 -19.989 11.527
12 HH21 ARG 736 HH21 ARG 736 39.087 -22.218 8.993
13 HH22 ARG 736 HH22 ARG 736 38.731 -20.744 9.794
No H/Q in entry = 13
In of MODEL 24
1 H ILE 737 H ILE 737 41.163 -26.105 7.714
2 HA ILE 737 HA ILE 737 42.254 -24.800 5.390
3 HB ILE 737 HB ILE 737 39.323 -25.212 6.014
4 HG12 ILE 737 HG12 ILE 737 40.507 -27.407 6.264
5 HG13 ILE 737 HG13 ILE 737 39.379 -27.383 4.920
6 HG21 ILE 737 HG21 ILE 737 40.147 -23.768 4.121
7 HG23 ILE 737 HG22 ILE 737 39.052 -25.067 3.663
8 HG22 ILE 737 HG23 ILE 737 40.787 -25.234 3.377
9 HD11 ILE 737 HD11 ILE 737 41.217 -27.037 3.396
10 HD13 ILE 737 HD12 ILE 737 41.411 -28.535 4.317
11 HD12 ILE 737 HD13 ILE 737 42.371 -27.103 4.731
No H/Q in entry = 11
In of MODEL 24
1 H LEU 738 H LEU 738 42.405 -22.661 5.359
2 HA LEU 738 HA LEU 738 40.588 -21.116 7.053
3 HB2 LEU 738 HB2 LEU 738 42.249 -19.537 7.636
4 HB3 LEU 738 HB3 LEU 738 42.963 -21.107 7.988
5 HG LEU 738 HG LEU 738 43.581 -19.263 5.670
6 HD11 LEU 738 HD11 LEU 738 44.414 -18.440 7.785
7 HD13 LEU 738 HD12 LEU 738 45.742 -18.982 6.757
8 HD12 LEU 738 HD13 LEU 738 45.194 -19.991 8.096
9 HD23 LEU 738 HD21 LEU 738 45.408 -20.782 5.150
10 HD22 LEU 738 HD22 LEU 738 43.828 -21.564 5.036
11 HD21 LEU 738 HD23 LEU 738 44.856 -21.875 6.436
No H/Q in entry = 11
In of MODEL 24
1 HA PRO 739 HA PRO 739 39.831 -18.894 3.332
2 HB2 PRO 739 HB2 PRO 739 39.016 -16.532 4.323
3 HB3 PRO 739 HB3 PRO 739 38.013 -17.995 4.430
4 HG2 PRO 739 HG2 PRO 739 39.690 -16.678 6.516
5 HG3 PRO 739 HG3 PRO 739 38.107 -17.460 6.677
6 HD2 PRO 739 HD2 PRO 739 40.520 -18.667 7.318
7 HD3 PRO 739 HD3 PRO 739 39.029 -19.543 6.892
No H/Q in entry = 7
In of MODEL 24
1 H LEU 740 H LEU 740 41.308 -18.096 2.054
2 HA LEU 740 HA LEU 740 42.985 -15.898 2.987
3 HB2 LEU 740 HB2 LEU 740 43.816 -18.264 1.323
4 HB3 LEU 740 HB3 LEU 740 44.718 -16.772 1.336
5 HG LEU 740 HG LEU 740 44.308 -18.651 3.657
6 HD13 LEU 740 HD11 LEU 740 45.845 -19.450 2.013
7 HD12 LEU 740 HD12 LEU 740 46.745 -18.916 3.436
8 HD11 LEU 740 HD13 LEU 740 46.687 -17.909 1.972
9 HD21 LEU 740 HD21 LEU 740 45.814 -16.031 3.522
10 HD23 LEU 740 HD22 LEU 740 45.870 -17.175 4.861
11 HD22 LEU 740 HD23 LEU 740 44.364 -16.351 4.478
No H/Q in entry = 11
In of MODEL 24
1 H THR 741 H THR 741 44.092 -15.149 0.731
2 HA THR 741 HA THR 741 41.978 -14.976 -1.251
3 HB THR 741 HB THR 741 43.580 -12.543 -0.452
4 HG1 THR 741 HG1 THR 741 40.998 -13.133 0.617
5 HG23 THR 741 HG21 THR 741 41.630 -11.371 -1.332
6 HG22 THR 741 HG22 THR 741 40.815 -12.924 -1.549
7 HG21 THR 741 HG23 THR 741 42.242 -12.548 -2.505
No H/Q in entry = 7
In of MODEL 24
1 H VAL 742 H VAL 742 42.888 -14.619 -3.347
2 HA VAL 742 HA VAL 742 45.137 -15.970 -4.058
3 HB VAL 742 HB VAL 742 44.064 -13.551 -5.455
4 HG11 VAL 742 HG11 VAL 742 45.817 -15.702 -6.551
5 HG13 VAL 742 HG12 VAL 742 46.142 -13.973 -6.417
6 HG12 VAL 742 HG13 VAL 742 44.905 -14.551 -7.525
7 HG21 VAL 742 HG21 VAL 742 43.293 -16.429 -5.661
8 HG23 VAL 742 HG22 VAL 742 42.833 -15.168 -6.818
9 HG22 VAL 742 HG23 VAL 742 42.314 -15.051 -5.135
No H/Q in entry = 9
In of MODEL 24
1 H CYS 743 H CYS 743 45.055 -12.408 -3.832
2 HA CYS 743 HA CYS 743 47.729 -11.947 -4.184
3 HB2 CYS 743 HB2 CYS 743 46.246 -10.109 -4.219
4 HB3 CYS 743 HB3 CYS 743 45.681 -10.454 -2.589
No H/Q in entry = 4
In of MODEL 24
1 H LYS 744 H LYS 744 46.033 -12.357 -1.063
2 HA LYS 744 HA LYS 744 48.219 -12.056 0.617
3 HB2 LYS 744 HB2 LYS 744 45.800 -13.817 1.016
4 HB3 LYS 744 HB3 LYS 744 47.002 -13.489 2.252
5 HG2 LYS 744 HG2 LYS 744 46.424 -11.070 2.083
6 HG3 LYS 744 HG3 LYS 744 45.153 -11.492 0.939
7 HD2 LYS 744 HD2 LYS 744 44.186 -11.222 3.154
8 HD3 LYS 744 HD3 LYS 744 44.093 -12.913 2.672
9 HE2 LYS 744 HE2 LYS 744 44.756 -12.768 4.993
10 HE3 LYS 744 HE3 LYS 744 46.109 -13.385 4.061
11 HZ2 LYS 744 HZ1 LYS 744 45.758 -10.692 5.260
12 HZ1 LYS 744 HZ2 LYS 744 46.910 -10.943 4.082
13 HZ3 LYS 744 HZ3 LYS 744 46.998 -11.798 5.530
No H/Q in entry = 13
In of MODEL 24
1 H MET 745 H MET 745 46.887 -15.068 -0.655
2 HA MET 745 HA MET 745 48.747 -16.850 0.364
3 HB2 MET 745 HB2 MET 745 47.012 -17.878 -0.487
4 HB3 MET 745 HB3 MET 745 46.825 -16.863 -1.902
5 HG2 MET 745 HG2 MET 745 47.510 -18.884 -2.831
6 HG3 MET 745 HG3 MET 745 49.017 -18.034 -2.664
7 HE1 MET 745 HE1 MET 745 46.735 -20.769 -1.285
8 HE3 MET 745 HE2 MET 745 46.934 -19.855 0.215
9 HE2 MET 745 HE3 MET 745 47.639 -21.463 0.051
No H/Q in entry = 9
In of MODEL 24
1 H HIS 746 H HIS 746 48.851 -15.069 -2.711
2 HA HIS 746 HA HIS 746 51.223 -16.364 -3.628
3 HB2 HIS 746 HB2 HIS 746 49.688 -14.018 -4.467
4 HB3 HIS 746 HB3 HIS 746 51.362 -14.109 -5.052
5 HD1 HIS 746 HD1 HIS 746 51.760 -16.597 -6.327
6 HD2 HIS 746 HD2 HIS 746 47.918 -15.062 -6.058
7 HE1 HIS 746 HE1 HIS 746 50.522 -17.589 -8.234
8 HE2 HIS 746 HE2 HIS 746 48.152 -16.705 -8.022
No H/Q in entry = 8
In of MODEL 24
1 H VAL 747 H VAL 747 50.687 -13.206 -2.117
2 HA VAL 747 HA VAL 747 53.362 -12.347 -2.136
3 HB VAL 747 HB VAL 747 51.005 -11.619 -0.364
4 HG12 VAL 747 HG11 VAL 747 53.692 -10.232 -0.524
5 HG11 VAL 747 HG12 VAL 747 53.116 -11.186 0.844
6 HG13 VAL 747 HG13 VAL 747 52.293 -9.698 0.413
7 HG23 VAL 747 HG21 VAL 747 52.393 -10.216 -2.603
8 HG22 VAL 747 HG22 VAL 747 50.993 -9.586 -1.711
9 HG21 VAL 747 HG23 VAL 747 50.839 -11.037 -2.720
No H/Q in entry = 9
In of MODEL 24
1 H LEU 748 H LEU 748 51.422 -13.855 0.347
2 HA LEU 748 HA LEU 748 53.457 -14.095 2.208
3 HB2 LEU 748 HB2 LEU 748 51.507 -14.310 3.286
4 HB3 LEU 748 HB3 LEU 748 50.678 -14.837 1.858
5 HG LEU 748 HG LEU 748 52.222 -16.709 3.636
6 HD11 LEU 748 HD11 LEU 748 49.304 -15.952 3.669
7 HD13 LEU 748 HD12 LEU 748 50.486 -15.553 4.915
8 HD12 LEU 748 HD13 LEU 748 50.040 -17.234 4.625
9 HD21 LEU 748 HD21 LEU 748 51.648 -17.480 1.316
10 HD23 LEU 748 HD22 LEU 748 49.941 -17.244 1.727
11 HD22 LEU 748 HD23 LEU 748 50.905 -18.419 2.599
No H/Q in entry = 11
In of MODEL 24
1 H HIS 749 H HIS 749 52.594 -16.099 -0.495
2 HA HIS 749 HA HIS 749 54.161 -18.358 0.256
3 HB2 HIS 749 HB2 HIS 749 52.254 -18.170 -1.543
4 HB3 HIS 749 HB3 HIS 749 53.567 -17.698 -2.614
5 HD1 HIS 749 HD1 HIS 749 55.184 -19.584 -3.386
6 HD2 HIS 749 HD2 HIS 749 52.275 -20.776 -0.699
7 HE1 HIS 749 HE1 HIS 749 55.327 -22.081 -3.330
8 HE2 HIS 749 HE2 HIS 749 53.838 -22.740 -1.455
No H/Q in entry = 8
In of MODEL 24
1 H CYS 750 H CYS 750 54.771 -15.453 -1.746
2 HA CYS 750 HA CYS 750 57.388 -16.413 -2.381
3 HB2 CYS 750 HB2 CYS 750 57.780 -14.256 -3.492
4 HB3 CYS 750 HB3 CYS 750 56.261 -14.971 -4.006
No H/Q in entry = 4
In of MODEL 24
1 H GLN 751 H GLN 751 55.979 -14.584 0.209
2 HA GLN 751 HA GLN 751 58.450 -13.662 1.197
3 HB2 GLN 751 HB2 GLN 751 55.856 -14.171 2.668
4 HB3 GLN 751 HB3 GLN 751 57.236 -13.314 3.342
5 HG2 GLN 751 HG2 GLN 751 57.043 -11.649 1.531
6 HG3 GLN 751 HG3 GLN 751 55.616 -12.489 0.953
7 HE21 GLN 751 HE21 GLN 751 55.895 -9.801 1.837
8 HE22 GLN 751 HE22 GLN 751 54.805 -9.587 3.150
No H/Q in entry = 8
In of MODEL 24
1 H GLY 752 H GLY 752 56.934 -16.730 1.150
2 HA3 GLY 752 HA2 GLY 752 58.599 -18.542 1.395
3 HA2 GLY 752 HA3 GLY 752 59.097 -17.758 2.880
No H/Q in entry = 3
In of MODEL 24
1 H ARG 753 H ARG 753 55.742 -17.645 2.648
2 HA ARG 753 HA ARG 753 55.501 -19.629 4.731
3 HB2 ARG 753 HB2 ARG 753 53.430 -18.083 3.251
4 HB3 ARG 753 HB3 ARG 753 53.146 -19.013 4.709
5 HG2 ARG 753 HG2 ARG 753 54.949 -16.613 4.526
6 HG3 ARG 753 HG3 ARG 753 53.304 -16.535 5.103
7 HD2 ARG 753 HD2 ARG 753 53.955 -18.274 6.833
8 HD3 ARG 753 HD3 ARG 753 55.629 -17.911 6.391
9 HE ARG 753 HE ARG 753 54.720 -15.490 6.784
10 HH11 ARG 753 HH11 ARG 753 54.386 -18.342 8.813
11 HH12 ARG 753 HH12 ARG 753 54.076 -17.482 10.248
12 HH21 ARG 753 HH21 ARG 753 54.277 -14.278 8.740
13 HH22 ARG 753 HH22 ARG 753 54.037 -15.094 10.197
No H/Q in entry = 13
In of MODEL 24
1 H ASN 754 H ASN 754 54.256 -21.513 4.612
2 HA ASN 754 HA ASN 754 53.884 -22.555 1.900
3 HB2 ASN 754 HB2 ASN 754 54.418 -24.021 4.484
4 HB3 ASN 754 HB3 ASN 754 54.110 -24.795 2.936
5 HD21 ASN 754 HD21 ASN 754 56.440 -24.781 4.721
6 HD22 ASN 754 HD22 ASN 754 57.759 -24.257 3.738
No H/Q in entry = 6
In of MODEL 24
1 H TYR 755 H TYR 755 51.941 -22.964 1.272
2 HA TYR 755 HA TYR 755 49.871 -23.744 3.140
3 HB2 TYR 755 HB2 TYR 755 49.747 -21.313 1.368
4 HB3 TYR 755 HB3 TYR 755 48.285 -22.167 1.830
5 HD1 TYR 755 HD1 TYR 755 47.315 -21.814 3.930
6 HD2 TYR 755 HD2 TYR 755 51.193 -20.308 3.166
7 HE1 TYR 755 HE1 TYR 755 47.234 -20.553 6.029
8 HE2 TYR 755 HE2 TYR 755 51.118 -19.028 5.259
9 HH TYR 755 HH TYR 755 48.840 -19.715 7.610
No H/Q in entry = 9
In of MODEL 24
1 H THR 756 H THR 756 48.080 -24.726 2.065
2 HA THR 756 HA THR 756 48.709 -25.704 -0.633
3 HB THR 756 HB THR 756 47.205 -27.073 1.626
4 HG1 THR 756 HG1 THR 756 49.137 -27.609 2.292
5 HG21 THR 756 HG21 THR 756 46.487 -27.756 -0.611
6 HG23 THR 756 HG22 THR 756 47.337 -29.060 0.223
7 HG22 THR 756 HG23 THR 756 48.160 -28.125 -1.035
No H/Q in entry = 7
In of MODEL 24
1 H LEU 757 H LEU 757 46.760 -25.823 -2.028
2 HA LEU 757 HA LEU 757 44.680 -24.158 -0.890
3 HB2 LEU 757 HB2 LEU 757 45.324 -24.632 -3.776
4 HB3 LEU 757 HB3 LEU 757 43.902 -23.766 -3.219
5 HG LEU 757 HG LEU 757 45.849 -22.496 -1.874
6 HD13 LEU 757 HD11 LEU 757 47.666 -21.974 -3.412
7 HD12 LEU 757 HD12 LEU 757 47.067 -23.207 -4.520
8 HD11 LEU 757 HD13 LEU 757 47.653 -23.667 -2.920
9 HD23 LEU 757 HD21 LEU 757 44.912 -21.773 -4.628
10 HD22 LEU 757 HD22 LEU 757 45.484 -20.676 -3.340
11 HD21 LEU 757 HD23 LEU 757 43.990 -21.570 -3.140
No H/Q in entry = 11
In of MODEL 24
1 H THR 758 H THR 758 42.523 -24.551 -1.216
2 HA THR 758 HA THR 758 41.861 -27.325 -1.757
3 HB THR 758 HB THR 758 40.432 -27.299 0.342
4 HG1 THR 758 HG1 THR 758 41.390 -24.769 0.402
5 HG23 THR 758 HG21 THR 758 42.601 -28.473 0.334
6 HG22 THR 758 HG22 THR 758 42.303 -27.746 1.907
7 HG21 THR 758 HG23 THR 758 43.420 -26.979 0.783
No H/Q in entry = 7
In of MODEL 24
1 H GLY 759 H GLY 759 39.254 -27.387 -1.492
2 HA3 GLY 759 HA2 GLY 759 38.218 -25.565 -3.404
3 HA2 GLY 759 HA3 GLY 759 37.293 -26.741 -2.476
No H/Q in entry = 3
In of MODEL 24
1 H ARG 760 H ARG 760 36.459 -24.090 -3.076
2 HA ARG 760 HA ARG 760 36.987 -22.348 -0.833
3 HB2 ARG 760 HB2 ARG 760 35.725 -20.700 -1.892
4 HB3 ARG 760 HB3 ARG 760 36.239 -21.667 -3.260
5 HG2 ARG 760 HG2 ARG 760 33.538 -21.810 -1.920
6 HG3 ARG 760 HG3 ARG 760 33.882 -20.974 -3.435
7 HD2 ARG 760 HD2 ARG 760 34.402 -23.085 -4.498
8 HD3 ARG 760 HD3 ARG 760 34.243 -23.920 -2.948
9 HE ARG 760 HE ARG 760 31.900 -22.493 -3.665
10 HH11 ARG 760 HH11 ARG 760 33.619 -25.533 -4.180
11 HH12 ARG 760 HH12 ARG 760 32.234 -26.426 -4.595
12 HH21 ARG 760 HH21 ARG 760 29.976 -23.718 -4.191
13 HH22 ARG 760 HH22 ARG 760 30.110 -25.359 -4.612
No H/Q in entry = 13
In of MODEL 24
1 H ASP 761 H ASP 761 35.111 -25.012 -1.148
2 HA ASP 761 HA ASP 761 33.008 -24.167 0.637
3 HB2 ASP 761 HB2 ASP 761 32.066 -26.401 0.159
4 HB3 ASP 761 HB3 ASP 761 32.382 -25.484 -1.309
No H/Q in entry = 4
In of MODEL 24
1 H SER 762 H SER 762 36.122 -25.245 0.902
2 HA SER 762 HA SER 762 35.701 -27.098 3.063
3 HB2 SER 762 HB2 SER 762 38.250 -25.957 1.910
4 HB3 SER 762 HB3 SER 762 38.160 -27.279 3.076
5 HG SER 762 HG SER 762 36.728 -28.275 1.457
No H/Q in entry = 5
In of MODEL 24
1 H CYS 763 H CYS 763 36.258 -23.676 2.755
2 HA CYS 763 HA CYS 763 36.448 -23.571 5.678
3 HB2 CYS 763 HB2 CYS 763 37.843 -21.664 5.617
4 HB3 CYS 763 HB3 CYS 763 38.569 -22.803 4.497
No H/Q in entry = 4
In of MODEL 24
1 H THR 764 H THR 764 35.716 -21.351 6.433
2 HA THR 764 HA THR 764 33.244 -20.667 5.098
3 HB THR 764 HB THR 764 34.439 -19.601 7.676
4 HG1 THR 764 HG1 THR 764 33.101 -21.984 7.054
5 HG22 THR 764 HG21 THR 764 31.589 -19.749 6.672
6 HG21 THR 764 HG22 THR 764 32.584 -18.294 6.730
7 HG23 THR 764 HG23 THR 764 32.102 -19.096 8.228
No H/Q in entry = 7
In of MODEL 24
1 H LEU 765 H LEU 765 33.608 -19.296 3.429
2 HA LEU 765 HA LEU 765 35.937 -17.660 3.305
3 HB2 LEU 765 HB2 LEU 765 34.439 -18.903 1.463
4 HB3 LEU 765 HB3 LEU 765 33.661 -17.337 1.403
5 HG LEU 765 HG LEU 765 35.754 -16.289 0.717
6 HD13 LEU 765 HD11 LEU 765 37.348 -17.684 1.940
7 HD12 LEU 765 HD12 LEU 765 37.718 -17.744 0.218
8 HD11 LEU 765 HD13 LEU 765 36.869 -19.083 0.985
9 HD21 LEU 765 HD21 LEU 765 35.154 -18.791 -0.850
10 HD23 LEU 765 HD22 LEU 765 36.050 -17.403 -1.436
11 HD22 LEU 765 HD23 LEU 765 34.330 -17.237 -1.037
No H/Q in entry = 11
In of MODEL 24
1 HA PRO 766 HA PRO 766 34.329 -14.132 5.380
2 HB2 PRO 766 HB2 PRO 766 35.897 -12.155 4.435
3 HB3 PRO 766 HB3 PRO 766 36.510 -13.423 5.504
4 HG2 PRO 766 HG2 PRO 766 36.632 -13.233 2.528
5 HG3 PRO 766 HG3 PRO 766 37.944 -13.618 3.665
6 HD2 PRO 766 HD2 PRO 766 36.654 -15.554 2.331
7 HD3 PRO 766 HD3 PRO 766 37.178 -15.786 4.009
No H/Q in entry = 7
In of MODEL 24
1 H ALA 767 H ALA 767 34.013 -11.618 4.804
2 HA ALA 767 HA ALA 767 32.568 -10.125 4.113
3 HB1 ALA 767 HB1 ALA 767 32.822 -11.396 1.403
4 HB2 ALA 767 HB2 ALA 767 33.921 -10.190 2.087
5 HB3 ALA 767 HB3 ALA 767 32.224 -9.770 1.767
No H/Q in entry = 5
In of MODEL 24
1 H SER 768 H SER 768 30.864 -10.560 5.258
2 HA SER 768 HA SER 768 28.576 -11.658 3.993
3 HB2 SER 768 HB2 SER 768 29.883 -13.696 4.832
4 HB3 SER 768 HB3 SER 768 29.619 -12.977 6.439
5 HG SER 768 HG SER 768 28.019 -14.596 5.200
No H/Q in entry = 5
In of MODEL 24
1 H ALA 769 H ALA 769 27.350 -10.043 4.606
2 HA ALA 769 HA ALA 769 26.634 -9.655 7.332
3 HB2 ALA 769 HB1 ALA 769 28.005 -7.397 5.875
4 HB1 ALA 769 HB2 ALA 769 28.663 -8.341 7.215
5 HB3 ALA 769 HB3 ALA 769 27.240 -7.306 7.478
No H/Q in entry = 5
In of MODEL 24
1 H GLU 770 H GLU 770 25.020 -7.555 7.266
2 HA GLU 770 HA GLU 770 23.386 -8.285 5.049
3 HB2 GLU 770 HB2 GLU 770 21.553 -6.927 6.113
4 HB3 GLU 770 HB3 GLU 770 22.158 -8.290 7.040
5 HG2 GLU 770 HG2 GLU 770 23.455 -6.765 8.429
6 HG3 GLU 770 HG3 GLU 770 22.826 -5.394 7.507
No H/Q in entry = 6
In of MODEL 24
1 H LYS 771 H LYS 771 24.677 -7.560 3.554
2 HA LYS 771 HA LYS 771 24.302 -4.728 2.823
3 HB2 LYS 771 HB2 LYS 771 26.736 -6.406 2.098
4 HB3 LYS 771 HB3 LYS 771 26.513 -4.686 1.837
5 HG2 LYS 771 HG2 LYS 771 26.771 -6.036 4.512
6 HG3 LYS 771 HG3 LYS 771 28.033 -5.124 3.687
7 HD2 LYS 771 HD2 LYS 771 26.961 -3.091 4.031
8 HD3 LYS 771 HD3 LYS 771 25.385 -3.849 4.275
9 HE2 LYS 771 HE2 LYS 771 26.117 -4.813 6.296
10 HE3 LYS 771 HE3 LYS 771 27.727 -4.093 6.150
11 HZ3 LYS 771 HZ1 LYS 771 26.658 -1.888 6.277
12 HZ2 LYS 771 HZ2 LYS 771 26.286 -2.797 7.644
13 HZ1 LYS 771 HZ3 LYS 771 25.155 -2.610 6.421
No H/Q in entry = 13
In of MODEL 24
1 H ALA 772 H ALA 772 25.073 -4.778 0.255
2 HA ALA 772 HA ALA 772 23.085 -6.074 -1.243
3 HB1 ALA 772 HB1 ALA 772 25.816 -5.241 -2.203
4 HB2 ALA 772 HB2 ALA 772 24.469 -4.131 -1.928
5 HB3 ALA 772 HB3 ALA 772 24.317 -5.405 -3.135
No H/Q in entry = 5
In of MODEL 24
1 H CYS 773 H CYS 773 22.763 -8.092 -1.302
2 HA CYS 773 HA CYS 773 22.936 -10.273 -1.138
3 HB2 CYS 773 HB2 CYS 773 25.140 -9.752 -3.087
4 HB3 CYS 773 HB3 CYS 773 24.422 -11.329 -2.735
No H/Q in entry = 4
In of MODEL 24
1 H GLY 774 H GLY 774 24.697 -8.766 0.784
2 HA3 GLY 774 HA2 GLY 774 25.650 -9.660 2.721
3 HA2 GLY 774 HA3 GLY 774 25.897 -11.177 1.873
No H/Q in entry = 3
In of MODEL 24
1 H ALA 775 H ALA 775 27.152 -9.528 -0.372
2 HA ALA 775 HA ALA 775 29.625 -8.673 0.783
3 HB1 ALA 775 HB1 ALA 775 29.506 -11.191 -0.871
4 HB3 ALA 775 HB2 ALA 775 29.935 -11.090 0.835
5 HB2 ALA 775 HB3 ALA 775 30.977 -10.354 -0.382
No H/Q in entry = 5
In of MODEL 24
1 H CYS 776 H CYS 776 30.425 -7.197 -0.493
2 HA CYS 776 HA CYS 776 29.540 -7.099 -3.281
3 HB2 CYS 776 HB2 CYS 776 30.572 -4.853 -1.526
4 HB3 CYS 776 HB3 CYS 776 30.013 -4.687 -3.187
No H/Q in entry = 4
In of MODEL 24
1 HA PRO 777 HA PRO 777 34.024 -7.795 -3.533
2 HB2 PRO 777 HB2 PRO 777 33.975 -9.952 -5.136
3 HB3 PRO 777 HB3 PRO 777 33.681 -10.069 -3.400
4 HG2 PRO 777 HG2 PRO 777 31.794 -10.370 -5.628
5 HG3 PRO 777 HG3 PRO 777 31.645 -10.904 -3.949
6 HD2 PRO 777 HD2 PRO 777 30.533 -8.528 -5.191
7 HD3 PRO 777 HD3 PRO 777 30.273 -9.152 -3.550
No H/Q in entry = 7
In of MODEL 24
1 H LEU 778 H LEU 778 35.261 -8.424 -5.695
2 HA LEU 778 HA LEU 778 35.215 -6.206 -7.417
3 HB2 LEU 778 HB2 LEU 778 36.321 -8.952 -8.012
4 HB3 LEU 778 HB3 LEU 778 36.707 -7.476 -8.848
5 HG LEU 778 HG LEU 778 38.065 -6.714 -6.967
6 HD13 LEU 778 HD11 LEU 778 36.801 -7.643 -5.070
7 HD12 LEU 778 HD12 LEU 778 38.486 -8.167 -5.023
8 HD11 LEU 778 HD13 LEU 778 37.232 -9.267 -5.586
9 HD21 LEU 778 HD21 LEU 778 39.018 -8.175 -8.667
10 HD23 LEU 778 HD22 LEU 778 38.519 -9.567 -7.710
11 HD22 LEU 778 HD23 LEU 778 39.739 -8.464 -7.073
No H/Q in entry = 11
In of MODEL 24
1 H TRP 779 H TRP 779 34.451 -9.578 -8.080
2 HA TRP 779 HA TRP 779 33.380 -9.190 -10.675
3 HB2 TRP 779 HB2 TRP 779 32.862 -11.675 -10.421
4 HB3 TRP 779 HB3 TRP 779 34.554 -11.220 -10.277
5 HD1 TRP 779 HD1 TRP 779 31.674 -12.684 -8.261
6 HE1 TRP 779 HE1 TRP 779 32.541 -13.422 -5.943
7 HE3 TRP 779 HE3 TRP 779 36.409 -10.815 -8.532
8 HZ2 TRP 779 HZ2 TRP 779 34.971 -13.213 -4.442
9 HZ3 TRP 779 HZ3 TRP 779 37.916 -11.130 -6.608
10 HH2 TRP 779 HH2 TRP 779 37.174 -12.300 -4.616
No H/Q in entry = 10
In of MODEL 24
1 H GLY 780 H GLY 780 32.042 -8.862 -7.615
2 HA3 GLY 780 HA2 GLY 780 29.870 -8.257 -7.079
3 HA2 GLY 780 HA3 GLY 780 29.417 -8.596 -8.738
No H/Q in entry = 3
In of MODEL 24
1 H LYS 781 H LYS 781 27.742 -9.372 -6.853
2 HA LYS 781 HA LYS 781 27.633 -12.209 -7.167
3 HB2 LYS 781 HB2 LYS 781 27.877 -10.935 -4.466
4 HB3 LYS 781 HB3 LYS 781 27.085 -12.494 -4.683
5 HG2 LYS 781 HG2 LYS 781 29.284 -13.331 -5.604
6 HG3 LYS 781 HG3 LYS 781 29.992 -11.790 -5.140
7 HD2 LYS 781 HD2 LYS 781 30.474 -13.411 -3.407
8 HD3 LYS 781 HD3 LYS 781 29.299 -12.254 -2.781
9 HE2 LYS 781 HE2 LYS 781 27.488 -13.839 -3.186
10 HE3 LYS 781 HE3 LYS 781 28.624 -14.979 -3.904
11 HZ3 LYS 781 HZ1 LYS 781 28.130 -15.604 -1.671
12 HZ2 LYS 781 HZ2 LYS 781 28.530 -14.109 -1.058
13 HZ1 LYS 781 HZ3 LYS 781 29.735 -15.098 -1.700
No H/Q in entry = 13
In of MODEL 24
1 H CYS 782 H CYS 782 25.505 -12.825 -7.058
2 HA CYS 782 HA CYS 782 23.606 -10.860 -6.022
3 HB2 CYS 782 HB2 CYS 782 23.496 -11.061 -8.532
4 HB3 CYS 782 HB3 CYS 782 23.220 -12.790 -8.369
No H/Q in entry = 4
In of MODEL 24
1 H ASP 783 H ASP 783 22.578 -12.014 -4.208
2 HA ASP 783 HA ASP 783 22.287 -14.869 -4.218
3 HB2 ASP 783 HB2 ASP 783 24.686 -14.850 -3.951
4 HB3 ASP 783 HB3 ASP 783 24.575 -13.700 -2.633
No H/Q in entry = 4
In of MODEL 24
1 H ALA 784 H ALA 784 23.112 -12.656 -1.542
2 HA ALA 784 HA ALA 784 20.824 -13.620 -0.086
3 HB1 ALA 784 HB1 ALA 784 22.808 -11.478 0.697
4 HB3 ALA 784 HB2 ALA 784 22.941 -13.191 1.090
5 HB2 ALA 784 HB3 ALA 784 21.623 -12.231 1.762
No H/Q in entry = 5
In of MODEL 24
1 H GLU 785 H GLU 785 19.187 -12.291 0.813
2 HA GLU 785 HA GLU 785 18.208 -10.361 -1.140
3 HB2 GLU 785 HB2 GLU 785 16.855 -11.685 1.199
4 HB3 GLU 785 HB3 GLU 785 16.077 -10.602 0.065
5 HG2 GLU 785 HG2 GLU 785 16.462 -12.180 -1.734
6 HG3 GLU 785 HG3 GLU 785 17.297 -13.264 -0.615
No H/Q in entry = 6
In of MODEL 24
1 H SER 786 H SER 786 19.877 -10.272 1.746
2 HA SER 786 HA SER 786 18.782 -8.353 3.348
3 HB2 SER 786 HB2 SER 786 21.705 -8.598 2.623
4 HB3 SER 786 HB3 SER 786 21.054 -7.871 4.097
5 HG SER 786 HG SER 786 19.967 -10.024 4.294
No H/Q in entry = 5
In of MODEL 24
1 H SER 787 H SER 787 20.625 -7.825 0.413
2 HA SER 787 HA SER 787 19.227 -5.501 -0.265
3 HB2 SER 787 HB2 SER 787 22.230 -5.275 0.280
4 HB3 SER 787 HB3 SER 787 21.251 -4.035 -0.511
5 HG SER 787 HG SER 787 20.171 -4.770 1.814
No H/Q in entry = 5
In of MODEL 24
1 H LYS 788 H LYS 788 20.086 -4.936 -2.536
2 HA LYS 788 HA LYS 788 20.401 -7.511 -3.841
3 HB2 LYS 788 HB2 LYS 788 18.500 -6.098 -4.321
4 HB3 LYS 788 HB3 LYS 788 19.597 -4.815 -4.803
5 HG2 LYS 788 HG2 LYS 788 19.571 -7.447 -6.287
6 HG3 LYS 788 HG3 LYS 788 18.370 -6.215 -6.650
7 HD2 LYS 788 HD2 LYS 788 20.136 -4.640 -7.264
8 HD3 LYS 788 HD3 LYS 788 21.366 -5.808 -6.795
9 HE2 LYS 788 HE2 LYS 788 21.096 -5.771 -9.220
10 HE3 LYS 788 HE3 LYS 788 20.605 -7.327 -8.560
11 HZ3 LYS 788 HZ1 LYS 788 18.298 -6.622 -8.751
12 HZ2 LYS 788 HZ2 LYS 788 19.068 -6.541 -10.244
13 HZ1 LYS 788 HZ3 LYS 788 18.782 -5.127 -9.361
No H/Q in entry = 13
In of MODEL 24
1 H CYS 789 H CYS 789 22.029 -8.036 -5.143
2 HA CYS 789 HA CYS 789 23.860 -6.045 -6.076
3 HB2 CYS 789 HB2 CYS 789 24.808 -7.106 -3.888
4 HB3 CYS 789 HB3 CYS 789 24.905 -8.576 -4.830
No H/Q in entry = 4
In of MODEL 24
1 H VAL 790 H VAL 790 25.593 -7.838 -7.370
2 HA VAL 790 HA VAL 790 23.904 -9.115 -9.297
3 HB VAL 790 HB VAL 790 23.486 -6.739 -9.778
4 HG13 VAL 790 HG11 VAL 790 25.494 -5.755 -8.904
5 HG12 VAL 790 HG12 VAL 790 25.302 -5.262 -10.596
6 HG11 VAL 790 HG13 VAL 790 26.458 -6.523 -10.157
7 HG21 VAL 790 HG21 VAL 790 25.191 -8.089 -11.862
8 HG23 VAL 790 HG22 VAL 790 24.169 -6.685 -12.159
9 HG22 VAL 790 HG23 VAL 790 23.440 -8.220 -11.673
No H/Q in entry = 9
In of MODEL 24
1 H CYS 791 H CYS 791 25.254 -10.187 -10.873
2 HA CYS 791 HA CYS 791 28.074 -10.384 -10.072
3 HB2 CYS 791 HB2 CYS 791 26.689 -12.070 -12.181
4 HB3 CYS 791 HB3 CYS 791 28.158 -12.421 -11.279
No H/Q in entry = 4
In of MODEL 24
1 H ARG 792 H ARG 792 29.536 -9.382 -11.334
2 HA ARG 792 HA ARG 792 28.574 -7.793 -13.545
3 HB2 ARG 792 HB2 ARG 792 31.352 -8.000 -12.343
4 HB3 ARG 792 HB3 ARG 792 30.794 -6.753 -13.453
5 HG2 ARG 792 HG2 ARG 792 29.280 -5.876 -11.817
6 HG3 ARG 792 HG3 ARG 792 29.603 -7.226 -10.735
7 HD2 ARG 792 HD2 ARG 792 30.822 -5.389 -9.886
8 HD3 ARG 792 HD3 ARG 792 31.996 -6.439 -10.661
9 HE ARG 792 HE ARG 792 31.018 -4.325 -12.340
10 HH11 ARG 792 HH11 ARG 792 33.560 -5.345 -10.113
11 HH12 ARG 792 HH12 ARG 792 34.572 -4.010 -10.322
12 HH21 ARG 792 HH21 ARG 792 32.355 -2.393 -12.654
13 HH22 ARG 792 HH22 ARG 792 33.787 -2.184 -11.772
No H/Q in entry = 13
In of MODEL 24
1 H GLU 793 H GLU 793 29.877 -7.796 -15.586
2 HA GLU 793 HA GLU 793 30.319 -10.517 -16.418
3 HB2 GLU 793 HB2 GLU 793 30.599 -7.936 -17.989
4 HB3 GLU 793 HB3 GLU 793 30.717 -9.553 -18.653
5 HG2 GLU 793 HG2 GLU 793 28.267 -8.356 -17.379
6 HG3 GLU 793 HG3 GLU 793 28.546 -8.582 -19.107
No H/Q in entry = 6
In of MODEL 24
1 H ALA 794 H ALA 794 32.328 -10.995 -17.740
2 HA ALA 794 HA ALA 794 34.535 -10.882 -16.001
3 HB2 ALA 794 HB1 ALA 794 34.041 -12.694 -17.646
4 HB3 ALA 794 HB2 ALA 794 35.698 -12.150 -17.663
5 HB1 ALA 794 HB3 ALA 794 34.586 -11.618 -18.937
No H/Q in entry = 5
In of MODEL 24
1 H SER 795 H SER 795 33.701 -9.055 -18.870
2 HA SER 795 HA SER 795 36.214 -7.689 -18.671
3 HB2 SER 795 HB2 SER 795 34.063 -7.351 -20.770
4 HB3 SER 795 HB3 SER 795 35.715 -6.739 -20.858
5 HG SER 795 HG SER 795 34.813 -9.409 -20.908
No H/Q in entry = 5
In of MODEL 24
1 H GLU 796 H GLU 796 33.628 -7.345 -16.928
2 HA GLU 796 HA GLU 796 32.979 -4.547 -17.452
3 HB2 GLU 796 HB2 GLU 796 31.216 -6.277 -17.126
4 HB3 GLU 796 HB3 GLU 796 31.755 -6.469 -15.466
5 HG2 GLU 796 HG2 GLU 796 29.760 -5.098 -15.624
6 HG3 GLU 796 HG3 GLU 796 31.125 -4.165 -15.011
No H/Q in entry = 6
In of MODEL 24
1 H CYS 797 H CYS 797 34.921 -6.427 -15.360
2 HA CYS 797 HA CYS 797 34.838 -4.588 -13.202
3 HB2 CYS 797 HB2 CYS 797 36.580 -6.960 -13.722
4 HB3 CYS 797 HB3 CYS 797 36.770 -5.922 -12.306
No H/Q in entry = 4
In of MODEL 24
1 H GLU 798 H GLU 798 36.766 -3.657 -12.269
2 HA GLU 798 HA GLU 798 38.206 -2.115 -14.355
3 HB2 GLU 798 HB2 GLU 798 37.693 -0.120 -13.023
4 HB3 GLU 798 HB3 GLU 798 36.234 -0.924 -13.591
5 HG2 GLU 798 HG2 GLU 798 36.184 -2.100 -11.322
6 HG3 GLU 798 HG3 GLU 798 37.386 -0.924 -10.815
No H/Q in entry = 6
In of MODEL 24
1 H GLU 799 H GLU 799 38.234 -3.654 -11.266
2 HA GLU 799 HA GLU 799 40.476 -2.243 -10.258
3 HB2 GLU 799 HB2 GLU 799 40.258 -3.937 -8.340
4 HB3 GLU 799 HB3 GLU 799 38.974 -2.763 -8.564
5 HG2 GLU 799 HG2 GLU 799 38.858 -5.517 -9.671
6 HG3 GLU 799 HG3 GLU 799 38.363 -5.142 -8.013
No H/Q in entry = 6
In of MODEL 24
1 H GLU 800 H GLU 800 42.321 -3.421 -9.310
2 HA GLU 800 HA GLU 800 43.447 -4.883 -11.518
3 HB2 GLU 800 HB2 GLU 800 45.654 -4.499 -10.503
4 HB3 GLU 800 HB3 GLU 800 44.796 -3.021 -10.918
5 HG2 GLU 800 HG2 GLU 800 44.353 -2.563 -8.613
6 HG3 GLU 800 HG3 GLU 800 44.899 -4.171 -8.133
No H/Q in entry = 6
In of MODEL 24
1 H GLY 801 H GLY 801 42.159 -6.574 -10.891
2 HA3 GLY 801 HA2 GLY 801 43.023 -8.243 -8.722
3 HA2 GLY 801 HA3 GLY 801 41.922 -8.744 -10.011
No H/Q in entry = 3
In of MODEL 24
1 H PHE 802 H PHE 802 43.800 -10.498 -9.104
2 HA PHE 802 HA PHE 802 46.202 -10.396 -10.647
3 HB2 PHE 802 HB2 PHE 802 44.936 -12.422 -8.822
4 HB3 PHE 802 HB3 PHE 802 46.368 -12.799 -9.759
5 HD1 PHE 802 HD1 PHE 802 47.716 -13.258 -7.854
6 HD2 PHE 802 HD2 PHE 802 45.817 -9.469 -8.258
7 HE1 PHE 802 HE1 PHE 802 49.114 -12.403 -6.127
8 HE2 PHE 802 HE2 PHE 802 47.241 -8.574 -6.492
9 HZ PHE 802 HZ PHE 802 48.914 -10.029 -5.402
No H/Q in entry = 9
In of MODEL 24
1 H SER 803 H SER 803 46.671 -12.694 -11.615
2 HA SER 803 HA SER 803 44.472 -13.424 -13.379
3 HB2 SER 803 HB2 SER 803 47.442 -13.617 -13.935
4 HB3 SER 803 HB3 SER 803 46.110 -13.930 -15.056
5 HG SER 803 HG SER 803 45.590 -11.627 -14.157
No H/Q in entry = 5
In of MODEL 24
1 H ILE 804 H ILE 804 43.801 -15.417 -13.091
2 HA ILE 804 HA ILE 804 45.462 -17.267 -11.542
3 HB ILE 804 HB ILE 804 43.568 -18.091 -10.294
4 HG12 ILE 804 HG12 ILE 804 41.723 -17.817 -11.942
5 HG13 ILE 804 HG13 ILE 804 41.301 -17.150 -10.374
6 HG23 ILE 804 HG21 ILE 804 42.962 -16.140 -8.923
7 HG22 ILE 804 HG22 ILE 804 43.647 -15.090 -10.160
8 HG21 ILE 804 HG23 ILE 804 44.686 -16.222 -9.294
9 HD12 ILE 804 HD11 ILE 804 42.033 -15.630 -12.856
10 HD11 ILE 804 HD12 ILE 804 41.830 -14.896 -11.270
11 HD13 ILE 804 HD13 ILE 804 40.470 -15.699 -12.050
No H/Q in entry = 11
In of MODEL 24
1 H CYS 805 H CYS 805 44.809 -19.569 -11.815
2 HA CYS 805 HA CYS 805 44.157 -20.022 -14.637
3 HB2 CYS 805 HB2 CYS 805 46.330 -20.824 -13.847
4 HB3 CYS 805 HB3 CYS 805 45.524 -21.771 -12.603
No H/Q in entry = 4
In of MODEL 24
1 H VAL 806 H VAL 806 42.316 -20.970 -15.128
2 HA VAL 806 HA VAL 806 41.122 -22.658 -13.121
3 HB VAL 806 HB VAL 806 40.078 -20.474 -12.906
4 HG12 VAL 806 HG11 VAL 806 38.755 -19.466 -14.693
5 HG11 VAL 806 HG12 VAL 806 39.392 -20.690 -15.799
6 HG13 VAL 806 HG13 VAL 806 40.484 -19.534 -15.041
7 HG22 VAL 806 HG21 VAL 806 37.736 -21.060 -13.219
8 HG21 VAL 806 HG22 VAL 806 38.653 -22.404 -12.537
9 HG23 VAL 806 HG23 VAL 806 38.212 -22.415 -14.242
No H/Q in entry = 9
In of MODEL 24
1 H GLU 807 H GLU 807 40.394 -24.522 -13.900
2 HA GLU 807 HA GLU 807 40.838 -25.152 -16.686
3 HB2 GLU 807 HB2 GLU 807 41.567 -26.690 -14.890
4 HB3 GLU 807 HB3 GLU 807 39.901 -26.844 -14.364
5 HG2 GLU 807 HG2 GLU 807 39.333 -27.828 -16.544
6 HG3 GLU 807 HG3 GLU 807 41.033 -27.735 -17.006
No H/Q in entry = 6
In of MODEL 24
1 H VAL 808 H VAL 808 39.334 -24.692 -18.034
2 HA VAL 808 HA VAL 808 36.529 -25.108 -17.305
3 HB VAL 808 HB VAL 808 37.593 -22.780 -18.859
4 HG13 VAL 808 HG11 VAL 808 35.416 -21.805 -18.636
5 HG12 VAL 808 HG12 VAL 808 34.851 -23.287 -17.831
6 HG11 VAL 808 HG13 VAL 808 35.426 -23.342 -19.508
7 HG21 VAL 808 HG21 VAL 808 36.723 -22.779 -16.002
8 HG23 VAL 808 HG22 VAL 808 37.047 -21.333 -16.963
9 HG22 VAL 808 HG23 VAL 808 38.347 -22.480 -16.622
No H/Q in entry = 9
In of MODEL 24
1 H ASN 809 H ASN 809 35.463 -26.100 -18.981
2 HA ASN 809 HA ASN 809 35.057 -27.104 -20.954
3 HB2 ASN 809 HB2 ASN 809 36.988 -25.024 -21.916
4 HB3 ASN 809 HB3 ASN 809 36.330 -26.198 -23.022
5 HD21 ASN 809 HD21 ASN 809 35.872 -23.276 -21.352
6 HD22 ASN 809 HD22 ASN 809 34.260 -22.939 -21.871
No H/Q in entry = 6
In of MODEL 24
1 H GLY 810 H GLY 810 37.304 -27.761 -19.146
2 HA3 GLY 810 HA2 GLY 810 38.667 -29.614 -19.021
3 HA2 GLY 810 HA3 GLY 810 38.384 -29.895 -20.738
No H/Q in entry = 3
In of MODEL 24
1 H LYS 811 H LYS 811 39.257 -26.728 -20.369
2 HA LYS 811 HA LYS 811 42.101 -27.407 -20.576
3 HB2 LYS 811 HB2 LYS 811 40.601 -25.315 -22.145
4 HB3 LYS 811 HB3 LYS 811 42.345 -25.571 -22.186
5 HG2 LYS 811 HG2 LYS 811 42.008 -27.820 -23.055
6 HG3 LYS 811 HG3 LYS 811 40.264 -27.591 -22.992
7 HD2 LYS 811 HD2 LYS 811 41.051 -27.282 -25.242
8 HD3 LYS 811 HD3 LYS 811 40.476 -25.753 -24.580
9 HE2 LYS 811 HE2 LYS 811 42.729 -25.018 -24.167
10 HE3 LYS 811 HE3 LYS 811 43.370 -26.583 -24.625
11 HZ2 LYS 811 HZ1 LYS 811 43.589 -24.972 -26.444
12 HZ1 LYS 811 HZ2 LYS 811 41.915 -24.753 -26.483
13 HZ3 LYS 811 HZ3 LYS 811 42.574 -26.235 -26.873
No H/Q in entry = 13
In of MODEL 24
1 H GLU 812 H GLU 812 43.510 -26.083 -19.605
2 HA GLU 812 HA GLU 812 42.394 -24.406 -17.510
3 HB2 GLU 812 HB2 GLU 812 45.328 -24.594 -18.060
4 HB3 GLU 812 HB3 GLU 812 44.498 -24.406 -16.526
5 HG2 GLU 812 HG2 GLU 812 45.192 -26.537 -16.297
6 HG3 GLU 812 HG3 GLU 812 43.666 -26.850 -17.122
No H/Q in entry = 6
In of MODEL 24
1 H GLN 813 H GLN 813 41.863 -22.427 -17.921
2 HA GLN 813 HA GLN 813 43.617 -20.924 -19.712
3 HB2 GLN 813 HB2 GLN 813 41.441 -21.144 -20.722
4 HB3 GLN 813 HB3 GLN 813 40.641 -20.639 -19.235
5 HG2 GLN 813 HG2 GLN 813 41.560 -18.428 -19.474
6 HG3 GLN 813 HG3 GLN 813 42.459 -18.916 -20.905
7 HE21 GLN 813 HE21 GLN 813 39.202 -20.006 -20.319
8 HE22 GLN 813 HE22 GLN 813 38.449 -19.084 -21.557
No H/Q in entry = 8
In of MODEL 24
1 H THR 814 H THR 814 44.329 -18.964 -19.008
2 HA THR 814 HA THR 814 44.047 -18.454 -16.157
3 HB THR 814 HB THR 814 45.704 -17.054 -18.243
4 HG1 THR 814 HG1 THR 814 47.019 -18.563 -18.127
5 HG23 THR 814 HG21 THR 814 45.392 -15.751 -16.205
6 HG22 THR 814 HG22 THR 814 47.064 -16.303 -16.321
7 HG21 THR 814 HG23 THR 814 45.941 -17.113 -15.228
No H/Q in entry = 7
In of MODEL 24
1 H MET 815 H MET 815 42.697 -16.904 -15.485
2 HA MET 815 HA MET 815 41.788 -14.922 -17.480
3 HB2 MET 815 HB2 MET 815 40.057 -15.901 -15.214
4 HB3 MET 815 HB3 MET 815 39.575 -14.918 -16.580
5 HG2 MET 815 HG2 MET 815 40.178 -16.938 -18.034
6 HG3 MET 815 HG3 MET 815 40.329 -17.798 -16.522
7 HE3 MET 815 HE1 MET 815 38.410 -18.715 -18.877
8 HE2 MET 815 HE2 MET 815 37.106 -19.347 -17.854
9 HE1 MET 815 HE3 MET 815 38.802 -19.541 -17.381
No H/Q in entry = 9
In of MODEL 24
1 H SER 816 H SER 816 40.757 -13.075 -16.265
2 HA SER 816 HA SER 816 42.599 -12.185 -14.273
3 HB2 SER 816 HB2 SER 816 40.176 -11.096 -15.585
4 HB3 SER 816 HB3 SER 816 41.138 -10.136 -14.426
5 HG SER 816 HG SER 816 42.334 -11.366 -16.685
No H/Q in entry = 5
In of MODEL 24
1 H GLU 817 H GLU 817 41.919 -11.511 -12.239
2 HA GLU 817 HA GLU 817 40.776 -13.176 -10.480
3 HB2 GLU 817 HB2 GLU 817 41.997 -10.954 -10.240
4 HB3 GLU 817 HB3 GLU 817 40.387 -10.244 -10.257
5 HG2 GLU 817 HG2 GLU 817 40.643 -10.500 -8.028
6 HG3 GLU 817 HG3 GLU 817 39.991 -12.091 -8.457
No H/Q in entry = 6
In of MODEL 24
1 H CYS 818 H CYS 818 39.048 -10.632 -12.281
2 HA CYS 818 HA CYS 818 36.651 -10.896 -10.716
3 HB2 CYS 818 HB2 CYS 818 37.055 -8.702 -11.507
4 HB3 CYS 818 HB3 CYS 818 37.413 -9.271 -13.133
No H/Q in entry = 4
In of MODEL 24
1 H GLU 819 H GLU 819 37.892 -11.659 -13.791
2 HA GLU 819 HA GLU 819 35.646 -12.430 -15.163
3 HB2 GLU 819 HB2 GLU 819 38.490 -13.206 -15.274
4 HB3 GLU 819 HB3 GLU 819 37.446 -13.614 -16.567
5 HG2 GLU 819 HG2 GLU 819 36.937 -11.153 -16.655
6 HG3 GLU 819 HG3 GLU 819 38.334 -11.004 -15.588
No H/Q in entry = 6
In of MODEL 24
1 H ALA 820 H ALA 820 38.056 -14.509 -13.611
2 HA ALA 820 HA ALA 820 36.701 -16.892 -13.976
3 HB2 ALA 820 HB1 ALA 820 38.094 -17.823 -12.189
4 HB3 ALA 820 HB2 ALA 820 38.521 -16.186 -11.688
5 HB1 ALA 820 HB3 ALA 820 39.030 -16.785 -13.270
No H/Q in entry = 5
In of MODEL 24
1 H GLY 821 H GLY 821 36.507 -14.534 -11.368
2 HA3 GLY 821 HA2 GLY 821 34.844 -16.048 -9.627
3 HA2 GLY 821 HA3 GLY 821 35.135 -14.317 -9.537
No H/Q in entry = 3
In of MODEL 24
1 H ALA 822 H ALA 822 34.212 -13.633 -12.079
2 HA ALA 822 HA ALA 822 31.474 -13.232 -11.613
3 HB1 ALA 822 HB1 ALA 822 32.878 -11.697 -12.904
4 HB3 ALA 822 HB2 ALA 822 31.468 -12.211 -13.830
5 HB2 ALA 822 HB3 ALA 822 33.050 -12.918 -14.164
No H/Q in entry = 5
In of MODEL 24
1 H LEU 823 H LEU 823 33.220 -15.373 -13.877
2 HA LEU 823 HA LEU 823 30.922 -16.414 -14.955
3 HB2 LEU 823 HB2 LEU 823 33.728 -17.358 -14.902
4 HB3 LEU 823 HB3 LEU 823 32.496 -18.431 -15.506
5 HG LEU 823 HG LEU 823 31.772 -16.598 -17.082
6 HD13 LEU 823 HD11 LEU 823 32.747 -14.678 -16.122
7 HD12 LEU 823 HD12 LEU 823 33.383 -14.909 -17.750
8 HD11 LEU 823 HD13 LEU 823 34.375 -15.309 -16.347
9 HD23 LEU 823 HD21 LEU 823 33.690 -17.013 -18.651
10 HD22 LEU 823 HD22 LEU 823 32.773 -18.358 -18.004
11 HD21 LEU 823 HD23 LEU 823 34.383 -17.988 -17.325
No H/Q in entry = 11
In of MODEL 24
1 H ARG 824 H ARG 824 32.461 -17.178 -11.981
2 HA ARG 824 HA ARG 824 31.124 -19.650 -11.463
3 HB2 ARG 824 HB2 ARG 824 31.951 -17.565 -9.452
4 HB3 ARG 824 HB3 ARG 824 31.609 -19.253 -9.112
5 HG2 ARG 824 HG2 ARG 824 33.635 -19.855 -10.421
6 HG3 ARG 824 HG3 ARG 824 33.943 -18.128 -10.652
7 HD2 ARG 824 HD2 ARG 824 33.803 -19.640 -8.071
8 HD3 ARG 824 HD3 ARG 824 35.260 -19.006 -8.836
9 HE ARG 824 HE ARG 824 33.673 -16.841 -8.507
10 HH11 ARG 824 HH11 ARG 824 34.739 -19.385 -6.309
11 HH12 ARG 824 HH12 ARG 824 34.923 -18.401 -4.947
12 HH21 ARG 824 HH21 ARG 824 33.859 -15.399 -6.598
13 HH22 ARG 824 HH22 ARG 824 34.329 -16.055 -5.108
No H/Q in entry = 13
In of MODEL 24
1 H CYS 825 H CYS 825 30.423 -16.286 -10.791
2 HA CYS 825 HA CYS 825 28.128 -16.648 -9.181
3 HB2 CYS 825 HB2 CYS 825 29.711 -14.618 -9.422
4 HB3 CYS 825 HB3 CYS 825 28.749 -14.201 -10.825
No H/Q in entry = 4
In of MODEL 24
1 H ARG 826 H ARG 826 28.607 -16.275 -12.644
2 HA ARG 826 HA ARG 826 25.821 -15.839 -13.169
3 HB2 ARG 826 HB2 ARG 826 26.396 -16.037 -15.531
4 HB3 ARG 826 HB3 ARG 826 27.406 -14.845 -14.691
5 HG2 ARG 826 HG2 ARG 826 29.128 -16.595 -14.594
6 HG3 ARG 826 HG3 ARG 826 28.095 -17.624 -15.576
7 HD2 ARG 826 HD2 ARG 826 29.182 -14.928 -16.375
8 HD3 ARG 826 HD3 ARG 826 29.696 -16.495 -16.995
9 HE ARG 826 HE ARG 826 27.381 -16.756 -17.800
10 HH11 ARG 826 HH11 ARG 826 28.720 -13.545 -17.311
11 HH12 ARG 826 HH12 ARG 826 27.862 -12.758 -18.522
12 HH21 ARG 826 HH21 ARG 826 26.064 -15.706 -19.507
13 HH22 ARG 826 HH22 ARG 826 26.305 -14.040 -19.832
No H/Q in entry = 13
In of MODEL 24
1 H GLY 827 H GLY 827 27.902 -18.690 -13.228
2 HA3 GLY 827 HA2 GLY 827 26.498 -20.742 -12.863
3 HA2 GLY 827 HA3 GLY 827 25.552 -20.144 -14.223
No H/Q in entry = 3
In of MODEL 24
1 H GLN 828 H GLN 828 28.684 -19.435 -14.878
2 HA GLN 828 HA GLN 828 29.007 -21.476 -16.841
3 HB2 GLN 828 HB2 GLN 828 30.130 -19.290 -16.995
4 HB3 GLN 828 HB3 GLN 828 31.068 -19.714 -15.568
5 HG2 GLN 828 HG2 GLN 828 32.478 -20.071 -17.484
6 HG3 GLN 828 HG3 GLN 828 32.037 -21.603 -16.787
7 HE21 GLN 828 HE21 GLN 828 29.783 -19.835 -18.780
8 HE22 GLN 828 HE22 GLN 828 29.810 -20.943 -20.090
No H/Q in entry = 8
In of MODEL 24
1 H SER 829 H SER 829 30.322 -23.337 -16.769
2 HA SER 829 HA SER 829 30.962 -24.300 -14.101
3 HB2 SER 829 HB2 SER 829 31.054 -25.765 -16.742
4 HB3 SER 829 HB3 SER 829 31.129 -26.478 -15.131
5 HG SER 829 HG SER 829 28.948 -24.986 -16.157
No H/Q in entry = 5
In of MODEL 24
1 H ILE 830 H ILE 830 32.885 -23.801 -13.428
2 HA ILE 830 HA ILE 830 35.293 -23.934 -15.137
3 HB ILE 830 HB ILE 830 36.157 -21.848 -14.206
4 HG12 ILE 830 HG12 ILE 830 34.897 -21.907 -11.995
5 HG13 ILE 830 HG13 ILE 830 35.021 -20.329 -12.746
6 HG23 ILE 830 HG21 ILE 830 34.769 -20.155 -15.255
7 HG22 ILE 830 HG22 ILE 830 33.437 -21.302 -15.325
8 HG21 ILE 830 HG23 ILE 830 34.901 -21.602 -16.262
9 HD11 ILE 830 HD11 ILE 830 32.608 -22.114 -12.885
10 HD13 ILE 830 HD12 ILE 830 32.729 -20.469 -13.497
11 HD12 ILE 830 HD13 ILE 830 32.797 -20.779 -11.767
No H/Q in entry = 11
In of MODEL 24
1 H SER 831 H SER 831 36.990 -24.785 -14.008
2 HA SER 831 HA SER 831 36.516 -25.344 -11.186
3 HB2 SER 831 HB2 SER 831 37.854 -26.939 -13.331
4 HB3 SER 831 HB3 SER 831 38.089 -27.257 -11.615
5 HG SER 831 HG SER 831 35.618 -27.203 -13.009
No H/Q in entry = 5
In of MODEL 24
1 H VAL 832 H VAL 832 37.790 -24.063 -9.975
2 HA VAL 832 HA VAL 832 40.156 -22.905 -11.073
3 HB VAL 832 HB VAL 832 38.846 -21.581 -9.498
4 HG13 VAL 832 HG11 VAL 832 37.930 -23.281 -8.070
5 HG12 VAL 832 HG12 VAL 832 38.765 -22.075 -7.091
6 HG11 VAL 832 HG13 VAL 832 39.527 -23.633 -7.413
7 HG22 VAL 832 HG21 VAL 832 41.208 -21.054 -9.631
8 HG21 VAL 832 HG22 VAL 832 41.570 -22.247 -8.386
9 HG23 VAL 832 HG23 VAL 832 40.637 -20.806 -7.979
No H/Q in entry = 9
In of MODEL 24
1 H THR 833 H THR 833 42.047 -23.776 -11.251
2 HA THR 833 HA THR 833 42.606 -26.256 -9.926
3 HB THR 833 HB THR 833 44.689 -26.035 -11.428
4 HG1 THR 833 HG1 THR 833 44.374 -24.497 -13.126
5 HG23 THR 833 HG21 THR 833 42.769 -27.485 -11.956
6 HG22 THR 833 HG22 THR 833 43.394 -26.715 -13.415
7 HG21 THR 833 HG23 THR 833 41.922 -26.105 -12.654
No H/Q in entry = 7
In of MODEL 24
1 H SER 834 H SER 834 43.751 -22.933 -9.988
2 HA SER 834 HA SER 834 44.750 -23.001 -7.378
3 HB2 SER 834 HB2 SER 834 46.609 -24.243 -8.497
4 HB3 SER 834 HB3 SER 834 46.820 -22.880 -9.594
5 HG SER 834 HG SER 834 47.738 -23.227 -7.091
No H/Q in entry = 5
In of MODEL 24
1 H ILE 835 H ILE 835 45.784 -20.842 -6.955
2 HA ILE 835 HA ILE 835 44.335 -18.906 -8.533
3 HB ILE 835 HB ILE 835 44.616 -17.307 -6.903
4 HG12 ILE 835 HG12 ILE 835 47.023 -17.444 -6.428
5 HG13 ILE 835 HG13 ILE 835 46.113 -17.409 -4.933
6 HG23 ILE 835 HG21 ILE 835 43.037 -18.934 -6.256
7 HG22 ILE 835 HG22 ILE 835 43.872 -18.366 -4.807
8 HG21 ILE 835 HG23 ILE 835 44.283 -19.930 -5.509
9 HD11 ILE 835 HD11 ILE 835 47.342 -19.802 -6.215
10 HD13 ILE 835 HD12 ILE 835 46.443 -19.732 -4.675
11 HD12 ILE 835 HD13 ILE 835 47.973 -18.847 -4.857
No H/Q in entry = 11
In of MODEL 24
1 H ARG 836 H ARG 836 47.147 -20.338 -8.887
2 HA ARG 836 HA ARG 836 48.632 -17.975 -9.673
3 HB2 ARG 836 HB2 ARG 836 50.532 -19.490 -10.068
4 HB3 ARG 836 HB3 ARG 836 49.946 -19.487 -8.420
5 HG2 ARG 836 HG2 ARG 836 48.811 -21.603 -8.841
6 HG3 ARG 836 HG3 ARG 836 49.498 -21.617 -10.475
7 HD2 ARG 836 HD2 ARG 836 51.679 -21.453 -9.605
8 HD3 ARG 836 HD3 ARG 836 51.074 -21.342 -7.963
9 HE ARG 836 HE ARG 836 50.091 -23.708 -9.029
10 HH11 ARG 836 HH11 ARG 836 53.293 -22.402 -8.292
11 HH12 ARG 836 HH12 ARG 836 53.937 -23.874 -7.750
12 HH21 ARG 836 HH21 ARG 836 50.980 -25.743 -8.332
13 HH22 ARG 836 HH22 ARG 836 52.588 -25.841 -7.786
No H/Q in entry = 13
In of MODEL 24
1 HA PRO 837 HA PRO 837 47.304 -18.229 -13.801
2 HB2 PRO 837 HB2 PRO 837 49.457 -17.115 -15.071
3 HB3 PRO 837 HB3 PRO 837 48.248 -16.177 -14.192
4 HG2 PRO 837 HG2 PRO 837 50.951 -17.099 -13.291
5 HG3 PRO 837 HG3 PRO 837 50.172 -15.525 -13.052
6 HD2 PRO 837 HD2 PRO 837 50.256 -17.362 -11.105
7 HD3 PRO 837 HD3 PRO 837 48.849 -16.300 -11.327
No H/Q in entry = 7
In of MODEL 24
1 H CYS 838 H CYS 838 47.480 -19.529 -15.608
2 HA CYS 838 HA CYS 838 49.485 -21.576 -15.393
3 HB2 CYS 838 HB2 CYS 838 46.815 -21.465 -16.714
4 HB3 CYS 838 HB3 CYS 838 48.006 -22.599 -17.338
No H/Q in entry = 4
In of MODEL 24
1 H ALA 839 H ALA 839 49.948 -22.487 -17.851
2 HA ALA 839 HA ALA 839 51.401 -20.399 -19.190
3 HB2 ALA 839 HB1 ALA 839 51.024 -23.315 -19.880
4 HB1 ALA 839 HB2 ALA 839 52.337 -22.647 -18.908
5 HB3 ALA 839 HB3 ALA 839 52.200 -22.224 -20.613
No H/Q in entry = 5
In of MODEL 24
1 H ALA 840 H ALA 840 48.502 -20.352 -19.136
2 HA ALA 840 HA ALA 840 47.823 -20.401 -21.977
3 HB1 ALA 840 HB1 ALA 840 46.073 -20.355 -19.511
4 HB2 ALA 840 HB2 ALA 840 46.305 -21.730 -20.591
5 HB3 ALA 840 HB3 ALA 840 45.483 -20.282 -21.170
No H/Q in entry = 5
In of MODEL 24
1 H GLU 841 H GLU 841 48.498 -18.469 -22.605
2 HA GLU 841 HA GLU 841 47.860 -16.183 -20.895
3 HB2 GLU 841 HB2 GLU 841 50.129 -16.513 -22.851
4 HB3 GLU 841 HB3 GLU 841 49.754 -15.019 -22.000
5 HG2 GLU 841 HG2 GLU 841 50.120 -16.175 -19.859
6 HG3 GLU 841 HG3 GLU 841 50.557 -17.635 -20.742
No H/Q in entry = 6
In of MODEL 24
1 H THR 842 H THR 842 46.007 -17.289 -22.713
2 HA THR 842 HA THR 842 45.834 -15.370 -24.866
3 HB THR 842 HB THR 842 43.716 -17.194 -23.772
4 HG1 THR 842 HG1 THR 842 45.860 -17.615 -25.551
5 HG21 THR 842 HG21 THR 842 42.878 -15.440 -25.266
6 HG23 THR 842 HG22 THR 842 42.715 -17.019 -26.030
7 HG22 THR 842 HG23 THR 842 44.020 -15.939 -26.517
No H/Q in entry = 7
In of MODEL 24
1 H GLN 843 H GLN 843 45.872 -13.496 -23.792
2 HA GLN 843 HA GLN 843 43.507 -12.695 -22.305
3 HB2 GLN 843 HB2 GLN 843 45.283 -13.612 -20.683
4 HB3 GLN 843 HB3 GLN 843 46.264 -12.233 -21.148
5 HG2 GLN 843 HG2 GLN 843 45.254 -11.531 -19.184
6 HG3 GLN 843 HG3 GLN 843 44.243 -10.817 -20.433
7 HE21 GLN 843 HE21 GLN 843 43.013 -13.563 -20.959
8 HE22 GLN 843 HE22 GLN 843 41.900 -13.755 -19.669
No H/Q in entry = 8
In of MODEL 25
1 H1 GLY 689 H2 GLY 689 47.933 14.330 -28.161
2 H2 GLY 689 H1 GLY 689 47.838 15.125 -29.637
3 H3 GLY 689 H3 GLY 689 47.590 13.459 -29.567
4 HA2 GLY 689 HA2 GLY 689 50.106 14.876 -28.988
5 HA3 GLY 689 HA3 GLY 689 49.737 13.924 -30.430
No H/Q in entry = 5
In of MODEL 25
1 H SER 690 H SER 690 49.617 11.660 -30.261
2 HA SER 690 HA SER 690 49.901 10.415 -27.706
3 HB2 SER 690 HB2 SER 690 48.503 9.440 -29.561
4 HB3 SER 690 HB3 SER 690 49.993 9.126 -30.438
5 HG SER 690 HG SER 690 50.642 7.875 -28.573
No H/Q in entry = 5
In of MODEL 25
1 H HIS 691 H HIS 691 52.001 11.809 -29.643
2 HA HIS 691 HA HIS 691 54.262 10.035 -29.147
3 HB2 HIS 691 HB2 HIS 691 54.084 11.299 -31.288
4 HB3 HIS 691 HB3 HIS 691 54.181 12.798 -30.382
5 HD1 HIS 691 HD1 HIS 691 56.436 13.810 -30.645
6 HD2 HIS 691 HD2 HIS 691 56.574 9.666 -30.641
7 HE1 HIS 691 HE1 HIS 691 58.849 13.217 -30.936
8 HE2 HIS 691 HE2 HIS 691 58.927 10.719 -30.671
No H/Q in entry = 8
In of MODEL 25
1 H MET 692 H MET 692 52.579 12.386 -27.500
2 HA MET 692 HA MET 692 54.858 13.340 -25.947
3 HB2 MET 692 HB2 MET 692 51.917 14.005 -25.798
4 HB3 MET 692 HB3 MET 692 53.145 14.705 -24.757
5 HG2 MET 692 HG2 MET 692 52.976 15.000 -27.749
6 HG3 MET 692 HG3 MET 692 52.517 16.218 -26.562
7 HE1 MET 692 HE1 MET 692 54.034 18.033 -27.681
8 HE3 MET 692 HE2 MET 692 54.483 16.880 -28.936
9 HE2 MET 692 HE3 MET 692 55.731 17.790 -28.084
No H/Q in entry = 9
In of MODEL 25
1 H ASN 693 H ASN 693 52.089 11.260 -25.720
2 HA ASN 693 HA ASN 693 52.239 10.888 -22.883
3 HB2 ASN 693 HB2 ASN 693 50.083 10.756 -24.038
4 HB3 ASN 693 HB3 ASN 693 50.662 9.417 -25.018
5 HD21 ASN 693 HD21 ASN 693 49.616 10.404 -21.861
6 HD22 ASN 693 HD22 ASN 693 49.340 8.812 -21.239
No H/Q in entry = 6
In of MODEL 25
1 HA PRO 694 HA PRO 694 55.186 7.555 -23.130
2 HB2 PRO 694 HB2 PRO 694 55.022 6.710 -20.555
3 HB3 PRO 694 HB3 PRO 694 55.889 8.177 -21.019
4 HG2 PRO 694 HG2 PRO 694 53.191 7.865 -19.796
5 HG3 PRO 694 HG3 PRO 694 54.413 9.114 -19.511
6 HD2 PRO 694 HD2 PRO 694 52.192 9.443 -21.099
7 HD3 PRO 694 HD3 PRO 694 53.686 10.384 -21.253
No H/Q in entry = 7
In of MODEL 25
1 H LEU 695 H LEU 695 54.106 6.109 -24.481
2 HA LEU 695 HA LEU 695 51.981 4.477 -23.429
3 HB2 LEU 695 HB2 LEU 695 53.383 4.483 -26.096
4 HB3 LEU 695 HB3 LEU 695 52.310 3.187 -25.639
5 HG LEU 695 HG LEU 695 51.126 4.658 -27.071
6 HD11 LEU 695 HD11 LEU 695 49.817 3.740 -25.285
7 HD13 LEU 695 HD12 LEU 695 49.234 5.338 -25.741
8 HD12 LEU 695 HD13 LEU 695 50.182 5.139 -24.271
9 HD21 LEU 695 HD21 LEU 695 51.868 6.905 -25.210
10 HD23 LEU 695 HD22 LEU 695 50.748 7.027 -26.567
11 HD22 LEU 695 HD23 LEU 695 52.449 6.671 -26.858
No H/Q in entry = 11
In of MODEL 25
1 H THR 696 H THR 696 52.169 2.713 -22.404
2 HA THR 696 HA THR 696 52.950 0.963 -21.340
3 HB THR 696 HB THR 696 54.312 -0.739 -22.673
4 HG1 THR 696 HG1 THR 696 54.672 1.390 -24.187
5 HG23 THR 696 HG21 THR 696 52.422 -1.277 -24.154
6 HG22 THR 696 HG22 THR 696 51.767 0.339 -23.892
7 HG21 THR 696 HG23 THR 696 51.872 -0.798 -22.547
No H/Q in entry = 7
In of MODEL 25
1 H GLN 697 H GLN 697 54.084 2.812 -20.228
2 HA GLN 697 HA GLN 697 56.903 2.067 -19.998
3 HB2 GLN 697 HB2 GLN 697 55.494 4.562 -19.032
4 HB3 GLN 697 HB3 GLN 697 57.186 4.191 -18.736
5 HG2 GLN 697 HG2 GLN 697 55.913 4.647 -21.432
6 HG3 GLN 697 HG3 GLN 697 56.944 5.776 -20.558
7 HE21 GLN 697 HE21 GLN 697 57.302 4.631 -23.201
8 HE22 GLN 697 HE22 GLN 697 58.813 3.808 -23.157
No H/Q in entry = 8
In of MODEL 25
1 H ALA 698 H ALA 698 53.876 2.040 -18.488
2 HA ALA 698 HA ALA 698 54.995 1.296 -15.916
3 HB1 ALA 698 HB1 ALA 698 53.095 2.853 -15.942
4 HB3 ALA 698 HB2 ALA 698 52.707 1.352 -15.103
5 HB2 ALA 698 HB3 ALA 698 52.110 1.625 -16.738
No H/Q in entry = 5
In of MODEL 25
1 H VAL 699 H VAL 699 55.932 -0.621 -16.664
2 HA VAL 699 HA VAL 699 54.012 -2.776 -16.744
3 HB VAL 699 HB VAL 699 54.610 -2.472 -19.078
4 HG11 VAL 699 HG11 VAL 699 57.493 -2.741 -18.273
5 HG13 VAL 699 HG12 VAL 699 56.698 -1.293 -18.891
6 HG12 VAL 699 HG13 VAL 699 56.893 -2.705 -19.932
7 HG23 VAL 699 HG21 VAL 699 56.002 -4.891 -17.932
8 HG22 VAL 699 HG22 VAL 699 55.523 -4.694 -19.618
9 HG21 VAL 699 HG23 VAL 699 54.295 -4.766 -18.351
No H/Q in entry = 9
In of MODEL 25
1 HA PRO 700 HA PRO 700 56.968 -3.876 -13.552
2 HB2 PRO 700 HB2 PRO 700 54.962 -5.800 -12.697
3 HB3 PRO 700 HB3 PRO 700 55.561 -4.379 -11.841
4 HG2 PRO 700 HG2 PRO 700 53.033 -4.559 -12.843
5 HG3 PRO 700 HG3 PRO 700 53.909 -3.030 -12.662
6 HD2 PRO 700 HD2 PRO 700 53.473 -4.675 -15.128
7 HD3 PRO 700 HD3 PRO 700 53.451 -2.911 -14.900
No H/Q in entry = 7
In of MODEL 25
1 H LYS 701 H LYS 701 58.461 -5.369 -13.686
2 HA LYS 701 HA LYS 701 58.097 -7.790 -15.326
3 HB2 LYS 701 HB2 LYS 701 60.544 -6.537 -14.086
4 HB3 LYS 701 HB3 LYS 701 60.540 -7.899 -15.201
5 HG2 LYS 701 HG2 LYS 701 59.685 -6.553 -16.948
6 HG3 LYS 701 HG3 LYS 701 59.475 -5.177 -15.864
7 HD2 LYS 701 HD2 LYS 701 61.847 -5.170 -15.463
8 HD3 LYS 701 HD3 LYS 701 62.047 -6.499 -16.616
9 HE2 LYS 701 HE2 LYS 701 60.935 -3.751 -17.240
10 HE3 LYS 701 HE3 LYS 701 62.528 -4.353 -17.693
11 HZ3 LYS 701 HZ1 LYS 701 61.518 -5.986 -19.090
12 HZ2 LYS 701 HZ2 LYS 701 60.891 -4.491 -19.519
13 HZ1 LYS 701 HZ3 LYS 701 59.973 -5.561 -18.592
No H/Q in entry = 13
In of MODEL 25
1 H CYS 702 H CYS 702 57.015 -7.286 -12.821
2 HA CYS 702 HA CYS 702 58.427 -9.014 -10.932
3 HB2 CYS 702 HB2 CYS 702 56.049 -7.252 -10.368
4 HB3 CYS 702 HB3 CYS 702 57.268 -7.844 -9.245
No H/Q in entry = 4
In of MODEL 25
1 H GLN 703 H GLN 703 57.186 -10.646 -9.840
2 HA GLN 703 HA GLN 703 55.142 -11.866 -11.399
3 HB2 GLN 703 HB2 GLN 703 56.233 -12.382 -8.646
4 HB3 GLN 703 HB3 GLN 703 54.927 -13.329 -9.333
5 HG2 GLN 703 HG2 GLN 703 57.656 -13.023 -10.533
6 HG3 GLN 703 HG3 GLN 703 57.136 -14.400 -9.555
7 HE21 GLN 703 HE21 GLN 703 56.914 -12.841 -12.632
8 HE22 GLN 703 HE22 GLN 703 56.064 -14.100 -13.452
No H/Q in entry = 8
In of MODEL 25
1 H ARG 704 H ARG 704 53.073 -12.515 -10.083
2 HA ARG 704 HA ARG 704 51.626 -10.108 -9.932
3 HB2 ARG 704 HB2 ARG 704 50.862 -12.908 -9.193
4 HB3 ARG 704 HB3 ARG 704 49.746 -11.560 -9.062
5 HG2 ARG 704 HG2 ARG 704 51.091 -12.493 -11.586
6 HG3 ARG 704 HG3 ARG 704 49.427 -12.833 -11.113
7 HD2 ARG 704 HD2 ARG 704 48.993 -10.379 -11.082
8 HD3 ARG 704 HD3 ARG 704 50.615 -10.120 -11.709
9 HE ARG 704 HE ARG 704 49.133 -11.933 -13.332
10 HH11 ARG 704 HH11 ARG 704 49.585 -8.438 -12.690
11 HH12 ARG 704 HH12 ARG 704 49.107 -7.960 -14.233
12 HH21 ARG 704 HH21 ARG 704 48.399 -11.213 -15.466
13 HH22 ARG 704 HH22 ARG 704 48.406 -9.558 -15.831
No H/Q in entry = 13
In of MODEL 25
1 H TRP 705 H TRP 705 53.195 -11.907 -7.451
2 HA TRP 705 HA TRP 705 51.750 -10.496 -5.334
3 HB2 TRP 705 HB2 TRP 705 53.093 -11.998 -3.820
4 HB3 TRP 705 HB3 TRP 705 52.007 -12.819 -4.940
5 HD1 TRP 705 HD1 TRP 705 55.710 -12.330 -4.173
6 HE1 TRP 705 HE1 TRP 705 57.076 -14.026 -5.531
7 HE3 TRP 705 HE3 TRP 705 51.988 -14.214 -7.113
8 HZ2 TRP 705 HZ2 TRP 705 56.636 -15.923 -7.557
9 HZ3 TRP 705 HZ3 TRP 705 52.552 -15.969 -8.738
10 HH2 TRP 705 HH2 TRP 705 54.828 -16.808 -8.947
No H/Q in entry = 10
In of MODEL 25
1 H GLU 706 H GLU 706 54.150 -9.813 -7.269
2 HA GLU 706 HA GLU 706 55.780 -8.444 -5.286
3 HB2 GLU 706 HB2 GLU 706 56.411 -9.179 -8.112
4 HB3 GLU 706 HB3 GLU 706 57.511 -8.354 -7.012
5 HG2 GLU 706 HG2 GLU 706 57.485 -10.406 -5.613
6 HG3 GLU 706 HG3 GLU 706 56.513 -11.184 -6.861
No H/Q in entry = 6
In of MODEL 25
1 H LYS 707 H LYS 707 55.748 -6.366 -5.403
2 HA LYS 707 HA LYS 707 54.273 -5.193 -7.655
3 HB2 LYS 707 HB2 LYS 707 54.391 -3.980 -4.888
4 HB3 LYS 707 HB3 LYS 707 53.369 -3.481 -6.225
5 HG2 LYS 707 HG2 LYS 707 53.133 -5.971 -4.543
6 HG3 LYS 707 HG3 LYS 707 52.006 -4.638 -4.617
7 HD2 LYS 707 HD2 LYS 707 52.590 -6.553 -6.907
8 HD3 LYS 707 HD3 LYS 707 51.199 -6.654 -5.848
9 HE2 LYS 707 HE2 LYS 707 51.789 -4.295 -7.648
10 HE3 LYS 707 HE3 LYS 707 50.756 -5.646 -8.099
11 HZ3 LYS 707 HZ1 LYS 707 49.310 -4.013 -7.343
12 HZ2 LYS 707 HZ2 LYS 707 50.257 -3.561 -6.052
13 HZ1 LYS 707 HZ3 LYS 707 49.431 -5.024 -6.009
No H/Q in entry = 13
In of MODEL 25
1 H LEU 708 H LEU 708 55.002 -3.189 -8.406
2 HA LEU 708 HA LEU 708 57.872 -3.050 -8.250
3 HB2 LEU 708 HB2 LEU 708 56.733 -3.031 -10.428
4 HB3 LEU 708 HB3 LEU 708 55.882 -1.572 -9.981
5 HG LEU 708 HG LEU 708 58.029 -0.345 -9.959
6 HD13 LEU 708 HD11 LEU 708 59.530 -2.165 -9.396
7 HD12 LEU 708 HD12 LEU 708 60.026 -1.401 -10.906
8 HD11 LEU 708 HD13 LEU 708 59.180 -2.949 -10.935
9 HD21 LEU 708 HD21 LEU 708 56.659 -0.411 -11.996
10 HD23 LEU 708 HD22 LEU 708 57.511 -1.863 -12.513
11 HD22 LEU 708 HD23 LEU 708 58.380 -0.335 -12.371
No H/Q in entry = 11
In of MODEL 25
1 H GLN 709 H GLN 709 58.669 -1.943 -6.621
2 HA GLN 709 HA GLN 709 57.889 0.813 -6.320
3 HB2 GLN 709 HB2 GLN 709 57.432 0.751 -3.990
4 HB3 GLN 709 HB3 GLN 709 56.544 -0.610 -4.649
5 HG2 GLN 709 HG2 GLN 709 58.268 -2.111 -3.939
6 HG3 GLN 709 HG3 GLN 709 59.194 -0.805 -3.212
7 HE21 GLN 709 HE21 GLN 709 58.945 -1.384 -1.047
8 HE22 GLN 709 HE22 GLN 709 57.419 -1.520 -0.250
No H/Q in entry = 8
In of MODEL 25
1 H ASN 710 H ASN 710 59.584 2.040 -5.493
2 HA ASN 710 HA ASN 710 61.813 2.630 -5.163
3 HB2 ASN 710 HB2 ASN 710 61.317 0.895 -3.211
4 HB3 ASN 710 HB3 ASN 710 62.335 -0.175 -4.157
5 HD21 ASN 710 HD21 ASN 710 62.182 2.524 -2.110
6 HD22 ASN 710 HD22 ASN 710 63.880 2.769 -1.879
No H/Q in entry = 6
In of MODEL 25
1 H SER 711 H SER 711 60.833 1.462 -7.503
2 HA SER 711 HA SER 711 61.308 0.767 -9.526
3 HB2 SER 711 HB2 SER 711 63.535 1.292 -10.486
4 HB3 SER 711 HB3 SER 711 62.899 2.577 -9.455
5 HG SER 711 HG SER 711 64.291 1.218 -7.815
No H/Q in entry = 5
In of MODEL 25
1 H ARG 712 H ARG 712 61.515 -1.201 -7.260
2 HA ARG 712 HA ARG 712 62.781 -3.299 -8.853
3 HB2 ARG 712 HB2 ARG 712 63.617 -4.384 -6.874
4 HB3 ARG 712 HB3 ARG 712 64.243 -2.747 -6.932
5 HG2 ARG 712 HG2 ARG 712 62.735 -2.034 -5.182
6 HG3 ARG 712 HG3 ARG 712 61.841 -3.517 -5.292
7 HD2 ARG 712 HD2 ARG 712 64.749 -3.395 -4.504
8 HD3 ARG 712 HD3 ARG 712 63.407 -3.516 -3.352
9 HE ARG 712 HE ARG 712 63.505 -5.589 -5.379
10 HH11 ARG 712 HH11 ARG 712 64.532 -4.764 -2.066
11 HH12 ARG 712 HH12 ARG 712 64.777 -6.369 -1.592
12 HH21 ARG 712 HH21 ARG 712 63.824 -7.795 -4.700
13 HH22 ARG 712 HH22 ARG 712 64.346 -8.128 -3.108
No H/Q in entry = 13
In of MODEL 25
1 H CYS 713 H CYS 713 62.075 -5.454 -7.877
2 HA CYS 713 HA CYS 713 59.182 -5.347 -7.512
3 HB2 CYS 713 HB2 CYS 713 60.969 -7.637 -8.374
4 HB3 CYS 713 HB3 CYS 713 59.215 -7.681 -8.285
No H/Q in entry = 4
In of MODEL 25
1 H VAL 714 H VAL 714 58.532 -5.650 -5.504
2 HA VAL 714 HA VAL 714 60.109 -7.410 -3.745
3 HB VAL 714 HB VAL 714 59.276 -6.083 -1.812
4 HG11 VAL 714 HG11 VAL 714 61.481 -5.616 -2.660
5 HG13 VAL 714 HG12 VAL 714 60.716 -4.134 -2.073
6 HG12 VAL 714 HG13 VAL 714 60.810 -4.455 -3.805
7 HG23 VAL 714 HG21 VAL 714 58.313 -3.838 -2.181
8 HG22 VAL 714 HG22 VAL 714 57.273 -5.118 -2.799
9 HG21 VAL 714 HG23 VAL 714 58.248 -4.164 -3.910
No H/Q in entry = 9
In of MODEL 25
1 H CYS 715 H CYS 715 58.782 -8.622 -2.247
2 HA CYS 715 HA CYS 715 56.132 -9.049 -3.349
3 HB2 CYS 715 HB2 CYS 715 57.533 -10.454 -1.008
4 HB3 CYS 715 HB3 CYS 715 56.021 -10.939 -1.740
No H/Q in entry = 4
In of MODEL 25
1 H LYS 716 H LYS 716 54.421 -8.138 -2.490
2 HA LYS 716 HA LYS 716 55.086 -6.114 -0.594
3 HB2 LYS 716 HB2 LYS 716 53.592 -5.868 -2.657
4 HB3 LYS 716 HB3 LYS 716 52.289 -6.468 -1.631
5 HG2 LYS 716 HG2 LYS 716 52.358 -4.584 -0.252
6 HG3 LYS 716 HG3 LYS 716 53.981 -4.132 -0.780
7 HD2 LYS 716 HD2 LYS 716 53.086 -3.577 -2.986
8 HD3 LYS 716 HD3 LYS 716 51.472 -4.040 -2.441
9 HE2 LYS 716 HE2 LYS 716 51.791 -1.607 -2.410
10 HE3 LYS 716 HE3 LYS 716 51.497 -2.243 -0.801
11 HZ1 LYS 716 HZ1 LYS 716 54.191 -1.503 -1.873
12 HZ3 LYS 716 HZ2 LYS 716 53.846 -2.008 -0.292
13 HZ2 LYS 716 HZ3 LYS 716 53.212 -0.581 -0.889
No H/Q in entry = 13
In of MODEL 25
1 H MET 717 H MET 717 52.355 -5.969 0.746
2 HA MET 717 HA MET 717 52.912 -8.098 2.674
3 HB2 MET 717 HB2 MET 717 51.400 -5.509 3.083
4 HB3 MET 717 HB3 MET 717 51.756 -6.695 4.327
5 HG2 MET 717 HG2 MET 717 53.723 -4.956 2.850
6 HG3 MET 717 HG3 MET 717 53.277 -4.860 4.549
7 HE2 MET 717 HE1 MET 717 53.261 -7.973 5.389
8 HE1 MET 717 HE2 MET 717 53.992 -6.705 6.366
9 HE3 MET 717 HE3 MET 717 54.916 -8.155 5.970
No H/Q in entry = 9
In of MODEL 25
1 HA PRO 718 HA PRO 718 49.246 -10.154 1.458
2 HB2 PRO 718 HB2 PRO 718 48.437 -11.277 3.836
3 HB3 PRO 718 HB3 PRO 718 49.730 -11.925 2.823
4 HG2 PRO 718 HG2 PRO 718 49.918 -10.215 5.269
5 HG3 PRO 718 HG3 PRO 718 50.925 -11.589 4.785
6 HD2 PRO 718 HD2 PRO 718 51.737 -9.041 4.497
7 HD3 PRO 718 HD3 PRO 718 52.190 -10.303 3.333
No H/Q in entry = 7
In of MODEL 25
1 H TYR 719 H TYR 719 49.017 -7.996 4.192
2 HA TYR 719 HA TYR 719 46.133 -7.975 4.130
3 HB2 TYR 719 HB2 TYR 719 46.217 -6.406 5.969
4 HB3 TYR 719 HB3 TYR 719 47.383 -7.679 6.267
5 HD1 TYR 719 HD1 TYR 719 49.865 -7.159 5.949
6 HD2 TYR 719 HD2 TYR 719 46.855 -4.148 5.846
7 HE1 TYR 719 HE1 TYR 719 51.564 -5.421 6.371
8 HE2 TYR 719 HE2 TYR 719 48.538 -2.433 6.252
9 HH TYR 719 HH TYR 719 50.698 -2.307 7.291
No H/Q in entry = 9
In of MODEL 25
1 H GLU 720 H GLU 720 48.436 -6.578 2.256
2 HA GLU 720 HA GLU 720 47.256 -4.007 1.727
3 HB2 GLU 720 HB2 GLU 720 49.656 -4.526 1.431
4 HB3 GLU 720 HB3 GLU 720 49.245 -5.692 0.193
5 HG2 GLU 720 HG2 GLU 720 50.042 -3.748 -0.881
6 HG3 GLU 720 HG3 GLU 720 48.302 -3.809 -1.144
No H/Q in entry = 6
In of MODEL 25
1 H CYS 721 H CYS 721 47.035 -7.281 0.615
2 HA CYS 721 HA CYS 721 45.801 -6.808 -1.881
3 HB2 CYS 721 HB2 CYS 721 45.698 -9.273 -0.159
4 HB3 CYS 721 HB3 CYS 721 45.383 -9.158 -1.888
No H/Q in entry = 4
In of MODEL 25
1 H GLY 722 H GLY 722 43.880 -5.822 -1.956
2 HA3 GLY 722 HA2 GLY 722 41.845 -6.537 0.011
3 HA2 GLY 722 HA3 GLY 722 41.767 -5.166 -1.090
No H/Q in entry = 3
In of MODEL 25
1 HA PRO 723 HA PRO 723 39.535 -7.754 -3.893
2 HB2 PRO 723 HB2 PRO 723 40.575 -6.547 -6.267
3 HB3 PRO 723 HB3 PRO 723 39.071 -6.170 -5.423
4 HG2 PRO 723 HG2 PRO 723 41.220 -4.443 -5.604
5 HG3 PRO 723 HG3 PRO 723 39.984 -4.376 -4.337
6 HD2 PRO 723 HD2 PRO 723 42.717 -5.583 -4.267
7 HD3 PRO 723 HD3 PRO 723 41.863 -4.633 -3.032
No H/Q in entry = 7
In of MODEL 25
1 H SER 724 H SER 724 40.310 -9.887 -3.882
2 HA SER 724 HA SER 724 41.873 -10.732 -6.096
3 HB2 SER 724 HB2 SER 724 42.704 -11.298 -3.229
4 HB3 SER 724 HB3 SER 724 43.477 -11.934 -4.688
5 HG SER 724 HG SER 724 43.445 -9.387 -4.988
No H/Q in entry = 5
In of MODEL 25
1 H LEU 725 H LEU 725 41.556 -13.072 -6.254
2 HA LEU 725 HA LEU 725 38.877 -13.779 -5.577
3 HB2 LEU 725 HB2 LEU 725 40.917 -14.753 -7.318
4 HB3 LEU 725 HB3 LEU 725 40.286 -16.096 -6.391
5 HG LEU 725 HG LEU 725 38.016 -15.547 -7.187
6 HD13 LEU 725 HD11 LEU 725 37.682 -14.010 -8.973
7 HD12 LEU 725 HD12 LEU 725 39.370 -13.520 -8.895
8 HD11 LEU 725 HD13 LEU 725 38.292 -13.184 -7.540
9 HD21 LEU 725 HD21 LEU 725 39.350 -17.188 -8.415
10 HD23 LEU 725 HD22 LEU 725 40.018 -15.863 -9.390
11 HD22 LEU 725 HD23 LEU 725 38.303 -16.245 -9.486
No H/Q in entry = 11
In of MODEL 25
1 H ASP 726 H ASP 726 38.122 -14.711 -3.798
2 HA ASP 726 HA ASP 726 39.928 -15.669 -1.813
3 HB2 ASP 726 HB2 ASP 726 36.910 -15.623 -1.878
4 HB3 ASP 726 HB3 ASP 726 37.829 -16.275 -0.532
No H/Q in entry = 4
In of MODEL 25
1 H VAL 727 H VAL 727 40.299 -17.615 -1.098
2 HA VAL 727 HA VAL 727 39.154 -19.972 -2.413
3 HB VAL 727 HB VAL 727 41.473 -20.941 -2.757
4 HG11 VAL 727 HG11 VAL 727 40.897 -18.443 -4.361
5 HG13 VAL 727 HG12 VAL 727 40.285 -20.058 -4.700
6 HG12 VAL 727 HG13 VAL 727 42.004 -19.719 -4.851
7 HG23 VAL 727 HG21 VAL 727 43.394 -19.401 -2.876
8 HG22 VAL 727 HG22 VAL 727 42.728 -19.500 -1.244
9 HG21 VAL 727 HG23 VAL 727 42.376 -18.101 -2.260
No H/Q in entry = 9
In of MODEL 25
1 H CYS 728 H CYS 728 39.805 -22.043 -1.172
2 HA CYS 728 HA CYS 728 40.213 -21.381 1.643
3 HB2 CYS 728 HB2 CYS 728 39.341 -23.977 0.343
4 HB3 CYS 728 HB3 CYS 728 39.599 -23.765 2.061
No H/Q in entry = 4
In of MODEL 25
1 H ALA 729 H ALA 729 41.995 -22.023 2.697
2 HA ALA 729 HA ALA 729 43.899 -23.539 1.115
3 HB2 ALA 729 HB1 ALA 729 45.660 -22.119 1.977
4 HB1 ALA 729 HB2 ALA 729 44.447 -21.124 2.797
5 HB3 ALA 729 HB3 ALA 729 44.481 -21.214 1.032
No H/Q in entry = 5
In of MODEL 25
1 H GLN 730 H GLN 730 45.559 -24.440 2.409
2 HA GLN 730 HA GLN 730 44.657 -25.101 5.113
3 HB2 GLN 730 HB2 GLN 730 44.402 -27.053 3.596
4 HB3 GLN 730 HB3 GLN 730 46.093 -26.916 3.186
5 HG2 GLN 730 HG2 GLN 730 46.775 -27.438 5.425
6 HG3 GLN 730 HG3 GLN 730 45.110 -27.430 5.983
7 HE21 GLN 730 HE21 GLN 730 45.234 -29.525 6.717
8 HE22 GLN 730 HE22 GLN 730 45.315 -30.876 5.651
No H/Q in entry = 8
In of MODEL 25
1 H ASP 731 H ASP 731 45.998 -24.685 6.571
2 HA ASP 731 HA ASP 731 48.546 -23.485 6.067
3 HB2 ASP 731 HB2 ASP 731 47.252 -22.664 7.891
4 HB3 ASP 731 HB3 ASP 731 47.064 -24.279 8.556
No H/Q in entry = 4
In of MODEL 25
1 H GLU 732 H GLU 732 50.565 -24.402 6.366
2 HA GLU 732 HA GLU 732 50.510 -27.278 6.442
3 HB2 GLU 732 HB2 GLU 732 52.603 -25.346 5.517
4 HB3 GLU 732 HB3 GLU 732 52.924 -27.066 5.716
5 HG2 GLU 732 HG2 GLU 732 50.808 -25.866 3.952
6 HG3 GLU 732 HG3 GLU 732 52.318 -26.620 3.424
No H/Q in entry = 6
In of MODEL 25
1 H ARG 733 H ARG 733 50.686 -25.208 8.828
2 HA ARG 733 HA ARG 733 52.699 -26.761 10.272
3 HB2 ARG 733 HB2 ARG 733 53.126 -24.433 10.494
4 HB3 ARG 733 HB3 ARG 733 51.432 -24.081 10.796
5 HG2 ARG 733 HG2 ARG 733 52.820 -23.902 12.812
6 HG3 ARG 733 HG3 ARG 733 51.556 -25.121 12.953
7 HD2 ARG 733 HD2 ARG 733 53.254 -26.853 12.385
8 HD3 ARG 733 HD3 ARG 733 54.490 -25.590 12.436
9 HE ARG 733 HE ARG 733 53.356 -25.260 14.771
10 HH11 ARG 733 HH11 ARG 733 54.270 -28.380 13.247
11 HH12 ARG 733 HH12 ARG 733 54.649 -29.091 14.741
12 HH21 ARG 733 HH21 ARG 733 53.856 -26.318 16.758
13 HH22 ARG 733 HH22 ARG 733 54.437 -27.934 16.746
No H/Q in entry = 13
In of MODEL 25
1 H SER 734 H SER 734 49.483 -25.410 10.859
2 HA SER 734 HA SER 734 49.024 -27.470 12.868
3 HB2 SER 734 HB2 SER 734 47.277 -25.139 12.047
4 HB3 SER 734 HB3 SER 734 47.080 -26.144 13.484
5 HG SER 734 HG SER 734 48.720 -24.008 13.068
No H/Q in entry = 5
In of MODEL 25
1 H LYS 735 H LYS 735 48.622 -27.077 9.588
2 HA LYS 735 HA LYS 735 47.497 -28.124 7.934
3 HB2 LYS 735 HB2 LYS 735 46.899 -30.185 10.065
4 HB3 LYS 735 HB3 LYS 735 46.760 -30.434 8.333
5 HG2 LYS 735 HG2 LYS 735 49.321 -29.843 9.823
6 HG3 LYS 735 HG3 LYS 735 48.811 -31.423 9.230
7 HD2 LYS 735 HD2 LYS 735 49.356 -29.010 7.496
8 HD3 LYS 735 HD3 LYS 735 50.490 -30.322 7.774
9 HE2 LYS 735 HE2 LYS 735 48.786 -31.894 6.831
10 HE3 LYS 735 HE3 LYS 735 47.791 -30.497 6.437
11 HZ1 LYS 735 HZ1 LYS 735 49.657 -29.707 4.984
12 HZ3 LYS 735 HZ2 LYS 735 49.006 -31.193 4.545
13 HZ2 LYS 735 HZ3 LYS 735 50.469 -31.146 5.348
No H/Q in entry = 13
In of MODEL 25
1 H ARG 736 H ARG 736 46.148 -26.220 9.582
2 HA ARG 736 HA ARG 736 43.383 -27.077 9.706
3 HB2 ARG 736 HB2 ARG 736 42.956 -24.871 10.675
4 HB3 ARG 736 HB3 ARG 736 44.274 -25.668 11.514
5 HG2 ARG 736 HG2 ARG 736 45.901 -24.302 10.346
6 HG3 ARG 736 HG3 ARG 736 44.625 -23.555 9.386
7 HD2 ARG 736 HD2 ARG 736 43.648 -22.648 11.454
8 HD3 ARG 736 HD3 ARG 736 44.973 -23.358 12.376
9 HE ARG 736 HE ARG 736 46.281 -21.835 10.587
10 HH11 ARG 736 HH11 ARG 736 43.543 -21.062 12.717
11 HH12 ARG 736 HH12 ARG 736 43.996 -19.438 12.907
12 HH21 ARG 736 HH21 ARG 736 46.877 -19.640 10.846
13 HH22 ARG 736 HH22 ARG 736 45.944 -18.589 11.799
No H/Q in entry = 13
In of MODEL 25
1 H ILE 737 H ILE 737 41.729 -26.107 8.475
2 HA ILE 737 HA ILE 737 42.596 -25.003 5.944
3 HB ILE 737 HB ILE 737 39.780 -25.632 6.852
4 HG12 ILE 737 HG12 ILE 737 41.210 -27.677 6.976
5 HG13 ILE 737 HG13 ILE 737 39.952 -27.799 5.754
6 HG21 ILE 737 HG21 ILE 737 40.089 -24.138 4.945
7 HG23 ILE 737 HG22 ILE 737 39.277 -25.636 4.492
8 HG22 ILE 737 HG23 ILE 737 40.984 -25.397 4.096
9 HD13 ILE 737 HD11 ILE 737 42.035 -28.731 4.970
10 HD12 ILE 737 HD12 ILE 737 42.859 -27.201 5.284
11 HD11 ILE 737 HD13 ILE 737 41.595 -27.294 4.047
No H/Q in entry = 11
In of MODEL 25
1 H LEU 738 H LEU 738 42.469 -22.880 5.601
2 HA LEU 738 HA LEU 738 40.612 -21.319 7.197
3 HB2 LEU 738 HB2 LEU 738 42.149 -19.566 7.669
4 HB3 LEU 738 HB3 LEU 738 42.902 -21.048 8.222
5 HG LEU 738 HG LEU 738 43.599 -19.458 5.746
6 HD12 LEU 738 HD11 LEU 738 45.683 -18.982 6.924
7 HD11 LEU 738 HD12 LEU 738 45.075 -19.844 8.337
8 HD13 LEU 738 HD13 LEU 738 44.282 -18.367 7.792
9 HD21 LEU 738 HD21 LEU 738 43.933 -21.822 5.421
10 HD23 LEU 738 HD22 LEU 738 44.927 -21.908 6.884
11 HD22 LEU 738 HD23 LEU 738 45.472 -20.966 5.476
No H/Q in entry = 11
In of MODEL 25
1 HA PRO 739 HA PRO 739 39.755 -19.434 3.262
2 HB2 PRO 739 HB2 PRO 739 38.768 -17.068 4.068
3 HB3 PRO 739 HB3 PRO 739 37.871 -18.578 4.318
4 HG2 PRO 739 HG2 PRO 739 39.456 -16.952 6.245
5 HG3 PRO 739 HG3 PRO 739 37.944 -17.840 6.501
6 HD2 PRO 739 HD2 PRO 739 40.470 -18.761 7.210
7 HD3 PRO 739 HD3 PRO 739 39.050 -19.793 6.953
No H/Q in entry = 7
In of MODEL 25
1 H LEU 740 H LEU 740 41.165 -18.606 1.901
2 HA LEU 740 HA LEU 740 42.700 -16.301 2.748
3 HB2 LEU 740 HB2 LEU 740 43.795 -18.756 1.406
4 HB3 LEU 740 HB3 LEU 740 44.572 -17.203 1.236
5 HG LEU 740 HG LEU 740 44.219 -18.764 3.795
6 HD13 LEU 740 HD11 LEU 740 45.895 -19.660 2.367
7 HD12 LEU 740 HD12 LEU 740 46.694 -18.814 3.699
8 HD11 LEU 740 HD13 LEU 740 46.588 -18.068 2.091
9 HD22 LEU 740 HD21 LEU 740 44.039 -16.380 4.276
10 HD21 LEU 740 HD22 LEU 740 45.482 -16.061 3.316
11 HD23 LEU 740 HD23 LEU 740 45.606 -16.988 4.813
No H/Q in entry = 11
In of MODEL 25
1 H THR 741 H THR 741 43.900 -15.596 0.598
2 HA THR 741 HA THR 741 41.895 -15.573 -1.500
3 HB THR 741 HB THR 741 43.256 -13.074 -0.494
4 HG1 THR 741 HG1 THR 741 40.598 -13.854 0.248
5 HG21 THR 741 HG21 THR 741 42.167 -13.103 -2.680
6 HG23 THR 741 HG22 THR 741 41.389 -11.981 -1.550
7 HG22 THR 741 HG23 THR 741 40.662 -13.557 -1.894
No H/Q in entry = 7
In of MODEL 25
1 H VAL 742 H VAL 742 42.888 -15.187 -3.540
2 HA VAL 742 HA VAL 742 45.233 -16.375 -4.204
3 HB VAL 742 HB VAL 742 44.044 -13.971 -5.606
4 HG13 VAL 742 HG11 VAL 742 46.273 -14.319 -6.384
5 HG12 VAL 742 HG12 VAL 742 45.108 -14.804 -7.615
6 HG11 VAL 742 HG13 VAL 742 45.957 -16.035 -6.661
7 HG21 VAL 742 HG21 VAL 742 43.605 -16.909 -5.998
8 HG23 VAL 742 HG22 VAL 742 43.017 -15.607 -7.052
9 HG22 VAL 742 HG23 VAL 742 42.459 -15.699 -5.385
No H/Q in entry = 9
In of MODEL 25
1 H CYS 743 H CYS 743 45.096 -12.811 -4.136
2 HA CYS 743 HA CYS 743 47.805 -12.374 -4.398
3 HB2 CYS 743 HB2 CYS 743 46.101 -10.625 -4.629
4 HB3 CYS 743 HB3 CYS 743 45.789 -10.710 -2.906
No H/Q in entry = 4
In of MODEL 25
1 H LYS 744 H LYS 744 45.876 -12.568 -1.444
2 HA LYS 744 HA LYS 744 47.850 -12.012 0.414
3 HB2 LYS 744 HB2 LYS 744 45.427 -13.774 0.691
4 HB3 LYS 744 HB3 LYS 744 46.414 -13.172 2.019
5 HG2 LYS 744 HG2 LYS 744 45.840 -10.868 1.412
6 HG3 LYS 744 HG3 LYS 744 44.912 -11.451 0.036
7 HD2 LYS 744 HD2 LYS 744 43.406 -10.857 1.825
8 HD3 LYS 744 HD3 LYS 744 43.385 -12.604 1.619
9 HE2 LYS 744 HE2 LYS 744 44.859 -12.865 3.521
10 HE3 LYS 744 HE3 LYS 744 44.975 -11.113 3.699
11 HZ3 LYS 744 HZ1 LYS 744 43.383 -12.040 5.265
12 HZ2 LYS 744 HZ2 LYS 744 42.486 -12.729 4.021
13 HZ1 LYS 744 HZ3 LYS 744 42.582 -11.068 4.155
No H/Q in entry = 13
In of MODEL 25
1 H MET 745 H MET 745 46.696 -15.182 -0.641
2 HA MET 745 HA MET 745 48.481 -16.856 0.735
3 HB2 MET 745 HB2 MET 745 46.766 -17.993 -0.248
4 HB3 MET 745 HB3 MET 745 46.800 -17.050 -1.716
5 HG2 MET 745 HG2 MET 745 47.542 -19.107 -2.430
6 HG3 MET 745 HG3 MET 745 49.005 -18.217 -2.197
7 HE2 MET 745 HE1 MET 745 47.454 -21.568 0.530
8 HE1 MET 745 HE2 MET 745 46.735 -21.047 -0.994
9 HE3 MET 745 HE3 MET 745 46.654 -20.003 0.421
No H/Q in entry = 9
In of MODEL 25
1 H HIS 746 H HIS 746 48.785 -15.447 -2.499
2 HA HIS 746 HA HIS 746 51.295 -16.697 -3.081
3 HB2 HIS 746 HB2 HIS 746 49.862 -14.361 -4.225
4 HB3 HIS 746 HB3 HIS 746 51.534 -14.671 -4.727
5 HD1 HIS 746 HD1 HIS 746 51.797 -17.062 -5.994
6 HD2 HIS 746 HD2 HIS 746 47.954 -15.582 -5.597
7 HE1 HIS 746 HE1 HIS 746 50.491 -18.099 -7.852
8 HE2 HIS 746 HE2 HIS 746 48.215 -17.082 -7.701
No H/Q in entry = 8
In of MODEL 25
1 H VAL 747 H VAL 747 50.425 -13.545 -1.790
2 HA VAL 747 HA VAL 747 53.038 -12.555 -1.632
3 HB VAL 747 HB VAL 747 50.466 -11.708 -0.281
4 HG12 VAL 747 HG11 VAL 747 53.159 -10.349 -0.205
5 HG11 VAL 747 HG12 VAL 747 52.380 -11.146 1.162
6 HG13 VAL 747 HG13 VAL 747 51.653 -9.709 0.453
7 HG23 VAL 747 HG21 VAL 747 52.179 -10.503 -2.422
8 HG22 VAL 747 HG22 VAL 747 50.666 -9.816 -1.812
9 HG21 VAL 747 HG23 VAL 747 50.660 -11.352 -2.690
No H/Q in entry = 9
In of MODEL 25
1 H LEU 748 H LEU 748 50.944 -14.070 0.838
2 HA LEU 748 HA LEU 748 52.942 -13.881 2.774
3 HB2 LEU 748 HB2 LEU 748 51.596 -15.499 4.150
4 HB3 LEU 748 HB3 LEU 748 50.703 -14.111 3.582
5 HG LEU 748 HG LEU 748 49.693 -15.602 1.839
6 HD13 LEU 748 HD11 LEU 748 49.715 -18.000 2.232
7 HD12 LEU 748 HD12 LEU 748 50.907 -17.778 3.509
8 HD11 LEU 748 HD13 LEU 748 51.323 -17.393 1.839
9 HD21 LEU 748 HD21 LEU 748 49.219 -16.271 4.733
10 HD23 LEU 748 HD22 LEU 748 48.111 -16.619 3.407
11 HD22 LEU 748 HD23 LEU 748 48.487 -14.947 3.825
No H/Q in entry = 11
In of MODEL 25
1 H HIS 749 H HIS 749 52.385 -16.137 0.277
2 HA HIS 749 HA HIS 749 54.063 -18.214 1.139
3 HB2 HIS 749 HB2 HIS 749 52.499 -18.358 -0.805
4 HB3 HIS 749 HB3 HIS 749 53.569 -17.289 -1.702
5 HD1 HIS 749 HD1 HIS 749 55.726 -18.330 -2.671
6 HD2 HIS 749 HD2 HIS 749 53.394 -20.923 -0.456
7 HE1 HIS 749 HE1 HIS 749 56.705 -20.583 -3.078
8 HE2 HIS 749 HE2 HIS 749 55.060 -22.134 -2.042
No H/Q in entry = 8
In of MODEL 25
1 H CYS 750 H CYS 750 54.670 -15.215 -0.668
2 HA CYS 750 HA CYS 750 57.466 -15.796 -0.945
3 HB2 CYS 750 HB2 CYS 750 56.278 -14.335 -2.591
4 HB3 CYS 750 HB3 CYS 750 56.058 -13.131 -1.327
No H/Q in entry = 4
In of MODEL 25
1 H GLN 751 H GLN 751 55.426 -14.249 1.390
2 HA GLN 751 HA GLN 751 57.401 -12.862 2.780
3 HB2 GLN 751 HB2 GLN 751 54.705 -13.917 3.578
4 HB3 GLN 751 HB3 GLN 751 55.732 -13.079 4.720
5 HG2 GLN 751 HG2 GLN 751 54.966 -11.849 2.100
6 HG3 GLN 751 HG3 GLN 751 53.964 -11.687 3.540
7 HE21 GLN 751 HE21 GLN 751 55.340 -9.554 2.087
8 HE22 GLN 751 HE22 GLN 751 56.443 -8.877 3.225
No H/Q in entry = 8
In of MODEL 25
1 H GLY 752 H GLY 752 56.754 -16.197 2.512
2 HA3 GLY 752 HA2 GLY 752 58.650 -17.589 3.298
3 HA2 GLY 752 HA3 GLY 752 58.518 -16.732 4.822
No H/Q in entry = 3
In of MODEL 25
1 H ARG 753 H ARG 753 55.419 -17.240 3.758
2 HA ARG 753 HA ARG 753 55.124 -19.399 5.680
3 HB2 ARG 753 HB2 ARG 753 53.005 -17.915 4.127
4 HB3 ARG 753 HB3 ARG 753 52.757 -18.988 5.494
5 HG2 ARG 753 HG2 ARG 753 54.171 -16.336 5.560
6 HG3 ARG 753 HG3 ARG 753 52.528 -16.624 6.112
7 HD2 ARG 753 HD2 ARG 753 53.490 -18.312 7.750
8 HD3 ARG 753 HD3 ARG 753 55.085 -17.709 7.306
9 HE ARG 753 HE ARG 753 53.155 -15.738 8.186
10 HH11 ARG 753 HH11 ARG 753 56.051 -17.609 9.037
11 HH12 ARG 753 HH12 ARG 753 56.309 -16.772 10.492
12 HH21 ARG 753 HH21 ARG 753 53.521 -14.635 10.202
13 HH22 ARG 753 HH22 ARG 753 54.835 -15.082 11.193
No H/Q in entry = 13
In of MODEL 25
1 H ASN 754 H ASN 754 53.899 -21.321 5.189
2 HA ASN 754 HA ASN 754 53.862 -22.094 2.343
3 HB2 ASN 754 HB2 ASN 754 54.363 -23.888 4.742
4 HB3 ASN 754 HB3 ASN 754 54.233 -24.427 3.079
5 HD21 ASN 754 HD21 ASN 754 56.173 -22.901 5.432
6 HD22 ASN 754 HD22 ASN 754 57.658 -22.894 4.531
No H/Q in entry = 6
In of MODEL 25
1 H TYR 755 H TYR 755 51.915 -22.684 1.615
2 HA TYR 755 HA TYR 755 49.940 -23.724 3.440
3 HB2 TYR 755 HB2 TYR 755 49.607 -21.219 1.799
4 HB3 TYR 755 HB3 TYR 755 48.230 -22.190 2.267
5 HD1 TYR 755 HD1 TYR 755 47.348 -22.043 4.485
6 HD2 TYR 755 HD2 TYR 755 50.955 -20.036 3.531
7 HE1 TYR 755 HE1 TYR 755 47.196 -20.764 6.582
8 HE2 TYR 755 HE2 TYR 755 50.799 -18.754 5.628
9 HH TYR 755 HH TYR 755 49.143 -18.047 7.242
No H/Q in entry = 9
In of MODEL 25
1 H THR 756 H THR 756 48.299 -24.810 2.348
2 HA THR 756 HA THR 756 48.884 -25.593 -0.420
3 HB THR 756 HB THR 756 47.581 -27.096 1.880
4 HG1 THR 756 HG1 THR 756 49.514 -27.576 2.401
5 HG22 THR 756 HG21 THR 756 47.738 -29.081 0.429
6 HG21 THR 756 HG22 THR 756 48.352 -28.059 -0.884
7 HG23 THR 756 HG23 THR 756 46.713 -27.822 -0.258
No H/Q in entry = 7
In of MODEL 25
1 H LEU 757 H LEU 757 46.690 -26.113 -1.575
2 HA LEU 757 HA LEU 757 44.643 -24.467 -0.360
3 HB2 LEU 757 HB2 LEU 757 45.109 -25.026 -3.263
4 HB3 LEU 757 HB3 LEU 757 43.615 -24.346 -2.654
5 HG LEU 757 HG LEU 757 45.210 -22.600 -1.567
6 HD11 LEU 757 HD11 LEU 757 46.890 -23.539 -3.862
7 HD13 LEU 757 HD12 LEU 757 47.290 -23.598 -2.145
8 HD12 LEU 757 HD13 LEU 757 47.127 -22.041 -2.960
9 HD23 LEU 757 HD21 LEU 757 44.912 -21.188 -3.509
10 HD22 LEU 757 HD22 LEU 757 43.482 -22.125 -3.060
11 HD21 LEU 757 HD23 LEU 757 44.449 -22.614 -4.461
No H/Q in entry = 11
In of MODEL 25
1 H THR 758 H THR 758 42.458 -25.077 -0.564
2 HA THR 758 HA THR 758 42.126 -27.948 -0.849
3 HB THR 758 HB THR 758 40.790 -27.866 1.351
4 HG1 THR 758 HG1 THR 758 42.361 -25.989 2.456
5 HG21 THR 758 HG21 THR 758 42.968 -29.033 1.097
6 HG23 THR 758 HG22 THR 758 42.810 -28.302 2.688
7 HG22 THR 758 HG23 THR 758 43.802 -27.521 1.459
No H/Q in entry = 7
In of MODEL 25
1 H GLY 759 H GLY 759 39.656 -28.416 -0.268
2 HA3 GLY 759 HA2 GLY 759 38.200 -27.304 -2.395
3 HA2 GLY 759 HA3 GLY 759 37.590 -28.396 -1.164
No H/Q in entry = 3
In of MODEL 25
1 H ARG 760 H ARG 760 36.204 -26.316 -2.338
2 HA ARG 760 HA ARG 760 36.169 -23.863 -1.072
3 HB2 ARG 760 HB2 ARG 760 35.102 -24.026 -3.123
4 HB3 ARG 760 HB3 ARG 760 34.112 -25.386 -2.626
5 HG2 ARG 760 HG2 ARG 760 33.681 -23.031 -1.044
6 HG3 ARG 760 HG3 ARG 760 33.283 -22.758 -2.767
7 HD2 ARG 760 HD2 ARG 760 31.858 -24.811 -2.587
8 HD3 ARG 760 HD3 ARG 760 32.245 -24.863 -0.867
9 HE ARG 760 HE ARG 760 31.264 -22.446 -1.004
10 HH11 ARG 760 HH11 ARG 760 29.986 -25.369 -2.532
11 HH12 ARG 760 HH12 ARG 760 28.366 -24.830 -2.508
12 HH21 ARG 760 HH21 ARG 760 29.044 -21.736 -0.974
13 HH22 ARG 760 HH22 ARG 760 27.831 -22.746 -1.627
No H/Q in entry = 13
In of MODEL 25
1 H ASP 761 H ASP 761 34.421 -26.744 -0.152
2 HA ASP 761 HA ASP 761 33.113 -25.197 1.898
3 HB2 ASP 761 HB2 ASP 761 31.774 -27.162 2.453
4 HB3 ASP 761 HB3 ASP 761 31.770 -26.808 0.726
No H/Q in entry = 4
In of MODEL 25
1 H SER 762 H SER 762 36.101 -26.489 1.817
2 HA SER 762 HA SER 762 36.123 -27.690 4.386
3 HB2 SER 762 HB2 SER 762 38.413 -26.681 2.691
4 HB3 SER 762 HB3 SER 762 38.557 -27.717 4.111
5 HG SER 762 HG SER 762 37.071 -29.151 2.925
No H/Q in entry = 5
In of MODEL 25
1 H CYS 763 H CYS 763 36.635 -24.433 3.123
2 HA CYS 763 HA CYS 763 37.075 -23.570 5.892
3 HB2 CYS 763 HB2 CYS 763 38.101 -21.600 5.112
4 HB3 CYS 763 HB3 CYS 763 38.881 -22.878 4.180
No H/Q in entry = 4
In of MODEL 25
1 H THR 764 H THR 764 36.106 -21.224 6.098
2 HA THR 764 HA THR 764 33.451 -21.359 4.913
3 HB THR 764 HB THR 764 34.414 -19.551 7.146
4 HG1 THR 764 HG1 THR 764 34.139 -22.140 7.196
5 HG23 THR 764 HG21 THR 764 32.394 -18.845 5.978
6 HG22 THR 764 HG22 THR 764 32.012 -19.371 7.624
7 HG21 THR 764 HG23 THR 764 31.676 -20.432 6.246
No H/Q in entry = 7
In of MODEL 25
1 H LEU 765 H LEU 765 33.765 -20.546 2.931
2 HA LEU 765 HA LEU 765 35.333 -18.142 2.667
3 HB2 LEU 765 HB2 LEU 765 35.248 -20.323 1.141
4 HB3 LEU 765 HB3 LEU 765 33.947 -19.425 0.380
5 HG LEU 765 HG LEU 765 35.585 -17.520 0.101
6 HD13 LEU 765 HD11 LEU 765 37.163 -18.071 1.764
7 HD12 LEU 765 HD12 LEU 765 37.979 -18.153 0.190
8 HD11 LEU 765 HD13 LEU 765 37.479 -19.623 1.015
9 HD23 LEU 765 HD21 LEU 765 36.673 -18.533 -1.831
10 HD22 LEU 765 HD22 LEU 765 34.973 -18.997 -1.744
11 HD21 LEU 765 HD23 LEU 765 36.227 -20.141 -1.251
No H/Q in entry = 11
In of MODEL 25
1 HA PRO 766 HA PRO 766 31.480 -15.910 2.750
2 HB2 PRO 766 HB2 PRO 766 32.479 -13.490 2.954
3 HB3 PRO 766 HB3 PRO 766 33.026 -14.696 4.123
4 HG2 PRO 766 HG2 PRO 766 34.264 -13.962 1.533
5 HG3 PRO 766 HG3 PRO 766 35.032 -13.794 3.145
6 HD2 PRO 766 HD2 PRO 766 35.422 -16.030 1.620
7 HD3 PRO 766 HD3 PRO 766 35.246 -16.133 3.388
No H/Q in entry = 7
In of MODEL 25
1 H ALA 767 H ALA 767 31.484 -13.350 1.506
2 HA ALA 767 HA ALA 767 31.457 -13.947 -1.379
3 HB1 ALA 767 HB1 ALA 767 29.285 -13.478 -0.393
4 HB2 ALA 767 HB2 ALA 767 29.823 -12.104 -1.397
5 HB3 ALA 767 HB3 ALA 767 29.982 -12.051 0.370
No H/Q in entry = 5
In of MODEL 25
1 H SER 768 H SER 768 31.910 -12.025 -2.673
2 HA SER 768 HA SER 768 34.309 -10.853 -1.730
3 HB2 SER 768 HB2 SER 768 32.804 -10.477 -4.319
4 HB3 SER 768 HB3 SER 768 34.479 -10.028 -3.977
5 HG SER 768 HG SER 768 34.985 -12.136 -3.638
No H/Q in entry = 5
In of MODEL 25
1 H ALA 769 H ALA 769 31.017 -9.994 -1.534
2 HA ALA 769 HA ALA 769 31.665 -7.583 -0.213
3 HB1 ALA 769 HB1 ALA 769 30.226 -6.140 -1.467
4 HB3 ALA 769 HB2 ALA 769 30.007 -7.366 -2.725
5 HB2 ALA 769 HB3 ALA 769 31.606 -6.632 -2.454
No H/Q in entry = 5
In of MODEL 25
1 H GLU 770 H GLU 770 29.699 -6.557 0.528
2 HA GLU 770 HA GLU 770 27.392 -8.335 0.735
3 HB2 GLU 770 HB2 GLU 770 27.283 -7.629 3.172
4 HB3 GLU 770 HB3 GLU 770 28.583 -8.748 2.759
5 HG2 GLU 770 HG2 GLU 770 30.190 -7.067 2.779
6 HG3 GLU 770 HG3 GLU 770 28.987 -5.798 2.773
No H/Q in entry = 6
In of MODEL 25
1 H LYS 771 H LYS 771 28.200 -5.877 -0.646
2 HA LYS 771 HA LYS 771 26.349 -3.916 0.482
3 HB2 LYS 771 HB2 LYS 771 28.694 -3.702 -1.345
4 HB3 LYS 771 HB3 LYS 771 27.614 -2.334 -1.060
5 HG2 LYS 771 HG2 LYS 771 29.375 -3.739 0.961
6 HG3 LYS 771 HG3 LYS 771 29.684 -2.143 0.261
7 HD2 LYS 771 HD2 LYS 771 28.678 -1.422 2.182
8 HD3 LYS 771 HD3 LYS 771 27.198 -1.779 1.294
9 HE2 LYS 771 HE2 LYS 771 26.841 -2.882 3.325
10 HE3 LYS 771 HE3 LYS 771 27.475 -4.141 2.256
11 HZ1 LYS 771 HZ1 LYS 771 29.700 -3.735 3.228
12 HZ3 LYS 771 HZ2 LYS 771 28.601 -4.300 4.360
13 HZ2 LYS 771 HZ3 LYS 771 29.005 -2.671 4.325
No H/Q in entry = 13
In of MODEL 25
1 H ALA 772 H ALA 772 24.625 -3.377 -0.668
2 HA ALA 772 HA ALA 772 23.699 -5.052 -2.732
3 HB2 ALA 772 HB1 ALA 772 22.690 -2.354 -1.859
4 HB1 ALA 772 HB2 ALA 772 22.220 -3.918 -1.182
5 HB3 ALA 772 HB3 ALA 772 21.800 -3.513 -2.846
No H/Q in entry = 5
In of MODEL 25
1 H CYS 773 H CYS 773 23.001 -4.322 -4.881
2 HA CYS 773 HA CYS 773 24.934 -3.478 -6.596
3 HB2 CYS 773 HB2 CYS 773 21.990 -2.956 -6.964
4 HB3 CYS 773 HB3 CYS 773 23.212 -3.126 -8.222
No H/Q in entry = 4
In of MODEL 25
1 H GLY 774 H GLY 774 25.855 -1.618 -7.185
2 HA3 GLY 774 HA2 GLY 774 25.449 0.782 -7.723
3 HA2 GLY 774 HA3 GLY 774 24.729 0.887 -6.116
No H/Q in entry = 3
In of MODEL 25
1 H ALA 775 H ALA 775 26.672 -1.053 -5.102
2 HA ALA 775 HA ALA 775 29.237 0.290 -5.329
3 HB1 ALA 775 HB1 ALA 775 28.194 1.272 -3.321
4 HB2 ALA 775 HB2 ALA 775 29.508 0.189 -2.859
5 HB3 ALA 775 HB3 ALA 775 27.832 -0.344 -2.710
No H/Q in entry = 5
In of MODEL 25
1 H CYS 776 H CYS 776 30.267 -1.394 -6.255
2 HA CYS 776 HA CYS 776 30.191 -3.935 -4.873
3 HB2 CYS 776 HB2 CYS 776 28.309 -4.031 -6.408
4 HB3 CYS 776 HB3 CYS 776 29.343 -3.544 -7.741
No H/Q in entry = 4
In of MODEL 25
1 HA PRO 777 HA PRO 777 34.561 -3.886 -6.064
2 HB2 PRO 777 HB2 PRO 777 34.176 -6.830 -5.895
3 HB3 PRO 777 HB3 PRO 777 35.408 -5.825 -5.132
4 HG2 PRO 777 HG2 PRO 777 33.426 -6.761 -3.687
5 HG3 PRO 777 HG3 PRO 777 33.938 -5.075 -3.477
6 HD2 PRO 777 HD2 PRO 777 31.566 -6.157 -4.958
7 HD3 PRO 777 HD3 PRO 777 31.696 -4.751 -3.877
No H/Q in entry = 7
In of MODEL 25
1 H LEU 778 H LEU 778 35.976 -5.114 -7.541
2 HA LEU 778 HA LEU 778 35.419 -4.711 -10.130
3 HB2 LEU 778 HB2 LEU 778 37.400 -5.969 -10.751
4 HB3 LEU 778 HB3 LEU 778 37.680 -5.000 -9.332
5 HG LEU 778 HG LEU 778 37.212 -7.980 -9.317
6 HD13 LEU 778 HD11 LEU 778 39.567 -8.233 -8.904
7 HD12 LEU 778 HD12 LEU 778 39.792 -6.496 -8.884
8 HD11 LEU 778 HD13 LEU 778 39.368 -7.305 -10.395
9 HD22 LEU 778 HD21 LEU 778 36.560 -6.989 -7.212
10 HD21 LEU 778 HD22 LEU 778 38.074 -6.092 -7.146
11 HD23 LEU 778 HD23 LEU 778 38.089 -7.853 -7.001
No H/Q in entry = 11
In of MODEL 25
1 H TRP 779 H TRP 779 35.166 -8.056 -8.776
2 HA TRP 779 HA TRP 779 33.575 -8.632 -11.183
3 HB2 TRP 779 HB2 TRP 779 33.950 -11.037 -10.769
4 HB3 TRP 779 HB3 TRP 779 35.493 -10.192 -10.820
5 HD1 TRP 779 HD1 TRP 779 33.052 -11.784 -8.339
6 HE1 TRP 779 HE1 TRP 779 34.301 -12.316 -6.168
7 HE3 TRP 779 HE3 TRP 779 37.602 -9.870 -9.539
8 HZ2 TRP 779 HZ2 TRP 779 36.866 -12.011 -5.153
9 HZ3 TRP 779 HZ3 TRP 779 39.398 -10.047 -7.903
10 HH2 TRP 779 HH2 TRP 779 39.032 -11.091 -5.773
No H/Q in entry = 10
In of MODEL 25
1 H GLY 780 H GLY 780 33.371 -8.041 -7.928
2 HA3 GLY 780 HA2 GLY 780 31.657 -7.935 -6.417
3 HA2 GLY 780 HA3 GLY 780 30.585 -8.026 -7.794
No H/Q in entry = 3
In of MODEL 25
1 H LYS 781 H LYS 781 29.157 -9.159 -6.439
2 HA LYS 781 HA LYS 781 29.328 -11.992 -6.723
3 HB2 LYS 781 HB2 LYS 781 30.522 -11.379 -4.485
4 HB3 LYS 781 HB3 LYS 781 28.903 -10.937 -3.953
5 HG2 LYS 781 HG2 LYS 781 29.433 -13.218 -3.244
6 HG3 LYS 781 HG3 LYS 781 28.111 -13.206 -4.417
7 HD2 LYS 781 HD2 LYS 781 29.648 -13.825 -6.206
8 HD3 LYS 781 HD3 LYS 781 31.013 -13.735 -5.095
9 HE2 LYS 781 HE2 LYS 781 30.409 -15.988 -5.479
10 HE3 LYS 781 HE3 LYS 781 30.014 -15.564 -3.805
11 HZ1 LYS 781 HZ1 LYS 781 27.653 -15.264 -4.631
12 HZ3 LYS 781 HZ2 LYS 781 28.234 -16.832 -4.679
13 HZ2 LYS 781 HZ3 LYS 781 28.159 -15.955 -6.095
No H/Q in entry = 13
In of MODEL 25
1 H CYS 782 H CYS 782 27.058 -12.579 -6.993
2 HA CYS 782 HA CYS 782 25.373 -10.292 -6.409
3 HB2 CYS 782 HB2 CYS 782 23.662 -11.286 -7.749
4 HB3 CYS 782 HB3 CYS 782 25.162 -11.181 -8.650
No H/Q in entry = 4
In of MODEL 25
1 H ASP 783 H ASP 783 23.055 -10.844 -5.759
2 HA ASP 783 HA ASP 783 22.994 -11.664 -3.091
3 HB2 ASP 783 HB2 ASP 783 21.282 -10.222 -4.095
4 HB3 ASP 783 HB3 ASP 783 20.772 -11.529 -5.144
No H/Q in entry = 4
In of MODEL 25
1 H ALA 784 H ALA 784 23.473 -13.629 -2.418
2 HA ALA 784 HA ALA 784 22.089 -15.928 -3.596
3 HB1 ALA 784 HB1 ALA 784 25.072 -15.850 -3.171
4 HB2 ALA 784 HB2 ALA 784 24.249 -15.794 -4.729
5 HB3 ALA 784 HB3 ALA 784 24.136 -17.238 -3.724
No H/Q in entry = 5
In of MODEL 25
1 H GLU 785 H GLU 785 23.576 -14.399 -0.882
2 HA GLU 785 HA GLU 785 22.962 -16.734 0.776
3 HB2 GLU 785 HB2 GLU 785 25.349 -16.215 0.680
4 HB3 GLU 785 HB3 GLU 785 25.025 -14.566 1.176
5 HG2 GLU 785 HG2 GLU 785 25.892 -15.844 3.027
6 HG3 GLU 785 HG3 GLU 785 24.220 -15.384 3.337
No H/Q in entry = 6
In of MODEL 25
1 H SER 786 H SER 786 23.321 -13.202 1.122
2 HA SER 786 HA SER 786 20.699 -12.948 2.248
3 HB2 SER 786 HB2 SER 786 21.924 -13.894 4.174
4 HB3 SER 786 HB3 SER 786 23.099 -12.589 4.070
5 HG SER 786 HG SER 786 20.613 -12.637 5.185
No H/Q in entry = 5
In of MODEL 25
1 H SER 787 H SER 787 23.915 -11.540 1.795
2 HA SER 787 HA SER 787 22.991 -8.852 1.857
3 HB2 SER 787 HB2 SER 787 25.544 -9.914 0.682
4 HB3 SER 787 HB3 SER 787 25.244 -8.331 1.401
5 HG SER 787 HG SER 787 25.067 -9.269 3.397
No H/Q in entry = 5
In of MODEL 25
1 H LYS 788 H LYS 788 22.342 -7.634 0.119
2 HA LYS 788 HA LYS 788 22.049 -8.889 -2.497
3 HB2 LYS 788 HB2 LYS 788 20.536 -7.066 -1.177
4 HB3 LYS 788 HB3 LYS 788 21.615 -5.993 -2.051
5 HG2 LYS 788 HG2 LYS 788 19.926 -8.125 -3.277
6 HG3 LYS 788 HG3 LYS 788 19.487 -6.401 -3.238
7 HD2 LYS 788 HD2 LYS 788 21.519 -6.004 -4.632
8 HD3 LYS 788 HD3 LYS 788 21.783 -7.743 -4.672
9 HE2 LYS 788 HE2 LYS 788 19.420 -6.240 -5.805
10 HE3 LYS 788 HE3 LYS 788 20.706 -7.052 -6.691
11 HZ1 LYS 788 HZ1 LYS 788 19.917 -9.188 -5.830
12 HZ3 LYS 788 HZ2 LYS 788 18.720 -8.385 -6.668
13 HZ2 LYS 788 HZ3 LYS 788 18.663 -8.413 -4.986
No H/Q in entry = 13
In of MODEL 25
1 H CYS 789 H CYS 789 23.314 -8.585 -4.163
2 HA CYS 789 HA CYS 789 25.030 -6.440 -4.435
3 HB2 CYS 789 HB2 CYS 789 26.177 -7.818 -2.643
4 HB3 CYS 789 HB3 CYS 789 26.328 -9.108 -3.829
No H/Q in entry = 4
In of MODEL 25
1 H VAL 790 H VAL 790 26.746 -7.649 -6.360
2 HA VAL 790 HA VAL 790 25.010 -8.922 -8.230
3 HB VAL 790 HB VAL 790 24.316 -6.517 -8.253
4 HG12 VAL 790 HG11 VAL 790 27.065 -6.017 -9.331
5 HG11 VAL 790 HG12 VAL 790 26.403 -5.465 -7.801
6 HG13 VAL 790 HG13 VAL 790 25.744 -4.837 -9.324
7 HG21 VAL 790 HG21 VAL 790 25.484 -7.590 -10.800
8 HG23 VAL 790 HG22 VAL 790 24.312 -6.263 -10.708
9 HG22 VAL 790 HG23 VAL 790 23.864 -7.884 -10.164
No H/Q in entry = 9
In of MODEL 25
1 H CYS 791 H CYS 791 26.356 -9.303 -10.339
2 HA CYS 791 HA CYS 791 29.218 -9.459 -9.616
3 HB2 CYS 791 HB2 CYS 791 27.872 -10.933 -11.896
4 HB3 CYS 791 HB3 CYS 791 29.403 -11.256 -11.118
No H/Q in entry = 4
In of MODEL 25
1 H ARG 792 H ARG 792 30.496 -8.084 -10.528
2 HA ARG 792 HA ARG 792 29.687 -6.642 -12.926
3 HB2 ARG 792 HB2 ARG 792 31.988 -6.297 -10.985
4 HB3 ARG 792 HB3 ARG 792 31.879 -5.390 -12.486
5 HG2 ARG 792 HG2 ARG 792 29.866 -4.336 -11.784
6 HG3 ARG 792 HG3 ARG 792 29.761 -5.361 -10.353
7 HD2 ARG 792 HD2 ARG 792 30.568 -3.077 -9.854
8 HD3 ARG 792 HD3 ARG 792 31.728 -4.322 -9.413
9 HE ARG 792 HE ARG 792 32.626 -3.652 -11.804
10 HH11 ARG 792 HH11 ARG 792 31.565 -1.500 -9.174
11 HH12 ARG 792 HH12 ARG 792 32.669 -0.268 -9.561
12 HH21 ARG 792 HH21 ARG 792 34.130 -1.986 -12.283
13 HH22 ARG 792 HH22 ARG 792 34.162 -0.526 -11.377
No H/Q in entry = 13
In of MODEL 25
1 H GLU 793 H GLU 793 30.506 -7.174 -14.874
2 HA GLU 793 HA GLU 793 31.968 -9.628 -14.841
3 HB2 GLU 793 HB2 GLU 793 30.670 -8.180 -17.121
4 HB3 GLU 793 HB3 GLU 793 31.437 -9.761 -17.231
5 HG2 GLU 793 HG2 GLU 793 29.889 -10.718 -15.689
6 HG3 GLU 793 HG3 GLU 793 29.179 -9.144 -15.350
No H/Q in entry = 6
In of MODEL 25
1 H ALA 794 H ALA 794 33.332 -9.748 -17.149
2 HA ALA 794 HA ALA 794 35.823 -8.903 -16.156
3 HB3 ALA 794 HB1 ALA 794 35.451 -11.007 -17.365
4 HB1 ALA 794 HB2 ALA 794 36.770 -10.048 -18.035
5 HB2 ALA 794 HB3 ALA 794 35.206 -10.085 -18.849
No H/Q in entry = 5
In of MODEL 25
1 H SER 795 H SER 795 33.632 -7.266 -18.105
2 HA SER 795 HA SER 795 35.761 -5.715 -19.252
3 HB2 SER 795 HB2 SER 795 32.781 -5.493 -19.667
4 HB3 SER 795 HB3 SER 795 34.008 -4.636 -20.601
5 HG SER 795 HG SER 795 33.206 -7.270 -20.672
No H/Q in entry = 5
In of MODEL 25
1 H GLU 796 H GLU 796 33.732 -5.709 -16.537
2 HA GLU 796 HA GLU 796 33.690 -2.773 -16.215
3 HB2 GLU 796 HB2 GLU 796 31.968 -4.888 -14.918
4 HB3 GLU 796 HB3 GLU 796 31.783 -3.150 -14.757
5 HG2 GLU 796 HG2 GLU 796 31.411 -4.741 -17.284
6 HG3 GLU 796 HG3 GLU 796 30.126 -4.119 -16.251
No H/Q in entry = 6
In of MODEL 25
1 H CYS 797 H CYS 797 35.844 -4.811 -15.476
2 HA CYS 797 HA CYS 797 35.724 -5.365 -12.724
3 HB2 CYS 797 HB2 CYS 797 38.290 -5.140 -14.293
4 HB3 CYS 797 HB3 CYS 797 37.926 -6.127 -12.879
No H/Q in entry = 4
In of MODEL 25
1 H GLU 798 H GLU 798 37.915 -3.095 -14.340
2 HA GLU 798 HA GLU 798 39.205 -1.413 -13.591
3 HB2 GLU 798 HB2 GLU 798 37.153 -0.162 -13.641
4 HB3 GLU 798 HB3 GLU 798 36.660 -0.801 -12.085
5 HG2 GLU 798 HG2 GLU 798 37.340 1.512 -11.914
6 HG3 GLU 798 HG3 GLU 798 38.423 0.478 -10.987
No H/Q in entry = 6
In of MODEL 25
1 H GLU 799 H GLU 799 40.603 -2.931 -12.685
2 HA GLU 799 HA GLU 799 41.755 -2.307 -10.294
3 HB2 GLU 799 HB2 GLU 799 39.653 -3.336 -9.280
4 HB3 GLU 799 HB3 GLU 799 40.103 -4.852 -10.044
5 HG2 GLU 799 HG2 GLU 799 40.653 -4.699 -7.627
6 HG3 GLU 799 HG3 GLU 799 42.043 -5.038 -8.662
No H/Q in entry = 6
In of MODEL 25
1 H GLU 800 H GLU 800 43.547 -3.956 -9.824
2 HA GLU 800 HA GLU 800 44.709 -4.753 -12.268
3 HB2 GLU 800 HB2 GLU 800 45.505 -5.602 -9.466
4 HB3 GLU 800 HB3 GLU 800 46.448 -5.946 -10.903
5 HG2 GLU 800 HG2 GLU 800 46.626 -3.462 -11.249
6 HG3 GLU 800 HG3 GLU 800 45.883 -3.259 -9.666
No H/Q in entry = 6
In of MODEL 25
1 H GLY 801 H GLY 801 44.070 -7.146 -9.619
2 HA3 GLY 801 HA2 GLY 801 43.149 -9.155 -9.748
3 HA2 GLY 801 HA3 GLY 801 42.706 -8.850 -11.420
No H/Q in entry = 3
In of MODEL 25
1 H PHE 802 H PHE 802 44.366 -10.829 -9.635
2 HA PHE 802 HA PHE 802 46.866 -11.103 -10.959
3 HB2 PHE 802 HB2 PHE 802 45.254 -12.892 -9.171
4 HB3 PHE 802 HB3 PHE 802 46.701 -13.490 -9.965
5 HD1 PHE 802 HD1 PHE 802 46.330 -10.038 -8.688
6 HD2 PHE 802 HD2 PHE 802 47.948 -13.913 -7.995
7 HE1 PHE 802 HE1 PHE 802 47.707 -9.152 -6.888
8 HE2 PHE 802 HE2 PHE 802 49.306 -13.053 -6.226
9 HZ PHE 802 HZ PHE 802 49.211 -10.649 -5.633
No H/Q in entry = 9
In of MODEL 25
1 H SER 803 H SER 803 47.346 -13.401 -11.878
2 HA SER 803 HA SER 803 45.322 -14.058 -13.847
3 HB2 SER 803 HB2 SER 803 47.471 -14.890 -15.124
4 HB3 SER 803 HB3 SER 803 47.032 -13.186 -15.158
5 HG SER 803 HG SER 803 49.306 -14.229 -14.344
No H/Q in entry = 5
In of MODEL 25
1 H ILE 804 H ILE 804 44.473 -15.973 -13.527
2 HA ILE 804 HA ILE 804 46.008 -17.885 -11.929
3 HB ILE 804 HB ILE 804 44.052 -18.654 -10.753
4 HG12 ILE 804 HG12 ILE 804 42.342 -18.252 -12.562
5 HG13 ILE 804 HG13 ILE 804 41.813 -17.766 -10.964
6 HG23 ILE 804 HG21 ILE 804 45.202 -16.814 -9.724
7 HG22 ILE 804 HG22 ILE 804 43.470 -16.679 -9.406
8 HG21 ILE 804 HG23 ILE 804 44.226 -15.659 -10.631
9 HD13 ILE 804 HD11 ILE 804 41.089 -16.151 -12.570
10 HD12 ILE 804 HD12 ILE 804 42.707 -15.973 -13.213
11 HD11 ILE 804 HD13 ILE 804 42.346 -15.417 -11.574
No H/Q in entry = 11
In of MODEL 25
1 H CYS 805 H CYS 805 44.864 -20.138 -12.035
2 HA CYS 805 HA CYS 805 44.673 -20.745 -14.904
3 HB2 CYS 805 HB2 CYS 805 46.626 -21.603 -13.426
4 HB3 CYS 805 HB3 CYS 805 45.409 -22.620 -12.663
No H/Q in entry = 4
In of MODEL 25
1 H VAL 806 H VAL 806 42.615 -21.286 -15.451
2 HA VAL 806 HA VAL 806 41.160 -22.781 -13.425
3 HB VAL 806 HB VAL 806 40.440 -20.411 -13.464
4 HG13 VAL 806 HG11 VAL 806 40.999 -19.886 -15.651
5 HG12 VAL 806 HG12 VAL 806 39.295 -19.528 -15.354
6 HG11 VAL 806 HG13 VAL 806 39.760 -20.961 -16.278
7 HG23 VAL 806 HG21 VAL 806 38.352 -22.251 -14.594
8 HG22 VAL 806 HG22 VAL 806 38.063 -20.745 -13.710
9 HG21 VAL 806 HG23 VAL 806 38.785 -22.128 -12.892
No H/Q in entry = 9
In of MODEL 25
1 H GLU 807 H GLU 807 40.173 -24.550 -14.126
2 HA GLU 807 HA GLU 807 40.561 -25.361 -16.848
3 HB2 GLU 807 HB2 GLU 807 40.954 -26.947 -15.032
4 HB3 GLU 807 HB3 GLU 807 39.294 -26.786 -14.499
5 HG2 GLU 807 HG2 GLU 807 38.575 -27.655 -16.712
6 HG3 GLU 807 HG3 GLU 807 40.275 -27.923 -17.082
No H/Q in entry = 6
In of MODEL 25
1 H VAL 808 H VAL 808 39.299 -24.580 -18.206
2 HA VAL 808 HA VAL 808 36.408 -24.617 -17.821
3 HB VAL 808 HB VAL 808 37.994 -22.470 -19.207
4 HG13 VAL 808 HG11 VAL 808 35.918 -21.298 -19.528
5 HG12 VAL 808 HG12 VAL 808 35.043 -22.656 -18.798
6 HG11 VAL 808 HG13 VAL 808 35.927 -22.882 -20.314
7 HG21 VAL 808 HG21 VAL 808 38.217 -22.253 -16.851
8 HG23 VAL 808 HG22 VAL 808 36.470 -22.313 -16.661
9 HG22 VAL 808 HG23 VAL 808 37.219 -20.951 -17.497
No H/Q in entry = 9
In of MODEL 25
1 H ASN 809 H ASN 809 35.545 -25.812 -19.442
2 HA ASN 809 HA ASN 809 35.204 -26.858 -21.424
3 HB2 ASN 809 HB2 ASN 809 37.424 -25.022 -22.357
4 HB3 ASN 809 HB3 ASN 809 36.757 -26.231 -23.426
5 HD21 ASN 809 HD21 ASN 809 34.775 -24.543 -21.121
6 HD22 ASN 809 HD22 ASN 809 33.930 -23.553 -22.238
No H/Q in entry = 6
In of MODEL 25
1 H GLY 810 H GLY 810 37.123 -27.578 -19.295
2 HA3 GLY 810 HA2 GLY 810 38.163 -29.628 -18.869
3 HA2 GLY 810 HA3 GLY 810 38.192 -29.922 -20.608
No H/Q in entry = 3
In of MODEL 25
1 H LYS 811 H LYS 811 39.285 -27.007 -20.552
2 HA LYS 811 HA LYS 811 42.097 -27.843 -20.486
3 HB2 LYS 811 HB2 LYS 811 40.717 -25.533 -21.829
4 HB3 LYS 811 HB3 LYS 811 42.438 -25.886 -21.886
5 HG2 LYS 811 HG2 LYS 811 42.052 -27.884 -23.128
6 HG3 LYS 811 HG3 LYS 811 40.303 -27.728 -22.925
7 HD2 LYS 811 HD2 LYS 811 41.085 -26.995 -25.144
8 HD3 LYS 811 HD3 LYS 811 40.280 -25.716 -24.234
9 HE2 LYS 811 HE2 LYS 811 42.466 -24.800 -23.585
10 HE3 LYS 811 HE3 LYS 811 43.268 -26.094 -24.471
11 HZ2 LYS 811 HZ1 LYS 811 43.208 -24.018 -25.693
12 HZ1 LYS 811 HZ2 LYS 811 41.520 -24.015 -25.656
13 HZ3 LYS 811 HZ3 LYS 811 42.338 -25.211 -26.503
No H/Q in entry = 13
In of MODEL 25
1 H GLU 812 H GLU 812 43.553 -26.493 -19.434
2 HA GLU 812 HA GLU 812 42.338 -24.680 -17.492
3 HB2 GLU 812 HB2 GLU 812 45.174 -25.688 -17.760
4 HB3 GLU 812 HB3 GLU 812 44.586 -24.633 -16.488
5 HG2 GLU 812 HG2 GLU 812 43.100 -26.395 -15.706
6 HG3 GLU 812 HG3 GLU 812 43.682 -27.451 -16.994
No H/Q in entry = 6
In of MODEL 25
1 H GLN 813 H GLN 813 42.090 -22.751 -18.075
2 HA GLN 813 HA GLN 813 44.020 -21.608 -19.942
3 HB2 GLN 813 HB2 GLN 813 41.939 -21.808 -21.005
4 HB3 GLN 813 HB3 GLN 813 41.059 -21.129 -19.639
5 HG2 GLN 813 HG2 GLN 813 42.032 -19.010 -20.044
6 HG3 GLN 813 HG3 GLN 813 43.032 -19.644 -21.362
7 HE21 GLN 813 HE21 GLN 813 39.877 -18.636 -20.440
8 HE22 GLN 813 HE22 GLN 813 39.115 -18.753 -21.982
No H/Q in entry = 8
In of MODEL 25
1 H THR 814 H THR 814 45.030 -19.826 -19.347
2 HA THR 814 HA THR 814 44.724 -18.861 -16.649
3 HB THR 814 HB THR 814 46.238 -17.575 -18.841
4 HG1 THR 814 HG1 THR 814 47.920 -18.923 -18.610
5 HG23 THR 814 HG21 THR 814 47.774 -16.884 -17.043
6 HG22 THR 814 HG22 THR 814 46.742 -17.725 -15.881
7 HG21 THR 814 HG23 THR 814 46.116 -16.344 -16.781
No H/Q in entry = 7
In of MODEL 25
1 H MET 815 H MET 815 43.354 -17.354 -16.185
2 HA MET 815 HA MET 815 42.802 -15.274 -18.143
3 HB2 MET 815 HB2 MET 815 40.408 -15.240 -17.327
4 HB3 MET 815 HB3 MET 815 40.845 -16.594 -18.349
5 HG2 MET 815 HG2 MET 815 41.150 -17.943 -16.492
6 HG3 MET 815 HG3 MET 815 40.697 -16.704 -15.349
7 HE2 MET 815 HE1 MET 815 37.944 -18.988 -18.284
8 HE1 MET 815 HE2 MET 815 39.612 -19.339 -17.828
9 HE3 MET 815 HE3 MET 815 39.262 -17.946 -18.855
No H/Q in entry = 9
In of MODEL 25
1 H SER 816 H SER 816 41.523 -13.476 -16.938
2 HA SER 816 HA SER 816 43.353 -12.714 -14.856
3 HB2 SER 816 HB2 SER 816 41.050 -11.186 -16.086
4 HB3 SER 816 HB3 SER 816 42.324 -10.536 -15.047
5 HG SER 816 HG SER 816 42.580 -10.298 -17.403
No H/Q in entry = 5
In of MODEL 25
1 H GLU 817 H GLU 817 42.694 -11.938 -12.846
2 HA GLU 817 HA GLU 817 41.137 -13.679 -11.395
3 HB2 GLU 817 HB2 GLU 817 43.018 -12.151 -10.674
4 HB3 GLU 817 HB3 GLU 817 41.807 -10.881 -10.651
5 HG2 GLU 817 HG2 GLU 817 40.690 -11.773 -8.827
6 HG3 GLU 817 HG3 GLU 817 41.449 -13.356 -9.042
No H/Q in entry = 6
In of MODEL 25
1 H CYS 818 H CYS 818 40.281 -10.381 -12.537
2 HA CYS 818 HA CYS 818 37.754 -10.513 -11.256
3 HB2 CYS 818 HB2 CYS 818 37.165 -8.487 -12.388
4 HB3 CYS 818 HB3 CYS 818 38.872 -8.372 -11.980
No H/Q in entry = 4
In of MODEL 25
1 H GLU 819 H GLU 819 38.969 -11.568 -14.256
2 HA GLU 819 HA GLU 819 36.531 -11.867 -15.650
3 HB2 GLU 819 HB2 GLU 819 38.792 -11.754 -16.695
4 HB3 GLU 819 HB3 GLU 819 39.158 -13.293 -15.964
5 HG2 GLU 819 HG2 GLU 819 37.520 -14.394 -17.311
6 HG3 GLU 819 HG3 GLU 819 36.984 -12.845 -17.971
No H/Q in entry = 6
In of MODEL 25
1 H ALA 820 H ALA 820 38.704 -14.266 -14.169
2 HA ALA 820 HA ALA 820 37.037 -16.454 -14.342
3 HB3 ALA 820 HB1 ALA 820 39.050 -15.874 -12.184
4 HB1 ALA 820 HB2 ALA 820 39.385 -16.620 -13.752
5 HB2 ALA 820 HB3 ALA 820 38.387 -17.463 -12.568
No H/Q in entry = 5
In of MODEL 25
1 H GLY 821 H GLY 821 37.341 -14.010 -11.819
2 HA3 GLY 821 HA2 GLY 821 35.607 -15.125 -9.904
3 HA2 GLY 821 HA3 GLY 821 36.045 -13.428 -10.041
No H/Q in entry = 3
In of MODEL 25
1 H ALA 822 H ALA 822 35.016 -12.810 -12.521
2 HA ALA 822 HA ALA 822 32.331 -12.352 -11.823
3 HB2 ALA 822 HB1 ALA 822 33.665 -11.924 -14.501
4 HB1 ALA 822 HB2 ALA 822 33.619 -10.763 -13.174
5 HB3 ALA 822 HB3 ALA 822 32.117 -11.277 -13.950
No H/Q in entry = 5
In of MODEL 25
1 H LEU 823 H LEU 823 33.827 -14.565 -14.158
2 HA LEU 823 HA LEU 823 31.347 -15.555 -15.109
3 HB2 LEU 823 HB2 LEU 823 34.123 -16.779 -15.151
4 HB3 LEU 823 HB3 LEU 823 32.753 -17.673 -15.695
5 HG LEU 823 HG LEU 823 33.866 -16.807 -17.616
6 HD12 LEU 823 HD11 LEU 823 31.329 -15.273 -17.188
7 HD11 LEU 823 HD12 LEU 823 31.481 -16.924 -17.783
8 HD13 LEU 823 HD13 LEU 823 32.112 -15.583 -18.735
9 HD21 LEU 823 HD21 LEU 823 33.500 -14.039 -16.476
10 HD23 LEU 823 HD22 LEU 823 34.113 -14.419 -18.088
11 HD22 LEU 823 HD23 LEU 823 35.030 -14.896 -16.664
No H/Q in entry = 11
In of MODEL 25
1 H ARG 824 H ARG 824 33.366 -16.417 -12.367
2 HA ARG 824 HA ARG 824 31.830 -18.737 -11.649
3 HB2 ARG 824 HB2 ARG 824 34.274 -18.406 -11.064
4 HB3 ARG 824 HB3 ARG 824 33.777 -17.177 -9.917
5 HG2 ARG 824 HG2 ARG 824 32.609 -18.791 -8.582
6 HG3 ARG 824 HG3 ARG 824 32.864 -20.048 -9.785
7 HD2 ARG 824 HD2 ARG 824 34.439 -20.426 -8.043
8 HD3 ARG 824 HD3 ARG 824 35.321 -19.787 -9.411
9 HE ARG 824 HE ARG 824 34.875 -17.559 -8.050
10 HH11 ARG 824 HH11 ARG 824 36.027 -20.712 -6.902
11 HH12 ARG 824 HH12 ARG 824 37.014 -20.115 -5.662
12 HH21 ARG 824 HH21 ARG 824 36.264 -16.680 -6.260
13 HH22 ARG 824 HH22 ARG 824 37.135 -17.759 -5.270
No H/Q in entry = 13
In of MODEL 25
1 H CYS 825 H CYS 825 31.297 -15.454 -11.375
2 HA CYS 825 HA CYS 825 29.687 -15.660 -8.962
3 HB2 CYS 825 HB2 CYS 825 31.179 -13.632 -9.499
4 HB3 CYS 825 HB3 CYS 825 30.059 -13.297 -10.802
No H/Q in entry = 4
In of MODEL 25
1 H ARG 826 H ARG 826 29.562 -15.194 -12.384
2 HA ARG 826 HA ARG 826 26.869 -14.525 -12.690
3 HB2 ARG 826 HB2 ARG 826 29.057 -14.374 -14.189
4 HB3 ARG 826 HB3 ARG 826 28.389 -15.859 -14.847
5 HG2 ARG 826 HG2 ARG 826 26.344 -14.738 -15.395
6 HG3 ARG 826 HG3 ARG 826 26.955 -13.280 -14.602
7 HD2 ARG 826 HD2 ARG 826 27.308 -12.947 -16.943
8 HD3 ARG 826 HD3 ARG 826 28.847 -13.273 -16.194
9 HE ARG 826 HE ARG 826 27.897 -15.697 -17.132
10 HH11 ARG 826 HH11 ARG 826 28.839 -12.513 -18.488
11 HH12 ARG 826 HH12 ARG 826 29.341 -13.135 -19.976
12 HH21 ARG 826 HH21 ARG 826 28.624 -16.547 -19.224
13 HH22 ARG 826 HH22 ARG 826 29.248 -15.505 -20.415
No H/Q in entry = 13
In of MODEL 25
1 H GLY 827 H GLY 827 28.648 -17.560 -13.074
2 HA3 GLY 827 HA2 GLY 827 27.283 -19.548 -12.248
3 HA2 GLY 827 HA3 GLY 827 26.044 -18.904 -13.327
No H/Q in entry = 3
In of MODEL 25
1 H GLN 828 H GLN 828 29.399 -18.837 -14.174
2 HA GLN 828 HA GLN 828 28.833 -20.537 -16.461
3 HB2 GLN 828 HB2 GLN 828 29.951 -18.377 -16.819
4 HB3 GLN 828 HB3 GLN 828 31.205 -18.850 -15.687
5 HG2 GLN 828 HG2 GLN 828 31.977 -19.024 -18.010
6 HG3 GLN 828 HG3 GLN 828 31.947 -20.581 -17.183
7 HE21 GLN 828 HE21 GLN 828 29.005 -19.132 -18.353
8 HE22 GLN 828 HE22 GLN 828 28.752 -20.247 -19.630
No H/Q in entry = 8
In of MODEL 25
1 H SER 829 H SER 829 30.215 -22.336 -16.934
2 HA SER 829 HA SER 829 31.082 -23.687 -14.546
3 HB2 SER 829 HB2 SER 829 31.017 -24.624 -17.410
4 HB3 SER 829 HB3 SER 829 31.121 -25.620 -15.950
5 HG SER 829 HG SER 829 29.067 -24.250 -15.485
No H/Q in entry = 5
In of MODEL 25
1 H ILE 830 H ILE 830 33.002 -23.177 -13.876
2 HA ILE 830 HA ILE 830 35.378 -23.367 -15.581
3 HB ILE 830 HB ILE 830 36.363 -21.363 -14.672
4 HG12 ILE 830 HG12 ILE 830 35.343 -21.412 -12.366
5 HG13 ILE 830 HG13 ILE 830 35.369 -19.811 -13.046
6 HG21 ILE 830 HG21 ILE 830 33.631 -20.670 -15.675
7 HG23 ILE 830 HG22 ILE 830 35.120 -20.872 -16.615
8 HG22 ILE 830 HG23 ILE 830 34.954 -19.511 -15.505
9 HD13 ILE 830 HD11 ILE 830 33.009 -19.990 -13.587
10 HD12 ILE 830 HD12 ILE 830 33.316 -20.251 -11.869
11 HD11 ILE 830 HD13 ILE 830 32.975 -21.624 -12.921
No H/Q in entry = 11
In of MODEL 25
1 H SER 831 H SER 831 37.130 -24.100 -14.212
2 HA SER 831 HA SER 831 36.362 -24.702 -11.463
3 HB2 SER 831 HB2 SER 831 37.711 -26.443 -13.493
4 HB3 SER 831 HB3 SER 831 37.475 -26.851 -11.793
5 HG SER 831 HG SER 831 35.252 -25.989 -13.148
No H/Q in entry = 5
In of MODEL 25
1 H VAL 832 H VAL 832 37.748 -23.371 -10.342
2 HA VAL 832 HA VAL 832 40.269 -22.555 -11.442
3 HB VAL 832 HB VAL 832 39.288 -22.239 -8.593
4 HG11 VAL 832 HG11 VAL 832 41.692 -21.921 -8.802
5 HG13 VAL 832 HG12 VAL 832 40.905 -20.376 -8.468
6 HG12 VAL 832 HG13 VAL 832 41.450 -20.756 -10.102
7 HG21 VAL 832 HG21 VAL 832 39.032 -20.330 -10.924
8 HG23 VAL 832 HG22 VAL 832 38.598 -19.961 -9.256
9 HG22 VAL 832 HG23 VAL 832 37.715 -21.205 -10.143
No H/Q in entry = 9
In of MODEL 25
1 H THR 833 H THR 833 41.803 -24.040 -11.689
2 HA THR 833 HA THR 833 42.043 -26.185 -9.816
3 HB THR 833 HB THR 833 43.880 -26.860 -11.451
4 HG1 THR 833 HG1 THR 833 43.993 -25.766 -13.351
5 HG21 THR 833 HG21 THR 833 41.612 -27.819 -11.525
6 HG23 THR 833 HG22 THR 833 42.264 -27.620 -13.150
7 HG22 THR 833 HG23 THR 833 41.078 -26.473 -12.530
No H/Q in entry = 7
In of MODEL 25
1 H SER 834 H SER 834 43.789 -23.292 -10.809
2 HA SER 834 HA SER 834 45.334 -23.497 -8.388
3 HB2 SER 834 HB2 SER 834 46.659 -23.264 -11.100
4 HB3 SER 834 HB3 SER 834 47.482 -23.073 -9.554
5 HG SER 834 HG SER 834 46.617 -25.331 -10.862
No H/Q in entry = 5
In of MODEL 25
1 H ILE 835 H ILE 835 46.058 -21.538 -7.635
2 HA ILE 835 HA ILE 835 44.764 -19.178 -8.686
3 HB ILE 835 HB ILE 835 45.783 -18.039 -6.756
4 HG12 ILE 835 HG12 ILE 835 47.125 -20.721 -6.285
5 HG13 ILE 835 HG13 ILE 835 47.898 -19.194 -6.686
6 HG21 ILE 835 HG21 ILE 835 43.650 -19.182 -6.495
7 HG23 ILE 835 HG22 ILE 835 44.602 -19.300 -5.011
8 HG22 ILE 835 HG23 ILE 835 44.491 -20.683 -6.101
9 HD12 ILE 835 HD11 ILE 835 48.158 -19.778 -4.406
10 HD11 ILE 835 HD12 ILE 835 46.400 -19.783 -4.192
11 HD13 ILE 835 HD13 ILE 835 47.249 -18.279 -4.599
No H/Q in entry = 11
In of MODEL 25
1 H ARG 836 H ARG 836 47.362 -20.809 -9.438
2 HA ARG 836 HA ARG 836 49.286 -18.678 -10.054
3 HB2 ARG 836 HB2 ARG 836 49.466 -21.664 -10.454
4 HB3 ARG 836 HB3 ARG 836 50.788 -20.509 -10.528
5 HG2 ARG 836 HG2 ARG 836 50.620 -20.072 -8.184
6 HG3 ARG 836 HG3 ARG 836 49.169 -21.072 -8.058
7 HD2 ARG 836 HD2 ARG 836 50.517 -22.956 -8.870
8 HD3 ARG 836 HD3 ARG 836 51.957 -21.937 -8.722
9 HE ARG 836 HE ARG 836 50.832 -21.725 -6.297
10 HH11 ARG 836 HH11 ARG 836 51.808 -24.509 -8.228
11 HH12 ARG 836 HH12 ARG 836 52.040 -25.550 -6.905
12 HH21 ARG 836 HH21 ARG 836 51.085 -23.181 -4.437
13 HH22 ARG 836 HH22 ARG 836 51.595 -24.772 -4.696
No H/Q in entry = 13
In of MODEL 25
1 HA PRO 837 HA PRO 837 47.679 -18.766 -14.303
2 HB2 PRO 837 HB2 PRO 837 50.400 -18.352 -15.341
3 HB3 PRO 837 HB3 PRO 837 48.994 -17.313 -15.465
4 HG2 PRO 837 HG2 PRO 837 51.087 -16.692 -13.872
5 HG3 PRO 837 HG3 PRO 837 49.425 -16.216 -13.506
6 HD2 PRO 837 HD2 PRO 837 51.083 -18.383 -12.309
7 HD3 PRO 837 HD3 PRO 837 49.864 -17.340 -11.559
No H/Q in entry = 7
In of MODEL 25
1 H CYS 838 H CYS 838 47.808 -20.046 -16.351
2 HA CYS 838 HA CYS 838 48.840 -22.750 -15.839
3 HB2 CYS 838 HB2 CYS 838 47.287 -21.821 -18.255
4 HB3 CYS 838 HB3 CYS 838 47.450 -23.449 -17.639
No H/Q in entry = 4
In of MODEL 25
1 H ALA 839 H ALA 839 49.509 -23.776 -18.087
2 HA ALA 839 HA ALA 839 51.290 -21.968 -19.522
3 HB2 ALA 839 HB1 ALA 839 51.067 -25.000 -19.552
4 HB1 ALA 839 HB2 ALA 839 52.330 -24.069 -18.741
5 HB3 ALA 839 HB3 ALA 839 52.224 -24.065 -20.503
No H/Q in entry = 5
In of MODEL 25
1 H ALA 840 H ALA 840 49.160 -21.071 -20.131
2 HA ALA 840 HA ALA 840 48.008 -22.431 -22.477
3 HB2 ALA 840 HB1 ALA 840 46.544 -22.815 -20.560
4 HB3 ALA 840 HB2 ALA 840 45.784 -21.751 -21.744
5 HB1 ALA 840 HB3 ALA 840 46.472 -21.077 -20.267
No H/Q in entry = 5
In of MODEL 25
1 H GLU 841 H GLU 841 49.952 -20.376 -22.338
2 HA GLU 841 HA GLU 841 48.602 -17.861 -22.769
3 HB2 GLU 841 HB2 GLU 841 51.517 -18.506 -23.206
4 HB3 GLU 841 HB3 GLU 841 50.794 -16.921 -22.977
5 HG2 GLU 841 HG2 GLU 841 51.053 -19.099 -20.921
6 HG3 GLU 841 HG3 GLU 841 51.948 -17.587 -20.981
No H/Q in entry = 6
In of MODEL 25
1 H THR 842 H THR 842 48.915 -20.502 -24.525
2 HA THR 842 HA THR 842 49.197 -19.201 -27.116
3 HB THR 842 HB THR 842 50.514 -21.256 -26.857
4 HG1 THR 842 HG1 THR 842 48.363 -21.358 -28.678
5 HG23 THR 842 HG21 THR 842 49.474 -23.466 -26.458
6 HG22 THR 842 HG22 THR 842 47.918 -22.675 -26.208
7 HG21 THR 842 HG23 THR 842 49.248 -22.375 -25.091
No H/Q in entry = 7
In of MODEL 25
1 H GLN 843 H GLN 843 47.393 -18.918 -28.390
2 HA GLN 843 HA GLN 843 44.859 -19.336 -27.058
3 HB2 GLN 843 HB2 GLN 843 45.445 -17.134 -28.079
4 HB3 GLN 843 HB3 GLN 843 45.443 -17.903 -29.658
5 HG2 GLN 843 HG2 GLN 843 43.359 -16.741 -29.329
6 HG3 GLN 843 HG3 GLN 843 43.075 -18.478 -29.353
7 HE21 GLN 843 HE21 GLN 843 41.162 -18.293 -28.225
8 HE22 GLN 843 HE22 GLN 843 41.103 -17.919 -26.539
No H/Q in entry = 8
In of MODEL 26
1 H1 GLY 689 H1 GLY 689 66.627 -15.306 -32.256
2 H2 GLY 689 H3 GLY 689 67.807 -14.111 -32.079
3 H3 GLY 689 H2 GLY 689 68.242 -15.671 -32.572
4 HA2 GLY 689 HA2 GLY 689 67.134 -14.935 -29.942
5 HA3 GLY 689 HA3 GLY 689 68.801 -15.384 -30.280
No H/Q in entry = 5
In of MODEL 26
1 H SER 690 H SER 690 68.782 -17.157 -28.944
2 HA SER 690 HA SER 690 67.142 -19.441 -29.816
3 HB2 SER 690 HB2 SER 690 69.618 -19.593 -30.284
4 HB3 SER 690 HB3 SER 690 69.918 -19.438 -28.561
5 HG SER 690 HG SER 690 68.294 -21.492 -29.637
No H/Q in entry = 5
In of MODEL 26
1 H HIS 691 H HIS 691 66.530 -17.318 -27.864
2 HA HIS 691 HA HIS 691 65.645 -16.980 -25.832
3 HB2 HIS 691 HB2 HIS 691 65.311 -19.980 -25.944
4 HB3 HIS 691 HB3 HIS 691 64.685 -19.003 -24.618
5 HD1 HIS 691 HD1 HIS 691 62.463 -17.846 -25.003
6 HD2 HIS 691 HD2 HIS 691 64.065 -19.467 -28.478
7 HE1 HIS 691 HE1 HIS 691 60.677 -17.620 -26.734
8 HE2 HIS 691 HE2 HIS 691 61.564 -18.924 -28.688
No H/Q in entry = 8
In of MODEL 26
1 H MET 692 H MET 692 68.483 -17.310 -26.041
2 HA MET 692 HA MET 692 69.378 -18.488 -23.573
3 HB2 MET 692 HB2 MET 692 70.759 -16.563 -25.456
4 HB3 MET 692 HB3 MET 692 71.538 -17.329 -24.082
5 HG2 MET 692 HG2 MET 692 71.136 -19.528 -25.096
6 HG3 MET 692 HG3 MET 692 70.384 -18.741 -26.477
7 HE1 MET 692 HE1 MET 692 72.750 -20.853 -26.704
8 HE3 MET 692 HE2 MET 692 73.771 -20.091 -27.924
9 HE2 MET 692 HE3 MET 692 72.018 -20.074 -28.108
No H/Q in entry = 9
In of MODEL 26
1 H ASN 693 H ASN 693 68.133 -15.517 -24.630
2 HA ASN 693 HA ASN 693 67.978 -14.603 -21.916
3 HB2 ASN 693 HB2 ASN 693 68.671 -12.294 -22.447
4 HB3 ASN 693 HB3 ASN 693 69.985 -13.401 -22.784
5 HD21 ASN 693 HD21 ASN 693 69.435 -10.711 -23.749
6 HD22 ASN 693 HD22 ASN 693 69.423 -10.774 -25.464
No H/Q in entry = 6
In of MODEL 26
1 HA PRO 694 HA PRO 694 63.905 -13.786 -23.644
2 HB2 PRO 694 HB2 PRO 694 63.438 -12.366 -21.100
3 HB3 PRO 694 HB3 PRO 694 62.583 -13.763 -21.749
4 HG2 PRO 694 HG2 PRO 694 64.217 -13.965 -19.621
5 HG3 PRO 694 HG3 PRO 694 64.045 -15.273 -20.802
6 HD2 PRO 694 HD2 PRO 694 66.241 -13.262 -20.506
7 HD3 PRO 694 HD3 PRO 694 66.321 -14.995 -20.906
No H/Q in entry = 7
In of MODEL 26
1 H LEU 695 H LEU 695 63.875 -12.170 -25.062
2 HA LEU 695 HA LEU 695 65.470 -9.886 -25.002
3 HB2 LEU 695 HB2 LEU 695 64.156 -11.079 -26.941
4 HB3 LEU 695 HB3 LEU 695 62.878 -9.966 -26.524
5 HG LEU 695 HG LEU 695 65.622 -9.289 -27.594
6 HD13 LEU 695 HD11 LEU 695 64.396 -8.435 -29.512
7 HD12 LEU 695 HD12 LEU 695 62.886 -8.983 -28.789
8 HD11 LEU 695 HD13 LEU 695 64.116 -10.156 -29.256
9 HD23 LEU 695 HD21 LEU 695 64.880 -6.943 -27.672
10 HD22 LEU 695 HD22 LEU 695 64.957 -7.541 -26.016
11 HD21 LEU 695 HD23 LEU 695 63.399 -7.388 -26.827
No H/Q in entry = 11
In of MODEL 26
1 H THR 696 H THR 696 65.317 -8.570 -23.325
2 HA THR 696 HA THR 696 62.751 -7.282 -22.750
3 HB THR 696 HB THR 696 64.935 -8.015 -20.796
4 HG1 THR 696 HG1 THR 696 63.771 -9.822 -21.536
5 HG23 THR 696 HG21 THR 696 63.360 -7.339 -19.077
6 HG22 THR 696 HG22 THR 696 62.153 -6.961 -20.302
7 HG21 THR 696 HG23 THR 696 63.631 -6.001 -20.193
No H/Q in entry = 7
In of MODEL 26
1 H GLN 697 H GLN 697 62.934 -5.108 -22.983
2 HA GLN 697 HA GLN 697 65.478 -3.846 -23.318
3 HB2 GLN 697 HB2 GLN 697 62.683 -2.698 -23.084
4 HB3 GLN 697 HB3 GLN 697 64.104 -1.714 -23.366
5 HG2 GLN 697 HG2 GLN 697 62.935 -2.028 -25.429
6 HG3 GLN 697 HG3 GLN 697 64.449 -2.919 -25.499
7 HE21 GLN 697 HE21 GLN 697 63.714 -4.271 -27.093
8 HE22 GLN 697 HE22 GLN 697 62.520 -5.489 -26.811
No H/Q in entry = 8
In of MODEL 26
1 H ALA 698 H ALA 698 63.017 -2.624 -21.220
2 HA ALA 698 HA ALA 698 64.225 -3.410 -18.778
3 HB2 ALA 698 HB1 ALA 698 64.391 -0.451 -19.371
4 HB1 ALA 698 HB2 ALA 698 65.794 -1.523 -19.378
5 HB3 ALA 698 HB3 ALA 698 64.877 -1.267 -17.889
No H/Q in entry = 5
In of MODEL 26
1 H VAL 699 H VAL 699 62.316 -4.314 -18.647
2 HA VAL 699 HA VAL 699 60.371 -2.482 -17.648
3 HB VAL 699 HB VAL 699 58.820 -4.275 -18.236
4 HG13 VAL 699 HG11 VAL 699 58.844 -2.194 -19.544
5 HG12 VAL 699 HG12 VAL 699 58.585 -3.525 -20.672
6 HG11 VAL 699 HG13 VAL 699 60.184 -2.795 -20.518
7 HG21 VAL 699 HG21 VAL 699 60.285 -6.105 -18.726
8 HG23 VAL 699 HG22 VAL 699 61.016 -5.205 -20.055
9 HG22 VAL 699 HG23 VAL 699 59.343 -5.754 -20.178
No H/Q in entry = 9
In of MODEL 26
1 HA PRO 700 HA PRO 700 61.108 -4.837 -13.997
2 HB2 PRO 700 HB2 PRO 700 58.816 -4.389 -12.644
3 HB3 PRO 700 HB3 PRO 700 60.073 -3.166 -12.851
4 HG2 PRO 700 HG2 PRO 700 57.497 -3.512 -14.344
5 HG3 PRO 700 HG3 PRO 700 58.245 -2.012 -13.775
6 HD2 PRO 700 HD2 PRO 700 58.399 -2.873 -16.350
7 HD3 PRO 700 HD3 PRO 700 59.657 -1.891 -15.588
No H/Q in entry = 7
In of MODEL 26
1 H LYS 701 H LYS 701 60.795 -6.876 -13.299
2 HA LYS 701 HA LYS 701 58.493 -8.263 -14.468
3 HB2 LYS 701 HB2 LYS 701 61.007 -9.659 -13.537
4 HB3 LYS 701 HB3 LYS 701 59.660 -10.356 -14.409
5 HG2 LYS 701 HG2 LYS 701 61.221 -10.197 -16.072
6 HG3 LYS 701 HG3 LYS 701 60.375 -8.654 -16.255
7 HD2 LYS 701 HD2 LYS 701 62.085 -7.515 -14.988
8 HD3 LYS 701 HD3 LYS 701 62.905 -9.039 -14.657
9 HE2 LYS 701 HE2 LYS 701 63.221 -9.309 -17.125
10 HE3 LYS 701 HE3 LYS 701 62.554 -7.681 -17.304
11 HZ3 LYS 701 HZ1 LYS 701 64.979 -7.620 -17.268
12 HZ2 LYS 701 HZ2 LYS 701 64.993 -8.382 -15.766
13 HZ1 LYS 701 HZ3 LYS 701 64.333 -6.841 -15.923
No H/Q in entry = 13
In of MODEL 26
1 H CYS 702 H CYS 702 57.328 -7.431 -12.655
2 HA CYS 702 HA CYS 702 57.905 -9.011 -10.257
3 HB2 CYS 702 HB2 CYS 702 56.013 -6.630 -10.204
4 HB3 CYS 702 HB3 CYS 702 56.842 -7.432 -8.926
No H/Q in entry = 4
In of MODEL 26
1 H GLN 703 H GLN 703 56.521 -10.500 -9.772
2 HA GLN 703 HA GLN 703 54.401 -11.189 -11.534
3 HB2 GLN 703 HB2 GLN 703 55.041 -12.168 -8.752
4 HB3 GLN 703 HB3 GLN 703 53.970 -12.963 -9.894
5 HG2 GLN 703 HG2 GLN 703 56.908 -12.501 -10.358
6 HG3 GLN 703 HG3 GLN 703 56.220 -13.994 -9.730
7 HE21 GLN 703 HE21 GLN 703 57.719 -13.419 -12.169
8 HE22 GLN 703 HE22 GLN 703 56.741 -13.986 -13.479
No H/Q in entry = 8
In of MODEL 26
1 H ARG 704 H ARG 704 52.169 -11.670 -10.467
2 HA ARG 704 HA ARG 704 50.867 -9.270 -9.937
3 HB2 ARG 704 HB2 ARG 704 50.038 -12.073 -9.254
4 HB3 ARG 704 HB3 ARG 704 48.975 -10.685 -9.141
5 HG2 ARG 704 HG2 ARG 704 50.321 -11.602 -11.662
6 HG3 ARG 704 HG3 ARG 704 48.678 -12.023 -11.176
7 HD2 ARG 704 HD2 ARG 704 48.088 -9.646 -11.186
8 HD3 ARG 704 HD3 ARG 704 49.727 -9.250 -11.698
9 HE ARG 704 HE ARG 704 48.924 -11.021 -13.575
10 HH11 ARG 704 HH11 ARG 704 47.494 -7.961 -12.445
11 HH12 ARG 704 HH12 ARG 704 46.722 -7.631 -13.929
12 HH21 ARG 704 HH21 ARG 704 47.917 -10.535 -15.563
13 HH22 ARG 704 HH22 ARG 704 46.992 -9.115 -15.760
No H/Q in entry = 13
In of MODEL 26
1 H TRP 705 H TRP 705 52.329 -11.498 -7.720
2 HA TRP 705 HA TRP 705 51.249 -10.173 -5.347
3 HB2 TRP 705 HB2 TRP 705 52.318 -12.101 -4.177
4 HB3 TRP 705 HB3 TRP 705 51.076 -12.547 -5.338
5 HD1 TRP 705 HD1 TRP 705 54.797 -12.853 -4.670
6 HE1 TRP 705 HE1 TRP 705 55.817 -14.519 -6.309
7 HE3 TRP 705 HE3 TRP 705 50.776 -13.535 -7.746
8 HZ2 TRP 705 HZ2 TRP 705 55.029 -15.982 -8.601
9 HZ3 TRP 705 HZ3 TRP 705 50.996 -15.084 -9.643
10 HH2 TRP 705 HH2 TRP 705 53.076 -16.284 -10.057
No H/Q in entry = 10
In of MODEL 26
1 H GLU 706 H GLU 706 53.554 -9.321 -7.303
2 HA GLU 706 HA GLU 706 55.461 -8.662 -5.185
3 HB2 GLU 706 HB2 GLU 706 56.035 -9.275 -8.088
4 HB3 GLU 706 HB3 GLU 706 57.226 -8.726 -6.891
5 HG2 GLU 706 HG2 GLU 706 56.927 -10.770 -5.661
6 HG3 GLU 706 HG3 GLU 706 55.658 -11.286 -6.771
No H/Q in entry = 6
In of MODEL 26
1 H LYS 707 H LYS 707 56.666 -6.684 -5.656
2 HA LYS 707 HA LYS 707 55.136 -4.803 -7.240
3 HB2 LYS 707 HB2 LYS 707 55.060 -3.164 -5.394
4 HB3 LYS 707 HB3 LYS 707 54.127 -4.614 -5.066
5 HG2 LYS 707 HG2 LYS 707 55.852 -5.434 -3.572
6 HG3 LYS 707 HG3 LYS 707 56.871 -4.045 -3.962
7 HD2 LYS 707 HD2 LYS 707 55.229 -2.535 -3.004
8 HD3 LYS 707 HD3 LYS 707 54.137 -3.884 -2.701
9 HE2 LYS 707 HE2 LYS 707 55.724 -4.835 -1.114
10 HE3 LYS 707 HE3 LYS 707 56.865 -3.535 -1.462
11 HZ1 LYS 707 HZ1 LYS 707 55.262 -1.959 -0.603
12 HZ3 LYS 707 HZ2 LYS 707 55.636 -3.089 0.575
13 HZ2 LYS 707 HZ3 LYS 707 54.162 -3.177 -0.241
No H/Q in entry = 13
In of MODEL 26
1 H LEU 708 H LEU 708 56.261 -3.061 -7.910
2 HA LEU 708 HA LEU 708 59.152 -3.271 -7.715
3 HB2 LEU 708 HB2 LEU 708 58.053 -3.041 -9.936
4 HB3 LEU 708 HB3 LEU 708 57.380 -1.510 -9.415
5 HG LEU 708 HG LEU 708 59.742 -0.674 -9.167
6 HD12 LEU 708 HD11 LEU 708 61.484 -1.845 -10.418
7 HD11 LEU 708 HD12 LEU 708 60.384 -3.206 -10.658
8 HD13 LEU 708 HD13 LEU 708 60.913 -2.771 -9.034
9 HD22 LEU 708 HD21 LEU 708 58.371 -0.053 -11.062
10 HD21 LEU 708 HD22 LEU 708 58.824 -1.541 -11.891
11 HD23 LEU 708 HD23 LEU 708 60.043 -0.306 -11.569
No H/Q in entry = 11
In of MODEL 26
1 H GLN 709 H GLN 709 60.070 -2.091 -6.172
2 HA GLN 709 HA GLN 709 59.164 0.636 -5.732
3 HB2 GLN 709 HB2 GLN 709 59.088 0.477 -3.331
4 HB3 GLN 709 HB3 GLN 709 58.049 -0.795 -3.948
5 HG2 GLN 709 HG2 GLN 709 59.938 -2.417 -3.572
6 HG3 GLN 709 HG3 GLN 709 60.841 -1.094 -2.907
7 HE21 GLN 709 HE21 GLN 709 61.021 -2.224 -0.946
8 HE22 GLN 709 HE22 GLN 709 59.719 -2.255 0.185
No H/Q in entry = 8
In of MODEL 26
1 H ASN 710 H ASN 710 60.870 1.950 -5.244
2 HA ASN 710 HA ASN 710 63.038 2.652 -4.870
3 HB2 ASN 710 HB2 ASN 710 62.725 0.964 -2.858
4 HB3 ASN 710 HB3 ASN 710 63.567 -0.141 -3.884
5 HD21 ASN 710 HD21 ASN 710 64.977 -0.280 -2.180
6 HD22 ASN 710 HD22 ASN 710 66.247 0.863 -1.980
No H/Q in entry = 6
In of MODEL 26
1 H SER 711 H SER 711 62.084 1.172 -7.251
2 HA SER 711 HA SER 711 62.775 0.609 -9.286
3 HB2 SER 711 HB2 SER 711 65.491 1.403 -8.249
4 HB3 SER 711 HB3 SER 711 65.137 1.046 -9.952
5 HG SER 711 HG SER 711 63.379 2.746 -9.480
No H/Q in entry = 5
In of MODEL 26
1 H ARG 712 H ARG 712 62.924 -1.304 -6.862
2 HA ARG 712 HA ARG 712 64.262 -3.401 -8.386
3 HB2 ARG 712 HB2 ARG 712 65.021 -4.488 -6.372
4 HB3 ARG 712 HB3 ARG 712 65.619 -2.840 -6.400
5 HG2 ARG 712 HG2 ARG 712 64.050 -2.166 -4.761
6 HG3 ARG 712 HG3 ARG 712 63.195 -3.705 -4.866
7 HD2 ARG 712 HD2 ARG 712 66.053 -3.383 -4.003
8 HD3 ARG 712 HD3 ARG 712 64.682 -3.628 -2.901
9 HE ARG 712 HE ARG 712 64.553 -5.735 -4.620
10 HH11 ARG 712 HH11 ARG 712 67.225 -4.515 -2.632
11 HH12 ARG 712 HH12 ARG 712 67.911 -6.060 -2.414
12 HH21 ARG 712 HH21 ARG 712 65.463 -7.805 -4.259
13 HH22 ARG 712 HH22 ARG 712 66.874 -7.976 -3.310
No H/Q in entry = 13
In of MODEL 26
1 H CYS 713 H CYS 713 63.501 -5.614 -7.433
2 HA CYS 713 HA CYS 713 60.563 -5.462 -7.575
3 HB2 CYS 713 HB2 CYS 713 62.388 -7.738 -8.393
4 HB3 CYS 713 HB3 CYS 713 60.644 -7.643 -8.632
No H/Q in entry = 4
In of MODEL 26
1 H VAL 714 H VAL 714 59.604 -5.945 -5.696
2 HA VAL 714 HA VAL 714 60.798 -8.013 -4.009
3 HB VAL 714 HB VAL 714 60.170 -6.769 -1.974
4 HG12 VAL 714 HG11 VAL 714 61.889 -5.020 -2.021
5 HG11 VAL 714 HG12 VAL 714 61.976 -5.174 -3.776
6 HG13 VAL 714 HG13 VAL 714 62.452 -6.527 -2.748
7 HG23 VAL 714 HG21 VAL 714 59.552 -4.382 -2.099
8 HG22 VAL 714 HG22 VAL 714 58.350 -5.440 -2.839
9 HG21 VAL 714 HG23 VAL 714 59.463 -4.526 -3.857
No H/Q in entry = 9
In of MODEL 26
1 H CYS 715 H CYS 715 59.016 -8.500 -2.186
2 HA CYS 715 HA CYS 715 56.725 -9.305 -3.755
3 HB2 CYS 715 HB2 CYS 715 56.162 -10.669 -1.764
4 HB3 CYS 715 HB3 CYS 715 57.806 -10.971 -2.310
No H/Q in entry = 4
In of MODEL 26
1 H LYS 716 H LYS 716 54.546 -8.984 -2.905
2 HA LYS 716 HA LYS 716 54.090 -6.294 -1.964
3 HB2 LYS 716 HB2 LYS 716 52.754 -7.730 -3.689
4 HB3 LYS 716 HB3 LYS 716 52.056 -8.509 -2.286
5 HG2 LYS 716 HG2 LYS 716 51.261 -6.161 -1.581
6 HG3 LYS 716 HG3 LYS 716 51.733 -5.667 -3.201
7 HD2 LYS 716 HD2 LYS 716 49.743 -7.819 -2.522
8 HD3 LYS 716 HD3 LYS 716 49.348 -6.193 -3.073
9 HE2 LYS 716 HE2 LYS 716 50.962 -8.191 -4.602
10 HE3 LYS 716 HE3 LYS 716 49.225 -7.972 -4.833
11 HZ1 LYS 716 HZ1 LYS 716 49.709 -5.662 -5.502
12 HZ3 LYS 716 HZ2 LYS 716 50.474 -6.753 -6.526
13 HZ2 LYS 716 HZ3 LYS 716 51.352 -5.933 -5.353
No H/Q in entry = 13
In of MODEL 26
1 H MET 717 H MET 717 52.026 -6.501 -0.199
2 HA MET 717 HA MET 717 52.993 -8.219 1.990
3 HB2 MET 717 HB2 MET 717 51.834 -5.428 2.206
4 HB3 MET 717 HB3 MET 717 52.247 -6.440 3.577
5 HG2 MET 717 HG2 MET 717 54.181 -5.399 1.521
6 HG3 MET 717 HG3 MET 717 53.909 -4.699 3.112
7 HE2 MET 717 HE1 MET 717 53.643 -7.313 4.974
8 HE1 MET 717 HE2 MET 717 54.632 -5.919 5.408
9 HE3 MET 717 HE3 MET 717 55.319 -7.539 5.469
No H/Q in entry = 9
In of MODEL 26
1 HA PRO 718 HA PRO 718 48.946 -9.983 1.903
2 HB2 PRO 718 HB2 PRO 718 48.576 -10.715 4.513
3 HB3 PRO 718 HB3 PRO 718 49.638 -11.579 3.397
4 HG2 PRO 718 HG2 PRO 718 50.323 -9.520 5.454
5 HG3 PRO 718 HG3 PRO 718 51.154 -11.044 5.087
6 HD2 PRO 718 HD2 PRO 718 52.072 -8.676 4.208
7 HD3 PRO 718 HD3 PRO 718 52.215 -10.149 3.229
No H/Q in entry = 7
In of MODEL 26
1 H TYR 719 H TYR 719 49.475 -7.249 3.871
2 HA TYR 719 HA TYR 719 46.578 -6.883 4.244
3 HB2 TYR 719 HB2 TYR 719 47.103 -5.213 5.925
4 HB3 TYR 719 HB3 TYR 719 48.022 -6.663 6.276
5 HD1 TYR 719 HD1 TYR 719 48.145 -3.138 5.757
6 HD2 TYR 719 HD2 TYR 719 50.523 -6.659 5.553
7 HE1 TYR 719 HE1 TYR 719 50.170 -1.765 5.891
8 HE2 TYR 719 HE2 TYR 719 52.561 -5.286 5.689
9 HH TYR 719 HH TYR 719 53.192 -2.822 5.127
No H/Q in entry = 9
In of MODEL 26
1 H GLU 720 H GLU 720 48.810 -6.289 2.047
2 HA GLU 720 HA GLU 720 48.123 -3.507 1.454
3 HB2 GLU 720 HB2 GLU 720 50.456 -4.170 1.716
4 HB3 GLU 720 HB3 GLU 720 50.286 -5.353 0.428
5 HG2 GLU 720 HG2 GLU 720 49.899 -3.486 -1.126
6 HG3 GLU 720 HG3 GLU 720 50.171 -2.359 0.211
No H/Q in entry = 6
In of MODEL 26
1 H CYS 721 H CYS 721 47.167 -6.571 0.811
2 HA CYS 721 HA CYS 721 46.152 -5.907 -1.831
3 HB2 CYS 721 HB2 CYS 721 46.049 -8.448 -2.076
4 HB3 CYS 721 HB3 CYS 721 47.650 -7.749 -2.204
No H/Q in entry = 4
In of MODEL 26
1 H GLY 722 H GLY 722 43.978 -6.615 -2.210
2 HA3 GLY 722 HA2 GLY 722 42.504 -7.552 0.113
3 HA2 GLY 722 HA3 GLY 722 42.052 -5.988 -0.560
No H/Q in entry = 3
In of MODEL 26
1 HA PRO 723 HA PRO 723 39.335 -7.751 -3.610
2 HB2 PRO 723 HB2 PRO 723 41.028 -6.313 -5.614
3 HB3 PRO 723 HB3 PRO 723 39.271 -6.304 -5.438
4 HG2 PRO 723 HG2 PRO 723 40.687 -4.231 -4.619
5 HG3 PRO 723 HG3 PRO 723 39.321 -4.817 -3.658
6 HD2 PRO 723 HD2 PRO 723 42.242 -5.120 -3.177
7 HD3 PRO 723 HD3 PRO 723 40.914 -4.940 -2.016
No H/Q in entry = 7
In of MODEL 26
1 H SER 724 H SER 724 39.628 -9.979 -3.972
2 HA SER 724 HA SER 724 41.249 -10.996 -6.016
3 HB2 SER 724 HB2 SER 724 42.967 -10.521 -4.267
4 HB3 SER 724 HB3 SER 724 42.065 -11.468 -3.107
5 HG SER 724 HG SER 724 42.786 -12.574 -5.564
No H/Q in entry = 5
In of MODEL 26
1 H LEU 725 H LEU 725 40.876 -13.289 -6.046
2 HA LEU 725 HA LEU 725 38.231 -14.050 -5.280
3 HB2 LEU 725 HB2 LEU 725 40.571 -15.426 -6.499
4 HB3 LEU 725 HB3 LEU 725 39.161 -16.370 -6.049
5 HG LEU 725 HG LEU 725 39.086 -14.050 -7.975
6 HD11 LEU 725 HD11 LEU 725 39.354 -17.013 -8.544
7 HD13 LEU 725 HD12 LEU 725 40.610 -15.801 -8.821
8 HD12 LEU 725 HD13 LEU 725 39.112 -15.748 -9.746
9 HD21 LEU 725 HD21 LEU 725 37.225 -16.354 -7.466
10 HD23 LEU 725 HD22 LEU 725 37.049 -15.087 -8.689
11 HD22 LEU 725 HD23 LEU 725 36.977 -14.671 -6.979
No H/Q in entry = 11
In of MODEL 26
1 H ASP 726 H ASP 726 37.615 -14.894 -3.440
2 HA ASP 726 HA ASP 726 39.536 -15.525 -1.409
3 HB2 ASP 726 HB2 ASP 726 36.515 -15.896 -1.413
4 HB3 ASP 726 HB3 ASP 726 37.548 -16.198 -0.030
No H/Q in entry = 4
In of MODEL 26
1 H VAL 727 H VAL 727 40.295 -17.438 -0.913
2 HA VAL 727 HA VAL 727 39.182 -19.828 -2.180
3 HB VAL 727 HB VAL 727 41.522 -20.638 -2.665
4 HG11 VAL 727 HG11 VAL 727 40.752 -18.106 -4.122
5 HG13 VAL 727 HG12 VAL 727 40.190 -19.733 -4.499
6 HG12 VAL 727 HG13 VAL 727 41.886 -19.319 -4.716
7 HG23 VAL 727 HG21 VAL 727 43.359 -19.000 -2.793
8 HG22 VAL 727 HG22 VAL 727 42.766 -19.184 -1.139
9 HG21 VAL 727 HG23 VAL 727 42.302 -17.775 -2.091
No H/Q in entry = 9
In of MODEL 26
1 H CYS 728 H CYS 728 39.721 -21.815 -0.992
2 HA CYS 728 HA CYS 728 40.284 -21.148 1.785
3 HB2 CYS 728 HB2 CYS 728 39.160 -23.722 0.661
4 HB3 CYS 728 HB3 CYS 728 39.306 -23.266 2.343
No H/Q in entry = 4
In of MODEL 26
1 H ALA 729 H ALA 729 42.081 -21.728 2.721
2 HA ALA 729 HA ALA 729 43.853 -23.451 1.171
3 HB3 ALA 729 HB1 ALA 729 44.495 -21.130 1.010
4 HB2 ALA 729 HB2 ALA 729 45.680 -22.076 1.920
5 HB1 ALA 729 HB3 ALA 729 44.547 -21.020 2.771
No H/Q in entry = 5
In of MODEL 26
1 H GLN 730 H GLN 730 45.580 -24.281 2.497
2 HA GLN 730 HA GLN 730 44.697 -24.879 5.210
3 HB2 GLN 730 HB2 GLN 730 44.590 -26.807 3.630
4 HB3 GLN 730 HB3 GLN 730 46.307 -26.600 3.365
5 HG2 GLN 730 HG2 GLN 730 46.847 -27.123 5.567
6 HG3 GLN 730 HG3 GLN 730 45.172 -27.095 6.093
7 HE21 GLN 730 HE21 GLN 730 45.088 -29.225 6.771
8 HE22 GLN 730 HE22 GLN 730 45.263 -30.553 5.684
No H/Q in entry = 8
In of MODEL 26
1 H ASP 731 H ASP 731 45.996 -24.314 6.647
2 HA ASP 731 HA ASP 731 48.467 -22.959 6.125
3 HB2 ASP 731 HB2 ASP 731 46.916 -22.242 7.885
4 HB3 ASP 731 HB3 ASP 731 47.082 -23.804 8.658
No H/Q in entry = 4
In of MODEL 26
1 H GLU 732 H GLU 732 50.437 -24.009 5.950
2 HA GLU 732 HA GLU 732 50.488 -26.810 6.544
3 HB2 GLU 732 HB2 GLU 732 52.515 -24.973 5.335
4 HB3 GLU 732 HB3 GLU 732 52.861 -26.664 5.679
5 HG2 GLU 732 HG2 GLU 732 50.737 -25.592 3.843
6 HG3 GLU 732 HG3 GLU 732 52.222 -26.426 3.382
No H/Q in entry = 6
In of MODEL 26
1 H ARG 733 H ARG 733 50.695 -24.496 8.694
2 HA ARG 733 HA ARG 733 52.963 -25.693 10.086
3 HB2 ARG 733 HB2 ARG 733 52.883 -23.228 9.898
4 HB3 ARG 733 HB3 ARG 733 51.336 -23.223 10.714
5 HG2 ARG 733 HG2 ARG 733 52.999 -22.569 12.279
6 HG3 ARG 733 HG3 ARG 733 52.466 -24.190 12.710
7 HD2 ARG 733 HD2 ARG 733 54.436 -25.160 11.682
8 HD3 ARG 733 HD3 ARG 733 54.959 -23.576 11.113
9 HE ARG 733 HE ARG 733 54.631 -23.383 13.836
10 HH11 ARG 733 HH11 ARG 733 56.753 -25.145 11.622
11 HH12 ARG 733 HH12 ARG 733 58.035 -25.292 12.717
12 HH21 ARG 733 HH21 ARG 733 56.410 -23.557 15.349
13 HH22 ARG 733 HH22 ARG 733 57.833 -24.377 14.908
No H/Q in entry = 13
In of MODEL 26
1 H SER 734 H SER 734 49.539 -24.894 10.463
2 HA SER 734 HA SER 734 49.388 -26.877 12.650
3 HB2 SER 734 HB2 SER 734 47.531 -24.574 12.059
4 HB3 SER 734 HB3 SER 734 47.396 -25.665 13.437
5 HG SER 734 HG SER 734 49.386 -23.751 12.861
No H/Q in entry = 5
In of MODEL 26
1 H LYS 735 H LYS 735 48.645 -26.641 9.403
2 HA LYS 735 HA LYS 735 47.386 -27.732 7.928
3 HB2 LYS 735 HB2 LYS 735 47.098 -29.780 10.140
4 HB3 LYS 735 HB3 LYS 735 46.697 -30.059 8.453
5 HG2 LYS 735 HG2 LYS 735 49.444 -29.421 9.540
6 HG3 LYS 735 HG3 LYS 735 48.890 -31.007 9.020
7 HD2 LYS 735 HD2 LYS 735 49.095 -28.580 7.208
8 HD3 LYS 735 HD3 LYS 735 50.323 -29.822 7.333
9 HE2 LYS 735 HE2 LYS 735 48.683 -31.493 6.575
10 HE3 LYS 735 HE3 LYS 735 47.468 -30.227 6.424
11 HZ2 LYS 735 HZ1 LYS 735 49.981 -30.475 4.865
12 HZ1 LYS 735 HZ2 LYS 735 49.006 -29.157 4.734
13 HZ3 LYS 735 HZ3 LYS 735 48.430 -30.685 4.270
No H/Q in entry = 13
In of MODEL 26
1 H ARG 736 H ARG 736 46.157 -25.864 9.681
2 HA ARG 736 HA ARG 736 43.383 -26.619 9.924
3 HB2 ARG 736 HB2 ARG 736 43.098 -24.241 10.673
4 HB3 ARG 736 HB3 ARG 736 44.306 -25.115 11.607
5 HG2 ARG 736 HG2 ARG 736 46.081 -24.092 10.351
6 HG3 ARG 736 HG3 ARG 736 44.927 -23.271 9.306
7 HD2 ARG 736 HD2 ARG 736 44.180 -21.940 11.212
8 HD3 ARG 736 HD3 ARG 736 45.298 -22.815 12.268
9 HE ARG 736 HE ARG 736 46.701 -21.746 10.076
10 HH11 ARG 736 HH11 ARG 736 45.129 -20.570 13.011
11 HH12 ARG 736 HH12 ARG 736 46.219 -19.298 13.264
12 HH21 ARG 736 HH21 ARG 736 48.179 -20.031 10.365
13 HH22 ARG 736 HH22 ARG 736 48.030 -18.960 11.690
No H/Q in entry = 13
In of MODEL 26
1 H ILE 737 H ILE 737 41.749 -25.934 8.528
2 HA ILE 737 HA ILE 737 42.571 -24.817 5.974
3 HB ILE 737 HB ILE 737 39.747 -25.476 6.859
4 HG12 ILE 737 HG12 ILE 737 41.173 -27.499 7.089
5 HG13 ILE 737 HG13 ILE 737 39.967 -27.677 5.827
6 HG21 ILE 737 HG21 ILE 737 40.017 -24.051 4.877
7 HG23 ILE 737 HG22 ILE 737 39.298 -25.601 4.486
8 HG22 ILE 737 HG23 ILE 737 41.000 -25.303 4.114
9 HD12 ILE 737 HD11 ILE 737 42.094 -28.610 5.148
10 HD11 ILE 737 HD12 ILE 737 42.880 -27.049 5.427
11 HD13 ILE 737 HD13 ILE 737 41.663 -27.214 4.158
No H/Q in entry = 11
In of MODEL 26
1 H LEU 738 H LEU 738 42.434 -22.683 5.617
2 HA LEU 738 HA LEU 738 40.553 -21.136 7.209
3 HB2 LEU 738 HB2 LEU 738 42.049 -19.399 7.747
4 HB3 LEU 738 HB3 LEU 738 42.836 -20.879 8.271
5 HG LEU 738 HG LEU 738 43.505 -19.164 5.873
6 HD11 LEU 738 HD11 LEU 738 45.013 -19.701 8.417
7 HD13 LEU 738 HD12 LEU 738 44.213 -18.195 7.958
8 HD12 LEU 738 HD13 LEU 738 45.610 -18.766 7.046
9 HD23 LEU 738 HD21 LEU 738 44.900 -21.666 6.812
10 HD22 LEU 738 HD22 LEU 738 45.338 -20.639 5.414
11 HD21 LEU 738 HD23 LEU 738 43.820 -21.526 5.427
No H/Q in entry = 11
In of MODEL 26
1 HA PRO 739 HA PRO 739 39.670 -19.234 3.358
2 HB2 PRO 739 HB2 PRO 739 38.535 -16.940 4.233
3 HB3 PRO 739 HB3 PRO 739 37.734 -18.518 4.427
4 HG2 PRO 739 HG2 PRO 739 39.290 -16.913 6.411
5 HG3 PRO 739 HG3 PRO 739 37.764 -17.791 6.628
6 HD2 PRO 739 HD2 PRO 739 40.205 -18.812 7.365
7 HD3 PRO 739 HD3 PRO 739 38.815 -19.814 6.872
No H/Q in entry = 7
In of MODEL 26
1 H LEU 740 H LEU 740 41.155 -18.372 2.054
2 HA LEU 740 HA LEU 740 42.550 -15.948 2.915
3 HB2 LEU 740 HB2 LEU 740 43.694 -18.307 1.421
4 HB3 LEU 740 HB3 LEU 740 44.456 -16.739 1.436
5 HG LEU 740 HG LEU 740 44.050 -18.550 3.819
6 HD12 LEU 740 HD11 LEU 740 46.502 -18.684 3.758
7 HD11 LEU 740 HD12 LEU 740 46.502 -17.715 2.275
8 HD13 LEU 740 HD13 LEU 740 45.757 -19.308 2.287
9 HD21 LEU 740 HD21 LEU 740 45.389 -15.845 3.623
10 HD23 LEU 740 HD22 LEU 740 45.413 -16.900 5.033
11 HD22 LEU 740 HD23 LEU 740 43.892 -16.200 4.490
No H/Q in entry = 11
In of MODEL 26
1 H THR 741 H THR 741 43.692 -15.169 0.716
2 HA THR 741 HA THR 741 41.699 -15.262 -1.404
3 HB THR 741 HB THR 741 43.066 -12.821 -1.527
4 HG1 THR 741 HG1 THR 741 41.990 -13.058 1.068
5 HG23 THR 741 HG21 THR 741 40.726 -13.165 -2.133
6 HG22 THR 741 HG22 THR 741 40.876 -11.829 -0.990
7 HG21 THR 741 HG23 THR 741 40.300 -13.406 -0.439
No H/Q in entry = 7
In of MODEL 26
1 H VAL 742 H VAL 742 42.642 -14.961 -3.463
2 HA VAL 742 HA VAL 742 44.918 -16.391 -4.093
3 HB VAL 742 HB VAL 742 43.722 -14.059 -5.588
4 HG11 VAL 742 HG11 VAL 742 45.883 -14.563 -6.446
5 HG13 VAL 742 HG12 VAL 742 44.599 -14.958 -7.576
6 HG12 VAL 742 HG13 VAL 742 45.430 -16.263 -6.696
7 HG22 VAL 742 HG21 VAL 742 42.086 -15.633 -5.149
8 HG21 VAL 742 HG22 VAL 742 43.114 -16.975 -5.710
9 HG23 VAL 742 HG23 VAL 742 42.535 -15.740 -6.856
No H/Q in entry = 9
In of MODEL 26
1 H CYS 743 H CYS 743 44.552 -12.903 -3.842
2 HA CYS 743 HA CYS 743 47.152 -12.153 -4.359
3 HB2 CYS 743 HB2 CYS 743 46.576 -10.026 -3.268
4 HB3 CYS 743 HB3 CYS 743 45.309 -10.579 -4.349
No H/Q in entry = 4
In of MODEL 26
1 H LYS 744 H LYS 744 45.685 -12.292 -1.129
2 HA LYS 744 HA LYS 744 47.948 -11.952 0.361
3 HB2 LYS 744 HB2 LYS 744 45.485 -13.510 1.036
4 HB3 LYS 744 HB3 LYS 744 46.773 -13.150 2.181
5 HG2 LYS 744 HG2 LYS 744 46.397 -10.727 1.773
6 HG3 LYS 744 HG3 LYS 744 45.071 -11.140 0.692
7 HD2 LYS 744 HD2 LYS 744 44.216 -10.497 2.881
8 HD3 LYS 744 HD3 LYS 744 43.890 -12.201 2.569
9 HE2 LYS 744 HE2 LYS 744 45.770 -12.845 3.966
10 HE3 LYS 744 HE3 LYS 744 46.197 -11.151 4.207
11 HZ1 LYS 744 HZ1 LYS 744 43.633 -12.375 5.066
12 HZ3 LYS 744 HZ2 LYS 744 44.213 -10.822 5.444
13 HZ2 LYS 744 HZ3 LYS 744 44.982 -12.177 6.045
No H/Q in entry = 13
In of MODEL 26
1 H MET 745 H MET 745 46.558 -15.095 -0.559
2 HA MET 745 HA MET 745 48.412 -16.775 0.695
3 HB2 MET 745 HB2 MET 745 46.639 -17.943 -0.174
4 HB3 MET 745 HB3 MET 745 46.583 -17.009 -1.653
5 HG2 MET 745 HG2 MET 745 47.287 -19.101 -2.359
6 HG3 MET 745 HG3 MET 745 48.758 -18.172 -2.268
7 HE1 MET 745 HE1 MET 745 46.696 -21.046 -1.069
8 HE3 MET 745 HE2 MET 745 46.584 -20.103 0.422
9 HE2 MET 745 HE3 MET 745 47.476 -21.626 0.389
No H/Q in entry = 9
In of MODEL 26
1 H HIS 746 H HIS 746 48.502 -15.448 -2.595
2 HA HIS 746 HA HIS 746 50.949 -16.690 -3.290
3 HB2 HIS 746 HB2 HIS 746 49.427 -14.414 -4.375
4 HB3 HIS 746 HB3 HIS 746 51.111 -14.579 -4.886
5 HD1 HIS 746 HD1 HIS 746 51.654 -16.823 -6.212
6 HD2 HIS 746 HD2 HIS 746 47.629 -15.977 -5.663
7 HE1 HIS 746 HE1 HIS 746 50.458 -18.097 -7.982
8 HE2 HIS 746 HE2 HIS 746 48.072 -17.356 -7.792
No H/Q in entry = 8
In of MODEL 26
1 H VAL 747 H VAL 747 50.227 -13.559 -1.918
2 HA VAL 747 HA VAL 747 52.843 -12.592 -1.904
3 HB VAL 747 HB VAL 747 50.404 -11.866 -0.294
4 HG12 VAL 747 HG11 VAL 747 53.093 -10.484 -0.346
5 HG11 VAL 747 HG12 VAL 747 52.427 -11.356 1.030
6 HG13 VAL 747 HG13 VAL 747 51.642 -9.886 0.454
7 HG23 VAL 747 HG21 VAL 747 51.926 -10.561 -2.496
8 HG22 VAL 747 HG22 VAL 747 50.483 -9.884 -1.712
9 HG21 VAL 747 HG23 VAL 747 50.376 -11.385 -2.653
No H/Q in entry = 9
In of MODEL 26
1 H LEU 748 H LEU 748 50.960 -14.097 0.715
2 HA LEU 748 HA LEU 748 53.126 -14.022 2.487
3 HB2 LEU 748 HB2 LEU 748 51.798 -15.596 3.927
4 HB3 LEU 748 HB3 LEU 748 50.941 -14.156 3.436
5 HG LEU 748 HG LEU 748 49.768 -15.584 1.728
6 HD12 LEU 748 HD11 LEU 748 50.920 -17.837 3.352
7 HD11 LEU 748 HD12 LEU 748 51.289 -17.474 1.670
8 HD13 LEU 748 HD13 LEU 748 49.666 -17.984 2.123
9 HD21 LEU 748 HD21 LEU 748 49.386 -16.200 4.649
10 HD23 LEU 748 HD22 LEU 748 48.203 -16.496 3.380
11 HD22 LEU 748 HD23 LEU 748 48.694 -14.846 3.756
No H/Q in entry = 11
In of MODEL 26
1 H HIS 749 H HIS 749 52.217 -16.328 0.100
2 HA HIS 749 HA HIS 749 53.929 -18.437 0.957
3 HB2 HIS 749 HB2 HIS 749 51.953 -18.378 -0.817
4 HB3 HIS 749 HB3 HIS 749 53.257 -18.005 -1.933
5 HD1 HIS 749 HD1 HIS 749 55.118 -19.932 -2.214
6 HD2 HIS 749 HD2 HIS 749 51.681 -20.962 -0.130
7 HE1 HIS 749 HE1 HIS 749 55.114 -22.436 -2.126
8 HE2 HIS 749 HE2 HIS 749 52.898 -23.025 -1.124
No H/Q in entry = 8
In of MODEL 26
1 H CYS 750 H CYS 750 54.250 -15.630 -1.105
2 HA CYS 750 HA CYS 750 56.868 -16.239 -2.040
3 HB2 CYS 750 HB2 CYS 750 55.308 -14.791 -3.303
4 HB3 CYS 750 HB3 CYS 750 55.349 -13.613 -2.002
No H/Q in entry = 4
In of MODEL 26
1 H GLN 751 H GLN 751 55.494 -14.558 0.729
2 HA GLN 751 HA GLN 751 57.979 -13.467 1.568
3 HB2 GLN 751 HB2 GLN 751 55.435 -13.896 3.121
4 HB3 GLN 751 HB3 GLN 751 56.809 -12.948 3.673
5 HG2 GLN 751 HG2 GLN 751 56.519 -11.472 1.713
6 HG3 GLN 751 HG3 GLN 751 55.082 -12.391 1.284
7 HE21 GLN 751 HE21 GLN 751 55.346 -9.638 1.918
8 HE22 GLN 751 HE22 GLN 751 54.364 -9.308 3.286
No H/Q in entry = 8
In of MODEL 26
1 H GLY 752 H GLY 752 56.777 -16.605 1.640
2 HA3 GLY 752 HA2 GLY 752 58.552 -18.215 2.266
3 HA2 GLY 752 HA3 GLY 752 58.745 -17.284 3.736
No H/Q in entry = 3
In of MODEL 26
1 H ARG 753 H ARG 753 55.503 -17.348 3.280
2 HA ARG 753 HA ARG 753 55.148 -19.389 5.301
3 HB2 ARG 753 HB2 ARG 753 53.082 -17.825 3.743
4 HB3 ARG 753 HB3 ARG 753 52.788 -18.806 5.168
5 HG2 ARG 753 HG2 ARG 753 54.472 -16.309 5.115
6 HG3 ARG 753 HG3 ARG 753 52.777 -16.351 5.569
7 HD2 ARG 753 HD2 ARG 753 53.404 -18.012 7.367
8 HD3 ARG 753 HD3 ARG 753 55.091 -17.648 6.998
9 HE ARG 753 HE ARG 753 54.095 -15.222 7.372
10 HH11 ARG 753 HH11 ARG 753 54.014 -18.114 9.433
11 HH12 ARG 753 HH12 ARG 753 53.648 -17.274 10.864
12 HH21 ARG 753 HH21 ARG 753 53.593 -14.056 9.380
13 HH22 ARG 753 HH22 ARG 753 53.417 -14.927 10.832
No H/Q in entry = 13
In of MODEL 26
1 H ASN 754 H ASN 754 54.230 -21.438 4.972
2 HA ASN 754 HA ASN 754 53.847 -22.174 2.163
3 HB2 ASN 754 HB2 ASN 754 54.456 -23.988 4.520
4 HB3 ASN 754 HB3 ASN 754 54.193 -24.530 2.869
5 HD21 ASN 754 HD21 ASN 754 56.391 -23.150 5.109
6 HD22 ASN 754 HD22 ASN 754 57.769 -23.148 4.068
No H/Q in entry = 6
In of MODEL 26
1 H TYR 755 H TYR 755 51.931 -22.780 1.473
2 HA TYR 755 HA TYR 755 49.879 -23.649 3.305
3 HB2 TYR 755 HB2 TYR 755 49.675 -21.158 1.613
4 HB3 TYR 755 HB3 TYR 755 48.274 -22.119 2.067
5 HD1 TYR 755 HD1 TYR 755 47.267 -21.863 4.125
6 HD2 TYR 755 HD2 TYR 755 51.062 -20.116 3.476
7 HE1 TYR 755 HE1 TYR 755 47.080 -20.664 6.250
8 HE2 TYR 755 HE2 TYR 755 50.871 -18.908 5.594
9 HH TYR 755 HH TYR 755 48.633 -19.795 7.889
No H/Q in entry = 9
In of MODEL 26
1 H THR 756 H THR 756 48.228 -24.714 2.274
2 HA THR 756 HA THR 756 48.773 -25.569 -0.497
3 HB THR 756 HB THR 756 47.511 -27.086 1.810
4 HG1 THR 756 HG1 THR 756 49.462 -27.523 2.304
5 HG22 THR 756 HG21 THR 756 47.655 -29.047 0.340
6 HG21 THR 756 HG22 THR 756 48.255 -28.008 -0.968
7 HG23 THR 756 HG23 THR 756 46.619 -27.788 -0.333
No H/Q in entry = 7
In of MODEL 26
1 H LEU 757 H LEU 757 46.888 -25.677 -1.890
2 HA LEU 757 HA LEU 757 44.524 -24.299 -0.882
3 HB2 LEU 757 HB2 LEU 757 45.270 -25.245 -3.660
4 HB3 LEU 757 HB3 LEU 757 43.700 -24.586 -3.280
5 HG LEU 757 HG LEU 757 44.974 -22.905 -4.361
6 HD11 LEU 757 HD11 LEU 757 43.538 -22.114 -2.619
7 HD13 LEU 757 HD12 LEU 757 44.977 -21.108 -2.721
8 HD12 LEU 757 HD13 LEU 757 44.824 -22.292 -1.425
9 HD22 LEU 757 HD21 LEU 757 47.227 -23.723 -3.987
10 HD21 LEU 757 HD22 LEU 757 47.115 -23.334 -2.273
11 HD23 LEU 757 HD23 LEU 757 47.116 -22.040 -3.473
No H/Q in entry = 11
In of MODEL 26
1 H THR 758 H THR 758 42.669 -25.315 -0.276
2 HA THR 758 HA THR 758 42.621 -28.188 -0.767
3 HB THR 758 HB THR 758 41.018 -28.162 1.254
4 HG1 THR 758 HG1 THR 758 42.082 -26.200 2.554
5 HG22 THR 758 HG21 THR 758 42.940 -28.287 2.801
6 HG21 THR 758 HG22 THR 758 43.959 -27.520 1.583
7 HG23 THR 758 HG23 THR 758 43.282 -29.119 1.284
No H/Q in entry = 7
In of MODEL 26
1 H GLY 759 H GLY 759 39.987 -26.185 0.258
2 HA3 GLY 759 HA2 GLY 759 38.601 -26.131 -2.221
3 HA2 GLY 759 HA3 GLY 759 38.052 -27.501 -1.263
No H/Q in entry = 3
In of MODEL 26
1 H ARG 760 H ARG 760 36.489 -25.264 -2.049
2 HA ARG 760 HA ARG 760 36.327 -23.346 0.049
3 HB2 ARG 760 HB2 ARG 760 34.374 -22.432 -1.100
4 HB3 ARG 760 HB3 ARG 760 35.689 -22.746 -2.215
5 HG2 ARG 760 HG2 ARG 760 33.837 -23.466 -3.412
6 HG3 ARG 760 HG3 ARG 760 34.445 -24.954 -2.684
7 HD2 ARG 760 HD2 ARG 760 32.758 -24.750 -0.892
8 HD3 ARG 760 HD3 ARG 760 32.130 -23.296 -1.668
9 HE ARG 760 HE ARG 760 32.254 -25.760 -3.186
10 HH11 ARG 760 HH11 ARG 760 30.177 -23.466 -1.407
11 HH12 ARG 760 HH12 ARG 760 28.763 -23.890 -2.243
12 HH21 ARG 760 HH21 ARG 760 30.260 -26.344 -4.317
13 HH22 ARG 760 HH22 ARG 760 28.799 -25.563 -3.908
No H/Q in entry = 13
In of MODEL 26
1 H ASP 761 H ASP 761 35.140 -26.435 -0.194
2 HA ASP 761 HA ASP 761 32.891 -26.058 1.553
3 HB2 ASP 761 HB2 ASP 761 32.732 -27.859 -0.017
4 HB3 ASP 761 HB3 ASP 761 34.262 -28.543 0.516
No H/Q in entry = 4
In of MODEL 26
1 H SER 762 H SER 762 36.250 -26.605 1.837
2 HA SER 762 HA SER 762 36.289 -28.047 4.257
3 HB2 SER 762 HB2 SER 762 38.465 -26.499 2.884
4 HB3 SER 762 HB3 SER 762 38.702 -27.718 4.144
5 HG SER 762 HG SER 762 37.335 -29.032 2.594
No H/Q in entry = 5
In of MODEL 26
1 H CYS 763 H CYS 763 36.272 -24.576 3.595
2 HA CYS 763 HA CYS 763 35.836 -24.242 6.422
3 HB2 CYS 763 HB2 CYS 763 37.379 -22.369 6.675
4 HB3 CYS 763 HB3 CYS 763 38.257 -23.803 6.134
No H/Q in entry = 4
In of MODEL 26
1 H THR 764 H THR 764 35.149 -21.869 6.818
2 HA THR 764 HA THR 764 33.073 -21.366 4.906
3 HB THR 764 HB THR 764 33.780 -19.853 7.433
4 HG1 THR 764 HG1 THR 764 32.324 -22.210 6.925
5 HG21 THR 764 HG21 THR 764 32.253 -18.680 5.886
6 HG23 THR 764 HG22 THR 764 31.423 -19.172 7.364
7 HG22 THR 764 HG23 THR 764 31.196 -20.093 5.875
No H/Q in entry = 7
In of MODEL 26
1 H LEU 765 H LEU 765 33.483 -20.331 3.179
2 HA LEU 765 HA LEU 765 35.605 -18.373 3.129
3 HB2 LEU 765 HB2 LEU 765 35.316 -20.403 1.575
4 HB3 LEU 765 HB3 LEU 765 34.022 -19.469 0.858
5 HG LEU 765 HG LEU 765 35.638 -17.696 0.315
6 HD11 LEU 765 HD11 LEU 765 37.538 -19.738 1.396
7 HD13 LEU 765 HD12 LEU 765 37.216 -18.170 2.099
8 HD12 LEU 765 HD13 LEU 765 38.050 -18.284 0.528
9 HD22 LEU 765 HD21 LEU 765 36.724 -18.929 -1.486
10 HD21 LEU 765 HD22 LEU 765 35.042 -19.429 -1.308
11 HD23 LEU 765 HD23 LEU 765 36.337 -20.455 -0.690
No H/Q in entry = 11
In of MODEL 26
1 HA PRO 766 HA PRO 766 32.500 -15.125 2.949
2 HB2 PRO 766 HB2 PRO 766 34.228 -13.490 1.340
3 HB3 PRO 766 HB3 PRO 766 33.810 -13.273 3.031
4 HG2 PRO 766 HG2 PRO 766 36.260 -14.159 1.915
5 HG3 PRO 766 HG3 PRO 766 35.849 -14.026 3.633
6 HD2 PRO 766 HD2 PRO 766 36.198 -16.365 2.013
7 HD3 PRO 766 HD3 PRO 766 35.846 -16.287 3.744
No H/Q in entry = 7
In of MODEL 26
1 H ALA 767 H ALA 767 34.398 -16.009 0.110
2 HA ALA 767 HA ALA 767 32.163 -15.228 -1.574
3 HB2 ALA 767 HB1 ALA 767 34.472 -14.587 -2.193
4 HB3 ALA 767 HB2 ALA 767 33.536 -15.449 -3.440
5 HB1 ALA 767 HB3 ALA 767 34.780 -16.304 -2.511
No H/Q in entry = 5
In of MODEL 26
1 H SER 768 H SER 768 31.076 -16.644 -0.463
2 HA SER 768 HA SER 768 30.621 -18.948 -2.134
3 HB2 SER 768 HB2 SER 768 30.836 -19.099 0.885
4 HB3 SER 768 HB3 SER 768 30.289 -20.372 -0.217
5 HG SER 768 HG SER 768 32.624 -19.437 -1.062
No H/Q in entry = 5
In of MODEL 26
1 H ALA 769 H ALA 769 29.582 -16.223 -1.398
2 HA ALA 769 HA ALA 769 26.816 -16.934 -1.167
3 HB3 ALA 769 HB1 ALA 769 27.386 -16.537 1.176
4 HB2 ALA 769 HB2 ALA 769 26.383 -15.226 0.521
5 HB1 ALA 769 HB3 ALA 769 28.114 -14.984 0.740
No H/Q in entry = 5
In of MODEL 26
1 H GLU 770 H GLU 770 25.617 -14.854 -1.294
2 HA GLU 770 HA GLU 770 26.737 -13.217 -3.430
3 HB2 GLU 770 HB2 GLU 770 24.390 -12.782 -3.970
4 HB3 GLU 770 HB3 GLU 770 24.775 -14.493 -4.080
5 HG2 GLU 770 HG2 GLU 770 23.629 -13.346 -1.595
6 HG3 GLU 770 HG3 GLU 770 22.526 -13.795 -2.927
No H/Q in entry = 6
In of MODEL 26
1 H LYS 771 H LYS 771 26.361 -10.939 -3.260
2 HA LYS 771 HA LYS 771 25.325 -9.999 -0.709
3 HB2 LYS 771 HB2 LYS 771 27.872 -8.967 -2.028
4 HB3 LYS 771 HB3 LYS 771 27.144 -8.344 -0.558
5 HG2 LYS 771 HG2 LYS 771 28.292 -11.115 -0.879
6 HG3 LYS 771 HG3 LYS 771 29.099 -9.757 -0.086
7 HD2 LYS 771 HD2 LYS 771 27.546 -9.749 1.690
8 HD3 LYS 771 HD3 LYS 771 26.400 -10.756 0.807
9 HE2 LYS 771 HE2 LYS 771 27.462 -12.095 2.486
10 HE3 LYS 771 HE3 LYS 771 27.991 -12.600 0.886
11 HZ1 LYS 771 HZ1 LYS 771 30.080 -11.378 1.230
12 HZ3 LYS 771 HZ2 LYS 771 29.830 -12.503 2.457
13 HZ2 LYS 771 HZ3 LYS 771 29.552 -10.894 2.763
No H/Q in entry = 13
In of MODEL 26
1 H ALA 772 H ALA 772 24.184 -8.073 -0.926
2 HA ALA 772 HA ALA 772 22.991 -7.456 -3.345
3 HB1 ALA 772 HB1 ALA 772 22.086 -6.705 -1.216
4 HB2 ALA 772 HB2 ALA 772 22.347 -5.321 -2.275
5 HB3 ALA 772 HB3 ALA 772 23.480 -5.654 -0.957
No H/Q in entry = 5
In of MODEL 26
1 H CYS 773 H CYS 773 23.595 -6.088 -4.998
2 HA CYS 773 HA CYS 773 26.304 -5.040 -4.796
3 HB2 CYS 773 HB2 CYS 773 26.280 -7.315 -5.720
4 HB3 CYS 773 HB3 CYS 773 25.155 -6.799 -6.958
No H/Q in entry = 4
In of MODEL 26
1 H GLY 774 H GLY 774 26.695 -3.893 -7.112
2 HA3 GLY 774 HA2 GLY 774 25.380 -2.498 -8.753
3 HA2 GLY 774 HA3 GLY 774 24.549 -1.879 -7.318
No H/Q in entry = 3
In of MODEL 26
1 H ALA 775 H ALA 775 26.917 -2.172 -5.726
2 HA ALA 775 HA ALA 775 28.973 -0.477 -6.871
3 HB3 ALA 775 HB1 ALA 775 29.103 0.741 -4.694
4 HB1 ALA 775 HB2 ALA 775 27.637 -0.085 -4.166
5 HB2 ALA 775 HB3 ALA 775 27.573 1.044 -5.521
No H/Q in entry = 5
In of MODEL 26
1 H CYS 776 H CYS 776 30.685 -1.841 -6.739
2 HA CYS 776 HA CYS 776 30.926 -3.641 -4.471
3 HB2 CYS 776 HB2 CYS 776 30.735 -5.616 -5.934
4 HB3 CYS 776 HB3 CYS 776 29.237 -4.709 -5.800
No H/Q in entry = 4
In of MODEL 26
1 HA PRO 777 HA PRO 777 35.236 -3.925 -5.917
2 HB2 PRO 777 HB2 PRO 777 35.170 -6.850 -5.535
3 HB3 PRO 777 HB3 PRO 777 36.147 -5.643 -4.692
4 HG2 PRO 777 HG2 PRO 777 34.150 -6.893 -3.463
5 HG3 PRO 777 HG3 PRO 777 34.440 -5.167 -3.180
6 HD2 PRO 777 HD2 PRO 777 32.445 -6.475 -4.975
7 HD3 PRO 777 HD3 PRO 777 32.209 -5.155 -3.805
No H/Q in entry = 7
In of MODEL 26
1 H LEU 778 H LEU 778 36.387 -6.266 -6.957
2 HA LEU 778 HA LEU 778 36.823 -5.830 -9.509
3 HB2 LEU 778 HB2 LEU 778 36.506 -8.679 -8.677
4 HB3 LEU 778 HB3 LEU 778 37.608 -8.026 -9.863
5 HG LEU 778 HG LEU 778 38.655 -6.857 -7.715
6 HD12 LEU 778 HD11 LEU 778 38.539 -8.327 -5.764
7 HD11 LEU 778 HD12 LEU 778 37.273 -9.261 -6.552
8 HD13 LEU 778 HD13 LEU 778 36.987 -7.580 -6.120
9 HD22 LEU 778 HD21 LEU 778 39.821 -8.414 -9.191
10 HD21 LEU 778 HD22 LEU 778 39.006 -9.761 -8.399
11 HD23 LEU 778 HD23 LEU 778 40.159 -8.779 -7.494
No H/Q in entry = 11
In of MODEL 26
1 H TRP 779 H TRP 779 34.514 -8.485 -8.824
2 HA TRP 779 HA TRP 779 33.385 -8.061 -11.522
3 HB2 TRP 779 HB2 TRP 779 32.829 -10.454 -11.457
4 HB3 TRP 779 HB3 TRP 779 34.570 -10.192 -11.291
5 HD1 TRP 779 HD1 TRP 779 31.490 -11.373 -9.307
6 HE1 TRP 779 HE1 TRP 779 32.267 -12.546 -7.180
7 HE3 TRP 779 HE3 TRP 779 36.488 -10.460 -9.650
8 HZ2 TRP 779 HZ2 TRP 779 34.695 -13.044 -5.821
9 HZ3 TRP 779 HZ3 TRP 779 37.966 -11.347 -7.893
10 HH2 TRP 779 HH2 TRP 779 37.084 -12.595 -6.037
No H/Q in entry = 10
In of MODEL 26
1 H GLY 780 H GLY 780 32.675 -7.299 -8.536
2 HA3 GLY 780 HA2 GLY 780 30.573 -6.822 -7.572
3 HA2 GLY 780 HA3 GLY 780 29.817 -7.793 -8.833
No H/Q in entry = 3
In of MODEL 26
1 H LYS 781 H LYS 781 28.559 -9.070 -7.467
2 HA LYS 781 HA LYS 781 29.937 -11.306 -6.360
3 HB2 LYS 781 HB2 LYS 781 30.056 -9.507 -4.543
4 HB3 LYS 781 HB3 LYS 781 28.317 -9.732 -4.384
5 HG2 LYS 781 HG2 LYS 781 29.462 -11.010 -2.684
6 HG3 LYS 781 HG3 LYS 781 28.672 -12.096 -3.824
7 HD2 LYS 781 HD2 LYS 781 30.796 -13.042 -3.400
8 HD3 LYS 781 HD3 LYS 781 30.949 -12.306 -4.985
9 HE2 LYS 781 HE2 LYS 781 31.960 -11.179 -2.355
10 HE3 LYS 781 HE3 LYS 781 32.943 -11.935 -3.602
11 HZ2 LYS 781 HZ1 LYS 781 31.550 -9.322 -3.696
12 HZ1 LYS 781 HZ2 LYS 781 32.207 -10.011 -5.077
13 HZ3 LYS 781 HZ3 LYS 781 33.200 -9.614 -3.774
No H/Q in entry = 13
In of MODEL 26
1 H CYS 782 H CYS 782 28.687 -12.997 -6.868
2 HA CYS 782 HA CYS 782 25.850 -12.878 -6.370
3 HB2 CYS 782 HB2 CYS 782 26.068 -12.082 -8.724
4 HB3 CYS 782 HB3 CYS 782 26.905 -13.576 -9.122
No H/Q in entry = 4
In of MODEL 26
1 H ASP 783 H ASP 783 24.871 -14.918 -6.093
2 HA ASP 783 HA ASP 783 26.440 -17.282 -6.573
3 HB2 ASP 783 HB2 ASP 783 27.073 -16.552 -4.221
4 HB3 ASP 783 HB3 ASP 783 25.386 -16.781 -3.771
No H/Q in entry = 4
In of MODEL 26
1 H ALA 784 H ALA 784 23.571 -16.433 -4.569
2 HA ALA 784 HA ALA 784 21.954 -17.795 -6.563
3 HB1 ALA 784 HB1 ALA 784 22.233 -19.306 -4.630
4 HB2 ALA 784 HB2 ALA 784 20.573 -18.728 -4.750
5 HB3 ALA 784 HB3 ALA 784 21.666 -18.028 -3.556
No H/Q in entry = 5
In of MODEL 26
1 H GLU 785 H GLU 785 19.524 -17.203 -5.896
2 HA GLU 785 HA GLU 785 19.411 -14.315 -6.214
3 HB2 GLU 785 HB2 GLU 785 17.153 -16.324 -6.215
4 HB3 GLU 785 HB3 GLU 785 17.144 -14.708 -6.897
5 HG2 GLU 785 HG2 GLU 785 18.752 -17.048 -7.909
6 HG3 GLU 785 HG3 GLU 785 17.280 -16.410 -8.631
No H/Q in entry = 6
In of MODEL 26
1 H SER 786 H SER 786 20.043 -15.541 -3.607
2 HA SER 786 HA SER 786 17.997 -15.795 -1.794
3 HB2 SER 786 HB2 SER 786 20.756 -14.753 -1.215
4 HB3 SER 786 HB3 SER 786 19.700 -15.670 -0.132
5 HG SER 786 HG SER 786 21.423 -16.558 -2.026
No H/Q in entry = 5
In of MODEL 26
1 H SER 787 H SER 787 19.657 -12.819 -2.778
2 HA SER 787 HA SER 787 17.539 -11.335 -1.525
3 HB2 SER 787 HB2 SER 787 19.134 -11.511 0.311
4 HB3 SER 787 HB3 SER 787 20.428 -10.921 -0.725
5 HG SER 787 HG SER 787 18.101 -9.444 -0.043
No H/Q in entry = 5
In of MODEL 26
1 H LYS 788 H LYS 788 20.722 -10.103 -2.493
2 HA LYS 788 HA LYS 788 19.745 -9.342 -5.095
3 HB2 LYS 788 HB2 LYS 788 19.232 -7.374 -3.637
4 HB3 LYS 788 HB3 LYS 788 20.916 -7.330 -3.142
5 HG2 LYS 788 HG2 LYS 788 20.532 -5.636 -4.832
6 HG3 LYS 788 HG3 LYS 788 21.559 -6.897 -5.503
7 HD2 LYS 788 HD2 LYS 788 19.585 -7.906 -6.605
8 HD3 LYS 788 HD3 LYS 788 18.578 -6.613 -5.961
9 HE2 LYS 788 HE2 LYS 788 19.938 -4.969 -7.219
10 HE3 LYS 788 HE3 LYS 788 20.890 -6.297 -7.881
11 HZ3 LYS 788 HZ1 LYS 788 19.198 -5.617 -9.445
12 HZ2 LYS 788 HZ2 LYS 788 17.996 -5.794 -8.322
13 HZ1 LYS 788 HZ3 LYS 788 18.807 -7.160 -8.896
No H/Q in entry = 13
In of MODEL 26
1 H CYS 789 H CYS 789 21.348 -9.361 -6.563
2 HA CYS 789 HA CYS 789 24.063 -9.416 -5.715
3 HB2 CYS 789 HB2 CYS 789 24.433 -11.683 -6.610
4 HB3 CYS 789 HB3 CYS 789 23.466 -11.613 -5.120
No H/Q in entry = 4
In of MODEL 26
1 H VAL 790 H VAL 790 25.476 -9.286 -7.521
2 HA VAL 790 HA VAL 790 24.254 -9.121 -10.136
3 HB VAL 790 HB VAL 790 25.754 -6.773 -8.890
4 HG13 VAL 790 HG11 VAL 790 26.498 -7.053 -11.161
5 HG12 VAL 790 HG12 VAL 790 25.484 -5.611 -11.030
6 HG11 VAL 790 HG13 VAL 790 24.832 -7.092 -11.736
7 HG21 VAL 790 HG21 VAL 790 23.389 -6.852 -8.301
8 HG23 VAL 790 HG22 VAL 790 22.977 -6.938 -10.014
9 HG22 VAL 790 HG23 VAL 790 23.741 -5.481 -9.360
No H/Q in entry = 9
In of MODEL 26
1 H CYS 791 H CYS 791 25.686 -9.633 -11.695
2 HA CYS 791 HA CYS 791 28.476 -9.964 -10.893
3 HB2 CYS 791 HB2 CYS 791 28.580 -11.876 -12.539
4 HB3 CYS 791 HB3 CYS 791 27.614 -12.184 -11.105
No H/Q in entry = 4
In of MODEL 26
1 H ARG 792 H ARG 792 29.752 -8.656 -11.905
2 HA ARG 792 HA ARG 792 28.953 -7.139 -14.205
3 HB2 ARG 792 HB2 ARG 792 31.519 -7.421 -12.662
4 HB3 ARG 792 HB3 ARG 792 31.398 -6.422 -14.090
5 HG2 ARG 792 HG2 ARG 792 29.777 -6.047 -11.578
6 HG3 ARG 792 HG3 ARG 792 31.271 -5.189 -11.948
7 HD2 ARG 792 HD2 ARG 792 30.123 -4.416 -14.086
8 HD3 ARG 792 HD3 ARG 792 28.628 -5.023 -13.377
9 HE ARG 792 HE ARG 792 29.708 -3.440 -11.454
10 HH11 ARG 792 HH11 ARG 792 28.826 -2.811 -14.879
11 HH12 ARG 792 HH12 ARG 792 28.448 -1.190 -14.591
12 HH21 ARG 792 HH21 ARG 792 29.263 -1.216 -11.131
13 HH22 ARG 792 HH22 ARG 792 28.688 -0.248 -12.409
No H/Q in entry = 13
In of MODEL 26
1 H GLU 793 H GLU 793 30.163 -7.166 -16.230
2 HA GLU 793 HA GLU 793 31.100 -9.792 -16.940
3 HB2 GLU 793 HB2 GLU 793 31.053 -7.207 -18.519
4 HB3 GLU 793 HB3 GLU 793 31.531 -8.769 -19.164
5 HG2 GLU 793 HG2 GLU 793 28.808 -8.105 -18.083
6 HG3 GLU 793 HG3 GLU 793 29.244 -8.135 -19.793
No H/Q in entry = 6
In of MODEL 26
1 H ALA 794 H ALA 794 33.299 -9.863 -18.090
2 HA ALA 794 HA ALA 794 35.224 -9.375 -16.112
3 HB3 ALA 794 HB1 ALA 794 36.823 -10.235 -17.717
4 HB1 ALA 794 HB2 ALA 794 35.636 -10.059 -19.011
5 HB2 ALA 794 HB3 ALA 794 35.356 -11.215 -17.706
No H/Q in entry = 5
In of MODEL 26
1 H SER 795 H SER 795 34.318 -7.630 -18.957
2 HA SER 795 HA SER 795 36.609 -5.994 -18.947
3 HB2 SER 795 HB2 SER 795 34.002 -5.637 -20.417
4 HB3 SER 795 HB3 SER 795 35.471 -4.707 -20.719
5 HG SER 795 HG SER 795 35.285 -7.537 -20.883
No H/Q in entry = 5
In of MODEL 26
1 H GLU 796 H GLU 796 33.861 -5.998 -17.022
2 HA GLU 796 HA GLU 796 33.781 -3.089 -16.593
3 HB2 GLU 796 HB2 GLU 796 32.053 -5.293 -15.503
4 HB3 GLU 796 HB3 GLU 796 31.803 -3.574 -15.246
5 HG2 GLU 796 HG2 GLU 796 31.423 -3.350 -17.684
6 HG3 GLU 796 HG3 GLU 796 31.556 -5.105 -17.815
No H/Q in entry = 6
In of MODEL 26
1 H CYS 797 H CYS 797 35.866 -5.093 -15.725
2 HA CYS 797 HA CYS 797 35.613 -5.636 -13.005
3 HB2 CYS 797 HB2 CYS 797 38.035 -6.083 -13.082
4 HB3 CYS 797 HB3 CYS 797 37.132 -6.887 -14.359
No H/Q in entry = 4
In of MODEL 26
1 H GLU 798 H GLU 798 35.860 -4.480 -11.271
2 HA GLU 798 HA GLU 798 36.728 -1.750 -11.299
3 HB2 GLU 798 HB2 GLU 798 35.116 -2.648 -9.629
4 HB3 GLU 798 HB3 GLU 798 36.371 -3.691 -8.990
5 HG2 GLU 798 HG2 GLU 798 35.994 -1.750 -7.578
6 HG3 GLU 798 HG3 GLU 798 37.626 -1.761 -8.238
No H/Q in entry = 6
In of MODEL 26
1 H GLU 799 H GLU 799 38.087 -4.834 -10.710
2 HA GLU 799 HA GLU 799 40.789 -3.854 -10.856
3 HB2 GLU 799 HB2 GLU 799 40.482 -3.900 -8.480
4 HB3 GLU 799 HB3 GLU 799 39.588 -5.403 -8.551
5 HG2 GLU 799 HG2 GLU 799 41.803 -5.722 -7.587
6 HG3 GLU 799 HG3 GLU 799 41.644 -6.598 -9.102
No H/Q in entry = 6
In of MODEL 26
1 H GLU 800 H GLU 800 41.894 -5.238 -12.136
2 HA GLU 800 HA GLU 800 40.542 -7.471 -13.300
3 HB2 GLU 800 HB2 GLU 800 42.731 -7.841 -14.490
4 HB3 GLU 800 HB3 GLU 800 41.996 -6.268 -14.769
5 HG2 GLU 800 HG2 GLU 800 43.570 -5.284 -13.150
6 HG3 GLU 800 HG3 GLU 800 44.295 -6.874 -12.914
No H/Q in entry = 6
In of MODEL 26
1 H GLY 801 H GLY 801 42.859 -6.962 -10.829
2 HA3 GLY 801 HA2 GLY 801 43.488 -8.269 -9.122
3 HA2 GLY 801 HA3 GLY 801 42.438 -9.537 -9.744
No H/Q in entry = 3
In of MODEL 26
1 H PHE 802 H PHE 802 43.858 -11.084 -9.418
2 HA PHE 802 HA PHE 802 46.472 -11.082 -10.666
3 HB2 PHE 802 HB2 PHE 802 44.954 -12.998 -8.944
4 HB3 PHE 802 HB3 PHE 802 46.369 -13.538 -9.828
5 HD1 PHE 802 HD1 PHE 802 47.507 -14.108 -7.807
6 HD2 PHE 802 HD2 PHE 802 46.194 -10.133 -8.495
7 HE1 PHE 802 HE1 PHE 802 48.950 -13.351 -6.036
8 HE2 PHE 802 HE2 PHE 802 47.651 -9.340 -6.723
9 HZ PHE 802 HZ PHE 802 49.042 -10.939 -5.450
No H/Q in entry = 9
In of MODEL 26
1 H SER 803 H SER 803 46.983 -13.303 -11.741
2 HA SER 803 HA SER 803 44.899 -13.955 -13.639
3 HB2 SER 803 HB2 SER 803 46.933 -14.665 -15.038
4 HB3 SER 803 HB3 SER 803 46.698 -12.929 -14.825
5 HG SER 803 HG SER 803 48.827 -14.140 -14.429
No H/Q in entry = 5
In of MODEL 26
1 H ILE 804 H ILE 804 44.282 -16.068 -13.618
2 HA ILE 804 HA ILE 804 45.901 -17.930 -12.034
3 HB ILE 804 HB ILE 804 43.987 -18.887 -10.891
4 HG12 ILE 804 HG12 ILE 804 42.248 -18.392 -12.658
5 HG13 ILE 804 HG13 ILE 804 41.714 -18.093 -11.015
6 HG23 ILE 804 HG21 ILE 804 43.352 -17.052 -9.384
7 HG22 ILE 804 HG22 ILE 804 44.034 -15.908 -10.540
8 HG21 ILE 804 HG23 ILE 804 45.084 -17.081 -9.738
9 HD13 ILE 804 HD11 ILE 804 40.925 -16.367 -12.515
10 HD12 ILE 804 HD12 ILE 804 42.576 -16.015 -13.017
11 HD11 ILE 804 HD13 ILE 804 42.070 -15.693 -11.357
No H/Q in entry = 11
In of MODEL 26
1 H CYS 805 H CYS 805 45.426 -20.179 -12.436
2 HA CYS 805 HA CYS 805 44.774 -20.625 -15.225
3 HB2 CYS 805 HB2 CYS 805 46.856 -21.582 -14.334
4 HB3 CYS 805 HB3 CYS 805 45.938 -22.456 -13.113
No H/Q in entry = 4
In of MODEL 26
1 H VAL 806 H VAL 806 42.650 -21.025 -15.593
2 HA VAL 806 HA VAL 806 41.388 -22.861 -13.717
3 HB VAL 806 HB VAL 806 40.448 -20.569 -13.420
4 HG13 VAL 806 HG11 VAL 806 40.937 -19.719 -15.555
5 HG12 VAL 806 HG12 VAL 806 39.224 -19.525 -15.172
6 HG11 VAL 806 HG13 VAL 806 39.748 -20.792 -16.285
7 HG21 VAL 806 HG21 VAL 806 38.944 -22.518 -13.118
8 HG23 VAL 806 HG22 VAL 806 38.471 -22.373 -14.806
9 HG22 VAL 806 HG23 VAL 806 38.125 -21.061 -13.668
No H/Q in entry = 9
In of MODEL 26
1 H GLU 807 H GLU 807 40.261 -24.506 -14.584
2 HA GLU 807 HA GLU 807 40.682 -25.013 -17.385
3 HB2 GLU 807 HB2 GLU 807 41.228 -26.711 -15.693
4 HB3 GLU 807 HB3 GLU 807 39.563 -26.711 -15.149
5 HG2 GLU 807 HG2 GLU 807 38.896 -27.499 -17.396
6 HG3 GLU 807 HG3 GLU 807 40.600 -27.592 -17.819
No H/Q in entry = 6
In of MODEL 26
1 H VAL 808 H VAL 808 39.197 -24.260 -18.740
2 HA VAL 808 HA VAL 808 36.425 -24.486 -18.108
3 HB VAL 808 HB VAL 808 36.024 -22.527 -19.216
4 HG11 VAL 808 HG11 VAL 808 36.447 -22.247 -16.860
5 HG13 VAL 808 HG12 VAL 808 36.943 -20.784 -17.715
6 HG12 VAL 808 HG13 VAL 808 38.158 -21.948 -17.170
7 HG23 VAL 808 HG21 VAL 808 38.965 -22.124 -19.712
8 HG22 VAL 808 HG22 VAL 808 37.709 -20.914 -20.070
9 HG21 VAL 808 HG23 VAL 808 37.676 -22.504 -20.859
No H/Q in entry = 9
In of MODEL 26
1 H ASN 809 H ASN 809 35.308 -25.106 -19.996
2 HA ASN 809 HA ASN 809 34.933 -25.850 -22.030
3 HB2 ASN 809 HB2 ASN 809 37.281 -24.125 -22.643
4 HB3 ASN 809 HB3 ASN 809 36.628 -25.143 -23.913
5 HD21 ASN 809 HD21 ASN 809 36.121 -22.363 -21.882
6 HD22 ASN 809 HD22 ASN 809 34.716 -21.774 -22.671
No H/Q in entry = 6
In of MODEL 26
1 H GLY 810 H GLY 810 37.041 -27.163 -20.166
2 HA3 GLY 810 HA2 GLY 810 37.962 -29.290 -20.202
3 HA2 GLY 810 HA3 GLY 810 37.794 -29.318 -21.953
No H/Q in entry = 3
In of MODEL 26
1 H LYS 811 H LYS 811 39.157 -26.409 -21.168
2 HA LYS 811 HA LYS 811 41.904 -27.425 -21.491
3 HB2 LYS 811 HB2 LYS 811 40.615 -24.943 -22.591
4 HB3 LYS 811 HB3 LYS 811 42.335 -25.302 -22.627
5 HG2 LYS 811 HG2 LYS 811 42.042 -27.070 -24.166
6 HG3 LYS 811 HG3 LYS 811 40.293 -27.103 -23.907
7 HD2 LYS 811 HD2 LYS 811 40.931 -26.037 -26.049
8 HD3 LYS 811 HD3 LYS 811 40.051 -24.953 -24.976
9 HE2 LYS 811 HE2 LYS 811 42.299 -24.039 -24.251
10 HE3 LYS 811 HE3 LYS 811 43.011 -24.996 -25.548
11 HZ3 LYS 811 HZ1 LYS 811 42.648 -22.759 -26.236
12 HZ2 LYS 811 HZ2 LYS 811 41.011 -22.830 -25.862
13 HZ1 LYS 811 HZ3 LYS 811 41.644 -23.773 -27.123
No H/Q in entry = 13
In of MODEL 26
1 H GLU 812 H GLU 812 43.519 -25.941 -20.630
2 HA GLU 812 HA GLU 812 42.563 -24.526 -18.227
3 HB2 GLU 812 HB2 GLU 812 45.435 -25.102 -18.956
4 HB3 GLU 812 HB3 GLU 812 44.795 -24.652 -17.386
5 HG2 GLU 812 HG2 GLU 812 45.307 -26.912 -17.135
6 HG3 GLU 812 HG3 GLU 812 43.577 -26.898 -17.498
No H/Q in entry = 6
In of MODEL 26
1 H GLN 813 H GLN 813 42.439 -22.435 -18.300
2 HA GLN 813 HA GLN 813 44.226 -21.053 -20.116
3 HB2 GLN 813 HB2 GLN 813 42.137 -21.213 -21.305
4 HB3 GLN 813 HB3 GLN 813 41.242 -20.650 -19.901
5 HG2 GLN 813 HG2 GLN 813 42.213 -18.516 -20.056
6 HG3 GLN 813 HG3 GLN 813 43.285 -19.006 -21.370
7 HE21 GLN 813 HE21 GLN 813 40.021 -18.193 -20.509
8 HE22 GLN 813 HE22 GLN 813 39.420 -18.047 -22.119
No H/Q in entry = 8
In of MODEL 26
1 H THR 814 H THR 814 44.941 -19.110 -19.408
2 HA THR 814 HA THR 814 44.473 -18.526 -16.609
3 HB THR 814 HB THR 814 46.166 -17.063 -18.564
4 HG1 THR 814 HG1 THR 814 46.428 -19.533 -17.702
5 HG22 THR 814 HG21 THR 814 46.300 -17.296 -15.558
6 HG21 THR 814 HG22 THR 814 45.760 -15.894 -16.480
7 HG23 THR 814 HG23 THR 814 47.449 -16.399 -16.549
No H/Q in entry = 7
In of MODEL 26
1 H MET 815 H MET 815 43.100 -17.078 -16.112
2 HA MET 815 HA MET 815 42.510 -14.940 -17.983
3 HB2 MET 815 HB2 MET 815 40.125 -15.057 -17.139
4 HB3 MET 815 HB3 MET 815 40.602 -16.323 -18.255
5 HG2 MET 815 HG2 MET 815 41.029 -17.753 -16.422
6 HG3 MET 815 HG3 MET 815 40.412 -16.593 -15.268
7 HE2 MET 815 HE1 MET 815 37.980 -18.942 -18.415
8 HE1 MET 815 HE2 MET 815 39.642 -19.234 -17.904
9 HE3 MET 815 HE3 MET 815 39.264 -17.812 -18.875
No H/Q in entry = 9
In of MODEL 26
1 H SER 816 H SER 816 41.197 -13.235 -16.657
2 HA SER 816 HA SER 816 42.975 -12.647 -14.499
3 HB2 SER 816 HB2 SER 816 40.623 -11.106 -15.595
4 HB3 SER 816 HB3 SER 816 41.849 -10.497 -14.484
5 HG SER 816 HG SER 816 42.379 -9.868 -16.497
No H/Q in entry = 5
In of MODEL 26
1 H GLU 817 H GLU 817 42.320 -12.177 -12.493
2 HA GLU 817 HA GLU 817 40.737 -13.920 -11.119
3 HB2 GLU 817 HB2 GLU 817 42.568 -12.449 -10.289
4 HB3 GLU 817 HB3 GLU 817 41.455 -11.119 -10.533
5 HG2 GLU 817 HG2 GLU 817 40.271 -11.518 -8.750
6 HG3 GLU 817 HG3 GLU 817 40.602 -13.277 -8.770
No H/Q in entry = 6
In of MODEL 26
1 H CYS 818 H CYS 818 40.008 -10.691 -12.305
2 HA CYS 818 HA CYS 818 37.449 -10.481 -11.259
3 HB2 CYS 818 HB2 CYS 818 37.078 -8.758 -13.007
4 HB3 CYS 818 HB3 CYS 818 38.567 -8.544 -12.096
No H/Q in entry = 4
In of MODEL 26
1 H GLU 819 H GLU 819 38.573 -11.811 -14.335
2 HA GLU 819 HA GLU 819 36.005 -12.210 -15.440
3 HB2 GLU 819 HB2 GLU 819 38.010 -11.989 -16.832
4 HB3 GLU 819 HB3 GLU 819 38.656 -13.470 -16.153
5 HG2 GLU 819 HG2 GLU 819 37.077 -14.784 -17.244
6 HG3 GLU 819 HG3 GLU 819 36.061 -13.396 -17.665
No H/Q in entry = 6
In of MODEL 26
1 H ALA 820 H ALA 820 38.373 -14.439 -14.034
2 HA ALA 820 HA ALA 820 36.860 -16.734 -14.191
3 HB3 ALA 820 HB1 ALA 820 38.858 -15.998 -12.061
4 HB1 ALA 820 HB2 ALA 820 39.197 -16.786 -13.609
5 HB2 ALA 820 HB3 ALA 820 38.270 -17.630 -12.376
No H/Q in entry = 5
In of MODEL 26
1 H GLY 821 H GLY 821 37.021 -14.258 -11.655
2 HA3 GLY 821 HA2 GLY 821 35.345 -15.459 -9.747
3 HA2 GLY 821 HA3 GLY 821 35.704 -13.737 -9.877
No H/Q in entry = 3
In of MODEL 26
1 H ALA 822 H ALA 822 34.636 -13.168 -12.344
2 HA ALA 822 HA ALA 822 31.904 -12.885 -11.738
3 HB2 ALA 822 HB1 ALA 822 33.175 -11.332 -13.214
4 HB3 ALA 822 HB2 ALA 822 31.655 -11.902 -13.888
5 HB1 ALA 822 HB3 ALA 822 33.178 -12.593 -14.455
No H/Q in entry = 5
In of MODEL 26
1 H LEU 823 H LEU 823 33.705 -15.073 -13.798
2 HA LEU 823 HA LEU 823 31.578 -16.310 -15.051
3 HB2 LEU 823 HB2 LEU 823 34.247 -17.467 -14.290
4 HB3 LEU 823 HB3 LEU 823 33.111 -18.272 -15.349
5 HG LEU 823 HG LEU 823 34.563 -15.683 -15.874
6 HD11 LEU 823 HD11 LEU 823 35.915 -17.666 -16.167
7 HD13 LEU 823 HD12 LEU 823 35.574 -16.886 -17.709
8 HD12 LEU 823 HD13 LEU 823 34.698 -18.351 -17.248
9 HD23 LEU 823 HD21 LEU 823 33.483 -15.756 -18.110
10 HD22 LEU 823 HD22 LEU 823 32.374 -15.431 -16.790
11 HD21 LEU 823 HD23 LEU 823 32.417 -17.039 -17.515
No H/Q in entry = 11
In of MODEL 26
1 H ARG 824 H ARG 824 33.098 -17.140 -11.979
2 HA ARG 824 HA ARG 824 31.571 -19.431 -11.293
3 HB2 ARG 824 HB2 ARG 824 32.178 -17.288 -9.277
4 HB3 ARG 824 HB3 ARG 824 32.091 -19.014 -9.023
5 HG2 ARG 824 HG2 ARG 824 34.255 -19.306 -10.080
6 HG3 ARG 824 HG3 ARG 824 34.292 -17.587 -10.508
7 HD2 ARG 824 HD2 ARG 824 34.341 -18.820 -7.768
8 HD3 ARG 824 HD3 ARG 824 35.589 -17.830 -8.529
9 HE ARG 824 HE ARG 824 33.650 -16.105 -8.584
10 HH11 ARG 824 HH11 ARG 824 34.692 -18.100 -5.848
11 HH12 ARG 824 HH12 ARG 824 33.832 -17.245 -4.672
12 HH21 ARG 824 HH21 ARG 824 32.442 -14.904 -6.972
13 HH22 ARG 824 HH22 ARG 824 32.469 -15.384 -5.333
No H/Q in entry = 13
In of MODEL 26
1 H CYS 825 H CYS 825 31.079 -16.041 -10.685
2 HA CYS 825 HA CYS 825 28.719 -16.144 -9.212
3 HB2 CYS 825 HB2 CYS 825 30.185 -14.044 -10.685
4 HB3 CYS 825 HB3 CYS 825 28.682 -13.650 -9.892
No H/Q in entry = 4
In of MODEL 26
1 H ARG 826 H ARG 826 29.184 -16.103 -12.675
2 HA ARG 826 HA ARG 826 26.406 -15.338 -13.069
3 HB2 ARG 826 HB2 ARG 826 26.923 -15.392 -15.467
4 HB3 ARG 826 HB3 ARG 826 27.961 -14.279 -14.565
5 HG2 ARG 826 HG2 ARG 826 29.727 -15.925 -14.636
6 HG3 ARG 826 HG3 ARG 826 28.681 -17.042 -15.509
7 HD2 ARG 826 HD2 ARG 826 29.506 -14.315 -16.467
8 HD3 ARG 826 HD3 ARG 826 30.216 -15.837 -17.006
9 HE ARG 826 HE ARG 826 27.715 -16.308 -17.568
10 HH11 ARG 826 HH11 ARG 826 29.423 -13.241 -18.037
11 HH12 ARG 826 HH12 ARG 826 28.610 -12.816 -19.457
12 HH21 ARG 826 HH21 ARG 826 26.607 -15.787 -19.528
13 HH22 ARG 826 HH22 ARG 826 26.932 -14.328 -20.337
No H/Q in entry = 13
In of MODEL 26
1 H GLY 827 H GLY 827 28.056 -18.180 -12.585
2 HA3 GLY 827 HA2 GLY 827 26.768 -20.238 -12.530
3 HA2 GLY 827 HA3 GLY 827 25.852 -19.596 -13.897
No H/Q in entry = 3
In of MODEL 26
1 H GLN 828 H GLN 828 28.926 -18.872 -14.577
2 HA GLN 828 HA GLN 828 29.137 -20.819 -16.635
3 HB2 GLN 828 HB2 GLN 828 30.119 -18.575 -16.844
4 HB3 GLN 828 HB3 GLN 828 31.212 -18.927 -15.519
5 HG2 GLN 828 HG2 GLN 828 32.376 -19.112 -17.643
6 HG3 GLN 828 HG3 GLN 828 32.256 -20.682 -16.856
7 HE21 GLN 828 HE21 GLN 828 31.085 -18.730 -19.495
8 HE22 GLN 828 HE22 GLN 828 30.387 -20.037 -20.367
No H/Q in entry = 8
In of MODEL 26
1 H SER 829 H SER 829 30.166 -22.747 -16.631
2 HA SER 829 HA SER 829 30.967 -23.818 -14.101
3 HB2 SER 829 HB2 SER 829 31.040 -25.141 -16.819
4 HB3 SER 829 HB3 SER 829 31.023 -25.931 -15.246
5 HG SER 829 HG SER 829 28.949 -24.905 -14.906
No H/Q in entry = 5
In of MODEL 26
1 H ILE 830 H ILE 830 32.934 -23.436 -13.384
2 HA ILE 830 HA ILE 830 35.219 -23.619 -15.195
3 HB ILE 830 HB ILE 830 36.344 -21.713 -14.269
4 HG12 ILE 830 HG12 ILE 830 35.467 -21.814 -11.922
5 HG13 ILE 830 HG13 ILE 830 35.460 -20.186 -12.561
6 HG22 ILE 830 HG21 ILE 830 33.571 -20.872 -15.015
7 HG21 ILE 830 HG22 ILE 830 34.891 -21.218 -16.121
8 HG23 ILE 830 HG23 ILE 830 34.996 -19.833 -15.029
9 HD12 ILE 830 HD11 ILE 830 33.088 -22.013 -12.280
10 HD11 ILE 830 HD12 ILE 830 33.047 -20.396 -12.969
11 HD13 ILE 830 HD13 ILE 830 33.462 -20.617 -11.272
No H/Q in entry = 11
In of MODEL 26
1 H SER 831 H SER 831 37.017 -24.549 -14.347
2 HA SER 831 HA SER 831 36.821 -25.427 -11.575
3 HB2 SER 831 HB2 SER 831 37.977 -26.773 -13.988
4 HB3 SER 831 HB3 SER 831 38.074 -27.378 -12.333
5 HG SER 831 HG SER 831 35.742 -27.323 -12.345
No H/Q in entry = 5
In of MODEL 26
1 H VAL 832 H VAL 832 38.135 -23.870 -10.616
2 HA VAL 832 HA VAL 832 40.551 -22.932 -11.784
3 HB VAL 832 HB VAL 832 39.725 -22.873 -8.858
4 HG13 VAL 832 HG11 VAL 832 41.262 -20.965 -8.671
5 HG12 VAL 832 HG12 VAL 832 41.739 -21.191 -10.353
6 HG11 VAL 832 HG13 VAL 832 42.102 -22.437 -9.162
7 HG23 VAL 832 HG21 VAL 832 39.282 -20.802 -11.014
8 HG22 VAL 832 HG22 VAL 832 38.913 -20.591 -9.302
9 HG21 VAL 832 HG23 VAL 832 38.037 -21.791 -10.253
No H/Q in entry = 9
In of MODEL 26
1 H THR 833 H THR 833 42.271 -24.204 -12.113
2 HA THR 833 HA THR 833 42.542 -26.624 -10.632
3 HB THR 833 HB THR 833 44.579 -26.889 -12.110
4 HG1 THR 833 HG1 THR 833 44.853 -25.360 -13.726
5 HG21 THR 833 HG21 THR 833 41.938 -26.280 -13.450
6 HG23 THR 833 HG22 THR 833 42.406 -27.829 -12.751
7 HG22 THR 833 HG23 THR 833 43.249 -27.210 -14.171
No H/Q in entry = 7
In of MODEL 26
1 H SER 834 H SER 834 44.147 -23.517 -10.872
2 HA SER 834 HA SER 834 45.063 -23.766 -8.197
3 HB2 SER 834 HB2 SER 834 46.899 -24.934 -9.476
4 HB3 SER 834 HB3 SER 834 47.138 -23.431 -10.384
5 HG SER 834 HG SER 834 47.672 -24.035 -7.705
No H/Q in entry = 5
In of MODEL 26
1 H ILE 835 H ILE 835 45.794 -21.794 -7.438
2 HA ILE 835 HA ILE 835 44.560 -19.480 -8.584
3 HB ILE 835 HB ILE 835 45.557 -18.318 -6.653
4 HG12 ILE 835 HG12 ILE 835 46.922 -20.992 -6.187
5 HG13 ILE 835 HG13 ILE 835 47.674 -19.442 -6.550
6 HG22 ILE 835 HG21 ILE 835 44.274 -20.970 -5.976
7 HG21 ILE 835 HG22 ILE 835 43.423 -19.481 -6.393
8 HG23 ILE 835 HG23 ILE 835 44.364 -19.571 -4.904
9 HD12 ILE 835 HD11 ILE 835 47.909 -20.070 -4.284
10 HD11 ILE 835 HD12 ILE 835 46.147 -20.105 -4.111
11 HD13 ILE 835 HD13 ILE 835 46.980 -18.576 -4.463
No H/Q in entry = 11
In of MODEL 26
1 H ARG 836 H ARG 836 47.308 -21.094 -9.248
2 HA ARG 836 HA ARG 836 49.090 -18.871 -9.728
3 HB2 ARG 836 HB2 ARG 836 49.384 -21.841 -10.173
4 HB3 ARG 836 HB3 ARG 836 50.643 -20.653 -10.494
5 HG2 ARG 836 HG2 ARG 836 50.633 -20.013 -8.132
6 HG3 ARG 836 HG3 ARG 836 49.374 -21.202 -7.828
7 HD2 ARG 836 HD2 ARG 836 52.095 -21.835 -8.924
8 HD3 ARG 836 HD3 ARG 836 51.622 -21.878 -7.221
9 HE ARG 836 HE ARG 836 49.807 -23.425 -8.629
10 HH11 ARG 836 HH11 ARG 836 53.274 -23.539 -7.823
11 HH12 ARG 836 HH12 ARG 836 53.376 -25.231 -7.900
12 HH21 ARG 836 HH21 ARG 836 49.981 -25.820 -8.676
13 HH22 ARG 836 HH22 ARG 836 51.477 -26.535 -8.376
No H/Q in entry = 13
In of MODEL 26
1 HA PRO 837 HA PRO 837 47.565 -18.632 -13.938
2 HB2 PRO 837 HB2 PRO 837 49.604 -17.225 -15.052
3 HB3 PRO 837 HB3 PRO 837 48.402 -16.476 -13.995
4 HG2 PRO 837 HG2 PRO 837 51.172 -17.409 -13.341
5 HG3 PRO 837 HG3 PRO 837 50.354 -15.911 -12.862
6 HD2 PRO 837 HD2 PRO 837 50.566 -18.033 -11.204
7 HD3 PRO 837 HD3 PRO 837 49.160 -16.948 -11.180
No H/Q in entry = 7
In of MODEL 26
1 H CYS 838 H CYS 838 47.979 -19.618 -15.969
2 HA CYS 838 HA CYS 838 50.235 -21.434 -15.892
3 HB2 CYS 838 HB2 CYS 838 48.996 -22.678 -17.762
4 HB3 CYS 838 HB3 CYS 838 48.231 -22.762 -16.194
No H/Q in entry = 4
In of MODEL 26
1 H ALA 839 H ALA 839 50.708 -21.962 -18.574
2 HA ALA 839 HA ALA 839 51.857 -19.453 -19.426
3 HB2 ALA 839 HB1 ALA 839 51.934 -22.191 -20.708
4 HB1 ALA 839 HB2 ALA 839 53.133 -21.548 -19.589
5 HB3 ALA 839 HB3 ALA 839 52.923 -20.808 -21.177
No H/Q in entry = 5
In of MODEL 26
1 H ALA 840 H ALA 840 48.924 -20.280 -19.487
2 HA ALA 840 HA ALA 840 48.214 -20.065 -22.264
3 HB3 ALA 840 HB1 ALA 840 46.990 -21.582 -20.848
4 HB1 ALA 840 HB2 ALA 840 45.890 -20.308 -21.405
5 HB2 ALA 840 HB3 ALA 840 46.572 -20.284 -19.764
No H/Q in entry = 5
In of MODEL 26
1 H GLU 841 H GLU 841 48.924 -17.872 -19.789
2 HA GLU 841 HA GLU 841 47.264 -15.852 -20.963
3 HB2 GLU 841 HB2 GLU 841 48.474 -14.240 -19.436
4 HB3 GLU 841 HB3 GLU 841 47.586 -15.540 -18.648
5 HG2 GLU 841 HG2 GLU 841 49.523 -16.602 -17.929
6 HG3 GLU 841 HG3 GLU 841 50.528 -15.787 -19.127
No H/Q in entry = 6
In of MODEL 26
1 H THR 842 H THR 842 47.962 -16.254 -23.042
2 HA THR 842 HA THR 842 50.345 -14.747 -23.792
3 HB THR 842 HB THR 842 49.584 -17.479 -24.878
4 HG1 THR 842 HG1 THR 842 50.627 -18.056 -23.113
5 HG22 THR 842 HG21 THR 842 51.989 -15.731 -25.428
6 HG21 THR 842 HG22 THR 842 50.661 -16.023 -26.549
7 HG23 THR 842 HG23 THR 842 51.728 -17.348 -26.080
No H/Q in entry = 7
In of MODEL 26
1 H GLN 843 H GLN 843 49.811 -13.318 -25.337
2 HA GLN 843 HA GLN 843 47.429 -13.872 -26.891
3 HB2 GLN 843 HB2 GLN 843 47.329 -11.396 -27.355
4 HB3 GLN 843 HB3 GLN 843 47.027 -11.848 -25.691
5 HG2 GLN 843 HG2 GLN 843 49.212 -11.106 -25.041
6 HG3 GLN 843 HG3 GLN 843 49.658 -10.820 -26.722
7 HE21 GLN 843 HE21 GLN 843 48.832 -9.055 -27.778
8 HE22 GLN 843 HE22 GLN 843 48.066 -7.742 -26.970
No H/Q in entry = 8
In of MODEL 27
1 H1 GLY 689 H2 GLY 689 58.916 11.316 -24.750
2 H2 GLY 689 H1 GLY 689 58.881 10.300 -23.408
3 H3 GLY 689 H3 GLY 689 59.408 9.699 -24.907
4 HA2 GLY 689 HA2 GLY 689 57.159 9.000 -24.374
5 HA3 GLY 689 HA3 GLY 689 57.224 9.989 -25.829
No H/Q in entry = 5
In of MODEL 27
1 H SER 690 H SER 690 55.065 9.519 -23.917
2 HA SER 690 HA SER 690 53.394 10.554 -22.983
3 HB2 SER 690 HB2 SER 690 55.111 11.079 -21.211
4 HB3 SER 690 HB3 SER 690 55.381 12.629 -22.000
5 HG SER 690 HG SER 690 53.432 11.851 -20.305
No H/Q in entry = 5
In of MODEL 27
1 H HIS 691 H HIS 691 52.852 10.857 -25.215
2 HA HIS 691 HA HIS 691 51.967 13.594 -25.545
3 HB2 HIS 691 HB2 HIS 691 54.113 13.390 -26.899
4 HB3 HIS 691 HB3 HIS 691 53.271 12.214 -27.899
5 HD1 HIS 691 HD1 HIS 691 52.348 13.239 -29.968
6 HD2 HIS 691 HD2 HIS 691 52.422 15.920 -26.805
7 HE1 HIS 691 HE1 HIS 691 51.449 15.389 -30.890
8 HE2 HIS 691 HE2 HIS 691 51.821 17.048 -29.025
No H/Q in entry = 8
In of MODEL 27
1 H MET 692 H MET 692 51.994 10.365 -27.099
2 HA MET 692 HA MET 692 49.320 10.715 -28.052
3 HB2 MET 692 HB2 MET 692 49.374 8.403 -28.764
4 HB3 MET 692 HB3 MET 692 50.931 9.111 -29.133
5 HG2 MET 692 HG2 MET 692 51.843 8.038 -27.085
6 HG3 MET 692 HG3 MET 692 50.285 7.260 -26.849
7 HE2 MET 692 HE1 MET 692 50.083 4.974 -30.074
8 HE1 MET 692 HE2 MET 692 49.450 6.608 -29.898
9 HE3 MET 692 HE3 MET 692 49.259 5.442 -28.589
No H/Q in entry = 9
In of MODEL 27
1 H ASN 693 H ASN 693 50.767 9.683 -25.154
2 HA ASN 693 HA ASN 693 48.221 9.833 -23.852
3 HB2 ASN 693 HB2 ASN 693 48.480 7.392 -24.274
4 HB3 ASN 693 HB3 ASN 693 50.061 7.437 -23.497
5 HD21 ASN 693 HD21 ASN 693 49.439 5.953 -21.925
6 HD22 ASN 693 HD22 ASN 693 48.359 6.355 -20.652
No H/Q in entry = 6
In of MODEL 27
1 HA PRO 694 HA PRO 694 51.304 12.116 -21.466
2 HB2 PRO 694 HB2 PRO 694 49.088 12.702 -19.643
3 HB3 PRO 694 HB3 PRO 694 50.045 13.821 -20.618
4 HG2 PRO 694 HG2 PRO 694 47.487 13.294 -21.180
5 HG3 PRO 694 HG3 PRO 694 48.680 13.572 -22.465
6 HD2 PRO 694 HD2 PRO 694 47.564 10.990 -21.432
7 HD3 PRO 694 HD3 PRO 694 47.836 11.532 -23.108
No H/Q in entry = 7
In of MODEL 27
1 H LEU 695 H LEU 695 49.179 9.680 -20.208
2 HA LEU 695 HA LEU 695 50.347 9.627 -17.588
3 HB2 LEU 695 HB2 LEU 695 48.435 7.727 -18.956
4 HB3 LEU 695 HB3 LEU 695 49.026 7.484 -17.330
5 HG LEU 695 HG LEU 695 47.939 9.675 -16.709
6 HD13 LEU 695 HD11 LEU 695 47.730 10.679 -18.901
7 HD12 LEU 695 HD12 LEU 695 46.148 10.528 -18.134
8 HD11 LEU 695 HD13 LEU 695 46.623 9.402 -19.406
9 HD21 LEU 695 HD21 LEU 695 46.166 7.464 -17.725
10 HD23 LEU 695 HD22 LEU 695 45.692 8.713 -16.569
11 HD22 LEU 695 HD23 LEU 695 46.943 7.546 -16.144
No H/Q in entry = 11
In of MODEL 27
1 H THR 696 H THR 696 52.282 8.889 -17.267
2 HA THR 696 HA THR 696 53.132 6.568 -18.804
3 HB THR 696 HB THR 696 55.477 7.573 -18.691
4 HG1 THR 696 HG1 THR 696 54.260 9.405 -17.294
5 HG22 THR 696 HG21 THR 696 53.401 8.992 -20.378
6 HG21 THR 696 HG22 THR 696 54.179 7.461 -20.778
7 HG23 THR 696 HG23 THR 696 55.136 8.939 -20.702
No H/Q in entry = 7
In of MODEL 27
1 H GLN 697 H GLN 697 52.407 5.405 -16.878
2 HA GLN 697 HA GLN 697 54.495 5.534 -14.815
3 HB2 GLN 697 HB2 GLN 697 51.908 5.627 -14.226
4 HB3 GLN 697 HB3 GLN 697 51.966 3.896 -14.506
5 HG2 GLN 697 HG2 GLN 697 53.741 5.308 -12.501
6 HG3 GLN 697 HG3 GLN 697 52.173 4.644 -12.098
7 HE21 GLN 697 HE21 GLN 697 52.410 2.235 -13.623
8 HE22 GLN 697 HE22 GLN 697 53.607 1.269 -12.858
No H/Q in entry = 8
In of MODEL 27
1 H ALA 698 H ALA 698 53.024 3.771 -17.297
2 HA ALA 698 HA ALA 698 53.523 1.956 -18.496
3 HB1 ALA 698 HB1 ALA 698 55.821 2.836 -18.548
4 HB3 ALA 698 HB2 ALA 698 55.830 1.071 -18.458
5 HB2 ALA 698 HB3 ALA 698 56.164 2.027 -17.020
No H/Q in entry = 5
In of MODEL 27
1 H VAL 699 H VAL 699 54.535 -0.465 -18.032
2 HA VAL 699 HA VAL 699 52.934 -1.334 -15.789
3 HB VAL 699 HB VAL 699 52.647 -2.520 -17.948
4 HG12 VAL 699 HG11 VAL 699 55.484 -3.460 -17.619
5 HG11 VAL 699 HG12 VAL 699 54.885 -2.349 -18.849
6 HG13 VAL 699 HG13 VAL 699 54.340 -4.027 -18.838
7 HG23 VAL 699 HG21 VAL 699 52.803 -4.836 -17.118
8 HG22 VAL 699 HG22 VAL 699 52.125 -3.732 -15.918
9 HG21 VAL 699 HG23 VAL 699 53.797 -4.268 -15.774
No H/Q in entry = 9
In of MODEL 27
1 HA PRO 700 HA PRO 700 56.598 -1.660 -13.195
2 HB2 PRO 700 HB2 PRO 700 54.877 -3.506 -11.641
3 HB3 PRO 700 HB3 PRO 700 55.726 -2.056 -11.099
4 HG2 PRO 700 HG2 PRO 700 53.068 -2.072 -11.399
5 HG3 PRO 700 HG3 PRO 700 54.038 -0.643 -11.786
6 HD2 PRO 700 HD2 PRO 700 52.796 -2.640 -13.626
7 HD3 PRO 700 HD3 PRO 700 53.006 -0.877 -13.799
No H/Q in entry = 7
In of MODEL 27
1 H LYS 701 H LYS 701 58.175 -3.142 -13.013
2 HA LYS 701 HA LYS 701 57.882 -5.493 -14.694
3 HB2 LYS 701 HB2 LYS 701 60.323 -4.126 -13.526
4 HB3 LYS 701 HB3 LYS 701 60.401 -5.594 -14.487
5 HG2 LYS 701 HG2 LYS 701 60.912 -3.784 -15.963
6 HG3 LYS 701 HG3 LYS 701 59.266 -4.345 -16.314
7 HD2 LYS 701 HD2 LYS 701 58.366 -2.479 -14.984
8 HD3 LYS 701 HD3 LYS 701 60.011 -1.908 -14.712
9 HE2 LYS 701 HE2 LYS 701 60.297 -1.446 -17.056
10 HE3 LYS 701 HE3 LYS 701 58.766 -2.244 -17.423
11 HZ2 LYS 701 HZ1 LYS 701 59.034 0.252 -15.822
12 HZ1 LYS 701 HZ2 LYS 701 57.606 -0.547 -16.199
13 HZ3 LYS 701 HZ3 LYS 701 58.512 0.158 -17.429
No H/Q in entry = 13
In of MODEL 27
1 H CYS 702 H CYS 702 56.726 -5.376 -12.202
2 HA CYS 702 HA CYS 702 58.098 -7.479 -10.640
3 HB2 CYS 702 HB2 CYS 702 55.999 -5.587 -9.582
4 HB3 CYS 702 HB3 CYS 702 57.157 -6.554 -8.687
No H/Q in entry = 4
In of MODEL 27
1 H GLN 703 H GLN 703 56.627 -9.047 -9.769
2 HA GLN 703 HA GLN 703 54.330 -9.547 -11.454
3 HB2 GLN 703 HB2 GLN 703 55.502 -10.972 -9.088
4 HB3 GLN 703 HB3 GLN 703 54.033 -11.495 -9.897
5 HG2 GLN 703 HG2 GLN 703 56.764 -11.265 -11.135
6 HG3 GLN 703 HG3 GLN 703 55.941 -12.761 -10.684
7 HE21 GLN 703 HE21 GLN 703 56.193 -10.239 -13.025
8 HE22 GLN 703 HE22 GLN 703 55.098 -10.923 -14.174
No H/Q in entry = 8
In of MODEL 27
1 H ARG 704 H ARG 704 52.335 -10.351 -10.132
2 HA ARG 704 HA ARG 704 51.337 -7.829 -9.206
3 HB2 ARG 704 HB2 ARG 704 49.930 -10.480 -9.412
4 HB3 ARG 704 HB3 ARG 704 49.152 -8.926 -9.142
5 HG2 ARG 704 HG2 ARG 704 49.920 -8.129 -11.294
6 HG3 ARG 704 HG3 ARG 704 50.781 -9.649 -11.550
7 HD2 ARG 704 HD2 ARG 704 48.713 -10.849 -11.456
8 HD3 ARG 704 HD3 ARG 704 47.809 -9.343 -11.229
9 HE ARG 704 HE ARG 704 49.049 -10.362 -13.639
10 HH11 ARG 704 HH11 ARG 704 47.365 -7.603 -12.094
11 HH12 ARG 704 HH12 ARG 704 47.007 -6.845 -13.580
12 HH21 ARG 704 HH21 ARG 704 48.431 -9.296 -15.657
13 HH22 ARG 704 HH22 ARG 704 47.586 -7.815 -15.618
No H/Q in entry = 13
In of MODEL 27
1 H TRP 705 H TRP 705 52.643 -10.516 -7.640
2 HA TRP 705 HA TRP 705 51.456 -9.756 -5.090
3 HB2 TRP 705 HB2 TRP 705 52.732 -11.756 -4.211
4 HB3 TRP 705 HB3 TRP 705 51.514 -12.111 -5.429
5 HD1 TRP 705 HD1 TRP 705 55.294 -12.163 -4.874
6 HE1 TRP 705 HE1 TRP 705 56.380 -13.534 -6.762
7 HE3 TRP 705 HE3 TRP 705 51.215 -12.814 -7.875
8 HZ2 TRP 705 HZ2 TRP 705 55.606 -14.733 -9.192
9 HZ3 TRP 705 HZ3 TRP 705 51.475 -14.058 -9.952
10 HH2 TRP 705 HH2 TRP 705 53.623 -15.018 -10.598
No H/Q in entry = 10
In of MODEL 27
1 H GLU 706 H GLU 706 53.696 -8.582 -6.936
2 HA GLU 706 HA GLU 706 55.538 -7.910 -4.776
3 HB2 GLU 706 HB2 GLU 706 56.001 -8.091 -7.753
4 HB3 GLU 706 HB3 GLU 706 57.163 -7.418 -6.602
5 HG2 GLU 706 HG2 GLU 706 57.287 -9.642 -5.568
6 HG3 GLU 706 HG3 GLU 706 56.177 -10.251 -6.802
No H/Q in entry = 6
In of MODEL 27
1 H LYS 707 H LYS 707 56.431 -5.731 -5.071
2 HA LYS 707 HA LYS 707 54.733 -3.955 -6.594
3 HB2 LYS 707 HB2 LYS 707 54.613 -2.297 -4.770
4 HB3 LYS 707 HB3 LYS 707 53.820 -3.797 -4.341
5 HG2 LYS 707 HG2 LYS 707 55.583 -4.400 -2.859
6 HG3 LYS 707 HG3 LYS 707 56.605 -3.089 -3.454
7 HD2 LYS 707 HD2 LYS 707 54.968 -1.453 -2.602
8 HD3 LYS 707 HD3 LYS 707 53.995 -2.772 -1.963
9 HE2 LYS 707 HE2 LYS 707 56.861 -2.309 -1.167
10 HE3 LYS 707 HE3 LYS 707 55.513 -1.574 -0.313
11 HZ1 LYS 707 HZ1 LYS 707 55.962 -4.523 -0.609
12 HZ3 LYS 707 HZ2 LYS 707 54.703 -3.740 0.237
13 HZ2 LYS 707 HZ3 LYS 707 56.276 -3.576 0.754
No H/Q in entry = 13
In of MODEL 27
1 H LEU 708 H LEU 708 55.726 -2.017 -7.191
2 HA LEU 708 HA LEU 708 58.605 -2.319 -7.459
3 HB2 LEU 708 HB2 LEU 708 57.276 -2.024 -9.456
4 HB3 LEU 708 HB3 LEU 708 56.608 -0.526 -8.841
5 HG LEU 708 HG LEU 708 58.912 0.464 -8.974
6 HD11 LEU 708 HD11 LEU 708 59.568 -2.108 -10.392
7 HD13 LEU 708 HD12 LEU 708 60.218 -1.579 -8.842
8 HD12 LEU 708 HD13 LEU 708 60.599 -0.681 -10.309
9 HD22 LEU 708 HD21 LEU 708 57.273 0.843 -10.746
10 HD21 LEU 708 HD22 LEU 708 57.760 -0.651 -11.534
11 HD23 LEU 708 HD23 LEU 708 58.894 0.696 -11.424
No H/Q in entry = 11
In of MODEL 27
1 H GLN 709 H GLN 709 59.765 -1.362 -5.900
2 HA GLN 709 HA GLN 709 59.391 1.481 -5.406
3 HB2 GLN 709 HB2 GLN 709 59.413 1.317 -3.024
4 HB3 GLN 709 HB3 GLN 709 58.122 0.253 -3.561
5 HG2 GLN 709 HG2 GLN 709 59.645 -1.676 -3.291
6 HG3 GLN 709 HG3 GLN 709 60.886 -0.578 -2.733
7 HE21 GLN 709 HE21 GLN 709 61.003 -1.644 -0.768
8 HE22 GLN 709 HE22 GLN 709 59.789 -1.449 0.450
No H/Q in entry = 8
In of MODEL 27
1 H ASN 710 H ASN 710 61.315 2.412 -4.698
2 HA ASN 710 HA ASN 710 63.595 2.638 -4.471
3 HB2 ASN 710 HB2 ASN 710 63.057 0.989 -2.567
4 HB3 ASN 710 HB3 ASN 710 63.462 -0.281 -3.673
5 HD21 ASN 710 HD21 ASN 710 64.888 -0.911 -2.087
6 HD22 ASN 710 HD22 ASN 710 66.440 -0.196 -1.935
No H/Q in entry = 6
In of MODEL 27
1 H SER 711 H SER 711 62.282 1.608 -6.930
2 HA SER 711 HA SER 711 62.724 1.011 -9.031
3 HB2 SER 711 HB2 SER 711 65.579 1.488 -8.180
4 HB3 SER 711 HB3 SER 711 65.029 1.372 -9.862
5 HG SER 711 HG SER 711 63.513 3.075 -8.429
No H/Q in entry = 5
In of MODEL 27
1 H ARG 712 H ARG 712 62.616 -1.075 -6.928
2 HA ARG 712 HA ARG 712 63.817 -3.233 -8.497
3 HB2 ARG 712 HB2 ARG 712 64.478 -4.397 -6.441
4 HB3 ARG 712 HB3 ARG 712 65.319 -2.861 -6.595
5 HG2 ARG 712 HG2 ARG 712 63.885 -1.845 -4.980
6 HG3 ARG 712 HG3 ARG 712 62.862 -3.278 -4.909
7 HD2 ARG 712 HD2 ARG 712 64.353 -3.198 -2.988
8 HD3 ARG 712 HD3 ARG 712 64.765 -4.555 -4.028
9 HE ARG 712 HE ARG 712 66.239 -2.155 -4.551
10 HH11 ARG 712 HH11 ARG 712 66.165 -5.192 -2.735
11 HH12 ARG 712 HH12 ARG 712 67.835 -5.208 -2.426
12 HH21 ARG 712 HH21 ARG 712 68.498 -2.154 -4.142
13 HH22 ARG 712 HH22 ARG 712 69.213 -3.424 -3.264
No H/Q in entry = 13
In of MODEL 27
1 H CYS 713 H CYS 713 62.831 -5.394 -7.685
2 HA CYS 713 HA CYS 713 59.970 -4.959 -7.339
3 HB2 CYS 713 HB2 CYS 713 61.462 -7.496 -8.040
4 HB3 CYS 713 HB3 CYS 713 59.733 -7.202 -8.191
No H/Q in entry = 4
In of MODEL 27
1 H VAL 714 H VAL 714 59.283 -5.119 -5.289
2 HA VAL 714 HA VAL 714 60.601 -7.079 -3.534
3 HB VAL 714 HB VAL 714 60.017 -5.697 -1.589
4 HG13 VAL 714 HG11 VAL 714 61.546 -3.828 -1.900
5 HG12 VAL 714 HG12 VAL 714 61.512 -4.104 -3.642
6 HG11 VAL 714 HG13 VAL 714 62.194 -5.328 -2.568
7 HG21 VAL 714 HG21 VAL 714 58.976 -3.703 -3.584
8 HG23 VAL 714 HG22 VAL 714 59.163 -3.409 -1.854
9 HG22 VAL 714 HG23 VAL 714 58.020 -4.624 -2.424
No H/Q in entry = 9
In of MODEL 27
1 H CYS 715 H CYS 715 58.896 -7.537 -1.656
2 HA CYS 715 HA CYS 715 56.647 -8.553 -3.158
3 HB2 CYS 715 HB2 CYS 715 57.445 -9.008 -0.280
4 HB3 CYS 715 HB3 CYS 715 56.205 -9.891 -1.161
No H/Q in entry = 4
In of MODEL 27
1 H LYS 716 H LYS 716 54.485 -8.328 -2.422
2 HA LYS 716 HA LYS 716 53.806 -5.696 -1.442
3 HB2 LYS 716 HB2 LYS 716 52.697 -7.061 -3.329
4 HB3 LYS 716 HB3 LYS 716 52.030 -8.073 -2.070
5 HG2 LYS 716 HG2 LYS 716 50.750 -6.169 -1.221
6 HG3 LYS 716 HG3 LYS 716 51.445 -5.140 -2.484
7 HD2 LYS 716 HD2 LYS 716 50.492 -6.677 -4.186
8 HD3 LYS 716 HD3 LYS 716 49.735 -7.595 -2.890
9 HE2 LYS 716 HE2 LYS 716 48.108 -6.115 -3.871
10 HE3 LYS 716 HE3 LYS 716 48.480 -5.558 -2.244
11 HZ1 LYS 716 HZ1 LYS 716 49.651 -4.414 -4.724
12 HZ3 LYS 716 HZ2 LYS 716 49.843 -3.797 -3.158
13 HZ2 LYS 716 HZ3 LYS 716 48.342 -3.787 -3.895
No H/Q in entry = 13
In of MODEL 27
1 H MET 717 H MET 717 51.759 -5.961 0.318
2 HA MET 717 HA MET 717 52.821 -7.678 2.442
3 HB2 MET 717 HB2 MET 717 50.969 -5.300 2.550
4 HB3 MET 717 HB3 MET 717 51.352 -6.280 3.945
5 HG2 MET 717 HG2 MET 717 53.469 -4.843 2.382
6 HG3 MET 717 HG3 MET 717 52.541 -4.038 3.634
7 HE2 MET 717 HE1 MET 717 55.787 -7.281 4.320
8 HE1 MET 717 HE2 MET 717 55.272 -6.686 2.734
9 HE3 MET 717 HE3 MET 717 54.256 -7.806 3.650
No H/Q in entry = 9
In of MODEL 27
1 HA PRO 718 HA PRO 718 49.470 -10.422 1.623
2 HB2 PRO 718 HB2 PRO 718 49.394 -11.776 4.000
3 HB3 PRO 718 HB3 PRO 718 50.612 -12.061 2.756
4 HG2 PRO 718 HG2 PRO 718 50.800 -10.412 5.246
5 HG3 PRO 718 HG3 PRO 718 51.997 -11.518 4.549
6 HD2 PRO 718 HD2 PRO 718 52.171 -8.841 4.280
7 HD3 PRO 718 HD3 PRO 718 52.714 -9.954 3.007
No H/Q in entry = 7
In of MODEL 27
1 H TYR 719 H TYR 719 49.392 -8.255 4.256
2 HA TYR 719 HA TYR 719 46.584 -8.765 4.804
3 HB2 TYR 719 HB2 TYR 719 46.898 -7.084 6.639
4 HB3 TYR 719 HB3 TYR 719 47.922 -8.506 6.764
5 HD1 TYR 719 HD1 TYR 719 47.848 -4.927 6.051
6 HD2 TYR 719 HD2 TYR 719 50.343 -8.321 6.564
7 HE1 TYR 719 HE1 TYR 719 49.780 -3.457 6.229
8 HE2 TYR 719 HE2 TYR 719 52.312 -6.844 6.752
9 HH TYR 719 HH TYR 719 53.022 -4.610 6.193
No H/Q in entry = 9
In of MODEL 27
1 H GLU 720 H GLU 720 48.442 -6.793 2.856
2 HA GLU 720 HA GLU 720 46.231 -4.927 2.405
3 HB2 GLU 720 HB2 GLU 720 49.189 -4.544 2.407
4 HB3 GLU 720 HB3 GLU 720 48.209 -3.540 1.342
5 HG2 GLU 720 HG2 GLU 720 47.832 -3.799 4.309
6 HG3 GLU 720 HG3 GLU 720 48.693 -2.482 3.511
No H/Q in entry = 6
In of MODEL 27
1 H CYS 721 H CYS 721 46.386 -7.386 1.497
2 HA CYS 721 HA CYS 721 47.707 -7.931 -0.878
3 HB2 CYS 721 HB2 CYS 721 46.005 -9.819 -0.904
4 HB3 CYS 721 HB3 CYS 721 47.073 -9.686 0.489
No H/Q in entry = 4
In of MODEL 27
1 H GLY 722 H GLY 722 44.448 -6.610 -0.306
2 HA3 GLY 722 HA2 GLY 722 43.444 -5.123 -1.835
3 HA2 GLY 722 HA3 GLY 722 44.434 -5.812 -3.112
No H/Q in entry = 3
In of MODEL 27
1 HA PRO 723 HA PRO 723 40.228 -7.734 -3.600
2 HB2 PRO 723 HB2 PRO 723 40.182 -6.756 -6.265
3 HB3 PRO 723 HB3 PRO 723 39.221 -6.173 -4.905
4 HG2 PRO 723 HG2 PRO 723 41.166 -4.701 -6.216
5 HG3 PRO 723 HG3 PRO 723 40.610 -4.384 -4.565
6 HD2 PRO 723 HD2 PRO 723 43.041 -5.854 -5.503
7 HD3 PRO 723 HD3 PRO 723 42.858 -4.719 -4.144
No H/Q in entry = 7
In of MODEL 27
1 H SER 724 H SER 724 40.063 -9.843 -4.252
2 HA SER 724 HA SER 724 41.297 -10.974 -6.559
3 HB2 SER 724 HB2 SER 724 43.229 -10.460 -5.061
4 HB3 SER 724 HB3 SER 724 42.493 -11.452 -3.815
5 HG SER 724 HG SER 724 43.221 -12.352 -6.408
No H/Q in entry = 5
In of MODEL 27
1 H LEU 725 H LEU 725 40.998 -13.421 -6.386
2 HA LEU 725 HA LEU 725 38.344 -13.934 -5.576
3 HB2 LEU 725 HB2 LEU 725 40.556 -15.444 -6.798
4 HB3 LEU 725 HB3 LEU 725 39.148 -16.363 -6.266
5 HG LEU 725 HG LEU 725 39.079 -14.091 -8.268
6 HD11 LEU 725 HD11 LEU 725 40.438 -15.956 -9.113
7 HD13 LEU 725 HD12 LEU 725 38.906 -15.826 -9.974
8 HD12 LEU 725 HD13 LEU 725 39.124 -17.075 -8.747
9 HD23 LEU 725 HD21 LEU 725 36.920 -15.019 -8.842
10 HD22 LEU 725 HD22 LEU 725 36.965 -14.534 -7.151
11 HD21 LEU 725 HD23 LEU 725 37.081 -16.244 -7.583
No H/Q in entry = 11
In of MODEL 27
1 H ASP 726 H ASP 726 37.638 -14.784 -3.673
2 HA ASP 726 HA ASP 726 39.526 -15.635 -1.632
3 HB2 ASP 726 HB2 ASP 726 36.500 -15.452 -1.573
4 HB3 ASP 726 HB3 ASP 726 37.483 -16.014 -0.227
No H/Q in entry = 4
In of MODEL 27
1 H VAL 727 H VAL 727 40.175 -17.510 -1.192
2 HA VAL 727 HA VAL 727 38.819 -19.824 -2.390
3 HB VAL 727 HB VAL 727 41.047 -20.806 -2.947
4 HG11 VAL 727 HG11 VAL 727 40.481 -18.168 -4.307
5 HG13 VAL 727 HG12 VAL 727 39.779 -19.731 -4.727
6 HG12 VAL 727 HG13 VAL 727 41.502 -19.450 -4.956
7 HG21 VAL 727 HG21 VAL 727 42.422 -19.526 -1.388
8 HG23 VAL 727 HG22 VAL 727 42.114 -18.049 -2.305
9 HG22 VAL 727 HG23 VAL 727 43.035 -19.365 -3.032
No H/Q in entry = 9
In of MODEL 27
1 H CYS 728 H CYS 728 39.589 -21.888 -1.392
2 HA CYS 728 HA CYS 728 39.967 -21.475 1.486
3 HB2 CYS 728 HB2 CYS 728 39.265 -24.038 0.055
4 HB3 CYS 728 HB3 CYS 728 39.112 -23.685 1.757
No H/Q in entry = 4
In of MODEL 27
1 H ALA 729 H ALA 729 41.858 -22.135 2.456
2 HA ALA 729 HA ALA 729 43.660 -23.702 0.803
3 HB1 ALA 729 HB1 ALA 729 44.405 -21.201 2.287
4 HB3 ALA 729 HB2 ALA 729 44.277 -21.364 0.530
5 HB2 ALA 729 HB3 ALA 729 45.519 -22.249 1.411
No H/Q in entry = 5
In of MODEL 27
1 H GLN 730 H GLN 730 45.488 -24.454 2.090
2 HA GLN 730 HA GLN 730 44.642 -25.054 4.832
3 HB2 GLN 730 HB2 GLN 730 44.460 -27.028 3.313
4 HB3 GLN 730 HB3 GLN 730 46.169 -26.850 2.983
5 HG2 GLN 730 HG2 GLN 730 46.765 -27.295 5.221
6 HG3 GLN 730 HG3 GLN 730 45.086 -27.308 5.741
7 HE21 GLN 730 HE21 GLN 730 45.163 -29.393 6.505
8 HE22 GLN 730 HE22 GLN 730 45.289 -30.756 5.467
No H/Q in entry = 8
In of MODEL 27
1 H ASP 731 H ASP 731 46.005 -24.615 6.313
2 HA ASP 731 HA ASP 731 48.514 -23.317 5.783
3 HB2 ASP 731 HB2 ASP 731 47.039 -22.609 7.649
4 HB3 ASP 731 HB3 ASP 731 47.190 -24.203 8.358
No H/Q in entry = 4
In of MODEL 27
1 H GLU 732 H GLU 732 50.451 -24.407 5.581
2 HA GLU 732 HA GLU 732 50.404 -27.240 6.052
3 HB2 GLU 732 HB2 GLU 732 52.486 -25.440 4.894
4 HB3 GLU 732 HB3 GLU 732 52.777 -27.153 5.185
5 HG2 GLU 732 HG2 GLU 732 50.662 -25.969 3.406
6 HG3 GLU 732 HG3 GLU 732 52.147 -26.771 2.885
No H/Q in entry = 6
In of MODEL 27
1 H ARG 733 H ARG 733 50.878 -24.867 8.255
2 HA ARG 733 HA ARG 733 53.152 -26.103 9.516
3 HB2 ARG 733 HB2 ARG 733 51.437 -23.769 10.354
4 HB3 ARG 733 HB3 ARG 733 52.996 -24.234 11.013
5 HG2 ARG 733 HG2 ARG 733 52.536 -23.338 8.184
6 HG3 ARG 733 HG3 ARG 733 53.056 -22.274 9.484
7 HD2 ARG 733 HD2 ARG 733 54.588 -24.739 8.668
8 HD3 ARG 733 HD3 ARG 733 54.866 -23.160 7.942
9 HE ARG 733 HE ARG 733 54.991 -23.064 10.775
10 HH11 ARG 733 HH11 ARG 733 56.830 -23.964 7.922
11 HH12 ARG 733 HH12 ARG 733 58.368 -23.710 8.596
12 HH21 ARG 733 HH21 ARG 733 57.118 -22.632 11.746
13 HH22 ARG 733 HH22 ARG 733 58.519 -22.936 10.831
No H/Q in entry = 13
In of MODEL 27
1 H SER 734 H SER 734 49.779 -25.268 10.110
2 HA SER 734 HA SER 734 49.669 -27.198 12.329
3 HB2 SER 734 HB2 SER 734 47.745 -25.005 11.559
4 HB3 SER 734 HB3 SER 734 47.676 -25.972 13.030
5 HG SER 734 HG SER 734 49.466 -23.946 12.294
No H/Q in entry = 5
In of MODEL 27
1 H LYS 735 H LYS 735 48.967 -27.084 9.061
2 HA LYS 735 HA LYS 735 47.734 -28.154 7.612
3 HB2 LYS 735 HB2 LYS 735 47.624 -30.213 9.801
4 HB3 LYS 735 HB3 LYS 735 47.044 -30.505 8.170
5 HG2 LYS 735 HG2 LYS 735 49.864 -29.773 8.945
6 HG3 LYS 735 HG3 LYS 735 49.295 -31.380 8.496
7 HD2 LYS 735 HD2 LYS 735 49.235 -28.951 6.689
8 HD3 LYS 735 HD3 LYS 735 50.476 -30.181 6.658
9 HE2 LYS 735 HE2 LYS 735 48.742 -31.872 6.111
10 HE3 LYS 735 HE3 LYS 735 47.523 -30.605 6.121
11 HZ3 LYS 735 HZ1 LYS 735 48.166 -31.050 3.882
12 HZ2 LYS 735 HZ2 LYS 735 49.794 -30.892 4.254
13 HZ1 LYS 735 HZ3 LYS 735 48.829 -29.530 4.260
No H/Q in entry = 13
In of MODEL 27
1 H ARG 736 H ARG 736 46.308 -26.304 9.355
2 HA ARG 736 HA ARG 736 43.642 -27.499 9.310
3 HB2 ARG 736 HB2 ARG 736 42.853 -25.590 10.509
4 HB3 ARG 736 HB3 ARG 736 44.285 -26.204 11.316
5 HG2 ARG 736 HG2 ARG 736 45.529 -24.366 10.796
6 HG3 ARG 736 HG3 ARG 736 44.608 -24.028 9.326
7 HD2 ARG 736 HD2 ARG 736 43.630 -23.659 12.148
8 HD3 ARG 736 HD3 ARG 736 44.173 -22.400 11.023
9 HE ARG 736 HE ARG 736 42.261 -23.444 9.562
10 HH11 ARG 736 HH11 ARG 736 42.096 -22.742 13.026
11 HH12 ARG 736 HH12 ARG 736 40.417 -22.524 13.018
12 HH21 ARG 736 HH21 ARG 736 40.020 -23.159 9.563
13 HH22 ARG 736 HH22 ARG 736 39.174 -22.791 10.995
No H/Q in entry = 13
In of MODEL 27
1 H ILE 737 H ILE 737 41.913 -26.455 8.240
2 HA ILE 737 HA ILE 737 42.716 -25.241 5.739
3 HB ILE 737 HB ILE 737 39.905 -25.708 6.743
4 HG12 ILE 737 HG12 ILE 737 41.159 -27.856 6.870
5 HG13 ILE 737 HG13 ILE 737 39.899 -27.900 5.649
6 HG23 ILE 737 HG21 ILE 737 39.341 -25.706 4.375
7 HG22 ILE 737 HG22 ILE 737 41.037 -25.603 3.948
8 HG21 ILE 737 HG23 ILE 737 40.259 -24.250 4.768
9 HD13 ILE 737 HD11 ILE 737 41.902 -28.997 4.865
10 HD12 ILE 737 HD12 ILE 737 42.847 -27.537 5.177
11 HD11 ILE 737 HD13 ILE 737 41.585 -27.530 3.935
No H/Q in entry = 11
In of MODEL 27
1 H LEU 738 H LEU 738 42.592 -23.072 5.421
2 HA LEU 738 HA LEU 738 40.880 -21.553 7.196
3 HB2 LEU 738 HB2 LEU 738 42.414 -19.821 7.623
4 HB3 LEU 738 HB3 LEU 738 43.251 -21.304 8.050
5 HG LEU 738 HG LEU 738 43.688 -19.585 5.600
6 HD12 LEU 738 HD11 LEU 738 45.422 -20.077 8.002
7 HD11 LEU 738 HD12 LEU 738 44.554 -18.590 7.628
8 HD13 LEU 738 HD13 LEU 738 45.871 -19.124 6.587
9 HD23 LEU 738 HD21 LEU 738 45.178 -22.048 6.464
10 HD22 LEU 738 HD22 LEU 738 45.505 -21.043 5.024
11 HD21 LEU 738 HD23 LEU 738 43.996 -21.945 5.163
No H/Q in entry = 11
In of MODEL 27
1 HA PRO 739 HA PRO 739 39.670 -19.656 3.432
2 HB2 PRO 739 HB2 PRO 739 38.681 -17.325 4.406
3 HB3 PRO 739 HB3 PRO 739 37.854 -18.880 4.634
4 HG2 PRO 739 HG2 PRO 739 39.602 -17.379 6.544
5 HG3 PRO 739 HG3 PRO 739 38.058 -18.197 6.847
6 HD2 PRO 739 HD2 PRO 739 40.480 -19.339 7.407
7 HD3 PRO 739 HD3 PRO 739 39.035 -20.275 6.939
No H/Q in entry = 7
In of MODEL 27
1 H LEU 740 H LEU 740 40.938 -18.640 1.971
2 HA LEU 740 HA LEU 740 42.499 -16.337 2.845
3 HB2 LEU 740 HB2 LEU 740 43.503 -18.659 1.209
4 HB3 LEU 740 HB3 LEU 740 44.281 -17.098 1.179
5 HG LEU 740 HG LEU 740 44.058 -18.957 3.545
6 HD12 LEU 740 HD11 LEU 740 46.496 -19.059 3.311
7 HD11 LEU 740 HD12 LEU 740 46.385 -18.036 1.870
8 HD13 LEU 740 HD13 LEU 740 45.663 -19.640 1.869
9 HD21 LEU 740 HD21 LEU 740 45.336 -16.222 3.349
10 HD23 LEU 740 HD22 LEU 740 45.503 -17.336 4.702
11 HD22 LEU 740 HD23 LEU 740 43.929 -16.645 4.328
No H/Q in entry = 11
In of MODEL 27
1 H THR 741 H THR 741 43.554 -15.565 0.588
2 HA THR 741 HA THR 741 41.497 -15.522 -1.448
3 HB THR 741 HB THR 741 42.989 -13.018 -0.577
4 HG1 THR 741 HG1 THR 741 40.319 -13.619 0.271
5 HG22 THR 741 HG21 THR 741 40.332 -13.420 -1.937
6 HG21 THR 741 HG22 THR 741 41.847 -13.076 -2.758
7 HG23 THR 741 HG23 THR 741 41.140 -11.872 -1.670
No H/Q in entry = 7
In of MODEL 27
1 H VAL 742 H VAL 742 42.532 -15.161 -3.516
2 HA VAL 742 HA VAL 742 44.927 -16.427 -4.044
3 HB VAL 742 HB VAL 742 43.703 -14.136 -5.567
4 HG13 VAL 742 HG11 VAL 742 45.879 -14.461 -6.378
5 HG12 VAL 742 HG12 VAL 742 44.703 -15.042 -7.551
6 HG11 VAL 742 HG13 VAL 742 45.621 -16.200 -6.573
7 HG21 VAL 742 HG21 VAL 742 43.188 -17.074 -5.770
8 HG23 VAL 742 HG22 VAL 742 42.655 -15.843 -6.930
9 HG22 VAL 742 HG23 VAL 742 42.083 -15.779 -5.263
No H/Q in entry = 9
In of MODEL 27
1 H CYS 743 H CYS 743 44.412 -12.950 -3.853
2 HA CYS 743 HA CYS 743 46.965 -12.009 -4.101
3 HB2 CYS 743 HB2 CYS 743 46.166 -10.025 -2.835
4 HB3 CYS 743 HB3 CYS 743 45.048 -10.561 -4.072
No H/Q in entry = 4
In of MODEL 27
1 H LYS 744 H LYS 744 45.365 -12.913 -1.044
2 HA LYS 744 HA LYS 744 47.484 -12.334 0.694
3 HB2 LYS 744 HB2 LYS 744 45.373 -14.480 0.997
4 HB3 LYS 744 HB3 LYS 744 46.424 -13.899 2.276
5 HG2 LYS 744 HG2 LYS 744 45.397 -11.669 2.073
6 HG3 LYS 744 HG3 LYS 744 44.312 -12.296 0.832
7 HD2 LYS 744 HD2 LYS 744 43.463 -13.946 2.481
8 HD3 LYS 744 HD3 LYS 744 44.484 -13.204 3.712
9 HE2 LYS 744 HE2 LYS 744 42.234 -11.875 2.199
10 HE3 LYS 744 HE3 LYS 744 42.187 -12.398 3.879
11 HZ3 LYS 744 HZ1 LYS 744 42.564 -10.042 3.753
12 HZ2 LYS 744 HZ2 LYS 744 43.873 -10.220 2.750
13 HZ1 LYS 744 HZ3 LYS 744 43.960 -10.762 4.354
No H/Q in entry = 13
In of MODEL 27
1 H MET 745 H MET 745 46.485 -15.471 -0.591
2 HA MET 745 HA MET 745 48.485 -17.111 0.359
3 HB2 MET 745 HB2 MET 745 46.806 -18.194 -0.575
4 HB3 MET 745 HB3 MET 745 46.661 -17.166 -1.999
5 HG2 MET 745 HG2 MET 745 47.480 -19.126 -2.909
6 HG3 MET 745 HG3 MET 745 48.934 -18.223 -2.629
7 HE3 MET 745 HE1 MET 745 46.697 -20.226 -0.025
8 HE2 MET 745 HE2 MET 745 47.541 -21.780 -0.064
9 HE1 MET 745 HE3 MET 745 46.740 -21.176 -1.507
No H/Q in entry = 9
In of MODEL 27
1 H HIS 746 H HIS 746 48.486 -15.247 -2.674
2 HA HIS 746 HA HIS 746 50.944 -16.286 -3.628
3 HB2 HIS 746 HB2 HIS 746 49.231 -14.023 -4.328
4 HB3 HIS 746 HB3 HIS 746 50.914 -13.897 -4.880
5 HD1 HIS 746 HD1 HIS 746 51.605 -15.797 -6.652
6 HD2 HIS 746 HD2 HIS 746 47.570 -15.564 -5.741
7 HE1 HIS 746 HE1 HIS 746 50.415 -16.892 -8.571
8 HE2 HIS 746 HE2 HIS 746 48.000 -16.878 -7.932
No H/Q in entry = 8
In of MODEL 27
1 H VAL 747 H VAL 747 50.215 -13.245 -1.956
2 HA VAL 747 HA VAL 747 52.892 -12.343 -1.912
3 HB VAL 747 HB VAL 747 50.548 -11.584 -0.150
4 HG13 VAL 747 HG11 VAL 747 51.847 -9.595 0.400
5 HG12 VAL 747 HG12 VAL 747 53.202 -10.208 -0.543
6 HG11 VAL 747 HG13 VAL 747 52.680 -11.056 0.914
7 HG23 VAL 747 HG21 VAL 747 51.755 -10.269 -2.565
8 HG22 VAL 747 HG22 VAL 747 50.413 -9.624 -1.607
9 HG21 VAL 747 HG23 VAL 747 50.216 -11.125 -2.522
No H/Q in entry = 9
In of MODEL 27
1 H LEU 748 H LEU 748 50.900 -14.003 0.412
2 HA LEU 748 HA LEU 748 52.776 -14.154 2.449
3 HB2 LEU 748 HB2 LEU 748 50.675 -14.530 3.211
4 HB3 LEU 748 HB3 LEU 748 50.155 -15.274 1.735
5 HG LEU 748 HG LEU 748 51.763 -16.785 3.786
6 HD11 LEU 748 HD11 LEU 748 48.755 -16.458 3.537
7 HD13 LEU 748 HD12 LEU 748 49.738 -15.801 4.844
8 HD12 LEU 748 HD13 LEU 748 49.584 -17.546 4.650
9 HD23 LEU 748 HD21 LEU 748 49.765 -17.622 1.671
10 HD22 LEU 748 HD22 LEU 748 50.678 -18.685 2.725
11 HD21 LEU 748 HD23 LEU 748 51.516 -17.726 1.502
No H/Q in entry = 11
In of MODEL 27
1 H HIS 749 H HIS 749 52.338 -16.066 -0.413
2 HA HIS 749 HA HIS 749 54.109 -18.174 0.358
3 HB2 HIS 749 HB2 HIS 749 52.223 -18.160 -1.454
4 HB3 HIS 749 HB3 HIS 749 53.466 -17.482 -2.494
5 HD1 HIS 749 HD1 HIS 749 55.554 -19.078 -2.980
6 HD2 HIS 749 HD2 HIS 749 52.314 -20.814 -1.078
7 HE1 HIS 749 HE1 HIS 749 55.902 -21.556 -3.208
8 HE2 HIS 749 HE2 HIS 749 53.750 -22.534 -2.355
No H/Q in entry = 8
In of MODEL 27
1 H CYS 750 H CYS 750 54.439 -15.061 -1.340
2 HA CYS 750 HA CYS 750 57.136 -15.701 -2.098
3 HB2 CYS 750 HB2 CYS 750 57.289 -13.410 -3.021
4 HB3 CYS 750 HB3 CYS 750 55.876 -14.252 -3.626
No H/Q in entry = 4
In of MODEL 27
1 H GLN 751 H GLN 751 55.540 -14.154 0.515
2 HA GLN 751 HA GLN 751 57.847 -13.099 1.787
3 HB2 GLN 751 HB2 GLN 751 55.253 -14.167 2.926
4 HB3 GLN 751 HB3 GLN 751 56.483 -13.376 3.896
5 HG2 GLN 751 HG2 GLN 751 55.091 -12.106 1.559
6 HG3 GLN 751 HG3 GLN 751 54.570 -11.907 3.224
7 HE21 GLN 751 HE21 GLN 751 55.449 -9.857 1.374
8 HE22 GLN 751 HE22 GLN 751 56.862 -9.138 2.066
No H/Q in entry = 8
In of MODEL 27
1 H GLY 752 H GLY 752 56.277 -16.239 1.828
2 HA3 GLY 752 HA2 GLY 752 58.026 -18.054 1.620
3 HA2 GLY 752 HA3 GLY 752 58.725 -17.330 3.056
No H/Q in entry = 3
In of MODEL 27
1 H ARG 753 H ARG 753 55.247 -17.885 2.468
2 HA ARG 753 HA ARG 753 55.379 -19.809 4.685
3 HB2 ARG 753 HB2 ARG 753 52.861 -18.466 3.724
4 HB3 ARG 753 HB3 ARG 753 53.172 -19.234 5.273
5 HG2 ARG 753 HG2 ARG 753 54.310 -16.605 4.340
6 HG3 ARG 753 HG3 ARG 753 53.019 -16.824 5.516
7 HD2 ARG 753 HD2 ARG 753 54.506 -17.766 7.099
8 HD3 ARG 753 HD3 ARG 753 55.783 -17.949 5.889
9 HE ARG 753 HE ARG 753 54.884 -15.265 6.223
10 HH11 ARG 753 HH11 ARG 753 57.091 -17.658 7.634
11 HH12 ARG 753 HH12 ARG 753 58.258 -16.502 8.068
12 HH21 ARG 753 HH21 ARG 753 56.507 -13.690 6.820
13 HH22 ARG 753 HH22 ARG 753 57.910 -14.203 7.622
No H/Q in entry = 13
In of MODEL 27
1 H ASN 754 H ASN 754 54.335 -21.771 4.419
2 HA ASN 754 HA ASN 754 53.856 -22.496 1.612
3 HB2 ASN 754 HB2 ASN 754 54.449 -24.371 3.921
4 HB3 ASN 754 HB3 ASN 754 54.372 -24.789 2.216
5 HD21 ASN 754 HD21 ASN 754 56.319 -23.625 4.767
6 HD22 ASN 754 HD22 ASN 754 57.746 -23.366 3.857
No H/Q in entry = 6
In of MODEL 27
1 H TYR 755 H TYR 755 51.882 -23.034 0.999
2 HA TYR 755 HA TYR 755 49.931 -23.988 2.921
3 HB2 TYR 755 HB2 TYR 755 49.628 -21.500 1.240
4 HB3 TYR 755 HB3 TYR 755 48.241 -22.447 1.755
5 HD1 TYR 755 HD1 TYR 755 47.292 -22.064 3.829
6 HD2 TYR 755 HD2 TYR 755 51.181 -20.601 3.066
7 HE1 TYR 755 HE1 TYR 755 47.262 -20.872 5.970
8 HE2 TYR 755 HE2 TYR 755 51.148 -19.389 5.179
9 HH TYR 755 HH TYR 755 48.904 -20.131 7.545
No H/Q in entry = 9
In of MODEL 27
1 H THR 756 H THR 756 48.217 -25.048 1.930
2 HA THR 756 HA THR 756 48.684 -25.894 -0.851
3 HB THR 756 HB THR 756 47.310 -27.332 1.455
4 HG1 THR 756 HG1 THR 756 49.213 -27.760 2.011
5 HG21 THR 756 HG21 THR 756 46.457 -28.000 -0.734
6 HG23 THR 756 HG22 THR 756 47.361 -29.309 0.027
7 HG22 THR 756 HG23 THR 756 48.099 -28.362 -1.280
No H/Q in entry = 7
In of MODEL 27
1 H LEU 757 H LEU 757 46.508 -26.197 -2.046
2 HA LEU 757 HA LEU 757 44.525 -24.522 -0.757
3 HB2 LEU 757 HB2 LEU 757 44.853 -25.158 -3.663
4 HB3 LEU 757 HB3 LEU 757 43.434 -24.382 -2.995
5 HG LEU 757 HG LEU 757 45.256 -22.745 -2.028
6 HD13 LEU 757 HD11 LEU 757 47.006 -22.291 -3.660
7 HD12 LEU 757 HD12 LEU 757 46.538 -23.735 -4.559
8 HD11 LEU 757 HD13 LEU 757 47.171 -23.883 -2.917
9 HD23 LEU 757 HD21 LEU 757 44.748 -21.292 -3.900
10 HD22 LEU 757 HD22 LEU 757 43.347 -22.173 -3.282
11 HD21 LEU 757 HD23 LEU 757 44.112 -22.685 -4.794
No H/Q in entry = 11
In of MODEL 27
1 H THR 758 H THR 758 42.359 -25.099 -0.805
2 HA THR 758 HA THR 758 41.982 -27.942 -1.188
3 HB THR 758 HB THR 758 40.590 -27.897 0.955
4 HG1 THR 758 HG1 THR 758 40.457 -26.065 1.898
5 HG23 THR 758 HG21 THR 758 42.568 -28.280 2.385
6 HG22 THR 758 HG22 THR 758 43.582 -27.482 1.187
7 HG21 THR 758 HG23 THR 758 42.790 -29.005 0.793
No H/Q in entry = 7
In of MODEL 27
1 H GLY 759 H GLY 759 39.486 -28.349 -0.684
2 HA3 GLY 759 HA2 GLY 759 38.277 -27.000 -2.909
3 HA2 GLY 759 HA3 GLY 759 37.619 -28.369 -2.033
No H/Q in entry = 3
In of MODEL 27
1 H ARG 760 H ARG 760 36.184 -26.239 -2.901
2 HA ARG 760 HA ARG 760 35.561 -24.134 -1.278
3 HB2 ARG 760 HB2 ARG 760 33.234 -24.332 -2.300
4 HB3 ARG 760 HB3 ARG 760 34.617 -24.187 -3.375
5 HG2 ARG 760 HG2 ARG 760 33.219 -25.846 -4.374
6 HG3 ARG 760 HG3 ARG 760 34.575 -26.667 -3.595
7 HD2 ARG 760 HD2 ARG 760 32.517 -27.881 -3.217
8 HD3 ARG 760 HD3 ARG 760 33.214 -27.256 -1.720
9 HE ARG 760 HE ARG 760 31.348 -25.428 -2.721
10 HH11 ARG 760 HH11 ARG 760 31.333 -28.688 -1.319
11 HH12 ARG 760 HH12 ARG 760 29.879 -28.491 -0.482
12 HH21 ARG 760 HH21 ARG 760 29.294 -25.184 -1.686
13 HH22 ARG 760 HH22 ARG 760 28.634 -26.444 -0.741
No H/Q in entry = 13
In of MODEL 27
1 H ASP 761 H ASP 761 34.939 -27.356 -0.521
2 HA ASP 761 HA ASP 761 32.819 -26.761 1.396
3 HB2 ASP 761 HB2 ASP 761 32.622 -28.804 0.161
4 HB3 ASP 761 HB3 ASP 761 34.222 -29.322 0.674
No H/Q in entry = 4
In of MODEL 27
1 H SER 762 H SER 762 36.213 -27.098 1.363
2 HA SER 762 HA SER 762 36.537 -28.188 3.945
3 HB2 SER 762 HB2 SER 762 38.935 -27.561 3.774
4 HB3 SER 762 HB3 SER 762 38.330 -28.413 2.361
5 HG SER 762 HG SER 762 38.128 -26.368 1.311
No H/Q in entry = 5
In of MODEL 27
1 H CYS 763 H CYS 763 36.384 -24.771 2.986
2 HA CYS 763 HA CYS 763 35.824 -24.222 5.760
3 HB2 CYS 763 HB2 CYS 763 37.393 -22.382 5.951
4 HB3 CYS 763 HB3 CYS 763 38.280 -23.861 5.526
No H/Q in entry = 4
In of MODEL 27
1 H THR 764 H THR 764 35.157 -21.879 5.956
2 HA THR 764 HA THR 764 33.484 -21.214 3.657
3 HB THR 764 HB THR 764 33.356 -20.277 6.537
4 HG1 THR 764 HG1 THR 764 31.998 -21.885 6.915
5 HG22 THR 764 HG21 THR 764 31.062 -19.607 5.946
6 HG21 THR 764 HG22 THR 764 31.336 -20.159 4.287
7 HG23 THR 764 HG23 THR 764 32.255 -18.795 4.926
No H/Q in entry = 7
In of MODEL 27
1 H LEU 765 H LEU 765 33.625 -19.126 2.766
2 HA LEU 765 HA LEU 765 36.018 -17.683 3.455
3 HB2 LEU 765 HB2 LEU 765 34.202 -17.713 1.076
4 HB3 LEU 765 HB3 LEU 765 35.304 -16.380 1.295
5 HG LEU 765 HG LEU 765 36.379 -17.692 -0.212
6 HD11 LEU 765 HD11 LEU 765 37.916 -17.262 1.581
7 HD13 LEU 765 HD12 LEU 765 38.238 -18.828 0.829
8 HD12 LEU 765 HD13 LEU 765 37.429 -18.759 2.382
9 HD23 LEU 765 HD21 LEU 765 35.521 -20.089 1.304
10 HD22 LEU 765 HD22 LEU 765 36.506 -20.042 -0.194
11 HD21 LEU 765 HD23 LEU 765 34.826 -19.434 -0.193
No H/Q in entry = 11
In of MODEL 27
1 HA PRO 766 HA PRO 766 33.968 -14.185 5.290
2 HB2 PRO 766 HB2 PRO 766 34.888 -12.224 3.500
3 HB3 PRO 766 HB3 PRO 766 35.730 -12.756 4.958
4 HG2 PRO 766 HG2 PRO 766 36.087 -13.716 2.126
5 HG3 PRO 766 HG3 PRO 766 37.341 -13.364 3.345
6 HD2 PRO 766 HD2 PRO 766 36.652 -15.800 2.762
7 HD3 PRO 766 HD3 PRO 766 36.846 -15.420 4.468
No H/Q in entry = 7
In of MODEL 27
1 H ALA 767 H ALA 767 33.950 -14.466 1.790
2 HA ALA 767 HA ALA 767 31.087 -14.086 1.778
3 HB2 ALA 767 HB1 ALA 767 32.898 -12.546 -0.056
4 HB1 ALA 767 HB2 ALA 767 31.954 -11.838 1.277
5 HB3 ALA 767 HB3 ALA 767 31.138 -12.597 -0.100
No H/Q in entry = 5
In of MODEL 27
1 H SER 768 H SER 768 30.903 -16.133 1.407
2 HA SER 768 HA SER 768 32.107 -17.278 -0.913
3 HB2 SER 768 HB2 SER 768 29.988 -18.337 0.976
4 HB3 SER 768 HB3 SER 768 30.857 -19.273 -0.240
5 HG SER 768 HG SER 768 32.211 -19.605 1.224
No H/Q in entry = 5
In of MODEL 27
1 H ALA 769 H ALA 769 28.902 -16.501 0.290
2 HA ALA 769 HA ALA 769 27.629 -16.766 -2.268
3 HB2 ALA 769 HB1 ALA 769 26.588 -15.798 0.402
4 HB3 ALA 769 HB2 ALA 769 26.508 -17.457 -0.189
5 HB1 ALA 769 HB3 ALA 769 25.599 -16.187 -1.006
No H/Q in entry = 5
In of MODEL 27
1 H GLU 770 H GLU 770 25.811 -14.571 -1.873
2 HA GLU 770 HA GLU 770 27.294 -12.445 -3.103
3 HB2 GLU 770 HB2 GLU 770 25.143 -11.292 -3.150
4 HB3 GLU 770 HB3 GLU 770 25.002 -12.933 -3.785
5 HG2 GLU 770 HG2 GLU 770 23.667 -13.625 -2.091
6 HG3 GLU 770 HG3 GLU 770 24.495 -12.631 -0.903
No H/Q in entry = 6
In of MODEL 27
1 H LYS 771 H LYS 771 27.152 -10.314 -2.438
2 HA LYS 771 HA LYS 771 26.693 -9.716 0.383
3 HB2 LYS 771 HB2 LYS 771 28.749 -8.537 -1.514
4 HB3 LYS 771 HB3 LYS 771 28.192 -7.806 -0.011
5 HG2 LYS 771 HG2 LYS 771 29.590 -10.479 -0.153
6 HG3 LYS 771 HG3 LYS 771 30.429 -8.955 0.129
7 HD2 LYS 771 HD2 LYS 771 30.109 -9.615 2.303
8 HD3 LYS 771 HD3 LYS 771 28.612 -8.728 2.058
9 HE2 LYS 771 HE2 LYS 771 27.556 -10.975 1.434
10 HE3 LYS 771 HE3 LYS 771 29.047 -11.694 1.955
11 HZ3 LYS 771 HZ1 LYS 771 27.408 -11.725 3.727
12 HZ2 LYS 771 HZ2 LYS 771 27.318 -10.045 3.724
13 HZ1 LYS 771 HZ3 LYS 771 28.741 -10.804 4.167
No H/Q in entry = 13
In of MODEL 27
1 H ALA 772 H ALA 772 24.916 -8.669 0.396
2 HA ALA 772 HA ALA 772 23.465 -7.977 -1.918
3 HB2 ALA 772 HB1 ALA 772 22.994 -6.940 0.864
4 HB3 ALA 772 HB2 ALA 772 22.452 -8.506 0.234
5 HB1 ALA 772 HB3 ALA 772 21.852 -7.008 -0.489
No H/Q in entry = 5
In of MODEL 27
1 H CYS 773 H CYS 773 24.157 -6.756 -3.225
2 HA CYS 773 HA CYS 773 23.918 -4.152 -3.611
3 HB2 CYS 773 HB2 CYS 773 25.507 -3.681 -1.689
4 HB3 CYS 773 HB3 CYS 773 26.759 -4.559 -2.563
No H/Q in entry = 4
In of MODEL 27
1 H GLY 774 H GLY 774 26.182 -6.807 -3.709
2 HA3 GLY 774 HA2 GLY 774 26.995 -8.008 -5.468
3 HA2 GLY 774 HA3 GLY 774 26.021 -7.025 -6.547
No H/Q in entry = 3
In of MODEL 27
1 H ALA 775 H ALA 775 28.282 -5.564 -4.335
2 HA ALA 775 HA ALA 775 30.108 -5.088 -6.521
3 HB1 ALA 775 HB1 ALA 775 29.052 -3.060 -4.543
4 HB2 ALA 775 HB2 ALA 775 28.674 -3.117 -6.259
5 HB3 ALA 775 HB3 ALA 775 30.317 -2.751 -5.734
No H/Q in entry = 5
In of MODEL 27
1 H CYS 776 H CYS 776 31.778 -3.552 -4.991
2 HA CYS 776 HA CYS 776 33.350 -3.459 -3.488
3 HB2 CYS 776 HB2 CYS 776 32.316 -6.036 -2.249
4 HB3 CYS 776 HB3 CYS 776 33.787 -5.239 -1.688
No H/Q in entry = 4
In of MODEL 27
1 HA PRO 777 HA PRO 777 36.271 -6.587 -5.304
2 HB2 PRO 777 HB2 PRO 777 34.715 -8.792 -6.493
3 HB3 PRO 777 HB3 PRO 777 36.141 -8.874 -5.453
4 HG2 PRO 777 HG2 PRO 777 33.766 -9.606 -4.518
5 HG3 PRO 777 HG3 PRO 777 34.896 -8.695 -3.508
6 HD2 PRO 777 HD2 PRO 777 32.553 -7.654 -5.074
7 HD3 PRO 777 HD3 PRO 777 32.986 -7.373 -3.371
No H/Q in entry = 7
In of MODEL 27
1 H LEU 778 H LEU 778 36.984 -6.571 -7.356
2 HA LEU 778 HA LEU 778 36.125 -4.834 -9.208
3 HB2 LEU 778 HB2 LEU 778 37.622 -6.089 -10.824
4 HB3 LEU 778 HB3 LEU 778 38.281 -5.500 -9.304
5 HG LEU 778 HG LEU 778 37.335 -8.297 -9.238
6 HD12 LEU 778 HD11 LEU 778 39.877 -7.582 -10.710
7 HD11 LEU 778 HD12 LEU 778 38.383 -8.239 -11.428
8 HD13 LEU 778 HD13 LEU 778 39.277 -9.186 -10.242
9 HD21 LEU 778 HD21 LEU 778 39.841 -6.920 -8.303
10 HD23 LEU 778 HD22 LEU 778 39.433 -8.601 -7.991
11 HD22 LEU 778 HD23 LEU 778 38.456 -7.329 -7.290
No H/Q in entry = 11
In of MODEL 27
1 H TRP 779 H TRP 779 35.142 -8.248 -9.206
2 HA TRP 779 HA TRP 779 33.702 -7.833 -11.723
3 HB2 TRP 779 HB2 TRP 779 33.366 -10.314 -11.670
4 HB3 TRP 779 HB3 TRP 779 35.067 -9.856 -11.646
5 HD1 TRP 779 HD1 TRP 779 32.336 -11.266 -9.358
6 HE1 TRP 779 HE1 TRP 779 33.438 -12.361 -7.332
7 HE3 TRP 779 HE3 TRP 779 37.162 -10.037 -10.302
8 HZ2 TRP 779 HZ2 TRP 779 36.045 -12.650 -6.274
9 HZ3 TRP 779 HZ3 TRP 779 38.890 -10.788 -8.707
10 HH2 TRP 779 HH2 TRP 779 38.324 -12.056 -6.770
No H/Q in entry = 10
In of MODEL 27
1 H GLY 780 H GLY 780 33.119 -7.349 -8.554
2 HA3 GLY 780 HA2 GLY 780 31.113 -6.891 -7.511
3 HA2 GLY 780 HA3 GLY 780 30.259 -7.726 -8.814
No H/Q in entry = 3
In of MODEL 27
1 H LYS 781 H LYS 781 29.087 -9.011 -7.389
2 HA LYS 781 HA LYS 781 30.333 -11.457 -6.934
3 HB2 LYS 781 HB2 LYS 781 29.943 -9.785 -4.587
4 HB3 LYS 781 HB3 LYS 781 29.333 -11.432 -4.389
5 HG2 LYS 781 HG2 LYS 781 32.143 -10.519 -5.012
6 HG3 LYS 781 HG3 LYS 781 31.613 -11.311 -3.521
7 HD2 LYS 781 HD2 LYS 781 31.737 -12.596 -6.295
8 HD3 LYS 781 HD3 LYS 781 32.921 -12.790 -5.030
9 HE2 LYS 781 HE2 LYS 781 30.034 -13.604 -4.691
10 HE3 LYS 781 HE3 LYS 781 31.269 -14.685 -5.323
11 HZ2 LYS 781 HZ1 LYS 781 31.245 -13.455 -2.609
12 HZ1 LYS 781 HZ2 LYS 781 32.496 -14.378 -3.243
13 HZ3 LYS 781 HZ3 LYS 781 30.993 -15.080 -3.001
No H/Q in entry = 13
In of MODEL 27
1 H CYS 782 H CYS 782 29.078 -12.880 -7.479
2 HA CYS 782 HA CYS 782 26.390 -12.919 -6.501
3 HB2 CYS 782 HB2 CYS 782 26.204 -11.857 -8.760
4 HB3 CYS 782 HB3 CYS 782 27.014 -13.258 -9.454
No H/Q in entry = 4
In of MODEL 27
1 H ASP 783 H ASP 783 25.862 -14.902 -5.930
2 HA ASP 783 HA ASP 783 26.819 -17.306 -6.977
3 HB2 ASP 783 HB2 ASP 783 28.892 -16.472 -5.670
4 HB3 ASP 783 HB3 ASP 783 27.902 -16.583 -4.224
No H/Q in entry = 4
In of MODEL 27
1 H ALA 784 H ALA 784 24.637 -17.466 -6.978
2 HA ALA 784 HA ALA 784 22.526 -17.710 -6.341
3 HB1 ALA 784 HB1 ALA 784 23.347 -19.454 -4.756
4 HB3 ALA 784 HB2 ALA 784 21.960 -18.581 -4.107
5 HB2 ALA 784 HB3 ALA 784 23.584 -18.204 -3.532
No H/Q in entry = 5
In of MODEL 27
1 H GLU 785 H GLU 785 20.804 -16.679 -4.725
2 HA GLU 785 HA GLU 785 21.838 -14.046 -4.087
3 HB2 GLU 785 HB2 GLU 785 19.718 -13.020 -4.856
4 HB3 GLU 785 HB3 GLU 785 20.713 -13.689 -6.135
5 HG2 GLU 785 HG2 GLU 785 19.246 -15.560 -6.370
6 HG3 GLU 785 HG3 GLU 785 18.334 -15.073 -4.937
No H/Q in entry = 6
In of MODEL 27
1 H SER 786 H SER 786 21.054 -13.025 -2.472
2 HA SER 786 HA SER 786 19.123 -14.391 -0.762
3 HB2 SER 786 HB2 SER 786 21.404 -14.720 0.114
4 HB3 SER 786 HB3 SER 786 21.692 -12.988 0.072
5 HG SER 786 HG SER 786 20.434 -12.709 1.753
No H/Q in entry = 5
In of MODEL 27
1 H SER 787 H SER 787 20.546 -11.408 -2.011
2 HA SER 787 HA SER 787 18.012 -10.147 -1.711
3 HB2 SER 787 HB2 SER 787 19.028 -9.699 0.502
4 HB3 SER 787 HB3 SER 787 20.404 -8.938 -0.297
5 HG SER 787 HG SER 787 18.496 -7.651 0.533
No H/Q in entry = 5
In of MODEL 27
1 H LYS 788 H LYS 788 21.469 -9.289 -2.285
2 HA LYS 788 HA LYS 788 20.680 -8.355 -4.888
3 HB2 LYS 788 HB2 LYS 788 20.296 -6.398 -3.475
4 HB3 LYS 788 HB3 LYS 788 21.941 -6.494 -2.875
5 HG2 LYS 788 HG2 LYS 788 21.783 -4.735 -4.503
6 HG3 LYS 788 HG3 LYS 788 22.770 -6.040 -5.155
7 HD2 LYS 788 HD2 LYS 788 20.842 -6.835 -6.445
8 HD3 LYS 788 HD3 LYS 788 19.868 -5.516 -5.791
9 HE2 LYS 788 HE2 LYS 788 21.496 -3.910 -6.786
10 HE3 LYS 788 HE3 LYS 788 22.328 -5.275 -7.517
11 HZ1 LYS 788 HZ1 LYS 788 20.282 -5.795 -8.730
12 HZ3 LYS 788 HZ2 LYS 788 20.828 -4.251 -9.080
13 HZ2 LYS 788 HZ3 LYS 788 19.531 -4.461 -8.030
No H/Q in entry = 13
In of MODEL 27
1 H CYS 789 H CYS 789 22.002 -9.138 -6.182
2 HA CYS 789 HA CYS 789 24.848 -9.359 -5.594
3 HB2 CYS 789 HB2 CYS 789 24.781 -11.645 -6.620
4 HB3 CYS 789 HB3 CYS 789 23.918 -11.511 -5.084
No H/Q in entry = 4
In of MODEL 27
1 H VAL 790 H VAL 790 26.163 -9.141 -7.464
2 HA VAL 790 HA VAL 790 24.863 -8.567 -10.014
3 HB VAL 790 HB VAL 790 26.628 -6.529 -8.564
4 HG13 VAL 790 HG11 VAL 790 26.289 -5.046 -10.468
5 HG12 VAL 790 HG12 VAL 790 25.399 -6.315 -11.310
6 HG11 VAL 790 HG13 VAL 790 27.115 -6.531 -10.948
7 HG23 VAL 790 HG21 VAL 790 23.771 -6.334 -9.427
8 HG22 VAL 790 HG22 VAL 790 24.709 -5.050 -8.643
9 HG21 VAL 790 HG23 VAL 790 24.331 -6.544 -7.771
No H/Q in entry = 9
In of MODEL 27
1 H CYS 791 H CYS 791 26.363 -8.675 -11.746
2 HA CYS 791 HA CYS 791 29.085 -9.498 -11.099
3 HB2 CYS 791 HB2 CYS 791 28.912 -11.304 -12.821
4 HB3 CYS 791 HB3 CYS 791 27.910 -11.573 -11.397
No H/Q in entry = 4
In of MODEL 27
1 H ARG 792 H ARG 792 30.587 -8.841 -12.552
2 HA ARG 792 HA ARG 792 29.741 -7.020 -14.693
3 HB2 ARG 792 HB2 ARG 792 32.491 -7.633 -13.554
4 HB3 ARG 792 HB3 ARG 792 32.127 -6.338 -14.671
5 HG2 ARG 792 HG2 ARG 792 30.963 -6.524 -11.904
6 HG3 ARG 792 HG3 ARG 792 32.443 -5.653 -12.286
7 HD2 ARG 792 HD2 ARG 792 29.817 -5.080 -13.635
8 HD3 ARG 792 HD3 ARG 792 30.315 -4.284 -12.142
9 HE ARG 792 HE ARG 792 32.272 -4.108 -14.236
10 HH11 ARG 792 HH11 ARG 792 29.337 -2.600 -12.952
11 HH12 ARG 792 HH12 ARG 792 29.691 -1.055 -13.550
12 HH21 ARG 792 HH21 ARG 792 32.783 -1.993 -15.053
13 HH22 ARG 792 HH22 ARG 792 31.728 -0.697 -14.775
No H/Q in entry = 13
In of MODEL 27
1 H GLU 793 H GLU 793 30.884 -7.375 -16.863
2 HA GLU 793 HA GLU 793 31.344 -10.206 -17.433
3 HB2 GLU 793 HB2 GLU 793 32.193 -8.008 -19.355
4 HB3 GLU 793 HB3 GLU 793 31.701 -9.628 -19.691
5 HG2 GLU 793 HG2 GLU 793 29.837 -7.439 -18.835
6 HG3 GLU 793 HG3 GLU 793 30.077 -8.012 -20.474
No H/Q in entry = 6
In of MODEL 27
1 H ALA 794 H ALA 794 33.549 -10.603 -18.733
2 HA ALA 794 HA ALA 794 35.699 -10.340 -16.889
3 HB2 ALA 794 HB1 ALA 794 35.554 -12.151 -18.519
4 HB3 ALA 794 HB2 ALA 794 37.058 -11.244 -18.684
5 HB1 ALA 794 HB3 ALA 794 35.744 -10.987 -19.836
No H/Q in entry = 5
In of MODEL 27
1 H SER 795 H SER 795 34.553 -8.402 -19.525
2 HA SER 795 HA SER 795 36.965 -6.906 -19.747
3 HB2 SER 795 HB2 SER 795 35.545 -5.733 -21.497
4 HB3 SER 795 HB3 SER 795 35.896 -7.446 -21.763
5 HG SER 795 HG SER 795 33.495 -6.202 -20.974
No H/Q in entry = 5
In of MODEL 27
1 H GLU 796 H GLU 796 34.130 -6.722 -17.806
2 HA GLU 796 HA GLU 796 34.016 -3.785 -17.969
3 HB2 GLU 796 HB2 GLU 796 32.154 -5.579 -16.427
4 HB3 GLU 796 HB3 GLU 796 31.898 -3.901 -16.866
5 HG2 GLU 796 HG2 GLU 796 31.908 -6.298 -18.652
6 HG3 GLU 796 HG3 GLU 796 30.529 -5.305 -18.209
No H/Q in entry = 6
In of MODEL 27
1 H CYS 797 H CYS 797 35.900 -5.687 -16.407
2 HA CYS 797 HA CYS 797 35.389 -4.742 -13.711
3 HB2 CYS 797 HB2 CYS 797 37.515 -6.606 -14.764
4 HB3 CYS 797 HB3 CYS 797 37.241 -6.227 -13.069
No H/Q in entry = 4
In of MODEL 27
1 H GLU 798 H GLU 798 36.569 -3.251 -12.664
2 HA GLU 798 HA GLU 798 38.346 -1.580 -14.216
3 HB2 GLU 798 HB2 GLU 798 37.297 -1.344 -11.397
4 HB3 GLU 798 HB3 GLU 798 38.262 -0.121 -12.202
5 HG2 GLU 798 HG2 GLU 798 35.522 -1.062 -13.024
6 HG3 GLU 798 HG3 GLU 798 35.909 0.469 -12.240
No H/Q in entry = 6
In of MODEL 27
1 H GLU 799 H GLU 799 39.086 -4.334 -13.111
2 HA GLU 799 HA GLU 799 41.765 -3.716 -12.341
3 HB2 GLU 799 HB2 GLU 799 40.675 -3.596 -10.124
4 HB3 GLU 799 HB3 GLU 799 39.880 -5.127 -10.425
5 HG2 GLU 799 HG2 GLU 799 41.754 -5.300 -8.829
6 HG3 GLU 799 HG3 GLU 799 41.970 -6.310 -10.253
No H/Q in entry = 6
In of MODEL 27
1 H GLU 800 H GLU 800 43.051 -5.622 -12.478
2 HA GLU 800 HA GLU 800 41.965 -7.614 -14.343
3 HB2 GLU 800 HB2 GLU 800 44.787 -7.252 -13.337
4 HB3 GLU 800 HB3 GLU 800 44.263 -8.210 -14.707
5 HG2 GLU 800 HG2 GLU 800 43.696 -6.240 -15.933
6 HG3 GLU 800 HG3 GLU 800 44.061 -5.222 -14.532
No H/Q in entry = 6
In of MODEL 27
1 H GLY 801 H GLY 801 43.643 -7.204 -11.281
2 HA3 GLY 801 HA2 GLY 801 43.743 -8.520 -9.407
3 HA2 GLY 801 HA3 GLY 801 42.695 -9.701 -10.193
No H/Q in entry = 3
In of MODEL 27
1 H PHE 802 H PHE 802 44.144 -11.425 -9.531
2 HA PHE 802 HA PHE 802 46.760 -11.386 -10.758
3 HB2 PHE 802 HB2 PHE 802 45.368 -13.353 -8.964
4 HB3 PHE 802 HB3 PHE 802 46.928 -13.685 -9.705
5 HD1 PHE 802 HD1 PHE 802 48.903 -12.676 -8.902
6 HD2 PHE 802 HD2 PHE 802 45.121 -11.527 -7.376
7 HE1 PHE 802 HE1 PHE 802 49.998 -11.487 -7.086
8 HE2 PHE 802 HE2 PHE 802 46.195 -10.335 -5.571
9 HZ PHE 802 HZ PHE 802 48.660 -10.303 -5.396
No H/Q in entry = 9
In of MODEL 27
1 H SER 803 H SER 803 47.264 -13.805 -11.603
2 HA SER 803 HA SER 803 45.177 -14.471 -13.510
3 HB2 SER 803 HB2 SER 803 48.138 -15.063 -13.789
4 HB3 SER 803 HB3 SER 803 46.851 -15.117 -15.011
5 HG SER 803 HG SER 803 46.703 -12.908 -14.977
No H/Q in entry = 5
In of MODEL 27
1 H ILE 804 H ILE 804 44.334 -16.401 -13.171
2 HA ILE 804 HA ILE 804 45.738 -18.276 -11.413
3 HB ILE 804 HB ILE 804 43.680 -18.908 -10.270
4 HG12 ILE 804 HG12 ILE 804 42.056 -18.412 -12.137
5 HG13 ILE 804 HG13 ILE 804 41.524 -17.870 -10.556
6 HG23 ILE 804 HG21 ILE 804 43.202 -16.883 -8.964
7 HG22 ILE 804 HG22 ILE 804 44.016 -15.918 -10.171
8 HG21 ILE 804 HG23 ILE 804 44.932 -17.107 -9.239
9 HD12 ILE 804 HD11 ILE 804 42.607 -16.156 -12.783
10 HD11 ILE 804 HD12 ILE 804 42.216 -15.580 -11.168
11 HD13 ILE 804 HD13 ILE 804 40.946 -16.240 -12.198
No H/Q in entry = 11
In of MODEL 27
1 H CYS 805 H CYS 805 44.877 -20.535 -11.608
2 HA CYS 805 HA CYS 805 44.424 -21.109 -14.441
3 HB2 CYS 805 HB2 CYS 805 46.368 -22.181 -13.347
4 HB3 CYS 805 HB3 CYS 805 45.271 -22.913 -12.181
No H/Q in entry = 4
In of MODEL 27
1 H VAL 806 H VAL 806 42.468 -21.652 -15.034
2 HA VAL 806 HA VAL 806 40.666 -22.791 -13.019
3 HB VAL 806 HB VAL 806 39.940 -20.863 -15.208
4 HG11 VAL 806 HG11 VAL 806 38.267 -22.029 -12.998
5 HG13 VAL 806 HG12 VAL 806 38.132 -22.363 -14.718
6 HG12 VAL 806 HG13 VAL 806 37.752 -20.747 -14.097
7 HG23 VAL 806 HG21 VAL 806 39.468 -19.238 -13.432
8 HG22 VAL 806 HG22 VAL 806 41.169 -19.694 -13.515
9 HG21 VAL 806 HG23 VAL 806 40.138 -20.364 -12.247
No H/Q in entry = 9
In of MODEL 27
1 H GLU 807 H GLU 807 39.642 -24.575 -13.628
2 HA GLU 807 HA GLU 807 40.120 -25.637 -16.249
3 HB2 GLU 807 HB2 GLU 807 40.202 -27.155 -14.303
4 HB3 GLU 807 HB3 GLU 807 38.523 -26.770 -13.935
5 HG2 GLU 807 HG2 GLU 807 37.816 -27.715 -16.016
6 HG3 GLU 807 HG3 GLU 807 39.504 -28.060 -16.452
No H/Q in entry = 6
In of MODEL 27
1 H VAL 808 H VAL 808 38.833 -25.467 -17.828
2 HA VAL 808 HA VAL 808 36.052 -24.774 -17.514
3 HB VAL 808 HB VAL 808 37.154 -22.594 -17.614
4 HG12 VAL 808 HG11 VAL 808 38.451 -23.542 -20.163
5 HG11 VAL 808 HG12 VAL 808 39.265 -23.222 -18.634
6 HG13 VAL 808 HG13 VAL 808 38.526 -21.896 -19.532
7 HG23 VAL 808 HG21 VAL 808 35.930 -23.260 -20.264
8 HG22 VAL 808 HG22 VAL 808 36.126 -21.637 -19.597
9 HG21 VAL 808 HG23 VAL 808 35.036 -22.798 -18.813
No H/Q in entry = 9
In of MODEL 27
1 H ASN 809 H ASN 809 34.893 -25.932 -18.874
2 HA ASN 809 HA ASN 809 34.268 -27.249 -20.591
3 HB2 ASN 809 HB2 ASN 809 36.180 -25.388 -21.824
4 HB3 ASN 809 HB3 ASN 809 35.769 -26.820 -22.776
5 HD21 ASN 809 HD21 ASN 809 34.679 -23.813 -21.460
6 HD22 ASN 809 HD22 ASN 809 33.165 -23.769 -22.271
No H/Q in entry = 6
In of MODEL 27
1 H GLY 810 H GLY 810 36.428 -28.047 -18.770
2 HA3 GLY 810 HA2 GLY 810 37.267 -30.130 -18.460
3 HA2 GLY 810 HA3 GLY 810 37.157 -30.458 -20.204
No H/Q in entry = 3
In of MODEL 27
1 H LYS 811 H LYS 811 38.543 -27.597 -20.127
2 HA LYS 811 HA LYS 811 41.286 -28.670 -20.155
3 HB2 LYS 811 HB2 LYS 811 40.051 -26.200 -21.366
4 HB3 LYS 811 HB3 LYS 811 41.739 -26.662 -21.500
5 HG2 LYS 811 HG2 LYS 811 41.196 -28.557 -22.838
6 HG3 LYS 811 HG3 LYS 811 39.474 -28.358 -22.513
7 HD2 LYS 811 HD2 LYS 811 40.108 -27.537 -24.747
8 HD3 LYS 811 HD3 LYS 811 39.433 -26.274 -23.720
9 HE2 LYS 811 HE2 LYS 811 41.704 -25.498 -23.194
10 HE3 LYS 811 HE3 LYS 811 42.376 -26.744 -24.249
11 HZ2 LYS 811 HZ1 LYS 811 42.242 -24.567 -25.289
12 HZ1 LYS 811 HZ2 LYS 811 40.576 -24.549 -25.079
13 HZ3 LYS 811 HZ3 LYS 811 41.286 -25.694 -26.105
No H/Q in entry = 13
In of MODEL 27
1 H GLU 812 H GLU 812 42.922 -26.977 -19.383
2 HA GLU 812 HA GLU 812 41.728 -25.270 -17.313
3 HB2 GLU 812 HB2 GLU 812 44.485 -26.501 -17.373
4 HB3 GLU 812 HB3 GLU 812 43.972 -25.303 -16.198
5 HG2 GLU 812 HG2 GLU 812 42.271 -26.916 -15.392
6 HG3 GLU 812 HG3 GLU 812 42.924 -28.110 -16.515
No H/Q in entry = 6
In of MODEL 27
1 H GLN 813 H GLN 813 42.010 -23.177 -17.532
2 HA GLN 813 HA GLN 813 44.083 -22.236 -19.398
3 HB2 GLN 813 HB2 GLN 813 42.018 -22.183 -20.600
4 HB3 GLN 813 HB3 GLN 813 41.168 -21.435 -19.255
5 HG2 GLN 813 HG2 GLN 813 42.407 -19.423 -19.555
6 HG3 GLN 813 HG3 GLN 813 43.359 -20.126 -20.884
7 HE21 GLN 813 HE21 GLN 813 40.414 -18.727 -19.854
8 HE22 GLN 813 HE22 GLN 813 39.650 -18.639 -21.395
No H/Q in entry = 8
In of MODEL 27
1 H THR 814 H THR 814 45.090 -20.361 -18.793
2 HA THR 814 HA THR 814 44.784 -19.479 -16.081
3 HB THR 814 HB THR 814 46.356 -18.195 -18.319
4 HG1 THR 814 HG1 THR 814 47.229 -20.145 -18.120
5 HG23 THR 814 HG21 THR 814 47.713 -17.252 -16.507
6 HG22 THR 814 HG22 THR 814 46.680 -18.057 -15.330
7 HG21 THR 814 HG23 THR 814 46.014 -16.773 -16.347
No H/Q in entry = 7
In of MODEL 27
1 H MET 815 H MET 815 43.408 -17.994 -15.478
2 HA MET 815 HA MET 815 42.295 -16.107 -17.481
3 HB2 MET 815 HB2 MET 815 40.940 -17.094 -14.989
4 HB3 MET 815 HB3 MET 815 40.243 -16.113 -16.276
5 HG2 MET 815 HG2 MET 815 40.862 -18.253 -17.716
6 HG3 MET 815 HG3 MET 815 40.812 -18.921 -16.077
7 HE3 MET 815 HE1 MET 815 37.528 -20.072 -17.863
8 HE2 MET 815 HE2 MET 815 39.041 -20.601 -17.115
9 HE1 MET 815 HE3 MET 815 39.090 -19.692 -18.614
No H/Q in entry = 9
In of MODEL 27
1 H SER 816 H SER 816 41.518 -14.208 -16.432
2 HA SER 816 HA SER 816 43.483 -13.254 -14.523
3 HB2 SER 816 HB2 SER 816 41.261 -11.740 -15.931
4 HB3 SER 816 HB3 SER 816 42.719 -11.067 -15.187
5 HG SER 816 HG SER 816 42.320 -12.259 -17.635
No H/Q in entry = 5
In of MODEL 27
1 H GLU 817 H GLU 817 42.654 -12.274 -12.573
2 HA GLU 817 HA GLU 817 40.868 -13.700 -11.065
3 HB2 GLU 817 HB2 GLU 817 42.543 -11.751 -10.566
4 HB3 GLU 817 HB3 GLU 817 41.078 -10.783 -10.751
5 HG2 GLU 817 HG2 GLU 817 40.869 -11.105 -8.564
6 HG3 GLU 817 HG3 GLU 817 40.239 -12.684 -9.080
No H/Q in entry = 6
In of MODEL 27
1 H CYS 818 H CYS 818 40.312 -10.886 -13.119
2 HA CYS 818 HA CYS 818 37.731 -10.225 -12.288
3 HB2 CYS 818 HB2 CYS 818 37.663 -8.972 -14.474
4 HB3 CYS 818 HB3 CYS 818 39.025 -8.585 -13.438
No H/Q in entry = 4
In of MODEL 27
1 H GLU 819 H GLU 819 38.670 -11.664 -15.303
2 HA GLU 819 HA GLU 819 36.235 -12.521 -16.212
3 HB2 GLU 819 HB2 GLU 819 37.638 -14.219 -17.641
4 HB3 GLU 819 HB3 GLU 819 38.025 -12.493 -17.661
5 HG2 GLU 819 HG2 GLU 819 39.634 -12.722 -16.311
6 HG3 GLU 819 HG3 GLU 819 39.409 -14.484 -16.155
No H/Q in entry = 6
In of MODEL 27
1 H ALA 820 H ALA 820 38.550 -14.628 -14.573
2 HA ALA 820 HA ALA 820 37.086 -16.888 -14.465
3 HB2 ALA 820 HB1 ALA 820 38.664 -17.452 -12.739
4 HB3 ALA 820 HB2 ALA 820 38.945 -15.691 -12.526
5 HB1 ALA 820 HB3 ALA 820 39.341 -16.444 -14.059
No H/Q in entry = 5
In of MODEL 27
1 H GLY 821 H GLY 821 37.192 -14.184 -12.103
2 HA3 GLY 821 HA2 GLY 821 35.349 -15.353 -10.278
3 HA2 GLY 821 HA3 GLY 821 35.866 -13.667 -10.312
No H/Q in entry = 3
In of MODEL 27
1 H ALA 822 H ALA 822 35.069 -13.000 -12.864
2 HA ALA 822 HA ALA 822 32.382 -12.314 -12.521
3 HB1 ALA 822 HB1 ALA 822 34.034 -12.373 -15.045
4 HB2 ALA 822 HB2 ALA 822 33.899 -11.037 -13.899
5 HB3 ALA 822 HB3 ALA 822 32.475 -11.551 -14.820
No H/Q in entry = 5
In of MODEL 27
1 H LEU 823 H LEU 823 33.933 -14.837 -14.400
2 HA LEU 823 HA LEU 823 31.641 -15.849 -15.593
3 HB2 LEU 823 HB2 LEU 823 34.253 -17.180 -14.911
4 HB3 LEU 823 HB3 LEU 823 32.985 -17.984 -15.823
5 HG LEU 823 HG LEU 823 34.307 -15.412 -16.685
6 HD12 LEU 823 HD11 LEU 823 34.847 -18.209 -17.669
7 HD11 LEU 823 HD12 LEU 823 35.921 -17.225 -16.665
8 HD13 LEU 823 HD13 LEU 823 35.539 -16.703 -18.297
9 HD22 LEU 823 HD21 LEU 823 32.103 -15.648 -17.608
10 HD21 LEU 823 HD22 LEU 823 32.411 -17.309 -18.069
11 HD23 LEU 823 HD23 LEU 823 33.278 -15.992 -18.876
No H/Q in entry = 11
In of MODEL 27
1 H ARG 824 H ARG 824 33.223 -16.691 -12.541
2 HA ARG 824 HA ARG 824 31.486 -18.735 -11.703
3 HB2 ARG 824 HB2 ARG 824 33.027 -16.686 -10.095
4 HB3 ARG 824 HB3 ARG 824 32.157 -18.026 -9.369
5 HG2 ARG 824 HG2 ARG 824 33.631 -19.604 -10.484
6 HG3 ARG 824 HG3 ARG 824 34.443 -18.272 -11.313
7 HD2 ARG 824 HD2 ARG 824 35.699 -19.116 -9.363
8 HD3 ARG 824 HD3 ARG 824 35.276 -17.412 -9.240
9 HE ARG 824 HE ARG 824 33.250 -18.562 -7.951
10 HH11 ARG 824 HH11 ARG 824 36.728 -19.183 -7.576
11 HH12 ARG 824 HH12 ARG 824 36.598 -19.600 -5.928
12 HH21 ARG 824 HH21 ARG 824 33.116 -19.047 -5.727
13 HH22 ARG 824 HH22 ARG 824 34.491 -19.461 -4.828
No H/Q in entry = 13
In of MODEL 27
1 H CYS 825 H CYS 825 31.425 -15.299 -11.283
2 HA CYS 825 HA CYS 825 29.083 -15.137 -9.740
3 HB2 CYS 825 HB2 CYS 825 30.875 -13.262 -11.113
4 HB3 CYS 825 HB3 CYS 825 29.356 -12.642 -10.522
No H/Q in entry = 4
In of MODEL 27
1 H ARG 826 H ARG 826 29.474 -15.383 -13.181
2 HA ARG 826 HA ARG 826 26.864 -14.157 -13.542
3 HB2 ARG 826 HB2 ARG 826 27.233 -14.272 -15.883
4 HB3 ARG 826 HB3 ARG 826 28.654 -13.562 -15.116
5 HG2 ARG 826 HG2 ARG 826 29.808 -15.677 -15.364
6 HG3 ARG 826 HG3 ARG 826 28.373 -16.391 -16.089
7 HD2 ARG 826 HD2 ARG 826 29.944 -14.071 -17.197
8 HD3 ARG 826 HD3 ARG 826 29.884 -15.710 -17.862
9 HE ARG 826 HE ARG 826 27.391 -15.242 -17.981
10 HH11 ARG 826 HH11 ARG 826 29.932 -12.896 -18.708
11 HH12 ARG 826 HH12 ARG 826 28.914 -11.815 -19.542
12 HH21 ARG 826 HH21 ARG 826 26.015 -13.847 -19.144
13 HH22 ARG 826 HH22 ARG 826 26.609 -12.410 -19.868
No H/Q in entry = 13
In of MODEL 27
1 H GLY 827 H GLY 827 28.116 -17.170 -12.989
2 HA3 GLY 827 HA2 GLY 827 26.470 -18.959 -12.681
3 HA2 GLY 827 HA3 GLY 827 25.676 -18.337 -14.125
No H/Q in entry = 3
In of MODEL 27
1 H GLN 828 H GLN 828 28.708 -18.098 -14.989
2 HA GLN 828 HA GLN 828 28.651 -20.396 -16.656
3 HB2 GLN 828 HB2 GLN 828 29.843 -18.355 -17.344
4 HB3 GLN 828 HB3 GLN 828 30.957 -18.546 -16.002
5 HG2 GLN 828 HG2 GLN 828 31.999 -19.290 -18.085
6 HG3 GLN 828 HG3 GLN 828 31.779 -20.630 -16.969
7 HE21 GLN 828 HE21 GLN 828 29.184 -19.256 -18.883
8 HE22 GLN 828 HE22 GLN 828 28.966 -20.632 -19.891
No H/Q in entry = 8
In of MODEL 27
1 H SER 829 H SER 829 29.697 -22.382 -16.429
2 HA SER 829 HA SER 829 30.590 -22.935 -13.726
3 HB2 SER 829 HB2 SER 829 30.197 -24.877 -16.000
4 HB3 SER 829 HB3 SER 829 30.329 -25.249 -14.284
5 HG SER 829 HG SER 829 28.385 -23.489 -14.518
No H/Q in entry = 5
In of MODEL 27
1 H ILE 830 H ILE 830 32.580 -22.626 -13.306
2 HA ILE 830 HA ILE 830 34.648 -23.739 -14.982
3 HB ILE 830 HB ILE 830 36.104 -21.788 -14.777
4 HG12 ILE 830 HG12 ILE 830 35.122 -20.868 -12.664
5 HG13 ILE 830 HG13 ILE 830 35.455 -19.618 -13.838
6 HG22 ILE 830 HG21 ILE 830 35.013 -20.190 -16.297
7 HG21 ILE 830 HG22 ILE 830 33.498 -21.065 -16.011
8 HG23 ILE 830 HG23 ILE 830 34.849 -21.884 -16.789
9 HD11 ILE 830 HD11 ILE 830 33.061 -19.643 -14.440
10 HD13 ILE 830 HD12 ILE 830 33.370 -19.194 -12.765
11 HD12 ILE 830 HD13 ILE 830 32.788 -20.812 -13.152
No H/Q in entry = 11
In of MODEL 27
1 H SER 831 H SER 831 36.485 -24.251 -13.702
2 HA SER 831 HA SER 831 35.899 -24.216 -10.829
3 HB2 SER 831 HB2 SER 831 37.228 -26.265 -12.551
4 HB3 SER 831 HB3 SER 831 37.061 -26.393 -10.813
5 HG SER 831 HG SER 831 34.663 -25.858 -11.849
No H/Q in entry = 5
In of MODEL 27
1 H VAL 832 H VAL 832 37.382 -22.697 -9.971
2 HA VAL 832 HA VAL 832 39.942 -22.463 -11.220
3 HB VAL 832 HB VAL 832 39.136 -20.429 -10.201
4 HG12 VAL 832 HG11 VAL 832 39.157 -21.840 -7.545
5 HG11 VAL 832 HG12 VAL 832 37.727 -21.328 -8.442
6 HG13 VAL 832 HG13 VAL 832 38.840 -20.122 -7.791
7 HG22 VAL 832 HG21 VAL 832 41.033 -19.774 -8.773
8 HG21 VAL 832 HG22 VAL 832 41.540 -20.670 -10.205
9 HG23 VAL 832 HG23 VAL 832 41.488 -21.472 -8.636
No H/Q in entry = 9
In of MODEL 27
1 H THR 833 H THR 833 41.278 -24.014 -11.218
2 HA THR 833 HA THR 833 41.236 -25.987 -9.155
3 HB THR 833 HB THR 833 42.989 -27.070 -10.637
4 HG1 THR 833 HG1 THR 833 43.271 -26.136 -12.695
5 HG23 THR 833 HG21 THR 833 40.609 -27.640 -10.862
6 HG22 THR 833 HG22 THR 833 41.379 -27.604 -12.453
7 HG21 THR 833 HG23 THR 833 40.375 -26.262 -11.935
No H/Q in entry = 7
In of MODEL 27
1 H SER 834 H SER 834 43.342 -23.415 -10.236
2 HA SER 834 HA SER 834 44.922 -23.735 -7.809
3 HB2 SER 834 HB2 SER 834 46.197 -23.544 -10.547
4 HB3 SER 834 HB3 SER 834 47.021 -23.651 -9.000
5 HG SER 834 HG SER 834 45.761 -25.605 -10.498
No H/Q in entry = 5
In of MODEL 27
1 H ILE 835 H ILE 835 45.714 -21.781 -7.082
2 HA ILE 835 HA ILE 835 44.655 -19.472 -8.401
3 HB ILE 835 HB ILE 835 45.587 -18.182 -6.467
4 HG12 ILE 835 HG12 ILE 835 46.119 -19.636 -4.408
5 HG13 ILE 835 HG13 ILE 835 46.442 -20.931 -5.547
6 HG23 ILE 835 HG21 ILE 835 43.973 -19.007 -4.887
7 HG22 ILE 835 HG22 ILE 835 43.827 -20.501 -5.822
8 HG21 ILE 835 HG23 ILE 835 43.311 -18.968 -6.532
9 HD13 ILE 835 HD11 ILE 835 48.480 -19.844 -4.825
10 HD12 ILE 835 HD12 ILE 835 47.838 -18.293 -5.389
11 HD11 ILE 835 HD13 ILE 835 48.203 -19.569 -6.554
No H/Q in entry = 11
In of MODEL 27
1 H ARG 836 H ARG 836 47.194 -21.181 -9.056
2 HA ARG 836 HA ARG 836 49.144 -19.047 -9.531
3 HB2 ARG 836 HB2 ARG 836 49.303 -22.012 -10.052
4 HB3 ARG 836 HB3 ARG 836 50.620 -20.861 -10.185
5 HG2 ARG 836 HG2 ARG 836 50.593 -20.505 -7.807
6 HG3 ARG 836 HG3 ARG 836 49.186 -21.564 -7.645
7 HD2 ARG 836 HD2 ARG 836 50.514 -23.361 -8.689
8 HD3 ARG 836 HD3 ARG 836 51.922 -22.309 -8.607
9 HE ARG 836 HE ARG 836 51.747 -22.323 -6.232
10 HH11 ARG 836 HH11 ARG 836 49.963 -24.921 -7.914
11 HH12 ARG 836 HH12 ARG 836 49.845 -25.921 -6.556
12 HH21 ARG 836 HH21 ARG 836 51.567 -23.747 -4.331
13 HH22 ARG 836 HH22 ARG 836 50.768 -25.218 -4.480
No H/Q in entry = 13
In of MODEL 27
1 HA PRO 837 HA PRO 837 47.738 -19.097 -13.816
2 HB2 PRO 837 HB2 PRO 837 50.079 -18.335 -15.040
3 HB3 PRO 837 HB3 PRO 837 48.988 -17.187 -14.261
4 HG2 PRO 837 HG2 PRO 837 51.515 -18.405 -13.227
5 HG3 PRO 837 HG3 PRO 837 50.923 -16.743 -13.058
6 HD2 PRO 837 HD2 PRO 837 50.734 -18.565 -11.069
7 HD3 PRO 837 HD3 PRO 837 49.521 -17.291 -11.307
No H/Q in entry = 7
In of MODEL 27
1 H CYS 838 H CYS 838 47.891 -20.655 -15.522
2 HA CYS 838 HA CYS 838 49.703 -22.788 -14.829
3 HB2 CYS 838 HB2 CYS 838 48.364 -24.151 -16.485
4 HB3 CYS 838 HB3 CYS 838 47.446 -23.626 -15.092
No H/Q in entry = 4
In of MODEL 27
1 H ALA 839 H ALA 839 50.203 -24.081 -17.215
2 HA ALA 839 HA ALA 839 51.878 -22.172 -18.578
3 HB3 ALA 839 HB1 ALA 839 52.710 -24.429 -18.098
4 HB2 ALA 839 HB2 ALA 839 52.672 -24.127 -19.837
5 HB1 ALA 839 HB3 ALA 839 51.423 -25.120 -19.085
No H/Q in entry = 5
In of MODEL 27
1 H ALA 840 H ALA 840 48.752 -23.125 -18.732
2 HA ALA 840 HA ALA 840 48.381 -22.756 -21.574
3 HB2 ALA 840 HB1 ALA 840 46.467 -23.257 -19.314
4 HB1 ALA 840 HB2 ALA 840 47.028 -24.446 -20.491
5 HB3 ALA 840 HB3 ALA 840 45.983 -23.110 -21.003
No H/Q in entry = 5
In of MODEL 27
1 H GLU 841 H GLU 841 49.401 -20.680 -21.356
2 HA GLU 841 HA GLU 841 47.393 -18.617 -21.091
3 HB2 GLU 841 HB2 GLU 841 49.095 -17.143 -19.935
4 HB3 GLU 841 HB3 GLU 841 48.360 -18.404 -18.957
5 HG2 GLU 841 HG2 GLU 841 50.676 -18.279 -18.377
6 HG3 GLU 841 HG3 GLU 841 50.439 -19.758 -19.285
No H/Q in entry = 6
In of MODEL 27
1 H THR 842 H THR 842 48.802 -20.081 -23.097
2 HA THR 842 HA THR 842 50.938 -18.867 -24.326
3 HB THR 842 HB THR 842 48.665 -20.266 -25.713
4 HG1 THR 842 HG1 THR 842 50.899 -21.249 -24.247
5 HG22 THR 842 HG21 THR 842 51.642 -20.138 -26.278
6 HG21 THR 842 HG22 THR 842 50.391 -19.292 -27.190
7 HG23 THR 842 HG23 THR 842 50.459 -21.054 -27.216
No H/Q in entry = 7
In of MODEL 27
1 H GLN 843 H GLN 843 51.111 -16.914 -25.083
2 HA GLN 843 HA GLN 843 49.159 -15.803 -26.880
3 HB2 GLN 843 HB2 GLN 843 48.462 -14.947 -24.655
4 HB3 GLN 843 HB3 GLN 843 50.083 -14.339 -24.385
5 HG2 GLN 843 HG2 GLN 843 49.771 -12.906 -26.420
6 HG3 GLN 843 HG3 GLN 843 48.079 -13.394 -26.409
7 HE21 GLN 843 HE21 GLN 843 48.001 -13.437 -23.466
8 HE22 GLN 843 HE22 GLN 843 47.965 -11.782 -22.987
No H/Q in entry = 8
In of MODEL 28
1 H1 GLY 689 H2 GLY 689 66.936 2.845 -19.953
2 H2 GLY 689 H1 GLY 689 68.464 2.349 -19.481
3 H3 GLY 689 H3 GLY 689 67.495 1.305 -20.393
4 HA2 GLY 689 HA2 GLY 689 67.575 0.703 -18.040
5 HA3 GLY 689 HA3 GLY 689 65.948 1.113 -18.577
No H/Q in entry = 5
In of MODEL 28
1 H SER 690 H SER 690 66.100 1.322 -15.984
2 HA SER 690 HA SER 690 65.725 4.081 -15.515
3 HB2 SER 690 HB2 SER 690 65.664 1.753 -13.591
4 HB3 SER 690 HB3 SER 690 65.079 3.381 -13.236
5 HG SER 690 HG SER 690 63.309 2.440 -13.900
No H/Q in entry = 5
In of MODEL 28
1 H HIS 691 H HIS 691 68.361 2.279 -15.485
2 HA HIS 691 HA HIS 691 69.936 3.463 -13.424
3 HB2 HIS 691 HB2 HIS 691 70.584 1.352 -14.562
4 HB3 HIS 691 HB3 HIS 691 70.818 2.248 -16.052
5 HD1 HIS 691 HD1 HIS 691 72.428 1.522 -12.759
6 HD2 HIS 691 HD2 HIS 691 73.232 3.674 -16.210
7 HE1 HIS 691 HE1 HIS 691 74.849 2.072 -12.651
8 HE2 HIS 691 HE2 HIS 691 75.353 3.066 -14.891
No H/Q in entry = 8
In of MODEL 28
1 H MET 692 H MET 692 69.091 4.351 -16.681
2 HA MET 692 HA MET 692 70.886 6.627 -16.776
3 HB2 MET 692 HB2 MET 692 68.495 5.995 -18.528
4 HB3 MET 692 HB3 MET 692 69.692 7.235 -18.832
5 HG2 MET 692 HG2 MET 692 71.396 5.479 -19.114
6 HG3 MET 692 HG3 MET 692 70.142 4.269 -18.841
7 HE2 MET 692 HE1 MET 692 70.331 7.097 -22.479
8 HE1 MET 692 HE2 MET 692 71.542 7.042 -21.198
9 HE3 MET 692 HE3 MET 692 69.934 7.684 -20.866
No H/Q in entry = 9
In of MODEL 28
1 H ASN 693 H ASN 693 67.389 6.122 -16.773
2 HA ASN 693 HA ASN 693 66.845 8.073 -14.809
3 HB2 ASN 693 HB2 ASN 693 67.297 9.475 -16.906
4 HB3 ASN 693 HB3 ASN 693 65.981 8.622 -17.686
5 HD21 ASN 693 HD21 ASN 693 66.413 11.462 -17.088
6 HD22 ASN 693 HD22 ASN 693 65.030 11.980 -16.195
No H/Q in entry = 6
In of MODEL 28
1 HA PRO 694 HA PRO 694 63.746 4.812 -14.563
2 HB2 PRO 694 HB2 PRO 694 61.789 6.385 -13.310
3 HB3 PRO 694 HB3 PRO 694 63.020 5.423 -12.490
4 HG2 PRO 694 HG2 PRO 694 62.997 8.333 -13.122
5 HG3 PRO 694 HG3 PRO 694 63.642 7.501 -11.696
6 HD2 PRO 694 HD2 PRO 694 65.242 8.439 -13.600
7 HD3 PRO 694 HD3 PRO 694 65.600 6.892 -12.795
No H/Q in entry = 7
In of MODEL 28
1 H LEU 695 H LEU 695 62.393 4.152 -16.063
2 HA LEU 695 HA LEU 695 61.575 5.902 -18.122
3 HB2 LEU 695 HB2 LEU 695 60.769 3.032 -17.628
4 HB3 LEU 695 HB3 LEU 695 60.306 3.953 -19.035
5 HG LEU 695 HG LEU 695 62.053 2.544 -19.708
6 HD13 LEU 695 HD11 LEU 695 63.813 4.040 -20.423
7 HD12 LEU 695 HD12 LEU 695 63.261 5.253 -19.278
8 HD11 LEU 695 HD13 LEU 695 62.217 4.767 -20.615
9 HD21 LEU 695 HD21 LEU 695 63.670 3.532 -17.368
10 HD23 LEU 695 HD22 LEU 695 64.248 2.446 -18.630
11 HD22 LEU 695 HD23 LEU 695 62.961 1.927 -17.540
No H/Q in entry = 11
In of MODEL 28
1 H THR 696 H THR 696 60.019 7.252 -18.033
2 HA THR 696 HA THR 696 57.828 6.757 -16.241
3 HB THR 696 HB THR 696 57.212 9.173 -17.138
4 HG1 THR 696 HG1 THR 696 60.036 9.214 -17.543
5 HG21 THR 696 HG21 THR 696 59.582 8.657 -15.327
6 HG23 THR 696 HG22 THR 696 57.891 8.660 -14.832
7 HG22 THR 696 HG23 THR 696 58.648 10.153 -15.380
No H/Q in entry = 7
In of MODEL 28
1 H GLN 697 H GLN 697 55.648 6.777 -16.948
2 HA GLN 697 HA GLN 697 53.978 5.915 -18.166
3 HB2 GLN 697 HB2 GLN 697 55.509 7.217 -20.438
4 HB3 GLN 697 HB3 GLN 697 54.039 6.313 -20.735
5 HG2 GLN 697 HG2 GLN 697 53.577 8.689 -20.671
6 HG3 GLN 697 HG3 GLN 697 52.789 7.887 -19.322
7 HE21 GLN 697 HE21 GLN 697 53.425 8.399 -17.243
8 HE22 GLN 697 HE22 GLN 697 54.480 9.714 -16.895
No H/Q in entry = 8
In of MODEL 28
1 H ALA 698 H ALA 698 55.603 4.182 -17.269
2 HA ALA 698 HA ALA 698 55.664 2.078 -19.271
3 HB3 ALA 698 HB1 ALA 698 57.976 2.751 -17.442
4 HB1 ALA 698 HB2 ALA 698 57.951 2.972 -19.188
5 HB2 ALA 698 HB3 ALA 698 57.877 1.345 -18.502
No H/Q in entry = 5
In of MODEL 28
1 H VAL 699 H VAL 699 55.291 0.064 -18.365
2 HA VAL 699 HA VAL 699 54.071 0.117 -15.763
3 HB VAL 699 HB VAL 699 52.946 -1.115 -17.580
4 HG11 VAL 699 HG11 VAL 699 55.346 -2.926 -17.601
5 HG13 VAL 699 HG12 VAL 699 54.834 -1.838 -18.889
6 HG12 VAL 699 HG13 VAL 699 53.833 -3.224 -18.455
7 HG21 VAL 699 HG21 VAL 699 52.535 -1.886 -15.307
8 HG23 VAL 699 HG22 VAL 699 53.928 -2.962 -15.408
9 HG22 VAL 699 HG23 VAL 699 52.522 -3.247 -16.431
No H/Q in entry = 9
In of MODEL 28
1 HA PRO 700 HA PRO 700 57.743 -1.367 -13.608
2 HB2 PRO 700 HB2 PRO 700 55.767 -2.321 -11.640
3 HB3 PRO 700 HB3 PRO 700 57.140 -1.244 -11.391
4 HG2 PRO 700 HG2 PRO 700 54.611 -0.328 -11.363
5 HG3 PRO 700 HG3 PRO 700 55.957 0.639 -11.985
6 HD2 PRO 700 HD2 PRO 700 53.819 -0.810 -13.476
7 HD3 PRO 700 HD3 PRO 700 54.667 0.697 -13.867
No H/Q in entry = 7
In of MODEL 28
1 H LYS 701 H LYS 701 58.707 -3.202 -13.860
2 HA LYS 701 HA LYS 701 57.171 -5.450 -14.811
3 HB2 LYS 701 HB2 LYS 701 60.184 -5.079 -14.717
4 HB3 LYS 701 HB3 LYS 701 59.375 -6.468 -15.405
5 HG2 LYS 701 HG2 LYS 701 60.000 -5.110 -17.246
6 HG3 LYS 701 HG3 LYS 701 58.267 -4.862 -17.013
7 HD2 LYS 701 HD2 LYS 701 58.706 -2.776 -15.848
8 HD3 LYS 701 HD3 LYS 701 60.442 -3.018 -16.049
9 HE2 LYS 701 HE2 LYS 701 58.480 -2.791 -18.328
10 HE3 LYS 701 HE3 LYS 701 59.413 -1.442 -17.688
11 HZ2 LYS 701 HZ1 LYS 701 60.526 -3.900 -18.948
12 HZ1 LYS 701 HZ2 LYS 701 61.429 -2.661 -18.249
13 HZ3 LYS 701 HZ3 LYS 701 60.490 -2.341 -19.607
No H/Q in entry = 13
In of MODEL 28
1 H CYS 702 H CYS 702 56.201 -5.984 -12.841
2 HA CYS 702 HA CYS 702 57.890 -7.675 -11.165
3 HB2 CYS 702 HB2 CYS 702 55.805 -5.762 -10.025
4 HB3 CYS 702 HB3 CYS 702 56.836 -6.858 -9.142
No H/Q in entry = 4
In of MODEL 28
1 H GLN 703 H GLN 703 56.573 -9.295 -10.025
2 HA GLN 703 HA GLN 703 54.507 -10.244 -11.735
3 HB2 GLN 703 HB2 GLN 703 55.703 -11.285 -9.185
4 HB3 GLN 703 HB3 GLN 703 54.400 -12.104 -10.033
5 HG2 GLN 703 HG2 GLN 703 57.096 -11.465 -11.202
6 HG3 GLN 703 HG3 GLN 703 56.598 -13.033 -10.564
7 HE21 GLN 703 HE21 GLN 703 57.426 -12.281 -13.248
8 HE22 GLN 703 HE22 GLN 703 56.141 -12.735 -14.298
No H/Q in entry = 8
In of MODEL 28
1 H ARG 704 H ARG 704 52.658 -11.378 -10.302
2 HA ARG 704 HA ARG 704 51.007 -9.083 -9.760
3 HB2 ARG 704 HB2 ARG 704 50.201 -12.003 -9.642
4 HB3 ARG 704 HB3 ARG 704 49.100 -10.644 -9.554
5 HG2 ARG 704 HG2 ARG 704 48.870 -11.243 -11.759
6 HG3 ARG 704 HG3 ARG 704 50.146 -10.037 -11.886
7 HD2 ARG 704 HD2 ARG 704 51.786 -12.017 -11.726
8 HD3 ARG 704 HD3 ARG 704 50.383 -13.035 -11.982
9 HE ARG 704 HE ARG 704 50.558 -10.985 -13.926
10 HH11 ARG 704 HH11 ARG 704 51.821 -14.273 -13.216
11 HH12 ARG 704 HH12 ARG 704 52.297 -14.523 -14.824
12 HH21 ARG 704 HH21 ARG 704 51.286 -11.376 -16.029
13 HH22 ARG 704 HH22 ARG 704 51.998 -12.853 -16.458
No H/Q in entry = 13
In of MODEL 28
1 H TRP 705 H TRP 705 52.949 -10.888 -7.811
2 HA TRP 705 HA TRP 705 51.400 -10.149 -5.424
3 HB2 TRP 705 HB2 TRP 705 52.764 -11.887 -4.243
4 HB3 TRP 705 HB3 TRP 705 51.734 -12.559 -5.490
5 HD1 TRP 705 HD1 TRP 705 55.362 -12.159 -4.488
6 HE1 TRP 705 HE1 TRP 705 56.858 -13.443 -6.120
7 HE3 TRP 705 HE3 TRP 705 51.865 -13.391 -8.001
8 HZ2 TRP 705 HZ2 TRP 705 56.582 -14.851 -8.560
9 HZ3 TRP 705 HZ3 TRP 705 52.550 -14.711 -9.935
10 HH2 TRP 705 HH2 TRP 705 54.872 -15.436 -10.214
No H/Q in entry = 10
In of MODEL 28
1 H GLU 706 H GLU 706 53.494 -8.810 -7.289
2 HA GLU 706 HA GLU 706 55.372 -8.046 -5.180
3 HB2 GLU 706 HB2 GLU 706 55.902 -8.367 -8.116
4 HB3 GLU 706 HB3 GLU 706 57.038 -7.708 -6.929
5 HG2 GLU 706 HG2 GLU 706 57.048 -9.880 -5.830
6 HG3 GLU 706 HG3 GLU 706 55.952 -10.496 -7.073
No H/Q in entry = 6
In of MODEL 28
1 H LYS 707 H LYS 707 56.356 -6.013 -5.552
2 HA LYS 707 HA LYS 707 55.035 -4.149 -7.305
3 HB2 LYS 707 HB2 LYS 707 54.701 -2.463 -5.554
4 HB3 LYS 707 HB3 LYS 707 53.763 -3.903 -5.198
5 HG2 LYS 707 HG2 LYS 707 55.365 -4.567 -3.502
6 HG3 LYS 707 HG3 LYS 707 56.406 -3.205 -3.923
7 HD2 LYS 707 HD2 LYS 707 54.554 -1.665 -3.320
8 HD3 LYS 707 HD3 LYS 707 53.612 -3.055 -2.800
9 HE2 LYS 707 HE2 LYS 707 55.215 -3.571 -1.075
10 HE3 LYS 707 HE3 LYS 707 56.298 -2.304 -1.652
11 HZ2 LYS 707 HZ1 LYS 707 53.597 -1.873 -0.464
12 HZ1 LYS 707 HZ2 LYS 707 54.592 -0.678 -1.104
13 HZ3 LYS 707 HZ3 LYS 707 55.088 -1.519 0.254
No H/Q in entry = 13
In of MODEL 28
1 H LEU 708 H LEU 708 56.326 -2.273 -7.624
2 HA LEU 708 HA LEU 708 59.162 -2.869 -7.416
3 HB2 LEU 708 HB2 LEU 708 58.211 -2.258 -9.582
4 HB3 LEU 708 HB3 LEU 708 57.634 -0.743 -8.921
5 HG LEU 708 HG LEU 708 60.013 -0.069 -8.565
6 HD11 LEU 708 HD11 LEU 708 60.598 -2.549 -10.167
7 HD13 LEU 708 HD12 LEU 708 61.049 -2.250 -8.485
8 HD12 LEU 708 HD13 LEU 708 61.757 -1.278 -9.773
9 HD23 LEU 708 HD21 LEU 708 59.247 -0.746 -11.403
10 HD22 LEU 708 HD22 LEU 708 60.437 0.460 -10.909
11 HD21 LEU 708 HD23 LEU 708 58.735 0.683 -10.507
No H/Q in entry = 11
In of MODEL 28
1 H GLN 709 H GLN 709 60.175 -2.128 -5.629
2 HA GLN 709 HA GLN 709 59.980 0.697 -5.063
3 HB2 GLN 709 HB2 GLN 709 59.431 0.573 -2.761
4 HB3 GLN 709 HB3 GLN 709 58.346 -0.619 -3.458
5 HG2 GLN 709 HG2 GLN 709 59.778 -2.379 -2.731
6 HG3 GLN 709 HG3 GLN 709 60.996 -1.236 -2.185
7 HE21 GLN 709 HE21 GLN 709 59.840 -3.164 -0.635
8 HE22 GLN 709 HE22 GLN 709 58.927 -2.452 0.656
No H/Q in entry = 8
In of MODEL 28
1 H ASN 710 H ASN 710 61.843 1.462 -4.147
2 HA ASN 710 HA ASN 710 64.102 1.583 -3.724
3 HB2 ASN 710 HB2 ASN 710 63.282 -0.029 -1.888
4 HB3 ASN 710 HB3 ASN 710 63.938 -1.330 -2.846
5 HD21 ASN 710 HD21 ASN 710 64.692 -0.571 -0.207
6 HD22 ASN 710 HD22 ASN 710 66.350 -0.120 -0.212
No H/Q in entry = 6
In of MODEL 28
1 H SER 711 H SER 711 63.083 0.782 -6.274
2 HA SER 711 HA SER 711 63.780 0.265 -8.326
3 HB2 SER 711 HB2 SER 711 65.825 1.513 -7.696
4 HB3 SER 711 HB3 SER 711 66.527 0.030 -7.060
5 HG SER 711 HG SER 711 65.986 -0.745 -9.319
No H/Q in entry = 5
In of MODEL 28
1 H ARG 712 H ARG 712 63.132 -1.905 -6.238
2 HA ARG 712 HA ARG 712 64.048 -4.098 -7.925
3 HB2 ARG 712 HB2 ARG 712 64.336 -5.494 -5.928
4 HB3 ARG 712 HB3 ARG 712 65.499 -4.172 -6.009
5 HG2 ARG 712 HG2 ARG 712 64.148 -2.929 -4.358
6 HG3 ARG 712 HG3 ARG 712 63.016 -4.271 -4.326
7 HD2 ARG 712 HD2 ARG 712 64.741 -5.758 -3.505
8 HD3 ARG 712 HD3 ARG 712 65.939 -4.472 -3.622
9 HE ARG 712 HE ARG 712 63.944 -3.532 -1.950
10 HH11 ARG 712 HH11 ARG 712 66.176 -6.267 -1.949
11 HH12 ARG 712 HH12 ARG 712 66.366 -6.293 -0.263
12 HH21 ARG 712 HH21 ARG 712 64.203 -3.590 0.388
13 HH22 ARG 712 HH22 ARG 712 65.208 -4.753 1.097
No H/Q in entry = 13
In of MODEL 28
1 H CYS 713 H CYS 713 62.788 -6.097 -7.420
2 HA CYS 713 HA CYS 713 59.998 -5.333 -7.146
3 HB2 CYS 713 HB2 CYS 713 59.575 -7.587 -8.186
4 HB3 CYS 713 HB3 CYS 713 60.488 -6.477 -9.206
No H/Q in entry = 4
In of MODEL 28
1 H VAL 714 H VAL 714 59.128 -5.668 -5.251
2 HA VAL 714 HA VAL 714 60.227 -7.811 -3.558
3 HB VAL 714 HB VAL 714 59.605 -6.496 -1.577
4 HG12 VAL 714 HG11 VAL 714 61.297 -4.915 -3.483
5 HG11 VAL 714 HG12 VAL 714 61.860 -6.222 -2.439
6 HG13 VAL 714 HG13 VAL 714 61.268 -4.714 -1.732
7 HG22 VAL 714 HG21 VAL 714 58.865 -4.162 -1.772
8 HG21 VAL 714 HG22 VAL 714 57.719 -5.267 -2.530
9 HG23 VAL 714 HG23 VAL 714 58.824 -4.327 -3.528
No H/Q in entry = 9
In of MODEL 28
1 H CYS 715 H CYS 715 58.481 -8.305 -1.787
2 HA CYS 715 HA CYS 715 56.109 -8.991 -3.295
3 HB2 CYS 715 HB2 CYS 715 55.553 -10.330 -1.250
4 HB3 CYS 715 HB3 CYS 715 57.129 -10.750 -1.899
No H/Q in entry = 4
In of MODEL 28
1 H LYS 716 H LYS 716 54.096 -8.180 -2.799
2 HA LYS 716 HA LYS 716 54.103 -5.639 -1.456
3 HB2 LYS 716 HB2 LYS 716 51.701 -5.515 -2.129
4 HB3 LYS 716 HB3 LYS 716 52.774 -5.838 -3.477
5 HG2 LYS 716 HG2 LYS 716 52.171 -8.248 -3.284
6 HG3 LYS 716 HG3 LYS 716 50.994 -7.792 -2.053
7 HD2 LYS 716 HD2 LYS 716 51.013 -6.771 -4.900
8 HD3 LYS 716 HD3 LYS 716 49.992 -8.077 -4.309
9 HE2 LYS 716 HE2 LYS 716 48.927 -6.524 -2.737
10 HE3 LYS 716 HE3 LYS 716 49.959 -5.224 -3.328
11 HZ2 LYS 716 HZ1 LYS 716 47.931 -6.702 -4.917
12 HZ1 LYS 716 HZ2 LYS 716 48.969 -5.518 -5.526
13 HZ3 LYS 716 HZ3 LYS 716 47.827 -5.104 -4.363
No H/Q in entry = 13
In of MODEL 28
1 H MET 717 H MET 717 51.678 -5.504 -0.118
2 HA MET 717 HA MET 717 52.314 -7.275 2.120
3 HB2 MET 717 HB2 MET 717 50.625 -4.766 2.077
4 HB3 MET 717 HB3 MET 717 51.006 -5.711 3.512
5 HG2 MET 717 HG2 MET 717 52.935 -4.171 1.787
6 HG3 MET 717 HG3 MET 717 52.429 -3.785 3.432
7 HE1 MET 717 HE1 MET 717 53.216 -5.129 5.581
8 HE3 MET 717 HE2 MET 717 54.172 -6.609 5.509
9 HE2 MET 717 HE3 MET 717 52.512 -6.603 4.911
No H/Q in entry = 9
In of MODEL 28
1 HA PRO 718 HA PRO 718 48.907 -9.794 1.028
2 HB2 PRO 718 HB2 PRO 718 48.492 -11.076 3.422
3 HB3 PRO 718 HB3 PRO 718 49.769 -11.493 2.280
4 HG2 PRO 718 HG2 PRO 718 49.910 -9.835 4.755
5 HG3 PRO 718 HG3 PRO 718 51.070 -11.025 4.138
6 HD2 PRO 718 HD2 PRO 718 51.445 -8.359 3.878
7 HD3 PRO 718 HD3 PRO 718 52.013 -9.520 2.663
No H/Q in entry = 7
In of MODEL 28
1 H TYR 719 H TYR 719 48.610 -7.749 3.835
2 HA TYR 719 HA TYR 719 45.744 -8.039 3.902
3 HB2 TYR 719 HB2 TYR 719 45.754 -6.387 5.689
4 HB3 TYR 719 HB3 TYR 719 46.992 -7.595 5.977
5 HD1 TYR 719 HD1 TYR 719 46.264 -4.129 5.659
6 HD2 TYR 719 HD2 TYR 719 49.435 -6.963 5.391
7 HE1 TYR 719 HE1 TYR 719 47.899 -2.326 5.965
8 HE2 TYR 719 HE2 TYR 719 51.060 -5.157 5.715
9 HH TYR 719 HH TYR 719 50.115 -2.078 6.736
No H/Q in entry = 9
In of MODEL 28
1 H GLU 720 H GLU 720 47.880 -6.368 2.019
2 HA GLU 720 HA GLU 720 46.008 -4.242 1.299
3 HB2 GLU 720 HB2 GLU 720 48.427 -3.693 1.726
4 HB3 GLU 720 HB3 GLU 720 48.874 -4.796 0.443
5 HG2 GLU 720 HG2 GLU 720 49.009 -2.493 -0.294
6 HG3 GLU 720 HG3 GLU 720 47.759 -3.362 -1.181
No H/Q in entry = 6
In of MODEL 28
1 H CYS 721 H CYS 721 46.373 -7.361 0.771
2 HA CYS 721 HA CYS 721 46.049 -7.303 -2.095
3 HB2 CYS 721 HB2 CYS 721 46.155 -9.632 -0.187
4 HB3 CYS 721 HB3 CYS 721 46.100 -9.742 -1.940
No H/Q in entry = 4
In of MODEL 28
1 H GLY 722 H GLY 722 44.143 -6.180 -2.045
2 HA3 GLY 722 HA2 GLY 722 41.782 -7.421 -0.916
3 HA2 GLY 722 HA3 GLY 722 41.848 -5.895 -1.796
No H/Q in entry = 3
In of MODEL 28
1 HA PRO 723 HA PRO 723 40.539 -7.818 -5.538
2 HB2 PRO 723 HB2 PRO 723 42.389 -6.999 -7.426
3 HB3 PRO 723 HB3 PRO 723 41.051 -6.000 -6.849
4 HG2 PRO 723 HG2 PRO 723 43.921 -5.970 -6.052
5 HG3 PRO 723 HG3 PRO 723 42.797 -4.618 -6.262
6 HD2 PRO 723 HD2 PRO 723 43.472 -5.561 -3.822
7 HD3 PRO 723 HD3 PRO 723 41.872 -4.889 -4.174
No H/Q in entry = 7
In of MODEL 28
1 H SER 724 H SER 724 40.816 -9.925 -5.011
2 HA SER 724 HA SER 724 42.495 -11.581 -6.562
3 HB2 SER 724 HB2 SER 724 43.629 -12.563 -4.480
4 HB3 SER 724 HB3 SER 724 44.304 -11.093 -5.180
5 HG SER 724 HG SER 724 42.566 -10.262 -3.468
No H/Q in entry = 5
In of MODEL 28
1 H LEU 725 H LEU 725 41.839 -13.628 -6.593
2 HA LEU 725 HA LEU 725 39.229 -14.250 -5.718
3 HB2 LEU 725 HB2 LEU 725 41.463 -15.617 -7.037
4 HB3 LEU 725 HB3 LEU 725 40.206 -16.633 -6.418
5 HG LEU 725 HG LEU 725 39.876 -14.411 -8.461
6 HD11 LEU 725 HD11 LEU 725 39.799 -17.402 -8.739
7 HD13 LEU 725 HD12 LEU 725 41.076 -16.312 -9.301
8 HD12 LEU 725 HD13 LEU 725 39.463 -16.223 -10.012
9 HD22 LEU 725 HD21 LEU 725 37.842 -14.697 -7.137
10 HD21 LEU 725 HD22 LEU 725 37.890 -16.433 -7.436
11 HD23 LEU 725 HD23 LEU 725 37.630 -15.315 -8.773
No H/Q in entry = 11
In of MODEL 28
1 H ASP 726 H ASP 726 38.528 -14.881 -3.847
2 HA ASP 726 HA ASP 726 40.364 -15.793 -1.834
3 HB2 ASP 726 HB2 ASP 726 37.357 -15.610 -1.745
4 HB3 ASP 726 HB3 ASP 726 38.407 -16.025 -0.402
No H/Q in entry = 4
In of MODEL 28
1 H VAL 727 H VAL 727 40.705 -17.663 -1.040
2 HA VAL 727 HA VAL 727 39.466 -19.984 -2.278
3 HB VAL 727 HB VAL 727 41.720 -21.022 -2.650
4 HG12 VAL 727 HG11 VAL 727 41.180 -18.533 -4.266
5 HG11 VAL 727 HG12 VAL 727 40.469 -20.124 -4.540
6 HG13 VAL 727 HG13 VAL 727 42.202 -19.882 -4.766
7 HG23 VAL 727 HG21 VAL 727 42.734 -18.204 -2.243
8 HG22 VAL 727 HG22 VAL 727 43.690 -19.556 -2.851
9 HG21 VAL 727 HG23 VAL 727 43.059 -19.592 -1.203
No H/Q in entry = 9
In of MODEL 28
1 H CYS 728 H CYS 728 40.125 -21.976 -1.173
2 HA CYS 728 HA CYS 728 40.353 -21.500 1.701
3 HB2 CYS 728 HB2 CYS 728 39.657 -24.004 0.203
4 HB3 CYS 728 HB3 CYS 728 39.376 -23.674 1.916
No H/Q in entry = 4
In of MODEL 28
1 H ALA 729 H ALA 729 42.274 -21.959 2.670
2 HA ALA 729 HA ALA 729 44.066 -23.781 1.253
3 HB2 ALA 729 HB1 ALA 729 45.925 -22.351 1.856
4 HB1 ALA 729 HB2 ALA 729 44.815 -21.226 2.631
5 HB3 ALA 729 HB3 ALA 729 44.750 -21.461 0.883
No H/Q in entry = 5
In of MODEL 28
1 H GLN 730 H GLN 730 45.444 -24.922 2.562
2 HA GLN 730 HA GLN 730 44.636 -25.061 5.350
3 HB2 GLN 730 HB2 GLN 730 44.563 -27.251 4.308
4 HB3 GLN 730 HB3 GLN 730 46.141 -27.010 3.609
5 HG2 GLN 730 HG2 GLN 730 47.214 -27.132 5.757
6 HG3 GLN 730 HG3 GLN 730 45.657 -27.212 6.572
7 HE21 GLN 730 HE21 GLN 730 44.734 -29.173 6.876
8 HE22 GLN 730 HE22 GLN 730 45.331 -30.631 6.189
No H/Q in entry = 8
In of MODEL 28
1 H ASP 731 H ASP 731 45.914 -24.219 6.793
2 HA ASP 731 HA ASP 731 48.507 -23.093 6.236
3 HB2 ASP 731 HB2 ASP 731 47.005 -22.235 8.054
4 HB3 ASP 731 HB3 ASP 731 47.187 -23.767 8.873
No H/Q in entry = 4
In of MODEL 28
1 H GLU 732 H GLU 732 50.419 -24.186 6.201
2 HA GLU 732 HA GLU 732 50.311 -27.003 6.633
3 HB2 GLU 732 HB2 GLU 732 52.591 -25.203 5.929
4 HB3 GLU 732 HB3 GLU 732 52.765 -26.956 6.036
5 HG2 GLU 732 HG2 GLU 732 50.755 -26.919 4.347
6 HG3 GLU 732 HG3 GLU 732 51.318 -25.267 4.079
No H/Q in entry = 6
In of MODEL 28
1 H ARG 733 H ARG 733 51.015 -24.440 8.685
2 HA ARG 733 HA ARG 733 52.696 -25.969 10.446
3 HB2 ARG 733 HB2 ARG 733 52.916 -23.506 10.193
4 HB3 ARG 733 HB3 ARG 733 51.302 -23.315 10.853
5 HG2 ARG 733 HG2 ARG 733 52.930 -22.811 12.538
6 HG3 ARG 733 HG3 ARG 733 52.095 -24.301 12.976
7 HD2 ARG 733 HD2 ARG 733 53.965 -25.607 12.088
8 HD3 ARG 733 HD3 ARG 733 54.797 -24.112 11.652
9 HE ARG 733 HE ARG 733 54.152 -24.024 14.353
10 HH11 ARG 733 HH11 ARG 733 56.403 -25.692 12.147
11 HH12 ARG 733 HH12 ARG 733 57.488 -26.111 13.382
12 HH21 ARG 733 HH21 ARG 733 55.695 -24.609 16.033
13 HH22 ARG 733 HH22 ARG 733 57.103 -25.482 15.596
No H/Q in entry = 13
In of MODEL 28
1 H SER 734 H SER 734 49.410 -24.678 10.494
2 HA SER 734 HA SER 734 48.773 -26.102 12.936
3 HB2 SER 734 HB2 SER 734 46.995 -24.339 11.276
4 HB3 SER 734 HB3 SER 734 46.833 -24.722 12.993
5 HG SER 734 HG SER 734 48.744 -23.155 11.659
No H/Q in entry = 5
In of MODEL 28
1 H LYS 735 H LYS 735 48.328 -26.579 9.512
2 HA LYS 735 HA LYS 735 47.308 -28.069 8.255
3 HB2 LYS 735 HB2 LYS 735 47.100 -29.701 10.786
4 HB3 LYS 735 HB3 LYS 735 46.863 -30.315 9.166
5 HG2 LYS 735 HG2 LYS 735 49.451 -29.125 10.165
6 HG3 LYS 735 HG3 LYS 735 49.111 -30.849 10.047
7 HD2 LYS 735 HD2 LYS 735 49.020 -28.957 7.691
8 HD3 LYS 735 HD3 LYS 735 50.441 -29.877 8.132
9 HE2 LYS 735 HE2 LYS 735 49.168 -31.966 7.848
10 HE3 LYS 735 HE3 LYS 735 47.742 -31.027 7.418
11 HZ1 LYS 735 HZ1 LYS 735 50.282 -30.954 5.894
12 HZ3 LYS 735 HZ2 LYS 735 48.800 -30.272 5.434
13 HZ2 LYS 735 HZ3 LYS 735 48.985 -31.930 5.489
No H/Q in entry = 13
In of MODEL 28
1 H ARG 736 H ARG 736 45.711 -26.009 9.216
2 HA ARG 736 HA ARG 736 43.135 -27.385 9.162
3 HB2 ARG 736 HB2 ARG 736 42.152 -25.563 10.466
4 HB3 ARG 736 HB3 ARG 736 43.367 -26.467 11.354
5 HG2 ARG 736 HG2 ARG 736 44.965 -24.702 10.965
6 HG3 ARG 736 HG3 ARG 736 43.750 -23.796 10.057
7 HD2 ARG 736 HD2 ARG 736 43.978 -23.054 12.327
8 HD3 ARG 736 HD3 ARG 736 42.347 -23.654 12.009
9 HE ARG 736 HE ARG 736 43.845 -25.770 13.042
10 HH11 ARG 736 HH11 ARG 736 42.579 -22.679 14.196
11 HH12 ARG 736 HH12 ARG 736 42.485 -23.188 15.815
12 HH21 ARG 736 HH21 ARG 736 43.724 -26.444 15.228
13 HH22 ARG 736 HH22 ARG 736 43.182 -25.381 16.436
No H/Q in entry = 13
In of MODEL 28
1 H ILE 737 H ILE 737 41.424 -26.263 8.063
2 HA ILE 737 HA ILE 737 42.403 -24.895 5.734
3 HB ILE 737 HB ILE 737 39.532 -25.416 6.534
4 HG12 ILE 737 HG12 ILE 737 40.787 -27.554 6.539
5 HG13 ILE 737 HG13 ILE 737 39.610 -27.481 5.238
6 HG22 ILE 737 HG21 ILE 737 40.827 -24.995 3.841
7 HG21 ILE 737 HG22 ILE 737 39.878 -23.798 4.732
8 HG23 ILE 737 HG23 ILE 737 39.101 -25.253 4.128
9 HD12 ILE 737 HD11 ILE 737 41.683 -28.490 4.507
10 HD11 ILE 737 HD12 ILE 737 42.566 -27.032 4.979
11 HD13 ILE 737 HD13 ILE 737 41.377 -26.965 3.671
No H/Q in entry = 11
In of MODEL 28
1 H LEU 738 H LEU 738 42.511 -22.770 5.633
2 HA LEU 738 HA LEU 738 40.550 -21.269 7.085
3 HB2 LEU 738 HB2 LEU 738 42.080 -19.513 7.752
4 HB3 LEU 738 HB3 LEU 738 42.578 -21.028 8.467
5 HG LEU 738 HG LEU 738 43.903 -19.716 6.081
6 HD11 LEU 738 HD11 LEU 738 44.159 -18.406 8.141
7 HD13 LEU 738 HD12 LEU 738 45.682 -19.151 7.656
8 HD12 LEU 738 HD13 LEU 738 44.741 -19.848 8.974
9 HD21 LEU 738 HD21 LEU 738 44.089 -22.104 6.180
10 HD23 LEU 738 HD22 LEU 738 44.691 -22.009 7.832
11 HD22 LEU 738 HD23 LEU 738 45.658 -21.358 6.486
No H/Q in entry = 11
In of MODEL 28
1 HA PRO 739 HA PRO 739 39.867 -19.415 3.261
2 HB2 PRO 739 HB2 PRO 739 38.710 -17.138 4.120
3 HB3 PRO 739 HB3 PRO 739 37.909 -18.719 4.212
4 HG2 PRO 739 HG2 PRO 739 39.368 -17.216 6.348
5 HG3 PRO 739 HG3 PRO 739 37.803 -18.046 6.442
6 HD2 PRO 739 HD2 PRO 739 40.113 -19.234 7.303
7 HD3 PRO 739 HD3 PRO 739 38.776 -20.138 6.535
No H/Q in entry = 7
In of MODEL 28
1 H LEU 740 H LEU 740 41.452 -18.623 2.073
2 HA LEU 740 HA LEU 740 42.811 -16.171 2.931
3 HB2 LEU 740 HB2 LEU 740 43.953 -18.575 1.531
4 HB3 LEU 740 HB3 LEU 740 44.730 -17.011 1.500
5 HG LEU 740 HG LEU 740 44.256 -18.715 3.943
6 HD12 LEU 740 HD11 LEU 740 46.702 -18.887 3.913
7 HD11 LEU 740 HD12 LEU 740 46.729 -17.964 2.396
8 HD13 LEU 740 HD13 LEU 740 45.966 -19.544 2.448
9 HD21 LEU 740 HD21 LEU 740 45.602 -16.027 3.625
10 HD23 LEU 740 HD22 LEU 740 45.652 -17.019 5.081
11 HD22 LEU 740 HD23 LEU 740 44.121 -16.343 4.532
No H/Q in entry = 11
In of MODEL 28
1 H THR 741 H THR 741 44.058 -15.507 0.735
2 HA THR 741 HA THR 741 42.122 -15.636 -1.432
3 HB THR 741 HB THR 741 43.626 -13.115 -0.793
4 HG1 THR 741 HG1 THR 741 40.970 -13.631 0.145
5 HG22 THR 741 HG21 THR 741 40.948 -13.638 -2.034
6 HG21 THR 741 HG22 THR 741 42.463 -13.482 -2.908
7 HG23 THR 741 HG23 THR 741 41.829 -12.104 -2.008
No H/Q in entry = 7
In of MODEL 28
1 H VAL 742 H VAL 742 43.150 -15.476 -3.495
2 HA VAL 742 HA VAL 742 45.545 -16.799 -3.671
3 HB VAL 742 HB VAL 742 45.666 -16.222 -6.038
4 HG11 VAL 742 HG11 VAL 742 44.280 -17.941 -5.325
5 HG13 VAL 742 HG12 VAL 742 43.632 -17.114 -6.759
6 HG12 VAL 742 HG13 VAL 742 42.914 -16.825 -5.153
7 HG23 VAL 742 HG21 VAL 742 43.410 -14.374 -5.507
8 HG22 VAL 742 HG22 VAL 742 44.107 -14.847 -7.082
9 HG21 VAL 742 HG23 VAL 742 45.095 -13.967 -5.895
No H/Q in entry = 9
In of MODEL 28
1 H CYS 743 H CYS 743 45.147 -13.278 -3.760
2 HA CYS 743 HA CYS 743 47.920 -13.040 -4.328
3 HB2 CYS 743 HB2 CYS 743 46.319 -11.350 -5.133
4 HB3 CYS 743 HB3 CYS 743 45.992 -10.845 -3.486
No H/Q in entry = 4
In of MODEL 28
1 H LYS 744 H LYS 744 45.916 -12.871 -1.416
2 HA LYS 744 HA LYS 744 47.903 -12.069 0.396
3 HB2 LYS 744 HB2 LYS 744 45.612 -14.001 0.766
4 HB3 LYS 744 HB3 LYS 744 46.643 -13.447 2.068
5 HG2 LYS 744 HG2 LYS 744 45.850 -11.124 1.614
6 HG3 LYS 744 HG3 LYS 744 44.743 -11.778 0.401
7 HD2 LYS 744 HD2 LYS 744 43.680 -13.162 2.134
8 HD3 LYS 744 HD3 LYS 744 44.778 -12.505 3.338
9 HE2 LYS 744 HE2 LYS 744 42.652 -11.391 3.526
10 HE3 LYS 744 HE3 LYS 744 43.827 -10.247 2.887
11 HZ1 LYS 744 HZ1 LYS 744 41.928 -11.776 1.192
12 HZ3 LYS 744 HZ2 LYS 744 42.826 -10.416 0.709
13 HZ2 LYS 744 HZ3 LYS 744 41.583 -10.275 1.813
No H/Q in entry = 13
In of MODEL 28
1 H MET 745 H MET 745 46.820 -15.300 -0.492
2 HA MET 745 HA MET 745 48.730 -16.879 0.748
3 HB2 MET 745 HB2 MET 745 47.082 -18.112 -0.038
4 HB3 MET 745 HB3 MET 745 46.820 -17.171 -1.500
5 HG2 MET 745 HG2 MET 745 47.574 -19.260 -2.261
6 HG3 MET 745 HG3 MET 745 49.000 -18.249 -2.316
7 HE3 MET 745 HE1 MET 745 47.252 -20.076 0.737
8 HE2 MET 745 HE2 MET 745 48.130 -21.613 0.632
9 HE1 MET 745 HE3 MET 745 47.126 -21.078 -0.702
No H/Q in entry = 9
In of MODEL 28
1 H HIS 746 H HIS 746 48.750 -15.603 -2.618
2 HA HIS 746 HA HIS 746 51.074 -16.779 -3.259
3 HB2 HIS 746 HB2 HIS 746 49.585 -14.616 -4.487
4 HB3 HIS 746 HB3 HIS 746 51.313 -14.569 -4.857
5 HD1 HIS 746 HD1 HIS 746 52.263 -16.599 -6.233
6 HD2 HIS 746 HD2 HIS 746 48.148 -16.648 -5.645
7 HE1 HIS 746 HE1 HIS 746 51.365 -18.172 -7.935
8 HE2 HIS 746 HE2 HIS 746 48.860 -17.905 -7.758
No H/Q in entry = 8
In of MODEL 28
1 H VAL 747 H VAL 747 50.563 -13.508 -2.004
2 HA VAL 747 HA VAL 747 53.194 -12.563 -1.989
3 HB VAL 747 HB VAL 747 50.725 -11.839 -0.401
4 HG13 VAL 747 HG11 VAL 747 51.881 -9.845 0.398
5 HG12 VAL 747 HG12 VAL 747 53.379 -10.370 -0.359
6 HG11 VAL 747 HG13 VAL 747 52.696 -11.283 0.989
7 HG21 VAL 747 HG21 VAL 747 50.739 -11.354 -2.766
8 HG23 VAL 747 HG22 VAL 747 52.265 -10.492 -2.579
9 HG22 VAL 747 HG23 VAL 747 50.797 -9.866 -1.815
No H/Q in entry = 9
In of MODEL 28
1 H LEU 748 H LEU 748 51.244 -13.879 0.607
2 HA LEU 748 HA LEU 748 53.200 -13.958 2.544
3 HB2 LEU 748 HB2 LEU 748 51.155 -14.113 3.476
4 HB3 LEU 748 HB3 LEU 748 50.478 -14.918 2.097
5 HG LEU 748 HG LEU 748 52.058 -16.406 4.189
6 HD13 LEU 748 HD11 LEU 748 50.183 -15.186 5.246
7 HD12 LEU 748 HD12 LEU 748 49.872 -16.923 5.188
8 HD11 LEU 748 HD13 LEU 748 49.086 -15.851 4.035
9 HD21 LEU 748 HD21 LEU 748 51.631 -17.514 1.996
10 HD23 LEU 748 HD22 LEU 748 49.898 -17.270 2.240
11 HD22 LEU 748 HD23 LEU 748 50.806 -18.299 3.335
No H/Q in entry = 11
In of MODEL 28
1 H HIS 749 H HIS 749 52.436 -16.264 0.046
2 HA HIS 749 HA HIS 749 54.037 -18.402 1.002
3 HB2 HIS 749 HB2 HIS 749 52.209 -18.324 -0.893
4 HB3 HIS 749 HB3 HIS 749 53.566 -17.902 -1.926
5 HD1 HIS 749 HD1 HIS 749 55.292 -19.835 -2.456
6 HD2 HIS 749 HD2 HIS 749 52.125 -20.916 0.003
7 HE1 HIS 749 HE1 HIS 749 55.355 -22.297 -2.363
8 HE2 HIS 749 HE2 HIS 749 53.554 -22.953 -0.738
No H/Q in entry = 8
In of MODEL 28
1 H CYS 750 H CYS 750 54.576 -15.641 -1.146
2 HA CYS 750 HA CYS 750 57.209 -16.311 -1.937
3 HB2 CYS 750 HB2 CYS 750 55.793 -14.839 -3.273
4 HB3 CYS 750 HB3 CYS 750 55.701 -13.688 -1.949
No H/Q in entry = 4
In of MODEL 28
1 H GLN 751 H GLN 751 55.798 -14.464 0.687
2 HA GLN 751 HA GLN 751 58.155 -13.324 1.664
3 HB2 GLN 751 HB2 GLN 751 55.636 -14.072 3.139
4 HB3 GLN 751 HB3 GLN 751 56.906 -13.044 3.786
5 HG2 GLN 751 HG2 GLN 751 56.511 -11.452 1.940
6 HG3 GLN 751 HG3 GLN 751 55.229 -12.495 1.366
7 HE21 GLN 751 HE21 GLN 751 55.146 -9.742 2.348
8 HE22 GLN 751 HE22 GLN 751 53.986 -9.744 3.635
No H/Q in entry = 8
In of MODEL 28
1 H GLY 752 H GLY 752 56.991 -16.538 1.823
2 HA3 GLY 752 HA2 GLY 752 58.630 -18.257 2.366
3 HA2 GLY 752 HA3 GLY 752 59.190 -17.222 3.671
No H/Q in entry = 3
In of MODEL 28
1 H ARG 753 H ARG 753 55.786 -17.746 3.000
2 HA ARG 753 HA ARG 753 55.623 -19.311 5.480
3 HB2 ARG 753 HB2 ARG 753 53.455 -17.824 4.011
4 HB3 ARG 753 HB3 ARG 753 53.292 -18.620 5.565
5 HG2 ARG 753 HG2 ARG 753 55.082 -16.233 5.070
6 HG3 ARG 753 HG3 ARG 753 53.438 -16.114 5.675
7 HD2 ARG 753 HD2 ARG 753 54.851 -15.961 7.558
8 HD3 ARG 753 HD3 ARG 753 54.155 -17.572 7.577
9 HE ARG 753 HE ARG 753 56.586 -17.848 6.321
10 HH11 ARG 753 HH11 ARG 753 55.557 -16.555 9.468
11 HH12 ARG 753 HH12 ARG 753 56.934 -17.137 10.287
12 HH21 ARG 753 HH21 ARG 753 58.513 -18.610 7.511
13 HH22 ARG 753 HH22 ARG 753 58.584 -18.307 9.186
No H/Q in entry = 13
In of MODEL 28
1 H ASN 754 H ASN 754 54.333 -21.225 5.426
2 HA ASN 754 HA ASN 754 54.075 -22.320 2.712
3 HB2 ASN 754 HB2 ASN 754 54.504 -23.779 5.318
4 HB3 ASN 754 HB3 ASN 754 54.283 -24.523 3.756
5 HD21 ASN 754 HD21 ASN 754 56.537 -24.425 5.670
6 HD22 ASN 754 HD22 ASN 754 57.879 -23.959 4.688
No H/Q in entry = 6
In of MODEL 28
1 H TYR 755 H TYR 755 52.156 -22.761 1.984
2 HA TYR 755 HA TYR 755 50.061 -23.619 3.775
3 HB2 TYR 755 HB2 TYR 755 49.858 -21.208 1.979
4 HB3 TYR 755 HB3 TYR 755 48.451 -22.137 2.479
5 HD1 TYR 755 HD1 TYR 755 47.355 -21.563 4.443
6 HD2 TYR 755 HD2 TYR 755 51.326 -20.216 3.863
7 HE1 TYR 755 HE1 TYR 755 47.171 -20.159 6.445
8 HE2 TYR 755 HE2 TYR 755 51.152 -18.808 5.855
9 HH TYR 755 HH TYR 755 48.767 -19.231 8.104
No H/Q in entry = 9
In of MODEL 28
1 H THR 756 H THR 756 48.467 -24.757 2.715
2 HA THR 756 HA THR 756 49.279 -25.854 0.113
3 HB THR 756 HB THR 756 47.812 -27.030 2.470
4 HG1 THR 756 HG1 THR 756 50.313 -26.708 1.997
5 HG21 THR 756 HG21 THR 756 46.947 -27.940 0.386
6 HG23 THR 756 HG22 THR 756 47.882 -29.156 1.264
7 HG22 THR 756 HG23 THR 756 48.590 -28.323 -0.138
No H/Q in entry = 7
In of MODEL 28
1 H LEU 757 H LEU 757 47.689 -25.939 -1.537
2 HA LEU 757 HA LEU 757 45.273 -24.435 -0.987
3 HB2 LEU 757 HB2 LEU 757 46.532 -25.335 -3.574
4 HB3 LEU 757 HB3 LEU 757 44.912 -24.685 -3.509
5 HG LEU 757 HG LEU 757 46.410 -22.977 -4.235
6 HD11 LEU 757 HD11 LEU 757 44.573 -22.272 -2.841
7 HD13 LEU 757 HD12 LEU 757 45.975 -21.238 -2.594
8 HD12 LEU 757 HD13 LEU 757 45.566 -22.458 -1.394
9 HD21 LEU 757 HD21 LEU 757 48.498 -23.847 -3.298
10 HD23 LEU 757 HD22 LEU 757 47.953 -23.422 -1.678
11 HD22 LEU 757 HD23 LEU 757 48.265 -22.153 -2.862
No H/Q in entry = 11
In of MODEL 28
1 H THR 758 H THR 758 43.669 -25.437 -0.256
2 HA THR 758 HA THR 758 43.223 -28.216 -0.911
3 HB THR 758 HB THR 758 41.432 -27.871 0.958
4 HG1 THR 758 HG1 THR 758 41.929 -25.420 0.673
5 HG22 THR 758 HG21 THR 758 43.151 -28.134 2.680
6 HG21 THR 758 HG22 THR 758 44.382 -27.555 1.554
7 HG23 THR 758 HG23 THR 758 43.557 -29.085 1.252
No H/Q in entry = 7
In of MODEL 28
1 H GLY 759 H GLY 759 40.436 -28.300 -0.528
2 HA3 GLY 759 HA2 GLY 759 39.633 -27.519 -3.135
3 HA2 GLY 759 HA3 GLY 759 38.657 -28.369 -1.950
No H/Q in entry = 3
In of MODEL 28
1 H ARG 760 H ARG 760 37.719 -26.313 -3.576
2 HA ARG 760 HA ARG 760 37.742 -23.824 -2.165
3 HB2 ARG 760 HB2 ARG 760 36.056 -23.079 -3.857
4 HB3 ARG 760 HB3 ARG 760 37.577 -23.684 -4.485
5 HG2 ARG 760 HG2 ARG 760 35.808 -24.499 -5.927
6 HG3 ARG 760 HG3 ARG 760 36.505 -25.813 -4.967
7 HD2 ARG 760 HD2 ARG 760 34.014 -25.920 -5.187
8 HD3 ARG 760 HD3 ARG 760 34.683 -25.924 -3.552
9 HE ARG 760 HE ARG 760 34.128 -23.314 -4.069
10 HH11 ARG 760 HH11 ARG 760 32.081 -26.178 -4.322
11 HH12 ARG 760 HH12 ARG 760 30.767 -25.485 -3.474
12 HH21 ARG 760 HH21 ARG 760 32.261 -22.355 -2.887
13 HH22 ARG 760 HH22 ARG 760 30.887 -23.322 -2.665
No H/Q in entry = 13
In of MODEL 28
1 H ASP 761 H ASP 761 36.058 -26.579 -1.704
2 HA ASP 761 HA ASP 761 33.818 -25.162 -0.447
3 HB2 ASP 761 HB2 ASP 761 33.296 -27.044 -2.026
4 HB3 ASP 761 HB3 ASP 761 34.113 -28.145 -0.928
No H/Q in entry = 4
In of MODEL 28
1 H SER 762 H SER 762 36.793 -26.246 0.272
2 HA SER 762 HA SER 762 36.405 -27.591 2.725
3 HB2 SER 762 HB2 SER 762 38.852 -26.058 1.815
4 HB3 SER 762 HB3 SER 762 38.804 -27.144 3.202
5 HG SER 762 HG SER 762 37.789 -28.281 0.950
No H/Q in entry = 5
In of MODEL 28
1 H CYS 763 H CYS 763 36.345 -24.164 2.046
2 HA CYS 763 HA CYS 763 35.190 -23.850 4.617
3 HB2 CYS 763 HB2 CYS 763 36.605 -21.958 5.372
4 HB3 CYS 763 HB3 CYS 763 37.543 -23.430 5.206
No H/Q in entry = 4
In of MODEL 28
1 H THR 764 H THR 764 34.790 -21.152 4.755
2 HA THR 764 HA THR 764 33.347 -20.539 2.253
3 HB THR 764 HB THR 764 32.921 -19.378 5.024
4 HG1 THR 764 HG1 THR 764 32.649 -21.817 4.542
5 HG22 THR 764 HG21 THR 764 30.682 -18.870 4.137
6 HG21 THR 764 HG22 THR 764 31.118 -19.629 2.605
7 HG23 THR 764 HG23 THR 764 31.940 -18.158 3.127
No H/Q in entry = 7
In of MODEL 28
1 H LEU 765 H LEU 765 33.477 -18.207 1.568
2 HA LEU 765 HA LEU 765 36.011 -17.296 2.470
3 HB2 LEU 765 HB2 LEU 765 34.821 -17.159 -0.202
4 HB3 LEU 765 HB3 LEU 765 36.070 -15.989 0.194
5 HG LEU 765 HG LEU 765 37.190 -17.711 -0.925
6 HD13 LEU 765 HD11 LEU 765 38.635 -18.795 0.642
7 HD12 LEU 765 HD12 LEU 765 37.519 -18.510 1.949
8 HD11 LEU 765 HD13 LEU 765 38.348 -17.144 1.196
9 HD22 LEU 765 HD21 LEU 765 36.935 -20.015 -0.465
10 HD21 LEU 765 HD22 LEU 765 35.382 -19.232 -0.923
11 HD23 LEU 765 HD23 LEU 765 35.749 -19.595 0.794
No H/Q in entry = 11
In of MODEL 28
1 HA PRO 766 HA PRO 766 34.604 -13.902 4.732
2 HB2 PRO 766 HB2 PRO 766 36.980 -12.556 4.573
3 HB3 PRO 766 HB3 PRO 766 36.644 -13.875 5.704
4 HG2 PRO 766 HG2 PRO 766 37.975 -13.991 2.990
5 HG3 PRO 766 HG3 PRO 766 38.495 -14.778 4.502
6 HD2 PRO 766 HD2 PRO 766 37.354 -16.025 2.630
7 HD3 PRO 766 HD3 PRO 766 36.830 -16.341 4.306
No H/Q in entry = 7
In of MODEL 28
1 H ALA 767 H ALA 767 36.448 -13.073 1.801
2 HA ALA 767 HA ALA 767 36.084 -10.291 2.127
3 HB2 ALA 767 HB1 ALA 767 36.893 -11.656 -0.390
4 HB1 ALA 767 HB2 ALA 767 37.940 -11.404 1.007
5 HB3 ALA 767 HB3 ALA 767 37.271 -10.004 0.149
No H/Q in entry = 5
In of MODEL 28
1 H SER 768 H SER 768 35.450 -8.798 0.758
2 HA SER 768 HA SER 768 33.988 -7.594 -0.286
3 HB2 SER 768 HB2 SER 768 32.219 -10.002 -0.532
4 HB3 SER 768 HB3 SER 768 31.986 -8.399 -1.233
5 HG SER 768 HG SER 768 34.335 -9.856 -1.740
No H/Q in entry = 5
In of MODEL 28
1 H ALA 769 H ALA 769 32.931 -6.194 0.772
2 HA ALA 769 HA ALA 769 32.097 -6.497 3.396
3 HB3 ALA 769 HB1 ALA 769 32.519 -4.307 2.454
4 HB1 ALA 769 HB2 ALA 769 30.898 -4.433 3.191
5 HB2 ALA 769 HB3 ALA 769 31.081 -4.490 1.429
No H/Q in entry = 5
In of MODEL 28
1 H GLU 770 H GLU 770 30.164 -6.431 4.339
2 HA GLU 770 HA GLU 770 28.278 -8.367 3.328
3 HB2 GLU 770 HB2 GLU 770 27.355 -8.176 5.624
4 HB3 GLU 770 HB3 GLU 770 29.061 -8.625 5.574
5 HG2 GLU 770 HG2 GLU 770 28.289 -5.774 5.855
6 HG3 GLU 770 HG3 GLU 770 28.228 -6.810 7.302
No H/Q in entry = 6
In of MODEL 28
1 H LYS 771 H LYS 771 28.455 -5.543 2.502
2 HA LYS 771 HA LYS 771 25.799 -4.572 3.223
3 HB2 LYS 771 HB2 LYS 771 28.017 -3.393 1.670
4 HB3 LYS 771 HB3 LYS 771 26.448 -2.613 1.994
5 HG2 LYS 771 HG2 LYS 771 28.472 -3.444 4.102
6 HG3 LYS 771 HG3 LYS 771 28.342 -1.805 3.471
7 HD2 LYS 771 HD2 LYS 771 27.111 -1.651 5.419
8 HD3 LYS 771 HD3 LYS 771 25.851 -2.005 4.249
9 HE2 LYS 771 HE2 LYS 771 26.149 -4.507 4.998
10 HE3 LYS 771 HE3 LYS 771 27.119 -3.834 6.267
11 HZ1 LYS 771 HZ1 LYS 771 24.322 -2.998 5.814
12 HZ3 LYS 771 HZ2 LYS 771 25.299 -2.569 7.107
13 HZ2 LYS 771 HZ3 LYS 771 24.795 -4.168 6.937
No H/Q in entry = 13
In of MODEL 28
1 H ALA 772 H ALA 772 24.254 -5.228 2.198
2 HA ALA 772 HA ALA 772 24.377 -6.164 -0.528
3 HB1 ALA 772 HB1 ALA 772 21.973 -6.578 -0.247
4 HB2 ALA 772 HB2 ALA 772 22.003 -5.738 1.301
5 HB3 ALA 772 HB3 ALA 772 22.883 -7.256 1.098
No H/Q in entry = 5
In of MODEL 28
1 H CYS 773 H CYS 773 24.285 -4.832 -2.164
2 HA CYS 773 HA CYS 773 22.795 -2.379 -2.071
3 HB2 CYS 773 HB2 CYS 773 24.821 -0.992 -2.485
4 HB3 CYS 773 HB3 CYS 773 24.705 -1.618 -0.835
No H/Q in entry = 4
In of MODEL 28
1 H GLY 774 H GLY 774 25.268 -4.332 -3.696
2 HA3 GLY 774 HA2 GLY 774 24.814 -5.061 -5.972
3 HA2 GLY 774 HA3 GLY 774 24.101 -3.483 -6.262
No H/Q in entry = 3
In of MODEL 28
1 H ALA 775 H ALA 775 27.011 -3.328 -4.383
2 HA ALA 775 HA ALA 775 28.715 -3.154 -6.669
3 HB1 ALA 775 HB1 ALA 775 28.215 -0.856 -4.758
4 HB3 ALA 775 HB2 ALA 775 27.750 -0.899 -6.459
5 HB2 ALA 775 HB3 ALA 775 29.454 -0.889 -6.012
No H/Q in entry = 5
In of MODEL 28
1 H CYS 776 H CYS 776 30.785 -2.056 -5.411
2 HA CYS 776 HA CYS 776 32.265 -1.959 -3.755
3 HB2 CYS 776 HB2 CYS 776 31.009 -4.317 -2.318
4 HB3 CYS 776 HB3 CYS 776 32.380 -3.379 -1.753
No H/Q in entry = 4
In of MODEL 28
1 HA PRO 777 HA PRO 777 34.813 -5.807 -4.476
2 HB2 PRO 777 HB2 PRO 777 33.362 -7.959 -5.728
3 HB3 PRO 777 HB3 PRO 777 34.079 -7.914 -4.115
4 HG2 PRO 777 HG2 PRO 777 31.386 -7.996 -4.535
5 HG3 PRO 777 HG3 PRO 777 32.128 -7.230 -3.119
6 HD2 PRO 777 HD2 PRO 777 31.180 -5.960 -5.666
7 HD3 PRO 777 HD3 PRO 777 30.868 -5.457 -3.992
No H/Q in entry = 7
In of MODEL 28
1 H LEU 778 H LEU 778 35.902 -6.970 -6.249
2 HA LEU 778 HA LEU 778 35.854 -5.312 -8.557
3 HB2 LEU 778 HB2 LEU 778 37.833 -6.510 -9.318
4 HB3 LEU 778 HB3 LEU 778 37.975 -5.900 -7.687
5 HG LEU 778 HG LEU 778 37.341 -8.783 -8.254
6 HD12 LEU 778 HD11 LEU 778 39.760 -9.210 -7.997
7 HD11 LEU 778 HD12 LEU 778 40.048 -7.468 -8.000
8 HD13 LEU 778 HD13 LEU 778 39.389 -8.261 -9.432
9 HD21 LEU 778 HD21 LEU 778 38.514 -7.326 -5.875
10 HD23 LEU 778 HD22 LEU 778 38.491 -9.069 -6.047
11 HD22 LEU 778 HD23 LEU 778 36.973 -8.196 -5.936
No H/Q in entry = 11
In of MODEL 28
1 H TRP 779 H TRP 779 34.675 -8.513 -7.987
2 HA TRP 779 HA TRP 779 33.707 -8.424 -10.773
3 HB2 TRP 779 HB2 TRP 779 33.724 -10.917 -10.780
4 HB3 TRP 779 HB3 TRP 779 35.339 -10.237 -10.596
5 HD1 TRP 779 HD1 TRP 779 32.562 -11.808 -8.437
6 HE1 TRP 779 HE1 TRP 779 33.622 -12.891 -6.411
7 HE3 TRP 779 HE3 TRP 779 37.391 -10.525 -9.343
8 HZ2 TRP 779 HZ2 TRP 779 36.228 -13.206 -5.349
9 HZ3 TRP 779 HZ3 TRP 779 39.107 -11.263 -7.777
10 HH2 TRP 779 HH2 TRP 779 38.546 -12.556 -5.825
No H/Q in entry = 10
In of MODEL 28
1 H GLY 780 H GLY 780 32.957 -8.169 -7.669
2 HA3 GLY 780 HA2 GLY 780 30.800 -7.915 -6.823
3 HA2 GLY 780 HA3 GLY 780 30.195 -9.050 -8.040
No H/Q in entry = 3
In of MODEL 28
1 H LYS 781 H LYS 781 29.157 -10.251 -6.302
2 HA LYS 781 HA LYS 781 30.760 -12.413 -5.357
3 HB2 LYS 781 HB2 LYS 781 31.192 -10.658 -3.575
4 HB3 LYS 781 HB3 LYS 781 29.469 -10.763 -3.196
5 HG2 LYS 781 HG2 LYS 781 29.639 -13.118 -2.794
6 HG3 LYS 781 HG3 LYS 781 31.320 -13.110 -3.293
7 HD2 LYS 781 HD2 LYS 781 31.800 -11.619 -1.403
8 HD3 LYS 781 HD3 LYS 781 30.127 -11.869 -0.835
9 HE2 LYS 781 HE2 LYS 781 30.521 -14.264 -0.903
10 HE3 LYS 781 HE3 LYS 781 32.165 -13.948 -1.427
11 HZ1 LYS 781 HZ1 LYS 781 32.527 -12.743 0.713
12 HZ3 LYS 781 HZ2 LYS 781 32.180 -14.369 0.987
13 HZ2 LYS 781 HZ3 LYS 781 30.987 -13.198 1.217
No H/Q in entry = 13
In of MODEL 28
1 H CYS 782 H CYS 782 29.544 -14.110 -5.345
2 HA CYS 782 HA CYS 782 26.675 -13.701 -4.963
3 HB2 CYS 782 HB2 CYS 782 27.301 -14.633 -7.240
4 HB3 CYS 782 HB3 CYS 782 28.031 -16.008 -6.416
No H/Q in entry = 4
In of MODEL 28
1 H ASP 783 H ASP 783 26.792 -13.805 -2.784
2 HA ASP 783 HA ASP 783 28.524 -15.611 -1.407
3 HB2 ASP 783 HB2 ASP 783 27.713 -13.367 -0.559
4 HB3 ASP 783 HB3 ASP 783 26.153 -14.123 -0.272
No H/Q in entry = 4
In of MODEL 28
1 H ALA 784 H ALA 784 25.048 -15.338 -1.755
2 HA ALA 784 HA ALA 784 24.308 -17.936 -2.156
3 HB1 ALA 784 HB1 ALA 784 25.155 -18.414 0.136
4 HB2 ALA 784 HB2 ALA 784 23.398 -18.494 0.120
5 HB3 ALA 784 HB3 ALA 784 24.206 -17.068 0.768
No H/Q in entry = 5
In of MODEL 28
1 H GLU 785 H GLU 785 21.854 -17.628 -0.554
2 HA GLU 785 HA GLU 785 20.760 -15.268 -1.858
3 HB2 GLU 785 HB2 GLU 785 19.501 -17.518 -0.271
4 HB3 GLU 785 HB3 GLU 785 18.589 -16.088 -0.710
5 HG2 GLU 785 HG2 GLU 785 18.159 -17.962 -2.234
6 HG3 GLU 785 HG3 GLU 785 18.866 -16.588 -3.068
No H/Q in entry = 6
In of MODEL 28
1 H SER 786 H SER 786 22.591 -15.638 0.601
2 HA SER 786 HA SER 786 21.245 -14.254 2.713
3 HB2 SER 786 HB2 SER 786 24.152 -14.959 2.462
4 HB3 SER 786 HB3 SER 786 23.218 -14.696 3.934
5 HG SER 786 HG SER 786 22.034 -16.555 3.453
No H/Q in entry = 5
In of MODEL 28
1 H SER 787 H SER 787 20.851 -12.207 1.940
2 HA SER 787 HA SER 787 21.150 -10.002 1.822
3 HB2 SER 787 HB2 SER 787 23.890 -10.499 2.952
4 HB3 SER 787 HB3 SER 787 22.961 -9.002 3.051
5 HG SER 787 HG SER 787 22.867 -11.257 4.536
No H/Q in entry = 5
In of MODEL 28
1 H LYS 788 H LYS 788 24.518 -10.949 0.956
2 HA LYS 788 HA LYS 788 24.422 -8.756 -0.946
3 HB2 LYS 788 HB2 LYS 788 26.115 -8.569 0.745
4 HB3 LYS 788 HB3 LYS 788 26.756 -10.147 0.336
5 HG2 LYS 788 HG2 LYS 788 28.117 -8.216 -0.481
6 HG3 LYS 788 HG3 LYS 788 27.613 -9.343 -1.744
7 HD2 LYS 788 HD2 LYS 788 25.880 -7.865 -2.467
8 HD3 LYS 788 HD3 LYS 788 26.135 -6.818 -1.066
9 HE2 LYS 788 HE2 LYS 788 28.208 -7.333 -3.161
10 HE3 LYS 788 HE3 LYS 788 27.072 -5.998 -3.249
11 HZ1 LYS 788 HZ1 LYS 788 27.874 -5.274 -1.055
12 HZ3 LYS 788 HZ2 LYS 788 29.050 -5.184 -2.251
13 HZ2 LYS 788 HZ3 LYS 788 29.094 -6.447 -1.091
No H/Q in entry = 13
In of MODEL 28
1 H CYS 789 H CYS 789 24.204 -9.045 -2.990
2 HA CYS 789 HA CYS 789 25.747 -11.077 -4.346
3 HB2 CYS 789 HB2 CYS 789 22.778 -10.729 -4.735
4 HB3 CYS 789 HB3 CYS 789 23.847 -11.593 -5.845
No H/Q in entry = 4
In of MODEL 28
1 H VAL 790 H VAL 790 26.649 -10.300 -6.099
2 HA VAL 790 HA VAL 790 25.408 -8.455 -7.812
3 HB VAL 790 HB VAL 790 26.193 -6.770 -6.254
4 HG13 VAL 790 HG11 VAL 790 27.879 -8.005 -5.082
5 HG12 VAL 790 HG12 VAL 790 28.601 -6.510 -5.700
6 HG11 VAL 790 HG13 VAL 790 28.884 -8.051 -6.521
7 HG22 VAL 790 HG21 VAL 790 26.398 -6.154 -8.592
8 HG21 VAL 790 HG22 VAL 790 28.007 -6.859 -8.670
9 HG23 VAL 790 HG23 VAL 790 27.717 -5.430 -7.672
No H/Q in entry = 9
In of MODEL 28
1 H CYS 791 H CYS 791 26.570 -8.506 -9.878
2 HA CYS 791 HA CYS 791 29.150 -9.784 -9.858
3 HB2 CYS 791 HB2 CYS 791 28.548 -11.459 -11.523
4 HB3 CYS 791 HB3 CYS 791 27.695 -11.705 -10.007
No H/Q in entry = 4
In of MODEL 28
1 H ARG 792 H ARG 792 30.427 -9.066 -11.354
2 HA ARG 792 HA ARG 792 29.360 -7.310 -13.424
3 HB2 ARG 792 HB2 ARG 792 32.223 -7.916 -12.599
4 HB3 ARG 792 HB3 ARG 792 31.783 -6.850 -13.916
5 HG2 ARG 792 HG2 ARG 792 30.708 -5.326 -12.315
6 HG3 ARG 792 HG3 ARG 792 31.184 -6.402 -10.995
7 HD2 ARG 792 HD2 ARG 792 33.534 -6.109 -11.581
8 HD3 ARG 792 HD3 ARG 792 33.086 -5.080 -12.932
9 HE ARG 792 HE ARG 792 32.010 -3.838 -10.779
10 HH11 ARG 792 HH11 ARG 792 35.276 -5.051 -11.435
11 HH12 ARG 792 HH12 ARG 792 36.110 -3.832 -10.646
12 HH21 ARG 792 HH21 ARG 792 33.135 -2.058 -9.686
13 HH22 ARG 792 HH22 ARG 792 34.839 -2.044 -9.631
No H/Q in entry = 13
In of MODEL 28
1 H GLU 793 H GLU 793 30.758 -7.720 -15.603
2 HA GLU 793 HA GLU 793 30.646 -10.600 -16.087
3 HB2 GLU 793 HB2 GLU 793 30.702 -8.328 -18.086
4 HB3 GLU 793 HB3 GLU 793 30.566 -10.033 -18.477
5 HG2 GLU 793 HG2 GLU 793 28.442 -10.097 -17.195
6 HG3 GLU 793 HG3 GLU 793 28.562 -8.350 -17.005
No H/Q in entry = 6
In of MODEL 28
1 H ALA 794 H ALA 794 32.351 -11.234 -17.866
2 HA ALA 794 HA ALA 794 34.860 -10.981 -16.541
3 HB2 ALA 794 HB1 ALA 794 34.205 -13.019 -17.714
4 HB3 ALA 794 HB2 ALA 794 35.729 -12.364 -18.301
5 HB1 ALA 794 HB3 ALA 794 34.257 -12.150 -19.257
No H/Q in entry = 5
In of MODEL 28
1 H SER 795 H SER 795 33.402 -9.424 -19.264
2 HA SER 795 HA SER 795 35.807 -8.257 -20.196
3 HB2 SER 795 HB2 SER 795 32.944 -7.574 -20.850
4 HB3 SER 795 HB3 SER 795 34.370 -7.110 -21.784
5 HG SER 795 HG SER 795 34.611 -9.102 -22.479
No H/Q in entry = 5
In of MODEL 28
1 H GLU 796 H GLU 796 33.906 -7.586 -17.522
2 HA GLU 796 HA GLU 796 34.139 -4.688 -17.691
3 HB2 GLU 796 HB2 GLU 796 32.918 -6.425 -15.556
4 HB3 GLU 796 HB3 GLU 796 32.852 -4.669 -15.588
5 HG2 GLU 796 HG2 GLU 796 31.568 -6.581 -17.524
6 HG3 GLU 796 HG3 GLU 796 30.751 -5.560 -16.343
No H/Q in entry = 6
In of MODEL 28
1 H CYS 797 H CYS 797 36.395 -6.649 -17.269
2 HA CYS 797 HA CYS 797 37.439 -6.279 -14.643
3 HB2 CYS 797 HB2 CYS 797 38.121 -8.120 -16.149
4 HB3 CYS 797 HB3 CYS 797 38.865 -6.940 -17.225
No H/Q in entry = 4
In of MODEL 28
1 H GLU 798 H GLU 798 38.006 -4.338 -13.869
2 HA GLU 798 HA GLU 798 39.287 -2.459 -15.721
3 HB2 GLU 798 HB2 GLU 798 38.424 -0.637 -14.169
4 HB3 GLU 798 HB3 GLU 798 37.234 -1.439 -15.178
5 HG2 GLU 798 HG2 GLU 798 36.459 -2.731 -13.307
6 HG3 GLU 798 HG3 GLU 798 37.756 -2.102 -12.293
No H/Q in entry = 6
In of MODEL 28
1 H GLU 799 H GLU 799 39.461 -4.037 -12.697
2 HA GLU 799 HA GLU 799 41.869 -2.606 -12.014
3 HB2 GLU 799 HB2 GLU 799 41.726 -3.922 -9.858
4 HB3 GLU 799 HB3 GLU 799 40.452 -2.752 -10.137
5 HG2 GLU 799 HG2 GLU 799 40.167 -5.646 -10.769
6 HG3 GLU 799 HG3 GLU 799 39.799 -4.994 -9.168
No H/Q in entry = 6
In of MODEL 28
1 H GLU 800 H GLU 800 43.330 -4.515 -10.648
2 HA GLU 800 HA GLU 800 44.064 -6.358 -12.773
3 HB2 GLU 800 HB2 GLU 800 45.998 -4.544 -11.338
4 HB3 GLU 800 HB3 GLU 800 46.383 -5.706 -12.595
5 HG2 GLU 800 HG2 GLU 800 45.124 -4.400 -14.202
6 HG3 GLU 800 HG3 GLU 800 44.701 -3.240 -12.945
No H/Q in entry = 6
In of MODEL 28
1 H GLY 801 H GLY 801 43.335 -7.955 -11.472
2 HA3 GLY 801 HA2 GLY 801 44.739 -8.464 -8.948
3 HA2 GLY 801 HA3 GLY 801 43.397 -9.411 -9.591
No H/Q in entry = 3
In of MODEL 28
1 H PHE 802 H PHE 802 44.498 -11.375 -9.387
2 HA PHE 802 HA PHE 802 46.974 -11.800 -10.761
3 HB2 PHE 802 HB2 PHE 802 45.205 -13.314 -8.980
4 HB3 PHE 802 HB3 PHE 802 46.044 -14.271 -10.193
5 HD1 PHE 802 HD1 PHE 802 46.525 -11.941 -7.334
6 HD2 PHE 802 HD2 PHE 802 48.294 -14.737 -10.017
7 HE1 PHE 802 HE1 PHE 802 48.527 -11.980 -5.981
8 HE2 PHE 802 HE2 PHE 802 50.302 -14.770 -8.641
9 HZ PHE 802 HZ PHE 802 50.416 -13.390 -6.615
No H/Q in entry = 9
In of MODEL 28
1 H SER 803 H SER 803 47.166 -13.667 -12.185
2 HA SER 803 HA SER 803 44.854 -14.121 -13.883
3 HB2 SER 803 HB2 SER 803 47.784 -14.473 -14.610
4 HB3 SER 803 HB3 SER 803 46.372 -14.489 -15.677
5 HG SER 803 HG SER 803 47.192 -12.519 -15.937
No H/Q in entry = 5
In of MODEL 28
1 H ILE 804 H ILE 804 44.075 -15.973 -13.215
2 HA ILE 804 HA ILE 804 45.852 -17.980 -11.972
3 HB ILE 804 HB ILE 804 44.063 -18.708 -10.548
4 HG12 ILE 804 HG12 ILE 804 42.107 -18.470 -12.060
5 HG13 ILE 804 HG13 ILE 804 41.805 -17.738 -10.494
6 HG23 ILE 804 HG21 ILE 804 43.602 -16.720 -9.184
7 HG22 ILE 804 HG22 ILE 804 44.145 -15.703 -10.504
8 HG21 ILE 804 HG23 ILE 804 45.285 -16.800 -9.714
9 HD13 ILE 804 HD11 ILE 804 40.856 -16.360 -12.151
10 HD12 ILE 804 HD12 ILE 804 42.314 -16.356 -13.106
11 HD11 ILE 804 HD13 ILE 804 42.283 -15.510 -11.546
No H/Q in entry = 11
In of MODEL 28
1 H CYS 805 H CYS 805 44.490 -20.216 -11.940
2 HA CYS 805 HA CYS 805 43.972 -20.767 -14.771
3 HB2 CYS 805 HB2 CYS 805 45.983 -21.834 -13.908
4 HB3 CYS 805 HB3 CYS 805 45.064 -22.537 -12.586
No H/Q in entry = 4
In of MODEL 28
1 H VAL 806 H VAL 806 41.945 -21.335 -15.260
2 HA VAL 806 HA VAL 806 40.316 -22.614 -13.195
3 HB VAL 806 HB VAL 806 39.333 -20.593 -15.195
4 HG13 VAL 806 HG11 VAL 806 37.634 -22.133 -14.558
5 HG12 VAL 806 HG12 VAL 806 37.294 -20.569 -13.800
6 HG11 VAL 806 HG13 VAL 806 37.973 -21.894 -12.852
7 HG22 VAL 806 HG21 VAL 806 40.722 -19.404 -13.646
8 HG21 VAL 806 HG22 VAL 806 39.902 -20.150 -12.269
9 HG23 VAL 806 HG23 VAL 806 39.031 -19.028 -13.327
No H/Q in entry = 9
In of MODEL 28
1 H GLU 807 H GLU 807 39.289 -24.376 -13.937
2 HA GLU 807 HA GLU 807 39.703 -25.191 -16.661
3 HB2 GLU 807 HB2 GLU 807 39.955 -26.779 -14.784
4 HB3 GLU 807 HB3 GLU 807 38.267 -26.537 -14.367
5 HG2 GLU 807 HG2 GLU 807 37.607 -27.480 -16.510
6 HG3 GLU 807 HG3 GLU 807 39.302 -27.710 -16.931
No H/Q in entry = 6
In of MODEL 28
1 H VAL 808 H VAL 808 38.352 -24.982 -18.179
2 HA VAL 808 HA VAL 808 35.540 -24.517 -17.713
3 HB VAL 808 HB VAL 808 36.671 -22.282 -17.751
4 HG13 VAL 808 HG11 VAL 808 37.579 -21.376 -19.831
5 HG12 VAL 808 HG12 VAL 808 37.463 -22.981 -20.552
6 HG11 VAL 808 HG13 VAL 808 38.539 -22.709 -19.180
7 HG22 VAL 808 HG21 VAL 808 34.371 -22.417 -18.441
8 HG21 VAL 808 HG22 VAL 808 34.873 -22.831 -20.087
9 HG23 VAL 808 HG23 VAL 808 35.235 -21.232 -19.426
No H/Q in entry = 9
In of MODEL 28
1 H ASN 809 H ASN 809 34.373 -25.397 -19.393
2 HA ASN 809 HA ASN 809 33.900 -26.556 -21.278
3 HB2 ASN 809 HB2 ASN 809 36.351 -25.122 -22.073
4 HB3 ASN 809 HB3 ASN 809 35.722 -26.329 -23.205
5 HD21 ASN 809 HD21 ASN 809 35.503 -23.178 -21.878
6 HD22 ASN 809 HD22 ASN 809 34.189 -22.586 -22.816
No H/Q in entry = 6
In of MODEL 28
1 H GLY 810 H GLY 810 36.064 -27.502 -19.148
2 HA3 GLY 810 HA2 GLY 810 36.472 -29.832 -18.848
3 HA2 GLY 810 HA3 GLY 810 36.636 -29.980 -20.597
No H/Q in entry = 3
In of MODEL 28
1 H LYS 811 H LYS 811 38.244 -27.336 -20.371
2 HA LYS 811 HA LYS 811 40.783 -28.648 -19.644
3 HB2 LYS 811 HB2 LYS 811 41.836 -27.332 -21.475
4 HB3 LYS 811 HB3 LYS 811 40.652 -28.496 -22.051
5 HG2 LYS 811 HG2 LYS 811 38.999 -26.626 -22.183
6 HG3 LYS 811 HG3 LYS 811 40.310 -25.516 -21.785
7 HD2 LYS 811 HD2 LYS 811 40.254 -27.367 -24.162
8 HD3 LYS 811 HD3 LYS 811 39.854 -25.659 -24.216
9 HE2 LYS 811 HE2 LYS 811 42.144 -25.130 -23.434
10 HE3 LYS 811 HE3 LYS 811 42.534 -26.847 -23.498
11 HZ2 LYS 811 HZ1 LYS 811 43.245 -25.613 -25.493
12 HZ1 LYS 811 HZ2 LYS 811 41.643 -25.237 -25.829
13 HZ3 LYS 811 HZ3 LYS 811 42.145 -26.844 -25.864
No H/Q in entry = 13
In of MODEL 28
1 H GLU 812 H GLU 812 42.557 -26.983 -19.219
2 HA GLU 812 HA GLU 812 41.407 -25.010 -17.396
3 HB2 GLU 812 HB2 GLU 812 44.249 -25.978 -17.645
4 HB3 GLU 812 HB3 GLU 812 43.658 -24.857 -16.429
5 HG2 GLU 812 HG2 GLU 812 43.236 -26.591 -15.115
6 HG3 GLU 812 HG3 GLU 812 42.019 -27.135 -16.272
No H/Q in entry = 6
In of MODEL 28
1 H GLN 813 H GLN 813 41.278 -22.958 -17.902
2 HA GLN 813 HA GLN 813 43.225 -21.859 -19.817
3 HB2 GLN 813 HB2 GLN 813 41.057 -21.815 -20.822
4 HB3 GLN 813 HB3 GLN 813 40.309 -21.183 -19.363
5 HG2 GLN 813 HG2 GLN 813 41.459 -19.082 -19.654
6 HG3 GLN 813 HG3 GLN 813 42.286 -19.688 -21.096
7 HE21 GLN 813 HE21 GLN 813 39.870 -21.053 -22.006
8 HE22 GLN 813 HE22 GLN 813 38.818 -19.833 -22.599
No H/Q in entry = 8
In of MODEL 28
1 H THR 814 H THR 814 44.206 -19.917 -19.270
2 HA THR 814 HA THR 814 44.139 -19.158 -16.501
3 HB THR 814 HB THR 814 45.496 -17.840 -18.846
4 HG1 THR 814 HG1 THR 814 47.252 -19.148 -18.347
5 HG22 THR 814 HG21 THR 814 46.089 -17.706 -15.879
6 HG21 THR 814 HG22 THR 814 45.365 -16.419 -16.840
7 HG23 THR 814 HG23 THR 814 47.031 -16.916 -17.145
No H/Q in entry = 7
In of MODEL 28
1 H MET 815 H MET 815 42.956 -17.554 -15.701
2 HA MET 815 HA MET 815 41.564 -15.686 -17.546
3 HB2 MET 815 HB2 MET 815 40.502 -16.797 -14.977
4 HB3 MET 815 HB3 MET 815 39.648 -15.752 -16.110
5 HG2 MET 815 HG2 MET 815 40.088 -17.811 -17.740
6 HG3 MET 815 HG3 MET 815 40.321 -18.561 -16.160
7 HE2 MET 815 HE1 MET 815 38.474 -20.303 -17.012
8 HE1 MET 815 HE2 MET 815 38.234 -19.316 -18.438
9 HE3 MET 815 HE3 MET 815 36.836 -19.806 -17.466
No H/Q in entry = 9
In of MODEL 28
1 H SER 816 H SER 816 40.904 -13.760 -16.460
2 HA SER 816 HA SER 816 43.029 -12.834 -14.699
3 HB2 SER 816 HB2 SER 816 40.619 -11.352 -15.786
4 HB3 SER 816 HB3 SER 816 42.056 -10.640 -15.059
5 HG SER 816 HG SER 816 42.626 -12.288 -17.171
No H/Q in entry = 5
In of MODEL 28
1 H GLU 817 H GLU 817 42.534 -12.042 -12.632
2 HA GLU 817 HA GLU 817 41.054 -13.483 -10.912
3 HB2 GLU 817 HB2 GLU 817 42.676 -11.480 -10.624
4 HB3 GLU 817 HB3 GLU 817 41.199 -10.530 -10.563
5 HG2 GLU 817 HG2 GLU 817 41.340 -10.987 -8.347
6 HG3 GLU 817 HG3 GLU 817 40.609 -12.521 -8.873
No H/Q in entry = 6
In of MODEL 28
1 H CYS 818 H CYS 818 40.046 -10.437 -12.399
2 HA CYS 818 HA CYS 818 37.502 -10.312 -11.242
3 HB2 CYS 818 HB2 CYS 818 38.426 -9.003 -13.788
4 HB3 CYS 818 HB3 CYS 818 37.016 -8.547 -12.832
No H/Q in entry = 4
In of MODEL 28
1 H GLU 819 H GLU 819 38.524 -11.796 -14.322
2 HA GLU 819 HA GLU 819 35.819 -12.040 -15.143
3 HB2 GLU 819 HB2 GLU 819 36.782 -13.369 -17.078
4 HB3 GLU 819 HB3 GLU 819 37.596 -11.829 -16.809
5 HG2 GLU 819 HG2 GLU 819 39.220 -13.165 -15.699
6 HG3 GLU 819 HG3 GLU 819 38.239 -14.521 -16.340
No H/Q in entry = 6
In of MODEL 28
1 H ALA 820 H ALA 820 38.253 -14.367 -14.134
2 HA ALA 820 HA ALA 820 36.833 -16.640 -14.049
3 HB1 ALA 820 HB1 ALA 820 39.097 -16.204 -13.807
4 HB2 ALA 820 HB2 ALA 820 38.539 -17.265 -12.462
5 HB3 ALA 820 HB3 ALA 820 38.858 -15.514 -12.223
No H/Q in entry = 5
In of MODEL 28
1 H GLY 821 H GLY 821 37.135 -14.136 -11.526
2 HA3 GLY 821 HA2 GLY 821 35.512 -15.434 -9.612
3 HA2 GLY 821 HA3 GLY 821 35.924 -13.724 -9.630
No H/Q in entry = 3
In of MODEL 28
1 H ALA 822 H ALA 822 34.841 -12.984 -12.061
2 HA ALA 822 HA ALA 822 32.178 -12.432 -11.404
3 HB3 ALA 822 HB1 ALA 822 32.000 -11.566 -13.667
4 HB1 ALA 822 HB2 ALA 822 33.586 -12.298 -14.060
5 HB2 ALA 822 HB3 ALA 822 33.474 -11.012 -12.868
No H/Q in entry = 5
In of MODEL 28
1 H LEU 823 H LEU 823 33.646 -14.776 -13.521
2 HA LEU 823 HA LEU 823 31.316 -15.756 -14.660
3 HB2 LEU 823 HB2 LEU 823 33.971 -17.101 -14.210
4 HB3 LEU 823 HB3 LEU 823 32.706 -17.766 -15.223
5 HG LEU 823 HG LEU 823 34.060 -15.104 -15.681
6 HD11 LEU 823 HD11 LEU 823 35.579 -16.959 -16.059
7 HD13 LEU 823 HD12 LEU 823 35.192 -16.061 -17.505
8 HD12 LEU 823 HD13 LEU 823 34.441 -17.647 -17.234
9 HD23 LEU 823 HD21 LEU 823 32.947 -15.204 -17.886
10 HD22 LEU 823 HD22 LEU 823 31.835 -15.046 -16.537
11 HD21 LEU 823 HD23 LEU 823 32.028 -16.610 -17.330
No H/Q in entry = 11
In of MODEL 28
1 H ARG 824 H ARG 824 32.951 -16.685 -11.692
2 HA ARG 824 HA ARG 824 31.221 -18.856 -10.970
3 HB2 ARG 824 HB2 ARG 824 32.445 -16.904 -8.998
4 HB3 ARG 824 HB3 ARG 824 31.991 -18.567 -8.696
5 HG2 ARG 824 HG2 ARG 824 33.861 -19.297 -10.152
6 HG3 ARG 824 HG3 ARG 824 34.316 -17.604 -10.362
7 HD2 ARG 824 HD2 ARG 824 34.278 -19.206 -7.813
8 HD3 ARG 824 HD3 ARG 824 35.695 -18.615 -8.664
9 HE ARG 824 HE ARG 824 34.102 -16.418 -8.041
10 HH11 ARG 824 HH11 ARG 824 36.096 -18.802 -6.311
11 HH12 ARG 824 HH12 ARG 824 36.440 -17.823 -4.961
12 HH21 ARG 824 HH21 ARG 824 34.553 -15.024 -6.131
13 HH22 ARG 824 HH22 ARG 824 35.506 -15.587 -4.859
No H/Q in entry = 13
In of MODEL 28
1 H CYS 825 H CYS 825 31.210 -15.442 -10.351
2 HA CYS 825 HA CYS 825 28.942 -15.367 -8.717
3 HB2 CYS 825 HB2 CYS 825 30.599 -13.360 -10.112
4 HB3 CYS 825 HB3 CYS 825 29.189 -12.836 -9.225
No H/Q in entry = 4
In of MODEL 28
1 H ARG 826 H ARG 826 29.221 -15.209 -12.196
2 HA ARG 826 HA ARG 826 26.486 -14.240 -12.366
3 HB2 ARG 826 HB2 ARG 826 26.798 -14.256 -14.773
4 HB3 ARG 826 HB3 ARG 826 28.016 -13.256 -13.960
5 HG2 ARG 826 HG2 ARG 826 29.636 -14.955 -14.340
6 HG3 ARG 826 HG3 ARG 826 28.414 -16.052 -15.009
7 HD2 ARG 826 HD2 ARG 826 29.270 -13.388 -16.149
8 HD3 ARG 826 HD3 ARG 826 29.617 -14.982 -16.831
9 HE ARG 826 HE ARG 826 27.070 -15.174 -16.840
10 HH11 ARG 826 HH11 ARG 826 28.944 -12.362 -17.794
11 HH12 ARG 826 HH12 ARG 826 27.688 -11.571 -18.622
12 HH21 ARG 826 HH21 ARG 826 25.306 -14.162 -17.950
13 HH22 ARG 826 HH22 ARG 826 25.516 -12.645 -18.685
No H/Q in entry = 13
In of MODEL 28
1 H GLY 827 H GLY 827 27.968 -17.148 -12.045
2 HA3 GLY 827 HA2 GLY 827 26.673 -19.138 -11.866
3 HA2 GLY 827 HA3 GLY 827 25.521 -18.406 -12.983
No H/Q in entry = 3
In of MODEL 28
1 H GLN 828 H GLN 828 28.601 -17.957 -14.141
2 HA GLN 828 HA GLN 828 28.230 -19.805 -16.282
3 HB2 GLN 828 HB2 GLN 828 29.529 -17.697 -16.527
4 HB3 GLN 828 HB3 GLN 828 30.742 -18.346 -15.438
5 HG2 GLN 828 HG2 GLN 828 31.422 -18.505 -17.815
6 HG3 GLN 828 HG3 GLN 828 31.308 -20.072 -17.021
7 HE21 GLN 828 HE21 GLN 828 29.784 -17.929 -19.333
8 HE22 GLN 828 HE22 GLN 828 28.815 -19.142 -20.066
No H/Q in entry = 8
In of MODEL 28
1 H SER 829 H SER 829 29.377 -21.760 -16.693
2 HA SER 829 HA SER 829 30.036 -23.190 -14.281
3 HB2 SER 829 HB2 SER 829 29.971 -24.135 -17.155
4 HB3 SER 829 HB3 SER 829 29.998 -25.155 -15.715
5 HG SER 829 HG SER 829 28.009 -24.011 -15.129
No H/Q in entry = 5
In of MODEL 28
1 H ILE 830 H ILE 830 32.010 -22.900 -13.500
2 HA ILE 830 HA ILE 830 34.342 -23.430 -15.160
3 HB ILE 830 HB ILE 830 35.606 -21.553 -14.394
4 HG12 ILE 830 HG12 ILE 830 34.683 -21.318 -12.101
5 HG13 ILE 830 HG13 ILE 830 34.807 -19.762 -12.878
6 HG22 ILE 830 HG21 ILE 830 34.469 -19.585 -15.351
7 HG21 ILE 830 HG22 ILE 830 32.986 -20.545 -15.415
8 HG23 ILE 830 HG23 ILE 830 34.388 -21.035 -16.359
9 HD13 ILE 830 HD11 ILE 830 32.774 -19.917 -11.621
10 HD12 ILE 830 HD12 ILE 830 32.314 -21.382 -12.478
11 HD11 ILE 830 HD13 ILE 830 32.390 -19.844 -13.340
No H/Q in entry = 11
In of MODEL 28
1 H SER 831 H SER 831 36.141 -24.055 -13.883
2 HA SER 831 HA SER 831 35.566 -24.519 -11.064
3 HB2 SER 831 HB2 SER 831 36.729 -26.381 -13.096
4 HB3 SER 831 HB3 SER 831 36.788 -26.629 -11.354
5 HG SER 831 HG SER 831 34.471 -26.308 -12.967
No H/Q in entry = 5
In of MODEL 28
1 H VAL 832 H VAL 832 37.032 -23.177 -10.066
2 HA VAL 832 HA VAL 832 39.522 -22.455 -11.285
3 HB VAL 832 HB VAL 832 38.689 -22.140 -8.384
4 HG12 VAL 832 HG11 VAL 832 40.885 -20.742 -9.944
5 HG11 VAL 832 HG12 VAL 832 41.138 -21.970 -8.721
6 HG13 VAL 832 HG13 VAL 832 40.451 -20.407 -8.267
7 HG23 VAL 832 HG21 VAL 832 38.130 -19.813 -8.986
8 HG22 VAL 832 HG22 VAL 832 37.141 -20.979 -9.865
9 HG21 VAL 832 HG23 VAL 832 38.484 -20.178 -10.675
No H/Q in entry = 9
In of MODEL 28
1 H THR 833 H THR 833 41.184 -23.779 -11.477
2 HA THR 833 HA THR 833 41.282 -26.122 -9.797
3 HB THR 833 HB THR 833 43.107 -26.791 -11.375
4 HG1 THR 833 HG1 THR 833 43.327 -25.481 -13.250
5 HG21 THR 833 HG21 THR 833 40.775 -27.469 -11.736
6 HG23 THR 833 HG22 THR 833 41.594 -27.185 -13.270
7 HG22 THR 833 HG23 THR 833 40.478 -25.979 -12.625
No H/Q in entry = 7
In of MODEL 28
1 H SER 834 H SER 834 43.106 -23.181 -10.452
2 HA SER 834 HA SER 834 44.625 -23.629 -8.087
3 HB2 SER 834 HB2 SER 834 46.783 -23.414 -9.435
4 HB3 SER 834 HB3 SER 834 45.955 -24.981 -9.369
5 HG SER 834 HG SER 834 44.932 -24.308 -11.369
No H/Q in entry = 5
In of MODEL 28
1 H ILE 835 H ILE 835 46.002 -21.922 -7.542
2 HA ILE 835 HA ILE 835 44.938 -19.284 -8.225
3 HB ILE 835 HB ILE 835 46.154 -18.542 -6.286
4 HG12 ILE 835 HG12 ILE 835 47.628 -21.213 -6.459
5 HG13 ILE 835 HG13 ILE 835 48.265 -19.583 -6.687
6 HG21 ILE 835 HG21 ILE 835 44.112 -19.890 -5.848
7 HG23 ILE 835 HG22 ILE 835 45.293 -20.053 -4.548
8 HG22 ILE 835 HG23 ILE 835 45.113 -21.337 -5.739
9 HD13 ILE 835 HD11 ILE 835 47.980 -19.074 -4.419
10 HD12 ILE 835 HD12 ILE 835 48.900 -20.583 -4.607
11 HD11 ILE 835 HD13 ILE 835 47.198 -20.633 -4.133
No H/Q in entry = 11
In of MODEL 28
1 H ARG 836 H ARG 836 47.135 -21.258 -9.452
2 HA ARG 836 HA ARG 836 49.245 -19.326 -10.121
3 HB2 ARG 836 HB2 ARG 836 48.952 -22.225 -10.946
4 HB3 ARG 836 HB3 ARG 836 50.393 -21.238 -11.060
5 HG2 ARG 836 HG2 ARG 836 49.123 -22.117 -8.478
6 HG3 ARG 836 HG3 ARG 836 50.455 -22.954 -9.266
7 HD2 ARG 836 HD2 ARG 836 51.784 -20.856 -9.084
8 HD3 ARG 836 HD3 ARG 836 50.451 -20.156 -8.165
9 HE ARG 836 HE ARG 836 50.936 -22.420 -6.819
10 HH11 ARG 836 HH11 ARG 836 53.114 -19.824 -7.862
11 HH12 ARG 836 HH12 ARG 836 54.223 -20.085 -6.604
12 HH21 ARG 836 HH21 ARG 836 52.535 -22.776 -5.120
13 HH22 ARG 836 HH22 ARG 836 53.891 -21.757 -5.067
No H/Q in entry = 13
In of MODEL 28
1 HA PRO 837 HA PRO 837 47.278 -18.830 -14.116
2 HB2 PRO 837 HB2 PRO 837 49.439 -18.208 -15.657
3 HB3 PRO 837 HB3 PRO 837 48.692 -17.046 -14.559
4 HG2 PRO 837 HG2 PRO 837 51.155 -18.691 -14.179
5 HG3 PRO 837 HG3 PRO 837 50.848 -17.006 -13.717
6 HD2 PRO 837 HD2 PRO 837 50.740 -19.086 -11.951
7 HD3 PRO 837 HD3 PRO 837 49.774 -17.607 -11.774
No H/Q in entry = 7
In of MODEL 28
1 H CYS 838 H CYS 838 47.103 -20.033 -16.085
2 HA CYS 838 HA CYS 838 48.385 -22.649 -15.932
3 HB2 CYS 838 HB2 CYS 838 45.879 -22.490 -16.220
4 HB3 CYS 838 HB3 CYS 838 46.174 -21.618 -17.718
No H/Q in entry = 4
In of MODEL 28
1 H ALA 839 H ALA 839 49.125 -23.510 -18.069
2 HA ALA 839 HA ALA 839 50.805 -21.675 -19.408
3 HB3 ALA 839 HB1 ALA 839 51.354 -24.056 -19.203
4 HB2 ALA 839 HB2 ALA 839 51.322 -23.541 -20.887
5 HB1 ALA 839 HB3 ALA 839 49.970 -24.462 -20.221
No H/Q in entry = 5
In of MODEL 28
1 H ALA 840 H ALA 840 47.574 -22.668 -19.772
2 HA ALA 840 HA ALA 840 47.248 -21.790 -22.481
3 HB2 ALA 840 HB1 ALA 840 45.200 -22.541 -20.411
4 HB1 ALA 840 HB2 ALA 840 45.902 -23.624 -21.615
5 HB3 ALA 840 HB3 ALA 840 44.878 -22.279 -22.126
No H/Q in entry = 5
In of MODEL 28
1 H GLU 841 H GLU 841 48.363 -19.741 -21.447
2 HA GLU 841 HA GLU 841 46.163 -17.803 -21.217
3 HB2 GLU 841 HB2 GLU 841 47.719 -16.190 -20.202
4 HB3 GLU 841 HB3 GLU 841 47.602 -17.648 -19.239
5 HG2 GLU 841 HG2 GLU 841 49.752 -18.384 -19.991
6 HG3 GLU 841 HG3 GLU 841 49.836 -17.067 -21.162
No H/Q in entry = 6
In of MODEL 28
1 H THR 842 H THR 842 48.650 -18.991 -23.058
2 HA THR 842 HA THR 842 48.579 -16.708 -24.875
3 HB THR 842 HB THR 842 50.292 -19.165 -25.071
4 HG1 THR 842 HG1 THR 842 50.810 -16.715 -23.659
5 HG23 THR 842 HG21 THR 842 51.784 -17.665 -26.357
6 HG22 THR 842 HG22 THR 842 50.641 -16.344 -26.108
7 HG21 THR 842 HG23 THR 842 50.172 -17.747 -27.066
No H/Q in entry = 7
In of MODEL 28
1 H GLN 843 H GLN 843 46.642 -17.111 -25.787
2 HA GLN 843 HA GLN 843 46.058 -19.794 -26.782
3 HB2 GLN 843 HB2 GLN 843 44.209 -17.412 -26.498
4 HB3 GLN 843 HB3 GLN 843 43.732 -19.038 -26.963
5 HG2 GLN 843 HG2 GLN 843 44.891 -18.243 -24.296
6 HG3 GLN 843 HG3 GLN 843 43.187 -18.553 -24.623
7 HE21 GLN 843 HE21 GLN 843 42.520 -20.666 -24.926
8 HE22 GLN 843 HE22 GLN 843 43.489 -22.030 -24.480
No H/Q in entry = 8
In of MODEL 29
1 H1 GLY 689 H3 GLY 689 59.825 21.971 -24.020
2 H2 GLY 689 H2 GLY 689 59.616 20.425 -24.674
3 H3 GLY 689 H1 GLY 689 58.270 21.292 -24.118
4 HA2 GLY 689 HA2 GLY 689 58.956 19.567 -22.587
5 HA3 GLY 689 HA3 GLY 689 59.131 21.175 -21.883
No H/Q in entry = 5
In of MODEL 29
1 H SER 690 H SER 690 60.506 18.731 -21.275
2 HA SER 690 HA SER 690 62.478 17.871 -20.834
3 HB2 SER 690 HB2 SER 690 63.433 19.344 -23.290
4 HB3 SER 690 HB3 SER 690 64.363 18.121 -22.418
5 HG SER 690 HG SER 690 63.219 17.301 -24.207
No H/Q in entry = 5
In of MODEL 29
1 H HIS 691 H HIS 691 64.154 18.162 -19.625
2 HA HIS 691 HA HIS 691 65.286 20.801 -19.103
3 HB2 HIS 691 HB2 HIS 691 64.392 18.752 -17.021
4 HB3 HIS 691 HB3 HIS 691 65.385 20.143 -16.656
5 HD1 HIS 691 HD1 HIS 691 64.159 22.425 -16.419
6 HD2 HIS 691 HD2 HIS 691 61.668 19.233 -17.308
7 HE1 HIS 691 HE1 HIS 691 61.836 23.244 -15.978
8 HE2 HIS 691 HE2 HIS 691 60.371 21.250 -16.338
No H/Q in entry = 8
In of MODEL 29
1 H MET 692 H MET 692 67.197 19.692 -17.230
2 HA MET 692 HA MET 692 68.724 18.064 -19.011
3 HB2 MET 692 HB2 MET 692 69.150 18.530 -16.041
4 HB3 MET 692 HB3 MET 692 70.303 17.763 -17.120
5 HG2 MET 692 HG2 MET 692 69.397 20.631 -17.166
6 HG3 MET 692 HG3 MET 692 70.991 20.016 -16.747
7 HE2 MET 692 HE1 MET 692 71.368 17.769 -19.042
8 HE1 MET 692 HE2 MET 692 72.646 18.882 -18.555
9 HE3 MET 692 HE3 MET 692 72.234 18.706 -20.260
No H/Q in entry = 9
In of MODEL 29
1 H ASN 693 H ASN 693 66.678 17.524 -16.258
2 HA ASN 693 HA ASN 693 66.609 14.667 -16.942
3 HB2 ASN 693 HB2 ASN 693 67.249 15.161 -14.595
4 HB3 ASN 693 HB3 ASN 693 65.758 16.076 -14.399
5 HD21 ASN 693 HD21 ASN 693 65.004 14.747 -12.735
6 HD22 ASN 693 HD22 ASN 693 64.491 13.130 -13.051
No H/Q in entry = 6
In of MODEL 29
1 HA PRO 694 HA PRO 694 62.566 15.991 -18.354
2 HB2 PRO 694 HB2 PRO 694 61.876 13.793 -19.695
3 HB3 PRO 694 HB3 PRO 694 63.159 14.854 -20.292
4 HG2 PRO 694 HG2 PRO 694 63.378 12.250 -18.840
5 HG3 PRO 694 HG3 PRO 694 64.336 12.854 -20.202
6 HD2 PRO 694 HD2 PRO 694 65.124 12.941 -17.548
7 HD3 PRO 694 HD3 PRO 694 65.770 13.981 -18.832
No H/Q in entry = 7
In of MODEL 29
1 H LEU 695 H LEU 695 60.300 14.946 -18.300
2 HA LEU 695 HA LEU 695 59.907 13.674 -15.715
3 HB2 LEU 695 HB2 LEU 695 58.527 15.676 -16.593
4 HB3 LEU 695 HB3 LEU 695 57.823 14.565 -17.736
5 HG LEU 695 HG LEU 695 57.550 14.322 -14.724
6 HD11 LEU 695 HD11 LEU 695 55.630 15.421 -16.762
7 HD13 LEU 695 HD12 LEU 695 56.479 16.342 -15.520
8 HD12 LEU 695 HD13 LEU 695 55.269 15.144 -15.060
9 HD21 LEU 695 HD21 LEU 695 57.242 12.178 -15.903
10 HD23 LEU 695 HD22 LEU 695 56.046 12.933 -16.957
11 HD22 LEU 695 HD23 LEU 695 55.717 12.762 -15.234
No H/Q in entry = 11
In of MODEL 29
1 H THR 696 H THR 696 60.194 11.520 -15.810
2 HA THR 696 HA THR 696 59.042 10.123 -18.091
3 HB THR 696 HB THR 696 61.494 10.421 -18.444
4 HG1 THR 696 HG1 THR 696 61.247 8.653 -19.443
5 HG22 THR 696 HG21 THR 696 61.774 8.726 -15.956
6 HG21 THR 696 HG22 THR 696 62.240 10.419 -16.115
7 HG23 THR 696 HG23 THR 696 63.087 9.178 -17.044
No H/Q in entry = 7
In of MODEL 29
1 H GLN 697 H GLN 697 58.746 7.752 -17.587
2 HA GLN 697 HA GLN 697 58.283 7.303 -14.725
3 HB2 GLN 697 HB2 GLN 697 56.256 8.271 -16.019
4 HB3 GLN 697 HB3 GLN 697 56.192 6.725 -16.837
5 HG2 GLN 697 HG2 GLN 697 55.890 7.121 -13.858
6 HG3 GLN 697 HG3 GLN 697 54.554 6.989 -14.987
7 HE21 GLN 697 HE21 GLN 697 56.978 5.320 -13.202
8 HE22 GLN 697 HE22 GLN 697 56.485 3.738 -13.591
No H/Q in entry = 8
In of MODEL 29
1 H ALA 698 H ALA 698 59.259 5.411 -14.274
2 HA ALA 698 HA ALA 698 59.761 3.438 -16.390
3 HB1 ALA 698 HB1 ALA 698 61.657 4.171 -14.950
4 HB2 ALA 698 HB2 ALA 698 61.293 2.450 -14.790
5 HB3 ALA 698 HB3 ALA 698 60.763 3.580 -13.547
No H/Q in entry = 5
In of MODEL 29
1 H VAL 699 H VAL 699 58.396 2.022 -16.749
2 HA VAL 699 HA VAL 699 56.333 1.441 -15.023
3 HB VAL 699 HB VAL 699 55.843 -0.340 -16.649
4 HG12 VAL 699 HG11 VAL 699 56.303 2.433 -17.749
5 HG11 VAL 699 HG12 VAL 699 54.884 1.879 -16.860
6 HG13 VAL 699 HG13 VAL 699 55.224 1.232 -18.464
7 HG23 VAL 699 HG21 VAL 699 58.221 0.766 -18.155
8 HG22 VAL 699 HG22 VAL 699 57.053 -0.398 -18.787
9 HG21 VAL 699 HG23 VAL 699 58.089 -0.835 -17.427
No H/Q in entry = 9
In of MODEL 29
1 HA PRO 700 HA PRO 700 58.397 -1.748 -12.724
2 HB2 PRO 700 HB2 PRO 700 56.179 -2.549 -11.308
3 HB3 PRO 700 HB3 PRO 700 57.239 -1.213 -10.871
4 HG2 PRO 700 HG2 PRO 700 54.505 -1.109 -11.802
5 HG3 PRO 700 HG3 PRO 700 55.538 0.207 -11.232
6 HD2 PRO 700 HD2 PRO 700 54.821 -0.503 -13.958
7 HD3 PRO 700 HD3 PRO 700 55.641 0.942 -13.327
No H/Q in entry = 7
In of MODEL 29
1 H LYS 701 H LYS 701 58.889 -3.721 -13.168
2 HA LYS 701 HA LYS 701 56.822 -5.326 -14.431
3 HB2 LYS 701 HB2 LYS 701 59.806 -5.789 -14.464
4 HB3 LYS 701 HB3 LYS 701 58.627 -6.869 -15.189
5 HG2 LYS 701 HG2 LYS 701 59.378 -5.650 -17.022
6 HG3 LYS 701 HG3 LYS 701 57.923 -4.779 -16.516
7 HD2 LYS 701 HD2 LYS 701 59.257 -3.160 -15.335
8 HD3 LYS 701 HD3 LYS 701 60.738 -4.012 -15.794
9 HE2 LYS 701 HE2 LYS 701 58.756 -2.760 -17.684
10 HE3 LYS 701 HE3 LYS 701 60.298 -2.050 -17.211
11 HZ1 LYS 701 HZ1 LYS 701 61.395 -3.990 -18.215
12 HZ3 LYS 701 HZ2 LYS 701 60.488 -3.098 -19.316
13 HZ2 LYS 701 HZ3 LYS 701 59.884 -4.562 -18.743
No H/Q in entry = 13
In of MODEL 29
1 H CYS 702 H CYS 702 55.850 -5.619 -12.442
2 HA CYS 702 HA CYS 702 57.180 -7.552 -10.694
3 HB2 CYS 702 HB2 CYS 702 55.383 -6.640 -9.078
4 HB3 CYS 702 HB3 CYS 702 56.856 -5.722 -9.234
No H/Q in entry = 4
In of MODEL 29
1 H GLN 703 H GLN 703 55.825 -9.190 -9.853
2 HA GLN 703 HA GLN 703 53.493 -9.750 -11.447
3 HB2 GLN 703 HB2 GLN 703 54.570 -11.047 -8.936
4 HB3 GLN 703 HB3 GLN 703 53.236 -11.655 -9.903
5 HG2 GLN 703 HG2 GLN 703 56.110 -11.416 -10.774
6 HG3 GLN 703 HG3 GLN 703 55.249 -12.901 -10.376
7 HE21 GLN 703 HE21 GLN 703 55.760 -10.442 -12.725
8 HE22 GLN 703 HE22 GLN 703 54.899 -11.184 -14.024
No H/Q in entry = 8
In of MODEL 29
1 H ARG 704 H ARG 704 51.439 -10.173 -10.114
2 HA ARG 704 HA ARG 704 50.849 -7.548 -9.145
3 HB2 ARG 704 HB2 ARG 704 49.099 -9.982 -9.336
4 HB3 ARG 704 HB3 ARG 704 48.517 -8.417 -8.785
5 HG2 ARG 704 HG2 ARG 704 49.065 -7.414 -10.909
6 HG3 ARG 704 HG3 ARG 704 49.826 -8.935 -11.409
7 HD2 ARG 704 HD2 ARG 704 47.802 -10.062 -11.414
8 HD3 ARG 704 HD3 ARG 704 46.926 -8.708 -10.687
9 HE ARG 704 HE ARG 704 47.478 -7.488 -12.813
10 HH11 ARG 704 HH11 ARG 704 47.420 -11.019 -12.870
11 HH12 ARG 704 HH12 ARG 704 46.823 -11.179 -14.428
12 HH21 ARG 704 HH21 ARG 704 46.696 -7.591 -14.909
13 HH22 ARG 704 HH22 ARG 704 46.344 -9.071 -15.696
No H/Q in entry = 13
In of MODEL 29
1 H TRP 705 H TRP 705 51.889 -10.289 -7.578
2 HA TRP 705 HA TRP 705 50.980 -9.333 -4.983
3 HB2 TRP 705 HB2 TRP 705 52.037 -11.442 -4.114
4 HB3 TRP 705 HB3 TRP 705 50.736 -11.698 -5.267
5 HD1 TRP 705 HD1 TRP 705 54.517 -12.091 -4.889
6 HE1 TRP 705 HE1 TRP 705 55.376 -13.608 -6.768
7 HE3 TRP 705 HE3 TRP 705 50.245 -12.497 -7.620
8 HZ2 TRP 705 HZ2 TRP 705 54.366 -14.815 -9.111
9 HZ3 TRP 705 HZ3 TRP 705 50.263 -13.826 -9.647
10 HH2 TRP 705 HH2 TRP 705 52.289 -14.988 -10.387
No H/Q in entry = 10
In of MODEL 29
1 H GLU 706 H GLU 706 53.309 -8.367 -6.999
2 HA GLU 706 HA GLU 706 55.192 -7.897 -4.851
3 HB2 GLU 706 HB2 GLU 706 55.775 -8.201 -7.819
4 HB3 GLU 706 HB3 GLU 706 56.926 -7.805 -6.564
5 HG2 GLU 706 HG2 GLU 706 56.608 -9.991 -5.564
6 HG3 GLU 706 HG3 GLU 706 55.427 -10.389 -6.815
No H/Q in entry = 6
In of MODEL 29
1 H LYS 707 H LYS 707 56.420 -5.880 -5.410
2 HA LYS 707 HA LYS 707 54.987 -3.987 -7.050
3 HB2 LYS 707 HB2 LYS 707 54.839 -2.298 -5.281
4 HB3 LYS 707 HB3 LYS 707 53.892 -3.719 -4.860
5 HG2 LYS 707 HG2 LYS 707 55.408 -4.385 -3.206
6 HG3 LYS 707 HG3 LYS 707 56.688 -3.348 -3.839
7 HD2 LYS 707 HD2 LYS 707 55.794 -2.368 -1.816
8 HD3 LYS 707 HD3 LYS 707 55.355 -1.369 -3.195
9 HE2 LYS 707 HE2 LYS 707 53.120 -2.513 -3.188
10 HE3 LYS 707 HE3 LYS 707 53.598 -3.298 -1.686
11 HZ3 LYS 707 HZ1 LYS 707 52.398 -1.406 -1.046
12 HZ2 LYS 707 HZ2 LYS 707 53.169 -0.416 -2.178
13 HZ1 LYS 707 HZ3 LYS 707 54.010 -0.962 -0.831
No H/Q in entry = 13
In of MODEL 29
1 H LEU 708 H LEU 708 56.283 -1.991 -7.254
2 HA LEU 708 HA LEU 708 59.085 -2.575 -6.881
3 HB2 LEU 708 HB2 LEU 708 58.309 -2.172 -9.194
4 HB3 LEU 708 HB3 LEU 708 57.696 -0.606 -8.712
5 HG LEU 708 HG LEU 708 60.588 -1.254 -8.395
6 HD12 LEU 708 HD11 LEU 708 59.241 -0.226 -10.910
7 HD11 LEU 708 HD12 LEU 708 60.001 -1.805 -10.724
8 HD13 LEU 708 HD13 LEU 708 60.983 -0.343 -10.666
9 HD21 LEU 708 HD21 LEU 708 59.112 1.325 -8.958
10 HD23 LEU 708 HD22 LEU 708 60.857 1.171 -8.788
11 HD22 LEU 708 HD23 LEU 708 59.805 0.831 -7.411
No H/Q in entry = 11
In of MODEL 29
1 H GLN 709 H GLN 709 60.057 -1.573 -5.314
2 HA GLN 709 HA GLN 709 59.283 1.128 -4.628
3 HB2 GLN 709 HB2 GLN 709 59.155 0.736 -2.257
4 HB3 GLN 709 HB3 GLN 709 58.095 -0.446 -3.005
5 HG2 GLN 709 HG2 GLN 709 59.824 -2.161 -2.738
6 HG3 GLN 709 HG3 GLN 709 60.886 -0.986 -2.002
7 HE21 GLN 709 HE21 GLN 709 61.004 -2.122 -0.066
8 HE22 GLN 709 HE22 GLN 709 59.705 -2.196 1.047
No H/Q in entry = 8
In of MODEL 29
1 H ASN 710 H ASN 710 61.042 2.259 -3.856
2 HA ASN 710 HA ASN 710 63.231 2.830 -3.549
3 HB2 ASN 710 HB2 ASN 710 62.891 0.833 -1.770
4 HB3 ASN 710 HB3 ASN 710 63.888 -0.019 -2.915
5 HD21 ASN 710 HD21 ASN 710 65.342 -0.236 -1.298
6 HD22 ASN 710 HD22 ASN 710 66.409 1.045 -0.859
No H/Q in entry = 6
In of MODEL 29
1 H SER 711 H SER 711 62.236 1.893 -6.068
2 HA SER 711 HA SER 711 62.860 1.611 -8.171
3 HB2 SER 711 HB2 SER 711 65.642 1.899 -7.055
4 HB3 SER 711 HB3 SER 711 65.259 1.908 -8.788
5 HG SER 711 HG SER 711 64.044 3.733 -8.483
No H/Q in entry = 5
In of MODEL 29
1 H ARG 712 H ARG 712 62.771 -0.766 -6.188
2 HA ARG 712 HA ARG 712 63.734 -2.673 -8.177
3 HB2 ARG 712 HB2 ARG 712 64.643 -4.131 -6.477
4 HB3 ARG 712 HB3 ARG 712 65.437 -2.569 -6.413
5 HG2 ARG 712 HG2 ARG 712 64.129 -1.966 -4.442
6 HG3 ARG 712 HG3 ARG 712 63.253 -3.484 -4.560
7 HD2 ARG 712 HD2 ARG 712 65.435 -4.697 -4.394
8 HD3 ARG 712 HD3 ARG 712 66.213 -3.151 -4.085
9 HE ARG 712 HE ARG 712 64.667 -3.060 -2.086
10 HH11 ARG 712 HH11 ARG 712 65.863 -6.131 -3.427
11 HH12 ARG 712 HH12 ARG 712 65.770 -6.949 -1.940
12 HH21 ARG 712 HH21 ARG 712 64.573 -4.181 -0.092
13 HH22 ARG 712 HH22 ARG 712 65.032 -5.816 0.018
No H/Q in entry = 13
In of MODEL 29
1 H CYS 713 H CYS 713 62.755 -4.890 -7.754
2 HA CYS 713 HA CYS 713 59.985 -4.469 -6.958
3 HB2 CYS 713 HB2 CYS 713 60.337 -5.339 -9.249
4 HB3 CYS 713 HB3 CYS 713 61.229 -6.708 -8.591
No H/Q in entry = 4
In of MODEL 29
1 H VAL 714 H VAL 714 59.177 -5.443 -5.256
2 HA VAL 714 HA VAL 714 60.573 -7.684 -4.002
3 HB VAL 714 HB VAL 714 60.149 -6.715 -1.747
4 HG12 VAL 714 HG11 VAL 714 61.935 -5.035 -1.726
5 HG11 VAL 714 HG12 VAL 714 61.865 -4.960 -3.487
6 HG13 VAL 714 HG13 VAL 714 62.363 -6.449 -2.690
7 HG23 VAL 714 HG21 VAL 714 59.616 -4.312 -1.511
8 HG22 VAL 714 HG22 VAL 714 58.314 -5.209 -2.287
9 HG21 VAL 714 HG23 VAL 714 59.394 -4.208 -3.257
No H/Q in entry = 9
In of MODEL 29
1 H CYS 715 H CYS 715 58.951 -8.530 -2.202
2 HA CYS 715 HA CYS 715 56.439 -8.764 -3.606
3 HB2 CYS 715 HB2 CYS 715 55.943 -10.506 -1.883
4 HB3 CYS 715 HB3 CYS 715 57.371 -10.855 -2.841
No H/Q in entry = 4
In of MODEL 29
1 H LYS 716 H LYS 716 54.443 -8.371 -2.599
2 HA LYS 716 HA LYS 716 54.395 -6.109 -0.849
3 HB2 LYS 716 HB2 LYS 716 52.175 -7.931 -1.834
4 HB3 LYS 716 HB3 LYS 716 51.936 -6.401 -1.003
5 HG2 LYS 716 HG2 LYS 716 52.847 -5.170 -2.833
6 HG3 LYS 716 HG3 LYS 716 53.395 -6.646 -3.621
7 HD2 LYS 716 HD2 LYS 716 51.396 -5.782 -4.714
8 HD3 LYS 716 HD3 LYS 716 51.060 -7.335 -3.956
9 HE2 LYS 716 HE2 LYS 716 49.972 -6.229 -2.099
10 HE3 LYS 716 HE3 LYS 716 50.400 -4.651 -2.751
11 HZ2 LYS 716 HZ1 LYS 716 48.105 -5.220 -3.225
12 HZ1 LYS 716 HZ2 LYS 716 48.552 -6.605 -4.069
13 HZ3 LYS 716 HZ3 LYS 716 48.969 -5.100 -4.652
No H/Q in entry = 13
In of MODEL 29
1 H MET 717 H MET 717 52.741 -6.368 1.109
2 HA MET 717 HA MET 717 53.428 -8.773 2.616
3 HB2 MET 717 HB2 MET 717 52.954 -5.907 3.359
4 HB3 MET 717 HB3 MET 717 52.682 -7.173 4.537
5 HG2 MET 717 HG2 MET 717 54.857 -6.141 4.778
6 HG3 MET 717 HG3 MET 717 54.982 -7.861 4.383
7 HE2 MET 717 HE1 MET 717 55.935 -4.386 1.513
8 HE1 MET 717 HE2 MET 717 55.348 -4.208 3.183
9 HE3 MET 717 HE3 MET 717 54.291 -4.876 1.937
No H/Q in entry = 9
In of MODEL 29
1 HA PRO 718 HA PRO 718 49.196 -10.097 2.659
2 HB2 PRO 718 HB2 PRO 718 48.700 -10.480 5.372
3 HB3 PRO 718 HB3 PRO 718 49.461 -11.651 4.289
4 HG2 PRO 718 HG2 PRO 718 50.730 -9.701 6.169
5 HG3 PRO 718 HG3 PRO 718 51.177 -11.382 5.827
6 HD2 PRO 718 HD2 PRO 718 52.580 -9.378 4.780
7 HD3 PRO 718 HD3 PRO 718 52.213 -10.817 3.810
No H/Q in entry = 7
In of MODEL 29
1 H TYR 719 H TYR 719 49.946 -7.276 4.467
2 HA TYR 719 HA TYR 719 47.113 -6.648 4.806
3 HB2 TYR 719 HB2 TYR 719 47.847 -4.728 6.172
4 HB3 TYR 719 HB3 TYR 719 48.466 -6.254 6.779
5 HD1 TYR 719 HD1 TYR 719 50.895 -6.812 6.425
6 HD2 TYR 719 HD2 TYR 719 49.293 -2.985 5.504
7 HE1 TYR 719 HE1 TYR 719 53.143 -5.850 6.515
8 HE2 TYR 719 HE2 TYR 719 51.535 -2.015 5.568
9 HH TYR 719 HH TYR 719 54.409 -3.942 5.802
No H/Q in entry = 9
In of MODEL 29
1 H GLU 720 H GLU 720 49.292 -6.404 2.484
2 HA GLU 720 HA GLU 720 48.480 -3.803 1.423
3 HB2 GLU 720 HB2 GLU 720 50.473 -5.903 0.566
4 HB3 GLU 720 HB3 GLU 720 50.175 -4.431 -0.353
5 HG2 GLU 720 HG2 GLU 720 51.122 -4.447 2.499
6 HG3 GLU 720 HG3 GLU 720 52.220 -4.464 1.118
No H/Q in entry = 6
In of MODEL 29
1 H CYS 721 H CYS 721 46.984 -6.443 1.766
2 HA CYS 721 HA CYS 721 46.447 -7.212 -0.998
3 HB2 CYS 721 HB2 CYS 721 45.906 -8.648 1.588
4 HB3 CYS 721 HB3 CYS 721 45.590 -9.283 -0.018
No H/Q in entry = 4
In of MODEL 29
1 H GLY 722 H GLY 722 44.462 -6.932 -1.851
2 HA3 GLY 722 HA2 GLY 722 42.202 -6.530 -0.069
3 HA2 GLY 722 HA3 GLY 722 42.552 -5.294 -1.274
No H/Q in entry = 3
In of MODEL 29
1 HA PRO 723 HA PRO 723 39.772 -7.417 -4.033
2 HB2 PRO 723 HB2 PRO 723 41.627 -6.397 -6.127
3 HB3 PRO 723 HB3 PRO 723 39.877 -6.220 -5.997
4 HG2 PRO 723 HG2 PRO 723 41.454 -4.176 -5.447
5 HG3 PRO 723 HG3 PRO 723 40.029 -4.501 -4.446
6 HD2 PRO 723 HD2 PRO 723 42.908 -5.045 -3.878
7 HD3 PRO 723 HD3 PRO 723 41.614 -4.474 -2.799
No H/Q in entry = 7
In of MODEL 29
1 H SER 724 H SER 724 39.938 -9.596 -4.013
2 HA SER 724 HA SER 724 41.385 -11.071 -5.930
3 HB2 SER 724 HB2 SER 724 42.709 -12.341 -4.152
4 HB3 SER 724 HB3 SER 724 43.355 -10.806 -4.721
5 HG SER 724 HG SER 724 42.053 -10.012 -2.787
No H/Q in entry = 5
In of MODEL 29
1 H LEU 725 H LEU 725 40.873 -13.152 -5.988
2 HA LEU 725 HA LEU 725 38.300 -13.985 -5.188
3 HB2 LEU 725 HB2 LEU 725 40.724 -15.298 -6.301
4 HB3 LEU 725 HB3 LEU 725 39.453 -16.349 -5.759
5 HG LEU 725 HG LEU 725 39.110 -14.172 -7.842
6 HD12 LEU 725 HD11 LEU 725 39.580 -17.135 -8.219
7 HD11 LEU 725 HD12 LEU 725 40.738 -15.853 -8.591
8 HD13 LEU 725 HD13 LEU 725 39.228 -15.962 -9.491
9 HD22 LEU 725 HD21 LEU 725 37.104 -15.386 -8.434
10 HD21 LEU 725 HD22 LEU 725 37.041 -14.898 -6.739
11 HD23 LEU 725 HD23 LEU 725 37.415 -16.570 -7.167
No H/Q in entry = 11
In of MODEL 29
1 H ASP 726 H ASP 726 37.568 -14.746 -3.224
2 HA ASP 726 HA ASP 726 39.431 -15.378 -1.127
3 HB2 ASP 726 HB2 ASP 726 36.431 -15.342 -1.246
4 HB3 ASP 726 HB3 ASP 726 37.220 -16.241 0.040
No H/Q in entry = 4
In of MODEL 29
1 H VAL 727 H VAL 727 40.083 -17.277 -0.394
2 HA VAL 727 HA VAL 727 39.019 -19.693 -1.616
3 HB VAL 727 HB VAL 727 41.342 -20.516 -2.123
4 HG11 VAL 727 HG11 VAL 727 40.421 -18.105 -3.682
5 HG13 VAL 727 HG12 VAL 727 39.878 -19.766 -3.915
6 HG12 VAL 727 HG13 VAL 727 41.552 -19.329 -4.261
7 HG23 VAL 727 HG21 VAL 727 42.071 -17.601 -1.778
8 HG22 VAL 727 HG22 VAL 727 43.132 -18.847 -2.437
9 HG21 VAL 727 HG23 VAL 727 42.607 -18.934 -0.755
No H/Q in entry = 9
In of MODEL 29
1 H CYS 728 H CYS 728 39.740 -21.627 -0.567
2 HA CYS 728 HA CYS 728 40.326 -21.163 2.248
3 HB2 CYS 728 HB2 CYS 728 39.365 -23.667 0.843
4 HB3 CYS 728 HB3 CYS 728 39.449 -23.399 2.581
No H/Q in entry = 4
In of MODEL 29
1 H ALA 729 H ALA 729 42.329 -21.606 2.967
2 HA ALA 729 HA ALA 729 44.016 -23.227 1.214
3 HB2 ALA 729 HB1 ALA 729 45.861 -21.747 1.692
4 HB1 ALA 729 HB2 ALA 729 44.810 -20.744 2.693
5 HB3 ALA 729 HB3 ALA 729 44.521 -20.864 0.957
No H/Q in entry = 5
In of MODEL 29
1 H GLN 730 H GLN 730 45.515 -24.436 2.169
2 HA GLN 730 HA GLN 730 45.101 -25.035 4.995
3 HB2 GLN 730 HB2 GLN 730 44.838 -26.850 3.290
4 HB3 GLN 730 HB3 GLN 730 46.506 -26.580 2.846
5 HG2 GLN 730 HG2 GLN 730 47.315 -27.294 4.908
6 HG3 GLN 730 HG3 GLN 730 45.716 -27.335 5.634
7 HE21 GLN 730 HE21 GLN 730 45.761 -29.526 6.148
8 HE22 GLN 730 HE22 GLN 730 45.748 -30.751 4.931
No H/Q in entry = 8
In of MODEL 29
1 H ASP 731 H ASP 731 46.712 -24.467 6.397
2 HA ASP 731 HA ASP 731 49.132 -23.303 5.437
3 HB2 ASP 731 HB2 ASP 731 48.164 -22.526 7.541
4 HB3 ASP 731 HB3 ASP 731 48.219 -24.154 8.182
No H/Q in entry = 4
In of MODEL 29
1 H GLU 732 H GLU 732 51.120 -24.357 5.179
2 HA GLU 732 HA GLU 732 50.973 -27.210 5.254
3 HB2 GLU 732 HB2 GLU 732 53.062 -25.344 4.224
4 HB3 GLU 732 HB3 GLU 732 53.313 -27.085 4.302
5 HG2 GLU 732 HG2 GLU 732 51.106 -25.686 2.825
6 HG3 GLU 732 HG3 GLU 732 52.543 -26.418 2.111
No H/Q in entry = 6
In of MODEL 29
1 H ARG 733 H ARG 733 51.708 -25.189 7.700
2 HA ARG 733 HA ARG 733 53.783 -26.973 8.714
3 HB2 ARG 733 HB2 ARG 733 54.255 -24.566 8.878
4 HB3 ARG 733 HB3 ARG 733 52.749 -24.327 9.750
5 HG2 ARG 733 HG2 ARG 733 54.630 -24.273 11.275
6 HG3 ARG 733 HG3 ARG 733 53.608 -25.671 11.605
7 HD2 ARG 733 HD2 ARG 733 55.151 -27.078 10.337
8 HD3 ARG 733 HD3 ARG 733 56.191 -25.676 10.054
9 HE ARG 733 HE ARG 733 55.678 -26.070 12.795
10 HH11 ARG 733 HH11 ARG 733 57.698 -27.271 10.125
11 HH12 ARG 733 HH12 ARG 733 58.880 -27.922 11.143
12 HH21 ARG 733 HH21 ARG 733 57.317 -26.966 14.163
13 HH22 ARG 733 HH22 ARG 733 58.688 -27.734 13.497
No H/Q in entry = 13
In of MODEL 29
1 H SER 734 H SER 734 50.746 -25.478 9.624
2 HA SER 734 HA SER 734 50.326 -27.278 11.842
3 HB2 SER 734 HB2 SER 734 49.628 -24.729 11.671
4 HB3 SER 734 HB3 SER 734 48.384 -25.349 10.638
5 HG SER 734 HG SER 734 47.762 -25.107 12.857
No H/Q in entry = 5
In of MODEL 29
1 H LYS 735 H LYS 735 49.557 -27.100 8.462
2 HA LYS 735 HA LYS 735 48.281 -28.198 7.024
3 HB2 LYS 735 HB2 LYS 735 48.375 -30.381 9.120
4 HB3 LYS 735 HB3 LYS 735 47.817 -30.617 7.469
5 HG2 LYS 735 HG2 LYS 735 50.594 -29.764 8.290
6 HG3 LYS 735 HG3 LYS 735 50.133 -31.376 7.759
7 HD2 LYS 735 HD2 LYS 735 49.907 -28.873 6.073
8 HD3 LYS 735 HD3 LYS 735 51.239 -30.011 5.990
9 HE2 LYS 735 HE2 LYS 735 49.630 -31.790 5.352
10 HE3 LYS 735 HE3 LYS 735 48.330 -30.605 5.392
11 HZ3 LYS 735 HZ1 LYS 735 49.096 -30.941 3.133
12 HZ2 LYS 735 HZ2 LYS 735 50.670 -30.575 3.560
13 HZ1 LYS 735 HZ3 LYS 735 49.531 -29.375 3.592
No H/Q in entry = 13
In of MODEL 29
1 H ARG 736 H ARG 736 47.049 -26.399 8.505
2 HA ARG 736 HA ARG 736 44.370 -27.453 9.086
3 HB2 ARG 736 HB2 ARG 736 44.120 -25.561 10.620
4 HB3 ARG 736 HB3 ARG 736 45.495 -26.534 11.078
5 HG2 ARG 736 HG2 ARG 736 46.524 -24.485 11.269
6 HG3 ARG 736 HG3 ARG 736 46.756 -24.798 9.584
7 HD2 ARG 736 HD2 ARG 736 45.970 -22.525 10.077
8 HD3 ARG 736 HD3 ARG 736 45.051 -23.497 8.915
9 HE ARG 736 HE ARG 736 43.572 -23.924 11.018
10 HH11 ARG 736 HH11 ARG 736 45.125 -20.800 10.392
11 HH12 ARG 736 HH12 ARG 736 43.811 -19.895 10.987
12 HH21 ARG 736 HH21 ARG 736 41.822 -22.695 11.814
13 HH22 ARG 736 HH22 ARG 736 41.891 -20.991 11.824
No H/Q in entry = 13
In of MODEL 29
1 H ILE 737 H ILE 737 42.615 -26.076 8.376
2 HA ILE 737 HA ILE 737 43.497 -24.579 6.075
3 HB ILE 737 HB ILE 737 40.996 -26.187 6.545
4 HG12 ILE 737 HG12 ILE 737 43.265 -26.462 4.603
5 HG13 ILE 737 HG13 ILE 737 43.256 -27.221 6.182
6 HG23 ILE 737 HG21 ILE 737 40.492 -24.164 5.189
7 HG22 ILE 737 HG22 ILE 737 40.431 -25.627 4.220
8 HG21 ILE 737 HG23 ILE 737 41.837 -24.559 4.114
9 HD13 ILE 737 HD11 ILE 737 42.717 -28.731 4.560
10 HD12 ILE 737 HD12 ILE 737 41.442 -27.678 3.898
11 HD11 ILE 737 HD13 ILE 737 41.263 -28.419 5.530
No H/Q in entry = 11
In of MODEL 29
1 H LEU 738 H LEU 738 42.981 -22.640 5.782
2 HA LEU 738 HA LEU 738 41.172 -21.305 7.619
3 HB2 LEU 738 HB2 LEU 738 42.748 -19.428 7.939
4 HB3 LEU 738 HB3 LEU 738 43.373 -20.920 8.589
5 HG LEU 738 HG LEU 738 44.263 -19.822 5.912
6 HD13 LEU 738 HD11 LEU 738 44.750 -18.176 7.666
7 HD12 LEU 738 HD12 LEU 738 46.228 -18.981 7.126
8 HD11 LEU 738 HD13 LEU 738 45.477 -19.448 8.648
9 HD23 LEU 738 HD21 LEU 738 45.508 -21.696 7.869
10 HD22 LEU 738 HD22 LEU 738 46.131 -21.309 6.243
11 HD21 LEU 738 HD23 LEU 738 44.594 -22.172 6.453
No H/Q in entry = 11
In of MODEL 29
1 HA PRO 739 HA PRO 739 39.859 -19.227 3.965
2 HB2 PRO 739 HB2 PRO 739 38.779 -17.009 5.085
3 HB3 PRO 739 HB3 PRO 739 38.022 -18.599 5.246
4 HG2 PRO 739 HG2 PRO 739 39.760 -17.125 7.192
5 HG3 PRO 739 HG3 PRO 739 38.264 -18.029 7.499
6 HD2 PRO 739 HD2 PRO 739 40.779 -19.129 7.926
7 HD3 PRO 739 HD3 PRO 739 39.342 -20.071 7.456
No H/Q in entry = 7
In of MODEL 29
1 H LEU 740 H LEU 740 41.192 -18.272 2.589
2 HA LEU 740 HA LEU 740 42.558 -15.822 3.416
3 HB2 LEU 740 HB2 LEU 740 43.689 -18.060 1.744
4 HB3 LEU 740 HB3 LEU 740 44.373 -16.456 1.798
5 HG LEU 740 HG LEU 740 44.234 -18.424 4.077
6 HD12 LEU 740 HD11 LEU 740 46.672 -18.403 3.831
7 HD11 LEU 740 HD12 LEU 740 46.504 -17.324 2.437
8 HD13 LEU 740 HD13 LEU 740 45.858 -18.958 2.367
9 HD23 LEU 740 HD21 LEU 740 45.580 -16.778 5.313
10 HD22 LEU 740 HD22 LEU 740 43.991 -16.137 4.918
11 HD21 LEU 740 HD23 LEU 740 45.401 -15.633 3.982
No H/Q in entry = 11
In of MODEL 29
1 H THR 741 H THR 741 43.442 -14.902 1.208
2 HA THR 741 HA THR 741 41.362 -15.170 -0.797
3 HB THR 741 HB THR 741 42.623 -12.512 -0.091
4 HG1 THR 741 HG1 THR 741 40.073 -13.395 0.891
5 HG22 THR 741 HG21 THR 741 39.981 -13.276 -1.302
6 HG21 THR 741 HG22 THR 741 41.445 -12.913 -2.195
7 HG23 THR 741 HG23 THR 741 40.682 -11.648 -1.213
No H/Q in entry = 7
In of MODEL 29
1 H VAL 742 H VAL 742 42.281 -14.644 -2.951
2 HA VAL 742 HA VAL 742 44.779 -15.808 -3.098
3 HB VAL 742 HB VAL 742 44.851 -15.502 -5.455
4 HG12 VAL 742 HG11 VAL 742 42.174 -16.267 -4.494
5 HG11 VAL 742 HG12 VAL 742 43.633 -17.289 -4.587
6 HG13 VAL 742 HG13 VAL 742 42.872 -16.665 -6.071
7 HG23 VAL 742 HG21 VAL 742 42.350 -13.945 -5.265
8 HG22 VAL 742 HG22 VAL 742 43.154 -14.615 -6.712
9 HG21 VAL 742 HG23 VAL 742 43.965 -13.350 -5.752
No H/Q in entry = 9
In of MODEL 29
1 H CYS 743 H CYS 743 44.203 -12.404 -2.897
2 HA CYS 743 HA CYS 743 46.821 -11.732 -3.787
3 HB2 CYS 743 HB2 CYS 743 44.905 -10.042 -3.514
4 HB3 CYS 743 HB3 CYS 743 45.148 -10.186 -1.791
No H/Q in entry = 4
In of MODEL 29
1 H LYS 744 H LYS 744 45.344 -12.237 -0.659
2 HA LYS 744 HA LYS 744 47.518 -11.895 1.038
3 HB2 LYS 744 HB2 LYS 744 45.206 -13.808 1.238
4 HB3 LYS 744 HB3 LYS 744 46.286 -13.395 2.555
5 HG2 LYS 744 HG2 LYS 744 45.474 -11.144 2.605
6 HG3 LYS 744 HG3 LYS 744 44.616 -11.363 1.077
7 HD2 LYS 744 HD2 LYS 744 43.175 -13.049 2.185
8 HD3 LYS 744 HD3 LYS 744 43.987 -12.699 3.711
9 HE2 LYS 744 HE2 LYS 744 43.137 -10.495 3.774
10 HE3 LYS 744 HE3 LYS 744 42.620 -10.563 2.086
11 HZ1 LYS 744 HZ1 LYS 744 41.453 -12.153 4.317
12 HZ3 LYS 744 HZ2 LYS 744 40.966 -12.191 2.702
13 HZ2 LYS 744 HZ3 LYS 744 40.754 -10.802 3.601
No H/Q in entry = 13
In of MODEL 29
1 H MET 745 H MET 745 46.206 -14.896 -0.291
2 HA MET 745 HA MET 745 48.164 -16.680 0.531
3 HB2 MET 745 HB2 MET 745 46.443 -17.789 -0.236
4 HB3 MET 745 HB3 MET 745 46.027 -16.640 -1.505
5 HG2 MET 745 HG2 MET 745 46.628 -18.672 -2.596
6 HG3 MET 745 HG3 MET 745 47.986 -17.592 -2.796
7 HE3 MET 745 HE1 MET 745 46.980 -19.744 0.380
8 HE2 MET 745 HE2 MET 745 47.862 -21.227 -0.022
9 HE1 MET 745 HE3 MET 745 46.568 -20.658 -1.067
No H/Q in entry = 9
In of MODEL 29
1 H HIS 746 H HIS 746 47.981 -14.866 -2.548
2 HA HIS 746 HA HIS 746 50.238 -16.117 -3.617
3 HB2 HIS 746 HB2 HIS 746 48.633 -13.843 -4.412
4 HB3 HIS 746 HB3 HIS 746 50.323 -13.684 -4.912
5 HD1 HIS 746 HD1 HIS 746 51.140 -16.160 -6.134
6 HD2 HIS 746 HD2 HIS 746 47.154 -14.990 -6.279
7 HE1 HIS 746 HE1 HIS 746 50.172 -17.326 -8.113
8 HE2 HIS 746 HE2 HIS 746 47.705 -16.813 -7.992
No H/Q in entry = 8
In of MODEL 29
1 H VAL 747 H VAL 747 49.874 -13.055 -1.927
2 HA VAL 747 HA VAL 747 52.518 -12.154 -2.053
3 HB VAL 747 HB VAL 747 50.193 -11.605 -0.214
4 HG12 VAL 747 HG11 VAL 747 52.916 -10.292 -0.087
5 HG11 VAL 747 HG12 VAL 747 52.256 -11.376 1.124
6 HG13 VAL 747 HG13 VAL 747 51.496 -9.817 0.842
7 HG22 VAL 747 HG21 VAL 747 50.300 -9.412 -1.327
8 HG21 VAL 747 HG22 VAL 747 50.114 -10.746 -2.481
9 HG23 VAL 747 HG23 VAL 747 51.690 -9.997 -2.250
No H/Q in entry = 9
In of MODEL 29
1 H LEU 748 H LEU 748 50.785 -13.803 0.498
2 HA LEU 748 HA LEU 748 52.902 -14.156 2.236
3 HB2 LEU 748 HB2 LEU 748 50.902 -14.391 3.276
4 HB3 LEU 748 HB3 LEU 748 50.132 -15.052 1.873
5 HG LEU 748 HG LEU 748 51.830 -16.749 3.715
6 HD13 LEU 748 HD11 LEU 748 49.721 -17.333 4.807
7 HD12 LEU 748 HD12 LEU 748 48.864 -16.169 3.801
8 HD11 LEU 748 HD13 LEU 748 50.043 -15.609 4.989
9 HD22 LEU 748 HD21 LEU 748 50.493 -18.552 2.764
10 HD21 LEU 748 HD22 LEU 748 51.247 -17.657 1.454
11 HD23 LEU 748 HD23 LEU 748 49.542 -17.405 1.826
No H/Q in entry = 11
In of MODEL 29
1 H HIS 749 H HIS 749 51.759 -16.142 -0.395
2 HA HIS 749 HA HIS 749 53.379 -18.409 -0.033
3 HB2 HIS 749 HB2 HIS 749 51.389 -18.051 -1.621
4 HB3 HIS 749 HB3 HIS 749 52.539 -17.276 -2.697
5 HD1 HIS 749 HD1 HIS 749 54.047 -18.802 -4.078
6 HD2 HIS 749 HD2 HIS 749 51.708 -20.747 -1.275
7 HE1 HIS 749 HE1 HIS 749 54.300 -21.241 -4.586
8 HE2 HIS 749 HE2 HIS 749 52.736 -22.389 -2.993
No H/Q in entry = 8
In of MODEL 29
1 H CYS 750 H CYS 750 53.806 -15.429 -1.852
2 HA CYS 750 HA CYS 750 56.344 -16.039 -2.925
3 HB2 CYS 750 HB2 CYS 750 54.814 -14.362 -3.893
4 HB3 CYS 750 HB3 CYS 750 55.030 -13.354 -2.472
No H/Q in entry = 4
In of MODEL 29
1 H GLN 751 H GLN 751 55.280 -14.518 0.108
2 HA GLN 751 HA GLN 751 57.851 -13.644 0.815
3 HB2 GLN 751 HB2 GLN 751 55.509 -14.225 2.633
4 HB3 GLN 751 HB3 GLN 751 56.979 -13.397 3.122
5 HG2 GLN 751 HG2 GLN 751 56.437 -11.729 1.258
6 HG3 GLN 751 HG3 GLN 751 54.849 -12.469 1.239
7 HE21 GLN 751 HE21 GLN 751 55.624 -9.810 1.906
8 HE22 GLN 751 HE22 GLN 751 55.092 -9.467 3.508
No H/Q in entry = 8
In of MODEL 29
1 H GLY 752 H GLY 752 56.637 -16.754 0.625
2 HA3 GLY 752 HA2 GLY 752 58.321 -18.526 0.844
3 HA2 GLY 752 HA3 GLY 752 58.846 -17.728 2.319
No H/Q in entry = 3
In of MODEL 29
1 H ARG 753 H ARG 753 55.556 -17.628 2.173
2 HA ARG 753 HA ARG 753 55.377 -19.669 4.208
3 HB2 ARG 753 HB2 ARG 753 53.396 -17.738 3.050
4 HB3 ARG 753 HB3 ARG 753 53.045 -18.830 4.386
5 HG2 ARG 753 HG2 ARG 753 55.248 -16.782 4.477
6 HG3 ARG 753 HG3 ARG 753 53.607 -16.432 5.006
7 HD2 ARG 753 HD2 ARG 753 55.323 -18.670 6.107
8 HD3 ARG 753 HD3 ARG 753 55.083 -17.101 6.882
9 HE ARG 753 HE ARG 753 52.660 -17.678 6.787
10 HH11 ARG 753 HH11 ARG 753 55.185 -20.124 7.372
11 HH12 ARG 753 HH12 ARG 753 54.096 -21.248 8.063
12 HH21 ARG 753 HH21 ARG 753 51.221 -19.232 7.730
13 HH22 ARG 753 HH22 ARG 753 51.776 -20.749 8.232
No H/Q in entry = 13
In of MODEL 29
1 H ASN 754 H ASN 754 54.792 -21.679 3.788
2 HA ASN 754 HA ASN 754 53.814 -22.324 1.128
3 HB2 ASN 754 HB2 ASN 754 54.755 -24.154 3.350
4 HB3 ASN 754 HB3 ASN 754 54.172 -24.700 1.791
5 HD21 ASN 754 HD21 ASN 754 56.740 -23.197 3.505
6 HD22 ASN 754 HD22 ASN 754 57.910 -23.282 2.225
No H/Q in entry = 6
In of MODEL 29
1 H TYR 755 H TYR 755 51.829 -22.653 0.726
2 HA TYR 755 HA TYR 755 50.031 -23.701 2.748
3 HB2 TYR 755 HB2 TYR 755 49.682 -21.158 1.164
4 HB3 TYR 755 HB3 TYR 755 48.299 -22.082 1.718
5 HD1 TYR 755 HD1 TYR 755 47.270 -21.091 3.515
6 HD2 TYR 755 HD2 TYR 755 51.493 -20.869 3.278
7 HE1 TYR 755 HE1 TYR 755 47.320 -19.814 5.601
8 HE2 TYR 755 HE2 TYR 755 51.548 -19.612 5.374
9 HH TYR 755 HH TYR 755 48.899 -19.316 7.436
No H/Q in entry = 9
In of MODEL 29
1 H THR 756 H THR 756 48.221 -24.669 1.766
2 HA THR 756 HA THR 756 48.578 -25.357 -1.078
3 HB THR 756 HB THR 756 47.422 -27.036 1.177
4 HG1 THR 756 HG1 THR 756 49.405 -27.467 1.488
5 HG21 THR 756 HG21 THR 756 46.381 -27.497 -0.987
6 HG23 THR 756 HG22 THR 756 47.368 -28.853 -0.443
7 HG22 THR 756 HG23 THR 756 47.971 -27.763 -1.706
No H/Q in entry = 7
In of MODEL 29
1 H LEU 757 H LEU 757 46.600 -25.421 -2.330
2 HA LEU 757 HA LEU 757 44.453 -23.947 -1.074
3 HB2 LEU 757 HB2 LEU 757 44.951 -24.644 -3.973
4 HB3 LEU 757 HB3 LEU 757 43.476 -23.909 -3.400
5 HG LEU 757 HG LEU 757 44.855 -22.232 -4.378
6 HD11 LEU 757 HD11 LEU 757 43.509 -21.570 -2.497
7 HD13 LEU 757 HD12 LEU 757 45.000 -20.640 -2.552
8 HD12 LEU 757 HD13 LEU 757 44.824 -21.949 -1.385
9 HD22 LEU 757 HD21 LEU 757 47.062 -23.255 -4.129
10 HD21 LEU 757 HD22 LEU 757 46.992 -23.013 -2.385
11 HD23 LEU 757 HD23 LEU 757 47.070 -21.621 -3.465
No H/Q in entry = 11
In of MODEL 29
1 H THR 758 H THR 758 42.535 -24.699 -0.710
2 HA THR 758 HA THR 758 42.084 -27.528 -1.273
3 HB THR 758 HB THR 758 40.843 -27.537 0.975
4 HG1 THR 758 HG1 THR 758 41.812 -24.976 0.922
5 HG21 THR 758 HG21 THR 758 43.844 -27.138 0.986
6 HG23 THR 758 HG22 THR 758 43.002 -28.660 0.686
7 HG22 THR 758 HG23 THR 758 42.913 -27.902 2.274
No H/Q in entry = 7
In of MODEL 29
1 H GLY 759 H GLY 759 39.520 -27.814 -0.503
2 HA3 GLY 759 HA2 GLY 759 38.170 -26.275 -2.530
3 HA2 GLY 759 HA3 GLY 759 37.495 -27.577 -1.552
No H/Q in entry = 3
In of MODEL 29
1 H ARG 760 H ARG 760 36.001 -25.353 -1.992
2 HA ARG 760 HA ARG 760 36.378 -23.345 -0.005
3 HB2 ARG 760 HB2 ARG 760 34.176 -22.475 -0.675
4 HB3 ARG 760 HB3 ARG 760 35.151 -22.849 -2.083
5 HG2 ARG 760 HG2 ARG 760 33.047 -23.631 -2.687
6 HG3 ARG 760 HG3 ARG 760 33.868 -25.079 -2.095
7 HD2 ARG 760 HD2 ARG 760 32.794 -24.689 0.120
8 HD3 ARG 760 HD3 ARG 760 31.851 -23.396 -0.619
9 HE ARG 760 HE ARG 760 31.465 -25.595 -2.179
10 HH11 ARG 760 HH11 ARG 760 30.874 -24.770 1.239
11 HH12 ARG 760 HH12 ARG 760 29.551 -25.829 1.398
12 HH21 ARG 760 HH21 ARG 760 29.632 -27.036 -1.932
13 HH22 ARG 760 HH22 ARG 760 28.826 -27.137 -0.430
No H/Q in entry = 13
In of MODEL 29
1 H ASP 761 H ASP 761 35.073 -26.424 0.043
2 HA ASP 761 HA ASP 761 33.261 -26.175 2.207
3 HB2 ASP 761 HB2 ASP 761 32.963 -28.016 0.735
4 HB3 ASP 761 HB3 ASP 761 34.629 -28.538 0.939
No H/Q in entry = 4
In of MODEL 29
1 H SER 762 H SER 762 36.679 -26.528 1.949
2 HA SER 762 HA SER 762 37.193 -28.020 4.255
3 HB2 SER 762 HB2 SER 762 39.038 -26.167 2.779
4 HB3 SER 762 HB3 SER 762 39.494 -27.466 3.893
5 HG SER 762 HG SER 762 38.140 -28.813 2.367
No H/Q in entry = 5
In of MODEL 29
1 H CYS 763 H CYS 763 36.593 -24.593 3.986
2 HA CYS 763 HA CYS 763 36.629 -24.552 6.836
3 HB2 CYS 763 HB2 CYS 763 37.972 -22.494 7.030
4 HB3 CYS 763 HB3 CYS 763 38.914 -23.801 6.335
No H/Q in entry = 4
In of MODEL 29
1 H THR 764 H THR 764 35.944 -21.966 7.345
2 HA THR 764 HA THR 764 33.603 -21.697 5.671
3 HB THR 764 HB THR 764 34.230 -20.478 8.377
4 HG1 THR 764 HG1 THR 764 33.201 -22.856 7.474
5 HG22 THR 764 HG21 THR 764 31.637 -20.606 6.808
6 HG21 THR 764 HG22 THR 764 32.614 -19.158 7.038
7 HG23 THR 764 HG23 THR 764 31.832 -19.924 8.425
No H/Q in entry = 7
In of MODEL 29
1 H LEU 765 H LEU 765 33.784 -20.474 4.062
2 HA LEU 765 HA LEU 765 35.750 -18.343 3.947
3 HB2 LEU 765 HB2 LEU 765 35.317 -20.313 2.264
4 HB3 LEU 765 HB3 LEU 765 33.985 -19.300 1.749
5 HG LEU 765 HG LEU 765 35.566 -17.514 1.176
6 HD12 LEU 765 HD11 LEU 765 37.985 -18.084 1.145
7 HD11 LEU 765 HD12 LEU 765 37.575 -19.596 1.986
8 HD13 LEU 765 HD13 LEU 765 37.302 -18.061 2.778
9 HD22 LEU 765 HD21 LEU 765 34.864 -19.121 -0.526
10 HD21 LEU 765 HD22 LEU 765 36.174 -20.202 -0.061
11 HD23 LEU 765 HD23 LEU 765 36.539 -18.633 -0.779
No H/Q in entry = 11
In of MODEL 29
1 HA PRO 766 HA PRO 766 32.402 -15.360 4.297
2 HB2 PRO 766 HB2 PRO 766 33.630 -13.189 3.154
3 HB3 PRO 766 HB3 PRO 766 33.907 -13.714 4.813
4 HG2 PRO 766 HG2 PRO 766 35.595 -14.100 2.400
5 HG3 PRO 766 HG3 PRO 766 36.081 -13.869 4.084
6 HD2 PRO 766 HD2 PRO 766 36.072 -16.288 2.777
7 HD3 PRO 766 HD3 PRO 766 35.972 -16.121 4.535
No H/Q in entry = 7
In of MODEL 29
1 H ALA 767 H ALA 767 34.109 -15.445 1.157
2 HA ALA 767 HA ALA 767 31.498 -15.026 -0.103
3 HB3 ALA 767 HB1 ALA 767 32.602 -13.960 -1.955
4 HB2 ALA 767 HB2 ALA 767 34.185 -14.263 -1.233
5 HB1 ALA 767 HB3 ALA 767 33.063 -13.141 -0.460
No H/Q in entry = 5
In of MODEL 29
1 H SER 768 H SER 768 30.834 -16.896 -0.354
2 HA SER 768 HA SER 768 32.125 -18.442 -2.435
3 HB2 SER 768 HB2 SER 768 31.338 -20.516 -1.169
4 HB3 SER 768 HB3 SER 768 32.784 -19.719 -0.536
5 HG SER 768 HG SER 768 30.592 -20.313 0.773
No H/Q in entry = 5
In of MODEL 29
1 H ALA 769 H ALA 769 29.262 -17.775 -0.514
2 HA ALA 769 HA ALA 769 27.549 -18.461 -2.781
3 HB3 ALA 769 HB1 ALA 769 26.998 -19.581 -0.657
4 HB1 ALA 769 HB2 ALA 769 25.730 -18.452 -1.138
5 HB2 ALA 769 HB3 ALA 769 26.868 -18.006 0.132
No H/Q in entry = 5
In of MODEL 29
1 H GLU 770 H GLU 770 25.445 -16.827 -2.495
2 HA GLU 770 HA GLU 770 26.613 -14.352 -3.276
3 HB2 GLU 770 HB2 GLU 770 24.306 -13.641 -3.811
4 HB3 GLU 770 HB3 GLU 770 24.748 -15.162 -4.567
5 HG2 GLU 770 HG2 GLU 770 23.481 -16.388 -2.880
6 HG3 GLU 770 HG3 GLU 770 23.081 -14.873 -2.075
No H/Q in entry = 6
In of MODEL 29
1 H LYS 771 H LYS 771 26.887 -12.559 -2.243
2 HA LYS 771 HA LYS 771 25.436 -12.140 0.259
3 HB2 LYS 771 HB2 LYS 771 28.313 -11.343 -0.279
4 HB3 LYS 771 HB3 LYS 771 27.399 -11.066 1.200
5 HG2 LYS 771 HG2 LYS 771 28.197 -13.755 0.091
6 HG3 LYS 771 HG3 LYS 771 28.942 -12.938 1.467
7 HD2 LYS 771 HD2 LYS 771 26.990 -13.178 2.787
8 HD3 LYS 771 HD3 LYS 771 26.005 -13.623 1.397
9 HE2 LYS 771 HE2 LYS 771 26.441 -15.596 2.626
10 HE3 LYS 771 HE3 LYS 771 27.363 -15.622 1.121
11 HZ3 LYS 771 HZ1 LYS 771 29.374 -15.035 2.366
12 HZ2 LYS 771 HZ2 LYS 771 28.662 -16.389 3.041
13 HZ1 LYS 771 HZ3 LYS 771 28.491 -14.914 3.794
No H/Q in entry = 13
In of MODEL 29
1 H ALA 772 H ALA 772 24.250 -10.452 0.172
2 HA ALA 772 HA ALA 772 24.623 -8.545 -1.971
3 HB2 ALA 772 HB1 ALA 772 22.430 -7.708 -1.343
4 HB1 ALA 772 HB2 ALA 772 22.398 -8.803 0.042
5 HB3 ALA 772 HB3 ALA 772 22.391 -9.453 -1.601
No H/Q in entry = 5
In of MODEL 29
1 H CYS 773 H CYS 773 25.842 -6.925 -1.617
2 HA CYS 773 HA CYS 773 25.604 -5.391 0.833
3 HB2 CYS 773 HB2 CYS 773 28.142 -5.259 0.959
4 HB3 CYS 773 HB3 CYS 773 27.447 -6.815 1.409
No H/Q in entry = 4
In of MODEL 29
1 H GLY 774 H GLY 774 27.502 -5.643 -2.153
2 HA3 GLY 774 HA2 GLY 774 26.716 -4.092 -3.926
3 HA2 GLY 774 HA3 GLY 774 26.868 -2.838 -2.701
No H/Q in entry = 3
In of MODEL 29
1 H ALA 775 H ALA 775 29.286 -4.236 -1.575
2 HA ALA 775 HA ALA 775 31.192 -4.020 -3.734
3 HB3 ALA 775 HB1 ALA 775 30.907 -1.714 -3.006
4 HB2 ALA 775 HB2 ALA 775 32.528 -2.314 -2.650
5 HB1 ALA 775 HB3 ALA 775 31.330 -2.176 -1.358
No H/Q in entry = 5
In of MODEL 29
1 H CYS 776 H CYS 776 31.969 -5.966 -3.438
2 HA CYS 776 HA CYS 776 33.860 -6.323 -1.377
3 HB2 CYS 776 HB2 CYS 776 31.574 -8.364 -1.556
4 HB3 CYS 776 HB3 CYS 776 33.131 -8.737 -0.846
No H/Q in entry = 4
In of MODEL 29
1 HA PRO 777 HA PRO 777 34.831 -9.078 -5.089
2 HB2 PRO 777 HB2 PRO 777 32.695 -9.020 -7.042
3 HB3 PRO 777 HB3 PRO 777 33.344 -10.424 -6.195
4 HG2 PRO 777 HG2 PRO 777 30.819 -9.468 -5.795
5 HG3 PRO 777 HG3 PRO 777 31.742 -10.330 -4.552
6 HD2 PRO 777 HD2 PRO 777 31.348 -7.387 -4.921
7 HD3 PRO 777 HD3 PRO 777 31.276 -8.347 -3.429
No H/Q in entry = 7
In of MODEL 29
1 H LEU 778 H LEU 778 35.884 -8.327 -6.981
2 HA LEU 778 HA LEU 778 35.294 -5.554 -7.537
3 HB2 LEU 778 HB2 LEU 778 37.562 -5.446 -8.663
4 HB3 LEU 778 HB3 LEU 778 37.560 -5.685 -6.942
5 HG LEU 778 HG LEU 778 39.362 -6.909 -8.063
6 HD13 LEU 778 HD11 LEU 778 39.155 -9.048 -7.059
7 HD12 LEU 778 HD12 LEU 778 37.418 -8.907 -6.953
8 HD11 LEU 778 HD13 LEU 778 38.446 -7.847 -5.979
9 HD23 LEU 778 HD21 LEU 778 38.860 -8.885 -9.448
10 HD22 LEU 778 HD22 LEU 778 38.375 -7.352 -10.197
11 HD21 LEU 778 HD23 LEU 778 37.166 -8.392 -9.432
No H/Q in entry = 11
In of MODEL 29
1 H TRP 779 H TRP 779 34.642 -8.425 -8.843
2 HA TRP 779 HA TRP 779 34.336 -7.440 -11.597
3 HB2 TRP 779 HB2 TRP 779 33.769 -9.866 -12.061
4 HB3 TRP 779 HB3 TRP 779 35.407 -9.613 -11.460
5 HD1 TRP 779 HD1 TRP 779 31.968 -10.907 -10.247
6 HE1 TRP 779 HE1 TRP 779 32.344 -12.402 -8.191
7 HE3 TRP 779 HE3 TRP 779 36.998 -10.276 -9.668
8 HZ2 TRP 779 HZ2 TRP 779 34.491 -13.180 -6.544
9 HZ3 TRP 779 HZ3 TRP 779 38.124 -11.421 -7.827
10 HH2 TRP 779 HH2 TRP 779 36.895 -12.847 -6.302
No H/Q in entry = 10
In of MODEL 29
1 H GLY 780 H GLY 780 32.732 -7.495 -8.768
2 HA3 GLY 780 HA2 GLY 780 30.095 -7.598 -9.990
3 HA2 GLY 780 HA3 GLY 780 30.420 -8.685 -8.640
No H/Q in entry = 3
In of MODEL 29
1 H LYS 781 H LYS 781 29.016 -5.884 -9.348
2 HA LYS 781 HA LYS 781 29.522 -4.699 -6.706
3 HB2 LYS 781 HB2 LYS 781 29.884 -3.241 -9.336
4 HB3 LYS 781 HB3 LYS 781 29.790 -2.461 -7.778
5 HG2 LYS 781 HG2 LYS 781 31.951 -4.397 -8.580
6 HG3 LYS 781 HG3 LYS 781 32.068 -2.648 -8.764
7 HD2 LYS 781 HD2 LYS 781 31.777 -4.183 -6.175
8 HD3 LYS 781 HD3 LYS 781 33.231 -3.372 -6.752
9 HE2 LYS 781 HE2 LYS 781 30.637 -2.109 -5.864
10 HE3 LYS 781 HE3 LYS 781 32.206 -1.987 -5.098
11 HZ1 LYS 781 HZ1 LYS 781 31.529 -0.826 -7.762
12 HZ3 LYS 781 HZ2 LYS 781 33.017 -0.683 -6.990
13 HZ2 LYS 781 HZ3 LYS 781 31.653 0.021 -6.327
No H/Q in entry = 13
In of MODEL 29
1 H CYS 782 H CYS 782 27.945 -2.821 -6.493
2 HA CYS 782 HA CYS 782 25.675 -3.237 -8.260
3 HB2 CYS 782 HB2 CYS 782 24.441 -1.711 -6.656
4 HB3 CYS 782 HB3 CYS 782 24.995 -3.200 -5.906
No H/Q in entry = 4
In of MODEL 29
1 H ASP 783 H ASP 783 26.587 -2.399 -10.029
2 HA ASP 783 HA ASP 783 28.102 0.059 -9.957
3 HB2 ASP 783 HB2 ASP 783 28.445 -1.995 -11.506
4 HB3 ASP 783 HB3 ASP 783 27.109 -1.325 -12.439
No H/Q in entry = 4
In of MODEL 29
1 H ALA 784 H ALA 784 25.100 -1.131 -11.071
2 HA ALA 784 HA ALA 784 24.008 1.578 -11.261
3 HB1 ALA 784 HB1 ALA 784 23.015 -1.091 -12.309
4 HB3 ALA 784 HB2 ALA 784 23.658 0.233 -13.284
5 HB2 ALA 784 HB3 ALA 784 22.125 0.428 -12.435
No H/Q in entry = 5
In of MODEL 29
1 H GLU 785 H GLU 785 21.515 1.299 -10.374
2 HA GLU 785 HA GLU 785 21.986 0.144 -7.786
3 HB2 GLU 785 HB2 GLU 785 20.868 2.389 -8.049
4 HB3 GLU 785 HB3 GLU 785 19.440 1.524 -8.617
5 HG2 GLU 785 HG2 GLU 785 19.323 2.063 -6.222
6 HG3 GLU 785 HG3 GLU 785 19.311 0.321 -6.519
No H/Q in entry = 6
In of MODEL 29
1 H SER 786 H SER 786 22.163 -1.859 -8.325
2 HA SER 786 HA SER 786 19.896 -3.354 -9.387
3 HB2 SER 786 HB2 SER 786 22.711 -4.221 -8.771
4 HB3 SER 786 HB3 SER 786 21.529 -5.090 -9.741
5 HG SER 786 HG SER 786 21.566 -2.931 -10.965
No H/Q in entry = 5
In of MODEL 29
1 H SER 787 H SER 787 21.034 -2.380 -6.398
2 HA SER 787 HA SER 787 20.772 -2.968 -4.281
3 HB2 SER 787 HB2 SER 787 18.424 -3.523 -4.877
4 HB3 SER 787 HB3 SER 787 18.922 -5.153 -5.323
5 HG SER 787 HG SER 787 19.169 -4.004 -2.740
No H/Q in entry = 5
In of MODEL 29
1 H LYS 788 H LYS 788 20.932 -6.056 -6.023
2 HA LYS 788 HA LYS 788 22.932 -7.019 -4.152
3 HB2 LYS 788 HB2 LYS 788 22.713 -9.206 -5.060
4 HB3 LYS 788 HB3 LYS 788 21.084 -8.573 -4.996
5 HG2 LYS 788 HG2 LYS 788 22.750 -8.530 -7.484
6 HG3 LYS 788 HG3 LYS 788 21.756 -9.915 -7.047
7 HD2 LYS 788 HD2 LYS 788 19.768 -8.446 -7.106
8 HD3 LYS 788 HD3 LYS 788 20.803 -7.098 -7.586
9 HE2 LYS 788 HE2 LYS 788 21.428 -8.229 -9.614
10 HE3 LYS 788 HE3 LYS 788 20.557 -9.679 -9.131
11 HZ3 LYS 788 HZ1 LYS 788 19.296 -8.414 -10.723
12 HZ2 LYS 788 HZ2 LYS 788 19.344 -7.034 -9.765
13 HZ1 LYS 788 HZ3 LYS 788 18.492 -8.381 -9.247
No H/Q in entry = 13
In of MODEL 29
1 H CYS 789 H CYS 789 24.787 -8.379 -5.441
2 HA CYS 789 HA CYS 789 26.115 -6.218 -6.904
3 HB2 CYS 789 HB2 CYS 789 27.233 -8.805 -5.795
4 HB3 CYS 789 HB3 CYS 789 28.164 -7.439 -6.400
No H/Q in entry = 4
In of MODEL 29
1 H VAL 790 H VAL 790 26.306 -6.388 -9.000
2 HA VAL 790 HA VAL 790 25.601 -8.890 -10.351
3 HB VAL 790 HB VAL 790 25.507 -6.025 -11.352
4 HG12 VAL 790 HG11 VAL 790 24.186 -6.915 -13.213
5 HG11 VAL 790 HG12 VAL 790 24.418 -8.554 -12.583
6 HG13 VAL 790 HG13 VAL 790 25.806 -7.615 -13.146
7 HG22 VAL 790 HG21 VAL 790 23.087 -6.217 -11.147
8 HG21 VAL 790 HG22 VAL 790 23.940 -6.390 -9.601
9 HG23 VAL 790 HG23 VAL 790 23.314 -7.823 -10.434
No H/Q in entry = 9
In of MODEL 29
1 H CYS 791 H CYS 791 26.807 -9.264 -12.336
2 HA CYS 791 HA CYS 791 29.604 -8.674 -11.814
3 HB2 CYS 791 HB2 CYS 791 29.975 -10.595 -13.399
4 HB3 CYS 791 HB3 CYS 791 29.117 -10.984 -11.907
No H/Q in entry = 4
In of MODEL 29
1 H ARG 792 H ARG 792 30.708 -7.430 -13.016
2 HA ARG 792 HA ARG 792 29.693 -6.510 -15.582
3 HB2 ARG 792 HB2 ARG 792 31.992 -5.623 -13.816
4 HB3 ARG 792 HB3 ARG 792 31.688 -4.923 -15.416
5 HG2 ARG 792 HG2 ARG 792 29.435 -4.226 -14.551
6 HG3 ARG 792 HG3 ARG 792 29.942 -4.784 -12.960
7 HD2 ARG 792 HD2 ARG 792 30.259 -2.376 -13.143
8 HD3 ARG 792 HD3 ARG 792 31.816 -3.182 -13.009
9 HE ARG 792 HE ARG 792 31.256 -2.899 -15.714
10 HH11 ARG 792 HH11 ARG 792 31.518 -0.544 -13.072
11 HH12 ARG 792 HH12 ARG 792 32.467 0.559 -13.933
12 HH21 ARG 792 HH21 ARG 792 32.485 -1.326 -16.966
13 HH22 ARG 792 HH22 ARG 792 33.014 0.102 -16.229
No H/Q in entry = 13
In of MODEL 29
1 H GLU 793 H GLU 793 31.198 -6.712 -17.444
2 HA GLU 793 HA GLU 793 32.313 -9.357 -17.282
3 HB2 GLU 793 HB2 GLU 793 32.244 -7.513 -19.666
4 HB3 GLU 793 HB3 GLU 793 32.698 -9.214 -19.693
5 HG2 GLU 793 HG2 GLU 793 30.368 -9.606 -18.659
6 HG3 GLU 793 HG3 GLU 793 30.013 -7.988 -19.258
No H/Q in entry = 6
In of MODEL 29
1 H ALA 794 H ALA 794 34.452 -9.717 -18.625
2 HA ALA 794 HA ALA 794 36.471 -8.902 -16.880
3 HB2 ALA 794 HB1 ALA 794 36.532 -10.991 -18.136
4 HB3 ALA 794 HB2 ALA 794 37.995 -10.043 -18.402
5 HB1 ALA 794 HB3 ALA 794 36.738 -10.090 -19.639
No H/Q in entry = 5
In of MODEL 29
1 H SER 795 H SER 795 35.375 -7.678 -19.908
2 HA SER 795 HA SER 795 37.582 -6.035 -20.430
3 HB2 SER 795 HB2 SER 795 34.765 -5.835 -21.489
4 HB3 SER 795 HB3 SER 795 36.205 -5.134 -22.232
5 HG SER 795 HG SER 795 37.012 -7.243 -22.540
No H/Q in entry = 5
In of MODEL 29
1 H GLU 796 H GLU 796 35.011 -5.763 -18.202
2 HA GLU 796 HA GLU 796 35.023 -2.829 -18.153
3 HB2 GLU 796 HB2 GLU 796 33.265 -4.829 -16.800
4 HB3 GLU 796 HB3 GLU 796 33.102 -3.091 -16.676
5 HG2 GLU 796 HG2 GLU 796 32.655 -3.054 -19.125
6 HG3 GLU 796 HG3 GLU 796 32.652 -4.823 -19.079
No H/Q in entry = 6
In of MODEL 29
1 H CYS 797 H CYS 797 36.561 -5.389 -16.736
2 HA CYS 797 HA CYS 797 36.316 -4.875 -14.018
3 HB2 CYS 797 HB2 CYS 797 38.572 -6.165 -15.536
4 HB3 CYS 797 HB3 CYS 797 38.371 -6.223 -13.785
No H/Q in entry = 4
In of MODEL 29
1 H GLU 798 H GLU 798 36.736 -3.133 -13.018
2 HA GLU 798 HA GLU 798 38.583 -1.107 -13.888
3 HB2 GLU 798 HB2 GLU 798 36.982 -1.372 -11.344
4 HB3 GLU 798 HB3 GLU 798 37.762 0.090 -11.930
5 HG2 GLU 798 HG2 GLU 798 35.569 -1.371 -13.380
6 HG3 GLU 798 HG3 GLU 798 35.315 0.009 -12.314
No H/Q in entry = 6
In of MODEL 29
1 H GLU 799 H GLU 799 39.019 -3.925 -12.385
2 HA GLU 799 HA GLU 799 41.407 -3.082 -10.976
3 HB2 GLU 799 HB2 GLU 799 39.536 -3.315 -9.342
4 HB3 GLU 799 HB3 GLU 799 39.285 -4.957 -9.910
5 HG2 GLU 799 HG2 GLU 799 40.513 -4.863 -7.800
6 HG3 GLU 799 HG3 GLU 799 41.456 -5.608 -9.094
No H/Q in entry = 6
In of MODEL 29
1 H GLU 800 H GLU 800 42.966 -4.792 -11.022
2 HA GLU 800 HA GLU 800 42.210 -6.958 -12.743
3 HB2 GLU 800 HB2 GLU 800 44.509 -6.995 -13.679
4 HB3 GLU 800 HB3 GLU 800 43.572 -5.593 -14.165
5 HG2 GLU 800 HG2 GLU 800 44.826 -4.198 -12.635
6 HG3 GLU 800 HG3 GLU 800 45.660 -5.618 -11.999
No H/Q in entry = 6
In of MODEL 29
1 H GLY 801 H GLY 801 41.838 -8.165 -11.224
2 HA3 GLY 801 HA2 GLY 801 43.576 -8.831 -9.098
3 HA2 GLY 801 HA3 GLY 801 42.241 -9.840 -9.653
No H/Q in entry = 3
In of MODEL 29
1 H PHE 802 H PHE 802 43.984 -11.414 -9.001
2 HA PHE 802 HA PHE 802 46.384 -11.613 -10.549
3 HB2 PHE 802 HB2 PHE 802 45.097 -13.526 -8.638
4 HB3 PHE 802 HB3 PHE 802 46.696 -13.762 -9.334
5 HD1 PHE 802 HD1 PHE 802 48.514 -12.229 -8.778
6 HD2 PHE 802 HD2 PHE 802 44.698 -11.934 -6.969
7 HE1 PHE 802 HE1 PHE 802 49.441 -10.833 -7.080
8 HE2 PHE 802 HE2 PHE 802 45.613 -10.529 -5.250
9 HZ PHE 802 HZ PHE 802 48.015 -9.949 -5.264
No H/Q in entry = 9
In of MODEL 29
1 H SER 803 H SER 803 47.024 -13.484 -11.720
2 HA SER 803 HA SER 803 44.828 -14.445 -13.368
3 HB2 SER 803 HB2 SER 803 47.833 -14.652 -13.771
4 HB3 SER 803 HB3 SER 803 46.616 -15.276 -14.890
5 HG SER 803 HG SER 803 46.406 -13.378 -15.670
No H/Q in entry = 5
In of MODEL 29
1 H ILE 804 H ILE 804 44.091 -16.470 -13.268
2 HA ILE 804 HA ILE 804 45.524 -18.336 -11.522
3 HB ILE 804 HB ILE 804 43.532 -19.072 -10.393
4 HG12 ILE 804 HG12 ILE 804 41.910 -18.766 -12.296
5 HG13 ILE 804 HG13 ILE 804 41.289 -18.264 -10.735
6 HG23 ILE 804 HG21 ILE 804 42.833 -17.090 -9.128
7 HG22 ILE 804 HG22 ILE 804 43.614 -16.070 -10.338
8 HG21 ILE 804 HG23 ILE 804 44.581 -17.179 -9.366
9 HD12 ILE 804 HD11 ILE 804 40.624 -16.745 -12.490
10 HD11 ILE 804 HD12 ILE 804 42.313 -16.447 -12.907
11 HD13 ILE 804 HD13 ILE 804 41.682 -15.945 -11.331
No H/Q in entry = 11
In of MODEL 29
1 H CYS 805 H CYS 805 44.183 -20.559 -11.677
2 HA CYS 805 HA CYS 805 43.868 -21.140 -14.556
3 HB2 CYS 805 HB2 CYS 805 45.890 -22.171 -13.526
4 HB3 CYS 805 HB3 CYS 805 44.846 -22.929 -12.328
No H/Q in entry = 4
In of MODEL 29
1 H VAL 806 H VAL 806 41.949 -21.880 -15.125
2 HA VAL 806 HA VAL 806 40.191 -22.930 -13.027
3 HB VAL 806 HB VAL 806 39.201 -21.241 -15.300
4 HG13 VAL 806 HG11 VAL 806 37.507 -22.507 -14.294
5 HG12 VAL 806 HG12 VAL 806 37.338 -20.822 -13.739
6 HG11 VAL 806 HG13 VAL 806 38.025 -22.046 -12.679
7 HG23 VAL 806 HG21 VAL 806 39.063 -19.302 -13.795
8 HG22 VAL 806 HG22 VAL 806 40.715 -19.778 -14.155
9 HG21 VAL 806 HG23 VAL 806 40.004 -20.190 -12.587
No H/Q in entry = 9
In of MODEL 29
1 H GLU 807 H GLU 807 39.325 -24.831 -13.578
2 HA GLU 807 HA GLU 807 39.689 -25.950 -16.213
3 HB2 GLU 807 HB2 GLU 807 39.997 -27.304 -14.162
4 HB3 GLU 807 HB3 GLU 807 38.318 -27.047 -13.739
5 HG2 GLU 807 HG2 GLU 807 37.700 -28.194 -15.868
6 HG3 GLU 807 HG3 GLU 807 39.405 -28.589 -16.084
No H/Q in entry = 6
In of MODEL 29
1 H VAL 808 H VAL 808 38.366 -25.347 -17.670
2 HA VAL 808 HA VAL 808 35.491 -25.145 -17.164
3 HB VAL 808 HB VAL 808 37.150 -23.231 -18.781
4 HG11 VAL 808 HG11 VAL 808 35.007 -23.525 -19.752
5 HG13 VAL 808 HG12 VAL 808 35.184 -21.904 -19.070
6 HG12 VAL 808 HG13 VAL 808 34.224 -23.126 -18.215
7 HG21 VAL 808 HG21 VAL 808 35.846 -22.766 -16.143
8 HG23 VAL 808 HG22 VAL 808 36.556 -21.520 -17.160
9 HG22 VAL 808 HG23 VAL 808 37.567 -22.804 -16.503
No H/Q in entry = 9
In of MODEL 29
1 H ASN 809 H ASN 809 34.481 -26.368 -18.677
2 HA ASN 809 HA ASN 809 33.996 -27.529 -20.589
3 HB2 ASN 809 HB2 ASN 809 36.103 -25.698 -21.704
4 HB3 ASN 809 HB3 ASN 809 35.514 -27.019 -22.685
5 HD21 ASN 809 HD21 ASN 809 33.493 -25.259 -20.441
6 HD22 ASN 809 HD22 ASN 809 32.552 -24.448 -21.624
No H/Q in entry = 6
In of MODEL 29
1 H GLY 810 H GLY 810 36.168 -28.172 -18.624
2 HA3 GLY 810 HA2 GLY 810 37.175 -30.272 -18.292
3 HA2 GLY 810 HA3 GLY 810 37.115 -30.519 -20.044
No H/Q in entry = 3
In of MODEL 29
1 H LYS 811 H LYS 811 38.199 -27.548 -19.896
2 HA LYS 811 HA LYS 811 40.999 -28.434 -20.015
3 HB2 LYS 811 HB2 LYS 811 39.604 -26.092 -21.291
4 HB3 LYS 811 HB3 LYS 811 41.324 -26.440 -21.396
5 HG2 LYS 811 HG2 LYS 811 40.896 -28.463 -22.619
6 HG3 LYS 811 HG3 LYS 811 39.156 -28.270 -22.393
7 HD2 LYS 811 HD2 LYS 811 39.875 -27.580 -24.622
8 HD3 LYS 811 HD3 LYS 811 39.174 -26.244 -23.703
9 HE2 LYS 811 HE2 LYS 811 41.416 -25.446 -23.160
10 HE3 LYS 811 HE3 LYS 811 42.132 -26.777 -24.056
11 HZ1 LYS 811 HZ1 LYS 811 41.090 -25.860 -26.073
12 HZ3 LYS 811 HZ2 LYS 811 42.137 -24.767 -25.347
13 HZ2 LYS 811 HZ3 LYS 811 40.468 -24.572 -25.174
No H/Q in entry = 13
In of MODEL 29
1 H GLU 812 H GLU 812 42.540 -27.193 -19.020
2 HA GLU 812 HA GLU 812 41.510 -25.457 -16.903
3 HB2 GLU 812 HB2 GLU 812 44.225 -26.728 -17.250
4 HB3 GLU 812 HB3 GLU 812 43.730 -25.758 -15.868
5 HG2 GLU 812 HG2 GLU 812 42.054 -27.404 -15.276
6 HG3 GLU 812 HG3 GLU 812 42.464 -28.372 -16.689
No H/Q in entry = 6
In of MODEL 29
1 H GLN 813 H GLN 813 41.284 -23.536 -17.692
2 HA GLN 813 HA GLN 813 43.316 -22.432 -19.502
3 HB2 GLN 813 HB2 GLN 813 41.108 -22.494 -20.402
4 HB3 GLN 813 HB3 GLN 813 40.419 -21.750 -18.967
5 HG2 GLN 813 HG2 GLN 813 41.609 -19.674 -19.510
6 HG3 GLN 813 HG3 GLN 813 42.272 -20.437 -20.950
7 HE21 GLN 813 HE21 GLN 813 39.780 -21.862 -21.575
8 HE22 GLN 813 HE22 GLN 813 38.713 -20.648 -22.179
No H/Q in entry = 8
In of MODEL 29
1 H THR 814 H THR 814 44.306 -20.548 -19.032
2 HA THR 814 HA THR 814 44.341 -19.657 -16.282
3 HB THR 814 HB THR 814 45.733 -18.484 -18.671
4 HG1 THR 814 HG1 THR 814 47.520 -19.909 -17.747
5 HG21 THR 814 HG21 THR 814 45.820 -17.145 -16.632
6 HG23 THR 814 HG22 THR 814 47.418 -17.790 -17.013
7 HG22 THR 814 HG23 THR 814 46.449 -18.528 -15.737
No H/Q in entry = 7
In of MODEL 29
1 H MET 815 H MET 815 43.075 -17.979 -15.640
2 HA MET 815 HA MET 815 42.191 -16.038 -17.684
3 HB2 MET 815 HB2 MET 815 40.492 -16.810 -15.312
4 HB3 MET 815 HB3 MET 815 40.033 -15.820 -16.681
5 HG2 MET 815 HG2 MET 815 40.340 -17.984 -18.066
6 HG3 MET 815 HG3 MET 815 40.397 -18.723 -16.463
7 HE3 MET 815 HE1 MET 815 36.959 -19.716 -17.872
8 HE2 MET 815 HE2 MET 815 38.541 -20.272 -17.279
9 HE1 MET 815 HE3 MET 815 38.433 -19.405 -18.802
No H/Q in entry = 9
In of MODEL 29
1 H SER 816 H SER 816 41.470 -14.035 -16.570
2 HA SER 816 HA SER 816 43.239 -13.458 -14.353
3 HB2 SER 816 HB2 SER 816 41.247 -11.676 -15.772
4 HB3 SER 816 HB3 SER 816 42.511 -11.159 -14.647
5 HG SER 816 HG SER 816 43.680 -12.628 -16.485
No H/Q in entry = 5
In of MODEL 29
1 H GLU 817 H GLU 817 42.452 -12.887 -12.334
2 HA GLU 817 HA GLU 817 40.547 -14.245 -11.005
3 HB2 GLU 817 HB2 GLU 817 42.353 -12.763 -10.202
4 HB3 GLU 817 HB3 GLU 817 41.324 -11.413 -10.609
5 HG2 GLU 817 HG2 GLU 817 39.652 -12.267 -9.020
6 HG3 GLU 817 HG3 GLU 817 40.861 -13.464 -8.516
No H/Q in entry = 6
In of MODEL 29
1 H CYS 818 H CYS 818 40.217 -10.973 -12.220
2 HA CYS 818 HA CYS 818 37.553 -10.571 -11.503
3 HB2 CYS 818 HB2 CYS 818 37.800 -8.662 -13.173
4 HB3 CYS 818 HB3 CYS 818 38.906 -8.694 -11.801
No H/Q in entry = 4
In of MODEL 29
1 H GLU 819 H GLU 819 38.977 -12.121 -14.209
2 HA GLU 819 HA GLU 819 36.659 -11.961 -15.909
3 HB2 GLU 819 HB2 GLU 819 38.919 -11.963 -16.818
4 HB3 GLU 819 HB3 GLU 819 39.212 -13.511 -16.056
5 HG2 GLU 819 HG2 GLU 819 37.742 -14.617 -17.520
6 HG3 GLU 819 HG3 GLU 819 37.155 -13.087 -18.185
No H/Q in entry = 6
In of MODEL 29
1 H ALA 820 H ALA 820 38.491 -14.605 -14.349
2 HA ALA 820 HA ALA 820 36.709 -16.639 -14.754
3 HB2 ALA 820 HB1 ALA 820 37.758 -17.721 -12.793
4 HB3 ALA 820 HB2 ALA 820 38.518 -16.183 -12.387
5 HB1 ALA 820 HB3 ALA 820 38.939 -17.004 -13.891
No H/Q in entry = 5
In of MODEL 29
1 H GLY 821 H GLY 821 36.966 -14.260 -12.156
2 HA3 GLY 821 HA2 GLY 821 34.871 -15.108 -10.511
3 HA2 GLY 821 HA3 GLY 821 35.559 -13.491 -10.574
No H/Q in entry = 3
In of MODEL 29
1 H ALA 822 H ALA 822 34.935 -12.825 -13.280
2 HA ALA 822 HA ALA 822 32.289 -11.970 -13.026
3 HB2 ALA 822 HB1 ALA 822 33.934 -10.850 -14.466
4 HB3 ALA 822 HB2 ALA 822 32.474 -11.266 -15.365
5 HB1 ALA 822 HB3 ALA 822 33.933 -12.241 -15.548
No H/Q in entry = 5
In of MODEL 29
1 H LEU 823 H LEU 823 33.706 -14.607 -14.930
2 HA LEU 823 HA LEU 823 31.287 -15.622 -15.979
3 HB2 LEU 823 HB2 LEU 823 33.952 -16.914 -15.446
4 HB3 LEU 823 HB3 LEU 823 32.607 -17.876 -15.999
5 HG LEU 823 HG LEU 823 33.973 -17.411 -17.876
6 HD11 LEU 823 HD11 LEU 823 31.625 -17.335 -18.329
7 HD13 LEU 823 HD12 LEU 823 32.513 -16.235 -19.378
8 HD12 LEU 823 HD13 LEU 823 31.596 -15.600 -18.016
9 HD22 LEU 823 HD21 LEU 823 35.225 -15.477 -17.066
10 HD21 LEU 823 HD22 LEU 823 33.784 -14.477 -17.212
11 HD23 LEU 823 HD23 LEU 823 34.535 -15.156 -18.656
No H/Q in entry = 11
In of MODEL 29
1 H ARG 824 H ARG 824 32.931 -16.253 -12.978
2 HA ARG 824 HA ARG 824 31.197 -18.297 -12.032
3 HB2 ARG 824 HB2 ARG 824 33.451 -18.159 -11.188
4 HB3 ARG 824 HB3 ARG 824 33.204 -16.508 -10.658
5 HG2 ARG 824 HG2 ARG 824 33.247 -17.992 -8.765
6 HG3 ARG 824 HG3 ARG 824 31.636 -17.311 -8.951
7 HD2 ARG 824 HD2 ARG 824 31.420 -19.622 -8.407
8 HD3 ARG 824 HD3 ARG 824 30.952 -19.437 -10.091
9 HE ARG 824 HE ARG 824 32.959 -20.523 -10.679
10 HH11 ARG 824 HH11 ARG 824 32.468 -20.424 -7.135
11 HH12 ARG 824 HH12 ARG 824 33.343 -21.845 -6.856
12 HH21 ARG 824 HH21 ARG 824 34.093 -22.554 -10.237
13 HH22 ARG 824 HH22 ARG 824 34.333 -23.026 -8.617
No H/Q in entry = 13
In of MODEL 29
1 H CYS 825 H CYS 825 30.949 -14.872 -12.022
2 HA CYS 825 HA CYS 825 28.997 -14.903 -9.859
3 HB2 CYS 825 HB2 CYS 825 30.783 -13.157 -9.971
4 HB3 CYS 825 HB3 CYS 825 30.098 -12.638 -11.505
No H/Q in entry = 4
In of MODEL 29
1 H ARG 826 H ARG 826 29.352 -14.758 -13.270
2 HA ARG 826 HA ARG 826 26.738 -13.914 -13.856
3 HB2 ARG 826 HB2 ARG 826 28.450 -13.481 -15.440
4 HB3 ARG 826 HB3 ARG 826 28.979 -15.161 -15.429
5 HG2 ARG 826 HG2 ARG 826 26.965 -15.835 -16.354
6 HG3 ARG 826 HG3 ARG 826 26.366 -14.158 -16.345
7 HD2 ARG 826 HD2 ARG 826 27.954 -13.503 -18.003
8 HD3 ARG 826 HD3 ARG 826 28.846 -15.018 -17.837
9 HE ARG 826 HE ARG 826 26.645 -16.019 -18.637
10 HH11 ARG 826 HH11 ARG 826 27.893 -12.919 -19.820
11 HH12 ARG 826 HH12 ARG 826 27.331 -13.162 -21.412
12 HH21 ARG 826 HH21 ARG 826 25.842 -16.279 -20.881
13 HH22 ARG 826 HH22 ARG 826 26.168 -15.051 -22.007
No H/Q in entry = 13
In of MODEL 29
1 H GLY 827 H GLY 827 28.415 -17.074 -13.836
2 HA3 GLY 827 HA2 GLY 827 26.843 -18.814 -12.763
3 HA2 GLY 827 HA3 GLY 827 25.723 -18.269 -14.002
No H/Q in entry = 3
In of MODEL 29
1 H GLN 828 H GLN 828 28.794 -18.298 -15.264
2 HA GLN 828 HA GLN 828 28.306 -20.500 -16.987
3 HB2 GLN 828 HB2 GLN 828 29.638 -18.533 -17.626
4 HB3 GLN 828 HB3 GLN 828 30.815 -18.907 -16.382
5 HG2 GLN 828 HG2 GLN 828 31.633 -19.513 -18.584
6 HG3 GLN 828 HG3 GLN 828 31.422 -20.937 -17.559
7 HE21 GLN 828 HE21 GLN 828 30.253 -19.240 -20.331
8 HE22 GLN 828 HE22 GLN 828 29.275 -20.523 -20.936
No H/Q in entry = 8
In of MODEL 29
1 H SER 829 H SER 829 29.769 -22.425 -17.131
2 HA SER 829 HA SER 829 30.277 -23.515 -14.510
3 HB2 SER 829 HB2 SER 829 29.188 -24.946 -16.031
4 HB3 SER 829 HB3 SER 829 30.430 -24.766 -17.271
5 HG SER 829 HG SER 829 30.445 -26.103 -14.807
No H/Q in entry = 5
In of MODEL 29
1 H ILE 830 H ILE 830 32.102 -23.128 -13.566
2 HA ILE 830 HA ILE 830 34.537 -23.409 -15.055
3 HB ILE 830 HB ILE 830 35.571 -21.363 -14.137
4 HG12 ILE 830 HG12 ILE 830 34.114 -21.220 -12.070
5 HG13 ILE 830 HG13 ILE 830 34.399 -19.660 -12.719
6 HG21 ILE 830 HG21 ILE 830 34.612 -21.132 -16.316
7 HG23 ILE 830 HG22 ILE 830 34.442 -19.609 -15.439
8 HG22 ILE 830 HG23 ILE 830 33.055 -20.694 -15.624
9 HD11 ILE 830 HD11 ILE 830 31.927 -21.278 -13.178
10 HD13 ILE 830 HD12 ILE 830 32.239 -19.644 -13.788
11 HD12 ILE 830 HD13 ILE 830 32.134 -19.942 -12.050
No H/Q in entry = 11
In of MODEL 29
1 H SER 831 H SER 831 35.992 -24.467 -13.764
2 HA SER 831 HA SER 831 35.410 -24.605 -10.904
3 HB2 SER 831 HB2 SER 831 36.670 -26.549 -12.792
4 HB3 SER 831 HB3 SER 831 36.545 -26.756 -11.038
5 HG SER 831 HG SER 831 34.131 -26.407 -11.556
No H/Q in entry = 5
In of MODEL 29
1 H VAL 832 H VAL 832 36.851 -23.191 -9.952
2 HA VAL 832 HA VAL 832 39.363 -22.572 -11.166
3 HB VAL 832 HB VAL 832 38.282 -21.905 -8.423
4 HG13 VAL 832 HG11 VAL 832 40.029 -20.135 -8.363
5 HG12 VAL 832 HG12 VAL 832 40.658 -20.722 -9.901
6 HG11 VAL 832 HG13 VAL 832 40.743 -21.744 -8.466
7 HG21 VAL 832 HG21 VAL 832 36.930 -20.948 -10.189
8 HG23 VAL 832 HG22 VAL 832 38.364 -20.259 -10.947
9 HG22 VAL 832 HG23 VAL 832 37.836 -19.672 -9.371
No H/Q in entry = 9
In of MODEL 29
1 H THR 833 H THR 833 40.968 -23.964 -11.210
2 HA THR 833 HA THR 833 41.109 -26.045 -9.237
3 HB THR 833 HB THR 833 42.956 -26.852 -10.766
4 HG1 THR 833 HG1 THR 833 43.444 -25.693 -12.454
5 HG23 THR 833 HG21 THR 833 40.675 -27.740 -10.883
6 HG22 THR 833 HG22 THR 833 41.384 -27.613 -12.496
7 HG21 THR 833 HG23 THR 833 40.212 -26.414 -11.950
No H/Q in entry = 7
In of MODEL 29
1 H SER 834 H SER 834 42.906 -23.202 -10.242
2 HA SER 834 HA SER 834 44.539 -23.469 -7.869
3 HB2 SER 834 HB2 SER 834 45.776 -23.288 -10.625
4 HB3 SER 834 HB3 SER 834 46.643 -23.141 -9.102
5 HG SER 834 HG SER 834 45.077 -25.394 -9.285
No H/Q in entry = 5
In of MODEL 29
1 H ILE 835 H ILE 835 45.300 -21.606 -7.097
2 HA ILE 835 HA ILE 835 44.163 -19.081 -8.055
3 HB ILE 835 HB ILE 835 45.086 -18.162 -6.005
4 HG12 ILE 835 HG12 ILE 835 46.045 -19.812 -4.288
5 HG13 ILE 835 HG13 ILE 835 46.382 -20.877 -5.644
6 HG22 ILE 835 HG21 ILE 835 43.841 -19.533 -4.408
7 HG21 ILE 835 HG22 ILE 835 43.719 -20.803 -5.631
8 HG23 ILE 835 HG23 ILE 835 42.953 -19.232 -5.905
9 HD11 ILE 835 HD11 ILE 835 47.482 -18.136 -5.175
10 HD13 ILE 835 HD12 ILE 835 47.869 -19.177 -6.552
11 HD12 ILE 835 HD13 ILE 835 48.318 -19.665 -4.907
No H/Q in entry = 11
In of MODEL 29
1 H ARG 836 H ARG 836 46.839 -20.829 -8.803
2 HA ARG 836 HA ARG 836 48.322 -18.435 -9.547
3 HB2 ARG 836 HB2 ARG 836 50.260 -19.923 -9.848
4 HB3 ARG 836 HB3 ARG 836 49.667 -19.854 -8.204
5 HG2 ARG 836 HG2 ARG 836 48.631 -22.027 -8.489
6 HG3 ARG 836 HG3 ARG 836 49.208 -22.086 -10.166
7 HD2 ARG 836 HD2 ARG 836 51.439 -21.836 -9.441
8 HD3 ARG 836 HD3 ARG 836 50.930 -21.691 -7.769
9 HE ARG 836 HE ARG 836 50.034 -24.140 -8.907
10 HH11 ARG 836 HH11 ARG 836 52.961 -22.619 -7.633
11 HH12 ARG 836 HH12 ARG 836 53.623 -24.044 -6.994
12 HH21 ARG 836 HH21 ARG 836 50.940 -26.143 -8.040
13 HH22 ARG 836 HH22 ARG 836 52.452 -26.119 -7.254
No H/Q in entry = 13
In of MODEL 29
1 HA PRO 837 HA PRO 837 47.154 -19.013 -13.670
2 HB2 PRO 837 HB2 PRO 837 49.323 -18.141 -15.054
3 HB3 PRO 837 HB3 PRO 837 48.235 -17.052 -14.185
4 HG2 PRO 837 HG2 PRO 837 50.890 -18.147 -13.341
5 HG3 PRO 837 HG3 PRO 837 50.252 -16.499 -13.180
6 HD2 PRO 837 HD2 PRO 837 50.264 -18.246 -11.128
7 HD3 PRO 837 HD3 PRO 837 48.990 -17.027 -11.331
No H/Q in entry = 7
In of MODEL 29
1 H CYS 838 H CYS 838 47.258 -20.423 -15.348
2 HA CYS 838 HA CYS 838 49.155 -22.626 -15.122
3 HB2 CYS 838 HB2 CYS 838 46.747 -23.159 -15.318
4 HB3 CYS 838 HB3 CYS 838 46.672 -22.251 -16.824
No H/Q in entry = 4
In of MODEL 29
1 H ALA 839 H ALA 839 50.023 -23.375 -17.366
2 HA ALA 839 HA ALA 839 51.014 -21.026 -18.731
3 HB1 ALA 839 HB1 ALA 839 51.642 -23.936 -19.229
4 HB2 ALA 839 HB2 ALA 839 52.566 -22.852 -18.189
5 HB3 ALA 839 HB3 ALA 839 52.488 -22.559 -19.926
No H/Q in entry = 5
In of MODEL 29
1 H ALA 840 H ALA 840 48.241 -22.543 -18.926
2 HA ALA 840 HA ALA 840 47.674 -23.073 -21.622
3 HB3 ALA 840 HB1 ALA 840 45.338 -22.623 -21.033
4 HB1 ALA 840 HB2 ALA 840 45.861 -21.897 -19.516
5 HB2 ALA 840 HB3 ALA 840 46.128 -23.613 -19.806
No H/Q in entry = 5
In of MODEL 29
1 H GLU 841 H GLU 841 46.821 -20.238 -19.840
2 HA GLU 841 HA GLU 841 46.346 -18.071 -20.426
3 HB2 GLU 841 HB2 GLU 841 48.946 -18.399 -21.913
4 HB3 GLU 841 HB3 GLU 841 48.205 -16.869 -21.463
5 HG2 GLU 841 HG2 GLU 841 48.456 -17.421 -19.110
6 HG3 GLU 841 HG3 GLU 841 49.170 -18.976 -19.539
No H/Q in entry = 6
In of MODEL 29
1 H THR 842 H THR 842 44.492 -18.852 -21.645
2 HA THR 842 HA THR 842 44.740 -18.916 -24.477
3 HB THR 842 HB THR 842 42.241 -18.736 -22.817
4 HG1 THR 842 HG1 THR 842 43.990 -20.889 -23.428
5 HG21 THR 842 HG21 THR 842 41.949 -18.447 -25.240
6 HG23 THR 842 HG22 THR 842 41.239 -19.969 -24.707
7 HG22 THR 842 HG23 THR 842 42.796 -19.964 -25.534
No H/Q in entry = 7
In of MODEL 29
1 H GLN 843 H GLN 843 45.172 -17.079 -25.367
2 HA GLN 843 HA GLN 843 44.016 -14.576 -24.411
3 HB2 GLN 843 HB2 GLN 843 46.008 -14.977 -26.665
4 HB3 GLN 843 HB3 GLN 843 45.601 -13.470 -25.867
5 HG2 GLN 843 HG2 GLN 843 47.059 -15.794 -24.636
6 HG3 GLN 843 HG3 GLN 843 47.770 -14.276 -25.173
7 HE21 GLN 843 HE21 GLN 843 47.776 -15.524 -22.594
8 HE22 GLN 843 HE22 GLN 843 47.071 -14.393 -21.481
No H/Q in entry = 8
In of MODEL 30
1 H1 GLY 689 H2 GLY 689 54.891 -7.020 -27.249
2 H2 GLY 689 H1 GLY 689 55.000 -7.746 -28.753
3 H3 GLY 689 H3 GLY 689 56.254 -7.954 -27.646
4 HA2 GLY 689 HA2 GLY 689 56.827 -6.387 -29.392
5 HA3 GLY 689 HA3 GLY 689 56.774 -5.595 -27.819
No H/Q in entry = 5
In of MODEL 30
1 H SER 690 H SER 690 56.512 -3.699 -29.414
2 HA SER 690 HA SER 690 53.901 -3.409 -30.563
3 HB2 SER 690 HB2 SER 690 53.263 -1.501 -29.093
4 HB3 SER 690 HB3 SER 690 53.364 -3.024 -28.206
5 HG SER 690 HG SER 690 55.484 -2.392 -27.581
No H/Q in entry = 5
In of MODEL 30
1 H HIS 691 H HIS 691 53.724 -1.196 -31.537
2 HA HIS 691 HA HIS 691 56.390 -0.014 -31.940
3 HB2 HIS 691 HB2 HIS 691 55.878 0.597 -34.197
4 HB3 HIS 691 HB3 HIS 691 55.337 -1.059 -34.026
5 HD1 HIS 691 HD1 HIS 691 54.250 2.183 -35.209
6 HD2 HIS 691 HD2 HIS 691 52.368 -1.192 -33.703
7 HE1 HIS 691 HE1 HIS 691 51.841 2.414 -35.827
8 HE2 HIS 691 HE2 HIS 691 50.712 0.484 -34.679
No H/Q in entry = 8
In of MODEL 30
1 H MET 692 H MET 692 53.383 0.501 -30.581
2 HA MET 692 HA MET 692 53.333 3.347 -31.063
3 HB2 MET 692 HB2 MET 692 51.550 1.657 -29.316
4 HB3 MET 692 HB3 MET 692 51.359 3.388 -29.530
5 HG2 MET 692 HG2 MET 692 51.097 1.264 -31.647
6 HG3 MET 692 HG3 MET 692 49.802 2.215 -30.929
7 HE1 MET 692 HE1 MET 692 49.505 4.857 -31.379
8 HE3 MET 692 HE2 MET 692 50.601 5.793 -32.391
9 HE2 MET 692 HE3 MET 692 51.165 5.143 -30.851
No H/Q in entry = 9
In of MODEL 30
1 H ASN 693 H ASN 693 54.910 1.396 -28.828
2 HA ASN 693 HA ASN 693 54.953 3.515 -26.867
3 HB2 ASN 693 HB2 ASN 693 56.274 0.780 -26.853
4 HB3 ASN 693 HB3 ASN 693 56.598 1.990 -25.617
5 HD21 ASN 693 HD21 ASN 693 54.365 -0.387 -26.762
6 HD22 ASN 693 HD22 ASN 693 53.214 -0.206 -25.499
No H/Q in entry = 6
In of MODEL 30
1 HA PRO 694 HA PRO 694 58.067 5.639 -29.054
2 HB2 PRO 694 HB2 PRO 694 58.911 7.308 -27.052
3 HB3 PRO 694 HB3 PRO 694 57.430 7.553 -27.977
4 HG2 PRO 694 HG2 PRO 694 57.790 6.337 -25.270
5 HG3 PRO 694 HG3 PRO 694 56.543 7.464 -25.835
6 HD2 PRO 694 HD2 PRO 694 56.074 4.827 -25.573
7 HD3 PRO 694 HD3 PRO 694 55.317 5.784 -26.865
No H/Q in entry = 7
In of MODEL 30
1 H LEU 695 H LEU 695 58.849 4.163 -25.977
2 HA LEU 695 HA LEU 695 61.365 3.457 -27.084
3 HB2 LEU 695 HB2 LEU 695 62.611 4.126 -24.955
4 HB3 LEU 695 HB3 LEU 695 62.190 5.393 -26.072
5 HG LEU 695 HG LEU 695 60.208 5.878 -24.507
6 HD12 LEU 695 HD11 LEU 695 61.877 4.274 -22.586
7 HD11 LEU 695 HD12 LEU 695 60.275 3.848 -23.178
8 HD13 LEU 695 HD13 LEU 695 60.488 5.280 -22.171
9 HD22 LEU 695 HD21 LEU 695 62.106 7.345 -24.743
10 HD21 LEU 695 HD22 LEU 695 63.031 6.373 -23.597
11 HD23 LEU 695 HD23 LEU 695 61.609 7.262 -23.053
No H/Q in entry = 11
In of MODEL 30
1 H THR 696 H THR 696 61.696 1.445 -26.884
2 HA THR 696 HA THR 696 60.232 -0.019 -24.888
3 HB THR 696 HB THR 696 61.282 -1.971 -26.213
4 HG1 THR 696 HG1 THR 696 62.789 -1.177 -27.456
5 HG22 THR 696 HG21 THR 696 59.597 -1.768 -28.005
6 HG21 THR 696 HG22 THR 696 59.395 -0.059 -27.618
7 HG23 THR 696 HG23 THR 696 58.922 -1.289 -26.447
No H/Q in entry = 7
In of MODEL 30
1 H GLN 697 H GLN 697 61.392 0.631 -23.082
2 HA GLN 697 HA GLN 697 64.153 -0.338 -22.977
3 HB2 GLN 697 HB2 GLN 697 62.861 1.869 -21.405
4 HB3 GLN 697 HB3 GLN 697 64.460 1.216 -21.079
5 HG2 GLN 697 HG2 GLN 697 65.043 1.829 -23.461
6 HG3 GLN 697 HG3 GLN 697 63.527 2.728 -23.494
7 HE21 GLN 697 HE21 GLN 697 65.636 2.407 -20.702
8 HE22 GLN 697 HE22 GLN 697 66.097 4.063 -20.657
No H/Q in entry = 8
In of MODEL 30
1 H ALA 698 H ALA 698 64.812 -1.083 -20.842
2 HA ALA 698 HA ALA 698 62.830 -2.915 -19.809
3 HB3 ALA 698 HB1 ALA 698 64.631 -3.805 -18.449
4 HB1 ALA 698 HB2 ALA 698 65.663 -2.440 -18.874
5 HB2 ALA 698 HB3 ALA 698 65.203 -3.610 -20.109
No H/Q in entry = 5
In of MODEL 30
1 H VAL 699 H VAL 699 61.299 -2.055 -18.829
2 HA VAL 699 HA VAL 699 61.862 -0.304 -16.634
3 HB VAL 699 HB VAL 699 59.400 -0.023 -16.712
4 HG12 VAL 699 HG11 VAL 699 59.462 1.569 -18.660
5 HG11 VAL 699 HG12 VAL 699 60.972 0.814 -19.171
6 HG13 VAL 699 HG13 VAL 699 60.895 1.687 -17.641
7 HG23 VAL 699 HG21 VAL 699 59.626 -1.367 -19.407
8 HG22 VAL 699 HG22 VAL 699 58.197 -0.515 -18.826
9 HG21 VAL 699 HG23 VAL 699 58.748 -1.974 -18.002
No H/Q in entry = 9
In of MODEL 30
1 HA PRO 700 HA PRO 700 61.221 -3.859 -14.117
2 HB2 PRO 700 HB2 PRO 700 60.732 -2.629 -11.740
3 HB3 PRO 700 HB3 PRO 700 62.338 -2.887 -12.429
4 HG2 PRO 700 HG2 PRO 700 60.653 -0.426 -12.403
5 HG3 PRO 700 HG3 PRO 700 62.411 -0.566 -12.242
6 HD2 PRO 700 HD2 PRO 700 61.164 0.181 -14.563
7 HD3 PRO 700 HD3 PRO 700 62.730 -0.642 -14.528
No H/Q in entry = 7
In of MODEL 30
1 H LYS 701 H LYS 701 59.623 -5.030 -14.043
2 HA LYS 701 HA LYS 701 56.937 -3.948 -13.655
3 HB2 LYS 701 HB2 LYS 701 57.905 -6.366 -15.105
4 HB3 LYS 701 HB3 LYS 701 56.215 -6.132 -14.692
5 HG2 LYS 701 HG2 LYS 701 56.260 -3.993 -15.912
6 HG3 LYS 701 HG3 LYS 701 57.923 -4.336 -16.379
7 HD2 LYS 701 HD2 LYS 701 56.652 -4.935 -18.169
8 HD3 LYS 701 HD3 LYS 701 57.070 -6.460 -17.365
9 HE2 LYS 701 HE2 LYS 701 54.385 -5.028 -17.119
10 HE3 LYS 701 HE3 LYS 701 54.681 -6.355 -18.221
11 HZ2 LYS 701 HZ1 LYS 701 54.684 -6.495 -15.230
12 HZ1 LYS 701 HZ2 LYS 701 55.126 -7.765 -16.248
13 HZ3 LYS 701 HZ3 LYS 701 53.572 -7.167 -16.297
No H/Q in entry = 13
In of MODEL 30
1 H CYS 702 H CYS 702 55.483 -5.908 -12.765
2 HA CYS 702 HA CYS 702 56.932 -7.528 -10.849
3 HB2 CYS 702 HB2 CYS 702 55.081 -7.004 -9.233
4 HB3 CYS 702 HB3 CYS 702 56.243 -5.719 -9.415
No H/Q in entry = 4
In of MODEL 30
1 H GLN 703 H GLN 703 55.868 -9.455 -10.448
2 HA GLN 703 HA GLN 703 53.683 -10.114 -12.200
3 HB2 GLN 703 HB2 GLN 703 55.018 -11.648 -9.960
4 HB3 GLN 703 HB3 GLN 703 53.748 -12.301 -10.988
5 HG2 GLN 703 HG2 GLN 703 56.435 -11.337 -11.917
6 HG3 GLN 703 HG3 GLN 703 55.956 -13.021 -11.705
7 HE21 GLN 703 HE21 GLN 703 54.596 -13.964 -13.197
8 HE22 GLN 703 HE22 GLN 703 54.225 -13.223 -14.707
No H/Q in entry = 8
In of MODEL 30
1 H ARG 704 H ARG 704 51.839 -11.349 -10.930
2 HA ARG 704 HA ARG 704 50.296 -9.329 -9.791
3 HB2 ARG 704 HB2 ARG 704 49.970 -12.295 -9.471
4 HB3 ARG 704 HB3 ARG 704 48.757 -11.110 -9.032
5 HG2 ARG 704 HG2 ARG 704 49.832 -11.603 -11.791
6 HG3 ARG 704 HG3 ARG 704 48.290 -12.164 -11.152
7 HD2 ARG 704 HD2 ARG 704 47.657 -9.804 -10.790
8 HD3 ARG 704 HD3 ARG 704 49.154 -9.320 -11.578
9 HE ARG 704 HE ARG 704 47.609 -11.133 -13.179
10 HH11 ARG 704 HH11 ARG 704 47.981 -7.694 -12.388
11 HH12 ARG 704 HH12 ARG 704 47.294 -7.159 -13.858
12 HH21 ARG 704 HH21 ARG 704 46.661 -10.364 -15.187
13 HH22 ARG 704 HH22 ARG 704 46.545 -8.688 -15.448
No H/Q in entry = 13
In of MODEL 30
1 H TRP 705 H TRP 705 52.362 -11.604 -8.213
2 HA TRP 705 HA TRP 705 51.433 -10.806 -5.568
3 HB2 TRP 705 HB2 TRP 705 52.820 -12.761 -4.817
4 HB3 TRP 705 HB3 TRP 705 51.506 -13.164 -5.920
5 HD1 TRP 705 HD1 TRP 705 55.293 -13.217 -5.640
6 HE1 TRP 705 HE1 TRP 705 56.281 -14.430 -7.666
7 HE3 TRP 705 HE3 TRP 705 51.053 -13.711 -8.454
8 HZ2 TRP 705 HZ2 TRP 705 55.396 -15.485 -10.127
9 HZ3 TRP 705 HZ3 TRP 705 51.217 -14.825 -10.642
10 HH2 TRP 705 HH2 TRP 705 53.342 -15.704 -11.455
No H/Q in entry = 10
In of MODEL 30
1 H GLU 706 H GLU 706 53.506 -9.432 -7.626
2 HA GLU 706 HA GLU 706 55.443 -8.936 -5.518
3 HB2 GLU 706 HB2 GLU 706 55.954 -8.982 -8.516
4 HB3 GLU 706 HB3 GLU 706 57.117 -8.541 -7.276
5 HG2 GLU 706 HG2 GLU 706 56.958 -10.806 -6.355
6 HG3 GLU 706 HG3 GLU 706 55.857 -11.237 -7.663
No H/Q in entry = 6
In of MODEL 30
1 H LYS 707 H LYS 707 56.467 -6.719 -5.905
2 HA LYS 707 HA LYS 707 54.778 -4.911 -7.333
3 HB2 LYS 707 HB2 LYS 707 54.048 -3.557 -5.477
4 HB3 LYS 707 HB3 LYS 707 53.529 -5.203 -5.226
5 HG2 LYS 707 HG2 LYS 707 54.206 -4.661 -3.104
6 HG3 LYS 707 HG3 LYS 707 55.701 -5.341 -3.738
7 HD2 LYS 707 HD2 LYS 707 56.186 -3.283 -2.547
8 HD3 LYS 707 HD3 LYS 707 56.475 -3.038 -4.269
9 HE2 LYS 707 HE2 LYS 707 54.293 -1.925 -4.491
10 HE3 LYS 707 HE3 LYS 707 53.968 -2.213 -2.784
11 HZ3 LYS 707 HZ1 LYS 707 54.692 0.004 -3.179
12 HZ2 LYS 707 HZ2 LYS 707 56.110 -0.496 -3.915
13 HZ1 LYS 707 HZ3 LYS 707 55.844 -0.797 -2.252
No H/Q in entry = 13
In of MODEL 30
1 H LEU 708 H LEU 708 55.589 -2.729 -7.330
2 HA LEU 708 HA LEU 708 58.494 -2.771 -7.413
3 HB2 LEU 708 HB2 LEU 708 57.264 -2.040 -9.388
4 HB3 LEU 708 HB3 LEU 708 56.446 -0.808 -8.454
5 HG LEU 708 HG LEU 708 58.667 0.300 -8.121
6 HD11 LEU 708 HD11 LEU 708 59.568 -1.734 -10.140
7 HD13 LEU 708 HD12 LEU 708 60.116 -1.604 -8.469
8 HD12 LEU 708 HD13 LEU 708 60.491 -0.326 -9.625
9 HD23 LEU 708 HD21 LEU 708 57.768 -0.111 -10.963
10 HD22 LEU 708 HD22 LEU 708 58.768 1.223 -10.384
11 HD21 LEU 708 HD23 LEU 708 57.101 1.061 -9.828
No H/Q in entry = 11
In of MODEL 30
1 H GLN 709 H GLN 709 59.627 -1.959 -5.747
2 HA GLN 709 HA GLN 709 58.879 0.616 -4.657
3 HB2 GLN 709 HB2 GLN 709 59.009 0.039 -2.356
4 HB3 GLN 709 HB3 GLN 709 57.945 -1.172 -3.046
5 HG2 GLN 709 HG2 GLN 709 59.840 -2.757 -3.111
6 HG3 GLN 709 HG3 GLN 709 60.855 -1.508 -2.383
7 HE21 GLN 709 HE21 GLN 709 61.270 -2.795 -0.623
8 HE22 GLN 709 HE22 GLN 709 60.111 -3.058 0.629
No H/Q in entry = 8
In of MODEL 30
1 H ASN 710 H ASN 710 60.720 1.729 -3.950
2 HA ASN 710 HA ASN 710 62.986 2.292 -3.894
3 HB2 ASN 710 HB2 ASN 710 62.818 0.261 -2.253
4 HB3 ASN 710 HB3 ASN 710 63.547 -0.665 -3.550
5 HD21 ASN 710 HD21 ASN 710 64.001 1.596 -1.114
6 HD22 ASN 710 HD22 ASN 710 65.724 1.772 -1.200
No H/Q in entry = 6
In of MODEL 30
1 H SER 711 H SER 711 61.644 1.498 -6.324
2 HA SER 711 HA SER 711 61.919 1.207 -8.494
3 HB2 SER 711 HB2 SER 711 64.015 1.998 -9.561
4 HB3 SER 711 HB3 SER 711 63.509 3.032 -8.217
5 HG SER 711 HG SER 711 65.016 1.554 -6.988
No H/Q in entry = 5
In of MODEL 30
1 H ARG 712 H ARG 712 62.407 -1.098 -6.623
2 HA ARG 712 HA ARG 712 63.607 -2.918 -8.600
3 HB2 ARG 712 HB2 ARG 712 64.562 -4.228 -6.814
4 HB3 ARG 712 HB3 ARG 712 65.040 -2.565 -6.533
5 HG2 ARG 712 HG2 ARG 712 63.298 -2.327 -4.856
6 HG3 ARG 712 HG3 ARG 712 62.768 -3.975 -5.155
7 HD2 ARG 712 HD2 ARG 712 64.098 -4.029 -3.189
8 HD3 ARG 712 HD3 ARG 712 65.086 -4.715 -4.476
9 HE ARG 712 HE ARG 712 65.723 -2.046 -4.415
10 HH11 ARG 712 HH11 ARG 712 65.872 -4.730 -2.122
11 HH12 ARG 712 HH12 ARG 712 67.149 -4.061 -1.215
12 HH21 ARG 712 HH21 ARG 712 67.406 -1.136 -3.179
13 HH22 ARG 712 HH22 ARG 712 68.055 -1.950 -1.824
No H/Q in entry = 13
In of MODEL 30
1 H CYS 713 H CYS 713 62.693 -5.206 -8.250
2 HA CYS 713 HA CYS 713 59.862 -4.938 -7.585
3 HB2 CYS 713 HB2 CYS 713 60.387 -5.827 -9.857
4 HB3 CYS 713 HB3 CYS 713 61.265 -7.156 -9.104
No H/Q in entry = 4
In of MODEL 30
1 H VAL 714 H VAL 714 59.154 -5.783 -5.776
2 HA VAL 714 HA VAL 714 60.742 -7.875 -4.487
3 HB VAL 714 HB VAL 714 60.081 -6.996 -2.276
4 HG13 VAL 714 HG11 VAL 714 61.507 -5.020 -2.188
5 HG12 VAL 714 HG12 VAL 714 61.450 -4.912 -3.944
6 HG11 VAL 714 HG13 VAL 714 62.227 -6.298 -3.175
7 HG22 VAL 714 HG21 VAL 714 58.005 -5.894 -2.875
8 HG21 VAL 714 HG22 VAL 714 58.888 -4.691 -3.814
9 HG23 VAL 714 HG23 VAL 714 59.078 -4.753 -2.060
No H/Q in entry = 9
In of MODEL 30
1 H CYS 715 H CYS 715 59.242 -8.880 -2.710
2 HA CYS 715 HA CYS 715 56.833 -9.658 -4.099
3 HB2 CYS 715 HB2 CYS 715 56.660 -11.274 -2.111
4 HB3 CYS 715 HB3 CYS 715 58.082 -11.478 -3.126
No H/Q in entry = 4
In of MODEL 30
1 H LYS 716 H LYS 716 54.788 -9.314 -3.292
2 HA LYS 716 HA LYS 716 54.316 -6.748 -2.242
3 HB2 LYS 716 HB2 LYS 716 52.939 -8.204 -3.825
4 HB3 LYS 716 HB3 LYS 716 52.384 -9.046 -2.398
5 HG2 LYS 716 HG2 LYS 716 51.411 -6.914 -1.580
6 HG3 LYS 716 HG3 LYS 716 51.894 -6.157 -3.103
7 HD2 LYS 716 HD2 LYS 716 50.584 -7.949 -4.289
8 HD3 LYS 716 HD3 LYS 716 49.981 -8.456 -2.718
9 HE2 LYS 716 HE2 LYS 716 48.349 -7.042 -3.748
10 HE3 LYS 716 HE3 LYS 716 49.066 -6.173 -2.391
11 HZ1 LYS 716 HZ1 LYS 716 49.927 -5.821 -5.210
12 HZ3 LYS 716 HZ2 LYS 716 50.366 -4.849 -3.902
13 HZ2 LYS 716 HZ3 LYS 716 48.784 -4.854 -4.463
No H/Q in entry = 13
In of MODEL 30
1 H MET 717 H MET 717 52.795 -6.387 -0.310
2 HA MET 717 HA MET 717 53.820 -7.788 2.007
3 HB2 MET 717 HB2 MET 717 51.833 -5.521 1.748
4 HB3 MET 717 HB3 MET 717 52.403 -6.162 3.270
5 HG2 MET 717 HG2 MET 717 54.294 -4.990 1.255
6 HG3 MET 717 HG3 MET 717 53.415 -3.974 2.384
7 HE3 MET 717 HE1 MET 717 55.352 -7.588 3.064
8 HE2 MET 717 HE2 MET 717 56.913 -6.845 3.410
9 HE1 MET 717 HE3 MET 717 56.166 -6.634 1.828
No H/Q in entry = 9
In of MODEL 30
1 HA PRO 718 HA PRO 718 50.572 -10.821 1.648
2 HB2 PRO 718 HB2 PRO 718 50.794 -11.937 4.148
3 HB3 PRO 718 HB3 PRO 718 51.878 -12.304 2.803
4 HG2 PRO 718 HG2 PRO 718 52.269 -10.407 5.086
5 HG3 PRO 718 HG3 PRO 718 53.420 -11.549 4.369
6 HD2 PRO 718 HD2 PRO 718 53.501 -8.925 3.807
7 HD3 PRO 718 HD3 PRO 718 53.882 -10.145 2.574
No H/Q in entry = 7
In of MODEL 30
1 H TYR 719 H TYR 719 50.580 -8.392 4.011
2 HA TYR 719 HA TYR 719 47.888 -9.007 4.933
3 HB2 TYR 719 HB2 TYR 719 48.252 -7.121 6.520
4 HB3 TYR 719 HB3 TYR 719 49.445 -8.404 6.672
5 HD1 TYR 719 HD1 TYR 719 48.875 -4.915 5.759
6 HD2 TYR 719 HD2 TYR 719 51.783 -8.014 5.978
7 HE1 TYR 719 HE1 TYR 719 50.666 -3.245 5.543
8 HE2 TYR 719 HE2 TYR 719 53.578 -6.342 5.764
9 HH TYR 719 HH TYR 719 53.921 -4.119 4.958
No H/Q in entry = 9
In of MODEL 30
1 H GLU 720 H GLU 720 49.245 -7.381 2.388
2 HA GLU 720 HA GLU 720 47.185 -5.279 2.334
3 HB2 GLU 720 HB2 GLU 720 49.721 -4.758 2.199
4 HB3 GLU 720 HB3 GLU 720 49.648 -5.468 0.595
5 HG2 GLU 720 HG2 GLU 720 49.505 -3.091 0.407
6 HG3 GLU 720 HG3 GLU 720 47.936 -3.784 -0.015
No H/Q in entry = 6
In of MODEL 30
1 H CYS 721 H CYS 721 47.062 -8.150 1.716
2 HA CYS 721 HA CYS 721 46.608 -8.190 -1.169
3 HB2 CYS 721 HB2 CYS 721 46.839 -10.427 0.821
4 HB3 CYS 721 HB3 CYS 721 46.670 -10.617 -0.922
No H/Q in entry = 4
In of MODEL 30
1 H GLY 722 H GLY 722 44.564 -7.334 -1.386
2 HA3 GLY 722 HA2 GLY 722 42.454 -8.528 0.265
3 HA2 GLY 722 HA3 GLY 722 42.376 -6.953 -0.493
No H/Q in entry = 3
In of MODEL 30
1 HA PRO 723 HA PRO 723 39.858 -8.489 -3.660
2 HB2 PRO 723 HB2 PRO 723 40.730 -7.217 -5.913
3 HB3 PRO 723 HB3 PRO 723 39.804 -6.431 -4.630
4 HG2 PRO 723 HG2 PRO 723 42.760 -6.436 -5.093
5 HG3 PRO 723 HG3 PRO 723 41.698 -5.083 -4.661
6 HD2 PRO 723 HD2 PRO 723 43.206 -6.315 -2.818
7 HD3 PRO 723 HD3 PRO 723 41.577 -5.711 -2.450
No H/Q in entry = 7
In of MODEL 30
1 H SER 724 H SER 724 40.110 -10.606 -3.942
2 HA SER 724 HA SER 724 41.248 -11.643 -6.338
3 HB2 SER 724 HB2 SER 724 42.516 -12.151 -3.658
4 HB3 SER 724 HB3 SER 724 42.529 -13.390 -4.921
5 HG SER 724 HG SER 724 43.352 -11.549 -6.201
No H/Q in entry = 5
In of MODEL 30
1 H LEU 725 H LEU 725 40.887 -14.043 -6.289
2 HA LEU 725 HA LEU 725 38.256 -14.701 -5.363
3 HB2 LEU 725 HB2 LEU 725 40.454 -16.065 -6.708
4 HB3 LEU 725 HB3 LEU 725 39.354 -17.106 -5.826
5 HG LEU 725 HG LEU 725 38.394 -17.200 -7.770
6 HD11 LEU 725 HD11 LEU 725 36.679 -16.318 -6.496
7 HD13 LEU 725 HD12 LEU 725 36.562 -15.852 -8.205
8 HD12 LEU 725 HD13 LEU 725 37.130 -14.682 -7.035
9 HD23 LEU 725 HD21 LEU 725 39.204 -14.476 -8.557
10 HD22 LEU 725 HD22 LEU 725 38.398 -15.657 -9.600
11 HD21 LEU 725 HD23 LEU 725 40.040 -15.967 -9.011
No H/Q in entry = 11
In of MODEL 30
1 H ASP 726 H ASP 726 37.769 -15.218 -3.284
2 HA ASP 726 HA ASP 726 39.889 -15.899 -1.501
3 HB2 ASP 726 HB2 ASP 726 36.912 -15.666 -1.034
4 HB3 ASP 726 HB3 ASP 726 37.992 -16.308 0.196
No H/Q in entry = 4
In of MODEL 30
1 H VAL 727 H VAL 727 40.483 -17.753 -0.742
2 HA VAL 727 HA VAL 727 39.173 -20.146 -1.776
3 HB VAL 727 HB VAL 727 41.407 -21.114 -2.399
4 HG11 VAL 727 HG11 VAL 727 40.673 -18.604 -3.920
5 HG13 VAL 727 HG12 VAL 727 39.999 -20.210 -4.182
6 HG12 VAL 727 HG13 VAL 727 41.686 -19.895 -4.552
7 HG23 VAL 727 HG21 VAL 727 43.326 -19.607 -2.749
8 HG22 VAL 727 HG22 VAL 727 42.854 -19.683 -1.050
9 HG21 VAL 727 HG23 VAL 727 42.406 -18.286 -2.029
No H/Q in entry = 9
In of MODEL 30
1 H CYS 728 H CYS 728 39.783 -22.087 -0.589
2 HA CYS 728 HA CYS 728 40.417 -21.404 2.173
3 HB2 CYS 728 HB2 CYS 728 39.254 -23.961 1.051
4 HB3 CYS 728 HB3 CYS 728 39.410 -23.525 2.746
No H/Q in entry = 4
In of MODEL 30
1 H ALA 729 H ALA 729 42.342 -21.857 2.936
2 HA ALA 729 HA ALA 729 43.929 -23.858 1.519
3 HB2 ALA 729 HB1 ALA 729 45.886 -22.474 1.965
4 HB1 ALA 729 HB2 ALA 729 44.852 -21.261 2.721
5 HB3 ALA 729 HB3 ALA 729 44.694 -21.606 0.996
No H/Q in entry = 5
In of MODEL 30
1 H GLN 730 H GLN 730 45.662 -24.665 2.892
2 HA GLN 730 HA GLN 730 44.816 -24.728 5.690
3 HB2 GLN 730 HB2 GLN 730 44.411 -26.903 4.618
4 HB3 GLN 730 HB3 GLN 730 46.103 -26.982 4.155
5 HG2 GLN 730 HG2 GLN 730 46.769 -26.961 6.482
6 HG3 GLN 730 HG3 GLN 730 45.092 -26.865 6.989
7 HE21 GLN 730 HE21 GLN 730 45.178 -28.774 8.124
8 HE22 GLN 730 HE22 GLN 730 45.320 -30.308 7.376
No H/Q in entry = 8
In of MODEL 30
1 H ASP 731 H ASP 731 46.189 -24.098 7.022
2 HA ASP 731 HA ASP 731 48.778 -23.197 6.245
3 HB2 ASP 731 HB2 ASP 731 47.612 -21.903 7.880
4 HB3 ASP 731 HB3 ASP 731 47.323 -23.320 8.867
No H/Q in entry = 4
In of MODEL 30
1 H GLU 732 H GLU 732 50.772 -24.070 6.846
2 HA GLU 732 HA GLU 732 50.671 -26.891 7.501
3 HB2 GLU 732 HB2 GLU 732 52.897 -25.165 6.460
4 HB3 GLU 732 HB3 GLU 732 53.098 -26.851 6.907
5 HG2 GLU 732 HG2 GLU 732 51.221 -25.826 4.794
6 HG3 GLU 732 HG3 GLU 732 52.806 -26.537 4.496
No H/Q in entry = 6
In of MODEL 30
1 H ARG 733 H ARG 733 51.069 -24.056 9.301
2 HA ARG 733 HA ARG 733 53.034 -25.125 11.099
3 HB2 ARG 733 HB2 ARG 733 51.311 -22.650 11.140
4 HB3 ARG 733 HB3 ARG 733 52.519 -23.042 12.346
5 HG2 ARG 733 HG2 ARG 733 53.133 -22.702 9.432
6 HG3 ARG 733 HG3 ARG 733 53.230 -21.380 10.602
7 HD2 ARG 733 HD2 ARG 733 54.959 -22.539 11.809
8 HD3 ARG 733 HD3 ARG 733 54.765 -23.970 10.799
9 HE ARG 733 HE ARG 733 55.691 -22.776 8.974
10 HH11 ARG 733 HH11 ARG 733 55.999 -20.979 12.045
11 HH12 ARG 733 HH12 ARG 733 57.307 -20.072 11.485
12 HH21 ARG 733 HH21 ARG 733 57.484 -21.516 8.277
13 HH22 ARG 733 HH22 ARG 733 58.173 -20.368 9.338
No H/Q in entry = 13
In of MODEL 30
1 H SER 734 H SER 734 49.668 -24.053 11.321
2 HA SER 734 HA SER 734 49.315 -25.631 13.746
3 HB2 SER 734 HB2 SER 734 47.435 -23.704 12.379
4 HB3 SER 734 HB3 SER 734 47.258 -24.363 14.004
5 HG SER 734 HG SER 734 48.512 -22.181 13.280
No H/Q in entry = 5
In of MODEL 30
1 H LYS 735 H LYS 735 48.785 -25.909 10.382
2 HA LYS 735 HA LYS 735 47.685 -27.291 9.023
3 HB2 LYS 735 HB2 LYS 735 47.234 -28.966 11.499
4 HB3 LYS 735 HB3 LYS 735 46.993 -29.518 9.845
5 HG2 LYS 735 HG2 LYS 735 49.614 -28.660 11.070
6 HG3 LYS 735 HG3 LYS 735 49.111 -30.317 10.753
7 HD2 LYS 735 HD2 LYS 735 49.469 -28.190 8.640
8 HD3 LYS 735 HD3 LYS 735 50.685 -29.385 9.046
9 HE2 LYS 735 HE2 LYS 735 49.019 -31.163 8.439
10 HE3 LYS 735 HE3 LYS 735 47.925 -29.887 7.920
11 HZ1 LYS 735 HZ1 LYS 735 49.617 -29.220 6.239
12 HZ3 LYS 735 HZ2 LYS 735 49.109 -30.815 6.061
13 HZ2 LYS 735 HZ3 LYS 735 50.590 -30.494 6.764
No H/Q in entry = 13
In of MODEL 30
1 H ARG 736 H ARG 736 46.306 -25.121 10.148
2 HA ARG 736 HA ARG 736 43.582 -26.092 10.487
3 HB2 ARG 736 HB2 ARG 736 43.023 -23.783 11.071
4 HB3 ARG 736 HB3 ARG 736 44.293 -24.438 12.092
5 HG2 ARG 736 HG2 ARG 736 45.960 -23.211 10.887
6 HG3 ARG 736 HG3 ARG 736 44.756 -22.660 9.725
7 HD2 ARG 736 HD2 ARG 736 45.326 -21.000 11.333
8 HD3 ARG 736 HD3 ARG 736 43.614 -21.418 11.431
9 HE ARG 736 HE ARG 736 44.240 -22.792 13.410
10 HH11 ARG 736 HH11 ARG 736 46.372 -20.108 12.509
11 HH12 ARG 736 HH12 ARG 736 46.902 -19.809 14.083
12 HH21 ARG 736 HH21 ARG 736 44.973 -22.379 15.599
13 HH22 ARG 736 HH22 ARG 736 46.090 -21.130 15.874
No H/Q in entry = 13
In of MODEL 30
1 H ILE 737 H ILE 737 41.936 -25.658 9.003
2 HA ILE 737 HA ILE 737 42.718 -24.747 6.399
3 HB ILE 737 HB ILE 737 39.898 -25.117 7.422
4 HG12 ILE 737 HG12 ILE 737 41.206 -27.209 7.919
5 HG13 ILE 737 HG13 ILE 737 39.917 -27.446 6.752
6 HG23 ILE 737 HG21 ILE 737 39.413 -25.547 5.089
7 HG22 ILE 737 HG22 ILE 737 41.126 -25.444 4.694
8 HG21 ILE 737 HG23 ILE 737 40.267 -24.011 5.259
9 HD11 ILE 737 HD11 ILE 737 41.524 -27.345 4.967
10 HD13 ILE 737 HD12 ILE 737 41.902 -28.646 6.107
11 HD12 ILE 737 HD13 ILE 737 42.839 -27.141 6.127
No H/Q in entry = 11
In of MODEL 30
1 H LEU 738 H LEU 738 42.751 -22.617 5.989
2 HA LEU 738 HA LEU 738 40.961 -20.943 7.525
3 HB2 LEU 738 HB2 LEU 738 42.558 -19.237 7.926
4 HB3 LEU 738 HB3 LEU 738 43.220 -20.731 8.554
5 HG LEU 738 HG LEU 738 44.063 -19.254 6.050
6 HD12 LEU 738 HD11 LEU 738 45.488 -19.722 8.653
7 HD11 LEU 738 HD12 LEU 738 44.753 -18.211 8.127
8 HD13 LEU 738 HD13 LEU 738 46.134 -18.864 7.254
9 HD21 LEU 738 HD21 LEU 738 45.173 -21.780 7.244
10 HD23 LEU 738 HD22 LEU 738 45.861 -20.888 5.869
11 HD22 LEU 738 HD23 LEU 738 44.256 -21.625 5.747
No H/Q in entry = 11
In of MODEL 30
1 HA PRO 739 HA PRO 739 39.921 -19.237 3.662
2 HB2 PRO 739 HB2 PRO 739 38.933 -16.883 4.483
3 HB3 PRO 739 HB3 PRO 739 38.086 -18.419 4.786
4 HG2 PRO 739 HG2 PRO 739 39.809 -16.801 6.623
5 HG3 PRO 739 HG3 PRO 739 38.258 -17.594 6.959
6 HD2 PRO 739 HD2 PRO 739 40.673 -18.716 7.620
7 HD3 PRO 739 HD3 PRO 739 39.228 -19.668 7.185
No H/Q in entry = 7
In of MODEL 30
1 H LEU 740 H LEU 740 41.443 -18.600 2.317
2 HA LEU 740 HA LEU 740 42.887 -16.138 2.945
3 HB2 LEU 740 HB2 LEU 740 43.867 -18.535 1.406
4 HB3 LEU 740 HB3 LEU 740 44.680 -16.991 1.439
5 HG LEU 740 HG LEU 740 44.310 -18.877 3.757
6 HD12 LEU 740 HD11 LEU 740 46.747 -19.042 3.600
7 HD11 LEU 740 HD12 LEU 740 46.706 -17.999 2.169
8 HD13 LEU 740 HD13 LEU 740 45.943 -19.582 2.125
9 HD21 LEU 740 HD21 LEU 740 45.683 -16.181 3.642
10 HD23 LEU 740 HD22 LEU 740 45.747 -17.307 4.996
11 HD22 LEU 740 HD23 LEU 740 44.216 -16.561 4.550
No H/Q in entry = 11
In of MODEL 30
1 H THR 741 H THR 741 43.873 -15.517 0.655
2 HA THR 741 HA THR 741 41.743 -15.705 -1.317
3 HB THR 741 HB THR 741 43.240 -13.114 -0.951
4 HG1 THR 741 HG1 THR 741 40.904 -13.812 0.541
5 HG21 THR 741 HG21 THR 741 41.550 -13.582 -2.749
6 HG23 THR 741 HG22 THR 741 41.210 -12.164 -1.749
7 HG22 THR 741 HG23 THR 741 40.335 -13.669 -1.478
No H/Q in entry = 7
In of MODEL 30
1 H VAL 742 H VAL 742 42.657 -15.497 -3.470
2 HA VAL 742 HA VAL 742 45.005 -16.826 -3.958
3 HB VAL 742 HB VAL 742 43.783 -14.706 -5.693
4 HG11 VAL 742 HG11 VAL 742 45.965 -15.145 -6.446
5 HG13 VAL 742 HG12 VAL 742 44.718 -15.675 -7.560
6 HG12 VAL 742 HG13 VAL 742 45.593 -16.878 -6.588
7 HG23 VAL 742 HG21 VAL 742 42.778 -16.659 -6.849
8 HG22 VAL 742 HG22 VAL 742 42.140 -16.207 -5.264
9 HG21 VAL 742 HG23 VAL 742 43.221 -17.600 -5.401
No H/Q in entry = 9
In of MODEL 30
1 H CYS 743 H CYS 743 44.663 -13.249 -4.072
2 HA CYS 743 HA CYS 743 47.292 -12.615 -4.450
3 HB2 CYS 743 HB2 CYS 743 45.394 -10.990 -4.462
4 HB3 CYS 743 HB3 CYS 743 45.338 -11.080 -2.710
No H/Q in entry = 4
In of MODEL 30
1 H LYS 744 H LYS 744 45.654 -13.176 -1.324
2 HA LYS 744 HA LYS 744 47.830 -12.646 0.380
3 HB2 LYS 744 HB2 LYS 744 45.545 -14.593 0.767
4 HB3 LYS 744 HB3 LYS 744 46.693 -14.183 2.020
5 HG2 LYS 744 HG2 LYS 744 45.917 -11.867 1.977
6 HG3 LYS 744 HG3 LYS 744 44.758 -12.277 0.705
7 HD2 LYS 744 HD2 LYS 744 43.655 -13.853 2.208
8 HD3 LYS 744 HD3 LYS 744 44.844 -13.512 3.461
9 HE2 LYS 744 HE2 LYS 744 42.747 -12.321 3.895
10 HE3 LYS 744 HE3 LYS 744 44.055 -11.188 3.564
11 HZ2 LYS 744 HZ1 LYS 744 41.891 -10.709 2.472
12 HZ1 LYS 744 HZ2 LYS 744 42.090 -12.065 1.513
13 HZ3 LYS 744 HZ3 LYS 744 43.198 -10.767 1.416
No H/Q in entry = 13
In of MODEL 30
1 H MET 745 H MET 745 46.610 -15.765 -0.688
2 HA MET 745 HA MET 745 48.488 -17.483 0.356
3 HB2 MET 745 HB2 MET 745 46.740 -18.588 -0.434
4 HB3 MET 745 HB3 MET 745 46.507 -17.550 -1.832
5 HG2 MET 745 HG2 MET 745 47.070 -19.658 -2.723
6 HG3 MET 745 HG3 MET 745 48.510 -18.692 -2.826
7 HE2 MET 745 HE1 MET 745 47.937 -22.094 0.230
8 HE1 MET 745 HE2 MET 745 46.731 -21.558 -0.951
9 HE3 MET 745 HE3 MET 745 47.120 -20.544 0.435
No H/Q in entry = 9
In of MODEL 30
1 H HIS 746 H HIS 746 48.632 -15.855 -2.823
2 HA HIS 746 HA HIS 746 50.985 -17.218 -3.689
3 HB2 HIS 746 HB2 HIS 746 49.428 -14.953 -4.573
4 HB3 HIS 746 HB3 HIS 746 51.114 -14.973 -5.144
5 HD1 HIS 746 HD1 HIS 746 51.647 -16.790 -6.920
6 HD2 HIS 746 HD2 HIS 746 47.722 -16.813 -5.573
7 HE1 HIS 746 HE1 HIS 746 50.357 -18.075 -8.626
8 HE2 HIS 746 HE2 HIS 746 47.946 -17.849 -7.897
No H/Q in entry = 8
In of MODEL 30
1 H VAL 747 H VAL 747 50.464 -14.010 -2.305
2 HA VAL 747 HA VAL 747 53.153 -13.238 -2.312
3 HB VAL 747 HB VAL 747 50.797 -12.356 -0.626
4 HG12 VAL 747 HG11 VAL 747 53.529 -11.084 -0.872
5 HG11 VAL 747 HG12 VAL 747 52.896 -11.886 0.564
6 HG13 VAL 747 HG13 VAL 747 52.150 -10.406 -0.011
7 HG22 VAL 747 HG21 VAL 747 50.833 -10.427 -2.117
8 HG21 VAL 747 HG22 VAL 747 50.627 -11.943 -3.003
9 HG23 VAL 747 HG23 VAL 747 52.200 -11.143 -2.981
No H/Q in entry = 9
In of MODEL 30
1 H LEU 748 H LEU 748 51.106 -14.664 0.074
2 HA LEU 748 HA LEU 748 52.821 -15.000 2.183
3 HB2 LEU 748 HB2 LEU 748 50.517 -15.293 2.392
4 HB3 LEU 748 HB3 LEU 748 50.444 -16.410 1.067
5 HG LEU 748 HG LEU 748 51.700 -17.196 3.682
6 HD11 LEU 748 HD11 LEU 748 49.440 -16.242 4.055
7 HD13 LEU 748 HD12 LEU 748 49.465 -17.993 4.283
8 HD12 LEU 748 HD13 LEU 748 48.808 -17.308 2.796
9 HD22 LEU 748 HD21 LEU 748 51.009 -19.394 2.909
10 HD21 LEU 748 HD22 LEU 748 52.000 -18.617 1.673
11 HD23 LEU 748 HD23 LEU 748 50.245 -18.681 1.488
No H/Q in entry = 11
In of MODEL 30
1 H HIS 749 H HIS 749 52.316 -17.125 -0.633
2 HA HIS 749 HA HIS 749 54.217 -19.051 0.160
3 HB2 HIS 749 HB2 HIS 749 52.550 -18.594 -2.191
4 HB3 HIS 749 HB3 HIS 749 54.128 -19.267 -2.597
5 HD1 HIS 749 HD1 HIS 749 53.790 -21.703 -2.965
6 HD2 HIS 749 HD2 HIS 749 51.562 -20.324 0.267
7 HE1 HIS 749 HE1 HIS 749 52.649 -23.702 -2.051
8 HE2 HIS 749 HE2 HIS 749 51.174 -22.868 -0.246
No H/Q in entry = 8
In of MODEL 30
1 H CYS 750 H CYS 750 54.540 -16.060 -1.763
2 HA CYS 750 HA CYS 750 57.259 -16.781 -2.394
3 HB2 CYS 750 HB2 CYS 750 57.435 -14.573 -3.524
4 HB3 CYS 750 HB3 CYS 750 56.056 -15.497 -4.096
No H/Q in entry = 4
In of MODEL 30
1 H GLN 751 H GLN 751 55.655 -15.263 0.168
2 HA GLN 751 HA GLN 751 57.895 -13.932 1.253
3 HB2 GLN 751 HB2 GLN 751 55.342 -14.969 2.481
4 HB3 GLN 751 HB3 GLN 751 56.561 -14.122 3.414
5 HG2 GLN 751 HG2 GLN 751 55.152 -13.016 1.017
6 HG3 GLN 751 HG3 GLN 751 54.659 -12.699 2.669
7 HE21 GLN 751 HE21 GLN 751 55.463 -10.751 0.716
8 HE22 GLN 751 HE22 GLN 751 56.894 -10.011 1.284
No H/Q in entry = 8
In of MODEL 30
1 H GLY 752 H GLY 752 56.984 -17.191 0.942
2 HA3 GLY 752 HA2 GLY 752 58.610 -18.903 1.350
3 HA2 GLY 752 HA3 GLY 752 59.175 -17.977 2.731
No H/Q in entry = 3
In of MODEL 30
1 H ARG 753 H ARG 753 55.804 -18.028 2.598
2 HA ARG 753 HA ARG 753 55.743 -19.808 4.878
3 HB2 ARG 753 HB2 ARG 753 53.565 -18.249 3.505
4 HB3 ARG 753 HB3 ARG 753 53.336 -19.203 4.960
5 HG2 ARG 753 HG2 ARG 753 55.099 -16.778 4.682
6 HG3 ARG 753 HG3 ARG 753 53.515 -16.816 5.448
7 HD2 ARG 753 HD2 ARG 753 54.444 -18.559 7.029
8 HD3 ARG 753 HD3 ARG 753 56.033 -18.197 6.358
9 HE ARG 753 HE ARG 753 54.841 -15.811 7.146
10 HH11 ARG 753 HH11 ARG 753 56.342 -18.666 8.594
11 HH12 ARG 753 HH12 ARG 753 56.566 -17.983 10.131
12 HH21 ARG 753 HH21 ARG 753 55.203 -14.817 9.270
13 HH22 ARG 753 HH22 ARG 753 55.911 -15.733 10.509
No H/Q in entry = 13
In of MODEL 30
1 H ASN 754 H ASN 754 54.942 -21.860 4.896
2 HA ASN 754 HA ASN 754 54.332 -23.019 2.287
3 HB2 ASN 754 HB2 ASN 754 54.718 -24.476 4.930
4 HB3 ASN 754 HB3 ASN 754 54.603 -25.199 3.347
5 HD21 ASN 754 HD21 ASN 754 56.650 -23.566 5.594
6 HD22 ASN 754 HD22 ASN 754 58.119 -23.790 4.733
No H/Q in entry = 6
In of MODEL 30
1 H TYR 755 H TYR 755 52.269 -23.153 1.734
2 HA TYR 755 HA TYR 755 50.295 -23.923 3.760
3 HB2 TYR 755 HB2 TYR 755 49.996 -21.586 1.880
4 HB3 TYR 755 HB3 TYR 755 48.625 -22.481 2.501
5 HD1 TYR 755 HD1 TYR 755 51.727 -21.207 4.210
6 HD2 TYR 755 HD2 TYR 755 47.502 -21.109 3.949
7 HE1 TYR 755 HE1 TYR 755 51.654 -19.645 6.101
8 HE2 TYR 755 HE2 TYR 755 47.414 -19.550 5.822
9 HH TYR 755 HH TYR 755 50.096 -17.888 6.900
No H/Q in entry = 9
In of MODEL 30
1 H THR 756 H THR 756 48.692 -25.190 3.026
2 HA THR 756 HA THR 756 49.079 -26.396 0.399
3 HB THR 756 HB THR 756 47.619 -27.280 2.909
4 HG1 THR 756 HG1 THR 756 49.560 -27.752 3.552
5 HG23 THR 756 HG21 THR 756 46.690 -28.316 0.911
6 HG22 THR 756 HG22 THR 756 47.559 -29.511 1.880
7 HG21 THR 756 HG23 THR 756 48.297 -28.848 0.410
No H/Q in entry = 7
In of MODEL 30
1 H LEU 757 H LEU 757 47.019 -26.761 -0.846
2 HA LEU 757 HA LEU 757 44.956 -24.954 0.081
3 HB2 LEU 757 HB2 LEU 757 45.476 -25.924 -2.714
4 HB3 LEU 757 HB3 LEU 757 44.008 -25.091 -2.244
5 HG LEU 757 HG LEU 757 45.740 -23.330 -1.345
6 HD13 LEU 757 HD11 LEU 757 47.625 -23.032 -2.844
7 HD12 LEU 757 HD12 LEU 757 47.236 -24.561 -3.629
8 HD11 LEU 757 HD13 LEU 757 47.729 -24.539 -1.932
9 HD21 LEU 757 HD21 LEU 757 43.946 -22.924 -2.852
10 HD23 LEU 757 HD22 LEU 757 44.889 -23.548 -4.216
11 HD22 LEU 757 HD23 LEU 757 45.397 -22.073 -3.365
No H/Q in entry = 11
In of MODEL 30
1 H THR 758 H THR 758 42.776 -25.545 -0.151
2 HA THR 758 HA THR 758 42.384 -28.418 -0.002
3 HB THR 758 HB THR 758 40.915 -28.002 2.048
4 HG1 THR 758 HG1 THR 758 41.716 -25.457 1.531
5 HG22 THR 758 HG21 THR 758 43.882 -27.440 2.335
6 HG21 THR 758 HG22 THR 758 43.148 -29.034 2.220
7 HG23 THR 758 HG23 THR 758 42.820 -28.019 3.617
No H/Q in entry = 7
In of MODEL 30
1 H GLY 759 H GLY 759 39.683 -28.416 0.643
2 HA3 GLY 759 HA2 GLY 759 38.583 -27.634 -1.877
3 HA2 GLY 759 HA3 GLY 759 37.716 -28.374 -0.533
No H/Q in entry = 3
In of MODEL 30
1 H ARG 760 H ARG 760 36.782 -26.233 -2.127
2 HA ARG 760 HA ARG 760 37.210 -23.727 -0.850
3 HB2 ARG 760 HB2 ARG 760 35.430 -22.861 -2.292
4 HB3 ARG 760 HB3 ARG 760 36.492 -23.908 -3.213
5 HG2 ARG 760 HG2 ARG 760 34.377 -24.511 -3.983
6 HG3 ARG 760 HG3 ARG 760 34.727 -25.730 -2.754
7 HD2 ARG 760 HD2 ARG 760 33.459 -24.293 -1.122
8 HD3 ARG 760 HD3 ARG 760 32.944 -23.313 -2.487
9 HE ARG 760 HE ARG 760 32.414 -26.159 -2.609
10 HH11 ARG 760 HH11 ARG 760 31.131 -22.887 -2.118
11 HH12 ARG 760 HH12 ARG 760 29.511 -23.384 -2.022
12 HH21 ARG 760 HH21 ARG 760 30.134 -26.826 -2.513
13 HH22 ARG 760 HH22 ARG 760 28.936 -25.639 -2.284
No H/Q in entry = 13
In of MODEL 30
1 H ASP 761 H ASP 761 35.435 -26.397 0.052
2 HA ASP 761 HA ASP 761 33.686 -24.769 1.756
3 HB2 ASP 761 HB2 ASP 761 32.589 -26.334 0.126
4 HB3 ASP 761 HB3 ASP 761 33.315 -27.677 0.997
No H/Q in entry = 4
In of MODEL 30
1 H SER 762 H SER 762 36.593 -26.028 2.029
2 HA SER 762 HA SER 762 36.342 -27.719 4.316
3 HB2 SER 762 HB2 SER 762 38.786 -26.303 3.233
4 HB3 SER 762 HB3 SER 762 38.827 -27.490 4.523
5 HG SER 762 HG SER 762 37.438 -28.507 2.467
No H/Q in entry = 5
In of MODEL 30
1 H CYS 763 H CYS 763 36.448 -24.274 3.985
2 HA CYS 763 HA CYS 763 36.134 -24.113 6.862
3 HB2 CYS 763 HB2 CYS 763 37.722 -22.248 7.081
4 HB3 CYS 763 HB3 CYS 763 38.519 -23.705 6.509
No H/Q in entry = 4
In of MODEL 30
1 H THR 764 H THR 764 35.655 -21.661 7.428
2 HA THR 764 HA THR 764 33.416 -20.908 5.777
3 HB THR 764 HB THR 764 34.489 -19.606 8.303
4 HG1 THR 764 HG1 THR 764 33.750 -21.954 8.205
5 HG23 THR 764 HG21 THR 764 32.188 -18.752 8.521
6 HG22 THR 764 HG22 THR 764 31.747 -19.548 7.010
7 HG21 THR 764 HG23 THR 764 32.911 -18.221 7.001
No H/Q in entry = 7
In of MODEL 30
1 H LEU 765 H LEU 765 33.704 -19.648 4.128
2 HA LEU 765 HA LEU 765 36.146 -18.129 3.835
3 HB2 LEU 765 HB2 LEU 765 34.938 -19.759 2.171
4 HB3 LEU 765 HB3 LEU 765 33.924 -18.371 1.852
5 HG LEU 765 HG LEU 765 35.912 -17.111 1.129
6 HD12 LEU 765 HD11 LEU 765 38.009 -18.408 0.741
7 HD11 LEU 765 HD12 LEU 765 37.260 -19.761 1.615
8 HD13 LEU 765 HD13 LEU 765 37.588 -18.257 2.449
9 HD23 LEU 765 HD21 LEU 765 36.251 -18.350 -0.966
10 HD22 LEU 765 HD22 LEU 765 34.550 -18.285 -0.517
11 HD21 LEU 765 HD23 LEU 765 35.476 -19.763 -0.249
No H/Q in entry = 11
In of MODEL 30
1 HA PRO 766 HA PRO 766 33.882 -14.383 4.769
2 HB2 PRO 766 HB2 PRO 766 35.492 -12.511 3.645
3 HB3 PRO 766 HB3 PRO 766 35.886 -13.345 5.147
4 HG2 PRO 766 HG2 PRO 766 36.900 -13.836 2.386
5 HG3 PRO 766 HG3 PRO 766 37.766 -13.912 3.929
6 HD2 PRO 766 HD2 PRO 766 36.863 -16.122 2.583
7 HD3 PRO 766 HD3 PRO 766 37.096 -16.060 4.337
No H/Q in entry = 7
In of MODEL 30
1 H ALA 767 H ALA 767 34.996 -14.617 1.357
2 HA ALA 767 HA ALA 767 32.662 -12.970 0.615
3 HB1 ALA 767 HB1 ALA 767 34.907 -12.090 -0.011
4 HB3 ALA 767 HB2 ALA 767 33.812 -12.345 -1.380
5 HB2 ALA 767 HB3 ALA 767 35.087 -13.519 -1.032
No H/Q in entry = 5
In of MODEL 30
1 H SER 768 H SER 768 32.723 -15.778 1.097
2 HA SER 768 HA SER 768 31.933 -16.946 -1.349
3 HB2 SER 768 HB2 SER 768 30.776 -18.336 0.470
4 HB3 SER 768 HB3 SER 768 32.550 -18.490 0.221
5 HG SER 768 HG SER 768 31.263 -17.853 2.434
No H/Q in entry = 5
In of MODEL 30
1 H ALA 769 H ALA 769 30.378 -15.459 1.435
2 HA ALA 769 HA ALA 769 27.720 -15.891 0.532
3 HB3 ALA 769 HB1 ALA 769 28.262 -15.775 2.914
4 HB2 ALA 769 HB2 ALA 769 27.044 -14.590 2.430
5 HB1 ALA 769 HB3 ALA 769 28.707 -14.071 2.723
No H/Q in entry = 5
In of MODEL 30
1 H GLU 770 H GLU 770 26.256 -13.831 0.678
2 HA GLU 770 HA GLU 770 27.383 -11.720 -0.936
3 HB2 GLU 770 HB2 GLU 770 25.557 -12.041 -2.582
4 HB3 GLU 770 HB3 GLU 770 26.787 -13.290 -2.561
5 HG2 GLU 770 HG2 GLU 770 25.388 -14.757 -1.337
6 HG3 GLU 770 HG3 GLU 770 24.149 -13.526 -1.195
No H/Q in entry = 6
In of MODEL 30
1 H LYS 771 H LYS 771 26.319 -9.807 -0.741
2 HA LYS 771 HA LYS 771 23.807 -9.713 0.790
3 HB2 LYS 771 HB2 LYS 771 26.124 -7.768 1.068
4 HB3 LYS 771 HB3 LYS 771 24.609 -7.711 1.960
5 HG2 LYS 771 HG2 LYS 771 26.654 -9.913 2.130
6 HG3 LYS 771 HG3 LYS 771 26.466 -8.605 3.296
7 HD2 LYS 771 HD2 LYS 771 24.362 -9.402 4.000
8 HD3 LYS 771 HD3 LYS 771 24.213 -10.479 2.606
9 HE2 LYS 771 HE2 LYS 771 25.985 -11.807 3.352
10 HE3 LYS 771 HE3 LYS 771 26.320 -10.737 4.732
11 HZ2 LYS 771 HZ1 LYS 771 23.901 -12.437 4.293
12 HZ1 LYS 771 HZ2 LYS 771 24.062 -11.344 5.555
13 HZ3 LYS 771 HZ3 LYS 771 25.080 -12.663 5.468
No H/Q in entry = 13
In of MODEL 30
1 H ALA 772 H ALA 772 22.266 -8.487 -0.291
2 HA ALA 772 HA ALA 772 22.861 -7.470 -2.864
3 HB2 ALA 772 HB1 ALA 772 20.534 -6.799 -2.975
4 HB1 ALA 772 HB2 ALA 772 20.339 -7.086 -1.241
5 HB3 ALA 772 HB3 ALA 772 20.693 -8.425 -2.342
No H/Q in entry = 5
In of MODEL 30
1 H CYS 773 H CYS 773 23.751 -5.694 -3.390
2 HA CYS 773 HA CYS 773 23.069 -3.191 -2.307
3 HB2 CYS 773 HB2 CYS 773 25.371 -2.644 -1.547
4 HB3 CYS 773 HB3 CYS 773 24.565 -3.805 -0.495
No H/Q in entry = 4
In of MODEL 30
1 H GLY 774 H GLY 774 25.765 -4.858 -3.876
2 HA3 GLY 774 HA2 GLY 774 25.560 -4.757 -6.414
3 HA2 GLY 774 HA3 GLY 774 25.524 -3.020 -6.152
No H/Q in entry = 3
In of MODEL 30
1 H ALA 775 H ALA 775 27.549 -3.288 -3.913
2 HA ALA 775 HA ALA 775 29.824 -3.688 -5.667
3 HB3 ALA 775 HB1 ALA 775 29.449 -1.400 -4.761
4 HB2 ALA 775 HB2 ALA 775 30.992 -2.080 -4.294
5 HB1 ALA 775 HB3 ALA 775 29.663 -2.042 -3.130
No H/Q in entry = 5
In of MODEL 30
1 H CYS 776 H CYS 776 31.617 -3.629 -3.571
2 HA CYS 776 HA CYS 776 32.727 -4.702 -2.102
3 HB2 CYS 776 HB2 CYS 776 30.390 -6.599 -1.724
4 HB3 CYS 776 HB3 CYS 776 31.911 -6.781 -0.836
No H/Q in entry = 4
In of MODEL 30
1 HA PRO 777 HA PRO 777 34.385 -8.256 -4.472
2 HB2 PRO 777 HB2 PRO 777 32.448 -9.707 -6.069
3 HB3 PRO 777 HB3 PRO 777 33.416 -10.312 -4.719
4 HG2 PRO 777 HG2 PRO 777 30.696 -10.002 -4.608
5 HG3 PRO 777 HG3 PRO 777 31.752 -9.918 -3.185
6 HD2 PRO 777 HD2 PRO 777 30.577 -7.700 -4.820
7 HD3 PRO 777 HD3 PRO 777 30.701 -7.872 -3.053
No H/Q in entry = 7
In of MODEL 30
1 H LEU 778 H LEU 778 35.463 -7.674 -6.227
2 HA LEU 778 HA LEU 778 34.480 -5.591 -7.772
3 HB2 LEU 778 HB2 LEU 778 36.668 -5.590 -8.988
4 HB3 LEU 778 HB3 LEU 778 36.732 -5.438 -7.254
5 HG LEU 778 HG LEU 778 38.609 -6.707 -8.052
6 HD12 LEU 778 HD11 LEU 778 36.792 -8.635 -6.670
7 HD11 LEU 778 HD12 LEU 778 37.782 -7.398 -5.902
8 HD13 LEU 778 HD13 LEU 778 38.548 -8.720 -6.780
9 HD21 LEU 778 HD21 LEU 778 36.627 -8.532 -9.324
10 HD23 LEU 778 HD22 LEU 778 38.331 -8.927 -9.115
11 HD22 LEU 778 HD23 LEU 778 37.856 -7.556 -10.137
No H/Q in entry = 11
In of MODEL 30
1 H TRP 779 H TRP 779 34.147 -8.868 -8.503
2 HA TRP 779 HA TRP 779 33.545 -8.206 -11.291
3 HB2 TRP 779 HB2 TRP 779 33.314 -10.718 -11.560
4 HB3 TRP 779 HB3 TRP 779 34.928 -10.175 -11.110
5 HD1 TRP 779 HD1 TRP 779 31.844 -11.910 -9.589
6 HE1 TRP 779 HE1 TRP 779 32.599 -13.217 -7.495
7 HE3 TRP 779 HE3 TRP 779 36.687 -10.444 -9.463
8 HZ2 TRP 779 HZ2 TRP 779 34.994 -13.561 -5.996
9 HZ3 TRP 779 HZ3 TRP 779 38.159 -11.277 -7.687
10 HH2 TRP 779 HH2 TRP 779 37.325 -12.823 -5.996
No H/Q in entry = 10
In of MODEL 30
1 H GLY 780 H GLY 780 32.096 -8.241 -8.388
2 HA3 GLY 780 HA2 GLY 780 29.825 -7.892 -8.000
3 HA2 GLY 780 HA3 GLY 780 29.432 -8.772 -9.486
No H/Q in entry = 3
In of MODEL 30
1 H LYS 781 H LYS 781 27.913 -10.141 -8.130
2 HA LYS 781 HA LYS 781 29.267 -12.454 -7.332
3 HB2 LYS 781 HB2 LYS 781 29.703 -11.561 -5.279
4 HB3 LYS 781 HB3 LYS 781 28.238 -10.598 -5.212
5 HG2 LYS 781 HG2 LYS 781 28.073 -12.256 -3.582
6 HG3 LYS 781 HG3 LYS 781 27.000 -12.765 -4.881
7 HD2 LYS 781 HD2 LYS 781 28.144 -14.700 -4.073
8 HD3 LYS 781 HD3 LYS 781 28.847 -14.302 -5.638
9 HE2 LYS 781 HE2 LYS 781 30.787 -13.366 -4.613
10 HE3 LYS 781 HE3 LYS 781 30.037 -13.410 -3.016
11 HZ2 LYS 781 HZ1 LYS 781 31.655 -15.221 -3.396
12 HZ1 LYS 781 HZ2 LYS 781 30.631 -15.842 -4.615
13 HZ3 LYS 781 HZ3 LYS 781 30.103 -15.762 -3.035
No H/Q in entry = 13
In of MODEL 30
1 H CYS 782 H CYS 782 28.084 -13.837 -8.240
2 HA CYS 782 HA CYS 782 25.326 -14.073 -7.533
3 HB2 CYS 782 HB2 CYS 782 26.360 -14.181 -10.375
4 HB3 CYS 782 HB3 CYS 782 24.772 -14.698 -9.846
No H/Q in entry = 4
In of MODEL 30
1 H ASP 783 H ASP 783 26.282 -15.777 -6.178
2 HA ASP 783 HA ASP 783 26.393 -18.151 -7.766
3 HB2 ASP 783 HB2 ASP 783 28.366 -19.237 -6.715
4 HB3 ASP 783 HB3 ASP 783 28.788 -17.821 -7.651
No H/Q in entry = 4
In of MODEL 30
1 H ALA 784 H ALA 784 25.863 -16.769 -4.625
2 HA ALA 784 HA ALA 784 24.620 -19.284 -3.902
3 HB1 ALA 784 HB1 ALA 784 24.674 -16.618 -2.446
4 HB3 ALA 784 HB2 ALA 784 25.713 -18.000 -2.091
5 HB2 ALA 784 HB3 ALA 784 23.975 -18.108 -1.808
No H/Q in entry = 5
In of MODEL 30
1 H GLU 785 H GLU 785 23.970 -16.036 -4.941
2 HA GLU 785 HA GLU 785 22.401 -15.129 -6.269
3 HB2 GLU 785 HB2 GLU 785 21.607 -17.978 -6.809
4 HB3 GLU 785 HB3 GLU 785 21.120 -16.587 -7.765
5 HG2 GLU 785 HG2 GLU 785 23.462 -16.203 -8.386
6 HG3 GLU 785 HG3 GLU 785 23.940 -17.595 -7.419
No H/Q in entry = 6
In of MODEL 30
1 H SER 786 H SER 786 21.774 -15.734 -3.488
2 HA SER 786 HA SER 786 18.864 -15.842 -3.734
3 HB2 SER 786 HB2 SER 786 18.997 -17.046 -1.432
4 HB3 SER 786 HB3 SER 786 19.240 -17.957 -2.925
5 HG SER 786 HG SER 786 21.380 -17.932 -2.617
No H/Q in entry = 5
In of MODEL 30
1 H SER 787 H SER 787 21.470 -14.064 -2.654
2 HA SER 787 HA SER 787 19.613 -12.487 -1.069
3 HB2 SER 787 HB2 SER 787 20.930 -13.797 0.504
4 HB3 SER 787 HB3 SER 787 22.422 -13.213 -0.229
5 HG SER 787 HG SER 787 21.119 -11.060 0.341
No H/Q in entry = 5
In of MODEL 30
1 H LYS 788 H LYS 788 22.135 -12.641 -3.422
2 HA LYS 788 HA LYS 788 22.036 -9.710 -3.653
3 HB2 LYS 788 HB2 LYS 788 24.104 -10.565 -2.411
4 HB3 LYS 788 HB3 LYS 788 24.485 -11.365 -3.940
5 HG2 LYS 788 HG2 LYS 788 24.277 -8.976 -4.934
6 HG3 LYS 788 HG3 LYS 788 24.560 -8.472 -3.262
7 HD2 LYS 788 HD2 LYS 788 26.562 -9.959 -3.266
8 HD3 LYS 788 HD3 LYS 788 26.292 -10.180 -4.996
9 HE2 LYS 788 HE2 LYS 788 27.854 -8.457 -4.935
10 HE3 LYS 788 HE3 LYS 788 26.315 -7.644 -5.137
11 HZ1 LYS 788 HZ1 LYS 788 26.280 -7.177 -2.712
12 HZ3 LYS 788 HZ2 LYS 788 27.740 -6.584 -3.385
13 HZ2 LYS 788 HZ3 LYS 788 27.715 -8.020 -2.559
No H/Q in entry = 13
In of MODEL 30
1 H CYS 789 H CYS 789 22.667 -9.061 -5.808
2 HA CYS 789 HA CYS 789 23.776 -10.956 -7.542
3 HB2 CYS 789 HB2 CYS 789 22.253 -10.660 -9.310
4 HB3 CYS 789 HB3 CYS 789 21.598 -11.587 -7.938
No H/Q in entry = 4
In of MODEL 30
1 H VAL 790 H VAL 790 25.271 -9.979 -8.508
2 HA VAL 790 HA VAL 790 24.671 -7.812 -10.128
3 HB VAL 790 HB VAL 790 25.110 -6.548 -8.080
4 HG11 VAL 790 HG11 VAL 790 26.675 -8.074 -7.016
5 HG13 VAL 790 HG12 VAL 790 27.341 -6.437 -7.091
6 HG12 VAL 790 HG13 VAL 790 27.884 -7.674 -8.230
7 HG22 VAL 790 HG21 VAL 790 25.589 -5.474 -10.168
8 HG21 VAL 790 HG22 VAL 790 27.206 -6.180 -10.201
9 HG23 VAL 790 HG23 VAL 790 26.794 -4.974 -8.976
No H/Q in entry = 9
In of MODEL 30
1 H CYS 791 H CYS 791 26.134 -7.839 -11.816
2 HA CYS 791 HA CYS 791 28.626 -9.149 -11.408
3 HB2 CYS 791 HB2 CYS 791 28.324 -10.742 -13.301
4 HB3 CYS 791 HB3 CYS 791 27.391 -11.110 -11.865
No H/Q in entry = 4
In of MODEL 30
1 H ARG 792 H ARG 792 30.115 -8.266 -12.439
2 HA ARG 792 HA ARG 792 29.436 -6.377 -14.558
3 HB2 ARG 792 HB2 ARG 792 31.891 -6.627 -12.791
4 HB3 ARG 792 HB3 ARG 792 31.642 -5.390 -14.016
5 HG2 ARG 792 HG2 ARG 792 29.804 -4.453 -12.773
6 HG3 ARG 792 HG3 ARG 792 29.879 -5.767 -11.601
7 HD2 ARG 792 HD2 ARG 792 30.915 -3.733 -10.725
8 HD3 ARG 792 HD3 ARG 792 32.093 -5.029 -10.900
9 HE ARG 792 HE ARG 792 32.295 -3.623 -13.226
10 HH11 ARG 792 HH11 ARG 792 32.503 -2.705 -9.833
11 HH12 ARG 792 HH12 ARG 792 33.638 -1.472 -10.080
12 HH21 ARG 792 HH21 ARG 792 33.850 -1.975 -13.605
13 HH22 ARG 792 HH22 ARG 792 34.477 -1.055 -12.320
No H/Q in entry = 13
In of MODEL 30
1 H GLU 793 H GLU 793 29.996 -7.019 -16.546
2 HA GLU 793 HA GLU 793 30.946 -9.544 -17.142
3 HB2 GLU 793 HB2 GLU 793 31.018 -7.046 -18.827
4 HB3 GLU 793 HB3 GLU 793 31.309 -8.661 -19.452
5 HG2 GLU 793 HG2 GLU 793 28.758 -7.689 -18.175
6 HG3 GLU 793 HG3 GLU 793 29.027 -7.931 -19.898
No H/Q in entry = 6
In of MODEL 30
1 H ALA 794 H ALA 794 32.975 -9.971 -18.568
2 HA ALA 794 HA ALA 794 35.103 -9.848 -16.764
3 HB3 ALA 794 HB1 ALA 794 36.358 -11.024 -18.450
4 HB1 ALA 794 HB2 ALA 794 35.111 -10.678 -19.647
5 HB2 ALA 794 HB3 ALA 794 34.746 -11.718 -18.266
No H/Q in entry = 5
In of MODEL 30
1 H SER 795 H SER 795 34.234 -7.715 -19.314
2 HA SER 795 HA SER 795 36.880 -6.592 -19.126
3 HB2 SER 795 HB2 SER 795 34.685 -5.899 -21.072
4 HB3 SER 795 HB3 SER 795 36.361 -5.344 -21.156
5 HG SER 795 HG SER 795 36.215 -8.001 -20.844
No H/Q in entry = 5
In of MODEL 30
1 H GLU 796 H GLU 796 34.005 -6.278 -17.627
2 HA GLU 796 HA GLU 796 34.016 -3.349 -17.388
3 HB2 GLU 796 HB2 GLU 796 31.796 -5.347 -17.096
4 HB3 GLU 796 HB3 GLU 796 31.656 -3.646 -16.680
5 HG2 GLU 796 HG2 GLU 796 32.299 -4.728 -19.410
6 HG3 GLU 796 HG3 GLU 796 30.717 -4.157 -18.879
No H/Q in entry = 6
In of MODEL 30
1 H CYS 797 H CYS 797 34.744 -6.174 -15.704
2 HA CYS 797 HA CYS 797 33.875 -5.308 -13.143
3 HB2 CYS 797 HB2 CYS 797 35.543 -7.222 -12.454
4 HB3 CYS 797 HB3 CYS 797 34.020 -7.604 -13.257
No H/Q in entry = 4
In of MODEL 30
1 H GLU 798 H GLU 798 36.879 -5.104 -14.931
2 HA GLU 798 HA GLU 798 38.588 -3.668 -14.843
3 HB2 GLU 798 HB2 GLU 798 36.565 -1.946 -13.448
4 HB3 GLU 798 HB3 GLU 798 38.055 -1.386 -14.195
5 HG2 GLU 798 HG2 GLU 798 37.269 -2.013 -16.370
6 HG3 GLU 798 HG3 GLU 798 35.857 -2.805 -15.674
No H/Q in entry = 6
In of MODEL 30
1 H GLU 799 H GLU 799 39.815 -5.044 -13.352
2 HA GLU 799 HA GLU 799 40.953 -3.498 -11.290
3 HB2 GLU 799 HB2 GLU 799 38.975 -4.186 -9.979
4 HB3 GLU 799 HB3 GLU 799 39.313 -5.873 -10.319
5 HG2 GLU 799 HG2 GLU 799 39.952 -5.217 -8.023
6 HG3 GLU 799 HG3 GLU 799 41.332 -5.773 -8.966
No H/Q in entry = 6
In of MODEL 30
1 H GLU 800 H GLU 800 42.811 -4.409 -10.427
2 HA GLU 800 HA GLU 800 43.981 -6.427 -12.145
3 HB2 GLU 800 HB2 GLU 800 45.240 -4.386 -10.324
4 HB3 GLU 800 HB3 GLU 800 46.131 -5.665 -11.119
5 HG2 GLU 800 HG2 GLU 800 45.503 -4.719 -13.288
6 HG3 GLU 800 HG3 GLU 800 44.659 -3.412 -12.446
No H/Q in entry = 6
In of MODEL 30
1 H GLY 801 H GLY 801 42.707 -7.934 -10.888
2 HA3 GLY 801 HA2 GLY 801 43.757 -8.589 -8.290
3 HA2 GLY 801 HA3 GLY 801 42.631 -9.565 -9.249
No H/Q in entry = 3
In of MODEL 30
1 H PHE 802 H PHE 802 43.704 -11.414 -9.158
2 HA PHE 802 HA PHE 802 46.408 -11.472 -10.198
3 HB2 PHE 802 HB2 PHE 802 44.774 -13.319 -8.574
4 HB3 PHE 802 HB3 PHE 802 46.052 -13.997 -9.578
5 HD1 PHE 802 HD1 PHE 802 47.560 -14.669 -7.989
6 HD2 PHE 802 HD2 PHE 802 46.066 -10.714 -7.898
7 HE1 PHE 802 HE1 PHE 802 49.236 -14.098 -6.372
8 HE2 PHE 802 HE2 PHE 802 47.747 -10.088 -6.279
9 HZ PHE 802 HZ PHE 802 49.377 -11.784 -5.474
No H/Q in entry = 9
In of MODEL 30
1 H SER 803 H SER 803 46.815 -13.622 -11.343
2 HA SER 803 HA SER 803 44.885 -14.000 -13.488
3 HB2 SER 803 HB2 SER 803 47.896 -14.439 -13.529
4 HB3 SER 803 HB3 SER 803 46.775 -14.498 -14.897
5 HG SER 803 HG SER 803 47.084 -12.515 -15.139
No H/Q in entry = 5
In of MODEL 30
1 H ILE 804 H ILE 804 44.017 -16.010 -13.295
2 HA ILE 804 HA ILE 804 45.555 -18.008 -11.798
3 HB ILE 804 HB ILE 804 43.609 -18.877 -10.671
4 HG12 ILE 804 HG12 ILE 804 41.914 -18.385 -12.484
5 HG13 ILE 804 HG13 ILE 804 41.352 -18.054 -10.855
6 HG23 ILE 804 HG21 ILE 804 42.970 -17.001 -9.218
7 HG22 ILE 804 HG22 ILE 804 43.697 -15.891 -10.382
8 HG21 ILE 804 HG23 ILE 804 44.707 -17.065 -9.536
9 HD11 ILE 804 HD11 ILE 804 41.752 -15.665 -11.238
10 HD13 ILE 804 HD12 ILE 804 40.602 -16.363 -12.377
11 HD12 ILE 804 HD13 ILE 804 42.251 -16.024 -12.896
No H/Q in entry = 11
In of MODEL 30
1 H CYS 805 H CYS 805 44.707 -20.264 -12.187
2 HA CYS 805 HA CYS 805 44.285 -20.534 -15.069
3 HB2 CYS 805 HB2 CYS 805 46.329 -21.551 -14.058
4 HB3 CYS 805 HB3 CYS 805 45.288 -22.538 -13.040
No H/Q in entry = 4
In of MODEL 30
1 H VAL 806 H VAL 806 42.357 -21.118 -15.719
2 HA VAL 806 HA VAL 806 40.630 -22.577 -13.827
3 HB VAL 806 HB VAL 806 39.651 -20.610 -15.850
4 HG12 VAL 806 HG11 VAL 806 37.607 -20.597 -14.468
5 HG11 VAL 806 HG12 VAL 806 38.301 -21.929 -13.513
6 HG13 VAL 806 HG13 VAL 806 37.971 -22.152 -15.217
7 HG23 VAL 806 HG21 VAL 806 39.258 -18.995 -14.010
8 HG22 VAL 806 HG22 VAL 806 40.952 -19.285 -14.366
9 HG21 VAL 806 HG23 VAL 806 40.209 -20.039 -12.944
No H/Q in entry = 9
In of MODEL 30
1 H GLU 807 H GLU 807 39.676 -24.318 -14.644
2 HA GLU 807 HA GLU 807 40.154 -24.996 -17.413
3 HB2 GLU 807 HB2 GLU 807 40.624 -26.674 -15.638
4 HB3 GLU 807 HB3 GLU 807 38.923 -26.642 -15.200
5 HG2 GLU 807 HG2 GLU 807 38.346 -27.404 -17.453
6 HG3 GLU 807 HG3 GLU 807 40.062 -27.485 -17.838
No H/Q in entry = 6
In of MODEL 30
1 H VAL 808 H VAL 808 38.722 -24.190 -18.785
2 HA VAL 808 HA VAL 808 35.941 -24.536 -18.252
3 HB VAL 808 HB VAL 808 35.498 -22.637 -19.437
4 HG12 VAL 808 HG11 VAL 808 37.630 -21.864 -17.484
5 HG11 VAL 808 HG12 VAL 808 35.987 -22.333 -17.088
6 HG13 VAL 808 HG13 VAL 808 36.277 -20.842 -17.999
7 HG21 VAL 808 HG21 VAL 808 37.160 -22.636 -21.096
8 HG23 VAL 808 HG22 VAL 808 38.429 -22.169 -19.949
9 HG22 VAL 808 HG23 VAL 808 37.139 -21.024 -20.372
No H/Q in entry = 9
In of MODEL 30
1 H ASN 809 H ASN 809 34.918 -25.232 -20.182
2 HA ASN 809 HA ASN 809 34.689 -26.153 -22.181
3 HB2 ASN 809 HB2 ASN 809 37.001 -24.370 -22.748
4 HB3 ASN 809 HB3 ASN 809 36.541 -25.534 -23.973
5 HD21 ASN 809 HD21 ASN 809 35.730 -22.596 -22.329
6 HD22 ASN 809 HD22 ASN 809 34.378 -22.167 -23.308
No H/Q in entry = 6
In of MODEL 30
1 H GLY 810 H GLY 810 36.700 -27.245 -20.097
2 HA3 GLY 810 HA2 GLY 810 37.573 -29.455 -20.041
3 HA2 GLY 810 HA3 GLY 810 37.680 -29.371 -21.806
No H/Q in entry = 3
In of MODEL 30
1 H LYS 811 H LYS 811 38.916 -26.532 -20.987
2 HA LYS 811 HA LYS 811 41.646 -27.636 -20.801
3 HB2 LYS 811 HB2 LYS 811 42.318 -25.768 -22.281
4 HB3 LYS 811 HB3 LYS 811 41.298 -26.978 -23.052
5 HG2 LYS 811 HG2 LYS 811 39.355 -25.527 -22.748
6 HG3 LYS 811 HG3 LYS 811 40.379 -24.315 -21.990
7 HD2 LYS 811 HD2 LYS 811 40.694 -25.376 -24.762
8 HD3 LYS 811 HD3 LYS 811 39.862 -23.872 -24.364
9 HE2 LYS 811 HE2 LYS 811 42.010 -23.095 -23.285
10 HE3 LYS 811 HE3 LYS 811 42.787 -24.533 -23.945
11 HZ2 LYS 811 HZ1 LYS 811 41.536 -22.325 -25.457
12 HZ1 LYS 811 HZ2 LYS 811 42.105 -23.718 -26.187
13 HZ3 LYS 811 HZ3 LYS 811 43.169 -22.687 -25.375
No H/Q in entry = 13
In of MODEL 30
1 H GLU 812 H GLU 812 43.233 -26.268 -19.866
2 HA GLU 812 HA GLU 812 42.099 -24.445 -17.923
3 HB2 GLU 812 HB2 GLU 812 44.762 -25.828 -18.090
4 HB3 GLU 812 HB3 GLU 812 44.373 -24.608 -16.884
5 HG2 GLU 812 HG2 GLU 812 42.577 -25.972 -16.036
6 HG3 GLU 812 HG3 GLU 812 42.890 -27.190 -17.272
No H/Q in entry = 6
In of MODEL 30
1 H GLN 813 H GLN 813 42.026 -22.489 -18.407
2 HA GLN 813 HA GLN 813 44.114 -21.213 -20.062
3 HB2 GLN 813 HB2 GLN 813 42.006 -21.291 -21.267
4 HB3 GLN 813 HB3 GLN 813 41.129 -20.669 -19.877
5 HG2 GLN 813 HG2 GLN 813 42.337 -18.561 -20.082
6 HG3 GLN 813 HG3 GLN 813 43.166 -19.161 -21.523
7 HE21 GLN 813 HE21 GLN 813 40.685 -20.507 -22.486
8 HE22 GLN 813 HE22 GLN 813 39.671 -19.232 -23.025
No H/Q in entry = 8
In of MODEL 30
1 H THR 814 H THR 814 44.814 -19.229 -19.330
2 HA THR 814 HA THR 814 44.451 -18.710 -16.517
3 HB THR 814 HB THR 814 46.061 -17.199 -18.556
4 HG1 THR 814 HG1 THR 814 46.875 -19.119 -18.660
5 HG22 THR 814 HG21 THR 814 46.346 -17.469 -15.551
6 HG21 THR 814 HG22 THR 814 45.740 -16.051 -16.400
7 HG23 THR 814 HG23 THR 814 47.423 -16.549 -16.604
No H/Q in entry = 7
In of MODEL 30
1 H MET 815 H MET 815 43.118 -17.225 -15.780
2 HA MET 815 HA MET 815 42.106 -15.221 -17.676
3 HB2 MET 815 HB2 MET 815 40.541 -16.328 -15.352
4 HB3 MET 815 HB3 MET 815 39.952 -15.277 -16.633
5 HG2 MET 815 HG2 MET 815 40.575 -17.266 -18.193
6 HG3 MET 815 HG3 MET 815 40.628 -18.134 -16.665
7 HE3 MET 815 HE1 MET 815 37.465 -19.285 -18.562
8 HE2 MET 815 HE2 MET 815 38.973 -19.799 -17.796
9 HE1 MET 815 HE3 MET 815 39.029 -18.752 -19.203
No H/Q in entry = 9
In of MODEL 30
1 H SER 816 H SER 816 41.698 -13.214 -16.747
2 HA SER 816 HA SER 816 43.277 -12.626 -14.457
3 HB2 SER 816 HB2 SER 816 41.192 -10.930 -15.888
4 HB3 SER 816 HB3 SER 816 42.423 -10.353 -14.762
5 HG SER 816 HG SER 816 42.988 -10.063 -16.987
No H/Q in entry = 5
In of MODEL 30
1 H GLU 817 H GLU 817 42.427 -12.035 -12.472
2 HA GLU 817 HA GLU 817 40.595 -13.824 -11.415
3 HB2 GLU 817 HB2 GLU 817 42.505 -12.316 -10.458
4 HB3 GLU 817 HB3 GLU 817 41.142 -11.237 -10.159
5 HG2 GLU 817 HG2 GLU 817 40.120 -12.666 -8.709
6 HG3 GLU 817 HG3 GLU 817 41.013 -14.031 -9.378
No H/Q in entry = 6
In of MODEL 30
1 H CYS 818 H CYS 818 40.149 -10.503 -12.378
2 HA CYS 818 HA CYS 818 37.495 -10.288 -11.455
3 HB2 CYS 818 HB2 CYS 818 37.386 -8.334 -13.003
4 HB3 CYS 818 HB3 CYS 818 38.769 -8.307 -11.912
No H/Q in entry = 4
In of MODEL 30
1 H GLU 819 H GLU 819 38.894 -11.469 -14.422
2 HA GLU 819 HA GLU 819 36.526 -11.639 -15.967
3 HB2 GLU 819 HB2 GLU 819 38.724 -11.558 -17.004
4 HB3 GLU 819 HB3 GLU 819 39.188 -13.044 -16.204
5 HG2 GLU 819 HG2 GLU 819 37.668 -14.312 -17.534
6 HG3 GLU 819 HG3 GLU 819 36.972 -12.863 -18.243
No H/Q in entry = 6
In of MODEL 30
1 H ALA 820 H ALA 820 38.505 -14.182 -14.453
2 HA ALA 820 HA ALA 820 36.863 -16.337 -14.864
3 HB1 ALA 820 HB1 ALA 820 39.107 -16.525 -13.962
4 HB2 ALA 820 HB2 ALA 820 37.954 -17.394 -12.947
5 HB3 ALA 820 HB3 ALA 820 38.565 -15.820 -12.438
No H/Q in entry = 5
In of MODEL 30
1 H GLY 821 H GLY 821 36.801 -14.032 -12.153
2 HA3 GLY 821 HA2 GLY 821 34.780 -15.248 -10.620
3 HA2 GLY 821 HA3 GLY 821 35.226 -13.547 -10.571
No H/Q in entry = 3
In of MODEL 30
1 H ALA 822 H ALA 822 34.621 -12.868 -13.239
2 HA ALA 822 HA ALA 822 31.853 -12.459 -12.984
3 HB3 ALA 822 HB1 ALA 822 31.953 -11.329 -15.073
4 HB2 ALA 822 HB2 ALA 822 33.554 -12.019 -15.428
5 HB1 ALA 822 HB3 ALA 822 33.349 -10.874 -14.094
No H/Q in entry = 5
In of MODEL 30
1 H LEU 823 H LEU 823 33.764 -14.724 -14.937
2 HA LEU 823 HA LEU 823 31.603 -15.850 -16.345
3 HB2 LEU 823 HB2 LEU 823 34.207 -17.102 -15.472
4 HB3 LEU 823 HB3 LEU 823 32.965 -18.074 -16.221
5 HG LEU 823 HG LEU 823 34.548 -17.577 -17.889
6 HD11 LEU 823 HD11 LEU 823 32.213 -17.412 -18.598
7 HD13 LEU 823 HD12 LEU 823 33.321 -16.449 -19.569
8 HD12 LEU 823 HD13 LEU 823 32.311 -15.661 -18.366
9 HD23 LEU 823 HD21 LEU 823 34.297 -14.663 -17.191
10 HD22 LEU 823 HD22 LEU 823 35.234 -15.323 -18.532
11 HD21 LEU 823 HD23 LEU 823 35.687 -15.696 -16.870
No H/Q in entry = 11
In of MODEL 30
1 H ARG 824 H ARG 824 32.843 -16.511 -13.157
2 HA ARG 824 HA ARG 824 31.183 -18.665 -12.442
3 HB2 ARG 824 HB2 ARG 824 33.161 -17.956 -11.140
4 HB3 ARG 824 HB3 ARG 824 32.338 -16.477 -10.702
5 HG2 ARG 824 HG2 ARG 824 32.313 -17.993 -8.828
6 HG3 ARG 824 HG3 ARG 824 30.675 -17.809 -9.442
7 HD2 ARG 824 HD2 ARG 824 32.465 -20.076 -10.250
8 HD3 ARG 824 HD3 ARG 824 31.477 -20.204 -8.845
9 HE ARG 824 HE ARG 824 29.790 -19.447 -10.919
10 HH11 ARG 824 HH11 ARG 824 31.821 -22.231 -10.070
11 HH12 ARG 824 HH12 ARG 824 30.956 -23.335 -11.026
12 HH21 ARG 824 HH21 ARG 824 28.575 -21.012 -12.229
13 HH22 ARG 824 HH22 ARG 824 29.070 -22.631 -12.260
No H/Q in entry = 13
In of MODEL 30
1 H CYS 825 H CYS 825 30.777 -15.234 -12.052
2 HA CYS 825 HA CYS 825 28.290 -15.319 -10.774
3 HB2 CYS 825 HB2 CYS 825 29.846 -13.235 -12.186
4 HB3 CYS 825 HB3 CYS 825 28.272 -12.842 -11.537
No H/Q in entry = 4
In of MODEL 30
1 H ARG 826 H ARG 826 29.099 -15.149 -14.203
2 HA ARG 826 HA ARG 826 26.391 -14.524 -14.876
3 HB2 ARG 826 HB2 ARG 826 27.066 -14.909 -17.222
4 HB3 ARG 826 HB3 ARG 826 28.000 -13.663 -16.386
5 HG2 ARG 826 HG2 ARG 826 29.799 -15.185 -16.169
6 HG3 ARG 826 HG3 ARG 826 28.855 -16.489 -16.910
7 HD2 ARG 826 HD2 ARG 826 29.586 -13.872 -18.236
8 HD3 ARG 826 HD3 ARG 826 30.391 -15.414 -18.520
9 HE ARG 826 HE ARG 826 28.011 -16.154 -19.154
10 HH11 ARG 826 HH11 ARG 826 29.267 -12.888 -19.791
11 HH12 ARG 826 HH12 ARG 826 28.530 -12.752 -21.300
12 HH21 ARG 826 HH21 ARG 826 26.957 -15.917 -21.240
13 HH22 ARG 826 HH22 ARG 826 27.162 -14.508 -22.158
No H/Q in entry = 13
In of MODEL 30
1 H GLY 827 H GLY 827 27.910 -17.416 -14.138
2 HA3 GLY 827 HA2 GLY 827 26.357 -19.282 -13.801
3 HA2 GLY 827 HA3 GLY 827 25.574 -18.770 -15.291
No H/Q in entry = 3
In of MODEL 30
1 H GLN 828 H GLN 828 28.683 -18.420 -15.951
2 HA GLN 828 HA GLN 828 28.818 -20.698 -17.640
3 HB2 GLN 828 HB2 GLN 828 30.026 -18.650 -18.204
4 HB3 GLN 828 HB3 GLN 828 30.978 -18.777 -16.742
5 HG2 GLN 828 HG2 GLN 828 32.317 -19.462 -18.659
6 HG3 GLN 828 HG3 GLN 828 32.007 -20.823 -17.589
7 HE21 GLN 828 HE21 GLN 828 29.591 -19.612 -19.847
8 HE22 GLN 828 HE22 GLN 828 29.666 -20.994 -20.871
No H/Q in entry = 8
In of MODEL 30
1 H SER 829 H SER 829 29.982 -22.582 -17.447
2 HA SER 829 HA SER 829 30.430 -23.508 -14.757
3 HB2 SER 829 HB2 SER 829 30.850 -24.917 -17.399
4 HB3 SER 829 HB3 SER 829 30.764 -25.675 -15.811
5 HG SER 829 HG SER 829 28.807 -25.918 -16.386
No H/Q in entry = 5
In of MODEL 30
1 H ILE 830 H ILE 830 32.347 -23.071 -13.835
2 HA ILE 830 HA ILE 830 34.751 -23.329 -15.463
3 HB ILE 830 HB ILE 830 35.838 -21.417 -14.473
4 HG12 ILE 830 HG12 ILE 830 34.456 -21.477 -12.309
5 HG13 ILE 830 HG13 ILE 830 34.833 -19.864 -12.822
6 HG23 ILE 830 HG21 ILE 830 34.622 -19.562 -15.529
7 HG22 ILE 830 HG22 ILE 830 33.190 -20.588 -15.626
8 HG21 ILE 830 HG23 ILE 830 34.626 -21.009 -16.549
9 HD12 ILE 830 HD11 ILE 830 32.257 -21.314 -13.201
10 HD11 ILE 830 HD12 ILE 830 32.656 -19.725 -13.872
11 HD13 ILE 830 HD13 ILE 830 32.626 -19.957 -12.128
No H/Q in entry = 11
In of MODEL 30
1 H SER 831 H SER 831 36.392 -24.258 -14.490
2 HA SER 831 HA SER 831 36.090 -24.845 -11.654
3 HB2 SER 831 HB2 SER 831 37.304 -26.429 -13.883
4 HB3 SER 831 HB3 SER 831 37.481 -26.818 -12.172
5 HG SER 831 HG SER 831 34.990 -26.457 -13.467
No H/Q in entry = 5
In of MODEL 30
1 H VAL 832 H VAL 832 37.347 -23.240 -10.790
2 HA VAL 832 HA VAL 832 39.843 -22.472 -11.932
3 HB VAL 832 HB VAL 832 38.890 -22.104 -9.071
4 HG12 VAL 832 HG11 VAL 832 41.039 -20.644 -10.614
5 HG11 VAL 832 HG12 VAL 832 41.306 -21.815 -9.326
6 HG13 VAL 832 HG13 VAL 832 40.530 -20.270 -8.965
7 HG22 VAL 832 HG21 VAL 832 38.217 -19.835 -9.752
8 HG21 VAL 832 HG22 VAL 832 37.324 -21.071 -10.635
9 HG23 VAL 832 HG23 VAL 832 38.649 -20.213 -11.418
No H/Q in entry = 9
In of MODEL 30
1 H THR 833 H THR 833 41.252 -24.055 -12.188
2 HA THR 833 HA THR 833 41.350 -26.288 -10.441
3 HB THR 833 HB THR 833 43.359 -26.834 -11.920
4 HG1 THR 833 HG1 THR 833 43.597 -25.576 -13.755
5 HG22 THR 833 HG21 THR 833 41.901 -27.476 -13.806
6 HG21 THR 833 HG22 THR 833 40.642 -26.408 -13.186
7 HG23 THR 833 HG23 THR 833 41.135 -27.822 -12.256
No H/Q in entry = 7
In of MODEL 30
1 H SER 834 H SER 834 43.378 -23.533 -11.095
2 HA SER 834 HA SER 834 44.829 -24.035 -8.614
3 HB2 SER 834 HB2 SER 834 46.034 -23.430 -11.320
4 HB3 SER 834 HB3 SER 834 46.929 -23.401 -9.808
5 HG SER 834 HG SER 834 45.819 -25.600 -11.194
No H/Q in entry = 5
In of MODEL 30
1 H ILE 835 H ILE 835 45.354 -22.108 -7.527
2 HA ILE 835 HA ILE 835 44.091 -19.798 -8.674
3 HB ILE 835 HB ILE 835 44.083 -18.744 -6.676
4 HG12 ILE 835 HG12 ILE 835 46.550 -18.582 -6.337
5 HG13 ILE 835 HG13 ILE 835 45.673 -18.833 -4.834
6 HG22 ILE 835 HG21 ILE 835 43.730 -20.314 -4.804
7 HG21 ILE 835 HG22 ILE 835 44.338 -21.601 -5.836
8 HG23 ILE 835 HG23 ILE 835 42.873 -20.727 -6.292
9 HD11 ILE 835 HD11 ILE 835 46.331 -21.150 -4.922
10 HD13 ILE 835 HD12 ILE 835 47.665 -19.970 -4.888
11 HD12 ILE 835 HD13 ILE 835 47.246 -20.793 -6.415
No H/Q in entry = 11
In of MODEL 30
1 H ARG 836 H ARG 836 46.856 -21.293 -9.043
2 HA ARG 836 HA ARG 836 48.642 -19.082 -9.429
3 HB2 ARG 836 HB2 ARG 836 48.865 -22.026 -9.949
4 HB3 ARG 836 HB3 ARG 836 50.122 -20.869 -10.375
5 HG2 ARG 836 HG2 ARG 836 50.307 -20.196 -8.053
6 HG3 ARG 836 HG3 ARG 836 49.036 -21.341 -7.623
7 HD2 ARG 836 HD2 ARG 836 51.249 -22.148 -7.183
8 HD3 ARG 836 HD3 ARG 836 50.362 -23.158 -8.350
9 HE ARG 836 HE ARG 836 51.981 -21.220 -9.643
10 HH11 ARG 836 HH11 ARG 836 52.222 -24.312 -7.965
11 HH12 ARG 836 HH12 ARG 836 53.610 -24.846 -8.758
12 HH21 ARG 836 HH21 ARG 836 53.888 -21.938 -10.839
13 HH22 ARG 836 HH22 ARG 836 54.600 -23.429 -10.476
No H/Q in entry = 13
In of MODEL 30
1 HA PRO 837 HA PRO 837 47.283 -18.593 -13.670
2 HB2 PRO 837 HB2 PRO 837 49.406 -17.341 -14.737
3 HB3 PRO 837 HB3 PRO 837 48.323 -16.534 -13.600
4 HG2 PRO 837 HG2 PRO 837 51.003 -17.770 -13.103
5 HG3 PRO 837 HG3 PRO 837 50.355 -16.234 -12.499
6 HD2 PRO 837 HD2 PRO 837 50.408 -18.518 -11.019
7 HD3 PRO 837 HD3 PRO 837 49.172 -17.258 -10.814
No H/Q in entry = 7
In of MODEL 30
1 H CYS 838 H CYS 838 47.661 -19.467 -15.785
2 HA CYS 838 HA CYS 838 49.644 -21.592 -15.785
3 HB2 CYS 838 HB2 CYS 838 47.259 -22.219 -16.190
4 HB3 CYS 838 HB3 CYS 838 47.239 -21.130 -17.571
No H/Q in entry = 4
In of MODEL 30
1 H ALA 839 H ALA 839 50.496 -21.909 -18.168
2 HA ALA 839 HA ALA 839 51.567 -19.416 -19.120
3 HB1 ALA 839 HB1 ALA 839 52.900 -21.476 -19.122
4 HB3 ALA 839 HB2 ALA 839 52.739 -20.799 -20.744
5 HB2 ALA 839 HB3 ALA 839 51.770 -22.196 -20.271
No H/Q in entry = 5
In of MODEL 30
1 H ALA 840 H ALA 840 48.895 -21.386 -19.728
2 HA ALA 840 HA ALA 840 48.323 -20.545 -22.399
3 HB3 ALA 840 HB1 ALA 840 46.501 -21.784 -20.342
4 HB2 ALA 840 HB2 ALA 840 47.484 -22.676 -21.498
5 HB1 ALA 840 HB3 ALA 840 46.177 -21.632 -22.068
No H/Q in entry = 5
In of MODEL 30
1 H GLU 841 H GLU 841 48.677 -18.293 -21.980
2 HA GLU 841 HA GLU 841 46.102 -17.109 -21.228
3 HB2 GLU 841 HB2 GLU 841 47.197 -15.108 -20.352
4 HB3 GLU 841 HB3 GLU 841 47.717 -16.539 -19.482
5 HG2 GLU 841 HG2 GLU 841 49.814 -16.548 -20.614
6 HG3 GLU 841 HG3 GLU 841 49.294 -15.243 -21.680
No H/Q in entry = 6
In of MODEL 30
1 H THR 842 H THR 842 48.664 -17.219 -23.420
2 HA THR 842 HA THR 842 47.368 -15.140 -25.057
3 HB THR 842 HB THR 842 50.147 -16.198 -25.606
4 HG1 THR 842 HG1 THR 842 49.361 -14.288 -23.609
5 HG23 THR 842 HG21 THR 842 50.479 -13.915 -26.461
6 HG22 THR 842 HG22 THR 842 48.850 -13.479 -25.945
7 HG21 THR 842 HG23 THR 842 49.079 -14.670 -27.226
No H/Q in entry = 7
In of MODEL 30
1 H GLN 843 H GLN 843 46.952 -18.193 -24.661
2 HA GLN 843 HA GLN 843 47.055 -18.978 -27.496
3 HB2 GLN 843 HB2 GLN 843 47.446 -20.697 -25.035
4 HB3 GLN 843 HB3 GLN 843 47.249 -21.334 -26.654
5 HG2 GLN 843 HG2 GLN 843 49.498 -19.536 -25.784
6 HG3 GLN 843 HG3 GLN 843 49.581 -21.294 -25.848
7 HE21 GLN 843 HE21 GLN 843 49.605 -22.302 -27.844
8 HE22 GLN 843 HE22 GLN 843 49.983 -21.461 -29.306
No H/Q in entry = 8
In of MODEL 31
1 H1 GLY 689 H2 GLY 689 52.987 7.447 -28.452
2 H2 GLY 689 H1 GLY 689 54.080 6.602 -29.414
3 H3 GLY 689 H3 GLY 689 52.416 6.372 -29.626
4 HA2 GLY 689 HA2 GLY 689 53.378 4.536 -28.440
5 HA3 GLY 689 HA3 GLY 689 52.240 5.432 -27.440
No H/Q in entry = 5
In of MODEL 31
1 H SER 690 H SER 690 54.121 3.836 -26.219
2 HA SER 690 HA SER 690 55.526 5.858 -24.723
3 HB2 SER 690 HB2 SER 690 55.315 2.892 -24.169
4 HB3 SER 690 HB3 SER 690 55.863 4.132 -23.043
5 HG SER 690 HG SER 690 53.387 3.307 -23.547
No H/Q in entry = 5
In of MODEL 31
1 H HIS 691 H HIS 691 56.205 3.931 -27.189
2 HA HIS 691 HA HIS 691 59.096 3.763 -26.652
3 HB2 HIS 691 HB2 HIS 691 58.007 1.709 -27.553
4 HB3 HIS 691 HB3 HIS 691 57.485 2.614 -28.961
5 HD1 HIS 691 HD1 HIS 691 59.072 2.663 -30.928
6 HD2 HIS 691 HD2 HIS 691 60.882 1.271 -27.456
7 HE1 HIS 691 HE1 HIS 691 61.292 1.784 -31.641
8 HE2 HIS 691 HE2 HIS 691 62.089 0.561 -29.627
No H/Q in entry = 8
In of MODEL 31
1 H MET 692 H MET 692 59.754 5.799 -26.903
2 HA MET 692 HA MET 692 58.733 7.421 -29.055
3 HB2 MET 692 HB2 MET 692 60.700 7.995 -26.862
4 HB3 MET 692 HB3 MET 692 60.275 9.170 -28.093
5 HG2 MET 692 HG2 MET 692 58.175 7.902 -26.378
6 HG3 MET 692 HG3 MET 692 59.123 9.256 -25.785
7 HE1 MET 692 HE1 MET 692 56.463 8.012 -28.398
8 HE3 MET 692 HE2 MET 692 57.532 8.777 -29.607
9 HE2 MET 692 HE3 MET 692 55.995 9.499 -29.203
No H/Q in entry = 9
In of MODEL 31
1 H ASN 693 H ASN 693 61.953 6.466 -28.000
2 HA ASN 693 HA ASN 693 62.796 6.755 -30.796
3 HB2 ASN 693 HB2 ASN 693 64.459 7.083 -28.263
4 HB3 ASN 693 HB3 ASN 693 65.118 7.095 -29.888
5 HD21 ASN 693 HD21 ASN 693 65.959 9.154 -29.707
6 HD22 ASN 693 HD22 ASN 693 64.976 10.562 -29.637
No H/Q in entry = 6
In of MODEL 31
1 HA PRO 694 HA PRO 694 63.737 2.445 -30.756
2 HB2 PRO 694 HB2 PRO 694 66.232 2.422 -31.971
3 HB3 PRO 694 HB3 PRO 694 64.687 2.441 -32.830
4 HG2 PRO 694 HG2 PRO 694 66.559 4.677 -32.235
5 HG3 PRO 694 HG3 PRO 694 65.554 4.409 -33.667
6 HD2 PRO 694 HD2 PRO 694 64.900 6.196 -31.754
7 HD3 PRO 694 HD3 PRO 694 63.676 5.303 -32.675
No H/Q in entry = 7
In of MODEL 31
1 H LEU 695 H LEU 695 64.030 1.948 -28.703
2 HA LEU 695 HA LEU 695 66.721 1.903 -27.631
3 HB2 LEU 695 HB2 LEU 695 64.293 3.025 -26.212
4 HB3 LEU 695 HB3 LEU 695 65.804 2.641 -25.420
5 HG LEU 695 HG LEU 695 65.511 4.738 -27.582
6 HD13 LEU 695 HD11 LEU 695 64.231 5.373 -25.620
7 HD12 LEU 695 HD12 LEU 695 65.689 6.357 -25.738
8 HD11 LEU 695 HD13 LEU 695 65.612 5.021 -24.587
9 HD23 LEU 695 HD21 LEU 695 67.706 5.487 -26.771
10 HD22 LEU 695 HD22 LEU 695 67.771 3.837 -27.384
11 HD21 LEU 695 HD23 LEU 695 67.750 4.131 -25.645
No H/Q in entry = 11
In of MODEL 31
1 H THR 696 H THR 696 67.028 0.111 -26.430
2 HA THR 696 HA THR 696 64.728 -1.496 -25.771
3 HB THR 696 HB THR 696 65.561 -2.498 -27.814
4 HG1 THR 696 HG1 THR 696 65.239 -4.304 -26.974
5 HG21 THR 696 HG21 THR 696 67.807 -1.570 -27.875
6 HG23 THR 696 HG22 THR 696 67.876 -3.323 -28.074
7 HG22 THR 696 HG23 THR 696 68.287 -2.590 -26.520
No H/Q in entry = 7
In of MODEL 31
1 H GLN 697 H GLN 697 64.737 -1.500 -23.673
2 HA GLN 697 HA GLN 697 67.251 -1.926 -22.263
3 HB2 GLN 697 HB2 GLN 697 66.777 0.520 -22.305
4 HB3 GLN 697 HB3 GLN 697 65.216 0.206 -21.565
5 HG2 GLN 697 HG2 GLN 697 66.827 0.991 -19.923
6 HG3 GLN 697 HG3 GLN 697 66.334 -0.669 -19.576
7 HE21 GLN 697 HE21 GLN 697 68.879 1.381 -20.664
8 HE22 GLN 697 HE22 GLN 697 70.151 0.227 -20.533
No H/Q in entry = 8
In of MODEL 31
1 H ALA 698 H ALA 698 66.994 -3.140 -20.447
2 HA ALA 698 HA ALA 698 64.403 -4.390 -20.081
3 HB2 ALA 698 HB1 ALA 698 65.548 -5.833 -18.491
4 HB3 ALA 698 HB2 ALA 698 67.005 -4.846 -18.607
5 HB1 ALA 698 HB3 ALA 698 66.462 -5.787 -20.000
No H/Q in entry = 5
In of MODEL 31
1 H VAL 699 H VAL 699 63.183 -2.866 -19.493
2 HA VAL 699 HA VAL 699 63.698 -1.264 -17.254
3 HB VAL 699 HB VAL 699 61.362 -0.627 -17.564
4 HG13 VAL 699 HG11 VAL 699 63.108 0.609 -18.732
5 HG12 VAL 699 HG12 VAL 699 61.684 0.505 -19.768
6 HG11 VAL 699 HG13 VAL 699 63.066 -0.549 -20.062
7 HG22 VAL 699 HG21 VAL 699 60.108 -1.354 -19.573
8 HG21 VAL 699 HG22 VAL 699 60.411 -2.685 -18.460
9 HG23 VAL 699 HG23 VAL 699 61.379 -2.522 -19.924
No H/Q in entry = 9
In of MODEL 31
1 HA PRO 700 HA PRO 700 62.274 -4.255 -14.386
2 HB2 PRO 700 HB2 PRO 700 61.816 -2.691 -12.242
3 HB3 PRO 700 HB3 PRO 700 63.416 -3.212 -12.787
4 HG2 PRO 700 HG2 PRO 700 62.048 -0.587 -13.091
5 HG3 PRO 700 HG3 PRO 700 63.775 -0.914 -12.875
6 HD2 PRO 700 HD2 PRO 700 62.554 -0.319 -15.312
7 HD3 PRO 700 HD3 PRO 700 64.117 -1.140 -15.125
No H/Q in entry = 7
In of MODEL 31
1 H LYS 701 H LYS 701 60.477 -5.162 -14.317
2 HA LYS 701 HA LYS 701 58.107 -3.699 -13.652
3 HB2 LYS 701 HB2 LYS 701 56.779 -5.153 -15.342
4 HB3 LYS 701 HB3 LYS 701 57.645 -3.757 -15.939
5 HG2 LYS 701 HG2 LYS 701 57.891 -5.538 -17.482
6 HG3 LYS 701 HG3 LYS 701 59.451 -5.275 -16.719
7 HD2 LYS 701 HD2 LYS 701 59.017 -7.204 -15.237
8 HD3 LYS 701 HD3 LYS 701 57.479 -7.467 -16.061
9 HE2 LYS 701 HE2 LYS 701 58.619 -7.882 -18.142
10 HE3 LYS 701 HE3 LYS 701 60.175 -7.499 -17.415
11 HZ3 LYS 701 HZ1 LYS 701 59.878 -9.854 -17.559
12 HZ2 LYS 701 HZ2 LYS 701 58.430 -9.794 -16.702
13 HZ1 LYS 701 HZ3 LYS 701 59.873 -9.409 -15.938
No H/Q in entry = 13
In of MODEL 31
1 H CYS 702 H CYS 702 56.617 -4.807 -12.498
2 HA CYS 702 HA CYS 702 57.779 -7.202 -11.229
3 HB2 CYS 702 HB2 CYS 702 55.884 -5.191 -10.006
4 HB3 CYS 702 HB3 CYS 702 56.794 -6.461 -9.198
No H/Q in entry = 4
In of MODEL 31
1 H GLN 703 H GLN 703 56.254 -8.781 -10.386
2 HA GLN 703 HA GLN 703 53.961 -9.146 -12.102
3 HB2 GLN 703 HB2 GLN 703 54.938 -10.672 -9.681
4 HB3 GLN 703 HB3 GLN 703 53.603 -11.165 -10.703
5 HG2 GLN 703 HG2 GLN 703 56.480 -10.915 -11.566
6 HG3 GLN 703 HG3 GLN 703 55.661 -12.420 -11.167
7 HE21 GLN 703 HE21 GLN 703 56.160 -9.998 -13.551
8 HE22 GLN 703 HE22 GLN 703 55.294 -10.733 -14.829
No H/Q in entry = 8
In of MODEL 31
1 H ARG 704 H ARG 704 51.975 -9.983 -10.597
2 HA ARG 704 HA ARG 704 51.049 -7.359 -9.814
3 HB2 ARG 704 HB2 ARG 704 49.533 -9.957 -9.915
4 HB3 ARG 704 HB3 ARG 704 48.811 -8.381 -9.634
5 HG2 ARG 704 HG2 ARG 704 49.421 -7.637 -11.827
6 HG3 ARG 704 HG3 ARG 704 50.360 -9.107 -12.102
7 HD2 ARG 704 HD2 ARG 704 48.350 -10.415 -11.866
8 HD3 ARG 704 HD3 ARG 704 47.376 -8.941 -11.708
9 HE ARG 704 HE ARG 704 49.012 -9.072 -14.073
10 HH11 ARG 704 HH11 ARG 704 45.738 -9.646 -12.802
11 HH12 ARG 704 HH12 ARG 704 45.053 -9.980 -14.320
12 HH21 ARG 704 HH21 ARG 704 48.024 -9.505 -16.172
13 HH22 ARG 704 HH22 ARG 704 46.366 -9.904 -16.257
No H/Q in entry = 13
In of MODEL 31
1 H TRP 705 H TRP 705 52.373 -9.877 -8.041
2 HA TRP 705 HA TRP 705 51.079 -9.010 -5.538
3 HB2 TRP 705 HB2 TRP 705 52.239 -11.015 -4.534
4 HB3 TRP 705 HB3 TRP 705 51.089 -11.428 -5.793
5 HD1 TRP 705 HD1 TRP 705 54.835 -11.654 -4.933
6 HE1 TRP 705 HE1 TRP 705 56.012 -13.008 -6.748
7 HE3 TRP 705 HE3 TRP 705 50.979 -12.184 -8.323
8 HZ2 TRP 705 HZ2 TRP 705 55.427 -14.157 -9.217
9 HZ3 TRP 705 HZ3 TRP 705 51.410 -13.459 -10.345
10 HH2 TRP 705 HH2 TRP 705 53.606 -14.433 -10.773
No H/Q in entry = 10
In of MODEL 31
1 H GLU 706 H GLU 706 53.340 -7.826 -7.353
2 HA GLU 706 HA GLU 706 55.314 -7.508 -5.219
3 HB2 GLU 706 HB2 GLU 706 55.735 -7.695 -8.170
4 HB3 GLU 706 HB3 GLU 706 57.009 -7.344 -6.999
5 HG2 GLU 706 HG2 GLU 706 56.589 -9.553 -6.000
6 HG3 GLU 706 HG3 GLU 706 55.374 -9.856 -7.240
No H/Q in entry = 6
In of MODEL 31
1 H LYS 707 H LYS 707 56.660 -5.667 -5.468
2 HA LYS 707 HA LYS 707 55.621 -3.350 -6.869
3 HB2 LYS 707 HB2 LYS 707 56.070 -1.928 -4.878
4 HB3 LYS 707 HB3 LYS 707 54.788 -3.086 -4.566
5 HG2 LYS 707 HG2 LYS 707 56.209 -4.424 -3.210
6 HG3 LYS 707 HG3 LYS 707 57.646 -3.554 -3.743
7 HD2 LYS 707 HD2 LYS 707 56.996 -2.890 -1.475
8 HD3 LYS 707 HD3 LYS 707 56.861 -1.542 -2.599
9 HE2 LYS 707 HE2 LYS 707 54.440 -1.941 -2.748
10 HE3 LYS 707 HE3 LYS 707 54.603 -3.259 -1.584
11 HZ3 LYS 707 HZ1 LYS 707 53.885 -1.211 -0.508
12 HZ2 LYS 707 HZ2 LYS 707 55.265 -0.415 -1.062
13 HZ1 LYS 707 HZ3 LYS 707 55.417 -1.652 0.042
No H/Q in entry = 13
In of MODEL 31
1 H LEU 708 H LEU 708 57.397 -1.739 -7.053
2 HA LEU 708 HA LEU 708 59.918 -3.171 -7.387
3 HB2 LEU 708 HB2 LEU 708 58.978 -2.157 -9.393
4 HB3 LEU 708 HB3 LEU 708 58.920 -0.595 -8.605
5 HG LEU 708 HG LEU 708 61.407 -0.640 -8.485
6 HD13 LEU 708 HD11 LEU 708 61.783 -3.018 -8.589
7 HD12 LEU 708 HD12 LEU 708 62.600 -2.218 -9.933
8 HD11 LEU 708 HD13 LEU 708 61.083 -3.082 -10.204
9 HD21 LEU 708 HD21 LEU 708 60.235 0.573 -10.245
10 HD23 LEU 708 HD22 LEU 708 60.190 -0.888 -11.230
11 HD22 LEU 708 HD23 LEU 708 61.736 -0.128 -10.847
No H/Q in entry = 11
In of MODEL 31
1 H GLN 709 H GLN 709 61.513 -2.811 -5.970
2 HA GLN 709 HA GLN 709 62.127 -0.085 -5.344
3 HB2 GLN 709 HB2 GLN 709 62.466 -0.391 -2.955
4 HB3 GLN 709 HB3 GLN 709 60.799 -0.720 -3.367
5 HG2 GLN 709 HG2 GLN 709 61.334 -2.362 -1.764
6 HG3 GLN 709 HG3 GLN 709 61.536 -3.171 -3.355
7 HE21 GLN 709 HE21 GLN 709 63.178 -4.194 -3.690
8 HE22 GLN 709 HE22 GLN 709 64.576 -4.267 -2.669
No H/Q in entry = 8
In of MODEL 31
1 H ASN 710 H ASN 710 64.262 0.160 -4.813
2 HA ASN 710 HA ASN 710 66.536 -0.342 -4.936
3 HB2 ASN 710 HB2 ASN 710 65.558 -1.703 -2.973
4 HB3 ASN 710 HB3 ASN 710 65.531 -3.041 -4.020
5 HD21 ASN 710 HD21 ASN 710 67.541 -0.938 -2.288
6 HD22 ASN 710 HD22 ASN 710 69.010 -1.852 -2.323
No H/Q in entry = 6
In of MODEL 31
1 H SER 711 H SER 711 64.813 -0.800 -7.299
2 HA SER 711 HA SER 711 64.912 -1.513 -9.407
3 HB2 SER 711 HB2 SER 711 67.716 -2.303 -8.653
4 HB3 SER 711 HB3 SER 711 67.112 -2.191 -10.321
5 HG SER 711 HG SER 711 67.031 -0.074 -8.447
No H/Q in entry = 5
In of MODEL 31
1 H ARG 712 H ARG 712 64.168 -3.409 -7.162
2 HA ARG 712 HA ARG 712 64.207 -5.823 -8.794
3 HB2 ARG 712 HB2 ARG 712 64.584 -7.200 -6.804
4 HB3 ARG 712 HB3 ARG 712 65.948 -6.147 -7.144
5 HG2 ARG 712 HG2 ARG 712 65.067 -4.583 -5.335
6 HG3 ARG 712 HG3 ARG 712 63.838 -5.750 -5.068
7 HD2 ARG 712 HD2 ARG 712 65.282 -7.421 -4.313
8 HD3 ARG 712 HD3 ARG 712 66.704 -6.641 -4.995
9 HE ARG 712 HE ARG 712 66.509 -4.958 -3.262
10 HH11 ARG 712 HH11 ARG 712 64.977 -8.133 -2.627
11 HH12 ARG 712 HH12 ARG 712 64.961 -7.920 -0.944
12 HH21 ARG 712 HH21 ARG 712 66.476 -4.755 -0.848
13 HH22 ARG 712 HH22 ARG 712 65.794 -6.025 0.043
No H/Q in entry = 13
In of MODEL 31
1 H CYS 713 H CYS 713 62.544 -7.375 -8.047
2 HA CYS 713 HA CYS 713 60.170 -5.822 -7.404
3 HB2 CYS 713 HB2 CYS 713 60.375 -8.618 -8.517
4 HB3 CYS 713 HB3 CYS 713 58.956 -7.578 -8.483
No H/Q in entry = 4
In of MODEL 31
1 H VAL 714 H VAL 714 59.441 -5.974 -5.416
2 HA VAL 714 HA VAL 714 59.952 -8.437 -3.900
3 HB VAL 714 HB VAL 714 60.046 -7.113 -1.829
4 HG11 VAL 714 HG11 VAL 714 61.978 -6.158 -3.926
5 HG13 VAL 714 HG12 VAL 714 62.124 -7.616 -2.942
6 HG12 VAL 714 HG13 VAL 714 62.223 -6.024 -2.185
7 HG21 VAL 714 HG21 VAL 714 59.886 -4.682 -3.628
8 HG23 VAL 714 HG22 VAL 714 60.212 -4.647 -1.900
9 HG22 VAL 714 HG23 VAL 714 58.650 -5.219 -2.490
No H/Q in entry = 9
In of MODEL 31
1 H CYS 715 H CYS 715 58.246 -8.661 -2.120
2 HA CYS 715 HA CYS 715 55.742 -8.262 -3.515
3 HB2 CYS 715 HB2 CYS 715 56.327 -9.837 -1.016
4 HB3 CYS 715 HB3 CYS 715 54.813 -9.828 -1.915
No H/Q in entry = 4
In of MODEL 31
1 H LYS 716 H LYS 716 53.850 -7.543 -2.458
2 HA LYS 716 HA LYS 716 54.275 -5.276 -0.724
3 HB2 LYS 716 HB2 LYS 716 51.667 -6.555 -1.625
4 HB3 LYS 716 HB3 LYS 716 51.821 -4.990 -0.844
5 HG2 LYS 716 HG2 LYS 716 53.191 -4.256 -2.839
6 HG3 LYS 716 HG3 LYS 716 52.710 -5.763 -3.615
7 HD2 LYS 716 HD2 LYS 716 50.809 -3.639 -2.593
8 HD3 LYS 716 HD3 LYS 716 51.293 -3.838 -4.271
9 HE2 LYS 716 HE2 LYS 716 50.231 -6.051 -4.317
10 HE3 LYS 716 HE3 LYS 716 49.790 -5.884 -2.617
11 HZ1 LYS 716 HZ1 LYS 716 48.873 -4.057 -4.769
12 HZ3 LYS 716 HZ2 LYS 716 48.357 -4.033 -3.176
13 HZ2 LYS 716 HZ3 LYS 716 47.928 -5.302 -4.184
No H/Q in entry = 13
In of MODEL 31
1 H MET 717 H MET 717 52.281 -5.361 1.144
2 HA MET 717 HA MET 717 53.119 -7.691 2.654
3 HB2 MET 717 HB2 MET 717 51.868 -5.102 3.533
4 HB3 MET 717 HB3 MET 717 52.168 -6.454 4.613
5 HG2 MET 717 HG2 MET 717 54.263 -4.949 3.058
6 HG3 MET 717 HG3 MET 717 53.923 -4.773 4.777
7 HE1 MET 717 HE1 MET 717 53.454 -7.744 5.774
8 HE3 MET 717 HE2 MET 717 54.513 -6.611 6.616
9 HE2 MET 717 HE3 MET 717 55.088 -8.231 6.215
No H/Q in entry = 9
In of MODEL 31
1 HA PRO 718 HA PRO 718 49.519 -9.915 1.722
2 HB2 PRO 718 HB2 PRO 718 49.224 -11.355 4.077
3 HB3 PRO 718 HB3 PRO 718 50.290 -11.784 2.740
4 HG2 PRO 718 HG2 PRO 718 50.933 -10.370 5.294
5 HG3 PRO 718 HG3 PRO 718 51.877 -11.585 4.416
6 HD2 PRO 718 HD2 PRO 718 52.504 -8.992 4.325
7 HD3 PRO 718 HD3 PRO 718 52.688 -10.028 2.897
No H/Q in entry = 7
In of MODEL 31
1 H TYR 719 H TYR 719 49.465 -8.054 4.645
2 HA TYR 719 HA TYR 719 46.659 -8.438 5.099
3 HB2 TYR 719 HB2 TYR 719 46.892 -6.680 6.811
4 HB3 TYR 719 HB3 TYR 719 48.042 -7.984 7.020
5 HD1 TYR 719 HD1 TYR 719 50.459 -7.577 6.528
6 HD2 TYR 719 HD2 TYR 719 47.575 -4.453 6.372
7 HE1 TYR 719 HE1 TYR 719 52.251 -5.907 6.703
8 HE2 TYR 719 HE2 TYR 719 49.359 -2.790 6.504
9 HH TYR 719 HH TYR 719 51.649 -2.662 7.344
No H/Q in entry = 9
In of MODEL 31
1 H GLU 720 H GLU 720 48.503 -6.427 3.092
2 HA GLU 720 HA GLU 720 46.469 -4.337 2.921
3 HB2 GLU 720 HB2 GLU 720 48.957 -3.885 3.107
4 HB3 GLU 720 HB3 GLU 720 49.138 -4.589 1.516
5 HG2 GLU 720 HG2 GLU 720 49.128 -2.140 1.424
6 HG3 GLU 720 HG3 GLU 720 47.767 -2.836 0.549
No H/Q in entry = 6
In of MODEL 31
1 H CYS 721 H CYS 721 46.534 -7.221 1.966
2 HA CYS 721 HA CYS 721 45.859 -6.831 -0.849
3 HB2 CYS 721 HB2 CYS 721 46.580 -9.328 0.685
4 HB3 CYS 721 HB3 CYS 721 46.297 -9.223 -1.050
No H/Q in entry = 4
In of MODEL 31
1 H GLY 722 H GLY 722 43.735 -7.317 -1.439
2 HA3 GLY 722 HA2 GLY 722 42.096 -8.761 0.491
3 HA2 GLY 722 HA3 GLY 722 41.627 -7.116 0.103
No H/Q in entry = 3
In of MODEL 31
1 HA PRO 723 HA PRO 723 39.103 -8.157 -3.277
2 HB2 PRO 723 HB2 PRO 723 40.341 -6.738 -5.351
3 HB3 PRO 723 HB3 PRO 723 39.085 -6.119 -4.270
4 HG2 PRO 723 HG2 PRO 723 42.049 -5.824 -4.119
5 HG3 PRO 723 HG3 PRO 723 40.780 -4.648 -3.721
6 HD2 PRO 723 HD2 PRO 723 42.080 -5.919 -1.790
7 HD3 PRO 723 HD3 PRO 723 40.323 -5.672 -1.667
No H/Q in entry = 7
In of MODEL 31
1 H SER 724 H SER 724 39.346 -10.245 -3.715
2 HA SER 724 HA SER 724 40.547 -11.154 -6.127
3 HB2 SER 724 HB2 SER 724 41.833 -11.762 -3.498
4 HB3 SER 724 HB3 SER 724 41.880 -12.936 -4.812
5 HG SER 724 HG SER 724 42.638 -10.844 -5.940
No H/Q in entry = 5
In of MODEL 31
1 H LEU 725 H LEU 725 40.344 -13.572 -6.154
2 HA LEU 725 HA LEU 725 37.765 -14.361 -5.210
3 HB2 LEU 725 HB2 LEU 725 39.976 -15.603 -6.725
4 HB3 LEU 725 HB3 LEU 725 38.818 -16.715 -6.024
5 HG LEU 725 HG LEU 725 37.049 -15.449 -7.397
6 HD12 LEU 725 HD11 LEU 725 39.476 -14.398 -8.758
7 HD11 LEU 725 HD12 LEU 725 38.384 -13.452 -7.743
8 HD13 LEU 725 HD13 LEU 725 37.802 -14.162 -9.253
9 HD21 LEU 725 HD21 LEU 725 37.895 -17.610 -8.143
10 HD23 LEU 725 HD22 LEU 725 39.252 -16.760 -8.930
11 HD22 LEU 725 HD23 LEU 725 37.606 -16.476 -9.477
No H/Q in entry = 11
In of MODEL 31
1 H ASP 726 H ASP 726 37.386 -14.978 -3.204
2 HA ASP 726 HA ASP 726 39.508 -15.666 -1.440
3 HB2 ASP 726 HB2 ASP 726 36.518 -15.624 -1.058
4 HB3 ASP 726 HB3 ASP 726 37.577 -16.306 0.172
No H/Q in entry = 4
In of MODEL 31
1 H VAL 727 H VAL 727 40.302 -17.477 -0.893
2 HA VAL 727 HA VAL 727 39.142 -19.944 -1.960
3 HB VAL 727 HB VAL 727 41.445 -20.692 -2.625
4 HG11 VAL 727 HG11 VAL 727 40.465 -18.218 -4.053
5 HG13 VAL 727 HG12 VAL 727 39.932 -19.869 -4.351
6 HG12 VAL 727 HG13 VAL 727 41.588 -19.393 -4.729
7 HG23 VAL 727 HG21 VAL 727 42.193 -17.791 -2.195
8 HG22 VAL 727 HG22 VAL 727 43.231 -19.021 -2.914
9 HG21 VAL 727 HG23 VAL 727 42.749 -19.154 -1.225
No H/Q in entry = 9
In of MODEL 31
1 H CYS 728 H CYS 728 40.017 -21.867 -0.867
2 HA CYS 728 HA CYS 728 40.632 -21.229 1.912
3 HB2 CYS 728 HB2 CYS 728 39.733 -23.850 0.695
4 HB3 CYS 728 HB3 CYS 728 39.880 -23.479 2.406
No H/Q in entry = 4
In of MODEL 31
1 H ALA 729 H ALA 729 42.592 -21.634 2.716
2 HA ALA 729 HA ALA 729 44.361 -23.325 1.119
3 HB1 ALA 729 HB1 ALA 729 45.068 -20.761 2.513
4 HB3 ALA 729 HB2 ALA 729 44.907 -20.980 0.768
5 HB2 ALA 729 HB3 ALA 729 46.184 -21.812 1.645
No H/Q in entry = 5
In of MODEL 31
1 H GLN 730 H GLN 730 45.851 -24.456 2.265
2 HA GLN 730 HA GLN 730 45.221 -24.796 5.088
3 HB2 GLN 730 HB2 GLN 730 44.974 -26.787 3.649
4 HB3 GLN 730 HB3 GLN 730 46.652 -26.626 3.169
5 HG2 GLN 730 HG2 GLN 730 47.415 -27.083 5.362
6 HG3 GLN 730 HG3 GLN 730 45.786 -27.051 6.016
7 HE21 GLN 730 HE21 GLN 730 45.829 -29.151 6.775
8 HE22 GLN 730 HE22 GLN 730 45.920 -30.526 5.745
No H/Q in entry = 8
In of MODEL 31
1 H ASP 731 H ASP 731 46.608 -24.159 6.484
2 HA ASP 731 HA ASP 731 49.114 -22.979 5.769
3 HB2 ASP 731 HB2 ASP 731 47.895 -22.115 7.725
4 HB3 ASP 731 HB3 ASP 731 47.937 -23.703 8.447
No H/Q in entry = 4
In of MODEL 31
1 H GLU 732 H GLU 732 51.097 -23.942 5.755
2 HA GLU 732 HA GLU 732 51.126 -26.758 5.915
3 HB2 GLU 732 HB2 GLU 732 53.230 -24.728 5.360
4 HB3 GLU 732 HB3 GLU 732 53.654 -26.418 5.609
5 HG2 GLU 732 HG2 GLU 732 51.692 -25.425 3.565
6 HG3 GLU 732 HG3 GLU 732 53.378 -25.839 3.240
No H/Q in entry = 6
In of MODEL 31
1 H ARG 733 H ARG 733 51.750 -24.365 8.292
2 HA ARG 733 HA ARG 733 53.477 -26.100 9.796
3 HB2 ARG 733 HB2 ARG 733 53.743 -23.627 9.825
4 HB3 ARG 733 HB3 ARG 733 52.204 -23.498 10.650
5 HG2 ARG 733 HG2 ARG 733 54.056 -23.299 12.214
6 HG3 ARG 733 HG3 ARG 733 53.098 -24.745 12.552
7 HD2 ARG 733 HD2 ARG 733 54.744 -26.119 11.387
8 HD3 ARG 733 HD3 ARG 733 55.679 -24.678 10.988
9 HE ARG 733 HE ARG 733 55.362 -24.756 13.735
10 HH11 ARG 733 HH11 ARG 733 56.987 -26.645 11.217
11 HH12 ARG 733 HH12 ARG 733 58.225 -27.213 12.231
12 HH21 ARG 733 HH21 ARG 733 57.056 -25.503 15.135
13 HH22 ARG 733 HH22 ARG 733 58.289 -26.513 14.550
No H/Q in entry = 13
In of MODEL 31
1 H SER 734 H SER 734 50.288 -24.697 10.334
2 HA SER 734 HA SER 734 49.806 -26.484 12.571
3 HB2 SER 734 HB2 SER 734 47.680 -25.180 12.735
4 HB3 SER 734 HB3 SER 734 49.145 -24.195 12.835
5 HG SER 734 HG SER 734 48.839 -23.620 10.654
No H/Q in entry = 5
In of MODEL 31
1 H LYS 735 H LYS 735 49.139 -26.377 9.207
2 HA LYS 735 HA LYS 735 47.987 -27.537 7.790
3 HB2 LYS 735 HB2 LYS 735 47.975 -29.571 10.004
4 HB3 LYS 735 HB3 LYS 735 47.214 -29.879 8.450
5 HG2 LYS 735 HG2 LYS 735 50.133 -29.341 8.978
6 HG3 LYS 735 HG3 LYS 735 49.398 -30.843 8.402
7 HD2 LYS 735 HD2 LYS 735 48.550 -29.426 6.420
8 HD3 LYS 735 HD3 LYS 735 49.707 -28.231 6.964
9 HE2 LYS 735 HE2 LYS 735 50.386 -31.049 6.142
10 HE3 LYS 735 HE3 LYS 735 50.646 -29.593 5.189
11 HZ1 LYS 735 HZ1 LYS 735 52.152 -28.819 7.020
12 HZ3 LYS 735 HZ2 LYS 735 52.668 -30.174 6.191
13 HZ2 LYS 735 HZ3 LYS 735 52.001 -30.355 7.717
No H/Q in entry = 13
In of MODEL 31
1 H ARG 736 H ARG 736 46.624 -25.652 9.516
2 HA ARG 736 HA ARG 736 43.929 -26.734 9.603
3 HB2 ARG 736 HB2 ARG 736 43.291 -24.628 10.597
4 HB3 ARG 736 HB3 ARG 736 44.685 -25.286 11.437
5 HG2 ARG 736 HG2 ARG 736 46.140 -23.775 10.252
6 HG3 ARG 736 HG3 ARG 736 44.760 -23.133 9.358
7 HD2 ARG 736 HD2 ARG 736 45.123 -23.036 12.342
8 HD3 ARG 736 HD3 ARG 736 45.436 -21.743 11.179
9 HE ARG 736 HE ARG 736 42.769 -22.765 11.022
10 HH11 ARG 736 HH11 ARG 736 44.814 -20.468 12.765
11 HH12 ARG 736 HH12 ARG 736 43.529 -19.469 13.249
12 HH21 ARG 736 HH21 ARG 736 41.013 -21.384 11.647
13 HH22 ARG 736 HH22 ARG 736 41.316 -19.986 12.575
No H/Q in entry = 13
In of MODEL 31
1 H ILE 737 H ILE 737 42.213 -25.755 8.409
2 HA ILE 737 HA ILE 737 43.133 -24.714 5.845
3 HB ILE 737 HB ILE 737 40.306 -25.429 6.661
4 HG12 ILE 737 HG12 ILE 737 41.796 -27.421 6.921
5 HG13 ILE 737 HG13 ILE 737 40.584 -27.634 5.673
6 HG23 ILE 737 HG21 ILE 737 39.926 -25.579 4.263
7 HG22 ILE 737 HG22 ILE 737 41.627 -25.222 3.956
8 HG21 ILE 737 HG23 ILE 737 40.586 -24.000 4.683
9 HD11 ILE 737 HD11 ILE 737 42.282 -27.159 3.980
10 HD13 ILE 737 HD12 ILE 737 42.717 -28.543 4.987
11 HD12 ILE 737 HD13 ILE 737 43.489 -26.975 5.254
No H/Q in entry = 11
In of MODEL 31
1 H LEU 738 H LEU 738 43.059 -22.550 5.584
2 HA LEU 738 HA LEU 738 41.066 -21.122 7.125
3 HB2 LEU 738 HB2 LEU 738 42.551 -19.257 7.621
4 HB3 LEU 738 HB3 LEU 738 43.170 -20.736 8.316
5 HG LEU 738 HG LEU 738 44.239 -19.505 5.767
6 HD12 LEU 738 HD11 LEU 738 45.236 -19.266 8.604
7 HD11 LEU 738 HD12 LEU 738 44.479 -17.975 7.674
8 HD13 LEU 738 HD13 LEU 738 46.034 -18.632 7.167
9 HD23 LEU 738 HD21 LEU 738 45.345 -21.492 7.709
10 HD22 LEU 738 HD22 LEU 738 46.143 -20.924 6.219
11 HD21 LEU 738 HD23 LEU 738 44.632 -21.862 6.144
No H/Q in entry = 11
In of MODEL 31
1 HA PRO 739 HA PRO 739 39.995 -19.235 3.367
2 HB2 PRO 739 HB2 PRO 739 38.726 -17.052 4.312
3 HB3 PRO 739 HB3 PRO 739 38.053 -18.682 4.528
4 HG2 PRO 739 HG2 PRO 739 39.611 -17.011 6.462
5 HG3 PRO 739 HG3 PRO 739 38.133 -17.953 6.739
6 HD2 PRO 739 HD2 PRO 739 40.635 -18.933 7.373
7 HD3 PRO 739 HD3 PRO 739 39.276 -19.955 6.845
No H/Q in entry = 7
In of MODEL 31
1 H LEU 740 H LEU 740 41.429 -18.356 2.093
2 HA LEU 740 HA LEU 740 42.719 -15.825 2.843
3 HB2 LEU 740 HB2 LEU 740 43.793 -18.110 1.212
4 HB3 LEU 740 HB3 LEU 740 44.486 -16.507 1.186
5 HG LEU 740 HG LEU 740 44.375 -18.382 3.543
6 HD12 LEU 740 HD11 LEU 740 46.787 -18.330 3.309
7 HD11 LEU 740 HD12 LEU 740 46.629 -17.291 1.890
8 HD13 LEU 740 HD13 LEU 740 45.997 -18.944 1.860
9 HD21 LEU 740 HD21 LEU 740 45.448 -15.559 3.351
10 HD23 LEU 740 HD22 LEU 740 45.724 -16.662 4.692
11 HD22 LEU 740 HD23 LEU 740 44.094 -16.097 4.351
No H/Q in entry = 11
In of MODEL 31
1 H THR 741 H THR 741 43.552 -14.999 0.508
2 HA THR 741 HA THR 741 41.387 -15.314 -1.403
3 HB THR 741 HB THR 741 42.493 -12.551 -0.853
4 HG1 THR 741 HG1 THR 741 40.250 -13.599 0.574
5 HG23 THR 741 HG21 THR 741 40.349 -11.855 -1.604
6 HG22 THR 741 HG22 THR 741 39.692 -13.460 -1.353
7 HG21 THR 741 HG23 THR 741 40.812 -13.190 -2.677
No H/Q in entry = 7
In of MODEL 31
1 H VAL 742 H VAL 742 42.203 -14.813 -3.578
2 HA VAL 742 HA VAL 742 44.653 -15.847 -4.215
3 HB VAL 742 HB VAL 742 43.305 -13.662 -5.829
4 HG12 VAL 742 HG11 VAL 742 44.386 -14.614 -7.747
5 HG11 VAL 742 HG12 VAL 742 45.271 -15.739 -6.711
6 HG13 VAL 742 HG13 VAL 742 45.544 -13.992 -6.577
7 HG21 VAL 742 HG21 VAL 742 41.786 -15.493 -5.425
8 HG23 VAL 742 HG22 VAL 742 43.017 -16.629 -6.016
9 HG22 VAL 742 HG23 VAL 742 42.322 -15.428 -7.110
No H/Q in entry = 9
In of MODEL 31
1 H CYS 743 H CYS 743 44.111 -12.272 -4.148
2 HA CYS 743 HA CYS 743 46.710 -11.487 -4.470
3 HB2 CYS 743 HB2 CYS 743 44.667 -9.988 -4.448
4 HB3 CYS 743 HB3 CYS 743 44.686 -10.101 -2.701
No H/Q in entry = 4
In of MODEL 31
1 H LYS 744 H LYS 744 45.084 -12.204 -1.425
2 HA LYS 744 HA LYS 744 47.200 -11.555 0.290
3 HB2 LYS 744 HB2 LYS 744 45.035 -13.639 0.654
4 HB3 LYS 744 HB3 LYS 744 46.084 -13.047 1.933
5 HG2 LYS 744 HG2 LYS 744 45.135 -10.829 1.726
6 HG3 LYS 744 HG3 LYS 744 44.154 -11.351 0.355
7 HD2 LYS 744 HD2 LYS 744 43.017 -12.969 1.832
8 HD3 LYS 744 HD3 LYS 744 43.964 -12.357 3.192
9 HE2 LYS 744 HE2 LYS 744 42.958 -10.182 2.973
10 HE3 LYS 744 HE3 LYS 744 42.153 -10.665 1.482
11 HZ3 LYS 744 HZ1 LYS 744 40.791 -12.197 2.719
12 HZ2 LYS 744 HZ2 LYS 744 40.681 -10.659 3.419
13 HZ1 LYS 744 HZ3 LYS 744 41.613 -11.838 4.150
No H/Q in entry = 13
In of MODEL 31
1 H MET 745 H MET 745 46.167 -14.782 -0.762
2 HA MET 745 HA MET 745 48.240 -16.337 0.235
3 HB2 MET 745 HB2 MET 745 46.707 -17.626 -0.396
4 HB3 MET 745 HB3 MET 745 46.100 -16.647 -1.748
5 HG2 MET 745 HG2 MET 745 46.885 -18.552 -2.857
6 HG3 MET 745 HG3 MET 745 48.254 -17.497 -2.912
7 HE2 MET 745 HE1 MET 745 47.959 -21.149 -0.148
8 HE1 MET 745 HE2 MET 745 46.745 -20.654 -1.329
9 HE3 MET 745 HE3 MET 745 46.980 -19.711 0.144
No H/Q in entry = 9
In of MODEL 31
1 H HIS 746 H HIS 746 48.112 -14.642 -2.928
2 HA HIS 746 HA HIS 746 50.450 -15.832 -3.996
3 HB2 HIS 746 HB2 HIS 746 48.755 -13.585 -4.628
4 HB3 HIS 746 HB3 HIS 746 50.428 -13.317 -5.165
5 HD1 HIS 746 HD1 HIS 746 51.234 -15.069 -7.066
6 HD2 HIS 746 HD2 HIS 746 47.211 -15.201 -6.072
7 HE1 HIS 746 HE1 HIS 746 50.111 -16.187 -8.990
8 HE2 HIS 746 HE2 HIS 746 47.738 -16.481 -8.265
No H/Q in entry = 8
In of MODEL 31
1 H VAL 747 H VAL 747 49.997 -12.730 -2.346
2 HA VAL 747 HA VAL 747 52.715 -12.015 -2.251
3 HB VAL 747 HB VAL 747 50.269 -11.202 -0.669
4 HG12 VAL 747 HG11 VAL 747 53.041 -10.001 -0.403
5 HG11 VAL 747 HG12 VAL 747 52.208 -10.946 0.829
6 HG13 VAL 747 HG13 VAL 747 51.569 -9.391 0.356
7 HG22 VAL 747 HG21 VAL 747 50.544 -9.111 -1.911
8 HG21 VAL 747 HG22 VAL 747 50.397 -10.502 -2.990
9 HG23 VAL 747 HG23 VAL 747 51.976 -9.781 -2.692
No H/Q in entry = 9
In of MODEL 31
1 H LEU 748 H LEU 748 50.585 -13.463 0.056
2 HA LEU 748 HA LEU 748 52.000 -14.134 2.286
3 HB2 LEU 748 HB2 LEU 748 49.648 -14.396 1.924
4 HB3 LEU 748 HB3 LEU 748 49.924 -15.418 0.565
5 HG LEU 748 HG LEU 748 48.812 -16.554 2.227
6 HD13 LEU 748 HD11 LEU 748 50.069 -17.959 1.071
7 HD12 LEU 748 HD12 LEU 748 50.193 -18.465 2.756
8 HD11 LEU 748 HD13 LEU 748 51.541 -17.608 1.977
9 HD23 LEU 748 HD21 LEU 748 49.690 -17.018 4.442
10 HD22 LEU 748 HD22 LEU 748 49.168 -15.380 4.113
11 HD21 LEU 748 HD23 LEU 748 50.918 -15.746 4.193
No H/Q in entry = 11
In of MODEL 31
1 H HIS 749 H HIS 749 51.784 -16.061 -0.705
2 HA HIS 749 HA HIS 749 53.509 -18.141 0.150
3 HB2 HIS 749 HB2 HIS 749 51.778 -17.737 -1.974
4 HB3 HIS 749 HB3 HIS 749 53.361 -17.805 -2.738
5 HD1 HIS 749 HD1 HIS 749 54.519 -20.124 -2.835
6 HD2 HIS 749 HD2 HIS 749 50.971 -20.050 -0.697
7 HE1 HIS 749 HE1 HIS 749 53.980 -22.522 -2.367
8 HE2 HIS 749 HE2 HIS 749 51.806 -22.486 -1.119
No H/Q in entry = 8
In of MODEL 31
1 H CYS 750 H CYS 750 53.999 -15.220 -1.740
2 HA CYS 750 HA CYS 750 56.656 -15.994 -2.441
3 HB2 CYS 750 HB2 CYS 750 55.101 -13.499 -2.971
4 HB3 CYS 750 HB3 CYS 750 56.754 -13.766 -3.532
No H/Q in entry = 4
In of MODEL 31
1 H GLN 751 H GLN 751 55.226 -14.212 0.156
2 HA GLN 751 HA GLN 751 57.602 -12.988 1.029
3 HB2 GLN 751 HB2 GLN 751 55.055 -13.790 2.409
4 HB3 GLN 751 HB3 GLN 751 56.323 -12.914 3.240
5 HG2 GLN 751 HG2 GLN 751 54.983 -11.978 0.730
6 HG3 GLN 751 HG3 GLN 751 54.472 -11.499 2.339
7 HE21 GLN 751 HE21 GLN 751 54.904 -9.380 1.774
8 HE22 GLN 751 HE22 GLN 751 56.502 -8.731 1.747
No H/Q in entry = 8
In of MODEL 31
1 H GLY 752 H GLY 752 56.460 -16.196 1.073
2 HA3 GLY 752 HA2 GLY 752 58.351 -17.776 1.437
3 HA2 GLY 752 HA3 GLY 752 58.620 -16.898 2.934
No H/Q in entry = 3
In of MODEL 31
1 H ARG 753 H ARG 753 55.362 -16.996 2.568
2 HA ARG 753 HA ARG 753 55.245 -19.063 4.562
3 HB2 ARG 753 HB2 ARG 753 52.998 -17.409 3.402
4 HB3 ARG 753 HB3 ARG 753 52.902 -18.453 4.807
5 HG2 ARG 753 HG2 ARG 753 54.577 -15.975 4.550
6 HG3 ARG 753 HG3 ARG 753 53.069 -16.120 5.454
7 HD2 ARG 753 HD2 ARG 753 54.149 -17.852 6.883
8 HD3 ARG 753 HD3 ARG 753 55.658 -17.574 6.023
9 HE ARG 753 HE ARG 753 54.672 -15.154 7.001
10 HH11 ARG 753 HH11 ARG 753 56.318 -18.119 8.135
11 HH12 ARG 753 HH12 ARG 753 56.895 -17.402 9.569
12 HH21 ARG 753 HH21 ARG 753 55.545 -14.199 8.983
13 HH22 ARG 753 HH22 ARG 753 56.447 -15.175 10.067
No H/Q in entry = 13
In of MODEL 31
1 H ASN 754 H ASN 754 54.921 -21.050 4.170
2 HA ASN 754 HA ASN 754 54.197 -21.952 1.527
3 HB2 ASN 754 HB2 ASN 754 54.925 -23.588 3.976
4 HB3 ASN 754 HB3 ASN 754 54.782 -24.194 2.336
5 HD21 ASN 754 HD21 ASN 754 56.720 -22.532 4.595
6 HD22 ASN 754 HD22 ASN 754 58.164 -22.442 3.672
No H/Q in entry = 6
In of MODEL 31
1 H TYR 755 H TYR 755 52.215 -22.200 1.054
2 HA TYR 755 HA TYR 755 50.308 -23.244 2.997
3 HB2 TYR 755 HB2 TYR 755 50.049 -20.757 1.356
4 HB3 TYR 755 HB3 TYR 755 48.623 -21.689 1.749
5 HD1 TYR 755 HD1 TYR 755 47.416 -20.499 3.278
6 HD2 TYR 755 HD2 TYR 755 51.616 -20.665 3.804
7 HE1 TYR 755 HE1 TYR 755 47.196 -19.199 5.311
8 HE2 TYR 755 HE2 TYR 755 51.417 -19.376 5.879
9 HH TYR 755 HH TYR 755 49.812 -17.739 6.860
No H/Q in entry = 9
In of MODEL 31
1 H THR 756 H THR 756 48.829 -24.512 2.127
2 HA THR 756 HA THR 756 49.299 -25.361 -0.628
3 HB THR 756 HB THR 756 48.144 -26.770 1.786
4 HG1 THR 756 HG1 THR 756 50.183 -27.305 2.134
5 HG23 THR 756 HG21 THR 756 48.173 -28.796 0.410
6 HG22 THR 756 HG22 THR 756 48.721 -27.831 -0.980
7 HG21 THR 756 HG23 THR 756 47.125 -27.553 -0.279
No H/Q in entry = 7
In of MODEL 31
1 H LEU 757 H LEU 757 47.513 -25.434 -2.072
2 HA LEU 757 HA LEU 757 45.173 -23.955 -1.243
3 HB2 LEU 757 HB2 LEU 757 45.997 -25.131 -3.904
4 HB3 LEU 757 HB3 LEU 757 44.401 -24.486 -3.637
5 HG LEU 757 HG LEU 757 45.716 -22.878 -4.808
6 HD12 LEU 757 HD11 LEU 757 45.528 -20.948 -3.328
7 HD11 LEU 757 HD12 LEU 757 45.267 -22.033 -1.963
8 HD13 LEU 757 HD13 LEU 757 44.107 -21.987 -3.292
9 HD22 LEU 757 HD21 LEU 757 47.970 -23.556 -4.151
10 HD21 LEU 757 HD22 LEU 757 47.677 -22.986 -2.509
11 HD23 LEU 757 HD23 LEU 757 47.731 -21.836 -3.843
No H/Q in entry = 11
In of MODEL 31
1 H THR 758 H THR 758 43.159 -24.736 -0.933
2 HA THR 758 HA THR 758 42.812 -27.610 -1.227
3 HB THR 758 HB THR 758 41.499 -27.529 0.981
4 HG1 THR 758 HG1 THR 758 42.388 -24.976 0.850
5 HG22 THR 758 HG21 THR 758 44.499 -27.135 1.094
6 HG21 THR 758 HG22 THR 758 43.680 -28.660 0.772
7 HG23 THR 758 HG23 THR 758 43.513 -27.889 2.346
No H/Q in entry = 7
In of MODEL 31
1 H GLY 759 H GLY 759 40.342 -28.072 -0.675
2 HA3 GLY 759 HA2 GLY 759 38.864 -26.674 -2.655
3 HA2 GLY 759 HA3 GLY 759 38.269 -27.948 -1.593
No H/Q in entry = 3
In of MODEL 31
1 H ARG 760 H ARG 760 36.874 -25.635 -2.279
2 HA ARG 760 HA ARG 760 37.139 -23.692 -0.199
3 HB2 ARG 760 HB2 ARG 760 35.142 -22.627 -1.206
4 HB3 ARG 760 HB3 ARG 760 36.455 -22.943 -2.331
5 HG2 ARG 760 HG2 ARG 760 34.469 -23.478 -3.509
6 HG3 ARG 760 HG3 ARG 760 35.221 -24.998 -2.997
7 HD2 ARG 760 HD2 ARG 760 32.758 -24.964 -2.707
8 HD3 ARG 760 HD3 ARG 760 33.691 -25.283 -1.239
9 HE ARG 760 HE ARG 760 33.143 -23.189 -0.410
10 HH11 ARG 760 HH11 ARG 760 31.474 -23.877 -3.454
11 HH12 ARG 760 HH12 ARG 760 30.445 -22.539 -3.363
12 HH21 ARG 760 HH21 ARG 760 31.728 -21.394 -0.222
13 HH22 ARG 760 HH22 ARG 760 30.604 -21.059 -1.475
No H/Q in entry = 13
In of MODEL 31
1 H ASP 761 H ASP 761 35.675 -26.619 -0.292
2 HA ASP 761 HA ASP 761 33.591 -25.985 1.638
3 HB2 ASP 761 HB2 ASP 761 32.939 -28.312 1.522
4 HB3 ASP 761 HB3 ASP 761 33.216 -27.714 -0.111
No H/Q in entry = 4
In of MODEL 31
1 H SER 762 H SER 762 36.823 -26.541 1.729
2 HA SER 762 HA SER 762 36.954 -28.195 4.024
3 HB2 SER 762 HB2 SER 762 39.070 -26.531 2.676
4 HB3 SER 762 HB3 SER 762 39.389 -27.695 3.969
5 HG SER 762 HG SER 762 38.413 -29.262 2.659
No H/Q in entry = 5
In of MODEL 31
1 H CYS 763 H CYS 763 36.807 -24.682 3.688
2 HA CYS 763 HA CYS 763 36.530 -24.624 6.566
3 HB2 CYS 763 HB2 CYS 763 37.963 -22.668 6.858
4 HB3 CYS 763 HB3 CYS 763 38.887 -23.986 6.147
No H/Q in entry = 4
In of MODEL 31
1 H THR 764 H THR 764 35.895 -22.181 7.140
2 HA THR 764 HA THR 764 33.525 -21.745 5.571
3 HB THR 764 HB THR 764 34.465 -20.217 8.004
4 HG1 THR 764 HG1 THR 764 33.552 -22.803 7.674
5 HG23 THR 764 HG21 THR 764 32.056 -19.894 8.347
6 HG22 THR 764 HG22 THR 764 31.712 -20.873 6.921
7 HG21 THR 764 HG23 THR 764 32.528 -19.320 6.746
No H/Q in entry = 7
In of MODEL 31
1 H LEU 765 H LEU 765 33.751 -20.688 3.835
2 HA LEU 765 HA LEU 765 35.772 -18.656 3.498
3 HB2 LEU 765 HB2 LEU 765 35.027 -20.629 1.931
4 HB3 LEU 765 HB3 LEU 765 33.727 -19.541 1.511
5 HG LEU 765 HG LEU 765 35.365 -17.901 0.694
6 HD12 LEU 765 HD11 LEU 765 37.727 -18.642 0.468
7 HD11 LEU 765 HD12 LEU 765 37.309 -20.075 1.431
8 HD13 LEU 765 HD13 LEU 765 37.214 -18.481 2.152
9 HD21 LEU 765 HD21 LEU 765 35.692 -20.678 -0.439
10 HD23 LEU 765 HD22 LEU 765 36.063 -19.171 -1.273
11 HD22 LEU 765 HD23 LEU 765 34.396 -19.548 -0.835
No H/Q in entry = 11
In of MODEL 31
1 HA PRO 766 HA PRO 766 32.585 -15.501 3.973
2 HB2 PRO 766 HB2 PRO 766 33.768 -13.370 2.893
3 HB3 PRO 766 HB3 PRO 766 34.381 -14.087 4.390
4 HG2 PRO 766 HG2 PRO 766 35.287 -14.477 1.594
5 HG3 PRO 766 HG3 PRO 766 36.289 -14.107 3.022
6 HD2 PRO 766 HD2 PRO 766 36.020 -16.633 2.061
7 HD3 PRO 766 HD3 PRO 766 36.189 -16.315 3.796
No H/Q in entry = 7
In of MODEL 31
1 H ALA 767 H ALA 767 31.646 -13.696 2.534
2 HA ALA 767 HA ALA 767 30.029 -13.293 0.967
3 HB2 ALA 767 HB1 ALA 767 32.118 -12.831 -0.345
4 HB3 ALA 767 HB2 ALA 767 30.712 -13.293 -1.326
5 HB1 ALA 767 HB3 ALA 767 31.983 -14.479 -0.968
No H/Q in entry = 5
In of MODEL 31
1 H SER 768 H SER 768 29.969 -15.510 2.304
2 HA SER 768 HA SER 768 28.638 -17.376 0.561
3 HB2 SER 768 HB2 SER 768 29.297 -17.456 3.471
4 HB3 SER 768 HB3 SER 768 28.553 -18.703 2.450
5 HG SER 768 HG SER 768 31.146 -18.293 2.786
No H/Q in entry = 5
In of MODEL 31
1 H ALA 769 H ALA 769 27.783 -14.666 2.270
2 HA ALA 769 HA ALA 769 25.245 -15.568 3.315
3 HB3 ALA 769 HB1 ALA 769 24.875 -13.212 3.789
4 HB1 ALA 769 HB2 ALA 769 26.337 -12.794 2.885
5 HB2 ALA 769 HB3 ALA 769 26.459 -13.737 4.379
No H/Q in entry = 5
In of MODEL 31
1 H GLU 770 H GLU 770 23.467 -13.631 2.528
2 HA GLU 770 HA GLU 770 23.203 -14.090 -0.354
3 HB2 GLU 770 HB2 GLU 770 21.221 -13.037 1.669
4 HB3 GLU 770 HB3 GLU 770 20.871 -13.489 -0.001
5 HG2 GLU 770 HG2 GLU 770 21.423 -15.737 0.416
6 HG3 GLU 770 HG3 GLU 770 21.991 -15.339 2.032
No H/Q in entry = 6
In of MODEL 31
1 H LYS 771 H LYS 771 23.808 -12.540 -1.644
2 HA LYS 771 HA LYS 771 24.632 -10.158 -0.370
3 HB2 LYS 771 HB2 LYS 771 25.259 -11.212 -3.117
4 HB3 LYS 771 HB3 LYS 771 25.610 -9.573 -2.608
5 HG2 LYS 771 HG2 LYS 771 27.552 -11.001 -2.356
6 HG3 LYS 771 HG3 LYS 771 26.967 -10.370 -0.809
7 HD2 LYS 771 HD2 LYS 771 27.664 -12.684 -0.595
8 HD3 LYS 771 HD3 LYS 771 25.944 -12.458 -0.315
9 HE2 LYS 771 HE2 LYS 771 25.293 -13.452 -2.241
10 HE3 LYS 771 HE3 LYS 771 26.844 -13.245 -3.078
11 HZ3 LYS 771 HZ1 LYS 771 27.681 -15.048 -1.563
12 HZ2 LYS 771 HZ2 LYS 771 26.343 -15.504 -2.513
13 HZ1 LYS 771 HZ3 LYS 771 26.119 -15.112 -0.904
No H/Q in entry = 13
In of MODEL 31
1 H ALA 772 H ALA 772 23.452 -8.574 -0.235
2 HA ALA 772 HA ALA 772 21.662 -7.736 -2.442
3 HB3 ALA 772 HB1 ALA 772 20.351 -6.620 -0.840
4 HB1 ALA 772 HB2 ALA 772 21.548 -6.898 0.422
5 HB2 ALA 772 HB3 ALA 772 20.598 -8.260 -0.178
No H/Q in entry = 5
In of MODEL 31
1 H CYS 773 H CYS 773 22.912 -6.356 -3.480
2 HA CYS 773 HA CYS 773 23.847 -3.988 -2.226
3 HB2 CYS 773 HB2 CYS 773 26.259 -4.424 -2.720
4 HB3 CYS 773 HB3 CYS 773 25.617 -5.247 -1.287
No H/Q in entry = 4
In of MODEL 31
1 H GLY 774 H GLY 774 25.232 -5.954 -4.796
2 HA3 GLY 774 HA2 GLY 774 24.742 -5.479 -7.121
3 HA2 GLY 774 HA3 GLY 774 24.657 -3.772 -6.683
No H/Q in entry = 3
In of MODEL 31
1 H ALA 775 H ALA 775 26.917 -4.190 -4.788
2 HA ALA 775 HA ALA 775 29.173 -4.871 -6.431
3 HB2 ALA 775 HB1 ALA 775 28.816 -2.038 -5.445
4 HB3 ALA 775 HB2 ALA 775 28.751 -2.562 -7.129
5 HB1 ALA 775 HB3 ALA 775 30.258 -2.692 -6.223
No H/Q in entry = 5
In of MODEL 31
1 H CYS 776 H CYS 776 29.943 -6.275 -4.969
2 HA CYS 776 HA CYS 776 30.989 -5.057 -2.604
3 HB2 CYS 776 HB2 CYS 776 29.388 -7.644 -2.563
4 HB3 CYS 776 HB3 CYS 776 30.642 -7.372 -1.343
No H/Q in entry = 4
In of MODEL 31
1 HA PRO 777 HA PRO 777 34.314 -7.907 -4.160
2 HB2 PRO 777 HB2 PRO 777 33.283 -9.877 -6.054
3 HB3 PRO 777 HB3 PRO 777 34.173 -10.157 -4.555
4 HG2 PRO 777 HG2 PRO 777 31.573 -10.824 -4.827
5 HG3 PRO 777 HG3 PRO 777 32.251 -10.282 -3.282
6 HD2 PRO 777 HD2 PRO 777 30.715 -8.694 -5.322
7 HD3 PRO 777 HD3 PRO 777 30.505 -8.777 -3.556
No H/Q in entry = 7
In of MODEL 31
1 H LEU 778 H LEU 778 35.449 -8.259 -6.308
2 HA LEU 778 HA LEU 778 35.464 -5.954 -7.868
3 HB2 LEU 778 HB2 LEU 778 36.435 -8.695 -8.650
4 HB3 LEU 778 HB3 LEU 778 36.858 -7.221 -9.479
5 HG LEU 778 HG LEU 778 38.188 -6.510 -7.495
6 HD12 LEU 778 HD11 LEU 778 38.660 -8.154 -5.725
7 HD11 LEU 778 HD12 LEU 778 37.410 -9.214 -6.385
8 HD13 LEU 778 HD13 LEU 778 36.978 -7.639 -5.717
9 HD21 LEU 778 HD21 LEU 778 39.235 -7.771 -9.302
10 HD23 LEU 778 HD22 LEU 778 38.785 -9.271 -8.479
11 HD22 LEU 778 HD23 LEU 778 39.945 -8.179 -7.730
No H/Q in entry = 11
In of MODEL 31
1 H TRP 779 H TRP 779 34.400 -9.109 -8.830
2 HA TRP 779 HA TRP 779 33.245 -8.256 -11.327
3 HB2 TRP 779 HB2 TRP 779 32.786 -10.754 -11.450
4 HB3 TRP 779 HB3 TRP 779 34.490 -10.315 -11.281
5 HD1 TRP 779 HD1 TRP 779 31.619 -11.899 -9.329
6 HE1 TRP 779 HE1 TRP 779 32.511 -12.963 -7.200
7 HE3 TRP 779 HE3 TRP 779 36.474 -10.409 -9.670
8 HZ2 TRP 779 HZ2 TRP 779 34.998 -13.134 -5.814
9 HZ3 TRP 779 HZ3 TRP 779 38.019 -11.054 -7.898
10 HH2 TRP 779 HH2 TRP 779 37.291 -12.396 -6.025
No H/Q in entry = 10
In of MODEL 31
1 H GLY 780 H GLY 780 32.177 -7.824 -8.356
2 HA3 GLY 780 HA2 GLY 780 30.079 -7.503 -7.476
3 HA2 GLY 780 HA3 GLY 780 29.391 -8.107 -8.987
No H/Q in entry = 3
In of MODEL 31
1 H LYS 781 H LYS 781 27.954 -9.408 -7.786
2 HA LYS 781 HA LYS 781 28.959 -12.041 -7.370
3 HB2 LYS 781 HB2 LYS 781 29.333 -10.750 -5.134
4 HB3 LYS 781 HB3 LYS 781 27.581 -10.822 -5.008
5 HG2 LYS 781 HG2 LYS 781 28.636 -12.649 -3.763
6 HG3 LYS 781 HG3 LYS 781 27.649 -13.275 -5.097
7 HD2 LYS 781 HD2 LYS 781 29.684 -13.567 -6.447
8 HD3 LYS 781 HD3 LYS 781 30.656 -12.900 -5.140
9 HE2 LYS 781 HE2 LYS 781 30.847 -15.254 -5.180
10 HE3 LYS 781 HE3 LYS 781 29.946 -14.794 -3.728
11 HZ1 LYS 781 HZ1 LYS 781 27.874 -15.424 -4.986
12 HZ3 LYS 781 HZ2 LYS 781 28.899 -16.694 -4.709
13 HZ2 LYS 781 HZ3 LYS 781 28.840 -16.007 -6.234
No H/Q in entry = 13
In of MODEL 31
1 H CYS 782 H CYS 782 27.255 -13.408 -7.885
2 HA CYS 782 HA CYS 782 24.613 -12.238 -7.736
3 HB2 CYS 782 HB2 CYS 782 25.501 -11.688 -9.957
4 HB3 CYS 782 HB3 CYS 782 25.753 -13.401 -10.289
No H/Q in entry = 4
In of MODEL 31
1 H ASP 783 H ASP 783 23.928 -13.600 -6.235
2 HA ASP 783 HA ASP 783 23.004 -16.100 -6.993
3 HB2 ASP 783 HB2 ASP 783 24.171 -17.495 -5.310
4 HB3 ASP 783 HB3 ASP 783 25.319 -16.856 -6.472
No H/Q in entry = 4
In of MODEL 31
1 H ALA 784 H ALA 784 21.530 -16.846 -5.454
2 HA ALA 784 HA ALA 784 19.804 -16.593 -4.085
3 HB3 ALA 784 HB1 ALA 784 21.475 -16.450 -2.261
4 HB2 ALA 784 HB2 ALA 784 20.064 -15.448 -1.921
5 HB1 ALA 784 HB3 ALA 784 21.561 -14.702 -2.484
No H/Q in entry = 5
In of MODEL 31
1 H GLU 785 H GLU 785 19.225 -15.526 -6.190
2 HA GLU 785 HA GLU 785 18.929 -12.730 -6.019
3 HB2 GLU 785 HB2 GLU 785 17.644 -13.021 -8.277
4 HB3 GLU 785 HB3 GLU 785 19.383 -13.151 -8.207
5 HG2 GLU 785 HG2 GLU 785 18.598 -14.869 -9.637
6 HG3 GLU 785 HG3 GLU 785 19.101 -15.646 -8.151
No H/Q in entry = 6
In of MODEL 31
1 H SER 786 H SER 786 17.864 -12.346 -4.408
2 HA SER 786 HA SER 786 14.999 -12.142 -4.785
3 HB2 SER 786 HB2 SER 786 16.260 -13.097 -2.185
4 HB3 SER 786 HB3 SER 786 14.539 -12.829 -2.461
5 HG SER 786 HG SER 786 15.766 -14.490 -4.265
No H/Q in entry = 5
In of MODEL 31
1 H SER 787 H SER 787 17.813 -11.509 -2.736
2 HA SER 787 HA SER 787 17.107 -8.722 -2.540
3 HB2 SER 787 HB2 SER 787 19.556 -10.248 -1.587
4 HB3 SER 787 HB3 SER 787 19.059 -8.600 -1.157
5 HG SER 787 HG SER 787 17.454 -9.323 0.019
No H/Q in entry = 5
In of MODEL 31
1 H LYS 788 H LYS 788 19.161 -7.184 -3.280
2 HA LYS 788 HA LYS 788 19.474 -8.247 -5.917
3 HB2 LYS 788 HB2 LYS 788 18.365 -6.071 -5.770
4 HB3 LYS 788 HB3 LYS 788 19.844 -5.371 -5.122
5 HG2 LYS 788 HG2 LYS 788 19.615 -4.845 -7.483
6 HG3 LYS 788 HG3 LYS 788 21.005 -5.899 -7.218
7 HD2 LYS 788 HD2 LYS 788 19.650 -7.843 -7.891
8 HD3 LYS 788 HD3 LYS 788 18.275 -6.780 -8.184
9 HE2 LYS 788 HE2 LYS 788 20.931 -6.601 -9.601
10 HE3 LYS 788 HE3 LYS 788 19.516 -7.432 -10.238
11 HZ3 LYS 788 HZ1 LYS 788 18.336 -5.350 -10.264
12 HZ2 LYS 788 HZ2 LYS 788 19.779 -5.185 -11.122
13 HZ1 LYS 788 HZ3 LYS 788 19.637 -4.547 -9.572
No H/Q in entry = 13
In of MODEL 31
1 H CYS 789 H CYS 789 21.018 -9.318 -6.232
2 HA CYS 789 HA CYS 789 23.759 -8.485 -5.657
3 HB2 CYS 789 HB2 CYS 789 24.277 -10.852 -6.249
4 HB3 CYS 789 HB3 CYS 789 23.160 -10.727 -4.900
No H/Q in entry = 4
In of MODEL 31
1 H VAL 790 H VAL 790 25.284 -8.563 -7.507
2 HA VAL 790 HA VAL 790 24.058 -8.360 -10.143
3 HB VAL 790 HB VAL 790 25.601 -6.101 -8.838
4 HG11 VAL 790 HG11 VAL 790 26.446 -6.442 -11.069
5 HG13 VAL 790 HG12 VAL 790 25.571 -4.912 -10.950
6 HG12 VAL 790 HG13 VAL 790 24.817 -6.303 -11.743
7 HG21 VAL 790 HG21 VAL 790 23.203 -6.136 -8.398
8 HG23 VAL 790 HG22 VAL 790 22.891 -6.128 -10.141
9 HG22 VAL 790 HG23 VAL 790 23.664 -4.736 -9.368
No H/Q in entry = 9
In of MODEL 31
1 H CYS 791 H CYS 791 25.449 -8.942 -11.723
2 HA CYS 791 HA CYS 791 28.205 -9.574 -10.950
3 HB2 CYS 791 HB2 CYS 791 28.118 -11.326 -12.742
4 HB3 CYS 791 HB3 CYS 791 27.051 -11.608 -11.385
No H/Q in entry = 4
In of MODEL 31
1 H ARG 792 H ARG 792 29.718 -8.513 -11.918
2 HA ARG 792 HA ARG 792 29.089 -6.771 -14.199
3 HB2 ARG 792 HB2 ARG 792 31.577 -6.890 -12.455
4 HB3 ARG 792 HB3 ARG 792 31.151 -5.614 -13.584
5 HG2 ARG 792 HG2 ARG 792 29.333 -4.900 -12.194
6 HG3 ARG 792 HG3 ARG 792 29.550 -6.283 -11.123
7 HD2 ARG 792 HD2 ARG 792 30.515 -4.383 -10.049
8 HD3 ARG 792 HD3 ARG 792 31.832 -5.413 -10.594
9 HE ARG 792 HE ARG 792 31.056 -3.254 -12.354
10 HH11 ARG 792 HH11 ARG 792 33.408 -4.499 -10.020
11 HH12 ARG 792 HH12 ARG 792 34.484 -3.213 -10.132
12 HH21 ARG 792 HH21 ARG 792 32.550 -1.412 -12.548
13 HH22 ARG 792 HH22 ARG 792 33.971 -1.384 -11.613
No H/Q in entry = 13
In of MODEL 31
1 H GLU 793 H GLU 793 30.330 -7.062 -16.156
2 HA GLU 793 HA GLU 793 31.308 -9.741 -16.466
3 HB2 GLU 793 HB2 GLU 793 31.220 -7.410 -18.374
4 HB3 GLU 793 HB3 GLU 793 31.774 -9.017 -18.813
5 HG2 GLU 793 HG2 GLU 793 29.007 -8.365 -17.815
6 HG3 GLU 793 HG3 GLU 793 29.448 -8.529 -19.511
No H/Q in entry = 6
In of MODEL 31
1 H ALA 794 H ALA 794 33.427 -9.994 -17.754
2 HA ALA 794 HA ALA 794 35.490 -9.421 -15.917
3 HB2 ALA 794 HB1 ALA 794 35.339 -11.437 -17.329
4 HB3 ALA 794 HB2 ALA 794 36.902 -10.619 -17.416
5 HB1 ALA 794 HB3 ALA 794 35.743 -10.439 -18.728
No H/Q in entry = 5
In of MODEL 31
1 H SER 795 H SER 795 34.430 -7.826 -18.825
2 HA SER 795 HA SER 795 36.878 -6.406 -19.020
3 HB2 SER 795 HB2 SER 795 35.309 -5.287 -20.903
4 HB3 SER 795 HB3 SER 795 36.210 -6.790 -21.146
5 HG SER 795 HG SER 795 34.438 -7.833 -21.226
No H/Q in entry = 5
In of MODEL 31
1 H GLU 796 H GLU 796 34.438 -6.077 -16.944
2 HA GLU 796 HA GLU 796 34.302 -3.148 -17.082
3 HB2 GLU 796 HB2 GLU 796 32.652 -5.153 -15.564
4 HB3 GLU 796 HB3 GLU 796 32.468 -3.411 -15.428
5 HG2 GLU 796 HG2 GLU 796 31.824 -3.280 -17.754
6 HG3 GLU 796 HG3 GLU 796 32.105 -5.011 -17.942
No H/Q in entry = 6
In of MODEL 31
1 H CYS 797 H CYS 797 36.032 -5.603 -15.513
2 HA CYS 797 HA CYS 797 36.741 -3.793 -13.389
3 HB2 CYS 797 HB2 CYS 797 36.346 -5.575 -11.708
4 HB3 CYS 797 HB3 CYS 797 34.864 -4.951 -12.453
No H/Q in entry = 4
In of MODEL 31
1 H GLU 798 H GLU 798 38.694 -4.382 -12.399
2 HA GLU 798 HA GLU 798 39.958 -6.879 -12.958
3 HB2 GLU 798 HB2 GLU 798 42.045 -5.995 -13.879
4 HB3 GLU 798 HB3 GLU 798 40.705 -5.616 -14.947
5 HG2 GLU 798 HG2 GLU 798 40.688 -3.328 -14.065
6 HG3 GLU 798 HG3 GLU 798 42.034 -3.736 -13.016
No H/Q in entry = 6
In of MODEL 31
1 H GLU 799 H GLU 799 40.096 -3.668 -11.535
2 HA GLU 799 HA GLU 799 40.812 -2.838 -9.620
3 HB2 GLU 799 HB2 GLU 799 39.212 -4.444 -8.667
4 HB3 GLU 799 HB3 GLU 799 40.442 -5.688 -8.638
5 HG2 GLU 799 HG2 GLU 799 40.036 -4.797 -6.425
6 HG3 GLU 799 HG3 GLU 799 41.674 -4.450 -6.972
No H/Q in entry = 6
In of MODEL 31
1 H GLU 800 H GLU 800 42.411 -5.808 -8.678
2 HA GLU 800 HA GLU 800 44.924 -5.023 -9.863
3 HB2 GLU 800 HB2 GLU 800 46.156 -5.194 -7.780
4 HB3 GLU 800 HB3 GLU 800 44.998 -3.871 -7.680
5 HG2 GLU 800 HG2 GLU 800 43.561 -5.229 -6.265
6 HG3 GLU 800 HG3 GLU 800 44.633 -6.615 -6.466
No H/Q in entry = 6
In of MODEL 31
1 H GLY 801 H GLY 801 42.750 -7.117 -9.846
2 HA3 GLY 801 HA2 GLY 801 43.569 -9.361 -8.500
3 HA2 GLY 801 HA3 GLY 801 42.438 -9.320 -9.842
No H/Q in entry = 3
In of MODEL 31
1 H PHE 802 H PHE 802 44.138 -11.383 -9.373
2 HA PHE 802 HA PHE 802 46.519 -11.109 -11.004
3 HB2 PHE 802 HB2 PHE 802 45.477 -13.241 -9.176
4 HB3 PHE 802 HB3 PHE 802 46.997 -13.397 -10.033
5 HD1 PHE 802 HD1 PHE 802 48.920 -12.180 -9.322
6 HD2 PHE 802 HD2 PHE 802 45.154 -11.507 -7.514
7 HE1 PHE 802 HE1 PHE 802 49.965 -10.856 -7.598
8 HE2 PHE 802 HE2 PHE 802 46.181 -10.207 -5.807
9 HZ PHE 802 HZ PHE 802 48.626 -9.864 -5.800
No H/Q in entry = 9
In of MODEL 31
1 H SER 803 H SER 803 46.930 -13.533 -11.875
2 HA SER 803 HA SER 803 44.719 -14.173 -13.665
3 HB2 SER 803 HB2 SER 803 47.673 -14.767 -14.065
4 HB3 SER 803 HB3 SER 803 46.353 -14.914 -15.235
5 HG SER 803 HG SER 803 46.092 -12.584 -14.949
No H/Q in entry = 5
In of MODEL 31
1 H ILE 804 H ILE 804 43.962 -16.265 -13.434
2 HA ILE 804 HA ILE 804 45.533 -18.078 -11.763
3 HB ILE 804 HB ILE 804 43.635 -18.828 -10.475
4 HG12 ILE 804 HG12 ILE 804 41.857 -18.497 -12.232
5 HG13 ILE 804 HG13 ILE 804 41.377 -17.971 -10.628
6 HG23 ILE 804 HG21 ILE 804 43.074 -16.815 -9.170
7 HG22 ILE 804 HG22 ILE 804 43.753 -15.828 -10.467
8 HG21 ILE 804 HG23 ILE 804 44.795 -16.921 -9.556
9 HD13 ILE 804 HD11 ILE 804 40.591 -16.423 -12.292
10 HD12 ILE 804 HD12 ILE 804 42.222 -16.217 -12.924
11 HD11 ILE 804 HD13 ILE 804 41.831 -15.652 -11.301
No H/Q in entry = 11
In of MODEL 31
1 H CYS 805 H CYS 805 44.511 -20.372 -11.855
2 HA CYS 805 HA CYS 805 44.065 -20.931 -14.701
3 HB2 CYS 805 HB2 CYS 805 46.091 -21.907 -13.716
4 HB3 CYS 805 HB3 CYS 805 45.124 -22.649 -12.451
No H/Q in entry = 4
In of MODEL 31
1 H VAL 806 H VAL 806 42.130 -21.620 -15.268
2 HA VAL 806 HA VAL 806 40.431 -22.831 -13.221
3 HB VAL 806 HB VAL 806 39.561 -20.923 -15.356
4 HG11 VAL 806 HG11 VAL 806 38.024 -22.171 -13.086
5 HG13 VAL 806 HG12 VAL 806 37.789 -22.429 -14.812
6 HG12 VAL 806 HG13 VAL 806 37.444 -20.846 -14.094
7 HG21 VAL 806 HG21 VAL 806 39.882 -20.374 -12.411
8 HG23 VAL 806 HG22 VAL 806 39.109 -19.290 -13.579
9 HG22 VAL 806 HG23 VAL 806 40.818 -19.680 -13.740
No H/Q in entry = 9
In of MODEL 31
1 H GLU 807 H GLU 807 39.484 -24.635 -13.848
2 HA GLU 807 HA GLU 807 39.933 -25.661 -16.494
3 HB2 GLU 807 HB2 GLU 807 40.120 -27.100 -14.487
4 HB3 GLU 807 HB3 GLU 807 38.430 -26.808 -14.133
5 HG2 GLU 807 HG2 GLU 807 37.818 -27.906 -16.244
6 HG3 GLU 807 HG3 GLU 807 39.527 -28.234 -16.539
No H/Q in entry = 6
In of MODEL 31
1 H VAL 808 H VAL 808 38.678 -25.218 -18.024
2 HA VAL 808 HA VAL 808 35.811 -24.923 -17.687
3 HB VAL 808 HB VAL 808 36.659 -22.665 -17.679
4 HG12 VAL 808 HG11 VAL 808 37.975 -21.706 -19.532
5 HG11 VAL 808 HG12 VAL 808 38.144 -23.330 -20.204
6 HG13 VAL 808 HG13 VAL 808 38.841 -22.954 -18.632
7 HG23 VAL 808 HG21 VAL 808 35.611 -21.718 -19.702
8 HG22 VAL 808 HG22 VAL 808 34.612 -22.915 -18.878
9 HG21 VAL 808 HG23 VAL 808 35.488 -23.354 -20.355
No H/Q in entry = 9
In of MODEL 31
1 H ASN 809 H ASN 809 34.816 -26.153 -19.178
2 HA ASN 809 HA ASN 809 34.436 -27.460 -21.013
3 HB2 ASN 809 HB2 ASN 809 36.513 -25.602 -21.978
4 HB3 ASN 809 HB3 ASN 809 36.102 -26.953 -23.056
5 HD21 ASN 809 HD21 ASN 809 33.986 -25.030 -20.935
6 HD22 ASN 809 HD22 ASN 809 33.072 -24.318 -22.206
No H/Q in entry = 6
In of MODEL 31
1 H GLY 810 H GLY 810 36.506 -28.032 -18.911
2 HA3 GLY 810 HA2 GLY 810 37.569 -30.080 -18.429
3 HA2 GLY 810 HA3 GLY 810 37.536 -30.438 -20.156
No H/Q in entry = 3
In of MODEL 31
1 H LYS 811 H LYS 811 38.635 -27.440 -20.139
2 HA LYS 811 HA LYS 811 41.432 -28.342 -20.087
3 HB2 LYS 811 HB2 LYS 811 40.112 -26.120 -21.620
4 HB3 LYS 811 HB3 LYS 811 41.830 -26.493 -21.643
5 HG2 LYS 811 HG2 LYS 811 41.388 -28.636 -22.663
6 HG3 LYS 811 HG3 LYS 811 39.653 -28.366 -22.531
7 HD2 LYS 811 HD2 LYS 811 40.505 -27.940 -24.795
8 HD3 LYS 811 HD3 LYS 811 39.782 -26.508 -24.064
9 HE2 LYS 811 HE2 LYS 811 41.984 -25.637 -23.533
10 HE3 LYS 811 HE3 LYS 811 42.750 -27.098 -24.149
11 HZ2 LYS 811 HZ1 LYS 811 41.170 -25.137 -25.737
12 HZ1 LYS 811 HZ2 LYS 811 41.846 -26.553 -26.340
13 HZ3 LYS 811 HZ3 LYS 811 42.840 -25.325 -25.780
No H/Q in entry = 13
In of MODEL 31
1 H GLU 812 H GLU 812 42.950 -26.975 -19.148
2 HA GLU 812 HA GLU 812 41.769 -25.093 -17.280
3 HB2 GLU 812 HB2 GLU 812 44.402 -26.551 -17.275
4 HB3 GLU 812 HB3 GLU 812 44.074 -25.208 -16.183
5 HG2 GLU 812 HG2 GLU 812 42.209 -26.383 -15.217
6 HG3 GLU 812 HG3 GLU 812 42.388 -27.687 -16.382
No H/Q in entry = 6
In of MODEL 31
1 H GLN 813 H GLN 813 41.619 -23.175 -17.919
2 HA GLN 813 HA GLN 813 43.672 -22.009 -19.664
3 HB2 GLN 813 HB2 GLN 813 41.626 -22.093 -20.862
4 HB3 GLN 813 HB3 GLN 813 40.692 -21.581 -19.464
5 HG2 GLN 813 HG2 GLN 813 41.571 -19.359 -19.645
6 HG3 GLN 813 HG3 GLN 813 42.647 -19.841 -20.963
7 HE21 GLN 813 HE21 GLN 813 39.340 -20.961 -20.718
8 HE22 GLN 813 HE22 GLN 813 38.740 -20.045 -22.043
No H/Q in entry = 8
In of MODEL 31
1 H THR 814 H THR 814 44.538 -20.006 -19.099
2 HA THR 814 HA THR 814 44.294 -19.227 -16.362
3 HB THR 814 HB THR 814 45.659 -17.808 -18.640
4 HG1 THR 814 HG1 THR 814 47.564 -18.871 -17.880
5 HG23 THR 814 HG21 THR 814 47.062 -16.816 -16.900
6 HG22 THR 814 HG22 THR 814 46.157 -17.708 -15.684
7 HG21 THR 814 HG23 THR 814 45.350 -16.447 -16.632
No H/Q in entry = 7
In of MODEL 31
1 H MET 815 H MET 815 42.931 -17.720 -15.651
2 HA MET 815 HA MET 815 41.711 -15.919 -17.633
3 HB2 MET 815 HB2 MET 815 40.364 -16.859 -15.112
4 HB3 MET 815 HB3 MET 815 39.658 -15.895 -16.396
5 HG2 MET 815 HG2 MET 815 40.175 -17.993 -17.865
6 HG3 MET 815 HG3 MET 815 40.321 -18.744 -16.283
7 HE3 MET 815 HE1 MET 815 38.286 -19.567 -18.573
8 HE2 MET 815 HE2 MET 815 36.906 -20.039 -17.564
9 HE1 MET 815 HE3 MET 815 38.561 -20.443 -17.078
No H/Q in entry = 9
In of MODEL 31
1 H SER 816 H SER 816 41.090 -13.921 -16.738
2 HA SER 816 HA SER 816 42.926 -12.916 -14.768
3 HB2 SER 816 HB2 SER 816 40.386 -11.581 -15.715
4 HB3 SER 816 HB3 SER 816 41.874 -10.832 -15.141
5 HG SER 816 HG SER 816 42.585 -12.290 -17.178
No H/Q in entry = 5
In of MODEL 31
1 H GLU 817 H GLU 817 42.256 -12.177 -12.707
2 HA GLU 817 HA GLU 817 40.710 -13.949 -11.223
3 HB2 GLU 817 HB2 GLU 817 42.574 -12.318 -10.621
4 HB3 GLU 817 HB3 GLU 817 41.302 -11.119 -10.589
5 HG2 GLU 817 HG2 GLU 817 40.217 -12.114 -8.808
6 HG3 GLU 817 HG3 GLU 817 41.248 -13.560 -8.872
No H/Q in entry = 6
In of MODEL 31
1 H CYS 818 H CYS 818 40.055 -10.727 -12.453
2 HA CYS 818 HA CYS 818 37.426 -10.427 -11.471
3 HB2 CYS 818 HB2 CYS 818 37.280 -8.671 -13.231
4 HB3 CYS 818 HB3 CYS 818 38.711 -8.543 -12.210
No H/Q in entry = 4
In of MODEL 31
1 H GLU 819 H GLU 819 38.756 -12.099 -14.151
2 HA GLU 819 HA GLU 819 36.372 -12.212 -15.727
3 HB2 GLU 819 HB2 GLU 819 38.609 -12.117 -16.700
4 HB3 GLU 819 HB3 GLU 819 38.988 -13.660 -15.961
5 HG2 GLU 819 HG2 GLU 819 37.438 -14.784 -17.372
6 HG3 GLU 819 HG3 GLU 819 36.840 -13.227 -17.975
No H/Q in entry = 6
In of MODEL 31
1 H ALA 820 H ALA 820 38.382 -14.673 -14.111
2 HA ALA 820 HA ALA 820 36.663 -16.790 -14.427
3 HB2 ALA 820 HB1 ALA 820 37.843 -17.843 -12.551
4 HB3 ALA 820 HB2 ALA 820 38.538 -16.278 -12.134
5 HB1 ALA 820 HB3 ALA 820 38.951 -17.047 -13.671
No H/Q in entry = 5
In of MODEL 31
1 H GLY 821 H GLY 821 36.870 -14.302 -11.960
2 HA3 GLY 821 HA2 GLY 821 34.981 -15.331 -10.139
3 HA2 GLY 821 HA3 GLY 821 35.513 -13.656 -10.252
No H/Q in entry = 3
In of MODEL 31
1 H ALA 822 H ALA 822 34.701 -13.017 -12.835
2 HA ALA 822 HA ALA 822 31.981 -12.489 -12.340
3 HB1 ALA 822 HB1 ALA 822 33.450 -10.994 -13.642
4 HB3 ALA 822 HB2 ALA 822 31.884 -11.373 -14.347
5 HB2 ALA 822 HB3 ALA 822 33.350 -12.154 -14.990
No H/Q in entry = 5
In of MODEL 31
1 H LEU 823 H LEU 823 33.602 -14.817 -14.435
2 HA LEU 823 HA LEU 823 31.290 -15.767 -15.679
3 HB2 LEU 823 HB2 LEU 823 33.970 -16.871 -15.123
4 HB3 LEU 823 HB3 LEU 823 32.727 -18.033 -15.496
5 HG LEU 823 HG LEU 823 32.293 -16.803 -17.627
6 HD13 LEU 823 HD11 LEU 823 33.959 -15.280 -18.494
7 HD12 LEU 823 HD12 LEU 823 34.791 -15.285 -16.936
8 HD11 LEU 823 HD13 LEU 823 33.154 -14.630 -17.065
9 HD21 LEU 823 HD21 LEU 823 33.580 -18.783 -17.535
10 HD23 LEU 823 HD22 LEU 823 35.058 -17.859 -17.196
11 HD22 LEU 823 HD23 LEU 823 34.234 -17.695 -18.765
No H/Q in entry = 11
In of MODEL 31
1 H ARG 824 H ARG 824 32.605 -16.412 -12.543
2 HA ARG 824 HA ARG 824 30.866 -18.596 -11.883
3 HB2 ARG 824 HB2 ARG 824 33.181 -18.114 -10.944
4 HB3 ARG 824 HB3 ARG 824 32.447 -16.818 -10.027
5 HG2 ARG 824 HG2 ARG 824 31.125 -18.342 -8.773
6 HG3 ARG 824 HG3 ARG 824 31.615 -19.693 -9.799
7 HD2 ARG 824 HD2 ARG 824 32.930 -19.832 -7.814
8 HD3 ARG 824 HD3 ARG 824 33.944 -19.294 -9.114
9 HE ARG 824 HE ARG 824 34.009 -17.123 -8.271
10 HH11 ARG 824 HH11 ARG 824 32.154 -19.196 -6.094
11 HH12 ARG 824 HH12 ARG 824 32.581 -18.400 -4.667
12 HH21 ARG 824 HH21 ARG 824 34.658 -15.953 -6.209
13 HH22 ARG 824 HH22 ARG 824 34.090 -16.550 -4.739
No H/Q in entry = 13
In of MODEL 31
1 H CYS 825 H CYS 825 30.445 -15.327 -12.104
2 HA CYS 825 HA CYS 825 28.188 -15.326 -10.249
3 HB2 CYS 825 HB2 CYS 825 30.002 -13.217 -11.262
4 HB3 CYS 825 HB3 CYS 825 28.421 -12.779 -10.649
No H/Q in entry = 4
In of MODEL 31
1 H ARG 826 H ARG 826 29.131 -14.619 -13.494
2 HA ARG 826 HA ARG 826 26.652 -13.685 -14.425
3 HB2 ARG 826 HB2 ARG 826 28.258 -13.009 -15.829
4 HB3 ARG 826 HB3 ARG 826 29.301 -14.372 -15.458
5 HG2 ARG 826 HG2 ARG 826 28.013 -15.729 -17.007
6 HG3 ARG 826 HG3 ARG 826 26.995 -14.336 -17.380
7 HD2 ARG 826 HD2 ARG 826 28.787 -13.158 -18.337
8 HD3 ARG 826 HD3 ARG 826 29.979 -14.262 -17.652
9 HE ARG 826 HE ARG 826 28.375 -15.802 -19.161
10 HH11 ARG 826 HH11 ARG 826 30.193 -12.826 -19.877
11 HH12 ARG 826 HH12 ARG 826 30.781 -13.353 -21.373
12 HH21 ARG 826 HH21 ARG 826 29.167 -16.537 -21.292
13 HH22 ARG 826 HH22 ARG 826 30.165 -15.525 -22.203
No H/Q in entry = 13
In of MODEL 31
1 H GLY 827 H GLY 827 28.012 -16.862 -14.056
2 HA3 GLY 827 HA2 GLY 827 26.234 -18.618 -13.838
3 HA2 GLY 827 HA3 GLY 827 25.516 -17.884 -15.263
No H/Q in entry = 3
In of MODEL 31
1 H GLN 828 H GLN 828 28.944 -18.245 -15.259
2 HA GLN 828 HA GLN 828 28.716 -20.373 -17.219
3 HB2 GLN 828 HB2 GLN 828 30.124 -18.361 -17.634
4 HB3 GLN 828 HB3 GLN 828 31.130 -18.847 -16.277
5 HG2 GLN 828 HG2 GLN 828 32.029 -19.437 -18.503
6 HG3 GLN 828 HG3 GLN 828 31.841 -20.824 -17.419
7 HE21 GLN 828 HE21 GLN 828 30.693 -19.233 -20.268
8 HE22 GLN 828 HE22 GLN 828 29.738 -20.547 -20.843
No H/Q in entry = 8
In of MODEL 31
1 H SER 829 H SER 829 29.795 -22.370 -16.943
2 HA SER 829 HA SER 829 30.177 -23.165 -14.169
3 HB2 SER 829 HB2 SER 829 30.123 -24.810 -16.710
4 HB3 SER 829 HB3 SER 829 30.164 -25.456 -15.066
5 HG SER 829 HG SER 829 28.106 -24.125 -16.427
No H/Q in entry = 5
In of MODEL 31
1 H ILE 830 H ILE 830 32.143 -23.018 -13.336
2 HA ILE 830 HA ILE 830 34.520 -23.556 -14.951
3 HB ILE 830 HB ILE 830 35.699 -21.645 -14.073
4 HG12 ILE 830 HG12 ILE 830 34.335 -21.378 -11.975
5 HG13 ILE 830 HG13 ILE 830 34.720 -19.838 -12.671
6 HG21 ILE 830 HG21 ILE 830 34.725 -21.338 -16.229
7 HG23 ILE 830 HG22 ILE 830 34.660 -19.811 -15.349
8 HG22 ILE 830 HG23 ILE 830 33.208 -20.797 -15.513
9 HD11 ILE 830 HD11 ILE 830 32.099 -21.308 -12.802
10 HD13 ILE 830 HD12 ILE 830 32.435 -19.789 -13.631
11 HD12 ILE 830 HD13 ILE 830 32.484 -19.869 -11.869
No H/Q in entry = 11
In of MODEL 31
1 H SER 831 H SER 831 36.289 -24.228 -13.733
2 HA SER 831 HA SER 831 35.807 -24.584 -10.879
3 HB2 SER 831 HB2 SER 831 37.031 -26.461 -12.866
4 HB3 SER 831 HB3 SER 831 36.978 -26.701 -11.121
5 HG SER 831 HG SER 831 34.536 -26.127 -12.244
No H/Q in entry = 5
In of MODEL 31
1 H VAL 832 H VAL 832 37.290 -23.053 -10.059
2 HA VAL 832 HA VAL 832 39.759 -22.635 -11.418
3 HB VAL 832 HB VAL 832 38.871 -20.720 -10.239
4 HG12 VAL 832 HG11 VAL 832 39.111 -22.282 -7.677
5 HG11 VAL 832 HG12 VAL 832 37.613 -21.794 -8.471
6 HG13 VAL 832 HG13 VAL 832 38.691 -20.575 -7.796
7 HG23 VAL 832 HG21 VAL 832 41.370 -21.693 -8.862
8 HG22 VAL 832 HG22 VAL 832 40.802 -20.023 -8.871
9 HG21 VAL 832 HG23 VAL 832 41.287 -20.798 -10.379
No H/Q in entry = 9
In of MODEL 31
1 H THR 833 H THR 833 41.342 -23.975 -11.451
2 HA THR 833 HA THR 833 41.381 -26.106 -9.547
3 HB THR 833 HB THR 833 43.358 -26.884 -10.957
4 HG1 THR 833 HG1 THR 833 43.666 -25.802 -12.908
5 HG22 THR 833 HG21 THR 833 41.914 -27.542 -12.837
6 HG21 THR 833 HG22 THR 833 40.717 -26.350 -12.331
7 HG23 THR 833 HG23 THR 833 41.078 -27.729 -11.295
No H/Q in entry = 7
In of MODEL 31
1 H SER 834 H SER 834 43.326 -23.301 -10.283
2 HA SER 834 HA SER 834 44.471 -23.414 -7.661
3 HB2 SER 834 HB2 SER 834 46.251 -23.722 -10.093
4 HB3 SER 834 HB3 SER 834 46.841 -23.325 -8.481
5 HG SER 834 HG SER 834 45.188 -25.531 -8.627
No H/Q in entry = 5
In of MODEL 31
1 H ILE 835 H ILE 835 45.532 -21.464 -7.092
2 HA ILE 835 HA ILE 835 44.412 -19.246 -8.487
3 HB ILE 835 HB ILE 835 45.327 -17.861 -6.623
4 HG12 ILE 835 HG12 ILE 835 45.973 -19.280 -4.540
5 HG13 ILE 835 HG13 ILE 835 46.424 -20.514 -5.706
6 HG22 ILE 835 HG21 ILE 835 43.710 -20.253 -5.848
7 HG21 ILE 835 HG22 ILE 835 43.103 -18.748 -6.547
8 HG23 ILE 835 HG23 ILE 835 43.830 -18.752 -4.931
9 HD11 ILE 835 HD11 ILE 835 47.526 -17.741 -5.531
10 HD13 ILE 835 HD12 ILE 835 48.048 -18.977 -6.685
11 HD12 ILE 835 HD13 ILE 835 48.324 -19.201 -4.944
No H/Q in entry = 11
In of MODEL 31
1 H ARG 836 H ARG 836 46.873 -20.928 -9.274
2 HA ARG 836 HA ARG 836 48.838 -18.834 -9.877
3 HB2 ARG 836 HB2 ARG 836 48.925 -21.852 -10.184
4 HB3 ARG 836 HB3 ARG 836 50.254 -20.752 -10.512
5 HG2 ARG 836 HG2 ARG 836 49.004 -20.971 -7.795
6 HG3 ARG 836 HG3 ARG 836 50.291 -22.048 -8.323
7 HD2 ARG 836 HD2 ARG 836 50.485 -19.040 -8.289
8 HD3 ARG 836 HD3 ARG 836 51.080 -20.095 -7.005
9 HE ARG 836 HE ARG 836 52.116 -20.004 -9.763
10 HH11 ARG 836 HH11 ARG 836 52.612 -20.695 -6.328
11 HH12 ARG 836 HH12 ARG 836 54.239 -21.129 -6.498
12 HH21 ARG 836 HH21 ARG 836 54.368 -20.596 -9.997
13 HH22 ARG 836 HH22 ARG 836 55.253 -21.099 -8.626
No H/Q in entry = 13
In of MODEL 31
1 HA PRO 837 HA PRO 837 47.061 -18.989 -14.028
2 HB2 PRO 837 HB2 PRO 837 49.147 -17.859 -15.392
3 HB3 PRO 837 HB3 PRO 837 47.969 -16.920 -14.476
4 HG2 PRO 837 HG2 PRO 837 50.734 -17.723 -13.736
5 HG3 PRO 837 HG3 PRO 837 49.870 -16.218 -13.388
6 HD2 PRO 837 HD2 PRO 837 50.240 -18.229 -11.576
7 HD3 PRO 837 HD3 PRO 837 48.883 -17.090 -11.516
No H/Q in entry = 7
In of MODEL 31
1 H CYS 838 H CYS 838 47.328 -20.315 -15.931
2 HA CYS 838 HA CYS 838 49.255 -22.393 -15.404
3 HB2 CYS 838 HB2 CYS 838 47.888 -23.699 -17.105
4 HB3 CYS 838 HB3 CYS 838 47.072 -23.347 -15.601
No H/Q in entry = 4
In of MODEL 31
1 H ALA 839 H ALA 839 49.831 -23.604 -17.582
2 HA ALA 839 HA ALA 839 51.402 -21.752 -19.144
3 HB1 ALA 839 HB1 ALA 839 52.372 -23.863 -18.367
4 HB3 ALA 839 HB2 ALA 839 52.340 -23.804 -20.129
5 HB2 ALA 839 HB3 ALA 839 51.143 -24.761 -19.255
No H/Q in entry = 5
In of MODEL 31
1 H ALA 840 H ALA 840 48.453 -21.816 -19.311
2 HA ALA 840 HA ALA 840 47.813 -22.740 -21.963
3 HB2 ALA 840 HB1 ALA 840 46.207 -22.812 -20.077
4 HB3 ALA 840 HB2 ALA 840 45.582 -21.876 -21.444
5 HB1 ALA 840 HB3 ALA 840 46.239 -21.064 -20.014
No H/Q in entry = 5
In of MODEL 31
1 H GLU 841 H GLU 841 49.276 -20.067 -20.564
2 HA GLU 841 HA GLU 841 48.405 -18.070 -22.356
3 HB2 GLU 841 HB2 GLU 841 50.665 -18.187 -20.362
4 HB3 GLU 841 HB3 GLU 841 50.227 -16.769 -21.293
5 HG2 GLU 841 HG2 GLU 841 48.028 -16.757 -20.200
6 HG3 GLU 841 HG3 GLU 841 48.525 -18.158 -19.244
No H/Q in entry = 6
In of MODEL 31
1 H THR 842 H THR 842 49.124 -17.896 -24.117
2 HA THR 842 HA THR 842 50.457 -17.640 -25.988
3 HB THR 842 HB THR 842 52.775 -18.720 -24.309
4 HG1 THR 842 HG1 THR 842 51.387 -16.546 -24.012
5 HG21 THR 842 HG21 THR 842 53.212 -18.691 -26.760
6 HG23 THR 842 HG22 THR 842 54.200 -17.507 -25.906
7 HG22 THR 842 HG23 THR 842 52.778 -16.983 -26.803
No H/Q in entry = 7
In of MODEL 31
1 H GLN 843 H GLN 843 49.312 -20.304 -24.721
2 HA GLN 843 HA GLN 843 50.031 -21.894 -27.052
3 HB2 GLN 843 HB2 GLN 843 49.966 -22.894 -24.194
4 HB3 GLN 843 HB3 GLN 843 49.962 -23.950 -25.597
5 HG2 GLN 843 HG2 GLN 843 52.148 -23.075 -26.260
6 HG3 GLN 843 HG3 GLN 843 52.140 -22.008 -24.855
7 HE21 GLN 843 HE21 GLN 843 52.496 -22.871 -22.844
8 HE22 GLN 843 HE22 GLN 843 53.113 -24.465 -22.604
No H/Q in entry = 8
In of MODEL 32
1 H1 GLY 689 H2 GLY 689 45.861 14.372 -14.749
2 H2 GLY 689 H1 GLY 689 46.938 14.280 -13.425
3 H3 GLY 689 H3 GLY 689 47.035 13.178 -14.702
4 HA2 GLY 689 HA2 GLY 689 44.784 13.410 -12.842
5 HA3 GLY 689 HA3 GLY 689 46.004 12.132 -12.829
No H/Q in entry = 5
In of MODEL 32
1 H SER 690 H SER 690 45.430 10.319 -13.859
2 HA SER 690 HA SER 690 43.223 10.470 -15.734
3 HB2 SER 690 HB2 SER 690 45.237 10.659 -17.125
4 HB3 SER 690 HB3 SER 690 45.894 9.202 -16.387
5 HG SER 690 HG SER 690 44.911 8.236 -17.983
No H/Q in entry = 5
In of MODEL 32
1 H HIS 691 H HIS 691 41.832 9.184 -14.686
2 HA HIS 691 HA HIS 691 42.833 6.507 -14.064
3 HB2 HIS 691 HB2 HIS 691 40.484 7.990 -12.879
4 HB3 HIS 691 HB3 HIS 691 40.619 6.240 -12.754
5 HD1 HIS 691 HD1 HIS 691 40.653 7.960 -10.205
6 HD2 HIS 691 HD2 HIS 691 44.071 6.725 -12.218
7 HE1 HIS 691 HE1 HIS 691 42.499 7.973 -8.496
8 HE2 HIS 691 HE2 HIS 691 44.577 7.525 -9.835
No H/Q in entry = 8
In of MODEL 32
1 H MET 692 H MET 692 41.843 7.964 -16.492
2 HA MET 692 HA MET 692 39.669 6.585 -17.659
3 HB2 MET 692 HB2 MET 692 40.644 8.565 -18.678
4 HB3 MET 692 HB3 MET 692 42.196 7.763 -18.858
5 HG2 MET 692 HG2 MET 692 41.112 6.203 -20.467
6 HG3 MET 692 HG3 MET 692 39.638 7.164 -20.324
7 HE3 MET 692 HE1 MET 692 41.101 6.564 -23.120
8 HE2 MET 692 HE2 MET 692 40.964 8.147 -23.886
9 HE1 MET 692 HE3 MET 692 39.611 7.493 -22.964
No H/Q in entry = 9
In of MODEL 32
1 H ASN 693 H ASN 693 43.022 5.937 -17.232
2 HA ASN 693 HA ASN 693 42.712 3.151 -18.017
3 HB2 ASN 693 HB2 ASN 693 44.982 3.197 -18.956
4 HB3 ASN 693 HB3 ASN 693 44.018 4.424 -19.764
5 HD21 ASN 693 HD21 ASN 693 46.723 3.817 -17.674
6 HD22 ASN 693 HD22 ASN 693 47.309 5.438 -17.631
No H/Q in entry = 6
In of MODEL 32
1 HA PRO 694 HA PRO 694 44.447 2.745 -13.919
2 HB2 PRO 694 HB2 PRO 694 46.057 0.436 -14.772
3 HB3 PRO 694 HB3 PRO 694 44.712 0.486 -13.630
4 HG2 PRO 694 HG2 PRO 694 44.474 -0.679 -16.044
5 HG3 PRO 694 HG3 PRO 694 43.126 0.172 -15.271
6 HD2 PRO 694 HD2 PRO 694 44.961 1.114 -17.441
7 HD3 PRO 694 HD3 PRO 694 43.201 1.314 -17.284
No H/Q in entry = 7
In of MODEL 32
1 H LEU 695 H LEU 695 46.084 3.904 -13.063
2 HA LEU 695 HA LEU 695 48.435 4.328 -14.653
3 HB2 LEU 695 HB2 LEU 695 47.636 5.505 -11.997
4 HB3 LEU 695 HB3 LEU 695 49.139 5.875 -12.811
5 HG LEU 695 HG LEU 695 46.370 6.503 -13.839
6 HD11 LEU 695 HD11 LEU 695 47.018 7.883 -11.954
7 HD13 LEU 695 HD12 LEU 695 47.004 8.821 -13.447
8 HD12 LEU 695 HD13 LEU 695 48.537 8.289 -12.753
9 HD21 LEU 695 HD21 LEU 695 49.086 7.156 -14.991
10 HD23 LEU 695 HD22 LEU 695 47.551 7.785 -15.579
11 HD22 LEU 695 HD23 LEU 695 47.892 6.061 -15.694
No H/Q in entry = 11
In of MODEL 32
1 H THR 696 H THR 696 49.180 2.248 -14.618
2 HA THR 696 HA THR 696 50.226 1.196 -12.107
3 HB THR 696 HB THR 696 50.292 -0.082 -14.858
4 HG1 THR 696 HG1 THR 696 48.240 -1.012 -14.224
5 HG22 THR 696 HG21 THR 696 50.155 -1.256 -12.059
6 HG21 THR 696 HG22 THR 696 51.607 -1.171 -13.054
7 HG23 THR 696 HG23 THR 696 50.251 -2.179 -13.561
No H/Q in entry = 7
In of MODEL 32
1 H GLN 697 H GLN 697 51.064 3.326 -14.381
2 HA GLN 697 HA GLN 697 52.931 4.435 -14.960
3 HB2 GLN 697 HB2 GLN 697 54.462 2.540 -13.132
4 HB3 GLN 697 HB3 GLN 697 55.063 4.049 -13.781
5 HG2 GLN 697 HG2 GLN 697 53.014 3.621 -11.622
6 HG3 GLN 697 HG3 GLN 697 54.558 4.458 -11.517
7 HE21 GLN 697 HE21 GLN 697 51.244 4.704 -12.218
8 HE22 GLN 697 HE22 GLN 697 51.209 6.391 -12.597
No H/Q in entry = 8
In of MODEL 32
1 H ALA 698 H ALA 698 55.526 3.435 -15.546
2 HA ALA 698 HA ALA 698 55.012 1.723 -17.818
3 HB3 ALA 698 HB1 ALA 698 57.644 2.469 -16.490
4 HB2 ALA 698 HB2 ALA 698 56.910 3.354 -17.827
5 HB1 ALA 698 HB3 ALA 698 57.462 1.695 -18.064
No H/Q in entry = 5
In of MODEL 32
1 H VAL 699 H VAL 699 54.456 -0.176 -17.656
2 HA VAL 699 HA VAL 699 54.168 -1.503 -15.375
3 HB VAL 699 HB VAL 699 53.692 -3.438 -16.728
4 HG11 VAL 699 HG11 VAL 699 52.542 -0.854 -17.762
5 HG13 VAL 699 HG12 VAL 699 51.969 -1.782 -16.375
6 HG12 VAL 699 HG13 VAL 699 51.817 -2.443 -18.002
7 HG22 VAL 699 HG21 VAL 699 53.755 -3.308 -19.194
8 HG21 VAL 699 HG22 VAL 699 55.367 -3.246 -18.476
9 HG23 VAL 699 HG23 VAL 699 54.609 -1.768 -19.069
No H/Q in entry = 9
In of MODEL 32
1 HA PRO 700 HA PRO 700 58.204 -3.333 -14.696
2 HB2 PRO 700 HB2 PRO 700 57.761 -3.998 -12.179
3 HB3 PRO 700 HB3 PRO 700 58.012 -2.307 -12.621
4 HG2 PRO 700 HG2 PRO 700 55.482 -3.725 -11.932
5 HG3 PRO 700 HG3 PRO 700 55.972 -2.063 -11.564
6 HD2 PRO 700 HD2 PRO 700 54.289 -2.845 -13.645
7 HD3 PRO 700 HD3 PRO 700 55.127 -1.285 -13.516
No H/Q in entry = 7
In of MODEL 32
1 H LYS 701 H LYS 701 58.897 -5.306 -14.470
2 HA LYS 701 HA LYS 701 57.124 -7.408 -15.227
3 HB2 LYS 701 HB2 LYS 701 59.101 -8.829 -15.300
4 HB3 LYS 701 HB3 LYS 701 59.344 -7.334 -16.182
5 HG2 LYS 701 HG2 LYS 701 60.292 -7.578 -13.375
6 HG3 LYS 701 HG3 LYS 701 61.242 -8.320 -14.681
7 HD2 LYS 701 HD2 LYS 701 61.263 -5.956 -15.692
8 HD3 LYS 701 HD3 LYS 701 60.599 -5.409 -14.154
9 HE2 LYS 701 HE2 LYS 701 63.002 -5.148 -14.190
10 HE3 LYS 701 HE3 LYS 701 62.496 -6.301 -12.960
11 HZ3 LYS 701 HZ1 LYS 701 63.183 -8.108 -14.349
12 HZ2 LYS 701 HZ2 LYS 701 64.453 -7.011 -14.278
13 HZ1 LYS 701 HZ3 LYS 701 63.482 -7.085 -15.647
No H/Q in entry = 13
In of MODEL 32
1 H CYS 702 H CYS 702 56.372 -6.448 -12.799
2 HA CYS 702 HA CYS 702 57.220 -8.459 -10.821
3 HB2 CYS 702 HB2 CYS 702 55.538 -6.005 -10.191
4 HB3 CYS 702 HB3 CYS 702 56.433 -7.032 -9.119
No H/Q in entry = 4
In of MODEL 32
1 H GLN 703 H GLN 703 55.693 -9.784 -9.990
2 HA GLN 703 HA GLN 703 53.273 -10.037 -11.564
3 HB2 GLN 703 HB2 GLN 703 54.241 -11.698 -9.234
4 HB3 GLN 703 HB3 GLN 703 53.037 -12.164 -10.426
5 HG2 GLN 703 HG2 GLN 703 55.989 -11.749 -10.912
6 HG3 GLN 703 HG3 GLN 703 55.140 -13.290 -10.869
7 HE21 GLN 703 HE21 GLN 703 52.860 -12.335 -12.417
8 HE22 GLN 703 HE22 GLN 703 53.404 -12.144 -14.033
No H/Q in entry = 8
In of MODEL 32
1 H ARG 704 H ARG 704 51.424 -10.900 -9.947
2 HA ARG 704 HA ARG 704 50.402 -8.401 -9.066
3 HB2 ARG 704 HB2 ARG 704 49.284 -11.167 -8.916
4 HB3 ARG 704 HB3 ARG 704 48.408 -9.754 -8.350
5 HG2 ARG 704 HG2 ARG 704 49.528 -9.895 -11.105
6 HG3 ARG 704 HG3 ARG 704 47.951 -10.587 -10.747
7 HD2 ARG 704 HD2 ARG 704 47.695 -8.394 -11.636
8 HD3 ARG 704 HD3 ARG 704 47.241 -8.380 -9.922
9 HE ARG 704 HE ARG 704 49.944 -7.507 -10.652
10 HH11 ARG 704 HH11 ARG 704 46.653 -6.502 -9.645
11 HH12 ARG 704 HH12 ARG 704 47.148 -4.929 -9.292
12 HH21 ARG 704 HH21 ARG 704 50.539 -5.352 -10.127
13 HH22 ARG 704 HH22 ARG 704 49.355 -4.260 -9.513
No H/Q in entry = 13
In of MODEL 32
1 H TRP 705 H TRP 705 52.095 -10.781 -7.351
2 HA TRP 705 HA TRP 705 51.176 -9.709 -4.804
3 HB2 TRP 705 HB2 TRP 705 52.466 -11.655 -3.821
4 HB3 TRP 705 HB3 TRP 705 51.113 -12.110 -4.846
5 HD1 TRP 705 HD1 TRP 705 54.891 -12.455 -4.536
6 HE1 TRP 705 HE1 TRP 705 55.755 -13.940 -6.396
7 HE3 TRP 705 HE3 TRP 705 50.608 -12.845 -7.343
8 HZ2 TRP 705 HZ2 TRP 705 54.769 -15.173 -8.768
9 HZ3 TRP 705 HZ3 TRP 705 50.664 -14.217 -9.378
10 HH2 TRP 705 HH2 TRP 705 52.702 -15.354 -10.073
No H/Q in entry = 10
In of MODEL 32
1 H GLU 706 H GLU 706 53.189 -8.774 -7.007
2 HA GLU 706 HA GLU 706 55.398 -8.102 -5.210
3 HB2 GLU 706 HB2 GLU 706 55.466 -8.696 -8.161
4 HB3 GLU 706 HB3 GLU 706 56.839 -8.126 -7.206
5 HG2 GLU 706 HG2 GLU 706 56.748 -10.215 -5.937
6 HG3 GLU 706 HG3 GLU 706 55.380 -10.740 -6.919
No H/Q in entry = 6
In of MODEL 32
1 H LYS 707 H LYS 707 56.509 -6.152 -5.922
2 HA LYS 707 HA LYS 707 55.060 -4.373 -7.618
3 HB2 LYS 707 HB2 LYS 707 54.793 -2.565 -5.956
4 HB3 LYS 707 HB3 LYS 707 53.883 -3.981 -5.514
5 HG2 LYS 707 HG2 LYS 707 54.746 -3.251 -3.482
6 HG3 LYS 707 HG3 LYS 707 55.850 -4.538 -3.942
7 HD2 LYS 707 HD2 LYS 707 57.088 -2.626 -3.067
8 HD3 LYS 707 HD3 LYS 707 57.446 -2.849 -4.776
9 HE2 LYS 707 HE2 LYS 707 57.129 -0.475 -4.244
10 HE3 LYS 707 HE3 LYS 707 55.887 -1.032 -5.346
11 HZ3 LYS 707 HZ1 LYS 707 54.928 0.330 -3.664
12 HZ2 LYS 707 HZ2 LYS 707 55.613 -0.545 -2.434
13 HZ1 LYS 707 HZ3 LYS 707 54.396 -1.237 -3.375
No H/Q in entry = 13
In of MODEL 32
1 H LEU 708 H LEU 708 56.287 -2.426 -8.079
2 HA LEU 708 HA LEU 708 59.103 -3.127 -8.247
3 HB2 LEU 708 HB2 LEU 708 57.918 -2.451 -10.251
4 HB3 LEU 708 HB3 LEU 708 57.494 -0.915 -9.520
5 HG LEU 708 HG LEU 708 60.028 -0.531 -9.348
6 HD12 LEU 708 HD11 LEU 708 60.034 -2.729 -11.389
7 HD11 LEU 708 HD12 LEU 708 60.764 -2.770 -9.784
8 HD13 LEU 708 HD13 LEU 708 61.391 -1.670 -11.008
9 HD21 LEU 708 HD21 LEU 708 58.596 0.722 -10.866
10 HD23 LEU 708 HD22 LEU 708 58.706 -0.561 -12.068
11 HD22 LEU 708 HD23 LEU 708 60.140 0.357 -11.625
No H/Q in entry = 11
In of MODEL 32
1 H GLN 709 H GLN 709 60.464 -2.324 -6.789
2 HA GLN 709 HA GLN 709 60.297 0.487 -6.159
3 HB2 GLN 709 HB2 GLN 709 60.440 0.241 -3.785
4 HB3 GLN 709 HB3 GLN 709 59.117 -0.803 -4.263
5 HG2 GLN 709 HG2 GLN 709 60.690 -2.734 -4.175
6 HG3 GLN 709 HG3 GLN 709 61.914 -1.636 -3.559
7 HE21 GLN 709 HE21 GLN 709 62.104 -2.681 -1.622
8 HE22 GLN 709 HE22 GLN 709 60.877 -2.645 -0.416
No H/Q in entry = 8
In of MODEL 32
1 H ASN 710 H ASN 710 62.395 1.269 -5.876
2 HA ASN 710 HA ASN 710 64.693 1.307 -5.989
3 HB2 ASN 710 HB2 ASN 710 64.218 -0.175 -3.895
4 HB3 ASN 710 HB3 ASN 710 64.598 -1.533 -4.922
5 HD21 ASN 710 HD21 ASN 710 65.875 -0.572 -2.495
6 HD22 ASN 710 HD22 ASN 710 67.532 -0.321 -2.892
No H/Q in entry = 6
In of MODEL 32
1 H SER 711 H SER 711 63.095 0.417 -8.222
2 HA SER 711 HA SER 711 63.238 -0.344 -10.330
3 HB2 SER 711 HB2 SER 711 65.379 0.971 -10.220
4 HB3 SER 711 HB3 SER 711 66.209 -0.514 -9.772
5 HG SER 711 HG SER 711 64.681 -0.412 -12.123
No H/Q in entry = 5
In of MODEL 32
1 H ARG 712 H ARG 712 62.947 -2.315 -8.090
2 HA ARG 712 HA ARG 712 63.691 -4.677 -9.614
3 HB2 ARG 712 HB2 ARG 712 64.518 -5.789 -7.628
4 HB3 ARG 712 HB3 ARG 712 65.437 -4.322 -7.929
5 HG2 ARG 712 HG2 ARG 712 64.003 -3.174 -6.287
6 HG3 ARG 712 HG3 ARG 712 63.282 -4.726 -5.886
7 HD2 ARG 712 HD2 ARG 712 65.029 -4.272 -4.302
8 HD3 ARG 712 HD3 ARG 712 65.605 -5.538 -5.398
9 HE ARG 712 HE ARG 712 66.321 -2.988 -6.372
10 HH11 ARG 712 HH11 ARG 712 67.231 -5.297 -3.856
11 HH12 ARG 712 HH12 ARG 712 68.843 -4.787 -3.766
12 HH21 ARG 712 HH21 ARG 712 68.526 -2.262 -6.245
13 HH22 ARG 712 HH22 ARG 712 69.599 -3.007 -5.153
No H/Q in entry = 13
In of MODEL 32
1 H CYS 713 H CYS 713 62.641 -6.608 -8.650
2 HA CYS 713 HA CYS 713 59.838 -5.971 -8.156
3 HB2 CYS 713 HB2 CYS 713 61.142 -8.606 -8.874
4 HB3 CYS 713 HB3 CYS 713 59.426 -8.223 -8.934
No H/Q in entry = 4
In of MODEL 32
1 H VAL 714 H VAL 714 59.288 -6.055 -6.018
2 HA VAL 714 HA VAL 714 60.498 -8.191 -4.394
3 HB VAL 714 HB VAL 714 60.290 -6.802 -2.393
4 HG13 VAL 714 HG11 VAL 714 62.035 -5.146 -2.814
5 HG12 VAL 714 HG12 VAL 714 61.817 -5.370 -4.548
6 HG11 VAL 714 HG13 VAL 714 62.408 -6.704 -3.554
7 HG23 VAL 714 HG21 VAL 714 59.719 -4.410 -2.539
8 HG22 VAL 714 HG22 VAL 714 58.383 -5.451 -3.030
9 HG21 VAL 714 HG23 VAL 714 59.349 -4.623 -4.252
No H/Q in entry = 9
In of MODEL 32
1 H CYS 715 H CYS 715 59.033 -8.790 -2.549
2 HA CYS 715 HA CYS 715 56.351 -9.039 -3.616
3 HB2 CYS 715 HB2 CYS 715 57.595 -10.228 -1.122
4 HB3 CYS 715 HB3 CYS 715 56.039 -10.662 -1.813
No H/Q in entry = 4
In of MODEL 32
1 H LYS 716 H LYS 716 54.589 -8.104 -2.709
2 HA LYS 716 HA LYS 716 55.190 -5.950 -0.892
3 HB2 LYS 716 HB2 LYS 716 52.897 -5.156 -1.314
4 HB3 LYS 716 HB3 LYS 716 53.784 -5.420 -2.798
5 HG2 LYS 716 HG2 LYS 716 52.588 -7.602 -3.021
6 HG3 LYS 716 HG3 LYS 716 51.595 -7.120 -1.639
7 HD2 LYS 716 HD2 LYS 716 50.976 -5.052 -2.871
8 HD3 LYS 716 HD3 LYS 716 51.868 -5.660 -4.263
9 HE2 LYS 716 HE2 LYS 716 50.400 -7.667 -4.231
10 HE3 LYS 716 HE3 LYS 716 49.481 -6.878 -2.945
11 HZ2 LYS 716 HZ1 LYS 716 49.860 -5.835 -5.700
12 HZ1 LYS 716 HZ2 LYS 716 49.005 -5.040 -4.506
13 HZ3 LYS 716 HZ3 LYS 716 48.425 -6.503 -5.130
No H/Q in entry = 13
In of MODEL 32
1 H MET 717 H MET 717 52.699 -5.814 0.515
2 HA MET 717 HA MET 717 53.448 -7.940 2.406
3 HB2 MET 717 HB2 MET 717 52.424 -5.162 2.992
4 HB3 MET 717 HB3 MET 717 52.749 -6.373 4.218
5 HG2 MET 717 HG2 MET 717 54.771 -5.152 2.346
6 HG3 MET 717 HG3 MET 717 54.561 -4.761 4.051
7 HE2 MET 717 HE1 MET 717 55.871 -7.973 5.826
8 HE1 MET 717 HE2 MET 717 54.205 -7.487 5.522
9 HE3 MET 717 HE3 MET 717 55.396 -6.293 6.032
No H/Q in entry = 9
In of MODEL 32
1 HA PRO 718 HA PRO 718 49.427 -9.726 2.479
2 HB2 PRO 718 HB2 PRO 718 48.965 -10.013 5.197
3 HB3 PRO 718 HB3 PRO 718 49.923 -11.115 4.205
4 HG2 PRO 718 HG2 PRO 718 50.839 -8.851 5.938
5 HG3 PRO 718 HG3 PRO 718 51.532 -10.476 5.765
6 HD2 PRO 718 HD2 PRO 718 52.655 -8.403 4.569
7 HD3 PRO 718 HD3 PRO 718 52.521 -9.958 3.721
No H/Q in entry = 7
In of MODEL 32
1 H TYR 719 H TYR 719 49.847 -6.737 4.100
2 HA TYR 719 HA TYR 719 46.952 -6.380 4.274
3 HB2 TYR 719 HB2 TYR 719 47.465 -4.309 5.586
4 HB3 TYR 719 HB3 TYR 719 48.047 -5.790 6.330
5 HD1 TYR 719 HD1 TYR 719 48.945 -2.563 5.011
6 HD2 TYR 719 HD2 TYR 719 50.492 -6.330 6.219
7 HE1 TYR 719 HE1 TYR 719 51.161 -1.572 5.211
8 HE2 TYR 719 HE2 TYR 719 52.722 -5.356 6.437
9 HH TYR 719 HH TYR 719 53.220 -1.975 6.338
No H/Q in entry = 9
In of MODEL 32
1 H GLU 720 H GLU 720 49.348 -5.931 2.130
2 HA GLU 720 HA GLU 720 48.335 -3.482 0.945
3 HB2 GLU 720 HB2 GLU 720 50.568 -5.396 0.234
4 HB3 GLU 720 HB3 GLU 720 50.099 -4.073 -0.819
5 HG2 GLU 720 HG2 GLU 720 51.032 -3.702 2.017
6 HG3 GLU 720 HG3 GLU 720 52.110 -3.675 0.621
No H/Q in entry = 6
In of MODEL 32
1 H CYS 721 H CYS 721 47.449 -6.609 1.179
2 HA CYS 721 HA CYS 721 46.284 -6.662 -1.466
3 HB2 CYS 721 HB2 CYS 721 46.584 -9.149 -1.388
4 HB3 CYS 721 HB3 CYS 721 48.064 -8.244 -1.669
No H/Q in entry = 4
In of MODEL 32
1 H GLY 722 H GLY 722 44.212 -6.940 -1.455
2 HA3 GLY 722 HA2 GLY 722 42.910 -8.306 0.773
3 HA2 GLY 722 HA3 GLY 722 42.360 -6.703 0.285
No H/Q in entry = 3
In of MODEL 32
1 HA PRO 723 HA PRO 723 39.828 -8.237 -3.047
2 HB2 PRO 723 HB2 PRO 723 40.906 -7.016 -5.306
3 HB3 PRO 723 HB3 PRO 723 39.747 -6.265 -4.203
4 HG2 PRO 723 HG2 PRO 723 42.719 -6.008 -4.311
5 HG3 PRO 723 HG3 PRO 723 41.500 -4.756 -4.011
6 HD2 PRO 723 HD2 PRO 723 42.918 -5.786 -2.013
7 HD3 PRO 723 HD3 PRO 723 41.199 -5.412 -1.798
No H/Q in entry = 7
In of MODEL 32
1 H SER 724 H SER 724 40.100 -10.380 -3.454
2 HA SER 724 HA SER 724 41.234 -11.237 -5.877
3 HB2 SER 724 HB2 SER 724 42.981 -12.719 -5.041
4 HB3 SER 724 HB3 SER 724 43.310 -11.061 -4.625
5 HG SER 724 HG SER 724 42.358 -11.447 -2.630
No H/Q in entry = 5
In of MODEL 32
1 H LEU 725 H LEU 725 40.993 -13.534 -6.125
2 HA LEU 725 HA LEU 725 38.396 -14.330 -5.429
3 HB2 LEU 725 HB2 LEU 725 40.791 -15.719 -6.477
4 HB3 LEU 725 HB3 LEU 725 39.284 -16.618 -6.240
5 HG LEU 725 HG LEU 725 39.677 -14.230 -8.084
6 HD12 LEU 725 HD11 LEU 725 39.564 -15.847 -9.894
7 HD11 LEU 725 HD12 LEU 725 39.497 -17.171 -8.729
8 HD13 LEU 725 HD13 LEU 725 40.949 -16.166 -8.850
9 HD23 LEU 725 HD21 LEU 725 37.518 -14.914 -9.018
10 HD22 LEU 725 HD22 LEU 725 37.378 -14.472 -7.319
11 HD21 LEU 725 HD23 LEU 725 37.388 -16.172 -7.790
No H/Q in entry = 11
In of MODEL 32
1 H ASP 726 H ASP 726 37.567 -15.317 -3.764
2 HA ASP 726 HA ASP 726 39.077 -15.778 -1.385
3 HB2 ASP 726 HB2 ASP 726 36.228 -16.593 -2.040
4 HB3 ASP 726 HB3 ASP 726 36.952 -16.513 -0.444
No H/Q in entry = 4
In of MODEL 32
1 H VAL 727 H VAL 727 40.105 -17.643 -0.897
2 HA VAL 727 HA VAL 727 39.178 -20.101 -2.167
3 HB VAL 727 HB VAL 727 41.542 -20.796 -2.617
4 HG11 VAL 727 HG11 VAL 727 40.142 -19.982 -4.439
5 HG13 VAL 727 HG12 VAL 727 41.806 -19.475 -4.691
6 HG12 VAL 727 HG13 VAL 727 40.620 -18.325 -4.086
7 HG22 VAL 727 HG21 VAL 727 43.293 -19.063 -2.754
8 HG21 VAL 727 HG22 VAL 727 42.703 -19.263 -1.104
9 HG23 VAL 727 HG23 VAL 727 42.170 -17.888 -2.069
No H/Q in entry = 9
In of MODEL 32
1 H CYS 728 H CYS 728 39.845 -22.057 -1.071
2 HA CYS 728 HA CYS 728 40.262 -21.539 1.762
3 HB2 CYS 728 HB2 CYS 728 39.412 -24.135 0.433
4 HB3 CYS 728 HB3 CYS 728 39.409 -23.752 2.139
No H/Q in entry = 4
In of MODEL 32
1 H ALA 729 H ALA 729 42.064 -22.166 2.758
2 HA ALA 729 HA ALA 729 43.961 -23.730 1.196
3 HB1 ALA 729 HB1 ALA 729 44.536 -21.297 2.871
4 HB3 ALA 729 HB2 ALA 729 44.573 -21.377 1.107
5 HB2 ALA 729 HB3 ALA 729 45.739 -22.298 2.058
No H/Q in entry = 5
In of MODEL 32
1 H GLN 730 H GLN 730 45.608 -24.639 2.565
2 HA GLN 730 HA GLN 730 44.632 -25.218 5.261
3 HB2 GLN 730 HB2 GLN 730 44.529 -27.218 3.778
4 HB3 GLN 730 HB3 GLN 730 46.240 -27.017 3.468
5 HG2 GLN 730 HG2 GLN 730 46.798 -27.405 5.742
6 HG3 GLN 730 HG3 GLN 730 45.119 -27.489 6.219
7 HE21 GLN 730 HE21 GLN 730 45.201 -29.581 6.965
8 HE22 GLN 730 HE22 GLN 730 45.469 -30.935 5.937
No H/Q in entry = 8
In of MODEL 32
1 H ASP 731 H ASP 731 45.905 -24.707 6.751
2 HA ASP 731 HA ASP 731 48.373 -23.340 6.292
3 HB2 ASP 731 HB2 ASP 731 46.750 -22.798 8.120
4 HB3 ASP 731 HB3 ASP 731 47.142 -24.344 8.857
No H/Q in entry = 4
In of MODEL 32
1 H GLU 732 H GLU 732 50.436 -24.257 6.346
2 HA GLU 732 HA GLU 732 50.516 -27.116 6.535
3 HB2 GLU 732 HB2 GLU 732 52.589 -25.078 5.816
4 HB3 GLU 732 HB3 GLU 732 52.940 -26.799 5.930
5 HG2 GLU 732 HG2 GLU 732 50.842 -25.595 4.152
6 HG3 GLU 732 HG3 GLU 732 52.469 -26.035 3.629
No H/Q in entry = 6
In of MODEL 32
1 H ARG 733 H ARG 733 50.708 -24.831 8.894
2 HA ARG 733 HA ARG 733 52.671 -26.408 10.354
3 HB2 ARG 733 HB2 ARG 733 52.832 -23.825 10.117
4 HB3 ARG 733 HB3 ARG 733 51.502 -23.770 11.259
5 HG2 ARG 733 HG2 ARG 733 54.165 -25.087 11.804
6 HG3 ARG 733 HG3 ARG 733 53.752 -23.444 12.272
7 HD2 ARG 733 HD2 ARG 733 52.028 -24.242 13.741
8 HD3 ARG 733 HD3 ARG 733 52.223 -25.883 13.138
9 HE ARG 733 HE ARG 733 54.552 -25.682 14.054
10 HH11 ARG 733 HH11 ARG 733 51.874 -23.880 15.522
11 HH12 ARG 733 HH12 ARG 733 52.486 -24.053 17.108
12 HH21 ARG 733 HH21 ARG 733 55.341 -25.897 16.236
13 HH22 ARG 733 HH22 ARG 733 54.465 -25.215 17.523
No H/Q in entry = 13
In of MODEL 32
1 H SER 734 H SER 734 49.516 -24.868 10.771
2 HA SER 734 HA SER 734 48.934 -26.617 13.017
3 HB2 SER 734 HB2 SER 734 47.247 -24.450 11.760
4 HB3 SER 734 HB3 SER 734 46.965 -25.217 13.325
5 HG SER 734 HG SER 734 49.052 -24.426 13.934
No H/Q in entry = 5
In of MODEL 32
1 H LYS 735 H LYS 735 48.431 -26.648 9.653
2 HA LYS 735 HA LYS 735 47.357 -27.965 8.190
3 HB2 LYS 735 HB2 LYS 735 46.935 -29.850 10.516
4 HB3 LYS 735 HB3 LYS 735 46.822 -30.270 8.813
5 HG2 LYS 735 HG2 LYS 735 49.313 -29.415 10.294
6 HG3 LYS 735 HG3 LYS 735 48.934 -31.037 9.733
7 HD2 LYS 735 HD2 LYS 735 49.392 -28.622 7.959
8 HD3 LYS 735 HD3 LYS 735 50.573 -29.880 8.286
9 HE2 LYS 735 HE2 LYS 735 49.011 -31.532 7.293
10 HE3 LYS 735 HE3 LYS 735 47.932 -30.206 6.866
11 HZ3 LYS 735 HZ1 LYS 735 49.347 -30.862 5.015
12 HZ2 LYS 735 HZ2 LYS 735 50.712 -30.580 5.917
13 HZ1 LYS 735 HZ3 LYS 735 49.746 -29.286 5.450
No H/Q in entry = 13
In of MODEL 32
1 H ARG 736 H ARG 736 45.932 -26.087 9.812
2 HA ARG 736 HA ARG 736 43.186 -26.962 9.928
3 HB2 ARG 736 HB2 ARG 736 42.765 -24.584 10.551
4 HB3 ARG 736 HB3 ARG 736 43.974 -25.344 11.589
5 HG2 ARG 736 HG2 ARG 736 45.741 -24.309 10.313
6 HG3 ARG 736 HG3 ARG 736 44.572 -23.611 9.211
7 HD2 ARG 736 HD2 ARG 736 43.756 -22.160 10.965
8 HD3 ARG 736 HD3 ARG 736 44.818 -22.952 12.146
9 HE ARG 736 HE ARG 736 46.443 -22.185 10.079
10 HH11 ARG 736 HH11 ARG 736 44.404 -20.355 12.315
11 HH12 ARG 736 HH12 ARG 736 45.469 -19.023 12.326
12 HH21 ARG 736 HH21 ARG 736 47.831 -20.448 10.131
13 HH22 ARG 736 HH22 ARG 736 47.482 -19.066 11.065
No H/Q in entry = 13
In of MODEL 32
1 H ILE 737 H ILE 737 41.574 -26.296 8.467
2 HA ILE 737 HA ILE 737 42.506 -25.216 5.953
3 HB ILE 737 HB ILE 737 39.662 -25.857 6.753
4 HG12 ILE 737 HG12 ILE 737 41.102 -27.880 7.041
5 HG13 ILE 737 HG13 ILE 737 39.914 -28.067 5.761
6 HG23 ILE 737 HG21 ILE 737 39.283 -25.955 4.395
7 HG22 ILE 737 HG22 ILE 737 41.000 -25.788 4.053
8 HG21 ILE 737 HG23 ILE 737 40.106 -24.433 4.750
9 HD12 ILE 737 HD11 ILE 737 42.050 -29.004 5.121
10 HD11 ILE 737 HD12 ILE 737 42.832 -27.444 5.412
11 HD13 ILE 737 HD13 ILE 737 41.631 -27.609 4.121
No H/Q in entry = 11
In of MODEL 32
1 H LEU 738 H LEU 738 42.472 -23.094 5.664
2 HA LEU 738 HA LEU 738 40.558 -21.534 7.201
3 HB2 LEU 738 HB2 LEU 738 42.075 -19.790 7.691
4 HB3 LEU 738 HB3 LEU 738 42.820 -21.273 8.268
5 HG LEU 738 HG LEU 738 43.562 -19.664 5.816
6 HD12 LEU 738 HD11 LEU 738 45.652 -19.255 7.008
7 HD11 LEU 738 HD12 LEU 738 45.006 -20.109 8.410
8 HD13 LEU 738 HD13 LEU 738 44.247 -18.614 7.857
9 HD23 LEU 738 HD21 LEU 738 45.447 -21.188 5.571
10 HD22 LEU 738 HD22 LEU 738 43.879 -21.974 5.399
11 HD21 LEU 738 HD23 LEU 738 44.798 -22.176 6.900
No H/Q in entry = 11
In of MODEL 32
1 HA PRO 739 HA PRO 739 39.703 -19.681 3.327
2 HB2 PRO 739 HB2 PRO 739 38.460 -17.477 4.176
3 HB3 PRO 739 HB3 PRO 739 37.722 -19.089 4.369
4 HG2 PRO 739 HG2 PRO 739 39.163 -17.392 6.367
5 HG3 PRO 739 HG3 PRO 739 37.680 -18.347 6.568
6 HD2 PRO 739 HD2 PRO 739 40.191 -19.250 7.327
7 HD3 PRO 739 HD3 PRO 739 38.837 -20.309 6.849
No H/Q in entry = 7
In of MODEL 32
1 H LEU 740 H LEU 740 41.198 -18.741 2.103
2 HA LEU 740 HA LEU 740 42.458 -16.283 3.070
3 HB2 LEU 740 HB2 LEU 740 43.728 -18.527 1.504
4 HB3 LEU 740 HB3 LEU 740 44.419 -16.930 1.628
5 HG LEU 740 HG LEU 740 44.026 -18.891 3.888
6 HD12 LEU 740 HD11 LEU 740 46.490 -18.885 3.917
7 HD11 LEU 740 HD12 LEU 740 46.475 -17.864 2.466
8 HD13 LEU 740 HD13 LEU 740 45.821 -19.493 2.403
9 HD23 LEU 740 HD21 LEU 740 45.271 -17.250 5.247
10 HD22 LEU 740 HD22 LEU 740 43.724 -16.609 4.708
11 HD21 LEU 740 HD23 LEU 740 45.211 -16.105 3.907
No H/Q in entry = 11
In of MODEL 32
1 H THR 741 H THR 741 43.522 -15.289 1.050
2 HA THR 741 HA THR 741 41.650 -15.458 -1.153
3 HB THR 741 HB THR 741 42.852 -12.969 -1.187
4 HG1 THR 741 HG1 THR 741 41.779 -13.164 1.382
5 HG22 THR 741 HG21 THR 741 40.148 -13.737 -0.085
6 HG21 THR 741 HG22 THR 741 40.576 -13.470 -1.789
7 HG23 THR 741 HG23 THR 741 40.643 -12.127 -0.645
No H/Q in entry = 7
In of MODEL 32
1 H VAL 742 H VAL 742 42.637 -15.204 -3.152
2 HA VAL 742 HA VAL 742 45.018 -16.492 -3.627
3 HB VAL 742 HB VAL 742 43.764 -14.355 -5.312
4 HG11 VAL 742 HG11 VAL 742 45.713 -16.400 -6.206
5 HG13 VAL 742 HG12 VAL 742 45.901 -14.634 -6.092
6 HG12 VAL 742 HG13 VAL 742 44.736 -15.314 -7.215
7 HG23 VAL 742 HG21 VAL 742 42.812 -16.222 -6.552
8 HG22 VAL 742 HG22 VAL 742 42.178 -15.945 -4.921
9 HG21 VAL 742 HG23 VAL 742 43.310 -17.278 -5.210
No H/Q in entry = 9
In of MODEL 32
1 H CYS 743 H CYS 743 44.463 -13.037 -3.173
2 HA CYS 743 HA CYS 743 47.053 -12.245 -3.922
3 HB2 CYS 743 HB2 CYS 743 46.434 -10.050 -3.131
4 HB3 CYS 743 HB3 CYS 743 45.077 -10.768 -3.929
No H/Q in entry = 4
In of MODEL 32
1 H LYS 744 H LYS 744 45.548 -12.541 -0.728
2 HA LYS 744 HA LYS 744 47.834 -12.077 0.775
3 HB2 LYS 744 HB2 LYS 744 45.396 -13.706 1.413
4 HB3 LYS 744 HB3 LYS 744 46.646 -13.352 2.593
5 HG2 LYS 744 HG2 LYS 744 46.205 -10.919 2.227
6 HG3 LYS 744 HG3 LYS 744 44.890 -11.364 1.141
7 HD2 LYS 744 HD2 LYS 744 43.798 -12.565 2.992
8 HD3 LYS 744 HD3 LYS 744 45.099 -12.057 4.068
9 HE2 LYS 744 HE2 LYS 744 43.185 -10.236 2.605
10 HE3 LYS 744 HE3 LYS 744 43.124 -10.638 4.317
11 HZ3 LYS 744 HZ1 LYS 744 44.143 -8.513 4.028
12 HZ2 LYS 744 HZ2 LYS 744 45.248 -9.086 2.924
13 HZ1 LYS 744 HZ3 LYS 744 45.345 -9.581 4.546
No H/Q in entry = 13
In of MODEL 32
1 H MET 745 H MET 745 46.494 -15.169 -0.305
2 HA MET 745 HA MET 745 48.348 -16.928 0.793
3 HB2 MET 745 HB2 MET 745 46.725 -18.039 -0.062
4 HB3 MET 745 HB3 MET 745 46.410 -16.978 -1.435
5 HG2 MET 745 HG2 MET 745 47.098 -19.013 -2.425
6 HG3 MET 745 HG3 MET 745 48.553 -18.043 -2.421
7 HE1 MET 745 HE1 MET 745 46.660 -21.005 -0.936
8 HE3 MET 745 HE2 MET 745 46.870 -20.115 0.580
9 HE2 MET 745 HE3 MET 745 47.726 -21.634 0.305
No H/Q in entry = 9
In of MODEL 32
1 H HIS 746 H HIS 746 48.563 -15.182 -2.290
2 HA HIS 746 HA HIS 746 51.045 -16.480 -2.970
3 HB2 HIS 746 HB2 HIS 746 49.467 -14.312 -4.153
4 HB3 HIS 746 HB3 HIS 746 51.172 -14.363 -4.620
5 HD1 HIS 746 HD1 HIS 746 51.866 -16.648 -5.938
6 HD2 HIS 746 HD2 HIS 746 47.801 -15.987 -5.410
7 HE1 HIS 746 HE1 HIS 746 50.735 -18.066 -7.643
8 HE2 HIS 746 HE2 HIS 746 48.296 -17.430 -7.471
No H/Q in entry = 8
In of MODEL 32
1 H VAL 747 H VAL 747 50.218 -13.329 -1.636
2 HA VAL 747 HA VAL 747 52.828 -12.308 -1.544
3 HB VAL 747 HB VAL 747 50.338 -11.686 0.067
4 HG11 VAL 747 HG11 VAL 747 52.309 -11.208 1.486
5 HG13 VAL 747 HG12 VAL 747 51.496 -9.735 0.984
6 HG12 VAL 747 HG13 VAL 747 52.991 -10.226 0.190
7 HG22 VAL 747 HG21 VAL 747 50.415 -9.618 -1.232
8 HG21 VAL 747 HG22 VAL 747 50.374 -11.055 -2.274
9 HG23 VAL 747 HG23 VAL 747 51.896 -10.201 -2.004
No H/Q in entry = 9
In of MODEL 32
1 H LEU 748 H LEU 748 50.891 -13.852 0.943
2 HA LEU 748 HA LEU 748 52.874 -13.916 2.870
3 HB2 LEU 748 HB2 LEU 748 50.951 -14.208 3.970
4 HB3 LEU 748 HB3 LEU 748 50.134 -14.736 2.533
5 HG LEU 748 HG LEU 748 51.667 -16.606 4.359
6 HD12 LEU 748 HD11 LEU 748 48.722 -15.969 4.228
7 HD11 LEU 748 HD12 LEU 748 49.806 -15.484 5.541
8 HD13 LEU 748 HD13 LEU 748 49.470 -17.194 5.248
9 HD21 LEU 748 HD21 LEU 748 51.254 -17.417 2.037
10 HD23 LEU 748 HD22 LEU 748 49.527 -17.123 2.275
11 HD22 LEU 748 HD23 LEU 748 50.356 -18.321 3.250
No H/Q in entry = 11
In of MODEL 32
1 H HIS 749 H HIS 749 52.137 -16.148 0.298
2 HA HIS 749 HA HIS 749 53.776 -18.294 1.138
3 HB2 HIS 749 HB2 HIS 749 52.017 -18.283 -0.729
4 HB3 HIS 749 HB3 HIS 749 53.238 -17.516 -1.731
5 HD1 HIS 749 HD1 HIS 749 55.289 -19.033 -2.459
6 HD2 HIS 749 HD2 HIS 749 52.296 -20.972 -0.338
7 HE1 HIS 749 HE1 HIS 749 55.703 -21.460 -2.804
8 HE2 HIS 749 HE2 HIS 749 54.023 -22.614 -1.349
No H/Q in entry = 8
In of MODEL 32
1 H CYS 750 H CYS 750 54.342 -15.429 -0.862
2 HA CYS 750 HA CYS 750 57.043 -16.141 -1.390
3 HB2 CYS 750 HB2 CYS 750 55.475 -13.638 -1.963
4 HB3 CYS 750 HB3 CYS 750 57.166 -13.867 -2.415
No H/Q in entry = 4
In of MODEL 32
1 H GLN 751 H GLN 751 55.402 -14.388 1.088
2 HA GLN 751 HA GLN 751 57.756 -13.218 2.146
3 HB2 GLN 751 HB2 GLN 751 55.039 -13.689 3.368
4 HB3 GLN 751 HB3 GLN 751 56.324 -12.756 4.128
5 HG2 GLN 751 HG2 GLN 751 55.176 -12.126 1.431
6 HG3 GLN 751 HG3 GLN 751 54.591 -11.403 2.922
7 HE21 GLN 751 HE21 GLN 751 55.158 -9.404 2.089
8 HE22 GLN 751 HE22 GLN 751 56.771 -8.820 2.094
No H/Q in entry = 8
In of MODEL 32
1 H GLY 752 H GLY 752 56.914 -16.383 1.919
2 HA3 GLY 752 HA2 GLY 752 58.628 -17.903 2.669
3 HA2 GLY 752 HA3 GLY 752 58.701 -16.992 4.162
No H/Q in entry = 3
In of MODEL 32
1 H ARG 753 H ARG 753 55.476 -17.396 3.304
2 HA ARG 753 HA ARG 753 55.316 -19.495 5.327
3 HB2 ARG 753 HB2 ARG 753 53.118 -17.829 4.152
4 HB3 ARG 753 HB3 ARG 753 52.977 -18.890 5.553
5 HG2 ARG 753 HG2 ARG 753 54.572 -16.339 5.348
6 HG3 ARG 753 HG3 ARG 753 53.106 -16.593 6.298
7 HD2 ARG 753 HD2 ARG 753 54.283 -18.224 7.694
8 HD3 ARG 753 HD3 ARG 753 55.737 -18.013 6.722
9 HE ARG 753 HE ARG 753 54.607 -15.695 8.084
10 HH11 ARG 753 HH11 ARG 753 57.248 -18.077 7.844
11 HH12 ARG 753 HH12 ARG 753 58.302 -17.232 8.848
12 HH21 ARG 753 HH21 ARG 753 56.105 -14.529 9.497
13 HH22 ARG 753 HH22 ARG 753 57.636 -15.171 9.828
No H/Q in entry = 13
In of MODEL 32
1 H ASN 754 H ASN 754 54.137 -21.388 5.013
2 HA ASN 754 HA ASN 754 53.862 -22.103 2.182
3 HB2 ASN 754 HB2 ASN 754 54.491 -23.896 4.536
4 HB3 ASN 754 HB3 ASN 754 54.371 -24.404 2.861
5 HD21 ASN 754 HD21 ASN 754 56.541 -24.521 4.797
6 HD22 ASN 754 HD22 ASN 754 57.895 -23.725 4.078
No H/Q in entry = 6
In of MODEL 32
1 H TYR 755 H TYR 755 51.960 -22.859 1.529
2 HA TYR 755 HA TYR 755 50.007 -23.794 3.444
3 HB2 TYR 755 HB2 TYR 755 49.673 -21.343 1.746
4 HB3 TYR 755 HB3 TYR 755 48.271 -22.314 2.157
5 HD1 TYR 755 HD1 TYR 755 47.361 -22.254 4.354
6 HD2 TYR 755 HD2 TYR 755 50.954 -20.190 3.505
7 HE1 TYR 755 HE1 TYR 755 47.205 -21.097 6.512
8 HE2 TYR 755 HE2 TYR 755 50.801 -19.014 5.638
9 HH TYR 755 HH TYR 755 48.789 -20.100 8.074
No H/Q in entry = 9
In of MODEL 32
1 H THR 756 H THR 756 48.311 -24.937 2.467
2 HA THR 756 HA THR 756 48.906 -25.897 -0.254
3 HB THR 756 HB THR 756 47.360 -27.259 1.985
4 HG1 THR 756 HG1 THR 756 49.309 -27.621 2.741
5 HG21 THR 756 HG21 THR 756 46.738 -27.992 -0.248
6 HG23 THR 756 HG22 THR 756 47.586 -29.276 0.626
7 HG22 THR 756 HG23 THR 756 48.429 -28.340 -0.619
No H/Q in entry = 7
In of MODEL 32
1 H LEU 757 H LEU 757 46.936 -26.088 -1.630
2 HA LEU 757 HA LEU 757 44.780 -24.573 -0.440
3 HB2 LEU 757 HB2 LEU 757 45.378 -25.019 -3.335
4 HB3 LEU 757 HB3 LEU 757 43.872 -24.330 -2.756
5 HG LEU 757 HG LEU 757 45.623 -22.775 -1.482
6 HD13 LEU 757 HD11 LEU 757 47.582 -23.745 -2.444
7 HD12 LEU 757 HD12 LEU 757 47.386 -22.088 -3.014
8 HD11 LEU 757 HD13 LEU 757 46.977 -23.437 -4.073
9 HD23 LEU 757 HD21 LEU 757 44.577 -22.365 -4.258
10 HD22 LEU 757 HD22 LEU 757 45.096 -21.094 -3.127
11 HD21 LEU 757 HD23 LEU 757 43.704 -22.108 -2.748
No H/Q in entry = 11
In of MODEL 32
1 H THR 758 H THR 758 42.703 -25.186 -0.523
2 HA THR 758 HA THR 758 42.347 -28.018 -1.050
3 HB THR 758 HB THR 758 40.867 -27.993 1.054
4 HG1 THR 758 HG1 THR 758 42.132 -26.222 2.463
5 HG22 THR 758 HG21 THR 758 43.854 -27.599 1.402
6 HG21 THR 758 HG22 THR 758 43.075 -29.114 0.963
7 HG23 THR 758 HG23 THR 758 42.787 -28.406 2.550
No H/Q in entry = 7
In of MODEL 32
1 H GLY 759 H GLY 759 39.815 -28.404 -0.710
2 HA3 GLY 759 HA2 GLY 759 38.595 -26.875 -2.790
3 HA2 GLY 759 HA3 GLY 759 37.880 -28.207 -1.886
No H/Q in entry = 3
In of MODEL 32
1 H ARG 760 H ARG 760 36.505 -25.869 -2.549
2 HA ARG 760 HA ARG 760 36.492 -23.958 -0.464
3 HB2 ARG 760 HB2 ARG 760 34.475 -23.062 -1.501
4 HB3 ARG 760 HB3 ARG 760 35.634 -23.481 -2.746
5 HG2 ARG 760 HG2 ARG 760 33.670 -24.255 -3.679
6 HG3 ARG 760 HG3 ARG 760 34.258 -25.706 -2.862
7 HD2 ARG 760 HD2 ARG 760 32.814 -25.160 -0.924
8 HD3 ARG 760 HD3 ARG 760 32.188 -23.778 -1.820
9 HE ARG 760 HE ARG 760 31.935 -26.499 -2.858
10 HH11 ARG 760 HH11 ARG 760 30.386 -23.521 -1.686
11 HH12 ARG 760 HH12 ARG 760 28.840 -23.924 -2.246
12 HH21 ARG 760 HH21 ARG 760 29.784 -27.061 -3.604
13 HH22 ARG 760 HH22 ARG 760 28.491 -25.966 -3.394
No H/Q in entry = 13
In of MODEL 32
1 H ASP 761 H ASP 761 35.205 -27.056 -0.742
2 HA ASP 761 HA ASP 761 33.120 -26.782 1.231
3 HB2 ASP 761 HB2 ASP 761 34.349 -29.200 -0.089
4 HB3 ASP 761 HB3 ASP 761 33.027 -29.293 1.066
No H/Q in entry = 4
In of MODEL 32
1 H SER 762 H SER 762 36.358 -26.675 1.565
2 HA SER 762 HA SER 762 36.591 -28.583 3.727
3 HB2 SER 762 HB2 SER 762 38.629 -26.628 2.695
4 HB3 SER 762 HB3 SER 762 38.951 -28.035 3.719
5 HG SER 762 HG SER 762 38.192 -27.819 1.053
No H/Q in entry = 5
In of MODEL 32
1 H CYS 763 H CYS 763 36.208 -25.076 3.381
2 HA CYS 763 HA CYS 763 35.870 -24.927 6.261
3 HB2 CYS 763 HB2 CYS 763 37.378 -23.033 6.557
4 HB3 CYS 763 HB3 CYS 763 38.252 -24.392 5.851
No H/Q in entry = 4
In of MODEL 32
1 H THR 764 H THR 764 35.257 -22.505 6.780
2 HA THR 764 HA THR 764 33.090 -21.839 4.978
3 HB THR 764 HB THR 764 33.834 -20.582 7.639
4 HG1 THR 764 HG1 THR 764 33.058 -23.051 7.181
5 HG21 THR 764 HG21 THR 764 32.253 -19.295 6.244
6 HG23 THR 764 HG22 THR 764 31.457 -19.937 7.679
7 HG22 THR 764 HG23 THR 764 31.213 -20.712 6.116
No H/Q in entry = 7
In of MODEL 32
1 H LEU 765 H LEU 765 33.455 -20.464 3.443
2 HA LEU 765 HA LEU 765 35.811 -18.805 3.431
3 HB2 LEU 765 HB2 LEU 765 34.713 -20.362 1.593
4 HB3 LEU 765 HB3 LEU 765 33.699 -18.957 1.357
5 HG LEU 765 HG LEU 765 35.610 -17.632 0.710
6 HD12 LEU 765 HD11 LEU 765 37.809 -18.747 0.420
7 HD11 LEU 765 HD12 LEU 765 37.132 -20.202 1.174
8 HD13 LEU 765 HD13 LEU 765 37.309 -18.737 2.113
9 HD22 LEU 765 HD21 LEU 765 36.112 -18.796 -1.373
10 HD21 LEU 765 HD22 LEU 765 34.394 -18.900 -0.979
11 HD23 LEU 765 HD23 LEU 765 35.449 -20.286 -0.706
No H/Q in entry = 11
In of MODEL 32
1 HA PRO 766 HA PRO 766 33.752 -15.142 4.860
2 HB2 PRO 766 HB2 PRO 766 34.780 -13.278 3.025
3 HB3 PRO 766 HB3 PRO 766 35.486 -13.718 4.580
4 HG2 PRO 766 HG2 PRO 766 36.194 -14.633 1.853
5 HG3 PRO 766 HG3 PRO 766 37.221 -14.451 3.280
6 HD2 PRO 766 HD2 PRO 766 36.406 -16.858 2.361
7 HD3 PRO 766 HD3 PRO 766 36.676 -16.565 4.078
No H/Q in entry = 7
In of MODEL 32
1 H ALA 767 H ALA 767 33.840 -14.999 1.280
2 HA ALA 767 HA ALA 767 31.014 -14.245 1.481
3 HB3 ALA 767 HB1 ALA 767 32.827 -13.630 -0.809
4 HB1 ALA 767 HB2 ALA 767 32.410 -12.478 0.484
5 HB2 ALA 767 HB3 ALA 767 31.150 -13.127 -0.592
No H/Q in entry = 5
In of MODEL 32
1 H SER 768 H SER 768 30.717 -16.323 1.795
2 HA SER 768 HA SER 768 30.806 -18.018 -0.534
3 HB2 SER 768 HB2 SER 768 29.662 -18.558 2.212
4 HB3 SER 768 HB3 SER 768 29.897 -19.718 0.909
5 HG SER 768 HG SER 768 31.811 -18.454 2.533
No H/Q in entry = 5
In of MODEL 32
1 H ALA 769 H ALA 769 28.419 -16.760 1.760
2 HA ALA 769 HA ALA 769 26.244 -17.570 0.076
3 HB1 ALA 769 HB1 ALA 769 26.195 -16.060 2.676
4 HB3 ALA 769 HB2 ALA 769 26.113 -17.814 2.508
5 HB2 ALA 769 HB3 ALA 769 24.815 -16.806 1.871
No H/Q in entry = 5
In of MODEL 32
1 H GLU 770 H GLU 770 24.392 -15.821 0.207
2 HA GLU 770 HA GLU 770 25.075 -14.056 -1.840
3 HB2 GLU 770 HB2 GLU 770 22.734 -13.329 -1.690
4 HB3 GLU 770 HB3 GLU 770 22.923 -15.072 -1.808
5 HG2 GLU 770 HG2 GLU 770 22.510 -15.303 0.574
6 HG3 GLU 770 HG3 GLU 770 22.418 -13.553 0.738
No H/Q in entry = 6
In of MODEL 32
1 H LYS 771 H LYS 771 25.416 -12.011 -1.992
2 HA LYS 771 HA LYS 771 25.121 -10.265 0.327
3 HB2 LYS 771 HB2 LYS 771 27.515 -10.277 -1.555
4 HB3 LYS 771 HB3 LYS 771 27.250 -9.205 -0.189
5 HG2 LYS 771 HG2 LYS 771 27.597 -12.184 0.034
6 HG3 LYS 771 HG3 LYS 771 28.889 -11.006 0.266
7 HD2 LYS 771 HD2 LYS 771 27.893 -10.139 2.211
8 HD3 LYS 771 HD3 LYS 771 26.330 -10.865 1.825
9 HE2 LYS 771 HE2 LYS 771 27.177 -13.028 2.185
10 HE3 LYS 771 HE3 LYS 771 28.813 -12.430 2.465
11 HZ2 LYS 771 HZ1 LYS 771 26.431 -11.880 4.195
12 HZ1 LYS 771 HZ2 LYS 771 27.980 -11.242 4.437
13 HZ3 LYS 771 HZ3 LYS 771 27.725 -12.892 4.565
No H/Q in entry = 13
In of MODEL 32
1 H ALA 772 H ALA 772 23.956 -8.573 -0.287
2 HA ALA 772 HA ALA 772 23.047 -8.162 -2.967
3 HB1 ALA 772 HB1 ALA 772 21.709 -7.512 -1.075
4 HB2 ALA 772 HB2 ALA 772 22.111 -6.075 -2.031
5 HB3 ALA 772 HB3 ALA 772 22.957 -6.395 -0.516
No H/Q in entry = 5
In of MODEL 32
1 H CYS 773 H CYS 773 24.229 -7.394 -4.488
2 HA CYS 773 HA CYS 773 26.778 -6.363 -4.164
3 HB2 CYS 773 HB2 CYS 773 24.951 -6.210 -6.527
4 HB3 CYS 773 HB3 CYS 773 26.667 -5.794 -6.568
No H/Q in entry = 4
In of MODEL 32
1 H GLY 774 H GLY 774 27.692 -4.389 -4.706
2 HA3 GLY 774 HA2 GLY 774 27.232 -1.960 -5.104
3 HA2 GLY 774 HA3 GLY 774 26.114 -2.111 -3.738
No H/Q in entry = 3
In of MODEL 32
1 H ALA 775 H ALA 775 27.687 -4.101 -2.516
2 HA ALA 775 HA ALA 775 30.342 -3.090 -2.040
3 HB3 ALA 775 HB1 ALA 775 28.305 -3.656 0.151
4 HB1 ALA 775 HB2 ALA 775 29.005 -2.080 -0.214
5 HB2 ALA 775 HB3 ALA 775 30.023 -3.371 0.425
No H/Q in entry = 5
In of MODEL 32
1 H CYS 776 H CYS 776 31.303 -4.846 -2.849
2 HA CYS 776 HA CYS 776 30.919 -7.455 -1.820
3 HB2 CYS 776 HB2 CYS 776 30.030 -8.374 -4.039
4 HB3 CYS 776 HB3 CYS 776 28.873 -7.411 -3.133
No H/Q in entry = 4
In of MODEL 32
1 HA PRO 777 HA PRO 777 34.922 -8.063 -3.914
2 HB2 PRO 777 HB2 PRO 777 33.607 -10.052 -5.724
3 HB3 PRO 777 HB3 PRO 777 35.130 -10.195 -4.843
4 HG2 PRO 777 HG2 PRO 777 33.014 -11.437 -3.916
5 HG3 PRO 777 HG3 PRO 777 34.052 -10.534 -2.793
6 HD2 PRO 777 HD2 PRO 777 31.404 -9.788 -3.941
7 HD3 PRO 777 HD3 PRO 777 32.017 -9.546 -2.291
No H/Q in entry = 7
In of MODEL 32
1 H LEU 778 H LEU 778 36.021 -7.682 -5.948
2 HA LEU 778 HA LEU 778 34.802 -5.582 -7.304
3 HB2 LEU 778 HB2 LEU 778 36.846 -5.459 -8.772
4 HB3 LEU 778 HB3 LEU 778 37.117 -5.314 -7.062
5 HG LEU 778 HG LEU 778 38.919 -6.510 -8.169
6 HD13 LEU 778 HD11 LEU 778 39.140 -8.440 -6.792
7 HD12 LEU 778 HD12 LEU 778 37.422 -8.456 -6.463
8 HD11 LEU 778 HD13 LEU 778 38.420 -7.123 -5.859
9 HD21 LEU 778 HD21 LEU 778 36.823 -8.484 -8.957
10 HD23 LEU 778 HD22 LEU 778 38.550 -8.788 -9.076
11 HD22 LEU 778 HD23 LEU 778 37.807 -7.502 -10.047
No H/Q in entry = 11
In of MODEL 32
1 H TRP 779 H TRP 779 34.768 -8.891 -8.198
2 HA TRP 779 HA TRP 779 33.841 -8.277 -10.890
3 HB2 TRP 779 HB2 TRP 779 33.563 -10.788 -11.089
4 HB3 TRP 779 HB3 TRP 779 35.208 -10.282 -10.721
5 HD1 TRP 779 HD1 TRP 779 32.177 -12.023 -9.090
6 HE1 TRP 779 HE1 TRP 779 32.982 -13.213 -6.964
7 HE3 TRP 779 HE3 TRP 779 36.978 -10.397 -9.048
8 HZ2 TRP 779 HZ2 TRP 779 35.363 -13.403 -5.458
9 HZ3 TRP 779 HZ3 TRP 779 38.463 -11.100 -7.223
10 HH2 TRP 779 HH2 TRP 779 37.671 -12.574 -5.476
No H/Q in entry = 10
In of MODEL 32
1 H GLY 780 H GLY 780 32.526 -8.214 -7.885
2 HA3 GLY 780 HA2 GLY 780 30.279 -7.683 -7.508
3 HA2 GLY 780 HA3 GLY 780 29.840 -8.617 -8.935
No H/Q in entry = 3
In of MODEL 32
1 H LYS 781 H LYS 781 28.347 -9.789 -7.783
2 HA LYS 781 HA LYS 781 29.344 -12.165 -6.584
3 HB2 LYS 781 HB2 LYS 781 29.395 -11.126 -4.499
4 HB3 LYS 781 HB3 LYS 781 28.064 -10.045 -4.879
5 HG2 LYS 781 HG2 LYS 781 27.413 -11.615 -3.145
6 HG3 LYS 781 HG3 LYS 781 26.488 -11.908 -4.605
7 HD2 LYS 781 HD2 LYS 781 27.028 -14.040 -3.805
8 HD3 LYS 781 HD3 LYS 781 28.187 -13.756 -5.092
9 HE2 LYS 781 HE2 LYS 781 29.927 -13.296 -3.499
10 HE3 LYS 781 HE3 LYS 781 28.772 -13.312 -2.163
11 HZ1 LYS 781 HZ1 LYS 781 28.296 -15.646 -2.723
12 HZ3 LYS 781 HZ2 LYS 781 29.901 -15.464 -2.226
13 HZ2 LYS 781 HZ3 LYS 781 29.515 -15.647 -3.858
No H/Q in entry = 13
In of MODEL 32
1 H CYS 782 H CYS 782 28.147 -13.654 -7.442
2 HA CYS 782 HA CYS 782 25.277 -13.341 -7.471
3 HB2 CYS 782 HB2 CYS 782 26.045 -12.531 -9.724
4 HB3 CYS 782 HB3 CYS 782 26.782 -14.108 -9.979
No H/Q in entry = 4
In of MODEL 32
1 H ASP 783 H ASP 783 24.750 -14.997 -6.230
2 HA ASP 783 HA ASP 783 26.091 -17.548 -6.758
3 HB2 ASP 783 HB2 ASP 783 24.568 -16.642 -4.286
4 HB3 ASP 783 HB3 ASP 783 25.181 -18.272 -4.521
No H/Q in entry = 4
In of MODEL 32
1 H ALA 784 H ALA 784 24.155 -19.238 -5.713
2 HA ALA 784 HA ALA 784 22.470 -19.442 -7.965
3 HB3 ALA 784 HB1 ALA 784 22.285 -20.903 -5.334
4 HB1 ALA 784 HB2 ALA 784 23.227 -21.407 -6.736
5 HB2 ALA 784 HB3 ALA 784 21.467 -21.363 -6.827
No H/Q in entry = 5
In of MODEL 32
1 H GLU 785 H GLU 785 21.919 -18.162 -4.744
2 HA GLU 785 HA GLU 785 19.445 -16.947 -5.694
3 HB2 GLU 785 HB2 GLU 785 18.862 -19.083 -4.538
4 HB3 GLU 785 HB3 GLU 785 19.707 -18.513 -3.112
5 HG2 GLU 785 HG2 GLU 785 18.091 -16.730 -2.848
6 HG3 GLU 785 HG3 GLU 785 17.263 -17.247 -4.318
No H/Q in entry = 6
In of MODEL 32
1 H SER 786 H SER 786 19.320 -14.810 -4.928
2 HA SER 786 HA SER 786 20.862 -13.966 -2.646
3 HB2 SER 786 HB2 SER 786 21.643 -12.971 -5.398
4 HB3 SER 786 HB3 SER 786 22.320 -12.423 -3.867
5 HG SER 786 HG SER 786 22.541 -15.042 -3.936
No H/Q in entry = 5
In of MODEL 32
1 H SER 787 H SER 787 19.948 -12.148 -1.785
2 HA SER 787 HA SER 787 17.592 -10.986 -2.632
3 HB2 SER 787 HB2 SER 787 18.607 -10.718 -0.351
4 HB3 SER 787 HB3 SER 787 19.773 -9.591 -1.032
5 HG SER 787 HG SER 787 16.975 -9.239 -1.205
No H/Q in entry = 5
In of MODEL 32
1 H LYS 788 H LYS 788 20.869 -9.560 -3.099
2 HA LYS 788 HA LYS 788 19.985 -8.689 -5.688
3 HB2 LYS 788 HB2 LYS 788 19.668 -6.636 -4.409
4 HB3 LYS 788 HB3 LYS 788 21.266 -6.798 -3.697
5 HG2 LYS 788 HG2 LYS 788 21.208 -5.078 -5.460
6 HG3 LYS 788 HG3 LYS 788 22.315 -6.391 -5.851
7 HD2 LYS 788 HD2 LYS 788 20.482 -7.396 -7.248
8 HD3 LYS 788 HD3 LYS 788 19.544 -5.926 -6.975
9 HE2 LYS 788 HE2 LYS 788 21.276 -4.605 -8.061
10 HE3 LYS 788 HE3 LYS 788 22.284 -6.040 -8.243
11 HZ2 LYS 788 HZ1 LYS 788 19.655 -5.586 -9.562
12 HZ1 LYS 788 HZ2 LYS 788 20.581 -6.979 -9.715
13 HZ3 LYS 788 HZ3 LYS 788 21.168 -5.522 -10.300
No H/Q in entry = 13
In of MODEL 32
1 H CYS 789 H CYS 789 21.379 -9.178 -7.182
2 HA CYS 789 HA CYS 789 24.147 -9.469 -6.465
3 HB2 CYS 789 HB2 CYS 789 24.195 -11.760 -7.365
4 HB3 CYS 789 HB3 CYS 789 23.277 -11.576 -5.865
No H/Q in entry = 4
In of MODEL 32
1 H VAL 790 H VAL 790 25.517 -9.396 -8.232
2 HA VAL 790 HA VAL 790 24.624 -9.501 -10.890
3 HB VAL 790 HB VAL 790 23.812 -7.215 -10.228
4 HG12 VAL 790 HG11 VAL 790 26.716 -6.562 -9.819
5 HG11 VAL 790 HG12 VAL 790 25.456 -6.608 -8.588
6 HG13 VAL 790 HG13 VAL 790 25.398 -5.387 -9.861
7 HG23 VAL 790 HG21 VAL 790 24.804 -5.974 -12.123
8 HG22 VAL 790 HG22 VAL 790 24.319 -7.619 -12.544
9 HG21 VAL 790 HG23 VAL 790 26.021 -7.246 -12.264
No H/Q in entry = 9
In of MODEL 32
1 H CYS 791 H CYS 791 26.499 -9.412 -12.278
2 HA CYS 791 HA CYS 791 29.010 -9.254 -10.839
3 HB2 CYS 791 HB2 CYS 791 29.883 -11.100 -12.335
4 HB3 CYS 791 HB3 CYS 791 28.737 -11.589 -11.098
No H/Q in entry = 4
In of MODEL 32
1 H ARG 792 H ARG 792 30.612 -8.305 -11.847
2 HA ARG 792 HA ARG 792 29.854 -6.625 -14.093
3 HB2 ARG 792 HB2 ARG 792 32.373 -6.716 -12.412
4 HB3 ARG 792 HB3 ARG 792 32.061 -5.547 -13.686
5 HG2 ARG 792 HG2 ARG 792 30.411 -5.859 -11.184
6 HG3 ARG 792 HG3 ARG 792 31.655 -4.632 -11.443
7 HD2 ARG 792 HD2 ARG 792 30.407 -3.693 -13.278
8 HD3 ARG 792 HD3 ARG 792 29.214 -4.981 -13.177
9 HE ARG 792 HE ARG 792 29.367 -3.688 -10.715
10 HH11 ARG 792 HH11 ARG 792 28.375 -2.949 -14.022
11 HH12 ARG 792 HH12 ARG 792 27.065 -1.960 -13.588
12 HH21 ARG 792 HH21 ARG 792 27.634 -2.317 -10.066
13 HH22 ARG 792 HH22 ARG 792 26.638 -1.565 -11.235
No H/Q in entry = 13
In of MODEL 32
1 H GLU 793 H GLU 793 30.197 -7.195 -16.050
2 HA GLU 793 HA GLU 793 31.369 -9.474 -16.962
3 HB2 GLU 793 HB2 GLU 793 31.316 -6.835 -18.448
4 HB3 GLU 793 HB3 GLU 793 31.464 -8.425 -19.170
5 HG2 GLU 793 HG2 GLU 793 29.250 -7.958 -19.549
6 HG3 GLU 793 HG3 GLU 793 29.158 -8.860 -18.043
No H/Q in entry = 6
In of MODEL 32
1 H ALA 794 H ALA 794 33.384 -9.845 -18.151
2 HA ALA 794 HA ALA 794 35.594 -9.217 -16.530
3 HB3 ALA 794 HB1 ALA 794 36.910 -10.474 -18.143
4 HB1 ALA 794 HB2 ALA 794 35.587 -10.408 -19.302
5 HB2 ALA 794 HB3 ALA 794 35.397 -11.313 -17.799
No H/Q in entry = 5
In of MODEL 32
1 H SER 795 H SER 795 34.263 -7.795 -19.364
2 HA SER 795 HA SER 795 36.592 -6.263 -19.991
3 HB2 SER 795 HB2 SER 795 33.784 -5.895 -21.033
4 HB3 SER 795 HB3 SER 795 35.271 -5.294 -21.765
5 HG SER 795 HG SER 795 35.330 -7.966 -21.276
No H/Q in entry = 5
In of MODEL 32
1 H GLU 796 H GLU 796 34.016 -5.928 -17.784
2 HA GLU 796 HA GLU 796 34.135 -3.016 -17.852
3 HB2 GLU 796 HB2 GLU 796 31.900 -4.092 -17.956
4 HB3 GLU 796 HB3 GLU 796 32.188 -4.792 -16.374
5 HG2 GLU 796 HG2 GLU 796 32.107 -2.690 -15.312
6 HG3 GLU 796 HG3 GLU 796 32.236 -1.831 -16.845
No H/Q in entry = 6
In of MODEL 32
1 H CYS 797 H CYS 797 35.143 -5.713 -16.014
2 HA CYS 797 HA CYS 797 35.707 -4.023 -13.724
3 HB2 CYS 797 HB2 CYS 797 34.873 -6.370 -13.407
4 HB3 CYS 797 HB3 CYS 797 36.370 -6.947 -14.133
No H/Q in entry = 4
In of MODEL 32
1 H GLU 798 H GLU 798 37.445 -2.827 -13.794
2 HA GLU 798 HA GLU 798 39.499 -3.446 -15.783
3 HB2 GLU 798 HB2 GLU 798 40.046 -1.058 -15.626
4 HB3 GLU 798 HB3 GLU 798 38.373 -1.349 -16.082
5 HG2 GLU 798 HG2 GLU 798 37.665 -0.914 -13.795
6 HG3 GLU 798 HG3 GLU 798 39.341 -0.624 -13.334
No H/Q in entry = 6
In of MODEL 32
1 H GLU 799 H GLU 799 39.165 -3.970 -12.596
2 HA GLU 799 HA GLU 799 41.494 -2.873 -11.473
3 HB2 GLU 799 HB2 GLU 799 39.669 -3.819 -10.106
4 HB3 GLU 799 HB3 GLU 799 40.075 -5.429 -10.678
5 HG2 GLU 799 HG2 GLU 799 40.927 -5.041 -8.411
6 HG3 GLU 799 HG3 GLU 799 42.235 -5.311 -9.557
No H/Q in entry = 6
In of MODEL 32
1 H GLU 800 H GLU 800 40.938 -5.982 -13.041
2 HA GLU 800 HA GLU 800 42.282 -7.646 -13.748
3 HB2 GLU 800 HB2 GLU 800 44.281 -5.406 -14.150
4 HB3 GLU 800 HB3 GLU 800 44.457 -7.026 -14.803
5 HG2 GLU 800 HG2 GLU 800 42.474 -6.690 -16.173
6 HG3 GLU 800 HG3 GLU 800 42.265 -5.078 -15.487
No H/Q in entry = 6
In of MODEL 32
1 H GLY 801 H GLY 801 42.203 -8.457 -11.654
2 HA3 GLY 801 HA2 GLY 801 44.377 -7.920 -9.849
3 HA2 GLY 801 HA3 GLY 801 43.029 -9.004 -9.562
No H/Q in entry = 3
In of MODEL 32
1 H PHE 802 H PHE 802 44.074 -10.747 -8.925
2 HA PHE 802 HA PHE 802 46.529 -11.635 -9.954
3 HB2 PHE 802 HB2 PHE 802 44.526 -12.749 -8.089
4 HB3 PHE 802 HB3 PHE 802 45.785 -13.800 -8.729
5 HD1 PHE 802 HD1 PHE 802 47.598 -14.044 -7.429
6 HD2 PHE 802 HD2 PHE 802 45.552 -10.338 -7.360
7 HE1 PHE 802 HE1 PHE 802 49.167 -13.247 -5.824
8 HE2 PHE 802 HE2 PHE 802 47.139 -9.482 -5.733
9 HZ PHE 802 HZ PHE 802 48.982 -10.929 -4.927
No H/Q in entry = 9
In of MODEL 32
1 H SER 803 H SER 803 47.083 -13.057 -11.352
2 HA SER 803 HA SER 803 44.999 -14.075 -13.075
3 HB2 SER 803 HB2 SER 803 46.857 -12.933 -14.126
4 HB3 SER 803 HB3 SER 803 48.014 -14.073 -13.410
5 HG SER 803 HG SER 803 45.867 -14.923 -14.997
No H/Q in entry = 5
In of MODEL 32
1 H ILE 804 H ILE 804 44.480 -16.132 -13.211
2 HA ILE 804 HA ILE 804 45.875 -18.077 -11.538
3 HB ILE 804 HB ILE 804 43.822 -18.882 -10.527
4 HG12 ILE 804 HG12 ILE 804 42.179 -18.372 -12.343
5 HG13 ILE 804 HG13 ILE 804 41.629 -17.844 -10.758
6 HG21 ILE 804 HG21 ILE 804 44.920 -17.141 -9.295
7 HG23 ILE 804 HG22 ILE 804 43.174 -17.006 -9.081
8 HG22 ILE 804 HG23 ILE 804 44.019 -15.903 -10.169
9 HD13 ILE 804 HD11 ILE 804 41.036 -16.227 -12.415
10 HD12 ILE 804 HD12 ILE 804 42.697 -16.097 -12.958
11 HD11 ILE 804 HD13 ILE 804 42.253 -15.534 -11.344
No H/Q in entry = 11
In of MODEL 32
1 H CYS 805 H CYS 805 44.987 -20.333 -12.012
2 HA CYS 805 HA CYS 805 44.514 -20.548 -14.885
3 HB2 CYS 805 HB2 CYS 805 46.406 -21.855 -14.058
4 HB3 CYS 805 HB3 CYS 805 45.348 -22.664 -12.898
No H/Q in entry = 4
In of MODEL 32
1 H VAL 806 H VAL 806 42.480 -21.217 -15.548
2 HA VAL 806 HA VAL 806 40.809 -22.573 -13.566
3 HB VAL 806 HB VAL 806 39.779 -20.619 -15.609
4 HG13 VAL 806 HG11 VAL 806 37.694 -20.714 -14.299
5 HG12 VAL 806 HG12 VAL 806 38.448 -21.928 -13.248
6 HG11 VAL 806 HG13 VAL 806 38.193 -22.285 -14.936
7 HG23 VAL 806 HG21 VAL 806 39.369 -19.032 -13.763
8 HG22 VAL 806 HG22 VAL 806 41.075 -19.320 -14.068
9 HG21 VAL 806 HG23 VAL 806 40.287 -20.087 -12.680
No H/Q in entry = 9
In of MODEL 32
1 H GLU 807 H GLU 807 39.820 -24.341 -14.353
2 HA GLU 807 HA GLU 807 40.331 -25.146 -17.053
3 HB2 GLU 807 HB2 GLU 807 40.465 -26.779 -15.235
4 HB3 GLU 807 HB3 GLU 807 38.809 -26.429 -14.776
5 HG2 GLU 807 HG2 GLU 807 38.026 -27.345 -16.886
6 HG3 GLU 807 HG3 GLU 807 39.693 -27.652 -17.370
No H/Q in entry = 6
In of MODEL 32
1 H VAL 808 H VAL 808 39.077 -24.534 -18.580
2 HA VAL 808 HA VAL 808 36.285 -23.934 -18.030
3 HB VAL 808 HB VAL 808 37.352 -21.770 -18.185
4 HG12 VAL 808 HG11 VAL 808 38.541 -22.681 -20.794
5 HG11 VAL 808 HG12 VAL 808 39.411 -22.409 -19.287
6 HG13 VAL 808 HG13 VAL 808 38.662 -21.051 -20.131
7 HG23 VAL 808 HG21 VAL 808 36.003 -22.359 -20.818
8 HG22 VAL 808 HG22 VAL 808 36.275 -20.756 -20.144
9 HG21 VAL 808 HG23 VAL 808 35.185 -21.882 -19.329
No H/Q in entry = 9
In of MODEL 32
1 H ASN 809 H ASN 809 35.074 -25.222 -19.123
2 HA ASN 809 HA ASN 809 34.132 -26.342 -20.876
3 HB2 ASN 809 HB2 ASN 809 36.095 -24.639 -22.295
4 HB3 ASN 809 HB3 ASN 809 35.263 -25.882 -23.222
5 HD21 ASN 809 HD21 ASN 809 33.963 -23.904 -20.570
6 HD22 ASN 809 HD22 ASN 809 32.823 -23.020 -21.490
No H/Q in entry = 6
In of MODEL 32
1 H GLY 810 H GLY 810 36.545 -27.154 -19.360
2 HA3 GLY 810 HA2 GLY 810 37.526 -29.216 -19.197
3 HA2 GLY 810 HA3 GLY 810 37.113 -29.561 -20.885
No H/Q in entry = 3
In of MODEL 32
1 H LYS 811 H LYS 811 38.397 -26.580 -20.926
2 HA LYS 811 HA LYS 811 41.121 -27.556 -21.495
3 HB2 LYS 811 HB2 LYS 811 40.113 -24.744 -21.887
4 HB3 LYS 811 HB3 LYS 811 41.468 -25.526 -22.676
5 HG2 LYS 811 HG2 LYS 811 38.551 -26.013 -23.155
6 HG3 LYS 811 HG3 LYS 811 39.704 -25.161 -24.197
7 HD2 LYS 811 HD2 LYS 811 39.860 -28.077 -23.454
8 HD3 LYS 811 HD3 LYS 811 39.162 -27.473 -24.949
9 HE2 LYS 811 HE2 LYS 811 41.321 -26.490 -25.573
10 HE3 LYS 811 HE3 LYS 811 42.024 -27.057 -24.061
11 HZ1 LYS 811 HZ1 LYS 811 41.560 -29.327 -24.763
12 HZ3 LYS 811 HZ2 LYS 811 42.571 -28.540 -25.860
13 HZ2 LYS 811 HZ3 LYS 811 40.942 -28.766 -26.225
No H/Q in entry = 13
In of MODEL 32
1 H GLU 812 H GLU 812 42.721 -25.735 -20.812
2 HA GLU 812 HA GLU 812 41.889 -24.621 -18.240
3 HB2 GLU 812 HB2 GLU 812 44.583 -25.873 -18.836
4 HB3 GLU 812 HB3 GLU 812 44.309 -24.815 -17.463
5 HG2 GLU 812 HG2 GLU 812 42.626 -26.405 -16.613
6 HG3 GLU 812 HG3 GLU 812 42.979 -27.493 -17.945
No H/Q in entry = 6
In of MODEL 32
1 H GLN 813 H GLN 813 42.028 -22.548 -18.146
2 HA GLN 813 HA GLN 813 43.734 -21.190 -20.084
3 HB2 GLN 813 HB2 GLN 813 41.514 -21.177 -20.958
4 HB3 GLN 813 HB3 GLN 813 40.845 -20.677 -19.417
5 HG2 GLN 813 HG2 GLN 813 41.934 -18.525 -19.649
6 HG3 GLN 813 HG3 GLN 813 42.620 -19.015 -21.199
7 HE21 GLN 813 HE21 GLN 813 40.749 -16.859 -20.557
8 HE22 GLN 813 HE22 GLN 813 39.351 -17.125 -21.520
No H/Q in entry = 8
In of MODEL 32
1 H THR 814 H THR 814 44.732 -19.464 -19.325
2 HA THR 814 HA THR 814 44.675 -18.976 -16.492
3 HB THR 814 HB THR 814 46.277 -17.764 -18.721
4 HG1 THR 814 HG1 THR 814 47.928 -19.231 -17.897
5 HG21 THR 814 HG21 THR 814 46.678 -17.713 -15.735
6 HG23 THR 814 HG22 THR 814 46.206 -16.351 -16.745
7 HG22 THR 814 HG23 THR 814 47.818 -17.056 -16.907
No H/Q in entry = 7
In of MODEL 32
1 H MET 815 H MET 815 43.443 -17.411 -15.649
2 HA MET 815 HA MET 815 42.448 -15.310 -17.468
3 HB2 MET 815 HB2 MET 815 40.907 -16.376 -15.110
4 HB3 MET 815 HB3 MET 815 40.325 -15.321 -16.384
5 HG2 MET 815 HG2 MET 815 40.799 -17.368 -17.934
6 HG3 MET 815 HG3 MET 815 40.887 -18.204 -16.397
7 HE2 MET 815 HE1 MET 815 37.439 -19.344 -17.764
8 HE1 MET 815 HE2 MET 815 39.091 -19.820 -17.333
9 HE3 MET 815 HE3 MET 815 38.799 -18.859 -18.778
No H/Q in entry = 9
In of MODEL 32
1 H SER 816 H SER 816 41.634 -13.431 -16.157
2 HA SER 816 HA SER 816 43.399 -12.993 -13.897
3 HB2 SER 816 HB2 SER 816 43.186 -11.176 -15.689
4 HB3 SER 816 HB3 SER 816 41.497 -11.017 -15.161
5 HG SER 816 HG SER 816 43.852 -10.356 -13.755
No H/Q in entry = 5
In of MODEL 32
1 H GLU 817 H GLU 817 42.477 -12.138 -12.062
2 HA GLU 817 HA GLU 817 40.756 -13.541 -10.578
3 HB2 GLU 817 HB2 GLU 817 42.402 -11.599 -10.289
4 HB3 GLU 817 HB3 GLU 817 40.987 -10.613 -10.422
5 HG2 GLU 817 HG2 GLU 817 39.940 -11.759 -8.553
6 HG3 GLU 817 HG3 GLU 817 41.410 -12.716 -8.344
No H/Q in entry = 6
In of MODEL 32
1 H CYS 818 H CYS 818 40.081 -10.465 -12.131
2 HA CYS 818 HA CYS 818 37.427 -10.070 -11.417
3 HB2 CYS 818 HB2 CYS 818 38.711 -9.176 -13.974
4 HB3 CYS 818 HB3 CYS 818 37.476 -8.342 -13.028
No H/Q in entry = 4
In of MODEL 32
1 H GLU 819 H GLU 819 38.892 -11.465 -14.291
2 HA GLU 819 HA GLU 819 36.568 -11.942 -15.755
3 HB2 GLU 819 HB2 GLU 819 38.765 -11.790 -16.780
4 HB3 GLU 819 HB3 GLU 819 39.311 -13.189 -15.880
5 HG2 GLU 819 HG2 GLU 819 37.802 -14.611 -17.118
6 HG3 GLU 819 HG3 GLU 819 37.144 -13.200 -17.950
No H/Q in entry = 6
In of MODEL 32
1 H ALA 820 H ALA 820 38.686 -14.316 -14.128
2 HA ALA 820 HA ALA 820 37.150 -16.540 -14.460
3 HB3 ALA 820 HB1 ALA 820 38.900 -15.889 -12.111
4 HB1 ALA 820 HB2 ALA 820 39.407 -16.614 -13.644
5 HB2 ALA 820 HB3 ALA 820 38.340 -17.499 -12.553
No H/Q in entry = 5
In of MODEL 32
1 H GLY 821 H GLY 821 37.022 -14.201 -11.786
2 HA3 GLY 821 HA2 GLY 821 35.161 -15.542 -10.164
3 HA2 GLY 821 HA3 GLY 821 35.483 -13.812 -10.142
No H/Q in entry = 3
In of MODEL 32
1 H ALA 822 H ALA 822 34.736 -13.111 -12.710
2 HA ALA 822 HA ALA 822 31.961 -12.902 -12.366
3 HB2 ALA 822 HB1 ALA 822 33.570 -12.221 -14.816
4 HB1 ALA 822 HB2 ALA 822 33.342 -11.180 -13.409
5 HB3 ALA 822 HB3 ALA 822 31.947 -11.645 -14.392
No H/Q in entry = 5
In of MODEL 32
1 H LEU 823 H LEU 823 33.960 -14.942 -14.481
2 HA LEU 823 HA LEU 823 31.811 -16.026 -15.933
3 HB2 LEU 823 HB2 LEU 823 34.511 -17.221 -15.318
4 HB3 LEU 823 HB3 LEU 823 33.280 -18.181 -16.102
5 HG LEU 823 HG LEU 823 34.747 -17.422 -17.793
6 HD13 LEU 823 HD11 LEU 823 33.366 -16.186 -19.279
7 HD12 LEU 823 HD12 LEU 823 32.401 -15.598 -17.942
8 HD11 LEU 823 HD13 LEU 823 32.361 -17.318 -18.359
9 HD23 LEU 823 HD21 LEU 823 34.353 -14.622 -16.798
10 HD22 LEU 823 HD22 LEU 823 35.255 -15.090 -18.239
11 HD21 LEU 823 HD23 LEU 823 35.817 -15.585 -16.638
No H/Q in entry = 11
In of MODEL 32
1 H ARG 824 H ARG 824 33.106 -16.945 -12.811
2 HA ARG 824 HA ARG 824 31.477 -19.266 -12.427
3 HB2 ARG 824 HB2 ARG 824 32.373 -17.391 -10.227
4 HB3 ARG 824 HB3 ARG 824 31.949 -19.085 -10.066
5 HG2 ARG 824 HG2 ARG 824 33.976 -19.624 -11.446
6 HG3 ARG 824 HG3 ARG 824 34.407 -17.914 -11.347
7 HD2 ARG 824 HD2 ARG 824 34.088 -19.884 -9.111
8 HD3 ARG 824 HD3 ARG 824 35.588 -19.161 -9.679
9 HE ARG 824 HE ARG 824 33.901 -17.097 -8.875
10 HH11 ARG 824 HH11 ARG 824 35.632 -19.841 -7.450
11 HH12 ARG 824 HH12 ARG 824 35.692 -19.184 -5.887
12 HH21 ARG 824 HH21 ARG 824 34.001 -16.167 -6.632
13 HH22 ARG 824 HH22 ARG 824 34.763 -17.098 -5.434
No H/Q in entry = 13
In of MODEL 32
1 H CYS 825 H CYS 825 31.115 -15.928 -11.458
2 HA CYS 825 HA CYS 825 28.660 -16.109 -10.219
3 HB2 CYS 825 HB2 CYS 825 30.129 -13.885 -11.531
4 HB3 CYS 825 HB3 CYS 825 28.573 -13.583 -10.791
No H/Q in entry = 4
In of MODEL 32
1 H ARG 826 H ARG 826 29.313 -15.398 -13.673
2 HA ARG 826 HA ARG 826 26.557 -14.944 -14.219
3 HB2 ARG 826 HB2 ARG 826 27.168 -15.052 -16.603
4 HB3 ARG 826 HB3 ARG 826 28.173 -13.921 -15.684
5 HG2 ARG 826 HG2 ARG 826 29.951 -15.488 -15.699
6 HG3 ARG 826 HG3 ARG 826 28.944 -16.704 -16.494
7 HD2 ARG 826 HD2 ARG 826 29.652 -14.009 -17.642
8 HD3 ARG 826 HD3 ARG 826 30.449 -15.522 -18.056
9 HE ARG 826 HE ARG 826 27.856 -16.052 -18.545
10 HH11 ARG 826 HH11 ARG 826 29.813 -13.275 -19.519
11 HH12 ARG 826 HH12 ARG 826 29.224 -13.228 -21.109
12 HH21 ARG 826 HH21 ARG 826 27.009 -15.968 -20.744
13 HH22 ARG 826 HH22 ARG 826 27.613 -14.771 -21.811
No H/Q in entry = 13
In of MODEL 32
1 H GLY 827 H GLY 827 28.346 -17.819 -13.900
2 HA3 GLY 827 HA2 GLY 827 27.088 -19.842 -13.655
3 HA2 GLY 827 HA3 GLY 827 25.967 -19.245 -14.864
No H/Q in entry = 3
In of MODEL 32
1 H GLN 828 H GLN 828 29.101 -18.592 -15.815
2 HA GLN 828 HA GLN 828 29.094 -20.519 -17.904
3 HB2 GLN 828 HB2 GLN 828 30.421 -18.481 -18.153
4 HB3 GLN 828 HB3 GLN 828 31.371 -18.885 -16.733
5 HG2 GLN 828 HG2 GLN 828 32.732 -19.340 -18.663
6 HG3 GLN 828 HG3 GLN 828 32.247 -20.869 -17.954
7 HE21 GLN 828 HE21 GLN 828 30.217 -18.854 -20.020
8 HE22 GLN 828 HE22 GLN 828 30.146 -19.985 -21.310
No H/Q in entry = 8
In of MODEL 32
1 H SER 829 H SER 829 30.327 -22.453 -18.056
2 HA SER 829 HA SER 829 30.617 -23.726 -15.457
3 HB2 SER 829 HB2 SER 829 30.827 -24.941 -18.213
4 HB3 SER 829 HB3 SER 829 30.575 -25.808 -16.692
5 HG SER 829 HG SER 829 28.821 -23.779 -17.448
No H/Q in entry = 5
In of MODEL 32
1 H ILE 830 H ILE 830 32.514 -23.400 -14.506
2 HA ILE 830 HA ILE 830 34.956 -24.086 -15.916
3 HB ILE 830 HB ILE 830 36.203 -22.170 -15.179
4 HG12 ILE 830 HG12 ILE 830 35.044 -21.631 -13.048
5 HG13 ILE 830 HG13 ILE 830 35.296 -20.215 -14.040
6 HG22 ILE 830 HG21 ILE 830 35.227 -20.318 -16.461
7 HG21 ILE 830 HG22 ILE 830 33.736 -21.268 -16.576
8 HG23 ILE 830 HG23 ILE 830 35.221 -21.875 -17.303
9 HD11 ILE 830 HD11 ILE 830 32.961 -20.324 -14.780
10 HD13 ILE 830 HD12 ILE 830 33.128 -20.109 -13.047
11 HD12 ILE 830 HD13 ILE 830 32.709 -21.694 -13.700
No H/Q in entry = 11
In of MODEL 32
1 H SER 831 H SER 831 36.693 -24.426 -14.462
2 HA SER 831 HA SER 831 35.956 -24.846 -11.672
3 HB2 SER 831 HB2 SER 831 37.314 -26.690 -13.586
4 HB3 SER 831 HB3 SER 831 37.471 -26.828 -11.837
5 HG SER 831 HG SER 831 35.128 -27.044 -13.465
No H/Q in entry = 5
In of MODEL 32
1 H VAL 832 H VAL 832 37.242 -23.380 -10.627
2 HA VAL 832 HA VAL 832 39.754 -22.521 -11.659
3 HB VAL 832 HB VAL 832 38.627 -22.260 -8.856
4 HG11 VAL 832 HG11 VAL 832 41.072 -21.947 -8.878
5 HG13 VAL 832 HG12 VAL 832 40.255 -20.415 -8.566
6 HG12 VAL 832 HG13 VAL 832 40.911 -20.754 -10.168
7 HG22 VAL 832 HG21 VAL 832 38.028 -19.967 -9.526
8 HG21 VAL 832 HG22 VAL 832 37.216 -21.182 -10.515
9 HG23 VAL 832 HG23 VAL 832 38.602 -20.307 -11.156
No H/Q in entry = 9
In of MODEL 32
1 H THR 833 H THR 833 41.504 -23.735 -11.782
2 HA THR 833 HA THR 833 41.671 -26.112 -10.171
3 HB THR 833 HB THR 833 43.567 -26.603 -11.765
4 HG1 THR 833 HG1 THR 833 43.954 -25.195 -13.352
5 HG23 THR 833 HG21 THR 833 41.315 -27.505 -12.120
6 HG22 THR 833 HG22 THR 833 42.037 -27.045 -13.666
7 HG21 THR 833 HG23 THR 833 40.833 -26.008 -12.912
No H/Q in entry = 7
In of MODEL 32
1 H SER 834 H SER 834 43.376 -23.073 -10.616
2 HA SER 834 HA SER 834 44.911 -23.558 -8.203
3 HB2 SER 834 HB2 SER 834 46.228 -23.063 -10.887
4 HB3 SER 834 HB3 SER 834 47.040 -22.982 -9.331
5 HG SER 834 HG SER 834 45.631 -25.310 -9.939
No H/Q in entry = 5
In of MODEL 32
1 H ILE 835 H ILE 835 45.750 -21.544 -7.321
2 HA ILE 835 HA ILE 835 44.451 -19.283 -8.585
3 HB ILE 835 HB ILE 835 44.433 -18.077 -6.669
4 HG12 ILE 835 HG12 ILE 835 46.849 -18.087 -6.091
5 HG13 ILE 835 HG13 ILE 835 45.833 -18.265 -4.673
6 HG23 ILE 835 HG21 ILE 835 43.011 -19.879 -6.330
7 HG22 ILE 835 HG22 ILE 835 43.827 -19.562 -4.777
8 HG21 ILE 835 HG23 ILE 835 44.338 -20.905 -5.789
9 HD12 ILE 835 HD11 ILE 835 47.398 -20.360 -6.082
10 HD11 ILE 835 HD12 ILE 835 46.318 -20.613 -4.682
11 HD13 ILE 835 HD13 ILE 835 47.746 -19.565 -4.532
No H/Q in entry = 11
In of MODEL 32
1 H ARG 836 H ARG 836 47.097 -20.781 -8.948
2 HA ARG 836 HA ARG 836 48.681 -18.423 -9.586
3 HB2 ARG 836 HB2 ARG 836 50.559 -19.909 -9.861
4 HB3 ARG 836 HB3 ARG 836 49.831 -20.165 -8.288
5 HG2 ARG 836 HG2 ARG 836 48.736 -22.135 -9.106
6 HG3 ARG 836 HG3 ARG 836 49.470 -21.897 -10.703
7 HD2 ARG 836 HD2 ARG 836 51.628 -21.910 -9.643
8 HD3 ARG 836 HD3 ARG 836 50.829 -22.244 -8.100
9 HE ARG 836 HE ARG 836 50.576 -24.038 -10.427
10 HH11 ARG 836 HH11 ARG 836 51.298 -23.650 -6.986
11 HH12 ARG 836 HH12 ARG 836 51.489 -25.302 -6.678
12 HH21 ARG 836 HH21 ARG 836 50.851 -26.293 -10.050
13 HH22 ARG 836 HH22 ARG 836 51.223 -26.875 -8.497
No H/Q in entry = 13
In of MODEL 32
1 HA PRO 837 HA PRO 837 47.350 -19.044 -13.754
2 HB2 PRO 837 HB2 PRO 837 49.455 -18.074 -15.150
3 HB3 PRO 837 HB3 PRO 837 48.351 -17.031 -14.245
4 HG2 PRO 837 HG2 PRO 837 51.049 -18.064 -13.459
5 HG3 PRO 837 HG3 PRO 837 50.380 -16.431 -13.291
6 HD2 PRO 837 HD2 PRO 837 50.457 -18.160 -11.233
7 HD3 PRO 837 HD3 PRO 837 49.147 -16.979 -11.437
No H/Q in entry = 7
In of MODEL 32
1 H CYS 838 H CYS 838 47.878 -20.175 -15.784
2 HA CYS 838 HA CYS 838 49.950 -22.066 -15.357
3 HB2 CYS 838 HB2 CYS 838 47.218 -22.607 -16.347
4 HB3 CYS 838 HB3 CYS 838 48.513 -23.615 -16.975
No H/Q in entry = 4
In of MODEL 32
1 H ALA 839 H ALA 839 50.262 -23.267 -17.826
2 HA ALA 839 HA ALA 839 51.697 -21.294 -19.242
3 HB3 ALA 839 HB1 ALA 839 52.295 -23.090 -20.740
4 HB2 ALA 839 HB2 ALA 839 50.993 -24.087 -20.087
5 HB1 ALA 839 HB3 ALA 839 52.357 -23.641 -19.062
No H/Q in entry = 5
In of MODEL 32
1 H ALA 840 H ALA 840 48.512 -21.550 -19.248
2 HA ALA 840 HA ALA 840 47.969 -21.406 -22.067
3 HB1 ALA 840 HB1 ALA 840 46.152 -20.984 -19.704
4 HB2 ALA 840 HB2 ALA 840 46.402 -22.508 -20.559
5 HB3 ALA 840 HB3 ALA 840 45.645 -21.145 -21.386
No H/Q in entry = 5
In of MODEL 32
1 H GLU 841 H GLU 841 49.450 -19.324 -20.226
2 HA GLU 841 HA GLU 841 48.018 -16.969 -21.230
3 HB2 GLU 841 HB2 GLU 841 49.412 -15.662 -19.682
4 HB3 GLU 841 HB3 GLU 841 48.487 -16.898 -18.843
5 HG2 GLU 841 HG2 GLU 841 50.372 -18.234 -18.487
6 HG3 GLU 841 HG3 GLU 841 51.317 -17.365 -19.693
No H/Q in entry = 6
In of MODEL 32
1 H THR 842 H THR 842 50.496 -19.014 -21.982
2 HA THR 842 HA THR 842 52.017 -16.927 -23.335
3 HB THR 842 HB THR 842 53.926 -18.660 -23.183
4 HG1 THR 842 HG1 THR 842 52.606 -20.338 -22.381
5 HG22 THR 842 HG21 THR 842 52.993 -17.240 -20.670
6 HG21 THR 842 HG22 THR 842 53.902 -16.502 -21.977
7 HG23 THR 842 HG23 THR 842 54.638 -17.774 -21.006
No H/Q in entry = 7
In of MODEL 32
1 H GLN 843 H GLN 843 50.896 -17.083 -25.246
2 HA GLN 843 HA GLN 843 51.896 -19.144 -26.887
3 HB2 GLN 843 HB2 GLN 843 49.663 -19.602 -28.008
4 HB3 GLN 843 HB3 GLN 843 49.866 -20.314 -26.425
5 HG2 GLN 843 HG2 GLN 843 48.404 -17.719 -26.786
6 HG3 GLN 843 HG3 GLN 843 47.603 -19.261 -27.064
7 HE21 GLN 843 HE21 GLN 843 47.035 -17.230 -25.105
8 HE22 GLN 843 HE22 GLN 843 47.134 -18.006 -23.561
No H/Q in entry = 8
In of MODEL 33
1 H1 GLY 689 H1 GLY 689 50.491 -5.647 -20.598
2 H2 GLY 689 H3 GLY 689 51.159 -4.993 -19.194
3 H3 GLY 689 H2 GLY 689 50.625 -6.590 -19.206
4 HA2 GLY 689 HA2 GLY 689 49.032 -5.169 -18.076
5 HA3 GLY 689 HA3 GLY 689 48.358 -5.879 -19.536
No H/Q in entry = 5
In of MODEL 33
1 H SER 690 H SER 690 50.532 -3.085 -19.045
2 HA SER 690 HA SER 690 48.541 -1.259 -19.914
3 HB2 SER 690 HB2 SER 690 51.503 -0.902 -19.412
4 HB3 SER 690 HB3 SER 690 50.343 0.407 -19.673
5 HG SER 690 HG SER 690 49.343 -0.078 -17.827
No H/Q in entry = 5
In of MODEL 33
1 H HIS 691 H HIS 691 47.955 -1.766 -21.952
2 HA HIS 691 HA HIS 691 49.998 -1.349 -24.032
3 HB2 HIS 691 HB2 HIS 691 48.910 -3.657 -23.960
4 HB3 HIS 691 HB3 HIS 691 47.395 -2.871 -24.369
5 HD1 HIS 691 HD1 HIS 691 46.976 -2.457 -26.862
6 HD2 HIS 691 HD2 HIS 691 50.901 -3.489 -26.016
7 HE1 HIS 691 HE1 HIS 691 48.068 -2.798 -29.071
8 HE2 HIS 691 HE2 HIS 691 50.481 -3.220 -28.535
No H/Q in entry = 8
In of MODEL 33
1 H MET 692 H MET 692 46.456 -1.132 -23.546
2 HA MET 692 HA MET 692 46.488 1.322 -25.098
3 HB2 MET 692 HB2 MET 692 44.017 1.257 -25.047
4 HB3 MET 692 HB3 MET 692 44.705 -0.194 -25.736
5 HG2 MET 692 HG2 MET 692 44.275 -1.366 -23.627
6 HG3 MET 692 HG3 MET 692 43.560 0.111 -22.972
7 HE1 MET 692 HE1 MET 692 42.100 -2.753 -23.090
8 HE3 MET 692 HE2 MET 692 40.477 -2.268 -23.579
9 HE2 MET 692 HE3 MET 692 41.361 -1.315 -22.388
No H/Q in entry = 9
In of MODEL 33
1 H ASN 693 H ASN 693 46.921 0.568 -21.973
2 HA ASN 693 HA ASN 693 45.916 3.201 -21.172
3 HB2 ASN 693 HB2 ASN 693 45.906 2.468 -18.818
4 HB3 ASN 693 HB3 ASN 693 44.899 1.411 -19.784
5 HD21 ASN 693 HD21 ASN 693 45.426 -0.734 -19.908
6 HD22 ASN 693 HD22 ASN 693 46.658 -1.469 -18.978
No H/Q in entry = 6
In of MODEL 33
1 HA PRO 694 HA PRO 694 50.159 4.413 -20.710
2 HB2 PRO 694 HB2 PRO 694 49.839 6.535 -19.063
3 HB3 PRO 694 HB3 PRO 694 49.381 6.605 -20.767
4 HG2 PRO 694 HG2 PRO 694 47.669 6.168 -18.358
5 HG3 PRO 694 HG3 PRO 694 47.350 7.175 -19.779
6 HD2 PRO 694 HD2 PRO 694 46.263 4.707 -19.454
7 HD3 PRO 694 HD3 PRO 694 46.659 5.386 -21.046
No H/Q in entry = 7
In of MODEL 33
1 H LEU 695 H LEU 695 51.771 4.834 -18.879
2 HA LEU 695 HA LEU 695 50.962 3.649 -16.400
3 HB2 LEU 695 HB2 LEU 695 52.831 2.020 -16.386
4 HB3 LEU 695 HB3 LEU 695 51.608 1.665 -17.577
5 HG LEU 695 HG LEU 695 54.323 2.878 -18.208
6 HD11 LEU 695 HD11 LEU 695 53.332 0.044 -18.464
7 HD13 LEU 695 HD12 LEU 695 54.540 0.634 -17.320
8 HD12 LEU 695 HD13 LEU 695 54.881 0.648 -19.050
9 HD21 LEU 695 HD21 LEU 695 52.593 3.363 -19.920
10 HD23 LEU 695 HD22 LEU 695 52.253 1.637 -20.045
11 HD22 LEU 695 HD23 LEU 695 53.831 2.262 -20.523
No H/Q in entry = 11
In of MODEL 33
1 H THR 696 H THR 696 52.046 4.337 -14.665
2 HA THR 696 HA THR 696 53.320 6.778 -14.646
3 HB THR 696 HB THR 696 53.647 4.600 -12.587
4 HG1 THR 696 HG1 THR 696 51.605 5.244 -11.842
5 HG21 THR 696 HG21 THR 696 54.854 6.737 -12.184
6 HG23 THR 696 HG22 THR 696 53.568 6.474 -11.010
7 HG22 THR 696 HG23 THR 696 53.327 7.605 -12.338
No H/Q in entry = 7
In of MODEL 33
1 H GLN 697 H GLN 697 54.717 3.539 -14.453
2 HA GLN 697 HA GLN 697 57.388 4.628 -14.932
3 HB2 GLN 697 HB2 GLN 697 58.220 2.879 -13.525
4 HB3 GLN 697 HB3 GLN 697 57.276 4.072 -12.648
5 HG2 GLN 697 HG2 GLN 697 55.391 2.498 -12.591
6 HG3 GLN 697 HG3 GLN 697 56.379 1.305 -13.447
7 HE21 GLN 697 HE21 GLN 697 58.793 2.180 -12.154
8 HE22 GLN 697 HE22 GLN 697 58.749 1.614 -10.559
No H/Q in entry = 8
In of MODEL 33
1 H ALA 698 H ALA 698 58.817 2.825 -15.742
2 HA ALA 698 HA ALA 698 57.590 1.588 -17.972
3 HB1 ALA 698 HB1 ALA 698 59.799 0.549 -18.321
4 HB3 ALA 698 HB2 ALA 698 60.310 1.121 -16.732
5 HB2 ALA 698 HB3 ALA 698 59.932 2.275 -18.003
No H/Q in entry = 5
In of MODEL 33
1 H VAL 699 H VAL 699 57.391 -0.665 -18.371
2 HA VAL 699 HA VAL 699 55.958 -2.084 -16.493
3 HB VAL 699 HB VAL 699 57.488 -3.231 -18.850
4 HG12 VAL 699 HG11 VAL 699 55.866 -5.088 -18.763
5 HG11 VAL 699 HG12 VAL 699 55.180 -4.404 -17.290
6 HG13 VAL 699 HG13 VAL 699 56.840 -4.995 -17.293
7 HG23 VAL 699 HG21 VAL 699 54.625 -2.295 -18.631
8 HG22 VAL 699 HG22 VAL 699 55.344 -3.066 -20.041
9 HG21 VAL 699 HG23 VAL 699 55.915 -1.481 -19.513
No H/Q in entry = 9
In of MODEL 33
1 HA PRO 700 HA PRO 700 59.396 -3.620 -14.011
2 HB2 PRO 700 HB2 PRO 700 57.418 -4.508 -12.112
3 HB3 PRO 700 HB3 PRO 700 58.581 -3.200 -11.940
4 HG2 PRO 700 HG2 PRO 700 55.876 -2.807 -12.127
5 HG3 PRO 700 HG3 PRO 700 57.088 -1.605 -12.600
6 HD2 PRO 700 HD2 PRO 700 55.498 -3.470 -14.311
7 HD3 PRO 700 HD3 PRO 700 55.980 -1.777 -14.589
No H/Q in entry = 7
In of MODEL 33
1 H LYS 701 H LYS 701 60.206 -5.633 -14.168
2 HA LYS 701 HA LYS 701 58.359 -7.704 -14.945
3 HB2 LYS 701 HB2 LYS 701 60.480 -9.122 -15.377
4 HB3 LYS 701 HB3 LYS 701 60.103 -7.818 -16.472
5 HG2 LYS 701 HG2 LYS 701 62.436 -7.844 -16.125
6 HG3 LYS 701 HG3 LYS 701 61.806 -6.432 -15.290
7 HD2 LYS 701 HD2 LYS 701 61.999 -7.567 -13.159
8 HD3 LYS 701 HD3 LYS 701 62.480 -9.061 -13.962
9 HE2 LYS 701 HE2 LYS 701 64.421 -7.904 -13.047
10 HE3 LYS 701 HE3 LYS 701 64.496 -7.977 -14.803
11 HZ1 LYS 701 HZ1 LYS 701 63.687 -5.672 -14.866
12 HZ3 LYS 701 HZ2 LYS 701 65.126 -5.795 -14.015
13 HZ2 LYS 701 HZ3 LYS 701 63.678 -5.623 -13.187
No H/Q in entry = 13
In of MODEL 33
1 H CYS 702 H CYS 702 57.843 -7.067 -12.596
2 HA CYS 702 HA CYS 702 58.875 -9.135 -10.741
3 HB2 CYS 702 HB2 CYS 702 57.054 -6.801 -10.060
4 HB3 CYS 702 HB3 CYS 702 58.045 -7.771 -8.990
No H/Q in entry = 4
In of MODEL 33
1 H GLN 703 H GLN 703 57.049 -10.094 -9.394
2 HA GLN 703 HA GLN 703 54.921 -10.739 -11.229
3 HB2 GLN 703 HB2 GLN 703 56.060 -11.976 -8.828
4 HB3 GLN 703 HB3 GLN 703 54.344 -12.244 -9.138
5 HG2 GLN 703 HG2 GLN 703 56.551 -12.708 -11.104
6 HG3 GLN 703 HG3 GLN 703 55.753 -13.972 -10.149
7 HE21 GLN 703 HE21 GLN 703 55.817 -13.615 -13.045
8 HE22 GLN 703 HE22 GLN 703 54.180 -13.501 -13.565
No H/Q in entry = 8
In of MODEL 33
1 H ARG 704 H ARG 704 52.841 -11.212 -10.179
2 HA ARG 704 HA ARG 704 51.520 -8.768 -9.827
3 HB2 ARG 704 HB2 ARG 704 50.659 -11.595 -9.303
4 HB3 ARG 704 HB3 ARG 704 49.554 -10.222 -9.273
5 HG2 ARG 704 HG2 ARG 704 49.824 -9.814 -11.549
6 HG3 ARG 704 HG3 ARG 704 51.294 -10.796 -11.625
7 HD2 ARG 704 HD2 ARG 704 49.999 -12.800 -11.303
8 HD3 ARG 704 HD3 ARG 704 48.529 -11.858 -11.077
9 HE ARG 704 HE ARG 704 48.529 -11.319 -13.348
10 HH11 ARG 704 HH11 ARG 704 51.253 -13.520 -12.608
11 HH12 ARG 704 HH12 ARG 704 51.366 -14.084 -14.205
12 HH21 ARG 704 HH21 ARG 704 48.738 -12.118 -15.523
13 HH22 ARG 704 HH22 ARG 704 49.924 -13.281 -15.889
No H/Q in entry = 13
In of MODEL 33
1 H TRP 705 H TRP 705 52.887 -10.873 -7.489
2 HA TRP 705 HA TRP 705 51.567 -9.523 -5.245
3 HB2 TRP 705 HB2 TRP 705 52.699 -11.368 -3.930
4 HB3 TRP 705 HB3 TRP 705 51.448 -11.884 -5.048
5 HD1 TRP 705 HD1 TRP 705 55.144 -12.201 -4.335
6 HE1 TRP 705 HE1 TRP 705 56.139 -14.006 -5.869
7 HE3 TRP 705 HE3 TRP 705 51.172 -12.932 -7.454
8 HZ2 TRP 705 HZ2 TRP 705 55.359 -15.549 -8.080
9 HZ3 TRP 705 HZ3 TRP 705 51.389 -14.572 -9.266
10 HH2 TRP 705 HH2 TRP 705 53.436 -15.865 -9.562
No H/Q in entry = 10
In of MODEL 33
1 H GLU 706 H GLU 706 54.033 -8.790 -7.130
2 HA GLU 706 HA GLU 706 55.723 -7.802 -4.953
3 HB2 GLU 706 HB2 GLU 706 56.647 -8.770 -7.671
4 HB3 GLU 706 HB3 GLU 706 57.670 -8.107 -6.381
5 HG2 GLU 706 HG2 GLU 706 57.201 -10.034 -5.033
6 HG3 GLU 706 HG3 GLU 706 56.083 -10.653 -6.251
No H/Q in entry = 6
In of MODEL 33
1 H LYS 707 H LYS 707 56.747 -5.840 -5.423
2 HA LYS 707 HA LYS 707 55.623 -4.243 -7.629
3 HB2 LYS 707 HB2 LYS 707 56.193 -3.308 -4.807
4 HB3 LYS 707 HB3 LYS 707 55.592 -2.305 -6.114
5 HG2 LYS 707 HG2 LYS 707 54.140 -4.632 -4.875
6 HG3 LYS 707 HG3 LYS 707 53.858 -2.937 -4.494
7 HD2 LYS 707 HD2 LYS 707 53.514 -4.138 -7.249
8 HD3 LYS 707 HD3 LYS 707 52.196 -3.920 -6.101
9 HE2 LYS 707 HE2 LYS 707 52.570 -1.506 -6.131
10 HE3 LYS 707 HE3 LYS 707 53.916 -1.711 -7.247
11 HZ3 LYS 707 HZ1 LYS 707 52.359 -2.608 -8.888
12 HZ2 LYS 707 HZ2 LYS 707 51.838 -1.087 -8.402
13 HZ1 LYS 707 HZ3 LYS 707 51.095 -2.452 -7.814
No H/Q in entry = 13
In of MODEL 33
1 H LEU 708 H LEU 708 57.072 -2.367 -8.090
2 HA LEU 708 HA LEU 708 59.871 -3.145 -7.677
3 HB2 LEU 708 HB2 LEU 708 59.122 -3.184 -9.985
4 HB3 LEU 708 HB3 LEU 708 58.595 -1.515 -9.863
5 HG LEU 708 HG LEU 708 61.007 -0.915 -9.400
6 HD11 LEU 708 HD11 LEU 708 61.821 -3.102 -8.764
7 HD13 LEU 708 HD12 LEU 708 62.722 -2.468 -10.139
8 HD12 LEU 708 HD13 LEU 708 61.498 -3.711 -10.388
9 HD22 LEU 708 HD21 LEU 708 61.643 -0.986 -11.741
10 HD21 LEU 708 HD22 LEU 708 59.962 -0.492 -11.543
11 HD23 LEU 708 HD23 LEU 708 60.350 -2.134 -12.076
No H/Q in entry = 11
In of MODEL 33
1 H GLN 709 H GLN 709 60.821 -1.922 -6.192
2 HA GLN 709 HA GLN 709 60.687 0.961 -6.442
3 HB2 GLN 709 HB2 GLN 709 60.079 1.429 -4.207
4 HB3 GLN 709 HB3 GLN 709 58.946 0.171 -4.664
5 HG2 GLN 709 HG2 GLN 709 60.441 -1.486 -3.551
6 HG3 GLN 709 HG3 GLN 709 61.430 -0.129 -3.004
7 HE21 GLN 709 HE21 GLN 709 61.077 -0.465 -0.883
8 HE22 GLN 709 HE22 GLN 709 59.552 -0.251 -0.110
No H/Q in entry = 8
In of MODEL 33
1 H ASN 710 H ASN 710 62.626 1.870 -5.703
2 HA ASN 710 HA ASN 710 64.882 1.954 -5.132
3 HB2 ASN 710 HB2 ASN 710 63.807 0.953 -3.016
4 HB3 ASN 710 HB3 ASN 710 64.336 -0.610 -3.596
5 HD21 ASN 710 HD21 ASN 710 65.229 2.321 -2.142
6 HD22 ASN 710 HD22 ASN 710 66.868 1.929 -1.773
No H/Q in entry = 6
In of MODEL 33
1 H SER 711 H SER 711 63.784 0.454 -7.343
2 HA SER 711 HA SER 711 64.242 -0.795 -9.063
3 HB2 SER 711 HB2 SER 711 66.530 -0.890 -9.893
4 HB3 SER 711 HB3 SER 711 66.180 0.670 -9.147
5 HG SER 711 HG SER 711 67.170 -0.808 -7.236
No H/Q in entry = 5
In of MODEL 33
1 H ARG 712 H ARG 712 63.908 -2.105 -6.379
2 HA ARG 712 HA ARG 712 64.887 -4.748 -7.198
3 HB2 ARG 712 HB2 ARG 712 64.799 -5.441 -4.859
4 HB3 ARG 712 HB3 ARG 712 65.852 -4.044 -5.035
5 HG2 ARG 712 HG2 ARG 712 64.334 -2.618 -4.016
6 HG3 ARG 712 HG3 ARG 712 62.990 -3.729 -4.251
7 HD2 ARG 712 HD2 ARG 712 63.635 -3.691 -1.925
8 HD3 ARG 712 HD3 ARG 712 64.001 -5.262 -2.623
9 HE ARG 712 HE ARG 712 66.312 -3.859 -2.839
10 HH11 ARG 712 HH11 ARG 712 64.117 -4.624 -0.129
11 HH12 ARG 712 HH12 ARG 712 65.369 -4.710 1.015
12 HH21 ARG 712 HH21 ARG 712 68.020 -3.962 -1.191
13 HH22 ARG 712 HH22 ARG 712 67.595 -4.336 0.419
No H/Q in entry = 13
In of MODEL 33
1 H CYS 713 H CYS 713 63.395 -6.483 -6.345
2 HA CYS 713 HA CYS 713 60.641 -5.693 -6.903
3 HB2 CYS 713 HB2 CYS 713 61.845 -8.452 -6.637
4 HB3 CYS 713 HB3 CYS 713 60.283 -8.043 -7.338
No H/Q in entry = 4
In of MODEL 33
1 H VAL 714 H VAL 714 59.447 -5.335 -5.150
2 HA VAL 714 HA VAL 714 60.193 -6.712 -2.673
3 HB VAL 714 HB VAL 714 59.025 -4.905 -1.423
4 HG13 VAL 714 HG11 VAL 714 60.695 -3.156 -1.734
5 HG12 VAL 714 HG12 VAL 714 61.172 -3.892 -3.263
6 HG11 VAL 714 HG13 VAL 714 61.434 -4.760 -1.749
7 HG23 VAL 714 HG21 VAL 714 58.433 -2.811 -2.564
8 HG22 VAL 714 HG22 VAL 714 57.472 -4.174 -3.143
9 HG21 VAL 714 HG23 VAL 714 58.809 -3.560 -4.115
No H/Q in entry = 9
In of MODEL 33
1 H CYS 715 H CYS 715 58.524 -7.434 -1.318
2 HA CYS 715 HA CYS 715 56.276 -8.361 -2.901
3 HB2 CYS 715 HB2 CYS 715 57.075 -9.097 -0.073
4 HB3 CYS 715 HB3 CYS 715 55.929 -9.942 -1.097
No H/Q in entry = 4
In of MODEL 33
1 H LYS 716 H LYS 716 54.173 -7.967 -2.316
2 HA LYS 716 HA LYS 716 53.466 -5.598 -0.917
3 HB2 LYS 716 HB2 LYS 716 51.872 -8.023 -1.769
4 HB3 LYS 716 HB3 LYS 716 51.144 -6.547 -1.152
5 HG2 LYS 716 HG2 LYS 716 52.922 -6.584 -3.577
6 HG3 LYS 716 HG3 LYS 716 51.181 -6.856 -3.668
7 HD2 LYS 716 HD2 LYS 716 52.111 -4.468 -2.166
8 HD3 LYS 716 HD3 LYS 716 52.276 -4.428 -3.917
9 HE2 LYS 716 HE2 LYS 716 50.192 -3.455 -2.967
10 HE3 LYS 716 HE3 LYS 716 49.915 -4.674 -4.227
11 HZ1 LYS 716 HZ1 LYS 716 49.462 -6.221 -2.313
12 HZ3 LYS 716 HZ2 LYS 716 48.378 -4.970 -2.480
13 HZ2 LYS 716 HZ3 LYS 716 49.584 -4.868 -1.289
No H/Q in entry = 13
In of MODEL 33
1 H MET 717 H MET 717 51.632 -5.900 0.994
2 HA MET 717 HA MET 717 52.802 -7.902 2.818
3 HB2 MET 717 HB2 MET 717 51.376 -5.321 3.604
4 HB3 MET 717 HB3 MET 717 51.845 -6.567 4.717
5 HG2 MET 717 HG2 MET 717 53.973 -5.409 3.013
6 HG3 MET 717 HG3 MET 717 53.309 -4.407 4.295
7 HE2 MET 717 HE1 MET 717 55.638 -8.362 4.985
8 HE1 MET 717 HE2 MET 717 55.256 -7.693 3.392
9 HE3 MET 717 HE3 MET 717 53.992 -8.418 4.382
No H/Q in entry = 9
In of MODEL 33
1 HA PRO 718 HA PRO 718 49.174 -10.216 2.282
2 HB2 PRO 718 HB2 PRO 718 49.077 -11.656 4.604
3 HB3 PRO 718 HB3 PRO 718 50.172 -12.012 3.265
4 HG2 PRO 718 HG2 PRO 718 50.707 -10.540 5.808
5 HG3 PRO 718 HG3 PRO 718 51.726 -11.715 4.961
6 HD2 PRO 718 HD2 PRO 718 52.144 -9.052 4.828
7 HD3 PRO 718 HD3 PRO 718 52.515 -10.134 3.467
No H/Q in entry = 7
In of MODEL 33
1 H TYR 719 H TYR 719 49.360 -7.957 4.801
2 HA TYR 719 HA TYR 719 46.558 -8.353 5.495
3 HB2 TYR 719 HB2 TYR 719 47.013 -6.868 7.412
4 HB3 TYR 719 HB3 TYR 719 48.038 -8.293 7.409
5 HD1 TYR 719 HD1 TYR 719 47.921 -4.674 7.254
6 HD2 TYR 719 HD2 TYR 719 50.469 -8.055 6.854
7 HE1 TYR 719 HE1 TYR 719 49.880 -3.217 7.522
8 HE2 TYR 719 HE2 TYR 719 52.434 -6.605 7.127
9 HH TYR 719 HH TYR 719 52.235 -3.456 8.261
No H/Q in entry = 9
In of MODEL 33
1 H GLU 720 H GLU 720 48.534 -6.532 3.501
2 HA GLU 720 HA GLU 720 46.688 -4.292 3.567
3 HB2 GLU 720 HB2 GLU 720 48.516 -2.947 2.444
4 HB3 GLU 720 HB3 GLU 720 49.096 -3.834 3.871
5 HG2 GLU 720 HG2 GLU 720 50.769 -3.927 2.441
6 HG3 GLU 720 HG3 GLU 720 49.959 -5.487 2.267
No H/Q in entry = 6
In of MODEL 33
1 H CYS 721 H CYS 721 47.362 -7.078 2.022
2 HA CYS 721 HA CYS 721 46.233 -6.343 -0.528
3 HB2 CYS 721 HB2 CYS 721 47.108 -9.022 0.569
4 HB3 CYS 721 HB3 CYS 721 46.604 -8.716 -1.089
No H/Q in entry = 4
In of MODEL 33
1 H GLY 722 H GLY 722 44.222 -6.928 -1.169
2 HA3 GLY 722 HA2 GLY 722 42.496 -8.475 0.563
3 HA2 GLY 722 HA3 GLY 722 42.061 -6.782 0.347
No H/Q in entry = 3
In of MODEL 33
1 HA PRO 723 HA PRO 723 40.144 -7.300 -3.645
2 HB2 PRO 723 HB2 PRO 723 42.434 -5.759 -4.806
3 HB3 PRO 723 HB3 PRO 723 40.702 -5.531 -5.066
4 HG2 PRO 723 HG2 PRO 723 42.001 -3.903 -3.450
5 HG3 PRO 723 HG3 PRO 723 40.397 -4.506 -3.000
6 HD2 PRO 723 HD2 PRO 723 43.073 -5.311 -1.961
7 HD3 PRO 723 HD3 PRO 723 41.517 -5.195 -1.122
No H/Q in entry = 7
In of MODEL 33
1 H SER 724 H SER 724 40.491 -9.522 -3.866
2 HA SER 724 HA SER 724 41.795 -10.431 -6.106
3 HB2 SER 724 HB2 SER 724 43.223 -12.098 -4.758
4 HB3 SER 724 HB3 SER 724 43.866 -10.473 -4.963
5 HG SER 724 HG SER 724 42.626 -10.210 -2.817
No H/Q in entry = 5
In of MODEL 33
1 H LEU 725 H LEU 725 41.542 -12.923 -5.986
2 HA LEU 725 HA LEU 725 38.719 -13.297 -5.445
3 HB2 LEU 725 HB2 LEU 725 40.071 -13.963 -7.515
4 HB3 LEU 725 HB3 LEU 725 40.735 -15.201 -6.498
5 HG LEU 725 HG LEU 725 38.687 -16.308 -6.291
6 HD12 LEU 725 HD11 LEU 725 36.660 -15.551 -7.484
7 HD11 LEU 725 HD12 LEU 725 37.505 -14.083 -7.970
8 HD13 LEU 725 HD13 LEU 725 37.154 -14.380 -6.268
9 HD22 LEU 725 HD21 LEU 725 38.295 -16.953 -8.619
10 HD21 LEU 725 HD22 LEU 725 40.025 -16.769 -8.280
11 HD23 LEU 725 HD23 LEU 725 39.140 -15.495 -9.133
No H/Q in entry = 11
In of MODEL 33
1 H ASP 726 H ASP 726 37.884 -14.375 -3.780
2 HA ASP 726 HA ASP 726 39.738 -15.363 -1.822
3 HB2 ASP 726 HB2 ASP 726 36.743 -14.997 -1.677
4 HB3 ASP 726 HB3 ASP 726 37.601 -15.936 -0.466
No H/Q in entry = 4
In of MODEL 33
1 H VAL 727 H VAL 727 40.270 -17.211 -1.394
2 HA VAL 727 HA VAL 727 39.004 -19.509 -2.684
3 HB VAL 727 HB VAL 727 41.299 -20.373 -3.243
4 HG11 VAL 727 HG11 VAL 727 40.574 -17.771 -4.605
5 HG13 VAL 727 HG12 VAL 727 39.951 -19.368 -5.018
6 HG12 VAL 727 HG13 VAL 727 41.656 -18.996 -5.262
7 HG23 VAL 727 HG21 VAL 727 42.189 -17.551 -2.621
8 HG22 VAL 727 HG22 VAL 727 43.208 -18.824 -3.301
9 HG21 VAL 727 HG23 VAL 727 42.570 -18.980 -1.669
No H/Q in entry = 9
In of MODEL 33
1 H CYS 728 H CYS 728 40.222 -21.559 -1.650
2 HA CYS 728 HA CYS 728 40.730 -20.721 1.073
3 HB2 CYS 728 HB2 CYS 728 38.722 -22.191 0.779
4 HB3 CYS 728 HB3 CYS 728 39.799 -23.526 0.375
No H/Q in entry = 4
In of MODEL 33
1 H ALA 729 H ALA 729 42.385 -21.700 2.260
2 HA ALA 729 HA ALA 729 44.231 -23.259 0.716
3 HB3 ALA 729 HB1 ALA 729 44.926 -20.923 0.351
4 HB2 ALA 729 HB2 ALA 729 46.112 -21.826 1.298
5 HB1 ALA 729 HB3 ALA 729 45.007 -20.706 2.100
No H/Q in entry = 5
In of MODEL 33
1 H GLN 730 H GLN 730 45.727 -24.277 1.977
2 HA GLN 730 HA GLN 730 44.789 -24.681 4.714
3 HB2 GLN 730 HB2 GLN 730 44.785 -26.671 3.204
4 HB3 GLN 730 HB3 GLN 730 46.514 -26.457 3.013
5 HG2 GLN 730 HG2 GLN 730 46.928 -26.857 5.304
6 HG3 GLN 730 HG3 GLN 730 45.226 -26.918 5.691
7 HE21 GLN 730 HE21 GLN 730 47.233 -28.868 6.132
8 HE22 GLN 730 HE22 GLN 730 46.791 -30.305 5.299
No H/Q in entry = 8
In of MODEL 33
1 H ASP 731 H ASP 731 46.037 -24.096 6.262
2 HA ASP 731 HA ASP 731 48.613 -22.876 5.842
3 HB2 ASP 731 HB2 ASP 731 47.001 -22.214 7.677
4 HB3 ASP 731 HB3 ASP 731 47.292 -23.771 8.430
No H/Q in entry = 4
In of MODEL 33
1 H GLU 732 H GLU 732 50.477 -24.046 5.637
2 HA GLU 732 HA GLU 732 50.220 -26.855 6.006
3 HB2 GLU 732 HB2 GLU 732 52.491 -25.214 4.976
4 HB3 GLU 732 HB3 GLU 732 52.571 -26.975 5.114
5 HG2 GLU 732 HG2 GLU 732 50.467 -27.001 3.641
6 HG3 GLU 732 HG3 GLU 732 50.810 -25.281 3.400
No H/Q in entry = 6
In of MODEL 33
1 H ARG 733 H ARG 733 50.978 -24.568 8.310
2 HA ARG 733 HA ARG 733 52.670 -26.480 9.663
3 HB2 ARG 733 HB2 ARG 733 52.182 -23.552 10.010
4 HB3 ARG 733 HB3 ARG 733 52.970 -24.522 11.243
5 HG2 ARG 733 HG2 ARG 733 53.918 -24.214 8.398
6 HG3 ARG 733 HG3 ARG 733 54.567 -23.313 9.768
7 HD2 ARG 733 HD2 ARG 733 55.340 -25.355 10.801
8 HD3 ARG 733 HD3 ARG 733 54.589 -26.334 9.549
9 HE ARG 733 HE ARG 733 56.155 -25.010 8.035
10 HH11 ARG 733 HH11 ARG 733 56.942 -26.113 11.311
11 HH12 ARG 733 HH12 ARG 733 58.598 -26.290 11.015
12 HH21 ARG 733 HH21 ARG 733 58.477 -25.332 7.612
13 HH22 ARG 733 HH22 ARG 733 59.469 -25.870 8.874
No H/Q in entry = 13
In of MODEL 33
1 H SER 734 H SER 734 49.784 -24.509 10.067
2 HA SER 734 HA SER 734 49.138 -25.905 12.510
3 HB2 SER 734 HB2 SER 734 47.554 -23.910 10.891
4 HB3 SER 734 HB3 SER 734 47.097 -24.502 12.490
5 HG SER 734 HG SER 734 49.467 -23.063 11.824
No H/Q in entry = 5
In of MODEL 33
1 H LYS 735 H LYS 735 48.484 -26.247 9.150
2 HA LYS 735 HA LYS 735 47.457 -27.712 7.884
3 HB2 LYS 735 HB2 LYS 735 47.152 -29.379 10.384
4 HB3 LYS 735 HB3 LYS 735 46.774 -29.935 8.761
5 HG2 LYS 735 HG2 LYS 735 49.473 -29.168 9.835
6 HG3 LYS 735 HG3 LYS 735 48.914 -30.773 9.347
7 HD2 LYS 735 HD2 LYS 735 48.571 -29.810 7.037
8 HD3 LYS 735 HD3 LYS 735 49.445 -28.388 7.600
9 HE2 LYS 735 HE2 LYS 735 50.987 -29.829 6.480
10 HE3 LYS 735 HE3 LYS 735 51.335 -29.847 8.212
11 HZ3 LYS 735 HZ1 LYS 735 51.388 -32.066 7.269
12 HZ2 LYS 735 HZ2 LYS 735 49.795 -31.893 6.736
13 HZ1 LYS 735 HZ3 LYS 735 50.129 -31.934 8.386
No H/Q in entry = 13
In of MODEL 33
1 H ARG 736 H ARG 736 45.980 -25.678 9.383
2 HA ARG 736 HA ARG 736 43.288 -26.801 9.264
3 HB2 ARG 736 HB2 ARG 736 42.490 -24.738 10.214
4 HB3 ARG 736 HB3 ARG 736 43.807 -25.375 11.189
5 HG2 ARG 736 HG2 ARG 736 45.330 -23.777 10.220
6 HG3 ARG 736 HG3 ARG 736 44.053 -23.176 9.162
7 HD2 ARG 736 HD2 ARG 736 44.385 -21.763 11.031
8 HD3 ARG 736 HD3 ARG 736 42.768 -22.468 11.105
9 HE ARG 736 HE ARG 736 44.275 -24.143 12.620
10 HH11 ARG 736 HH11 ARG 736 43.799 -20.635 12.748
11 HH12 ARG 736 HH12 ARG 736 44.030 -20.518 14.421
12 HH21 ARG 736 HH21 ARG 736 44.622 -23.997 14.881
13 HH22 ARG 736 HH22 ARG 736 44.549 -22.486 15.677
No H/Q in entry = 13
In of MODEL 33
1 H ILE 737 H ILE 737 41.703 -25.972 7.984
2 HA ILE 737 HA ILE 737 42.671 -24.965 5.451
3 HB ILE 737 HB ILE 737 39.928 -25.931 6.341
4 HG12 ILE 737 HG12 ILE 737 41.679 -27.714 6.396
5 HG13 ILE 737 HG13 ILE 737 40.395 -28.018 5.231
6 HG23 ILE 737 HG21 ILE 737 39.852 -24.439 4.457
7 HG22 ILE 737 HG22 ILE 737 39.457 -26.078 3.946
8 HG21 ILE 737 HG23 ILE 737 41.051 -25.394 3.608
9 HD11 ILE 737 HD11 ILE 737 41.852 -27.158 3.463
10 HD13 ILE 737 HD12 ILE 737 42.510 -28.594 4.269
11 HD12 ILE 737 HD13 ILE 737 43.153 -26.989 4.650
No H/Q in entry = 11
In of MODEL 33
1 H LEU 738 H LEU 738 42.577 -22.757 5.166
2 HA LEU 738 HA LEU 738 40.437 -21.392 6.532
3 HB2 LEU 738 HB2 LEU 738 41.789 -19.537 7.262
4 HB3 LEU 738 HB3 LEU 738 42.387 -21.025 7.961
5 HG LEU 738 HG LEU 738 43.683 -19.593 5.631
6 HD12 LEU 738 HD11 LEU 738 44.414 -19.615 8.555
7 HD11 LEU 738 HD12 LEU 738 43.752 -18.235 7.675
8 HD13 LEU 738 HD13 LEU 738 45.349 -18.865 7.263
9 HD23 LEU 738 HD21 LEU 738 45.570 -21.051 6.162
10 HD22 LEU 738 HD22 LEU 738 44.085 -21.938 5.750
11 HD21 LEU 738 HD23 LEU 738 44.580 -21.794 7.439
No H/Q in entry = 11
In of MODEL 33
1 HA PRO 739 HA PRO 739 39.744 -19.468 2.712
2 HB2 PRO 739 HB2 PRO 739 38.319 -17.350 3.586
3 HB3 PRO 739 HB3 PRO 739 37.672 -19.006 3.620
4 HG2 PRO 739 HG2 PRO 739 38.916 -17.423 5.841
5 HG3 PRO 739 HG3 PRO 739 37.428 -18.396 5.860
6 HD2 PRO 739 HD2 PRO 739 39.820 -19.395 6.772
7 HD3 PRO 739 HD3 PRO 739 38.588 -20.395 5.957
No H/Q in entry = 7
In of MODEL 33
1 H LEU 740 H LEU 740 41.312 -18.490 1.672
2 HA LEU 740 HA LEU 740 42.398 -15.999 2.750
3 HB2 LEU 740 HB2 LEU 740 43.848 -18.212 1.329
4 HB3 LEU 740 HB3 LEU 740 44.467 -16.574 1.385
5 HG LEU 740 HG LEU 740 43.982 -18.366 3.766
6 HD11 LEU 740 HD11 LEU 740 45.920 -18.961 2.386
7 HD13 LEU 740 HD12 LEU 740 46.388 -18.344 3.969
8 HD12 LEU 740 HD13 LEU 740 46.521 -17.310 2.544
9 HD23 LEU 740 HD21 LEU 740 45.107 -16.550 5.033
10 HD22 LEU 740 HD22 LEU 740 43.549 -16.065 4.388
11 HD21 LEU 740 HD23 LEU 740 45.028 -15.532 3.592
No H/Q in entry = 11
In of MODEL 33
1 H THR 741 H THR 741 43.636 -15.040 0.686
2 HA THR 741 HA THR 741 41.687 -15.135 -1.468
3 HB THR 741 HB THR 741 43.033 -12.567 -0.658
4 HG1 THR 741 HG1 THR 741 40.585 -13.522 0.490
5 HG21 THR 741 HG21 THR 741 41.603 -12.699 -2.659
6 HG23 THR 741 HG22 THR 741 40.967 -11.597 -1.444
7 HG22 THR 741 HG23 THR 741 40.257 -13.202 -1.636
No H/Q in entry = 7
In of MODEL 33
1 H VAL 742 H VAL 742 42.698 -14.798 -3.533
2 HA VAL 742 HA VAL 742 45.020 -16.116 -4.036
3 HB VAL 742 HB VAL 742 43.936 -13.820 -5.604
4 HG12 VAL 742 HG11 VAL 742 44.907 -14.773 -7.544
5 HG11 VAL 742 HG12 VAL 742 45.823 -15.919 -6.530
6 HG13 VAL 742 HG13 VAL 742 46.064 -14.164 -6.377
7 HG22 VAL 742 HG21 VAL 742 42.280 -15.405 -5.276
8 HG21 VAL 742 HG22 VAL 742 43.359 -16.727 -5.775
9 HG23 VAL 742 HG23 VAL 742 42.842 -15.489 -6.949
No H/Q in entry = 9
In of MODEL 33
1 H CYS 743 H CYS 743 44.842 -12.552 -3.900
2 HA CYS 743 HA CYS 743 47.579 -12.219 -4.350
3 HB2 CYS 743 HB2 CYS 743 45.956 -10.412 -4.744
4 HB3 CYS 743 HB3 CYS 743 45.664 -10.292 -3.009
No H/Q in entry = 4
In of MODEL 33
1 H LYS 744 H LYS 744 45.667 -12.327 -1.360
2 HA LYS 744 HA LYS 744 47.694 -11.693 0.466
3 HB2 LYS 744 HB2 LYS 744 45.361 -13.563 0.843
4 HB3 LYS 744 HB3 LYS 744 46.362 -12.925 2.133
5 HG2 LYS 744 HG2 LYS 744 45.582 -10.681 1.646
6 HG3 LYS 744 HG3 LYS 744 44.607 -11.302 0.305
7 HD2 LYS 744 HD2 LYS 744 43.396 -12.745 1.902
8 HD3 LYS 744 HD3 LYS 744 44.322 -12.031 3.220
9 HE2 LYS 744 HE2 LYS 744 43.372 -9.868 2.775
10 HE3 LYS 744 HE3 LYS 744 42.570 -10.492 1.329
11 HZ1 LYS 744 HZ1 LYS 744 42.011 -11.390 4.103
12 HZ3 LYS 744 HZ2 LYS 744 41.214 -11.898 2.706
13 HZ2 LYS 744 HZ3 LYS 744 41.085 -10.298 3.220
No H/Q in entry = 13
In of MODEL 33
1 H MET 745 H MET 745 46.568 -14.850 -0.699
2 HA MET 745 HA MET 745 48.395 -16.323 0.914
3 HB2 MET 745 HB2 MET 745 47.401 -18.236 0.081
4 HB3 MET 745 HB3 MET 745 46.136 -17.079 -0.213
5 HG2 MET 745 HG2 MET 745 46.139 -18.287 -2.166
6 HG3 MET 745 HG3 MET 745 47.150 -16.913 -2.579
7 HE3 MET 745 HE1 MET 745 48.228 -20.022 -0.287
8 HE2 MET 745 HE2 MET 745 48.852 -21.109 -1.520
9 HE1 MET 745 HE3 MET 745 47.147 -20.710 -1.490
No H/Q in entry = 9
In of MODEL 33
1 H HIS 746 H HIS 746 48.604 -15.042 -2.392
2 HA HIS 746 HA HIS 746 51.046 -16.447 -2.994
3 HB2 HIS 746 HB2 HIS 746 49.433 -14.426 -4.338
4 HB3 HIS 746 HB3 HIS 746 51.162 -14.251 -4.634
5 HD1 HIS 746 HD1 HIS 746 52.256 -16.774 -5.446
6 HD2 HIS 746 HD2 HIS 746 48.232 -15.978 -6.092
7 HE1 HIS 746 HE1 HIS 746 51.576 -18.278 -7.314
8 HE2 HIS 746 HE2 HIS 746 49.091 -17.929 -7.540
No H/Q in entry = 8
In of MODEL 33
1 H VAL 747 H VAL 747 50.300 -13.201 -1.877
2 HA VAL 747 HA VAL 747 52.920 -12.247 -1.784
3 HB VAL 747 HB VAL 747 50.370 -11.535 -0.342
4 HG11 VAL 747 HG11 VAL 747 52.237 -11.049 1.223
5 HG13 VAL 747 HG12 VAL 747 51.491 -9.581 0.619
6 HG12 VAL 747 HG13 VAL 747 53.033 -10.121 -0.046
7 HG22 VAL 747 HG21 VAL 747 50.531 -9.537 -1.686
8 HG21 VAL 747 HG22 VAL 747 50.625 -10.988 -2.696
9 HG23 VAL 747 HG23 VAL 747 52.091 -10.089 -2.310
No H/Q in entry = 9
In of MODEL 33
1 H LEU 748 H LEU 748 50.924 -13.754 0.661
2 HA LEU 748 HA LEU 748 52.794 -13.957 2.698
3 HB2 LEU 748 HB2 LEU 748 50.589 -14.197 3.329
4 HB3 LEU 748 HB3 LEU 748 50.182 -15.162 1.949
5 HG LEU 748 HG LEU 748 51.732 -16.329 4.259
6 HD13 LEU 748 HD11 LEU 748 49.633 -15.273 5.113
7 HD12 LEU 748 HD12 LEU 748 49.526 -17.031 5.143
8 HD11 LEU 748 HD13 LEU 748 48.712 -16.128 3.875
9 HD23 LEU 748 HD21 LEU 748 49.833 -17.467 2.208
10 HD22 LEU 748 HD22 LEU 748 50.725 -18.378 3.423
11 HD21 LEU 748 HD23 LEU 748 51.591 -17.571 2.121
No H/Q in entry = 11
In of MODEL 33
1 H HIS 749 H HIS 749 52.079 -16.098 0.006
2 HA HIS 749 HA HIS 749 53.750 -18.259 0.695
3 HB2 HIS 749 HB2 HIS 749 51.934 -18.145 -1.097
4 HB3 HIS 749 HB3 HIS 749 53.110 -17.313 -2.095
5 HD1 HIS 749 HD1 HIS 749 54.438 -18.809 -3.598
6 HD2 HIS 749 HD2 HIS 749 52.790 -20.816 -0.371
7 HE1 HIS 749 HE1 HIS 749 54.908 -21.227 -4.018
8 HE2 HIS 749 HE2 HIS 749 54.038 -22.427 -1.993
No H/Q in entry = 8
In of MODEL 33
1 H CYS 750 H CYS 750 54.294 -15.274 -1.081
2 HA CYS 750 HA CYS 750 56.930 -15.963 -1.935
3 HB2 CYS 750 HB2 CYS 750 55.428 -14.393 -3.161
4 HB3 CYS 750 HB3 CYS 750 55.612 -13.245 -1.842
No H/Q in entry = 4
In of MODEL 33
1 H GLN 751 H GLN 751 55.511 -14.272 0.773
2 HA GLN 751 HA GLN 751 57.798 -13.155 1.920
3 HB2 GLN 751 HB2 GLN 751 55.361 -14.347 3.257
4 HB3 GLN 751 HB3 GLN 751 56.589 -13.424 4.108
5 HG2 GLN 751 HG2 GLN 751 54.979 -12.371 1.812
6 HG3 GLN 751 HG3 GLN 751 54.527 -12.141 3.494
7 HE21 GLN 751 HE21 GLN 751 55.132 -10.118 1.520
8 HE22 GLN 751 HE22 GLN 751 56.495 -9.252 2.115
No H/Q in entry = 8
In of MODEL 33
1 H GLY 752 H GLY 752 56.651 -16.419 1.797
2 HA3 GLY 752 HA2 GLY 752 58.451 -18.127 1.888
3 HA2 GLY 752 HA3 GLY 752 58.990 -17.322 3.356
No H/Q in entry = 3
In of MODEL 33
1 H ARG 753 H ARG 753 55.630 -17.976 2.473
2 HA ARG 753 HA ARG 753 55.466 -19.808 4.773
3 HB2 ARG 753 HB2 ARG 753 53.298 -17.957 3.732
4 HB3 ARG 753 HB3 ARG 753 53.196 -19.004 5.133
5 HG2 ARG 753 HG2 ARG 753 55.048 -16.641 4.879
6 HG3 ARG 753 HG3 ARG 753 53.499 -16.638 5.723
7 HD2 ARG 753 HD2 ARG 753 54.320 -18.316 7.272
8 HD3 ARG 753 HD3 ARG 753 55.846 -18.396 6.385
9 HE ARG 753 HE ARG 753 55.727 -15.812 7.035
10 HH11 ARG 753 HH11 ARG 753 55.292 -18.716 9.001
11 HH12 ARG 753 HH12 ARG 753 55.862 -18.027 10.436
12 HH21 ARG 753 HH21 ARG 753 56.560 -14.844 8.960
13 HH22 ARG 753 HH22 ARG 753 56.646 -15.750 10.407
No H/Q in entry = 13
In of MODEL 33
1 H ASN 754 H ASN 754 54.700 -21.804 4.269
2 HA ASN 754 HA ASN 754 53.903 -22.256 1.507
3 HB2 ASN 754 HB2 ASN 754 54.457 -24.252 3.711
4 HB3 ASN 754 HB3 ASN 754 54.012 -24.655 2.081
5 HD21 ASN 754 HD21 ASN 754 56.437 -25.311 3.531
6 HD22 ASN 754 HD22 ASN 754 57.736 -24.703 2.569
No H/Q in entry = 6
In of MODEL 33
1 H TYR 755 H TYR 755 51.913 -22.434 0.917
2 HA TYR 755 HA TYR 755 49.916 -23.452 2.758
3 HB2 TYR 755 HB2 TYR 755 49.749 -20.838 1.276
4 HB3 TYR 755 HB3 TYR 755 48.315 -21.788 1.677
5 HD1 TYR 755 HD1 TYR 755 47.182 -20.932 3.520
6 HD2 TYR 755 HD2 TYR 755 51.413 -20.703 3.507
7 HE1 TYR 755 HE1 TYR 755 47.136 -19.878 5.731
8 HE2 TYR 755 HE2 TYR 755 51.372 -19.670 5.716
9 HH TYR 755 HH TYR 755 48.860 -19.775 7.726
No H/Q in entry = 9
In of MODEL 33
1 H THR 756 H THR 756 48.416 -24.627 1.800
2 HA THR 756 HA THR 756 48.900 -25.315 -1.016
3 HB THR 756 HB THR 756 47.561 -26.779 1.237
4 HG1 THR 756 HG1 THR 756 50.099 -26.375 0.808
5 HG22 THR 756 HG21 THR 756 47.669 -28.745 -0.236
6 HG21 THR 756 HG22 THR 756 48.333 -27.708 -1.520
7 HG23 THR 756 HG23 THR 756 46.695 -27.431 -0.910
No H/Q in entry = 7
In of MODEL 33
1 H LEU 757 H LEU 757 47.129 -25.192 -2.481
2 HA LEU 757 HA LEU 757 44.854 -23.654 -1.601
3 HB2 LEU 757 HB2 LEU 757 45.604 -24.753 -4.309
4 HB3 LEU 757 HB3 LEU 757 44.080 -23.951 -4.012
5 HG LEU 757 HG LEU 757 45.502 -22.392 -5.047
6 HD13 LEU 757 HD11 LEU 757 44.149 -21.453 -3.321
7 HD12 LEU 757 HD12 LEU 757 45.694 -20.604 -3.371
8 HD11 LEU 757 HD13 LEU 757 45.383 -21.787 -2.111
9 HD22 LEU 757 HD21 LEU 757 47.668 -23.441 -4.661
10 HD21 LEU 757 HD22 LEU 757 47.587 -23.022 -2.951
11 HD23 LEU 757 HD23 LEU 757 47.717 -21.748 -4.163
No H/Q in entry = 11
In of MODEL 33
1 H THR 758 H THR 758 42.837 -24.276 -1.268
2 HA THR 758 HA THR 758 42.120 -27.034 -1.805
3 HB THR 758 HB THR 758 40.902 -26.964 0.473
4 HG1 THR 758 HG1 THR 758 42.853 -24.950 0.887
5 HG22 THR 758 HG21 THR 758 43.929 -27.043 0.448
6 HG21 THR 758 HG22 THR 758 42.868 -28.394 0.055
7 HG23 THR 758 HG23 THR 758 42.899 -27.748 1.693
No H/Q in entry = 7
In of MODEL 33
1 H GLY 759 H GLY 759 39.646 -27.255 -1.520
2 HA3 GLY 759 HA2 GLY 759 38.508 -25.067 -3.017
3 HA2 GLY 759 HA3 GLY 759 37.778 -26.635 -2.748
No H/Q in entry = 3
In of MODEL 33
1 H ARG 760 H ARG 760 36.109 -24.709 -2.545
2 HA ARG 760 HA ARG 760 36.074 -23.191 -0.116
3 HB2 ARG 760 HB2 ARG 760 34.090 -22.191 -0.851
4 HB3 ARG 760 HB3 ARG 760 34.862 -22.639 -2.359
5 HG2 ARG 760 HG2 ARG 760 32.670 -24.213 -0.996
6 HG3 ARG 760 HG3 ARG 760 32.424 -23.108 -2.349
7 HD2 ARG 760 HD2 ARG 760 33.614 -24.544 -3.823
8 HD3 ARG 760 HD3 ARG 760 34.278 -25.455 -2.456
9 HE ARG 760 HE ARG 760 31.452 -25.558 -2.563
10 HH11 ARG 760 HH11 ARG 760 34.335 -26.936 -4.075
11 HH12 ARG 760 HH12 ARG 760 33.699 -28.509 -4.206
12 HH21 ARG 760 HH21 ARG 760 30.583 -27.769 -2.720
13 HH22 ARG 760 HH22 ARG 760 31.547 -28.986 -3.446
No H/Q in entry = 13
In of MODEL 33
1 H ASP 761 H ASP 761 35.165 -26.408 -0.782
2 HA ASP 761 HA ASP 761 32.953 -26.559 0.991
3 HB2 ASP 761 HB2 ASP 761 33.114 -28.143 -0.843
4 HB3 ASP 761 HB3 ASP 761 34.641 -28.749 -0.217
No H/Q in entry = 4
In of MODEL 33
1 H SER 762 H SER 762 36.354 -26.934 1.307
2 HA SER 762 HA SER 762 36.209 -28.309 3.805
3 HB2 SER 762 HB2 SER 762 38.531 -27.078 2.333
4 HB3 SER 762 HB3 SER 762 38.672 -28.064 3.795
5 HG SER 762 HG SER 762 38.085 -29.776 2.762
No H/Q in entry = 5
In of MODEL 33
1 H CYS 763 H CYS 763 36.275 -24.989 2.832
2 HA CYS 763 HA CYS 763 36.600 -24.155 5.654
3 HB2 CYS 763 HB2 CYS 763 37.201 -22.000 4.755
4 HB3 CYS 763 HB3 CYS 763 38.227 -23.245 4.045
No H/Q in entry = 4
In of MODEL 33
1 H THR 764 H THR 764 35.537 -21.887 5.830
2 HA THR 764 HA THR 764 32.966 -21.775 4.485
3 HB THR 764 HB THR 764 33.846 -20.578 7.138
4 HG1 THR 764 HG1 THR 764 31.966 -22.640 6.613
5 HG21 THR 764 HG21 THR 764 31.142 -20.614 5.781
6 HG23 THR 764 HG22 THR 764 32.175 -19.203 6.001
7 HG22 THR 764 HG23 THR 764 31.450 -19.999 7.405
No H/Q in entry = 7
In of MODEL 33
1 H LEU 765 H LEU 765 33.327 -20.468 2.816
2 HA LEU 765 HA LEU 765 35.540 -18.652 2.832
3 HB2 LEU 765 HB2 LEU 765 34.478 -20.167 0.900
4 HB3 LEU 765 HB3 LEU 765 33.509 -18.716 0.689
5 HG LEU 765 HG LEU 765 35.500 -17.400 0.197
6 HD13 LEU 765 HD11 LEU 765 37.104 -18.580 1.609
7 HD12 LEU 765 HD12 LEU 765 37.680 -18.569 -0.060
8 HD11 LEU 765 HD13 LEU 765 36.928 -20.017 0.616
9 HD23 LEU 765 HD21 LEU 765 35.410 -19.967 -1.381
10 HD22 LEU 765 HD22 LEU 765 36.133 -18.462 -1.913
11 HD21 LEU 765 HD23 LEU 765 34.383 -18.558 -1.663
No H/Q in entry = 11
In of MODEL 33
1 HA PRO 766 HA PRO 766 33.358 -15.081 4.312
2 HB2 PRO 766 HB2 PRO 766 34.687 -13.196 2.712
3 HB3 PRO 766 HB3 PRO 766 35.152 -13.690 4.334
4 HG2 PRO 766 HG2 PRO 766 36.271 -14.485 1.724
5 HG3 PRO 766 HG3 PRO 766 37.039 -14.468 3.315
6 HD2 PRO 766 HD2 PRO 766 36.251 -16.729 2.020
7 HD3 PRO 766 HD3 PRO 766 36.369 -16.628 3.778
No H/Q in entry = 7
In of MODEL 33
1 H ALA 767 H ALA 767 33.964 -15.272 0.860
2 HA ALA 767 HA ALA 767 31.509 -13.784 0.363
3 HB3 ALA 767 HB1 ALA 767 32.206 -13.674 -1.937
4 HB1 ALA 767 HB2 ALA 767 33.577 -14.750 -1.587
5 HB2 ALA 767 HB3 ALA 767 33.519 -13.132 -0.886
No H/Q in entry = 5
In of MODEL 33
1 H SER 768 H SER 768 30.083 -15.053 0.979
2 HA SER 768 HA SER 768 29.333 -17.092 -0.919
3 HB2 SER 768 HB2 SER 768 29.842 -17.773 1.972
4 HB3 SER 768 HB3 SER 768 28.907 -18.760 0.848
5 HG SER 768 HG SER 768 31.441 -17.911 0.069
No H/Q in entry = 5
In of MODEL 33
1 H ALA 769 H ALA 769 28.407 -14.783 1.549
2 HA ALA 769 HA ALA 769 25.724 -15.854 1.526
3 HB1 ALA 769 HB1 ALA 769 26.883 -13.597 3.154
4 HB3 ALA 769 HB2 ALA 769 26.595 -15.254 3.715
5 HB2 ALA 769 HB3 ALA 769 25.240 -14.223 3.228
No H/Q in entry = 5
In of MODEL 33
1 H GLU 770 H GLU 770 24.010 -14.299 1.414
2 HA GLU 770 HA GLU 770 24.268 -12.811 -1.020
3 HB2 GLU 770 HB2 GLU 770 21.768 -12.657 -0.851
4 HB3 GLU 770 HB3 GLU 770 22.397 -14.292 -0.943
5 HG2 GLU 770 HG2 GLU 770 21.778 -13.012 1.680
6 HG3 GLU 770 HG3 GLU 770 20.493 -13.823 0.753
No H/Q in entry = 6
In of MODEL 33
1 H LYS 771 H LYS 771 24.624 -10.738 -1.071
2 HA LYS 771 HA LYS 771 23.732 -9.124 1.194
3 HB2 LYS 771 HB2 LYS 771 26.331 -8.778 -0.332
4 HB3 LYS 771 HB3 LYS 771 25.759 -7.776 0.992
5 HG2 LYS 771 HG2 LYS 771 26.463 -10.697 1.188
6 HG3 LYS 771 HG3 LYS 771 27.470 -9.352 1.724
7 HD2 LYS 771 HD2 LYS 771 25.966 -8.786 3.455
8 HD3 LYS 771 HD3 LYS 771 24.676 -9.769 2.770
9 HE2 LYS 771 HE2 LYS 771 25.884 -11.745 3.181
10 HE3 LYS 771 HE3 LYS 771 27.261 -10.852 3.839
11 HZ1 LYS 771 HZ1 LYS 771 25.778 -10.036 5.608
12 HZ3 LYS 771 HZ2 LYS 771 25.906 -11.709 5.637
13 HZ2 LYS 771 HZ3 LYS 771 24.518 -10.988 5.000
No H/Q in entry = 13
In of MODEL 33
1 H ALA 772 H ALA 772 22.449 -7.544 0.596
2 HA ALA 772 HA ALA 772 21.926 -7.000 -2.195
3 HB2 ALA 772 HB1 ALA 772 20.303 -5.446 -1.342
4 HB3 ALA 772 HB2 ALA 772 20.883 -5.680 0.311
5 HB1 ALA 772 HB3 ALA 772 20.102 -7.016 -0.562
No H/Q in entry = 5
In of MODEL 33
1 H CYS 773 H CYS 773 23.402 -5.988 -3.169
2 HA CYS 773 HA CYS 773 24.048 -3.317 -2.782
3 HB2 CYS 773 HB2 CYS 773 26.495 -3.680 -2.360
4 HB3 CYS 773 HB3 CYS 773 25.465 -3.904 -0.935
No H/Q in entry = 4
In of MODEL 33
1 H GLY 774 H GLY 774 25.887 -6.177 -3.772
2 HA3 GLY 774 HA2 GLY 774 26.075 -7.009 -5.955
3 HA2 GLY 774 HA3 GLY 774 25.478 -5.473 -6.575
No H/Q in entry = 3
In of MODEL 33
1 H ALA 775 H ALA 775 27.496 -4.089 -4.724
2 HA ALA 775 HA ALA 775 29.832 -4.765 -6.337
3 HB2 ALA 775 HB1 ALA 775 28.769 -2.736 -7.204
4 HB3 ALA 775 HB2 ALA 775 30.378 -2.413 -6.551
5 HB1 ALA 775 HB3 ALA 775 28.945 -1.991 -5.615
No H/Q in entry = 5
In of MODEL 33
1 H CYS 776 H CYS 776 31.044 -5.746 -4.950
2 HA CYS 776 HA CYS 776 32.263 -4.158 -2.900
3 HB2 CYS 776 HB2 CYS 776 31.131 -6.927 -2.190
4 HB3 CYS 776 HB3 CYS 776 32.275 -6.033 -1.203
No H/Q in entry = 4
In of MODEL 33
1 HA PRO 777 HA PRO 777 35.349 -7.386 -4.470
2 HB2 PRO 777 HB2 PRO 777 34.024 -9.222 -6.312
3 HB3 PRO 777 HB3 PRO 777 34.941 -9.607 -4.859
4 HG2 PRO 777 HG2 PRO 777 32.287 -9.991 -4.997
5 HG3 PRO 777 HG3 PRO 777 33.080 -9.483 -3.490
6 HD2 PRO 777 HD2 PRO 777 31.686 -7.796 -5.543
7 HD3 PRO 777 HD3 PRO 777 31.446 -7.815 -3.785
No H/Q in entry = 7
In of MODEL 33
1 H LEU 778 H LEU 778 36.412 -7.797 -6.678
2 HA LEU 778 HA LEU 778 36.285 -5.399 -8.201
3 HB2 LEU 778 HB2 LEU 778 37.522 -7.720 -9.531
4 HB3 LEU 778 HB3 LEU 778 38.152 -6.118 -9.255
5 HG LEU 778 HG LEU 778 38.119 -8.384 -7.281
6 HD12 LEU 778 HD11 LEU 778 40.409 -7.163 -8.804
7 HD11 LEU 778 HD12 LEU 778 39.670 -8.738 -9.088
8 HD13 LEU 778 HD13 LEU 778 40.526 -8.433 -7.579
9 HD22 LEU 778 HD21 LEU 778 39.498 -6.996 -5.873
10 HD21 LEU 778 HD22 LEU 778 37.920 -6.268 -6.139
11 HD23 LEU 778 HD23 LEU 778 39.339 -5.630 -6.991
No H/Q in entry = 11
In of MODEL 33
1 H TRP 779 H TRP 779 34.783 -8.424 -8.515
2 HA TRP 779 HA TRP 779 33.914 -7.980 -11.278
3 HB2 TRP 779 HB2 TRP 779 33.322 -10.463 -11.069
4 HB3 TRP 779 HB3 TRP 779 35.045 -10.068 -11.101
5 HD1 TRP 779 HD1 TRP 779 32.314 -11.466 -8.844
6 HE1 TRP 779 HE1 TRP 779 33.381 -12.362 -6.686
7 HE3 TRP 779 HE3 TRP 779 37.107 -9.854 -9.542
8 HZ2 TRP 779 HZ2 TRP 779 35.931 -12.345 -5.449
9 HZ3 TRP 779 HZ3 TRP 779 38.766 -10.349 -7.843
10 HH2 TRP 779 HH2 TRP 779 38.196 -11.549 -5.852
No H/Q in entry = 10
In of MODEL 33
1 H GLY 780 H GLY 780 32.860 -7.118 -8.422
2 HA3 GLY 780 HA2 GLY 780 30.764 -6.613 -7.620
3 HA2 GLY 780 HA3 GLY 780 30.080 -7.307 -9.090
No H/Q in entry = 3
In of MODEL 33
1 H LYS 781 H LYS 781 28.513 -8.169 -7.490
2 HA LYS 781 HA LYS 781 29.300 -10.863 -6.839
3 HB2 LYS 781 HB2 LYS 781 29.873 -9.755 -4.749
4 HB3 LYS 781 HB3 LYS 781 28.287 -8.989 -4.693
5 HG2 LYS 781 HG2 LYS 781 28.270 -10.810 -3.143
6 HG3 LYS 781 HG3 LYS 781 27.274 -11.264 -4.523
7 HD2 LYS 781 HD2 LYS 781 29.318 -12.461 -5.438
8 HD3 LYS 781 HD3 LYS 781 30.060 -12.205 -3.860
9 HE2 LYS 781 HE2 LYS 781 27.520 -13.734 -4.443
10 HE3 LYS 781 HE3 LYS 781 29.078 -14.401 -3.970
11 HZ3 LYS 781 HZ1 LYS 781 28.838 -13.434 -1.788
12 HZ2 LYS 781 HZ2 LYS 781 27.366 -14.228 -2.169
13 HZ1 LYS 781 HZ3 LYS 781 27.468 -12.589 -2.250
No H/Q in entry = 13
In of MODEL 33
1 H CYS 782 H CYS 782 27.764 -12.048 -7.587
2 HA CYS 782 HA CYS 782 24.976 -11.137 -7.413
3 HB2 CYS 782 HB2 CYS 782 25.777 -11.453 -9.756
4 HB3 CYS 782 HB3 CYS 782 26.213 -13.115 -9.372
No H/Q in entry = 4
In of MODEL 33
1 H ASP 783 H ASP 783 23.561 -12.681 -6.399
2 HA ASP 783 HA ASP 783 24.943 -15.063 -5.443
3 HB2 ASP 783 HB2 ASP 783 25.063 -13.088 -3.777
4 HB3 ASP 783 HB3 ASP 783 23.354 -13.410 -3.502
No H/Q in entry = 4
In of MODEL 33
1 H ALA 784 H ALA 784 21.839 -13.506 -4.637
2 HA ALA 784 HA ALA 784 20.512 -15.921 -5.615
3 HB2 ALA 784 HB1 ALA 784 18.797 -15.496 -3.906
4 HB1 ALA 784 HB2 ALA 784 19.710 -14.099 -3.337
5 HB3 ALA 784 HB3 ALA 784 20.386 -15.723 -3.177
No H/Q in entry = 5
In of MODEL 33
1 H GLU 785 H GLU 785 18.387 -15.538 -6.483
2 HA GLU 785 HA GLU 785 18.437 -13.386 -8.304
3 HB2 GLU 785 HB2 GLU 785 16.167 -15.282 -7.676
4 HB3 GLU 785 HB3 GLU 785 16.261 -14.225 -9.079
5 HG2 GLU 785 HG2 GLU 785 18.272 -15.392 -9.827
6 HG3 GLU 785 HG3 GLU 785 18.171 -16.456 -8.430
No H/Q in entry = 6
In of MODEL 33
1 H SER 786 H SER 786 16.494 -13.934 -5.383
2 HA SER 786 HA SER 786 15.442 -11.245 -5.684
3 HB2 SER 786 HB2 SER 786 14.722 -13.398 -3.684
4 HB3 SER 786 HB3 SER 786 13.942 -11.818 -3.807
5 HG SER 786 HG SER 786 12.676 -12.909 -5.079
No H/Q in entry = 5
In of MODEL 33
1 H SER 787 H SER 787 17.537 -10.303 -5.339
2 HA SER 787 HA SER 787 17.838 -9.139 -2.839
3 HB2 SER 787 HB2 SER 787 20.125 -10.056 -2.266
4 HB3 SER 787 HB3 SER 787 18.849 -11.257 -2.092
5 HG SER 787 HG SER 787 19.709 -11.506 -4.569
No H/Q in entry = 5
In of MODEL 33
1 H LYS 788 H LYS 788 19.506 -7.422 -3.035
2 HA LYS 788 HA LYS 788 19.983 -6.841 -5.798
3 HB2 LYS 788 HB2 LYS 788 19.422 -4.917 -4.391
4 HB3 LYS 788 HB3 LYS 788 20.793 -5.261 -3.354
5 HG2 LYS 788 HG2 LYS 788 21.336 -3.407 -4.810
6 HG3 LYS 788 HG3 LYS 788 22.340 -4.799 -5.194
7 HD2 LYS 788 HD2 LYS 788 20.620 -5.292 -7.044
8 HD3 LYS 788 HD3 LYS 788 20.027 -3.657 -6.751
9 HE2 LYS 788 HE2 LYS 788 22.460 -2.899 -7.078
10 HE3 LYS 788 HE3 LYS 788 22.739 -4.529 -7.686
11 HZ3 LYS 788 HZ1 LYS 788 22.316 -2.960 -9.460
12 HZ2 LYS 788 HZ2 LYS 788 20.798 -2.614 -8.846
13 HZ1 LYS 788 HZ3 LYS 788 21.133 -4.160 -9.428
No H/Q in entry = 13
In of MODEL 33
1 H CYS 789 H CYS 789 21.470 -7.720 -6.750
2 HA CYS 789 HA CYS 789 24.166 -7.589 -5.921
3 HB2 CYS 789 HB2 CYS 789 24.561 -10.028 -5.862
4 HB3 CYS 789 HB3 CYS 789 23.461 -9.509 -4.606
No H/Q in entry = 4
In of MODEL 33
1 H VAL 790 H VAL 790 25.482 -7.657 -7.715
2 HA VAL 790 HA VAL 790 24.340 -8.609 -10.145
3 HB VAL 790 HB VAL 790 25.052 -6.691 -11.494
4 HG13 VAL 790 HG11 VAL 790 22.789 -6.761 -10.875
5 HG12 VAL 790 HG12 VAL 790 23.332 -5.076 -10.865
6 HG11 VAL 790 HG13 VAL 790 23.113 -5.949 -9.346
7 HG23 VAL 790 HG21 VAL 790 25.630 -4.523 -10.458
8 HG22 VAL 790 HG22 VAL 790 26.816 -5.792 -10.173
9 HG21 VAL 790 HG23 VAL 790 25.705 -5.327 -8.877
No H/Q in entry = 9
In of MODEL 33
1 H CYS 791 H CYS 791 25.941 -9.359 -11.506
2 HA CYS 791 HA CYS 791 28.665 -9.110 -10.462
3 HB2 CYS 791 HB2 CYS 791 29.172 -11.209 -11.715
4 HB3 CYS 791 HB3 CYS 791 27.993 -11.428 -10.430
No H/Q in entry = 4
In of MODEL 33
1 H ARG 792 H ARG 792 30.276 -8.531 -11.859
2 HA ARG 792 HA ARG 792 29.386 -7.091 -14.192
3 HB2 ARG 792 HB2 ARG 792 32.242 -7.670 -13.333
4 HB3 ARG 792 HB3 ARG 792 31.707 -6.417 -14.432
5 HG2 ARG 792 HG2 ARG 792 31.200 -6.506 -11.464
6 HG3 ARG 792 HG3 ARG 792 32.415 -5.528 -12.273
7 HD2 ARG 792 HD2 ARG 792 30.540 -4.399 -13.504
8 HD3 ARG 792 HD3 ARG 792 29.422 -5.282 -12.460
9 HE ARG 792 HE ARG 792 31.336 -4.004 -10.878
10 HH11 ARG 792 HH11 ARG 792 28.569 -3.127 -12.884
11 HH12 ARG 792 HH12 ARG 792 28.240 -1.673 -12.081
12 HH21 ARG 792 HH21 ARG 792 30.912 -1.993 -9.751
13 HH22 ARG 792 HH22 ARG 792 29.623 -1.010 -10.250
No H/Q in entry = 13
In of MODEL 33
1 H GLU 793 H GLU 793 30.284 -7.789 -16.366
2 HA GLU 793 HA GLU 793 30.845 -10.618 -16.360
3 HB2 GLU 793 HB2 GLU 793 30.387 -8.690 -18.617
4 HB3 GLU 793 HB3 GLU 793 30.925 -10.342 -18.884
5 HG2 GLU 793 HG2 GLU 793 28.923 -11.106 -17.610
6 HG3 GLU 793 HG3 GLU 793 28.358 -9.438 -17.634
No H/Q in entry = 6
In of MODEL 33
1 H ALA 794 H ALA 794 32.627 -11.444 -17.737
2 HA ALA 794 HA ALA 794 35.083 -10.686 -16.579
3 HB3 ALA 794 HB1 ALA 794 34.069 -12.699 -18.435
4 HB2 ALA 794 HB2 ALA 794 35.404 -12.814 -17.260
5 HB1 ALA 794 HB3 ALA 794 35.672 -12.132 -18.854
No H/Q in entry = 5
In of MODEL 33
1 H SER 795 H SER 795 33.495 -9.893 -19.592
2 HA SER 795 HA SER 795 35.732 -8.688 -20.763
3 HB2 SER 795 HB2 SER 795 33.831 -7.854 -22.335
4 HB3 SER 795 HB3 SER 795 34.219 -9.576 -22.267
5 HG SER 795 HG SER 795 31.905 -8.747 -22.002
No H/Q in entry = 5
In of MODEL 33
1 H GLU 796 H GLU 796 33.612 -7.617 -18.332
2 HA GLU 796 HA GLU 796 33.846 -4.788 -19.112
3 HB2 GLU 796 HB2 GLU 796 31.598 -5.888 -18.561
4 HB3 GLU 796 HB3 GLU 796 32.159 -5.962 -16.901
5 HG2 GLU 796 HG2 GLU 796 32.463 -3.461 -17.017
6 HG3 GLU 796 HG3 GLU 796 31.617 -3.522 -18.557
No H/Q in entry = 6
In of MODEL 33
1 H CYS 797 H CYS 797 35.540 -6.965 -17.442
2 HA CYS 797 HA CYS 797 35.943 -5.646 -14.946
3 HB2 CYS 797 HB2 CYS 797 37.432 -7.886 -16.290
4 HB3 CYS 797 HB3 CYS 797 37.731 -7.338 -14.643
No H/Q in entry = 4
In of MODEL 33
1 H GLU 798 H GLU 798 37.392 -4.176 -14.397
2 HA GLU 798 HA GLU 798 39.473 -3.428 -16.349
3 HB2 GLU 798 HB2 GLU 798 37.593 -1.805 -16.208
4 HB3 GLU 798 HB3 GLU 798 37.929 -1.608 -14.499
5 HG2 GLU 798 HG2 GLU 798 38.815 0.242 -15.804
6 HG3 GLU 798 HG3 GLU 798 40.098 -0.659 -15.001
No H/Q in entry = 6
In of MODEL 33
1 H GLU 799 H GLU 799 38.766 -4.309 -13.085
2 HA GLU 799 HA GLU 799 41.121 -3.114 -11.959
3 HB2 GLU 799 HB2 GLU 799 39.136 -3.489 -10.559
4 HB3 GLU 799 HB3 GLU 799 39.246 -5.214 -10.854
5 HG2 GLU 799 HG2 GLU 799 40.073 -4.590 -8.622
6 HG3 GLU 799 HG3 GLU 799 41.333 -5.322 -9.610
No H/Q in entry = 6
In of MODEL 33
1 H GLU 800 H GLU 800 43.010 -4.165 -11.335
2 HA GLU 800 HA GLU 800 43.489 -6.565 -12.881
3 HB2 GLU 800 HB2 GLU 800 45.424 -4.416 -12.089
4 HB3 GLU 800 HB3 GLU 800 45.944 -6.014 -12.585
5 HG2 GLU 800 HG2 GLU 800 44.572 -5.533 -14.712
6 HG3 GLU 800 HG3 GLU 800 44.676 -3.848 -14.186
No H/Q in entry = 6
In of MODEL 33
1 H GLY 801 H GLY 801 42.627 -7.715 -11.317
2 HA3 GLY 801 HA2 GLY 801 44.027 -8.130 -8.837
3 HA2 GLY 801 HA3 GLY 801 42.868 -9.230 -9.587
No H/Q in entry = 3
In of MODEL 33
1 H PHE 802 H PHE 802 44.066 -10.977 -9.305
2 HA PHE 802 HA PHE 802 46.624 -11.103 -10.699
3 HB2 PHE 802 HB2 PHE 802 45.224 -12.974 -8.822
4 HB3 PHE 802 HB3 PHE 802 46.547 -13.546 -9.820
5 HD1 PHE 802 HD1 PHE 802 46.608 -10.110 -8.509
6 HD2 PHE 802 HD2 PHE 802 47.835 -14.127 -7.860
7 HE1 PHE 802 HE1 PHE 802 48.193 -9.363 -6.835
8 HE2 PHE 802 HE2 PHE 802 49.387 -13.412 -6.220
9 HZ PHE 802 HZ PHE 802 49.610 -10.997 -5.658
No H/Q in entry = 9
In of MODEL 33
1 H SER 803 H SER 803 46.825 -13.507 -11.689
2 HA SER 803 HA SER 803 44.556 -13.923 -13.442
3 HB2 SER 803 HB2 SER 803 47.501 -14.189 -14.084
4 HB3 SER 803 HB3 SER 803 46.167 -14.561 -15.177
5 HG SER 803 HG SER 803 46.095 -12.040 -14.063
No H/Q in entry = 5
In of MODEL 33
1 H ILE 804 H ILE 804 43.957 -16.027 -13.470
2 HA ILE 804 HA ILE 804 45.587 -17.836 -11.858
3 HB ILE 804 HB ILE 804 43.692 -18.713 -10.661
4 HG12 ILE 804 HG12 ILE 804 41.958 -18.370 -12.447
5 HG13 ILE 804 HG13 ILE 804 41.414 -17.946 -10.833
6 HG22 ILE 804 HG21 ILE 804 43.674 -15.702 -10.536
7 HG21 ILE 804 HG22 ILE 804 44.753 -16.778 -9.644
8 HG23 ILE 804 HG23 ILE 804 43.022 -16.764 -9.287
9 HD12 ILE 804 HD11 ILE 804 42.214 -16.064 -13.041
10 HD11 ILE 804 HD12 ILE 804 41.850 -15.585 -11.391
11 HD13 ILE 804 HD13 ILE 804 40.598 -16.333 -12.383
No H/Q in entry = 11
In of MODEL 33
1 H CYS 805 H CYS 805 44.758 -20.120 -12.047
2 HA CYS 805 HA CYS 805 44.249 -20.658 -14.880
3 HB2 CYS 805 HB2 CYS 805 46.365 -21.566 -13.993
4 HB3 CYS 805 HB3 CYS 805 45.472 -22.380 -12.707
No H/Q in entry = 4
In of MODEL 33
1 H VAL 806 H VAL 806 42.350 -21.352 -15.372
2 HA VAL 806 HA VAL 806 40.772 -22.669 -13.288
3 HB VAL 806 HB VAL 806 39.681 -20.842 -15.406
4 HG13 VAL 806 HG11 VAL 806 38.064 -22.396 -14.695
5 HG12 VAL 806 HG12 VAL 806 37.685 -20.824 -13.954
6 HG11 VAL 806 HG13 VAL 806 38.435 -22.104 -13.000
7 HG22 VAL 806 HG21 VAL 806 40.987 -19.463 -13.970
8 HG21 VAL 806 HG22 VAL 806 40.241 -20.166 -12.532
9 HG23 VAL 806 HG23 VAL 806 39.279 -19.178 -13.640
No H/Q in entry = 9
In of MODEL 33
1 H GLU 807 H GLU 807 39.990 -24.552 -13.908
2 HA GLU 807 HA GLU 807 40.361 -25.449 -16.603
3 HB2 GLU 807 HB2 GLU 807 40.815 -26.951 -14.714
4 HB3 GLU 807 HB3 GLU 807 39.163 -26.781 -14.160
5 HG2 GLU 807 HG2 GLU 807 38.392 -27.839 -16.242
6 HG3 GLU 807 HG3 GLU 807 40.076 -28.062 -16.720
No H/Q in entry = 6
In of MODEL 33
1 H VAL 808 H VAL 808 38.966 -25.115 -18.028
2 HA VAL 808 HA VAL 808 36.134 -24.941 -17.457
3 HB VAL 808 HB VAL 808 36.976 -22.602 -17.418
4 HG13 VAL 808 HG11 VAL 808 37.936 -21.544 -19.390
5 HG12 VAL 808 HG12 VAL 808 38.016 -23.123 -20.178
6 HG11 VAL 808 HG13 VAL 808 38.968 -22.814 -18.728
7 HG21 VAL 808 HG21 VAL 808 35.410 -23.217 -19.903
8 HG23 VAL 808 HG22 VAL 808 35.607 -21.623 -19.173
9 HG22 VAL 808 HG23 VAL 808 34.748 -22.890 -18.290
No H/Q in entry = 9
In of MODEL 33
1 H ASN 809 H ASN 809 35.088 -26.091 -18.946
2 HA ASN 809 HA ASN 809 34.613 -27.153 -20.919
3 HB2 ASN 809 HB2 ASN 809 36.697 -25.209 -21.813
4 HB3 ASN 809 HB3 ASN 809 35.959 -26.333 -22.952
5 HD21 ASN 809 HD21 ASN 809 35.839 -23.256 -22.152
6 HD22 ASN 809 HD22 ASN 809 34.148 -22.955 -22.253
No H/Q in entry = 6
In of MODEL 33
1 H GLY 810 H GLY 810 36.669 -28.020 -19.015
2 HA3 GLY 810 HA2 GLY 810 37.674 -30.098 -18.869
3 HA2 GLY 810 HA3 GLY 810 37.669 -30.171 -20.655
No H/Q in entry = 3
In of MODEL 33
1 H LYS 811 H LYS 811 38.854 -27.379 -20.462
2 HA LYS 811 HA LYS 811 41.631 -28.337 -20.223
3 HB2 LYS 811 HB2 LYS 811 42.134 -26.546 -21.841
4 HB3 LYS 811 HB3 LYS 811 41.053 -27.779 -22.482
5 HG2 LYS 811 HG2 LYS 811 39.131 -26.297 -22.013
6 HG3 LYS 811 HG3 LYS 811 40.254 -25.053 -21.472
7 HD2 LYS 811 HD2 LYS 811 40.138 -26.294 -24.181
8 HD3 LYS 811 HD3 LYS 811 39.493 -24.705 -23.765
9 HE2 LYS 811 HE2 LYS 811 41.768 -24.002 -23.064
10 HE3 LYS 811 HE3 LYS 811 42.387 -25.557 -23.598
11 HZ1 LYS 811 HZ1 LYS 811 41.694 -25.026 -25.845
12 HZ3 LYS 811 HZ2 LYS 811 42.766 -23.883 -25.222
13 HZ2 LYS 811 HZ3 LYS 811 41.120 -23.512 -25.329
No H/Q in entry = 13
In of MODEL 33
1 H GLU 812 H GLU 812 43.191 -26.541 -19.646
2 HA GLU 812 HA GLU 812 41.913 -24.851 -17.661
3 HB2 GLU 812 HB2 GLU 812 44.796 -25.654 -17.958
4 HB3 GLU 812 HB3 GLU 812 44.179 -24.566 -16.724
5 HG2 GLU 812 HG2 GLU 812 42.753 -26.385 -15.876
6 HG3 GLU 812 HG3 GLU 812 43.475 -27.467 -17.068
No H/Q in entry = 6
In of MODEL 33
1 H GLN 813 H GLN 813 41.776 -22.824 -17.899
2 HA GLN 813 HA GLN 813 43.360 -21.500 -19.975
3 HB2 GLN 813 HB2 GLN 813 41.119 -21.738 -20.765
4 HB3 GLN 813 HB3 GLN 813 40.462 -21.239 -19.219
5 HG2 GLN 813 HG2 GLN 813 41.273 -18.983 -19.591
6 HG3 GLN 813 HG3 GLN 813 41.966 -19.469 -21.138
7 HE21 GLN 813 HE21 GLN 813 39.823 -17.562 -20.397
8 HE22 GLN 813 HE22 GLN 813 38.463 -18.012 -21.347
No H/Q in entry = 8
In of MODEL 33
1 H THR 814 H THR 814 44.084 -19.449 -19.446
2 HA THR 814 HA THR 814 44.098 -18.819 -16.614
3 HB THR 814 HB THR 814 45.547 -17.603 -18.938
4 HG1 THR 814 HG1 THR 814 45.843 -19.900 -17.985
5 HG21 THR 814 HG21 THR 814 45.390 -16.079 -16.997
6 HG23 THR 814 HG22 THR 814 47.045 -16.637 -17.244
7 HG22 THR 814 HG23 THR 814 46.059 -17.353 -15.969
No H/Q in entry = 7
In of MODEL 33
1 H MET 815 H MET 815 42.743 -17.360 -15.872
2 HA MET 815 HA MET 815 41.629 -15.392 -17.758
3 HB2 MET 815 HB2 MET 815 40.135 -16.279 -15.305
4 HB3 MET 815 HB3 MET 815 39.521 -15.482 -16.741
5 HG2 MET 815 HG2 MET 815 40.097 -17.712 -17.950
6 HG3 MET 815 HG3 MET 815 40.269 -18.300 -16.303
7 HE1 MET 815 HE1 MET 815 38.604 -20.172 -16.906
8 HE3 MET 815 HE2 MET 815 38.267 -19.480 -18.489
9 HE2 MET 815 HE3 MET 815 36.933 -19.896 -17.410
No H/Q in entry = 9
In of MODEL 33
1 H SER 816 H SER 816 41.022 -13.420 -16.665
2 HA SER 816 HA SER 816 42.893 -12.605 -14.690
3 HB2 SER 816 HB2 SER 816 40.315 -11.376 -15.609
4 HB3 SER 816 HB3 SER 816 41.620 -10.516 -14.760
5 HG SER 816 HG SER 816 41.524 -11.593 -17.357
No H/Q in entry = 5
In of MODEL 33
1 H GLU 817 H GLU 817 42.363 -12.043 -12.566
2 HA GLU 817 HA GLU 817 40.963 -13.868 -11.074
3 HB2 GLU 817 HB2 GLU 817 42.765 -12.171 -10.477
4 HB3 GLU 817 HB3 GLU 817 41.442 -11.046 -10.311
5 HG2 GLU 817 HG2 GLU 817 40.452 -12.323 -8.568
6 HG3 GLU 817 HG3 GLU 817 41.616 -13.612 -8.854
No H/Q in entry = 6
In of MODEL 33
1 H CYS 818 H CYS 818 39.874 -10.959 -12.567
2 HA CYS 818 HA CYS 818 37.465 -10.857 -11.020
3 HB2 CYS 818 HB2 CYS 818 37.088 -8.864 -12.665
4 HB3 CYS 818 HB3 CYS 818 38.300 -8.724 -11.389
No H/Q in entry = 4
In of MODEL 33
1 H GLU 819 H GLU 819 38.600 -11.781 -14.121
2 HA GLU 819 HA GLU 819 36.210 -12.189 -15.501
3 HB2 GLU 819 HB2 GLU 819 38.933 -13.103 -15.539
4 HB3 GLU 819 HB3 GLU 819 37.905 -14.151 -16.433
5 HG2 GLU 819 HG2 GLU 819 37.267 -12.058 -17.680
6 HG3 GLU 819 HG3 GLU 819 38.629 -11.269 -16.851
No H/Q in entry = 6
In of MODEL 33
1 H ALA 820 H ALA 820 38.292 -14.589 -13.921
2 HA ALA 820 HA ALA 820 36.605 -16.770 -14.038
3 HB3 ALA 820 HB1 ALA 820 38.640 -16.151 -11.929
4 HB1 ALA 820 HB2 ALA 820 38.944 -16.922 -13.495
5 HB2 ALA 820 HB3 ALA 820 37.970 -17.745 -12.277
No H/Q in entry = 5
In of MODEL 33
1 H GLY 821 H GLY 821 37.031 -14.316 -11.505
2 HA3 GLY 821 HA2 GLY 821 35.358 -15.386 -9.525
3 HA2 GLY 821 HA3 GLY 821 35.797 -13.689 -9.685
No H/Q in entry = 3
In of MODEL 33
1 H ALA 822 H ALA 822 34.667 -13.032 -12.086
2 HA ALA 822 HA ALA 822 31.983 -12.566 -11.406
3 HB2 ALA 822 HB1 ALA 822 33.309 -11.128 -12.917
4 HB3 ALA 822 HB2 ALA 822 31.759 -11.635 -13.583
5 HB1 ALA 822 HB3 ALA 822 33.248 -12.413 -14.132
No H/Q in entry = 5
In of MODEL 33
1 H LEU 823 H LEU 823 33.562 -14.856 -13.492
2 HA LEU 823 HA LEU 823 31.263 -15.972 -14.586
3 HB2 LEU 823 HB2 LEU 823 34.019 -17.110 -14.215
4 HB3 LEU 823 HB3 LEU 823 32.754 -17.945 -15.099
5 HG LEU 823 HG LEU 823 33.820 -15.212 -15.823
6 HD13 LEU 823 HD11 LEU 823 34.911 -16.286 -17.684
7 HD12 LEU 823 HD12 LEU 823 34.381 -17.872 -17.115
8 HD11 LEU 823 HD13 LEU 823 35.520 -16.909 -16.158
9 HD21 LEU 823 HD21 LEU 823 31.903 -17.075 -17.224
10 HD23 LEU 823 HD22 LEU 823 32.610 -15.628 -17.944
11 HD22 LEU 823 HD23 LEU 823 31.543 -15.484 -16.552
No H/Q in entry = 11
In of MODEL 33
1 H ARG 824 H ARG 824 33.070 -16.875 -11.662
2 HA ARG 824 HA ARG 824 31.387 -19.074 -10.988
3 HB2 ARG 824 HB2 ARG 824 32.812 -17.272 -9.000
4 HB3 ARG 824 HB3 ARG 824 32.212 -18.893 -8.686
5 HG2 ARG 824 HG2 ARG 824 33.906 -19.701 -10.385
6 HG3 ARG 824 HG3 ARG 824 34.586 -18.069 -10.346
7 HD2 ARG 824 HD2 ARG 824 34.368 -20.078 -8.117
8 HD3 ARG 824 HD3 ARG 824 35.832 -19.502 -8.882
9 HE ARG 824 HE ARG 824 34.394 -17.352 -7.683
10 HH11 ARG 824 HH11 ARG 824 36.577 -20.050 -6.829
11 HH12 ARG 824 HH12 ARG 824 37.139 -19.283 -5.409
12 HH21 ARG 824 HH21 ARG 824 35.154 -16.388 -5.695
13 HH22 ARG 824 HH22 ARG 824 36.318 -17.156 -4.746
No H/Q in entry = 13
In of MODEL 33
1 H CYS 825 H CYS 825 31.251 -15.665 -10.309
2 HA CYS 825 HA CYS 825 29.036 -15.676 -8.605
3 HB2 CYS 825 HB2 CYS 825 30.366 -13.591 -10.248
4 HB3 CYS 825 HB3 CYS 825 28.910 -13.179 -9.380
No H/Q in entry = 4
In of MODEL 33
1 H ARG 826 H ARG 826 29.152 -15.542 -12.144
2 HA ARG 826 HA ARG 826 26.327 -14.963 -12.222
3 HB2 ARG 826 HB2 ARG 826 26.490 -15.118 -14.633
4 HB3 ARG 826 HB3 ARG 826 27.678 -13.988 -13.976
5 HG2 ARG 826 HG2 ARG 826 29.404 -15.584 -14.355
6 HG3 ARG 826 HG3 ARG 826 28.231 -16.813 -14.848
7 HD2 ARG 826 HD2 ARG 826 28.754 -14.189 -16.254
8 HD3 ARG 826 HD3 ARG 826 29.290 -15.781 -16.798
9 HE ARG 826 HE ARG 826 26.672 -16.165 -16.610
10 HH11 ARG 826 HH11 ARG 826 28.492 -13.599 -18.228
11 HH12 ARG 826 HH12 ARG 826 27.250 -13.258 -19.341
12 HH21 ARG 826 HH21 ARG 826 24.995 -15.670 -18.137
13 HH22 ARG 826 HH22 ARG 826 25.235 -14.461 -19.311
No H/Q in entry = 13
In of MODEL 33
1 H GLY 827 H GLY 827 28.122 -17.754 -11.883
2 HA3 GLY 827 HA2 GLY 827 27.024 -19.820 -11.479
3 HA2 GLY 827 HA3 GLY 827 25.718 -19.290 -12.528
No H/Q in entry = 3
In of MODEL 33
1 H GLN 828 H GLN 828 28.675 -18.570 -13.944
2 HA GLN 828 HA GLN 828 28.413 -20.561 -15.941
3 HB2 GLN 828 HB2 GLN 828 29.541 -18.385 -16.366
4 HB3 GLN 828 HB3 GLN 828 30.829 -18.854 -15.264
5 HG2 GLN 828 HG2 GLN 828 31.521 -19.173 -17.610
6 HG3 GLN 828 HG3 GLN 828 31.443 -20.688 -16.729
7 HE21 GLN 828 HE21 GLN 828 29.906 -18.756 -19.181
8 HE22 GLN 828 HE22 GLN 828 28.982 -20.062 -19.848
No H/Q in entry = 8
In of MODEL 33
1 H SER 829 H SER 829 29.778 -22.424 -16.277
2 HA SER 829 HA SER 829 30.649 -23.531 -13.739
3 HB2 SER 829 HB2 SER 829 30.336 -24.875 -16.424
4 HB3 SER 829 HB3 SER 829 30.532 -25.671 -14.855
5 HG SER 829 HG SER 829 28.568 -23.934 -14.669
No H/Q in entry = 5
In of MODEL 33
1 H ILE 830 H ILE 830 32.621 -23.110 -13.196
2 HA ILE 830 HA ILE 830 34.785 -23.671 -15.019
3 HB ILE 830 HB ILE 830 36.034 -21.674 -14.473
4 HG12 ILE 830 HG12 ILE 830 35.015 -21.237 -12.214
5 HG13 ILE 830 HG13 ILE 830 35.243 -19.777 -13.149
6 HG22 ILE 830 HG21 ILE 830 34.767 -19.924 -15.673
7 HG21 ILE 830 HG22 ILE 830 33.347 -20.981 -15.566
8 HG23 ILE 830 HG23 ILE 830 34.766 -21.504 -16.469
9 HD11 ILE 830 HD11 ILE 830 32.824 -19.937 -13.793
10 HD13 ILE 830 HD12 ILE 830 33.133 -19.611 -12.105
11 HD12 ILE 830 HD13 ILE 830 32.666 -21.240 -12.615
No H/Q in entry = 11
In of MODEL 33
1 H SER 831 H SER 831 36.611 -24.377 -13.925
2 HA SER 831 HA SER 831 36.217 -24.763 -11.062
3 HB2 SER 831 HB2 SER 831 37.515 -26.504 -13.126
4 HB3 SER 831 HB3 SER 831 37.451 -26.844 -11.398
5 HG SER 831 HG SER 831 35.156 -26.850 -11.598
No H/Q in entry = 5
In of MODEL 33
1 H VAL 832 H VAL 832 37.534 -23.151 -10.236
2 HA VAL 832 HA VAL 832 40.025 -22.401 -11.375
3 HB VAL 832 HB VAL 832 39.059 -22.019 -8.522
4 HG12 VAL 832 HG11 VAL 832 41.232 -20.568 -10.053
5 HG11 VAL 832 HG12 VAL 832 41.479 -21.700 -8.725
6 HG13 VAL 832 HG13 VAL 832 40.679 -20.155 -8.428
7 HG21 VAL 832 HG21 VAL 832 38.833 -20.171 -10.900
8 HG23 VAL 832 HG22 VAL 832 38.385 -19.762 -9.246
9 HG22 VAL 832 HG23 VAL 832 37.511 -21.028 -10.108
No H/Q in entry = 9
In of MODEL 33
1 H THR 833 H THR 833 41.713 -23.751 -11.536
2 HA THR 833 HA THR 833 41.902 -25.972 -9.720
3 HB THR 833 HB THR 833 43.825 -26.617 -11.253
4 HG1 THR 833 HG1 THR 833 43.888 -25.506 -13.230
5 HG21 THR 833 HG21 THR 833 41.094 -26.191 -12.464
6 HG23 THR 833 HG22 THR 833 41.578 -27.566 -11.475
7 HG22 THR 833 HG23 THR 833 42.314 -27.315 -13.059
No H/Q in entry = 7
In of MODEL 33
1 H SER 834 H SER 834 43.629 -23.026 -10.435
2 HA SER 834 HA SER 834 44.917 -23.134 -7.892
3 HB2 SER 834 HB2 SER 834 46.470 -24.497 -9.277
4 HB3 SER 834 HB3 SER 834 46.613 -23.155 -10.410
5 HG SER 834 HG SER 834 47.935 -23.588 -8.138
No H/Q in entry = 5
In of MODEL 33
1 H ILE 835 H ILE 835 45.944 -21.057 -7.442
2 HA ILE 835 HA ILE 835 44.536 -19.039 -8.944
3 HB ILE 835 HB ILE 835 44.630 -17.558 -7.170
4 HG12 ILE 835 HG12 ILE 835 47.042 -17.635 -6.650
5 HG13 ILE 835 HG13 ILE 835 46.063 -17.689 -5.191
6 HG22 ILE 835 HG21 ILE 835 44.478 -20.282 -5.929
7 HG21 ILE 835 HG22 ILE 835 43.166 -19.382 -6.692
8 HG23 ILE 835 HG23 ILE 835 43.893 -18.791 -5.194
9 HD12 ILE 835 HD11 ILE 835 47.521 -19.923 -6.516
10 HD11 ILE 835 HD12 ILE 835 46.411 -20.060 -5.125
11 HD13 ILE 835 HD13 ILE 835 47.888 -19.081 -4.984
No H/Q in entry = 11
In of MODEL 33
1 H ARG 836 H ARG 836 47.247 -20.436 -9.421
2 HA ARG 836 HA ARG 836 48.593 -18.005 -10.248
3 HB2 ARG 836 HB2 ARG 836 50.647 -19.465 -10.649
4 HB3 ARG 836 HB3 ARG 836 50.148 -19.379 -8.976
5 HG2 ARG 836 HG2 ARG 836 50.787 -21.622 -9.376
6 HG3 ARG 836 HG3 ARG 836 49.023 -21.606 -9.320
7 HD2 ARG 836 HD2 ARG 836 48.998 -21.492 -11.767
8 HD3 ARG 836 HD3 ARG 836 50.754 -21.684 -11.784
9 HE ARG 836 HE ARG 836 50.044 -23.840 -10.436
10 HH11 ARG 836 HH11 ARG 836 48.773 -22.508 -13.458
11 HH12 ARG 836 HH12 ARG 836 48.126 -24.011 -13.979
12 HH21 ARG 836 HH21 ARG 836 49.144 -25.870 -11.176
13 HH22 ARG 836 HH22 ARG 836 48.304 -25.927 -12.656
No H/Q in entry = 13
In of MODEL 33
1 HA PRO 837 HA PRO 837 47.147 -18.677 -14.344
2 HB2 PRO 837 HB2 PRO 837 49.727 -17.932 -15.532
3 HB3 PRO 837 HB3 PRO 837 48.194 -17.065 -15.569
4 HG2 PRO 837 HG2 PRO 837 50.290 -16.170 -14.135
5 HG3 PRO 837 HG3 PRO 837 48.614 -15.952 -13.597
6 HD2 PRO 837 HD2 PRO 837 50.642 -17.967 -12.718
7 HD3 PRO 837 HD3 PRO 837 49.508 -17.007 -11.746
No H/Q in entry = 7
In of MODEL 33
1 H CYS 838 H CYS 838 47.550 -19.829 -16.483
2 HA CYS 838 HA CYS 838 49.450 -21.977 -16.090
3 HB2 CYS 838 HB2 CYS 838 47.995 -23.362 -17.689
4 HB3 CYS 838 HB3 CYS 838 47.266 -23.065 -16.131
No H/Q in entry = 4
In of MODEL 33
1 H ALA 839 H ALA 839 49.961 -22.940 -18.467
2 HA ALA 839 HA ALA 839 51.000 -20.673 -19.973
3 HB3 ALA 839 HB1 ALA 839 52.307 -22.391 -21.148
4 HB1 ALA 839 HB2 ALA 839 51.428 -23.644 -20.273
5 HB2 ALA 839 HB3 ALA 839 52.492 -22.542 -19.398
No H/Q in entry = 5
In of MODEL 33
1 H ALA 840 H ALA 840 48.201 -21.217 -19.964
2 HA ALA 840 HA ALA 840 47.395 -22.554 -22.352
3 HB1 ALA 840 HB1 ALA 840 45.170 -21.804 -21.791
4 HB3 ALA 840 HB2 ALA 840 45.842 -20.574 -20.723
5 HB2 ALA 840 HB3 ALA 840 46.000 -22.264 -20.288
No H/Q in entry = 5
In of MODEL 33
1 H GLU 841 H GLU 841 47.936 -19.296 -21.392
2 HA GLU 841 HA GLU 841 47.917 -17.313 -22.355
3 HB2 GLU 841 HB2 GLU 841 49.334 -18.857 -24.494
4 HB3 GLU 841 HB3 GLU 841 49.277 -17.099 -24.420
5 HG2 GLU 841 HG2 GLU 841 50.452 -18.947 -22.352
6 HG3 GLU 841 HG3 GLU 841 51.309 -17.861 -23.448
No H/Q in entry = 6
In of MODEL 33
1 H THR 842 H THR 842 45.948 -16.802 -22.464
2 HA THR 842 HA THR 842 44.150 -17.497 -24.534
3 HB THR 842 HB THR 842 44.009 -15.150 -22.646
4 HG1 THR 842 HG1 THR 842 43.420 -16.581 -21.092
5 HG21 THR 842 HG21 THR 842 41.844 -16.762 -24.025
6 HG23 THR 842 HG22 THR 842 42.329 -15.121 -24.441
7 HG22 THR 842 HG23 THR 842 41.564 -15.445 -22.887
No H/Q in entry = 7
In of MODEL 33
1 H GLN 843 H GLN 843 44.211 -16.817 -26.524
2 HA GLN 843 HA GLN 843 44.480 -15.666 -28.420
3 HB2 GLN 843 HB2 GLN 843 44.349 -13.250 -26.607
4 HB3 GLN 843 HB3 GLN 843 44.366 -13.152 -28.362
5 HG2 GLN 843 HG2 GLN 843 42.255 -14.457 -26.657
6 HG3 GLN 843 HG3 GLN 843 42.125 -12.906 -27.486
7 HE21 GLN 843 HE21 GLN 843 40.514 -15.296 -27.732
8 HE22 GLN 843 HE22 GLN 843 40.567 -15.764 -29.385
No H/Q in entry = 8
In of MODEL 34
1 H1 GLY 689 H2 GLY 689 53.004 10.773 -29.209
2 H2 GLY 689 H1 GLY 689 54.039 10.599 -27.901
3 H3 GLY 689 H3 GLY 689 53.222 12.067 -28.134
4 HA2 GLY 689 HA2 GLY 689 55.538 12.228 -28.814
5 HA3 GLY 689 HA3 GLY 689 54.437 12.436 -30.174
No H/Q in entry = 5
In of MODEL 34
1 H SER 690 H SER 690 56.452 11.823 -31.344
2 HA SER 690 HA SER 690 56.187 9.272 -32.404
3 HB2 SER 690 HB2 SER 690 58.546 11.135 -32.577
4 HB3 SER 690 HB3 SER 690 58.110 9.865 -33.722
5 HG SER 690 HG SER 690 57.303 11.644 -34.580
No H/Q in entry = 5
In of MODEL 34
1 H HIS 691 H HIS 691 56.687 7.442 -31.426
2 HA HIS 691 HA HIS 691 58.949 7.325 -29.592
3 HB2 HIS 691 HB2 HIS 691 56.655 5.460 -30.132
4 HB3 HIS 691 HB3 HIS 691 58.123 4.858 -29.382
5 HD1 HIS 691 HD1 HIS 691 58.243 5.049 -26.936
6 HD2 HIS 691 HD2 HIS 691 55.388 7.599 -28.542
7 HE1 HIS 691 HE1 HIS 691 57.003 6.001 -24.966
8 HE2 HIS 691 HE2 HIS 691 55.473 7.735 -25.974
No H/Q in entry = 8
In of MODEL 34
1 H MET 692 H MET 692 60.806 6.623 -30.208
2 HA MET 692 HA MET 692 61.112 5.310 -32.772
3 HB2 MET 692 HB2 MET 692 63.174 6.012 -30.666
4 HB3 MET 692 HB3 MET 692 63.524 5.360 -32.259
5 HG2 MET 692 HG2 MET 692 62.285 8.037 -31.664
6 HG3 MET 692 HG3 MET 692 63.938 7.739 -32.196
7 HE3 MET 692 HE1 MET 692 63.386 6.428 -35.857
8 HE2 MET 692 HE2 MET 692 63.493 5.435 -34.406
9 HE1 MET 692 HE3 MET 692 64.574 6.814 -34.610
No H/Q in entry = 9
In of MODEL 34
1 H ASN 693 H ASN 693 61.511 4.738 -29.340
2 HA ASN 693 HA ASN 693 61.262 1.873 -29.881
3 HB2 ASN 693 HB2 ASN 693 62.612 3.217 -27.501
4 HB3 ASN 693 HB3 ASN 693 62.339 1.495 -27.654
5 HD21 ASN 693 HD21 ASN 693 63.134 1.541 -30.550
6 HD22 ASN 693 HD22 ASN 693 64.841 1.724 -30.525
No H/Q in entry = 6
In of MODEL 34
1 HA PRO 694 HA PRO 694 57.393 2.552 -27.681
2 HB2 PRO 694 HB2 PRO 694 57.625 -0.342 -27.025
3 HB3 PRO 694 HB3 PRO 694 56.307 0.513 -27.834
4 HG2 PRO 694 HG2 PRO 694 57.935 -1.098 -29.210
5 HG3 PRO 694 HG3 PRO 694 57.338 0.417 -29.905
6 HD2 PRO 694 HD2 PRO 694 60.022 -0.195 -28.733
7 HD3 PRO 694 HD3 PRO 694 59.605 0.762 -30.174
No H/Q in entry = 7
In of MODEL 34
1 H LEU 695 H LEU 695 59.934 0.500 -26.484
2 HA LEU 695 HA LEU 695 59.802 1.791 -23.905
3 HB2 LEU 695 HB2 LEU 695 60.124 -0.307 -22.707
4 HB3 LEU 695 HB3 LEU 695 58.639 -0.356 -23.613
5 HG LEU 695 HG LEU 695 61.195 -1.781 -24.441
6 HD13 LEU 695 HD11 LEU 695 60.335 -2.698 -22.377
7 HD12 LEU 695 HD12 LEU 695 60.065 -3.819 -23.709
8 HD11 LEU 695 HD13 LEU 695 58.728 -2.850 -23.091
9 HD21 LEU 695 HD21 LEU 695 58.360 -2.057 -25.467
10 HD23 LEU 695 HD22 LEU 695 59.733 -3.046 -25.960
11 HD22 LEU 695 HD23 LEU 695 59.705 -1.325 -26.343
No H/Q in entry = 11
In of MODEL 34
1 H THR 696 H THR 696 61.659 2.826 -23.789
2 HA THR 696 HA THR 696 63.981 1.745 -25.142
3 HB THR 696 HB THR 696 63.689 4.359 -23.634
4 HG1 THR 696 HG1 THR 696 62.532 4.966 -25.277
5 HG21 THR 696 HG21 THR 696 66.010 3.626 -24.052
6 HG23 THR 696 HG22 THR 696 65.600 5.070 -24.983
7 HG22 THR 696 HG23 THR 696 65.634 3.494 -25.771
No H/Q in entry = 7
In of MODEL 34
1 H GLN 697 H GLN 697 63.395 3.248 -21.955
2 HA GLN 697 HA GLN 697 65.437 1.537 -20.782
3 HB2 GLN 697 HB2 GLN 697 65.332 3.977 -20.237
4 HB3 GLN 697 HB3 GLN 697 63.745 3.725 -19.536
5 HG2 GLN 697 HG2 GLN 697 65.462 3.883 -17.823
6 HG3 GLN 697 HG3 GLN 697 64.714 2.286 -17.822
7 HE21 GLN 697 HE21 GLN 697 67.575 4.102 -18.572
8 HE22 GLN 697 HE22 GLN 697 68.633 2.747 -18.706
No H/Q in entry = 8
In of MODEL 34
1 H ALA 698 H ALA 698 62.097 1.986 -21.039
2 HA ALA 698 HA ALA 698 60.247 0.835 -20.555
3 HB3 ALA 698 HB1 ALA 698 60.323 -1.536 -20.174
4 HB2 ALA 698 HB2 ALA 698 62.006 -1.435 -19.677
5 HB1 ALA 698 HB3 ALA 698 61.571 -1.126 -21.359
No H/Q in entry = 5
In of MODEL 34
1 H VAL 699 H VAL 699 59.114 -0.427 -18.736
2 HA VAL 699 HA VAL 699 60.022 0.596 -16.142
3 HB VAL 699 HB VAL 699 57.131 0.244 -17.028
4 HG12 VAL 699 HG11 VAL 699 58.270 1.519 -14.547
5 HG11 VAL 699 HG12 VAL 699 57.437 -0.032 -14.635
6 HG13 VAL 699 HG13 VAL 699 56.560 1.460 -14.976
7 HG23 VAL 699 HG21 VAL 699 58.692 2.811 -16.736
8 HG22 VAL 699 HG22 VAL 699 56.960 2.698 -17.058
9 HG21 VAL 699 HG23 VAL 699 58.122 2.108 -18.248
No H/Q in entry = 9
In of MODEL 34
1 HA PRO 700 HA PRO 700 60.282 -3.796 -15.584
2 HB2 PRO 700 HB2 PRO 700 60.326 -3.762 -12.802
3 HB3 PRO 700 HB3 PRO 700 61.735 -3.625 -13.857
4 HG2 PRO 700 HG2 PRO 700 60.172 -1.489 -12.492
5 HG3 PRO 700 HG3 PRO 700 61.917 -1.594 -12.773
6 HD2 PRO 700 HD2 PRO 700 60.341 0.001 -14.232
7 HD3 PRO 700 HD3 PRO 700 61.731 -0.842 -14.957
No H/Q in entry = 7
In of MODEL 34
1 H LYS 701 H LYS 701 58.844 -5.329 -15.511
2 HA LYS 701 HA LYS 701 56.177 -4.825 -14.471
3 HB2 LYS 701 HB2 LYS 701 57.344 -7.216 -15.930
4 HB3 LYS 701 HB3 LYS 701 55.668 -7.068 -15.446
5 HG2 LYS 701 HG2 LYS 701 57.074 -5.275 -17.420
6 HG3 LYS 701 HG3 LYS 701 56.050 -6.645 -17.842
7 HD2 LYS 701 HD2 LYS 701 54.165 -5.524 -16.656
8 HD3 LYS 701 HD3 LYS 701 55.213 -4.132 -16.393
9 HE2 LYS 701 HE2 LYS 701 55.482 -3.890 -18.832
10 HE3 LYS 701 HE3 LYS 701 54.403 -5.257 -19.075
11 HZ2 LYS 701 HZ1 LYS 701 53.674 -2.647 -17.836
12 HZ1 LYS 701 HZ2 LYS 701 52.646 -3.981 -17.959
13 HZ3 LYS 701 HZ3 LYS 701 53.163 -3.223 -19.339
No H/Q in entry = 13
In of MODEL 34
1 H CYS 702 H CYS 702 55.462 -5.763 -12.624
2 HA CYS 702 HA CYS 702 57.433 -7.387 -11.163
3 HB2 CYS 702 HB2 CYS 702 55.027 -5.992 -9.933
4 HB3 CYS 702 HB3 CYS 702 56.443 -6.643 -9.156
No H/Q in entry = 4
In of MODEL 34
1 H GLN 703 H GLN 703 56.454 -9.196 -9.934
2 HA GLN 703 HA GLN 703 54.330 -10.378 -11.436
3 HB2 GLN 703 HB2 GLN 703 55.604 -11.250 -8.835
4 HB3 GLN 703 HB3 GLN 703 54.508 -12.224 -9.804
5 HG2 GLN 703 HG2 GLN 703 57.222 -11.247 -10.660
6 HG3 GLN 703 HG3 GLN 703 56.837 -12.877 -10.117
7 HE21 GLN 703 HE21 GLN 703 57.918 -11.896 -12.649
8 HE22 GLN 703 HE22 GLN 703 56.864 -12.469 -13.886
No H/Q in entry = 8
In of MODEL 34
1 H ARG 704 H ARG 704 52.433 -11.248 -10.113
2 HA ARG 704 HA ARG 704 50.911 -9.010 -9.366
3 HB2 ARG 704 HB2 ARG 704 50.348 -11.939 -8.984
4 HB3 ARG 704 HB3 ARG 704 49.164 -10.668 -8.719
5 HG2 ARG 704 HG2 ARG 704 50.591 -11.079 -11.323
6 HG3 ARG 704 HG3 ARG 704 49.026 -11.802 -10.932
7 HD2 ARG 704 HD2 ARG 704 47.975 -9.723 -10.869
8 HD3 ARG 704 HD3 ARG 704 49.478 -8.866 -10.678
9 HE ARG 704 HE ARG 704 50.011 -9.502 -12.973
10 HH11 ARG 704 HH11 ARG 704 46.576 -9.477 -12.045
11 HH12 ARG 704 HH12 ARG 704 46.027 -9.165 -13.627
12 HH21 ARG 704 HH21 ARG 704 49.234 -8.965 -15.108
13 HH22 ARG 704 HH22 ARG 704 47.575 -8.794 -15.386
No H/Q in entry = 13
In of MODEL 34
1 H TRP 705 H TRP 705 52.755 -11.171 -7.428
2 HA TRP 705 HA TRP 705 51.617 -10.150 -4.946
3 HB2 TRP 705 HB2 TRP 705 53.012 -11.943 -3.892
4 HB3 TRP 705 HB3 TRP 705 51.831 -12.543 -5.056
5 HD1 TRP 705 HD1 TRP 705 55.596 -12.337 -4.440
6 HE1 TRP 705 HE1 TRP 705 56.818 -13.615 -6.241
7 HE3 TRP 705 HE3 TRP 705 51.632 -13.402 -7.515
8 HZ2 TRP 705 HZ2 TRP 705 56.213 -14.996 -8.648
9 HZ3 TRP 705 HZ3 TRP 705 52.052 -14.739 -9.534
10 HH2 TRP 705 HH2 TRP 705 54.297 -15.516 -10.088
No H/Q in entry = 10
In of MODEL 34
1 H GLU 706 H GLU 706 53.666 -8.954 -7.018
2 HA GLU 706 HA GLU 706 55.654 -8.167 -5.034
3 HB2 GLU 706 HB2 GLU 706 55.928 -8.446 -8.014
4 HB3 GLU 706 HB3 GLU 706 57.143 -7.697 -6.972
5 HG2 GLU 706 HG2 GLU 706 57.354 -9.856 -5.806
6 HG3 GLU 706 HG3 GLU 706 56.204 -10.555 -6.944
No H/Q in entry = 6
In of MODEL 34
1 H LYS 707 H LYS 707 56.435 -6.086 -5.188
2 HA LYS 707 HA LYS 707 54.747 -4.167 -6.584
3 HB2 LYS 707 HB2 LYS 707 54.896 -2.652 -4.604
4 HB3 LYS 707 HB3 LYS 707 53.929 -4.085 -4.309
5 HG2 LYS 707 HG2 LYS 707 55.792 -5.082 -3.068
6 HG3 LYS 707 HG3 LYS 707 56.777 -3.660 -3.409
7 HD2 LYS 707 HD2 LYS 707 54.177 -3.625 -1.861
8 HD3 LYS 707 HD3 LYS 707 55.775 -3.658 -1.120
9 HE2 LYS 707 HE2 LYS 707 56.320 -1.514 -2.156
10 HE3 LYS 707 HE3 LYS 707 54.758 -1.495 -2.971
11 HZ3 LYS 707 HZ1 LYS 707 53.671 -1.372 -0.841
12 HZ2 LYS 707 HZ2 LYS 707 54.745 -0.104 -1.022
13 HZ1 LYS 707 HZ3 LYS 707 55.148 -1.400 -0.020
No H/Q in entry = 13
In of MODEL 34
1 H LEU 708 H LEU 708 55.828 -2.316 -7.229
2 HA LEU 708 HA LEU 708 58.674 -2.738 -7.539
3 HB2 LEU 708 HB2 LEU 708 57.320 -2.233 -9.507
4 HB3 LEU 708 HB3 LEU 708 56.823 -0.715 -8.785
5 HG LEU 708 HG LEU 708 59.147 0.087 -8.903
6 HD12 LEU 708 HD11 LEU 708 60.792 -1.148 -10.228
7 HD11 LEU 708 HD12 LEU 708 59.676 -2.511 -10.333
8 HD13 LEU 708 HD13 LEU 708 60.329 -2.021 -8.770
9 HD23 LEU 708 HD21 LEU 708 58.022 -0.911 -11.516
10 HD22 LEU 708 HD22 LEU 708 59.220 0.374 -11.336
11 HD21 LEU 708 HD23 LEU 708 57.589 0.592 -10.704
No H/Q in entry = 11
In of MODEL 34
1 H GLN 709 H GLN 709 59.992 -1.903 -6.109
2 HA GLN 709 HA GLN 709 59.768 0.895 -5.550
3 HB2 GLN 709 HB2 GLN 709 59.998 0.743 -3.171
4 HB3 GLN 709 HB3 GLN 709 58.628 -0.267 -3.603
5 HG2 GLN 709 HG2 GLN 709 60.148 -2.257 -3.425
6 HG3 GLN 709 HG3 GLN 709 61.392 -1.160 -2.907
7 HE21 GLN 709 HE21 GLN 709 61.372 -0.264 -0.908
8 HE22 GLN 709 HE22 GLN 709 60.315 -0.777 0.336
No H/Q in entry = 8
In of MODEL 34
1 H ASN 710 H ASN 710 61.759 1.781 -5.338
2 HA ASN 710 HA ASN 710 64.028 1.998 -5.266
3 HB2 ASN 710 HB2 ASN 710 63.647 0.468 -3.152
4 HB3 ASN 710 HB3 ASN 710 64.135 -0.815 -4.211
5 HD21 ASN 710 HD21 ASN 710 65.780 -1.171 -2.724
6 HD22 ASN 710 HD22 ASN 710 67.212 -0.214 -2.793
No H/Q in entry = 6
In of MODEL 34
1 H SER 711 H SER 711 62.641 0.740 -7.598
2 HA SER 711 HA SER 711 63.160 0.082 -9.684
3 HB2 SER 711 HB2 SER 711 65.168 1.544 -9.434
4 HB3 SER 711 HB3 SER 711 66.061 0.190 -8.759
5 HG SER 711 HG SER 711 65.530 -0.876 -10.837
No H/Q in entry = 5
In of MODEL 34
1 H ARG 712 H ARG 712 62.890 -1.825 -7.315
2 HA ARG 712 HA ARG 712 63.709 -4.196 -8.800
3 HB2 ARG 712 HB2 ARG 712 64.372 -5.331 -6.736
4 HB3 ARG 712 HB3 ARG 712 65.361 -3.902 -6.992
5 HG2 ARG 712 HG2 ARG 712 64.124 -2.692 -5.338
6 HG3 ARG 712 HG3 ARG 712 62.981 -4.015 -5.149
7 HD2 ARG 712 HD2 ARG 712 64.550 -4.074 -3.315
8 HD3 ARG 712 HD3 ARG 712 64.864 -5.442 -4.380
9 HE ARG 712 HE ARG 712 66.571 -3.644 -5.331
10 HH11 ARG 712 HH11 ARG 712 65.999 -4.670 -1.970
11 HH12 ARG 712 HH12 ARG 712 67.560 -4.316 -1.439
12 HH21 ARG 712 HH21 ARG 712 68.744 -3.199 -4.613
13 HH22 ARG 712 HH22 ARG 712 69.175 -3.470 -2.988
No H/Q in entry = 13
In of MODEL 34
1 H CYS 713 H CYS 713 62.450 -6.081 -8.120
2 HA CYS 713 HA CYS 713 59.744 -5.262 -7.395
3 HB2 CYS 713 HB2 CYS 713 60.765 -7.829 -8.619
4 HB3 CYS 713 HB3 CYS 713 59.074 -7.425 -8.361
No H/Q in entry = 4
In of MODEL 34
1 H VAL 714 H VAL 714 59.256 -5.555 -5.334
2 HA VAL 714 HA VAL 714 60.554 -7.748 -3.864
3 HB VAL 714 HB VAL 714 60.113 -6.452 -1.791
4 HG13 VAL 714 HG11 VAL 714 62.290 -6.205 -2.840
5 HG12 VAL 714 HG12 VAL 714 61.773 -4.677 -2.116
6 HG11 VAL 714 HG13 VAL 714 61.657 -4.911 -3.859
7 HG21 VAL 714 HG21 VAL 714 59.185 -4.285 -3.670
8 HG23 VAL 714 HG22 VAL 714 59.449 -4.083 -1.944
9 HG22 VAL 714 HG23 VAL 714 58.187 -5.173 -2.520
No H/Q in entry = 9
In of MODEL 34
1 H CYS 715 H CYS 715 59.042 -8.474 -1.998
2 HA CYS 715 HA CYS 715 56.518 -9.029 -3.317
3 HB2 CYS 715 HB2 CYS 715 57.680 -10.131 -0.759
4 HB3 CYS 715 HB3 CYS 715 56.169 -10.656 -1.486
No H/Q in entry = 4
In of MODEL 34
1 H LYS 716 H LYS 716 54.547 -8.575 -2.530
2 HA LYS 716 HA LYS 716 54.210 -6.189 -0.996
3 HB2 LYS 716 HB2 LYS 716 52.190 -8.250 -1.945
4 HB3 LYS 716 HB3 LYS 716 51.785 -6.664 -1.300
5 HG2 LYS 716 HG2 LYS 716 52.706 -5.554 -3.162
6 HG3 LYS 716 HG3 LYS 716 53.547 -7.001 -3.704
7 HD2 LYS 716 HD2 LYS 716 51.674 -6.637 -5.168
8 HD3 LYS 716 HD3 LYS 716 51.335 -8.040 -4.180
9 HE2 LYS 716 HE2 LYS 716 49.845 -6.755 -2.777
10 HE3 LYS 716 HE3 LYS 716 50.271 -5.270 -3.630
11 HZ1 LYS 716 HZ1 LYS 716 48.939 -7.618 -4.902
12 HZ3 LYS 716 HZ2 LYS 716 49.266 -6.135 -5.636
13 HZ2 LYS 716 HZ3 LYS 716 48.153 -6.214 -4.403
No H/Q in entry = 13
In of MODEL 34
1 H MET 717 H MET 717 52.272 -6.449 0.778
2 HA MET 717 HA MET 717 53.266 -8.496 2.609
3 HB2 MET 717 HB2 MET 717 51.991 -5.826 3.216
4 HB3 MET 717 HB3 MET 717 52.392 -7.024 4.433
5 HG2 MET 717 HG2 MET 717 54.339 -5.602 2.624
6 HG3 MET 717 HG3 MET 717 54.094 -5.303 4.341
7 HE1 MET 717 HE1 MET 717 54.792 -7.022 6.256
8 HE3 MET 717 HE2 MET 717 55.503 -8.604 5.939
9 HE2 MET 717 HE3 MET 717 53.822 -8.296 5.511
No H/Q in entry = 9
In of MODEL 34
1 HA PRO 718 HA PRO 718 49.419 -10.629 2.517
2 HB2 PRO 718 HB2 PRO 718 49.456 -10.797 5.482
3 HB3 PRO 718 HB3 PRO 718 49.408 -12.096 4.286
4 HG2 PRO 718 HG2 PRO 718 51.639 -11.594 5.628
5 HG3 PRO 718 HG3 PRO 718 51.703 -12.002 3.902
6 HD2 PRO 718 HD2 PRO 718 51.928 -9.328 5.232
7 HD3 PRO 718 HD3 PRO 718 52.878 -10.002 3.888
No H/Q in entry = 7
In of MODEL 34
1 H TYR 719 H TYR 719 49.638 -7.856 4.509
2 HA TYR 719 HA TYR 719 46.730 -7.693 4.806
3 HB2 TYR 719 HB2 TYR 719 47.236 -5.761 6.340
4 HB3 TYR 719 HB3 TYR 719 47.893 -7.303 6.869
5 HD1 TYR 719 HD1 TYR 719 50.336 -7.737 6.703
6 HD2 TYR 719 HD2 TYR 719 48.672 -3.933 5.763
7 HE1 TYR 719 HE1 TYR 719 52.550 -6.726 6.891
8 HE2 TYR 719 HE2 TYR 719 50.895 -2.916 5.929
9 HH TYR 719 HH TYR 719 53.018 -3.347 6.926
No H/Q in entry = 9
In of MODEL 34
1 H GLU 720 H GLU 720 48.832 -6.960 2.517
2 HA GLU 720 HA GLU 720 47.773 -4.344 1.744
3 HB2 GLU 720 HB2 GLU 720 50.224 -4.939 1.606
4 HB3 GLU 720 HB3 GLU 720 49.815 -6.160 0.421
5 HG2 GLU 720 HG2 GLU 720 50.683 -4.278 -0.734
6 HG3 GLU 720 HG3 GLU 720 48.947 -4.330 -1.039
No H/Q in entry = 6
In of MODEL 34
1 H CYS 721 H CYS 721 47.055 -7.516 1.629
2 HA CYS 721 HA CYS 721 46.264 -7.890 -1.095
3 HB2 CYS 721 HB2 CYS 721 45.724 -9.557 1.357
4 HB3 CYS 721 HB3 CYS 721 45.572 -10.074 -0.322
No H/Q in entry = 4
In of MODEL 34
1 H GLY 722 H GLY 722 44.309 -7.526 -1.911
2 HA3 GLY 722 HA2 GLY 722 42.003 -7.340 -0.170
3 HA2 GLY 722 HA3 GLY 722 42.430 -5.894 -1.073
No H/Q in entry = 3
In of MODEL 34
1 HA PRO 723 HA PRO 723 40.275 -7.504 -4.519
2 HB2 PRO 723 HB2 PRO 723 42.087 -6.724 -6.593
3 HB3 PRO 723 HB3 PRO 723 40.673 -5.854 -6.003
4 HG2 PRO 723 HG2 PRO 723 43.294 -5.019 -5.682
5 HG3 PRO 723 HG3 PRO 723 41.925 -4.472 -4.703
6 HD2 PRO 723 HD2 PRO 723 44.005 -6.527 -4.081
7 HD3 PRO 723 HD3 PRO 723 43.223 -5.351 -3.004
No H/Q in entry = 7
In of MODEL 34
1 H SER 724 H SER 724 40.594 -9.756 -4.013
2 HA SER 724 HA SER 724 41.623 -11.148 -6.268
3 HB2 SER 724 HB2 SER 724 42.828 -11.469 -3.550
4 HB3 SER 724 HB3 SER 724 42.770 -12.829 -4.670
5 HG SER 724 HG SER 724 43.730 -11.222 -6.184
No H/Q in entry = 5
In of MODEL 34
1 H LEU 725 H LEU 725 41.008 -13.341 -6.285
2 HA LEU 725 HA LEU 725 38.385 -13.864 -5.406
3 HB2 LEU 725 HB2 LEU 725 40.578 -15.430 -6.684
4 HB3 LEU 725 HB3 LEU 725 39.064 -16.194 -6.280
5 HG LEU 725 HG LEU 725 39.284 -13.784 -8.080
6 HD11 LEU 725 HD11 LEU 725 39.112 -16.704 -8.844
7 HD13 LEU 725 HD12 LEU 725 40.516 -15.648 -9.066
8 HD12 LEU 725 HD13 LEU 725 39.022 -15.318 -9.936
9 HD21 LEU 725 HD21 LEU 725 37.105 -15.803 -7.628
10 HD23 LEU 725 HD22 LEU 725 37.080 -14.502 -8.815
11 HD22 LEU 725 HD23 LEU 725 37.100 -14.120 -7.095
No H/Q in entry = 11
In of MODEL 34
1 H ASP 726 H ASP 726 37.622 -15.166 -3.786
2 HA ASP 726 HA ASP 726 39.431 -15.701 -1.587
3 HB2 ASP 726 HB2 ASP 726 36.442 -16.170 -1.819
4 HB3 ASP 726 HB3 ASP 726 37.393 -16.516 -0.391
No H/Q in entry = 4
In of MODEL 34
1 H VAL 727 H VAL 727 40.201 -17.585 -1.062
2 HA VAL 727 HA VAL 727 39.134 -20.000 -2.284
3 HB VAL 727 HB VAL 727 41.451 -20.817 -2.728
4 HG13 VAL 727 HG11 VAL 727 41.807 -19.547 -4.798
5 HG12 VAL 727 HG12 VAL 727 40.681 -18.316 -4.228
6 HG11 VAL 727 HG13 VAL 727 40.106 -19.948 -4.561
7 HG22 VAL 727 HG21 VAL 727 43.312 -19.213 -2.840
8 HG21 VAL 727 HG22 VAL 727 42.661 -19.317 -1.207
9 HG23 VAL 727 HG23 VAL 727 42.250 -17.944 -2.232
No H/Q in entry = 9
In of MODEL 34
1 H CYS 728 H CYS 728 40.302 -21.958 -1.242
2 HA CYS 728 HA CYS 728 40.587 -21.393 1.610
3 HB2 CYS 728 HB2 CYS 728 39.450 -23.837 0.257
4 HB3 CYS 728 HB3 CYS 728 39.566 -23.561 1.992
No H/Q in entry = 4
In of MODEL 34
1 H ALA 729 H ALA 729 42.497 -21.982 2.438
2 HA ALA 729 HA ALA 729 44.093 -23.901 0.909
3 HB3 ALA 729 HB1 ALA 729 44.855 -21.618 0.441
4 HB2 ALA 729 HB2 ALA 729 46.066 -22.572 1.299
5 HB1 ALA 729 HB3 ALA 729 45.106 -21.374 2.171
No H/Q in entry = 5
In of MODEL 34
1 H GLN 730 H GLN 730 45.623 -25.019 2.127
2 HA GLN 730 HA GLN 730 44.834 -25.294 4.911
3 HB2 GLN 730 HB2 GLN 730 44.810 -27.330 3.516
4 HB3 GLN 730 HB3 GLN 730 46.526 -27.114 3.215
5 HG2 GLN 730 HG2 GLN 730 47.050 -27.417 5.517
6 HG3 GLN 730 HG3 GLN 730 45.351 -27.479 5.956
7 HE21 GLN 730 HE21 GLN 730 45.428 -29.522 6.817
8 HE22 GLN 730 HE22 GLN 730 45.763 -30.933 5.904
No H/Q in entry = 8
In of MODEL 34
1 H ASP 731 H ASP 731 45.916 -24.478 6.327
2 HA ASP 731 HA ASP 731 48.459 -23.241 6.085
3 HB2 ASP 731 HB2 ASP 731 46.753 -22.432 7.619
4 HB3 ASP 731 HB3 ASP 731 46.700 -23.988 8.400
No H/Q in entry = 4
In of MODEL 34
1 H GLU 732 H GLU 732 50.278 -24.465 5.900
2 HA GLU 732 HA GLU 732 50.414 -27.178 6.554
3 HB2 GLU 732 HB2 GLU 732 52.605 -25.187 5.969
4 HB3 GLU 732 HB3 GLU 732 52.920 -26.872 6.313
5 HG2 GLU 732 HG2 GLU 732 51.197 -25.842 4.080
6 HG3 GLU 732 HG3 GLU 732 52.853 -26.433 3.932
No H/Q in entry = 6
In of MODEL 34
1 H ARG 733 H ARG 733 50.849 -24.467 8.559
2 HA ARG 733 HA ARG 733 52.579 -25.630 10.472
3 HB2 ARG 733 HB2 ARG 733 52.304 -23.205 10.213
4 HB3 ARG 733 HB3 ARG 733 50.640 -23.334 10.737
5 HG2 ARG 733 HG2 ARG 733 52.031 -22.483 12.527
6 HG3 ARG 733 HG3 ARG 733 51.385 -24.065 12.950
7 HD2 ARG 733 HD2 ARG 733 53.499 -25.118 12.465
8 HD3 ARG 733 HD3 ARG 733 54.161 -23.603 11.844
9 HE ARG 733 HE ARG 733 53.328 -23.070 14.398
10 HH11 ARG 733 HH11 ARG 733 55.644 -25.354 13.036
11 HH12 ARG 733 HH12 ARG 733 56.713 -25.273 14.348
12 HH21 ARG 733 HH21 ARG 733 54.758 -22.927 16.179
13 HH22 ARG 733 HH22 ARG 733 56.204 -23.833 16.206
No H/Q in entry = 13
In of MODEL 34
1 H SER 734 H SER 734 49.067 -24.947 10.665
2 HA SER 734 HA SER 734 48.965 -26.932 12.832
3 HB2 SER 734 HB2 SER 734 46.886 -24.893 12.050
4 HB3 SER 734 HB3 SER 734 46.918 -25.865 13.522
5 HG SER 734 HG SER 734 49.118 -24.308 12.874
No H/Q in entry = 5
In of MODEL 34
1 H LYS 735 H LYS 735 48.503 -26.929 9.571
2 HA LYS 735 HA LYS 735 47.475 -28.170 8.065
3 HB2 LYS 735 HB2 LYS 735 47.038 -30.037 10.400
4 HB3 LYS 735 HB3 LYS 735 46.659 -30.457 8.736
5 HG2 LYS 735 HG2 LYS 735 49.377 -29.841 9.890
6 HG3 LYS 735 HG3 LYS 735 48.790 -31.396 9.291
7 HD2 LYS 735 HD2 LYS 735 48.492 -30.254 7.037
8 HD3 LYS 735 HD3 LYS 735 49.367 -28.900 7.721
9 HE2 LYS 735 HE2 LYS 735 50.436 -31.699 7.508
10 HE3 LYS 735 HE3 LYS 735 50.861 -30.360 6.444
11 HZ3 LYS 735 HZ1 LYS 735 52.521 -30.681 8.095
12 HZ2 LYS 735 HZ2 LYS 735 51.425 -30.569 9.355
13 HZ1 LYS 735 HZ3 LYS 735 51.774 -29.206 8.406
No H/Q in entry = 13
In of MODEL 34
1 H ARG 736 H ARG 736 46.057 -26.164 9.289
2 HA ARG 736 HA ARG 736 43.267 -27.079 9.456
3 HB2 ARG 736 HB2 ARG 736 42.898 -24.741 10.333
4 HB3 ARG 736 HB3 ARG 736 43.966 -25.725 11.330
5 HG2 ARG 736 HG2 ARG 736 45.914 -24.651 10.247
6 HG3 ARG 736 HG3 ARG 736 44.805 -23.643 9.333
7 HD2 ARG 736 HD2 ARG 736 44.060 -22.557 11.313
8 HD3 ARG 736 HD3 ARG 736 44.947 -23.694 12.334
9 HE ARG 736 HE ARG 736 46.925 -22.707 10.866
10 HH11 ARG 736 HH11 ARG 736 44.313 -20.977 12.562
11 HH12 ARG 736 HH12 ARG 736 45.255 -19.591 12.829
12 HH21 ARG 736 HH21 ARG 736 48.189 -20.769 11.263
13 HH22 ARG 736 HH22 ARG 736 47.473 -19.473 12.109
No H/Q in entry = 13
In of MODEL 34
1 H ILE 737 H ILE 737 41.749 -26.334 7.962
2 HA ILE 737 HA ILE 737 42.834 -25.060 5.585
3 HB ILE 737 HB ILE 737 39.956 -25.804 6.131
4 HG12 ILE 737 HG12 ILE 737 41.433 -27.794 6.392
5 HG13 ILE 737 HG13 ILE 737 40.306 -27.949 5.051
6 HG22 ILE 737 HG21 ILE 737 41.488 -25.449 3.542
7 HG21 ILE 737 HG22 ILE 737 40.403 -24.264 4.263
8 HG23 ILE 737 HG23 ILE 737 39.764 -25.809 3.703
9 HD12 ILE 737 HD11 ILE 737 43.224 -27.272 4.918
10 HD11 ILE 737 HD12 ILE 737 42.124 -27.355 3.538
11 HD13 ILE 737 HD13 ILE 737 42.476 -28.814 4.476
No H/Q in entry = 11
In of MODEL 34
1 H LEU 738 H LEU 738 42.666 -22.895 5.311
2 HA LEU 738 HA LEU 738 40.580 -21.547 6.804
3 HB2 LEU 738 HB2 LEU 738 42.092 -19.764 7.471
4 HB3 LEU 738 HB3 LEU 738 42.554 -21.299 8.190
5 HG LEU 738 HG LEU 738 44.234 -21.288 6.092
6 HD12 LEU 738 HD11 LEU 738 43.832 -18.397 6.641
7 HD11 LEU 738 HD12 LEU 738 43.271 -19.285 5.232
8 HD13 LEU 738 HD13 LEU 738 45.012 -19.155 5.554
9 HD21 LEU 738 HD21 LEU 738 44.628 -19.724 8.622
10 HD23 LEU 738 HD22 LEU 738 45.890 -20.218 7.490
11 HD22 LEU 738 HD23 LEU 738 44.967 -21.451 8.374
No H/Q in entry = 11
In of MODEL 34
1 HA PRO 739 HA PRO 739 39.805 -19.375 3.054
2 HB2 PRO 739 HB2 PRO 739 38.672 -17.108 4.012
3 HB3 PRO 739 HB3 PRO 739 37.860 -18.687 4.099
4 HG2 PRO 739 HG2 PRO 739 39.380 -17.221 6.215
5 HG3 PRO 739 HG3 PRO 739 37.824 -18.062 6.331
6 HD2 PRO 739 HD2 PRO 739 40.145 -19.183 7.140
7 HD3 PRO 739 HD3 PRO 739 38.807 -20.135 6.468
No H/Q in entry = 7
In of MODEL 34
1 H LEU 740 H LEU 740 41.235 -18.426 1.776
2 HA LEU 740 HA LEU 740 42.709 -16.047 2.661
3 HB2 LEU 740 HB2 LEU 740 43.857 -18.436 1.201
4 HB3 LEU 740 HB3 LEU 740 44.631 -16.872 1.220
5 HG LEU 740 HG LEU 740 44.135 -18.590 3.658
6 HD13 LEU 740 HD11 LEU 740 46.481 -18.983 3.655
7 HD12 LEU 740 HD12 LEU 740 46.690 -17.989 2.197
8 HD11 LEU 740 HD13 LEU 740 45.815 -19.513 2.104
9 HD21 LEU 740 HD21 LEU 740 44.156 -16.188 4.154
10 HD23 LEU 740 HD22 LEU 740 45.710 -16.052 3.313
11 HD22 LEU 740 HD23 LEU 740 45.586 -17.005 4.786
No H/Q in entry = 11
In of MODEL 34
1 H THR 741 H THR 741 43.697 -15.013 0.606
2 HA THR 741 HA THR 741 41.853 -15.416 -1.610
3 HB THR 741 HB THR 741 42.714 -13.119 -2.292
4 HG1 THR 741 HG1 THR 741 43.007 -12.125 0.116
5 HG23 THR 741 HG21 THR 741 40.496 -13.534 -1.645
6 HG22 THR 741 HG22 THR 741 41.011 -11.985 -0.946
7 HG21 THR 741 HG23 THR 741 40.895 -13.445 0.073
No H/Q in entry = 7
In of MODEL 34
1 H VAL 742 H VAL 742 42.839 -14.857 -3.662
2 HA VAL 742 HA VAL 742 44.994 -16.402 -4.191
3 HB VAL 742 HB VAL 742 44.022 -14.022 -5.763
4 HG12 VAL 742 HG11 VAL 742 44.964 -15.109 -7.711
5 HG11 VAL 742 HG12 VAL 742 45.690 -16.353 -6.685
6 HG13 VAL 742 HG13 VAL 742 46.204 -14.665 -6.543
7 HG22 VAL 742 HG21 VAL 742 42.297 -15.585 -5.342
8 HG21 VAL 742 HG22 VAL 742 43.324 -16.913 -5.944
9 HG23 VAL 742 HG23 VAL 742 42.789 -15.621 -7.039
No H/Q in entry = 9
In of MODEL 34
1 H CYS 743 H CYS 743 44.866 -12.848 -3.946
2 HA CYS 743 HA CYS 743 47.538 -12.255 -4.230
3 HB2 CYS 743 HB2 CYS 743 45.681 -10.591 -4.209
4 HB3 CYS 743 HB3 CYS 743 45.548 -10.802 -2.473
No H/Q in entry = 4
In of MODEL 34
1 H LYS 744 H LYS 744 45.739 -12.983 -1.265
2 HA LYS 744 HA LYS 744 47.805 -12.370 0.533
3 HB2 LYS 744 HB2 LYS 744 45.229 -12.839 0.782
4 HB3 LYS 744 HB3 LYS 744 45.794 -14.452 1.160
5 HG2 LYS 744 HG2 LYS 744 47.150 -13.599 2.979
6 HG3 LYS 744 HG3 LYS 744 46.632 -11.949 2.606
7 HD2 LYS 744 HD2 LYS 744 44.287 -12.697 2.941
8 HD3 LYS 744 HD3 LYS 744 44.899 -14.239 3.520
9 HE2 LYS 744 HE2 LYS 744 44.434 -12.906 5.425
10 HE3 LYS 744 HE3 LYS 744 46.188 -12.965 5.250
11 HZ2 LYS 744 HZ1 LYS 744 45.391 -10.745 5.751
12 HZ1 LYS 744 HZ2 LYS 744 44.434 -10.744 4.374
13 HZ3 LYS 744 HZ3 LYS 744 46.103 -10.730 4.229
No H/Q in entry = 13
In of MODEL 34
1 H MET 745 H MET 745 46.668 -15.473 -0.741
2 HA MET 745 HA MET 745 48.520 -17.165 0.470
3 HB2 MET 745 HB2 MET 745 46.979 -18.401 -0.463
4 HB3 MET 745 HB3 MET 745 46.624 -17.281 -1.768
5 HG2 MET 745 HG2 MET 745 47.439 -19.175 -2.900
6 HG3 MET 745 HG3 MET 745 48.820 -18.132 -2.793
7 HE1 MET 745 HE1 MET 745 47.095 -21.293 -1.448
8 HE3 MET 745 HE2 MET 745 47.302 -20.424 0.079
9 HE2 MET 745 HE3 MET 745 48.220 -21.893 -0.241
No H/Q in entry = 9
In of MODEL 34
1 H HIS 746 H HIS 746 48.722 -15.440 -2.647
2 HA HIS 746 HA HIS 746 51.185 -16.676 -3.411
3 HB2 HIS 746 HB2 HIS 746 49.705 -14.313 -4.351
4 HB3 HIS 746 HB3 HIS 746 51.400 -14.451 -4.851
5 HD1 HIS 746 HD1 HIS 746 51.899 -16.393 -6.571
6 HD2 HIS 746 HD2 HIS 746 47.897 -15.911 -5.606
7 HE1 HIS 746 HE1 HIS 746 50.630 -17.506 -8.407
8 HE2 HIS 746 HE2 HIS 746 48.203 -17.169 -7.828
No H/Q in entry = 8
In of MODEL 34
1 H VAL 747 H VAL 747 50.472 -13.560 -1.925
2 HA VAL 747 HA VAL 747 53.087 -12.609 -1.741
3 HB VAL 747 HB VAL 747 50.579 -12.056 -0.146
4 HG11 VAL 747 HG11 VAL 747 52.522 -11.705 1.359
5 HG13 VAL 747 HG12 VAL 747 51.739 -10.193 0.946
6 HG12 VAL 747 HG13 VAL 747 53.249 -10.648 0.155
7 HG22 VAL 747 HG21 VAL 747 50.668 -11.280 -2.434
8 HG21 VAL 747 HG22 VAL 747 52.216 -10.512 -2.111
9 HG23 VAL 747 HG23 VAL 747 50.750 -9.902 -1.319
No H/Q in entry = 9
In of MODEL 34
1 H LEU 748 H LEU 748 51.117 -14.212 0.655
2 HA LEU 748 HA LEU 748 53.080 -14.434 2.584
3 HB2 LEU 748 HB2 LEU 748 51.087 -14.674 3.573
4 HB3 LEU 748 HB3 LEU 748 50.335 -15.246 2.119
5 HG LEU 748 HG LEU 748 51.851 -17.067 3.992
6 HD13 LEU 748 HD11 LEU 748 49.650 -17.611 4.905
7 HD12 LEU 748 HD12 LEU 748 48.904 -16.411 3.858
8 HD11 LEU 748 HD13 LEU 748 49.991 -15.896 5.155
9 HD22 LEU 748 HD21 LEU 748 50.536 -18.782 2.892
10 HD21 LEU 748 HD22 LEU 748 51.408 -17.867 1.662
11 HD23 LEU 748 HD23 LEU 748 49.692 -17.575 1.937
No H/Q in entry = 11
In of MODEL 34
1 H HIS 749 H HIS 749 52.291 -16.532 -0.091
2 HA HIS 749 HA HIS 749 53.845 -18.786 0.610
3 HB2 HIS 749 HB2 HIS 749 52.096 -18.557 -1.258
4 HB3 HIS 749 HB3 HIS 749 53.362 -17.787 -2.201
5 HD1 HIS 749 HD1 HIS 749 55.166 -19.383 -3.273
6 HD2 HIS 749 HD2 HIS 749 52.373 -21.253 -0.838
7 HE1 HIS 749 HE1 HIS 749 55.474 -21.800 -3.664
8 HE2 HIS 749 HE2 HIS 749 54.111 -22.870 -1.887
No H/Q in entry = 8
In of MODEL 34
1 H CYS 750 H CYS 750 54.544 -15.826 -1.195
2 HA CYS 750 HA CYS 750 57.192 -16.669 -1.802
3 HB2 CYS 750 HB2 CYS 750 55.757 -14.081 -2.282
4 HB3 CYS 750 HB3 CYS 750 57.387 -14.447 -2.859
No H/Q in entry = 4
In of MODEL 34
1 H GLN 751 H GLN 751 55.684 -14.861 0.769
2 HA GLN 751 HA GLN 751 58.132 -13.812 1.700
3 HB2 GLN 751 HB2 GLN 751 55.477 -14.182 3.071
4 HB3 GLN 751 HB3 GLN 751 56.840 -13.300 3.752
5 HG2 GLN 751 HG2 GLN 751 55.542 -12.617 1.135
6 HG3 GLN 751 HG3 GLN 751 55.085 -11.874 2.652
7 HE21 GLN 751 HE21 GLN 751 55.663 -9.880 1.850
8 HE22 GLN 751 HE22 GLN 751 57.301 -9.356 1.710
No H/Q in entry = 8
In of MODEL 34
1 H GLY 752 H GLY 752 57.095 -16.959 1.572
2 HA3 GLY 752 HA2 GLY 752 58.839 -18.537 2.259
3 HA2 GLY 752 HA3 GLY 752 58.952 -17.643 3.763
No H/Q in entry = 3
In of MODEL 34
1 H ARG 753 H ARG 753 55.717 -17.890 2.996
2 HA ARG 753 HA ARG 753 55.434 -19.965 5.011
3 HB2 ARG 753 HB2 ARG 753 53.363 -18.292 3.631
4 HB3 ARG 753 HB3 ARG 753 53.054 -19.388 4.971
5 HG2 ARG 753 HG2 ARG 753 54.741 -16.896 5.040
6 HG3 ARG 753 HG3 ARG 753 53.125 -17.070 5.719
7 HD2 ARG 753 HD2 ARG 753 54.043 -18.930 7.169
8 HD3 ARG 753 HD3 ARG 753 55.645 -18.459 6.604
9 HE ARG 753 HE ARG 753 54.266 -16.233 7.631
10 HH11 ARG 753 HH11 ARG 753 56.051 -19.126 8.701
11 HH12 ARG 753 HH12 ARG 753 56.364 -18.496 10.253
12 HH21 ARG 753 HH21 ARG 753 54.742 -15.419 9.790
13 HH22 ARG 753 HH22 ARG 753 55.606 -16.395 10.884
No H/Q in entry = 13
In of MODEL 34
1 H ASN 754 H ASN 754 54.184 -21.844 4.724
2 HA ASN 754 HA ASN 754 53.888 -22.641 1.914
3 HB2 ASN 754 HB2 ASN 754 54.466 -24.395 4.311
4 HB3 ASN 754 HB3 ASN 754 54.005 -25.010 2.734
5 HD21 ASN 754 HD21 ASN 754 56.473 -23.713 4.660
6 HD22 ASN 754 HD22 ASN 754 57.767 -23.914 3.533
No H/Q in entry = 6
In of MODEL 34
1 H TYR 755 H TYR 755 51.961 -23.016 1.231
2 HA TYR 755 HA TYR 755 49.945 -23.996 3.049
3 HB2 TYR 755 HB2 TYR 755 49.684 -21.510 1.376
4 HB3 TYR 755 HB3 TYR 755 48.297 -22.509 1.808
5 HD1 TYR 755 HD1 TYR 755 51.149 -20.686 3.339
6 HD2 TYR 755 HD2 TYR 755 47.177 -22.070 3.787
7 HE1 TYR 755 HE1 TYR 755 50.990 -19.491 5.449
8 HE2 TYR 755 HE2 TYR 755 46.998 -20.890 5.915
9 HH TYR 755 HH TYR 755 48.716 -20.203 7.687
No H/Q in entry = 9
In of MODEL 34
1 H THR 756 H THR 756 48.632 -25.332 2.157
2 HA THR 756 HA THR 756 49.199 -26.180 -0.578
3 HB THR 756 HB THR 756 47.854 -27.537 1.768
4 HG1 THR 756 HG1 THR 756 49.857 -27.878 2.295
5 HG23 THR 756 HG21 THR 756 47.940 -29.582 0.431
6 HG22 THR 756 HG22 THR 756 48.608 -28.661 -0.931
7 HG21 THR 756 HG23 THR 756 46.966 -28.336 -0.357
No H/Q in entry = 7
In of MODEL 34
1 H LEU 757 H LEU 757 47.544 -26.089 -2.128
2 HA LEU 757 HA LEU 757 45.192 -24.625 -1.357
3 HB2 LEU 757 HB2 LEU 757 46.136 -25.635 -4.037
4 HB3 LEU 757 HB3 LEU 757 44.518 -25.023 -3.813
5 HG LEU 757 HG LEU 757 45.840 -23.315 -4.785
6 HD11 LEU 757 HD11 LEU 757 44.187 -22.590 -3.200
7 HD13 LEU 757 HD12 LEU 757 45.575 -21.510 -3.195
8 HD12 LEU 757 HD13 LEU 757 45.365 -22.671 -1.888
9 HD21 LEU 757 HD21 LEU 757 47.749 -23.634 -2.465
10 HD23 LEU 757 HD22 LEU 757 47.825 -22.357 -3.680
11 HD22 LEU 757 HD23 LEU 757 48.070 -24.037 -4.153
No H/Q in entry = 11
In of MODEL 34
1 H THR 758 H THR 758 43.255 -25.324 -1.003
2 HA THR 758 HA THR 758 42.714 -28.150 -1.443
3 HB THR 758 HB THR 758 41.296 -27.912 0.707
4 HG1 THR 758 HG1 THR 758 41.997 -25.464 0.586
5 HG23 THR 758 HG21 THR 758 43.234 -28.461 2.134
6 HG22 THR 758 HG22 THR 758 44.320 -27.838 0.893
7 HG21 THR 758 HG23 THR 758 43.347 -29.273 0.573
No H/Q in entry = 7
In of MODEL 34
1 H GLY 759 H GLY 759 40.142 -28.379 -1.006
2 HA3 GLY 759 HA2 GLY 759 38.995 -26.873 -3.125
3 HA2 GLY 759 HA3 GLY 759 38.177 -28.047 -2.094
No H/Q in entry = 3
In of MODEL 34
1 H ARG 760 H ARG 760 37.038 -25.595 -2.917
2 HA ARG 760 HA ARG 760 37.352 -23.667 -0.817
3 HB2 ARG 760 HB2 ARG 760 35.747 -22.306 -1.872
4 HB3 ARG 760 HB3 ARG 760 36.505 -23.156 -3.201
5 HG2 ARG 760 HG2 ARG 760 33.847 -23.844 -1.963
6 HG3 ARG 760 HG3 ARG 760 34.067 -22.955 -3.472
7 HD2 ARG 760 HD2 ARG 760 35.219 -24.969 -4.383
8 HD3 ARG 760 HD3 ARG 760 34.825 -25.780 -2.852
9 HE ARG 760 HE ARG 760 32.451 -24.941 -3.656
10 HH11 ARG 760 HH11 ARG 760 34.971 -26.768 -5.326
11 HH12 ARG 760 HH12 ARG 760 33.906 -27.626 -6.345
12 HH21 ARG 760 HH21 ARG 760 30.956 -26.092 -5.086
13 HH22 ARG 760 HH22 ARG 760 31.553 -27.232 -6.183
No H/Q in entry = 13
In of MODEL 34
1 H ASP 761 H ASP 761 35.769 -26.566 -0.989
2 HA ASP 761 HA ASP 761 33.700 -25.814 0.835
3 HB2 ASP 761 HB2 ASP 761 33.182 -27.459 -0.897
4 HB3 ASP 761 HB3 ASP 761 34.409 -28.543 -0.249
No H/Q in entry = 4
In of MODEL 34
1 H SER 762 H SER 762 36.916 -26.699 1.029
2 HA SER 762 HA SER 762 36.859 -28.454 3.234
3 HB2 SER 762 HB2 SER 762 39.134 -26.831 2.105
4 HB3 SER 762 HB3 SER 762 39.299 -28.186 3.234
5 HG SER 762 HG SER 762 38.116 -29.412 1.590
No H/Q in entry = 5
In of MODEL 34
1 H CYS 763 H CYS 763 36.557 -25.022 3.158
2 HA CYS 763 HA CYS 763 36.335 -25.046 6.052
3 HB2 CYS 763 HB2 CYS 763 37.706 -23.057 6.400
4 HB3 CYS 763 HB3 CYS 763 38.692 -24.316 5.683
No H/Q in entry = 4
In of MODEL 34
1 H THR 764 H THR 764 35.824 -22.393 6.482
2 HA THR 764 HA THR 764 33.392 -22.216 4.914
3 HB THR 764 HB THR 764 34.040 -20.660 7.399
4 HG1 THR 764 HG1 THR 764 34.265 -22.684 8.102
5 HG23 THR 764 HG21 THR 764 32.069 -19.989 6.075
6 HG22 THR 764 HG22 THR 764 31.564 -20.688 7.616
7 HG21 THR 764 HG23 THR 764 31.462 -21.641 6.142
No H/Q in entry = 7
In of MODEL 34
1 H LEU 765 H LEU 765 33.556 -20.979 3.245
2 HA LEU 765 HA LEU 765 35.322 -18.675 3.227
3 HB2 LEU 765 HB2 LEU 765 34.887 -20.601 1.406
4 HB3 LEU 765 HB3 LEU 765 33.570 -19.535 0.973
5 HG LEU 765 HG LEU 765 35.186 -17.732 0.510
6 HD12 LEU 765 HD11 LEU 765 37.600 -18.341 0.429
7 HD11 LEU 765 HD12 LEU 765 37.185 -19.858 1.239
8 HD13 LEU 765 HD13 LEU 765 36.925 -18.325 2.057
9 HD22 LEU 765 HD21 LEU 765 34.473 -19.226 -1.280
10 HD21 LEU 765 HD22 LEU 765 35.780 -20.340 -0.876
11 HD23 LEU 765 HD23 LEU 765 36.153 -18.734 -1.498
No H/Q in entry = 11
In of MODEL 34
1 HA PRO 766 HA PRO 766 31.812 -16.070 4.117
2 HB2 PRO 766 HB2 PRO 766 32.403 -13.794 2.746
3 HB3 PRO 766 HB3 PRO 766 33.217 -14.251 4.248
4 HG2 PRO 766 HG2 PRO 766 34.045 -14.677 1.431
5 HG3 PRO 766 HG3 PRO 766 35.023 -14.040 2.777
6 HD2 PRO 766 HD2 PRO 766 35.275 -16.594 2.016
7 HD3 PRO 766 HD3 PRO 766 35.283 -16.197 3.733
No H/Q in entry = 7
In of MODEL 34
1 H ALA 767 H ALA 767 30.428 -14.348 2.792
2 HA ALA 767 HA ALA 767 28.468 -14.325 1.712
3 HB2 ALA 767 HB1 ALA 767 28.496 -14.588 -0.668
4 HB1 ALA 767 HB2 ALA 767 30.040 -15.454 -0.585
5 HB3 ALA 767 HB3 ALA 767 29.959 -13.732 -0.154
No H/Q in entry = 5
In of MODEL 34
1 H SER 768 H SER 768 27.677 -15.666 3.056
2 HA SER 768 HA SER 768 27.507 -18.423 2.180
3 HB2 SER 768 HB2 SER 768 27.071 -17.248 4.909
4 HB3 SER 768 HB3 SER 768 27.004 -18.960 4.483
5 HG SER 768 HG SER 768 29.213 -18.439 3.537
No H/Q in entry = 5
In of MODEL 34
1 H ALA 769 H ALA 769 25.287 -16.100 3.880
2 HA ALA 769 HA ALA 769 23.125 -17.368 2.365
3 HB3 ALA 769 HB1 ALA 769 21.706 -17.277 4.347
4 HB1 ALA 769 HB2 ALA 769 23.051 -16.638 5.291
5 HB2 ALA 769 HB3 ALA 769 23.130 -18.276 4.638
No H/Q in entry = 5
In of MODEL 34
1 H GLU 770 H GLU 770 21.978 -15.981 1.285
2 HA GLU 770 HA GLU 770 21.196 -14.161 0.352
3 HB2 GLU 770 HB2 GLU 770 20.769 -13.276 3.196
4 HB3 GLU 770 HB3 GLU 770 19.949 -12.628 1.774
5 HG2 GLU 770 HG2 GLU 770 19.818 -15.447 2.779
6 HG3 GLU 770 HG3 GLU 770 18.527 -14.253 2.895
No H/Q in entry = 6
In of MODEL 34
1 H LYS 771 H LYS 771 22.177 -12.789 -0.829
2 HA LYS 771 HA LYS 771 24.371 -11.338 0.422
3 HB2 LYS 771 HB2 LYS 771 24.543 -11.591 -2.554
4 HB3 LYS 771 HB3 LYS 771 25.691 -11.680 -1.306
5 HG2 LYS 771 HG2 LYS 771 23.815 -13.958 -1.641
6 HG3 LYS 771 HG3 LYS 771 25.358 -13.854 -2.496
7 HD2 LYS 771 HD2 LYS 771 26.585 -14.011 -0.546
8 HD3 LYS 771 HD3 LYS 771 25.249 -13.417 0.438
9 HE2 LYS 771 HE2 LYS 771 25.582 -15.741 0.879
10 HE3 LYS 771 HE3 LYS 771 24.049 -15.445 0.071
11 HZ2 LYS 771 HZ1 LYS 771 25.235 -17.430 -0.803
12 HZ1 LYS 771 HZ2 LYS 771 26.503 -16.436 -1.328
13 HZ3 LYS 771 HZ3 LYS 771 24.962 -16.270 -1.982
No H/Q in entry = 13
In of MODEL 34
1 H ALA 772 H ALA 772 24.927 -9.406 -1.324
2 HA ALA 772 HA ALA 772 22.857 -8.328 -2.914
3 HB1 ALA 772 HB1 ALA 772 22.009 -7.617 -0.706
4 HB2 ALA 772 HB2 ALA 772 22.580 -6.238 -1.644
5 HB3 ALA 772 HB3 ALA 772 23.573 -6.888 -0.341
No H/Q in entry = 5
In of MODEL 34
1 H CYS 773 H CYS 773 23.718 -5.942 -3.369
2 HA CYS 773 HA CYS 773 26.629 -5.864 -3.378
3 HB2 CYS 773 HB2 CYS 773 25.808 -6.309 -5.681
4 HB3 CYS 773 HB3 CYS 773 24.720 -4.936 -5.564
No H/Q in entry = 4
In of MODEL 34
1 H GLY 774 H GLY 774 27.249 -3.509 -3.750
2 HA3 GLY 774 HA2 GLY 774 26.667 -1.202 -3.156
3 HA2 GLY 774 HA3 GLY 774 25.709 -1.878 -1.825
No H/Q in entry = 3
In of MODEL 34
1 H ALA 775 H ALA 775 27.517 -4.034 -1.569
2 HA ALA 775 HA ALA 775 30.144 -3.107 -0.952
3 HB3 ALA 775 HB1 ALA 775 28.288 -4.194 1.196
4 HB1 ALA 775 HB2 ALA 775 28.974 -2.570 1.154
5 HB2 ALA 775 HB3 ALA 775 30.027 -3.966 1.383
No H/Q in entry = 5
In of MODEL 34
1 H CYS 776 H CYS 776 30.932 -4.616 -2.355
2 HA CYS 776 HA CYS 776 31.120 -7.290 -1.592
3 HB2 CYS 776 HB2 CYS 776 29.813 -8.405 -3.414
4 HB3 CYS 776 HB3 CYS 776 28.738 -7.451 -2.471
No H/Q in entry = 4
In of MODEL 34
1 HA PRO 777 HA PRO 777 34.890 -7.345 -3.963
2 HB2 PRO 777 HB2 PRO 777 33.510 -9.522 -5.474
3 HB3 PRO 777 HB3 PRO 777 35.195 -9.418 -4.949
4 HG2 PRO 777 HG2 PRO 777 33.440 -10.775 -3.498
5 HG3 PRO 777 HG3 PRO 777 34.679 -9.772 -2.726
6 HD2 PRO 777 HD2 PRO 777 31.758 -9.325 -2.891
7 HD3 PRO 777 HD3 PRO 777 32.935 -8.683 -1.741
No H/Q in entry = 7
In of MODEL 34
1 H LEU 778 H LEU 778 35.848 -6.604 -5.593
2 HA LEU 778 HA LEU 778 34.890 -4.663 -7.155
3 HB2 LEU 778 HB2 LEU 778 37.103 -4.633 -8.311
4 HB3 LEU 778 HB3 LEU 778 37.100 -4.568 -6.565
5 HG LEU 778 HG LEU 778 38.999 -5.773 -7.307
6 HD13 LEU 778 HD11 LEU 778 38.853 -7.938 -6.271
7 HD12 LEU 778 HD12 LEU 778 37.100 -7.785 -6.198
8 HD11 LEU 778 HD13 LEU 778 38.125 -6.662 -5.293
9 HD21 LEU 778 HD21 LEU 778 37.180 -7.553 -8.897
10 HD23 LEU 778 HD22 LEU 778 38.883 -7.891 -8.604
11 HD22 LEU 778 HD23 LEU 778 38.428 -6.471 -9.525
No H/Q in entry = 11
In of MODEL 34
1 H TRP 779 H TRP 779 34.873 -7.953 -8.295
2 HA TRP 779 HA TRP 779 34.613 -7.069 -11.062
3 HB2 TRP 779 HB2 TRP 779 34.382 -9.548 -11.553
4 HB3 TRP 779 HB3 TRP 779 35.901 -9.043 -10.823
5 HD1 TRP 779 HD1 TRP 779 32.605 -10.873 -9.834
6 HE1 TRP 779 HE1 TRP 779 33.069 -12.267 -7.792
7 HE3 TRP 779 HE3 TRP 779 37.395 -9.482 -9.045
8 HZ2 TRP 779 HZ2 TRP 779 35.232 -12.717 -5.983
9 HZ3 TRP 779 HZ3 TRP 779 38.621 -10.398 -7.127
10 HH2 TRP 779 HH2 TRP 779 37.558 -12.011 -5.625
No H/Q in entry = 10
In of MODEL 34
1 H GLY 780 H GLY 780 32.566 -6.975 -8.638
2 HA3 GLY 780 HA2 GLY 780 30.242 -6.698 -8.742
3 HA2 GLY 780 HA3 GLY 780 30.265 -7.436 -10.355
No H/Q in entry = 3
In of MODEL 34
1 H LYS 781 H LYS 781 29.036 -8.043 -7.490
2 HA LYS 781 HA LYS 781 29.628 -10.906 -7.491
3 HB2 LYS 781 HB2 LYS 781 31.501 -9.742 -6.318
4 HB3 LYS 781 HB3 LYS 781 30.348 -9.072 -5.194
5 HG2 LYS 781 HG2 LYS 781 31.373 -10.888 -4.075
6 HG3 LYS 781 HG3 LYS 781 29.795 -11.499 -4.588
7 HD2 LYS 781 HD2 LYS 781 30.883 -12.565 -6.507
8 HD3 LYS 781 HD3 LYS 781 32.439 -11.960 -5.943
9 HE2 LYS 781 HE2 LYS 781 30.610 -13.788 -4.425
10 HE3 LYS 781 HE3 LYS 781 32.019 -14.313 -5.340
11 HZ3 LYS 781 HZ1 LYS 781 32.593 -14.174 -3.004
12 HZ2 LYS 781 HZ2 LYS 781 32.048 -12.632 -2.831
13 HZ1 LYS 781 HZ3 LYS 781 33.425 -12.944 -3.765
No H/Q in entry = 13
In of MODEL 34
1 H CYS 782 H CYS 782 28.390 -11.912 -5.852
2 HA CYS 782 HA CYS 782 26.098 -10.428 -4.813
3 HB2 CYS 782 HB2 CYS 782 26.384 -13.429 -5.226
4 HB3 CYS 782 HB3 CYS 782 24.908 -12.535 -4.866
No H/Q in entry = 4
In of MODEL 34
1 H ASP 783 H ASP 783 27.009 -9.832 -2.789
2 HA ASP 783 HA ASP 783 28.106 -11.974 -1.135
3 HB2 ASP 783 HB2 ASP 783 29.868 -10.752 -2.718
4 HB3 ASP 783 HB3 ASP 783 29.781 -9.533 -1.465
No H/Q in entry = 4
In of MODEL 34
1 H ALA 784 H ALA 784 29.136 -10.560 0.791
2 HA ALA 784 HA ALA 784 28.332 -9.804 2.781
3 HB1 ALA 784 HB1 ALA 784 29.009 -7.533 3.012
4 HB3 ALA 784 HB2 ALA 784 28.834 -7.259 1.278
5 HB2 ALA 784 HB3 ALA 784 30.078 -8.357 1.878
No H/Q in entry = 5
In of MODEL 34
1 H GLU 785 H GLU 785 26.917 -6.994 1.165
2 HA GLU 785 HA GLU 785 24.252 -7.594 1.791
3 HB2 GLU 785 HB2 GLU 785 23.994 -6.109 3.790
4 HB3 GLU 785 HB3 GLU 785 24.931 -7.558 4.101
5 HG2 GLU 785 HG2 GLU 785 26.999 -6.236 3.930
6 HG3 GLU 785 HG3 GLU 785 26.033 -4.788 3.660
No H/Q in entry = 6
In of MODEL 34
1 H SER 786 H SER 786 23.132 -5.288 2.296
2 HA SER 786 HA SER 786 22.858 -3.125 1.942
3 HB2 SER 786 HB2 SER 786 24.603 -3.182 -0.532
4 HB3 SER 786 HB3 SER 786 23.809 -1.753 0.135
5 HG SER 786 HG SER 786 25.822 -3.349 1.262
No H/Q in entry = 5
In of MODEL 34
1 H SER 787 H SER 787 22.736 -3.652 -1.577
2 HA SER 787 HA SER 787 19.842 -3.552 -1.082
3 HB2 SER 787 HB2 SER 787 21.264 -2.591 -3.565
4 HB3 SER 787 HB3 SER 787 19.560 -2.373 -3.174
5 HG SER 787 HG SER 787 20.112 -1.051 -1.494
No H/Q in entry = 5
In of MODEL 34
1 H LYS 788 H LYS 788 21.387 -4.412 -4.183
2 HA LYS 788 HA LYS 788 20.138 -7.071 -4.005
3 HB2 LYS 788 HB2 LYS 788 19.435 -6.903 -6.289
4 HB3 LYS 788 HB3 LYS 788 18.764 -5.507 -5.442
5 HG2 LYS 788 HG2 LYS 788 20.545 -4.095 -6.362
6 HG3 LYS 788 HG3 LYS 788 21.251 -5.492 -7.159
7 HD2 LYS 788 HD2 LYS 788 19.128 -5.731 -8.457
8 HD3 LYS 788 HD3 LYS 788 18.589 -4.207 -7.739
9 HE2 LYS 788 HE2 LYS 788 20.557 -3.078 -8.670
10 HE3 LYS 788 HE3 LYS 788 21.079 -4.594 -9.398
11 HZ2 LYS 788 HZ1 LYS 788 18.625 -3.065 -10.046
12 HZ1 LYS 788 HZ2 LYS 788 18.990 -4.581 -10.676
13 HZ3 LYS 788 HZ3 LYS 788 19.976 -3.267 -11.030
No H/Q in entry = 13
In of MODEL 34
1 H CYS 789 H CYS 789 21.201 -8.360 -5.949
2 HA CYS 789 HA CYS 789 24.084 -7.954 -5.589
3 HB2 CYS 789 HB2 CYS 789 22.563 -10.293 -6.748
4 HB3 CYS 789 HB3 CYS 789 24.272 -10.250 -6.339
No H/Q in entry = 4
In of MODEL 34
1 H VAL 790 H VAL 790 25.523 -8.052 -7.501
2 HA VAL 790 HA VAL 790 24.384 -8.220 -10.042
3 HB VAL 790 HB VAL 790 23.646 -5.932 -9.540
4 HG12 VAL 790 HG11 VAL 790 25.244 -4.080 -9.310
5 HG11 VAL 790 HG12 VAL 790 26.556 -5.257 -9.226
6 HG13 VAL 790 HG13 VAL 790 25.323 -5.220 -7.965
7 HG23 VAL 790 HG21 VAL 790 24.596 -4.782 -11.512
8 HG22 VAL 790 HG22 VAL 790 24.112 -6.448 -11.838
9 HG21 VAL 790 HG23 VAL 790 25.816 -6.054 -11.611
No H/Q in entry = 9
In of MODEL 34
1 H CYS 791 H CYS 791 25.915 -8.600 -11.531
2 HA CYS 791 HA CYS 791 28.681 -8.513 -10.587
3 HB2 CYS 791 HB2 CYS 791 29.034 -10.636 -11.854
4 HB3 CYS 791 HB3 CYS 791 27.935 -10.785 -10.487
No H/Q in entry = 4
In of MODEL 34
1 H ARG 792 H ARG 792 30.276 -8.308 -12.332
2 HA ARG 792 HA ARG 792 29.210 -6.863 -14.638
3 HB2 ARG 792 HB2 ARG 792 32.062 -7.455 -13.820
4 HB3 ARG 792 HB3 ARG 792 31.574 -6.445 -15.160
5 HG2 ARG 792 HG2 ARG 792 30.657 -4.816 -13.602
6 HG3 ARG 792 HG3 ARG 792 31.107 -5.858 -12.243
7 HD2 ARG 792 HD2 ARG 792 33.454 -5.757 -12.959
8 HD3 ARG 792 HD3 ARG 792 32.999 -4.690 -14.278
9 HE ARG 792 HE ARG 792 32.104 -3.541 -11.939
10 HH11 ARG 792 HH11 ARG 792 35.202 -4.303 -13.524
11 HH12 ARG 792 HH12 ARG 792 36.100 -3.164 -12.635
12 HH21 ARG 792 HH21 ARG 792 33.334 -1.942 -10.767
13 HH22 ARG 792 HH22 ARG 792 34.997 -1.753 -11.042
No H/Q in entry = 13
In of MODEL 34
1 H GLU 793 H GLU 793 30.365 -7.492 -16.730
2 HA GLU 793 HA GLU 793 30.623 -10.380 -16.880
3 HB2 GLU 793 HB2 GLU 793 30.538 -8.286 -19.074
4 HB3 GLU 793 HB3 GLU 793 30.753 -10.007 -19.356
5 HG2 GLU 793 HG2 GLU 793 28.548 -10.374 -18.242
6 HG3 GLU 793 HG3 GLU 793 28.326 -8.622 -18.250
No H/Q in entry = 6
In of MODEL 34
1 H ALA 794 H ALA 794 32.544 -11.117 -18.221
2 HA ALA 794 HA ALA 794 34.855 -10.274 -16.846
3 HB1 ALA 794 HB1 ALA 794 34.633 -11.986 -19.309
4 HB2 ALA 794 HB2 ALA 794 34.617 -12.544 -17.622
5 HB3 ALA 794 HB3 ALA 794 36.057 -11.771 -18.295
No H/Q in entry = 5
In of MODEL 34
1 H SER 795 H SER 795 33.359 -9.084 -19.663
2 HA SER 795 HA SER 795 35.639 -8.107 -20.954
3 HB2 SER 795 HB2 SER 795 33.797 -6.777 -22.165
4 HB3 SER 795 HB3 SER 795 33.780 -8.537 -22.291
5 HG SER 795 HG SER 795 32.011 -6.831 -21.066
No H/Q in entry = 5
In of MODEL 34
1 H GLU 796 H GLU 796 33.945 -7.099 -18.180
2 HA GLU 796 HA GLU 796 35.116 -4.413 -18.338
3 HB2 GLU 796 HB2 GLU 796 32.577 -4.533 -18.268
4 HB3 GLU 796 HB3 GLU 796 32.716 -5.276 -16.685
5 HG2 GLU 796 HG2 GLU 796 33.763 -3.253 -15.809
6 HG3 GLU 796 HG3 GLU 796 33.707 -2.524 -17.409
No H/Q in entry = 6
In of MODEL 34
1 H CYS 797 H CYS 797 36.581 -6.598 -17.696
2 HA CYS 797 HA CYS 797 36.879 -7.254 -14.995
3 HB2 CYS 797 HB2 CYS 797 37.945 -8.542 -16.738
4 HB3 CYS 797 HB3 CYS 797 38.903 -7.167 -17.283
No H/Q in entry = 4
In of MODEL 34
1 H GLU 798 H GLU 798 38.867 -5.011 -16.855
2 HA GLU 798 HA GLU 798 39.737 -3.009 -16.578
3 HB2 GLU 798 HB2 GLU 798 37.762 -2.657 -14.331
4 HB3 GLU 798 HB3 GLU 798 38.671 -1.381 -15.133
5 HG2 GLU 798 HG2 GLU 798 36.595 -3.163 -16.402
6 HG3 GLU 798 HG3 GLU 798 36.396 -1.466 -15.978
No H/Q in entry = 6
In of MODEL 34
1 H GLU 799 H GLU 799 39.401 -4.579 -13.536
2 HA GLU 799 HA GLU 799 41.850 -3.336 -12.575
3 HB2 GLU 799 HB2 GLU 799 39.898 -3.597 -11.017
4 HB3 GLU 799 HB3 GLU 799 40.016 -5.334 -11.205
5 HG2 GLU 799 HG2 GLU 799 41.004 -4.462 -9.095
6 HG3 GLU 799 HG3 GLU 799 42.123 -5.395 -10.091
No H/Q in entry = 6
In of MODEL 34
1 H GLU 800 H GLU 800 43.636 -4.675 -11.938
2 HA GLU 800 HA GLU 800 44.017 -6.728 -13.908
3 HB2 GLU 800 HB2 GLU 800 45.914 -5.676 -11.816
4 HB3 GLU 800 HB3 GLU 800 46.335 -6.851 -13.052
5 HG2 GLU 800 HG2 GLU 800 45.778 -5.150 -14.774
6 HG3 GLU 800 HG3 GLU 800 45.513 -3.988 -13.476
No H/Q in entry = 6
In of MODEL 34
1 H GLY 801 H GLY 801 43.830 -6.539 -10.350
2 HA3 GLY 801 HA2 GLY 801 43.903 -8.148 -8.745
3 HA2 GLY 801 HA3 GLY 801 42.966 -9.110 -9.891
No H/Q in entry = 3
In of MODEL 34
1 H PHE 802 H PHE 802 44.048 -11.017 -9.345
2 HA PHE 802 HA PHE 802 46.787 -11.165 -10.319
3 HB2 PHE 802 HB2 PHE 802 45.104 -12.904 -8.567
4 HB3 PHE 802 HB3 PHE 802 46.496 -13.572 -9.409
5 HD1 PHE 802 HD1 PHE 802 47.988 -14.014 -7.734
6 HD2 PHE 802 HD2 PHE 802 46.104 -10.218 -7.851
7 HE1 PHE 802 HE1 PHE 802 49.460 -13.255 -6.011
8 HE2 PHE 802 HE2 PHE 802 47.586 -9.418 -6.114
9 HZ PHE 802 HZ PHE 802 49.299 -10.931 -5.158
No H/Q in entry = 9
In of MODEL 34
1 H SER 803 H SER 803 47.233 -13.240 -11.474
2 HA SER 803 HA SER 803 45.045 -13.880 -13.299
3 HB2 SER 803 HB2 SER 803 48.030 -14.318 -13.630
4 HB3 SER 803 HB3 SER 803 46.781 -14.593 -14.855
5 HG SER 803 HG SER 803 46.342 -12.187 -14.214
No H/Q in entry = 5
In of MODEL 34
1 H ILE 804 H ILE 804 44.309 -15.969 -13.294
2 HA ILE 804 HA ILE 804 45.665 -17.900 -11.552
3 HB ILE 804 HB ILE 804 43.605 -18.593 -10.460
4 HG12 ILE 804 HG12 ILE 804 41.954 -18.079 -12.275
5 HG13 ILE 804 HG13 ILE 804 41.438 -17.499 -10.701
6 HG21 ILE 804 HG21 ILE 804 44.810 -16.848 -9.320
7 HG23 ILE 804 HG22 ILE 804 43.071 -16.635 -9.079
8 HG22 ILE 804 HG23 ILE 804 43.925 -15.613 -10.217
9 HD12 ILE 804 HD11 ILE 804 42.553 -15.831 -12.945
10 HD11 ILE 804 HD12 ILE 804 42.129 -15.227 -11.347
11 HD13 ILE 804 HD13 ILE 804 40.883 -15.898 -12.397
No H/Q in entry = 11
In of MODEL 34
1 H CYS 805 H CYS 805 45.070 -20.132 -11.959
2 HA CYS 805 HA CYS 805 44.269 -20.526 -14.733
3 HB2 CYS 805 HB2 CYS 805 46.413 -21.562 -13.957
4 HB3 CYS 805 HB3 CYS 805 45.440 -22.491 -12.797
No H/Q in entry = 4
In of MODEL 34
1 H VAL 806 H VAL 806 42.244 -21.359 -15.090
2 HA VAL 806 HA VAL 806 40.842 -22.664 -12.883
3 HB VAL 806 HB VAL 806 40.022 -20.384 -12.896
4 HG12 VAL 806 HG11 VAL 806 39.114 -19.313 -14.883
5 HG11 VAL 806 HG12 VAL 806 39.651 -20.704 -15.836
6 HG13 VAL 806 HG13 VAL 806 40.834 -19.683 -15.020
7 HG22 VAL 806 HG21 VAL 806 37.688 -20.612 -13.489
8 HG21 VAL 806 HG22 VAL 806 38.269 -22.067 -12.678
9 HG23 VAL 806 HG23 VAL 806 38.052 -22.062 -14.427
No H/Q in entry = 9
In of MODEL 34
1 H GLU 807 H GLU 807 39.686 -24.455 -13.414
2 HA GLU 807 HA GLU 807 40.074 -25.524 -16.067
3 HB2 GLU 807 HB2 GLU 807 40.463 -26.889 -14.017
4 HB3 GLU 807 HB3 GLU 807 38.766 -26.719 -13.628
5 HG2 GLU 807 HG2 GLU 807 38.156 -27.900 -15.656
6 HG3 GLU 807 HG3 GLU 807 39.859 -28.050 -16.086
No H/Q in entry = 6
In of MODEL 34
1 H VAL 808 H VAL 808 38.695 -25.117 -17.534
2 HA VAL 808 HA VAL 808 35.845 -24.991 -16.896
3 HB VAL 808 HB VAL 808 37.219 -23.252 -18.896
4 HG13 VAL 808 HG11 VAL 808 35.158 -21.999 -18.975
5 HG12 VAL 808 HG12 VAL 808 34.435 -23.150 -17.840
6 HG11 VAL 808 HG13 VAL 808 34.973 -23.697 -19.434
7 HG22 VAL 808 HG21 VAL 808 38.021 -22.513 -16.786
8 HG21 VAL 808 HG22 VAL 808 36.394 -22.509 -16.128
9 HG23 VAL 808 HG23 VAL 808 36.842 -21.341 -17.379
No H/Q in entry = 9
In of MODEL 34
1 H ASN 809 H ASN 809 34.800 -26.366 -18.205
2 HA ASN 809 HA ASN 809 34.248 -27.752 -19.904
3 HB2 ASN 809 HB2 ASN 809 36.302 -26.146 -21.408
4 HB3 ASN 809 HB3 ASN 809 35.423 -27.451 -22.160
5 HD21 ASN 809 HD21 ASN 809 35.439 -24.231 -21.194
6 HD22 ASN 809 HD22 ASN 809 33.849 -23.795 -21.705
No H/Q in entry = 6
In of MODEL 34
1 H GLY 810 H GLY 810 36.565 -28.106 -18.050
2 HA3 GLY 810 HA2 GLY 810 37.663 -30.146 -17.594
3 HA2 GLY 810 HA3 GLY 810 37.581 -30.532 -19.317
No H/Q in entry = 3
In of MODEL 34
1 H LYS 811 H LYS 811 38.526 -27.636 -19.736
2 HA LYS 811 HA LYS 811 41.364 -28.345 -19.629
3 HB2 LYS 811 HB2 LYS 811 39.903 -26.287 -21.286
4 HB3 LYS 811 HB3 LYS 811 41.634 -26.587 -21.339
5 HG2 LYS 811 HG2 LYS 811 41.272 -28.831 -22.135
6 HG3 LYS 811 HG3 LYS 811 39.530 -28.631 -21.971
7 HD2 LYS 811 HD2 LYS 811 40.202 -28.403 -24.291
8 HD3 LYS 811 HD3 LYS 811 39.569 -26.884 -23.668
9 HE2 LYS 811 HE2 LYS 811 41.797 -26.009 -23.405
10 HE3 LYS 811 HE3 LYS 811 42.505 -27.548 -23.858
11 HZ2 LYS 811 HZ1 LYS 811 40.854 -25.825 -25.652
12 HZ1 LYS 811 HZ2 LYS 811 41.515 -27.314 -26.061
13 HZ3 LYS 811 HZ3 LYS 811 42.528 -26.032 -25.749
No H/Q in entry = 13
In of MODEL 34
1 H GLU 812 H GLU 812 42.890 -26.849 -18.870
2 HA GLU 812 HA GLU 812 41.702 -24.977 -16.962
3 HB2 GLU 812 HB2 GLU 812 44.388 -26.333 -16.961
4 HB3 GLU 812 HB3 GLU 812 43.994 -25.001 -15.884
5 HG2 GLU 812 HG2 GLU 812 42.158 -26.307 -14.960
6 HG3 GLU 812 HG3 GLU 812 42.587 -27.664 -16.002
No H/Q in entry = 6
In of MODEL 34
1 H GLN 813 H GLN 813 41.410 -23.123 -17.846
2 HA GLN 813 HA GLN 813 43.527 -21.999 -19.525
3 HB2 GLN 813 HB2 GLN 813 41.312 -22.084 -20.547
4 HB3 GLN 813 HB3 GLN 813 40.624 -21.218 -19.179
5 HG2 GLN 813 HG2 GLN 813 41.936 -19.278 -19.727
6 HG3 GLN 813 HG3 GLN 813 42.669 -20.108 -21.096
7 HE21 GLN 813 HE21 GLN 813 39.306 -20.427 -20.220
8 HE22 GLN 813 HE22 GLN 813 38.666 -19.576 -21.572
No H/Q in entry = 8
In of MODEL 34
1 H THR 814 H THR 814 44.263 -19.852 -19.094
2 HA THR 814 HA THR 814 44.074 -19.162 -16.275
3 HB THR 814 HB THR 814 45.973 -18.364 -18.426
4 HG1 THR 814 HG1 THR 814 45.662 -20.600 -17.452
5 HG22 THR 814 HG21 THR 814 47.404 -17.586 -16.544
6 HG21 THR 814 HG22 THR 814 46.114 -17.998 -15.412
7 HG23 THR 814 HG23 THR 814 45.872 -16.709 -16.593
No H/Q in entry = 7
In of MODEL 34
1 H MET 815 H MET 815 43.090 -17.388 -15.648
2 HA MET 815 HA MET 815 42.311 -15.405 -17.683
3 HB2 MET 815 HB2 MET 815 40.588 -16.214 -15.346
4 HB3 MET 815 HB3 MET 815 40.146 -15.191 -16.703
5 HG2 MET 815 HG2 MET 815 40.540 -17.281 -18.150
6 HG3 MET 815 HG3 MET 815 40.593 -18.103 -16.601
7 HE1 MET 815 HE1 MET 815 38.842 -19.716 -17.370
8 HE3 MET 815 HE2 MET 815 38.585 -18.909 -18.908
9 HE2 MET 815 HE3 MET 815 37.200 -19.323 -17.877
No H/Q in entry = 9
In of MODEL 34
1 H SER 816 H SER 816 41.686 -13.352 -16.633
2 HA SER 816 HA SER 816 43.457 -12.673 -14.470
3 HB2 SER 816 HB2 SER 816 41.400 -11.017 -15.969
4 HB3 SER 816 HB3 SER 816 42.615 -10.380 -14.855
5 HG SER 816 HG SER 816 42.943 -11.462 -17.433
No H/Q in entry = 5
In of MODEL 34
1 H GLU 817 H GLU 817 42.655 -11.743 -12.479
2 HA GLU 817 HA GLU 817 41.031 -13.278 -10.957
3 HB2 GLU 817 HB2 GLU 817 42.578 -11.317 -10.359
4 HB3 GLU 817 HB3 GLU 817 41.139 -10.321 -10.537
5 HG2 GLU 817 HG2 GLU 817 40.768 -10.753 -8.375
6 HG3 GLU 817 HG3 GLU 817 40.292 -12.365 -8.948
No H/Q in entry = 6
In of MODEL 34
1 H CYS 818 H CYS 818 40.052 -10.108 -12.247
2 HA CYS 818 HA CYS 818 37.415 -10.212 -11.357
3 HB2 CYS 818 HB2 CYS 818 38.352 -8.662 -13.751
4 HB3 CYS 818 HB3 CYS 818 37.069 -8.246 -12.617
No H/Q in entry = 4
In of MODEL 34
1 H GLU 819 H GLU 819 38.890 -11.372 -14.284
2 HA GLU 819 HA GLU 819 36.513 -11.806 -15.740
3 HB2 GLU 819 HB2 GLU 819 38.615 -11.704 -16.925
4 HB3 GLU 819 HB3 GLU 819 39.260 -13.027 -15.968
5 HG2 GLU 819 HG2 GLU 819 37.954 -14.610 -17.076
6 HG3 GLU 819 HG3 GLU 819 36.920 -13.404 -17.818
No H/Q in entry = 6
In of MODEL 34
1 H ALA 820 H ALA 820 38.636 -14.217 -14.176
2 HA ALA 820 HA ALA 820 36.961 -16.376 -14.450
3 HB2 ALA 820 HB1 ALA 820 38.239 -17.439 -12.661
4 HB3 ALA 820 HB2 ALA 820 38.882 -15.870 -12.194
5 HB1 ALA 820 HB3 ALA 820 39.292 -16.559 -13.769
No H/Q in entry = 5
In of MODEL 34
1 H GLY 821 H GLY 821 37.177 -13.957 -11.889
2 HA3 GLY 821 HA2 GLY 821 35.403 -15.100 -10.029
3 HA2 GLY 821 HA3 GLY 821 35.876 -13.406 -10.116
No H/Q in entry = 3
In of MODEL 34
1 H ALA 822 H ALA 822 34.874 -12.686 -12.587
2 HA ALA 822 HA ALA 822 32.172 -12.289 -11.894
3 HB3 ALA 822 HB1 ALA 822 31.989 -11.016 -13.932
4 HB2 ALA 822 HB2 ALA 822 33.512 -11.698 -14.526
5 HB1 ALA 822 HB3 ALA 822 33.511 -10.637 -13.116
No H/Q in entry = 5
In of MODEL 34
1 H LEU 823 H LEU 823 33.805 -14.516 -14.049
2 HA LEU 823 HA LEU 823 31.486 -15.493 -15.273
3 HB2 LEU 823 HB2 LEU 823 34.170 -16.754 -14.829
4 HB3 LEU 823 HB3 LEU 823 32.839 -17.776 -15.317
5 HG LEU 823 HG LEU 823 34.054 -17.284 -17.269
6 HD11 LEU 823 HD11 LEU 823 31.618 -17.157 -17.546
7 HD13 LEU 823 HD12 LEU 823 32.512 -16.207 -18.710
8 HD12 LEU 823 HD13 LEU 823 31.731 -15.403 -17.351
9 HD22 LEU 823 HD21 LEU 823 35.349 -15.367 -16.523
10 HD21 LEU 823 HD22 LEU 823 33.902 -14.365 -16.566
11 HD23 LEU 823 HD23 LEU 823 34.561 -15.023 -18.062
No H/Q in entry = 11
In of MODEL 34
1 H ARG 824 H ARG 824 32.960 -16.348 -12.181
2 HA ARG 824 HA ARG 824 31.137 -18.468 -11.585
3 HB2 ARG 824 HB2 ARG 824 32.586 -16.706 -9.581
4 HB3 ARG 824 HB3 ARG 824 31.807 -18.236 -9.223
5 HG2 ARG 824 HG2 ARG 824 33.442 -19.323 -10.771
6 HG3 ARG 824 HG3 ARG 824 34.305 -17.777 -10.848
7 HD2 ARG 824 HD2 ARG 824 33.791 -19.538 -8.471
8 HD3 ARG 824 HD3 ARG 824 35.330 -19.244 -9.251
9 HE ARG 824 HE ARG 824 34.450 -16.779 -8.470
10 HH11 ARG 824 HH11 ARG 824 35.117 -19.818 -6.761
11 HH12 ARG 824 HH12 ARG 824 35.575 -19.082 -5.315
12 HH21 ARG 824 HH21 ARG 824 35.062 -15.763 -6.508
13 HH22 ARG 824 HH22 ARG 824 35.557 -16.664 -5.161
No H/Q in entry = 13
In of MODEL 34
1 H CYS 825 H CYS 825 31.131 -15.054 -10.989
2 HA CYS 825 HA CYS 825 28.858 -14.942 -9.367
3 HB2 CYS 825 HB2 CYS 825 30.183 -12.883 -11.083
4 HB3 CYS 825 HB3 CYS 825 28.880 -12.520 -9.959
No H/Q in entry = 4
In of MODEL 34
1 H ARG 826 H ARG 826 29.213 -14.887 -12.865
2 HA ARG 826 HA ARG 826 26.444 -14.147 -13.198
3 HB2 ARG 826 HB2 ARG 826 26.821 -14.333 -15.576
4 HB3 ARG 826 HB3 ARG 826 28.038 -13.298 -14.813
5 HG2 ARG 826 HG2 ARG 826 29.624 -15.092 -14.969
6 HG3 ARG 826 HG3 ARG 826 28.396 -16.160 -15.661
7 HD2 ARG 826 HD2 ARG 826 29.460 -13.606 -16.872
8 HD3 ARG 826 HD3 ARG 826 29.742 -15.254 -17.447
9 HE ARG 826 HE ARG 826 27.127 -15.174 -17.482
10 HH11 ARG 826 HH11 ARG 826 29.512 -12.906 -18.827
11 HH12 ARG 826 HH12 ARG 826 28.438 -12.201 -19.937
12 HH21 ARG 826 HH21 ARG 826 25.654 -14.240 -19.048
13 HH22 ARG 826 HH22 ARG 826 26.189 -13.018 -20.096
No H/Q in entry = 13
In of MODEL 34
1 H GLY 827 H GLY 827 27.933 -17.022 -12.513
2 HA3 GLY 827 HA2 GLY 827 26.490 -18.928 -12.180
3 HA2 GLY 827 HA3 GLY 827 25.564 -18.341 -13.563
No H/Q in entry = 3
In of MODEL 34
1 H GLN 828 H GLN 828 28.550 -17.967 -14.616
2 HA GLN 828 HA GLN 828 28.475 -20.200 -16.373
3 HB2 GLN 828 HB2 GLN 828 29.661 -18.133 -16.973
4 HB3 GLN 828 HB3 GLN 828 30.786 -18.377 -15.649
5 HG2 GLN 828 HG2 GLN 828 32.034 -19.126 -17.459
6 HG3 GLN 828 HG3 GLN 828 31.326 -20.607 -16.850
7 HE21 GLN 828 HE21 GLN 828 28.666 -19.725 -18.099
8 HE22 GLN 828 HE22 GLN 828 28.893 -20.164 -19.746
No H/Q in entry = 8
In of MODEL 34
1 H SER 829 H SER 829 29.617 -22.139 -16.310
2 HA SER 829 HA SER 829 30.622 -22.845 -13.699
3 HB2 SER 829 HB2 SER 829 30.049 -24.573 -16.106
4 HB3 SER 829 HB3 SER 829 30.469 -25.153 -14.490
5 HG SER 829 HG SER 829 28.322 -23.390 -14.881
No H/Q in entry = 5
In of MODEL 34
1 H ILE 830 H ILE 830 32.564 -22.415 -13.338
2 HA ILE 830 HA ILE 830 34.789 -23.268 -15.052
3 HB ILE 830 HB ILE 830 36.020 -21.201 -14.611
4 HG12 ILE 830 HG12 ILE 830 34.918 -20.648 -12.392
5 HG13 ILE 830 HG13 ILE 830 35.210 -19.257 -13.394
6 HG23 ILE 830 HG21 ILE 830 34.719 -21.148 -16.624
7 HG22 ILE 830 HG22 ILE 830 34.771 -19.527 -15.920
8 HG21 ILE 830 HG23 ILE 830 33.325 -20.529 -15.741
9 HD12 ILE 830 HD11 ILE 830 32.605 -20.623 -12.835
10 HD11 ILE 830 HD12 ILE 830 32.823 -19.560 -14.205
11 HD13 ILE 830 HD13 ILE 830 33.047 -18.919 -12.588
No H/Q in entry = 11
In of MODEL 34
1 H SER 831 H SER 831 36.334 -24.148 -13.719
2 HA SER 831 HA SER 831 35.709 -24.130 -10.868
3 HB2 SER 831 HB2 SER 831 36.916 -26.221 -12.637
4 HB3 SER 831 HB3 SER 831 36.811 -26.351 -10.888
5 HG SER 831 HG SER 831 35.094 -27.265 -12.384
No H/Q in entry = 5
In of MODEL 34
1 H VAL 832 H VAL 832 37.107 -22.638 -10.023
2 HA VAL 832 HA VAL 832 39.730 -22.214 -11.021
3 HB VAL 832 HB VAL 832 38.585 -21.522 -8.304
4 HG13 VAL 832 HG11 VAL 832 40.401 -19.842 -8.173
5 HG12 VAL 832 HG12 VAL 832 41.031 -20.416 -9.714
6 HG11 VAL 832 HG13 VAL 832 41.049 -21.478 -8.306
7 HG22 VAL 832 HG21 VAL 832 38.244 -19.262 -9.231
8 HG21 VAL 832 HG22 VAL 832 37.314 -20.487 -10.098
9 HG23 VAL 832 HG23 VAL 832 38.798 -19.843 -10.802
No H/Q in entry = 9
In of MODEL 34
1 H THR 833 H THR 833 41.229 -23.753 -10.987
2 HA THR 833 HA THR 833 41.140 -25.747 -8.897
3 HB THR 833 HB THR 833 42.770 -26.819 -10.549
4 HG1 THR 833 HG1 THR 833 42.958 -25.840 -12.514
5 HG23 THR 833 HG21 THR 833 40.911 -27.612 -11.946
6 HG22 THR 833 HG22 THR 833 39.940 -26.243 -11.400
7 HG21 THR 833 HG23 THR 833 40.405 -27.505 -10.252
No H/Q in entry = 7
In of MODEL 34
1 H SER 834 H SER 834 43.075 -23.169 -10.203
2 HA SER 834 HA SER 834 45.113 -23.689 -8.182
3 HB2 SER 834 HB2 SER 834 45.733 -23.027 -11.050
4 HB3 SER 834 HB3 SER 834 46.878 -23.429 -9.780
5 HG SER 834 HG SER 834 44.922 -25.133 -10.913
No H/Q in entry = 5
In of MODEL 34
1 H ILE 835 H ILE 835 45.880 -21.814 -7.325
2 HA ILE 835 HA ILE 835 44.617 -19.392 -8.283
3 HB ILE 835 HB ILE 835 45.578 -18.302 -6.230
4 HG12 ILE 835 HG12 ILE 835 46.189 -19.925 -4.361
5 HG13 ILE 835 HG13 ILE 835 46.466 -21.124 -5.612
6 HG23 ILE 835 HG21 ILE 835 44.032 -19.317 -4.706
7 HG22 ILE 835 HG22 ILE 835 43.854 -20.695 -5.794
8 HG21 ILE 835 HG23 ILE 835 43.321 -19.087 -6.307
9 HD13 ILE 835 HD11 ILE 835 48.194 -19.713 -6.564
10 HD12 ILE 835 HD12 ILE 835 48.526 -20.068 -4.855
11 HD11 ILE 835 HD13 ILE 835 47.849 -18.500 -5.336
No H/Q in entry = 11
In of MODEL 34
1 H ARG 836 H ARG 836 47.290 -21.025 -8.891
2 HA ARG 836 HA ARG 836 48.989 -18.736 -9.444
3 HB2 ARG 836 HB2 ARG 836 49.406 -21.670 -10.019
4 HB3 ARG 836 HB3 ARG 836 50.606 -20.404 -10.215
5 HG2 ARG 836 HG2 ARG 836 50.576 -20.019 -7.796
6 HG3 ARG 836 HG3 ARG 836 49.393 -21.316 -7.617
7 HD2 ARG 836 HD2 ARG 836 51.000 -22.825 -8.739
8 HD3 ARG 836 HD3 ARG 836 52.199 -21.541 -8.669
9 HE ARG 836 HE ARG 836 51.053 -22.128 -6.111
10 HH11 ARG 836 HH11 ARG 836 53.617 -23.079 -8.388
11 HH12 ARG 836 HH12 ARG 836 54.543 -23.856 -7.218
12 HH21 ARG 836 HH21 ARG 836 52.348 -23.266 -4.500
13 HH22 ARG 836 HH22 ARG 836 53.813 -23.982 -4.957
No H/Q in entry = 13
In of MODEL 34
1 HA PRO 837 HA PRO 837 47.304 -18.618 -13.563
2 HB2 PRO 837 HB2 PRO 837 49.259 -17.210 -14.816
3 HB3 PRO 837 HB3 PRO 837 48.092 -16.461 -13.722
4 HG2 PRO 837 HG2 PRO 837 50.931 -17.231 -13.226
5 HG3 PRO 837 HG3 PRO 837 50.037 -15.816 -12.649
6 HD2 PRO 837 HD2 PRO 837 50.538 -18.048 -11.135
7 HD3 PRO 837 HD3 PRO 837 49.173 -16.948 -10.858
No H/Q in entry = 7
In of MODEL 34
1 H CYS 838 H CYS 838 47.498 -19.901 -15.436
2 HA CYS 838 HA CYS 838 49.913 -21.259 -15.409
3 HB2 CYS 838 HB2 CYS 838 47.262 -22.208 -16.367
4 HB3 CYS 838 HB3 CYS 838 48.717 -22.987 -16.992
No H/Q in entry = 4
In of MODEL 34
1 H ALA 839 H ALA 839 50.126 -22.172 -18.151
2 HA ALA 839 HA ALA 839 50.496 -19.594 -19.467
3 HB1 ALA 839 HB1 ALA 839 51.587 -22.298 -20.209
4 HB2 ALA 839 HB2 ALA 839 52.411 -21.107 -19.213
5 HB3 ALA 839 HB3 ALA 839 52.051 -20.741 -20.903
No H/Q in entry = 5
In of MODEL 34
1 H ALA 840 H ALA 840 48.099 -21.575 -19.254
2 HA ALA 840 HA ALA 840 47.547 -21.970 -22.049
3 HB2 ALA 840 HB1 ALA 840 45.796 -22.472 -19.664
4 HB3 ALA 840 HB2 ALA 840 46.810 -23.670 -20.481
5 HB1 ALA 840 HB3 ALA 840 45.437 -22.938 -21.322
No H/Q in entry = 5
In of MODEL 34
1 H GLU 841 H GLU 841 47.615 -19.931 -22.749
2 HA GLU 841 HA GLU 841 45.382 -18.157 -22.023
3 HB2 GLU 841 HB2 GLU 841 47.929 -17.555 -23.532
4 HB3 GLU 841 HB3 GLU 841 46.728 -16.379 -23.024
5 HG2 GLU 841 HG2 GLU 841 47.256 -16.847 -20.690
6 HG3 GLU 841 HG3 GLU 841 48.456 -18.036 -21.204
No H/Q in entry = 6
In of MODEL 34
1 H THR 842 H THR 842 45.312 -20.523 -23.671
2 HA THR 842 HA THR 842 44.398 -21.336 -25.518
3 HB THR 842 HB THR 842 44.128 -18.574 -26.663
4 HG1 THR 842 HG1 THR 842 43.164 -18.617 -24.597
5 HG23 THR 842 HG21 THR 842 42.168 -19.567 -27.820
6 HG22 THR 842 HG22 THR 842 42.499 -21.102 -27.022
7 HG21 THR 842 HG23 THR 842 43.655 -20.445 -28.180
No H/Q in entry = 7
In of MODEL 34
1 H GLN 843 H GLN 843 46.087 -22.325 -26.144
2 HA GLN 843 HA GLN 843 47.634 -21.272 -28.355
3 HB2 GLN 843 HB2 GLN 843 48.862 -22.649 -25.935
4 HB3 GLN 843 HB3 GLN 843 49.712 -22.347 -27.439
5 HG2 GLN 843 HG2 GLN 843 49.364 -19.907 -27.052
6 HG3 GLN 843 HG3 GLN 843 48.702 -20.305 -25.467
7 HE21 GLN 843 HE21 GLN 843 50.118 -21.067 -23.831
8 HE22 GLN 843 HE22 GLN 843 51.817 -20.929 -24.011
No H/Q in entry = 8
In of MODEL 35
1 H1 GLY 689 H2 GLY 689 59.664 8.357 -12.499
2 H2 GLY 689 H1 GLY 689 60.967 7.550 -11.783
3 H3 GLY 689 H3 GLY 689 59.852 8.381 -10.824
4 HA2 GLY 689 HA2 GLY 689 61.732 9.566 -12.779
5 HA3 GLY 689 HA3 GLY 689 61.865 9.658 -11.027
No H/Q in entry = 5
In of MODEL 35
1 H SER 690 H SER 690 59.707 10.478 -9.973
2 HA SER 690 HA SER 690 58.452 12.445 -11.670
3 HB2 SER 690 HB2 SER 690 57.694 11.417 -8.940
4 HB3 SER 690 HB3 SER 690 56.730 12.509 -9.938
5 HG SER 690 HG SER 690 57.285 10.532 -11.509
No H/Q in entry = 5
In of MODEL 35
1 H HIS 691 H HIS 691 59.625 14.211 -11.729
2 HA HIS 691 HA HIS 691 59.861 15.769 -9.268
3 HB2 HIS 691 HB2 HIS 691 62.079 15.405 -11.297
4 HB3 HIS 691 HB3 HIS 691 62.012 16.800 -10.245
5 HD1 HIS 691 HD1 HIS 691 62.814 16.491 -7.835
6 HD2 HIS 691 HD2 HIS 691 62.780 12.969 -10.026
7 HE1 HIS 691 HE1 HIS 691 64.152 14.863 -6.503
8 HE2 HIS 691 HE2 HIS 691 64.017 12.720 -7.755
No H/Q in entry = 8
In of MODEL 35
1 H MET 692 H MET 692 60.717 16.088 -12.672
2 HA MET 692 HA MET 692 59.147 18.538 -12.856
3 HB2 MET 692 HB2 MET 692 61.390 18.467 -13.918
4 HB3 MET 692 HB3 MET 692 60.867 17.116 -14.913
5 HG2 MET 692 HG2 MET 692 59.165 18.577 -15.946
6 HG3 MET 692 HG3 MET 692 59.784 19.924 -14.997
7 HE2 MET 692 HE1 MET 692 60.134 21.371 -17.179
8 HE1 MET 692 HE2 MET 692 59.459 20.043 -18.117
9 HE3 MET 692 HE3 MET 692 60.983 20.785 -18.611
No H/Q in entry = 9
In of MODEL 35
1 H ASN 693 H ASN 693 59.391 15.314 -14.174
2 HA ASN 693 HA ASN 693 56.711 15.508 -15.335
3 HB2 ASN 693 HB2 ASN 693 58.412 14.765 -16.892
4 HB3 ASN 693 HB3 ASN 693 59.028 13.607 -15.723
5 HD21 ASN 693 HD21 ASN 693 58.790 11.933 -17.096
6 HD22 ASN 693 HD22 ASN 693 57.268 11.231 -17.513
No H/Q in entry = 6
In of MODEL 35
1 HA PRO 694 HA PRO 694 55.784 12.808 -11.832
2 HB2 PRO 694 HB2 PRO 694 53.174 13.258 -11.700
3 HB3 PRO 694 HB3 PRO 694 54.328 14.523 -11.261
4 HG2 PRO 694 HG2 PRO 694 52.702 14.227 -13.744
5 HG3 PRO 694 HG3 PRO 694 53.166 15.701 -12.876
6 HD2 PRO 694 HD2 PRO 694 54.424 14.639 -15.165
7 HD3 PRO 694 HD3 PRO 694 55.056 15.914 -14.100
No H/Q in entry = 7
In of MODEL 35
1 H LEU 695 H LEU 695 55.116 12.373 -15.058
2 HA LEU 695 HA LEU 695 53.360 10.068 -14.651
3 HB2 LEU 695 HB2 LEU 695 54.116 11.534 -17.179
4 HB3 LEU 695 HB3 LEU 695 52.971 10.211 -17.078
5 HG LEU 695 HG LEU 695 52.622 12.929 -15.798
6 HD12 LEU 695 HD11 LEU 695 51.245 11.720 -18.188
7 HD11 LEU 695 HD12 LEU 695 52.451 13.002 -18.231
8 HD13 LEU 695 HD13 LEU 695 50.889 13.285 -17.461
9 HD23 LEU 695 HD21 LEU 695 50.328 12.172 -15.346
10 HD22 LEU 695 HD22 LEU 695 51.521 11.189 -14.500
11 HD21 LEU 695 HD23 LEU 695 50.741 10.569 -15.956
No H/Q in entry = 11
In of MODEL 35
1 H THR 696 H THR 696 53.868 8.231 -16.263
2 HA THR 696 HA THR 696 56.768 7.874 -16.410
3 HB THR 696 HB THR 696 54.857 5.698 -15.508
4 HG1 THR 696 HG1 THR 696 54.898 6.962 -13.817
5 HG22 THR 696 HG21 THR 696 57.878 5.889 -15.429
6 HG21 THR 696 HG22 THR 696 56.953 4.925 -16.575
7 HG23 THR 696 HG23 THR 696 56.913 4.528 -14.855
No H/Q in entry = 7
In of MODEL 35
1 H GLN 697 H GLN 697 53.593 6.724 -17.596
2 HA GLN 697 HA GLN 697 52.879 5.853 -19.525
3 HB2 GLN 697 HB2 GLN 697 55.234 7.414 -20.560
4 HB3 GLN 697 HB3 GLN 697 54.362 6.352 -21.648
5 HG2 GLN 697 HG2 GLN 697 53.504 8.555 -21.922
6 HG3 GLN 697 HG3 GLN 697 52.283 7.600 -21.101
7 HE21 GLN 697 HE21 GLN 697 51.275 9.363 -20.288
8 HE22 GLN 697 HE22 GLN 697 51.911 10.338 -19.027
No H/Q in entry = 8
In of MODEL 35
1 H ALA 698 H ALA 698 54.373 4.170 -17.858
2 HA ALA 698 HA ALA 698 55.260 2.226 -19.833
3 HB2 ALA 698 HB1 ALA 698 57.235 1.661 -18.531
4 HB3 ALA 698 HB2 ALA 698 56.853 2.932 -17.374
5 HB1 ALA 698 HB3 ALA 698 57.296 3.354 -19.029
No H/Q in entry = 5
In of MODEL 35
1 H VAL 699 H VAL 699 55.028 0.107 -19.141
2 HA VAL 699 HA VAL 699 53.218 -0.266 -16.904
3 HB VAL 699 HB VAL 699 54.313 -2.284 -18.904
4 HG11 VAL 699 HG11 VAL 699 53.652 -3.354 -16.810
5 HG13 VAL 699 HG12 VAL 699 52.527 -3.774 -18.104
6 HG12 VAL 699 HG13 VAL 699 52.073 -2.573 -16.894
7 HG23 VAL 699 HG21 VAL 699 51.620 -0.930 -18.795
8 HG22 VAL 699 HG22 VAL 699 52.082 -2.195 -19.934
9 HG21 VAL 699 HG23 VAL 699 52.886 -0.626 -19.981
No H/Q in entry = 9
In of MODEL 35
1 HA PRO 700 HA PRO 700 56.915 -1.268 -14.529
2 HB2 PRO 700 HB2 PRO 700 55.170 -1.814 -12.271
3 HB3 PRO 700 HB3 PRO 700 56.322 -0.493 -12.481
4 HG2 PRO 700 HG2 PRO 700 53.616 -0.130 -12.454
5 HG3 PRO 700 HG3 PRO 700 54.736 0.928 -13.328
6 HD2 PRO 700 HD2 PRO 700 52.999 -1.272 -14.372
7 HD3 PRO 700 HD3 PRO 700 53.388 0.314 -15.078
No H/Q in entry = 7
In of MODEL 35
1 H LYS 701 H LYS 701 57.927 -3.102 -14.223
2 HA LYS 701 HA LYS 701 56.377 -5.503 -14.615
3 HB2 LYS 701 HB2 LYS 701 59.377 -5.141 -14.717
4 HB3 LYS 701 HB3 LYS 701 58.563 -6.683 -14.907
5 HG2 LYS 701 HG2 LYS 701 58.990 -6.021 -17.109
6 HG3 LYS 701 HG3 LYS 701 57.312 -5.548 -16.832
7 HD2 LYS 701 HD2 LYS 701 58.006 -3.260 -16.411
8 HD3 LYS 701 HD3 LYS 701 59.691 -3.711 -16.671
9 HE2 LYS 701 HE2 LYS 701 57.460 -3.850 -18.699
10 HE3 LYS 701 HE3 LYS 701 58.768 -2.671 -18.663
11 HZ1 LYS 701 HZ1 LYS 701 60.337 -4.527 -18.996
12 HZ3 LYS 701 HZ2 LYS 701 59.227 -4.372 -20.258
13 HZ2 LYS 701 HZ3 LYS 701 59.029 -5.594 -19.131
No H/Q in entry = 13
In of MODEL 35
1 H CYS 702 H CYS 702 55.586 -4.917 -12.436
2 HA CYS 702 HA CYS 702 57.176 -6.337 -10.414
3 HB2 CYS 702 HB2 CYS 702 54.523 -5.002 -9.796
4 HB3 CYS 702 HB3 CYS 702 55.885 -5.325 -8.776
No H/Q in entry = 4
In of MODEL 35
1 H GLN 703 H GLN 703 56.269 -8.256 -9.617
2 HA GLN 703 HA GLN 703 54.295 -9.436 -11.309
3 HB2 GLN 703 HB2 GLN 703 55.364 -10.409 -8.657
4 HB3 GLN 703 HB3 GLN 703 54.434 -11.358 -9.807
5 HG2 GLN 703 HG2 GLN 703 57.188 -10.227 -10.232
6 HG3 GLN 703 HG3 GLN 703 56.778 -11.916 -9.953
7 HE21 GLN 703 HE21 GLN 703 54.433 -11.872 -11.748
8 HE22 GLN 703 HE22 GLN 703 55.061 -11.767 -13.337
No H/Q in entry = 8
In of MODEL 35
1 H ARG 704 H ARG 704 52.395 -10.564 -9.979
2 HA ARG 704 HA ARG 704 50.966 -8.164 -9.310
3 HB2 ARG 704 HB2 ARG 704 49.961 -10.978 -9.654
4 HB3 ARG 704 HB3 ARG 704 48.934 -9.563 -9.413
5 HG2 ARG 704 HG2 ARG 704 49.739 -8.553 -11.434
6 HG3 ARG 704 HG3 ARG 704 50.926 -9.857 -11.606
7 HD2 ARG 704 HD2 ARG 704 49.235 -11.436 -12.046
8 HD3 ARG 704 HD3 ARG 704 47.976 -10.273 -11.623
9 HE ARG 704 HE ARG 704 49.372 -9.072 -13.624
10 HH11 ARG 704 HH11 ARG 704 47.851 -12.271 -13.529
11 HH12 ARG 704 HH12 ARG 704 47.107 -12.090 -15.053
12 HH21 ARG 704 HH21 ARG 704 48.312 -8.879 -15.741
13 HH22 ARG 704 HH22 ARG 704 47.346 -10.166 -16.297
No H/Q in entry = 13
In of MODEL 35
1 H TRP 705 H TRP 705 52.534 -10.449 -7.496
2 HA TRP 705 HA TRP 705 51.094 -9.749 -5.051
3 HB2 TRP 705 HB2 TRP 705 52.658 -11.399 -3.976
4 HB3 TRP 705 HB3 TRP 705 51.693 -12.087 -5.272
5 HD1 TRP 705 HD1 TRP 705 55.307 -11.157 -4.417
6 HE1 TRP 705 HE1 TRP 705 56.878 -12.310 -6.091
7 HE3 TRP 705 HE3 TRP 705 51.832 -13.093 -7.590
8 HZ2 TRP 705 HZ2 TRP 705 56.653 -13.843 -8.460
9 HZ3 TRP 705 HZ3 TRP 705 52.566 -14.367 -9.510
10 HH2 TRP 705 HH2 TRP 705 54.939 -14.764 -9.943
No H/Q in entry = 10
In of MODEL 35
1 H GLU 706 H GLU 706 53.106 -8.201 -6.953
2 HA GLU 706 HA GLU 706 54.786 -7.122 -4.820
3 HB2 GLU 706 HB2 GLU 706 55.336 -7.279 -7.772
4 HB3 GLU 706 HB3 GLU 706 56.342 -6.431 -6.603
5 HG2 GLU 706 HG2 GLU 706 56.709 -8.604 -5.477
6 HG3 GLU 706 HG3 GLU 706 55.822 -9.381 -6.786
No H/Q in entry = 6
In of MODEL 35
1 H LYS 707 H LYS 707 55.413 -4.913 -5.202
2 HA LYS 707 HA LYS 707 53.489 -3.312 -6.659
3 HB2 LYS 707 HB2 LYS 707 53.124 -1.832 -4.706
4 HB3 LYS 707 HB3 LYS 707 52.487 -3.446 -4.438
5 HG2 LYS 707 HG2 LYS 707 54.482 -3.983 -3.099
6 HG3 LYS 707 HG3 LYS 707 55.067 -2.334 -3.344
7 HD2 LYS 707 HD2 LYS 707 53.051 -1.471 -2.239
8 HD3 LYS 707 HD3 LYS 707 52.495 -3.125 -1.976
9 HE2 LYS 707 HE2 LYS 707 54.530 -3.556 -0.629
10 HE3 LYS 707 HE3 LYS 707 55.004 -1.881 -0.869
11 HZ2 LYS 707 HZ1 LYS 707 53.893 -2.260 1.250
12 HZ1 LYS 707 HZ2 LYS 707 52.483 -2.727 0.449
13 HZ3 LYS 707 HZ3 LYS 707 53.073 -1.152 0.286
No H/Q in entry = 13
In of MODEL 35
1 H LEU 708 H LEU 708 54.272 -1.198 -7.055
2 HA LEU 708 HA LEU 708 57.180 -1.091 -7.103
3 HB2 LEU 708 HB2 LEU 708 55.882 -0.762 -9.195
4 HB3 LEU 708 HB3 LEU 708 55.109 0.630 -8.472
5 HG LEU 708 HG LEU 708 57.395 1.680 -8.292
6 HD12 LEU 708 HD11 LEU 708 59.151 0.815 -9.750
7 HD11 LEU 708 HD12 LEU 708 58.166 -0.607 -10.085
8 HD13 LEU 708 HD13 LEU 708 58.754 -0.305 -8.450
9 HD21 LEU 708 HD21 LEU 708 56.373 1.014 -11.054
10 HD23 LEU 708 HD22 LEU 708 57.470 2.336 -10.656
11 HD22 LEU 708 HD23 LEU 708 55.824 2.335 -10.024
No H/Q in entry = 11
In of MODEL 35
1 H GLN 709 H GLN 709 58.102 -0.014 -5.479
2 HA GLN 709 HA GLN 709 57.167 2.649 -4.865
3 HB2 GLN 709 HB2 GLN 709 57.063 2.403 -2.498
4 HB3 GLN 709 HB3 GLN 709 56.128 1.054 -3.119
5 HG2 GLN 709 HG2 GLN 709 58.123 -0.396 -2.783
6 HG3 GLN 709 HG3 GLN 709 58.927 0.995 -2.035
7 HE21 GLN 709 HE21 GLN 709 59.096 -0.060 -0.063
8 HE22 GLN 709 HE22 GLN 709 57.736 -0.325 0.964
No H/Q in entry = 8
In of MODEL 35
1 H ASN 710 H ASN 710 58.893 3.955 -4.263
2 HA ASN 710 HA ASN 710 61.086 4.624 -4.130
3 HB2 ASN 710 HB2 ASN 710 60.999 2.812 -2.270
4 HB3 ASN 710 HB3 ASN 710 61.798 1.759 -3.415
5 HD21 ASN 710 HD21 ASN 710 62.060 4.365 -1.342
6 HD22 ASN 710 HD22 ASN 710 63.762 4.669 -1.413
No H/Q in entry = 6
In of MODEL 35
1 H SER 711 H SER 711 59.803 3.337 -6.472
2 HA SER 711 HA SER 711 60.169 2.798 -8.591
3 HB2 SER 711 HB2 SER 711 62.933 3.842 -8.005
4 HB3 SER 711 HB3 SER 711 62.273 3.571 -9.632
5 HG SER 711 HG SER 711 60.516 4.932 -8.219
No H/Q in entry = 5
In of MODEL 35
1 H ARG 712 H ARG 712 60.866 0.863 -6.369
2 HA ARG 712 HA ARG 712 62.247 -1.083 -8.072
3 HB2 ARG 712 HB2 ARG 712 63.178 -2.122 -6.078
4 HB3 ARG 712 HB3 ARG 712 63.661 -0.436 -6.125
5 HG2 ARG 712 HG2 ARG 712 61.970 0.123 -4.502
6 HG3 ARG 712 HG3 ARG 712 61.400 -1.538 -4.468
7 HD2 ARG 712 HD2 ARG 712 62.816 -1.210 -2.564
8 HD3 ARG 712 HD3 ARG 712 63.682 -2.212 -3.734
9 HE ARG 712 HE ARG 712 64.279 0.524 -4.103
10 HH11 ARG 712 HH11 ARG 712 65.040 -2.186 -1.918
11 HH12 ARG 712 HH12 ARG 712 66.575 -1.564 -1.511
12 HH21 ARG 712 HH21 ARG 712 66.407 1.342 -3.471
13 HH22 ARG 712 HH22 ARG 712 67.356 0.396 -2.410
No H/Q in entry = 13
In of MODEL 35
1 H CYS 713 H CYS 713 61.535 -3.313 -7.557
2 HA CYS 713 HA CYS 713 58.665 -3.279 -7.045
3 HB2 CYS 713 HB2 CYS 713 60.418 -5.413 -8.264
4 HB3 CYS 713 HB3 CYS 713 58.654 -5.418 -8.223
No H/Q in entry = 4
In of MODEL 35
1 H VAL 714 H VAL 714 58.090 -3.836 -5.065
2 HA VAL 714 HA VAL 714 59.736 -5.788 -3.596
3 HB VAL 714 HB VAL 714 58.956 -4.742 -1.484
4 HG11 VAL 714 HG11 VAL 714 60.298 -2.799 -3.342
5 HG13 VAL 714 HG12 VAL 714 61.100 -4.040 -2.380
6 HG12 VAL 714 HG13 VAL 714 60.297 -2.687 -1.583
7 HG21 VAL 714 HG21 VAL 714 56.858 -3.769 -2.265
8 HG23 VAL 714 HG22 VAL 714 57.746 -2.618 -3.263
9 HG22 VAL 714 HG23 VAL 714 57.863 -2.532 -1.510
No H/Q in entry = 9
In of MODEL 35
1 H CYS 715 H CYS 715 58.319 -6.922 -1.877
2 HA CYS 715 HA CYS 715 55.968 -7.846 -3.297
3 HB2 CYS 715 HB2 CYS 715 57.207 -8.858 -0.703
4 HB3 CYS 715 HB3 CYS 715 55.960 -9.659 -1.634
No H/Q in entry = 4
In of MODEL 35
1 H LYS 716 H LYS 716 53.912 -7.646 -2.398
2 HA LYS 716 HA LYS 716 53.724 -5.382 -0.642
3 HB2 LYS 716 HB2 LYS 716 51.313 -5.474 -1.025
4 HB3 LYS 716 HB3 LYS 716 52.213 -5.507 -2.534
5 HG2 LYS 716 HG2 LYS 716 51.852 -7.906 -2.705
6 HG3 LYS 716 HG3 LYS 716 50.979 -7.885 -1.172
7 HD2 LYS 716 HD2 LYS 716 49.427 -7.917 -3.060
8 HD3 LYS 716 HD3 LYS 716 49.289 -6.406 -2.162
9 HE2 LYS 716 HE2 LYS 716 50.667 -5.290 -3.765
10 HE3 LYS 716 HE3 LYS 716 50.891 -6.778 -4.687
11 HZ3 LYS 716 HZ1 LYS 716 49.183 -5.382 -5.680
12 HZ2 LYS 716 HZ2 LYS 716 48.324 -5.341 -4.248
13 HZ1 LYS 716 HZ3 LYS 716 48.465 -6.785 -5.093
No H/Q in entry = 13
In of MODEL 35
1 H MET 717 H MET 717 51.693 -5.704 0.893
2 HA MET 717 HA MET 717 52.579 -7.816 2.724
3 HB2 MET 717 HB2 MET 717 51.057 -5.263 3.242
4 HB3 MET 717 HB3 MET 717 51.530 -6.419 4.473
5 HG2 MET 717 HG2 MET 717 53.417 -4.835 2.736
6 HG3 MET 717 HG3 MET 717 53.007 -4.470 4.411
7 HE1 MET 717 HE1 MET 717 53.807 -5.883 6.489
8 HE3 MET 717 HE2 MET 717 54.653 -7.422 6.365
9 HE2 MET 717 HE3 MET 717 52.974 -7.298 5.843
No H/Q in entry = 9
In of MODEL 35
1 HA PRO 718 HA PRO 718 48.853 -10.052 2.078
2 HB2 PRO 718 HB2 PRO 718 48.363 -11.117 4.549
3 HB3 PRO 718 HB3 PRO 718 49.615 -11.708 3.453
4 HG2 PRO 718 HG2 PRO 718 49.865 -9.832 5.774
5 HG3 PRO 718 HG3 PRO 718 50.909 -11.195 5.322
6 HD2 PRO 718 HD2 PRO 718 51.593 -8.656 4.778
7 HD3 PRO 718 HD3 PRO 718 51.976 -9.982 3.659
No H/Q in entry = 7
In of MODEL 35
1 H TYR 719 H TYR 719 48.794 -7.368 4.090
2 HA TYR 719 HA TYR 719 45.906 -7.611 4.464
3 HB2 TYR 719 HB2 TYR 719 46.060 -5.787 6.108
4 HB3 TYR 719 HB3 TYR 719 47.100 -7.133 6.535
5 HD1 TYR 719 HD1 TYR 719 46.926 -3.621 5.718
6 HD2 TYR 719 HD2 TYR 719 49.577 -6.905 6.226
7 HE1 TYR 719 HE1 TYR 719 48.797 -2.059 5.977
8 HE2 TYR 719 HE2 TYR 719 51.452 -5.346 6.503
9 HH TYR 719 HH TYR 719 50.975 -2.016 6.962
No H/Q in entry = 9
In of MODEL 35
1 H GLU 720 H GLU 720 47.976 -6.492 2.272
2 HA GLU 720 HA GLU 720 46.422 -4.140 1.552
3 HB2 GLU 720 HB2 GLU 720 48.863 -5.448 0.364
4 HB3 GLU 720 HB3 GLU 720 48.092 -4.032 -0.356
5 HG2 GLU 720 HG2 GLU 720 48.577 -2.788 1.724
6 HG3 GLU 720 HG3 GLU 720 49.390 -4.219 2.360
No H/Q in entry = 6
In of MODEL 35
1 H CYS 721 H CYS 721 46.331 -7.370 1.303
2 HA CYS 721 HA CYS 721 45.458 -7.782 -1.368
3 HB2 CYS 721 HB2 CYS 721 45.119 -9.509 1.088
4 HB3 CYS 721 HB3 CYS 721 44.940 -10.032 -0.584
No H/Q in entry = 4
In of MODEL 35
1 H GLY 722 H GLY 722 43.536 -7.256 -2.102
2 HA3 GLY 722 HA2 GLY 722 41.215 -7.350 -0.326
3 HA2 GLY 722 HA3 GLY 722 41.529 -5.888 -1.254
No H/Q in entry = 3
In of MODEL 35
1 HA PRO 723 HA PRO 723 39.654 -7.845 -4.743
2 HB2 PRO 723 HB2 PRO 723 41.810 -7.216 -6.637
3 HB3 PRO 723 HB3 PRO 723 40.205 -6.494 -6.521
4 HG2 PRO 723 HG2 PRO 723 42.449 -5.132 -5.882
5 HG3 PRO 723 HG3 PRO 723 40.900 -4.850 -5.069
6 HD2 PRO 723 HD2 PRO 723 43.236 -6.493 -4.168
7 HD3 PRO 723 HD3 PRO 723 42.265 -5.334 -3.239
No H/Q in entry = 7
In of MODEL 35
1 H SER 724 H SER 724 39.612 -10.128 -4.743
2 HA SER 724 HA SER 724 41.644 -11.754 -6.019
3 HB2 SER 724 HB2 SER 724 42.602 -10.912 -3.753
4 HB3 SER 724 HB3 SER 724 41.439 -12.050 -3.065
5 HG SER 724 HG SER 724 43.043 -12.707 -5.193
No H/Q in entry = 5
In of MODEL 35
1 H LEU 725 H LEU 725 41.110 -13.858 -6.116
2 HA LEU 725 HA LEU 725 38.356 -14.552 -5.722
3 HB2 LEU 725 HB2 LEU 725 40.685 -15.963 -6.830
4 HB3 LEU 725 HB3 LEU 725 39.359 -16.921 -6.219
5 HG LEU 725 HG LEU 725 38.837 -16.763 -8.357
6 HD12 LEU 725 HD11 LEU 725 37.375 -14.440 -7.401
7 HD11 LEU 725 HD12 LEU 725 36.981 -16.145 -7.148
8 HD13 LEU 725 HD13 LEU 725 37.037 -15.469 -8.784
9 HD21 LEU 725 HD21 LEU 725 40.587 -15.357 -9.124
10 HD23 LEU 725 HD22 LEU 725 39.733 -13.954 -8.463
11 HD22 LEU 725 HD23 LEU 725 39.041 -14.846 -9.811
No H/Q in entry = 11
In of MODEL 35
1 H ASP 726 H ASP 726 37.548 -15.569 -4.001
2 HA ASP 726 HA ASP 726 39.089 -16.234 -1.691
3 HB2 ASP 726 HB2 ASP 726 36.263 -17.125 -2.324
4 HB3 ASP 726 HB3 ASP 726 36.998 -16.942 -0.742
No H/Q in entry = 4
In of MODEL 35
1 H VAL 727 H VAL 727 40.083 -18.150 -1.315
2 HA VAL 727 HA VAL 727 39.197 -20.533 -2.778
3 HB VAL 727 HB VAL 727 41.550 -21.206 -3.220
4 HG11 VAL 727 HG11 VAL 727 40.262 -20.172 -4.998
5 HG13 VAL 727 HG12 VAL 727 41.958 -19.701 -5.107
6 HG12 VAL 727 HG13 VAL 727 40.768 -18.572 -4.458
7 HG22 VAL 727 HG21 VAL 727 43.358 -19.546 -3.068
8 HG21 VAL 727 HG22 VAL 727 42.652 -19.867 -1.486
9 HG23 VAL 727 HG23 VAL 727 42.234 -18.390 -2.352
No H/Q in entry = 9
In of MODEL 35
1 H CYS 728 H CYS 728 40.436 -22.528 -1.919
2 HA CYS 728 HA CYS 728 40.422 -22.384 1.011
3 HB2 CYS 728 HB2 CYS 728 38.763 -23.981 -0.062
4 HB3 CYS 728 HB3 CYS 728 40.125 -24.866 -0.724
No H/Q in entry = 4
In of MODEL 35
1 H ALA 729 H ALA 729 42.293 -22.897 2.097
2 HA ALA 729 HA ALA 729 44.330 -24.285 0.594
3 HB3 ALA 729 HB1 ALA 729 44.804 -21.893 0.308
4 HB2 ALA 729 HB2 ALA 729 46.043 -22.695 1.269
5 HB1 ALA 729 HB3 ALA 729 44.823 -21.704 2.061
No H/Q in entry = 5
In of MODEL 35
1 H GLN 730 H GLN 730 46.000 -25.052 1.930
2 HA GLN 730 HA GLN 730 45.087 -25.533 4.651
3 HB2 GLN 730 HB2 GLN 730 45.175 -27.600 3.292
4 HB3 GLN 730 HB3 GLN 730 46.863 -27.282 2.944
5 HG2 GLN 730 HG2 GLN 730 47.466 -27.515 5.246
6 HG3 GLN 730 HG3 GLN 730 45.789 -27.690 5.726
7 HE21 GLN 730 HE21 GLN 730 46.141 -29.697 6.670
8 HE22 GLN 730 HE22 GLN 730 46.507 -31.097 5.725
No H/Q in entry = 8
In of MODEL 35
1 H ASP 731 H ASP 731 46.369 -24.895 6.168
2 HA ASP 731 HA ASP 731 48.735 -23.344 5.704
3 HB2 ASP 731 HB2 ASP 731 47.095 -22.948 7.568
4 HB3 ASP 731 HB3 ASP 731 47.586 -24.473 8.282
No H/Q in entry = 4
In of MODEL 35
1 H GLU 732 H GLU 732 50.925 -24.016 6.126
2 HA GLU 732 HA GLU 732 51.247 -26.908 6.152
3 HB2 GLU 732 HB2 GLU 732 53.098 -24.709 5.363
4 HB3 GLU 732 HB3 GLU 732 53.698 -26.337 5.654
5 HG2 GLU 732 HG2 GLU 732 51.593 -25.546 3.667
6 HG3 GLU 732 HG3 GLU 732 53.261 -26.002 3.302
No H/Q in entry = 6
In of MODEL 35
1 H ARG 733 H ARG 733 51.407 -24.451 8.383
2 HA ARG 733 HA ARG 733 53.320 -25.968 9.981
3 HB2 ARG 733 HB2 ARG 733 53.652 -23.475 9.573
4 HB3 ARG 733 HB3 ARG 733 52.233 -23.215 10.580
5 HG2 ARG 733 HG2 ARG 733 54.174 -22.917 11.934
6 HG3 ARG 733 HG3 ARG 733 53.401 -24.433 12.405
7 HD2 ARG 733 HD2 ARG 733 54.990 -25.674 10.990
8 HD3 ARG 733 HD3 ARG 733 55.767 -24.155 10.557
9 HE ARG 733 HE ARG 733 55.775 -24.291 13.293
10 HH11 ARG 733 HH11 ARG 733 57.148 -26.204 10.594
11 HH12 ARG 733 HH12 ARG 733 58.458 -26.757 11.530
12 HH21 ARG 733 HH21 ARG 733 57.620 -25.095 14.515
13 HH22 ARG 733 HH22 ARG 733 58.734 -26.129 13.746
No H/Q in entry = 13
In of MODEL 35
1 H SER 734 H SER 734 50.161 -24.499 9.929
2 HA SER 734 HA SER 734 49.386 -25.686 12.465
3 HB2 SER 734 HB2 SER 734 47.652 -24.159 10.529
4 HB3 SER 734 HB3 SER 734 47.449 -24.332 12.271
5 HG SER 734 HG SER 734 48.928 -22.562 10.847
No H/Q in entry = 5
In of MODEL 35
1 H LYS 735 H LYS 735 49.168 -26.311 9.053
2 HA LYS 735 HA LYS 735 48.242 -27.857 7.748
3 HB2 LYS 735 HB2 LYS 735 48.206 -29.507 10.272
4 HB3 LYS 735 HB3 LYS 735 47.957 -30.136 8.653
5 HG2 LYS 735 HG2 LYS 735 50.477 -28.856 9.710
6 HG3 LYS 735 HG3 LYS 735 50.231 -30.564 9.367
7 HD2 LYS 735 HD2 LYS 735 50.189 -28.314 7.339
8 HD3 LYS 735 HD3 LYS 735 51.518 -29.427 7.596
9 HE2 LYS 735 HE2 LYS 735 50.018 -31.301 6.922
10 HE3 LYS 735 HE3 LYS 735 48.740 -30.129 6.613
11 HZ3 LYS 735 HZ1 LYS 735 49.812 -30.691 4.560
12 HZ2 LYS 735 HZ2 LYS 735 51.318 -30.394 5.198
13 HZ1 LYS 735 HZ3 LYS 735 50.298 -29.111 4.900
No H/Q in entry = 13
In of MODEL 35
1 H ARG 736 H ARG 736 46.441 -26.010 9.163
2 HA ARG 736 HA ARG 736 43.933 -27.561 9.129
3 HB2 ARG 736 HB2 ARG 736 42.871 -25.706 10.134
4 HB3 ARG 736 HB3 ARG 736 44.401 -25.862 10.987
5 HG2 ARG 736 HG2 ARG 736 45.324 -23.999 9.902
6 HG3 ARG 736 HG3 ARG 736 44.089 -24.013 8.650
7 HD2 ARG 736 HD2 ARG 736 43.546 -22.245 10.009
8 HD3 ARG 736 HD3 ARG 736 42.430 -23.513 10.480
9 HE ARG 736 HE ARG 736 44.760 -23.494 12.101
10 HH11 ARG 736 HH11 ARG 736 41.532 -22.071 11.751
11 HH12 ARG 736 HH12 ARG 736 41.549 -21.297 13.265
12 HH21 ARG 736 HH21 ARG 736 44.750 -22.447 14.228
13 HH22 ARG 736 HH22 ARG 736 43.398 -21.519 14.698
No H/Q in entry = 13
In of MODEL 35
1 H ILE 737 H ILE 737 42.184 -26.888 7.901
2 HA ILE 737 HA ILE 737 42.928 -25.729 5.379
3 HB ILE 737 HB ILE 737 40.295 -26.832 6.412
4 HG12 ILE 737 HG12 ILE 737 42.073 -28.536 6.186
5 HG13 ILE 737 HG13 ILE 737 40.762 -28.791 5.041
6 HG23 ILE 737 HG21 ILE 737 39.616 -26.780 4.072
7 HG22 ILE 737 HG22 ILE 737 41.168 -26.052 3.663
8 HG21 ILE 737 HG23 ILE 737 40.026 -25.167 4.674
9 HD13 ILE 737 HD11 ILE 737 42.857 -29.159 3.953
10 HD12 ILE 737 HD12 ILE 737 43.452 -27.605 4.536
11 HD11 ILE 737 HD13 ILE 737 42.161 -27.648 3.319
No H/Q in entry = 11
In of MODEL 35
1 H LEU 738 H LEU 738 42.682 -23.608 5.080
2 HA LEU 738 HA LEU 738 40.589 -22.271 6.572
3 HB2 LEU 738 HB2 LEU 738 41.903 -20.383 7.184
4 HB3 LEU 738 HB3 LEU 738 42.745 -21.801 7.766
5 HG LEU 738 HG LEU 738 43.497 -20.094 5.381
6 HD12 LEU 738 HD11 LEU 738 44.795 -20.421 8.075
7 HD11 LEU 738 HD12 LEU 738 43.906 -19.009 7.509
8 HD13 LEU 738 HD13 LEU 738 45.424 -19.463 6.735
9 HD21 LEU 738 HD21 LEU 738 44.052 -22.414 5.059
10 HD23 LEU 738 HD22 LEU 738 44.941 -22.441 6.588
11 HD22 LEU 738 HD23 LEU 738 45.505 -21.433 5.233
No H/Q in entry = 11
In of MODEL 35
1 HA PRO 739 HA PRO 739 39.701 -20.339 2.671
2 HB2 PRO 739 HB2 PRO 739 38.398 -18.147 3.579
3 HB3 PRO 739 HB3 PRO 739 37.685 -19.766 3.661
4 HG2 PRO 739 HG2 PRO 739 39.045 -18.202 5.815
5 HG3 PRO 739 HG3 PRO 739 37.547 -19.149 5.894
6 HD2 PRO 739 HD2 PRO 739 39.981 -20.127 6.734
7 HD3 PRO 739 HD3 PRO 739 38.680 -21.153 6.073
No H/Q in entry = 7
In of MODEL 35
1 H LEU 740 H LEU 740 41.018 -19.175 1.465
2 HA LEU 740 HA LEU 740 42.329 -16.796 2.565
3 HB2 LEU 740 HB2 LEU 740 43.646 -18.979 0.952
4 HB3 LEU 740 HB3 LEU 740 44.302 -17.370 1.095
5 HG LEU 740 HG LEU 740 44.006 -19.397 3.312
6 HD11 LEU 740 HD11 LEU 740 46.380 -18.227 1.865
7 HD13 LEU 740 HD12 LEU 740 45.782 -19.873 1.734
8 HD12 LEU 740 HD13 LEU 740 46.475 -19.309 3.257
9 HD21 LEU 740 HD21 LEU 740 45.143 -16.591 3.375
10 HD23 LEU 740 HD22 LEU 740 45.217 -17.759 4.691
11 HD22 LEU 740 HD23 LEU 740 43.661 -17.119 4.171
No H/Q in entry = 11
In of MODEL 35
1 H THR 741 H THR 741 43.371 -15.691 0.607
2 HA THR 741 HA THR 741 41.595 -15.953 -1.660
3 HB THR 741 HB THR 741 42.702 -13.404 -1.661
4 HG1 THR 741 HG1 THR 741 42.174 -12.623 0.404
5 HG21 THR 741 HG21 THR 741 40.561 -14.100 -2.438
6 HG23 THR 741 HG22 THR 741 40.370 -12.719 -1.330
7 HG22 THR 741 HG23 THR 741 39.983 -14.370 -0.792
No H/Q in entry = 7
In of MODEL 35
1 H VAL 742 H VAL 742 42.592 -15.608 -3.653
2 HA VAL 742 HA VAL 742 45.067 -16.813 -3.835
3 HB VAL 742 HB VAL 742 43.651 -17.083 -5.740
4 HG12 VAL 742 HG11 VAL 742 43.514 -14.214 -6.142
5 HG11 VAL 742 HG12 VAL 742 42.260 -15.310 -5.513
6 HG13 VAL 742 HG13 VAL 742 42.913 -15.535 -7.151
7 HG23 VAL 742 HG21 VAL 742 45.608 -15.124 -6.782
8 HG22 VAL 742 HG22 VAL 742 45.015 -16.590 -7.583
9 HG21 VAL 742 HG23 VAL 742 46.129 -16.682 -6.194
No H/Q in entry = 9
In of MODEL 35
1 H CYS 743 H CYS 743 44.393 -13.413 -3.892
2 HA CYS 743 HA CYS 743 46.992 -12.531 -4.470
3 HB2 CYS 743 HB2 CYS 743 44.961 -11.063 -4.511
4 HB3 CYS 743 HB3 CYS 743 44.879 -11.184 -2.766
No H/Q in entry = 4
In of MODEL 35
1 H LYS 744 H LYS 744 45.329 -13.202 -1.459
2 HA LYS 744 HA LYS 744 47.359 -12.339 0.279
3 HB2 LYS 744 HB2 LYS 744 44.914 -12.760 0.750
4 HB3 LYS 744 HB3 LYS 744 45.304 -14.456 0.832
5 HG2 LYS 744 HG2 LYS 744 46.721 -14.158 2.733
6 HG3 LYS 744 HG3 LYS 744 46.602 -12.400 2.607
7 HD2 LYS 744 HD2 LYS 744 44.180 -12.561 3.023
8 HD3 LYS 744 HD3 LYS 744 44.345 -14.303 3.232
9 HE2 LYS 744 HE2 LYS 744 45.794 -13.968 5.150
10 HE3 LYS 744 HE3 LYS 744 45.759 -12.224 4.899
11 HZ3 LYS 744 HZ1 LYS 744 43.409 -12.218 5.389
12 HZ2 LYS 744 HZ2 LYS 744 44.247 -12.950 6.657
13 HZ1 LYS 744 HZ3 LYS 744 43.389 -13.895 5.570
No H/Q in entry = 13
In of MODEL 35
1 H MET 745 H MET 745 46.456 -15.533 -0.892
2 HA MET 745 HA MET 745 48.479 -17.070 0.284
3 HB2 MET 745 HB2 MET 745 46.841 -18.347 -0.656
4 HB3 MET 745 HB3 MET 745 46.667 -17.351 -2.072
5 HG2 MET 745 HG2 MET 745 47.600 -19.297 -2.932
6 HG3 MET 745 HG3 MET 745 48.973 -18.253 -2.732
7 HE2 MET 745 HE1 MET 745 48.035 -21.844 -0.029
8 HE1 MET 745 HE2 MET 745 47.102 -21.352 -1.444
9 HE3 MET 745 HE3 MET 745 47.049 -20.385 0.029
No H/Q in entry = 9
In of MODEL 35
1 H HIS 746 H HIS 746 48.471 -15.251 -2.761
2 HA HIS 746 HA HIS 746 51.019 -16.254 -3.620
3 HB2 HIS 746 HB2 HIS 746 49.173 -14.200 -4.545
4 HB3 HIS 746 HB3 HIS 746 50.866 -13.871 -4.963
5 HD1 HIS 746 HD1 HIS 746 51.968 -15.854 -6.484
6 HD2 HIS 746 HD2 HIS 746 47.837 -15.823 -6.151
7 HE1 HIS 746 HE1 HIS 746 51.137 -17.237 -8.418
8 HE2 HIS 746 HE2 HIS 746 48.620 -17.315 -8.125
No H/Q in entry = 8
In of MODEL 35
1 H VAL 747 H VAL 747 50.005 -13.379 -1.926
2 HA VAL 747 HA VAL 747 52.547 -12.199 -1.745
3 HB VAL 747 HB VAL 747 49.994 -11.775 -0.194
4 HG11 VAL 747 HG11 VAL 747 51.936 -11.075 1.187
5 HG13 VAL 747 HG12 VAL 747 50.988 -9.698 0.671
6 HG12 VAL 747 HG13 VAL 747 52.511 -10.076 -0.141
7 HG22 VAL 747 HG21 VAL 747 49.854 -9.775 -1.601
8 HG21 VAL 747 HG22 VAL 747 49.929 -11.258 -2.561
9 HG23 VAL 747 HG23 VAL 747 51.361 -10.256 -2.384
No H/Q in entry = 9
In of MODEL 35
1 H LEU 748 H LEU 748 50.675 -14.122 0.613
2 HA LEU 748 HA LEU 748 52.778 -13.990 2.461
3 HB2 LEU 748 HB2 LEU 748 51.633 -15.877 3.693
4 HB3 LEU 748 HB3 LEU 748 50.614 -14.499 3.357
5 HG LEU 748 HG LEU 748 49.629 -15.820 1.467
6 HD12 LEU 748 HD11 LEU 748 49.808 -18.254 1.561
7 HD11 LEU 748 HD12 LEU 748 51.068 -18.099 2.786
8 HD13 LEU 748 HD13 LEU 748 51.341 -17.481 1.158
9 HD23 LEU 748 HD21 LEU 748 49.306 -16.874 4.268
10 HD22 LEU 748 HD22 LEU 748 48.167 -17.117 2.945
11 HD21 LEU 748 HD23 LEU 748 48.470 -15.492 3.560
No H/Q in entry = 11
In of MODEL 35
1 H HIS 749 H HIS 749 52.191 -16.093 -0.197
2 HA HIS 749 HA HIS 749 54.145 -18.027 0.427
3 HB2 HIS 749 HB2 HIS 749 52.371 -17.526 -1.739
4 HB3 HIS 749 HB3 HIS 749 53.991 -17.723 -2.414
5 HD1 HIS 749 HD1 HIS 749 54.346 -20.054 -3.113
6 HD2 HIS 749 HD2 HIS 749 51.850 -19.833 0.207
7 HE1 HIS 749 HE1 HIS 749 53.682 -22.415 -2.608
8 HE2 HIS 749 HE2 HIS 749 52.050 -22.264 -0.742
No H/Q in entry = 8
In of MODEL 35
1 H CYS 750 H CYS 750 54.351 -14.931 -1.430
2 HA CYS 750 HA CYS 750 57.096 -15.399 -1.984
3 HB2 CYS 750 HB2 CYS 750 57.158 -13.113 -2.860
4 HB3 CYS 750 HB3 CYS 750 55.764 -13.982 -3.480
No H/Q in entry = 4
In of MODEL 35
1 H GLN 751 H GLN 751 55.358 -13.932 0.688
2 HA GLN 751 HA GLN 751 57.664 -12.716 1.723
3 HB2 GLN 751 HB2 GLN 751 55.168 -13.521 3.215
4 HB3 GLN 751 HB3 GLN 751 56.444 -12.501 3.864
5 HG2 GLN 751 HG2 GLN 751 55.971 -11.032 1.776
6 HG3 GLN 751 HG3 GLN 751 54.453 -11.911 1.736
7 HE21 GLN 751 HE21 GLN 751 54.957 -9.141 2.223
8 HE22 GLN 751 HE22 GLN 751 54.305 -8.727 3.749
No H/Q in entry = 8
In of MODEL 35
1 H GLY 752 H GLY 752 56.700 -15.954 1.571
2 HA3 GLY 752 HA2 GLY 752 58.524 -17.530 2.008
3 HA2 GLY 752 HA3 GLY 752 58.811 -16.666 3.505
No H/Q in entry = 3
In of MODEL 35
1 H ARG 753 H ARG 753 55.494 -17.031 2.938
2 HA ARG 753 HA ARG 753 55.382 -19.048 5.029
3 HB2 ARG 753 HB2 ARG 753 53.147 -17.565 3.640
4 HB3 ARG 753 HB3 ARG 753 52.990 -18.600 5.051
5 HG2 ARG 753 HG2 ARG 753 54.544 -16.033 4.935
6 HG3 ARG 753 HG3 ARG 753 52.920 -16.201 5.590
7 HD2 ARG 753 HD2 ARG 753 53.778 -17.818 7.249
8 HD3 ARG 753 HD3 ARG 753 55.407 -17.567 6.623
9 HE ARG 753 HE ARG 753 54.429 -15.086 7.242
10 HH11 ARG 753 HH11 ARG 753 55.182 -18.031 8.999
11 HH12 ARG 753 HH12 ARG 753 55.462 -17.282 10.505
12 HH21 ARG 753 HH21 ARG 753 54.827 -14.002 9.262
13 HH22 ARG 753 HH22 ARG 753 55.242 -14.868 10.652
No H/Q in entry = 13
In of MODEL 35
1 H ASN 754 H ASN 754 54.905 -21.136 4.684
2 HA ASN 754 HA ASN 754 54.404 -21.997 1.954
3 HB2 ASN 754 HB2 ASN 754 54.976 -23.640 4.444
4 HB3 ASN 754 HB3 ASN 754 54.766 -24.286 2.830
5 HD21 ASN 754 HD21 ASN 754 57.001 -24.494 4.633
6 HD22 ASN 754 HD22 ASN 754 58.366 -23.859 3.796
No H/Q in entry = 6
In of MODEL 35
1 H TYR 755 H TYR 755 52.486 -22.572 1.289
2 HA TYR 755 HA TYR 755 50.508 -23.668 3.114
3 HB2 TYR 755 HB2 TYR 755 50.001 -21.241 1.385
4 HB3 TYR 755 HB3 TYR 755 48.733 -22.349 1.867
5 HD1 TYR 755 HD1 TYR 755 47.582 -21.981 3.842
6 HD2 TYR 755 HD2 TYR 755 51.359 -20.136 3.311
7 HE1 TYR 755 HE1 TYR 755 47.221 -20.668 5.885
8 HE2 TYR 755 HE2 TYR 755 51.015 -18.822 5.339
9 HH TYR 755 HH TYR 755 49.096 -17.999 6.657
No H/Q in entry = 9
In of MODEL 35
1 H THR 756 H THR 756 49.138 -25.072 2.120
2 HA THR 756 HA THR 756 49.861 -25.870 -0.596
3 HB THR 756 HB THR 756 48.579 -27.323 1.736
4 HG1 THR 756 HG1 THR 756 50.513 -27.706 2.291
5 HG21 THR 756 HG21 THR 756 47.784 -28.184 -0.405
6 HG23 THR 756 HG22 THR 756 48.801 -29.363 0.427
7 HG22 THR 756 HG23 THR 756 49.453 -28.432 -0.939
No H/Q in entry = 7
In of MODEL 35
1 H LEU 757 H LEU 757 48.048 -26.216 -2.038
2 HA LEU 757 HA LEU 757 45.634 -24.985 -1.022
3 HB2 LEU 757 HB2 LEU 757 46.472 -25.512 -3.830
4 HB3 LEU 757 HB3 LEU 757 44.828 -25.079 -3.402
5 HG LEU 757 HG LEU 757 46.135 -23.129 -2.168
6 HD11 LEU 757 HD11 LEU 757 48.332 -23.823 -2.859
7 HD13 LEU 757 HD12 LEU 757 47.920 -22.266 -3.567
8 HD12 LEU 757 HD13 LEU 757 47.859 -23.726 -4.555
9 HD23 LEU 757 HD21 LEU 757 45.315 -23.177 -5.055
10 HD22 LEU 757 HD22 LEU 757 45.492 -21.740 -4.021
11 HD21 LEU 757 HD23 LEU 757 44.275 -22.950 -3.648
No H/Q in entry = 11
In of MODEL 35
1 H THR 758 H THR 758 43.708 -25.839 -1.103
2 HA THR 758 HA THR 758 43.582 -28.694 -1.579
3 HB THR 758 HB THR 758 41.911 -28.572 0.431
4 HG1 THR 758 HG1 THR 758 41.736 -26.697 1.370
5 HG22 THR 758 HG21 THR 758 44.850 -28.010 0.934
6 HG21 THR 758 HG22 THR 758 44.187 -29.597 0.538
7 HG23 THR 758 HG23 THR 758 43.734 -28.804 2.044
No H/Q in entry = 7
In of MODEL 35
1 H GLY 759 H GLY 759 40.752 -28.801 -1.104
2 HA3 GLY 759 HA2 GLY 759 39.888 -27.184 -3.386
3 HA2 GLY 759 HA3 GLY 759 39.257 -28.780 -2.999
No H/Q in entry = 3
In of MODEL 35
1 H ARG 760 H ARG 760 37.727 -26.487 -3.382
2 HA ARG 760 HA ARG 760 36.976 -24.954 -1.212
3 HB2 ARG 760 HB2 ARG 760 35.056 -24.308 -2.386
4 HB3 ARG 760 HB3 ARG 760 36.196 -24.748 -3.637
5 HG2 ARG 760 HG2 ARG 760 33.909 -26.460 -2.657
6 HG3 ARG 760 HG3 ARG 760 33.900 -25.507 -4.137
7 HD2 ARG 760 HD2 ARG 760 35.761 -26.929 -4.990
8 HD3 ARG 760 HD3 ARG 760 35.672 -27.862 -3.490
9 HE ARG 760 HE ARG 760 33.141 -27.765 -4.674
10 HH11 ARG 760 HH11 ARG 760 36.293 -29.330 -5.282
11 HH12 ARG 760 HH12 ARG 760 35.612 -30.672 -6.066
12 HH21 ARG 760 HH21 ARG 760 32.260 -29.647 -5.806
13 HH22 ARG 760 HH22 ARG 760 33.321 -30.858 -6.370
No H/Q in entry = 13
In of MODEL 35
1 H ASP 761 H ASP 761 36.329 -28.297 -1.594
2 HA ASP 761 HA ASP 761 33.907 -28.480 -0.155
3 HB2 ASP 761 HB2 ASP 761 34.639 -30.241 -1.690
4 HB3 ASP 761 HB3 ASP 761 36.026 -30.560 -0.654
No H/Q in entry = 4
In of MODEL 35
1 H SER 762 H SER 762 37.228 -28.297 0.792
2 HA SER 762 HA SER 762 36.690 -29.440 3.373
3 HB2 SER 762 HB2 SER 762 39.169 -28.955 3.789
4 HB3 SER 762 HB3 SER 762 38.774 -30.141 2.547
5 HG SER 762 HG SER 762 39.148 -28.509 0.977
No H/Q in entry = 5
In of MODEL 35
1 H CYS 763 H CYS 763 36.866 -26.233 2.104
2 HA CYS 763 HA CYS 763 36.962 -25.176 4.862
3 HB2 CYS 763 HB2 CYS 763 37.635 -23.068 3.900
4 HB3 CYS 763 HB3 CYS 763 38.570 -24.333 3.139
No H/Q in entry = 4
In of MODEL 35
1 H THR 764 H THR 764 35.655 -23.117 5.112
2 HA THR 764 HA THR 764 33.087 -23.249 3.719
3 HB THR 764 HB THR 764 33.809 -21.792 6.284
4 HG1 THR 764 HG1 THR 764 32.275 -24.160 6.086
5 HG21 THR 764 HG21 THR 764 31.140 -22.501 5.047
6 HG23 THR 764 HG22 THR 764 31.866 -20.894 5.082
7 HG22 THR 764 HG23 THR 764 31.367 -21.669 6.588
No H/Q in entry = 7
In of MODEL 35
1 H LEU 765 H LEU 765 33.194 -21.850 2.054
2 HA LEU 765 HA LEU 765 35.185 -19.760 2.171
3 HB2 LEU 765 HB2 LEU 765 34.591 -21.490 0.233
4 HB3 LEU 765 HB3 LEU 765 33.471 -20.197 -0.173
5 HG LEU 765 HG LEU 765 35.375 -18.626 -0.380
6 HD12 LEU 765 HD11 LEU 765 37.637 -19.504 -0.424
7 HD11 LEU 765 HD12 LEU 765 37.036 -21.065 0.143
8 HD13 LEU 765 HD13 LEU 765 36.907 -19.644 1.172
9 HD22 LEU 765 HD21 LEU 765 36.269 -19.556 -2.444
10 HD21 LEU 765 HD22 LEU 765 34.527 -19.836 -2.348
11 HD23 LEU 765 HD23 LEU 765 35.657 -21.148 -2.008
No H/Q in entry = 11
In of MODEL 35
1 HA PRO 766 HA PRO 766 32.106 -16.750 3.254
2 HB2 PRO 766 HB2 PRO 766 33.603 -14.517 2.622
3 HB3 PRO 766 HB3 PRO 766 33.721 -15.405 4.143
4 HG2 PRO 766 HG2 PRO 766 35.491 -15.478 1.757
5 HG3 PRO 766 HG3 PRO 766 35.905 -15.667 3.467
6 HD2 PRO 766 HD2 PRO 766 35.728 -17.717 1.673
7 HD3 PRO 766 HD3 PRO 766 35.487 -17.940 3.408
No H/Q in entry = 7
In of MODEL 35
1 H ALA 767 H ALA 767 33.817 -16.387 0.183
2 HA ALA 767 HA ALA 767 31.270 -15.630 -1.002
3 HB3 ALA 767 HB1 ALA 767 32.363 -13.986 -2.425
4 HB2 ALA 767 HB2 ALA 767 33.908 -14.319 -1.642
5 HB1 ALA 767 HB3 ALA 767 32.598 -13.578 -0.726
No H/Q in entry = 5
In of MODEL 35
1 H SER 768 H SER 768 30.750 -16.845 -2.557
2 HA SER 768 HA SER 768 32.821 -18.082 -4.210
3 HB2 SER 768 HB2 SER 768 30.263 -19.385 -3.247
4 HB3 SER 768 HB3 SER 768 31.531 -20.128 -4.230
5 HG SER 768 HG SER 768 32.699 -19.121 -2.129
No H/Q in entry = 5
In of MODEL 35
1 H ALA 769 H ALA 769 30.317 -15.942 -4.044
2 HA ALA 769 HA ALA 769 29.741 -16.054 -6.848
3 HB1 ALA 769 HB1 ALA 769 28.104 -17.628 -5.926
4 HB3 ALA 769 HB2 ALA 769 27.315 -16.169 -6.518
5 HB2 ALA 769 HB3 ALA 769 27.559 -16.399 -4.785
No H/Q in entry = 5
In of MODEL 35
1 H GLU 770 H GLU 770 27.575 -14.317 -6.802
2 HA GLU 770 HA GLU 770 28.868 -11.855 -6.326
3 HB2 GLU 770 HB2 GLU 770 26.761 -10.853 -7.143
4 HB3 GLU 770 HB3 GLU 770 27.365 -12.113 -8.205
5 HG2 GLU 770 HG2 GLU 770 25.739 -13.679 -7.216
6 HG3 GLU 770 HG3 GLU 770 25.106 -12.359 -6.237
No H/Q in entry = 6
In of MODEL 35
1 H LYS 771 H LYS 771 28.115 -10.136 -5.009
2 HA LYS 771 HA LYS 771 27.274 -11.097 -2.369
3 HB2 LYS 771 HB2 LYS 771 28.729 -8.596 -3.219
4 HB3 LYS 771 HB3 LYS 771 28.303 -9.016 -1.577
5 HG2 LYS 771 HG2 LYS 771 30.168 -10.630 -3.316
6 HG3 LYS 771 HG3 LYS 771 30.683 -9.417 -2.154
7 HD2 LYS 771 HD2 LYS 771 30.922 -11.350 -0.929
8 HD3 LYS 771 HD3 LYS 771 29.304 -10.863 -0.457
9 HE2 LYS 771 HE2 LYS 771 28.429 -12.513 -2.195
10 HE3 LYS 771 HE3 LYS 771 30.091 -12.986 -2.450
11 HZ3 LYS 771 HZ1 LYS 771 28.964 -14.458 -0.911
12 HZ2 LYS 771 HZ2 LYS 771 28.645 -13.173 0.109
13 HZ1 LYS 771 HZ3 LYS 771 30.229 -13.660 -0.105
No H/Q in entry = 13
In of MODEL 35
1 H ALA 772 H ALA 772 26.317 -9.063 -1.112
2 HA ALA 772 HA ALA 772 23.883 -8.355 -2.572
3 HB1 ALA 772 HB1 ALA 772 22.983 -7.806 -0.360
4 HB2 ALA 772 HB2 ALA 772 24.549 -8.179 0.364
5 HB3 ALA 772 HB3 ALA 772 23.608 -9.455 -0.414
No H/Q in entry = 5
In of MODEL 35
1 H CYS 773 H CYS 773 22.983 -6.083 -1.757
2 HA CYS 773 HA CYS 773 24.730 -4.143 -2.830
3 HB2 CYS 773 HB2 CYS 773 22.251 -3.951 -2.915
4 HB3 CYS 773 HB3 CYS 773 22.230 -3.710 -1.175
No H/Q in entry = 4
In of MODEL 35
1 H GLY 774 H GLY 774 26.314 -3.081 -1.903
2 HA3 GLY 774 HA2 GLY 774 27.085 -1.710 -0.062
3 HA2 GLY 774 HA3 GLY 774 26.314 -2.856 1.035
No H/Q in entry = 3
In of MODEL 35
1 H ALA 775 H ALA 775 27.321 -5.021 -0.847
2 HA ALA 775 HA ALA 775 30.095 -5.018 0.078
3 HB2 ALA 775 HB1 ALA 775 29.891 -7.483 0.205
4 HB1 ALA 775 HB2 ALA 775 28.182 -7.343 -0.218
5 HB3 ALA 775 HB3 ALA 775 28.771 -6.674 1.301
No H/Q in entry = 5
In of MODEL 35
1 H CYS 776 H CYS 776 31.223 -4.548 -1.679
2 HA CYS 776 HA CYS 776 30.476 -5.909 -4.158
3 HB2 CYS 776 HB2 CYS 776 31.557 -3.103 -3.920
4 HB3 CYS 776 HB3 CYS 776 31.107 -3.950 -5.401
No H/Q in entry = 4
In of MODEL 35
1 HA PRO 777 HA PRO 777 34.926 -6.768 -4.027
2 HB2 PRO 777 HB2 PRO 777 34.454 -8.643 -6.179
3 HB3 PRO 777 HB3 PRO 777 34.888 -9.013 -4.510
4 HG2 PRO 777 HG2 PRO 777 32.455 -9.627 -5.633
5 HG3 PRO 777 HG3 PRO 777 32.716 -9.381 -3.897
6 HD2 PRO 777 HD2 PRO 777 31.599 -7.498 -5.932
7 HD3 PRO 777 HD3 PRO 777 31.098 -7.783 -4.246
No H/Q in entry = 7
In of MODEL 35
1 H LEU 778 H LEU 778 36.468 -6.879 -6.014
2 HA LEU 778 HA LEU 778 36.361 -4.594 -7.539
3 HB2 LEU 778 HB2 LEU 778 38.101 -5.573 -8.985
4 HB3 LEU 778 HB3 LEU 778 38.412 -5.790 -7.275
5 HG LEU 778 HG LEU 778 37.246 -8.001 -8.980
6 HD11 LEU 778 HD11 LEU 778 39.388 -7.360 -9.965
7 HD13 LEU 778 HD12 LEU 778 39.473 -8.935 -9.169
8 HD12 LEU 778 HD13 LEU 778 40.164 -7.520 -8.385
9 HD23 LEU 778 HD21 LEU 778 38.242 -9.432 -7.226
10 HD22 LEU 778 HD22 LEU 778 36.985 -8.369 -6.623
11 HD21 LEU 778 HD23 LEU 778 38.686 -7.973 -6.337
No H/Q in entry = 11
In of MODEL 35
1 H TRP 779 H TRP 779 35.116 -7.757 -8.400
2 HA TRP 779 HA TRP 779 34.311 -6.872 -11.039
3 HB2 TRP 779 HB2 TRP 779 33.495 -9.304 -11.201
4 HB3 TRP 779 HB3 TRP 779 35.232 -9.028 -11.108
5 HD1 TRP 779 HD1 TRP 779 32.342 -9.959 -8.656
6 HE1 TRP 779 HE1 TRP 779 33.278 -11.555 -6.899
7 HE3 TRP 779 HE3 TRP 779 37.183 -10.015 -10.167
8 HZ2 TRP 779 HZ2 TRP 779 35.887 -12.766 -6.250
9 HZ3 TRP 779 HZ3 TRP 779 38.815 -11.428 -8.905
10 HH2 TRP 779 HH2 TRP 779 38.146 -12.700 -7.027
No H/Q in entry = 10
In of MODEL 35
1 H GLY 780 H GLY 780 32.984 -6.274 -8.204
2 HA3 GLY 780 HA2 GLY 780 30.269 -6.653 -9.251
3 HA2 GLY 780 HA3 GLY 780 30.622 -6.976 -7.559
No H/Q in entry = 3
In of MODEL 35
1 H LYS 781 H LYS 781 28.803 -5.018 -8.721
2 HA LYS 781 HA LYS 781 29.741 -2.776 -7.189
3 HB2 LYS 781 HB2 LYS 781 30.741 -2.509 -9.500
4 HB3 LYS 781 HB3 LYS 781 29.103 -2.421 -10.124
5 HG2 LYS 781 HG2 LYS 781 30.030 -0.217 -9.907
6 HG3 LYS 781 HG3 LYS 781 28.721 -0.427 -8.738
7 HD2 LYS 781 HD2 LYS 781 30.356 -0.889 -6.981
8 HD3 LYS 781 HD3 LYS 781 31.666 -0.700 -8.147
9 HE2 LYS 781 HE2 LYS 781 29.680 1.401 -7.341
10 HE3 LYS 781 HE3 LYS 781 31.339 1.281 -6.760
11 HZ2 LYS 781 HZ1 LYS 781 30.492 1.822 -9.567
12 HZ1 LYS 781 HZ2 LYS 781 32.086 1.594 -9.061
13 HZ3 LYS 781 HZ3 LYS 781 31.204 2.895 -8.479
No H/Q in entry = 13
In of MODEL 35
1 H CYS 782 H CYS 782 27.930 -1.643 -6.419
2 HA CYS 782 HA CYS 782 25.354 -2.584 -7.377
3 HB2 CYS 782 HB2 CYS 782 25.984 -0.600 -5.167
4 HB3 CYS 782 HB3 CYS 782 24.411 -1.314 -5.497
No H/Q in entry = 4
In of MODEL 35
1 H ASP 783 H ASP 783 24.988 -1.665 -9.304
2 HA ASP 783 HA ASP 783 25.785 1.079 -9.743
3 HB2 ASP 783 HB2 ASP 783 24.807 -1.047 -11.624
4 HB3 ASP 783 HB3 ASP 783 24.769 0.642 -12.100
No H/Q in entry = 4
In of MODEL 35
1 H ALA 784 H ALA 784 24.603 2.529 -9.013
2 HA ALA 784 HA ALA 784 22.975 4.031 -8.846
3 HB3 ALA 784 HB1 ALA 784 22.520 3.600 -11.224
4 HB2 ALA 784 HB2 ALA 784 21.066 4.045 -10.324
5 HB1 ALA 784 HB3 ALA 784 21.356 2.362 -10.761
No H/Q in entry = 5
In of MODEL 35
1 H GLU 785 H GLU 785 21.275 0.914 -8.971
2 HA GLU 785 HA GLU 785 20.179 1.482 -6.354
3 HB2 GLU 785 HB2 GLU 785 17.851 1.250 -7.098
4 HB3 GLU 785 HB3 GLU 785 18.642 2.615 -7.864
5 HG2 GLU 785 HG2 GLU 785 18.949 1.318 -9.899
6 HG3 GLU 785 HG3 GLU 785 18.175 -0.070 -9.138
No H/Q in entry = 6
In of MODEL 35
1 H SER 786 H SER 786 18.136 -0.445 -6.452
2 HA SER 786 HA SER 786 17.588 -2.568 -6.289
3 HB2 SER 786 HB2 SER 786 20.201 -3.295 -7.663
4 HB3 SER 786 HB3 SER 786 18.874 -4.406 -7.314
5 HG SER 786 HG SER 786 18.826 -2.138 -8.993
No H/Q in entry = 5
In of MODEL 35
1 H SER 787 H SER 787 18.021 -4.453 -4.900
2 HA SER 787 HA SER 787 19.528 -3.566 -2.582
3 HB2 SER 787 HB2 SER 787 17.692 -5.952 -2.898
4 HB3 SER 787 HB3 SER 787 18.185 -5.163 -1.400
5 HG SER 787 HG SER 787 16.874 -3.512 -1.786
No H/Q in entry = 5
In of MODEL 35
1 H LYS 788 H LYS 788 20.631 -4.773 -5.127
2 HA LYS 788 HA LYS 788 22.060 -7.034 -3.940
3 HB2 LYS 788 HB2 LYS 788 22.141 -8.064 -6.100
4 HB3 LYS 788 HB3 LYS 788 20.461 -7.864 -5.598
5 HG2 LYS 788 HG2 LYS 788 20.285 -5.947 -7.105
6 HG3 LYS 788 HG3 LYS 788 21.977 -6.133 -7.547
7 HD2 LYS 788 HD2 LYS 788 19.893 -8.243 -7.946
8 HD3 LYS 788 HD3 LYS 788 20.290 -7.058 -9.196
9 HE2 LYS 788 HE2 LYS 788 21.523 -8.999 -9.792
10 HE3 LYS 788 HE3 LYS 788 22.702 -7.975 -8.991
11 HZ2 LYS 788 HZ1 LYS 788 22.898 -10.266 -8.301
12 HZ1 LYS 788 HZ2 LYS 788 21.317 -10.323 -7.760
13 HZ3 LYS 788 HZ3 LYS 788 22.464 -9.365 -6.981
No H/Q in entry = 13
In of MODEL 35
1 H CYS 789 H CYS 789 24.084 -7.441 -5.179
2 HA CYS 789 HA CYS 789 25.309 -4.995 -6.195
3 HB2 CYS 789 HB2 CYS 789 26.501 -6.025 -4.286
4 HB3 CYS 789 HB3 CYS 789 26.463 -7.587 -5.085
No H/Q in entry = 4
In of MODEL 35
1 H VAL 790 H VAL 790 25.927 -5.116 -8.394
2 HA VAL 790 HA VAL 790 25.080 -7.599 -9.639
3 HB VAL 790 HB VAL 790 23.900 -5.512 -10.390
4 HG11 VAL 790 HG11 VAL 790 25.672 -3.901 -10.250
5 HG13 VAL 790 HG12 VAL 790 25.005 -3.930 -11.882
6 HG12 VAL 790 HG13 VAL 790 26.551 -4.709 -11.548
7 HG23 VAL 790 HG21 VAL 790 24.048 -5.924 -12.820
8 HG22 VAL 790 HG22 VAL 790 23.910 -7.410 -11.881
9 HG21 VAL 790 HG23 VAL 790 25.473 -6.925 -12.540
No H/Q in entry = 9
In of MODEL 35
1 H CYS 791 H CYS 791 26.419 -8.531 -11.192
2 HA CYS 791 HA CYS 791 29.208 -7.904 -10.677
3 HB2 CYS 791 HB2 CYS 791 29.594 -10.183 -11.736
4 HB3 CYS 791 HB3 CYS 791 28.727 -10.135 -10.198
No H/Q in entry = 4
In of MODEL 35
1 H ARG 792 H ARG 792 30.521 -7.208 -12.105
2 HA ARG 792 HA ARG 792 29.450 -6.453 -14.707
3 HB2 ARG 792 HB2 ARG 792 32.075 -5.714 -13.380
4 HB3 ARG 792 HB3 ARG 792 31.385 -4.996 -14.829
5 HG2 ARG 792 HG2 ARG 792 30.228 -4.792 -12.053
6 HG3 ARG 792 HG3 ARG 792 31.134 -3.536 -12.886
7 HD2 ARG 792 HD2 ARG 792 28.475 -4.690 -13.748
8 HD3 ARG 792 HD3 ARG 792 28.737 -3.109 -13.017
9 HE ARG 792 HE ARG 792 29.706 -3.932 -15.676
10 HH11 ARG 792 HH11 ARG 792 28.481 -1.355 -13.473
11 HH12 ARG 792 HH12 ARG 792 28.663 -0.138 -14.626
12 HH21 ARG 792 HH21 ARG 792 29.821 -2.222 -17.252
13 HH22 ARG 792 HH22 ARG 792 29.408 -0.615 -16.818
No H/Q in entry = 13
In of MODEL 35
1 H GLU 793 H GLU 793 30.845 -6.901 -16.587
2 HA GLU 793 HA GLU 793 31.795 -9.610 -16.386
3 HB2 GLU 793 HB2 GLU 793 31.773 -7.748 -18.763
4 HB3 GLU 793 HB3 GLU 793 32.226 -9.444 -18.824
5 HG2 GLU 793 HG2 GLU 793 29.518 -8.328 -18.128
6 HG3 GLU 793 HG3 GLU 793 29.970 -9.153 -19.616
No H/Q in entry = 6
In of MODEL 35
1 H ALA 794 H ALA 794 33.905 -10.013 -17.831
2 HA ALA 794 HA ALA 794 35.993 -9.348 -16.085
3 HB2 ALA 794 HB1 ALA 794 35.901 -11.416 -17.388
4 HB3 ALA 794 HB2 ALA 794 37.413 -10.543 -17.634
5 HB1 ALA 794 HB3 ALA 794 36.154 -10.489 -18.866
No H/Q in entry = 5
In of MODEL 35
1 H SER 795 H SER 795 35.009 -8.107 -19.214
2 HA SER 795 HA SER 795 37.288 -6.598 -19.682
3 HB2 SER 795 HB2 SER 795 35.709 -5.547 -21.408
4 HB3 SER 795 HB3 SER 795 36.032 -7.282 -21.529
5 HG SER 795 HG SER 795 33.726 -6.365 -21.537
No H/Q in entry = 5
In of MODEL 35
1 H GLU 796 H GLU 796 34.656 -6.099 -17.579
2 HA GLU 796 HA GLU 796 34.808 -3.178 -17.723
3 HB2 GLU 796 HB2 GLU 796 32.905 -4.915 -16.166
4 HB3 GLU 796 HB3 GLU 796 32.766 -3.179 -16.419
5 HG2 GLU 796 HG2 GLU 796 32.514 -3.619 -18.850
6 HG3 GLU 796 HG3 GLU 796 32.517 -5.345 -18.495
No H/Q in entry = 6
In of MODEL 35
1 H CYS 797 H CYS 797 36.278 -5.638 -16.118
2 HA CYS 797 HA CYS 797 36.451 -4.141 -13.621
3 HB2 CYS 797 HB2 CYS 797 35.835 -6.511 -13.436
4 HB3 CYS 797 HB3 CYS 797 37.351 -6.943 -14.232
No H/Q in entry = 4
In of MODEL 35
1 H GLU 798 H GLU 798 37.846 -2.629 -13.915
2 HA GLU 798 HA GLU 798 40.287 -3.005 -15.458
3 HB2 GLU 798 HB2 GLU 798 40.550 -0.556 -15.102
4 HB3 GLU 798 HB3 GLU 798 39.050 -1.008 -15.901
5 HG2 GLU 798 HG2 GLU 798 37.812 -0.685 -13.857
6 HG3 GLU 798 HG3 GLU 798 39.300 -0.371 -12.967
No H/Q in entry = 6
In of MODEL 35
1 H GLU 799 H GLU 799 39.967 -4.285 -12.879
2 HA GLU 799 HA GLU 799 41.788 -2.895 -11.100
3 HB2 GLU 799 HB2 GLU 799 39.902 -4.194 -10.185
4 HB3 GLU 799 HB3 GLU 799 40.565 -5.648 -10.909
5 HG2 GLU 799 HG2 GLU 799 41.046 -5.527 -8.526
6 HG3 GLU 799 HG3 GLU 799 42.519 -5.502 -9.496
No H/Q in entry = 6
In of MODEL 35
1 H GLU 800 H GLU 800 41.657 -5.878 -12.941
2 HA GLU 800 HA GLU 800 43.086 -7.353 -13.634
3 HB2 GLU 800 HB2 GLU 800 44.944 -5.003 -13.799
4 HB3 GLU 800 HB3 GLU 800 45.380 -6.608 -14.371
5 HG2 GLU 800 HG2 GLU 800 43.408 -6.537 -15.873
6 HG3 GLU 800 HG3 GLU 800 43.147 -4.869 -15.367
No H/Q in entry = 6
In of MODEL 35
1 H GLY 801 H GLY 801 43.022 -8.597 -12.020
2 HA3 GLY 801 HA2 GLY 801 44.990 -8.414 -9.883
3 HA2 GLY 801 HA3 GLY 801 43.630 -9.540 -10.003
No H/Q in entry = 3
In of MODEL 35
1 H PHE 802 H PHE 802 44.724 -11.308 -9.682
2 HA PHE 802 HA PHE 802 47.139 -12.009 -11.106
3 HB2 PHE 802 HB2 PHE 802 45.384 -13.605 -9.260
4 HB3 PHE 802 HB3 PHE 802 46.883 -14.199 -9.966
5 HD1 PHE 802 HD1 PHE 802 45.394 -11.989 -7.507
6 HD2 PHE 802 HD2 PHE 802 49.021 -13.245 -9.315
7 HE1 PHE 802 HE1 PHE 802 46.658 -10.946 -5.723
8 HE2 PHE 802 HE2 PHE 802 50.255 -12.223 -7.531
9 HZ PHE 802 HZ PHE 802 49.094 -11.067 -5.707
No H/Q in entry = 9
In of MODEL 35
1 H SER 803 H SER 803 47.191 -14.370 -11.903
2 HA SER 803 HA SER 803 44.937 -14.916 -13.636
3 HB2 SER 803 HB2 SER 803 46.856 -15.992 -15.086
4 HB3 SER 803 HB3 SER 803 46.597 -14.249 -15.169
5 HG SER 803 HG SER 803 48.825 -15.019 -14.858
No H/Q in entry = 5
In of MODEL 35
1 H ILE 804 H ILE 804 44.151 -16.964 -13.403
2 HA ILE 804 HA ILE 804 45.696 -18.790 -11.709
3 HB ILE 804 HB ILE 804 43.793 -19.404 -10.348
4 HG12 ILE 804 HG12 ILE 804 41.965 -18.941 -12.028
5 HG13 ILE 804 HG13 ILE 804 41.610 -18.369 -10.411
6 HG22 ILE 804 HG21 ILE 804 44.177 -16.431 -10.362
7 HG21 ILE 804 HG22 ILE 804 45.160 -17.621 -9.510
8 HG23 ILE 804 HG23 ILE 804 43.474 -17.361 -9.037
9 HD11 ILE 804 HD11 ILE 804 42.187 -16.081 -11.133
10 HD13 ILE 804 HD12 ILE 804 40.862 -16.782 -12.064
11 HD12 ILE 804 HD13 ILE 804 42.474 -16.693 -12.766
No H/Q in entry = 11
In of MODEL 35
1 H CYS 805 H CYS 805 44.649 -20.989 -11.622
2 HA CYS 805 HA CYS 805 43.866 -21.726 -14.327
3 HB2 CYS 805 HB2 CYS 805 45.896 -22.798 -13.499
4 HB3 CYS 805 HB3 CYS 805 45.039 -23.355 -12.068
No H/Q in entry = 4
In of MODEL 35
1 H VAL 806 H VAL 806 41.732 -22.022 -14.508
2 HA VAL 806 HA VAL 806 40.313 -23.231 -12.252
3 HB VAL 806 HB VAL 806 39.791 -20.783 -12.545
4 HG12 VAL 806 HG11 VAL 806 38.538 -20.075 -14.471
5 HG11 VAL 806 HG12 VAL 806 38.890 -21.639 -15.227
6 HG13 VAL 806 HG13 VAL 806 40.201 -20.545 -14.810
7 HG22 VAL 806 HG21 VAL 806 37.370 -20.974 -12.555
8 HG21 VAL 806 HG22 VAL 806 38.056 -22.314 -11.631
9 HG23 VAL 806 HG23 VAL 806 37.478 -22.584 -13.263
No H/Q in entry = 9
In of MODEL 35
1 H GLU 807 H GLU 807 38.824 -24.833 -12.811
2 HA GLU 807 HA GLU 807 39.089 -25.816 -15.517
3 HB2 GLU 807 HB2 GLU 807 39.345 -27.396 -13.584
4 HB3 GLU 807 HB3 GLU 807 37.656 -27.118 -13.192
5 HG2 GLU 807 HG2 GLU 807 37.059 -27.905 -15.471
6 HG3 GLU 807 HG3 GLU 807 38.761 -28.312 -15.693
No H/Q in entry = 6
In of MODEL 35
1 H VAL 808 H VAL 808 37.806 -24.810 -16.908
2 HA VAL 808 HA VAL 808 35.016 -24.672 -16.309
3 HB VAL 808 HB VAL 808 34.849 -22.890 -17.736
4 HG13 VAL 808 HG11 VAL 808 36.104 -21.077 -16.640
5 HG12 VAL 808 HG12 VAL 808 37.148 -22.307 -15.924
6 HG11 VAL 808 HG13 VAL 808 35.438 -22.257 -15.502
7 HG23 VAL 808 HG21 VAL 808 36.725 -21.734 -18.902
8 HG22 VAL 808 HG22 VAL 808 36.379 -23.385 -19.441
9 HG21 VAL 808 HG23 VAL 808 37.776 -23.080 -18.403
No H/Q in entry = 9
In of MODEL 35
1 H ASN 809 H ASN 809 33.765 -25.423 -18.065
2 HA ASN 809 HA ASN 809 33.224 -26.407 -19.956
3 HB2 ASN 809 HB2 ASN 809 35.962 -25.592 -20.798
4 HB3 ASN 809 HB3 ASN 809 34.911 -26.488 -21.880
5 HD21 ASN 809 HD21 ASN 809 35.995 -23.779 -21.982
6 HD22 ASN 809 HD22 ASN 809 34.623 -22.739 -22.137
No H/Q in entry = 6
In of MODEL 35
1 H GLY 810 H GLY 810 35.219 -27.718 -17.826
2 HA3 GLY 810 HA2 GLY 810 35.715 -30.000 -17.442
3 HA2 GLY 810 HA3 GLY 810 35.402 -30.321 -19.147
No H/Q in entry = 3
In of MODEL 35
1 H LYS 811 H LYS 811 37.226 -27.603 -18.896
2 HA LYS 811 HA LYS 811 39.789 -29.015 -19.302
3 HB2 LYS 811 HB2 LYS 811 38.770 -26.408 -20.421
4 HB3 LYS 811 HB3 LYS 811 40.345 -27.121 -20.716
5 HG2 LYS 811 HG2 LYS 811 39.418 -28.861 -22.007
6 HG3 LYS 811 HG3 LYS 811 37.776 -28.463 -21.490
7 HD2 LYS 811 HD2 LYS 811 38.272 -27.661 -23.776
8 HD3 LYS 811 HD3 LYS 811 37.875 -26.351 -22.665
9 HE2 LYS 811 HE2 LYS 811 40.265 -25.895 -22.378
10 HE3 LYS 811 HE3 LYS 811 40.654 -27.174 -23.518
11 HZ2 LYS 811 HZ1 LYS 811 39.225 -24.631 -24.030
12 HZ1 LYS 811 HZ2 LYS 811 39.287 -25.868 -25.160
13 HZ3 LYS 811 HZ3 LYS 811 40.720 -25.110 -24.656
No H/Q in entry = 13
In of MODEL 35
1 H GLU 812 H GLU 812 41.615 -27.689 -18.548
2 HA GLU 812 HA GLU 812 40.797 -25.719 -16.538
3 HB2 GLU 812 HB2 GLU 812 43.324 -27.376 -16.748
4 HB3 GLU 812 HB3 GLU 812 43.143 -26.030 -15.626
5 HG2 GLU 812 HG2 GLU 812 41.291 -27.161 -14.539
6 HG3 GLU 812 HG3 GLU 812 41.413 -28.495 -15.678
No H/Q in entry = 6
In of MODEL 35
1 H GLN 813 H GLN 813 41.332 -23.719 -16.731
2 HA GLN 813 HA GLN 813 42.968 -22.956 -19.022
3 HB2 GLN 813 HB2 GLN 813 40.697 -23.089 -19.805
4 HB3 GLN 813 HB3 GLN 813 40.126 -22.154 -18.436
5 HG2 GLN 813 HG2 GLN 813 41.316 -20.228 -19.249
6 HG3 GLN 813 HG3 GLN 813 41.913 -21.151 -20.632
7 HE21 GLN 813 HE21 GLN 813 40.198 -18.748 -20.587
8 HE22 GLN 813 HE22 GLN 813 38.723 -19.188 -21.365
No H/Q in entry = 8
In of MODEL 35
1 H THR 814 H THR 814 43.919 -20.970 -18.790
2 HA THR 814 HA THR 814 43.979 -19.840 -16.102
3 HB THR 814 HB THR 814 45.469 -19.092 -18.546
4 HG1 THR 814 HG1 THR 814 45.939 -21.220 -17.950
5 HG23 THR 814 HG21 THR 814 47.125 -18.102 -16.970
6 HG22 THR 814 HG22 THR 814 46.049 -18.517 -15.636
7 HG21 THR 814 HG23 THR 814 45.533 -17.353 -16.856
No H/Q in entry = 7
In of MODEL 35
1 H MET 815 H MET 815 42.748 -18.248 -15.704
2 HA MET 815 HA MET 815 42.305 -16.244 -17.759
3 HB2 MET 815 HB2 MET 815 39.990 -15.934 -16.793
4 HB3 MET 815 HB3 MET 815 40.240 -17.357 -17.786
5 HG2 MET 815 HG2 MET 815 40.570 -18.651 -15.839
6 HG3 MET 815 HG3 MET 815 40.203 -17.306 -14.776
7 HE3 MET 815 HE1 MET 815 38.686 -18.668 -18.187
8 HE2 MET 815 HE2 MET 815 37.269 -19.526 -17.555
9 HE1 MET 815 HE3 MET 815 38.889 -20.034 -17.086
No H/Q in entry = 9
In of MODEL 35
1 H SER 816 H SER 816 41.359 -14.248 -16.656
2 HA SER 816 HA SER 816 43.321 -13.581 -14.666
3 HB2 SER 816 HB2 SER 816 41.213 -11.943 -16.084
4 HB3 SER 816 HB3 SER 816 42.441 -11.276 -15.015
5 HG SER 816 HG SER 816 42.898 -12.717 -17.436
No H/Q in entry = 5
In of MODEL 35
1 H GLU 817 H GLU 817 42.848 -12.718 -12.675
2 HA GLU 817 HA GLU 817 41.080 -14.008 -11.025
3 HB2 GLU 817 HB2 GLU 817 43.148 -12.359 -10.623
4 HB3 GLU 817 HB3 GLU 817 41.825 -11.206 -10.480
5 HG2 GLU 817 HG2 GLU 817 40.915 -12.341 -8.582
6 HG3 GLU 817 HG3 GLU 817 42.034 -13.665 -8.809
No H/Q in entry = 6
In of MODEL 35
1 H CYS 818 H CYS 818 40.800 -10.862 -12.553
2 HA CYS 818 HA CYS 818 38.356 -9.986 -11.608
3 HB2 CYS 818 HB2 CYS 818 39.451 -9.505 -14.379
4 HB3 CYS 818 HB3 CYS 818 38.350 -8.476 -13.468
No H/Q in entry = 4
In of MODEL 35
1 H GLU 819 H GLU 819 39.100 -12.194 -14.232
2 HA GLU 819 HA GLU 819 36.469 -12.167 -15.362
3 HB2 GLU 819 HB2 GLU 819 38.431 -12.441 -16.778
4 HB3 GLU 819 HB3 GLU 819 38.873 -13.891 -15.900
5 HG2 GLU 819 HG2 GLU 819 37.093 -15.103 -16.800
6 HG3 GLU 819 HG3 GLU 819 36.297 -13.635 -17.382
No H/Q in entry = 6
In of MODEL 35
1 H ALA 820 H ALA 820 38.501 -14.618 -13.802
2 HA ALA 820 HA ALA 820 36.658 -16.646 -13.640
3 HB2 ALA 820 HB1 ALA 820 37.988 -17.538 -11.774
4 HB3 ALA 820 HB2 ALA 820 38.820 -15.985 -11.645
5 HB1 ALA 820 HB3 ALA 820 38.988 -16.962 -13.105
No H/Q in entry = 5
In of MODEL 35
1 H GLY 821 H GLY 821 37.194 -13.922 -11.453
2 HA3 GLY 821 HA2 GLY 821 35.376 -14.700 -9.422
3 HA2 GLY 821 HA3 GLY 821 36.009 -13.081 -9.689
No H/Q in entry = 3
In of MODEL 35
1 H ALA 822 H ALA 822 35.022 -12.512 -12.193
2 HA ALA 822 HA ALA 822 32.375 -11.803 -11.588
3 HB2 ALA 822 HB1 ALA 822 33.791 -10.545 -13.136
4 HB3 ALA 822 HB2 ALA 822 32.233 -10.995 -13.830
5 HB1 ALA 822 HB3 ALA 822 33.700 -11.883 -14.293
No H/Q in entry = 5
In of MODEL 35
1 H LEU 823 H LEU 823 33.781 -14.465 -13.345
2 HA LEU 823 HA LEU 823 31.418 -15.498 -14.419
3 HB2 LEU 823 HB2 LEU 823 33.922 -16.953 -13.585
4 HB3 LEU 823 HB3 LEU 823 32.636 -17.683 -14.521
5 HG LEU 823 HG LEU 823 34.410 -15.395 -15.387
6 HD11 LEU 823 HD11 LEU 823 35.533 -17.538 -15.403
7 HD13 LEU 823 HD12 LEU 823 35.259 -16.941 -17.033
8 HD12 LEU 823 HD13 LEU 823 34.234 -18.225 -16.384
9 HD22 LEU 823 HD21 LEU 823 32.202 -15.072 -16.322
10 HD21 LEU 823 HD22 LEU 823 32.142 -16.746 -16.857
11 HD23 LEU 823 HD23 LEU 823 33.300 -15.628 -17.581
No H/Q in entry = 11
In of MODEL 35
1 H ARG 824 H ARG 824 33.012 -16.181 -11.306
2 HA ARG 824 HA ARG 824 31.213 -18.084 -10.251
3 HB2 ARG 824 HB2 ARG 824 32.358 -15.817 -8.608
4 HB3 ARG 824 HB3 ARG 824 31.827 -17.374 -8.025
5 HG2 ARG 824 HG2 ARG 824 33.791 -18.346 -9.329
6 HG3 ARG 824 HG3 ARG 824 34.312 -16.677 -9.534
7 HD2 ARG 824 HD2 ARG 824 33.831 -18.079 -6.915
8 HD3 ARG 824 HD3 ARG 824 35.398 -17.691 -7.617
9 HE ARG 824 HE ARG 824 34.039 -15.311 -7.427
10 HH11 ARG 824 HH11 ARG 824 35.130 -17.802 -5.154
11 HH12 ARG 824 HH12 ARG 824 35.302 -16.731 -3.838
12 HH21 ARG 824 HH21 ARG 824 34.428 -13.795 -5.534
13 HH22 ARG 824 HH22 ARG 824 35.011 -14.494 -4.088
No H/Q in entry = 13
In of MODEL 35
1 H CYS 825 H CYS 825 31.184 -14.646 -10.253
2 HA CYS 825 HA CYS 825 28.920 -14.285 -8.676
3 HB2 CYS 825 HB2 CYS 825 30.481 -12.547 -10.490
4 HB3 CYS 825 HB3 CYS 825 29.075 -11.929 -9.651
No H/Q in entry = 4
In of MODEL 35
1 H ARG 826 H ARG 826 29.263 -14.186 -12.262
2 HA ARG 826 HA ARG 826 26.561 -13.369 -12.527
3 HB2 ARG 826 HB2 ARG 826 26.794 -13.528 -14.869
4 HB3 ARG 826 HB3 ARG 826 28.303 -12.858 -14.233
5 HG2 ARG 826 HG2 ARG 826 29.366 -14.954 -14.567
6 HG3 ARG 826 HG3 ARG 826 27.850 -15.700 -15.106
7 HD2 ARG 826 HD2 ARG 826 27.845 -13.720 -16.820
8 HD3 ARG 826 HD3 ARG 826 29.572 -13.664 -16.479
9 HE ARG 826 HE ARG 826 28.436 -16.222 -17.196
10 HH11 ARG 826 HH11 ARG 826 30.258 -13.317 -18.312
11 HH12 ARG 826 HH12 ARG 826 30.801 -14.065 -19.728
12 HH21 ARG 826 HH21 ARG 826 29.124 -17.151 -19.296
13 HH22 ARG 826 HH22 ARG 826 30.126 -16.247 -20.323
No H/Q in entry = 13
In of MODEL 35
1 H GLY 827 H GLY 827 27.946 -16.445 -12.117
2 HA3 GLY 827 HA2 GLY 827 26.148 -18.118 -11.549
3 HA2 GLY 827 HA3 GLY 827 25.411 -17.576 -13.058
No H/Q in entry = 3
In of MODEL 35
1 H GLN 828 H GLN 828 28.377 -17.408 -13.923
2 HA GLN 828 HA GLN 828 28.417 -19.834 -15.383
3 HB2 GLN 828 HB2 GLN 828 29.662 -17.856 -16.141
4 HB3 GLN 828 HB3 GLN 828 30.676 -17.945 -14.717
5 HG2 GLN 828 HG2 GLN 828 31.879 -18.797 -16.649
6 HG3 GLN 828 HG3 GLN 828 31.580 -20.084 -15.490
7 HE21 GLN 828 HE21 GLN 828 29.065 -18.916 -17.639
8 HE22 GLN 828 HE22 GLN 828 29.026 -20.330 -18.618
No H/Q in entry = 8
In of MODEL 35
1 H SER 829 H SER 829 28.899 -21.782 -14.752
2 HA SER 829 HA SER 829 29.870 -22.250 -12.108
3 HB2 SER 829 HB2 SER 829 29.186 -24.203 -14.316
4 HB3 SER 829 HB3 SER 829 29.425 -24.592 -12.613
5 HG SER 829 HG SER 829 27.234 -24.391 -13.182
No H/Q in entry = 5
In of MODEL 35
1 H ILE 830 H ILE 830 31.902 -22.404 -11.630
2 HA ILE 830 HA ILE 830 33.856 -23.352 -13.573
3 HB ILE 830 HB ILE 830 35.454 -21.605 -13.033
4 HG12 ILE 830 HG12 ILE 830 34.662 -21.191 -10.665
5 HG13 ILE 830 HG13 ILE 830 35.083 -19.739 -11.555
6 HG22 ILE 830 HG21 ILE 830 32.855 -20.299 -13.772
7 HG21 ILE 830 HG22 ILE 830 33.946 -21.104 -14.887
8 HG23 ILE 830 HG23 ILE 830 34.461 -19.631 -14.056
9 HD13 ILE 830 HD11 ILE 830 32.861 -19.062 -11.706
10 HD12 ILE 830 HD12 ILE 830 32.923 -19.789 -10.078
11 HD11 ILE 830 HD13 ILE 830 32.257 -20.673 -11.425
No H/Q in entry = 11
In of MODEL 35
1 H SER 831 H SER 831 35.706 -24.251 -12.561
2 HA SER 831 HA SER 831 35.354 -24.779 -9.703
3 HB2 SER 831 HB2 SER 831 36.381 -26.504 -11.919
4 HB3 SER 831 HB3 SER 831 36.361 -26.954 -10.220
5 HG SER 831 HG SER 831 34.594 -27.802 -11.257
No H/Q in entry = 5
In of MODEL 35
1 H VAL 832 H VAL 832 36.923 -23.378 -8.850
2 HA VAL 832 HA VAL 832 39.403 -22.982 -10.214
3 HB VAL 832 HB VAL 832 38.588 -21.145 -8.869
4 HG12 VAL 832 HG11 VAL 832 38.502 -21.202 -6.408
5 HG11 VAL 832 HG12 VAL 832 38.867 -22.927 -6.451
6 HG13 VAL 832 HG13 VAL 832 37.361 -22.328 -7.144
7 HG22 VAL 832 HG21 VAL 832 40.591 -20.609 -7.528
8 HG21 VAL 832 HG22 VAL 832 40.997 -21.279 -9.110
9 HG23 VAL 832 HG23 VAL 832 41.109 -22.289 -7.671
No H/Q in entry = 9
In of MODEL 35
1 H THR 833 H THR 833 40.911 -24.413 -10.429
2 HA THR 833 HA THR 833 41.121 -26.526 -8.512
3 HB THR 833 HB THR 833 42.731 -27.443 -10.250
4 HG1 THR 833 HG1 THR 833 42.788 -26.419 -12.242
5 HG23 THR 833 HG21 THR 833 40.385 -28.159 -10.197
6 HG22 THR 833 HG22 THR 833 40.937 -28.014 -11.870
7 HG21 THR 833 HG23 THR 833 39.930 -26.758 -11.162
No H/Q in entry = 7
In of MODEL 35
1 H SER 834 H SER 834 42.947 -23.740 -9.697
2 HA SER 834 HA SER 834 44.682 -23.939 -7.415
3 HB2 SER 834 HB2 SER 834 45.788 -25.430 -9.025
4 HB3 SER 834 HB3 SER 834 45.844 -24.126 -10.209
5 HG SER 834 HG SER 834 47.385 -24.623 -8.011
No H/Q in entry = 5
In of MODEL 35
1 H ILE 835 H ILE 835 45.994 -22.106 -7.169
2 HA ILE 835 HA ILE 835 44.849 -19.675 -8.348
3 HB ILE 835 HB ILE 835 45.935 -18.496 -6.500
4 HG12 ILE 835 HG12 ILE 835 46.606 -20.011 -4.485
5 HG13 ILE 835 HG13 ILE 835 46.893 -21.240 -5.704
6 HG22 ILE 835 HG21 ILE 835 44.191 -20.767 -5.682
7 HG21 ILE 835 HG22 ILE 835 43.678 -19.198 -6.311
8 HG23 ILE 835 HG23 ILE 835 44.493 -19.302 -4.740
9 HD12 ILE 835 HD11 ILE 835 48.254 -18.583 -5.488
10 HD11 ILE 835 HD12 ILE 835 48.561 -19.800 -6.733
11 HD13 ILE 835 HD13 ILE 835 48.929 -20.150 -5.035
No H/Q in entry = 11
In of MODEL 35
1 H ARG 836 H ARG 836 47.115 -21.706 -9.145
2 HA ARG 836 HA ARG 836 49.136 -19.747 -9.908
3 HB2 ARG 836 HB2 ARG 836 49.063 -22.755 -10.290
4 HB3 ARG 836 HB3 ARG 836 50.403 -21.703 -10.688
5 HG2 ARG 836 HG2 ARG 836 49.367 -22.326 -7.931
6 HG3 ARG 836 HG3 ARG 836 50.853 -22.924 -8.666
7 HD2 ARG 836 HD2 ARG 836 50.201 -20.069 -7.949
8 HD3 ARG 836 HD3 ARG 836 51.347 -21.124 -7.132
9 HE ARG 836 HE ARG 836 51.859 -20.625 -9.939
10 HH11 ARG 836 HH11 ARG 836 52.759 -19.912 -6.578
11 HH12 ARG 836 HH12 ARG 836 54.055 -18.904 -7.017
12 HH21 ARG 836 HH21 ARG 836 53.655 -19.210 -10.509
13 HH22 ARG 836 HH22 ARG 836 54.571 -18.511 -9.246
No H/Q in entry = 13
In of MODEL 35
1 HA PRO 837 HA PRO 837 47.167 -19.767 -13.965
2 HB2 PRO 837 HB2 PRO 837 49.723 -19.077 -15.185
3 HB3 PRO 837 HB3 PRO 837 48.284 -18.076 -15.025
4 HG2 PRO 837 HG2 PRO 837 50.611 -17.628 -13.671
5 HG3 PRO 837 HG3 PRO 837 49.020 -17.107 -13.103
6 HD2 PRO 837 HD2 PRO 837 50.694 -19.400 -12.219
7 HD3 PRO 837 HD3 PRO 837 49.579 -18.372 -11.290
No H/Q in entry = 7
In of MODEL 35
1 H CYS 838 H CYS 838 47.076 -21.313 -15.661
2 HA CYS 838 HA CYS 838 49.090 -23.345 -15.366
3 HB2 CYS 838 HB2 CYS 838 47.547 -24.826 -16.675
4 HB3 CYS 838 HB3 CYS 838 46.845 -24.284 -15.173
No H/Q in entry = 4
In of MODEL 35
1 H ALA 839 H ALA 839 49.462 -24.485 -17.723
2 HA ALA 839 HA ALA 839 50.477 -22.387 -19.399
3 HB3 ALA 839 HB1 ALA 839 51.370 -24.240 -20.764
4 HB1 ALA 839 HB2 ALA 839 50.471 -25.382 -19.763
5 HB2 ALA 839 HB3 ALA 839 51.769 -24.431 -19.057
No H/Q in entry = 5
In of MODEL 35
1 H ALA 840 H ALA 840 47.581 -23.876 -19.043
2 HA ALA 840 HA ALA 840 46.760 -23.916 -21.783
3 HB2 ALA 840 HB1 ALA 840 45.244 -24.204 -19.216
4 HB3 ALA 840 HB2 ALA 840 45.751 -25.501 -20.304
5 HB1 ALA 840 HB3 ALA 840 44.508 -24.341 -20.808
No H/Q in entry = 5
In of MODEL 35
1 H GLU 841 H GLU 841 47.271 -21.875 -22.351
2 HA GLU 841 HA GLU 841 45.329 -19.807 -21.555
3 HB2 GLU 841 HB2 GLU 841 47.029 -18.190 -22.445
4 HB3 GLU 841 HB3 GLU 841 47.578 -19.105 -21.044
5 HG2 GLU 841 HG2 GLU 841 48.834 -20.604 -22.484
6 HG3 GLU 841 HG3 GLU 841 48.234 -19.757 -23.904
No H/Q in entry = 6
In of MODEL 35
1 H THR 842 H THR 842 46.578 -21.698 -24.031
2 HA THR 842 HA THR 842 44.789 -20.497 -26.056
3 HB THR 842 HB THR 842 47.490 -21.719 -26.717
4 HG1 THR 842 HG1 THR 842 46.943 -18.950 -26.314
5 HG22 THR 842 HG21 THR 842 45.801 -19.657 -28.148
6 HG21 THR 842 HG22 THR 842 45.816 -21.373 -28.518
7 HG23 THR 842 HG23 THR 842 47.275 -20.410 -28.763
No H/Q in entry = 7
In of MODEL 35
1 H GLN 843 H GLN 843 44.697 -22.790 -24.120
2 HA GLN 843 HA GLN 843 44.660 -25.040 -25.981
3 HB2 GLN 843 HB2 GLN 843 45.268 -25.084 -23.018
4 HB3 GLN 843 HB3 GLN 843 45.169 -26.490 -24.061
5 HG2 GLN 843 HG2 GLN 843 47.200 -24.275 -24.299
6 HG3 GLN 843 HG3 GLN 843 47.483 -25.860 -23.583
7 HE21 GLN 843 HE21 GLN 843 48.784 -24.564 -25.877
8 HE22 GLN 843 HE22 GLN 843 48.571 -25.681 -27.176
No H/Q in entry = 8
In of MODEL 36
1 H1 GLY 689 H2 GLY 689 63.965 6.607 -1.349
2 H2 GLY 689 H1 GLY 689 64.167 5.607 -2.656
3 H3 GLY 689 H3 GLY 689 65.520 6.359 -1.975
4 HA2 GLY 689 HA2 GLY 689 64.806 7.426 -4.052
5 HA3 GLY 689 HA3 GLY 689 64.654 8.510 -2.667
No H/Q in entry = 5
In of MODEL 36
1 H SER 690 H SER 690 62.773 9.500 -2.435
2 HA SER 690 HA SER 690 60.324 8.126 -2.627
3 HB2 SER 690 HB2 SER 690 60.867 11.071 -2.370
4 HB3 SER 690 HB3 SER 690 59.391 10.218 -1.928
5 HG SER 690 HG SER 690 60.542 9.101 -0.357
No H/Q in entry = 5
In of MODEL 36
1 H HIS 691 H HIS 691 59.141 7.805 -4.410
2 HA HIS 691 HA HIS 691 59.263 9.802 -6.546
3 HB2 HIS 691 HB2 HIS 691 58.687 6.824 -6.740
4 HB3 HIS 691 HB3 HIS 691 58.412 7.953 -8.053
5 HD1 HIS 691 HD1 HIS 691 60.501 8.755 -9.377
6 HD2 HIS 691 HD2 HIS 691 61.385 6.165 -6.253
7 HE1 HIS 691 HE1 HIS 691 62.848 7.998 -9.771
8 HE2 HIS 691 HE2 HIS 691 63.302 6.318 -7.949
No H/Q in entry = 8
In of MODEL 36
1 H MET 692 H MET 692 57.417 10.893 -6.788
2 HA MET 692 HA MET 692 55.177 9.997 -5.201
3 HB2 MET 692 HB2 MET 692 54.141 12.186 -5.686
4 HB3 MET 692 HB3 MET 692 55.723 12.348 -4.959
5 HG2 MET 692 HG2 MET 692 55.154 12.646 -7.903
6 HG3 MET 692 HG3 MET 692 55.235 13.984 -6.763
7 HE2 MET 692 HE1 MET 692 58.495 14.471 -8.846
8 HE1 MET 692 HE2 MET 692 57.010 15.213 -8.255
9 HE3 MET 692 HE3 MET 692 56.931 13.903 -9.430
No H/Q in entry = 9
In of MODEL 36
1 H ASN 693 H ASN 693 56.205 9.779 -8.366
2 HA ASN 693 HA ASN 693 53.482 9.173 -9.242
3 HB2 ASN 693 HB2 ASN 693 55.934 9.899 -10.864
4 HB3 ASN 693 HB3 ASN 693 54.469 9.258 -11.587
5 HD21 ASN 693 HD21 ASN 693 54.154 11.128 -12.797
6 HD22 ASN 693 HD22 ASN 693 53.629 12.614 -12.115
No H/Q in entry = 6
In of MODEL 36
1 HA PRO 694 HA PRO 694 54.634 4.860 -8.879
2 HB2 PRO 694 HB2 PRO 694 52.420 4.595 -10.860
3 HB3 PRO 694 HB3 PRO 694 52.658 3.737 -9.334
4 HG2 PRO 694 HG2 PRO 694 50.835 5.654 -9.518
5 HG3 PRO 694 HG3 PRO 694 51.837 5.504 -8.065
6 HD2 PRO 694 HD2 PRO 694 52.044 7.469 -10.311
7 HD3 PRO 694 HD3 PRO 694 52.301 7.693 -8.565
No H/Q in entry = 7
In of MODEL 36
1 H LEU 695 H LEU 695 53.626 6.067 -12.093
2 HA LEU 695 HA LEU 695 55.850 4.553 -13.226
3 HB2 LEU 695 HB2 LEU 695 53.382 4.197 -13.997
4 HB3 LEU 695 HB3 LEU 695 53.545 5.763 -14.751
5 HG LEU 695 HG LEU 695 53.794 3.952 -16.376
6 HD11 LEU 695 HD11 LEU 695 56.385 5.404 -15.960
7 HD13 LEU 695 HD12 LEU 695 54.983 5.977 -16.866
8 HD12 LEU 695 HD13 LEU 695 55.888 4.575 -17.437
9 HD22 LEU 695 HD21 LEU 695 55.695 2.435 -16.325
10 HD21 LEU 695 HD22 LEU 695 54.671 2.231 -14.902
11 HD23 LEU 695 HD23 LEU 695 56.196 3.104 -14.777
No H/Q in entry = 11
In of MODEL 36
1 H THR 696 H THR 696 57.505 5.706 -13.736
2 HA THR 696 HA THR 696 57.345 8.402 -14.721
3 HB THR 696 HB THR 696 57.455 8.706 -12.248
4 HG1 THR 696 HG1 THR 696 58.724 10.292 -12.589
5 HG23 THR 696 HG21 THR 696 59.381 7.885 -10.937
6 HG22 THR 696 HG22 THR 696 59.975 7.035 -12.364
7 HG21 THR 696 HG23 THR 696 58.443 6.559 -11.631
No H/Q in entry = 7
In of MODEL 36
1 H GLN 697 H GLN 697 60.262 8.649 -14.457
2 HA GLN 697 HA GLN 697 61.011 6.705 -16.460
3 HB2 GLN 697 HB2 GLN 697 62.744 8.829 -15.156
4 HB3 GLN 697 HB3 GLN 697 63.325 7.724 -16.382
5 HG2 GLN 697 HG2 GLN 697 62.860 9.772 -17.472
6 HG3 GLN 697 HG3 GLN 697 61.583 8.653 -17.928
7 HE21 GLN 697 HE21 GLN 697 61.809 10.372 -14.853
8 HE22 GLN 697 HE22 GLN 697 60.421 11.344 -15.092
No H/Q in entry = 8
In of MODEL 36
1 H ALA 698 H ALA 698 60.391 5.098 -14.991
2 HA ALA 698 HA ALA 698 62.444 3.446 -14.143
3 HB1 ALA 698 HB1 ALA 698 60.815 4.744 -11.918
4 HB2 ALA 698 HB2 ALA 698 62.560 4.893 -12.131
5 HB3 ALA 698 HB3 ALA 698 61.854 3.333 -11.711
No H/Q in entry = 5
In of MODEL 36
1 H VAL 699 H VAL 699 61.493 1.551 -14.667
2 HA VAL 699 HA VAL 699 58.588 1.582 -14.726
3 HB VAL 699 HB VAL 699 59.584 1.370 -16.956
4 HG11 VAL 699 HG11 VAL 699 60.880 -1.152 -15.969
5 HG13 VAL 699 HG12 VAL 699 61.689 0.345 -16.439
6 HG12 VAL 699 HG13 VAL 699 60.836 -0.612 -17.648
7 HG21 VAL 699 HG21 VAL 699 58.246 -1.184 -16.066
8 HG23 VAL 699 HG22 VAL 699 58.424 -0.664 -17.739
9 HG22 VAL 699 HG23 VAL 699 57.442 0.285 -16.620
No H/Q in entry = 9
In of MODEL 36
1 HA PRO 700 HA PRO 700 58.718 -1.548 -11.587
2 HB2 PRO 700 HB2 PRO 700 56.074 -2.332 -11.896
3 HB3 PRO 700 HB3 PRO 700 56.640 -1.044 -10.833
4 HG2 PRO 700 HG2 PRO 700 55.350 -0.862 -13.501
5 HG3 PRO 700 HG3 PRO 700 55.291 0.264 -12.136
6 HD2 PRO 700 HD2 PRO 700 56.780 0.647 -14.397
7 HD3 PRO 700 HD3 PRO 700 57.166 1.372 -12.825
No H/Q in entry = 7
In of MODEL 36
1 H LYS 701 H LYS 701 59.386 -3.457 -11.785
2 HA LYS 701 HA LYS 701 58.608 -5.154 -14.046
3 HB2 LYS 701 HB2 LYS 701 60.903 -6.088 -14.065
4 HB3 LYS 701 HB3 LYS 701 60.918 -4.374 -14.416
5 HG2 LYS 701 HG2 LYS 701 61.512 -5.468 -11.674
6 HG3 LYS 701 HG3 LYS 701 62.727 -5.312 -12.939
7 HD2 LYS 701 HD2 LYS 701 62.411 -2.919 -13.014
8 HD3 LYS 701 HD3 LYS 701 61.083 -2.999 -11.868
9 HE2 LYS 701 HE2 LYS 701 63.054 -2.268 -10.732
10 HE3 LYS 701 HE3 LYS 701 62.658 -3.888 -10.178
11 HZ3 LYS 701 HZ1 LYS 701 65.000 -3.626 -10.548
12 HZ2 LYS 701 HZ2 LYS 701 64.754 -3.156 -12.139
13 HZ1 LYS 701 HZ3 LYS 701 64.413 -4.745 -11.670
No H/Q in entry = 13
In of MODEL 36
1 H CYS 702 H CYS 702 57.459 -4.849 -11.586
2 HA CYS 702 HA CYS 702 58.336 -7.112 -9.942
3 HB2 CYS 702 HB2 CYS 702 56.377 -4.969 -9.151
4 HB3 CYS 702 HB3 CYS 702 57.409 -5.963 -8.135
No H/Q in entry = 4
In of MODEL 36
1 H GLN 703 H GLN 703 56.702 -8.611 -9.331
2 HA GLN 703 HA GLN 703 54.651 -8.780 -11.343
3 HB2 GLN 703 HB2 GLN 703 55.372 -10.684 -9.135
4 HB3 GLN 703 HB3 GLN 703 54.244 -11.007 -10.447
5 HG2 GLN 703 HG2 GLN 703 57.184 -10.441 -10.737
6 HG3 GLN 703 HG3 GLN 703 56.399 -12.008 -10.917
7 HE21 GLN 703 HE21 GLN 703 57.975 -10.357 -12.743
8 HE22 GLN 703 HE22 GLN 703 57.051 -10.160 -14.178
No H/Q in entry = 8
In of MODEL 36
1 H ARG 704 H ARG 704 52.599 -9.982 -10.233
2 HA ARG 704 HA ARG 704 51.186 -7.732 -9.217
3 HB2 ARG 704 HB2 ARG 704 50.418 -10.529 -9.872
4 HB3 ARG 704 HB3 ARG 704 49.302 -9.539 -8.952
5 HG2 ARG 704 HG2 ARG 704 48.622 -8.504 -10.771
6 HG3 ARG 704 HG3 ARG 704 50.282 -8.112 -11.256
7 HD2 ARG 704 HD2 ARG 704 49.016 -10.801 -11.681
8 HD3 ARG 704 HD3 ARG 704 48.905 -9.522 -12.880
9 HE ARG 704 HE ARG 704 51.575 -9.770 -12.261
10 HH11 ARG 704 HH11 ARG 704 49.069 -11.709 -13.834
11 HH12 ARG 704 HH12 ARG 704 50.159 -12.663 -14.718
12 HH21 ARG 704 HH21 ARG 704 53.114 -11.121 -13.487
13 HH22 ARG 704 HH22 ARG 704 52.491 -12.337 -14.493
No H/Q in entry = 13
In of MODEL 36
1 H TRP 705 H TRP 705 52.868 -10.167 -7.620
2 HA TRP 705 HA TRP 705 51.399 -9.663 -5.178
3 HB2 TRP 705 HB2 TRP 705 52.783 -11.589 -4.250
4 HB3 TRP 705 HB3 TRP 705 51.704 -11.980 -5.573
5 HD1 TRP 705 HD1 TRP 705 55.413 -11.821 -4.722
6 HE1 TRP 705 HE1 TRP 705 56.750 -12.961 -6.598
7 HE3 TRP 705 HE3 TRP 705 51.655 -12.526 -8.110
8 HZ2 TRP 705 HZ2 TRP 705 56.268 -14.021 -9.171
9 HZ3 TRP 705 HZ3 TRP 705 52.165 -13.589 -10.238
10 HH2 TRP 705 HH2 TRP 705 54.432 -14.339 -10.764
No H/Q in entry = 10
In of MODEL 36
1 H GLU 706 H GLU 706 53.598 -8.087 -6.793
2 HA GLU 706 HA GLU 706 55.307 -7.441 -4.506
3 HB2 GLU 706 HB2 GLU 706 56.060 -7.549 -7.423
4 HB3 GLU 706 HB3 GLU 706 57.126 -7.088 -6.097
5 HG2 GLU 706 HG2 GLU 706 56.907 -9.339 -5.176
6 HG3 GLU 706 HG3 GLU 706 55.861 -9.777 -6.522
No H/Q in entry = 6
In of MODEL 36
1 H LYS 707 H LYS 707 56.454 -5.313 -5.023
2 HA LYS 707 HA LYS 707 54.961 -3.361 -6.569
3 HB2 LYS 707 HB2 LYS 707 55.706 -2.964 -3.643
4 HB3 LYS 707 HB3 LYS 707 55.129 -1.691 -4.699
5 HG2 LYS 707 HG2 LYS 707 53.000 -2.924 -4.942
6 HG3 LYS 707 HG3 LYS 707 53.609 -4.118 -3.809
7 HD2 LYS 707 HD2 LYS 707 52.269 -2.722 -2.467
8 HD3 LYS 707 HD3 LYS 707 53.900 -2.156 -2.162
9 HE2 LYS 707 HE2 LYS 707 51.910 -0.860 -4.057
10 HE3 LYS 707 HE3 LYS 707 52.249 -0.311 -2.428
11 HZ2 LYS 707 HZ1 LYS 707 54.087 -0.267 -4.763
12 HZ1 LYS 707 HZ2 LYS 707 54.572 0.087 -3.189
13 HZ3 LYS 707 HZ3 LYS 707 53.427 1.046 -3.954
No H/Q in entry = 13
In of MODEL 36
1 H LEU 708 H LEU 708 56.396 -1.225 -6.438
2 HA LEU 708 HA LEU 708 59.172 -2.097 -6.881
3 HB2 LEU 708 HB2 LEU 708 58.087 -1.481 -8.931
4 HB3 LEU 708 HB3 LEU 708 57.537 0.038 -8.249
5 HG LEU 708 HG LEU 708 60.004 0.639 -8.008
6 HD12 LEU 708 HD11 LEU 708 61.566 -0.458 -9.521
7 HD11 LEU 708 HD12 LEU 708 60.341 -1.670 -9.893
8 HD13 LEU 708 HD13 LEU 708 60.977 -1.539 -8.257
9 HD21 LEU 708 HD21 LEU 708 58.812 0.333 -10.764
10 HD23 LEU 708 HD22 LEU 708 60.183 1.365 -10.357
11 HD22 LEU 708 HD23 LEU 708 58.597 1.690 -9.662
No H/Q in entry = 11
In of MODEL 36
1 H GLN 709 H GLN 709 60.419 -1.373 -5.273
2 HA GLN 709 HA GLN 709 60.577 1.480 -4.856
3 HB2 GLN 709 HB2 GLN 709 60.538 1.433 -2.465
4 HB3 GLN 709 HB3 GLN 709 59.079 0.607 -2.979
5 HG2 GLN 709 HG2 GLN 709 60.276 -1.559 -2.607
6 HG3 GLN 709 HG3 GLN 709 61.615 -0.636 -1.980
7 HE21 GLN 709 HE21 GLN 709 61.494 0.321 0.012
8 HE22 GLN 709 HE22 GLN 709 60.213 0.007 1.117
No H/Q in entry = 8
In of MODEL 36
1 H ASN 710 H ASN 710 62.635 2.100 -4.211
2 HA ASN 710 HA ASN 710 64.909 1.966 -4.077
3 HB2 ASN 710 HB2 ASN 710 64.153 0.486 -2.051
4 HB3 ASN 710 HB3 ASN 710 64.524 -0.856 -3.094
5 HD21 ASN 710 HD21 ASN 710 66.053 -1.475 -1.526
6 HD22 ASN 710 HD22 ASN 710 67.581 -0.675 -1.487
No H/Q in entry = 6
In of MODEL 36
1 H SER 711 H SER 711 63.504 1.133 -6.463
2 HA SER 711 HA SER 711 63.905 0.429 -8.549
3 HB2 SER 711 HB2 SER 711 66.736 0.114 -7.574
4 HB3 SER 711 HB3 SER 711 66.244 0.126 -9.277
5 HG SER 711 HG SER 711 66.132 2.174 -7.355
No H/Q in entry = 5
In of MODEL 36
1 H ARG 712 H ARG 712 63.473 -1.589 -6.208
2 HA ARG 712 HA ARG 712 64.134 -3.935 -7.840
3 HB2 ARG 712 HB2 ARG 712 64.393 -5.266 -5.794
4 HB3 ARG 712 HB3 ARG 712 65.571 -3.962 -5.857
5 HG2 ARG 712 HG2 ARG 712 64.449 -2.742 -4.183
6 HG3 ARG 712 HG3 ARG 712 62.993 -3.711 -4.360
7 HD2 ARG 712 HD2 ARG 712 65.611 -4.847 -3.414
8 HD3 ARG 712 HD3 ARG 712 64.365 -4.223 -2.326
9 HE ARG 712 HE ARG 712 63.125 -6.082 -3.981
10 HH11 ARG 712 HH11 ARG 712 65.726 -6.192 -1.558
11 HH12 ARG 712 HH12 ARG 712 65.326 -7.750 -1.019
12 HH21 ARG 712 HH21 ARG 712 62.559 -8.198 -3.193
13 HH22 ARG 712 HH22 ARG 712 63.484 -8.917 -1.960
No H/Q in entry = 13
In of MODEL 36
1 H CYS 713 H CYS 713 62.802 -5.837 -6.901
2 HA CYS 713 HA CYS 713 60.017 -4.996 -6.866
3 HB2 CYS 713 HB2 CYS 713 61.242 -7.748 -7.170
4 HB3 CYS 713 HB3 CYS 713 59.572 -7.293 -7.502
No H/Q in entry = 4
In of MODEL 36
1 H VAL 714 H VAL 714 59.066 -5.020 -4.912
2 HA VAL 714 HA VAL 714 60.210 -6.773 -2.841
3 HB VAL 714 HB VAL 714 59.407 -5.190 -1.126
4 HG12 VAL 714 HG11 VAL 714 61.203 -3.901 -3.158
5 HG11 VAL 714 HG12 VAL 714 61.690 -5.018 -1.885
6 HG13 VAL 714 HG13 VAL 714 61.056 -3.423 -1.465
7 HG21 VAL 714 HG21 VAL 714 58.709 -3.383 -3.448
8 HG23 VAL 714 HG22 VAL 714 58.673 -2.924 -1.746
9 HG22 VAL 714 HG23 VAL 714 57.562 -4.155 -2.350
No H/Q in entry = 9
In of MODEL 36
1 H CYS 715 H CYS 715 58.595 -7.593 -1.330
2 HA CYS 715 HA CYS 715 56.201 -8.241 -2.837
3 HB2 CYS 715 HB2 CYS 715 57.136 -9.231 -0.130
4 HB3 CYS 715 HB3 CYS 715 55.836 -9.917 -1.097
No H/Q in entry = 4
In of MODEL 36
1 H LYS 716 H LYS 716 54.152 -7.598 -2.236
2 HA LYS 716 HA LYS 716 54.044 -5.249 -0.609
3 HB2 LYS 716 HB2 LYS 716 51.500 -5.378 -1.112
4 HB3 LYS 716 HB3 LYS 716 52.593 -5.057 -2.439
5 HG2 LYS 716 HG2 LYS 716 52.358 -7.276 -3.273
6 HG3 LYS 716 HG3 LYS 716 51.543 -7.799 -1.802
7 HD2 LYS 716 HD2 LYS 716 49.917 -7.525 -3.590
8 HD3 LYS 716 HD3 LYS 716 49.645 -6.317 -2.347
9 HE2 LYS 716 HE2 LYS 716 49.367 -5.195 -4.391
10 HE3 LYS 716 HE3 LYS 716 50.952 -4.709 -3.823
11 HZ2 LYS 716 HZ1 LYS 716 50.792 -5.214 -6.215
12 HZ1 LYS 716 HZ2 LYS 716 50.498 -6.821 -5.902
13 HZ3 LYS 716 HZ3 LYS 716 51.987 -6.112 -5.482
No H/Q in entry = 13
In of MODEL 36
1 H MET 717 H MET 717 51.630 -5.293 0.768
2 HA MET 717 HA MET 717 52.448 -6.971 2.997
3 HB2 MET 717 HB2 MET 717 50.418 -4.723 2.849
4 HB3 MET 717 HB3 MET 717 50.858 -5.589 4.297
5 HG2 MET 717 HG2 MET 717 52.978 -4.165 2.753
6 HG3 MET 717 HG3 MET 717 51.886 -3.248 3.783
7 HE3 MET 717 HE1 MET 717 53.516 -6.934 4.576
8 HE2 MET 717 HE2 MET 717 55.011 -6.348 5.300
9 HE1 MET 717 HE3 MET 717 54.664 -6.017 3.603
No H/Q in entry = 9
In of MODEL 36
1 HA PRO 718 HA PRO 718 49.329 -9.872 1.608
2 HB2 PRO 718 HB2 PRO 718 49.479 -11.138 4.233
3 HB3 PRO 718 HB3 PRO 718 49.923 -11.785 2.659
4 HG2 PRO 718 HG2 PRO 718 51.744 -11.095 4.581
5 HG3 PRO 718 HG3 PRO 718 52.091 -11.119 2.847
6 HD2 PRO 718 HD2 PRO 718 51.635 -8.819 4.666
7 HD3 PRO 718 HD3 PRO 718 52.615 -8.939 3.192
No H/Q in entry = 7
In of MODEL 36
1 H TYR 719 H TYR 719 49.107 -8.128 4.552
2 HA TYR 719 HA TYR 719 46.358 -8.869 5.048
3 HB2 TYR 719 HB2 TYR 719 46.517 -7.334 6.993
4 HB3 TYR 719 HB3 TYR 719 47.767 -8.567 6.981
5 HD1 TYR 719 HD1 TYR 719 47.053 -5.026 6.875
6 HD2 TYR 719 HD2 TYR 719 50.120 -7.923 6.418
7 HE1 TYR 719 HE1 TYR 719 48.747 -3.269 7.167
8 HE2 TYR 719 HE2 TYR 719 51.816 -6.184 6.714
9 HH TYR 719 HH TYR 719 52.066 -3.811 6.530
No H/Q in entry = 9
In of MODEL 36
1 H GLU 720 H GLU 720 47.879 -6.759 3.050
2 HA GLU 720 HA GLU 720 45.718 -4.789 3.043
3 HB2 GLU 720 HB2 GLU 720 48.486 -4.916 1.973
4 HB3 GLU 720 HB3 GLU 720 47.407 -3.715 1.300
5 HG2 GLU 720 HG2 GLU 720 48.351 -4.016 4.145
6 HG3 GLU 720 HG3 GLU 720 48.724 -2.708 3.020
No H/Q in entry = 6
In of MODEL 36
1 H CYS 721 H CYS 721 46.403 -7.669 1.823
2 HA CYS 721 HA CYS 721 45.732 -7.199 -0.927
3 HB2 CYS 721 HB2 CYS 721 46.340 -9.723 0.592
4 HB3 CYS 721 HB3 CYS 721 46.155 -9.594 -1.152
No H/Q in entry = 4
In of MODEL 36
1 H GLY 722 H GLY 722 43.631 -6.504 -0.805
2 HA3 GLY 722 HA2 GLY 722 41.652 -8.279 0.405
3 HA2 GLY 722 HA3 GLY 722 41.359 -6.648 -0.175
No H/Q in entry = 3
In of MODEL 36
1 HA PRO 723 HA PRO 723 39.520 -7.952 -3.902
2 HB2 PRO 723 HB2 PRO 723 41.001 -6.664 -5.874
3 HB3 PRO 723 HB3 PRO 723 39.664 -5.948 -4.966
4 HG2 PRO 723 HG2 PRO 723 42.609 -5.729 -4.501
5 HG3 PRO 723 HG3 PRO 723 41.354 -4.482 -4.361
6 HD2 PRO 723 HD2 PRO 723 42.370 -5.645 -2.188
7 HD3 PRO 723 HD3 PRO 723 40.635 -5.274 -2.288
No H/Q in entry = 7
In of MODEL 36
1 H SER 724 H SER 724 39.885 -10.167 -4.121
2 HA SER 724 HA SER 724 41.280 -11.076 -6.335
3 HB2 SER 724 HB2 SER 724 42.688 -12.673 -4.879
4 HB3 SER 724 HB3 SER 724 43.316 -11.053 -5.192
5 HG SER 724 HG SER 724 42.034 -10.688 -3.075
No H/Q in entry = 5
In of MODEL 36
1 H LEU 725 H LEU 725 41.200 -13.495 -6.290
2 HA LEU 725 HA LEU 725 38.475 -14.282 -5.735
3 HB2 LEU 725 HB2 LEU 725 40.891 -15.551 -6.865
4 HB3 LEU 725 HB3 LEU 725 39.490 -16.559 -6.493
5 HG LEU 725 HG LEU 725 39.348 -14.168 -8.327
6 HD12 LEU 725 HD11 LEU 725 39.902 -17.053 -9.042
7 HD11 LEU 725 HD12 LEU 725 41.071 -15.731 -9.157
8 HD13 LEU 725 HD13 LEU 725 39.629 -15.725 -10.170
9 HD21 LEU 725 HD21 LEU 725 37.258 -15.086 -7.465
10 HD23 LEU 725 HD22 LEU 725 37.719 -16.677 -8.081
11 HD22 LEU 725 HD23 LEU 725 37.446 -15.337 -9.200
No H/Q in entry = 11
In of MODEL 36
1 H ASP 726 H ASP 726 37.705 -15.098 -3.984
2 HA ASP 726 HA ASP 726 39.433 -15.871 -1.849
3 HB2 ASP 726 HB2 ASP 726 36.427 -15.976 -2.131
4 HB3 ASP 726 HB3 ASP 726 37.261 -16.588 -0.707
No H/Q in entry = 4
In of MODEL 36
1 H VAL 727 H VAL 727 40.196 -17.743 -1.368
2 HA VAL 727 HA VAL 727 39.209 -20.116 -2.763
3 HB VAL 727 HB VAL 727 41.575 -20.798 -3.253
4 HG13 VAL 727 HG11 VAL 727 41.866 -19.396 -5.255
5 HG12 VAL 727 HG12 VAL 727 40.682 -18.259 -4.622
6 HG11 VAL 727 HG13 VAL 727 40.189 -19.898 -5.048
7 HG21 VAL 727 HG21 VAL 727 42.735 -19.346 -1.672
8 HG23 VAL 727 HG22 VAL 727 42.214 -17.922 -2.571
9 HG22 VAL 727 HG23 VAL 727 43.335 -19.066 -3.305
No H/Q in entry = 9
In of MODEL 36
1 H CYS 728 H CYS 728 40.038 -22.111 -1.772
2 HA CYS 728 HA CYS 728 40.503 -21.702 1.080
3 HB2 CYS 728 HB2 CYS 728 39.650 -24.228 -0.345
4 HB3 CYS 728 HB3 CYS 728 39.615 -23.902 1.384
No H/Q in entry = 4
In of MODEL 36
1 H ALA 729 H ALA 729 42.404 -22.289 1.946
2 HA ALA 729 HA ALA 729 44.242 -23.870 0.303
3 HB2 ALA 729 HB1 ALA 729 46.053 -22.346 0.900
4 HB1 ALA 729 HB2 ALA 729 44.900 -21.317 1.753
5 HB3 ALA 729 HB3 ALA 729 44.784 -21.508 0.005
No H/Q in entry = 5
In of MODEL 36
1 H GLN 730 H GLN 730 46.007 -24.732 1.615
2 HA GLN 730 HA GLN 730 45.063 -25.208 4.340
3 HB2 GLN 730 HB2 GLN 730 45.178 -27.235 2.932
4 HB3 GLN 730 HB3 GLN 730 46.891 -26.939 2.693
5 HG2 GLN 730 HG2 GLN 730 47.358 -27.258 4.992
6 HG3 GLN 730 HG3 GLN 730 45.656 -27.380 5.397
7 HE21 GLN 730 HE21 GLN 730 45.780 -29.457 6.222
8 HE22 GLN 730 HE22 GLN 730 46.150 -30.831 5.249
No H/Q in entry = 8
In of MODEL 36
1 H ASP 731 H ASP 731 46.132 -24.506 5.879
2 HA ASP 731 HA ASP 731 48.523 -22.964 5.613
3 HB2 ASP 731 HB2 ASP 731 46.786 -22.386 7.242
4 HB3 ASP 731 HB3 ASP 731 46.991 -23.943 8.025
No H/Q in entry = 4
In of MODEL 36
1 H GLU 732 H GLU 732 50.567 -23.819 5.633
2 HA GLU 732 HA GLU 732 50.828 -26.610 6.143
3 HB2 GLU 732 HB2 GLU 732 52.829 -24.541 5.343
4 HB3 GLU 732 HB3 GLU 732 53.264 -26.226 5.619
5 HG2 GLU 732 HG2 GLU 732 51.305 -25.183 3.587
6 HG3 GLU 732 HG3 GLU 732 52.915 -25.833 3.269
No H/Q in entry = 6
In of MODEL 36
1 H ARG 733 H ARG 733 50.735 -24.208 8.359
2 HA ARG 733 HA ARG 733 52.832 -25.418 9.965
3 HB2 ARG 733 HB2 ARG 733 52.895 -23.004 9.940
4 HB3 ARG 733 HB3 ARG 733 51.202 -22.905 10.389
5 HG2 ARG 733 HG2 ARG 733 52.633 -22.388 12.280
6 HG3 ARG 733 HG3 ARG 733 51.739 -23.877 12.584
7 HD2 ARG 733 HD2 ARG 733 53.756 -25.149 11.866
8 HD3 ARG 733 HD3 ARG 733 54.635 -23.630 11.750
9 HE ARG 733 HE ARG 733 53.347 -24.490 14.231
10 HH11 ARG 733 HH11 ARG 733 56.253 -23.336 12.549
11 HH12 ARG 733 HH12 ARG 733 57.251 -23.357 13.917
12 HH21 ARG 733 HH21 ARG 733 54.747 -24.510 16.145
13 HH22 ARG 733 HH22 ARG 733 56.372 -24.041 16.000
No H/Q in entry = 13
In of MODEL 36
1 H SER 734 H SER 734 49.379 -24.746 10.092
2 HA SER 734 HA SER 734 49.218 -26.660 12.327
3 HB2 SER 734 HB2 SER 734 47.115 -24.726 11.350
4 HB3 SER 734 HB3 SER 734 47.080 -25.669 12.845
5 HG SER 734 HG SER 734 48.890 -23.598 12.147
No H/Q in entry = 5
In of MODEL 36
1 H LYS 735 H LYS 735 48.899 -26.584 9.037
2 HA LYS 735 HA LYS 735 47.991 -27.790 7.430
3 HB2 LYS 735 HB2 LYS 735 47.758 -29.879 9.601
4 HB3 LYS 735 HB3 LYS 735 47.542 -30.205 7.886
5 HG2 LYS 735 HG2 LYS 735 50.059 -29.198 9.209
6 HG3 LYS 735 HG3 LYS 735 49.781 -30.838 8.637
7 HD2 LYS 735 HD2 LYS 735 49.824 -28.366 6.873
8 HD3 LYS 735 HD3 LYS 735 51.174 -29.464 7.080
9 HE2 LYS 735 HE2 LYS 735 49.787 -31.293 6.146
10 HE3 LYS 735 HE3 LYS 735 48.464 -30.148 5.916
11 HZ3 LYS 735 HZ1 LYS 735 49.642 -30.471 3.864
12 HZ2 LYS 735 HZ2 LYS 735 51.117 -30.114 4.562
13 HZ1 LYS 735 HZ3 LYS 735 49.997 -28.904 4.367
No H/Q in entry = 13
In of MODEL 36
1 H ARG 736 H ARG 736 46.278 -26.054 8.803
2 HA ARG 736 HA ARG 736 43.669 -27.361 8.738
3 HB2 ARG 736 HB2 ARG 736 42.808 -25.303 9.668
4 HB3 ARG 736 HB3 ARG 736 44.166 -25.888 10.625
5 HG2 ARG 736 HG2 ARG 736 45.624 -24.283 9.600
6 HG3 ARG 736 HG3 ARG 736 44.324 -23.736 8.540
7 HD2 ARG 736 HD2 ARG 736 44.642 -22.247 10.324
8 HD3 ARG 736 HD3 ARG 736 43.064 -23.011 10.499
9 HE ARG 736 HE ARG 736 44.228 -24.518 12.149
10 HH11 ARG 736 HH11 ARG 736 45.469 -21.201 11.602
11 HH12 ARG 736 HH12 ARG 736 45.997 -21.021 13.196
12 HH21 ARG 736 HH21 ARG 736 45.009 -24.231 14.309
13 HH22 ARG 736 HH22 ARG 736 45.705 -22.750 14.787
No H/Q in entry = 13
In of MODEL 36
1 H ILE 737 H ILE 737 42.019 -26.681 7.325
2 HA ILE 737 HA ILE 737 42.933 -25.356 4.921
3 HB ILE 737 HB ILE 737 40.143 -26.325 5.595
4 HG12 ILE 737 HG12 ILE 737 41.742 -28.225 5.715
5 HG13 ILE 737 HG13 ILE 737 40.618 -28.395 4.378
6 HG21 ILE 737 HG21 ILE 737 40.331 -24.705 3.768
7 HG23 ILE 737 HG22 ILE 737 39.785 -26.273 3.203
8 HG22 ILE 737 HG23 ILE 737 41.458 -25.781 2.931
9 HD12 ILE 737 HD11 ILE 737 43.481 -27.494 4.213
10 HD11 ILE 737 HD12 ILE 737 42.361 -27.592 2.854
11 HD13 ILE 737 HD13 ILE 737 42.841 -29.062 3.711
No H/Q in entry = 11
In of MODEL 36
1 H LEU 738 H LEU 738 42.808 -23.221 4.850
2 HA LEU 738 HA LEU 738 40.728 -21.979 6.434
3 HB2 LEU 738 HB2 LEU 738 42.102 -19.862 6.390
4 HB3 LEU 738 HB3 LEU 738 42.638 -21.143 7.438
5 HG LEU 738 HG LEU 738 44.620 -21.516 6.046
6 HD12 LEU 738 HD11 LEU 738 44.996 -20.347 3.999
7 HD11 LEU 738 HD12 LEU 738 43.206 -20.160 3.919
8 HD13 LEU 738 HD13 LEU 738 43.936 -21.737 4.025
9 HD22 LEU 738 HD21 LEU 738 44.747 -19.555 7.459
10 HD21 LEU 738 HD22 LEU 738 44.023 -18.585 6.179
11 HD23 LEU 738 HD23 LEU 738 45.614 -19.300 5.944
No H/Q in entry = 11
In of MODEL 36
1 HA PRO 739 HA PRO 739 39.486 -20.060 2.634
2 HB2 PRO 739 HB2 PRO 739 37.917 -18.114 3.588
3 HB3 PRO 739 HB3 PRO 739 37.367 -19.800 3.578
4 HG2 PRO 739 HG2 PRO 739 38.345 -18.148 5.850
5 HG3 PRO 739 HG3 PRO 739 37.144 -19.449 5.829
6 HD2 PRO 739 HD2 PRO 739 39.778 -19.714 6.671
7 HD3 PRO 739 HD3 PRO 739 38.702 -21.045 6.180
No H/Q in entry = 7
In of MODEL 36
1 H LEU 740 H LEU 740 41.037 -19.008 1.687
2 HA LEU 740 HA LEU 740 41.995 -16.484 2.830
3 HB2 LEU 740 HB2 LEU 740 43.442 -18.637 1.336
4 HB3 LEU 740 HB3 LEU 740 43.966 -16.991 1.127
5 HG LEU 740 HG LEU 740 44.006 -18.523 3.780
6 HD12 LEU 740 HD11 LEU 740 46.351 -18.482 3.498
7 HD11 LEU 740 HD12 LEU 740 46.189 -17.729 1.885
8 HD13 LEU 740 HD13 LEU 740 45.549 -19.347 2.200
9 HD23 LEU 740 HD21 LEU 740 45.231 -16.582 4.585
10 HD22 LEU 740 HD22 LEU 740 43.622 -16.087 4.074
11 HD21 LEU 740 HD23 LEU 740 45.014 -15.763 3.039
No H/Q in entry = 11
In of MODEL 36
1 H THR 741 H THR 741 43.198 -15.430 0.680
2 HA THR 741 HA THR 741 41.314 -15.544 -1.513
3 HB THR 741 HB THR 741 42.352 -12.871 -0.486
4 HG1 THR 741 HG1 THR 741 39.791 -13.881 0.280
5 HG22 THR 741 HG21 THR 741 39.804 -13.681 -1.883
6 HG21 THR 741 HG22 THR 741 41.225 -12.993 -2.670
7 HG23 THR 741 HG23 THR 741 40.307 -12.035 -1.509
No H/Q in entry = 7
In of MODEL 36
1 H VAL 742 H VAL 742 42.385 -15.064 -3.505
2 HA VAL 742 HA VAL 742 44.862 -16.157 -3.856
3 HB VAL 742 HB VAL 742 43.546 -14.149 -5.699
4 HG13 VAL 742 HG11 VAL 742 45.824 -14.288 -6.280
5 HG12 VAL 742 HG12 VAL 742 44.830 -15.108 -7.481
6 HG11 VAL 742 HG13 VAL 742 45.766 -16.056 -6.307
7 HG23 VAL 742 HG21 VAL 742 42.826 -16.132 -6.907
8 HG22 VAL 742 HG22 VAL 742 42.149 -15.979 -5.290
9 HG21 VAL 742 HG23 VAL 742 43.456 -17.141 -5.592
No H/Q in entry = 9
In of MODEL 36
1 H CYS 743 H CYS 743 44.297 -12.640 -3.597
2 HA CYS 743 HA CYS 743 46.976 -12.006 -4.177
3 HB2 CYS 743 HB2 CYS 743 45.010 -10.411 -4.353
4 HB3 CYS 743 HB3 CYS 743 45.011 -10.302 -2.607
No H/Q in entry = 4
In of MODEL 36
1 H LYS 744 H LYS 744 45.225 -12.533 -1.176
2 HA LYS 744 HA LYS 744 47.246 -11.929 0.677
3 HB2 LYS 744 HB2 LYS 744 45.086 -14.032 0.792
4 HB3 LYS 744 HB3 LYS 744 46.068 -13.533 2.158
5 HG2 LYS 744 HG2 LYS 744 45.094 -11.350 2.132
6 HG3 LYS 744 HG3 LYS 744 44.297 -11.669 0.592
7 HD2 LYS 744 HD2 LYS 744 42.962 -13.442 1.694
8 HD3 LYS 744 HD3 LYS 744 43.718 -13.015 3.230
9 HE2 LYS 744 HE2 LYS 744 42.728 -10.850 3.209
10 HE3 LYS 744 HE3 LYS 744 42.208 -11.036 1.534
11 HZ2 LYS 744 HZ1 LYS 744 40.387 -11.354 3.122
12 HZ1 LYS 744 HZ2 LYS 744 41.180 -12.659 3.807
13 HZ3 LYS 744 HZ3 LYS 744 40.669 -12.729 2.201
No H/Q in entry = 13
In of MODEL 36
1 H MET 745 H MET 745 46.279 -15.033 -0.695
2 HA MET 745 HA MET 745 48.258 -16.677 0.338
3 HB2 MET 745 HB2 MET 745 46.671 -17.954 -0.648
4 HB3 MET 745 HB3 MET 745 46.365 -16.811 -1.934
5 HG2 MET 745 HG2 MET 745 47.220 -18.734 -3.011
6 HG3 MET 745 HG3 MET 745 48.540 -17.602 -2.971
7 HE3 MET 745 HE1 MET 745 47.161 -20.124 -0.175
8 HE2 MET 745 HE2 MET 745 48.241 -21.484 -0.534
9 HE1 MET 745 HE3 MET 745 47.108 -20.915 -1.746
No H/Q in entry = 9
In of MODEL 36
1 H HIS 746 H HIS 746 48.340 -14.887 -2.725
2 HA HIS 746 HA HIS 746 50.848 -15.979 -3.508
3 HB2 HIS 746 HB2 HIS 746 49.185 -13.761 -4.472
4 HB3 HIS 746 HB3 HIS 746 50.906 -13.647 -4.865
5 HD1 HIS 746 HD1 HIS 746 51.802 -15.933 -6.180
6 HD2 HIS 746 HD2 HIS 746 47.725 -15.140 -6.207
7 HE1 HIS 746 HE1 HIS 746 50.894 -17.171 -8.154
8 HE2 HIS 746 HE2 HIS 746 48.399 -16.895 -7.981
No H/Q in entry = 8
In of MODEL 36
1 H VAL 747 H VAL 747 50.009 -12.985 -1.891
2 HA VAL 747 HA VAL 747 52.669 -12.090 -1.828
3 HB VAL 747 HB VAL 747 50.216 -11.170 -0.330
4 HG13 VAL 747 HG11 VAL 747 51.486 -9.149 0.157
5 HG12 VAL 747 HG12 VAL 747 52.908 -9.827 -0.633
6 HG11 VAL 747 HG13 VAL 747 52.294 -10.546 0.857
7 HG22 VAL 747 HG21 VAL 747 50.224 -9.407 -2.008
8 HG21 VAL 747 HG22 VAL 747 50.152 -11.008 -2.765
9 HG23 VAL 747 HG23 VAL 747 51.673 -10.122 -2.722
No H/Q in entry = 9
In of MODEL 36
1 H LEU 748 H LEU 748 50.618 -13.725 0.580
2 HA LEU 748 HA LEU 748 52.666 -13.632 2.511
3 HB2 LEU 748 HB2 LEU 748 51.382 -15.364 3.783
4 HB3 LEU 748 HB3 LEU 748 50.416 -13.990 3.308
5 HG LEU 748 HG LEU 748 49.469 -15.432 1.480
6 HD12 LEU 748 HD11 LEU 748 50.769 -17.648 3.040
7 HD11 LEU 748 HD12 LEU 748 51.183 -17.158 1.401
8 HD13 LEU 748 HD13 LEU 748 49.593 -17.847 1.743
9 HD22 LEU 748 HD21 LEU 748 48.241 -14.920 3.490
10 HD21 LEU 748 HD22 LEU 748 49.033 -16.242 4.344
11 HD23 LEU 748 HD23 LEU 748 47.937 -16.587 3.005
No H/Q in entry = 11
In of MODEL 36
1 H HIS 749 H HIS 749 52.081 -15.688 -0.155
2 HA HIS 749 HA HIS 749 53.749 -17.836 0.635
3 HB2 HIS 749 HB2 HIS 749 51.956 -17.663 -1.283
4 HB3 HIS 749 HB3 HIS 749 53.322 -17.114 -2.244
5 HD1 HIS 749 HD1 HIS 749 55.114 -18.903 -2.871
6 HD2 HIS 749 HD2 HIS 749 51.970 -20.318 -0.565
7 HE1 HIS 749 HE1 HIS 749 55.323 -21.410 -2.894
8 HE2 HIS 749 HE2 HIS 749 53.423 -22.247 -1.509
No H/Q in entry = 8
In of MODEL 36
1 H CYS 750 H CYS 750 54.275 -14.771 -1.067
2 HA CYS 750 HA CYS 750 57.021 -15.516 -1.544
3 HB2 CYS 750 HB2 CYS 750 57.251 -13.263 -2.611
4 HB3 CYS 750 HB3 CYS 750 56.008 -14.266 -3.341
No H/Q in entry = 4
In of MODEL 36
1 H GLN 751 H GLN 751 55.213 -13.902 0.831
2 HA GLN 751 HA GLN 751 57.383 -12.667 2.165
3 HB2 GLN 751 HB2 GLN 751 54.793 -13.780 3.238
4 HB3 GLN 751 HB3 GLN 751 55.952 -12.898 4.217
5 HG2 GLN 751 HG2 GLN 751 54.571 -11.818 1.789
6 HG3 GLN 751 HG3 GLN 751 54.050 -11.525 3.440
7 HE21 GLN 751 HE21 GLN 751 54.766 -9.508 1.553
8 HE22 GLN 751 HE22 GLN 751 56.173 -8.724 2.144
No H/Q in entry = 8
In of MODEL 36
1 H GLY 752 H GLY 752 56.438 -15.937 1.789
2 HA3 GLY 752 HA2 GLY 752 58.321 -17.490 2.153
3 HA2 GLY 752 HA3 GLY 752 58.517 -16.722 3.720
No H/Q in entry = 3
In of MODEL 36
1 H ARG 753 H ARG 753 55.297 -16.815 3.319
2 HA ARG 753 HA ARG 753 55.026 -18.989 5.166
3 HB2 ARG 753 HB2 ARG 753 52.855 -17.494 3.676
4 HB3 ARG 753 HB3 ARG 753 52.647 -18.513 5.095
5 HG2 ARG 753 HG2 ARG 753 54.179 -15.917 5.016
6 HG3 ARG 753 HG3 ARG 753 52.535 -16.118 5.620
7 HD2 ARG 753 HD2 ARG 753 53.327 -17.604 7.367
8 HD3 ARG 753 HD3 ARG 753 54.969 -17.511 6.732
9 HE ARG 753 HE ARG 753 54.273 -14.930 7.187
10 HH11 ARG 753 HH11 ARG 753 54.396 -17.810 9.228
11 HH12 ARG 753 HH12 ARG 753 54.782 -16.960 10.656
12 HH21 ARG 753 HH21 ARG 753 54.807 -13.770 9.074
13 HH22 ARG 753 HH22 ARG 753 54.993 -14.579 10.578
No H/Q in entry = 13
In of MODEL 36
1 H ASN 754 H ASN 754 54.099 -20.983 4.785
2 HA ASN 754 HA ASN 754 54.037 -21.702 1.954
3 HB2 ASN 754 HB2 ASN 754 54.631 -23.510 4.321
4 HB3 ASN 754 HB3 ASN 754 54.582 -24.017 2.638
5 HD21 ASN 754 HD21 ASN 754 56.441 -22.520 5.109
6 HD22 ASN 754 HD22 ASN 754 57.872 -22.278 4.183
No H/Q in entry = 6
In of MODEL 36
1 H TYR 755 H TYR 755 52.245 -22.442 1.115
2 HA TYR 755 HA TYR 755 50.135 -23.482 2.788
3 HB2 TYR 755 HB2 TYR 755 49.848 -20.987 1.131
4 HB3 TYR 755 HB3 TYR 755 48.495 -22.067 1.457
5 HD1 TYR 755 HD1 TYR 755 51.042 -19.933 3.113
6 HD2 TYR 755 HD2 TYR 755 47.315 -21.912 3.448
7 HE1 TYR 755 HE1 TYR 755 50.641 -18.799 5.241
8 HE2 TYR 755 HE2 TYR 755 46.906 -20.793 5.577
9 HH TYR 755 HH TYR 755 48.306 -19.830 7.367
No H/Q in entry = 9
In of MODEL 36
1 H THR 756 H THR 756 48.920 -24.880 1.805
2 HA THR 756 HA THR 756 49.671 -25.689 -0.893
3 HB THR 756 HB THR 756 48.101 -27.072 1.292
4 HG1 THR 756 HG1 THR 756 50.004 -27.426 2.041
5 HG21 THR 756 HG21 THR 756 47.457 -27.858 -0.915
6 HG23 THR 756 HG22 THR 756 48.364 -29.101 -0.036
7 HG22 THR 756 HG23 THR 756 49.151 -28.154 -1.311
No H/Q in entry = 7
In of MODEL 36
1 H LEU 757 H LEU 757 48.079 -25.854 -2.526
2 HA LEU 757 HA LEU 757 45.633 -24.409 -2.004
3 HB2 LEU 757 HB2 LEU 757 46.877 -25.462 -4.537
4 HB3 LEU 757 HB3 LEU 757 45.224 -24.896 -4.498
5 HG LEU 757 HG LEU 757 46.566 -23.167 -5.385
6 HD12 LEU 757 HD11 LEU 757 45.849 -22.500 -2.545
7 HD11 LEU 757 HD12 LEU 757 44.788 -22.436 -3.954
8 HD13 LEU 757 HD13 LEU 757 46.161 -21.341 -3.831
9 HD22 LEU 757 HD21 LEU 757 48.455 -22.139 -4.183
10 HD21 LEU 757 HD22 LEU 757 48.769 -23.836 -4.546
11 HD23 LEU 757 HD23 LEU 757 48.301 -23.355 -2.915
No H/Q in entry = 11
In of MODEL 36
1 H THR 758 H THR 758 43.696 -25.243 -1.857
2 HA THR 758 HA THR 758 43.384 -28.098 -2.333
3 HB THR 758 HB THR 758 41.764 -28.010 -0.329
4 HG1 THR 758 HG1 THR 758 42.276 -25.490 -0.355
5 HG23 THR 758 HG21 THR 758 43.563 -28.397 1.302
6 HG22 THR 758 HG22 THR 758 44.718 -27.639 0.211
7 HG21 THR 758 HG23 THR 758 43.947 -29.160 -0.242
No H/Q in entry = 7
In of MODEL 36
1 H GLY 759 H GLY 759 40.694 -28.339 -1.972
2 HA3 GLY 759 HA2 GLY 759 39.693 -26.716 -4.147
3 HA2 GLY 759 HA3 GLY 759 38.896 -28.106 -3.422
No H/Q in entry = 3
In of MODEL 36
1 H ARG 760 H ARG 760 37.267 -26.115 -3.823
2 HA ARG 760 HA ARG 760 37.339 -24.160 -1.714
3 HB2 ARG 760 HB2 ARG 760 35.309 -23.229 -2.701
4 HB3 ARG 760 HB3 ARG 760 36.531 -23.515 -3.920
5 HG2 ARG 760 HG2 ARG 760 34.536 -24.193 -4.953
6 HG3 ARG 760 HG3 ARG 760 35.281 -25.694 -4.396
7 HD2 ARG 760 HD2 ARG 760 33.796 -25.702 -2.434
8 HD3 ARG 760 HD3 ARG 760 33.047 -24.206 -2.990
9 HE ARG 760 HE ARG 760 32.865 -25.990 -5.048
10 HH11 ARG 760 HH11 ARG 760 31.694 -25.977 -1.699
11 HH12 ARG 760 HH12 ARG 760 30.236 -26.769 -2.072
12 HH21 ARG 760 HH21 ARG 760 30.800 -26.995 -5.543
13 HH22 ARG 760 HH22 ARG 760 29.727 -27.380 -4.266
No H/Q in entry = 13
In of MODEL 36
1 H ASP 761 H ASP 761 36.059 -27.274 -2.021
2 HA ASP 761 HA ASP 761 33.801 -26.869 -0.367
3 HB2 ASP 761 HB2 ASP 761 33.753 -28.668 -1.970
4 HB3 ASP 761 HB3 ASP 761 35.152 -29.431 -1.231
No H/Q in entry = 4
In of MODEL 36
1 H SER 762 H SER 762 37.100 -27.576 0.047
2 HA SER 762 HA SER 762 37.279 -29.088 2.303
3 HB2 SER 762 HB2 SER 762 39.185 -26.987 1.299
4 HB3 SER 762 HB3 SER 762 39.587 -28.215 2.500
5 HG SER 762 HG SER 762 39.581 -29.711 1.034
No H/Q in entry = 5
In of MODEL 36
1 H CYS 763 H CYS 763 36.737 -25.594 2.190
2 HA CYS 763 HA CYS 763 36.037 -25.755 4.989
3 HB2 CYS 763 HB2 CYS 763 37.206 -23.696 5.581
4 HB3 CYS 763 HB3 CYS 763 38.362 -24.889 4.984
No H/Q in entry = 4
In of MODEL 36
1 H THR 764 H THR 764 35.080 -23.346 5.501
2 HA THR 764 HA THR 764 33.105 -23.001 3.399
3 HB THR 764 HB THR 764 33.126 -21.969 6.223
4 HG1 THR 764 HG1 THR 764 32.743 -24.443 5.174
5 HG22 THR 764 HG21 THR 764 30.879 -22.374 4.224
6 HG21 THR 764 HG22 THR 764 31.576 -20.823 4.692
7 HG23 THR 764 HG23 THR 764 30.681 -21.779 5.877
No H/Q in entry = 7
In of MODEL 36
1 H LEU 765 H LEU 765 33.519 -21.486 2.044
2 HA LEU 765 HA LEU 765 35.377 -19.376 2.565
3 HB2 LEU 765 HB2 LEU 765 34.784 -20.768 0.397
4 HB3 LEU 765 HB3 LEU 765 33.552 -19.525 0.246
5 HG LEU 765 HG LEU 765 35.302 -17.810 0.148
6 HD13 LEU 765 HD11 LEU 765 37.015 -18.920 1.469
7 HD12 LEU 765 HD12 LEU 765 37.664 -18.600 -0.146
8 HD11 LEU 765 HD13 LEU 765 37.109 -20.217 0.293
9 HD23 LEU 765 HD21 LEU 765 35.660 -20.082 -1.803
10 HD22 LEU 765 HD22 LEU 765 36.133 -18.405 -2.069
11 HD21 LEU 765 HD23 LEU 765 34.427 -18.823 -1.902
No H/Q in entry = 11
In of MODEL 36
1 HA PRO 766 HA PRO 766 32.339 -16.497 4.081
2 HB2 PRO 766 HB2 PRO 766 33.531 -14.145 3.180
3 HB3 PRO 766 HB3 PRO 766 33.910 -14.959 4.697
4 HG2 PRO 766 HG2 PRO 766 35.367 -14.986 2.111
5 HG3 PRO 766 HG3 PRO 766 35.999 -15.096 3.758
6 HD2 PRO 766 HD2 PRO 766 35.793 -17.223 2.077
7 HD3 PRO 766 HD3 PRO 766 35.706 -17.395 3.830
No H/Q in entry = 7
In of MODEL 36
1 H ALA 767 H ALA 767 33.582 -15.484 0.876
2 HA ALA 767 HA ALA 767 30.795 -15.312 -0.004
3 HB2 ALA 767 HB1 ALA 767 32.897 -13.223 -0.542
4 HB1 ALA 767 HB2 ALA 767 31.559 -13.043 0.592
5 HB3 ALA 767 HB3 ALA 767 31.237 -13.206 -1.135
No H/Q in entry = 5
In of MODEL 36
1 H SER 768 H SER 768 30.582 -16.737 -1.419
2 HA SER 768 HA SER 768 32.725 -17.187 -3.318
3 HB2 SER 768 HB2 SER 768 30.268 -18.850 -2.728
4 HB3 SER 768 HB3 SER 768 31.591 -19.292 -3.806
5 HG SER 768 HG SER 768 31.547 -19.074 -1.019
No H/Q in entry = 5
In of MODEL 36
1 H ALA 769 H ALA 769 29.135 -17.366 -3.544
2 HA ALA 769 HA ALA 769 29.269 -15.570 -5.852
3 HB2 ALA 769 HB1 ALA 769 27.606 -16.973 -6.994
4 HB1 ALA 769 HB2 ALA 769 27.678 -18.136 -5.668
5 HB3 ALA 769 HB3 ALA 769 29.095 -17.865 -6.680
No H/Q in entry = 5
In of MODEL 36
1 H GLU 770 H GLU 770 27.137 -14.604 -6.353
2 HA GLU 770 HA GLU 770 25.276 -13.510 -5.945
3 HB2 GLU 770 HB2 GLU 770 24.881 -15.490 -3.725
4 HB3 GLU 770 HB3 GLU 770 23.632 -14.393 -4.332
5 HG2 GLU 770 HG2 GLU 770 23.824 -15.428 -6.536
6 HG3 GLU 770 HG3 GLU 770 25.082 -16.482 -5.887
No H/Q in entry = 6
In of MODEL 36
1 H LYS 771 H LYS 771 25.882 -11.526 -5.454
2 HA LYS 771 HA LYS 771 26.673 -11.026 -2.664
3 HB2 LYS 771 HB2 LYS 771 27.650 -9.437 -5.059
4 HB3 LYS 771 HB3 LYS 771 28.246 -9.376 -3.409
5 HG2 LYS 771 HG2 LYS 771 28.493 -11.739 -5.266
6 HG3 LYS 771 HG3 LYS 771 29.777 -10.602 -4.862
7 HD2 LYS 771 HD2 LYS 771 29.927 -11.389 -2.651
8 HD3 LYS 771 HD3 LYS 771 28.340 -12.149 -2.722
9 HE2 LYS 771 HE2 LYS 771 30.084 -13.824 -2.800
10 HE3 LYS 771 HE3 LYS 771 29.161 -13.780 -4.291
11 HZ2 LYS 771 HZ1 LYS 771 31.864 -12.578 -3.890
12 HZ1 LYS 771 HZ2 LYS 771 30.980 -12.512 -5.321
13 HZ3 LYS 771 HZ3 LYS 771 31.532 -13.993 -4.731
No H/Q in entry = 13
In of MODEL 36
1 H ALA 772 H ALA 772 26.212 -8.854 -1.882
2 HA ALA 772 HA ALA 772 23.968 -7.528 -3.219
3 HB2 ALA 772 HB1 ALA 772 23.066 -8.892 -1.391
4 HB1 ALA 772 HB2 ALA 772 22.939 -7.172 -1.007
5 HB3 ALA 772 HB3 ALA 772 24.203 -8.149 -0.267
No H/Q in entry = 5
In of MODEL 36
1 H CYS 773 H CYS 773 23.695 -5.297 -2.239
2 HA CYS 773 HA CYS 773 26.146 -3.914 -2.451
3 HB2 CYS 773 HB2 CYS 773 23.945 -2.927 -3.055
4 HB3 CYS 773 HB3 CYS 773 23.491 -2.935 -1.356
No H/Q in entry = 4
In of MODEL 36
1 H GLY 774 H GLY 774 27.493 -3.065 -0.889
2 HA3 GLY 774 HA2 GLY 774 27.684 -2.405 1.496
3 HA2 GLY 774 HA3 GLY 774 26.913 -3.945 1.855
No H/Q in entry = 3
In of MODEL 36
1 H ALA 775 H ALA 775 28.324 -5.203 -0.391
2 HA ALA 775 HA ALA 775 31.110 -5.035 0.216
3 HB1 ALA 775 HB1 ALA 775 31.323 -7.425 0.814
4 HB3 ALA 775 HB2 ALA 775 29.567 -7.571 0.806
5 HB2 ALA 775 HB3 ALA 775 30.358 -6.546 2.003
No H/Q in entry = 5
In of MODEL 36
1 H CYS 776 H CYS 776 31.631 -4.735 -1.850
2 HA CYS 776 HA CYS 776 30.593 -6.656 -3.784
3 HB2 CYS 776 HB2 CYS 776 31.276 -3.744 -4.297
4 HB3 CYS 776 HB3 CYS 776 30.622 -4.900 -5.448
No H/Q in entry = 4
In of MODEL 36
1 HA PRO 777 HA PRO 777 34.992 -7.424 -4.102
2 HB2 PRO 777 HB2 PRO 777 34.886 -9.240 -6.109
3 HB3 PRO 777 HB3 PRO 777 34.435 -9.646 -4.452
4 HG2 PRO 777 HG2 PRO 777 32.676 -8.943 -6.772
5 HG3 PRO 777 HG3 PRO 777 32.470 -10.228 -5.572
6 HD2 PRO 777 HD2 PRO 777 31.136 -7.883 -5.423
7 HD3 PRO 777 HD3 PRO 777 31.639 -8.777 -3.977
No H/Q in entry = 7
In of MODEL 36
1 H LEU 778 H LEU 778 36.565 -7.458 -5.913
2 HA LEU 778 HA LEU 778 36.666 -5.176 -7.432
3 HB2 LEU 778 HB2 LEU 778 38.513 -6.283 -8.701
4 HB3 LEU 778 HB3 LEU 778 38.662 -6.308 -6.958
5 HG LEU 778 HG LEU 778 37.617 -8.684 -8.487
6 HD11 LEU 778 HD11 LEU 778 40.492 -8.109 -7.786
7 HD13 LEU 778 HD12 LEU 778 39.782 -8.251 -9.417
8 HD12 LEU 778 HD13 LEU 778 39.818 -9.646 -8.336
9 HD21 LEU 778 HD21 LEU 778 38.826 -8.351 -5.751
10 HD23 LEU 778 HD22 LEU 778 38.598 -9.901 -6.537
11 HD22 LEU 778 HD23 LEU 778 37.195 -8.931 -6.150
No H/Q in entry = 11
In of MODEL 36
1 H TRP 779 H TRP 779 35.101 -8.156 -8.357
2 HA TRP 779 HA TRP 779 34.548 -7.034 -11.018
3 HB2 TRP 779 HB2 TRP 779 33.808 -9.388 -11.593
4 HB3 TRP 779 HB3 TRP 779 35.523 -9.235 -11.220
5 HD1 TRP 779 HD1 TRP 779 32.242 -10.532 -9.617
6 HE1 TRP 779 HE1 TRP 779 32.870 -12.245 -7.839
7 HE3 TRP 779 HE3 TRP 779 37.308 -10.096 -9.810
8 HZ2 TRP 779 HZ2 TRP 779 35.240 -13.284 -6.657
9 HZ3 TRP 779 HZ3 TRP 779 38.654 -11.495 -8.349
10 HH2 TRP 779 HH2 TRP 779 37.644 -13.037 -6.819
No H/Q in entry = 10
In of MODEL 36
1 H GLY 780 H GLY 780 33.291 -6.568 -8.260
2 HA3 GLY 780 HA2 GLY 780 30.534 -7.030 -9.146
3 HA2 GLY 780 HA3 GLY 780 31.020 -7.301 -7.471
No H/Q in entry = 3
In of MODEL 36
1 H LYS 781 H LYS 781 29.184 -5.318 -8.779
2 HA LYS 781 HA LYS 781 30.328 -3.019 -7.381
3 HB2 LYS 781 HB2 LYS 781 31.019 -2.894 -9.775
4 HB3 LYS 781 HB3 LYS 781 29.315 -2.823 -10.212
5 HG2 LYS 781 HG2 LYS 781 30.202 -0.595 -10.190
6 HG3 LYS 781 HG3 LYS 781 29.106 -0.781 -8.812
7 HD2 LYS 781 HD2 LYS 781 31.089 -1.262 -7.380
8 HD3 LYS 781 HD3 LYS 781 32.116 -0.902 -8.767
9 HE2 LYS 781 HE2 LYS 781 32.005 0.967 -7.351
10 HE3 LYS 781 HE3 LYS 781 31.121 1.348 -8.838
11 HZ1 LYS 781 HZ1 LYS 781 29.018 0.919 -7.568
12 HZ3 LYS 781 HZ2 LYS 781 29.957 2.136 -6.878
13 HZ2 LYS 781 HZ3 LYS 781 29.960 0.626 -6.189
No H/Q in entry = 13
In of MODEL 36
1 H CYS 782 H CYS 782 28.770 -2.040 -6.221
2 HA CYS 782 HA CYS 782 26.036 -2.534 -6.902
3 HB2 CYS 782 HB2 CYS 782 25.575 -0.817 -5.087
4 HB3 CYS 782 HB3 CYS 782 26.492 -2.212 -4.536
No H/Q in entry = 4
In of MODEL 36
1 H ASP 783 H ASP 783 25.425 -1.744 -8.718
2 HA ASP 783 HA ASP 783 25.916 1.056 -9.362
3 HB2 ASP 783 HB2 ASP 783 27.594 -0.421 -10.555
4 HB3 ASP 783 HB3 ASP 783 26.244 -1.249 -11.315
No H/Q in entry = 4
In of MODEL 36
1 H ALA 784 H ALA 784 24.084 1.964 -10.018
2 HA ALA 784 HA ALA 784 21.912 2.327 -10.231
3 HB1 ALA 784 HB1 ALA 784 21.565 -0.621 -10.937
4 HB2 ALA 784 HB2 ALA 784 21.732 0.693 -12.102
5 HB3 ALA 784 HB3 ALA 784 20.310 0.613 -11.066
No H/Q in entry = 5
In of MODEL 36
1 H GLU 785 H GLU 785 21.309 2.907 -8.390
2 HA GLU 785 HA GLU 785 21.888 1.664 -5.995
3 HB2 GLU 785 HB2 GLU 785 21.474 4.102 -6.448
4 HB3 GLU 785 HB3 GLU 785 19.758 3.745 -6.418
5 HG2 GLU 785 HG2 GLU 785 19.880 3.080 -4.118
6 HG3 GLU 785 HG3 GLU 785 21.637 3.239 -4.125
No H/Q in entry = 6
In of MODEL 36
1 H SER 786 H SER 786 21.192 -0.254 -5.556
2 HA SER 786 HA SER 786 18.464 -0.702 -4.801
3 HB2 SER 786 HB2 SER 786 19.824 -2.446 -6.900
4 HB3 SER 786 HB3 SER 786 18.248 -2.767 -6.174
5 HG SER 786 HG SER 786 18.402 -0.282 -7.143
No H/Q in entry = 5
In of MODEL 36
1 H SER 787 H SER 787 18.508 -3.149 -3.834
2 HA SER 787 HA SER 787 20.627 -3.122 -1.933
3 HB2 SER 787 HB2 SER 787 18.528 -5.217 -2.448
4 HB3 SER 787 HB3 SER 787 19.477 -5.021 -0.976
5 HG SER 787 HG SER 787 18.503 -2.855 -0.866
No H/Q in entry = 5
In of MODEL 36
1 H LYS 788 H LYS 788 20.315 -4.527 -5.010
2 HA LYS 788 HA LYS 788 21.906 -6.863 -4.445
3 HB2 LYS 788 HB2 LYS 788 21.665 -7.415 -6.773
4 HB3 LYS 788 HB3 LYS 788 20.107 -6.941 -6.120
5 HG2 LYS 788 HG2 LYS 788 20.259 -4.783 -7.186
6 HG3 LYS 788 HG3 LYS 788 21.903 -5.140 -7.724
7 HD2 LYS 788 HD2 LYS 788 21.015 -7.046 -9.013
8 HD3 LYS 788 HD3 LYS 788 19.379 -6.553 -8.574
9 HE2 LYS 788 HE2 LYS 788 19.704 -4.419 -9.703
10 HE3 LYS 788 HE3 LYS 788 21.371 -4.853 -10.076
11 HZ3 LYS 788 HZ1 LYS 788 19.993 -5.252 -11.996
12 HZ2 LYS 788 HZ2 LYS 788 18.926 -6.166 -11.116
13 HZ1 LYS 788 HZ3 LYS 788 20.479 -6.741 -11.391
No H/Q in entry = 13
In of MODEL 36
1 H CYS 789 H CYS 789 23.720 -7.350 -5.981
2 HA CYS 789 HA CYS 789 25.399 -5.035 -6.573
3 HB2 CYS 789 HB2 CYS 789 26.340 -6.195 -4.625
4 HB3 CYS 789 HB3 CYS 789 26.157 -7.747 -5.427
No H/Q in entry = 4
In of MODEL 36
1 H VAL 790 H VAL 790 26.302 -5.201 -8.663
2 HA VAL 790 HA VAL 790 25.245 -7.471 -10.151
3 HB VAL 790 HB VAL 790 25.514 -6.144 -12.212
4 HG11 VAL 790 HG11 VAL 790 23.389 -6.079 -11.059
5 HG13 VAL 790 HG12 VAL 790 23.727 -4.521 -11.814
6 HG12 VAL 790 HG13 VAL 790 23.940 -4.724 -10.075
7 HG22 VAL 790 HG21 VAL 790 27.380 -4.708 -11.551
8 HG21 VAL 790 HG22 VAL 790 26.351 -3.888 -10.381
9 HG23 VAL 790 HG23 VAL 790 26.015 -3.739 -12.108
No H/Q in entry = 9
In of MODEL 36
1 H CYS 791 H CYS 791 26.524 -8.367 -11.801
2 HA CYS 791 HA CYS 791 29.260 -8.692 -10.853
3 HB2 CYS 791 HB2 CYS 791 27.646 -10.352 -12.786
4 HB3 CYS 791 HB3 CYS 791 29.185 -10.787 -12.046
No H/Q in entry = 4
In of MODEL 36
1 H ARG 792 H ARG 792 30.761 -7.642 -11.912
2 HA ARG 792 HA ARG 792 30.286 -6.831 -14.660
3 HB2 ARG 792 HB2 ARG 792 32.472 -6.113 -12.675
4 HB3 ARG 792 HB3 ARG 792 32.404 -5.526 -14.334
5 HG2 ARG 792 HG2 ARG 792 30.324 -4.990 -12.206
6 HG3 ARG 792 HG3 ARG 792 31.564 -3.850 -12.735
7 HD2 ARG 792 HD2 ARG 792 30.660 -3.823 -14.964
8 HD3 ARG 792 HD3 ARG 792 29.514 -5.086 -14.565
9 HE ARG 792 HE ARG 792 29.293 -2.660 -13.038
10 HH11 ARG 792 HH11 ARG 792 28.409 -4.297 -16.022
11 HH12 ARG 792 HH12 ARG 792 26.859 -3.606 -16.162
12 HH21 ARG 792 HH21 ARG 792 27.080 -1.592 -13.259
13 HH22 ARG 792 HH22 ARG 792 26.117 -2.065 -14.555
No H/Q in entry = 13
In of MODEL 36
1 H GLU 793 H GLU 793 30.828 -8.175 -16.106
2 HA GLU 793 HA GLU 793 32.435 -10.418 -15.430
3 HB2 GLU 793 HB2 GLU 793 31.024 -9.709 -17.991
4 HB3 GLU 793 HB3 GLU 793 31.888 -11.217 -17.734
5 HG2 GLU 793 HG2 GLU 793 30.384 -11.724 -15.858
6 HG3 GLU 793 HG3 GLU 793 29.468 -10.267 -16.237
No H/Q in entry = 6
In of MODEL 36
1 H ALA 794 H ALA 794 33.666 -11.036 -17.868
2 HA ALA 794 HA ALA 794 36.106 -10.078 -17.144
3 HB2 ALA 794 HB1 ALA 794 35.338 -11.479 -19.691
4 HB3 ALA 794 HB2 ALA 794 35.704 -12.236 -18.149
5 HB1 ALA 794 HB3 ALA 794 36.971 -11.362 -19.020
No H/Q in entry = 5
In of MODEL 36
1 H SER 795 H SER 795 33.815 -9.137 -19.579
2 HA SER 795 HA SER 795 35.475 -7.588 -21.216
3 HB2 SER 795 HB2 SER 795 32.482 -7.371 -20.839
4 HB3 SER 795 HB3 SER 795 33.406 -6.830 -22.242
5 HG SER 795 HG SER 795 33.829 -8.921 -22.792
No H/Q in entry = 5
In of MODEL 36
1 H GLU 796 H GLU 796 34.137 -7.006 -18.096
2 HA GLU 796 HA GLU 796 34.570 -4.114 -18.359
3 HB2 GLU 796 HB2 GLU 796 32.684 -5.588 -16.502
4 HB3 GLU 796 HB3 GLU 796 32.951 -3.851 -16.488
5 HG2 GLU 796 HG2 GLU 796 32.135 -3.823 -18.869
6 HG3 GLU 796 HG3 GLU 796 31.661 -5.505 -18.646
No H/Q in entry = 6
In of MODEL 36
1 H CYS 797 H CYS 797 36.420 -6.327 -17.740
2 HA CYS 797 HA CYS 797 37.112 -6.253 -14.968
3 HB2 CYS 797 HB2 CYS 797 37.652 -8.178 -16.358
4 HB3 CYS 797 HB3 CYS 797 38.648 -7.171 -17.403
No H/Q in entry = 4
In of MODEL 36
1 H GLU 798 H GLU 798 38.036 -4.559 -13.997
2 HA GLU 798 HA GLU 798 40.048 -3.005 -15.466
3 HB2 GLU 798 HB2 GLU 798 37.705 -1.902 -13.948
4 HB3 GLU 798 HB3 GLU 798 39.137 -0.947 -14.298
5 HG2 GLU 798 HG2 GLU 798 38.783 -1.236 -16.672
6 HG3 GLU 798 HG3 GLU 798 37.391 -2.270 -16.355
No H/Q in entry = 6
In of MODEL 36
1 H GLU 799 H GLU 799 39.967 -5.037 -13.144
2 HA GLU 799 HA GLU 799 41.520 -3.364 -11.313
3 HB2 GLU 799 HB2 GLU 799 39.532 -4.418 -10.244
4 HB3 GLU 799 HB3 GLU 799 40.143 -6.001 -10.692
5 HG2 GLU 799 HG2 GLU 799 40.568 -5.499 -8.327
6 HG3 GLU 799 HG3 GLU 799 42.068 -5.693 -9.225
No H/Q in entry = 6
In of MODEL 36
1 H GLU 800 H GLU 800 43.480 -4.228 -10.531
2 HA GLU 800 HA GLU 800 44.970 -5.592 -12.600
3 HB2 GLU 800 HB2 GLU 800 46.901 -5.127 -11.170
4 HB3 GLU 800 HB3 GLU 800 45.978 -3.668 -11.550
5 HG2 GLU 800 HG2 GLU 800 44.971 -3.791 -9.299
6 HG3 GLU 800 HG3 GLU 800 45.938 -5.225 -8.964
No H/Q in entry = 6
In of MODEL 36
1 H GLY 801 H GLY 801 43.157 -7.310 -11.552
2 HA3 GLY 801 HA2 GLY 801 44.144 -8.813 -9.411
3 HA2 GLY 801 HA3 GLY 801 42.856 -9.319 -10.503
No H/Q in entry = 3
In of MODEL 36
1 H PHE 802 H PHE 802 44.457 -11.170 -9.633
2 HA PHE 802 HA PHE 802 46.840 -11.598 -11.172
3 HB2 PHE 802 HB2 PHE 802 45.290 -13.409 -9.332
4 HB3 PHE 802 HB3 PHE 802 46.813 -13.847 -10.097
5 HD1 PHE 802 HD1 PHE 802 48.892 -12.804 -9.398
6 HD2 PHE 802 HD2 PHE 802 45.211 -11.795 -7.544
7 HE1 PHE 802 HE1 PHE 802 50.076 -11.774 -7.608
8 HE2 PHE 802 HE2 PHE 802 46.425 -10.743 -5.735
9 HZ PHE 802 HZ PHE 802 48.876 -10.732 -5.731
No H/Q in entry = 9
In of MODEL 36
1 H SER 803 H SER 803 46.985 -13.963 -12.046
2 HA SER 803 HA SER 803 44.606 -14.591 -13.604
3 HB2 SER 803 HB2 SER 803 46.420 -13.578 -15.045
4 HB3 SER 803 HB3 SER 803 47.458 -14.940 -14.611
5 HG SER 803 HG SER 803 44.886 -15.395 -15.645
No H/Q in entry = 5
In of MODEL 36
1 H ILE 804 H ILE 804 44.067 -16.689 -13.588
2 HA ILE 804 HA ILE 804 45.722 -18.458 -11.951
3 HB ILE 804 HB ILE 804 43.874 -19.215 -10.612
4 HG12 ILE 804 HG12 ILE 804 42.024 -18.950 -12.271
5 HG13 ILE 804 HG13 ILE 804 41.601 -18.331 -10.687
6 HG23 ILE 804 HG21 ILE 804 43.339 -17.217 -9.274
7 HG22 ILE 804 HG22 ILE 804 43.966 -16.211 -10.579
8 HG21 ILE 804 HG23 ILE 804 45.047 -17.308 -9.721
9 HD11 ILE 804 HD11 ILE 804 42.034 -16.039 -11.528
10 HD13 ILE 804 HD12 ILE 804 40.750 -16.884 -12.380
11 HD12 ILE 804 HD13 ILE 804 42.328 -16.720 -13.134
No H/Q in entry = 11
In of MODEL 36
1 H CYS 805 H CYS 805 44.753 -20.689 -11.966
2 HA CYS 805 HA CYS 805 43.889 -21.383 -14.689
3 HB2 CYS 805 HB2 CYS 805 46.116 -22.244 -14.000
4 HB3 CYS 805 HB3 CYS 805 45.369 -22.977 -12.591
No H/Q in entry = 4
In of MODEL 36
1 H VAL 806 H VAL 806 41.934 -21.953 -14.825
2 HA VAL 806 HA VAL 806 40.688 -23.189 -12.507
3 HB VAL 806 HB VAL 806 40.019 -20.812 -12.584
4 HG11 VAL 806 HG11 VAL 806 39.037 -21.388 -15.320
5 HG13 VAL 806 HG12 VAL 806 40.376 -20.335 -14.858
6 HG12 VAL 806 HG13 VAL 806 38.720 -19.913 -14.404
7 HG23 VAL 806 HG21 VAL 806 37.772 -22.617 -13.440
8 HG22 VAL 806 HG22 VAL 806 37.608 -21.069 -12.598
9 HG21 VAL 806 HG23 VAL 806 38.369 -22.441 -11.796
No H/Q in entry = 9
In of MODEL 36
1 H GLU 807 H GLU 807 39.656 -24.982 -12.894
2 HA GLU 807 HA GLU 807 39.598 -26.138 -15.541
3 HB2 GLU 807 HB2 GLU 807 40.276 -27.409 -13.523
4 HB3 GLU 807 HB3 GLU 807 38.682 -27.168 -12.857
5 HG2 GLU 807 HG2 GLU 807 37.767 -28.424 -14.824
6 HG3 GLU 807 HG3 GLU 807 39.430 -28.782 -15.268
No H/Q in entry = 6
In of MODEL 36
1 H VAL 808 H VAL 808 38.028 -25.586 -16.789
2 HA VAL 808 HA VAL 808 35.243 -25.549 -15.854
3 HB VAL 808 HB VAL 808 36.430 -23.521 -17.706
4 HG11 VAL 808 HG11 VAL 808 34.145 -23.835 -18.109
5 HG13 VAL 808 HG12 VAL 808 34.436 -22.235 -17.431
6 HG12 VAL 808 HG13 VAL 808 33.746 -23.514 -16.414
7 HG22 VAL 808 HG21 VAL 808 37.440 -23.055 -15.639
8 HG21 VAL 808 HG22 VAL 808 35.888 -23.133 -14.812
9 HG23 VAL 808 HG23 VAL 808 36.219 -21.819 -15.955
No H/Q in entry = 9
In of MODEL 36
1 H ASN 809 H ASN 809 34.002 -26.598 -17.356
2 HA ASN 809 HA ASN 809 33.312 -27.619 -19.286
3 HB2 ASN 809 HB2 ASN 809 35.277 -25.663 -20.390
4 HB3 ASN 809 HB3 ASN 809 34.641 -26.897 -21.448
5 HD21 ASN 809 HD21 ASN 809 32.729 -25.400 -18.866
6 HD22 ASN 809 HD22 ASN 809 31.713 -24.488 -19.909
No H/Q in entry = 6
In of MODEL 36
1 H GLY 810 H GLY 810 35.745 -28.466 -17.675
2 HA3 GLY 810 HA2 GLY 810 36.832 -30.511 -17.684
3 HA2 GLY 810 HA3 GLY 810 36.426 -30.683 -19.397
No H/Q in entry = 3
In of MODEL 36
1 H LYS 811 H LYS 811 37.622 -27.656 -18.957
2 HA LYS 811 HA LYS 811 40.377 -28.536 -19.517
3 HB2 LYS 811 HB2 LYS 811 38.907 -26.191 -20.696
4 HB3 LYS 811 HB3 LYS 811 40.600 -26.588 -20.960
5 HG2 LYS 811 HG2 LYS 811 39.949 -28.664 -22.062
6 HG3 LYS 811 HG3 LYS 811 38.253 -28.292 -21.748
7 HD2 LYS 811 HD2 LYS 811 38.865 -27.734 -24.031
8 HD3 LYS 811 HD3 LYS 811 38.424 -26.294 -23.111
9 HE2 LYS 811 HE2 LYS 811 40.766 -25.747 -22.779
10 HE3 LYS 811 HE3 LYS 811 41.265 -27.216 -23.602
11 HZ2 LYS 811 HZ1 LYS 811 39.850 -24.890 -24.808
12 HZ1 LYS 811 HZ2 LYS 811 40.168 -26.313 -25.624
13 HZ3 LYS 811 HZ3 LYS 811 41.438 -25.355 -25.080
No H/Q in entry = 13
In of MODEL 36
1 H GLU 812 H GLU 812 42.004 -27.369 -18.590
2 HA GLU 812 HA GLU 812 41.147 -25.503 -16.517
3 HB2 GLU 812 HB2 GLU 812 43.840 -26.772 -17.019
4 HB3 GLU 812 HB3 GLU 812 43.519 -25.617 -15.739
5 HG2 GLU 812 HG2 GLU 812 41.899 -27.187 -14.777
6 HG3 GLU 812 HG3 GLU 812 42.311 -28.379 -15.999
No H/Q in entry = 6
In of MODEL 36
1 H GLN 813 H GLN 813 40.733 -23.632 -17.423
2 HA GLN 813 HA GLN 813 42.578 -22.600 -19.411
3 HB2 GLN 813 HB2 GLN 813 40.244 -22.572 -19.964
4 HB3 GLN 813 HB3 GLN 813 39.849 -21.652 -18.514
5 HG2 GLN 813 HG2 GLN 813 41.244 -19.831 -19.399
6 HG3 GLN 813 HG3 GLN 813 41.461 -20.728 -20.898
7 HE21 GLN 813 HE21 GLN 813 38.612 -21.737 -20.596
8 HE22 GLN 813 HE22 GLN 813 37.644 -20.425 -21.129
No H/Q in entry = 8
In of MODEL 36
1 H THR 814 H THR 814 43.425 -20.525 -19.184
2 HA THR 814 HA THR 814 43.861 -19.717 -16.428
3 HB THR 814 HB THR 814 45.214 -18.884 -18.991
4 HG1 THR 814 HG1 THR 814 45.164 -21.106 -17.784
5 HG23 THR 814 HG21 THR 814 46.971 -18.064 -17.479
6 HG22 THR 814 HG22 THR 814 46.021 -18.600 -16.088
7 HG21 THR 814 HG23 THR 814 45.427 -17.295 -17.100
No H/Q in entry = 7
In of MODEL 36
1 H MET 815 H MET 815 42.700 -18.054 -15.765
2 HA MET 815 HA MET 815 41.672 -16.222 -17.804
3 HB2 MET 815 HB2 MET 815 40.191 -16.960 -15.279
4 HB3 MET 815 HB3 MET 815 39.598 -15.994 -16.616
5 HG2 MET 815 HG2 MET 815 39.839 -18.134 -18.031
6 HG3 MET 815 HG3 MET 815 40.109 -18.893 -16.467
7 HE1 MET 815 HE1 MET 815 38.335 -20.553 -17.008
8 HE3 MET 815 HE2 MET 815 37.897 -19.777 -18.524
9 HE2 MET 815 HE3 MET 815 36.638 -20.204 -17.351
No H/Q in entry = 9
In of MODEL 36
1 H SER 816 H SER 816 41.116 -14.158 -16.826
2 HA SER 816 HA SER 816 43.068 -13.393 -14.887
3 HB2 SER 816 HB2 SER 816 41.886 -11.136 -15.134
4 HB3 SER 816 HB3 SER 816 42.673 -11.768 -16.601
5 HG SER 816 HG SER 816 40.529 -12.545 -17.161
No H/Q in entry = 5
In of MODEL 36
1 H GLU 817 H GLU 817 42.500 -12.406 -12.888
2 HA GLU 817 HA GLU 817 40.926 -13.971 -11.293
3 HB2 GLU 817 HB2 GLU 817 42.812 -12.428 -10.702
4 HB3 GLU 817 HB3 GLU 817 41.635 -11.136 -10.863
5 HG2 GLU 817 HG2 GLU 817 40.588 -11.574 -8.970
6 HG3 GLU 817 HG3 GLU 817 40.930 -13.315 -9.046
No H/Q in entry = 6
In of MODEL 36
1 H CYS 818 H CYS 818 40.112 -10.793 -12.687
2 HA CYS 818 HA CYS 818 37.558 -10.763 -11.458
3 HB2 CYS 818 HB2 CYS 818 38.438 -9.118 -13.838
4 HB3 CYS 818 HB3 CYS 818 37.118 -8.758 -12.722
No H/Q in entry = 4
In of MODEL 36
1 H GLU 819 H GLU 819 38.803 -12.219 -14.206
2 HA GLU 819 HA GLU 819 36.383 -12.438 -15.713
3 HB2 GLU 819 HB2 GLU 819 38.552 -12.427 -16.753
4 HB3 GLU 819 HB3 GLU 819 39.046 -13.809 -15.818
5 HG2 GLU 819 HG2 GLU 819 37.566 -15.206 -17.007
6 HG3 GLU 819 HG3 GLU 819 36.907 -13.803 -17.898
No H/Q in entry = 6
In of MODEL 36
1 H ALA 820 H ALA 820 38.476 -14.831 -14.075
2 HA ALA 820 HA ALA 820 36.728 -16.947 -14.107
3 HB2 ALA 820 HB1 ALA 820 38.050 -17.865 -12.235
4 HB3 ALA 820 HB2 ALA 820 38.807 -16.283 -12.042
5 HB1 ALA 820 HB3 ALA 820 39.046 -17.204 -13.532
No H/Q in entry = 5
In of MODEL 36
1 H GLY 821 H GLY 821 37.128 -14.291 -11.817
2 HA3 GLY 821 HA2 GLY 821 35.365 -15.136 -9.795
3 HA2 GLY 821 HA3 GLY 821 35.881 -13.479 -10.096
No H/Q in entry = 3
In of MODEL 36
1 H ALA 822 H ALA 822 34.843 -13.207 -12.738
2 HA ALA 822 HA ALA 822 32.167 -12.656 -12.106
3 HB2 ALA 822 HB1 ALA 822 31.913 -12.018 -14.383
4 HB1 ALA 822 HB2 ALA 822 33.494 -12.701 -14.824
5 HB3 ALA 822 HB3 ALA 822 33.389 -11.320 -13.730
No H/Q in entry = 5
In of MODEL 36
1 H LEU 823 H LEU 823 33.761 -15.302 -13.816
2 HA LEU 823 HA LEU 823 31.410 -16.588 -14.649
3 HB2 LEU 823 HB2 LEU 823 34.123 -17.718 -13.990
4 HB3 LEU 823 HB3 LEU 823 32.780 -18.777 -14.343
5 HG LEU 823 HG LEU 823 34.058 -18.621 -16.315
6 HD13 LEU 823 HD11 LEU 823 32.540 -17.752 -17.942
7 HD12 LEU 823 HD12 LEU 823 31.764 -16.767 -16.721
8 HD11 LEU 823 HD13 LEU 823 31.634 -18.525 -16.630
9 HD21 LEU 823 HD21 LEU 823 33.918 -15.621 -16.118
10 HD23 LEU 823 HD22 LEU 823 34.598 -16.530 -17.465
11 HD22 LEU 823 HD23 LEU 823 35.355 -16.612 -15.877
No H/Q in entry = 11
In of MODEL 36
1 H ARG 824 H ARG 824 33.153 -16.821 -11.604
2 HA ARG 824 HA ARG 824 31.511 -18.640 -10.218
3 HB2 ARG 824 HB2 ARG 824 33.088 -16.253 -9.271
4 HB3 ARG 824 HB3 ARG 824 32.147 -17.228 -8.154
5 HG2 ARG 824 HG2 ARG 824 33.494 -19.128 -8.559
6 HG3 ARG 824 HG3 ARG 824 34.318 -18.332 -9.911
7 HD2 ARG 824 HD2 ARG 824 35.652 -18.425 -7.829
8 HD3 ARG 824 HD3 ARG 824 35.365 -16.797 -8.418
9 HE ARG 824 HE ARG 824 33.481 -16.829 -6.695
10 HH11 ARG 824 HH11 ARG 824 36.312 -18.839 -6.166
11 HH12 ARG 824 HH12 ARG 824 36.622 -18.337 -4.574
12 HH21 ARG 824 HH21 ARG 824 33.844 -16.096 -4.447
13 HH22 ARG 824 HH22 ARG 824 35.112 -16.772 -3.544
No H/Q in entry = 13
In of MODEL 36
1 H CYS 825 H CYS 825 31.312 -15.156 -10.408
2 HA CYS 825 HA CYS 825 28.999 -14.937 -8.855
3 HB2 CYS 825 HB2 CYS 825 30.593 -13.092 -10.509
4 HB3 CYS 825 HB3 CYS 825 29.059 -12.520 -9.886
No H/Q in entry = 4
In of MODEL 36
1 H ARG 826 H ARG 826 29.309 -15.407 -12.324
2 HA ARG 826 HA ARG 826 26.537 -14.695 -12.662
3 HB2 ARG 826 HB2 ARG 826 26.781 -15.483 -14.981
4 HB3 ARG 826 HB3 ARG 826 27.943 -14.221 -14.558
5 HG2 ARG 826 HG2 ARG 826 29.650 -15.864 -14.386
6 HG3 ARG 826 HG3 ARG 826 28.491 -17.168 -14.683
7 HD2 ARG 826 HD2 ARG 826 29.089 -14.921 -16.605
8 HD3 ARG 826 HD3 ARG 826 29.792 -16.534 -16.699
9 HE ARG 826 HE ARG 826 27.248 -17.160 -16.710
10 HH11 ARG 826 HH11 ARG 826 28.664 -14.370 -18.416
11 HH12 ARG 826 HH12 ARG 826 27.748 -14.605 -19.826
12 HH21 ARG 826 HH21 ARG 826 25.986 -17.454 -18.641
13 HH22 ARG 826 HH22 ARG 826 26.159 -16.395 -19.963
No H/Q in entry = 13
In of MODEL 36
1 H GLY 827 H GLY 827 28.114 -17.420 -11.580
2 HA3 GLY 827 HA2 GLY 827 26.762 -19.187 -10.689
3 HA2 GLY 827 HA3 GLY 827 25.615 -18.863 -11.987
No H/Q in entry = 3
In of MODEL 36
1 H GLN 828 H GLN 828 28.593 -18.798 -13.370
2 HA GLN 828 HA GLN 828 28.210 -21.296 -14.658
3 HB2 GLN 828 HB2 GLN 828 29.313 -19.445 -15.813
4 HB3 GLN 828 HB3 GLN 828 30.603 -19.440 -14.623
5 HG2 GLN 828 HG2 GLN 828 31.335 -20.513 -16.706
6 HG3 GLN 828 HG3 GLN 828 31.306 -21.643 -15.355
7 HE21 GLN 828 HE21 GLN 828 29.736 -20.713 -18.293
8 HE22 GLN 828 HE22 GLN 828 28.893 -22.216 -18.509
No H/Q in entry = 8
In of MODEL 36
1 H SER 829 H SER 829 29.415 -23.146 -14.502
2 HA SER 829 HA SER 829 30.440 -23.702 -11.881
3 HB2 SER 829 HB2 SER 829 29.973 -25.489 -14.269
4 HB3 SER 829 HB3 SER 829 30.311 -26.020 -12.617
5 HG SER 829 HG SER 829 28.402 -24.965 -11.973
No H/Q in entry = 5
In of MODEL 36
1 H ILE 830 H ILE 830 32.489 -23.213 -11.593
2 HA ILE 830 HA ILE 830 34.546 -23.927 -13.590
3 HB ILE 830 HB ILE 830 35.779 -21.896 -13.155
4 HG12 ILE 830 HG12 ILE 830 35.020 -21.551 -10.742
5 HG13 ILE 830 HG13 ILE 830 35.176 -20.093 -11.700
6 HG23 ILE 830 HG21 ILE 830 34.391 -20.160 -14.127
7 HG22 ILE 830 HG22 ILE 830 32.953 -21.125 -13.792
8 HG21 ILE 830 HG23 ILE 830 34.159 -21.713 -14.933
9 HD12 ILE 830 HD11 ILE 830 33.180 -20.055 -10.282
10 HD11 ILE 830 HD12 ILE 830 32.576 -21.492 -11.109
11 HD13 ILE 830 HD13 ILE 830 32.786 -19.990 -11.993
No H/Q in entry = 11
In of MODEL 36
1 H SER 831 H SER 831 36.495 -24.562 -12.517
2 HA SER 831 HA SER 831 36.276 -24.796 -9.615
3 HB2 SER 831 HB2 SER 831 37.280 -26.762 -11.634
4 HB3 SER 831 HB3 SER 831 37.399 -26.935 -9.885
5 HG SER 831 HG SER 831 34.874 -26.351 -10.763
No H/Q in entry = 5
In of MODEL 36
1 H VAL 832 H VAL 832 37.774 -23.222 -9.023
2 HA VAL 832 HA VAL 832 40.172 -22.769 -10.492
3 HB VAL 832 HB VAL 832 39.568 -21.991 -7.628
4 HG13 VAL 832 HG11 VAL 832 41.271 -20.235 -7.967
5 HG12 VAL 832 HG12 VAL 832 41.587 -20.872 -9.582
6 HG11 VAL 832 HG13 VAL 832 41.943 -21.854 -8.164
7 HG22 VAL 832 HG21 VAL 832 37.862 -21.086 -9.114
8 HG21 VAL 832 HG22 VAL 832 39.108 -20.422 -10.168
9 HG23 VAL 832 HG23 VAL 832 38.909 -19.789 -8.534
No H/Q in entry = 9
In of MODEL 36
1 H THR 833 H THR 833 41.596 -24.347 -10.668
2 HA THR 833 HA THR 833 41.925 -26.216 -8.536
3 HB THR 833 HB THR 833 43.446 -27.293 -10.258
4 HG1 THR 833 HG1 THR 833 43.224 -26.535 -12.357
5 HG23 THR 833 HG21 THR 833 41.166 -28.084 -9.915
6 HG22 THR 833 HG22 THR 833 41.542 -28.079 -11.646
7 HG21 THR 833 HG23 THR 833 40.550 -26.801 -10.957
No H/Q in entry = 7
In of MODEL 36
1 H SER 834 H SER 834 43.699 -23.681 -10.184
2 HA SER 834 HA SER 834 45.692 -23.746 -8.062
3 HB2 SER 834 HB2 SER 834 46.404 -23.700 -11.007
4 HB3 SER 834 HB3 SER 834 47.540 -23.588 -9.668
5 HG SER 834 HG SER 834 45.977 -25.807 -10.477
No H/Q in entry = 5
In of MODEL 36
1 H ILE 835 H ILE 835 46.285 -21.730 -7.463
2 HA ILE 835 HA ILE 835 44.919 -19.557 -8.761
3 HB ILE 835 HB ILE 835 45.711 -18.166 -6.823
4 HG12 ILE 835 HG12 ILE 835 46.380 -19.552 -4.770
5 HG13 ILE 835 HG13 ILE 835 46.850 -20.811 -5.904
6 HG21 ILE 835 HG21 ILE 835 44.183 -20.668 -6.243
7 HG23 ILE 835 HG22 ILE 835 43.539 -19.137 -6.851
8 HG22 ILE 835 HG23 ILE 835 44.220 -19.236 -5.215
9 HD13 ILE 835 HD11 ILE 835 48.468 -19.283 -6.881
10 HD12 ILE 835 HD12 ILE 835 48.740 -19.505 -5.142
11 HD11 ILE 835 HD13 ILE 835 47.943 -18.040 -5.746
No H/Q in entry = 11
In of MODEL 36
1 H ARG 836 H ARG 836 47.240 -20.885 -9.916
2 HA ARG 836 HA ARG 836 48.982 -18.606 -10.378
3 HB2 ARG 836 HB2 ARG 836 49.513 -21.550 -10.580
4 HB3 ARG 836 HB3 ARG 836 50.665 -20.291 -11.037
5 HG2 ARG 836 HG2 ARG 836 50.729 -19.496 -8.773
6 HG3 ARG 836 HG3 ARG 836 49.483 -20.656 -8.309
7 HD2 ARG 836 HD2 ARG 836 52.260 -21.232 -9.256
8 HD3 ARG 836 HD3 ARG 836 51.545 -21.439 -7.642
9 HE ARG 836 HE ARG 836 50.701 -22.959 -10.024
10 HH11 ARG 836 HH11 ARG 836 51.405 -22.984 -6.515
11 HH12 ARG 836 HH12 ARG 836 50.887 -24.603 -6.358
12 HH21 ARG 836 HH21 ARG 836 50.063 -25.117 -9.736
13 HH22 ARG 836 HH22 ARG 836 50.131 -25.833 -8.196
No H/Q in entry = 13
In of MODEL 36
1 HA PRO 837 HA PRO 837 47.240 -19.131 -14.490
2 HB2 PRO 837 HB2 PRO 837 49.657 -18.268 -15.847
3 HB3 PRO 837 HB3 PRO 837 48.144 -17.400 -15.632
4 HG2 PRO 837 HG2 PRO 837 50.435 -16.643 -14.370
5 HG3 PRO 837 HG3 PRO 837 48.821 -16.369 -13.704
6 HD2 PRO 837 HD2 PRO 837 50.797 -18.511 -13.037
7 HD3 PRO 837 HD3 PRO 837 49.760 -17.549 -11.958
No H/Q in entry = 7
In of MODEL 36
1 H CYS 838 H CYS 838 47.150 -20.597 -16.174
2 HA CYS 838 HA CYS 838 49.072 -22.779 -16.054
3 HB2 CYS 838 HB2 CYS 838 46.558 -23.211 -15.944
4 HB3 CYS 838 HB3 CYS 838 46.454 -22.559 -17.556
No H/Q in entry = 4
In of MODEL 36
1 H ALA 839 H ALA 839 49.255 -23.754 -18.513
2 HA ALA 839 HA ALA 839 50.392 -21.614 -20.113
3 HB3 ALA 839 HB1 ALA 839 51.361 -23.408 -21.429
4 HB1 ALA 839 HB2 ALA 839 50.406 -24.590 -20.537
5 HB2 ALA 839 HB3 ALA 839 51.667 -23.673 -19.708
No H/Q in entry = 5
In of MODEL 36
1 H ALA 840 H ALA 840 47.483 -22.024 -19.765
2 HA ALA 840 HA ALA 840 46.349 -23.028 -22.176
3 HB2 ALA 840 HB1 ALA 840 45.052 -22.797 -20.078
4 HB3 ALA 840 HB2 ALA 840 44.262 -21.966 -21.415
5 HB1 ALA 840 HB3 ALA 840 45.172 -21.049 -20.211
No H/Q in entry = 5
In of MODEL 36
1 H GLU 841 H GLU 841 47.764 -20.086 -21.221
2 HA GLU 841 HA GLU 841 47.205 -18.939 -23.826
3 HB2 GLU 841 HB2 GLU 841 48.267 -16.858 -22.853
4 HB3 GLU 841 HB3 GLU 841 46.746 -17.338 -22.121
5 HG2 GLU 841 HG2 GLU 841 47.855 -18.160 -20.170
6 HG3 GLU 841 HG3 GLU 841 49.435 -17.986 -20.933
No H/Q in entry = 6
In of MODEL 36
1 H THR 842 H THR 842 48.544 -20.012 -25.104
2 HA THR 842 HA THR 842 51.339 -20.303 -24.323
3 HB THR 842 HB THR 842 49.977 -21.382 -26.784
4 HG1 THR 842 HG1 THR 842 49.697 -22.099 -24.112
5 HG22 THR 842 HG21 THR 842 52.337 -22.363 -25.157
6 HG21 THR 842 HG22 THR 842 52.442 -21.482 -26.679
7 HG23 THR 842 HG23 THR 842 51.731 -23.095 -26.645
No H/Q in entry = 7
In of MODEL 36
1 H GLN 843 H GLN 843 52.579 -18.610 -24.967
2 HA GLN 843 HA GLN 843 51.728 -17.107 -27.321
3 HB2 GLN 843 HB2 GLN 843 52.146 -15.857 -25.178
4 HB3 GLN 843 HB3 GLN 843 53.835 -16.330 -25.294
5 HG2 GLN 843 HG2 GLN 843 54.037 -15.130 -27.416
6 HG3 GLN 843 HG3 GLN 843 52.346 -14.661 -27.312
7 HE21 GLN 843 HE21 GLN 843 54.514 -14.730 -24.560
8 HE22 GLN 843 HE22 GLN 843 54.590 -13.018 -24.346
No H/Q in entry = 8
In of MODEL 37
1 H1 GLY 689 H1 GLY 689 68.755 -10.270 -13.974
2 H2 GLY 689 H3 GLY 689 68.420 -11.920 -13.835
3 H3 GLY 689 H2 GLY 689 69.289 -11.128 -12.613
4 HA2 GLY 689 HA2 GLY 689 70.177 -11.565 -15.391
5 HA3 GLY 689 HA3 GLY 689 70.767 -12.414 -13.964
No H/Q in entry = 5
In of MODEL 37
1 H SER 690 H SER 690 72.775 -11.403 -15.111
2 HA SER 690 HA SER 690 73.741 -9.423 -13.375
3 HB2 SER 690 HB2 SER 690 75.735 -9.561 -14.939
4 HB3 SER 690 HB3 SER 690 75.234 -11.085 -14.201
5 HG SER 690 HG SER 690 74.118 -10.370 -16.664
No H/Q in entry = 5
In of MODEL 37
1 H HIS 691 H HIS 691 73.390 -7.296 -13.524
2 HA HIS 691 HA HIS 691 72.485 -6.171 -16.008
3 HB2 HIS 691 HB2 HIS 691 72.392 -3.962 -14.784
4 HB3 HIS 691 HB3 HIS 691 71.423 -5.212 -14.038
5 HD1 HIS 691 HD1 HIS 691 71.789 -5.558 -11.564
6 HD2 HIS 691 HD2 HIS 691 74.857 -3.377 -13.324
7 HE1 HIS 691 HE1 HIS 691 73.212 -4.739 -9.672
8 HE2 HIS 691 HE2 HIS 691 74.851 -3.178 -10.763
No H/Q in entry = 8
In of MODEL 37
1 H MET 692 H MET 692 73.701 -5.473 -17.532
2 HA MET 692 HA MET 692 76.577 -5.379 -17.012
3 HB2 MET 692 HB2 MET 692 75.093 -5.559 -19.630
4 HB3 MET 692 HB3 MET 692 76.834 -5.638 -19.436
5 HG2 MET 692 HG2 MET 692 76.579 -7.697 -18.129
6 HG3 MET 692 HG3 MET 692 74.837 -7.615 -18.366
7 HE3 MET 692 HE1 MET 692 75.747 -10.613 -20.648
8 HE2 MET 692 HE2 MET 692 74.692 -10.010 -19.372
9 HE1 MET 692 HE3 MET 692 76.417 -10.214 -19.065
No H/Q in entry = 9
In of MODEL 37
1 H ASN 693 H ASN 693 73.923 -3.442 -18.070
2 HA ASN 693 HA ASN 693 75.679 -1.344 -19.058
3 HB2 ASN 693 HB2 ASN 693 72.651 -1.353 -18.832
4 HB3 ASN 693 HB3 ASN 693 73.611 -0.135 -19.651
5 HD21 ASN 693 HD21 ASN 693 71.454 -1.685 -20.697
6 HD22 ASN 693 HD22 ASN 693 72.073 -2.612 -22.009
No H/Q in entry = 6
In of MODEL 37
1 HA PRO 694 HA PRO 694 75.740 0.639 -14.987
2 HB2 PRO 694 HB2 PRO 694 76.437 3.162 -15.964
3 HB3 PRO 694 HB3 PRO 694 77.588 1.890 -15.546
4 HG2 PRO 694 HG2 PRO 694 76.525 2.677 -18.219
5 HG3 PRO 694 HG3 PRO 694 78.154 2.149 -17.770
6 HD2 PRO 694 HD2 PRO 694 76.426 0.526 -19.017
7 HD3 PRO 694 HD3 PRO 694 77.569 -0.095 -17.811
No H/Q in entry = 7
In of MODEL 37
1 H LEU 695 H LEU 695 74.516 2.480 -17.747
2 HA LEU 695 HA LEU 695 72.223 3.384 -16.212
3 HB2 LEU 695 HB2 LEU 695 73.490 4.786 -18.017
4 HB3 LEU 695 HB3 LEU 695 72.762 3.720 -19.187
5 HG LEU 695 HG LEU 695 71.241 5.591 -17.350
6 HD13 LEU 695 HD11 LEU 695 72.515 6.828 -18.940
7 HD12 LEU 695 HD12 LEU 695 70.811 6.862 -19.409
8 HD11 LEU 695 HD13 LEU 695 71.940 5.810 -20.256
9 HD21 LEU 695 HD21 LEU 695 69.892 3.646 -18.001
10 HD23 LEU 695 HD22 LEU 695 70.256 3.960 -19.698
11 HD22 LEU 695 HD23 LEU 695 69.301 5.117 -18.774
No H/Q in entry = 11
In of MODEL 37
1 H THR 696 H THR 696 71.342 1.405 -15.756
2 HA THR 696 HA THR 696 71.120 -0.670 -17.676
3 HB THR 696 HB THR 696 69.588 -0.545 -15.092
4 HG1 THR 696 HG1 THR 696 72.399 -0.811 -15.530
5 HG22 THR 696 HG21 THR 696 71.126 -2.739 -16.489
6 HG21 THR 696 HG22 THR 696 69.390 -2.489 -16.633
7 HG23 THR 696 HG23 THR 696 70.093 -2.924 -15.069
No H/Q in entry = 7
In of MODEL 37
1 H GLN 697 H GLN 697 68.991 1.734 -16.259
2 HA GLN 697 HA GLN 697 66.866 2.353 -16.531
3 HB2 GLN 697 HB2 GLN 697 67.878 3.021 -18.760
4 HB3 GLN 697 HB3 GLN 697 67.244 1.526 -19.427
5 HG2 GLN 697 HG2 GLN 697 65.824 3.444 -19.972
6 HG3 GLN 697 HG3 GLN 697 64.964 2.264 -18.985
7 HE21 GLN 697 HE21 GLN 697 64.462 5.087 -19.430
8 HE22 GLN 697 HE22 GLN 697 64.481 5.842 -17.875
No H/Q in entry = 8
In of MODEL 37
1 H ALA 698 H ALA 698 67.200 -0.040 -15.497
2 HA ALA 698 HA ALA 698 65.531 -1.960 -16.841
3 HB3 ALA 698 HB1 ALA 698 66.957 -2.126 -14.190
4 HB1 ALA 698 HB2 ALA 698 67.543 -2.766 -15.728
5 HB2 ALA 698 HB3 ALA 698 66.101 -3.446 -14.982
No H/Q in entry = 5
In of MODEL 37
1 H VAL 699 H VAL 699 63.517 -1.162 -16.789
2 HA VAL 699 HA VAL 699 62.330 -0.606 -14.205
3 HB VAL 699 HB VAL 699 61.008 -0.863 -16.938
4 HG13 VAL 699 HG11 VAL 699 59.116 0.321 -15.915
5 HG12 VAL 699 HG12 VAL 699 59.963 0.324 -14.368
6 HG11 VAL 699 HG13 VAL 699 59.456 -1.202 -15.092
7 HG22 VAL 699 HG21 VAL 699 60.944 1.595 -16.991
8 HG21 VAL 699 HG22 VAL 699 62.600 0.992 -16.945
9 HG23 VAL 699 HG23 VAL 699 61.857 1.648 -15.483
No H/Q in entry = 9
In of MODEL 37
1 HA PRO 700 HA PRO 700 61.914 -5.062 -14.344
2 HB2 PRO 700 HB2 PRO 700 61.387 -5.197 -11.578
3 HB3 PRO 700 HB3 PRO 700 62.928 -5.494 -12.383
4 HG2 PRO 700 HG2 PRO 700 62.293 -3.340 -10.670
5 HG3 PRO 700 HG3 PRO 700 63.759 -3.535 -11.643
6 HD2 PRO 700 HD2 PRO 700 61.391 -1.837 -12.142
7 HD3 PRO 700 HD3 PRO 700 63.051 -1.708 -12.750
No H/Q in entry = 7
In of MODEL 37
1 H LYS 701 H LYS 701 60.213 -6.082 -14.849
2 HA LYS 701 HA LYS 701 57.636 -5.133 -14.041
3 HB2 LYS 701 HB2 LYS 701 58.443 -7.526 -15.692
4 HB3 LYS 701 HB3 LYS 701 56.788 -6.994 -15.420
5 HG2 LYS 701 HG2 LYS 701 57.236 -4.900 -16.532
6 HG3 LYS 701 HG3 LYS 701 58.927 -5.358 -16.744
7 HD2 LYS 701 HD2 LYS 701 58.263 -7.226 -18.090
8 HD3 LYS 701 HD3 LYS 701 56.556 -6.801 -17.889
9 HE2 LYS 701 HE2 LYS 701 58.676 -5.120 -19.255
10 HE3 LYS 701 HE3 LYS 701 57.368 -5.990 -20.052
11 HZ2 LYS 701 HZ1 LYS 701 57.043 -3.726 -18.155
12 HZ1 LYS 701 HZ2 LYS 701 55.788 -4.597 -18.871
13 HZ3 LYS 701 HZ3 LYS 701 56.819 -3.677 -19.826
No H/Q in entry = 13
In of MODEL 37
1 H CYS 702 H CYS 702 56.667 -5.839 -12.326
2 HA CYS 702 HA CYS 702 57.976 -7.945 -10.788
3 HB2 CYS 702 HB2 CYS 702 55.992 -5.866 -9.849
4 HB3 CYS 702 HB3 CYS 702 57.080 -6.848 -8.878
No H/Q in entry = 4
In of MODEL 37
1 H GLN 703 H GLN 703 56.696 -9.631 -9.994
2 HA GLN 703 HA GLN 703 54.418 -10.220 -11.583
3 HB2 GLN 703 HB2 GLN 703 55.622 -11.618 -9.203
4 HB3 GLN 703 HB3 GLN 703 54.313 -12.266 -10.181
5 HG2 GLN 703 HG2 GLN 703 57.058 -11.579 -11.207
6 HG3 GLN 703 HG3 GLN 703 56.507 -13.201 -10.783
7 HE21 GLN 703 HE21 GLN 703 55.076 -14.222 -12.102
8 HE22 GLN 703 HE22 GLN 703 54.710 -13.706 -13.701
No H/Q in entry = 8
In of MODEL 37
1 H ARG 704 H ARG 704 52.542 -11.277 -10.235
2 HA ARG 704 HA ARG 704 51.101 -9.014 -9.594
3 HB2 ARG 704 HB2 ARG 704 50.419 -11.123 -10.704
4 HB3 ARG 704 HB3 ARG 704 50.377 -11.858 -9.113
5 HG2 ARG 704 HG2 ARG 704 48.231 -11.309 -9.699
6 HG3 ARG 704 HG3 ARG 704 48.741 -10.170 -8.456
7 HD2 ARG 704 HD2 ARG 704 48.894 -9.497 -11.376
8 HD3 ARG 704 HD3 ARG 704 47.395 -9.276 -10.456
9 HE ARG 704 HE ARG 704 49.873 -7.916 -9.609
10 HH11 ARG 704 HH11 ARG 704 46.499 -7.721 -10.740
11 HH12 ARG 704 HH12 ARG 704 46.436 -6.030 -10.612
12 HH21 ARG 704 HH21 ARG 704 49.770 -5.644 -9.475
13 HH22 ARG 704 HH22 ARG 704 48.323 -4.819 -9.899
No H/Q in entry = 13
In of MODEL 37
1 H TRP 705 H TRP 705 52.961 -11.087 -7.589
2 HA TRP 705 HA TRP 705 51.680 -10.148 -5.123
3 HB2 TRP 705 HB2 TRP 705 52.958 -12.026 -4.084
4 HB3 TRP 705 HB3 TRP 705 51.798 -12.503 -5.327
5 HD1 TRP 705 HD1 TRP 705 55.558 -12.404 -4.659
6 HE1 TRP 705 HE1 TRP 705 56.758 -13.818 -6.405
7 HE3 TRP 705 HE3 TRP 705 51.592 -13.407 -7.710
8 HZ2 TRP 705 HZ2 TRP 705 56.109 -15.215 -8.789
9 HZ3 TRP 705 HZ3 TRP 705 51.963 -14.783 -9.704
10 HH2 TRP 705 HH2 TRP 705 54.174 -15.674 -10.235
No H/Q in entry = 10
In of MODEL 37
1 H GLU 706 H GLU 706 53.879 -9.044 -7.135
2 HA GLU 706 HA GLU 706 55.802 -8.282 -5.067
3 HB2 GLU 706 HB2 GLU 706 56.361 -8.562 -8.046
4 HB3 GLU 706 HB3 GLU 706 57.493 -8.140 -6.783
5 HG2 GLU 706 HG2 GLU 706 57.301 -10.345 -5.828
6 HG3 GLU 706 HG3 GLU 706 56.093 -10.780 -7.037
No H/Q in entry = 6
In of MODEL 37
1 H LYS 707 H LYS 707 56.838 -6.167 -5.637
2 HA LYS 707 HA LYS 707 55.137 -4.442 -7.229
3 HB2 LYS 707 HB2 LYS 707 55.054 -2.690 -5.524
4 HB3 LYS 707 HB3 LYS 707 54.211 -4.135 -4.995
5 HG2 LYS 707 HG2 LYS 707 55.719 -4.562 -3.323
6 HG3 LYS 707 HG3 LYS 707 57.053 -3.796 -4.185
7 HD2 LYS 707 HD2 LYS 707 56.363 -2.498 -2.207
8 HD3 LYS 707 HD3 LYS 707 56.148 -1.595 -3.702
9 HE2 LYS 707 HE2 LYS 707 53.739 -2.242 -3.660
10 HE3 LYS 707 HE3 LYS 707 54.011 -2.981 -2.084
11 HZ1 LYS 707 HZ1 LYS 707 54.453 -0.110 -2.716
12 HZ3 LYS 707 HZ2 LYS 707 54.636 -0.812 -1.206
13 HZ2 LYS 707 HZ3 LYS 707 53.119 -0.738 -1.915
No H/Q in entry = 13
In of MODEL 37
1 H LEU 708 H LEU 708 56.107 -2.521 -7.817
2 HA LEU 708 HA LEU 708 58.998 -2.620 -7.960
3 HB2 LEU 708 HB2 LEU 708 57.828 -2.214 -10.010
4 HB3 LEU 708 HB3 LEU 708 56.886 -0.922 -9.290
5 HG LEU 708 HG LEU 708 58.965 0.423 -9.089
6 HD11 LEU 708 HD11 LEU 708 60.165 -1.864 -10.597
7 HD13 LEU 708 HD12 LEU 708 60.614 -1.290 -8.988
8 HD12 LEU 708 HD13 LEU 708 60.925 -0.284 -10.407
9 HD23 LEU 708 HD21 LEU 708 58.333 -0.541 -11.873
10 HD22 LEU 708 HD22 LEU 708 59.164 0.961 -11.459
11 HD21 LEU 708 HD23 LEU 708 57.479 0.728 -10.993
No H/Q in entry = 11
In of MODEL 37
1 H GLN 709 H GLN 709 60.090 -1.627 -6.397
2 HA GLN 709 HA GLN 709 59.298 1.056 -5.679
3 HB2 GLN 709 HB2 GLN 709 59.390 0.759 -3.323
4 HB3 GLN 709 HB3 GLN 709 58.370 -0.554 -3.884
5 HG2 GLN 709 HG2 GLN 709 60.278 -2.106 -3.700
6 HG3 GLN 709 HG3 GLN 709 61.288 -0.758 -3.171
7 HE21 GLN 709 HE21 GLN 709 61.760 -1.794 -1.254
8 HE22 GLN 709 HE22 GLN 709 60.628 -1.897 0.042
No H/Q in entry = 8
In of MODEL 37
1 H ASN 710 H ASN 710 61.152 2.259 -5.104
2 HA ASN 710 HA ASN 710 63.404 2.789 -4.906
3 HB2 ASN 710 HB2 ASN 710 63.085 1.073 -3.044
4 HB3 ASN 710 HB3 ASN 710 63.706 -0.140 -4.137
5 HD21 ASN 710 HD21 ASN 710 64.394 2.467 -2.096
6 HD22 ASN 710 HD22 ASN 710 66.119 2.337 -2.083
No H/Q in entry = 6
In of MODEL 37
1 H SER 711 H SER 711 62.240 1.710 -7.438
2 HA SER 711 HA SER 711 62.814 1.184 -9.532
3 HB2 SER 711 HB2 SER 711 65.600 1.752 -8.529
4 HB3 SER 711 HB3 SER 711 65.177 1.569 -10.243
5 HG SER 711 HG SER 711 64.181 3.493 -8.407
No H/Q in entry = 5
In of MODEL 37
1 H ARG 712 H ARG 712 62.831 -0.938 -7.345
2 HA ARG 712 HA ARG 712 64.058 -3.019 -8.975
3 HB2 ARG 712 HB2 ARG 712 64.906 -4.154 -6.982
4 HB3 ARG 712 HB3 ARG 712 65.621 -2.555 -7.120
5 HG2 ARG 712 HG2 ARG 712 64.097 -1.708 -5.452
6 HG3 ARG 712 HG3 ARG 712 63.313 -3.278 -5.336
7 HD2 ARG 712 HD2 ARG 712 66.189 -2.681 -4.714
8 HD3 ARG 712 HD3 ARG 712 64.899 -2.903 -3.520
9 HE ARG 712 HE ARG 712 65.672 -5.048 -5.383
10 HH11 ARG 712 HH11 ARG 712 65.036 -3.978 -2.067
11 HH12 ARG 712 HH12 ARG 712 65.468 -5.464 -1.374
12 HH21 ARG 712 HH21 ARG 712 66.251 -7.032 -4.446
13 HH22 ARG 712 HH22 ARG 712 66.182 -7.269 -2.755
No H/Q in entry = 13
In of MODEL 37
1 H CYS 713 H CYS 713 63.328 -5.187 -7.711
2 HA CYS 713 HA CYS 713 60.421 -4.941 -7.482
3 HB2 CYS 713 HB2 CYS 713 60.980 -6.083 -9.531
4 HB3 CYS 713 HB3 CYS 713 62.088 -7.167 -8.685
No H/Q in entry = 4
In of MODEL 37
1 H VAL 714 H VAL 714 59.631 -5.557 -5.616
2 HA VAL 714 HA VAL 714 61.059 -7.525 -3.981
3 HB VAL 714 HB VAL 714 60.467 -6.274 -1.937
4 HG11 VAL 714 HG11 VAL 714 62.007 -4.565 -3.880
5 HG13 VAL 714 HG12 VAL 714 62.664 -5.838 -2.849
6 HG12 VAL 714 HG13 VAL 714 61.997 -4.375 -2.127
7 HG21 VAL 714 HG21 VAL 714 59.449 -4.138 -3.806
8 HG23 VAL 714 HG22 VAL 714 59.614 -3.966 -2.059
9 HG22 VAL 714 HG23 VAL 714 58.474 -5.133 -2.729
No H/Q in entry = 9
In of MODEL 37
1 H CYS 715 H CYS 715 59.358 -8.188 -2.172
2 HA CYS 715 HA CYS 715 56.954 -8.814 -3.640
3 HB2 CYS 715 HB2 CYS 715 57.790 -9.621 -0.846
4 HB3 CYS 715 HB3 CYS 715 56.460 -10.306 -1.769
No H/Q in entry = 4
In of MODEL 37
1 H LYS 716 H LYS 716 54.832 -8.414 -2.589
2 HA LYS 716 HA LYS 716 54.906 -5.681 -1.625
3 HB2 LYS 716 HB2 LYS 716 52.469 -5.625 -2.088
4 HB3 LYS 716 HB3 LYS 716 53.390 -6.129 -3.495
5 HG2 LYS 716 HG2 LYS 716 52.880 -8.486 -2.851
6 HG3 LYS 716 HG3 LYS 716 51.781 -7.839 -1.643
7 HD2 LYS 716 HD2 LYS 716 51.556 -7.294 -4.611
8 HD3 LYS 716 HD3 LYS 716 50.724 -8.603 -3.794
9 HE2 LYS 716 HE2 LYS 716 49.126 -6.906 -4.001
10 HE3 LYS 716 HE3 LYS 716 49.663 -6.808 -2.332
11 HZ2 LYS 716 HZ1 LYS 716 49.373 -4.706 -3.566
12 HZ1 LYS 716 HZ2 LYS 716 50.775 -5.066 -4.459
13 HZ3 LYS 716 HZ3 LYS 716 50.848 -4.832 -2.774
No H/Q in entry = 13
In of MODEL 37
1 H MET 717 H MET 717 52.819 -5.328 -0.059
2 HA MET 717 HA MET 717 53.784 -6.646 2.351
3 HB2 MET 717 HB2 MET 717 51.741 -4.471 1.999
4 HB3 MET 717 HB3 MET 717 52.434 -4.984 3.520
5 HG2 MET 717 HG2 MET 717 53.995 -3.687 1.283
6 HG3 MET 717 HG3 MET 717 53.280 -2.814 2.625
7 HE1 MET 717 HE1 MET 717 56.245 -4.914 1.315
8 HE3 MET 717 HE2 MET 717 55.600 -6.198 2.353
9 HE2 MET 717 HE3 MET 717 57.107 -5.403 2.767
No H/Q in entry = 9
In of MODEL 37
1 HA PRO 718 HA PRO 718 50.440 -9.594 2.307
2 HB2 PRO 718 HB2 PRO 718 50.597 -10.334 4.962
3 HB3 PRO 718 HB3 PRO 718 51.634 -10.988 3.690
4 HG2 PRO 718 HG2 PRO 718 52.200 -8.841 5.684
5 HG3 PRO 718 HG3 PRO 718 53.271 -10.116 5.077
6 HD2 PRO 718 HD2 PRO 718 53.429 -7.559 4.227
7 HD3 PRO 718 HD3 PRO 718 53.794 -8.931 3.161
No H/Q in entry = 7
In of MODEL 37
1 H TYR 719 H TYR 719 50.681 -6.948 4.462
2 HA TYR 719 HA TYR 719 47.909 -7.111 5.288
3 HB2 TYR 719 HB2 TYR 719 48.472 -5.075 6.656
4 HB3 TYR 719 HB3 TYR 719 49.431 -6.501 7.031
5 HD1 TYR 719 HD1 TYR 719 49.493 -3.065 5.909
6 HD2 TYR 719 HD2 TYR 719 51.839 -6.611 6.225
7 HE1 TYR 719 HE1 TYR 719 51.540 -1.741 5.638
8 HE2 TYR 719 HE2 TYR 719 53.877 -5.286 5.974
9 HH TYR 719 HH TYR 719 54.556 -3.182 5.022
No H/Q in entry = 9
In of MODEL 37
1 H GLU 720 H GLU 720 49.509 -5.990 2.664
2 HA GLU 720 HA GLU 720 47.832 -3.651 2.173
3 HB2 GLU 720 HB2 GLU 720 50.136 -3.383 1.594
4 HB3 GLU 720 HB3 GLU 720 50.167 -4.912 0.722
5 HG2 GLU 720 HG2 GLU 720 48.712 -3.901 -0.987
6 HG3 GLU 720 HG3 GLU 720 48.765 -2.378 -0.099
No H/Q in entry = 6
In of MODEL 37
1 H CYS 721 H CYS 721 48.100 -6.973 1.536
2 HA CYS 721 HA CYS 721 46.912 -7.422 -0.907
3 HB2 CYS 721 HB2 CYS 721 46.629 -9.055 1.620
4 HB3 CYS 721 HB3 CYS 721 46.367 -9.630 -0.024
No H/Q in entry = 4
In of MODEL 37
1 H GLY 722 H GLY 722 44.930 -6.950 -1.659
2 HA3 GLY 722 HA2 GLY 722 42.741 -6.900 0.281
3 HA2 GLY 722 HA3 GLY 722 42.955 -5.575 -0.853
No H/Q in entry = 3
In of MODEL 37
1 HA PRO 723 HA PRO 723 40.078 -7.640 -3.449
2 HB2 PRO 723 HB2 PRO 723 40.879 -6.533 -5.855
3 HB3 PRO 723 HB3 PRO 723 39.796 -5.749 -4.701
4 HG2 PRO 723 HG2 PRO 723 42.727 -5.357 -5.125
5 HG3 PRO 723 HG3 PRO 723 41.471 -4.158 -4.766
6 HD2 PRO 723 HD2 PRO 723 43.170 -5.049 -2.889
7 HD3 PRO 723 HD3 PRO 723 41.486 -4.639 -2.504
No H/Q in entry = 7
In of MODEL 37
1 H SER 724 H SER 724 40.295 -9.733 -3.817
2 HA SER 724 HA SER 724 41.555 -10.783 -6.040
3 HB2 SER 724 HB2 SER 724 42.998 -12.373 -4.635
4 HB3 SER 724 HB3 SER 724 43.652 -10.764 -4.943
5 HG SER 724 HG SER 724 42.569 -10.292 -2.832
No H/Q in entry = 5
In of MODEL 37
1 H LEU 725 H LEU 725 41.274 -13.173 -5.970
2 HA LEU 725 HA LEU 725 38.573 -13.719 -5.176
3 HB2 LEU 725 HB2 LEU 725 40.735 -15.191 -6.547
4 HB3 LEU 725 HB3 LEU 725 39.399 -16.139 -5.906
5 HG LEU 725 HG LEU 725 38.996 -13.848 -7.841
6 HD13 LEU 725 HD11 LEU 725 38.906 -15.553 -9.610
7 HD12 LEU 725 HD12 LEU 725 39.327 -16.803 -8.446
8 HD11 LEU 725 HD13 LEU 725 40.503 -15.557 -8.862
9 HD21 LEU 725 HD21 LEU 725 37.340 -16.261 -7.128
10 HD23 LEU 725 HD22 LEU 725 36.922 -15.013 -8.305
11 HD22 LEU 725 HD23 LEU 725 37.046 -14.601 -6.598
No H/Q in entry = 11
In of MODEL 37
1 H ASP 726 H ASP 726 37.858 -14.676 -3.391
2 HA ASP 726 HA ASP 726 39.725 -15.352 -1.336
3 HB2 ASP 726 HB2 ASP 726 36.706 -15.610 -1.441
4 HB3 ASP 726 HB3 ASP 726 37.682 -15.992 -0.028
No H/Q in entry = 4
In of MODEL 37
1 H VAL 727 H VAL 727 40.464 -17.277 -0.820
2 HA VAL 727 HA VAL 727 39.427 -19.586 -2.278
3 HB VAL 727 HB VAL 727 41.744 -20.349 -2.800
4 HG12 VAL 727 HG11 VAL 727 40.968 -17.714 -4.042
5 HG11 VAL 727 HG12 VAL 727 40.385 -19.305 -4.526
6 HG13 VAL 727 HG13 VAL 727 42.079 -18.888 -4.746
7 HG23 VAL 727 HG21 VAL 727 43.585 -18.709 -2.784
8 HG22 VAL 727 HG22 VAL 727 42.980 -19.034 -1.160
9 HG21 VAL 727 HG23 VAL 727 42.526 -17.542 -1.987
No H/Q in entry = 9
In of MODEL 37
1 H CYS 728 H CYS 728 40.428 -21.613 -1.543
2 HA CYS 728 HA CYS 728 40.380 -21.767 1.368
3 HB2 CYS 728 HB2 CYS 728 40.408 -24.228 0.513
4 HB3 CYS 728 HB3 CYS 728 38.899 -23.368 0.605
No H/Q in entry = 4
In of MODEL 37
1 H ALA 729 H ALA 729 42.276 -22.083 2.401
2 HA ALA 729 HA ALA 729 44.212 -23.665 0.986
3 HB1 ALA 729 HB1 ALA 729 44.852 -21.124 2.449
4 HB3 ALA 729 HB2 ALA 729 44.875 -21.381 0.693
5 HB2 ALA 729 HB3 ALA 729 46.017 -22.238 1.718
No H/Q in entry = 5
In of MODEL 37
1 H GLN 730 H GLN 730 45.726 -24.581 2.352
2 HA GLN 730 HA GLN 730 44.667 -25.155 5.017
3 HB2 GLN 730 HB2 GLN 730 44.810 -27.091 3.426
4 HB3 GLN 730 HB3 GLN 730 46.532 -26.797 3.317
5 HG2 GLN 730 HG2 GLN 730 46.860 -27.266 5.614
6 HG3 GLN 730 HG3 GLN 730 45.138 -27.419 5.899
7 HE21 GLN 730 HE21 GLN 730 45.216 -29.535 6.589
8 HE22 GLN 730 HE22 GLN 730 45.653 -30.844 5.568
No H/Q in entry = 8
In of MODEL 37
1 H ASP 731 H ASP 731 45.896 -24.648 6.632
2 HA ASP 731 HA ASP 731 48.387 -23.275 6.244
3 HB2 ASP 731 HB2 ASP 731 46.877 -22.513 8.028
4 HB3 ASP 731 HB3 ASP 731 46.922 -24.101 8.742
No H/Q in entry = 4
In of MODEL 37
1 H GLU 732 H GLU 732 50.404 -24.145 6.458
2 HA GLU 732 HA GLU 732 50.550 -26.974 6.711
3 HB2 GLU 732 HB2 GLU 732 52.660 -24.886 6.271
4 HB3 GLU 732 HB3 GLU 732 53.057 -26.580 6.522
5 HG2 GLU 732 HG2 GLU 732 51.309 -25.487 4.333
6 HG3 GLU 732 HG3 GLU 732 52.968 -26.063 4.158
No H/Q in entry = 6
In of MODEL 37
1 H ARG 733 H ARG 733 50.681 -24.472 8.969
2 HA ARG 733 HA ARG 733 52.261 -25.950 10.874
3 HB2 ARG 733 HB2 ARG 733 52.304 -23.479 10.855
4 HB3 ARG 733 HB3 ARG 733 50.588 -23.456 11.209
5 HG2 ARG 733 HG2 ARG 733 51.838 -22.985 13.215
6 HG3 ARG 733 HG3 ARG 733 51.034 -24.548 13.369
7 HD2 ARG 733 HD2 ARG 733 53.317 -24.680 14.209
8 HD3 ARG 733 HD3 ARG 733 53.107 -25.672 12.761
9 HE ARG 733 HE ARG 733 54.026 -23.052 12.168
10 HH11 ARG 733 HH11 ARG 733 55.114 -26.278 13.186
11 HH12 ARG 733 HH12 ARG 733 56.702 -26.071 12.619
12 HH21 ARG 733 HH21 ARG 733 56.230 -22.778 11.395
13 HH22 ARG 733 HH22 ARG 733 57.338 -24.079 11.567
No H/Q in entry = 13
In of MODEL 37
1 H SER 734 H SER 734 48.923 -24.731 10.853
2 HA SER 734 HA SER 734 48.162 -26.487 13.007
3 HB2 SER 734 HB2 SER 734 46.414 -24.681 11.362
4 HB3 SER 734 HB3 SER 734 46.172 -25.196 13.039
5 HG SER 734 HG SER 734 47.935 -23.349 11.923
No H/Q in entry = 5
In of MODEL 37
1 H LYS 735 H LYS 735 48.242 -26.719 9.618
2 HA LYS 735 HA LYS 735 47.455 -28.081 8.065
3 HB2 LYS 735 HB2 LYS 735 47.001 -29.964 10.380
4 HB3 LYS 735 HB3 LYS 735 46.959 -30.428 8.685
5 HG2 LYS 735 HG2 LYS 735 49.338 -29.437 10.255
6 HG3 LYS 735 HG3 LYS 735 49.089 -31.054 9.608
7 HD2 LYS 735 HD2 LYS 735 49.492 -28.517 8.004
8 HD3 LYS 735 HD3 LYS 735 50.669 -29.795 8.246
9 HE2 LYS 735 HE2 LYS 735 48.032 -30.063 6.786
10 HE3 LYS 735 HE3 LYS 735 49.614 -29.922 6.038
11 HZ1 LYS 735 HZ1 LYS 735 48.747 -32.145 7.800
12 HZ3 LYS 735 HZ2 LYS 735 50.233 -32.051 7.005
13 HZ2 LYS 735 HZ3 LYS 735 48.811 -32.209 6.138
No H/Q in entry = 13
In of MODEL 37
1 H ARG 736 H ARG 736 45.552 -26.253 9.292
2 HA ARG 736 HA ARG 736 43.088 -27.756 8.785
3 HB2 ARG 736 HB2 ARG 736 41.895 -26.072 10.025
4 HB3 ARG 736 HB3 ARG 736 43.163 -26.788 11.009
5 HG2 ARG 736 HG2 ARG 736 44.531 -24.864 10.741
6 HG3 ARG 736 HG3 ARG 736 43.392 -24.165 9.581
7 HD2 ARG 736 HD2 ARG 736 42.801 -24.802 12.458
8 HD3 ARG 736 HD3 ARG 736 43.161 -23.220 11.757
9 HE ARG 736 HE ARG 736 41.154 -23.646 10.312
10 HH11 ARG 736 HH11 ARG 736 41.381 -24.922 13.610
11 HH12 ARG 736 HH12 ARG 736 39.705 -24.923 13.872
12 HH21 ARG 736 HH21 ARG 736 38.805 -23.634 10.701
13 HH22 ARG 736 HH22 ARG 736 38.233 -24.197 12.196
No H/Q in entry = 13
In of MODEL 37
1 H ILE 737 H ILE 737 41.360 -26.466 7.795
2 HA ILE 737 HA ILE 737 42.416 -25.098 5.455
3 HB ILE 737 HB ILE 737 39.531 -25.740 6.102
4 HG12 ILE 737 HG12 ILE 737 40.961 -27.812 6.150
5 HG13 ILE 737 HG13 ILE 737 39.715 -27.823 4.909
6 HG23 ILE 737 HG21 ILE 737 39.218 -25.595 3.683
7 HG22 ILE 737 HG22 ILE 737 40.939 -25.345 3.451
8 HG21 ILE 737 HG23 ILE 737 39.977 -24.112 4.270
9 HD12 ILE 737 HD11 ILE 737 42.636 -27.239 4.507
10 HD11 ILE 737 HD12 ILE 737 41.373 -27.153 3.279
11 HD13 ILE 737 HD13 ILE 737 41.763 -28.710 4.027
No H/Q in entry = 11
In of MODEL 37
1 H LEU 738 H LEU 738 42.360 -22.941 5.344
2 HA LEU 738 HA LEU 738 40.335 -21.551 6.852
3 HB2 LEU 738 HB2 LEU 738 41.847 -19.724 7.502
4 HB3 LEU 738 HB3 LEU 738 42.334 -21.238 8.229
5 HG LEU 738 HG LEU 738 43.686 -20.026 5.811
6 HD11 LEU 738 HD11 LEU 738 43.863 -18.539 7.771
7 HD13 LEU 738 HD12 LEU 738 45.408 -19.285 7.376
8 HD12 LEU 738 HD13 LEU 738 44.458 -19.893 8.733
9 HD22 LEU 738 HD21 LEU 738 45.447 -21.604 6.373
10 HD21 LEU 738 HD22 LEU 738 43.876 -22.407 6.167
11 HD23 LEU 738 HD23 LEU 738 44.495 -22.113 7.788
No H/Q in entry = 11
In of MODEL 37
1 HA PRO 739 HA PRO 739 39.691 -19.464 3.076
2 HB2 PRO 739 HB2 PRO 739 38.393 -17.276 3.987
3 HB3 PRO 739 HB3 PRO 739 37.658 -18.884 4.018
4 HG2 PRO 739 HG2 PRO 739 38.989 -17.379 6.238
5 HG3 PRO 739 HG3 PRO 739 37.483 -18.313 6.273
6 HD2 PRO 739 HD2 PRO 739 39.914 -19.364 7.129
7 HD3 PRO 739 HD3 PRO 739 38.589 -20.329 6.432
No H/Q in entry = 7
In of MODEL 37
1 H LEU 740 H LEU 740 41.258 -18.512 2.003
2 HA LEU 740 HA LEU 740 42.534 -16.119 3.120
3 HB2 LEU 740 HB2 LEU 740 43.708 -18.258 1.350
4 HB3 LEU 740 HB3 LEU 740 44.449 -16.694 1.570
5 HG LEU 740 HG LEU 740 44.054 -18.796 3.695
6 HD13 LEU 740 HD11 LEU 740 45.775 -19.320 2.072
7 HD12 LEU 740 HD12 LEU 740 46.504 -18.896 3.622
8 HD11 LEU 740 HD13 LEU 740 46.492 -17.730 2.284
9 HD22 LEU 740 HD21 LEU 740 43.867 -16.558 4.668
10 HD21 LEU 740 HD22 LEU 740 45.336 -16.063 3.831
11 HD23 LEU 740 HD23 LEU 740 45.417 -17.284 5.098
No H/Q in entry = 11
In of MODEL 37
1 H THR 741 H THR 741 43.650 -15.091 0.993
2 HA THR 741 HA THR 741 41.644 -15.090 -1.117
3 HB THR 741 HB THR 741 43.086 -12.549 -0.486
4 HG1 THR 741 HG1 THR 741 41.018 -13.676 1.166
5 HG23 THR 741 HG21 THR 741 40.908 -11.578 -1.015
6 HG22 THR 741 HG22 THR 741 40.188 -13.183 -1.051
7 HG21 THR 741 HG23 THR 741 41.385 -12.725 -2.263
No H/Q in entry = 7
In of MODEL 37
1 H VAL 742 H VAL 742 42.644 -14.742 -3.196
2 HA VAL 742 HA VAL 742 45.003 -16.071 -3.672
3 HB VAL 742 HB VAL 742 43.840 -13.899 -5.433
4 HG13 VAL 742 HG11 VAL 742 46.053 -14.349 -6.088
5 HG12 VAL 742 HG12 VAL 742 44.901 -14.974 -7.262
6 HG11 VAL 742 HG13 VAL 742 45.735 -16.091 -6.155
7 HG22 VAL 742 HG21 VAL 742 42.232 -15.580 -4.957
8 HG21 VAL 742 HG22 VAL 742 43.391 -16.850 -5.405
9 HG23 VAL 742 HG23 VAL 742 42.796 -15.710 -6.627
No H/Q in entry = 9
In of MODEL 37
1 H CYS 743 H CYS 743 44.651 -12.559 -3.300
2 HA CYS 743 HA CYS 743 47.303 -11.961 -3.938
3 HB2 CYS 743 HB2 CYS 743 45.471 -10.278 -3.862
4 HB3 CYS 743 HB3 CYS 743 45.442 -10.413 -2.110
No H/Q in entry = 4
In of MODEL 37
1 H LYS 744 H LYS 744 45.648 -12.391 -0.831
2 HA LYS 744 HA LYS 744 47.736 -11.964 0.934
3 HB2 LYS 744 HB2 LYS 744 45.095 -12.592 1.062
4 HB3 LYS 744 HB3 LYS 744 45.807 -14.092 1.601
5 HG2 LYS 744 HG2 LYS 744 46.387 -11.410 2.863
6 HG3 LYS 744 HG3 LYS 744 45.193 -12.557 3.460
7 HD2 LYS 744 HD2 LYS 744 46.950 -14.189 3.854
8 HD3 LYS 744 HD3 LYS 744 48.157 -13.070 3.206
9 HE2 LYS 744 HE2 LYS 744 47.670 -11.492 4.973
10 HE3 LYS 744 HE3 LYS 744 46.412 -12.550 5.617
11 HZ3 LYS 744 HZ1 LYS 744 48.137 -14.189 6.103
12 HZ2 LYS 744 HZ2 LYS 744 48.464 -12.730 6.859
13 HZ1 LYS 744 HZ3 LYS 744 49.321 -13.160 5.491
No H/Q in entry = 13
In of MODEL 37
1 H MET 745 H MET 745 46.541 -14.999 -0.437
2 HA MET 745 HA MET 745 48.382 -16.812 0.644
3 HB2 MET 745 HB2 MET 745 46.654 -17.920 -0.324
4 HB3 MET 745 HB3 MET 745 46.500 -16.799 -1.655
5 HG2 MET 745 HG2 MET 745 47.182 -18.870 -2.617
6 HG3 MET 745 HG3 MET 745 48.586 -17.839 -2.622
7 HE1 MET 745 HE1 MET 745 46.893 -20.935 -1.192
8 HE3 MET 745 HE2 MET 745 46.985 -19.998 0.301
9 HE2 MET 745 HE3 MET 745 47.955 -21.468 0.109
No H/Q in entry = 9
In of MODEL 37
1 H HIS 746 H HIS 746 48.558 -15.096 -2.489
2 HA HIS 746 HA HIS 746 50.977 -16.391 -3.251
3 HB2 HIS 746 HB2 HIS 746 49.465 -14.100 -4.276
4 HB3 HIS 746 HB3 HIS 746 51.197 -14.118 -4.643
5 HD1 HIS 746 HD1 HIS 746 51.973 -16.454 -5.898
6 HD2 HIS 746 HD2 HIS 746 47.952 -15.431 -6.012
7 HE1 HIS 746 HE1 HIS 746 51.030 -17.669 -7.868
8 HE2 HIS 746 HE2 HIS 746 48.558 -17.148 -7.824
No H/Q in entry = 8
In of MODEL 37
1 H VAL 747 H VAL 747 50.347 -13.329 -1.667
2 HA VAL 747 HA VAL 747 53.038 -12.531 -1.661
3 HB VAL 747 HB VAL 747 50.687 -11.593 -0.018
4 HG11 VAL 747 HG11 VAL 747 52.812 -11.039 1.151
5 HG13 VAL 747 HG12 VAL 747 52.046 -9.598 0.523
6 HG12 VAL 747 HG13 VAL 747 53.428 -10.293 -0.320
7 HG23 VAL 747 HG21 VAL 747 50.717 -9.732 -1.605
8 HG22 VAL 747 HG22 VAL 747 50.464 -11.292 -2.394
9 HG21 VAL 747 HG23 VAL 747 52.036 -10.519 -2.477
No H/Q in entry = 9
In of MODEL 37
1 H LEU 748 H LEU 748 50.995 -14.057 0.833
2 HA LEU 748 HA LEU 748 53.097 -14.109 2.688
3 HB2 LEU 748 HB2 LEU 748 51.800 -15.821 3.951
4 HB3 LEU 748 HB3 LEU 748 50.852 -14.427 3.500
5 HG LEU 748 HG LEU 748 49.837 -15.823 1.680
6 HD13 LEU 748 HD11 LEU 748 51.497 -17.576 1.499
7 HD12 LEU 748 HD12 LEU 748 49.917 -18.248 1.911
8 HD11 LEU 748 HD13 LEU 748 51.158 -18.076 3.155
9 HD22 LEU 748 HD21 LEU 748 48.322 -16.977 3.197
10 HD21 LEU 748 HD22 LEU 748 48.692 -15.343 3.753
11 HD23 LEU 748 HD23 LEU 748 49.465 -16.733 4.514
No H/Q in entry = 11
In of MODEL 37
1 H HIS 749 H HIS 749 52.339 -16.145 0.049
2 HA HIS 749 HA HIS 749 53.937 -18.370 0.725
3 HB2 HIS 749 HB2 HIS 749 52.089 -17.975 -1.142
4 HB3 HIS 749 HB3 HIS 749 53.491 -17.568 -2.122
5 HD1 HIS 749 HD1 HIS 749 54.812 -19.510 -3.059
6 HD2 HIS 749 HD2 HIS 749 52.051 -20.647 -0.186
7 HE1 HIS 749 HE1 HIS 749 54.724 -22.015 -3.173
8 HE2 HIS 749 HE2 HIS 749 52.942 -22.673 -1.523
No H/Q in entry = 8
In of MODEL 37
1 H CYS 750 H CYS 750 54.543 -15.488 -1.328
2 HA CYS 750 HA CYS 750 57.234 -16.266 -1.854
3 HB2 CYS 750 HB2 CYS 750 57.477 -14.044 -2.901
4 HB3 CYS 750 HB3 CYS 750 56.046 -14.892 -3.474
No H/Q in entry = 4
In of MODEL 37
1 H GLN 751 H GLN 751 55.705 -14.378 0.669
2 HA GLN 751 HA GLN 751 58.145 -13.320 1.632
3 HB2 GLN 751 HB2 GLN 751 55.380 -13.480 2.818
4 HB3 GLN 751 HB3 GLN 751 56.722 -12.568 3.522
5 HG2 GLN 751 HG2 GLN 751 55.847 -12.154 0.691
6 HG3 GLN 751 HG3 GLN 751 55.102 -11.287 2.034
7 HE21 GLN 751 HE21 GLN 751 56.011 -9.677 2.725
8 HE22 GLN 751 HE22 GLN 751 57.579 -9.014 2.343
No H/Q in entry = 8
In of MODEL 37
1 H GLY 752 H GLY 752 57.035 -16.419 1.671
2 HA3 GLY 752 HA2 GLY 752 58.548 -18.057 2.509
3 HA2 GLY 752 HA3 GLY 752 58.960 -16.960 3.809
No H/Q in entry = 3
In of MODEL 37
1 H ARG 753 H ARG 753 55.588 -17.413 3.095
2 HA ARG 753 HA ARG 753 55.374 -19.046 5.518
3 HB2 ARG 753 HB2 ARG 753 53.192 -17.658 3.951
4 HB3 ARG 753 HB3 ARG 753 52.986 -18.484 5.486
5 HG2 ARG 753 HG2 ARG 753 54.575 -15.952 5.025
6 HG3 ARG 753 HG3 ARG 753 52.962 -16.032 5.712
7 HD2 ARG 753 HD2 ARG 753 54.451 -15.750 7.534
8 HD3 ARG 753 HD3 ARG 753 53.948 -17.437 7.573
9 HE ARG 753 HE ARG 753 56.209 -17.660 6.237
10 HH11 ARG 753 HH11 ARG 753 55.555 -15.759 9.141
11 HH12 ARG 753 HH12 ARG 753 57.152 -15.814 9.713
12 HH21 ARG 753 HH21 ARG 753 58.409 -17.758 7.027
13 HH22 ARG 753 HH22 ARG 753 58.795 -16.988 8.494
No H/Q in entry = 13
In of MODEL 37
1 H ASN 754 H ASN 754 53.924 -20.902 5.452
2 HA ASN 754 HA ASN 754 54.111 -22.210 2.825
3 HB2 ASN 754 HB2 ASN 754 54.336 -23.471 5.568
4 HB3 ASN 754 HB3 ASN 754 54.409 -24.330 4.037
5 HD21 ASN 754 HD21 ASN 754 56.054 -22.226 6.216
6 HD22 ASN 754 HD22 ASN 754 57.629 -22.356 5.524
No H/Q in entry = 6
In of MODEL 37
1 H TYR 755 H TYR 755 52.181 -22.519 1.949
2 HA TYR 755 HA TYR 755 50.023 -23.554 3.578
3 HB2 TYR 755 HB2 TYR 755 49.826 -21.108 1.824
4 HB3 TYR 755 HB3 TYR 755 48.431 -22.102 2.215
5 HD1 TYR 755 HD1 TYR 755 51.121 -20.065 3.751
6 HD2 TYR 755 HD2 TYR 755 47.233 -21.681 4.194
7 HE1 TYR 755 HE1 TYR 755 50.804 -18.703 5.748
8 HE2 TYR 755 HE2 TYR 755 46.906 -20.323 6.225
9 HH TYR 755 HH TYR 755 48.231 -19.252 7.913
No H/Q in entry = 9
In of MODEL 37
1 H THR 756 H THR 756 48.548 -24.696 2.392
2 HA THR 756 HA THR 756 49.383 -25.491 -0.315
3 HB THR 756 HB THR 756 48.178 -27.105 1.959
4 HG1 THR 756 HG1 THR 756 50.189 -27.401 2.475
5 HG23 THR 756 HG21 THR 756 47.390 -27.892 -0.206
6 HG22 THR 756 HG22 THR 756 48.491 -29.063 0.528
7 HG21 THR 756 HG23 THR 756 49.057 -28.011 -0.785
No H/Q in entry = 7
In of MODEL 37
1 H LEU 757 H LEU 757 47.446 -25.938 -1.760
2 HA LEU 757 HA LEU 757 45.126 -24.608 -0.635
3 HB2 LEU 757 HB2 LEU 757 45.858 -25.035 -3.501
4 HB3 LEU 757 HB3 LEU 757 44.267 -24.494 -3.003
5 HG LEU 757 HG LEU 757 45.740 -22.714 -1.708
6 HD11 LEU 757 HD11 LEU 757 47.421 -23.376 -4.101
7 HD13 LEU 757 HD12 LEU 757 47.874 -23.498 -2.401
8 HD12 LEU 757 HD13 LEU 757 47.571 -21.918 -3.123
9 HD23 LEU 757 HD21 LEU 757 44.926 -22.535 -4.592
10 HD22 LEU 757 HD22 LEU 757 45.230 -21.172 -3.491
11 HD21 LEU 757 HD23 LEU 757 43.909 -22.297 -3.169
No H/Q in entry = 11
In of MODEL 37
1 H THR 758 H THR 758 43.048 -25.420 -0.934
2 HA THR 758 HA THR 758 43.120 -28.333 -1.268
3 HB THR 758 HB THR 758 41.423 -28.395 0.683
4 HG1 THR 758 HG1 THR 758 42.432 -26.333 1.962
5 HG21 THR 758 HG21 THR 758 43.758 -29.234 0.800
6 HG23 THR 758 HG22 THR 758 43.269 -28.462 2.307
7 HG22 THR 758 HG23 THR 758 44.313 -27.604 1.175
No H/Q in entry = 7
In of MODEL 37
1 H GLY 759 H GLY 759 40.219 -26.861 -0.188
2 HA3 GLY 759 HA2 GLY 759 38.925 -26.898 -2.788
3 HA2 GLY 759 HA3 GLY 759 38.406 -28.147 -1.652
No H/Q in entry = 3
In of MODEL 37
1 H ARG 760 H ARG 760 36.897 -25.828 -2.719
2 HA ARG 760 HA ARG 760 36.968 -23.766 -0.750
3 HB2 ARG 760 HB2 ARG 760 35.423 -22.554 -2.037
4 HB3 ARG 760 HB3 ARG 760 36.298 -23.494 -3.228
5 HG2 ARG 760 HG2 ARG 760 34.143 -23.721 -3.992
6 HG3 ARG 760 HG3 ARG 760 34.247 -25.126 -2.921
7 HD2 ARG 760 HD2 ARG 760 33.219 -23.788 -1.103
8 HD3 ARG 760 HD3 ARG 760 33.052 -22.431 -2.207
9 HE ARG 760 HE ARG 760 31.738 -24.371 -3.494
10 HH11 ARG 760 HH11 ARG 760 31.485 -23.075 -0.201
11 HH12 ARG 760 HH12 ARG 760 29.890 -23.566 0.052
12 HH21 ARG 760 HH21 ARG 760 29.469 -25.038 -3.160
13 HH22 ARG 760 HH22 ARG 760 28.713 -24.729 -1.670
No H/Q in entry = 13
In of MODEL 37
1 H ASP 761 H ASP 761 35.296 -26.694 -0.921
2 HA ASP 761 HA ASP 761 33.097 -25.870 0.772
3 HB2 ASP 761 HB2 ASP 761 32.717 -27.546 -0.955
4 HB3 ASP 761 HB3 ASP 761 33.946 -28.581 -0.240
No H/Q in entry = 4
In of MODEL 37
1 H SER 762 H SER 762 36.276 -26.955 1.193
2 HA SER 762 HA SER 762 35.966 -28.446 3.584
3 HB2 SER 762 HB2 SER 762 38.432 -27.129 2.471
4 HB3 SER 762 HB3 SER 762 38.341 -28.536 3.544
5 HG SER 762 HG SER 762 36.958 -29.395 1.728
No H/Q in entry = 5
In of MODEL 37
1 H CYS 763 H CYS 763 35.687 -25.192 3.028
2 HA CYS 763 HA CYS 763 35.768 -24.589 5.844
3 HB2 CYS 763 HB2 CYS 763 37.127 -22.545 5.483
4 HB3 CYS 763 HB3 CYS 763 38.052 -23.997 5.118
No H/Q in entry = 4
In of MODEL 37
1 H THR 764 H THR 764 34.942 -22.150 5.953
2 HA THR 764 HA THR 764 32.821 -21.929 3.982
3 HB THR 764 HB THR 764 33.268 -20.344 6.535
4 HG1 THR 764 HG1 THR 764 32.744 -22.838 6.354
5 HG22 THR 764 HG21 THR 764 30.808 -20.745 4.808
6 HG21 THR 764 HG22 THR 764 31.789 -19.278 4.862
7 HG23 THR 764 HG23 THR 764 30.884 -19.789 6.288
No H/Q in entry = 7
In of MODEL 37
1 H LEU 765 H LEU 765 33.315 -20.795 2.270
2 HA LEU 765 HA LEU 765 35.575 -19.020 2.373
3 HB2 LEU 765 HB2 LEU 765 35.016 -20.862 0.622
4 HB3 LEU 765 HB3 LEU 765 33.919 -19.643 -0.005
5 HG LEU 765 HG LEU 765 35.812 -18.113 -0.331
6 HD13 LEU 765 HD11 LEU 765 37.262 -18.954 1.419
7 HD12 LEU 765 HD12 LEU 765 38.094 -19.076 -0.135
8 HD11 LEU 765 HD13 LEU 765 37.358 -20.504 0.607
9 HD22 LEU 765 HD21 LEU 765 36.769 -19.263 -2.218
10 HD21 LEU 765 HD22 LEU 765 35.043 -19.631 -2.135
11 HD23 LEU 765 HD23 LEU 765 36.235 -20.816 -1.587
No H/Q in entry = 11
In of MODEL 37
1 HA PRO 766 HA PRO 766 32.921 -15.462 2.733
2 HB2 PRO 766 HB2 PRO 766 34.811 -13.750 1.451
3 HB3 PRO 766 HB3 PRO 766 34.473 -13.893 3.171
4 HG2 PRO 766 HG2 PRO 766 36.728 -14.860 1.679
5 HG3 PRO 766 HG3 PRO 766 36.485 -14.889 3.432
6 HD2 PRO 766 HD2 PRO 766 36.431 -17.052 1.607
7 HD3 PRO 766 HD3 PRO 766 36.036 -17.117 3.326
No H/Q in entry = 7
In of MODEL 37
1 H ALA 767 H ALA 767 34.533 -16.273 -0.229
2 HA ALA 767 HA ALA 767 32.229 -15.166 -1.663
3 HB3 ALA 767 HB1 ALA 767 33.591 -14.844 -3.594
4 HB1 ALA 767 HB2 ALA 767 34.979 -15.592 -2.793
5 HB2 ALA 767 HB3 ALA 767 34.372 -14.027 -2.229
No H/Q in entry = 5
In of MODEL 37
1 H SER 768 H SER 768 31.055 -16.797 -1.401
2 HA SER 768 HA SER 768 31.876 -19.272 -2.730
3 HB2 SER 768 HB2 SER 768 29.619 -18.749 -0.785
4 HB3 SER 768 HB3 SER 768 29.942 -20.284 -1.584
5 HG SER 768 HG SER 768 31.716 -18.917 0.181
No H/Q in entry = 5
In of MODEL 37
1 H ALA 769 H ALA 769 29.643 -16.625 -2.717
2 HA ALA 769 HA ALA 769 28.605 -17.296 -5.313
3 HB2 ALA 769 HB1 ALA 769 27.091 -18.529 -3.806
4 HB1 ALA 769 HB2 ALA 769 26.257 -17.168 -4.550
5 HB3 ALA 769 HB3 ALA 769 26.807 -17.055 -2.879
No H/Q in entry = 5
In of MODEL 37
1 H GLU 770 H GLU 770 26.499 -15.431 -5.145
2 HA GLU 770 HA GLU 770 27.706 -12.965 -5.633
3 HB2 GLU 770 HB2 GLU 770 25.414 -12.127 -5.666
4 HB3 GLU 770 HB3 GLU 770 25.545 -13.660 -6.524
5 HG2 GLU 770 HG2 GLU 770 24.696 -14.824 -4.519
6 HG3 GLU 770 HG3 GLU 770 24.506 -13.266 -3.730
No H/Q in entry = 6
In of MODEL 37
1 H LYS 771 H LYS 771 27.310 -10.967 -4.488
2 HA LYS 771 HA LYS 771 27.215 -11.241 -1.566
3 HB2 LYS 771 HB2 LYS 771 28.408 -9.023 -3.272
4 HB3 LYS 771 HB3 LYS 771 28.282 -9.017 -1.537
5 HG2 LYS 771 HG2 LYS 771 29.871 -11.071 -3.065
6 HG3 LYS 771 HG3 LYS 771 30.543 -9.576 -2.424
7 HD2 LYS 771 HD2 LYS 771 31.079 -11.066 -0.737
8 HD3 LYS 771 HD3 LYS 771 29.549 -10.447 -0.151
9 HE2 LYS 771 HE2 LYS 771 28.433 -12.504 -1.044
10 HE3 LYS 771 HE3 LYS 771 29.998 -13.051 -1.613
11 HZ2 LYS 771 HZ1 LYS 771 29.268 -14.001 0.498
12 HZ1 LYS 771 HZ2 LYS 771 29.400 -12.485 1.230
13 HZ3 LYS 771 HZ3 LYS 771 30.766 -13.250 0.618
No H/Q in entry = 13
In of MODEL 37
1 H ALA 772 H ALA 772 26.367 -8.923 -0.687
2 HA ALA 772 HA ALA 772 23.974 -8.272 -2.244
3 HB2 ALA 772 HB1 ALA 772 24.208 -8.474 0.767
4 HB3 ALA 772 HB2 ALA 772 23.365 -9.612 -0.284
5 HB1 ALA 772 HB3 ALA 772 22.772 -7.960 -0.120
No H/Q in entry = 5
In of MODEL 37
1 H CYS 773 H CYS 773 23.063 -6.130 -1.041
2 HA CYS 773 HA CYS 773 24.479 -3.935 -1.792
3 HB2 CYS 773 HB2 CYS 773 22.736 -4.093 0.658
4 HB3 CYS 773 HB3 CYS 773 23.127 -2.638 -0.260
No H/Q in entry = 4
In of MODEL 37
1 H GLY 774 H GLY 774 26.165 -2.759 -1.089
2 HA3 GLY 774 HA2 GLY 774 27.559 -1.747 0.503
3 HA2 GLY 774 HA3 GLY 774 26.989 -2.895 1.704
No H/Q in entry = 3
In of MODEL 37
1 H ALA 775 H ALA 775 27.564 -5.112 -0.320
2 HA ALA 775 HA ALA 775 30.456 -5.178 0.144
3 HB2 ALA 775 HB1 ALA 775 28.493 -7.474 0.061
4 HB3 ALA 775 HB2 ALA 775 29.258 -6.823 1.510
5 HB1 ALA 775 HB3 ALA 775 30.235 -7.625 0.279
No H/Q in entry = 5
In of MODEL 37
1 H CYS 776 H CYS 776 31.309 -4.633 -1.747
2 HA CYS 776 HA CYS 776 30.232 -5.996 -4.099
3 HB2 CYS 776 HB2 CYS 776 29.606 -3.683 -4.124
4 HB3 CYS 776 HB3 CYS 776 31.289 -3.178 -3.942
No H/Q in entry = 4
In of MODEL 37
1 HA PRO 777 HA PRO 777 34.529 -7.264 -4.268
2 HB2 PRO 777 HB2 PRO 777 34.167 -9.310 -5.985
3 HB3 PRO 777 HB3 PRO 777 33.711 -9.442 -4.283
4 HG2 PRO 777 HG2 PRO 777 31.992 -8.951 -6.672
5 HG3 PRO 777 HG3 PRO 777 31.668 -9.950 -5.247
6 HD2 PRO 777 HD2 PRO 777 30.684 -7.406 -5.626
7 HD3 PRO 777 HD3 PRO 777 30.885 -8.175 -4.040
No H/Q in entry = 7
In of MODEL 37
1 H LEU 778 H LEU 778 36.047 -7.509 -6.123
2 HA LEU 778 HA LEU 778 35.687 -5.386 -7.921
3 HB2 LEU 778 HB2 LEU 778 37.895 -5.934 -8.896
4 HB3 LEU 778 HB3 LEU 778 37.902 -5.690 -7.172
5 HG LEU 778 HG LEU 778 39.497 -7.377 -7.798
6 HD11 LEU 778 HD11 LEU 778 38.480 -7.722 -5.662
7 HD13 LEU 778 HD12 LEU 778 38.918 -9.244 -6.427
8 HD12 LEU 778 HD13 LEU 778 37.231 -8.738 -6.395
9 HD22 LEU 778 HD21 LEU 778 38.652 -8.193 -9.865
10 HD21 LEU 778 HD22 LEU 778 37.202 -8.784 -9.065
11 HD23 LEU 778 HD23 LEU 778 38.752 -9.567 -8.745
No H/Q in entry = 11
In of MODEL 37
1 H TRP 779 H TRP 779 34.478 -8.380 -8.247
2 HA TRP 779 HA TRP 779 34.290 -8.112 -11.167
3 HB2 TRP 779 HB2 TRP 779 33.525 -10.531 -11.115
4 HB3 TRP 779 HB3 TRP 779 35.200 -10.276 -10.658
5 HD1 TRP 779 HD1 TRP 779 31.779 -11.180 -9.068
6 HE1 TRP 779 HE1 TRP 779 32.250 -12.388 -6.814
7 HE3 TRP 779 HE3 TRP 779 36.835 -10.662 -8.877
8 HZ2 TRP 779 HZ2 TRP 779 34.477 -12.987 -5.197
9 HZ3 TRP 779 HZ3 TRP 779 38.055 -11.566 -6.944
10 HH2 TRP 779 HH2 TRP 779 36.873 -12.709 -5.145
No H/Q in entry = 10
In of MODEL 37
1 H GLY 780 H GLY 780 32.765 -6.921 -8.743
2 HA3 GLY 780 HA2 GLY 780 30.115 -7.735 -9.669
3 HA2 GLY 780 HA3 GLY 780 30.474 -7.478 -7.968
No H/Q in entry = 3
In of MODEL 37
1 H LYS 781 H LYS 781 28.454 -6.213 -8.807
2 HA LYS 781 HA LYS 781 29.211 -3.405 -8.761
3 HB2 LYS 781 HB2 LYS 781 28.784 -4.081 -11.145
4 HB3 LYS 781 HB3 LYS 781 27.174 -4.586 -10.647
5 HG2 LYS 781 HG2 LYS 781 27.001 -2.444 -11.667
6 HG3 LYS 781 HG3 LYS 781 26.733 -2.249 -9.936
7 HD2 LYS 781 HD2 LYS 781 29.067 -1.511 -9.669
8 HD3 LYS 781 HD3 LYS 781 29.309 -1.690 -11.409
9 HE2 LYS 781 HE2 LYS 781 27.476 -0.048 -11.765
10 HE3 LYS 781 HE3 LYS 781 27.406 0.139 -10.013
11 HZ3 LYS 781 HZ1 LYS 781 28.695 1.888 -11.051
12 HZ2 LYS 781 HZ2 LYS 781 29.736 0.768 -11.721
13 HZ1 LYS 781 HZ3 LYS 781 29.693 0.967 -10.051
No H/Q in entry = 13
In of MODEL 37
1 H CYS 782 H CYS 782 28.128 -2.664 -7.097
2 HA CYS 782 HA CYS 782 25.799 -4.112 -6.111
3 HB2 CYS 782 HB2 CYS 782 27.620 -3.625 -4.522
4 HB3 CYS 782 HB3 CYS 782 27.427 -1.900 -4.822
No H/Q in entry = 4
In of MODEL 37
1 H ASP 783 H ASP 783 24.185 -3.456 -7.445
2 HA ASP 783 HA ASP 783 23.947 -0.625 -8.055
3 HB2 ASP 783 HB2 ASP 783 23.658 -2.501 -9.796
4 HB3 ASP 783 HB3 ASP 783 22.093 -2.787 -9.033
No H/Q in entry = 4
In of MODEL 37
1 H ALA 784 H ALA 784 22.193 0.605 -7.488
2 HA ALA 784 HA ALA 784 21.052 -0.115 -4.961
3 HB1 ALA 784 HB1 ALA 784 21.926 2.137 -5.363
4 HB2 ALA 784 HB2 ALA 784 20.230 2.156 -4.884
5 HB3 ALA 784 HB3 ALA 784 20.671 2.396 -6.575
No H/Q in entry = 5
In of MODEL 37
1 H GLU 785 H GLU 785 20.005 -0.494 -8.200
2 HA GLU 785 HA GLU 785 17.230 -0.095 -7.652
3 HB2 GLU 785 HB2 GLU 785 16.756 -1.070 -9.820
4 HB3 GLU 785 HB3 GLU 785 18.098 0.053 -9.955
5 HG2 GLU 785 HG2 GLU 785 19.666 -1.737 -10.126
6 HG3 GLU 785 HG3 GLU 785 18.424 -2.926 -9.738
No H/Q in entry = 6
In of MODEL 37
1 H SER 786 H SER 786 19.336 -2.525 -6.771
2 HA SER 786 HA SER 786 17.102 -4.234 -6.082
3 HB2 SER 786 HB2 SER 786 19.642 -5.186 -7.434
4 HB3 SER 786 HB3 SER 786 18.383 -6.239 -6.784
5 HG SER 786 HG SER 786 18.285 -5.742 -9.106
No H/Q in entry = 5
In of MODEL 37
1 H SER 787 H SER 787 17.671 -5.757 -4.379
2 HA SER 787 HA SER 787 19.522 -4.581 -2.458
3 HB2 SER 787 HB2 SER 787 17.417 -6.752 -2.166
4 HB3 SER 787 HB3 SER 787 18.331 -6.017 -0.842
5 HG SER 787 HG SER 787 16.300 -4.920 -2.448
No H/Q in entry = 5
In of MODEL 37
1 H LYS 788 H LYS 788 20.804 -5.723 -4.539
2 HA LYS 788 HA LYS 788 21.970 -8.232 -3.558
3 HB2 LYS 788 HB2 LYS 788 20.138 -8.730 -5.025
4 HB3 LYS 788 HB3 LYS 788 20.791 -7.663 -6.256
5 HG2 LYS 788 HG2 LYS 788 22.847 -9.292 -6.145
6 HG3 LYS 788 HG3 LYS 788 21.671 -10.405 -5.435
7 HD2 LYS 788 HD2 LYS 788 20.169 -9.955 -7.386
8 HD3 LYS 788 HD3 LYS 788 21.470 -9.017 -8.103
9 HE2 LYS 788 HE2 LYS 788 21.544 -11.164 -9.096
10 HE3 LYS 788 HE3 LYS 788 22.891 -11.085 -7.962
11 HZ3 LYS 788 HZ1 LYS 788 21.644 -12.382 -6.382
12 HZ2 LYS 788 HZ2 LYS 788 21.645 -13.182 -7.855
13 HZ1 LYS 788 HZ3 LYS 788 20.269 -12.352 -7.370
No H/Q in entry = 13
In of MODEL 37
1 H CYS 789 H CYS 789 24.174 -8.408 -4.340
2 HA CYS 789 HA CYS 789 25.091 -6.169 -5.958
3 HB2 CYS 789 HB2 CYS 789 26.402 -6.641 -3.874
4 HB3 CYS 789 HB3 CYS 789 26.672 -8.283 -4.445
No H/Q in entry = 4
In of MODEL 37
1 H VAL 790 H VAL 790 25.464 -6.589 -8.048
2 HA VAL 790 HA VAL 790 25.013 -9.363 -8.859
3 HB VAL 790 HB VAL 790 23.392 -7.580 -9.595
4 HG13 VAL 790 HG11 VAL 790 23.981 -6.077 -11.424
5 HG12 VAL 790 HG12 VAL 790 25.669 -6.564 -11.258
6 HG11 VAL 790 HG13 VAL 790 24.861 -5.729 -9.933
7 HG23 VAL 790 HG21 VAL 790 24.815 -9.007 -11.840
8 HG22 VAL 790 HG22 VAL 790 23.172 -8.357 -11.904
9 HG21 VAL 790 HG23 VAL 790 23.554 -9.682 -10.812
No H/Q in entry = 9
In of MODEL 37
1 H CYS 791 H CYS 791 26.242 -9.900 -10.960
2 HA CYS 791 HA CYS 791 28.994 -9.027 -10.556
3 HB2 CYS 791 HB2 CYS 791 29.533 -11.014 -11.934
4 HB3 CYS 791 HB3 CYS 791 28.663 -11.389 -10.449
No H/Q in entry = 4
In of MODEL 37
1 H ARG 792 H ARG 792 30.283 -8.593 -12.368
2 HA ARG 792 HA ARG 792 28.807 -7.577 -14.693
3 HB2 ARG 792 HB2 ARG 792 31.619 -6.964 -13.716
4 HB3 ARG 792 HB3 ARG 792 30.870 -6.304 -15.156
5 HG2 ARG 792 HG2 ARG 792 29.891 -5.804 -12.351
6 HG3 ARG 792 HG3 ARG 792 30.955 -4.726 -13.246
7 HD2 ARG 792 HD2 ARG 792 28.731 -3.866 -13.445
8 HD3 ARG 792 HD3 ARG 792 29.169 -4.560 -15.001
9 HE ARG 792 HE ARG 792 27.856 -6.561 -13.643
10 HH11 ARG 792 HH11 ARG 792 27.028 -3.332 -14.819
11 HH12 ARG 792 HH12 ARG 792 25.368 -3.671 -14.961
12 HH21 ARG 792 HH21 ARG 792 25.646 -7.040 -13.896
13 HH22 ARG 792 HH22 ARG 792 24.553 -5.854 -14.444
No H/Q in entry = 13
In of MODEL 37
1 H GLU 793 H GLU 793 30.299 -7.902 -16.735
2 HA GLU 793 HA GLU 793 31.268 -10.629 -16.499
3 HB2 GLU 793 HB2 GLU 793 30.692 -9.014 -18.969
4 HB3 GLU 793 HB3 GLU 793 31.218 -10.698 -18.950
5 HG2 GLU 793 HG2 GLU 793 29.173 -11.231 -17.628
6 HG3 GLU 793 HG3 GLU 793 28.637 -9.577 -17.914
No H/Q in entry = 6
In of MODEL 37
1 H ALA 794 H ALA 794 33.131 -10.916 -18.388
2 HA ALA 794 HA ALA 794 35.373 -10.115 -16.895
3 HB1 ALA 794 HB1 ALA 794 35.304 -11.294 -19.661
4 HB2 ALA 794 HB2 ALA 794 35.186 -12.212 -18.168
5 HB3 ALA 794 HB3 ALA 794 36.661 -11.306 -18.529
No H/Q in entry = 5
In of MODEL 37
1 H SER 795 H SER 795 33.937 -8.950 -19.835
2 HA SER 795 HA SER 795 36.137 -7.271 -20.410
3 HB2 SER 795 HB2 SER 795 33.370 -7.316 -21.623
4 HB3 SER 795 HB3 SER 795 34.738 -6.394 -22.257
5 HG SER 795 HG SER 795 35.838 -8.502 -22.205
No H/Q in entry = 5
In of MODEL 37
1 H GLU 796 H GLU 796 33.601 -6.997 -18.239
2 HA GLU 796 HA GLU 796 33.417 -4.090 -18.409
3 HB2 GLU 796 HB2 GLU 796 31.979 -6.100 -16.734
4 HB3 GLU 796 HB3 GLU 796 31.684 -4.367 -16.655
5 HG2 GLU 796 HG2 GLU 796 30.947 -4.415 -18.982
6 HG3 GLU 796 HG3 GLU 796 31.244 -6.156 -19.035
No H/Q in entry = 6
In of MODEL 37
1 H CYS 797 H CYS 797 34.739 -6.629 -16.428
2 HA CYS 797 HA CYS 797 35.167 -4.881 -14.203
3 HB2 CYS 797 HB2 CYS 797 36.223 -7.667 -14.681
4 HB3 CYS 797 HB3 CYS 797 36.275 -6.769 -13.161
No H/Q in entry = 4
In of MODEL 37
1 H GLU 798 H GLU 798 36.565 -3.341 -14.428
2 HA GLU 798 HA GLU 798 38.879 -3.647 -16.184
3 HB2 GLU 798 HB2 GLU 798 37.181 -1.857 -16.504
4 HB3 GLU 798 HB3 GLU 798 37.641 -1.191 -14.954
5 HG2 GLU 798 HG2 GLU 798 39.880 -0.743 -15.829
6 HG3 GLU 798 HG3 GLU 798 39.385 -1.395 -17.394
No H/Q in entry = 6
In of MODEL 37
1 H GLU 799 H GLU 799 38.281 -4.025 -12.977
2 HA GLU 799 HA GLU 799 40.200 -2.571 -11.560
3 HB2 GLU 799 HB2 GLU 799 38.462 -3.867 -10.451
4 HB3 GLU 799 HB3 GLU 799 39.174 -5.365 -11.034
5 HG2 GLU 799 HG2 GLU 799 39.701 -5.031 -8.685
6 HG3 GLU 799 HG3 GLU 799 41.160 -4.939 -9.664
No H/Q in entry = 6
In of MODEL 37
1 H GLU 800 H GLU 800 40.496 -5.829 -12.844
2 HA GLU 800 HA GLU 800 42.173 -7.169 -13.423
3 HB2 GLU 800 HB2 GLU 800 43.895 -4.699 -13.411
4 HB3 GLU 800 HB3 GLU 800 44.431 -6.275 -13.974
5 HG2 GLU 800 HG2 GLU 800 42.758 -6.210 -15.745
6 HG3 GLU 800 HG3 GLU 800 42.202 -4.640 -15.158
No H/Q in entry = 6
In of MODEL 37
1 H GLY 801 H GLY 801 42.032 -8.322 -11.645
2 HA3 GLY 801 HA2 GLY 801 43.707 -7.769 -9.333
3 HA2 GLY 801 HA3 GLY 801 42.586 -9.105 -9.552
No H/Q in entry = 3
In of MODEL 37
1 H PHE 802 H PHE 802 43.777 -10.757 -9.156
2 HA PHE 802 HA PHE 802 46.381 -11.127 -10.310
3 HB2 PHE 802 HB2 PHE 802 44.636 -12.774 -8.499
4 HB3 PHE 802 HB3 PHE 802 46.076 -13.476 -9.233
5 HD1 PHE 802 HD1 PHE 802 45.358 -10.136 -7.705
6 HD2 PHE 802 HD2 PHE 802 47.749 -13.657 -7.645
7 HE1 PHE 802 HE1 PHE 802 46.761 -9.155 -5.990
8 HE2 PHE 802 HE2 PHE 802 49.143 -12.697 -5.932
9 HZ PHE 802 HZ PHE 802 48.681 -10.423 -5.081
No H/Q in entry = 9
In of MODEL 37
1 H SER 803 H SER 803 46.685 -13.558 -11.154
2 HA SER 803 HA SER 803 44.692 -14.045 -13.183
3 HB2 SER 803 HB2 SER 803 46.754 -14.801 -14.556
4 HB3 SER 803 HB3 SER 803 46.480 -13.069 -14.364
5 HG SER 803 HG SER 803 48.603 -13.465 -13.946
No H/Q in entry = 5
In of MODEL 37
1 H ILE 804 H ILE 804 43.989 -16.093 -13.202
2 HA ILE 804 HA ILE 804 45.479 -18.062 -11.656
3 HB ILE 804 HB ILE 804 43.533 -18.883 -10.487
4 HG12 ILE 804 HG12 ILE 804 41.786 -18.336 -12.213
5 HG13 ILE 804 HG13 ILE 804 41.304 -17.917 -10.580
6 HG23 ILE 804 HG21 ILE 804 43.024 -17.017 -8.973
7 HG22 ILE 804 HG22 ILE 804 43.731 -15.909 -10.148
8 HG21 ILE 804 HG23 ILE 804 44.747 -17.121 -9.365
9 HD13 ILE 804 HD11 ILE 804 40.607 -16.216 -12.142
10 HD12 ILE 804 HD12 ILE 804 42.248 -16.021 -12.723
11 HD11 ILE 804 HD13 ILE 804 41.844 -15.559 -11.070
No H/Q in entry = 11
In of MODEL 37
1 H CYS 805 H CYS 805 44.551 -20.264 -11.978
2 HA CYS 805 HA CYS 805 43.831 -20.625 -14.808
3 HB2 CYS 805 HB2 CYS 805 46.035 -21.528 -14.215
4 HB3 CYS 805 HB3 CYS 805 45.319 -22.413 -12.877
No H/Q in entry = 4
In of MODEL 37
1 H VAL 806 H VAL 806 42.030 -21.412 -15.252
2 HA VAL 806 HA VAL 806 40.635 -22.931 -13.210
3 HB VAL 806 HB VAL 806 39.908 -20.639 -13.001
4 HG11 VAL 806 HG11 VAL 806 39.327 -20.755 -15.896
5 HG13 VAL 806 HG12 VAL 806 40.539 -19.776 -15.064
6 HG12 VAL 806 HG13 VAL 806 38.819 -19.452 -14.822
7 HG23 VAL 806 HG21 VAL 806 37.801 -22.239 -14.430
8 HG22 VAL 806 HG22 VAL 806 37.512 -20.825 -13.411
9 HG21 VAL 806 HG23 VAL 806 38.160 -22.305 -12.708
No H/Q in entry = 9
In of MODEL 37
1 H GLU 807 H GLU 807 39.636 -24.669 -13.960
2 HA GLU 807 HA GLU 807 40.011 -25.421 -16.720
3 HB2 GLU 807 HB2 GLU 807 40.475 -26.960 -14.862
4 HB3 GLU 807 HB3 GLU 807 38.787 -26.884 -14.388
5 HG2 GLU 807 HG2 GLU 807 38.196 -27.802 -16.607
6 HG3 GLU 807 HG3 GLU 807 39.916 -28.036 -16.919
No H/Q in entry = 6
In of MODEL 37
1 H VAL 808 H VAL 808 38.609 -24.745 -18.098
2 HA VAL 808 HA VAL 808 35.738 -24.841 -17.543
3 HB VAL 808 HB VAL 808 37.175 -22.569 -18.860
4 HG12 VAL 808 HG11 VAL 808 34.297 -22.781 -18.091
5 HG11 VAL 808 HG12 VAL 808 34.999 -22.847 -19.718
6 HG13 VAL 808 HG13 VAL 808 35.103 -21.356 -18.774
7 HG23 VAL 808 HG21 VAL 808 36.515 -21.216 -16.870
8 HG22 VAL 808 HG22 VAL 808 37.792 -22.403 -16.651
9 HG21 VAL 808 HG23 VAL 808 36.171 -22.754 -16.073
No H/Q in entry = 9
In of MODEL 37
1 H ASN 809 H ASN 809 34.639 -25.497 -19.370
2 HA ASN 809 HA ASN 809 34.221 -26.245 -21.472
3 HB2 ASN 809 HB2 ASN 809 36.631 -24.549 -22.067
4 HB3 ASN 809 HB3 ASN 809 35.959 -25.571 -23.311
5 HD21 ASN 809 HD21 ASN 809 33.873 -23.978 -20.968
6 HD22 ASN 809 HD22 ASN 809 33.255 -22.811 -22.067
No H/Q in entry = 6
In of MODEL 37
1 H GLY 810 H GLY 810 36.416 -27.342 -19.524
2 HA3 GLY 810 HA2 GLY 810 37.041 -29.665 -19.597
3 HA2 GLY 810 HA3 GLY 810 37.216 -29.478 -21.346
No H/Q in entry = 3
In of MODEL 37
1 H LYS 811 H LYS 811 38.515 -26.763 -20.614
2 HA LYS 811 HA LYS 811 41.127 -27.983 -20.171
3 HB2 LYS 811 HB2 LYS 811 42.060 -26.354 -21.777
4 HB3 LYS 811 HB3 LYS 811 40.982 -27.539 -22.499
5 HG2 LYS 811 HG2 LYS 811 39.190 -25.837 -22.539
6 HG3 LYS 811 HG3 LYS 811 40.321 -24.661 -21.867
7 HD2 LYS 811 HD2 LYS 811 40.700 -26.141 -24.462
8 HD3 LYS 811 HD3 LYS 811 40.081 -24.493 -24.332
9 HE2 LYS 811 HE2 LYS 811 42.183 -23.758 -23.329
10 HE3 LYS 811 HE3 LYS 811 42.799 -25.404 -23.354
11 HZ3 LYS 811 HZ1 LYS 811 42.730 -25.361 -25.764
12 HZ2 LYS 811 HZ2 LYS 811 43.683 -24.128 -25.168
13 HZ1 LYS 811 HZ3 LYS 811 42.141 -23.778 -25.751
No H/Q in entry = 13
In of MODEL 37
1 H GLU 812 H GLU 812 42.726 -26.691 -19.314
2 HA GLU 812 HA GLU 812 41.884 -24.829 -17.245
3 HB2 GLU 812 HB2 GLU 812 44.631 -25.580 -18.249
4 HB3 GLU 812 HB3 GLU 812 44.253 -24.776 -16.739
5 HG2 GLU 812 HG2 GLU 812 43.381 -26.733 -15.798
6 HG3 GLU 812 HG3 GLU 812 43.309 -27.566 -17.348
No H/Q in entry = 6
In of MODEL 37
1 H GLN 813 H GLN 813 41.335 -22.872 -17.853
2 HA GLN 813 HA GLN 813 43.054 -21.572 -19.826
3 HB2 GLN 813 HB2 GLN 813 40.738 -21.787 -20.520
4 HB3 GLN 813 HB3 GLN 813 40.190 -20.974 -19.057
5 HG2 GLN 813 HG2 GLN 813 41.299 -19.001 -19.717
6 HG3 GLN 813 HG3 GLN 813 41.940 -19.727 -21.192
7 HE21 GLN 813 HE21 GLN 813 39.347 -18.197 -19.687
8 HE22 GLN 813 HE22 GLN 813 38.194 -18.232 -20.964
No H/Q in entry = 8
In of MODEL 37
1 H THR 814 H THR 814 43.847 -19.549 -19.296
2 HA THR 814 HA THR 814 43.937 -18.968 -16.456
3 HB THR 814 HB THR 814 45.143 -17.456 -18.755
4 HG1 THR 814 HG1 THR 814 46.714 -18.736 -18.793
5 HG23 THR 814 HG21 THR 814 45.118 -16.213 -16.669
6 HG22 THR 814 HG22 THR 814 46.772 -16.698 -17.054
7 HG21 THR 814 HG23 THR 814 45.853 -17.573 -15.827
No H/Q in entry = 7
In of MODEL 37
1 H MET 815 H MET 815 42.768 -17.408 -15.591
2 HA MET 815 HA MET 815 41.522 -15.488 -17.396
3 HB2 MET 815 HB2 MET 815 40.216 -16.675 -14.956
4 HB3 MET 815 HB3 MET 815 39.523 -15.457 -16.019
5 HG2 MET 815 HG2 MET 815 39.790 -17.219 -17.867
6 HG3 MET 815 HG3 MET 815 40.095 -18.296 -16.523
7 HE2 MET 815 HE1 MET 815 36.657 -19.430 -17.629
8 HE1 MET 815 HE2 MET 815 38.373 -19.838 -17.346
9 HE3 MET 815 HE3 MET 815 37.933 -18.778 -18.661
No H/Q in entry = 9
In of MODEL 37
1 H SER 816 H SER 816 41.115 -13.526 -16.420
2 HA SER 816 HA SER 816 43.012 -12.858 -14.368
3 HB2 SER 816 HB2 SER 816 40.744 -11.203 -15.502
4 HB3 SER 816 HB3 SER 816 42.195 -10.612 -14.687
5 HG SER 816 HG SER 816 43.239 -11.912 -16.564
No H/Q in entry = 5
In of MODEL 37
1 H GLU 817 H GLU 817 42.366 -12.173 -12.317
2 HA GLU 817 HA GLU 817 40.657 -13.740 -10.904
3 HB2 GLU 817 HB2 GLU 817 42.512 -12.079 -10.235
4 HB3 GLU 817 HB3 GLU 817 41.215 -10.921 -10.259
5 HG2 GLU 817 HG2 GLU 817 40.189 -11.748 -8.457
6 HG3 GLU 817 HG3 GLU 817 40.876 -13.366 -8.679
No H/Q in entry = 6
In of MODEL 37
1 H CYS 818 H CYS 818 40.039 -10.563 -12.238
2 HA CYS 818 HA CYS 818 37.430 -10.124 -11.329
3 HB2 CYS 818 HB2 CYS 818 38.543 -9.228 -13.978
4 HB3 CYS 818 HB3 CYS 818 37.326 -8.439 -12.982
No H/Q in entry = 4
In of MODEL 37
1 H GLU 819 H GLU 819 38.706 -11.869 -14.099
2 HA GLU 819 HA GLU 819 36.265 -12.133 -15.538
3 HB2 GLU 819 HB2 GLU 819 38.444 -12.095 -16.635
4 HB3 GLU 819 HB3 GLU 819 38.932 -13.506 -15.723
5 HG2 GLU 819 HG2 GLU 819 37.333 -14.871 -16.930
6 HG3 GLU 819 HG3 GLU 819 36.772 -13.457 -17.822
No H/Q in entry = 6
In of MODEL 37
1 H ALA 820 H ALA 820 38.360 -14.476 -13.828
2 HA ALA 820 HA ALA 820 36.661 -16.638 -14.035
3 HB2 ALA 820 HB1 ALA 820 37.905 -17.638 -12.188
4 HB3 ALA 820 HB2 ALA 820 38.589 -16.064 -11.805
5 HB1 ALA 820 HB3 ALA 820 38.980 -16.846 -13.342
No H/Q in entry = 5
In of MODEL 37
1 H GLY 821 H GLY 821 36.921 -14.143 -11.524
2 HA3 GLY 821 HA2 GLY 821 35.031 -15.187 -9.712
3 HA2 GLY 821 HA3 GLY 821 35.548 -13.509 -9.812
No H/Q in entry = 3
In of MODEL 37
1 H ALA 822 H ALA 822 34.739 -12.972 -12.449
2 HA ALA 822 HA ALA 822 32.050 -12.310 -12.058
3 HB2 ALA 822 HB1 ALA 822 33.551 -11.059 -13.540
4 HB3 ALA 822 HB2 ALA 822 32.066 -11.547 -14.351
5 HB1 ALA 822 HB3 ALA 822 33.573 -12.421 -14.665
No H/Q in entry = 5
In of MODEL 37
1 H LEU 823 H LEU 823 33.567 -14.823 -14.063
2 HA LEU 823 HA LEU 823 31.119 -15.905 -14.937
3 HB2 LEU 823 HB2 LEU 823 33.879 -17.093 -14.817
4 HB3 LEU 823 HB3 LEU 823 32.518 -18.082 -15.280
5 HG LEU 823 HG LEU 823 33.589 -17.421 -17.276
6 HD11 LEU 823 HD11 LEU 823 31.194 -17.357 -17.421
7 HD13 LEU 823 HD12 LEU 823 31.938 -16.166 -18.486
8 HD12 LEU 823 HD13 LEU 823 31.191 -15.647 -16.981
9 HD21 LEU 823 HD21 LEU 823 33.462 -14.553 -16.353
10 HD23 LEU 823 HD22 LEU 823 34.029 -15.098 -17.931
11 HD22 LEU 823 HD23 LEU 823 34.917 -15.537 -16.475
No H/Q in entry = 11
In of MODEL 37
1 H ARG 824 H ARG 824 33.014 -16.608 -12.071
2 HA ARG 824 HA ARG 824 31.527 -18.772 -11.004
3 HB2 ARG 824 HB2 ARG 824 33.058 -16.533 -9.750
4 HB3 ARG 824 HB3 ARG 824 32.126 -17.641 -8.758
5 HG2 ARG 824 HG2 ARG 824 34.458 -18.357 -10.536
6 HG3 ARG 824 HG3 ARG 824 34.534 -18.131 -8.791
7 HD2 ARG 824 HD2 ARG 824 33.315 -20.408 -10.347
8 HD3 ARG 824 HD3 ARG 824 34.402 -20.414 -8.978
9 HE ARG 824 HE ARG 824 32.085 -19.320 -8.028
10 HH11 ARG 824 HH11 ARG 824 33.157 -22.444 -9.305
11 HH12 ARG 824 HH12 ARG 824 31.790 -23.298 -8.769
12 HH21 ARG 824 HH21 ARG 824 30.197 -20.466 -7.322
13 HH22 ARG 824 HH22 ARG 824 30.026 -22.134 -7.608
No H/Q in entry = 13
In of MODEL 37
1 H CYS 825 H CYS 825 30.959 -15.287 -10.782
2 HA CYS 825 HA CYS 825 28.747 -15.715 -8.975
3 HB2 CYS 825 HB2 CYS 825 30.380 -13.815 -8.769
4 HB3 CYS 825 HB3 CYS 825 29.748 -13.176 -10.267
No H/Q in entry = 4
In of MODEL 37
1 H ARG 826 H ARG 826 29.323 -15.385 -12.307
2 HA ARG 826 HA ARG 826 26.730 -14.472 -13.089
3 HB2 ARG 826 HB2 ARG 826 29.159 -14.683 -14.331
4 HB3 ARG 826 HB3 ARG 826 28.261 -16.011 -15.060
5 HG2 ARG 826 HG2 ARG 826 26.429 -14.379 -15.494
6 HG3 ARG 826 HG3 ARG 826 27.589 -13.137 -14.974
7 HD2 ARG 826 HD2 ARG 826 27.589 -13.297 -17.430
8 HD3 ARG 826 HD3 ARG 826 29.131 -13.850 -16.773
9 HE ARG 826 HE ARG 826 27.515 -16.062 -16.955
10 HH11 ARG 826 HH11 ARG 826 28.723 -13.720 -19.364
11 HH12 ARG 826 HH12 ARG 826 28.914 -14.892 -20.571
12 HH21 ARG 826 HH21 ARG 826 27.698 -17.603 -18.630
13 HH22 ARG 826 HH22 ARG 826 28.300 -17.155 -20.170
No H/Q in entry = 13
In of MODEL 37
1 H GLY 827 H GLY 827 28.217 -17.474 -12.438
2 HA3 GLY 827 HA2 GLY 827 26.921 -19.401 -11.811
3 HA2 GLY 827 HA3 GLY 827 25.633 -18.808 -12.855
No H/Q in entry = 3
In of MODEL 37
1 H GLN 828 H GLN 828 28.891 -18.790 -14.005
2 HA GLN 828 HA GLN 828 28.222 -20.693 -16.069
3 HB2 GLN 828 HB2 GLN 828 29.465 -18.613 -16.579
4 HB3 GLN 828 HB3 GLN 828 30.737 -19.116 -15.479
5 HG2 GLN 828 HG2 GLN 828 31.379 -19.477 -17.808
6 HG3 GLN 828 HG3 GLN 828 31.257 -21.006 -16.941
7 HE21 GLN 828 HE21 GLN 828 29.847 -18.973 -19.332
8 HE22 GLN 828 HE22 GLN 828 28.797 -20.172 -20.004
No H/Q in entry = 8
In of MODEL 37
1 H SER 829 H SER 829 29.583 -22.593 -16.438
2 HA SER 829 HA SER 829 30.491 -23.742 -13.947
3 HB2 SER 829 HB2 SER 829 30.260 -24.913 -16.731
4 HB3 SER 829 HB3 SER 829 30.648 -25.820 -15.270
5 HG SER 829 HG SER 829 28.680 -25.274 -14.436
No H/Q in entry = 5
In of MODEL 37
1 H ILE 830 H ILE 830 32.424 -23.105 -13.382
2 HA ILE 830 HA ILE 830 34.690 -23.479 -15.179
3 HB ILE 830 HB ILE 830 35.758 -21.410 -14.520
4 HG12 ILE 830 HG12 ILE 830 34.804 -21.216 -12.175
5 HG13 ILE 830 HG13 ILE 830 34.913 -19.711 -13.058
6 HG23 ILE 830 HG21 ILE 830 34.353 -21.157 -16.418
7 HG22 ILE 830 HG22 ILE 830 34.325 -19.660 -15.478
8 HG21 ILE 830 HG23 ILE 830 32.968 -20.791 -15.392
9 HD11 ILE 830 HD11 ILE 830 32.476 -20.005 -13.633
10 HD13 ILE 830 HD12 ILE 830 32.886 -19.617 -11.988
11 HD12 ILE 830 HD13 ILE 830 32.443 -21.291 -12.408
No H/Q in entry = 11
In of MODEL 37
1 H SER 831 H SER 831 36.403 -24.359 -14.013
2 HA SER 831 HA SER 831 35.859 -24.800 -11.180
3 HB2 SER 831 HB2 SER 831 37.127 -26.586 -13.230
4 HB3 SER 831 HB3 SER 831 37.024 -26.947 -11.514
5 HG SER 831 HG SER 831 34.869 -27.099 -11.658
No H/Q in entry = 5
In of MODEL 37
1 H VAL 832 H VAL 832 37.237 -23.323 -10.218
2 HA VAL 832 HA VAL 832 39.784 -22.652 -11.277
3 HB VAL 832 HB VAL 832 38.757 -22.290 -8.445
4 HG13 VAL 832 HG11 VAL 832 40.549 -20.594 -8.200
5 HG12 VAL 832 HG12 VAL 832 41.114 -20.962 -9.826
6 HG11 VAL 832 HG13 VAL 832 41.241 -22.178 -8.566
7 HG21 VAL 832 HG21 VAL 832 37.393 -21.112 -10.087
8 HG23 VAL 832 HG22 VAL 832 38.838 -20.356 -10.762
9 HG22 VAL 832 HG23 VAL 832 38.324 -19.963 -9.124
No H/Q in entry = 9
In of MODEL 37
1 H THR 833 H THR 833 41.531 -23.867 -11.336
2 HA THR 833 HA THR 833 41.642 -26.191 -9.610
3 HB THR 833 HB THR 833 43.461 -26.881 -11.142
4 HG1 THR 833 HG1 THR 833 43.977 -25.649 -12.864
5 HG21 THR 833 HG21 THR 833 40.885 -26.079 -12.507
6 HG23 THR 833 HG22 THR 833 41.171 -27.585 -11.633
7 HG22 THR 833 HG23 THR 833 42.038 -27.253 -13.135
No H/Q in entry = 7
In of MODEL 37
1 H SER 834 H SER 834 43.367 -23.230 -10.441
2 HA SER 834 HA SER 834 44.955 -23.520 -8.077
3 HB2 SER 834 HB2 SER 834 47.033 -23.099 -9.486
4 HB3 SER 834 HB3 SER 834 46.337 -24.731 -9.489
5 HG SER 834 HG SER 834 45.236 -24.121 -11.409
No H/Q in entry = 5
In of MODEL 37
1 H ILE 835 H ILE 835 46.085 -21.619 -7.523
2 HA ILE 835 HA ILE 835 44.763 -19.279 -8.547
3 HB ILE 835 HB ILE 835 45.705 -18.105 -6.530
4 HG12 ILE 835 HG12 ILE 835 46.243 -19.713 -4.582
5 HG13 ILE 835 HG13 ILE 835 46.660 -20.886 -5.820
6 HG22 ILE 835 HG21 ILE 835 44.169 -19.151 -4.958
7 HG21 ILE 835 HG22 ILE 835 43.965 -20.493 -6.083
8 HG23 ILE 835 HG23 ILE 835 43.449 -18.864 -6.550
9 HD12 ILE 835 HD11 ILE 835 48.568 -19.765 -4.890
10 HD11 ILE 835 HD12 ILE 835 47.877 -18.207 -5.378
11 HD13 ILE 835 HD13 ILE 835 48.390 -19.368 -6.612
No H/Q in entry = 11
In of MODEL 37
1 H ARG 836 H ARG 836 47.028 -20.710 -9.877
2 HA ARG 836 HA ARG 836 48.804 -18.394 -10.222
3 HB2 ARG 836 HB2 ARG 836 49.441 -21.256 -11.018
4 HB3 ARG 836 HB3 ARG 836 50.513 -19.888 -11.140
5 HG2 ARG 836 HG2 ARG 836 51.335 -21.002 -9.307
6 HG3 ARG 836 HG3 ARG 836 50.270 -19.809 -8.554
7 HD2 ARG 836 HD2 ARG 836 50.008 -22.001 -7.569
8 HD3 ARG 836 HD3 ARG 836 48.531 -21.462 -8.353
9 HE ARG 836 HE ARG 836 49.253 -22.864 -10.306
10 HH11 ARG 836 HH11 ARG 836 50.456 -23.786 -7.088
11 HH12 ARG 836 HH12 ARG 836 50.413 -25.453 -7.431
12 HH21 ARG 836 HH21 ARG 836 49.211 -25.111 -10.740
13 HH22 ARG 836 HH22 ARG 836 49.712 -26.231 -9.564
No H/Q in entry = 13
In of MODEL 37
1 HA PRO 837 HA PRO 837 47.025 -18.417 -14.364
2 HB2 PRO 837 HB2 PRO 837 49.113 -17.492 -15.875
3 HB3 PRO 837 HB3 PRO 837 48.108 -16.445 -14.870
4 HG2 PRO 837 HG2 PRO 837 50.804 -17.599 -14.298
5 HG3 PRO 837 HG3 PRO 837 50.183 -15.971 -13.967
6 HD2 PRO 837 HD2 PRO 837 50.356 -17.866 -12.050
7 HD3 PRO 837 HD3 PRO 837 49.074 -16.638 -12.061
No H/Q in entry = 7
In of MODEL 37
1 H CYS 838 H CYS 838 47.153 -19.593 -16.426
2 HA CYS 838 HA CYS 838 48.958 -21.908 -16.313
3 HB2 CYS 838 HB2 CYS 838 46.494 -22.338 -16.272
4 HB3 CYS 838 HB3 CYS 838 46.342 -21.491 -17.797
No H/Q in entry = 4
In of MODEL 37
1 H ALA 839 H ALA 839 49.555 -22.673 -18.611
2 HA ALA 839 HA ALA 839 50.419 -20.398 -20.219
3 HB3 ALA 839 HB1 ALA 839 51.727 -22.076 -21.461
4 HB1 ALA 839 HB2 ALA 839 50.961 -23.364 -20.537
5 HB2 ALA 839 HB3 ALA 839 52.032 -22.215 -19.727
No H/Q in entry = 5
In of MODEL 37
1 H ALA 840 H ALA 840 47.746 -20.682 -20.115
2 HA ALA 840 HA ALA 840 46.790 -22.162 -22.443
3 HB1 ALA 840 HB1 ALA 840 45.303 -20.606 -20.342
4 HB2 ALA 840 HB2 ALA 840 45.550 -22.352 -20.359
5 HB3 ALA 840 HB3 ALA 840 44.569 -21.584 -21.610
No H/Q in entry = 5
In of MODEL 37
1 H GLU 841 H GLU 841 48.363 -19.517 -22.295
2 HA GLU 841 HA GLU 841 46.578 -17.575 -23.426
3 HB2 GLU 841 HB2 GLU 841 49.599 -17.521 -23.519
4 HB3 GLU 841 HB3 GLU 841 48.508 -16.160 -23.629
5 HG2 GLU 841 HG2 GLU 841 49.113 -17.821 -21.198
6 HG3 GLU 841 HG3 GLU 841 49.533 -16.135 -21.482
No H/Q in entry = 6
In of MODEL 37
1 H THR 842 H THR 842 48.365 -20.181 -24.429
2 HA THR 842 HA THR 842 49.117 -21.101 -26.259
3 HB THR 842 HB THR 842 47.740 -20.916 -28.312
4 HG1 THR 842 HG1 THR 842 46.643 -18.857 -26.936
5 HG22 THR 842 HG21 THR 842 46.327 -21.636 -25.752
6 HG21 THR 842 HG22 THR 842 47.375 -22.683 -26.708
7 HG23 THR 842 HG23 THR 842 45.820 -22.159 -27.360
No H/Q in entry = 7
In of MODEL 37
1 H GLN 843 H GLN 843 50.522 -19.189 -25.594
2 HA GLN 843 HA GLN 843 51.499 -18.002 -28.072
3 HB2 GLN 843 HB2 GLN 843 50.390 -16.275 -26.681
4 HB3 GLN 843 HB3 GLN 843 51.418 -16.718 -25.329
5 HG2 GLN 843 HG2 GLN 843 53.383 -16.007 -26.620
6 HG3 GLN 843 HG3 GLN 843 52.319 -15.534 -27.942
7 HE21 GLN 843 HE21 GLN 843 54.152 -13.974 -26.320
8 HE22 GLN 843 HE22 GLN 843 53.244 -12.666 -25.669
No H/Q in entry = 8
In of MODEL 38
1 H1 GLY 689 H2 GLY 689 50.740 -1.846 -32.099
2 H2 GLY 689 H1 GLY 689 49.556 -2.924 -32.591
3 H3 GLY 689 H3 GLY 689 49.605 -2.423 -30.969
4 HA2 GLY 689 HA2 GLY 689 50.505 -4.643 -31.202
5 HA3 GLY 689 HA3 GLY 689 51.734 -3.487 -30.692
No H/Q in entry = 5
In of MODEL 38
1 H SER 690 H SER 690 53.010 -2.457 -32.504
2 HA SER 690 HA SER 690 53.131 -3.972 -34.938
3 HB2 SER 690 HB2 SER 690 54.883 -1.726 -33.905
4 HB3 SER 690 HB3 SER 690 54.830 -2.338 -35.557
5 HG SER 690 HG SER 690 53.435 -0.828 -35.788
No H/Q in entry = 5
In of MODEL 38
1 H HIS 691 H HIS 691 54.218 -5.890 -34.953
2 HA HIS 691 HA HIS 691 56.166 -6.401 -32.894
3 HB2 HIS 691 HB2 HIS 691 55.035 -8.182 -35.046
4 HB3 HIS 691 HB3 HIS 691 56.380 -8.673 -34.032
5 HD1 HIS 691 HD1 HIS 691 52.688 -8.332 -34.004
6 HD2 HIS 691 HD2 HIS 691 55.754 -8.981 -31.278
7 HE1 HIS 691 HE1 HIS 691 51.571 -9.109 -31.905
8 HE2 HIS 691 HE2 HIS 691 53.428 -9.122 -30.211
No H/Q in entry = 8
In of MODEL 38
1 H MET 692 H MET 692 56.576 -4.601 -35.310
2 HA MET 692 HA MET 692 58.875 -5.603 -36.662
3 HB2 MET 692 HB2 MET 692 58.069 -2.725 -36.161
4 HB3 MET 692 HB3 MET 692 59.318 -3.240 -37.280
5 HG2 MET 692 HG2 MET 692 56.371 -3.788 -37.483
6 HG3 MET 692 HG3 MET 692 57.319 -2.681 -38.471
7 HE1 MET 692 HE1 MET 692 59.189 -3.466 -40.215
8 HE3 MET 692 HE2 MET 692 59.608 -5.158 -40.500
9 HE2 MET 692 HE3 MET 692 60.004 -4.403 -38.962
No H/Q in entry = 9
In of MODEL 38
1 H ASN 693 H ASN 693 58.410 -3.447 -33.907
2 HA ASN 693 HA ASN 693 61.254 -3.587 -33.298
3 HB2 ASN 693 HB2 ASN 693 59.054 -1.757 -32.287
4 HB3 ASN 693 HB3 ASN 693 60.680 -1.764 -31.625
5 HD21 ASN 693 HD21 ASN 693 59.220 0.340 -32.979
6 HD22 ASN 693 HD22 ASN 693 60.185 0.832 -34.324
No H/Q in entry = 6
In of MODEL 38
1 HA PRO 694 HA PRO 694 60.192 -6.162 -29.797
2 HB2 PRO 694 HB2 PRO 694 62.475 -6.085 -28.431
3 HB3 PRO 694 HB3 PRO 694 62.442 -6.799 -30.050
4 HG2 PRO 694 HG2 PRO 694 63.403 -4.095 -29.197
5 HG3 PRO 694 HG3 PRO 694 64.124 -5.220 -30.361
6 HD2 PRO 694 HD2 PRO 694 62.519 -3.051 -31.017
7 HD3 PRO 694 HD3 PRO 694 62.820 -4.446 -32.069
No H/Q in entry = 7
In of MODEL 38
1 H LEU 695 H LEU 695 60.756 -5.903 -27.202
2 HA LEU 695 HA LEU 695 59.439 -3.482 -26.388
3 HB2 LEU 695 HB2 LEU 695 59.501 -5.940 -25.295
4 HB3 LEU 695 HB3 LEU 695 60.872 -5.267 -24.447
5 HG LEU 695 HG LEU 695 58.007 -4.332 -24.303
6 HD11 LEU 695 HD11 LEU 695 58.430 -6.350 -23.072
7 HD13 LEU 695 HD12 LEU 695 58.144 -5.002 -21.971
8 HD12 LEU 695 HD13 LEU 695 59.787 -5.586 -22.240
9 HD23 LEU 695 HD21 LEU 695 60.396 -3.188 -22.853
10 HD22 LEU 695 HD22 LEU 695 58.709 -2.707 -22.634
11 HD21 LEU 695 HD23 LEU 695 59.525 -2.398 -24.164
No H/Q in entry = 11
In of MODEL 38
1 H THR 696 H THR 696 60.780 -1.872 -27.069
2 HA THR 696 HA THR 696 63.545 -1.790 -26.977
3 HB THR 696 HB THR 696 63.147 0.717 -27.278
4 HG1 THR 696 HG1 THR 696 61.074 1.365 -27.444
5 HG21 THR 696 HG21 THR 696 61.763 -1.244 -29.129
6 HG23 THR 696 HG22 THR 696 63.480 -0.838 -29.164
7 HG22 THR 696 HG23 THR 696 62.276 0.385 -29.564
No H/Q in entry = 7
In of MODEL 38
1 H GLN 697 H GLN 697 61.209 -0.591 -24.666
2 HA GLN 697 HA GLN 697 63.116 0.811 -23.075
3 HB2 GLN 697 HB2 GLN 697 60.821 1.532 -23.075
4 HB3 GLN 697 HB3 GLN 697 60.273 -0.043 -22.538
5 HG2 GLN 697 HG2 GLN 697 60.170 1.608 -20.741
6 HG3 GLN 697 HG3 GLN 697 61.300 0.315 -20.364
7 HE21 GLN 697 HE21 GLN 697 62.348 1.571 -18.869
8 HE22 GLN 697 HE22 GLN 697 63.412 2.843 -19.310
No H/Q in entry = 8
In of MODEL 38
1 H ALA 698 H ALA 698 62.065 -2.416 -23.197
2 HA ALA 698 HA ALA 698 62.262 -4.274 -21.897
3 HB2 ALA 698 HB1 ALA 698 64.414 -4.679 -20.812
4 HB3 ALA 698 HB2 ALA 698 64.799 -2.962 -20.885
5 HB1 ALA 698 HB3 ALA 698 64.681 -3.898 -22.373
No H/Q in entry = 5
In of MODEL 38
1 H VAL 699 H VAL 699 60.402 -3.723 -20.742
2 HA VAL 699 HA VAL 699 60.768 -2.302 -18.245
3 HB VAL 699 HB VAL 699 58.230 -3.295 -19.541
4 HG11 VAL 699 HG11 VAL 699 57.971 -3.064 -17.130
5 HG13 VAL 699 HG12 VAL 699 57.067 -1.797 -17.958
6 HG12 VAL 699 HG13 VAL 699 58.613 -1.423 -17.197
7 HG21 VAL 699 HG21 VAL 699 59.299 -1.566 -20.881
8 HG23 VAL 699 HG22 VAL 699 59.395 -0.515 -19.470
9 HG22 VAL 699 HG23 VAL 699 57.823 -0.949 -20.139
No H/Q in entry = 9
In of MODEL 38
1 HA PRO 700 HA PRO 700 60.691 -6.276 -16.230
2 HB2 PRO 700 HB2 PRO 700 61.191 -5.308 -13.725
3 HB3 PRO 700 HB3 PRO 700 62.452 -5.660 -14.909
4 HG2 PRO 700 HG2 PRO 700 61.350 -3.053 -14.030
5 HG3 PRO 700 HG3 PRO 700 62.958 -3.433 -14.659
6 HD2 PRO 700 HD2 PRO 700 60.870 -2.232 -16.079
7 HD3 PRO 700 HD3 PRO 700 62.333 -2.946 -16.780
No H/Q in entry = 7
In of MODEL 38
1 H LYS 701 H LYS 701 59.028 -7.240 -15.309
2 HA LYS 701 HA LYS 701 56.890 -5.546 -14.226
3 HB2 LYS 701 HB2 LYS 701 56.609 -8.107 -15.821
4 HB3 LYS 701 HB3 LYS 701 55.293 -7.324 -14.975
5 HG2 LYS 701 HG2 LYS 701 56.859 -6.089 -17.238
6 HG3 LYS 701 HG3 LYS 701 55.300 -6.893 -17.411
7 HD2 LYS 701 HD2 LYS 701 54.346 -5.243 -15.813
8 HD3 LYS 701 HD3 LYS 701 55.898 -4.403 -15.813
9 HE2 LYS 701 HE2 LYS 701 54.404 -3.286 -17.341
10 HE3 LYS 701 HE3 LYS 701 55.681 -4.090 -18.252
11 HZ3 LYS 701 HZ1 LYS 701 53.540 -4.416 -19.300
12 HZ2 LYS 701 HZ2 LYS 701 52.893 -5.074 -17.900
13 HZ1 LYS 701 HZ3 LYS 701 54.100 -5.899 -18.736
No H/Q in entry = 13
In of MODEL 38
1 H CYS 702 H CYS 702 55.761 -6.420 -12.494
2 HA CYS 702 HA CYS 702 57.237 -8.489 -11.052
3 HB2 CYS 702 HB2 CYS 702 55.662 -7.626 -9.184
4 HB3 CYS 702 HB3 CYS 702 57.045 -6.637 -9.545
No H/Q in entry = 4
In of MODEL 38
1 H GLN 703 H GLN 703 55.817 -10.011 -9.814
2 HA GLN 703 HA GLN 703 53.624 -10.850 -11.478
3 HB2 GLN 703 HB2 GLN 703 54.375 -11.833 -8.714
4 HB3 GLN 703 HB3 GLN 703 53.385 -12.667 -9.892
5 HG2 GLN 703 HG2 GLN 703 56.351 -12.169 -10.049
6 HG3 GLN 703 HG3 GLN 703 55.549 -13.703 -9.744
7 HE21 GLN 703 HE21 GLN 703 56.433 -11.362 -12.088
8 HE22 GLN 703 HE22 GLN 703 56.047 -12.288 -13.488
No H/Q in entry = 8
In of MODEL 38
1 H ARG 704 H ARG 704 51.477 -11.218 -10.286
2 HA ARG 704 HA ARG 704 50.365 -8.794 -9.499
3 HB2 ARG 704 HB2 ARG 704 49.439 -11.599 -9.049
4 HB3 ARG 704 HB3 ARG 704 48.502 -10.219 -8.525
5 HG2 ARG 704 HG2 ARG 704 49.347 -10.816 -11.328
6 HG3 ARG 704 HG3 ARG 704 47.754 -11.137 -10.674
7 HD2 ARG 704 HD2 ARG 704 47.835 -8.560 -10.069
8 HD3 ARG 704 HD3 ARG 704 49.070 -8.551 -11.333
9 HE ARG 704 HE ARG 704 46.227 -9.107 -11.648
10 HH11 ARG 704 HH11 ARG 704 49.385 -8.595 -13.183
11 HH12 ARG 704 HH12 ARG 704 48.750 -8.304 -14.724
12 HH21 ARG 704 HH21 ARG 704 45.349 -8.694 -13.852
13 HH22 ARG 704 HH22 ARG 704 46.445 -8.394 -15.086
No H/Q in entry = 13
In of MODEL 38
1 H TRP 705 H TRP 705 52.078 -11.025 -7.525
2 HA TRP 705 HA TRP 705 51.133 -9.779 -5.052
3 HB2 TRP 705 HB2 TRP 705 52.117 -11.816 -3.984
4 HB3 TRP 705 HB3 TRP 705 50.771 -12.135 -5.073
5 HD1 TRP 705 HD1 TRP 705 54.476 -12.806 -4.623
6 HE1 TRP 705 HE1 TRP 705 55.268 -14.459 -6.384
7 HE3 TRP 705 HE3 TRP 705 50.265 -12.966 -7.523
8 HZ2 TRP 705 HZ2 TRP 705 54.234 -15.719 -8.722
9 HZ3 TRP 705 HZ3 TRP 705 50.250 -14.425 -9.503
10 HH2 TRP 705 HH2 TRP 705 52.193 -15.774 -10.088
No H/Q in entry = 10
In of MODEL 38
1 H GLU 706 H GLU 706 53.391 -9.002 -7.162
2 HA GLU 706 HA GLU 706 55.397 -8.591 -5.112
3 HB2 GLU 706 HB2 GLU 706 55.754 -9.179 -8.051
4 HB3 GLU 706 HB3 GLU 706 57.057 -8.640 -6.969
5 HG2 GLU 706 HG2 GLU 706 56.805 -10.711 -5.748
6 HG3 GLU 706 HG3 GLU 706 55.478 -11.187 -6.814
No H/Q in entry = 6
In of MODEL 38
1 H LYS 707 H LYS 707 56.714 -6.664 -5.733
2 HA LYS 707 HA LYS 707 55.275 -4.729 -7.322
3 HB2 LYS 707 HB2 LYS 707 55.419 -3.018 -5.503
4 HB3 LYS 707 HB3 LYS 707 54.310 -4.329 -5.150
5 HG2 LYS 707 HG2 LYS 707 56.192 -5.364 -3.784
6 HG3 LYS 707 HG3 LYS 707 57.034 -3.825 -3.967
7 HD2 LYS 707 HD2 LYS 707 54.311 -4.220 -2.698
8 HD3 LYS 707 HD3 LYS 707 55.819 -3.922 -1.838
9 HE2 LYS 707 HE2 LYS 707 55.983 -1.734 -2.886
10 HE3 LYS 707 HE3 LYS 707 54.519 -2.059 -3.811
11 HZ1 LYS 707 HZ1 LYS 707 54.646 -1.876 -0.845
12 HZ3 LYS 707 HZ2 LYS 707 53.259 -2.150 -1.770
13 HZ2 LYS 707 HZ3 LYS 707 54.086 -0.680 -1.889
No H/Q in entry = 13
In of MODEL 38
1 H LEU 708 H LEU 708 56.555 -3.348 -8.348
2 HA LEU 708 HA LEU 708 59.391 -3.931 -8.289
3 HB2 LEU 708 HB2 LEU 708 58.189 -3.853 -10.425
4 HB3 LEU 708 HB3 LEU 708 57.724 -2.195 -10.115
5 HG LEU 708 HG LEU 708 60.168 -1.587 -10.189
6 HD12 LEU 708 HD11 LEU 708 61.698 -3.131 -11.280
7 HD11 LEU 708 HD12 LEU 708 60.460 -4.387 -11.240
8 HD13 LEU 708 HD13 LEU 708 61.126 -3.754 -9.734
9 HD22 LEU 708 HD21 LEU 708 60.298 -1.641 -12.620
10 HD21 LEU 708 HD22 LEU 708 58.675 -1.205 -12.081
11 HD23 LEU 708 HD23 LEU 708 59.006 -2.835 -12.670
No H/Q in entry = 11
In of MODEL 38
1 H GLN 709 H GLN 709 60.631 -2.804 -6.907
2 HA GLN 709 HA GLN 709 60.512 0.087 -6.960
3 HB2 GLN 709 HB2 GLN 709 60.236 0.451 -4.637
4 HB3 GLN 709 HB3 GLN 709 59.046 -0.792 -4.993
5 HG2 GLN 709 HG2 GLN 709 60.469 -2.464 -4.060
6 HG3 GLN 709 HG3 GLN 709 61.759 -1.289 -3.829
7 HE21 GLN 709 HE21 GLN 709 60.512 -2.840 -1.878
8 HE22 GLN 709 HE22 GLN 709 59.773 -1.793 -0.718
No H/Q in entry = 8
In of MODEL 38
1 H ASN 710 H ASN 710 62.469 1.001 -6.355
2 HA ASN 710 HA ASN 710 64.741 1.120 -6.122
3 HB2 ASN 710 HB2 ASN 710 64.108 -0.058 -3.973
4 HB3 ASN 710 HB3 ASN 710 64.376 -1.577 -4.777
5 HD21 ASN 710 HD21 ASN 710 65.804 -2.054 -3.173
6 HD22 ASN 710 HD22 ASN 710 67.387 -1.391 -3.122
No H/Q in entry = 6
In of MODEL 38
1 H SER 711 H SER 711 63.518 -0.034 -8.460
2 HA SER 711 HA SER 711 63.979 -0.994 -10.434
3 HB2 SER 711 HB2 SER 711 66.114 0.276 -10.277
4 HB3 SER 711 HB3 SER 711 66.852 -1.077 -9.429
5 HG SER 711 HG SER 711 66.179 -2.300 -11.360
No H/Q in entry = 5
In of MODEL 38
1 H ARG 712 H ARG 712 63.475 -2.698 -7.912
2 HA ARG 712 HA ARG 712 64.169 -5.200 -9.210
3 HB2 ARG 712 HB2 ARG 712 64.782 -6.204 -7.078
4 HB3 ARG 712 HB3 ARG 712 65.837 -4.860 -7.474
5 HG2 ARG 712 HG2 ARG 712 64.652 -3.457 -5.888
6 HG3 ARG 712 HG3 ARG 712 63.549 -4.790 -5.528
7 HD2 ARG 712 HD2 ARG 712 65.495 -6.141 -4.818
8 HD3 ARG 712 HD3 ARG 712 66.538 -4.758 -5.125
9 HE ARG 712 HE ARG 712 64.447 -4.174 -3.257
10 HH11 ARG 712 HH11 ARG 712 67.745 -5.408 -3.626
11 HH12 ARG 712 HH12 ARG 712 68.111 -5.379 -1.971
12 HH21 ARG 712 HH21 ARG 712 64.948 -4.109 -0.916
13 HH22 ARG 712 HH22 ARG 712 66.488 -4.608 -0.397
No H/Q in entry = 13
In of MODEL 38
1 H CYS 713 H CYS 713 62.860 -6.983 -8.419
2 HA CYS 713 HA CYS 713 60.183 -6.017 -7.801
3 HB2 CYS 713 HB2 CYS 713 61.108 -8.697 -8.875
4 HB3 CYS 713 HB3 CYS 713 59.433 -8.256 -8.565
No H/Q in entry = 4
In of MODEL 38
1 H VAL 714 H VAL 714 59.633 -6.106 -5.785
2 HA VAL 714 HA VAL 714 60.715 -8.252 -4.127
3 HB VAL 714 HB VAL 714 60.220 -6.779 -2.149
4 HG11 VAL 714 HG11 VAL 714 62.489 -6.859 -3.034
5 HG13 VAL 714 HG12 VAL 714 62.115 -5.247 -2.430
6 HG12 VAL 714 HG13 VAL 714 62.101 -5.565 -4.168
7 HG22 VAL 714 HG21 VAL 714 59.800 -4.388 -2.487
8 HG21 VAL 714 HG22 VAL 714 58.511 -5.356 -3.199
9 HG23 VAL 714 HG23 VAL 714 59.740 -4.630 -4.229
No H/Q in entry = 9
In of MODEL 38
1 H CYS 715 H CYS 715 59.002 -8.526 -2.184
2 HA CYS 715 HA CYS 715 56.637 -9.372 -3.628
3 HB2 CYS 715 HB2 CYS 715 57.475 -9.815 -0.753
4 HB3 CYS 715 HB3 CYS 715 56.154 -10.626 -1.585
No H/Q in entry = 4
In of MODEL 38
1 H LYS 716 H LYS 716 54.493 -8.779 -2.906
2 HA LYS 716 HA LYS 716 54.378 -6.125 -1.847
3 HB2 LYS 716 HB2 LYS 716 52.190 -8.068 -2.609
4 HB3 LYS 716 HB3 LYS 716 51.871 -6.473 -1.943
5 HG2 LYS 716 HG2 LYS 716 52.953 -5.430 -3.838
6 HG3 LYS 716 HG3 LYS 716 53.385 -7.010 -4.490
7 HD2 LYS 716 HD2 LYS 716 51.457 -6.167 -5.672
8 HD3 LYS 716 HD3 LYS 716 50.966 -7.533 -4.677
9 HE2 LYS 716 HE2 LYS 716 49.312 -5.772 -4.555
10 HE3 LYS 716 HE3 LYS 716 50.091 -5.957 -2.989
11 HZ1 LYS 716 HZ1 LYS 716 50.848 -3.886 -4.980
12 HZ3 LYS 716 HZ2 LYS 716 51.296 -3.899 -3.324
13 HZ2 LYS 716 HZ3 LYS 716 49.727 -3.652 -3.788
No H/Q in entry = 13
In of MODEL 38
1 H MET 717 H MET 717 52.693 -5.723 -0.125
2 HA MET 717 HA MET 717 53.413 -7.440 2.131
3 HB2 MET 717 HB2 MET 717 52.364 -4.626 2.062
4 HB3 MET 717 HB3 MET 717 52.912 -5.483 3.488
5 HG2 MET 717 HG2 MET 717 54.591 -4.607 1.140
6 HG3 MET 717 HG3 MET 717 54.583 -3.899 2.752
7 HE3 MET 717 HE1 MET 717 56.203 -6.791 4.881
8 HE2 MET 717 HE2 MET 717 54.484 -6.539 4.592
9 HE1 MET 717 HE3 MET 717 55.535 -5.160 4.916
No H/Q in entry = 9
In of MODEL 38
1 HA PRO 718 HA PRO 718 49.310 -9.009 2.353
2 HB2 PRO 718 HB2 PRO 718 48.901 -9.142 5.064
3 HB3 PRO 718 HB3 PRO 718 49.857 -10.303 4.137
4 HG2 PRO 718 HG2 PRO 718 50.776 -7.945 5.735
5 HG3 PRO 718 HG3 PRO 718 51.457 -9.580 5.661
6 HD2 PRO 718 HD2 PRO 718 52.577 -7.564 4.325
7 HD3 PRO 718 HD3 PRO 718 52.494 -9.190 3.617
No H/Q in entry = 7
In of MODEL 38
1 H TYR 719 H TYR 719 49.912 -5.915 3.629
2 HA TYR 719 HA TYR 719 47.112 -5.479 4.268
3 HB2 TYR 719 HB2 TYR 719 47.821 -3.207 5.008
4 HB3 TYR 719 HB3 TYR 719 48.609 -4.512 5.875
5 HD1 TYR 719 HD1 TYR 719 49.050 -1.747 3.548
6 HD2 TYR 719 HD2 TYR 719 51.010 -4.905 5.601
7 HE1 TYR 719 HE1 TYR 719 51.212 -0.680 3.104
8 HE2 TYR 719 HE2 TYR 719 53.180 -3.833 5.181
9 HH TYR 719 HH TYR 719 53.437 -0.641 4.033
No H/Q in entry = 9
In of MODEL 38
1 H GLU 720 H GLU 720 49.022 -5.421 1.650
2 HA GLU 720 HA GLU 720 47.547 -3.370 0.199
3 HB2 GLU 720 HB2 GLU 720 49.710 -5.320 -0.539
4 HB3 GLU 720 HB3 GLU 720 49.054 -4.140 -1.679
5 HG2 GLU 720 HG2 GLU 720 49.917 -2.360 -0.187
6 HG3 GLU 720 HG3 GLU 720 50.603 -3.610 0.853
No H/Q in entry = 6
In of MODEL 38
1 H CYS 721 H CYS 721 47.043 -6.335 1.311
2 HA CYS 721 HA CYS 721 45.849 -7.484 -1.088
3 HB2 CYS 721 HB2 CYS 721 46.602 -8.785 1.519
4 HB3 CYS 721 HB3 CYS 721 45.998 -9.590 0.069
No H/Q in entry = 4
In of MODEL 38
1 H GLY 722 H GLY 722 43.794 -8.260 -1.012
2 HA3 GLY 722 HA2 GLY 722 42.106 -8.465 1.154
3 HA2 GLY 722 HA3 GLY 722 41.892 -6.850 0.461
No H/Q in entry = 3
In of MODEL 38
1 HA PRO 723 HA PRO 723 39.328 -8.538 -2.646
2 HB2 PRO 723 HB2 PRO 723 39.855 -6.923 -4.778
3 HB3 PRO 723 HB3 PRO 723 38.900 -6.402 -3.386
4 HG2 PRO 723 HG2 PRO 723 41.754 -5.846 -4.047
5 HG3 PRO 723 HG3 PRO 723 40.545 -4.779 -3.315
6 HD2 PRO 723 HD2 PRO 723 42.494 -6.069 -1.895
7 HD3 PRO 723 HD3 PRO 723 40.926 -5.601 -1.209
No H/Q in entry = 7
In of MODEL 38
1 H SER 724 H SER 724 39.824 -10.538 -3.319
2 HA SER 724 HA SER 724 41.052 -10.993 -5.785
3 HB2 SER 724 HB2 SER 724 42.886 -12.453 -4.930
4 HB3 SER 724 HB3 SER 724 43.095 -10.789 -4.471
5 HG SER 724 HG SER 724 42.018 -11.355 -2.515
No H/Q in entry = 5
In of MODEL 38
1 H LEU 725 H LEU 725 41.194 -13.565 -5.820
2 HA LEU 725 HA LEU 725 38.442 -14.277 -5.461
3 HB2 LEU 725 HB2 LEU 725 40.485 -14.953 -7.152
4 HB3 LEU 725 HB3 LEU 725 40.329 -16.390 -6.166
5 HG LEU 725 HG LEU 725 37.851 -16.278 -6.763
6 HD11 LEU 725 HD11 LEU 725 37.741 -14.066 -7.582
7 HD13 LEU 725 HD12 LEU 725 37.287 -15.218 -8.834
8 HD12 LEU 725 HD13 LEU 725 38.869 -14.457 -8.878
9 HD22 LEU 725 HD21 LEU 725 39.351 -17.984 -7.656
10 HD21 LEU 725 HD22 LEU 725 39.870 -16.855 -8.913
11 HD23 LEU 725 HD23 LEU 725 38.206 -17.439 -8.886
No H/Q in entry = 11
In of MODEL 38
1 H ASP 726 H ASP 726 37.669 -15.117 -3.586
2 HA ASP 726 HA ASP 726 39.387 -16.170 -1.578
3 HB2 ASP 726 HB2 ASP 726 36.394 -16.094 -1.813
4 HB3 ASP 726 HB3 ASP 726 37.194 -16.956 -0.509
No H/Q in entry = 4
In of MODEL 38
1 H VAL 727 H VAL 727 40.087 -17.976 -1.098
2 HA VAL 727 HA VAL 727 39.224 -20.371 -2.548
3 HB VAL 727 HB VAL 727 41.623 -20.990 -2.934
4 HG11 VAL 727 HG11 VAL 727 40.741 -18.458 -4.319
5 HG13 VAL 727 HG12 VAL 727 40.333 -20.104 -4.803
6 HG12 VAL 727 HG13 VAL 727 42.001 -19.544 -4.902
7 HG23 VAL 727 HG21 VAL 727 43.351 -19.228 -2.892
8 HG22 VAL 727 HG22 VAL 727 42.685 -19.544 -1.288
9 HG21 VAL 727 HG23 VAL 727 42.178 -18.114 -2.187
No H/Q in entry = 9
In of MODEL 38
1 H CYS 728 H CYS 728 40.164 -22.377 -1.511
2 HA CYS 728 HA CYS 728 40.287 -21.964 1.379
3 HB2 CYS 728 HB2 CYS 728 39.959 -24.544 -0.146
4 HB3 CYS 728 HB3 CYS 728 39.699 -24.281 1.571
No H/Q in entry = 4
In of MODEL 38
1 H ALA 729 H ALA 729 42.140 -22.356 2.476
2 HA ALA 729 HA ALA 729 44.284 -23.717 1.028
3 HB2 ALA 729 HB1 ALA 729 45.857 -22.140 2.020
4 HB1 ALA 729 HB2 ALA 729 44.513 -21.297 2.781
5 HB3 ALA 729 HB3 ALA 729 44.663 -21.304 1.024
No H/Q in entry = 5
In of MODEL 38
1 H GLN 730 H GLN 730 45.840 -24.640 2.456
2 HA GLN 730 HA GLN 730 44.687 -25.285 5.054
3 HB2 GLN 730 HB2 GLN 730 44.850 -27.250 3.570
4 HB3 GLN 730 HB3 GLN 730 46.562 -26.946 3.378
5 HG2 GLN 730 HG2 GLN 730 46.967 -27.338 5.706
6 HG3 GLN 730 HG3 GLN 730 45.253 -27.538 6.019
7 HE21 GLN 730 HE21 GLN 730 45.451 -29.627 6.796
8 HE22 GLN 730 HE22 GLN 730 45.941 -30.935 5.805
No H/Q in entry = 8
In of MODEL 38
1 H ASP 731 H ASP 731 45.695 -24.669 6.670
2 HA ASP 731 HA ASP 731 48.123 -23.192 6.712
3 HB2 ASP 731 HB2 ASP 731 46.265 -22.935 8.328
4 HB3 ASP 731 HB3 ASP 731 46.545 -24.575 8.882
No H/Q in entry = 4
In of MODEL 38
1 H GLU 732 H GLU 732 50.166 -24.101 6.652
2 HA GLU 732 HA GLU 732 50.489 -26.924 6.703
3 HB2 GLU 732 HB2 GLU 732 52.413 -24.648 6.393
4 HB3 GLU 732 HB3 GLU 732 52.979 -26.279 6.671
5 HG2 GLU 732 HG2 GLU 732 51.110 -25.527 4.468
6 HG3 GLU 732 HG3 GLU 732 52.866 -25.656 4.296
No H/Q in entry = 6
In of MODEL 38
1 H ARG 733 H ARG 733 50.901 -24.441 9.115
2 HA ARG 733 HA ARG 733 52.653 -26.127 10.623
3 HB2 ARG 733 HB2 ARG 733 51.639 -23.333 11.041
4 HB3 ARG 733 HB3 ARG 733 52.810 -24.148 12.062
5 HG2 ARG 733 HG2 ARG 733 53.157 -23.394 9.151
6 HG3 ARG 733 HG3 ARG 733 53.970 -22.654 10.532
7 HD2 ARG 733 HD2 ARG 733 55.113 -24.769 10.997
8 HD3 ARG 733 HD3 ARG 733 54.270 -25.536 9.657
9 HE ARG 733 HE ARG 733 55.816 -23.231 8.924
10 HH11 ARG 733 HH11 ARG 733 55.837 -26.753 9.350
11 HH12 ARG 733 HH12 ARG 733 57.210 -27.020 8.396
12 HH21 ARG 733 HH21 ARG 733 57.754 -23.603 7.627
13 HH22 ARG 733 HH22 ARG 733 58.335 -25.195 7.430
No H/Q in entry = 13
In of MODEL 38
1 H SER 734 H SER 734 49.387 -24.904 10.708
2 HA SER 734 HA SER 734 48.971 -26.302 13.246
3 HB2 SER 734 HB2 SER 734 46.947 -24.704 11.681
4 HB3 SER 734 HB3 SER 734 46.898 -25.136 13.393
5 HG SER 734 HG SER 734 48.268 -23.145 12.068
No H/Q in entry = 5
In of MODEL 38
1 H LYS 735 H LYS 735 48.305 -26.651 9.833
2 HA LYS 735 HA LYS 735 47.076 -27.987 8.592
3 HB2 LYS 735 HB2 LYS 735 47.444 -29.901 10.894
4 HB3 LYS 735 HB3 LYS 735 46.662 -30.341 9.384
5 HG2 LYS 735 HG2 LYS 735 49.502 -29.441 9.763
6 HG3 LYS 735 HG3 LYS 735 48.963 -31.066 9.317
7 HD2 LYS 735 HD2 LYS 735 47.853 -29.907 7.282
8 HD3 LYS 735 HD3 LYS 735 48.858 -28.535 7.693
9 HE2 LYS 735 HE2 LYS 735 49.840 -31.290 6.996
10 HE3 LYS 735 HE3 LYS 735 49.916 -29.866 5.965
11 HZ3 LYS 735 HZ1 LYS 735 52.013 -30.243 6.976
12 HZ2 LYS 735 HZ2 LYS 735 51.355 -30.283 8.520
13 HZ1 LYS 735 HZ3 LYS 735 51.390 -28.841 7.668
No H/Q in entry = 13
In of MODEL 38
1 H ARG 736 H ARG 736 45.504 -26.658 8.459
2 HA ARG 736 HA ARG 736 42.968 -27.609 9.317
3 HB2 ARG 736 HB2 ARG 736 42.292 -25.414 10.326
4 HB3 ARG 736 HB3 ARG 736 43.510 -26.242 11.281
5 HG2 ARG 736 HG2 ARG 736 45.236 -24.811 10.373
6 HG3 ARG 736 HG3 ARG 736 44.053 -23.986 9.359
7 HD2 ARG 736 HD2 ARG 736 42.919 -23.187 11.368
8 HD3 ARG 736 HD3 ARG 736 44.086 -24.054 12.371
9 HE ARG 736 HE ARG 736 45.677 -22.474 10.860
10 HH11 ARG 736 HH11 ARG 736 42.888 -21.757 12.908
11 HH12 ARG 736 HH12 ARG 736 43.379 -20.155 13.218
12 HH21 ARG 736 HH21 ARG 736 46.333 -20.325 11.282
13 HH22 ARG 736 HH22 ARG 736 45.406 -19.325 12.291
No H/Q in entry = 13
In of MODEL 38
1 H ILE 737 H ILE 737 41.458 -26.942 7.718
2 HA ILE 737 HA ILE 737 42.516 -25.458 5.506
3 HB ILE 737 HB ILE 737 39.654 -26.309 6.013
4 HG12 ILE 737 HG12 ILE 737 41.105 -28.309 6.091
5 HG13 ILE 737 HG13 ILE 737 40.093 -28.312 4.651
6 HG21 ILE 737 HG21 ILE 737 39.982 -24.609 4.280
7 HG23 ILE 737 HG22 ILE 737 39.416 -26.125 3.595
8 HG22 ILE 737 HG23 ILE 737 41.112 -25.677 3.443
9 HD13 ILE 737 HD11 ILE 737 42.314 -29.069 4.127
10 HD12 ILE 737 HD12 ILE 737 43.004 -27.597 4.810
11 HD11 ILE 737 HD13 ILE 737 42.007 -27.510 3.353
No H/Q in entry = 11
In of MODEL 38
1 H LEU 738 H LEU 738 42.355 -23.307 5.381
2 HA LEU 738 HA LEU 738 40.184 -22.071 6.822
3 HB2 LEU 738 HB2 LEU 738 41.467 -20.222 7.630
4 HB3 LEU 738 HB3 LEU 738 42.211 -21.692 8.221
5 HG LEU 738 HG LEU 738 43.237 -19.921 5.990
6 HD11 LEU 738 HD11 LEU 738 43.432 -18.905 8.191
7 HD13 LEU 738 HD12 LEU 738 45.017 -19.357 7.567
8 HD12 LEU 738 HD13 LEU 738 44.238 -20.349 8.800
9 HD23 LEU 738 HD21 LEU 738 45.252 -21.316 6.090
10 HD22 LEU 738 HD22 LEU 738 43.789 -22.212 5.635
11 HD21 LEU 738 HD23 LEU 738 44.426 -22.356 7.274
No H/Q in entry = 11
In of MODEL 38
1 HA PRO 739 HA PRO 739 39.383 -20.071 3.054
2 HB2 PRO 739 HB2 PRO 739 38.024 -17.920 3.987
3 HB3 PRO 739 HB3 PRO 739 37.343 -19.556 4.000
4 HG2 PRO 739 HG2 PRO 739 38.672 -18.055 6.222
5 HG3 PRO 739 HG3 PRO 739 37.162 -18.987 6.258
6 HD2 PRO 739 HD2 PRO 739 39.529 -20.059 7.105
7 HD3 PRO 739 HD3 PRO 739 38.274 -21.021 6.261
No H/Q in entry = 7
In of MODEL 38
1 H LEU 740 H LEU 740 40.937 -19.121 1.969
2 HA LEU 740 HA LEU 740 41.989 -16.613 3.011
3 HB2 LEU 740 HB2 LEU 740 43.465 -18.759 1.509
4 HB3 LEU 740 HB3 LEU 740 44.049 -17.118 1.613
5 HG LEU 740 HG LEU 740 43.681 -19.021 3.931
6 HD11 LEU 740 HD11 LEU 740 45.547 -19.529 2.477
7 HD13 LEU 740 HD12 LEU 740 46.095 -18.925 4.042
8 HD12 LEU 740 HD13 LEU 740 46.132 -17.872 2.622
9 HD21 LEU 740 HD21 LEU 740 44.699 -16.182 3.845
10 HD23 LEU 740 HD22 LEU 740 44.830 -17.267 5.227
11 HD22 LEU 740 HD23 LEU 740 43.241 -16.757 4.660
No H/Q in entry = 11
In of MODEL 38
1 H THR 741 H THR 741 43.156 -15.589 0.968
2 HA THR 741 HA THR 741 41.265 -15.727 -1.233
3 HB THR 741 HB THR 741 42.342 -13.088 -0.316
4 HG1 THR 741 HG1 THR 741 39.972 -14.219 0.795
5 HG23 THR 741 HG21 THR 741 40.934 -13.255 -2.299
6 HG22 THR 741 HG22 THR 741 40.150 -12.298 -1.049
7 HG21 THR 741 HG23 THR 741 39.638 -13.965 -1.336
No H/Q in entry = 7
In of MODEL 38
1 H VAL 742 H VAL 742 42.327 -15.277 -3.195
2 HA VAL 742 HA VAL 742 44.781 -16.316 -3.625
3 HB VAL 742 HB VAL 742 43.350 -14.243 -5.259
4 HG11 VAL 742 HG11 VAL 742 45.672 -14.160 -5.860
5 HG13 VAL 742 HG12 VAL 742 44.675 -14.845 -7.131
6 HG12 VAL 742 HG13 VAL 742 45.691 -15.915 -6.136
7 HG21 VAL 742 HG21 VAL 742 42.205 -16.293 -4.964
8 HG23 VAL 742 HG22 VAL 742 43.619 -17.198 -5.576
9 HG22 VAL 742 HG23 VAL 742 42.740 -16.064 -6.627
No H/Q in entry = 9
In of MODEL 38
1 H CYS 743 H CYS 743 44.267 -12.790 -3.296
2 HA CYS 743 HA CYS 743 46.981 -12.222 -3.829
3 HB2 CYS 743 HB2 CYS 743 46.496 -9.924 -3.190
4 HB3 CYS 743 HB3 CYS 743 45.169 -10.569 -4.131
No H/Q in entry = 4
In of MODEL 38
1 H LYS 744 H LYS 744 45.137 -12.677 -0.919
2 HA LYS 744 HA LYS 744 47.098 -11.925 0.943
3 HB2 LYS 744 HB2 LYS 744 44.609 -13.599 1.097
4 HB3 LYS 744 HB3 LYS 744 45.646 -13.323 2.497
5 HG2 LYS 744 HG2 LYS 744 45.144 -11.055 2.592
6 HG3 LYS 744 HG3 LYS 744 44.717 -10.993 0.887
7 HD2 LYS 744 HD2 LYS 744 42.776 -10.695 2.337
8 HD3 LYS 744 HD3 LYS 744 42.625 -12.118 1.331
9 HE2 LYS 744 HE2 LYS 744 43.288 -13.509 3.263
10 HE3 LYS 744 HE3 LYS 744 43.366 -12.049 4.252
11 HZ2 LYS 744 HZ1 LYS 744 41.240 -13.202 4.498
12 HZ1 LYS 744 HZ2 LYS 744 40.937 -13.030 2.839
13 HZ3 LYS 744 HZ3 LYS 744 41.023 -11.668 3.828
No H/Q in entry = 13
In of MODEL 38
1 H MET 745 H MET 745 46.028 -15.125 -0.129
2 HA MET 745 HA MET 745 47.932 -16.712 1.182
3 HB2 MET 745 HB2 MET 745 46.393 -18.029 0.283
4 HB3 MET 745 HB3 MET 745 46.101 -17.001 -1.119
5 HG2 MET 745 HG2 MET 745 46.939 -19.077 -1.923
6 HG3 MET 745 HG3 MET 745 48.214 -17.897 -2.086
7 HE3 MET 745 HE1 MET 745 47.097 -19.937 1.147
8 HE2 MET 745 HE2 MET 745 48.125 -21.363 0.902
9 HE1 MET 745 HE3 MET 745 46.888 -20.945 -0.280
No H/Q in entry = 9
In of MODEL 38
1 H HIS 746 H HIS 746 48.100 -15.260 -2.091
2 HA HIS 746 HA HIS 746 50.611 -16.310 -2.765
3 HB2 HIS 746 HB2 HIS 746 48.896 -14.236 -3.790
4 HB3 HIS 746 HB3 HIS 746 50.613 -13.917 -4.077
5 HD1 HIS 746 HD1 HIS 746 51.807 -16.359 -5.052
6 HD2 HIS 746 HD2 HIS 746 47.817 -15.497 -5.827
7 HE1 HIS 746 HE1 HIS 746 51.244 -17.671 -7.053
8 HE2 HIS 746 HE2 HIS 746 48.817 -17.031 -7.598
No H/Q in entry = 8
In of MODEL 38
1 H VAL 747 H VAL 747 49.869 -13.103 -1.437
2 HA VAL 747 HA VAL 747 52.550 -12.344 -1.280
3 HB VAL 747 HB VAL 747 50.020 -11.289 -0.013
4 HG12 VAL 747 HG11 VAL 747 52.790 -10.095 0.325
5 HG11 VAL 747 HG12 VAL 747 51.859 -10.855 1.607
6 HG13 VAL 747 HG13 VAL 747 51.285 -9.371 0.879
7 HG23 VAL 747 HG21 VAL 747 51.939 -10.212 -2.078
8 HG22 VAL 747 HG22 VAL 747 50.479 -9.397 -1.519
9 HG21 VAL 747 HG23 VAL 747 50.360 -10.917 -2.396
No H/Q in entry = 9
In of MODEL 38
1 H LEU 748 H LEU 748 50.385 -13.755 1.068
2 HA LEU 748 HA LEU 748 52.089 -13.919 3.246
3 HB2 LEU 748 HB2 LEU 748 49.853 -14.337 3.649
4 HB3 LEU 748 HB3 LEU 748 49.671 -15.327 2.238
5 HG LEU 748 HG LEU 748 51.076 -16.360 4.709
6 HD11 LEU 748 HD11 LEU 748 48.826 -15.485 5.299
7 HD13 LEU 748 HD12 LEU 748 48.898 -17.245 5.367
8 HD12 LEU 748 HD13 LEU 748 48.135 -16.444 3.989
9 HD21 LEU 748 HD21 LEU 748 51.274 -17.628 2.584
10 HD23 LEU 748 HD22 LEU 748 49.510 -17.691 2.483
11 HD22 LEU 748 HD23 LEU 748 50.349 -18.497 3.809
No H/Q in entry = 11
In of MODEL 38
1 H HIS 749 H HIS 749 51.785 -15.985 0.451
2 HA HIS 749 HA HIS 749 53.463 -18.082 1.375
3 HB2 HIS 749 HB2 HIS 749 51.653 -17.928 -0.575
4 HB3 HIS 749 HB3 HIS 749 53.078 -17.578 -1.539
5 HD1 HIS 749 HD1 HIS 749 54.703 -19.551 -1.983
6 HD2 HIS 749 HD2 HIS 749 51.474 -20.499 0.446
7 HE1 HIS 749 HE1 HIS 749 54.681 -22.049 -1.836
8 HE2 HIS 749 HE2 HIS 749 52.563 -22.585 -0.609
No H/Q in entry = 8
In of MODEL 38
1 H CYS 750 H CYS 750 53.973 -15.156 -0.595
2 HA CYS 750 HA CYS 750 56.695 -15.916 -1.091
3 HB2 CYS 750 HB2 CYS 750 56.899 -13.745 -2.318
4 HB3 CYS 750 HB3 CYS 750 55.548 -14.712 -2.861
No H/Q in entry = 4
In of MODEL 38
1 H GLN 751 H GLN 751 55.001 -14.180 1.291
2 HA GLN 751 HA GLN 751 57.230 -12.906 2.527
3 HB2 GLN 751 HB2 GLN 751 54.552 -13.798 3.620
4 HB3 GLN 751 HB3 GLN 751 55.730 -12.928 4.581
5 HG2 GLN 751 HG2 GLN 751 54.546 -11.879 2.030
6 HG3 GLN 751 HG3 GLN 751 53.867 -11.534 3.609
7 HE21 GLN 751 HE21 GLN 751 54.919 -9.652 1.641
8 HE22 GLN 751 HE22 GLN 751 56.229 -8.853 2.394
No H/Q in entry = 8
In of MODEL 38
1 H GLY 752 H GLY 752 56.310 -16.122 2.163
2 HA3 GLY 752 HA2 GLY 752 57.913 -17.800 2.625
3 HA2 GLY 752 HA3 GLY 752 58.414 -16.891 4.041
No H/Q in entry = 3
In of MODEL 38
1 H ARG 753 H ARG 753 55.011 -17.064 3.736
2 HA ARG 753 HA ARG 753 55.031 -18.909 5.968
3 HB2 ARG 753 HB2 ARG 753 52.663 -17.633 4.611
4 HB3 ARG 753 HB3 ARG 753 52.640 -18.470 6.151
5 HG2 ARG 753 HG2 ARG 753 53.747 -15.737 5.504
6 HG3 ARG 753 HG3 ARG 753 52.442 -16.148 6.606
7 HD2 ARG 753 HD2 ARG 753 54.101 -15.784 8.128
8 HD3 ARG 753 HD3 ARG 753 54.407 -17.492 7.794
9 HE ARG 753 HE ARG 753 55.791 -15.578 6.126
10 HH11 ARG 753 HH11 ARG 753 56.086 -17.680 8.962
11 HH12 ARG 753 HH12 ARG 753 57.787 -17.707 8.909
12 HH21 ARG 753 HH21 ARG 753 58.107 -15.585 6.090
13 HH22 ARG 753 HH22 ARG 753 58.945 -16.479 7.265
No H/Q in entry = 13
In of MODEL 38
1 H ASN 754 H ASN 754 54.762 -21.034 5.696
2 HA ASN 754 HA ASN 754 54.153 -22.010 3.064
3 HB2 ASN 754 HB2 ASN 754 54.718 -23.569 5.601
4 HB3 ASN 754 HB3 ASN 754 54.479 -24.276 4.015
5 HD21 ASN 754 HD21 ASN 754 56.687 -24.550 5.694
6 HD22 ASN 754 HD22 ASN 754 58.086 -23.950 4.903
No H/Q in entry = 6
In of MODEL 38
1 H TYR 755 H TYR 755 52.243 -22.290 2.384
2 HA TYR 755 HA TYR 755 50.188 -23.452 4.080
3 HB2 TYR 755 HB2 TYR 755 49.884 -20.966 2.378
4 HB3 TYR 755 HB3 TYR 755 48.542 -22.014 2.722
5 HD1 TYR 755 HD1 TYR 755 51.264 -20.539 4.867
6 HD2 TYR 755 HD2 TYR 755 47.113 -21.045 4.175
7 HE1 TYR 755 HE1 TYR 755 50.777 -19.198 6.858
8 HE2 TYR 755 HE2 TYR 755 46.611 -19.709 6.149
9 HH TYR 755 HH TYR 755 48.929 -17.813 7.681
No H/Q in entry = 9
In of MODEL 38
1 H THR 756 H THR 756 48.743 -24.688 2.854
2 HA THR 756 HA THR 756 49.738 -25.422 0.197
3 HB THR 756 HB THR 756 48.147 -26.990 2.253
4 HG1 THR 756 HG1 THR 756 50.067 -27.469 3.033
5 HG22 THR 756 HG21 THR 756 48.585 -28.932 0.825
6 HG21 THR 756 HG22 THR 756 49.384 -27.872 -0.351
7 HG23 THR 756 HG23 THR 756 47.655 -27.692 -0.025
No H/Q in entry = 7
In of MODEL 38
1 H LEU 757 H LEU 757 48.117 -25.683 -1.486
2 HA LEU 757 HA LEU 757 45.662 -24.219 -0.945
3 HB2 LEU 757 HB2 LEU 757 46.960 -25.130 -3.507
4 HB3 LEU 757 HB3 LEU 757 45.298 -24.586 -3.479
5 HG LEU 757 HG LEU 757 46.672 -22.816 -4.277
6 HD13 LEU 757 HD11 LEU 757 44.824 -22.136 -2.937
7 HD12 LEU 757 HD12 LEU 757 46.175 -21.033 -2.689
8 HD11 LEU 757 HD13 LEU 757 45.791 -22.243 -1.468
9 HD21 LEU 757 HD21 LEU 757 48.296 -23.072 -1.739
10 HD23 LEU 757 HD22 LEU 757 48.484 -21.803 -2.947
11 HD22 LEU 757 HD23 LEU 757 48.836 -23.480 -3.367
No H/Q in entry = 11
In of MODEL 38
1 H THR 758 H THR 758 43.605 -25.085 -1.295
2 HA THR 758 HA THR 758 43.534 -27.963 -1.630
3 HB THR 758 HB THR 758 41.720 -27.997 0.209
4 HG1 THR 758 HG1 THR 758 42.488 -25.389 0.287
5 HG23 THR 758 HG21 THR 758 43.387 -28.240 2.006
6 HG22 THR 758 HG22 THR 758 44.577 -27.397 1.022
7 HG21 THR 758 HG23 THR 758 43.970 -28.974 0.512
No H/Q in entry = 7
In of MODEL 38
1 H GLY 759 H GLY 759 40.816 -28.374 -1.419
2 HA3 GLY 759 HA2 GLY 759 40.027 -27.299 -3.979
3 HA2 GLY 759 HA3 GLY 759 39.138 -28.476 -3.019
No H/Q in entry = 3
In of MODEL 38
1 H ARG 760 H ARG 760 37.828 -26.423 -4.280
2 HA ARG 760 HA ARG 760 37.498 -24.118 -2.595
3 HB2 ARG 760 HB2 ARG 760 35.959 -23.304 -4.156
4 HB3 ARG 760 HB3 ARG 760 36.927 -24.369 -5.155
5 HG2 ARG 760 HG2 ARG 760 34.265 -25.087 -3.940
6 HG3 ARG 760 HG3 ARG 760 34.477 -24.533 -5.604
7 HD2 ARG 760 HD2 ARG 760 35.771 -26.549 -6.093
8 HD3 ARG 760 HD3 ARG 760 35.689 -27.001 -4.379
9 HE ARG 760 HE ARG 760 33.089 -26.702 -5.326
10 HH11 ARG 760 HH11 ARG 760 35.816 -28.841 -5.984
11 HH12 ARG 760 HH12 ARG 760 34.872 -30.239 -6.182
12 HH21 ARG 760 HH21 ARG 760 31.777 -28.628 -5.585
13 HH22 ARG 760 HH22 ARG 760 32.510 -30.118 -5.935
No H/Q in entry = 13
In of MODEL 38
1 H ASP 761 H ASP 761 36.548 -27.220 -2.236
2 HA ASP 761 HA ASP 761 34.023 -26.601 -0.935
3 HB2 ASP 761 HB2 ASP 761 34.007 -28.306 -2.710
4 HB3 ASP 761 HB3 ASP 761 35.165 -29.257 -1.797
No H/Q in entry = 4
In of MODEL 38
1 H SER 762 H SER 762 37.244 -26.998 -0.187
2 HA SER 762 HA SER 762 37.131 -28.750 2.020
3 HB2 SER 762 HB2 SER 762 39.172 -26.586 1.443
4 HB3 SER 762 HB3 SER 762 39.386 -27.938 2.551
5 HG SER 762 HG SER 762 38.762 -29.183 0.471
No H/Q in entry = 5
In of MODEL 38
1 H CYS 763 H CYS 763 36.728 -25.224 1.775
2 HA CYS 763 HA CYS 763 35.411 -25.312 4.329
3 HB2 CYS 763 HB2 CYS 763 36.566 -23.358 5.217
4 HB3 CYS 763 HB3 CYS 763 37.730 -24.652 4.913
No H/Q in entry = 4
In of MODEL 38
1 H THR 764 H THR 764 34.497 -22.889 4.653
2 HA THR 764 HA THR 764 33.056 -22.368 2.167
3 HB THR 764 HB THR 764 32.635 -21.227 4.948
4 HG1 THR 764 HG1 THR 764 31.582 -23.597 3.747
5 HG23 THR 764 HG21 THR 764 30.328 -20.908 4.168
6 HG22 THR 764 HG22 THR 764 30.747 -21.624 2.612
7 HG21 THR 764 HG23 THR 764 31.462 -20.086 3.093
No H/Q in entry = 7
In of MODEL 38
1 H LEU 765 H LEU 765 32.990 -20.274 1.221
2 HA LEU 765 HA LEU 765 35.096 -18.549 2.200
3 HB2 LEU 765 HB2 LEU 765 34.193 -19.056 -0.561
4 HB3 LEU 765 HB3 LEU 765 35.021 -17.556 -0.204
5 HG LEU 765 HG LEU 765 36.693 -18.849 -1.060
6 HD12 LEU 765 HD11 LEU 765 36.865 -19.582 1.837
7 HD11 LEU 765 HD12 LEU 765 37.447 -18.086 1.121
8 HD13 LEU 765 HD13 LEU 765 38.174 -19.630 0.668
9 HD23 LEU 765 HD21 LEU 765 36.990 -21.159 -0.655
10 HD22 LEU 765 HD22 LEU 765 35.410 -20.727 -1.377
11 HD21 LEU 765 HD23 LEU 765 35.525 -21.136 0.365
No H/Q in entry = 11
In of MODEL 38
1 HA PRO 766 HA PRO 766 32.304 -15.221 2.940
2 HB2 PRO 766 HB2 PRO 766 34.049 -13.236 2.086
3 HB3 PRO 766 HB3 PRO 766 34.042 -13.967 3.696
4 HG2 PRO 766 HG2 PRO 766 35.700 -14.770 1.300
5 HG3 PRO 766 HG3 PRO 766 36.246 -14.499 2.980
6 HD2 PRO 766 HD2 PRO 766 35.903 -16.838 2.021
7 HD3 PRO 766 HD3 PRO 766 35.244 -16.510 3.638
No H/Q in entry = 7
In of MODEL 38
1 H ALA 767 H ALA 767 34.235 -14.703 -0.093
2 HA ALA 767 HA ALA 767 31.762 -13.717 -1.296
3 HB3 ALA 767 HB1 ALA 767 33.136 -12.322 -2.732
4 HB2 ALA 767 HB2 ALA 767 34.596 -12.968 -1.980
5 HB1 ALA 767 HB3 ALA 767 33.470 -11.997 -1.033
No H/Q in entry = 5
In of MODEL 38
1 H SER 768 H SER 768 30.995 -14.712 -2.946
2 HA SER 768 HA SER 768 32.560 -15.947 -4.973
3 HB2 SER 768 HB2 SER 768 32.580 -17.721 -3.153
4 HB3 SER 768 HB3 SER 768 30.828 -17.813 -3.312
5 HG SER 768 HG SER 768 31.116 -19.076 -4.961
No H/Q in entry = 5
In of MODEL 38
1 H ALA 769 H ALA 769 29.413 -15.373 -3.444
2 HA ALA 769 HA ALA 769 28.163 -15.479 -6.087
3 HB1 ALA 769 HB1 ALA 769 26.071 -15.935 -4.932
4 HB3 ALA 769 HB2 ALA 769 26.884 -15.809 -3.378
5 HB2 ALA 769 HB3 ALA 769 27.291 -17.122 -4.479
No H/Q in entry = 5
In of MODEL 38
1 H GLU 770 H GLU 770 25.911 -14.151 -5.656
2 HA GLU 770 HA GLU 770 26.721 -11.424 -5.684
3 HB2 GLU 770 HB2 GLU 770 24.349 -11.008 -6.215
4 HB3 GLU 770 HB3 GLU 770 25.047 -12.256 -7.235
5 HG2 GLU 770 HG2 GLU 770 24.034 -13.950 -5.661
6 HG3 GLU 770 HG3 GLU 770 23.177 -12.609 -4.921
No H/Q in entry = 6
In of MODEL 38
1 H LYS 771 H LYS 771 26.094 -9.816 -4.296
2 HA LYS 771 HA LYS 771 25.244 -10.726 -1.653
3 HB2 LYS 771 HB2 LYS 771 27.399 -8.705 -2.291
4 HB3 LYS 771 HB3 LYS 771 26.794 -9.040 -0.685
5 HG2 LYS 771 HG2 LYS 771 28.028 -11.184 -2.396
6 HG3 LYS 771 HG3 LYS 771 29.001 -10.120 -1.393
7 HD2 LYS 771 HD2 LYS 771 28.595 -12.270 -0.293
8 HD3 LYS 771 HD3 LYS 771 27.844 -10.957 0.617
9 HE2 LYS 771 HE2 LYS 771 25.697 -11.633 -0.074
10 HE3 LYS 771 HE3 LYS 771 26.341 -12.733 -1.312
11 HZ1 LYS 771 HZ1 LYS 771 26.628 -13.035 1.634
12 HZ3 LYS 771 HZ2 LYS 771 27.138 -14.137 0.483
13 HZ2 LYS 771 HZ3 LYS 771 25.497 -13.838 0.689
No H/Q in entry = 13
In of MODEL 38
1 H ALA 772 H ALA 772 24.924 -8.391 -0.376
2 HA ALA 772 HA ALA 772 23.083 -6.879 -2.082
3 HB3 ALA 772 HB1 ALA 772 23.031 -7.269 0.921
4 HB2 ALA 772 HB2 ALA 772 21.930 -8.009 -0.245
5 HB1 ALA 772 HB3 ALA 772 21.910 -6.266 0.006
No H/Q in entry = 5
In of MODEL 38
1 H CYS 773 H CYS 773 22.823 -4.544 -0.954
2 HA CYS 773 HA CYS 773 25.262 -3.214 -1.224
3 HB2 CYS 773 HB2 CYS 773 22.762 -2.321 0.240
4 HB3 CYS 773 HB3 CYS 773 24.098 -1.269 -0.226
No H/Q in entry = 4
In of MODEL 38
1 H GLY 774 H GLY 774 26.920 -2.952 0.097
2 HA3 GLY 774 HA2 GLY 774 27.594 -2.430 2.424
3 HA2 GLY 774 HA3 GLY 774 26.594 -3.804 2.895
No H/Q in entry = 3
In of MODEL 38
1 H ALA 775 H ALA 775 27.394 -5.178 0.364
2 HA ALA 775 HA ALA 775 30.205 -5.734 0.852
3 HB1 ALA 775 HB1 ALA 775 29.765 -8.160 0.757
4 HB2 ALA 775 HB2 ALA 775 28.031 -7.834 0.717
5 HB3 ALA 775 HB3 ALA 775 28.975 -7.409 2.144
No H/Q in entry = 5
In of MODEL 38
1 H CYS 776 H CYS 776 31.057 -5.238 -1.062
2 HA CYS 776 HA CYS 776 29.608 -6.137 -3.441
3 HB2 CYS 776 HB2 CYS 776 29.583 -3.726 -3.311
4 HB3 CYS 776 HB3 CYS 776 31.329 -3.672 -3.094
No H/Q in entry = 4
In of MODEL 38
1 HA PRO 777 HA PRO 777 33.411 -8.605 -3.762
2 HB2 PRO 777 HB2 PRO 777 31.863 -9.721 -6.027
3 HB3 PRO 777 HB3 PRO 777 32.616 -10.569 -4.674
4 HG2 PRO 777 HG2 PRO 777 29.956 -10.314 -4.845
5 HG3 PRO 777 HG3 PRO 777 30.797 -10.242 -3.285
6 HD2 PRO 777 HD2 PRO 777 29.708 -8.011 -4.954
7 HD3 PRO 777 HD3 PRO 777 29.676 -8.226 -3.190
No H/Q in entry = 7
In of MODEL 38
1 H LEU 778 H LEU 778 35.049 -8.406 -5.280
2 HA LEU 778 HA LEU 778 34.852 -6.103 -6.865
3 HB2 LEU 778 HB2 LEU 778 37.225 -6.402 -7.429
4 HB3 LEU 778 HB3 LEU 778 36.895 -6.449 -5.731
5 HG LEU 778 HG LEU 778 38.684 -7.950 -6.278
6 HD11 LEU 778 HD11 LEU 778 37.294 -8.626 -4.437
7 HD13 LEU 778 HD12 LEU 778 37.991 -10.001 -5.285
8 HD12 LEU 778 HD13 LEU 778 36.298 -9.594 -5.533
9 HD21 LEU 778 HD21 LEU 778 36.771 -9.339 -8.125
10 HD23 LEU 778 HD22 LEU 778 38.340 -9.978 -7.652
11 HD22 LEU 778 HD23 LEU 778 38.243 -8.476 -8.583
No H/Q in entry = 11
In of MODEL 38
1 H TRP 779 H TRP 779 33.901 -9.106 -7.655
2 HA TRP 779 HA TRP 779 34.225 -8.679 -10.531
3 HB2 TRP 779 HB2 TRP 779 33.255 -11.067 -10.620
4 HB3 TRP 779 HB3 TRP 779 34.908 -10.865 -10.054
5 HD1 TRP 779 HD1 TRP 779 31.359 -11.589 -8.644
6 HE1 TRP 779 HE1 TRP 779 31.659 -12.863 -6.416
7 HE3 TRP 779 HE3 TRP 779 36.421 -11.373 -8.281
8 HZ2 TRP 779 HZ2 TRP 779 33.810 -13.654 -4.725
9 HZ3 TRP 779 HZ3 TRP 779 37.532 -12.375 -6.355
10 HH2 TRP 779 HH2 TRP 779 36.282 -13.508 -4.622
No H/Q in entry = 10
In of MODEL 38
1 H GLY 780 H GLY 780 32.273 -7.650 -8.310
2 HA3 GLY 780 HA2 GLY 780 29.931 -7.873 -10.008
3 HA2 GLY 780 HA3 GLY 780 29.816 -8.011 -8.248
No H/Q in entry = 3
In of MODEL 38
1 H LYS 781 H LYS 781 28.354 -6.100 -9.137
2 HA LYS 781 HA LYS 781 29.629 -3.778 -8.095
3 HB2 LYS 781 HB2 LYS 781 30.356 -3.836 -10.525
4 HB3 LYS 781 HB3 LYS 781 28.669 -3.621 -10.964
5 HG2 LYS 781 HG2 LYS 781 28.624 -1.482 -9.781
6 HG3 LYS 781 HG3 LYS 781 30.302 -1.703 -9.308
7 HD2 LYS 781 HD2 LYS 781 29.257 -1.376 -12.129
8 HD3 LYS 781 HD3 LYS 781 30.179 -0.191 -11.209
9 HE2 LYS 781 HE2 LYS 781 32.043 -1.846 -11.099
10 HE3 LYS 781 HE3 LYS 781 31.125 -2.877 -12.192
11 HZ2 LYS 781 HZ1 LYS 781 32.375 -0.262 -12.728
12 HZ1 LYS 781 HZ2 LYS 781 31.120 -0.831 -13.709
13 HZ3 LYS 781 HZ3 LYS 781 32.544 -1.708 -13.585
No H/Q in entry = 13
In of MODEL 38
1 H CYS 782 H CYS 782 28.096 -2.330 -7.404
2 HA CYS 782 HA CYS 782 25.339 -3.143 -7.882
3 HB2 CYS 782 HB2 CYS 782 26.079 -2.975 -5.483
4 HB3 CYS 782 HB3 CYS 782 26.451 -1.279 -5.754
No H/Q in entry = 4
In of MODEL 38
1 H ASP 783 H ASP 783 25.381 -2.250 -9.959
2 HA ASP 783 HA ASP 783 25.364 0.694 -9.949
3 HB2 ASP 783 HB2 ASP 783 26.430 0.784 -12.075
4 HB3 ASP 783 HB3 ASP 783 27.388 -0.309 -11.091
No H/Q in entry = 4
In of MODEL 38
1 H ALA 784 H ALA 784 24.103 -2.232 -11.454
2 HA ALA 784 HA ALA 784 22.307 -0.824 -13.133
3 HB2 ALA 784 HB1 ALA 784 22.313 -3.735 -12.384
4 HB1 ALA 784 HB2 ALA 784 23.208 -3.013 -13.720
5 HB3 ALA 784 HB3 ALA 784 21.444 -3.004 -13.731
No H/Q in entry = 5
In of MODEL 38
1 H GLU 785 H GLU 785 22.074 -2.183 -9.966
2 HA GLU 785 HA GLU 785 19.179 -1.718 -10.034
3 HB2 GLU 785 HB2 GLU 785 20.767 -3.545 -8.265
4 HB3 GLU 785 HB3 GLU 785 19.048 -3.240 -8.091
5 HG2 GLU 785 HG2 GLU 785 18.660 -4.134 -10.320
6 HG3 GLU 785 HG3 GLU 785 20.388 -4.441 -10.497
No H/Q in entry = 6
In of MODEL 38
1 H SER 786 H SER 786 21.906 -1.479 -7.742
2 HA SER 786 HA SER 786 22.172 -0.422 -5.827
3 HB2 SER 786 HB2 SER 786 20.160 1.621 -6.873
4 HB3 SER 786 HB3 SER 786 21.319 1.879 -5.565
5 HG SER 786 HG SER 786 21.658 1.892 -8.276
No H/Q in entry = 5
In of MODEL 38
1 H SER 787 H SER 787 21.315 -2.248 -4.998
2 HA SER 787 HA SER 787 19.209 -2.087 -3.168
3 HB2 SER 787 HB2 SER 787 17.813 -2.222 -5.262
4 HB3 SER 787 HB3 SER 787 18.639 -3.713 -5.691
5 HG SER 787 HG SER 787 17.108 -4.605 -4.672
No H/Q in entry = 5
In of MODEL 38
1 H LYS 788 H LYS 788 20.889 -4.254 -5.457
2 HA LYS 788 HA LYS 788 22.247 -5.447 -3.227
3 HB2 LYS 788 HB2 LYS 788 21.883 -7.717 -3.939
4 HB3 LYS 788 HB3 LYS 788 20.309 -6.971 -3.787
5 HG2 LYS 788 HG2 LYS 788 20.134 -6.765 -6.200
6 HG3 LYS 788 HG3 LYS 788 21.776 -7.388 -6.390
7 HD2 LYS 788 HD2 LYS 788 21.047 -9.485 -5.261
8 HD3 LYS 788 HD3 LYS 788 19.402 -8.863 -5.251
9 HE2 LYS 788 HE2 LYS 788 21.076 -9.408 -7.705
10 HE3 LYS 788 HE3 LYS 788 19.781 -10.431 -7.100
11 HZ2 LYS 788 HZ1 LYS 788 19.521 -7.682 -8.213
12 HZ1 LYS 788 HZ2 LYS 788 18.264 -8.514 -7.465
13 HZ3 LYS 788 HZ3 LYS 788 18.938 -9.118 -8.867
No H/Q in entry = 13
In of MODEL 38
1 H CYS 789 H CYS 789 24.015 -6.958 -4.273
2 HA CYS 789 HA CYS 789 25.244 -5.343 -6.376
3 HB2 CYS 789 HB2 CYS 789 26.504 -5.572 -4.237
4 HB3 CYS 789 HB3 CYS 789 26.457 -7.318 -4.416
No H/Q in entry = 4
In of MODEL 38
1 H VAL 790 H VAL 790 25.374 -6.252 -8.335
2 HA VAL 790 HA VAL 790 24.655 -9.085 -8.557
3 HB VAL 790 HB VAL 790 23.156 -7.328 -9.615
4 HG13 VAL 790 HG11 VAL 790 23.812 -6.284 -11.723
5 HG12 VAL 790 HG12 VAL 790 25.455 -6.874 -11.482
6 HG11 VAL 790 HG13 VAL 790 24.758 -5.723 -10.342
7 HG22 VAL 790 HG21 VAL 790 22.780 -8.501 -11.717
8 HG21 VAL 790 HG22 VAL 790 23.083 -9.653 -10.414
9 HG23 VAL 790 HG23 VAL 790 24.347 -9.285 -11.590
No H/Q in entry = 9
In of MODEL 38
1 H CYS 791 H CYS 791 25.783 -10.011 -10.727
2 HA CYS 791 HA CYS 791 28.594 -9.389 -10.355
3 HB2 CYS 791 HB2 CYS 791 28.947 -11.499 -11.637
4 HB3 CYS 791 HB3 CYS 791 28.054 -11.731 -10.139
No H/Q in entry = 4
In of MODEL 38
1 H ARG 792 H ARG 792 29.829 -8.659 -12.001
2 HA ARG 792 HA ARG 792 28.337 -7.775 -14.342
3 HB2 ARG 792 HB2 ARG 792 30.531 -6.567 -12.754
4 HB3 ARG 792 HB3 ARG 792 30.552 -6.296 -14.487
5 HG2 ARG 792 HG2 ARG 792 28.255 -5.627 -12.642
6 HG3 ARG 792 HG3 ARG 792 29.436 -4.472 -13.274
7 HD2 ARG 792 HD2 ARG 792 28.754 -5.156 -15.581
8 HD3 ARG 792 HD3 ARG 792 27.474 -6.124 -14.872
9 HE ARG 792 HE ARG 792 27.115 -3.588 -13.884
10 HH11 ARG 792 HH11 ARG 792 27.316 -5.082 -17.133
11 HH12 ARG 792 HH12 ARG 792 26.243 -3.989 -17.854
12 HH21 ARG 792 HH21 ARG 792 25.650 -2.111 -14.881
13 HH22 ARG 792 HH22 ARG 792 25.250 -2.246 -16.540
No H/Q in entry = 13
In of MODEL 38
1 H GLU 793 H GLU 793 29.809 -7.367 -16.176
2 HA GLU 793 HA GLU 793 30.792 -9.900 -17.029
3 HB2 GLU 793 HB2 GLU 793 30.871 -7.161 -18.346
4 HB3 GLU 793 HB3 GLU 793 31.235 -8.679 -19.146
5 HG2 GLU 793 HG2 GLU 793 29.015 -8.012 -19.809
6 HG3 GLU 793 HG3 GLU 793 28.887 -9.394 -18.725
No H/Q in entry = 6
In of MODEL 38
1 H ALA 794 H ALA 794 33.137 -9.942 -18.030
2 HA ALA 794 HA ALA 794 34.866 -9.428 -15.864
3 HB3 ALA 794 HB1 ALA 794 36.630 -10.275 -17.303
4 HB1 ALA 794 HB2 ALA 794 35.593 -10.110 -18.712
5 HB2 ALA 794 HB3 ALA 794 35.191 -11.286 -17.457
No H/Q in entry = 5
In of MODEL 38
1 H SER 795 H SER 795 34.283 -7.826 -18.900
2 HA SER 795 HA SER 795 36.359 -5.956 -18.546
3 HB2 SER 795 HB2 SER 795 33.979 -5.818 -20.398
4 HB3 SER 795 HB3 SER 795 35.480 -4.903 -20.552
5 HG SER 795 HG SER 795 35.111 -7.014 -21.747
No H/Q in entry = 5
In of MODEL 38
1 H GLU 796 H GLU 796 33.490 -6.268 -16.923
2 HA GLU 796 HA GLU 796 33.137 -3.383 -16.560
3 HB2 GLU 796 HB2 GLU 796 31.169 -5.634 -16.298
4 HB3 GLU 796 HB3 GLU 796 30.839 -3.997 -15.749
5 HG2 GLU 796 HG2 GLU 796 31.399 -4.889 -18.569
6 HG3 GLU 796 HG3 GLU 796 29.831 -4.432 -17.901
No H/Q in entry = 6
In of MODEL 38
1 H CYS 797 H CYS 797 34.526 -5.974 -15.140
2 HA CYS 797 HA CYS 797 33.653 -5.654 -12.453
3 HB2 CYS 797 HB2 CYS 797 36.210 -6.810 -13.561
4 HB3 CYS 797 HB3 CYS 797 35.678 -6.942 -11.887
No H/Q in entry = 4
In of MODEL 38
1 H GLU 798 H GLU 798 34.769 -4.545 -10.747
2 HA GLU 798 HA GLU 798 36.004 -2.170 -11.872
3 HB2 GLU 798 HB2 GLU 798 33.924 -2.252 -10.280
4 HB3 GLU 798 HB3 GLU 798 35.148 -2.350 -9.020
5 HG2 GLU 798 HG2 GLU 798 34.444 -0.053 -9.388
6 HG3 GLU 798 HG3 GLU 798 36.145 -0.270 -9.806
No H/Q in entry = 6
In of MODEL 38
1 H GLU 799 H GLU 799 37.326 -4.816 -11.214
2 HA GLU 799 HA GLU 799 39.728 -3.710 -10.095
3 HB2 GLU 799 HB2 GLU 799 38.468 -4.528 -8.089
4 HB3 GLU 799 HB3 GLU 799 38.323 -6.082 -8.911
5 HG2 GLU 799 HG2 GLU 799 40.047 -6.001 -7.098
6 HG3 GLU 799 HG3 GLU 799 40.620 -6.549 -8.671
No H/Q in entry = 6
In of MODEL 38
1 H GLU 800 H GLU 800 41.556 -5.075 -10.682
2 HA GLU 800 HA GLU 800 41.141 -6.594 -13.036
3 HB2 GLU 800 HB2 GLU 800 42.734 -4.875 -12.938
4 HB3 GLU 800 HB3 GLU 800 43.307 -5.389 -11.370
5 HG2 GLU 800 HG2 GLU 800 44.879 -5.836 -12.902
6 HG3 GLU 800 HG3 GLU 800 44.165 -7.367 -12.385
No H/Q in entry = 6
In of MODEL 38
1 H GLY 801 H GLY 801 42.213 -6.854 -9.646
2 HA3 GLY 801 HA2 GLY 801 42.839 -8.475 -8.329
3 HA2 GLY 801 HA3 GLY 801 41.852 -9.540 -9.310
No H/Q in entry = 3
In of MODEL 38
1 H PHE 802 H PHE 802 43.472 -11.022 -8.815
2 HA PHE 802 HA PHE 802 46.030 -10.749 -10.043
3 HB2 PHE 802 HB2 PHE 802 44.690 -12.896 -8.462
4 HB3 PHE 802 HB3 PHE 802 46.150 -13.269 -9.370
5 HD1 PHE 802 HD1 PHE 802 47.513 -13.764 -7.505
6 HD2 PHE 802 HD2 PHE 802 45.532 -10.011 -7.727
7 HE1 PHE 802 HE1 PHE 802 48.904 -12.948 -5.733
8 HE2 PHE 802 HE2 PHE 802 46.937 -9.162 -5.923
9 HZ PHE 802 HZ PHE 802 48.645 -10.624 -4.901
No H/Q in entry = 9
In of MODEL 38
1 H SER 803 H SER 803 46.731 -12.871 -11.295
2 HA SER 803 HA SER 803 44.706 -13.442 -13.313
3 HB2 SER 803 HB2 SER 803 47.715 -13.535 -13.652
4 HB3 SER 803 HB3 SER 803 46.436 -13.577 -14.899
5 HG SER 803 HG SER 803 45.902 -11.422 -13.942
No H/Q in entry = 5
In of MODEL 38
1 H ILE 804 H ILE 804 44.180 -15.587 -13.315
2 HA ILE 804 HA ILE 804 46.017 -17.380 -11.927
3 HB ILE 804 HB ILE 804 44.243 -18.506 -10.709
4 HG12 ILE 804 HG12 ILE 804 42.396 -18.016 -12.357
5 HG13 ILE 804 HG13 ILE 804 41.922 -17.859 -10.670
6 HG23 ILE 804 HG21 ILE 804 43.622 -16.764 -9.085
7 HG22 ILE 804 HG22 ILE 804 44.155 -15.543 -10.242
8 HG21 ILE 804 HG23 ILE 804 45.322 -16.683 -9.566
9 HD13 ILE 804 HD11 ILE 804 40.931 -16.117 -12.003
10 HD12 ILE 804 HD12 ILE 804 42.505 -15.655 -12.637
11 HD11 ILE 804 HD13 ILE 804 42.136 -15.402 -10.930
No H/Q in entry = 11
In of MODEL 38
1 H CYS 805 H CYS 805 45.248 -19.711 -12.176
2 HA CYS 805 HA CYS 805 44.770 -20.162 -15.025
3 HB2 CYS 805 HB2 CYS 805 46.879 -21.037 -14.143
4 HB3 CYS 805 HB3 CYS 805 45.995 -21.851 -12.856
No H/Q in entry = 4
In of MODEL 38
1 H VAL 806 H VAL 806 42.699 -20.782 -15.439
2 HA VAL 806 HA VAL 806 41.412 -22.450 -13.408
3 HB VAL 806 HB VAL 806 40.167 -20.231 -15.011
4 HG13 VAL 806 HG11 VAL 806 38.571 -22.032 -14.854
5 HG12 VAL 806 HG12 VAL 806 38.117 -20.711 -13.755
6 HG11 VAL 806 HG13 VAL 806 38.865 -22.175 -13.116
7 HG23 VAL 806 HG21 VAL 806 40.494 -20.525 -12.038
8 HG22 VAL 806 HG22 VAL 806 39.697 -19.184 -12.873
9 HG21 VAL 806 HG23 VAL 806 41.422 -19.485 -13.110
No H/Q in entry = 9
In of MODEL 38
1 H GLU 807 H GLU 807 40.539 -24.244 -14.106
2 HA GLU 807 HA GLU 807 40.836 -24.963 -16.870
3 HB2 GLU 807 HB2 GLU 807 41.427 -26.484 -14.999
4 HB3 GLU 807 HB3 GLU 807 39.746 -26.493 -14.510
5 HG2 GLU 807 HG2 GLU 807 39.145 -27.496 -16.664
6 HG3 GLU 807 HG3 GLU 807 40.854 -27.536 -17.101
No H/Q in entry = 6
In of MODEL 38
1 H VAL 808 H VAL 808 39.378 -24.473 -18.200
2 HA VAL 808 HA VAL 808 36.577 -24.571 -17.482
3 HB VAL 808 HB VAL 808 37.209 -22.219 -17.319
4 HG13 VAL 808 HG11 VAL 808 39.206 -22.180 -18.679
5 HG12 VAL 808 HG12 VAL 808 38.078 -20.940 -19.233
6 HG11 VAL 808 HG13 VAL 808 38.247 -22.446 -20.133
7 HG21 VAL 808 HG21 VAL 808 35.707 -22.762 -19.846
8 HG23 VAL 808 HG22 VAL 808 35.727 -21.219 -18.982
9 HG22 VAL 808 HG23 VAL 808 35.012 -22.654 -18.222
No H/Q in entry = 9
In of MODEL 38
1 H ASN 809 H ASN 809 35.433 -25.616 -18.944
2 HA ASN 809 HA ASN 809 34.837 -26.776 -20.774
3 HB2 ASN 809 HB2 ASN 809 36.397 -24.566 -21.859
4 HB3 ASN 809 HB3 ASN 809 36.142 -25.912 -22.987
5 HD21 ASN 809 HD21 ASN 809 34.774 -23.197 -21.348
6 HD22 ASN 809 HD22 ASN 809 33.199 -23.302 -22.022
No H/Q in entry = 6
In of MODEL 38
1 H GLY 810 H GLY 810 37.393 -27.356 -19.254
2 HA3 GLY 810 HA2 GLY 810 38.483 -29.439 -19.294
3 HA2 GLY 810 HA3 GLY 810 38.225 -29.506 -21.045
No H/Q in entry = 3
In of MODEL 38
1 H LYS 811 H LYS 811 39.213 -26.483 -20.596
2 HA LYS 811 HA LYS 811 42.062 -27.207 -20.908
3 HB2 LYS 811 HB2 LYS 811 40.505 -24.883 -22.002
4 HB3 LYS 811 HB3 LYS 811 42.236 -25.120 -22.154
5 HG2 LYS 811 HG2 LYS 811 41.919 -27.050 -23.523
6 HG3 LYS 811 HG3 LYS 811 40.173 -27.012 -23.244
7 HD2 LYS 811 HD2 LYS 811 40.787 -26.071 -25.423
8 HD3 LYS 811 HD3 LYS 811 39.997 -24.898 -24.370
9 HE2 LYS 811 HE2 LYS 811 42.174 -23.946 -23.768
10 HE3 LYS 811 HE3 LYS 811 42.992 -25.111 -24.800
11 HZ1 LYS 811 HZ1 LYS 811 41.069 -23.027 -25.675
12 HZ3 LYS 811 HZ2 LYS 811 41.835 -24.083 -26.713
13 HZ2 LYS 811 HZ3 LYS 811 42.729 -22.926 -25.867
No H/Q in entry = 13
In of MODEL 38
1 H GLU 812 H GLU 812 43.566 -25.922 -19.819
2 HA GLU 812 HA GLU 812 42.463 -24.279 -17.685
3 HB2 GLU 812 HB2 GLU 812 45.330 -25.008 -18.303
4 HB3 GLU 812 HB3 GLU 812 44.794 -24.109 -16.895
5 HG2 GLU 812 HG2 GLU 812 43.475 -26.076 -16.201
6 HG3 GLU 812 HG3 GLU 812 44.167 -26.978 -17.544
No H/Q in entry = 6
In of MODEL 38
1 H GLN 813 H GLN 813 42.084 -22.238 -18.053
2 HA GLN 813 HA GLN 813 43.814 -20.907 -19.996
3 HB2 GLN 813 HB2 GLN 813 41.553 -21.169 -20.806
4 HB3 GLN 813 HB3 GLN 813 40.908 -20.370 -19.371
5 HG2 GLN 813 HG2 GLN 813 42.010 -18.384 -19.958
6 HG3 GLN 813 HG3 GLN 813 42.741 -19.113 -21.398
7 HE21 GLN 813 HE21 GLN 813 39.949 -17.601 -20.090
8 HE22 GLN 813 HE22 GLN 813 38.963 -17.680 -21.497
No H/Q in entry = 8
In of MODEL 38
1 H THR 814 H THR 814 44.590 -18.920 -19.474
2 HA THR 814 HA THR 814 44.639 -18.255 -16.662
3 HB THR 814 HB THR 814 45.769 -16.827 -19.001
4 HG1 THR 814 HG1 THR 814 46.419 -19.157 -18.083
5 HG21 THR 814 HG21 THR 814 46.485 -16.665 -16.069
6 HG23 THR 814 HG22 THR 814 45.684 -15.421 -17.029
7 HG22 THR 814 HG23 THR 814 47.366 -15.839 -17.357
No H/Q in entry = 7
In of MODEL 38
1 H MET 815 H MET 815 43.247 -16.929 -15.872
2 HA MET 815 HA MET 815 42.037 -14.938 -17.597
3 HB2 MET 815 HB2 MET 815 39.880 -15.359 -16.331
4 HB3 MET 815 HB3 MET 815 40.357 -16.561 -17.523
5 HG2 MET 815 HG2 MET 815 41.299 -17.899 -15.768
6 HG3 MET 815 HG3 MET 815 40.701 -16.769 -14.553
7 HE1 MET 815 HE1 MET 815 39.787 -19.378 -17.236
8 HE3 MET 815 HE2 MET 815 38.941 -17.973 -17.893
9 HE2 MET 815 HE3 MET 815 38.023 -19.354 -17.276
No H/Q in entry = 9
In of MODEL 38
1 H SER 816 H SER 816 41.033 -13.244 -16.347
2 HA SER 816 HA SER 816 42.814 -12.443 -14.249
3 HB2 SER 816 HB2 SER 816 40.356 -11.025 -15.272
4 HB3 SER 816 HB3 SER 816 41.776 -10.336 -14.476
5 HG SER 816 HG SER 816 42.706 -10.194 -16.327
No H/Q in entry = 5
In of MODEL 38
1 H GLU 817 H GLU 817 42.073 -11.933 -12.216
2 HA GLU 817 HA GLU 817 40.519 -13.849 -10.991
3 HB2 GLU 817 HB2 GLU 817 42.354 -12.351 -10.154
4 HB3 GLU 817 HB3 GLU 817 41.126 -11.120 -10.085
5 HG2 GLU 817 HG2 GLU 817 39.988 -12.076 -8.355
6 HG3 GLU 817 HG3 GLU 817 40.696 -13.666 -8.682
No H/Q in entry = 6
In of MODEL 38
1 H CYS 818 H CYS 818 39.780 -10.548 -11.944
2 HA CYS 818 HA CYS 818 37.222 -10.343 -10.880
3 HB2 CYS 818 HB2 CYS 818 36.887 -8.657 -12.677
4 HB3 CYS 818 HB3 CYS 818 38.351 -8.420 -11.727
No H/Q in entry = 4
In of MODEL 38
1 H GLU 819 H GLU 819 38.301 -11.583 -13.997
2 HA GLU 819 HA GLU 819 35.789 -12.129 -15.133
3 HB2 GLU 819 HB2 GLU 819 37.814 -11.935 -16.460
4 HB3 GLU 819 HB3 GLU 819 38.517 -13.307 -15.629
5 HG2 GLU 819 HG2 GLU 819 36.984 -14.802 -16.667
6 HG3 GLU 819 HG3 GLU 819 36.067 -13.460 -17.351
No H/Q in entry = 6
In of MODEL 38
1 H ALA 820 H ALA 820 38.175 -14.258 -13.619
2 HA ALA 820 HA ALA 820 36.702 -16.595 -13.680
3 HB3 ALA 820 HB1 ALA 820 38.684 -15.772 -11.564
4 HB1 ALA 820 HB2 ALA 820 39.069 -16.533 -13.111
5 HB2 ALA 820 HB3 ALA 820 38.153 -17.422 -11.892
No H/Q in entry = 5
In of MODEL 38
1 H GLY 821 H GLY 821 36.760 -14.076 -11.203
2 HA3 GLY 821 HA2 GLY 821 35.065 -15.380 -9.354
3 HA2 GLY 821 HA3 GLY 821 35.400 -13.655 -9.414
No H/Q in entry = 3
In of MODEL 38
1 H ALA 822 H ALA 822 34.450 -13.084 -11.958
2 HA ALA 822 HA ALA 822 31.717 -12.750 -11.492
3 HB3 ALA 822 HB1 ALA 822 31.617 -11.929 -13.801
4 HB1 ALA 822 HB2 ALA 822 33.216 -12.609 -14.112
5 HB2 ALA 822 HB3 ALA 822 33.033 -11.287 -12.961
No H/Q in entry = 5
In of MODEL 38
1 H LEU 823 H LEU 823 33.523 -15.044 -13.419
2 HA LEU 823 HA LEU 823 31.363 -16.435 -14.510
3 HB2 LEU 823 HB2 LEU 823 34.114 -17.453 -13.806
4 HB3 LEU 823 HB3 LEU 823 32.969 -18.316 -14.816
5 HG LEU 823 HG LEU 823 34.186 -15.626 -15.461
6 HD13 LEU 823 HD11 LEU 823 35.424 -16.764 -17.188
7 HD12 LEU 823 HD12 LEU 823 34.759 -18.318 -16.674
8 HD11 LEU 823 HD13 LEU 823 35.826 -17.403 -15.597
9 HD21 LEU 823 HD21 LEU 823 32.341 -17.401 -17.061
10 HD23 LEU 823 HD22 LEU 823 33.195 -15.988 -17.694
11 HD22 LEU 823 HD23 LEU 823 31.992 -15.791 -16.427
No H/Q in entry = 11
In of MODEL 38
1 H ARG 824 H ARG 824 33.118 -16.990 -11.450
2 HA ARG 824 HA ARG 824 31.661 -19.231 -10.575
3 HB2 ARG 824 HB2 ARG 824 32.945 -17.022 -8.937
4 HB3 ARG 824 HB3 ARG 824 32.401 -18.566 -8.299
5 HG2 ARG 824 HG2 ARG 824 34.077 -19.730 -9.582
6 HG3 ARG 824 HG3 ARG 824 34.580 -18.222 -10.358
7 HD2 ARG 824 HD2 ARG 824 36.106 -18.872 -8.589
8 HD3 ARG 824 HD3 ARG 824 35.275 -17.371 -8.176
9 HE ARG 824 HE ARG 824 33.838 -19.538 -7.195
10 HH11 ARG 824 HH11 ARG 824 36.924 -17.926 -6.500
11 HH12 ARG 824 HH12 ARG 824 36.954 -18.342 -4.840
12 HH21 ARG 824 HH21 ARG 824 33.871 -20.091 -4.916
13 HH22 ARG 824 HH22 ARG 824 35.160 -19.586 -3.913
No H/Q in entry = 13
In of MODEL 38
1 H CYS 825 H CYS 825 31.109 -15.792 -10.205
2 HA CYS 825 HA CYS 825 28.890 -16.051 -8.462
3 HB2 CYS 825 HB2 CYS 825 30.407 -14.095 -8.547
4 HB3 CYS 825 HB3 CYS 825 29.729 -13.675 -10.111
No H/Q in entry = 4
In of MODEL 38
1 H ARG 826 H ARG 826 29.154 -15.746 -11.982
2 HA ARG 826 HA ARG 826 26.332 -15.324 -12.270
3 HB2 ARG 826 HB2 ARG 826 26.689 -15.611 -14.688
4 HB3 ARG 826 HB3 ARG 826 27.737 -14.375 -13.981
5 HG2 ARG 826 HG2 ARG 826 29.573 -15.916 -14.063
6 HG3 ARG 826 HG3 ARG 826 28.521 -17.189 -14.693
7 HD2 ARG 826 HD2 ARG 826 29.092 -14.551 -16.041
8 HD3 ARG 826 HD3 ARG 826 29.807 -16.103 -16.476
9 HE ARG 826 HE ARG 826 27.579 -16.877 -17.004
10 HH11 ARG 826 HH11 ARG 826 28.091 -13.360 -16.926
11 HH12 ARG 826 HH12 ARG 826 26.809 -13.011 -17.984
12 HH21 ARG 826 HH21 ARG 826 25.808 -16.382 -18.476
13 HH22 ARG 826 HH22 ARG 826 25.488 -14.777 -18.906
No H/Q in entry = 13
In of MODEL 38
1 H GLY 827 H GLY 827 28.369 -18.147 -12.264
2 HA3 GLY 827 HA2 GLY 827 27.077 -20.184 -11.637
3 HA2 GLY 827 HA3 GLY 827 25.936 -19.693 -12.884
No H/Q in entry = 3
In of MODEL 38
1 H GLN 828 H GLN 828 28.938 -18.972 -13.998
2 HA GLN 828 HA GLN 828 28.987 -21.071 -15.911
3 HB2 GLN 828 HB2 GLN 828 29.980 -18.832 -16.309
4 HB3 GLN 828 HB3 GLN 828 31.176 -19.161 -15.069
5 HG2 GLN 828 HG2 GLN 828 32.185 -19.488 -17.237
6 HG3 GLN 828 HG3 GLN 828 32.029 -21.039 -16.428
7 HE21 GLN 828 HE21 GLN 828 29.400 -19.320 -18.034
8 HE22 GLN 828 HE22 GLN 828 29.182 -20.467 -19.280
No H/Q in entry = 8
In of MODEL 38
1 H SER 829 H SER 829 30.181 -23.005 -15.863
2 HA SER 829 HA SER 829 31.191 -23.824 -13.276
3 HB2 SER 829 HB2 SER 829 31.079 -25.359 -15.891
4 HB3 SER 829 HB3 SER 829 31.447 -26.039 -14.307
5 HG SER 829 HG SER 829 29.227 -24.999 -13.816
No H/Q in entry = 5
In of MODEL 38
1 H ILE 830 H ILE 830 33.194 -23.240 -12.730
2 HA ILE 830 HA ILE 830 35.317 -23.634 -14.674
3 HB ILE 830 HB ILE 830 36.454 -21.584 -14.121
4 HG12 ILE 830 HG12 ILE 830 35.543 -21.300 -11.803
5 HG13 ILE 830 HG13 ILE 830 35.595 -19.786 -12.684
6 HG22 ILE 830 HG21 ILE 830 35.010 -19.906 -15.192
7 HG21 ILE 830 HG22 ILE 830 33.666 -21.045 -15.038
8 HG23 ILE 830 HG23 ILE 830 35.057 -21.458 -16.038
9 HD11 ILE 830 HD11 ILE 830 33.158 -20.099 -13.146
10 HD13 ILE 830 HD12 ILE 830 33.564 -19.891 -11.452
11 HD12 ILE 830 HD13 ILE 830 33.191 -21.498 -12.074
No H/Q in entry = 11
In of MODEL 38
1 H SER 831 H SER 831 37.200 -24.356 -13.797
2 HA SER 831 HA SER 831 37.091 -24.781 -10.919
3 HB2 SER 831 HB2 SER 831 38.193 -26.479 -13.121
4 HB3 SER 831 HB3 SER 831 38.440 -26.802 -11.408
5 HG SER 831 HG SER 831 35.955 -26.607 -12.783
No H/Q in entry = 5
In of MODEL 38
1 H VAL 832 H VAL 832 38.445 -23.244 -10.092
2 HA VAL 832 HA VAL 832 40.816 -22.457 -11.426
3 HB VAL 832 HB VAL 832 39.786 -20.859 -9.913
4 HG13 VAL 832 HG11 VAL 832 39.747 -21.136 -7.473
5 HG12 VAL 832 HG12 VAL 832 40.347 -22.782 -7.661
6 HG11 VAL 832 HG13 VAL 832 38.759 -22.345 -8.294
7 HG22 VAL 832 HG21 VAL 832 42.184 -20.635 -10.171
8 HG21 VAL 832 HG22 VAL 832 42.460 -21.750 -8.836
9 HG23 VAL 832 HG23 VAL 832 41.717 -20.180 -8.532
No H/Q in entry = 9
In of MODEL 38
1 H THR 833 H THR 833 42.490 -23.665 -11.748
2 HA THR 833 HA THR 833 42.929 -25.911 -9.983
3 HB THR 833 HB THR 833 44.647 -26.516 -11.763
4 HG1 THR 833 HG1 THR 833 44.563 -25.378 -13.667
5 HG21 THR 833 HG21 THR 833 41.754 -26.192 -12.550
6 HG23 THR 833 HG22 THR 833 42.448 -27.563 -11.677
7 HG22 THR 833 HG23 THR 833 42.909 -27.250 -13.354
No H/Q in entry = 7
In of MODEL 38
1 H SER 834 H SER 834 44.400 -22.903 -10.881
2 HA SER 834 HA SER 834 46.260 -23.239 -8.682
3 HB2 SER 834 HB2 SER 834 47.183 -22.403 -11.451
4 HB3 SER 834 HB3 SER 834 48.171 -22.526 -10.008
5 HG SER 834 HG SER 834 47.138 -24.812 -10.098
No H/Q in entry = 5
In of MODEL 38
1 H ILE 835 H ILE 835 46.680 -21.343 -7.654
2 HA ILE 835 HA ILE 835 45.095 -19.023 -8.353
3 HB ILE 835 HB ILE 835 46.042 -18.009 -6.326
4 HG12 ILE 835 HG12 ILE 835 47.817 -20.466 -6.233
5 HG13 ILE 835 HG13 ILE 835 48.310 -18.815 -6.594
6 HG22 ILE 835 HG21 ILE 835 45.256 -19.657 -4.664
7 HG21 ILE 835 HG22 ILE 835 45.274 -20.904 -5.911
8 HG23 ILE 835 HG23 ILE 835 44.160 -19.543 -6.045
9 HD11 ILE 835 HD11 ILE 835 47.709 -18.142 -4.390
10 HD13 ILE 835 HD12 ILE 835 48.929 -19.426 -4.439
11 HD12 ILE 835 HD13 ILE 835 47.249 -19.813 -4.008
No H/Q in entry = 11
In of MODEL 38
1 H ARG 836 H ARG 836 47.838 -20.257 -9.400
2 HA ARG 836 HA ARG 836 49.275 -17.776 -10.005
3 HB2 ARG 836 HB2 ARG 836 49.960 -20.659 -10.588
4 HB3 ARG 836 HB3 ARG 836 50.999 -19.270 -10.859
5 HG2 ARG 836 HG2 ARG 836 51.123 -18.864 -8.506
6 HG3 ARG 836 HG3 ARG 836 50.026 -20.215 -8.173
7 HD2 ARG 836 HD2 ARG 836 51.595 -21.690 -9.269
8 HD3 ARG 836 HD3 ARG 836 52.726 -20.343 -9.480
9 HE ARG 836 HE ARG 836 51.802 -21.201 -6.841
10 HH11 ARG 836 HH11 ARG 836 54.490 -20.493 -9.051
11 HH12 ARG 836 HH12 ARG 836 55.704 -20.778 -7.897
12 HH21 ARG 836 HH21 ARG 836 53.469 -21.660 -5.272
13 HH22 ARG 836 HH22 ARG 836 55.112 -21.472 -5.683
No H/Q in entry = 13
In of MODEL 38
1 HA PRO 837 HA PRO 837 47.419 -18.072 -14.088
2 HB2 PRO 837 HB2 PRO 837 49.269 -16.741 -15.572
3 HB3 PRO 837 HB3 PRO 837 48.149 -15.904 -14.493
4 HG2 PRO 837 HG2 PRO 837 51.006 -16.637 -14.062
5 HG3 PRO 837 HG3 PRO 837 50.152 -15.144 -13.631
6 HD2 PRO 837 HD2 PRO 837 50.706 -17.116 -11.838
7 HD3 PRO 837 HD3 PRO 837 49.297 -16.047 -11.699
No H/Q in entry = 7
In of MODEL 38
1 H CYS 838 H CYS 838 47.898 -19.062 -16.229
2 HA CYS 838 HA CYS 838 50.071 -20.998 -15.965
3 HB2 CYS 838 HB2 CYS 838 48.655 -22.300 -17.704
4 HB3 CYS 838 HB3 CYS 838 48.078 -22.291 -16.042
No H/Q in entry = 4
In of MODEL 38
1 H ALA 839 H ALA 839 50.506 -21.860 -18.449
2 HA ALA 839 HA ALA 839 51.584 -19.521 -19.785
3 HB3 ALA 839 HB1 ALA 839 52.712 -21.185 -21.209
4 HB1 ALA 839 HB2 ALA 839 51.797 -22.470 -20.427
5 HB2 ALA 839 HB3 ALA 839 52.963 -21.527 -19.496
No H/Q in entry = 5
In of MODEL 38
1 H ALA 840 H ALA 840 48.701 -20.135 -19.674
2 HA ALA 840 HA ALA 840 47.978 -20.851 -22.405
3 HB1 ALA 840 HB1 ALA 840 45.711 -21.020 -21.498
4 HB2 ALA 840 HB2 ALA 840 46.314 -20.458 -19.931
5 HB3 ALA 840 HB3 ALA 840 46.859 -21.989 -20.575
No H/Q in entry = 5
In of MODEL 38
1 H GLU 841 H GLU 841 49.213 -18.245 -21.726
2 HA GLU 841 HA GLU 841 47.020 -16.407 -22.195
3 HB2 GLU 841 HB2 GLU 841 49.999 -15.837 -21.949
4 HB3 GLU 841 HB3 GLU 841 48.749 -14.620 -22.122
5 HG2 GLU 841 HG2 GLU 841 47.776 -15.337 -19.973
6 HG3 GLU 841 HG3 GLU 841 49.079 -16.509 -19.798
No H/Q in entry = 6
In of MODEL 38
1 H THR 842 H THR 842 48.850 -18.461 -23.949
2 HA THR 842 HA THR 842 48.384 -16.981 -26.412
3 HB THR 842 HB THR 842 50.127 -18.633 -27.343
4 HG1 THR 842 HG1 THR 842 51.537 -18.991 -25.139
5 HG23 THR 842 HG21 THR 842 50.661 -16.265 -26.956
6 HG22 THR 842 HG22 THR 842 52.044 -17.287 -26.560
7 HG21 THR 842 HG23 THR 842 51.039 -16.623 -25.273
No H/Q in entry = 7
In of MODEL 38
1 H GLN 843 H GLN 843 46.931 -17.934 -27.784
2 HA GLN 843 HA GLN 843 46.106 -20.691 -27.175
3 HB2 GLN 843 HB2 GLN 843 44.401 -18.386 -28.158
4 HB3 GLN 843 HB3 GLN 843 43.853 -20.051 -28.070
5 HG2 GLN 843 HG2 GLN 843 44.717 -18.378 -25.716
6 HG3 GLN 843 HG3 GLN 843 43.051 -18.669 -26.197
7 HE21 GLN 843 HE21 GLN 843 44.354 -19.283 -23.725
8 HE22 GLN 843 HE22 GLN 843 44.220 -20.988 -23.476
No H/Q in entry = 8
In of MODEL 39
1 H1 GLY 689 H2 GLY 689 79.038 -7.477 -25.586
2 H2 GLY 689 H1 GLY 689 78.744 -5.838 -25.948
3 H3 GLY 689 H3 GLY 689 80.308 -6.396 -25.682
4 HA2 GLY 689 HA2 GLY 689 78.192 -6.211 -23.656
5 HA3 GLY 689 HA3 GLY 689 79.662 -5.254 -23.755
No H/Q in entry = 5
In of MODEL 39
1 H SER 690 H SER 690 80.243 -5.997 -21.666
2 HA SER 690 HA SER 690 81.267 -8.732 -21.710
3 HB2 SER 690 HB2 SER 690 82.326 -6.323 -20.204
4 HB3 SER 690 HB3 SER 690 83.073 -7.922 -20.284
5 HG SER 690 HG SER 690 83.264 -7.623 -22.554
No H/Q in entry = 5
In of MODEL 39
1 H HIS 691 H HIS 691 80.705 -10.021 -20.008
2 HA HIS 691 HA HIS 691 78.313 -9.228 -18.701
3 HB2 HIS 691 HB2 HIS 691 78.117 -11.488 -17.829
4 HB3 HIS 691 HB3 HIS 691 78.543 -11.512 -19.522
5 HD1 HIS 691 HD1 HIS 691 79.820 -13.635 -19.783
6 HD2 HIS 691 HD2 HIS 691 81.027 -11.522 -16.433
7 HE1 HIS 691 HE1 HIS 691 81.713 -14.958 -18.792
8 HE2 HIS 691 HE2 HIS 691 82.259 -13.758 -16.644
No H/Q in entry = 8
In of MODEL 39
1 H MET 692 H MET 692 81.290 -8.482 -17.813
2 HA MET 692 HA MET 692 81.350 -8.844 -15.032
3 HB2 MET 692 HB2 MET 692 82.928 -6.948 -14.962
4 HB3 MET 692 HB3 MET 692 83.342 -8.075 -16.241
5 HG2 MET 692 HG2 MET 692 82.255 -6.559 -17.872
6 HG3 MET 692 HG3 MET 692 81.950 -5.421 -16.567
7 HE1 MET 692 HE1 MET 692 84.622 -5.620 -14.838
8 HE3 MET 692 HE2 MET 692 83.877 -4.084 -15.277
9 HE2 MET 692 HE3 MET 692 85.597 -4.345 -15.566
No H/Q in entry = 9
In of MODEL 39
1 H ASN 693 H ASN 693 79.567 -6.618 -17.018
2 HA ASN 693 HA ASN 693 78.150 -5.723 -14.635
3 HB2 ASN 693 HB2 ASN 693 79.701 -3.892 -15.156
4 HB3 ASN 693 HB3 ASN 693 79.178 -3.907 -16.837
5 HD21 ASN 693 HD21 ASN 693 77.216 -2.976 -17.370
6 HD22 ASN 693 HD22 ASN 693 76.297 -2.004 -16.270
No H/Q in entry = 6
In of MODEL 39
1 HA PRO 694 HA PRO 694 75.043 -6.866 -17.648
2 HB2 PRO 694 HB2 PRO 694 72.906 -6.815 -15.988
3 HB3 PRO 694 HB3 PRO 694 74.061 -8.150 -16.002
4 HG2 PRO 694 HG2 PRO 694 73.789 -5.906 -14.063
5 HG3 PRO 694 HG3 PRO 694 74.278 -7.586 -13.786
6 HD2 PRO 694 HD2 PRO 694 76.013 -5.418 -13.970
7 HD3 PRO 694 HD3 PRO 694 76.468 -7.120 -14.174
No H/Q in entry = 7
In of MODEL 39
1 H LEU 695 H LEU 695 74.966 -5.106 -18.966
2 HA LEU 695 HA LEU 695 73.691 -2.671 -18.005
3 HB2 LEU 695 HB2 LEU 695 75.846 -2.695 -19.387
4 HB3 LEU 695 HB3 LEU 695 74.889 -3.247 -20.734
5 HG LEU 695 HG LEU 695 75.464 -0.848 -20.869
6 HD12 LEU 695 HD11 LEU 695 73.267 0.075 -21.372
7 HD11 LEU 695 HD12 LEU 695 72.510 -1.296 -20.562
8 HD13 LEU 695 HD13 LEU 695 73.464 -1.554 -22.021
9 HD23 LEU 695 HD21 LEU 695 73.770 -0.548 -18.393
10 HD22 LEU 695 HD22 LEU 695 74.424 0.774 -19.361
11 HD21 LEU 695 HD23 LEU 695 75.517 -0.316 -18.508
No H/Q in entry = 11
In of MODEL 39
1 H THR 696 H THR 696 71.544 -2.441 -18.277
2 HA THR 696 HA THR 696 70.331 -3.255 -20.713
3 HB THR 696 HB THR 696 70.150 -5.362 -19.421
4 HG1 THR 696 HG1 THR 696 68.017 -5.666 -19.705
5 HG21 THR 696 HG21 THR 696 68.683 -3.698 -17.362
6 HG23 THR 696 HG22 THR 696 70.239 -4.498 -17.145
7 HG22 THR 696 HG23 THR 696 68.776 -5.459 -17.360
No H/Q in entry = 7
In of MODEL 39
1 H GLN 697 H GLN 697 68.380 -2.166 -21.018
2 HA GLN 697 HA GLN 697 67.908 -0.022 -19.066
3 HB2 GLN 697 HB2 GLN 697 67.499 -0.025 -22.061
4 HB3 GLN 697 HB3 GLN 697 67.038 1.287 -20.988
5 HG2 GLN 697 HG2 GLN 697 69.833 0.284 -21.440
6 HG3 GLN 697 HG3 GLN 697 69.134 1.736 -22.145
7 HE21 GLN 697 HE21 GLN 697 71.455 1.555 -20.521
8 HE22 GLN 697 HE22 GLN 697 71.201 2.465 -19.084
No H/Q in entry = 8
In of MODEL 39
1 H ALA 698 H ALA 698 66.825 -2.841 -19.632
2 HA ALA 698 HA ALA 698 64.094 -2.480 -20.333
3 HB3 ALA 698 HB1 ALA 698 63.825 -4.807 -19.646
4 HB2 ALA 698 HB2 ALA 698 65.419 -4.778 -18.895
5 HB1 ALA 698 HB3 ALA 698 65.270 -4.623 -20.645
No H/Q in entry = 5
In of MODEL 39
1 H VAL 699 H VAL 699 62.417 -1.986 -19.059
2 HA VAL 699 HA VAL 699 62.789 -1.131 -16.376
3 HB VAL 699 HB VAL 699 60.222 -1.754 -17.895
4 HG13 VAL 699 HG11 VAL 699 59.100 -0.294 -16.278
5 HG12 VAL 699 HG12 VAL 699 60.614 -0.113 -15.393
6 HG11 VAL 699 HG13 VAL 699 59.832 -1.692 -15.486
7 HG23 VAL 699 HG21 VAL 699 61.606 0.883 -17.475
8 HG22 VAL 699 HG22 VAL 699 60.079 0.640 -18.323
9 HG21 VAL 699 HG23 VAL 699 61.575 -0.023 -18.983
No H/Q in entry = 9
In of MODEL 39
1 HA PRO 700 HA PRO 700 62.138 -5.225 -14.709
2 HB2 PRO 700 HB2 PRO 700 62.211 -4.633 -12.070
3 HB3 PRO 700 HB3 PRO 700 63.664 -4.720 -13.068
4 HG2 PRO 700 HG2 PRO 700 62.220 -2.347 -12.037
5 HG3 PRO 700 HG3 PRO 700 63.946 -2.541 -12.383
6 HD2 PRO 700 HD2 PRO 700 62.060 -1.241 -14.007
7 HD3 PRO 700 HD3 PRO 700 63.684 -1.756 -14.498
No H/Q in entry = 7
In of MODEL 39
1 H LYS 701 H LYS 701 60.538 -6.395 -14.352
2 HA LYS 701 HA LYS 701 58.054 -5.085 -13.622
3 HB2 LYS 701 HB2 LYS 701 58.498 -7.579 -15.261
4 HB3 LYS 701 HB3 LYS 701 56.933 -7.112 -14.634
5 HG2 LYS 701 HG2 LYS 701 56.942 -6.324 -16.879
6 HG3 LYS 701 HG3 LYS 701 57.251 -4.930 -15.827
7 HD2 LYS 701 HD2 LYS 701 58.642 -4.854 -17.795
8 HD3 LYS 701 HD3 LYS 701 59.592 -5.019 -16.322
9 HE2 LYS 701 HE2 LYS 701 59.835 -7.420 -16.761
10 HE3 LYS 701 HE3 LYS 701 58.907 -7.240 -18.248
11 HZ1 LYS 701 HZ1 LYS 701 61.417 -5.781 -17.686
12 HZ3 LYS 701 HZ2 LYS 701 60.583 -5.857 -19.153
13 HZ2 LYS 701 HZ3 LYS 701 61.341 -7.231 -18.553
No H/Q in entry = 13
In of MODEL 39
1 H CYS 702 H CYS 702 56.931 -5.720 -11.977
2 HA CYS 702 HA CYS 702 58.129 -7.764 -10.273
3 HB2 CYS 702 HB2 CYS 702 56.115 -5.609 -9.577
4 HB3 CYS 702 HB3 CYS 702 56.994 -6.647 -8.468
No H/Q in entry = 4
In of MODEL 39
1 H GLN 703 H GLN 703 56.690 -9.333 -9.332
2 HA GLN 703 HA GLN 703 54.619 -10.102 -11.158
3 HB2 GLN 703 HB2 GLN 703 55.371 -11.283 -8.485
4 HB3 GLN 703 HB3 GLN 703 54.385 -12.053 -9.717
5 HG2 GLN 703 HG2 GLN 703 57.295 -11.317 -10.008
6 HG3 GLN 703 HG3 GLN 703 56.675 -12.923 -9.657
7 HE21 GLN 703 HE21 GLN 703 54.453 -12.765 -11.516
8 HE22 GLN 703 HE22 GLN 703 55.156 -12.853 -13.077
No H/Q in entry = 8
In of MODEL 39
1 H ARG 704 H ARG 704 52.513 -10.934 -10.010
2 HA ARG 704 HA ARG 704 50.890 -8.762 -9.471
3 HB2 ARG 704 HB2 ARG 704 50.491 -11.612 -8.637
4 HB3 ARG 704 HB3 ARG 704 49.245 -10.382 -8.596
5 HG2 ARG 704 HG2 ARG 704 50.667 -11.370 -11.058
6 HG3 ARG 704 HG3 ARG 704 49.070 -11.859 -10.492
7 HD2 ARG 704 HD2 ARG 704 48.332 -9.511 -10.685
8 HD3 ARG 704 HD3 ARG 704 49.904 -9.119 -11.383
9 HE ARG 704 HE ARG 704 48.176 -11.138 -12.623
10 HH11 ARG 704 HH11 ARG 704 50.061 -8.131 -12.967
11 HH12 ARG 704 HH12 ARG 704 49.803 -8.060 -14.643
12 HH21 ARG 704 HH21 ARG 704 47.856 -10.983 -14.864
13 HH22 ARG 704 HH22 ARG 704 48.507 -9.668 -15.745
No H/Q in entry = 13
In of MODEL 39
1 H TRP 705 H TRP 705 52.702 -10.674 -7.206
2 HA TRP 705 HA TRP 705 51.366 -9.512 -4.889
3 HB2 TRP 705 HB2 TRP 705 52.694 -11.257 -3.666
4 HB3 TRP 705 HB3 TRP 705 51.514 -11.867 -4.823
5 HD1 TRP 705 HD1 TRP 705 55.245 -11.742 -4.125
6 HE1 TRP 705 HE1 TRP 705 56.465 -13.316 -5.750
7 HE3 TRP 705 HE3 TRP 705 51.369 -12.865 -7.248
8 HZ2 TRP 705 HZ2 TRP 705 55.868 -14.829 -8.047
9 HZ3 TRP 705 HZ3 TRP 705 51.781 -14.376 -9.145
10 HH2 TRP 705 HH2 TRP 705 53.984 -15.341 -9.529
No H/Q in entry = 10
In of MODEL 39
1 H GLU 706 H GLU 706 53.643 -8.412 -6.806
2 HA GLU 706 HA GLU 706 55.402 -7.537 -4.630
3 HB2 GLU 706 HB2 GLU 706 56.098 -8.102 -7.504
4 HB3 GLU 706 HB3 GLU 706 57.188 -7.344 -6.336
5 HG2 GLU 706 HG2 GLU 706 57.125 -9.414 -5.030
6 HG3 GLU 706 HG3 GLU 706 56.085 -10.137 -6.260
No H/Q in entry = 6
In of MODEL 39
1 H LYS 707 H LYS 707 56.558 -5.519 -5.290
2 HA LYS 707 HA LYS 707 55.067 -3.790 -7.065
3 HB2 LYS 707 HB2 LYS 707 55.051 -1.950 -5.412
4 HB3 LYS 707 HB3 LYS 707 54.013 -3.285 -4.941
5 HG2 LYS 707 HG2 LYS 707 55.620 -4.037 -3.316
6 HG3 LYS 707 HG3 LYS 707 56.796 -2.844 -3.868
7 HD2 LYS 707 HD2 LYS 707 54.116 -2.196 -2.620
8 HD3 LYS 707 HD3 LYS 707 55.665 -2.169 -1.774
9 HE2 LYS 707 HE2 LYS 707 56.468 -0.441 -3.344
10 HE3 LYS 707 HE3 LYS 707 54.895 -0.443 -4.138
11 HZ3 LYS 707 HZ1 LYS 707 55.078 1.369 -2.604
12 HZ2 LYS 707 HZ2 LYS 707 55.451 0.337 -1.338
13 HZ1 LYS 707 HZ3 LYS 707 53.911 0.287 -2.016
No H/Q in entry = 13
In of MODEL 39
1 H LEU 708 H LEU 708 56.286 -1.933 -7.711
2 HA LEU 708 HA LEU 708 59.131 -2.536 -7.775
3 HB2 LEU 708 HB2 LEU 708 58.000 -2.327 -9.903
4 HB3 LEU 708 HB3 LEU 708 57.383 -0.749 -9.467
5 HG LEU 708 HG LEU 708 59.712 0.124 -9.491
6 HD13 LEU 708 HD11 LEU 708 61.471 -1.186 -10.504
7 HD12 LEU 708 HD12 LEU 708 60.402 -2.591 -10.595
8 HD11 LEU 708 HD13 LEU 708 60.895 -1.951 -9.026
9 HD23 LEU 708 HD21 LEU 708 59.957 0.107 -11.929
10 HD22 LEU 708 HD22 LEU 708 58.284 0.370 -11.441
11 HD21 LEU 708 HD23 LEU 708 58.792 -1.214 -12.030
No H/Q in entry = 11
In of MODEL 39
1 H GLN 709 H GLN 709 60.368 -1.487 -6.350
2 HA GLN 709 HA GLN 709 60.149 1.386 -6.146
3 HB2 GLN 709 HB2 GLN 709 60.026 1.491 -3.761
4 HB3 GLN 709 HB3 GLN 709 58.761 0.373 -4.234
5 HG2 GLN 709 HG2 GLN 709 60.219 -1.510 -3.682
6 HG3 GLN 709 HG3 GLN 709 61.473 -0.383 -3.194
7 HE21 GLN 709 HE21 GLN 709 61.554 -1.071 -1.133
8 HE22 GLN 709 HE22 GLN 709 60.295 -0.819 0.022
No H/Q in entry = 8
In of MODEL 39
1 H ASN 710 H ASN 710 62.180 2.274 -5.577
2 HA ASN 710 HA ASN 710 64.469 2.399 -5.391
3 HB2 ASN 710 HB2 ASN 710 63.806 0.945 -3.341
4 HB3 ASN 710 HB3 ASN 710 64.362 -0.425 -4.268
5 HD21 ASN 710 HD21 ASN 710 65.313 0.546 -1.750
6 HD22 ASN 710 HD22 ASN 710 66.994 0.904 -1.935
No H/Q in entry = 6
In of MODEL 39
1 H SER 711 H SER 711 63.073 1.177 -7.684
2 HA SER 711 HA SER 711 63.419 0.313 -9.703
3 HB2 SER 711 HB2 SER 711 65.426 1.781 -9.722
4 HB3 SER 711 HB3 SER 711 66.374 0.473 -9.023
5 HG SER 711 HG SER 711 65.612 -0.762 -10.895
No H/Q in entry = 5
In of MODEL 39
1 H ARG 712 H ARG 712 63.272 -1.461 -7.256
2 HA ARG 712 HA ARG 712 64.101 -3.890 -8.654
3 HB2 ARG 712 HB2 ARG 712 64.691 -4.931 -6.502
4 HB3 ARG 712 HB3 ARG 712 65.731 -3.555 -6.866
5 HG2 ARG 712 HG2 ARG 712 64.540 -2.196 -5.317
6 HG3 ARG 712 HG3 ARG 712 63.344 -3.460 -5.033
7 HD2 ARG 712 HD2 ARG 712 66.290 -3.706 -4.502
8 HD3 ARG 712 HD3 ARG 712 65.102 -3.281 -3.256
9 HE ARG 712 HE ARG 712 64.267 -5.651 -4.367
10 HH11 ARG 712 HH11 ARG 712 67.198 -4.551 -2.711
11 HH12 ARG 712 HH12 ARG 712 67.564 -6.050 -2.006
12 HH21 ARG 712 HH21 ARG 712 64.772 -7.785 -3.370
13 HH22 ARG 712 HH22 ARG 712 66.159 -7.911 -2.400
No H/Q in entry = 13
In of MODEL 39
1 H CYS 713 H CYS 713 63.080 -5.772 -7.333
2 HA CYS 713 HA CYS 713 60.222 -5.160 -7.200
3 HB2 CYS 713 HB2 CYS 713 61.601 -7.853 -7.410
4 HB3 CYS 713 HB3 CYS 713 59.885 -7.529 -7.589
No H/Q in entry = 4
In of MODEL 39
1 H VAL 714 H VAL 714 59.315 -5.200 -5.222
2 HA VAL 714 HA VAL 714 60.569 -6.889 -3.203
3 HB VAL 714 HB VAL 714 59.938 -5.289 -1.421
4 HG13 VAL 714 HG11 VAL 714 62.199 -5.160 -2.257
5 HG12 VAL 714 HG12 VAL 714 61.623 -3.544 -1.841
6 HG11 VAL 714 HG13 VAL 714 61.696 -4.051 -3.529
7 HG22 VAL 714 HG21 VAL 714 58.072 -4.188 -2.514
8 HG21 VAL 714 HG22 VAL 714 59.169 -3.462 -3.688
9 HG23 VAL 714 HG23 VAL 714 59.260 -2.991 -1.991
No H/Q in entry = 9
In of MODEL 39
1 H CYS 715 H CYS 715 58.943 -7.477 -1.483
2 HA CYS 715 HA CYS 715 56.610 -8.330 -2.979
3 HB2 CYS 715 HB2 CYS 715 57.531 -9.126 -0.201
4 HB3 CYS 715 HB3 CYS 715 56.296 -9.924 -1.160
No H/Q in entry = 4
In of MODEL 39
1 H LYS 716 H LYS 716 54.509 -7.904 -2.363
2 HA LYS 716 HA LYS 716 54.153 -5.584 -0.713
3 HB2 LYS 716 HB2 LYS 716 52.174 -7.322 -2.199
4 HB3 LYS 716 HB3 LYS 716 51.691 -5.930 -1.237
5 HG2 LYS 716 HG2 LYS 716 53.121 -4.498 -2.665
6 HG3 LYS 716 HG3 LYS 716 53.485 -5.903 -3.658
7 HD2 LYS 716 HD2 LYS 716 50.718 -4.777 -3.203
8 HD3 LYS 716 HD3 LYS 716 51.723 -4.439 -4.609
9 HE2 LYS 716 HE2 LYS 716 51.743 -6.870 -5.107
10 HE3 LYS 716 HE3 LYS 716 50.643 -7.115 -3.753
11 HZ1 LYS 716 HZ1 LYS 716 50.035 -5.383 -6.082
12 HZ3 LYS 716 HZ2 LYS 716 48.973 -5.812 -4.860
13 HZ2 LYS 716 HZ3 LYS 716 49.539 -6.984 -5.946
No H/Q in entry = 13
In of MODEL 39
1 H MET 717 H MET 717 51.821 -6.071 0.655
2 HA MET 717 HA MET 717 52.836 -8.009 2.595
3 HB2 MET 717 HB2 MET 717 51.323 -5.445 3.102
4 HB3 MET 717 HB3 MET 717 51.814 -6.586 4.337
5 HG2 MET 717 HG2 MET 717 53.642 -4.984 2.560
6 HG3 MET 717 HG3 MET 717 53.316 -4.688 4.264
7 HE3 MET 717 HE1 MET 717 55.030 -7.792 5.965
8 HE2 MET 717 HE2 MET 717 53.339 -7.648 5.497
9 HE1 MET 717 HE3 MET 717 54.166 -6.276 6.238
No H/Q in entry = 9
In of MODEL 39
1 HA PRO 718 HA PRO 718 49.103 -10.291 2.202
2 HB2 PRO 718 HB2 PRO 718 48.856 -10.591 5.120
3 HB3 PRO 718 HB3 PRO 718 49.125 -11.826 3.889
4 HG2 PRO 718 HG2 PRO 718 51.039 -11.049 5.599
5 HG3 PRO 718 HG3 PRO 718 51.418 -11.553 3.938
6 HD2 PRO 718 HD2 PRO 718 51.272 -8.823 5.139
7 HD3 PRO 718 HD3 PRO 718 52.400 -9.471 3.927
No H/Q in entry = 7
In of MODEL 39
1 H TYR 719 H TYR 719 49.105 -7.483 4.054
2 HA TYR 719 HA TYR 719 46.231 -7.586 4.482
3 HB2 TYR 719 HB2 TYR 719 46.607 -5.491 5.850
4 HB3 TYR 719 HB3 TYR 719 47.293 -6.976 6.490
5 HD1 TYR 719 HD1 TYR 719 49.658 -7.238 6.726
6 HD2 TYR 719 HD2 TYR 719 48.063 -3.744 4.900
7 HE1 TYR 719 HE1 TYR 719 51.816 -6.124 6.986
8 HE2 TYR 719 HE2 TYR 719 50.220 -2.622 5.131
9 HH TYR 719 HH TYR 719 52.248 -2.775 6.459
No H/Q in entry = 9
In of MODEL 39
1 H GLU 720 H GLU 720 48.219 -6.727 2.137
2 HA GLU 720 HA GLU 720 46.882 -4.345 1.239
3 HB2 GLU 720 HB2 GLU 720 48.803 -6.277 -0.006
4 HB3 GLU 720 HB3 GLU 720 48.238 -4.831 -0.862
5 HG2 GLU 720 HG2 GLU 720 49.934 -5.032 1.618
6 HG3 GLU 720 HG3 GLU 720 50.453 -4.499 0.021
No H/Q in entry = 6
In of MODEL 39
1 H CYS 721 H CYS 721 46.162 -7.484 1.553
2 HA CYS 721 HA CYS 721 45.032 -8.160 -0.973
3 HB2 CYS 721 HB2 CYS 721 46.007 -9.878 0.425
4 HB3 CYS 721 HB3 CYS 721 44.893 -9.494 1.726
No H/Q in entry = 4
In of MODEL 39
1 H GLY 722 H GLY 722 43.451 -6.790 -1.474
2 HA3 GLY 722 HA2 GLY 722 41.076 -6.844 0.250
3 HA2 GLY 722 HA3 GLY 722 41.471 -5.484 -0.802
No H/Q in entry = 3
In of MODEL 39
1 HA PRO 723 HA PRO 723 39.395 -7.525 -4.178
2 HB2 PRO 723 HB2 PRO 723 41.628 -6.851 -5.983
3 HB3 PRO 723 HB3 PRO 723 39.966 -6.274 -6.041
4 HG2 PRO 723 HG2 PRO 723 41.949 -4.643 -5.337
5 HG3 PRO 723 HG3 PRO 723 40.366 -4.554 -4.540
6 HD2 PRO 723 HD2 PRO 723 42.886 -5.868 -3.584
7 HD3 PRO 723 HD3 PRO 723 41.753 -4.819 -2.701
No H/Q in entry = 7
In of MODEL 39
1 H SER 724 H SER 724 39.459 -9.766 -4.020
2 HA SER 724 HA SER 724 41.243 -11.278 -5.581
3 HB2 SER 724 HB2 SER 724 42.260 -12.563 -3.605
4 HB3 SER 724 HB3 SER 724 42.962 -11.001 -4.023
5 HG SER 724 HG SER 724 41.203 -10.309 -2.416
No H/Q in entry = 5
In of MODEL 39
1 H LEU 725 H LEU 725 40.793 -13.422 -5.712
2 HA LEU 725 HA LEU 725 38.117 -14.139 -4.904
3 HB2 LEU 725 HB2 LEU 725 40.139 -15.335 -6.692
4 HB3 LEU 725 HB3 LEU 725 38.930 -16.408 -6.037
5 HG LEU 725 HG LEU 725 37.192 -14.845 -7.032
6 HD13 LEU 725 HD11 LEU 725 37.813 -13.320 -8.673
7 HD12 LEU 725 HD12 LEU 725 39.507 -13.719 -8.456
8 HD11 LEU 725 HD13 LEU 725 38.620 -12.910 -7.154
9 HD21 LEU 725 HD21 LEU 725 39.150 -16.142 -8.906
10 HD23 LEU 725 HD22 LEU 725 37.494 -15.681 -9.291
11 HD22 LEU 725 HD23 LEU 725 37.802 -16.946 -8.099
No H/Q in entry = 11
In of MODEL 39
1 H ASP 726 H ASP 726 37.499 -15.401 -3.383
2 HA ASP 726 HA ASP 726 39.228 -16.249 -1.288
3 HB2 ASP 726 HB2 ASP 726 36.338 -17.001 -1.800
4 HB3 ASP 726 HB3 ASP 726 37.204 -17.165 -0.280
No H/Q in entry = 4
In of MODEL 39
1 H VAL 727 H VAL 727 40.161 -18.152 -0.956
2 HA VAL 727 HA VAL 727 39.278 -20.538 -2.410
3 HB VAL 727 HB VAL 727 41.645 -21.186 -2.916
4 HG13 VAL 727 HG11 VAL 727 41.966 -19.731 -4.858
5 HG12 VAL 727 HG12 VAL 727 40.778 -18.604 -4.205
6 HG11 VAL 727 HG13 VAL 727 40.282 -20.225 -4.688
7 HG21 VAL 727 HG21 VAL 727 42.780 -19.794 -1.273
8 HG23 VAL 727 HG22 VAL 727 42.270 -18.342 -2.129
9 HG22 VAL 727 HG23 VAL 727 43.404 -19.459 -2.891
No H/Q in entry = 9
In of MODEL 39
1 H CYS 728 H CYS 728 40.232 -22.563 -1.462
2 HA CYS 728 HA CYS 728 40.568 -22.236 1.427
3 HB2 CYS 728 HB2 CYS 728 39.874 -24.751 -0.112
4 HB3 CYS 728 HB3 CYS 728 39.797 -24.491 1.618
No H/Q in entry = 4
In of MODEL 39
1 H ALA 729 H ALA 729 42.558 -22.648 2.276
2 HA ALA 729 HA ALA 729 44.388 -24.230 0.636
3 HB3 ALA 729 HB1 ALA 729 44.865 -21.853 0.318
4 HB2 ALA 729 HB2 ALA 729 46.174 -22.690 1.158
5 HB1 ALA 729 HB3 ALA 729 45.040 -21.686 2.065
No H/Q in entry = 5
In of MODEL 39
1 H GLN 730 H GLN 730 45.914 -25.331 1.751
2 HA GLN 730 HA GLN 730 45.276 -25.797 4.549
3 HB2 GLN 730 HB2 GLN 730 45.417 -27.761 3.055
4 HB3 GLN 730 HB3 GLN 730 47.071 -27.317 2.691
5 HG2 GLN 730 HG2 GLN 730 47.738 -27.644 4.964
6 HG3 GLN 730 HG3 GLN 730 46.090 -28.022 5.437
7 HE21 GLN 730 HE21 GLN 730 46.602 -30.061 6.153
8 HE22 GLN 730 HE22 GLN 730 47.071 -31.323 5.080
No H/Q in entry = 8
In of MODEL 39
1 H ASP 731 H ASP 731 46.427 -25.064 6.025
2 HA ASP 731 HA ASP 731 48.818 -23.544 5.632
3 HB2 ASP 731 HB2 ASP 731 47.181 -22.965 7.361
4 HB3 ASP 731 HB3 ASP 731 47.423 -24.522 8.133
No H/Q in entry = 4
In of MODEL 39
1 H GLU 732 H GLU 732 50.829 -24.407 5.551
2 HA GLU 732 HA GLU 732 51.143 -27.220 6.084
3 HB2 GLU 732 HB2 GLU 732 52.974 -25.172 4.881
4 HB3 GLU 732 HB3 GLU 732 53.459 -26.835 5.184
5 HG2 GLU 732 HG2 GLU 732 51.179 -25.964 3.427
6 HG3 GLU 732 HG3 GLU 732 52.766 -26.519 2.879
No H/Q in entry = 6
In of MODEL 39
1 H ARG 733 H ARG 733 51.123 -24.872 8.235
2 HA ARG 733 HA ARG 733 53.569 -25.745 9.568
3 HB2 ARG 733 HB2 ARG 733 52.949 -23.264 9.189
4 HB3 ARG 733 HB3 ARG 733 51.741 -23.512 10.436
5 HG2 ARG 733 HG2 ARG 733 53.726 -22.505 11.383
6 HG3 ARG 733 HG3 ARG 733 53.537 -24.147 12.008
7 HD2 ARG 733 HD2 ARG 733 55.874 -23.598 11.333
8 HD3 ARG 733 HD3 ARG 733 55.192 -24.985 10.481
9 HE ARG 733 HE ARG 733 54.978 -22.385 9.214
10 HH11 ARG 733 HH11 ARG 733 56.705 -25.500 9.326
11 HH12 ARG 733 HH12 ARG 733 57.322 -25.344 7.748
12 HH21 ARG 733 HH21 ARG 733 55.826 -22.249 7.028
13 HH22 ARG 733 HH22 ARG 733 56.823 -23.491 6.441
No H/Q in entry = 13
In of MODEL 39
1 H SER 734 H SER 734 50.179 -25.044 10.143
2 HA SER 734 HA SER 734 50.096 -26.664 12.545
3 HB2 SER 734 HB2 SER 734 48.919 -24.504 12.491
4 HB3 SER 734 HB3 SER 734 48.015 -25.026 11.083
5 HG SER 734 HG SER 734 47.945 -26.295 13.597
No H/Q in entry = 5
In of MODEL 39
1 H LYS 735 H LYS 735 49.418 -26.970 9.147
2 HA LYS 735 HA LYS 735 48.370 -28.420 7.834
3 HB2 LYS 735 HB2 LYS 735 48.729 -30.391 10.113
4 HB3 LYS 735 HB3 LYS 735 48.334 -30.805 8.451
5 HG2 LYS 735 HG2 LYS 735 50.885 -29.490 9.367
6 HG3 LYS 735 HG3 LYS 735 50.698 -31.195 8.971
7 HD2 LYS 735 HD2 LYS 735 50.197 -28.931 7.032
8 HD3 LYS 735 HD3 LYS 735 51.721 -29.792 7.151
9 HE2 LYS 735 HE2 LYS 735 50.463 -31.911 6.655
10 HE3 LYS 735 HE3 LYS 735 49.023 -30.930 6.388
11 HZ1 LYS 735 HZ1 LYS 735 50.231 -29.791 4.565
12 HZ3 LYS 735 HZ2 LYS 735 50.117 -31.438 4.297
13 HZ2 LYS 735 HZ3 LYS 735 51.556 -30.766 4.850
No H/Q in entry = 13
In of MODEL 39
1 H ARG 736 H ARG 736 46.763 -26.932 8.179
2 HA ARG 736 HA ARG 736 44.283 -28.194 9.022
3 HB2 ARG 736 HB2 ARG 736 43.547 -26.163 10.133
4 HB3 ARG 736 HB3 ARG 736 44.984 -26.796 10.925
5 HG2 ARG 736 HG2 ARG 736 46.355 -25.149 9.921
6 HG3 ARG 736 HG3 ARG 736 45.036 -24.608 8.887
7 HD2 ARG 736 HD2 ARG 736 45.406 -23.117 10.671
8 HD3 ARG 736 HD3 ARG 736 43.810 -23.833 10.832
9 HE ARG 736 HE ARG 736 45.758 -25.240 12.375
10 HH11 ARG 736 HH11 ARG 736 43.892 -22.236 12.407
11 HH12 ARG 736 HH12 ARG 736 43.817 -22.132 14.102
12 HH21 ARG 736 HH21 ARG 736 45.636 -25.118 14.692
13 HH22 ARG 736 HH22 ARG 736 44.809 -23.826 15.435
No H/Q in entry = 13
In of MODEL 39
1 H ILE 737 H ILE 737 42.463 -27.179 7.870
2 HA ILE 737 HA ILE 737 43.405 -25.903 5.410
3 HB ILE 737 HB ILE 737 40.595 -26.828 6.022
4 HG12 ILE 737 HG12 ILE 737 42.203 -28.755 6.221
5 HG13 ILE 737 HG13 ILE 737 41.039 -28.948 4.926
6 HG23 ILE 737 HG21 ILE 737 40.363 -26.790 3.603
7 HG22 ILE 737 HG22 ILE 737 42.065 -26.379 3.421
8 HG21 ILE 737 HG23 ILE 737 40.959 -25.228 4.169
9 HD13 ILE 737 HD11 ILE 737 42.746 -28.266 3.319
10 HD12 ILE 737 HD12 ILE 737 43.239 -29.688 4.245
11 HD11 ILE 737 HD13 ILE 737 43.914 -28.100 4.632
No H/Q in entry = 11
In of MODEL 39
1 H LEU 738 H LEU 738 43.090 -23.739 5.202
2 HA LEU 738 HA LEU 738 41.017 -22.577 6.845
3 HB2 LEU 738 HB2 LEU 738 42.429 -20.747 7.513
4 HB3 LEU 738 HB3 LEU 738 43.081 -22.265 8.103
5 HG LEU 738 HG LEU 738 44.653 -21.997 5.934
6 HD13 LEU 738 HD11 LEU 738 45.170 -19.761 5.445
7 HD12 LEU 738 HD12 LEU 738 43.923 -19.193 6.564
8 HD11 LEU 738 HD13 LEU 738 43.464 -20.097 5.118
9 HD23 LEU 738 HD21 LEU 738 46.254 -20.817 7.275
10 HD22 LEU 738 HD22 LEU 738 45.457 -22.081 8.231
11 HD21 LEU 738 HD23 LEU 738 44.998 -20.381 8.431
No H/Q in entry = 11
In of MODEL 39
1 HA PRO 739 HA PRO 739 39.999 -20.399 3.168
2 HB2 PRO 739 HB2 PRO 739 38.809 -18.215 4.205
3 HB3 PRO 739 HB3 PRO 739 38.065 -19.830 4.232
4 HG2 PRO 739 HG2 PRO 739 39.516 -18.367 6.397
5 HG3 PRO 739 HG3 PRO 739 38.009 -19.301 6.486
6 HD2 PRO 739 HD2 PRO 739 40.403 -20.298 7.249
7 HD3 PRO 739 HD3 PRO 739 39.115 -21.306 6.556
No H/Q in entry = 7
In of MODEL 39
1 H LEU 740 H LEU 740 41.326 -19.331 1.896
2 HA LEU 740 HA LEU 740 42.630 -16.906 2.858
3 HB2 LEU 740 HB2 LEU 740 43.860 -19.104 1.201
4 HB3 LEU 740 HB3 LEU 740 44.492 -17.474 1.180
5 HG LEU 740 HG LEU 740 44.336 -19.259 3.605
6 HD13 LEU 740 HD11 LEU 740 46.680 -19.438 3.469
7 HD12 LEU 740 HD12 LEU 740 46.746 -18.366 2.048
8 HD11 LEU 740 HD13 LEU 740 46.009 -19.962 1.922
9 HD22 LEU 740 HD21 LEU 740 44.141 -16.922 4.224
10 HD21 LEU 740 HD22 LEU 740 45.545 -16.527 3.234
11 HD23 LEU 740 HD23 LEU 740 45.731 -17.537 4.665
No H/Q in entry = 11
In of MODEL 39
1 H THR 741 H THR 741 43.582 -15.889 0.707
2 HA THR 741 HA THR 741 41.485 -15.947 -1.307
3 HB THR 741 HB THR 741 42.694 -13.325 -0.783
4 HG1 THR 741 HG1 THR 741 40.889 -14.398 1.157
5 HG23 THR 741 HG21 THR 741 40.370 -12.611 -0.918
6 HG22 THR 741 HG22 THR 741 39.835 -14.285 -0.778
7 HG21 THR 741 HG23 THR 741 40.730 -13.764 -2.207
No H/Q in entry = 7
In of MODEL 39
1 H VAL 742 H VAL 742 42.403 -15.329 -3.391
2 HA VAL 742 HA VAL 742 44.925 -16.360 -3.777
3 HB VAL 742 HB VAL 742 43.557 -16.466 -5.728
4 HG11 VAL 742 HG11 VAL 742 42.063 -14.785 -5.223
5 HG13 VAL 742 HG12 VAL 742 42.666 -14.834 -6.884
6 HG12 VAL 742 HG13 VAL 742 43.247 -13.562 -5.777
7 HG22 VAL 742 HG21 VAL 742 44.796 -15.454 -7.499
8 HG21 VAL 742 HG22 VAL 742 45.949 -15.986 -6.256
9 HG23 VAL 742 HG23 VAL 742 45.503 -14.293 -6.386
No H/Q in entry = 9
In of MODEL 39
1 H CYS 743 H CYS 743 44.254 -12.882 -3.645
2 HA CYS 743 HA CYS 743 46.920 -12.121 -4.077
3 HB2 CYS 743 HB2 CYS 743 45.109 -10.487 -4.205
4 HB3 CYS 743 HB3 CYS 743 44.746 -10.712 -2.498
No H/Q in entry = 4
In of MODEL 39
1 H LYS 744 H LYS 744 45.173 -12.884 -1.117
2 HA LYS 744 HA LYS 744 47.053 -12.292 0.853
3 HB2 LYS 744 HB2 LYS 744 44.654 -12.960 1.143
4 HB3 LYS 744 HB3 LYS 744 45.114 -14.607 0.817
5 HG2 LYS 744 HG2 LYS 744 44.928 -14.433 3.184
6 HG3 LYS 744 HG3 LYS 744 46.646 -14.524 2.808
7 HD2 LYS 744 HD2 LYS 744 46.368 -12.859 4.489
8 HD3 LYS 744 HD3 LYS 744 46.709 -12.011 2.984
9 HE2 LYS 744 HE2 LYS 744 44.941 -10.849 4.138
10 HE3 LYS 744 HE3 LYS 744 44.253 -11.623 2.716
11 HZ3 LYS 744 HZ1 LYS 744 43.387 -13.399 4.177
12 HZ2 LYS 744 HZ2 LYS 744 42.850 -11.880 4.668
13 HZ1 LYS 744 HZ3 LYS 744 44.103 -12.633 5.500
No H/Q in entry = 13
In of MODEL 39
1 H MET 745 H MET 745 46.320 -15.463 -0.543
2 HA MET 745 HA MET 745 48.389 -17.009 0.484
3 HB2 MET 745 HB2 MET 745 46.879 -18.283 -0.465
4 HB3 MET 745 HB3 MET 745 46.484 -17.185 -1.775
5 HG2 MET 745 HG2 MET 745 47.434 -19.024 -2.879
6 HG3 MET 745 HG3 MET 745 48.783 -17.927 -2.734
7 HE2 MET 745 HE1 MET 745 48.163 -21.798 -0.377
8 HE1 MET 745 HE2 MET 745 47.107 -21.150 -1.631
9 HE3 MET 745 HE3 MET 745 47.161 -20.388 -0.041
No H/Q in entry = 9
In of MODEL 39
1 H HIS 746 H HIS 746 48.333 -15.053 -2.486
2 HA HIS 746 HA HIS 746 50.833 -16.073 -3.423
3 HB2 HIS 746 HB2 HIS 746 49.075 -13.905 -4.237
4 HB3 HIS 746 HB3 HIS 746 50.777 -13.689 -4.679
5 HD1 HIS 746 HD1 HIS 746 51.743 -15.916 -6.034
6 HD2 HIS 746 HD2 HIS 746 47.671 -15.245 -5.975
7 HE1 HIS 746 HE1 HIS 746 50.862 -17.114 -8.023
8 HE2 HIS 746 HE2 HIS 746 48.431 -16.461 -8.106
No H/Q in entry = 8
In of MODEL 39
1 H VAL 747 H VAL 747 50.042 -13.061 -1.789
2 HA VAL 747 HA VAL 747 52.675 -12.104 -1.683
3 HB VAL 747 HB VAL 747 50.216 -11.527 -0.024
4 HG12 VAL 747 HG11 VAL 747 52.904 -10.140 0.117
5 HG11 VAL 747 HG12 VAL 747 52.231 -11.185 1.367
6 HG13 VAL 747 HG13 VAL 747 51.440 -9.670 0.984
7 HG23 VAL 747 HG21 VAL 747 51.764 -9.960 -2.049
8 HG22 VAL 747 HG22 VAL 747 50.302 -9.398 -1.221
9 HG21 VAL 747 HG23 VAL 747 50.230 -10.776 -2.336
No H/Q in entry = 9
In of MODEL 39
1 H LEU 748 H LEU 748 50.722 -13.833 0.647
2 HA LEU 748 HA LEU 748 52.627 -14.089 2.633
3 HB2 LEU 748 HB2 LEU 748 50.513 -14.436 3.388
4 HB3 LEU 748 HB3 LEU 748 50.006 -15.242 1.936
5 HG LEU 748 HG LEU 748 51.712 -16.682 3.958
6 HD13 LEU 748 HD11 LEU 748 49.626 -17.458 4.979
7 HD12 LEU 748 HD12 LEU 748 48.694 -16.428 3.897
8 HD11 LEU 748 HD13 LEU 748 49.738 -15.703 5.124
9 HD22 LEU 748 HD21 LEU 748 50.595 -18.607 2.995
10 HD21 LEU 748 HD22 LEU 748 51.348 -17.668 1.711
11 HD23 LEU 748 HD23 LEU 748 49.607 -17.575 1.972
No H/Q in entry = 11
In of MODEL 39
1 H HIS 749 H HIS 749 52.052 -16.059 -0.197
2 HA HIS 749 HA HIS 749 53.694 -18.255 0.504
3 HB2 HIS 749 HB2 HIS 749 51.938 -17.931 -1.436
4 HB3 HIS 749 HB3 HIS 749 53.333 -17.354 -2.333
5 HD1 HIS 749 HD1 HIS 749 55.047 -19.165 -3.130
6 HD2 HIS 749 HD2 HIS 749 51.899 -20.642 -0.852
7 HE1 HIS 749 HE1 HIS 749 55.053 -21.635 -3.491
8 HE2 HIS 749 HE2 HIS 749 53.085 -22.501 -2.203
No H/Q in entry = 8
In of MODEL 39
1 H CYS 750 H CYS 750 54.289 -15.155 -1.098
2 HA CYS 750 HA CYS 750 57.004 -15.894 -1.745
3 HB2 CYS 750 HB2 CYS 750 55.557 -14.423 -3.212
4 HB3 CYS 750 HB3 CYS 750 55.708 -13.175 -1.988
No H/Q in entry = 4
In of MODEL 39
1 H GLN 751 H GLN 751 55.259 -14.305 0.775
2 HA GLN 751 HA GLN 751 57.434 -13.108 2.115
3 HB2 GLN 751 HB2 GLN 751 54.753 -14.108 3.065
4 HB3 GLN 751 HB3 GLN 751 55.913 -13.371 4.153
5 HG2 GLN 751 HG2 GLN 751 54.806 -12.029 1.706
6 HG3 GLN 751 HG3 GLN 751 54.128 -11.841 3.319
7 HE21 GLN 751 HE21 GLN 751 55.250 -9.734 1.645
8 HE22 GLN 751 HE22 GLN 751 56.608 -9.129 2.509
No H/Q in entry = 8
In of MODEL 39
1 H GLY 752 H GLY 752 56.887 -16.323 1.451
2 HA3 GLY 752 HA2 GLY 752 58.458 -17.972 1.978
3 HA2 GLY 752 HA3 GLY 752 58.898 -17.062 3.416
No H/Q in entry = 3
In of MODEL 39
1 H ARG 753 H ARG 753 55.573 -17.788 2.568
2 HA ARG 753 HA ARG 753 55.527 -19.703 4.798
3 HB2 ARG 753 HB2 ARG 753 53.246 -18.020 3.756
4 HB3 ARG 753 HB3 ARG 753 53.189 -19.095 5.146
5 HG2 ARG 753 HG2 ARG 753 54.803 -16.557 4.921
6 HG3 ARG 753 HG3 ARG 753 53.305 -16.772 5.823
7 HD2 ARG 753 HD2 ARG 753 54.416 -18.396 7.283
8 HD3 ARG 753 HD3 ARG 753 55.909 -18.205 6.357
9 HE ARG 753 HE ARG 753 54.929 -15.728 7.320
10 HH11 ARG 753 HH11 ARG 753 56.695 -18.613 8.391
11 HH12 ARG 753 HH12 ARG 753 57.578 -17.813 9.600
12 HH21 ARG 753 HH21 ARG 753 56.178 -14.617 8.996
13 HH22 ARG 753 HH22 ARG 753 57.270 -15.477 9.966
No H/Q in entry = 13
In of MODEL 39
1 H ASN 754 H ASN 754 54.875 -21.706 4.307
2 HA ASN 754 HA ASN 754 54.139 -22.216 1.541
3 HB2 ASN 754 HB2 ASN 754 55.014 -24.100 3.722
4 HB3 ASN 754 HB3 ASN 754 54.506 -24.622 2.122
5 HD21 ASN 754 HD21 ASN 754 57.028 -24.888 3.483
6 HD22 ASN 754 HD22 ASN 754 58.206 -24.144 2.466
No H/Q in entry = 6
In of MODEL 39
1 H TYR 755 H TYR 755 52.322 -22.928 0.895
2 HA TYR 755 HA TYR 755 50.334 -23.952 2.725
3 HB2 TYR 755 HB2 TYR 755 50.040 -21.448 1.109
4 HB3 TYR 755 HB3 TYR 755 48.643 -22.475 1.409
5 HD1 TYR 755 HD1 TYR 755 51.303 -20.543 3.082
6 HD2 TYR 755 HD2 TYR 755 47.502 -22.366 3.417
7 HE1 TYR 755 HE1 TYR 755 51.003 -19.483 5.250
8 HE2 TYR 755 HE2 TYR 755 47.182 -21.318 5.587
9 HH TYR 755 HH TYR 755 48.789 -20.565 7.382
No H/Q in entry = 9
In of MODEL 39
1 H THR 756 H THR 756 48.792 -25.143 1.702
2 HA THR 756 HA THR 756 49.532 -25.965 -1.014
3 HB THR 756 HB THR 756 48.150 -27.512 1.179
4 HG1 THR 756 HG1 THR 756 50.081 -27.835 1.865
5 HG22 THR 756 HG21 THR 756 48.554 -29.457 -0.247
6 HG21 THR 756 HG22 THR 756 49.245 -28.394 -1.488
7 HG23 THR 756 HG23 THR 756 47.538 -28.256 -1.048
No H/Q in entry = 7
In of MODEL 39
1 H LEU 757 H LEU 757 47.915 -25.908 -2.565
2 HA LEU 757 HA LEU 757 45.447 -24.657 -1.807
3 HB2 LEU 757 HB2 LEU 757 46.505 -25.579 -4.488
4 HB3 LEU 757 HB3 LEU 757 44.881 -24.969 -4.276
5 HG LEU 757 HG LEU 757 46.245 -23.246 -5.200
6 HD13 LEU 757 HD11 LEU 757 45.937 -21.468 -3.562
7 HD12 LEU 757 HD12 LEU 757 45.660 -22.672 -2.310
8 HD11 LEU 757 HD13 LEU 757 44.541 -22.537 -3.663
9 HD23 LEU 757 HD21 LEU 757 48.208 -22.315 -4.024
10 HD22 LEU 757 HD22 LEU 757 48.458 -24.001 -4.480
11 HD21 LEU 757 HD23 LEU 757 48.073 -23.588 -2.811
No H/Q in entry = 11
In of MODEL 39
1 H THR 758 H THR 758 43.631 -25.616 -1.365
2 HA THR 758 HA THR 758 43.502 -28.482 -1.858
3 HB THR 758 HB THR 758 42.120 -28.497 0.333
4 HG1 THR 758 HG1 THR 758 42.467 -25.960 0.247
5 HG21 THR 758 HG21 THR 758 44.353 -29.519 0.100
6 HG23 THR 758 HG22 THR 758 44.140 -28.784 1.685
7 HG22 THR 758 HG23 THR 758 45.093 -27.956 0.452
No H/Q in entry = 7
In of MODEL 39
1 H GLY 759 H GLY 759 41.025 -29.090 -1.173
2 HA3 GLY 759 HA2 GLY 759 39.518 -27.948 -3.312
3 HA2 GLY 759 HA3 GLY 759 39.003 -29.217 -2.202
No H/Q in entry = 3
In of MODEL 39
1 H ARG 760 H ARG 760 37.292 -27.269 -2.952
2 HA ARG 760 HA ARG 760 37.295 -25.087 -1.089
3 HB2 ARG 760 HB2 ARG 760 35.217 -24.374 -2.120
4 HB3 ARG 760 HB3 ARG 760 36.330 -24.865 -3.379
5 HG2 ARG 760 HG2 ARG 760 34.344 -25.782 -4.129
6 HG3 ARG 760 HG3 ARG 760 35.043 -27.137 -3.242
7 HD2 ARG 760 HD2 ARG 760 33.679 -26.493 -1.264
8 HD3 ARG 760 HD3 ARG 760 32.932 -25.230 -2.234
9 HE ARG 760 HE ARG 760 32.776 -28.047 -3.001
10 HH11 ARG 760 HH11 ARG 760 31.125 -25.078 -1.967
11 HH12 ARG 760 HH12 ARG 760 29.579 -25.587 -2.475
12 HH21 ARG 760 HH21 ARG 760 30.567 -28.757 -3.644
13 HH22 ARG 760 HH22 ARG 760 29.270 -27.670 -3.438
No H/Q in entry = 13
In of MODEL 39
1 H ASP 761 H ASP 761 36.243 -28.270 -1.086
2 HA ASP 761 HA ASP 761 34.147 -27.967 0.874
3 HB2 ASP 761 HB2 ASP 761 35.516 -30.417 -0.235
4 HB3 ASP 761 HB3 ASP 761 34.162 -30.470 0.891
No H/Q in entry = 4
In of MODEL 39
1 H SER 762 H SER 762 37.502 -28.102 0.960
2 HA SER 762 HA SER 762 37.861 -29.661 3.264
3 HB2 SER 762 HB2 SER 762 39.701 -27.673 1.950
4 HB3 SER 762 HB3 SER 762 40.180 -28.949 3.081
5 HG SER 762 HG SER 762 39.083 -30.374 1.468
No H/Q in entry = 5
In of MODEL 39
1 H CYS 763 H CYS 763 37.088 -26.245 2.879
2 HA CYS 763 HA CYS 763 36.816 -26.094 5.749
3 HB2 CYS 763 HB2 CYS 763 38.105 -24.050 6.050
4 HB3 CYS 763 HB3 CYS 763 39.134 -25.294 5.349
No H/Q in entry = 4
In of MODEL 39
1 H THR 764 H THR 764 35.976 -23.667 6.256
2 HA THR 764 HA THR 764 33.678 -23.385 4.530
3 HB THR 764 HB THR 764 34.348 -21.989 7.137
4 HG1 THR 764 HG1 THR 764 33.855 -24.579 6.605
5 HG21 THR 764 HG21 THR 764 32.443 -21.097 5.775
6 HG23 THR 764 HG22 THR 764 31.945 -21.745 7.336
7 HG22 THR 764 HG23 THR 764 31.692 -22.692 5.871
No H/Q in entry = 7
In of MODEL 39
1 H LEU 765 H LEU 765 33.668 -21.836 2.995
2 HA LEU 765 HA LEU 765 35.931 -20.057 2.859
3 HB2 LEU 765 HB2 LEU 765 34.827 -21.511 0.961
4 HB3 LEU 765 HB3 LEU 765 33.712 -20.167 0.853
5 HG LEU 765 HG LEU 765 35.582 -18.651 0.338
6 HD13 LEU 765 HD11 LEU 765 37.347 -19.782 1.542
7 HD12 LEU 765 HD12 LEU 765 37.792 -19.661 -0.164
8 HD11 LEU 765 HD13 LEU 765 37.177 -21.181 0.498
9 HD22 LEU 765 HD21 LEU 765 36.088 -19.520 -1.887
10 HD21 LEU 765 HD22 LEU 765 34.381 -19.751 -1.504
11 HD23 LEU 765 HD23 LEU 765 35.502 -21.113 -1.413
No H/Q in entry = 11
In of MODEL 39
1 HA PRO 766 HA PRO 766 33.636 -16.694 4.570
2 HB2 PRO 766 HB2 PRO 766 35.125 -14.589 3.596
3 HB3 PRO 766 HB3 PRO 766 35.523 -15.531 5.034
4 HG2 PRO 766 HG2 PRO 766 36.679 -15.637 2.319
5 HG3 PRO 766 HG3 PRO 766 37.425 -16.028 3.873
6 HD2 PRO 766 HD2 PRO 766 36.538 -17.882 2.010
7 HD3 PRO 766 HD3 PRO 766 36.809 -18.213 3.725
No H/Q in entry = 7
In of MODEL 39
1 H ALA 767 H ALA 767 34.668 -15.715 1.235
2 HA ALA 767 HA ALA 767 31.916 -14.771 0.943
3 HB2 ALA 767 HB1 ALA 767 34.332 -13.761 -0.538
4 HB1 ALA 767 HB2 ALA 767 33.617 -12.982 0.874
5 HB3 ALA 767 HB3 ALA 767 32.693 -13.116 -0.621
No H/Q in entry = 5
In of MODEL 39
1 H SER 768 H SER 768 30.685 -15.911 -0.095
2 HA SER 768 HA SER 768 31.304 -16.678 -2.799
3 HB2 SER 768 HB2 SER 768 30.541 -18.681 -0.655
4 HB3 SER 768 HB3 SER 768 30.458 -18.994 -2.387
5 HG SER 768 HG SER 768 32.840 -17.962 -1.518
No H/Q in entry = 5
In of MODEL 39
1 H ALA 769 H ALA 769 29.584 -14.814 -1.227
2 HA ALA 769 HA ALA 769 26.970 -15.865 -1.986
3 HB2 ALA 769 HB1 ALA 769 26.001 -14.547 -0.213
4 HB1 ALA 769 HB2 ALA 769 27.590 -13.944 0.247
5 HB3 ALA 769 HB3 ALA 769 27.201 -15.659 0.431
No H/Q in entry = 5
In of MODEL 39
1 H GLU 770 H GLU 770 25.411 -13.988 -2.074
2 HA GLU 770 HA GLU 770 26.252 -12.237 -4.219
3 HB2 GLU 770 HB2 GLU 770 23.841 -11.731 -4.349
4 HB3 GLU 770 HB3 GLU 770 24.158 -13.459 -4.458
5 HG2 GLU 770 HG2 GLU 770 23.562 -12.219 -1.850
6 HG3 GLU 770 HG3 GLU 770 22.199 -12.573 -2.936
No H/Q in entry = 6
In of MODEL 39
1 H LYS 771 H LYS 771 25.529 -9.917 -4.091
2 HA LYS 771 HA LYS 771 25.522 -8.890 -1.355
3 HB2 LYS 771 HB2 LYS 771 27.355 -7.893 -3.560
4 HB3 LYS 771 HB3 LYS 771 27.184 -7.184 -1.968
5 HG2 LYS 771 HG2 LYS 771 28.130 -9.994 -2.446
6 HG3 LYS 771 HG3 LYS 771 29.200 -8.608 -2.239
7 HD2 LYS 771 HD2 LYS 771 28.609 -8.330 -0.008
8 HD3 LYS 771 HD3 LYS 771 27.102 -9.224 -0.184
9 HE2 LYS 771 HE2 LYS 771 28.227 -11.251 -0.409
10 HE3 LYS 771 HE3 LYS 771 29.828 -10.481 -0.456
11 HZ1 LYS 771 HZ1 LYS 771 29.371 -9.709 1.832
12 HZ3 LYS 771 HZ2 LYS 771 29.397 -11.388 1.732
13 HZ2 LYS 771 HZ3 LYS 771 27.932 -10.574 1.838
No H/Q in entry = 13
In of MODEL 39
1 H ALA 772 H ALA 772 25.272 -6.351 -1.594
2 HA ALA 772 HA ALA 772 23.429 -5.717 -3.720
3 HB1 ALA 772 HB1 ALA 772 22.010 -6.623 -1.937
4 HB3 ALA 772 HB2 ALA 772 21.753 -4.886 -2.124
5 HB2 ALA 772 HB3 ALA 772 22.730 -5.494 -0.787
No H/Q in entry = 5
In of MODEL 39
1 H CYS 773 H CYS 773 22.725 -3.296 -3.196
2 HA CYS 773 HA CYS 773 25.004 -1.715 -3.490
3 HB2 CYS 773 HB2 CYS 773 22.742 -1.018 -4.213
4 HB3 CYS 773 HB3 CYS 773 22.266 -0.843 -2.528
No H/Q in entry = 4
In of MODEL 39
1 H GLY 774 H GLY 774 26.530 -1.276 -2.076
2 HA3 GLY 774 HA2 GLY 774 26.885 -0.052 0.111
3 HA2 GLY 774 HA3 GLY 774 25.887 -1.334 0.795
No H/Q in entry = 3
In of MODEL 39
1 H ALA 775 H ALA 775 27.030 -3.267 -1.162
2 HA ALA 775 HA ALA 775 29.851 -3.378 -0.516
3 HB1 ALA 775 HB1 ALA 775 29.675 -5.747 0.173
4 HB2 ALA 775 HB2 ALA 775 27.919 -5.639 0.081
5 HB3 ALA 775 HB3 ALA 775 28.796 -4.700 1.285
No H/Q in entry = 5
In of MODEL 39
1 H CYS 776 H CYS 776 30.494 -3.288 -2.583
2 HA CYS 776 HA CYS 776 29.195 -5.146 -4.437
3 HB2 CYS 776 HB2 CYS 776 30.236 -2.384 -5.054
4 HB3 CYS 776 HB3 CYS 776 29.516 -3.506 -6.204
No H/Q in entry = 4
In of MODEL 39
1 HA PRO 777 HA PRO 777 33.468 -6.688 -4.520
2 HB2 PRO 777 HB2 PRO 777 32.251 -8.572 -6.447
3 HB3 PRO 777 HB3 PRO 777 33.159 -8.911 -4.977
4 HG2 PRO 777 HG2 PRO 777 30.521 -9.287 -5.084
5 HG3 PRO 777 HG3 PRO 777 31.307 -8.679 -3.615
6 HD2 PRO 777 HD2 PRO 777 29.730 -7.185 -5.672
7 HD3 PRO 777 HD3 PRO 777 29.769 -7.005 -3.905
No H/Q in entry = 7
In of MODEL 39
1 H LEU 778 H LEU 778 34.833 -7.560 -6.506
2 HA LEU 778 HA LEU 778 35.416 -5.375 -8.185
3 HB2 LEU 778 HB2 LEU 778 36.013 -8.116 -9.207
4 HB3 LEU 778 HB3 LEU 778 37.013 -6.692 -9.239
5 HG LEU 778 HG LEU 778 36.606 -8.637 -6.990
6 HD13 LEU 778 HD11 LEU 778 39.009 -8.965 -7.179
7 HD12 LEU 778 HD12 LEU 778 39.055 -7.822 -8.517
8 HD11 LEU 778 HD13 LEU 778 38.162 -9.332 -8.683
9 HD22 LEU 778 HD21 LEU 778 36.673 -6.465 -5.948
10 HD21 LEU 778 HD22 LEU 778 38.110 -6.034 -6.897
11 HD23 LEU 778 HD23 LEU 778 38.183 -7.355 -5.709
No H/Q in entry = 11
In of MODEL 39
1 H TRP 779 H TRP 779 33.671 -8.296 -8.715
2 HA TRP 779 HA TRP 779 32.944 -7.750 -11.464
3 HB2 TRP 779 HB2 TRP 779 31.935 -10.073 -11.168
4 HB3 TRP 779 HB3 TRP 779 33.691 -9.934 -11.078
5 HD1 TRP 779 HD1 TRP 779 30.637 -10.477 -8.762
6 HE1 TRP 779 HE1 TRP 779 31.473 -11.505 -6.565
7 HE3 TRP 779 HE3 TRP 779 35.653 -10.305 -9.624
8 HZ2 TRP 779 HZ2 TRP 779 33.929 -12.169 -5.346
9 HZ3 TRP 779 HZ3 TRP 779 37.178 -11.173 -7.898
10 HH2 TRP 779 HH2 TRP 779 36.333 -12.086 -5.810
No H/Q in entry = 10
In of MODEL 39
1 H GLY 780 H GLY 780 31.730 -6.947 -8.523
2 HA3 GLY 780 HA2 GLY 780 28.948 -7.396 -9.328
3 HA2 GLY 780 HA3 GLY 780 29.485 -7.273 -7.656
No H/Q in entry = 3
In of MODEL 39
1 H LYS 781 H LYS 781 28.662 -5.610 -10.490
2 HA LYS 781 HA LYS 781 29.313 -3.057 -9.220
3 HB2 LYS 781 HB2 LYS 781 28.636 -3.699 -12.084
4 HB3 LYS 781 HB3 LYS 781 28.843 -2.069 -11.465
5 HG2 LYS 781 HG2 LYS 781 30.926 -4.204 -11.355
6 HG3 LYS 781 HG3 LYS 781 30.826 -2.959 -12.621
7 HD2 LYS 781 HD2 LYS 781 31.091 -1.235 -10.880
8 HD3 LYS 781 HD3 LYS 781 31.222 -2.497 -9.655
9 HE2 LYS 781 HE2 LYS 781 33.214 -3.340 -10.686
10 HE3 LYS 781 HE3 LYS 781 33.088 -2.162 -11.996
11 HZ2 LYS 781 HZ1 LYS 781 33.537 -1.549 -9.118
12 HZ1 LYS 781 HZ2 LYS 781 33.329 -0.399 -10.311
13 HZ3 LYS 781 HZ3 LYS 781 34.675 -1.398 -10.352
No H/Q in entry = 13
In of MODEL 39
1 H CYS 782 H CYS 782 27.798 -1.532 -9.001
2 HA CYS 782 HA CYS 782 25.093 -2.602 -8.864
3 HB2 CYS 782 HB2 CYS 782 26.059 -1.532 -6.809
4 HB3 CYS 782 HB3 CYS 782 26.137 -0.010 -7.682
No H/Q in entry = 4
In of MODEL 39
1 H ASP 783 H ASP 783 24.742 -2.561 -11.022
2 HA ASP 783 HA ASP 783 23.743 -0.016 -11.972
3 HB2 ASP 783 HB2 ASP 783 25.988 -0.309 -13.089
4 HB3 ASP 783 HB3 ASP 783 25.413 -1.827 -13.764
No H/Q in entry = 4
In of MODEL 39
1 H ALA 784 H ALA 784 21.968 -0.993 -11.188
2 HA ALA 784 HA ALA 784 20.155 -2.096 -12.899
3 HB3 ALA 784 HB1 ALA 784 19.861 -4.382 -11.932
4 HB2 ALA 784 HB2 ALA 784 21.345 -4.172 -11.006
5 HB1 ALA 784 HB3 ALA 784 21.408 -4.238 -12.767
No H/Q in entry = 5
In of MODEL 39
1 H GLU 785 H GLU 785 18.463 -1.132 -11.963
2 HA GLU 785 HA GLU 785 18.674 -0.453 -9.191
3 HB2 GLU 785 HB2 GLU 785 17.861 1.196 -10.896
4 HB3 GLU 785 HB3 GLU 785 16.434 0.201 -11.113
5 HG2 GLU 785 HG2 GLU 785 15.809 0.571 -8.779
6 HG3 GLU 785 HG3 GLU 785 17.246 1.570 -8.558
No H/Q in entry = 6
In of MODEL 39
1 H SER 786 H SER 786 18.632 -2.594 -8.542
2 HA SER 786 HA SER 786 15.923 -3.494 -7.879
3 HB2 SER 786 HB2 SER 786 18.110 -5.343 -8.898
4 HB3 SER 786 HB3 SER 786 16.502 -5.839 -8.361
5 HG SER 786 HG SER 786 16.283 -3.898 -10.162
No H/Q in entry = 5
In of MODEL 39
1 H SER 787 H SER 787 18.336 -2.132 -6.712
2 HA SER 787 HA SER 787 19.309 -1.835 -4.739
3 HB2 SER 787 HB2 SER 787 17.609 -4.133 -3.746
4 HB3 SER 787 HB3 SER 787 18.409 -2.913 -2.748
5 HG SER 787 HG SER 787 17.171 -1.349 -3.974
No H/Q in entry = 5
In of MODEL 39
1 H LYS 788 H LYS 788 19.595 -4.782 -6.285
2 HA LYS 788 HA LYS 788 21.645 -5.960 -4.631
3 HB2 LYS 788 HB2 LYS 788 20.434 -6.663 -7.266
4 HB3 LYS 788 HB3 LYS 788 21.799 -7.528 -6.586
5 HG2 LYS 788 HG2 LYS 788 20.596 -8.242 -4.793
6 HG3 LYS 788 HG3 LYS 788 19.228 -7.166 -5.125
7 HD2 LYS 788 HD2 LYS 788 18.659 -9.448 -5.859
8 HD3 LYS 788 HD3 LYS 788 18.816 -8.382 -7.251
9 HE2 LYS 788 HE2 LYS 788 19.878 -10.470 -7.782
10 HE3 LYS 788 HE3 LYS 788 21.138 -9.272 -7.594
11 HZ1 LYS 788 HZ1 LYS 788 21.538 -10.143 -5.341
12 HZ3 LYS 788 HZ2 LYS 788 21.730 -11.323 -6.501
13 HZ2 LYS 788 HZ3 LYS 788 20.329 -11.295 -5.571
No H/Q in entry = 13
In of MODEL 39
1 H CYS 789 H CYS 789 23.650 -6.673 -5.649
2 HA CYS 789 HA CYS 789 24.686 -4.742 -7.558
3 HB2 CYS 789 HB2 CYS 789 26.860 -5.350 -6.754
4 HB3 CYS 789 HB3 CYS 789 25.786 -5.351 -5.343
No H/Q in entry = 4
In of MODEL 39
1 H VAL 790 H VAL 790 25.374 -5.609 -9.574
2 HA VAL 790 HA VAL 790 24.345 -8.310 -9.976
3 HB VAL 790 HB VAL 790 23.145 -6.407 -11.103
4 HG13 VAL 790 HG11 VAL 790 24.926 -4.963 -11.674
5 HG12 VAL 790 HG12 VAL 790 24.065 -5.430 -13.143
6 HG11 VAL 790 HG13 VAL 790 25.621 -6.164 -12.759
7 HG23 VAL 790 HG21 VAL 790 24.289 -8.509 -12.925
8 HG22 VAL 790 HG22 VAL 790 22.861 -7.527 -13.267
9 HG21 VAL 790 HG23 VAL 790 22.859 -8.646 -11.898
No H/Q in entry = 9
In of MODEL 39
1 H CYS 791 H CYS 791 25.557 -9.552 -11.711
2 HA CYS 791 HA CYS 791 28.395 -9.102 -11.196
3 HB2 CYS 791 HB2 CYS 791 27.017 -11.535 -12.383
4 HB3 CYS 791 HB3 CYS 791 28.690 -11.422 -11.862
No H/Q in entry = 4
In of MODEL 39
1 H ARG 792 H ARG 792 29.620 -8.344 -12.696
2 HA ARG 792 HA ARG 792 28.499 -7.939 -15.359
3 HB2 ARG 792 HB2 ARG 792 30.563 -6.443 -13.780
4 HB3 ARG 792 HB3 ARG 792 30.240 -6.117 -15.485
5 HG2 ARG 792 HG2 ARG 792 28.308 -5.842 -13.183
6 HG3 ARG 792 HG3 ARG 792 29.033 -4.536 -14.130
7 HD2 ARG 792 HD2 ARG 792 27.955 -5.502 -16.155
8 HD3 ARG 792 HD3 ARG 792 27.138 -6.652 -15.112
9 HE ARG 792 HE ARG 792 26.157 -4.636 -14.016
10 HH11 ARG 792 HH11 ARG 792 27.264 -4.506 -17.371
11 HH12 ARG 792 HH12 ARG 792 25.964 -3.579 -17.933
12 HH21 ARG 792 HH21 ARG 792 24.255 -3.331 -14.824
13 HH22 ARG 792 HH22 ARG 792 24.261 -2.919 -16.450
No H/Q in entry = 13
In of MODEL 39
1 H GLU 793 H GLU 793 30.374 -7.486 -16.983
2 HA GLU 793 HA GLU 793 31.637 -10.039 -17.399
3 HB2 GLU 793 HB2 GLU 793 32.069 -7.480 -18.934
4 HB3 GLU 793 HB3 GLU 793 32.367 -9.121 -19.483
5 HG2 GLU 793 HG2 GLU 793 29.733 -7.966 -18.796
6 HG3 GLU 793 HG3 GLU 793 30.348 -8.135 -20.463
No H/Q in entry = 6
In of MODEL 39
1 H ALA 794 H ALA 794 33.989 -10.035 -17.973
2 HA ALA 794 HA ALA 794 35.450 -9.317 -15.680
3 HB3 ALA 794 HB1 ALA 794 37.362 -10.199 -16.896
4 HB1 ALA 794 HB2 ALA 794 36.405 -10.186 -18.383
5 HB2 ALA 794 HB3 ALA 794 35.952 -11.251 -17.058
No H/Q in entry = 5
In of MODEL 39
1 H SER 795 H SER 795 35.371 -8.012 -18.955
2 HA SER 795 HA SER 795 37.379 -6.164 -18.534
3 HB2 SER 795 HB2 SER 795 36.258 -5.225 -20.689
4 HB3 SER 795 HB3 SER 795 37.012 -6.824 -20.729
5 HG SER 795 HG SER 795 34.799 -6.592 -21.584
No H/Q in entry = 5
In of MODEL 39
1 H GLU 796 H GLU 796 33.988 -6.253 -17.994
2 HA GLU 796 HA GLU 796 33.627 -3.400 -17.796
3 HB2 GLU 796 HB2 GLU 796 31.904 -4.876 -18.806
4 HB3 GLU 796 HB3 GLU 796 31.700 -5.683 -17.266
5 HG2 GLU 796 HG2 GLU 796 30.677 -3.781 -16.307
6 HG3 GLU 796 HG3 GLU 796 31.177 -2.749 -17.648
No H/Q in entry = 6
In of MODEL 39
1 H CYS 797 H CYS 797 34.714 -5.851 -15.807
2 HA CYS 797 HA CYS 797 33.946 -4.749 -13.280
3 HB2 CYS 797 HB2 CYS 797 36.239 -6.594 -13.989
4 HB3 CYS 797 HB3 CYS 797 35.739 -6.190 -12.355
No H/Q in entry = 4
In of MODEL 39
1 H GLU 798 H GLU 798 36.469 -4.211 -15.636
2 HA GLU 798 HA GLU 798 38.254 -2.817 -15.806
3 HB2 GLU 798 HB2 GLU 798 36.547 -1.147 -13.960
4 HB3 GLU 798 HB3 GLU 798 37.897 -0.553 -14.911
5 HG2 GLU 798 HG2 GLU 798 36.701 -1.123 -16.964
6 HG3 GLU 798 HG3 GLU 798 35.337 -1.696 -15.998
No H/Q in entry = 6
In of MODEL 39
1 H GLU 799 H GLU 799 38.670 -4.774 -13.907
2 HA GLU 799 HA GLU 799 40.155 -3.351 -11.774
3 HB2 GLU 799 HB2 GLU 799 37.940 -4.721 -11.256
4 HB3 GLU 799 HB3 GLU 799 39.027 -6.092 -11.348
5 HG2 GLU 799 HG2 GLU 799 39.063 -3.822 -9.384
6 HG3 GLU 799 HG3 GLU 799 38.846 -5.559 -9.128
No H/Q in entry = 6
In of MODEL 39
1 H GLU 800 H GLU 800 39.720 -6.612 -12.936
2 HA GLU 800 HA GLU 800 40.918 -8.122 -13.990
3 HB2 GLU 800 HB2 GLU 800 43.236 -6.199 -14.035
4 HB3 GLU 800 HB3 GLU 800 43.219 -7.777 -14.815
5 HG2 GLU 800 HG2 GLU 800 41.271 -7.016 -16.162
6 HG3 GLU 800 HG3 GLU 800 41.475 -5.418 -15.457
No H/Q in entry = 6
In of MODEL 39
1 H GLY 801 H GLY 801 42.360 -6.648 -11.167
2 HA3 GLY 801 HA2 GLY 801 43.704 -7.431 -9.567
3 HA2 GLY 801 HA3 GLY 801 42.630 -8.809 -9.651
No H/Q in entry = 3
In of MODEL 39
1 H PHE 802 H PHE 802 43.895 -10.380 -9.326
2 HA PHE 802 HA PHE 802 46.516 -10.727 -10.507
3 HB2 PHE 802 HB2 PHE 802 44.819 -12.342 -8.637
4 HB3 PHE 802 HB3 PHE 802 46.219 -13.067 -9.405
5 HD1 PHE 802 HD1 PHE 802 45.879 -9.591 -8.112
6 HD2 PHE 802 HD2 PHE 802 47.632 -13.430 -7.607
7 HE1 PHE 802 HE1 PHE 802 47.314 -8.710 -6.344
8 HE2 PHE 802 HE2 PHE 802 49.054 -12.560 -5.853
9 HZ PHE 802 HZ PHE 802 48.906 -10.186 -5.192
No H/Q in entry = 9
In of MODEL 39
1 H SER 803 H SER 803 46.920 -13.067 -11.384
2 HA SER 803 HA SER 803 44.772 -13.756 -13.246
3 HB2 SER 803 HB2 SER 803 47.742 -14.186 -13.669
4 HB3 SER 803 HB3 SER 803 46.421 -14.372 -14.829
5 HG SER 803 HG SER 803 46.030 -12.131 -14.651
No H/Q in entry = 5
In of MODEL 39
1 H ILE 804 H ILE 804 44.071 -15.858 -13.078
2 HA ILE 804 HA ILE 804 45.681 -17.703 -11.459
3 HB ILE 804 HB ILE 804 43.762 -18.556 -10.248
4 HG12 ILE 804 HG12 ILE 804 42.017 -18.080 -12.011
5 HG13 ILE 804 HG13 ILE 804 41.513 -17.726 -10.370
6 HG23 ILE 804 HG21 ILE 804 43.210 -16.644 -8.815
7 HG22 ILE 804 HG22 ILE 804 43.888 -15.564 -10.034
8 HG21 ILE 804 HG23 ILE 804 44.929 -16.730 -9.215
9 HD13 ILE 804 HD11 ILE 804 40.730 -16.042 -11.911
10 HD12 ILE 804 HD12 ILE 804 42.373 -15.729 -12.454
11 HD11 ILE 804 HD13 ILE 804 41.900 -15.340 -10.795
No H/Q in entry = 11
In of MODEL 39
1 H CYS 805 H CYS 805 44.640 -20.006 -11.585
2 HA CYS 805 HA CYS 805 44.044 -20.540 -14.407
3 HB2 CYS 805 HB2 CYS 805 46.191 -21.475 -13.659
4 HB3 CYS 805 HB3 CYS 805 45.382 -22.248 -12.302
No H/Q in entry = 4
In of MODEL 39
1 H VAL 806 H VAL 806 42.100 -21.314 -14.785
2 HA VAL 806 HA VAL 806 40.635 -22.535 -12.552
3 HB VAL 806 HB VAL 806 39.416 -20.691 -14.587
4 HG13 VAL 806 HG11 VAL 806 37.868 -22.223 -13.672
5 HG12 VAL 806 HG12 VAL 806 37.543 -20.609 -13.009
6 HG11 VAL 806 HG13 VAL 806 38.355 -21.833 -12.030
7 HG23 VAL 806 HG21 VAL 806 39.237 -18.990 -12.820
8 HG22 VAL 806 HG22 VAL 806 40.887 -19.326 -13.313
9 HG21 VAL 806 HG23 VAL 806 40.272 -19.988 -11.787
No H/Q in entry = 9
In of MODEL 39
1 H GLU 807 H GLU 807 39.538 -24.340 -13.112
2 HA GLU 807 HA GLU 807 39.767 -25.334 -15.802
3 HB2 GLU 807 HB2 GLU 807 40.013 -26.872 -13.903
4 HB3 GLU 807 HB3 GLU 807 38.409 -26.439 -13.336
5 HG2 GLU 807 HG2 GLU 807 37.486 -27.345 -15.452
6 HG3 GLU 807 HG3 GLU 807 39.123 -27.889 -15.855
No H/Q in entry = 6
In of MODEL 39
1 H VAL 808 H VAL 808 38.397 -24.845 -17.252
2 HA VAL 808 HA VAL 808 35.593 -24.449 -16.649
3 HB VAL 808 HB VAL 808 36.703 -22.210 -16.639
4 HG11 VAL 808 HG11 VAL 808 38.505 -22.567 -18.174
5 HG13 VAL 808 HG12 VAL 808 37.513 -21.212 -18.721
6 HG12 VAL 808 HG13 VAL 808 37.369 -22.784 -19.506
7 HG22 VAL 808 HG21 VAL 808 35.185 -21.106 -18.187
8 HG21 VAL 808 HG22 VAL 808 34.375 -22.360 -17.233
9 HG23 VAL 808 HG23 VAL 808 34.810 -22.669 -18.918
No H/Q in entry = 9
In of MODEL 39
1 H ASN 809 H ASN 809 34.393 -25.424 -18.169
2 HA ASN 809 HA ASN 809 33.802 -26.563 -20.044
3 HB2 ASN 809 HB2 ASN 809 35.975 -24.831 -21.047
4 HB3 ASN 809 HB3 ASN 809 35.361 -26.077 -22.147
5 HD21 ASN 809 HD21 ASN 809 34.932 -23.006 -20.717
6 HD22 ASN 809 HD22 ASN 809 33.420 -22.610 -21.441
No H/Q in entry = 6
In of MODEL 39
1 H GLY 810 H GLY 810 35.901 -27.468 -18.115
2 HA3 GLY 810 HA2 GLY 810 36.605 -29.724 -17.938
3 HA2 GLY 810 HA3 GLY 810 36.679 -29.770 -19.707
No H/Q in entry = 3
In of MODEL 39
1 H LYS 811 H LYS 811 38.118 -27.119 -19.535
2 HA LYS 811 HA LYS 811 40.776 -28.327 -19.091
3 HB2 LYS 811 HB2 LYS 811 41.548 -26.715 -20.820
4 HB3 LYS 811 HB3 LYS 811 40.434 -27.942 -21.411
5 HG2 LYS 811 HG2 LYS 811 38.593 -26.332 -21.278
6 HG3 LYS 811 HG3 LYS 811 39.718 -25.103 -20.708
7 HD2 LYS 811 HD2 LYS 811 39.923 -26.543 -23.319
8 HD3 LYS 811 HD3 LYS 811 39.152 -24.967 -23.112
9 HE2 LYS 811 HE2 LYS 811 41.295 -24.063 -22.261
10 HE3 LYS 811 HE3 LYS 811 42.049 -25.629 -22.548
11 HZ3 LYS 811 HZ1 LYS 811 42.494 -24.099 -24.319
12 HZ2 LYS 811 HZ2 LYS 811 40.864 -23.870 -24.621
13 HZ1 LYS 811 HZ3 LYS 811 41.572 -25.381 -24.898
No H/Q in entry = 13
In of MODEL 39
1 H GLU 812 H GLU 812 42.448 -26.907 -18.387
2 HA GLU 812 HA GLU 812 41.485 -24.844 -16.592
3 HB2 GLU 812 HB2 GLU 812 44.207 -26.085 -16.968
4 HB3 GLU 812 HB3 GLU 812 43.815 -24.875 -15.754
5 HG2 GLU 812 HG2 GLU 812 42.258 -26.381 -14.701
6 HG3 GLU 812 HG3 GLU 812 42.528 -27.586 -15.957
No H/Q in entry = 6
In of MODEL 39
1 H GLN 813 H GLN 813 41.332 -22.903 -17.271
2 HA GLN 813 HA GLN 813 43.153 -21.872 -19.351
3 HB2 GLN 813 HB2 GLN 813 40.917 -21.984 -20.199
4 HB3 GLN 813 HB3 GLN 813 40.240 -21.340 -18.716
5 HG2 GLN 813 HG2 GLN 813 41.166 -19.175 -19.204
6 HG3 GLN 813 HG3 GLN 813 41.911 -19.784 -20.699
7 HE21 GLN 813 HE21 GLN 813 39.516 -21.434 -21.264
8 HE22 GLN 813 HE22 GLN 813 38.299 -20.328 -21.778
No H/Q in entry = 8
In of MODEL 39
1 H THR 814 H THR 814 43.898 -19.633 -18.979
2 HA THR 814 HA THR 814 44.053 -18.973 -16.176
3 HB THR 814 HB THR 814 45.184 -17.615 -18.603
4 HG1 THR 814 HG1 THR 814 46.382 -19.305 -18.639
5 HG23 THR 814 HG21 THR 814 46.796 -16.609 -17.015
6 HG22 THR 814 HG22 THR 814 45.955 -17.401 -15.683
7 HG21 THR 814 HG23 THR 814 45.134 -16.160 -16.626
No H/Q in entry = 7
In of MODEL 39
1 H MET 815 H MET 815 42.929 -17.356 -15.286
2 HA MET 815 HA MET 815 41.452 -15.572 -17.093
3 HB2 MET 815 HB2 MET 815 40.407 -16.577 -14.453
4 HB3 MET 815 HB3 MET 815 39.559 -15.563 -15.611
5 HG2 MET 815 HG2 MET 815 39.824 -17.573 -17.215
6 HG3 MET 815 HG3 MET 815 40.270 -18.408 -15.737
7 HE3 MET 815 HE1 MET 815 37.927 -19.080 -17.747
8 HE2 MET 815 HE2 MET 815 36.743 -19.715 -16.592
9 HE1 MET 815 HE3 MET 815 38.464 -20.094 -16.420
No H/Q in entry = 9
In of MODEL 39
1 H SER 816 H SER 816 41.107 -13.547 -16.239
2 HA SER 816 HA SER 816 42.987 -12.680 -14.272
3 HB2 SER 816 HB2 SER 816 40.656 -11.220 -15.558
4 HB3 SER 816 HB3 SER 816 41.939 -10.478 -14.596
5 HG SER 816 HG SER 816 42.506 -12.024 -16.890
No H/Q in entry = 5
In of MODEL 39
1 H GLU 817 H GLU 817 42.353 -11.824 -12.273
2 HA GLU 817 HA GLU 817 40.876 -13.451 -10.678
3 HB2 GLU 817 HB2 GLU 817 42.641 -11.760 -10.124
4 HB3 GLU 817 HB3 GLU 817 41.395 -10.543 -10.300
5 HG2 GLU 817 HG2 GLU 817 40.265 -11.251 -8.393
6 HG3 GLU 817 HG3 GLU 817 41.176 -12.761 -8.318
No H/Q in entry = 6
In of MODEL 39
1 H CYS 818 H CYS 818 39.856 -10.282 -11.931
2 HA CYS 818 HA CYS 818 37.305 -10.451 -10.756
3 HB2 CYS 818 HB2 CYS 818 36.644 -8.559 -12.227
4 HB3 CYS 818 HB3 CYS 818 38.171 -8.292 -11.393
No H/Q in entry = 4
In of MODEL 39
1 H GLU 819 H GLU 819 38.524 -11.830 -13.659
2 HA GLU 819 HA GLU 819 36.047 -12.129 -15.061
3 HB2 GLU 819 HB2 GLU 819 38.212 -12.042 -16.228
4 HB3 GLU 819 HB3 GLU 819 38.707 -13.511 -15.409
5 HG2 GLU 819 HG2 GLU 819 37.168 -14.814 -16.623
6 HG3 GLU 819 HG3 GLU 819 36.342 -13.386 -17.252
No H/Q in entry = 6
In of MODEL 39
1 H ALA 820 H ALA 820 38.265 -14.414 -13.512
2 HA ALA 820 HA ALA 820 36.661 -16.630 -13.565
3 HB1 ALA 820 HB1 ALA 820 38.988 -16.722 -12.945
4 HB2 ALA 820 HB2 ALA 820 38.011 -17.461 -11.672
5 HB3 ALA 820 HB3 ALA 820 38.653 -15.833 -11.460
No H/Q in entry = 5
In of MODEL 39
1 H GLY 821 H GLY 821 36.853 -13.977 -11.263
2 HA3 GLY 821 HA2 GLY 821 35.151 -14.992 -9.252
3 HA2 GLY 821 HA3 GLY 821 35.573 -13.301 -9.495
No H/Q in entry = 3
In of MODEL 39
1 H ALA 822 H ALA 822 34.520 -12.798 -12.001
2 HA ALA 822 HA ALA 822 31.811 -12.399 -11.387
3 HB1 ALA 822 HB1 ALA 822 33.091 -12.252 -14.122
4 HB2 ALA 822 HB2 ALA 822 33.049 -10.949 -12.929
5 HB3 ALA 822 HB3 ALA 822 31.547 -11.560 -13.611
No H/Q in entry = 5
In of MODEL 39
1 H LEU 823 H LEU 823 33.470 -14.719 -13.405
2 HA LEU 823 HA LEU 823 31.184 -15.947 -14.449
3 HB2 LEU 823 HB2 LEU 823 33.931 -17.090 -13.956
4 HB3 LEU 823 HB3 LEU 823 32.687 -17.892 -14.899
5 HG LEU 823 HG LEU 823 33.910 -15.209 -15.579
6 HD11 LEU 823 HD11 LEU 823 34.405 -17.905 -16.821
7 HD13 LEU 823 HD12 LEU 823 35.537 -16.960 -15.836
8 HD12 LEU 823 HD13 LEU 823 35.018 -16.351 -17.398
9 HD22 LEU 823 HD21 LEU 823 31.658 -15.364 -16.409
10 HD21 LEU 823 HD22 LEU 823 31.965 -16.963 -17.074
11 HD23 LEU 823 HD23 LEU 823 32.784 -15.549 -17.755
No H/Q in entry = 11
In of MODEL 39
1 H ARG 824 H ARG 824 33.034 -16.577 -11.518
2 HA ARG 824 HA ARG 824 31.570 -18.858 -10.727
3 HB2 ARG 824 HB2 ARG 824 33.865 -18.141 -9.877
4 HB3 ARG 824 HB3 ARG 824 33.037 -16.952 -8.889
5 HG2 ARG 824 HG2 ARG 824 32.056 -18.567 -7.530
6 HG3 ARG 824 HG3 ARG 824 32.321 -19.857 -8.699
7 HD2 ARG 824 HD2 ARG 824 33.913 -20.230 -7.002
8 HD3 ARG 824 HD3 ARG 824 34.789 -19.513 -8.328
9 HE ARG 824 HE ARG 824 34.110 -17.395 -6.736
10 HH11 ARG 824 HH11 ARG 824 36.056 -20.352 -6.390
11 HH12 ARG 824 HH12 ARG 824 37.007 -19.754 -5.107
12 HH21 ARG 824 HH21 ARG 824 35.502 -16.580 -4.904
13 HH22 ARG 824 HH22 ARG 824 36.680 -17.644 -4.271
No H/Q in entry = 13
In of MODEL 39
1 H CYS 825 H CYS 825 31.187 -15.477 -10.132
2 HA CYS 825 HA CYS 825 29.046 -15.751 -8.320
3 HB2 CYS 825 HB2 CYS 825 30.462 -13.621 -9.668
4 HB3 CYS 825 HB3 CYS 825 28.865 -13.168 -9.174
No H/Q in entry = 4
In of MODEL 39
1 H ARG 826 H ARG 826 29.133 -15.169 -11.807
2 HA ARG 826 HA ARG 826 26.340 -14.607 -11.921
3 HB2 ARG 826 HB2 ARG 826 26.572 -14.687 -14.349
4 HB3 ARG 826 HB3 ARG 826 27.793 -13.643 -13.608
5 HG2 ARG 826 HG2 ARG 826 29.389 -15.468 -13.873
6 HG3 ARG 826 HG3 ARG 826 28.152 -16.427 -14.683
7 HD2 ARG 826 HD2 ARG 826 29.322 -13.790 -15.585
8 HD3 ARG 826 HD3 ARG 826 29.516 -15.360 -16.361
9 HE ARG 826 HE ARG 826 26.952 -15.191 -16.553
10 HH11 ARG 826 HH11 ARG 826 29.306 -12.579 -17.023
11 HH12 ARG 826 HH12 ARG 826 28.360 -11.624 -18.032
12 HH21 ARG 826 HH21 ARG 826 25.564 -13.893 -17.943
13 HH22 ARG 826 HH22 ARG 826 26.103 -12.414 -18.600
No H/Q in entry = 13
In of MODEL 39
1 H GLY 827 H GLY 827 28.155 -17.540 -12.077
2 HA3 GLY 827 HA2 GLY 827 26.495 -19.430 -11.541
3 HA2 GLY 827 HA3 GLY 827 25.687 -18.829 -12.986
No H/Q in entry = 3
In of MODEL 39
1 H GLN 828 H GLN 828 28.467 -18.343 -14.110
2 HA GLN 828 HA GLN 828 28.665 -20.586 -15.744
3 HB2 GLN 828 HB2 GLN 828 29.760 -18.470 -16.299
4 HB3 GLN 828 HB3 GLN 828 30.852 -18.666 -14.940
5 HG2 GLN 828 HG2 GLN 828 31.971 -19.215 -17.032
6 HG3 GLN 828 HG3 GLN 828 31.835 -20.627 -15.994
7 HE21 GLN 828 HE21 GLN 828 29.151 -19.360 -17.938
8 HE22 GLN 828 HE22 GLN 828 29.118 -20.698 -19.013
No H/Q in entry = 8
In of MODEL 39
1 H SER 829 H SER 829 29.690 -22.520 -15.640
2 HA SER 829 HA SER 829 30.452 -23.442 -13.029
3 HB2 SER 829 HB2 SER 829 30.307 -24.907 -15.668
4 HB3 SER 829 HB3 SER 829 30.533 -25.651 -14.084
5 HG SER 829 HG SER 829 28.468 -24.346 -13.631
No H/Q in entry = 5
In of MODEL 39
1 H ILE 830 H ILE 830 32.404 -23.030 -12.345
2 HA ILE 830 HA ILE 830 34.699 -23.650 -14.035
3 HB ILE 830 HB ILE 830 35.913 -21.692 -13.460
4 HG12 ILE 830 HG12 ILE 830 35.122 -21.389 -11.146
5 HG13 ILE 830 HG13 ILE 830 35.148 -19.853 -11.970
6 HG22 ILE 830 HG21 ILE 830 33.210 -20.775 -14.356
7 HG21 ILE 830 HG22 ILE 830 34.550 -21.315 -15.372
8 HG23 ILE 830 HG23 ILE 830 34.689 -19.818 -14.455
9 HD11 ILE 830 HD11 ILE 830 32.715 -20.048 -12.290
10 HD13 ILE 830 HD12 ILE 830 33.230 -20.046 -10.599
11 HD12 ILE 830 HD13 ILE 830 32.756 -21.554 -11.367
No H/Q in entry = 11
In of MODEL 39
1 H SER 831 H SER 831 36.542 -24.115 -12.788
2 HA SER 831 HA SER 831 36.109 -24.388 -9.914
3 HB2 SER 831 HB2 SER 831 37.273 -26.316 -11.874
4 HB3 SER 831 HB3 SER 831 37.387 -26.489 -10.130
5 HG SER 831 HG SER 831 34.987 -26.399 -10.205
No H/Q in entry = 5
In of MODEL 39
1 H VAL 832 H VAL 832 37.585 -22.927 -9.064
2 HA VAL 832 HA VAL 832 39.947 -22.224 -10.491
3 HB VAL 832 HB VAL 832 39.285 -21.716 -7.562
4 HG12 VAL 832 HG11 VAL 832 41.359 -20.417 -9.339
5 HG11 VAL 832 HG12 VAL 832 41.683 -21.531 -8.015
6 HG13 VAL 832 HG13 VAL 832 40.987 -19.944 -7.678
7 HG21 VAL 832 HG21 VAL 832 37.645 -20.705 -9.076
8 HG23 VAL 832 HG22 VAL 832 38.945 -19.922 -9.971
9 HG22 VAL 832 HG23 VAL 832 38.628 -19.468 -8.297
No H/Q in entry = 9
In of MODEL 39
1 H THR 833 H THR 833 41.432 -23.732 -10.845
2 HA THR 833 HA THR 833 41.821 -25.821 -8.938
3 HB THR 833 HB THR 833 43.425 -26.635 -10.724
4 HG1 THR 833 HG1 THR 833 43.439 -25.599 -12.630
5 HG21 THR 833 HG21 THR 833 40.544 -26.134 -11.483
6 HG23 THR 833 HG22 THR 833 41.141 -27.496 -10.536
7 HG22 THR 833 HG23 THR 833 41.596 -27.328 -12.235
No H/Q in entry = 7
In of MODEL 39
1 H SER 834 H SER 834 43.498 -22.994 -10.115
2 HA SER 834 HA SER 834 45.358 -23.212 -7.918
3 HB2 SER 834 HB2 SER 834 46.234 -23.191 -10.813
4 HB3 SER 834 HB3 SER 834 47.329 -22.925 -9.463
5 HG SER 834 HG SER 834 45.765 -25.113 -9.133
No H/Q in entry = 5
In of MODEL 39
1 H ILE 835 H ILE 835 46.201 -21.218 -7.301
2 HA ILE 835 HA ILE 835 44.723 -18.905 -8.366
3 HB ILE 835 HB ILE 835 45.301 -17.709 -6.472
4 HG12 ILE 835 HG12 ILE 835 47.750 -18.108 -6.386
5 HG13 ILE 835 HG13 ILE 835 47.013 -18.248 -4.800
6 HG23 ILE 835 HG21 ILE 835 44.729 -19.089 -4.552
7 HG22 ILE 835 HG22 ILE 835 44.940 -20.522 -5.560
8 HG21 ILE 835 HG23 ILE 835 43.695 -19.337 -5.959
9 HD13 ILE 835 HD11 ILE 835 48.692 -19.926 -5.103
10 HD12 ILE 835 HD12 ILE 835 47.906 -20.456 -6.595
11 HD11 ILE 835 HD13 ILE 835 47.092 -20.686 -5.045
No H/Q in entry = 11
In of MODEL 39
1 H ARG 836 H ARG 836 47.331 -20.454 -9.276
2 HA ARG 836 HA ARG 836 48.881 -18.093 -10.008
3 HB2 ARG 836 HB2 ARG 836 49.595 -21.018 -10.266
4 HB3 ARG 836 HB3 ARG 836 50.652 -19.657 -10.614
5 HG2 ARG 836 HG2 ARG 836 50.269 -18.975 -8.186
6 HG3 ARG 836 HG3 ARG 836 49.632 -20.600 -7.985
7 HD2 ARG 836 HD2 ARG 836 52.362 -19.907 -9.014
8 HD3 ARG 836 HD3 ARG 836 51.939 -20.441 -7.387
9 HE ARG 836 HE ARG 836 51.007 -22.462 -8.826
10 HH11 ARG 836 HH11 ARG 836 54.111 -20.790 -9.087
11 HH12 ARG 836 HH12 ARG 836 54.961 -22.142 -9.668
12 HH21 ARG 836 HH21 ARG 836 52.179 -24.343 -9.604
13 HH22 ARG 836 HH22 ARG 836 53.832 -24.186 -9.980
No H/Q in entry = 13
In of MODEL 39
1 HA PRO 837 HA PRO 837 47.154 -18.439 -14.117
2 HB2 PRO 837 HB2 PRO 837 49.234 -17.627 -15.684
3 HB3 PRO 837 HB3 PRO 837 48.266 -16.515 -14.711
4 HG2 PRO 837 HG2 PRO 837 50.926 -17.745 -14.090
5 HG3 PRO 837 HG3 PRO 837 50.402 -16.064 -13.879
6 HD2 PRO 837 HD2 PRO 837 50.481 -17.771 -11.816
7 HD3 PRO 837 HD3 PRO 837 49.202 -16.547 -11.956
No H/Q in entry = 7
In of MODEL 39
1 H CYS 838 H CYS 838 47.207 -19.653 -16.096
2 HA CYS 838 HA CYS 838 48.835 -22.081 -15.972
3 HB2 CYS 838 HB2 CYS 838 46.283 -22.280 -15.998
4 HB3 CYS 838 HB3 CYS 838 46.300 -21.462 -17.543
No H/Q in entry = 4
In of MODEL 39
1 H ALA 839 H ALA 839 48.869 -22.816 -18.563
2 HA ALA 839 HA ALA 839 49.758 -20.513 -20.161
3 HB1 ALA 839 HB1 ALA 839 51.125 -23.208 -19.919
4 HB2 ALA 839 HB2 ALA 839 51.744 -21.680 -19.295
5 HB3 ALA 839 HB3 ALA 839 51.577 -21.921 -21.036
No H/Q in entry = 5
In of MODEL 39
1 H ALA 840 H ALA 840 47.265 -21.720 -20.045
2 HA ALA 840 HA ALA 840 46.798 -23.761 -21.955
3 HB1 ALA 840 HB1 ALA 840 44.462 -23.125 -21.711
4 HB3 ALA 840 HB2 ALA 840 44.956 -21.637 -20.903
5 HB2 ALA 840 HB3 ALA 840 45.256 -23.186 -20.131
No H/Q in entry = 5
In of MODEL 39
1 H GLU 841 H GLU 841 46.926 -20.408 -21.940
2 HA GLU 841 HA GLU 841 46.269 -20.110 -24.771
3 HB2 GLU 841 HB2 GLU 841 46.144 -17.699 -24.105
4 HB3 GLU 841 HB3 GLU 841 44.910 -18.764 -23.416
5 HG2 GLU 841 HG2 GLU 841 47.396 -18.081 -21.924
6 HG3 GLU 841 HG3 GLU 841 46.010 -16.966 -21.877
No H/Q in entry = 6
In of MODEL 39
1 H THR 842 H THR 842 48.798 -21.037 -23.572
2 HA THR 842 HA THR 842 50.974 -20.815 -23.548
3 HB THR 842 HB THR 842 52.066 -19.757 -25.560
4 HG1 THR 842 HG1 THR 842 49.677 -18.650 -25.822
5 HG23 THR 842 HG21 THR 842 51.242 -21.465 -27.148
6 HG22 THR 842 HG22 THR 842 49.870 -21.764 -26.082
7 HG21 THR 842 HG23 THR 842 51.504 -22.129 -25.535
No H/Q in entry = 7
In of MODEL 39
1 H GLN 843 H GLN 843 51.255 -19.799 -21.664
2 HA GLN 843 HA GLN 843 51.674 -16.909 -21.736
3 HB2 GLN 843 HB2 GLN 843 49.701 -17.523 -20.399
4 HB3 GLN 843 HB3 GLN 843 50.666 -18.659 -19.476
5 HG2 GLN 843 HG2 GLN 843 50.329 -16.682 -18.170
6 HG3 GLN 843 HG3 GLN 843 52.024 -16.770 -18.633
7 HE21 GLN 843 HE21 GLN 843 52.807 -15.325 -20.186
8 HE22 GLN 843 HE22 GLN 843 51.953 -13.873 -20.593
No H/Q in entry = 8
In of MODEL 40
1 H1 GLY 689 H3 GLY 689 68.450 16.382 -4.123
2 H2 GLY 689 H2 GLY 689 67.197 17.413 -3.671
3 H3 GLY 689 H1 GLY 689 67.866 16.324 -2.546
4 HA2 GLY 689 HA2 GLY 689 66.390 15.637 -4.991
5 HA3 GLY 689 HA3 GLY 689 65.767 15.474 -3.349
No H/Q in entry = 5
In of MODEL 40
1 H SER 690 H SER 690 67.206 14.083 -1.886
2 HA SER 690 HA SER 690 68.734 12.067 -3.251
3 HB2 SER 690 HB2 SER 690 67.905 12.315 -0.353
4 HB3 SER 690 HB3 SER 690 69.160 11.243 -0.987
5 HG SER 690 HG SER 690 70.206 13.142 -1.743
No H/Q in entry = 5
In of MODEL 40
1 H HIS 691 H HIS 691 67.516 10.674 -4.392
2 HA HIS 691 HA HIS 691 64.873 9.943 -3.462
3 HB2 HIS 691 HB2 HIS 691 66.367 9.078 -5.957
4 HB3 HIS 691 HB3 HIS 691 64.716 8.630 -5.575
5 HD1 HIS 691 HD1 HIS 691 62.890 10.418 -5.986
6 HD2 HIS 691 HD2 HIS 691 66.734 11.693 -6.898
7 HE1 HIS 691 HE1 HIS 691 62.607 12.560 -7.227
8 HE2 HIS 691 HE2 HIS 691 64.895 13.055 -8.084
No H/Q in entry = 8
In of MODEL 40
1 H MET 692 H MET 692 64.608 8.314 -2.094
2 HA MET 692 HA MET 692 66.666 6.413 -1.534
3 HB2 MET 692 HB2 MET 692 64.992 6.985 0.200
4 HB3 MET 692 HB3 MET 692 63.717 6.305 -0.800
5 HG2 MET 692 HG2 MET 692 64.609 4.091 -0.551
6 HG3 MET 692 HG3 MET 692 66.036 4.706 0.270
7 HE2 MET 692 HE1 MET 692 61.788 4.773 2.124
8 HE1 MET 692 HE2 MET 692 62.145 4.127 0.520
9 HE3 MET 692 HE3 MET 692 62.285 5.860 0.828
No H/Q in entry = 9
In of MODEL 40
1 H ASN 693 H ASN 693 63.766 6.417 -3.462
2 HA ASN 693 HA ASN 693 64.899 4.155 -4.927
3 HB2 ASN 693 HB2 ASN 693 62.803 3.506 -3.655
4 HB3 ASN 693 HB3 ASN 693 61.942 4.763 -4.521
5 HD21 ASN 693 HD21 ASN 693 63.078 4.201 -7.163
6 HD22 ASN 693 HD22 ASN 693 62.475 2.674 -7.631
No H/Q in entry = 6
In of MODEL 40
1 HA PRO 694 HA PRO 694 64.570 7.606 -7.816
2 HB2 PRO 694 HB2 PRO 694 65.940 5.958 -9.771
3 HB3 PRO 694 HB3 PRO 694 66.549 7.373 -8.914
4 HG2 PRO 694 HG2 PRO 694 67.483 4.850 -8.484
5 HG3 PRO 694 HG3 PRO 694 67.496 6.121 -7.247
6 HD2 PRO 694 HD2 PRO 694 65.588 3.849 -7.614
7 HD3 PRO 694 HD3 PRO 694 66.318 4.514 -6.131
No H/Q in entry = 7
In of MODEL 40
1 H LEU 695 H LEU 695 62.770 7.950 -8.910
2 HA LEU 695 HA LEU 695 61.830 5.856 -10.723
3 HB2 LEU 695 HB2 LEU 695 60.412 6.194 -8.575
4 HB3 LEU 695 HB3 LEU 695 59.995 7.755 -9.224
5 HG LEU 695 HG LEU 695 58.194 6.138 -9.543
6 HD12 LEU 695 HD11 LEU 695 57.763 6.372 -11.922
7 HD11 LEU 695 HD12 LEU 695 59.428 6.893 -12.173
8 HD13 LEU 695 HD13 LEU 695 58.332 7.875 -11.200
9 HD22 LEU 695 HD21 LEU 695 58.432 4.216 -11.029
10 HD21 LEU 695 HD22 LEU 695 59.504 4.097 -9.633
11 HD23 LEU 695 HD23 LEU 695 60.151 4.561 -11.206
No H/Q in entry = 11
In of MODEL 40
1 H THR 696 H THR 696 62.953 6.841 -12.353
2 HA THR 696 HA THR 696 62.325 9.587 -13.007
3 HB THR 696 HB THR 696 64.143 9.138 -14.761
4 HG1 THR 696 HG1 THR 696 65.337 7.313 -14.503
5 HG22 THR 696 HG21 THR 696 64.878 8.809 -11.850
6 HG21 THR 696 HG22 THR 696 64.564 10.353 -12.648
7 HG23 THR 696 HG23 THR 696 65.951 9.377 -13.132
No H/Q in entry = 7
In of MODEL 40
1 H GLN 697 H GLN 697 63.067 6.972 -15.170
2 HA GLN 697 HA GLN 697 60.406 7.094 -16.410
3 HB2 GLN 697 HB2 GLN 697 63.076 6.908 -17.852
4 HB3 GLN 697 HB3 GLN 697 61.528 6.649 -18.632
5 HG2 GLN 697 HG2 GLN 697 62.248 8.814 -19.215
6 HG3 GLN 697 HG3 GLN 697 60.966 9.032 -18.033
7 HE21 GLN 697 HE21 GLN 697 61.668 11.045 -17.471
8 HE22 GLN 697 HE22 GLN 697 63.101 11.315 -16.544
No H/Q in entry = 8
In of MODEL 40
1 H ALA 698 H ALA 698 61.891 5.407 -14.469
2 HA ALA 698 HA ALA 698 62.117 2.855 -15.898
3 HB3 ALA 698 HB1 ALA 698 62.915 3.526 -13.066
4 HB1 ALA 698 HB2 ALA 698 64.017 3.553 -14.436
5 HB2 ALA 698 HB3 ALA 698 63.266 2.034 -13.938
No H/Q in entry = 5
In of MODEL 40
1 H VAL 699 H VAL 699 60.240 2.156 -16.258
2 HA VAL 699 HA VAL 699 58.301 2.110 -14.223
3 HB VAL 699 HB VAL 699 57.043 0.843 -15.852
4 HG13 VAL 699 HG11 VAL 699 56.767 2.660 -17.540
5 HG12 VAL 699 HG12 VAL 699 58.268 3.374 -16.954
6 HG11 VAL 699 HG13 VAL 699 56.870 3.269 -15.888
7 HG21 VAL 699 HG21 VAL 699 58.782 -0.350 -17.002
8 HG23 VAL 699 HG22 VAL 699 59.431 1.155 -17.663
9 HG22 VAL 699 HG23 VAL 699 57.846 0.571 -18.180
No H/Q in entry = 9
In of MODEL 40
1 HA PRO 700 HA PRO 700 59.858 -1.675 -12.591
2 HB2 PRO 700 HB2 PRO 700 57.774 -2.417 -11.082
3 HB3 PRO 700 HB3 PRO 700 58.777 -1.026 -10.662
4 HG2 PRO 700 HG2 PRO 700 56.083 -1.099 -11.944
5 HG3 PRO 700 HG3 PRO 700 56.718 0.021 -10.725
6 HD2 PRO 700 HD2 PRO 700 56.556 0.592 -13.412
7 HD3 PRO 700 HD3 PRO 700 57.698 1.359 -12.289
No H/Q in entry = 7
In of MODEL 40
1 H LYS 701 H LYS 701 59.792 -3.810 -12.877
2 HA LYS 701 HA LYS 701 57.437 -4.852 -14.138
3 HB2 LYS 701 HB2 LYS 701 58.790 -6.633 -15.288
4 HB3 LYS 701 HB3 LYS 701 59.070 -5.019 -15.895
5 HG2 LYS 701 HG2 LYS 701 60.895 -6.196 -13.856
6 HG3 LYS 701 HG3 LYS 701 61.032 -6.661 -15.560
7 HD2 LYS 701 HD2 LYS 701 61.328 -4.304 -16.132
8 HD3 LYS 701 HD3 LYS 701 61.207 -3.867 -14.426
9 HE2 LYS 701 HE2 LYS 701 63.198 -5.167 -13.939
10 HE3 LYS 701 HE3 LYS 701 63.293 -5.699 -15.617
11 HZ1 LYS 701 HZ1 LYS 701 63.581 -3.380 -16.263
12 HZ3 LYS 701 HZ2 LYS 701 64.816 -3.893 -15.259
13 HZ2 LYS 701 HZ3 LYS 701 63.583 -2.911 -14.649
No H/Q in entry = 13
In of MODEL 40
1 H CYS 702 H CYS 702 56.538 -5.490 -12.295
2 HA CYS 702 HA CYS 702 58.038 -7.409 -10.660
3 HB2 CYS 702 HB2 CYS 702 55.920 -5.506 -9.593
4 HB3 CYS 702 HB3 CYS 702 57.023 -6.526 -8.714
No H/Q in entry = 4
In of MODEL 40
1 H GLN 703 H GLN 703 56.673 -9.090 -9.709
2 HA GLN 703 HA GLN 703 54.468 -9.753 -11.374
3 HB2 GLN 703 HB2 GLN 703 55.643 -10.960 -8.898
4 HB3 GLN 703 HB3 GLN 703 54.150 -11.562 -9.605
5 HG2 GLN 703 HG2 GLN 703 56.784 -11.385 -11.049
6 HG3 GLN 703 HG3 GLN 703 56.135 -12.842 -10.291
7 HE21 GLN 703 HE21 GLN 703 56.785 -12.323 -13.090
8 HE22 GLN 703 HE22 GLN 703 55.342 -12.628 -13.968
No H/Q in entry = 8
In of MODEL 40
1 H ARG 704 H ARG 704 52.467 -10.351 -10.386
2 HA ARG 704 HA ARG 704 50.992 -8.121 -9.626
3 HB2 ARG 704 HB2 ARG 704 50.388 -11.048 -9.261
4 HB3 ARG 704 HB3 ARG 704 49.189 -9.762 -9.158
5 HG2 ARG 704 HG2 ARG 704 49.320 -9.283 -11.402
6 HG3 ARG 704 HG3 ARG 704 50.888 -10.079 -11.594
7 HD2 ARG 704 HD2 ARG 704 49.812 -12.242 -11.267
8 HD3 ARG 704 HD3 ARG 704 48.259 -11.449 -11.030
9 HE ARG 704 HE ARG 704 48.251 -10.831 -13.310
10 HH11 ARG 704 HH11 ARG 704 51.108 -12.883 -12.637
11 HH12 ARG 704 HH12 ARG 704 51.104 -13.569 -14.200
12 HH21 ARG 704 HH21 ARG 704 48.352 -11.818 -15.456
13 HH22 ARG 704 HH22 ARG 704 49.538 -12.978 -15.800
No H/Q in entry = 13
In of MODEL 40
1 H TRP 705 H TRP 705 52.583 -10.457 -7.619
2 HA TRP 705 HA TRP 705 51.372 -9.422 -5.166
3 HB2 TRP 705 HB2 TRP 705 52.494 -11.415 -4.138
4 HB3 TRP 705 HB3 TRP 705 51.274 -11.784 -5.348
5 HD1 TRP 705 HD1 TRP 705 55.011 -12.043 -4.694
6 HE1 TRP 705 HE1 TRP 705 56.071 -13.559 -6.464
7 HE3 TRP 705 HE3 TRP 705 50.995 -12.593 -7.805
8 HZ2 TRP 705 HZ2 TRP 705 55.310 -14.846 -8.861
9 HZ3 TRP 705 HZ3 TRP 705 51.251 -13.979 -9.820
10 HH2 TRP 705 HH2 TRP 705 53.361 -15.088 -10.330
No H/Q in entry = 10
In of MODEL 40
1 H GLU 706 H GLU 706 53.772 -8.399 -7.018
2 HA GLU 706 HA GLU 706 55.573 -7.913 -4.776
3 HB2 GLU 706 HB2 GLU 706 56.335 -8.169 -7.711
4 HB3 GLU 706 HB3 GLU 706 57.405 -7.744 -6.393
5 HG2 GLU 706 HG2 GLU 706 57.061 -9.915 -5.387
6 HG3 GLU 706 HG3 GLU 706 55.944 -10.343 -6.678
No H/Q in entry = 6
In of MODEL 40
1 H LYS 707 H LYS 707 57.007 -5.956 -5.349
2 HA LYS 707 HA LYS 707 55.683 -3.825 -6.757
3 HB2 LYS 707 HB2 LYS 707 55.603 -2.308 -4.819
4 HB3 LYS 707 HB3 LYS 707 54.536 -3.686 -4.590
5 HG2 LYS 707 HG2 LYS 707 55.998 -4.681 -3.014
6 HG3 LYS 707 HG3 LYS 707 57.311 -3.582 -3.429
7 HD2 LYS 707 HD2 LYS 707 56.258 -3.001 -1.283
8 HD3 LYS 707 HD3 LYS 707 56.081 -1.713 -2.470
9 HE2 LYS 707 HE2 LYS 707 53.801 -2.431 -2.923
10 HE3 LYS 707 HE3 LYS 707 53.976 -3.762 -1.784
11 HZ3 LYS 707 HZ1 LYS 707 52.842 -1.983 -0.735
12 HZ2 LYS 707 HZ2 LYS 707 54.034 -0.873 -1.158
13 HZ1 LYS 707 HZ3 LYS 707 54.377 -2.096 -0.050
No H/Q in entry = 13
In of MODEL 40
1 H LEU 708 H LEU 708 57.080 -1.934 -6.787
2 HA LEU 708 HA LEU 708 59.906 -2.645 -6.488
3 HB2 LEU 708 HB2 LEU 708 59.152 -1.795 -8.676
4 HB3 LEU 708 HB3 LEU 708 58.550 -0.339 -7.912
5 HG LEU 708 HG LEU 708 60.942 0.141 -7.220
6 HD13 LEU 708 HD11 LEU 708 61.876 -2.066 -7.470
7 HD12 LEU 708 HD12 LEU 708 62.718 -0.919 -8.510
8 HD11 LEU 708 HD13 LEU 708 61.539 -2.036 -9.201
9 HD22 LEU 708 HD21 LEU 708 61.559 1.074 -9.372
10 HD21 LEU 708 HD22 LEU 708 59.832 1.300 -9.091
11 HD23 LEU 708 HD23 LEU 708 60.397 0.034 -10.184
No H/Q in entry = 11
In of MODEL 40
1 H GLN 709 H GLN 709 60.839 -1.956 -4.595
2 HA GLN 709 HA GLN 709 60.383 0.790 -3.770
3 HB2 GLN 709 HB2 GLN 709 59.858 0.337 -1.500
4 HB3 GLN 709 HB3 GLN 709 58.760 -0.691 -2.407
5 HG2 GLN 709 HG2 GLN 709 60.166 -2.615 -1.977
6 HG3 GLN 709 HG3 GLN 709 61.358 -1.594 -1.219
7 HE21 GLN 709 HE21 GLN 709 61.264 -2.726 0.635
8 HE22 GLN 709 HE22 GLN 709 59.976 -2.594 1.777
No H/Q in entry = 8
In of MODEL 40
1 H ASN 710 H ASN 710 62.130 1.559 -2.599
2 HA ASN 710 HA ASN 710 64.389 1.701 -2.024
3 HB2 ASN 710 HB2 ASN 710 63.476 -0.166 -0.414
4 HB3 ASN 710 HB3 ASN 710 64.137 -1.272 -1.574
5 HD21 ASN 710 HD21 ASN 710 65.358 -2.094 0.076
6 HD22 ASN 710 HD22 ASN 710 66.810 -1.306 0.569
No H/Q in entry = 6
In of MODEL 40
1 H SER 711 H SER 711 63.541 1.138 -4.696
2 HA SER 711 HA SER 711 64.278 0.824 -6.703
3 HB2 SER 711 HB2 SER 711 66.757 1.079 -7.178
4 HB3 SER 711 HB3 SER 711 66.033 2.294 -6.122
5 HG SER 711 HG SER 711 66.980 0.364 -4.586
No H/Q in entry = 5
In of MODEL 40
1 H ARG 712 H ARG 712 63.731 -1.519 -4.979
2 HA ARG 712 HA ARG 712 64.732 -3.464 -6.885
3 HB2 ARG 712 HB2 ARG 712 65.153 -5.079 -5.098
4 HB3 ARG 712 HB3 ARG 712 66.202 -3.674 -4.989
5 HG2 ARG 712 HG2 ARG 712 64.839 -2.785 -3.183
6 HG3 ARG 712 HG3 ARG 712 63.741 -4.153 -3.329
7 HD2 ARG 712 HD2 ARG 712 65.638 -5.680 -2.845
8 HD3 ARG 712 HD3 ARG 712 66.700 -4.290 -2.688
9 HE ARG 712 HE ARG 712 64.425 -4.404 -0.891
10 HH11 ARG 712 HH11 ARG 712 67.924 -4.783 -1.338
11 HH12 ARG 712 HH12 ARG 712 68.256 -5.114 0.287
12 HH21 ARG 712 HH21 ARG 712 64.900 -4.861 1.400
13 HH22 ARG 712 HH22 ARG 712 66.504 -5.170 1.871
No H/Q in entry = 13
In of MODEL 40
1 H CYS 713 H CYS 713 63.499 -5.523 -6.733
2 HA CYS 713 HA CYS 713 60.686 -4.887 -6.319
3 HB2 CYS 713 HB2 CYS 713 61.247 -5.663 -8.569
4 HB3 CYS 713 HB3 CYS 713 62.007 -7.112 -7.902
No H/Q in entry = 4
In of MODEL 40
1 H VAL 714 H VAL 714 59.737 -5.624 -4.635
2 HA VAL 714 HA VAL 714 60.654 -8.091 -3.351
3 HB VAL 714 HB VAL 714 60.149 -7.123 -1.129
4 HG11 VAL 714 HG11 VAL 714 62.453 -7.047 -1.886
5 HG13 VAL 714 HG12 VAL 714 62.082 -5.626 -0.906
6 HG12 VAL 714 HG13 VAL 714 62.162 -5.492 -2.662
7 HG23 VAL 714 HG21 VAL 714 59.837 -4.682 -0.871
8 HG22 VAL 714 HG22 VAL 714 58.518 -5.445 -1.760
9 HG21 VAL 714 HG23 VAL 714 59.753 -4.537 -2.628
No H/Q in entry = 9
In of MODEL 40
1 H CYS 715 H CYS 715 58.769 -8.660 -1.681
2 HA CYS 715 HA CYS 715 56.413 -8.706 -3.329
3 HB2 CYS 715 HB2 CYS 715 55.627 -10.257 -1.433
4 HB3 CYS 715 HB3 CYS 715 56.933 -10.818 -2.473
No H/Q in entry = 4
In of MODEL 40
1 H LYS 716 H LYS 716 54.390 -7.907 -2.672
2 HA LYS 716 HA LYS 716 54.591 -5.544 -1.073
3 HB2 LYS 716 HB2 LYS 716 52.114 -5.254 -1.555
4 HB3 LYS 716 HB3 LYS 716 53.158 -5.320 -2.960
5 HG2 LYS 716 HG2 LYS 716 52.415 -7.479 -3.535
6 HG3 LYS 716 HG3 LYS 716 51.656 -7.713 -1.959
7 HD2 LYS 716 HD2 LYS 716 50.005 -7.262 -3.753
8 HD3 LYS 716 HD3 LYS 716 49.962 -6.062 -2.472
9 HE2 LYS 716 HE2 LYS 716 49.738 -4.946 -4.591
10 HE3 LYS 716 HE3 LYS 716 51.306 -4.547 -3.914
11 HZ1 LYS 716 HZ1 LYS 716 50.880 -6.603 -6.053
12 HZ3 LYS 716 HZ2 LYS 716 52.383 -5.968 -5.540
13 HZ2 LYS 716 HZ3 LYS 716 51.285 -5.009 -6.295
No H/Q in entry = 13
In of MODEL 40
1 H MET 717 H MET 717 52.331 -5.214 0.382
2 HA MET 717 HA MET 717 52.922 -6.986 2.615
3 HB2 MET 717 HB2 MET 717 51.025 -4.662 2.360
4 HB3 MET 717 HB3 MET 717 51.320 -5.530 3.851
5 HG2 MET 717 HG2 MET 717 53.428 -3.991 2.349
6 HG3 MET 717 HG3 MET 717 52.415 -3.269 3.585
7 HE2 MET 717 HE1 MET 717 55.974 -6.128 4.242
8 HE1 MET 717 HE2 MET 717 55.497 -5.395 2.707
9 HE3 MET 717 HE3 MET 717 54.594 -6.757 3.369
No H/Q in entry = 9
In of MODEL 40
1 HA PRO 718 HA PRO 718 49.620 -9.762 1.666
2 HB2 PRO 718 HB2 PRO 718 49.399 -11.036 4.041
3 HB3 PRO 718 HB3 PRO 718 50.764 -11.291 2.952
4 HG2 PRO 718 HG2 PRO 718 50.591 -9.535 5.374
5 HG3 PRO 718 HG3 PRO 718 51.893 -10.635 4.889
6 HD2 PRO 718 HD2 PRO 718 52.016 -7.967 4.483
7 HD3 PRO 718 HD3 PRO 718 52.758 -9.134 3.369
No H/Q in entry = 7
In of MODEL 40
1 H TYR 719 H TYR 719 49.258 -7.158 3.602
2 HA TYR 719 HA TYR 719 46.382 -7.651 3.990
3 HB2 TYR 719 HB2 TYR 719 46.450 -6.001 5.850
4 HB3 TYR 719 HB3 TYR 719 47.489 -7.381 6.151
5 HD1 TYR 719 HD1 TYR 719 47.337 -3.774 5.665
6 HD2 TYR 719 HD2 TYR 719 49.978 -7.099 6.044
7 HE1 TYR 719 HE1 TYR 719 49.200 -2.239 6.145
8 HE2 TYR 719 HE2 TYR 719 51.838 -5.566 6.521
9 HH TYR 719 HH TYR 719 52.463 -3.206 6.138
No H/Q in entry = 9
In of MODEL 40
1 H GLU 720 H GLU 720 48.454 -6.223 2.005
2 HA GLU 720 HA GLU 720 47.133 -3.627 1.707
3 HB2 GLU 720 HB2 GLU 720 49.496 -3.598 1.873
4 HB3 GLU 720 HB3 GLU 720 49.690 -4.878 0.683
5 HG2 GLU 720 HG2 GLU 720 48.976 -3.270 -1.039
6 HG3 GLU 720 HG3 GLU 720 48.842 -2.031 0.213
No H/Q in entry = 6
In of MODEL 40
1 H CYS 721 H CYS 721 46.695 -6.637 0.755
2 HA CYS 721 HA CYS 721 46.434 -6.781 -2.006
3 HB2 CYS 721 HB2 CYS 721 44.753 -8.171 0.066
4 HB3 CYS 721 HB3 CYS 721 45.118 -8.730 -1.560
No H/Q in entry = 4
In of MODEL 40
1 H GLY 722 H GLY 722 45.201 -5.387 -3.192
2 HA3 GLY 722 HA2 GLY 722 42.669 -4.390 -2.194
3 HA2 GLY 722 HA3 GLY 722 43.407 -4.000 -3.745
No H/Q in entry = 3
In of MODEL 40
1 HA PRO 723 HA PRO 723 40.653 -6.956 -5.577
2 HB2 PRO 723 HB2 PRO 723 42.057 -7.693 -7.791
3 HB3 PRO 723 HB3 PRO 723 41.237 -6.136 -7.658
4 HG2 PRO 723 HG2 PRO 723 44.131 -6.786 -7.344
5 HG3 PRO 723 HG3 PRO 723 43.369 -5.355 -8.059
6 HD2 PRO 723 HD2 PRO 723 44.445 -5.443 -5.530
7 HD3 PRO 723 HD3 PRO 723 43.181 -4.308 -6.038
No H/Q in entry = 7
In of MODEL 40
1 H SER 724 H SER 724 40.340 -8.961 -4.724
2 HA SER 724 HA SER 724 42.325 -11.047 -5.028
3 HB2 SER 724 HB2 SER 724 41.534 -10.031 -2.282
4 HB3 SER 724 HB3 SER 724 42.508 -11.464 -2.610
5 HG SER 724 HG SER 724 43.467 -9.324 -3.878
No H/Q in entry = 5
In of MODEL 40
1 H LEU 725 H LEU 725 41.291 -12.696 -5.673
2 HA LEU 725 HA LEU 725 38.509 -13.359 -5.183
3 HB2 LEU 725 HB2 LEU 725 40.107 -13.809 -7.248
4 HB3 LEU 725 HB3 LEU 725 40.631 -15.122 -6.240
5 HG LEU 725 HG LEU 725 38.365 -15.987 -6.161
6 HD12 LEU 725 HD11 LEU 725 36.762 -15.341 -7.865
7 HD11 LEU 725 HD12 LEU 725 37.805 -13.990 -8.306
8 HD13 LEU 725 HD13 LEU 725 37.082 -14.063 -6.697
9 HD21 LEU 725 HD21 LEU 725 40.024 -16.957 -7.648
10 HD23 LEU 725 HD22 LEU 725 39.592 -15.768 -8.889
11 HD22 LEU 725 HD23 LEU 725 38.423 -16.989 -8.396
No H/Q in entry = 11
In of MODEL 40
1 H ASP 726 H ASP 726 37.801 -14.836 -3.636
2 HA ASP 726 HA ASP 726 39.771 -15.783 -1.758
3 HB2 ASP 726 HB2 ASP 726 36.763 -15.901 -1.665
4 HB3 ASP 726 HB3 ASP 726 37.790 -16.658 -0.451
No H/Q in entry = 4
In of MODEL 40
1 H VAL 727 H VAL 727 40.400 -17.693 -1.311
2 HA VAL 727 HA VAL 727 39.390 -20.002 -2.819
3 HB VAL 727 HB VAL 727 41.726 -20.719 -3.310
4 HG13 VAL 727 HG11 VAL 727 42.120 -19.190 -5.195
5 HG12 VAL 727 HG12 VAL 727 40.990 -18.035 -4.491
6 HG11 VAL 727 HG13 VAL 727 40.412 -19.600 -5.052
7 HG23 VAL 727 HG21 VAL 727 42.467 -17.932 -2.407
8 HG22 VAL 727 HG22 VAL 727 43.559 -19.095 -3.162
9 HG21 VAL 727 HG23 VAL 727 42.872 -19.432 -1.575
No H/Q in entry = 9
In of MODEL 40
1 H CYS 728 H CYS 728 40.150 -22.106 -1.872
2 HA CYS 728 HA CYS 728 40.446 -21.807 1.024
3 HB2 CYS 728 HB2 CYS 728 39.747 -24.328 -0.505
4 HB3 CYS 728 HB3 CYS 728 39.600 -24.020 1.211
No H/Q in entry = 4
In of MODEL 40
1 H ALA 729 H ALA 729 42.317 -22.346 2.004
2 HA ALA 729 HA ALA 729 44.263 -23.812 0.382
3 HB1 ALA 729 HB1 ALA 729 44.792 -21.487 2.199
4 HB3 ALA 729 HB2 ALA 729 44.772 -21.437 0.432
5 HB2 ALA 729 HB3 ALA 729 45.990 -22.395 1.280
No H/Q in entry = 5
In of MODEL 40
1 H GLN 730 H GLN 730 45.770 -24.971 1.547
2 HA GLN 730 HA GLN 730 44.962 -25.594 4.288
3 HB2 GLN 730 HB2 GLN 730 44.835 -27.527 2.709
4 HB3 GLN 730 HB3 GLN 730 46.537 -27.314 2.375
5 HG2 GLN 730 HG2 GLN 730 47.171 -27.884 4.550
6 HG3 GLN 730 HG3 GLN 730 45.521 -27.846 5.142
7 HE21 GLN 730 HE21 GLN 730 47.424 -29.924 5.280
8 HE22 GLN 730 HE22 GLN 730 46.817 -31.322 4.493
No H/Q in entry = 8
In of MODEL 40
1 H ASP 731 H ASP 731 46.236 -25.059 5.786
2 HA ASP 731 HA ASP 731 48.688 -23.639 5.351
3 HB2 ASP 731 HB2 ASP 731 47.114 -23.169 7.252
4 HB3 ASP 731 HB3 ASP 731 47.510 -24.742 7.912
No H/Q in entry = 4
In of MODEL 40
1 H GLU 732 H GLU 732 50.671 -24.497 5.110
2 HA GLU 732 HA GLU 732 50.869 -27.316 5.226
3 HB2 GLU 732 HB2 GLU 732 52.929 -25.243 4.444
4 HB3 GLU 732 HB3 GLU 732 53.268 -26.971 4.486
5 HG2 GLU 732 HG2 GLU 732 51.329 -27.307 2.922
6 HG3 GLU 732 HG3 GLU 732 51.236 -25.550 2.814
No H/Q in entry = 6
In of MODEL 40
1 H ARG 733 H ARG 733 51.207 -25.146 7.760
2 HA ARG 733 HA ARG 733 53.184 -26.795 9.074
3 HB2 ARG 733 HB2 ARG 733 51.799 -24.256 9.876
4 HB3 ARG 733 HB3 ARG 733 53.012 -25.096 10.809
5 HG2 ARG 733 HG2 ARG 733 53.412 -23.774 8.130
6 HG3 ARG 733 HG3 ARG 733 53.933 -23.141 9.687
7 HD2 ARG 733 HD2 ARG 733 55.890 -24.085 8.807
8 HD3 ARG 733 HD3 ARG 733 55.268 -25.329 9.878
9 HE ARG 733 HE ARG 733 54.623 -26.601 8.014
10 HH11 ARG 733 HH11 ARG 733 56.285 -23.608 7.096
11 HH12 ARG 733 HH12 ARG 733 56.840 -24.194 5.615
12 HH21 ARG 733 HH21 ARG 733 55.343 -27.403 5.910
13 HH22 ARG 733 HH22 ARG 733 56.267 -26.371 4.908
No H/Q in entry = 13
In of MODEL 40
1 H SER 734 H SER 734 50.019 -25.401 9.584
2 HA SER 734 HA SER 734 49.427 -26.976 11.905
3 HB2 SER 734 HB2 SER 734 47.572 -25.234 10.291
4 HB3 SER 734 HB3 SER 734 47.456 -25.642 12.006
5 HG SER 734 HG SER 734 49.274 -23.925 10.689
No H/Q in entry = 5
In of MODEL 40
1 H LYS 735 H LYS 735 48.912 -27.245 8.482
2 HA LYS 735 HA LYS 735 48.107 -28.806 7.152
3 HB2 LYS 735 HB2 LYS 735 47.753 -30.486 9.638
4 HB3 LYS 735 HB3 LYS 735 47.611 -31.072 7.987
5 HG2 LYS 735 HG2 LYS 735 50.089 -30.010 9.329
6 HG3 LYS 735 HG3 LYS 735 49.769 -31.678 8.852
7 HD2 LYS 735 HD2 LYS 735 49.576 -30.808 6.477
8 HD3 LYS 735 HD3 LYS 735 50.209 -29.284 7.083
9 HE2 LYS 735 HE2 LYS 735 51.575 -31.951 7.245
10 HE3 LYS 735 HE3 LYS 735 51.949 -30.661 6.110
11 HZ3 LYS 735 HZ1 LYS 735 52.678 -29.251 7.935
12 HZ2 LYS 735 HZ2 LYS 735 53.492 -30.711 8.000
13 HZ1 LYS 735 HZ3 LYS 735 52.248 -30.426 9.076
No H/Q in entry = 13
In of MODEL 40
1 H ARG 736 H ARG 736 46.306 -26.929 8.751
2 HA ARG 736 HA ARG 736 43.752 -28.320 8.355
3 HB2 ARG 736 HB2 ARG 736 42.719 -26.552 9.624
4 HB3 ARG 736 HB3 ARG 736 44.042 -27.260 10.536
5 HG2 ARG 736 HG2 ARG 736 45.364 -25.398 10.319
6 HG3 ARG 736 HG3 ARG 736 44.500 -24.823 8.889
7 HD2 ARG 736 HD2 ARG 736 43.403 -24.916 11.691
8 HD3 ARG 736 HD3 ARG 736 44.009 -23.501 10.808
9 HE ARG 736 HE ARG 736 42.039 -24.687 9.239
10 HH11 ARG 736 HH11 ARG 736 42.189 -22.985 12.347
11 HH12 ARG 736 HH12 ARG 736 40.608 -22.379 12.206
12 HH21 ARG 736 HH21 ARG 736 39.936 -23.871 9.076
13 HH22 ARG 736 HH22 ARG 736 39.276 -22.896 10.323
No H/Q in entry = 13
In of MODEL 40
1 H ILE 737 H ILE 737 41.968 -26.953 7.440
2 HA ILE 737 HA ILE 737 42.966 -25.620 5.052
3 HB ILE 737 HB ILE 737 40.101 -26.316 5.739
4 HG12 ILE 737 HG12 ILE 737 41.478 -28.386 5.803
5 HG13 ILE 737 HG13 ILE 737 40.322 -28.399 4.484
6 HG21 ILE 737 HG21 ILE 737 40.458 -24.687 3.937
7 HG23 ILE 737 HG22 ILE 737 39.757 -26.184 3.331
8 HG22 ILE 737 HG23 ILE 737 41.472 -25.855 3.086
9 HD12 ILE 737 HD11 ILE 737 43.284 -27.869 4.298
10 HD11 ILE 737 HD12 ILE 737 42.138 -27.748 2.960
11 HD13 ILE 737 HD13 ILE 737 42.416 -29.304 3.741
No H/Q in entry = 11
In of MODEL 40
1 H LEU 738 H LEU 738 42.778 -23.471 4.896
2 HA LEU 738 HA LEU 738 40.841 -22.138 6.575
3 HB2 LEU 738 HB2 LEU 738 42.272 -20.350 7.216
4 HB3 LEU 738 HB3 LEU 738 43.043 -21.840 7.738
5 HG LEU 738 HG LEU 738 43.830 -20.024 5.450
6 HD13 LEU 738 HD11 LEU 738 45.848 -19.646 6.759
7 HD12 LEU 738 HD12 LEU 738 45.216 -20.687 8.034
8 HD11 LEU 738 HD13 LEU 738 44.400 -19.173 7.650
9 HD23 LEU 738 HD21 LEU 738 45.129 -22.571 6.372
10 HD22 LEU 738 HD22 LEU 738 45.731 -21.479 5.097
11 HD21 LEU 738 HD23 LEU 738 44.192 -22.331 4.900
No H/Q in entry = 11
In of MODEL 40
1 HA PRO 739 HA PRO 739 39.911 -20.028 2.849
2 HB2 PRO 739 HB2 PRO 739 38.645 -17.867 3.885
3 HB3 PRO 739 HB3 PRO 739 37.924 -19.490 3.894
4 HG2 PRO 739 HG2 PRO 739 39.338 -18.041 6.096
5 HG3 PRO 739 HG3 PRO 739 37.837 -18.986 6.163
6 HD2 PRO 739 HD2 PRO 739 40.290 -20.020 6.889
7 HD3 PRO 739 HD3 PRO 739 38.970 -21.003 6.198
No H/Q in entry = 7
In of MODEL 40
1 H LEU 740 H LEU 740 41.357 -19.012 1.674
2 HA LEU 740 HA LEU 740 42.674 -16.645 2.766
3 HB2 LEU 740 HB2 LEU 740 43.844 -18.835 1.072
4 HB3 LEU 740 HB3 LEU 740 44.528 -17.231 1.103
5 HG LEU 740 HG LEU 740 44.355 -19.150 3.424
6 HD13 LEU 740 HD11 LEU 740 45.995 -19.767 1.807
7 HD12 LEU 740 HD12 LEU 740 46.824 -19.078 3.209
8 HD11 LEU 740 HD13 LEU 740 46.613 -18.125 1.723
9 HD23 LEU 740 HD21 LEU 740 45.716 -17.462 4.616
10 HD22 LEU 740 HD22 LEU 740 44.108 -16.868 4.233
11 HD21 LEU 740 HD23 LEU 740 45.491 -16.350 3.264
No H/Q in entry = 11
In of MODEL 40
1 H THR 741 H THR 741 43.674 -15.519 0.780
2 HA THR 741 HA THR 741 41.704 -15.536 -1.348
3 HB THR 741 HB THR 741 42.921 -12.965 -0.343
4 HG1 THR 741 HG1 THR 741 40.526 -14.126 0.720
5 HG21 THR 741 HG21 THR 741 41.474 -13.131 -2.359
6 HG23 THR 741 HG22 THR 741 40.859 -12.044 -1.110
7 HG22 THR 741 HG23 THR 741 40.164 -13.652 -1.304
No H/Q in entry = 7
In of MODEL 40
1 H VAL 742 H VAL 742 42.688 -15.037 -3.385
2 HA VAL 742 HA VAL 742 45.163 -16.148 -3.710
3 HB VAL 742 HB VAL 742 43.961 -16.345 -5.665
4 HG11 VAL 742 HG11 VAL 742 43.411 -13.446 -5.587
5 HG13 VAL 742 HG12 VAL 742 42.323 -14.774 -5.154
6 HG12 VAL 742 HG13 VAL 742 42.894 -14.601 -6.819
7 HG22 VAL 742 HG21 VAL 742 45.034 -15.237 -7.473
8 HG21 VAL 742 HG22 VAL 742 46.280 -15.575 -6.246
9 HG23 VAL 742 HG23 VAL 742 45.603 -13.962 -6.414
No H/Q in entry = 9
In of MODEL 40
1 H CYS 743 H CYS 743 44.761 -12.575 -3.865
2 HA CYS 743 HA CYS 743 47.467 -12.112 -4.314
3 HB2 CYS 743 HB2 CYS 743 45.732 -10.282 -4.384
4 HB3 CYS 743 HB3 CYS 743 45.653 -10.371 -2.633
No H/Q in entry = 4
In of MODEL 40
1 H LYS 744 H LYS 744 45.736 -12.532 -1.257
2 HA LYS 744 HA LYS 744 47.837 -11.996 0.496
3 HB2 LYS 744 HB2 LYS 744 45.543 -13.928 0.822
4 HB3 LYS 744 HB3 LYS 744 46.591 -13.398 2.122
5 HG2 LYS 744 HG2 LYS 744 45.806 -11.074 1.753
6 HG3 LYS 744 HG3 LYS 744 44.735 -11.659 0.482
7 HD2 LYS 744 HD2 LYS 744 43.430 -11.397 2.467
8 HD3 LYS 744 HD3 LYS 744 43.643 -13.123 2.201
9 HE2 LYS 744 HE2 LYS 744 43.928 -12.609 4.548
10 HE3 LYS 744 HE3 LYS 744 45.467 -13.132 3.875
11 HZ1 LYS 744 HZ1 LYS 744 46.125 -10.737 3.753
12 HZ3 LYS 744 HZ2 LYS 744 45.760 -11.245 5.301
13 HZ2 LYS 744 HZ3 LYS 744 44.638 -10.336 4.453
No H/Q in entry = 13
In of MODEL 40
1 H MET 745 H MET 745 46.685 -15.112 -0.706
2 HA MET 745 HA MET 745 48.640 -16.828 0.296
3 HB2 MET 745 HB2 MET 745 46.896 -17.920 -0.672
4 HB3 MET 745 HB3 MET 745 46.790 -16.861 -2.053
5 HG2 MET 745 HG2 MET 745 47.569 -18.835 -2.989
6 HG3 MET 745 HG3 MET 745 49.044 -17.936 -2.736
7 HE1 MET 745 HE1 MET 745 46.875 -20.896 -1.753
8 HE3 MET 745 HE2 MET 745 46.785 -20.014 -0.226
9 HE2 MET 745 HE3 MET 745 47.646 -21.553 -0.316
No H/Q in entry = 9
In of MODEL 40
1 H HIS 746 H HIS 746 48.686 -15.011 -2.764
2 HA HIS 746 HA HIS 746 51.161 -16.137 -3.643
3 HB2 HIS 746 HB2 HIS 746 49.526 -13.854 -4.492
4 HB3 HIS 746 HB3 HIS 746 51.225 -13.822 -4.982
5 HD1 HIS 746 HD1 HIS 746 51.782 -16.441 -6.168
6 HD2 HIS 746 HD2 HIS 746 48.027 -14.723 -6.393
7 HE1 HIS 746 HE1 HIS 746 50.727 -17.433 -8.189
8 HE2 HIS 746 HE2 HIS 746 48.358 -16.582 -8.135
No H/Q in entry = 8
In of MODEL 40
1 H VAL 747 H VAL 747 50.330 -13.122 -2.060
2 HA VAL 747 HA VAL 747 52.912 -12.099 -1.952
3 HB VAL 747 HB VAL 747 50.449 -11.543 -0.289
4 HG11 VAL 747 HG11 VAL 747 52.459 -11.049 1.048
5 HG13 VAL 747 HG12 VAL 747 51.625 -9.573 0.564
6 HG12 VAL 747 HG13 VAL 747 53.090 -10.075 -0.279
7 HG22 VAL 747 HG21 VAL 747 50.418 -9.475 -1.572
8 HG21 VAL 747 HG22 VAL 747 50.374 -10.892 -2.629
9 HG23 VAL 747 HG23 VAL 747 51.875 -9.991 -2.424
No H/Q in entry = 9
In of MODEL 40
1 H LEU 748 H LEU 748 51.059 -13.952 0.464
2 HA LEU 748 HA LEU 748 53.229 -13.962 2.233
3 HB2 LEU 748 HB2 LEU 748 51.996 -15.674 3.560
4 HB3 LEU 748 HB3 LEU 748 51.048 -14.258 3.184
5 HG LEU 748 HG LEU 748 49.923 -15.638 1.399
6 HD11 LEU 748 HD11 LEU 748 51.551 -17.427 1.193
7 HD13 LEU 748 HD12 LEU 748 49.968 -18.059 1.654
8 HD12 LEU 748 HD13 LEU 748 51.244 -17.902 2.862
9 HD22 LEU 748 HD21 LEU 748 48.858 -15.094 3.496
10 HD21 LEU 748 HD22 LEU 748 49.645 -16.465 4.278
11 HD23 LEU 748 HD23 LEU 748 48.444 -16.738 3.013
No H/Q in entry = 11
In of MODEL 40
1 H HIS 749 H HIS 749 52.389 -16.096 -0.370
2 HA HIS 749 HA HIS 749 54.229 -18.151 0.328
3 HB2 HIS 749 HB2 HIS 749 52.296 -18.174 -1.445
4 HB3 HIS 749 HB3 HIS 749 53.517 -17.510 -2.523
5 HD1 HIS 749 HD1 HIS 749 55.776 -19.123 -2.743
6 HD2 HIS 749 HD2 HIS 749 52.282 -20.834 -1.296
7 HE1 HIS 749 HE1 HIS 749 56.118 -21.588 -2.937
8 HE2 HIS 749 HE2 HIS 749 53.952 -22.617 -2.198
No H/Q in entry = 8
In of MODEL 40
1 H CYS 750 H CYS 750 54.447 -15.099 -1.262
2 HA CYS 750 HA CYS 750 57.099 -15.557 -2.262
3 HB2 CYS 750 HB2 CYS 750 55.401 -14.125 -3.429
4 HB3 CYS 750 HB3 CYS 750 55.521 -12.977 -2.108
No H/Q in entry = 4
In of MODEL 40
1 H GLN 751 H GLN 751 55.531 -14.077 0.507
2 HA GLN 751 HA GLN 751 57.744 -12.832 1.713
3 HB2 GLN 751 HB2 GLN 751 55.382 -14.219 3.016
4 HB3 GLN 751 HB3 GLN 751 56.525 -13.210 3.874
5 HG2 GLN 751 HG2 GLN 751 54.713 -12.282 1.661
6 HG3 GLN 751 HG3 GLN 751 54.375 -12.093 3.374
7 HE21 GLN 751 HE21 GLN 751 54.589 -10.011 1.411
8 HE22 GLN 751 HE22 GLN 751 55.910 -9.023 1.846
No H/Q in entry = 8
In of MODEL 40
1 H GLY 752 H GLY 752 56.642 -16.133 1.613
2 HA3 GLY 752 HA2 GLY 752 58.572 -17.774 1.685
3 HA2 GLY 752 HA3 GLY 752 58.985 -16.990 3.199
No H/Q in entry = 3
In of MODEL 40
1 H ARG 753 H ARG 753 55.638 -17.484 2.395
2 HA ARG 753 HA ARG 753 55.423 -19.500 4.531
3 HB2 ARG 753 HB2 ARG 753 53.307 -17.762 3.237
4 HB3 ARG 753 HB3 ARG 753 53.075 -18.838 4.610
5 HG2 ARG 753 HG2 ARG 753 54.924 -16.462 4.661
6 HG3 ARG 753 HG3 ARG 753 53.229 -16.376 5.127
7 HD2 ARG 753 HD2 ARG 753 55.260 -18.215 6.371
8 HD3 ARG 753 HD3 ARG 753 54.762 -16.660 7.047
9 HE ARG 753 HE ARG 753 52.430 -17.925 6.731
10 HH11 ARG 753 HH11 ARG 753 55.442 -18.876 8.360
11 HH12 ARG 753 HH12 ARG 753 54.668 -19.918 9.457
12 HH21 ARG 753 HH21 ARG 753 51.379 -19.350 8.274
13 HH22 ARG 753 HH22 ARG 753 52.319 -20.190 9.410
No H/Q in entry = 13
In of MODEL 40
1 H ASN 754 H ASN 754 54.321 -21.474 4.051
2 HA ASN 754 HA ASN 754 53.723 -21.849 1.197
3 HB2 ASN 754 HB2 ASN 754 54.653 -23.953 3.151
4 HB3 ASN 754 HB3 ASN 754 54.055 -24.280 1.546
5 HD21 ASN 754 HD21 ASN 754 56.624 -23.120 3.387
6 HD22 ASN 754 HD22 ASN 754 57.807 -23.029 2.133
No H/Q in entry = 6
In of MODEL 40
1 H TYR 755 H TYR 755 51.800 -22.393 0.621
2 HA TYR 755 HA TYR 755 50.028 -23.692 2.491
3 HB2 TYR 755 HB2 TYR 755 49.458 -21.114 1.045
4 HB3 TYR 755 HB3 TYR 755 48.181 -22.210 1.569
5 HD1 TYR 755 HD1 TYR 755 50.981 -20.094 2.762
6 HD2 TYR 755 HD2 TYR 755 47.464 -22.199 3.812
7 HE1 TYR 755 HE1 TYR 755 51.060 -19.085 4.990
8 HE2 TYR 755 HE2 TYR 755 47.529 -21.207 6.039
9 HH TYR 755 HH TYR 755 49.201 -20.338 7.494
No H/Q in entry = 9
In of MODEL 40
1 H THR 756 H THR 756 48.544 -24.941 1.519
2 HA THR 756 HA THR 756 49.162 -25.640 -1.261
3 HB THR 756 HB THR 756 47.700 -27.161 0.892
4 HG1 THR 756 HG1 THR 756 50.179 -26.596 0.829
5 HG22 THR 756 HG21 THR 756 48.827 -28.047 -1.757
6 HG21 THR 756 HG22 THR 756 47.118 -27.828 -1.347
7 HG23 THR 756 HG23 THR 756 48.056 -29.100 -0.549
No H/Q in entry = 7
In of MODEL 40
1 H LEU 757 H LEU 757 47.438 -25.765 -2.780
2 HA LEU 757 HA LEU 757 45.037 -24.319 -2.052
3 HB2 LEU 757 HB2 LEU 757 46.014 -25.386 -4.706
4 HB3 LEU 757 HB3 LEU 757 44.461 -24.610 -4.497
5 HG LEU 757 HG LEU 757 45.905 -23.014 -5.443
6 HD13 LEU 757 HD11 LEU 757 44.432 -22.133 -3.791
7 HD12 LEU 757 HD12 LEU 757 45.955 -21.244 -3.755
8 HD11 LEU 757 HD13 LEU 757 45.607 -22.440 -2.517
9 HD23 LEU 757 HD21 LEU 757 48.057 -22.332 -4.450
10 HD22 LEU 757 HD22 LEU 757 48.070 -24.027 -4.927
11 HD21 LEU 757 HD23 LEU 757 47.883 -23.594 -3.229
No H/Q in entry = 11
In of MODEL 40
1 H THR 758 H THR 758 43.092 -25.166 -1.781
2 HA THR 758 HA THR 758 42.844 -28.041 -2.224
3 HB THR 758 HB THR 758 41.469 -28.100 -0.077
4 HG1 THR 758 HG1 THR 758 42.379 -25.478 -0.046
5 HG23 THR 758 HG21 THR 758 43.425 -28.345 1.355
6 HG22 THR 758 HG22 THR 758 44.395 -27.413 0.215
7 HG21 THR 758 HG23 THR 758 43.776 -28.994 -0.250
No H/Q in entry = 7
In of MODEL 40
1 H GLY 759 H GLY 759 40.369 -28.586 -1.674
2 HA3 GLY 759 HA2 GLY 759 38.899 -27.365 -3.772
3 HA2 GLY 759 HA3 GLY 759 38.311 -28.580 -2.644
No H/Q in entry = 3
In of MODEL 40
1 H ARG 760 H ARG 760 36.831 -26.415 -3.562
2 HA ARG 760 HA ARG 760 36.963 -24.168 -1.834
3 HB2 ARG 760 HB2 ARG 760 34.995 -23.336 -2.990
4 HB3 ARG 760 HB3 ARG 760 36.133 -24.023 -4.134
5 HG2 ARG 760 HG2 ARG 760 34.092 -24.770 -4.939
6 HG3 ARG 760 HG3 ARG 760 34.654 -26.139 -3.984
7 HD2 ARG 760 HD2 ARG 760 33.279 -25.283 -2.081
8 HD3 ARG 760 HD3 ARG 760 32.623 -24.063 -3.173
9 HE ARG 760 HE ARG 760 32.405 -26.817 -4.005
10 HH11 ARG 760 HH11 ARG 760 30.798 -24.054 -2.466
11 HH12 ARG 760 HH12 ARG 760 29.232 -24.645 -2.687
12 HH21 ARG 760 HH21 ARG 760 30.205 -27.649 -4.319
13 HH22 ARG 760 HH22 ARG 760 28.893 -26.724 -3.758
No H/Q in entry = 13
In of MODEL 40
1 H ASP 761 H ASP 761 35.560 -27.214 -1.374
2 HA ASP 761 HA ASP 761 33.658 -26.077 0.522
3 HB2 ASP 761 HB2 ASP 761 32.755 -27.684 -1.155
4 HB3 ASP 761 HB3 ASP 761 33.776 -28.940 -0.469
No H/Q in entry = 4
In of MODEL 40
1 H SER 762 H SER 762 36.712 -27.080 0.518
2 HA SER 762 HA SER 762 36.808 -28.838 2.732
3 HB2 SER 762 HB2 SER 762 38.968 -27.110 1.529
4 HB3 SER 762 HB3 SER 762 39.252 -28.345 2.758
5 HG SER 762 HG SER 762 37.879 -28.938 0.372
No H/Q in entry = 5
In of MODEL 40
1 H CYS 763 H CYS 763 36.586 -25.398 2.533
2 HA CYS 763 HA CYS 763 36.309 -25.347 5.424
3 HB2 CYS 763 HB2 CYS 763 37.580 -23.252 5.618
4 HB3 CYS 763 HB3 CYS 763 38.605 -24.514 4.924
No H/Q in entry = 4
In of MODEL 40
1 H THR 764 H THR 764 35.445 -22.855 5.865
2 HA THR 764 HA THR 764 33.211 -22.599 4.030
3 HB THR 764 HB THR 764 33.672 -21.238 6.698
4 HG1 THR 764 HG1 THR 764 33.130 -23.826 6.165
5 HG21 THR 764 HG21 THR 764 31.983 -20.214 5.241
6 HG23 THR 764 HG22 THR 764 31.237 -20.951 6.662
7 HG22 THR 764 HG23 THR 764 31.160 -21.769 5.098
No H/Q in entry = 7
In of MODEL 40
1 H LEU 765 H LEU 765 33.732 -21.430 2.391
2 HA LEU 765 HA LEU 765 35.791 -19.469 2.563
3 HB2 LEU 765 HB2 LEU 765 35.283 -21.174 0.688
4 HB3 LEU 765 HB3 LEU 765 34.063 -20.013 0.199
5 HG LEU 765 HG LEU 765 35.825 -18.307 -0.071
6 HD12 LEU 765 HD11 LEU 765 38.173 -19.060 -0.051
7 HD11 LEU 765 HD12 LEU 765 37.614 -20.639 0.535
8 HD13 LEU 765 HD13 LEU 765 37.417 -19.228 1.540
9 HD23 LEU 765 HD21 LEU 765 36.804 -19.278 -2.091
10 HD22 LEU 765 HD22 LEU 765 35.080 -19.618 -1.977
11 HD21 LEU 765 HD23 LEU 765 36.255 -20.876 -1.584
No H/Q in entry = 11
In of MODEL 40
1 HA PRO 766 HA PRO 766 32.879 -16.042 2.758
2 HB2 PRO 766 HB2 PRO 766 34.608 -14.047 2.779
3 HB3 PRO 766 HB3 PRO 766 34.594 -15.185 4.136
4 HG2 PRO 766 HG2 PRO 766 36.375 -15.081 1.761
5 HG3 PRO 766 HG3 PRO 766 36.839 -15.284 3.469
6 HD2 PRO 766 HD2 PRO 766 36.567 -17.376 1.687
7 HD3 PRO 766 HD3 PRO 766 36.333 -17.550 3.437
No H/Q in entry = 7
In of MODEL 40
1 H ALA 767 H ALA 767 32.743 -13.911 1.526
2 HA ALA 767 HA ALA 767 31.822 -13.149 -0.494
3 HB1 ALA 767 HB1 ALA 767 34.128 -12.182 -0.398
4 HB3 ALA 767 HB2 ALA 767 33.496 -12.387 -2.036
5 HB2 ALA 767 HB3 ALA 767 34.659 -13.542 -1.376
No H/Q in entry = 5
In of MODEL 40
1 H SER 768 H SER 768 33.847 -14.674 -2.622
2 HA SER 768 HA SER 768 33.526 -16.319 -4.090
3 HB2 SER 768 HB2 SER 768 31.574 -17.118 -2.006
4 HB3 SER 768 HB3 SER 768 31.835 -18.098 -3.425
5 HG SER 768 HG SER 768 33.729 -17.281 -1.456
No H/Q in entry = 5
In of MODEL 40
1 H ALA 769 H ALA 769 30.362 -15.133 -3.029
2 HA ALA 769 HA ALA 769 29.409 -15.328 -5.799
3 HB3 ALA 769 HB1 ALA 769 27.832 -15.379 -3.227
4 HB2 ALA 769 HB2 ALA 769 28.252 -16.785 -4.202
5 HB1 ALA 769 HB3 ALA 769 27.171 -15.554 -4.854
No H/Q in entry = 5
In of MODEL 40
1 H GLU 770 H GLU 770 27.176 -13.846 -5.544
2 HA GLU 770 HA GLU 770 28.008 -11.183 -5.981
3 HB2 GLU 770 HB2 GLU 770 25.562 -10.766 -6.106
4 HB3 GLU 770 HB3 GLU 770 26.124 -12.070 -7.145
5 HG2 GLU 770 HG2 GLU 770 25.367 -13.700 -5.450
6 HG3 GLU 770 HG3 GLU 770 24.727 -12.370 -4.495
No H/Q in entry = 6
In of MODEL 40
1 H LYS 771 H LYS 771 27.536 -9.346 -4.951
2 HA LYS 771 HA LYS 771 27.428 -9.508 -2.076
3 HB2 LYS 771 HB2 LYS 771 28.470 -7.670 -4.128
4 HB3 LYS 771 HB3 LYS 771 27.897 -6.987 -2.628
5 HG2 LYS 771 HG2 LYS 771 30.335 -7.526 -2.934
6 HG3 LYS 771 HG3 LYS 771 29.555 -7.949 -1.392
7 HD2 LYS 771 HD2 LYS 771 29.869 -9.925 -3.593
8 HD3 LYS 771 HD3 LYS 771 31.276 -9.561 -2.571
9 HE2 LYS 771 HE2 LYS 771 28.650 -10.892 -1.834
10 HE3 LYS 771 HE3 LYS 771 30.279 -11.486 -1.653
11 HZ3 LYS 771 HZ1 LYS 771 29.377 -10.803 0.471
12 HZ2 LYS 771 HZ2 LYS 771 29.138 -9.236 -0.083
13 HZ1 LYS 771 HZ3 LYS 771 30.694 -9.837 0.059
No H/Q in entry = 13
In of MODEL 40
1 H ALA 772 H ALA 772 26.363 -7.828 -1.070
2 HA ALA 772 HA ALA 772 23.677 -7.376 -2.130
3 HB2 ALA 772 HB1 ALA 772 24.865 -6.942 0.605
4 HB3 ALA 772 HB2 ALA 772 23.847 -8.297 0.117
5 HB1 ALA 772 HB3 ALA 772 23.178 -6.667 0.184
No H/Q in entry = 5
In of MODEL 40
1 H CYS 773 H CYS 773 22.894 -5.013 -1.197
2 HA CYS 773 HA CYS 773 24.504 -3.179 -2.679
3 HB2 CYS 773 HB2 CYS 773 22.019 -2.987 -2.557
4 HB3 CYS 773 HB3 CYS 773 22.144 -2.652 -0.835
No H/Q in entry = 4
In of MODEL 40
1 H GLY 774 H GLY 774 26.132 -1.899 -1.905
2 HA3 GLY 774 HA2 GLY 774 26.702 -0.489 0.109
3 HA2 GLY 774 HA3 GLY 774 26.531 -1.990 1.004
No H/Q in entry = 3
In of MODEL 40
1 H ALA 775 H ALA 775 27.822 -3.421 -1.435
2 HA ALA 775 HA ALA 775 30.497 -2.419 -1.317
3 HB1 ALA 775 HB1 ALA 775 31.404 -4.551 -0.524
4 HB2 ALA 775 HB2 ALA 775 29.768 -5.163 -0.287
5 HB3 ALA 775 HB3 ALA 775 30.360 -3.823 0.698
No H/Q in entry = 5
In of MODEL 40
1 H CYS 776 H CYS 776 31.533 -2.974 -3.115
2 HA CYS 776 HA CYS 776 30.198 -4.837 -4.962
3 HB2 CYS 776 HB2 CYS 776 31.740 -2.356 -5.732
4 HB3 CYS 776 HB3 CYS 776 30.884 -3.458 -6.806
No H/Q in entry = 4
In of MODEL 40
1 HA PRO 777 HA PRO 777 34.322 -6.632 -4.932
2 HB2 PRO 777 HB2 PRO 777 33.776 -8.784 -6.459
3 HB3 PRO 777 HB3 PRO 777 33.214 -8.675 -4.786
4 HG2 PRO 777 HG2 PRO 777 31.711 -8.236 -7.324
5 HG3 PRO 777 HG3 PRO 777 31.175 -9.011 -5.823
6 HD2 PRO 777 HD2 PRO 777 30.590 -6.407 -6.552
7 HD3 PRO 777 HD3 PRO 777 30.555 -7.027 -4.894
No H/Q in entry = 7
In of MODEL 40
1 H LEU 778 H LEU 778 35.760 -7.483 -6.792
2 HA LEU 778 HA LEU 778 35.928 -5.425 -8.771
3 HB2 LEU 778 HB2 LEU 778 37.872 -6.896 -9.655
4 HB3 LEU 778 HB3 LEU 778 38.024 -6.082 -8.109
5 HG LEU 778 HG LEU 778 37.050 -8.904 -8.089
6 HD12 LEU 778 HD11 LEU 778 39.288 -9.738 -8.060
7 HD11 LEU 778 HD12 LEU 778 39.943 -8.134 -8.437
8 HD13 LEU 778 HD13 LEU 778 38.943 -9.002 -9.622
9 HD23 LEU 778 HD21 LEU 778 38.382 -8.963 -6.039
10 HD22 LEU 778 HD22 LEU 778 37.216 -7.644 -6.003
11 HD21 LEU 778 HD23 LEU 778 38.906 -7.311 -6.346
No H/Q in entry = 11
In of MODEL 40
1 H TRP 779 H TRP 779 34.276 -8.276 -8.673
2 HA TRP 779 HA TRP 779 33.971 -8.298 -11.571
3 HB2 TRP 779 HB2 TRP 779 32.864 -10.587 -11.150
4 HB3 TRP 779 HB3 TRP 779 34.608 -10.487 -10.987
5 HD1 TRP 779 HD1 TRP 779 31.415 -11.153 -8.887
6 HE1 TRP 779 HE1 TRP 779 32.146 -12.027 -6.596
7 HE3 TRP 779 HE3 TRP 779 36.483 -10.507 -9.300
8 HZ2 TRP 779 HZ2 TRP 779 34.590 -12.404 -5.140
9 HZ3 TRP 779 HZ3 TRP 779 37.895 -11.157 -7.419
10 HH2 TRP 779 HH2 TRP 779 36.952 -12.079 -5.395
No H/Q in entry = 10
In of MODEL 40
1 H GLY 780 H GLY 780 32.652 -6.634 -9.262
2 HA3 GLY 780 HA2 GLY 780 29.986 -6.960 -10.375
3 HA2 GLY 780 HA3 GLY 780 30.148 -7.094 -8.626
No H/Q in entry = 3
In of MODEL 40
1 H LYS 781 H LYS 781 28.466 -5.285 -9.744
2 HA LYS 781 HA LYS 781 29.517 -2.824 -8.770
3 HB2 LYS 781 HB2 LYS 781 30.439 -2.686 -10.941
4 HB3 LYS 781 HB3 LYS 781 28.966 -3.183 -11.720
5 HG2 LYS 781 HG2 LYS 781 29.166 -0.604 -10.171
6 HG3 LYS 781 HG3 LYS 781 29.731 -0.714 -11.837
7 HD2 LYS 781 HD2 LYS 781 26.924 -1.180 -10.823
8 HD3 LYS 781 HD3 LYS 781 27.487 0.159 -11.831
9 HE2 LYS 781 HE2 LYS 781 28.209 -1.583 -13.500
10 HE3 LYS 781 HE3 LYS 781 27.341 -2.729 -12.476
11 HZ1 LYS 781 HZ1 LYS 781 25.267 -1.534 -12.905
12 HZ3 LYS 781 HZ2 LYS 781 25.958 -2.002 -14.348
13 HZ2 LYS 781 HZ3 LYS 781 26.075 -0.410 -13.860
No H/Q in entry = 13
In of MODEL 40
1 H CYS 782 H CYS 782 27.960 -1.465 -8.032
2 HA CYS 782 HA CYS 782 25.254 -2.592 -8.143
3 HB2 CYS 782 HB2 CYS 782 26.340 -2.800 -5.938
4 HB3 CYS 782 HB3 CYS 782 26.598 -1.064 -5.907
No H/Q in entry = 4
In of MODEL 40
1 H ASP 783 H ASP 783 24.318 -1.386 -9.668
2 HA ASP 783 HA ASP 783 23.867 1.422 -9.054
3 HB2 ASP 783 HB2 ASP 783 25.630 1.614 -10.688
4 HB3 ASP 783 HB3 ASP 783 24.855 0.439 -11.744
No H/Q in entry = 4
In of MODEL 40
1 H ALA 784 H ALA 784 23.168 -1.304 -11.182
2 HA ALA 784 HA ALA 784 20.464 -0.520 -11.570
3 HB1 ALA 784 HB1 ALA 784 20.231 -2.782 -12.533
4 HB3 ALA 784 HB2 ALA 784 21.858 -3.179 -11.985
5 HB2 ALA 784 HB3 ALA 784 21.620 -1.938 -13.217
No H/Q in entry = 5
In of MODEL 40
1 H GLU 785 H GLU 785 19.123 -0.518 -9.953
2 HA GLU 785 HA GLU 785 17.816 -1.179 -8.307
3 HB2 GLU 785 HB2 GLU 785 19.302 -3.799 -8.464
4 HB3 GLU 785 HB3 GLU 785 17.956 -3.512 -7.371
5 HG2 GLU 785 HG2 GLU 785 17.851 -3.335 -10.374
6 HG3 GLU 785 HG3 GLU 785 17.234 -4.669 -9.396
No H/Q in entry = 6
In of MODEL 40
1 H SER 786 H SER 786 17.725 -1.166 -6.093
2 HA SER 786 HA SER 786 20.278 -0.486 -4.855
3 HB2 SER 786 HB2 SER 786 18.288 1.158 -4.944
4 HB3 SER 786 HB3 SER 786 17.495 0.083 -3.800
5 HG SER 786 HG SER 786 19.867 1.573 -3.472
No H/Q in entry = 5
In of MODEL 40
1 H SER 787 H SER 787 18.707 -3.114 -5.389
2 HA SER 787 HA SER 787 18.266 -4.175 -2.753
3 HB2 SER 787 HB2 SER 787 18.396 -5.608 -5.413
4 HB3 SER 787 HB3 SER 787 17.770 -6.269 -3.904
5 HG SER 787 HG SER 787 16.633 -3.887 -4.590
No H/Q in entry = 5
In of MODEL 40
1 H LYS 788 H LYS 788 20.638 -4.846 -5.381
2 HA LYS 788 HA LYS 788 22.464 -5.865 -3.389
3 HB2 LYS 788 HB2 LYS 788 22.794 -7.950 -4.497
4 HB3 LYS 788 HB3 LYS 788 21.098 -7.782 -4.067
5 HG2 LYS 788 HG2 LYS 788 20.538 -7.264 -6.374
6 HG3 LYS 788 HG3 LYS 788 22.247 -7.333 -6.823
7 HD2 LYS 788 HD2 LYS 788 22.322 -9.665 -6.082
8 HD3 LYS 788 HD3 LYS 788 20.607 -9.607 -5.711
9 HE2 LYS 788 HE2 LYS 788 20.178 -9.108 -8.095
10 HE3 LYS 788 HE3 LYS 788 21.902 -9.311 -8.416
11 HZ2 LYS 788 HZ1 LYS 788 20.025 -11.356 -7.378
12 HZ1 LYS 788 HZ2 LYS 788 21.676 -11.572 -7.418
13 HZ3 LYS 788 HZ3 LYS 788 20.815 -11.398 -8.871
No H/Q in entry = 13
In of MODEL 40
1 H CYS 789 H CYS 789 24.493 -6.617 -4.546
2 HA CYS 789 HA CYS 789 25.152 -4.689 -6.619
3 HB2 CYS 789 HB2 CYS 789 26.625 -4.698 -4.645
4 HB3 CYS 789 HB3 CYS 789 26.862 -6.430 -4.821
No H/Q in entry = 4
In of MODEL 40
1 H VAL 790 H VAL 790 25.549 -5.486 -8.616
2 HA VAL 790 HA VAL 790 24.952 -8.328 -8.952
3 HB VAL 790 HB VAL 790 24.764 -6.042 -10.943
4 HG12 VAL 790 HG11 VAL 790 23.743 -8.867 -11.164
5 HG11 VAL 790 HG12 VAL 790 25.129 -8.180 -12.011
6 HG13 VAL 790 HG13 VAL 790 23.505 -7.576 -12.354
7 HG23 VAL 790 HG21 VAL 790 22.619 -7.441 -9.397
8 HG22 VAL 790 HG22 VAL 790 22.346 -6.221 -10.656
9 HG21 VAL 790 HG23 VAL 790 23.178 -5.786 -9.150
No H/Q in entry = 9
In of MODEL 40
1 H CYS 791 H CYS 791 26.174 -9.463 -10.480
2 HA CYS 791 HA CYS 791 28.885 -8.453 -10.662
3 HB2 CYS 791 HB2 CYS 791 27.826 -11.246 -10.829
4 HB3 CYS 791 HB3 CYS 791 29.490 -10.825 -11.212
No H/Q in entry = 4
In of MODEL 40
1 H ARG 792 H ARG 792 30.030 -8.442 -12.465
2 HA ARG 792 HA ARG 792 28.429 -7.716 -14.796
3 HB2 ARG 792 HB2 ARG 792 31.375 -7.317 -14.217
4 HB3 ARG 792 HB3 ARG 792 30.422 -6.506 -15.456
5 HG2 ARG 792 HG2 ARG 792 29.184 -5.283 -13.841
6 HG3 ARG 792 HG3 ARG 792 29.818 -6.251 -12.519
7 HD2 ARG 792 HD2 ARG 792 30.949 -4.165 -12.454
8 HD3 ARG 792 HD3 ARG 792 32.092 -5.342 -13.079
9 HE ARG 792 HE ARG 792 31.007 -4.274 -15.313
10 HH11 ARG 792 HH11 ARG 792 32.555 -2.833 -12.425
11 HH12 ARG 792 HH12 ARG 792 33.106 -1.460 -13.240
12 HH21 ARG 792 HH21 ARG 792 31.826 -2.414 -16.427
13 HH22 ARG 792 HH22 ARG 792 32.739 -1.217 -15.593
No H/Q in entry = 13
In of MODEL 40
1 H GLU 793 H GLU 793 29.368 -8.328 -16.941
2 HA GLU 793 HA GLU 793 30.021 -11.076 -17.046
3 HB2 GLU 793 HB2 GLU 793 30.349 -9.035 -19.251
4 HB3 GLU 793 HB3 GLU 793 30.302 -10.775 -19.450
5 HG2 GLU 793 HG2 GLU 793 28.179 -10.233 -20.066
6 HG3 GLU 793 HG3 GLU 793 27.937 -10.516 -18.346
No H/Q in entry = 6
In of MODEL 40
1 H ALA 794 H ALA 794 31.973 -11.944 -18.009
2 HA ALA 794 HA ALA 794 34.145 -11.190 -16.407
3 HB1 ALA 794 HB1 ALA 794 33.983 -13.057 -18.739
4 HB2 ALA 794 HB2 ALA 794 33.819 -13.469 -17.020
5 HB3 ALA 794 HB3 ALA 794 35.356 -12.853 -17.666
No H/Q in entry = 5
In of MODEL 40
1 H SER 795 H SER 795 33.288 -10.415 -19.686
2 HA SER 795 HA SER 795 35.902 -9.311 -20.081
3 HB2 SER 795 HB2 SER 795 34.750 -10.641 -21.885
4 HB3 SER 795 HB3 SER 795 33.576 -9.339 -22.026
5 HG SER 795 HG SER 795 35.199 -7.982 -22.755
No H/Q in entry = 5
In of MODEL 40
1 H GLU 796 H GLU 796 33.224 -8.325 -18.550
2 HA GLU 796 HA GLU 796 33.346 -5.546 -19.492
3 HB2 GLU 796 HB2 GLU 796 31.185 -6.968 -19.634
4 HB3 GLU 796 HB3 GLU 796 31.098 -6.786 -17.897
5 HG2 GLU 796 HG2 GLU 796 31.134 -4.469 -19.820
6 HG3 GLU 796 HG3 GLU 796 29.659 -5.241 -19.269
No H/Q in entry = 6
In of MODEL 40
1 H CYS 797 H CYS 797 33.872 -7.685 -16.800
2 HA CYS 797 HA CYS 797 33.794 -6.093 -14.560
3 HB2 CYS 797 HB2 CYS 797 35.903 -8.146 -15.242
4 HB3 CYS 797 HB3 CYS 797 35.579 -7.488 -13.638
No H/Q in entry = 4
In of MODEL 40
1 H GLU 798 H GLU 798 35.591 -4.962 -13.332
2 HA GLU 798 HA GLU 798 37.270 -3.519 -15.216
3 HB2 GLU 798 HB2 GLU 798 35.000 -2.584 -15.182
4 HB3 GLU 798 HB3 GLU 798 35.152 -2.331 -13.467
5 HG2 GLU 798 HG2 GLU 798 36.828 -0.651 -13.830
6 HG3 GLU 798 HG3 GLU 798 36.815 -0.982 -15.571
No H/Q in entry = 6
In of MODEL 40
1 H GLU 799 H GLU 799 38.892 -4.613 -13.974
2 HA GLU 799 HA GLU 799 40.232 -2.960 -12.204
3 HB2 GLU 799 HB2 GLU 799 38.584 -3.751 -10.495
4 HB3 GLU 799 HB3 GLU 799 38.979 -5.412 -10.883
5 HG2 GLU 799 HG2 GLU 799 39.981 -4.622 -8.760
6 HG3 GLU 799 HG3 GLU 799 41.179 -5.168 -9.933
No H/Q in entry = 6
In of MODEL 40
1 H GLU 800 H GLU 800 42.309 -4.001 -11.598
2 HA GLU 800 HA GLU 800 42.902 -6.160 -13.437
3 HB2 GLU 800 HB2 GLU 800 45.290 -5.377 -13.313
4 HB3 GLU 800 HB3 GLU 800 44.200 -4.304 -14.186
5 HG2 GLU 800 HG2 GLU 800 44.122 -2.818 -12.246
6 HG3 GLU 800 HG3 GLU 800 45.140 -3.934 -11.349
No H/Q in entry = 6
In of MODEL 40
1 H GLY 801 H GLY 801 42.049 -7.496 -11.797
2 HA3 GLY 801 HA2 GLY 801 43.569 -7.843 -9.430
3 HA2 GLY 801 HA3 GLY 801 42.317 -8.930 -10.047
No H/Q in entry = 3
In of MODEL 40
1 H PHE 802 H PHE 802 43.741 -10.577 -9.423
2 HA PHE 802 HA PHE 802 46.233 -10.830 -10.879
3 HB2 PHE 802 HB2 PHE 802 44.896 -12.538 -8.808
4 HB3 PHE 802 HB3 PHE 802 46.283 -13.128 -9.706
5 HD1 PHE 802 HD1 PHE 802 47.812 -13.333 -7.955
6 HD2 PHE 802 HD2 PHE 802 45.819 -9.624 -8.537
7 HE1 PHE 802 HE1 PHE 802 49.299 -12.301 -6.365
8 HE2 PHE 802 HE2 PHE 802 47.311 -8.570 -6.921
9 HZ PHE 802 HZ PHE 802 49.067 -9.904 -5.818
No H/Q in entry = 9
In of MODEL 40
1 H SER 803 H SER 803 46.553 -13.349 -11.558
2 HA SER 803 HA SER 803 44.338 -14.054 -13.285
3 HB2 SER 803 HB2 SER 803 47.301 -14.207 -13.898
4 HB3 SER 803 HB3 SER 803 46.001 -14.790 -14.937
5 HG SER 803 HG SER 803 45.698 -12.165 -14.156
No H/Q in entry = 5
In of MODEL 40
1 H ILE 804 H ILE 804 43.788 -16.162 -13.069
2 HA ILE 804 HA ILE 804 45.522 -17.835 -11.427
3 HB ILE 804 HB ILE 804 43.690 -18.647 -10.057
4 HG12 ILE 804 HG12 ILE 804 41.823 -18.331 -11.707
5 HG13 ILE 804 HG13 ILE 804 41.426 -17.807 -10.081
6 HG21 ILE 804 HG21 ILE 804 44.879 -16.757 -9.180
7 HG23 ILE 804 HG22 ILE 804 43.179 -16.664 -8.704
8 HG22 ILE 804 HG23 ILE 804 43.788 -15.650 -10.015
9 HD11 ILE 804 HD11 ILE 804 41.832 -15.474 -10.805
10 HD13 ILE 804 HD12 ILE 804 40.522 -16.269 -11.670
11 HD12 ILE 804 HD13 ILE 804 42.086 -16.064 -12.450
No H/Q in entry = 11
In of MODEL 40
1 H CYS 805 H CYS 805 44.644 -20.121 -11.397
2 HA CYS 805 HA CYS 805 43.962 -20.847 -14.148
3 HB2 CYS 805 HB2 CYS 805 46.113 -21.667 -13.238
4 HB3 CYS 805 HB3 CYS 805 45.241 -22.446 -11.926
No H/Q in entry = 4
In of MODEL 40
1 H VAL 806 H VAL 806 42.009 -21.585 -14.500
2 HA VAL 806 HA VAL 806 40.531 -22.718 -12.245
3 HB VAL 806 HB VAL 806 39.427 -20.934 -14.396
4 HG12 VAL 806 HG11 VAL 806 37.418 -20.850 -12.971
5 HG11 VAL 806 HG12 VAL 806 38.136 -22.111 -11.953
6 HG13 VAL 806 HG13 VAL 806 37.761 -22.447 -13.638
7 HG21 VAL 806 HG21 VAL 806 39.986 -20.242 -11.519
8 HG23 VAL 806 HG22 VAL 806 39.088 -19.233 -12.661
9 HG22 VAL 806 HG23 VAL 806 40.784 -19.596 -12.956
No H/Q in entry = 9
In of MODEL 40
1 H GLU 807 H GLU 807 39.612 -24.608 -12.699
2 HA GLU 807 HA GLU 807 39.913 -25.711 -15.327
3 HB2 GLU 807 HB2 GLU 807 40.374 -27.084 -13.339
4 HB3 GLU 807 HB3 GLU 807 38.726 -26.859 -12.792
5 HG2 GLU 807 HG2 GLU 807 37.908 -28.069 -14.754
6 HG3 GLU 807 HG3 GLU 807 39.575 -28.271 -15.302
No H/Q in entry = 6
In of MODEL 40
1 H VAL 808 H VAL 808 38.550 -25.365 -16.754
2 HA VAL 808 HA VAL 808 35.702 -25.188 -16.174
3 HB VAL 808 HB VAL 808 36.645 -22.919 -16.532
4 HG11 VAL 808 HG11 VAL 808 38.504 -23.374 -17.950
5 HG13 VAL 808 HG12 VAL 808 37.450 -22.182 -18.714
6 HG12 VAL 808 HG13 VAL 808 37.434 -23.861 -19.264
7 HG22 VAL 808 HG21 VAL 808 34.350 -23.253 -17.129
8 HG21 VAL 808 HG22 VAL 808 34.827 -23.855 -18.722
9 HG23 VAL 808 HG23 VAL 808 35.118 -22.165 -18.295
No H/Q in entry = 9
In of MODEL 40
1 H ASN 809 H ASN 809 34.594 -26.510 -17.489
2 HA ASN 809 HA ASN 809 34.105 -28.011 -19.171
3 HB2 ASN 809 HB2 ASN 809 36.219 -26.368 -20.417
4 HB3 ASN 809 HB3 ASN 809 35.612 -27.762 -21.333
5 HD21 ASN 809 HD21 ASN 809 35.264 -24.554 -20.375
6 HD22 ASN 809 HD22 ASN 809 33.763 -24.181 -21.123
No H/Q in entry = 6
In of MODEL 40
1 H GLY 810 H GLY 810 36.357 -28.401 -17.133
2 HA3 GLY 810 HA2 GLY 810 37.496 -30.380 -16.580
3 HA2 GLY 810 HA3 GLY 810 37.324 -30.883 -18.268
No H/Q in entry = 3
In of MODEL 40
1 H LYS 811 H LYS 811 38.351 -27.845 -18.517
2 HA LYS 811 HA LYS 811 41.166 -28.686 -18.698
3 HB2 LYS 811 HB2 LYS 811 39.619 -26.601 -20.189
4 HB3 LYS 811 HB3 LYS 811 41.353 -26.857 -20.301
5 HG2 LYS 811 HG2 LYS 811 41.037 -29.014 -21.269
6 HG3 LYS 811 HG3 LYS 811 39.293 -28.929 -20.993
7 HD2 LYS 811 HD2 LYS 811 39.913 -28.422 -23.304
8 HD3 LYS 811 HD3 LYS 811 39.095 -27.084 -22.498
9 HE2 LYS 811 HE2 LYS 811 41.267 -26.006 -22.073
10 HE3 LYS 811 HE3 LYS 811 42.099 -27.321 -22.891
11 HZ1 LYS 811 HZ1 LYS 811 40.141 -25.457 -24.104
12 HZ3 LYS 811 HZ2 LYS 811 40.974 -26.681 -24.933
13 HZ2 LYS 811 HZ3 LYS 811 41.816 -25.368 -24.289
No H/Q in entry = 13
In of MODEL 40
1 H GLU 812 H GLU 812 42.707 -27.353 -17.858
2 HA GLU 812 HA GLU 812 41.759 -25.321 -16.030
3 HB2 GLU 812 HB2 GLU 812 44.509 -26.437 -16.523
4 HB3 GLU 812 HB3 GLU 812 44.166 -25.154 -15.373
5 HG2 GLU 812 HG2 GLU 812 42.654 -26.683 -14.177
6 HG3 GLU 812 HG3 GLU 812 43.119 -27.964 -15.296
No H/Q in entry = 6
In of MODEL 40
1 H GLN 813 H GLN 813 41.276 -23.504 -16.893
2 HA GLN 813 HA GLN 813 43.041 -22.418 -18.944
3 HB2 GLN 813 HB2 GLN 813 40.890 -22.841 -19.824
4 HB3 GLN 813 HB3 GLN 813 40.091 -22.099 -18.448
5 HG2 GLN 813 HG2 GLN 813 40.802 -19.933 -19.157
6 HG3 GLN 813 HG3 GLN 813 41.780 -20.627 -20.458
7 HE21 GLN 813 HE21 GLN 813 39.493 -18.754 -20.484
8 HE22 GLN 813 HE22 GLN 813 38.357 -19.462 -21.562
No H/Q in entry = 8
In of MODEL 40
1 H THR 814 H THR 814 43.907 -20.484 -18.630
2 HA THR 814 HA THR 814 43.946 -19.376 -16.000
3 HB THR 814 HB THR 814 45.000 -18.195 -18.560
4 HG1 THR 814 HG1 THR 814 46.964 -19.280 -17.957
5 HG21 THR 814 HG21 THR 814 45.813 -17.819 -15.669
6 HG23 THR 814 HG22 THR 814 44.972 -16.639 -16.672
7 HG22 THR 814 HG23 THR 814 46.634 -17.089 -17.047
No H/Q in entry = 7
In of MODEL 40
1 H MET 815 H MET 815 42.663 -17.807 -15.265
2 HA MET 815 HA MET 815 41.213 -16.157 -17.220
3 HB2 MET 815 HB2 MET 815 40.107 -16.952 -14.522
4 HB3 MET 815 HB3 MET 815 39.273 -16.108 -15.810
5 HG2 MET 815 HG2 MET 815 39.663 -18.317 -17.150
6 HG3 MET 815 HG3 MET 815 40.015 -18.924 -15.536
7 HE2 MET 815 HE1 MET 815 36.546 -20.442 -16.340
8 HE1 MET 815 HE2 MET 815 38.259 -20.752 -16.003
9 HE3 MET 815 HE3 MET 815 37.788 -20.017 -17.523
No H/Q in entry = 9
In of MODEL 40
1 H SER 816 H SER 816 40.826 -14.053 -16.449
2 HA SER 816 HA SER 816 42.742 -13.182 -14.496
3 HB2 SER 816 HB2 SER 816 40.519 -11.651 -15.887
4 HB3 SER 816 HB3 SER 816 41.756 -10.929 -14.857
5 HG SER 816 HG SER 816 42.044 -12.182 -17.362
No H/Q in entry = 5
In of MODEL 40
1 H GLU 817 H GLU 817 42.156 -12.228 -12.520
2 HA GLU 817 HA GLU 817 40.603 -13.773 -10.903
3 HB2 GLU 817 HB2 GLU 817 42.409 -12.116 -10.376
4 HB3 GLU 817 HB3 GLU 817 41.168 -10.887 -10.499
5 HG2 GLU 817 HG2 GLU 817 39.920 -11.982 -8.670
6 HG3 GLU 817 HG3 GLU 817 41.187 -13.197 -8.698
No H/Q in entry = 6
In of MODEL 40
1 H CYS 818 H CYS 818 39.772 -10.607 -12.227
2 HA CYS 818 HA CYS 818 37.221 -10.361 -11.138
3 HB2 CYS 818 HB2 CYS 818 38.115 -9.277 -13.809
4 HB3 CYS 818 HB3 CYS 818 36.888 -8.623 -12.724
No H/Q in entry = 4
In of MODEL 40
1 H GLU 819 H GLU 819 38.378 -11.987 -14.012
2 HA GLU 819 HA GLU 819 35.883 -12.457 -15.249
3 HB2 GLU 819 HB2 GLU 819 37.859 -12.493 -16.585
4 HB3 GLU 819 HB3 GLU 819 38.616 -13.649 -15.508
5 HG2 GLU 819 HG2 GLU 819 37.395 -15.418 -16.334
6 HG3 GLU 819 HG3 GLU 819 36.196 -14.416 -17.116
No H/Q in entry = 6
In of MODEL 40
1 H ALA 820 H ALA 820 38.109 -14.705 -13.590
2 HA ALA 820 HA ALA 820 36.502 -16.883 -13.494
3 HB2 ALA 820 HB1 ALA 820 37.815 -17.628 -11.568
4 HB3 ALA 820 HB2 ALA 820 38.423 -15.988 -11.362
5 HB1 ALA 820 HB3 ALA 820 38.826 -16.902 -12.819
No H/Q in entry = 5
In of MODEL 40
1 H GLY 821 H GLY 821 36.697 -14.201 -11.165
2 HA3 GLY 821 HA2 GLY 821 34.904 -15.177 -9.233
3 HA2 GLY 821 HA3 GLY 821 35.339 -13.491 -9.469
No H/Q in entry = 3
In of MODEL 40
1 H ALA 822 H ALA 822 34.366 -13.182 -12.109
2 HA ALA 822 HA ALA 822 31.687 -12.568 -11.597
3 HB2 ALA 822 HB1 ALA 822 33.036 -11.407 -13.294
4 HB3 ALA 822 HB2 ALA 822 31.524 -12.019 -13.954
5 HB1 ALA 822 HB3 ALA 822 33.039 -12.871 -14.283
No H/Q in entry = 5
In of MODEL 40
1 H LEU 823 H LEU 823 33.186 -15.213 -13.390
2 HA LEU 823 HA LEU 823 30.743 -16.416 -14.113
3 HB2 LEU 823 HB2 LEU 823 33.499 -17.612 -13.922
4 HB3 LEU 823 HB3 LEU 823 32.116 -18.570 -14.381
5 HG LEU 823 HG LEU 823 33.052 -18.077 -16.403
6 HD11 LEU 823 HD11 LEU 823 30.749 -17.518 -16.524
7 HD13 LEU 823 HD12 LEU 823 31.684 -16.467 -17.586
8 HD12 LEU 823 HD13 LEU 823 31.087 -15.851 -16.055
9 HD23 LEU 823 HD21 LEU 823 33.967 -15.907 -17.101
10 HD22 LEU 823 HD22 LEU 823 34.796 -16.558 -15.692
11 HD21 LEU 823 HD23 LEU 823 33.622 -15.261 -15.500
No H/Q in entry = 11
In of MODEL 40
1 H ARG 824 H ARG 824 32.694 -16.756 -11.187
2 HA ARG 824 HA ARG 824 31.307 -18.956 -10.078
3 HB2 ARG 824 HB2 ARG 824 32.771 -16.726 -8.648
4 HB3 ARG 824 HB3 ARG 824 32.286 -18.261 -7.940
5 HG2 ARG 824 HG2 ARG 824 33.798 -19.439 -9.447
6 HG3 ARG 824 HG3 ARG 824 34.279 -17.902 -10.172
7 HD2 ARG 824 HD2 ARG 824 35.938 -18.617 -8.574
8 HD3 ARG 824 HD3 ARG 824 35.107 -17.188 -7.956
9 HE ARG 824 HE ARG 824 33.780 -19.445 -7.081
10 HH11 ARG 824 HH11 ARG 824 36.877 -17.818 -6.458
11 HH12 ARG 824 HH12 ARG 824 37.095 -18.467 -4.898
12 HH21 ARG 824 HH21 ARG 824 34.086 -20.359 -4.908
13 HH22 ARG 824 HH22 ARG 824 35.485 -19.973 -4.017
No H/Q in entry = 13
In of MODEL 40
1 H CYS 825 H CYS 825 30.431 -15.642 -10.392
2 HA CYS 825 HA CYS 825 28.438 -15.847 -8.299
3 HB2 CYS 825 HB2 CYS 825 29.560 -13.606 -8.571
4 HB3 CYS 825 HB3 CYS 825 29.024 -13.622 -10.235
No H/Q in entry = 4
In of MODEL 40
1 H ARG 826 H ARG 826 28.859 -15.365 -11.729
2 HA ARG 826 HA ARG 826 26.400 -14.891 -12.652
3 HB2 ARG 826 HB2 ARG 826 28.481 -14.721 -13.882
4 HB3 ARG 826 HB3 ARG 826 28.584 -16.481 -13.934
5 HG2 ARG 826 HG2 ARG 826 26.444 -16.515 -15.016
6 HG3 ARG 826 HG3 ARG 826 26.529 -14.732 -15.054
7 HD2 ARG 826 HD2 ARG 826 28.500 -14.807 -16.460
8 HD3 ARG 826 HD3 ARG 826 28.582 -16.555 -16.296
9 HE ARG 826 HE ARG 826 26.533 -16.702 -17.534
10 HH11 ARG 826 HH11 ARG 826 28.257 -13.598 -17.776
11 HH12 ARG 826 HH12 ARG 826 27.697 -13.261 -19.345
12 HH21 ARG 826 HH21 ARG 826 25.761 -16.212 -19.661
13 HH22 ARG 826 HH22 ARG 826 26.200 -14.720 -20.405
No H/Q in entry = 13
In of MODEL 40
1 H GLY 827 H GLY 827 27.882 -18.137 -12.291
2 HA3 GLY 827 HA2 GLY 827 26.072 -19.859 -11.696
3 HA2 GLY 827 HA3 GLY 827 25.271 -19.183 -13.116
No H/Q in entry = 3
In of MODEL 40
1 H GLN 828 H GLN 828 28.287 -18.987 -13.965
2 HA GLN 828 HA GLN 828 28.207 -21.303 -15.638
3 HB2 GLN 828 HB2 GLN 828 29.159 -19.194 -16.404
4 HB3 GLN 828 HB3 GLN 828 30.344 -19.236 -15.110
5 HG2 GLN 828 HG2 GLN 828 31.324 -19.853 -17.246
6 HG3 GLN 828 HG3 GLN 828 31.367 -21.190 -16.094
7 HE21 GLN 828 HE21 GLN 828 29.846 -19.976 -18.970
8 HE22 GLN 828 HE22 GLN 828 29.244 -21.495 -19.507
No H/Q in entry = 8
In of MODEL 40
1 H SER 829 H SER 829 29.568 -23.110 -15.502
2 HA SER 829 HA SER 829 30.375 -23.747 -12.799
3 HB2 SER 829 HB2 SER 829 30.338 -25.454 -15.298
4 HB3 SER 829 HB3 SER 829 30.563 -26.032 -13.643
5 HG SER 829 HG SER 829 28.354 -24.590 -13.658
No H/Q in entry = 5
In of MODEL 40
1 H ILE 830 H ILE 830 32.335 -23.155 -12.188
2 HA ILE 830 HA ILE 830 34.610 -23.809 -13.850
3 HB ILE 830 HB ILE 830 35.743 -21.705 -13.504
4 HG12 ILE 830 HG12 ILE 830 34.766 -21.089 -11.310
5 HG13 ILE 830 HG13 ILE 830 34.812 -19.719 -12.389
6 HG21 ILE 830 HG21 ILE 830 33.037 -21.208 -14.652
7 HG23 ILE 830 HG22 ILE 830 34.481 -21.754 -15.508
8 HG22 ILE 830 HG23 ILE 830 34.413 -20.118 -14.838
9 HD13 ILE 830 HD11 ILE 830 32.772 -19.712 -11.166
10 HD12 ILE 830 HD12 ILE 830 32.429 -21.379 -11.617
11 HD11 ILE 830 HD13 ILE 830 32.391 -20.109 -12.842
No H/Q in entry = 11
In of MODEL 40
1 H SER 831 H SER 831 36.401 -24.377 -12.626
2 HA SER 831 HA SER 831 36.002 -24.400 -9.729
3 HB2 SER 831 HB2 SER 831 37.184 -26.452 -11.565
4 HB3 SER 831 HB3 SER 831 37.172 -26.560 -9.811
5 HG SER 831 HG SER 831 35.440 -27.648 -11.099
No H/Q in entry = 5
In of MODEL 40
1 H VAL 832 H VAL 832 37.464 -22.718 -9.151
2 HA VAL 832 HA VAL 832 39.947 -22.358 -10.414
3 HB VAL 832 HB VAL 832 39.029 -20.517 -9.157
4 HG12 VAL 832 HG11 VAL 832 39.392 -22.171 -6.659
5 HG11 VAL 832 HG12 VAL 832 37.853 -21.696 -7.381
6 HG13 VAL 832 HG13 VAL 832 38.919 -20.473 -6.694
7 HG21 VAL 832 HG21 VAL 832 41.600 -21.468 -7.899
8 HG23 VAL 832 HG22 VAL 832 40.980 -19.824 -7.805
9 HG22 VAL 832 HG23 VAL 832 41.431 -20.506 -9.367
No H/Q in entry = 9
In of MODEL 40
1 H THR 833 H THR 833 41.635 -23.588 -10.448
2 HA THR 833 HA THR 833 41.832 -25.670 -8.462
3 HB THR 833 HB THR 833 43.613 -26.550 -10.048
4 HG1 THR 833 HG1 THR 833 43.772 -25.629 -12.019
5 HG23 THR 833 HG21 THR 833 41.969 -27.355 -11.690
6 HG22 THR 833 HG22 THR 833 40.840 -26.110 -11.162
7 HG21 THR 833 HG23 THR 833 41.307 -27.398 -10.054
No H/Q in entry = 7
In of MODEL 40
1 H SER 834 H SER 834 43.599 -22.876 -9.666
2 HA SER 834 HA SER 834 45.134 -22.923 -7.252
3 HB2 SER 834 HB2 SER 834 47.319 -22.765 -8.414
4 HB3 SER 834 HB3 SER 834 46.522 -24.316 -8.680
5 HG SER 834 HG SER 834 46.264 -23.865 -10.706
No H/Q in entry = 5
In of MODEL 40
1 H ILE 835 H ILE 835 46.335 -20.956 -6.963
2 HA ILE 835 HA ILE 835 44.808 -18.723 -8.005
3 HB ILE 835 HB ILE 835 45.776 -17.371 -6.362
4 HG12 ILE 835 HG12 ILE 835 48.146 -18.045 -6.513
5 HG13 ILE 835 HG13 ILE 835 47.607 -17.957 -4.851
6 HG22 ILE 835 HG21 ILE 835 45.324 -18.562 -4.264
7 HG21 ILE 835 HG22 ILE 835 45.155 -20.047 -5.219
8 HG23 ILE 835 HG23 ILE 835 44.076 -18.682 -5.504
9 HD12 ILE 835 HD11 ILE 835 48.047 -20.435 -6.490
10 HD11 ILE 835 HD12 ILE 835 47.406 -20.394 -4.845
11 HD13 ILE 835 HD13 ILE 835 49.056 -19.841 -5.161
No H/Q in entry = 11
In of MODEL 40
1 H ARG 836 H ARG 836 47.328 -20.334 -9.191
2 HA ARG 836 HA ARG 836 48.786 -17.933 -9.996
3 HB2 ARG 836 HB2 ARG 836 50.616 -19.353 -10.591
4 HB3 ARG 836 HB3 ARG 836 50.125 -19.684 -8.943
5 HG2 ARG 836 HG2 ARG 836 49.008 -21.708 -9.672
6 HG3 ARG 836 HG3 ARG 836 49.465 -21.356 -11.349
7 HD2 ARG 836 HD2 ARG 836 51.770 -21.307 -10.710
8 HD3 ARG 836 HD3 ARG 836 51.312 -21.667 -9.048
9 HE ARG 836 HE ARG 836 50.487 -23.573 -11.094
10 HH11 ARG 836 HH11 ARG 836 52.831 -22.795 -8.559
11 HH12 ARG 836 HH12 ARG 836 53.400 -24.386 -8.377
12 HH21 ARG 836 HH21 ARG 836 51.273 -25.785 -10.873
13 HH22 ARG 836 HH22 ARG 836 52.506 -26.126 -9.755
No H/Q in entry = 13
In of MODEL 40
1 HA PRO 837 HA PRO 837 47.053 -18.445 -14.000
2 HB2 PRO 837 HB2 PRO 837 49.081 -17.560 -15.616
3 HB3 PRO 837 HB3 PRO 837 48.045 -16.471 -14.689
4 HG2 PRO 837 HG2 PRO 837 50.792 -17.462 -14.056
5 HG3 PRO 837 HG3 PRO 837 50.115 -15.836 -13.849
6 HD2 PRO 837 HD2 PRO 837 50.380 -17.573 -11.796
7 HD3 PRO 837 HD3 PRO 837 49.058 -16.392 -11.879
No H/Q in entry = 7
In of MODEL 40
1 H CYS 838 H CYS 838 47.113 -19.885 -15.729
2 HA CYS 838 HA CYS 838 49.013 -22.092 -15.455
3 HB2 CYS 838 HB2 CYS 838 46.530 -22.517 -15.373
4 HB3 CYS 838 HB3 CYS 838 46.438 -21.847 -17.001
No H/Q in entry = 4
In of MODEL 40
1 H ALA 839 H ALA 839 49.476 -23.097 -17.760
2 HA ALA 839 HA ALA 839 50.715 -21.105 -19.350
3 HB2 ALA 839 HB1 ALA 839 50.299 -24.050 -19.884
4 HB1 ALA 839 HB2 ALA 839 51.692 -23.336 -19.074
5 HB3 ALA 839 HB3 ALA 839 51.392 -22.995 -20.778
No H/Q in entry = 5
In of MODEL 40
1 H ALA 840 H ALA 840 47.620 -21.972 -19.105
2 HA ALA 840 HA ALA 840 46.801 -21.902 -21.875
3 HB2 ALA 840 HB1 ALA 840 45.184 -21.907 -19.338
4 HB3 ALA 840 HB2 ALA 840 45.670 -23.333 -20.252
5 HB1 ALA 840 HB3 ALA 840 44.557 -22.161 -20.965
No H/Q in entry = 5
In of MODEL 40
1 H GLU 841 H GLU 841 48.137 -19.536 -20.496
2 HA GLU 841 HA GLU 841 46.017 -17.567 -20.820
3 HB2 GLU 841 HB2 GLU 841 47.630 -15.876 -20.029
4 HB3 GLU 841 HB3 GLU 841 47.501 -17.205 -18.897
5 HG2 GLU 841 HG2 GLU 841 49.629 -18.070 -19.599
6 HG3 GLU 841 HG3 GLU 841 49.723 -16.882 -20.900
No H/Q in entry = 6
In of MODEL 40
1 H THR 842 H THR 842 48.065 -19.231 -22.637
2 HA THR 842 HA THR 842 48.020 -17.299 -24.811
3 HB THR 842 HB THR 842 50.229 -19.311 -24.243
4 HG1 THR 842 HG1 THR 842 50.264 -16.495 -23.875
5 HG21 THR 842 HG21 THR 842 49.952 -18.657 -26.606
6 HG23 THR 842 HG22 THR 842 51.463 -18.036 -25.943
7 HG22 THR 842 HG23 THR 842 50.078 -16.960 -26.142
No H/Q in entry = 7
In of MODEL 40
1 H GLN 843 H GLN 843 47.514 -18.368 -26.781
2 HA GLN 843 HA GLN 843 46.478 -21.087 -26.424
3 HB2 GLN 843 HB2 GLN 843 45.881 -19.156 -28.668
4 HB3 GLN 843 HB3 GLN 843 45.024 -20.641 -28.285
5 HG2 GLN 843 HG2 GLN 843 44.245 -19.626 -26.191
6 HG3 GLN 843 HG3 GLN 843 45.076 -18.134 -26.624
7 HE21 GLN 843 HE21 GLN 843 42.312 -18.514 -26.136
8 HE22 GLN 843 HE22 GLN 843 41.467 -18.070 -27.574
No H/Q in entry = 8
In of MODEL 41
1 H1 GLY 689 H2 GLY 689 55.207 9.481 -14.888
2 H2 GLY 689 H1 GLY 689 55.558 8.158 -15.832
3 H3 GLY 689 H3 GLY 689 56.683 9.415 -15.710
4 HA2 GLY 689 HA2 GLY 689 55.423 9.454 -17.808
5 HA3 GLY 689 HA3 GLY 689 55.188 10.910 -16.840
No H/Q in entry = 5
In of MODEL 41
1 H SER 690 H SER 690 53.496 9.305 -18.817
2 HA SER 690 HA SER 690 51.003 9.724 -17.518
3 HB2 SER 690 HB2 SER 690 51.339 10.028 -19.970
4 HB3 SER 690 HB3 SER 690 51.638 8.301 -20.128
5 HG SER 690 HG SER 690 49.239 9.364 -19.054
No H/Q in entry = 5
In of MODEL 41
1 H HIS 691 H HIS 691 49.578 8.208 -16.711
2 HA HIS 691 HA HIS 691 48.749 6.320 -15.821
3 HB2 HIS 691 HB2 HIS 691 50.733 4.992 -17.646
4 HB3 HIS 691 HB3 HIS 691 49.783 4.046 -16.519
5 HD1 HIS 691 HD1 HIS 691 47.221 3.898 -17.006
6 HD2 HIS 691 HD2 HIS 691 49.423 5.921 -19.886
7 HE1 HIS 691 HE1 HIS 691 45.734 4.055 -18.991
8 HE2 HIS 691 HE2 HIS 691 46.985 5.487 -20.615
No H/Q in entry = 8
In of MODEL 41
1 H MET 692 H MET 692 49.528 4.228 -14.541
2 HA MET 692 HA MET 692 51.307 5.241 -12.517
3 HB2 MET 692 HB2 MET 692 49.869 2.577 -12.756
4 HB3 MET 692 HB3 MET 692 50.814 3.072 -11.370
5 HG2 MET 692 HG2 MET 692 48.496 3.337 -10.855
6 HG3 MET 692 HG3 MET 692 49.221 4.933 -10.993
7 HE3 MET 692 HE1 MET 692 46.049 4.316 -10.989
8 HE2 MET 692 HE2 MET 692 45.535 5.474 -12.216
9 HE1 MET 692 HE3 MET 692 46.769 5.923 -11.041
No H/Q in entry = 9
In of MODEL 41
1 H ASN 693 H ASN 693 51.288 2.940 -15.110
2 HA ASN 693 HA ASN 693 54.086 2.385 -14.565
3 HB2 ASN 693 HB2 ASN 693 53.836 0.227 -15.725
4 HB3 ASN 693 HB3 ASN 693 52.699 0.330 -14.395
5 HD21 ASN 693 HD21 ASN 693 52.646 -1.398 -16.682
6 HD22 ASN 693 HD22 ASN 693 51.165 -1.094 -17.512
No H/Q in entry = 6
In of MODEL 41
1 HA PRO 694 HA PRO 694 54.929 4.508 -18.340
2 HB2 PRO 694 HB2 PRO 694 57.068 2.576 -18.951
3 HB3 PRO 694 HB3 PRO 694 57.185 4.306 -18.626
4 HG2 PRO 694 HG2 PRO 694 58.043 2.480 -16.853
5 HG3 PRO 694 HG3 PRO 694 57.302 4.005 -16.336
6 HD2 PRO 694 HD2 PRO 694 56.101 1.266 -16.478
7 HD3 PRO 694 HD3 PRO 694 55.935 2.519 -15.225
No H/Q in entry = 7
In of MODEL 41
1 H LEU 695 H LEU 695 54.563 4.382 -20.511
2 HA LEU 695 HA LEU 695 53.315 1.931 -21.442
3 HB2 LEU 695 HB2 LEU 695 53.568 4.637 -22.769
4 HB3 LEU 695 HB3 LEU 695 52.621 3.296 -23.371
5 HG LEU 695 HG LEU 695 52.090 4.884 -20.861
6 HD12 LEU 695 HD11 LEU 695 50.589 4.684 -23.457
7 HD11 LEU 695 HD12 LEU 695 51.543 6.054 -22.896
8 HD13 LEU 695 HD13 LEU 695 50.076 5.589 -22.032
9 HD23 LEU 695 HD21 LEU 695 50.039 3.558 -20.669
10 HD22 LEU 695 HD22 LEU 695 51.479 2.555 -20.514
11 HD21 LEU 695 HD23 LEU 695 50.563 2.554 -22.022
No H/Q in entry = 11
In of MODEL 41
1 H THR 696 H THR 696 54.383 0.543 -22.623
2 HA THR 696 HA THR 696 56.033 -0.552 -23.665
3 HB THR 696 HB THR 696 57.129 0.529 -25.652
4 HG1 THR 696 HG1 THR 696 56.386 2.799 -24.371
5 HG22 THR 696 HG21 THR 696 54.174 1.110 -25.459
6 HG21 THR 696 HG22 THR 696 54.897 -0.433 -25.909
7 HG23 THR 696 HG23 THR 696 55.102 0.975 -26.953
No H/Q in entry = 7
In of MODEL 41
1 H GLN 697 H GLN 697 58.586 0.242 -24.602
2 HA GLN 697 HA GLN 697 60.638 0.791 -24.090
3 HB2 GLN 697 HB2 GLN 697 59.618 2.220 -21.616
4 HB3 GLN 697 HB3 GLN 697 61.228 2.344 -22.296
5 HG2 GLN 697 HG2 GLN 697 58.655 3.390 -23.464
6 HG3 GLN 697 HG3 GLN 697 60.017 4.319 -22.853
7 HE21 GLN 697 HE21 GLN 697 58.679 2.639 -25.517
8 HE22 GLN 697 HE22 GLN 697 59.918 2.978 -26.655
No H/Q in entry = 8
In of MODEL 41
1 H ALA 698 H ALA 698 62.251 0.612 -22.071
2 HA ALA 698 HA ALA 698 61.966 -2.133 -21.337
3 HB2 ALA 698 HB1 ALA 698 64.210 -0.213 -20.714
4 HB1 ALA 698 HB2 ALA 698 64.121 -1.259 -22.126
5 HB3 ALA 698 HB3 ALA 698 64.252 -1.966 -20.516
No H/Q in entry = 5
In of MODEL 41
1 H VAL 699 H VAL 699 60.773 -2.610 -19.669
2 HA VAL 699 HA VAL 699 61.304 -1.379 -17.135
3 HB VAL 699 HB VAL 699 59.473 0.023 -17.957
4 HG12 VAL 699 HG11 VAL 699 57.240 -0.856 -18.469
5 HG11 VAL 699 HG12 VAL 699 57.878 -2.497 -18.349
6 HG13 VAL 699 HG13 VAL 699 58.467 -1.413 -19.608
7 HG22 VAL 699 HG21 VAL 699 59.456 -0.448 -15.582
8 HG21 VAL 699 HG22 VAL 699 58.511 -1.911 -15.851
9 HG23 VAL 699 HG23 VAL 699 57.798 -0.331 -16.173
No H/Q in entry = 9
In of MODEL 41
1 HA PRO 700 HA PRO 700 61.074 -5.752 -16.296
2 HB2 PRO 700 HB2 PRO 700 61.015 -5.106 -13.468
3 HB3 PRO 700 HB3 PRO 700 62.271 -5.924 -14.389
4 HG2 PRO 700 HG2 PRO 700 62.428 -3.375 -13.348
5 HG3 PRO 700 HG3 PRO 700 63.476 -4.008 -14.627
6 HD2 PRO 700 HD2 PRO 700 61.257 -2.079 -14.771
7 HD3 PRO 700 HD3 PRO 700 62.585 -2.364 -15.911
No H/Q in entry = 7
In of MODEL 41
1 H LYS 701 H LYS 701 59.318 -6.958 -16.192
2 HA LYS 701 HA LYS 701 56.845 -5.816 -15.232
3 HB2 LYS 701 HB2 LYS 701 57.413 -8.542 -16.433
4 HB3 LYS 701 HB3 LYS 701 55.820 -7.885 -16.096
5 HG2 LYS 701 HG2 LYS 701 57.793 -6.759 -18.081
6 HG3 LYS 701 HG3 LYS 701 56.401 -7.771 -18.467
7 HD2 LYS 701 HD2 LYS 701 54.896 -6.055 -17.595
8 HD3 LYS 701 HD3 LYS 701 56.279 -5.056 -17.151
9 HE2 LYS 701 HE2 LYS 701 55.279 -4.301 -19.239
10 HE3 LYS 701 HE3 LYS 701 56.920 -4.884 -19.501
11 HZ1 LYS 701 HZ1 LYS 701 54.424 -6.397 -20.086
12 HZ3 LYS 701 HZ2 LYS 701 55.995 -6.957 -20.349
13 HZ2 LYS 701 HZ3 LYS 701 55.419 -5.650 -21.220
No H/Q in entry = 13
In of MODEL 41
1 H CYS 702 H CYS 702 55.816 -6.444 -13.401
2 HA CYS 702 HA CYS 702 57.378 -8.160 -11.606
3 HB2 CYS 702 HB2 CYS 702 55.073 -6.338 -10.821
4 HB3 CYS 702 HB3 CYS 702 56.266 -7.095 -9.801
No H/Q in entry = 4
In of MODEL 41
1 H GLN 703 H GLN 703 56.222 -9.779 -10.436
2 HA GLN 703 HA GLN 703 54.135 -10.964 -11.969
3 HB2 GLN 703 HB2 GLN 703 55.274 -11.702 -9.264
4 HB3 GLN 703 HB3 GLN 703 54.203 -12.711 -10.224
5 HG2 GLN 703 HG2 GLN 703 56.980 -11.832 -11.019
6 HG3 GLN 703 HG3 GLN 703 56.532 -13.422 -10.413
7 HE21 GLN 703 HE21 GLN 703 57.730 -12.556 -12.985
8 HE22 GLN 703 HE22 GLN 703 56.681 -13.197 -14.194
No H/Q in entry = 8
In of MODEL 41
1 H ARG 704 H ARG 704 52.175 -11.775 -10.618
2 HA ARG 704 HA ARG 704 50.780 -9.401 -10.061
3 HB2 ARG 704 HB2 ARG 704 49.997 -12.253 -10.193
4 HB3 ARG 704 HB3 ARG 704 48.921 -11.180 -9.312
5 HG2 ARG 704 HG2 ARG 704 49.838 -10.691 -12.145
6 HG3 ARG 704 HG3 ARG 704 48.309 -11.476 -11.715
7 HD2 ARG 704 HD2 ARG 704 47.605 -9.532 -10.496
8 HD3 ARG 704 HD3 ARG 704 49.144 -8.742 -10.773
9 HE ARG 704 HE ARG 704 47.446 -9.428 -13.061
10 HH11 ARG 704 HH11 ARG 704 49.039 -6.964 -11.060
11 HH12 ARG 704 HH12 ARG 704 48.476 -5.635 -11.935
12 HH21 ARG 704 HH21 ARG 704 46.662 -7.605 -14.316
13 HH22 ARG 704 HH22 ARG 704 47.039 -6.008 -13.856
No H/Q in entry = 13
In of MODEL 41
1 H TRP 705 H TRP 705 52.572 -11.286 -8.000
2 HA TRP 705 HA TRP 705 51.237 -10.138 -5.671
3 HB2 TRP 705 HB2 TRP 705 52.612 -11.806 -4.349
4 HB3 TRP 705 HB3 TRP 705 51.420 -12.528 -5.415
5 HD1 TRP 705 HD1 TRP 705 55.126 -12.394 -4.724
6 HE1 TRP 705 HE1 TRP 705 56.358 -13.949 -6.308
7 HE3 TRP 705 HE3 TRP 705 51.252 -13.582 -7.849
8 HZ2 TRP 705 HZ2 TRP 705 55.758 -15.527 -8.618
9 HZ3 TRP 705 HZ3 TRP 705 51.667 -15.137 -9.695
10 HH2 TRP 705 HH2 TRP 705 53.875 -16.089 -10.070
No H/Q in entry = 10
In of MODEL 41
1 H GLU 706 H GLU 706 53.374 -9.098 -7.732
2 HA GLU 706 HA GLU 706 55.227 -8.084 -5.718
3 HB2 GLU 706 HB2 GLU 706 55.869 -8.937 -8.528
4 HB3 GLU 706 HB3 GLU 706 56.955 -8.005 -7.506
5 HG2 GLU 706 HG2 GLU 706 56.897 -9.871 -5.867
6 HG3 GLU 706 HG3 GLU 706 55.954 -10.797 -7.037
No H/Q in entry = 6
In of MODEL 41
1 H LYS 707 H LYS 707 56.313 -6.167 -6.274
2 HA LYS 707 HA LYS 707 55.065 -4.360 -8.163
3 HB2 LYS 707 HB2 LYS 707 54.822 -2.594 -6.453
4 HB3 LYS 707 HB3 LYS 707 53.780 -3.966 -6.110
5 HG2 LYS 707 HG2 LYS 707 55.392 -4.756 -4.422
6 HG3 LYS 707 HG3 LYS 707 56.414 -3.362 -4.757
7 HD2 LYS 707 HD2 LYS 707 53.565 -3.219 -3.755
8 HD3 LYS 707 HD3 LYS 707 54.994 -3.083 -2.735
9 HE2 LYS 707 HE2 LYS 707 54.329 -1.230 -5.029
10 HE3 LYS 707 HE3 LYS 707 53.977 -0.894 -3.345
11 HZ2 LYS 707 HZ1 LYS 707 55.994 0.184 -4.054
12 HZ1 LYS 707 HZ2 LYS 707 56.717 -1.277 -4.469
13 HZ3 LYS 707 HZ3 LYS 707 56.342 -0.937 -2.856
No H/Q in entry = 13
In of MODEL 41
1 H LEU 708 H LEU 708 56.551 -2.546 -8.631
2 HA LEU 708 HA LEU 708 59.252 -3.350 -8.005
3 HB2 LEU 708 HB2 LEU 708 58.590 -3.157 -10.388
4 HB3 LEU 708 HB3 LEU 708 58.263 -1.453 -10.152
5 HG LEU 708 HG LEU 708 60.954 -2.596 -9.625
6 HD12 LEU 708 HD11 LEU 708 61.533 -2.029 -11.978
7 HD11 LEU 708 HD12 LEU 708 59.823 -1.727 -12.298
8 HD13 LEU 708 HD13 LEU 708 60.375 -3.347 -11.853
9 HD22 LEU 708 HD21 LEU 708 61.720 -0.350 -10.286
10 HD21 LEU 708 HD22 LEU 708 60.575 -0.284 -8.946
11 HD23 LEU 708 HD23 LEU 708 60.046 0.126 -10.579
No H/Q in entry = 11
In of MODEL 41
1 H GLN 709 H GLN 709 60.475 -2.326 -6.695
2 HA GLN 709 HA GLN 709 60.363 0.540 -6.370
3 HB2 GLN 709 HB2 GLN 709 60.174 0.540 -3.995
4 HB3 GLN 709 HB3 GLN 709 58.857 -0.473 -4.553
5 HG2 GLN 709 HG2 GLN 709 60.290 -2.462 -4.089
6 HG3 GLN 709 HG3 GLN 709 61.471 -1.367 -3.364
7 HE21 GLN 709 HE21 GLN 709 61.249 -2.294 -1.342
8 HE22 GLN 709 HE22 GLN 709 59.840 -2.081 -0.372
No H/Q in entry = 8
In of MODEL 41
1 H ASN 710 H ASN 710 62.406 1.278 -5.632
2 HA ASN 710 HA ASN 710 64.691 1.214 -5.239
3 HB2 ASN 710 HB2 ASN 710 63.808 -0.278 -3.356
4 HB3 ASN 710 HB3 ASN 710 64.239 -1.653 -4.346
5 HD21 ASN 710 HD21 ASN 710 65.383 0.927 -2.443
6 HD22 ASN 710 HD22 ASN 710 67.046 0.447 -2.328
No H/Q in entry = 6
In of MODEL 41
1 H SER 711 H SER 711 63.463 0.371 -7.725
2 HA SER 711 HA SER 711 63.962 -0.320 -9.780
3 HB2 SER 711 HB2 SER 711 66.769 -0.483 -8.675
4 HB3 SER 711 HB3 SER 711 66.365 -0.511 -10.401
5 HG SER 711 HG SER 711 65.958 1.585 -8.517
No H/Q in entry = 5
In of MODEL 41
1 H ARG 712 H ARG 712 63.306 -2.313 -7.588
2 HA ARG 712 HA ARG 712 63.936 -4.689 -9.167
3 HB2 ARG 712 HB2 ARG 712 64.333 -6.002 -7.136
4 HB3 ARG 712 HB3 ARG 712 65.538 -4.745 -7.331
5 HG2 ARG 712 HG2 ARG 712 64.326 -3.373 -5.657
6 HG3 ARG 712 HG3 ARG 712 63.161 -4.677 -5.494
7 HD2 ARG 712 HD2 ARG 712 64.853 -4.726 -3.690
8 HD3 ARG 712 HD3 ARG 712 64.889 -6.179 -4.694
9 HE ARG 712 HE ARG 712 66.698 -4.579 -5.874
10 HH11 ARG 712 HH11 ARG 712 66.397 -5.548 -2.473
11 HH12 ARG 712 HH12 ARG 712 68.069 -5.572 -2.212
12 HH21 ARG 712 HH21 ARG 712 68.948 -4.625 -5.511
13 HH22 ARG 712 HH22 ARG 712 69.571 -5.058 -3.994
No H/Q in entry = 13
In of MODEL 41
1 H CYS 713 H CYS 713 62.512 -6.524 -8.482
2 HA CYS 713 HA CYS 713 59.843 -5.472 -7.954
3 HB2 CYS 713 HB2 CYS 713 60.644 -8.229 -8.949
4 HB3 CYS 713 HB3 CYS 713 59.029 -7.541 -8.924
No H/Q in entry = 4
In of MODEL 41
1 H VAL 714 H VAL 714 59.151 -5.668 -5.955
2 HA VAL 714 HA VAL 714 60.190 -7.862 -4.302
3 HB VAL 714 HB VAL 714 59.738 -6.489 -2.314
4 HG13 VAL 714 HG11 VAL 714 61.490 -4.792 -2.561
5 HG12 VAL 714 HG12 VAL 714 61.440 -5.010 -4.307
6 HG11 VAL 714 HG13 VAL 714 61.969 -6.335 -3.272
7 HG21 VAL 714 HG21 VAL 714 58.947 -4.322 -4.259
8 HG23 VAL 714 HG22 VAL 714 59.145 -4.101 -2.521
9 HG22 VAL 714 HG23 VAL 714 57.879 -5.164 -3.137
No H/Q in entry = 9
In of MODEL 41
1 H CYS 715 H CYS 715 58.470 -8.277 -2.494
2 HA CYS 715 HA CYS 715 56.030 -8.823 -3.954
3 HB2 CYS 715 HB2 CYS 715 56.892 -9.622 -1.167
4 HB3 CYS 715 HB3 CYS 715 55.441 -10.185 -1.986
No H/Q in entry = 4
In of MODEL 41
1 H LYS 716 H LYS 716 54.015 -8.168 -3.259
2 HA LYS 716 HA LYS 716 53.871 -5.595 -1.971
3 HB2 LYS 716 HB2 LYS 716 51.654 -7.511 -2.722
4 HB3 LYS 716 HB3 LYS 716 51.467 -5.801 -2.365
5 HG2 LYS 716 HG2 LYS 716 52.766 -5.257 -4.381
6 HG3 LYS 716 HG3 LYS 716 52.910 -6.978 -4.736
7 HD2 LYS 716 HD2 LYS 716 50.357 -5.358 -4.621
8 HD3 LYS 716 HD3 LYS 716 51.118 -6.016 -6.071
9 HE2 LYS 716 HE2 LYS 716 50.789 -8.293 -5.101
10 HE3 LYS 716 HE3 LYS 716 49.878 -7.546 -3.792
11 HZ1 LYS 716 HZ1 LYS 716 48.334 -6.654 -5.547
12 HZ3 LYS 716 HZ2 LYS 716 48.336 -8.317 -5.429
13 HZ2 LYS 716 HZ3 LYS 716 49.145 -7.568 -6.679
No H/Q in entry = 13
In of MODEL 41
1 H MET 717 H MET 717 52.039 -5.487 -0.181
2 HA MET 717 HA MET 717 52.619 -7.631 1.705
3 HB2 MET 717 HB2 MET 717 51.721 -4.813 2.017
4 HB3 MET 717 HB3 MET 717 51.318 -5.977 3.266
5 HG2 MET 717 HG2 MET 717 53.332 -4.749 3.789
6 HG3 MET 717 HG3 MET 717 53.641 -6.482 3.605
7 HE3 MET 717 HE1 MET 717 53.147 -3.980 0.679
8 HE2 MET 717 HE2 MET 717 54.776 -3.274 0.548
9 HE1 MET 717 HE3 MET 717 53.786 -3.031 2.016
No H/Q in entry = 9
In of MODEL 41
1 HA PRO 718 HA PRO 718 48.782 -9.641 1.241
2 HB2 PRO 718 HB2 PRO 718 48.211 -10.324 3.861
3 HB3 PRO 718 HB3 PRO 718 49.319 -11.212 2.813
4 HG2 PRO 718 HG2 PRO 718 49.921 -9.162 4.904
5 HG3 PRO 718 HG3 PRO 718 50.779 -10.666 4.533
6 HD2 PRO 718 HD2 PRO 718 51.712 -8.286 3.734
7 HD3 PRO 718 HD3 PRO 718 51.874 -9.735 2.721
No H/Q in entry = 7
In of MODEL 41
1 H TYR 719 H TYR 719 48.995 -6.916 3.295
2 HA TYR 719 HA TYR 719 46.101 -6.696 3.490
3 HB2 TYR 719 HB2 TYR 719 46.451 -4.868 5.066
4 HB3 TYR 719 HB3 TYR 719 47.364 -6.280 5.552
5 HD1 TYR 719 HD1 TYR 719 47.516 -2.805 4.544
6 HD2 TYR 719 HD2 TYR 719 49.900 -6.239 5.330
7 HE1 TYR 719 HE1 TYR 719 49.488 -1.375 4.810
8 HE2 TYR 719 HE2 TYR 719 51.869 -4.803 5.589
9 HH TYR 719 HH TYR 719 52.681 -2.677 5.092
No H/Q in entry = 9
In of MODEL 41
1 H GLU 720 H GLU 720 48.444 -5.846 1.373
2 HA GLU 720 HA GLU 720 47.321 -3.291 0.527
3 HB2 GLU 720 HB2 GLU 720 49.747 -3.571 0.642
4 HB3 GLU 720 HB3 GLU 720 49.655 -4.983 -0.388
5 HG2 GLU 720 HG2 GLU 720 48.936 -3.547 -2.247
6 HG3 GLU 720 HG3 GLU 720 49.091 -2.141 -1.192
No H/Q in entry = 6
In of MODEL 41
1 H CYS 721 H CYS 721 46.931 -6.545 0.102
2 HA CYS 721 HA CYS 721 46.238 -6.669 -2.661
3 HB2 CYS 721 HB2 CYS 721 45.552 -8.569 -0.429
4 HB3 CYS 721 HB3 CYS 721 45.540 -8.921 -2.155
No H/Q in entry = 4
In of MODEL 41
1 H GLY 722 H GLY 722 44.567 -5.351 -3.198
2 HA3 GLY 722 HA2 GLY 722 42.210 -5.196 -1.551
3 HA2 GLY 722 HA3 GLY 722 42.449 -4.409 -3.112
No H/Q in entry = 3
In of MODEL 41
1 HA PRO 723 HA PRO 723 40.169 -7.649 -5.016
2 HB2 PRO 723 HB2 PRO 723 41.465 -8.153 -7.352
3 HB3 PRO 723 HB3 PRO 723 40.600 -6.637 -7.079
4 HG2 PRO 723 HG2 PRO 723 43.513 -7.207 -6.833
5 HG3 PRO 723 HG3 PRO 723 42.700 -5.821 -7.586
6 HD2 PRO 723 HD2 PRO 723 43.763 -5.740 -5.093
7 HD3 PRO 723 HD3 PRO 723 42.339 -4.782 -5.558
No H/Q in entry = 7
In of MODEL 41
1 H SER 724 H SER 724 40.008 -9.913 -4.735
2 HA SER 724 HA SER 724 42.107 -11.641 -5.268
3 HB2 SER 724 HB2 SER 724 41.270 -11.381 -2.364
4 HB3 SER 724 HB3 SER 724 42.379 -12.570 -3.043
5 HG SER 724 HG SER 724 43.109 -10.052 -3.590
No H/Q in entry = 5
In of MODEL 41
1 H LEU 725 H LEU 725 41.247 -13.548 -5.766
2 HA LEU 725 HA LEU 725 38.436 -14.072 -5.325
3 HB2 LEU 725 HB2 LEU 725 40.618 -15.502 -6.743
4 HB3 LEU 725 HB3 LEU 725 39.193 -16.410 -6.292
5 HG LEU 725 HG LEU 725 38.936 -13.881 -7.869
6 HD11 LEU 725 HD11 LEU 725 40.590 -15.415 -9.011
7 HD13 LEU 725 HD12 LEU 725 39.076 -15.232 -9.888
8 HD12 LEU 725 HD13 LEU 725 39.372 -16.696 -8.946
9 HD21 LEU 725 HD21 LEU 725 36.948 -14.886 -6.930
10 HD23 LEU 725 HD22 LEU 725 37.346 -16.424 -7.705
11 HD22 LEU 725 HD23 LEU 725 36.974 -15.003 -8.688
No H/Q in entry = 11
In of MODEL 41
1 H ASP 726 H ASP 726 37.526 -15.435 -3.945
2 HA ASP 726 HA ASP 726 38.843 -16.149 -1.534
3 HB2 ASP 726 HB2 ASP 726 36.230 -17.244 -2.564
4 HB3 ASP 726 HB3 ASP 726 36.757 -17.078 -0.895
No H/Q in entry = 4
In of MODEL 41
1 H VAL 727 H VAL 727 40.044 -17.958 -1.192
2 HA VAL 727 HA VAL 727 39.319 -20.391 -2.615
3 HB VAL 727 HB VAL 727 41.729 -20.991 -2.931
4 HG11 VAL 727 HG11 VAL 727 40.425 -20.186 -4.809
5 HG13 VAL 727 HG12 VAL 727 42.089 -19.619 -4.932
6 HG12 VAL 727 HG13 VAL 727 40.819 -18.519 -4.391
7 HG21 VAL 727 HG21 VAL 727 42.220 -18.081 -2.269
8 HG23 VAL 727 HG22 VAL 727 43.421 -19.193 -2.925
9 HG22 VAL 727 HG23 VAL 727 42.751 -19.468 -1.315
No H/Q in entry = 9
In of MODEL 41
1 H CYS 728 H CYS 728 40.414 -22.329 -1.647
2 HA CYS 728 HA CYS 728 40.307 -22.064 1.272
3 HB2 CYS 728 HB2 CYS 728 38.681 -23.660 0.204
4 HB3 CYS 728 HB3 CYS 728 40.050 -24.582 -0.404
No H/Q in entry = 4
In of MODEL 41
1 H ALA 729 H ALA 729 42.060 -22.525 2.472
2 HA ALA 729 HA ALA 729 44.205 -23.912 1.143
3 HB1 ALA 729 HB1 ALA 729 44.552 -21.331 2.632
4 HB3 ALA 729 HB2 ALA 729 44.652 -21.505 0.879
5 HB2 ALA 729 HB3 ALA 729 45.850 -22.284 1.916
No H/Q in entry = 5
In of MODEL 41
1 H GLN 730 H GLN 730 45.708 -24.730 2.515
2 HA GLN 730 HA GLN 730 44.715 -25.249 5.208
3 HB2 GLN 730 HB2 GLN 730 45.033 -27.275 3.838
4 HB3 GLN 730 HB3 GLN 730 46.704 -26.815 3.560
5 HG2 GLN 730 HG2 GLN 730 47.154 -26.938 5.939
6 HG3 GLN 730 HG3 GLN 730 45.501 -27.431 6.246
7 HE21 GLN 730 HE21 GLN 730 46.051 -29.352 7.122
8 HE22 GLN 730 HE22 GLN 730 46.791 -30.640 6.257
No H/Q in entry = 8
In of MODEL 41
1 H ASP 731 H ASP 731 45.878 -24.560 6.808
2 HA ASP 731 HA ASP 731 48.193 -22.920 6.395
3 HB2 ASP 731 HB2 ASP 731 46.498 -22.475 8.182
4 HB3 ASP 731 HB3 ASP 731 46.986 -23.967 8.972
No H/Q in entry = 4
In of MODEL 41
1 H GLU 732 H GLU 732 50.330 -23.586 6.610
2 HA GLU 732 HA GLU 732 50.748 -26.420 6.756
3 HB2 GLU 732 HB2 GLU 732 52.552 -24.120 6.175
4 HB3 GLU 732 HB3 GLU 732 53.199 -25.733 6.442
5 HG2 GLU 732 HG2 GLU 732 51.133 -25.030 4.375
6 HG3 GLU 732 HG3 GLU 732 52.863 -25.207 4.058
No H/Q in entry = 6
In of MODEL 41
1 H ARG 733 H ARG 733 50.685 -24.082 9.152
2 HA ARG 733 HA ARG 733 52.663 -25.535 10.746
3 HB2 ARG 733 HB2 ARG 733 52.926 -23.072 10.436
4 HB3 ARG 733 HB3 ARG 733 51.378 -22.851 11.229
5 HG2 ARG 733 HG2 ARG 733 53.185 -22.397 12.758
6 HG3 ARG 733 HG3 ARG 733 52.297 -23.831 13.275
7 HD2 ARG 733 HD2 ARG 733 53.998 -25.272 12.393
8 HD3 ARG 733 HD3 ARG 733 54.861 -23.908 11.678
9 HE ARG 733 HE ARG 733 54.480 -23.638 14.479
10 HH11 ARG 733 HH11 ARG 733 56.550 -25.282 12.123
11 HH12 ARG 733 HH12 ARG 733 57.934 -25.236 13.116
12 HH21 ARG 733 HH21 ARG 733 56.341 -23.638 15.854
13 HH22 ARG 733 HH22 ARG 733 57.803 -24.314 15.314
No H/Q in entry = 13
In of MODEL 41
1 H SER 734 H SER 734 49.390 -24.330 10.684
2 HA SER 734 HA SER 734 48.728 -25.733 13.144
3 HB2 SER 734 HB2 SER 734 47.909 -23.434 12.790
4 HB3 SER 734 HB3 SER 734 47.054 -23.964 11.351
5 HG SER 734 HG SER 734 46.178 -25.560 13.185
No H/Q in entry = 5
In of MODEL 41
1 H LYS 735 H LYS 735 48.507 -26.178 9.692
2 HA LYS 735 HA LYS 735 47.656 -27.648 8.355
3 HB2 LYS 735 HB2 LYS 735 47.634 -29.363 10.824
4 HB3 LYS 735 HB3 LYS 735 47.254 -29.976 9.218
5 HG2 LYS 735 HG2 LYS 735 49.864 -28.748 10.098
6 HG3 LYS 735 HG3 LYS 735 49.557 -30.452 9.755
7 HD2 LYS 735 HD2 LYS 735 48.876 -29.701 7.416
8 HD3 LYS 735 HD3 LYS 735 49.526 -28.145 7.846
9 HE2 LYS 735 HE2 LYS 735 51.702 -28.954 8.169
10 HE3 LYS 735 HE3 LYS 735 51.188 -30.636 8.061
11 HZ2 LYS 735 HZ1 LYS 735 52.270 -29.813 6.027
12 HZ1 LYS 735 HZ2 LYS 735 51.033 -28.695 5.783
13 HZ3 LYS 735 HZ3 LYS 735 50.703 -30.344 5.765
No H/Q in entry = 13
In of MODEL 41
1 H ARG 736 H ARG 736 45.869 -25.870 9.794
2 HA ARG 736 HA ARG 736 43.307 -27.273 9.670
3 HB2 ARG 736 HB2 ARG 736 42.382 -25.320 10.699
4 HB3 ARG 736 HB3 ARG 736 43.858 -25.740 11.564
5 HG2 ARG 736 HG2 ARG 736 45.073 -24.058 10.255
6 HG3 ARG 736 HG3 ARG 736 43.552 -23.586 9.507
7 HD2 ARG 736 HD2 ARG 736 44.195 -23.498 12.429
8 HD3 ARG 736 HD3 ARG 736 44.190 -22.153 11.283
9 HE ARG 736 HE ARG 736 41.672 -23.504 11.386
10 HH11 ARG 736 HH11 ARG 736 43.629 -21.030 12.943
11 HH12 ARG 736 HH12 ARG 736 42.314 -20.283 13.733
12 HH21 ARG 736 HH21 ARG 736 39.868 -22.485 12.447
13 HH22 ARG 736 HH22 ARG 736 40.135 -21.129 13.443
No H/Q in entry = 13
In of MODEL 41
1 H ILE 737 H ILE 737 41.597 -26.489 8.390
2 HA ILE 737 HA ILE 737 42.503 -25.332 5.904
3 HB ILE 737 HB ILE 737 39.848 -26.541 6.730
4 HG12 ILE 737 HG12 ILE 737 41.686 -28.192 6.592
5 HG13 ILE 737 HG13 ILE 737 40.486 -28.435 5.328
6 HG22 ILE 737 HG21 ILE 737 40.860 -25.635 4.068
7 HG21 ILE 737 HG22 ILE 737 39.602 -24.861 5.023
8 HG23 ILE 737 HG23 ILE 737 39.340 -26.476 4.347
9 HD13 ILE 737 HD11 ILE 737 42.693 -28.721 4.425
10 HD12 ILE 737 HD12 ILE 737 43.172 -27.153 5.061
11 HD11 ILE 737 HD13 ILE 737 41.980 -27.240 3.748
No H/Q in entry = 11
In of MODEL 41
1 H LEU 738 H LEU 738 42.272 -23.229 5.559
2 HA LEU 738 HA LEU 738 40.109 -21.816 6.902
3 HB2 LEU 738 HB2 LEU 738 41.438 -19.974 7.571
4 HB3 LEU 738 HB3 LEU 738 42.236 -21.405 8.195
5 HG LEU 738 HG LEU 738 43.096 -19.695 5.847
6 HD12 LEU 738 HD11 LEU 738 44.306 -20.077 8.572
7 HD11 LEU 738 HD12 LEU 738 43.460 -18.644 7.990
8 HD13 LEU 738 HD13 LEU 738 44.994 -19.118 7.259
9 HD22 LEU 738 HD21 LEU 738 45.093 -21.058 5.752
10 HD21 LEU 738 HD22 LEU 738 43.632 -22.021 5.499
11 HD23 LEU 738 HD23 LEU 738 44.463 -22.083 7.058
No H/Q in entry = 11
In of MODEL 41
1 HA PRO 739 HA PRO 739 39.595 -19.921 2.940
2 HB2 PRO 739 HB2 PRO 739 38.292 -17.671 3.633
3 HB3 PRO 739 HB3 PRO 739 37.530 -19.272 3.735
4 HG2 PRO 739 HG2 PRO 739 38.677 -17.556 5.884
5 HG3 PRO 739 HG3 PRO 739 37.244 -18.597 5.921
6 HD2 PRO 739 HD2 PRO 739 39.746 -19.297 6.939
7 HD3 PRO 739 HD3 PRO 739 38.466 -20.441 6.470
No H/Q in entry = 7
In of MODEL 41
1 H LEU 740 H LEU 740 41.204 -19.058 1.844
2 HA LEU 740 HA LEU 740 42.383 -16.510 2.721
3 HB2 LEU 740 HB2 LEU 740 43.732 -18.880 1.459
4 HB3 LEU 740 HB3 LEU 740 44.325 -17.225 1.297
5 HG LEU 740 HG LEU 740 43.911 -18.541 3.983
6 HD12 LEU 740 HD11 LEU 740 46.492 -18.142 2.485
7 HD11 LEU 740 HD12 LEU 740 45.632 -19.674 2.572
8 HD13 LEU 740 HD13 LEU 740 46.266 -18.937 4.047
9 HD23 LEU 740 HD21 LEU 740 45.382 -16.673 4.702
10 HD22 LEU 740 HD22 LEU 740 43.848 -16.122 4.038
11 HD21 LEU 740 HD23 LEU 740 45.305 -16.027 3.059
No H/Q in entry = 11
In of MODEL 41
1 H THR 741 H THR 741 43.347 -15.463 0.772
2 HA THR 741 HA THR 741 41.398 -15.707 -1.381
3 HB THR 741 HB THR 741 42.464 -13.090 -1.151
4 HG1 THR 741 HG1 THR 741 41.361 -14.041 1.316
5 HG22 THR 741 HG21 THR 741 40.138 -12.506 -0.675
6 HG21 THR 741 HG22 THR 741 39.747 -14.218 -0.416
7 HG23 THR 741 HG23 THR 741 40.267 -13.642 -2.011
No H/Q in entry = 7
In of MODEL 41
1 H VAL 742 H VAL 742 42.268 -15.378 -3.456
2 HA VAL 742 HA VAL 742 44.661 -16.508 -4.086
3 HB VAL 742 HB VAL 742 43.195 -14.421 -5.700
4 HG12 VAL 742 HG11 VAL 742 44.374 -15.305 -7.644
5 HG11 VAL 742 HG12 VAL 742 45.397 -16.289 -6.577
6 HG13 VAL 742 HG13 VAL 742 45.450 -14.526 -6.495
7 HG23 VAL 742 HG21 VAL 742 42.439 -16.358 -6.954
8 HG22 VAL 742 HG22 VAL 742 41.884 -16.309 -5.275
9 HG21 VAL 742 HG23 VAL 742 43.206 -17.407 -5.750
No H/Q in entry = 9
In of MODEL 41
1 H CYS 743 H CYS 743 44.244 -12.999 -4.489
2 HA CYS 743 HA CYS 743 46.920 -12.456 -4.873
3 HB2 CYS 743 HB2 CYS 743 44.932 -10.939 -5.332
4 HB3 CYS 743 HB3 CYS 743 44.904 -10.631 -3.625
No H/Q in entry = 4
In of MODEL 41
1 H LYS 744 H LYS 744 45.010 -12.542 -1.888
2 HA LYS 744 HA LYS 744 46.988 -11.484 -0.240
3 HB2 LYS 744 HB2 LYS 744 44.552 -13.150 0.303
4 HB3 LYS 744 HB3 LYS 744 45.545 -12.571 1.611
5 HG2 LYS 744 HG2 LYS 744 45.190 -10.240 0.850
6 HG3 LYS 744 HG3 LYS 744 44.177 -10.830 -0.466
7 HD2 LYS 744 HD2 LYS 744 42.783 -9.999 1.319
8 HD3 LYS 744 HD3 LYS 744 42.614 -11.745 1.221
9 HE2 LYS 744 HE2 LYS 744 42.760 -11.113 3.521
10 HE3 LYS 744 HE3 LYS 744 44.239 -11.957 3.086
11 HZ2 LYS 744 HZ1 LYS 744 43.874 -9.032 3.392
12 HZ1 LYS 744 HZ2 LYS 744 45.289 -9.704 2.803
13 HZ3 LYS 744 HZ3 LYS 744 44.781 -10.050 4.375
No H/Q in entry = 13
In of MODEL 41
1 H MET 745 H MET 745 45.971 -14.870 -0.616
2 HA MET 745 HA MET 745 47.979 -16.041 1.056
3 HB2 MET 745 HB2 MET 745 46.946 -17.923 0.599
4 HB3 MET 745 HB3 MET 745 45.698 -16.902 -0.097
5 HG2 MET 745 HG2 MET 745 45.939 -18.471 -1.758
6 HG3 MET 745 HG3 MET 745 47.067 -17.234 -2.286
7 HE3 MET 745 HE1 MET 745 47.387 -19.979 0.576
8 HE2 MET 745 HE2 MET 745 48.229 -21.243 -0.331
9 HE1 MET 745 HE3 MET 745 46.604 -20.752 -0.803
No H/Q in entry = 9
In of MODEL 41
1 H HIS 746 H HIS 746 47.989 -15.297 -2.502
2 HA HIS 746 HA HIS 746 50.455 -16.576 -2.998
3 HB2 HIS 746 HB2 HIS 746 48.835 -14.608 -4.441
4 HB3 HIS 746 HB3 HIS 746 50.566 -14.386 -4.672
5 HD1 HIS 746 HD1 HIS 746 51.845 -16.503 -5.755
6 HD2 HIS 746 HD2 HIS 746 47.698 -16.592 -5.837
7 HE1 HIS 746 HE1 HIS 746 51.262 -18.123 -7.533
8 HE2 HIS 746 HE2 HIS 746 48.750 -17.903 -7.761
No H/Q in entry = 8
In of MODEL 41
1 H VAL 747 H VAL 747 49.804 -13.210 -2.124
2 HA VAL 747 HA VAL 747 52.487 -12.382 -2.002
3 HB VAL 747 HB VAL 747 49.940 -11.355 -0.731
4 HG12 VAL 747 HG11 VAL 747 52.679 -10.106 -0.624
5 HG11 VAL 747 HG12 VAL 747 51.814 -10.810 0.739
6 HG13 VAL 747 HG13 VAL 747 51.181 -9.372 -0.055
7 HG21 VAL 747 HG21 VAL 747 50.178 -11.090 -3.139
8 HG23 VAL 747 HG22 VAL 747 51.730 -10.281 -2.892
9 HG22 VAL 747 HG23 VAL 747 50.240 -9.530 -2.311
No H/Q in entry = 9
In of MODEL 41
1 H LEU 748 H LEU 748 50.238 -13.360 0.432
2 HA LEU 748 HA LEU 748 51.660 -13.443 2.760
3 HB2 LEU 748 HB2 LEU 748 49.382 -13.667 2.859
4 HB3 LEU 748 HB3 LEU 748 49.311 -14.643 1.449
5 HG LEU 748 HG LEU 748 48.290 -15.698 3.250
6 HD11 LEU 748 HD11 LEU 748 49.363 -17.178 1.765
7 HD13 LEU 748 HD12 LEU 748 49.288 -17.792 3.396
8 HD12 LEU 748 HD13 LEU 748 50.821 -17.166 2.767
9 HD23 LEU 748 HD21 LEU 748 49.390 -16.395 5.237
10 HD22 LEU 748 HD22 LEU 748 49.233 -14.641 5.086
11 HD21 LEU 748 HD23 LEU 748 50.816 -15.427 4.809
No H/Q in entry = 11
In of MODEL 41
1 H HIS 749 H HIS 749 51.504 -15.842 0.197
2 HA HIS 749 HA HIS 749 53.081 -17.881 1.356
3 HB2 HIS 749 HB2 HIS 749 51.480 -17.996 -0.634
4 HB3 HIS 749 HB3 HIS 749 52.771 -17.289 -1.586
5 HD1 HIS 749 HD1 HIS 749 54.642 -18.901 -2.382
6 HD2 HIS 749 HD2 HIS 749 51.893 -20.603 0.223
7 HE1 HIS 749 HE1 HIS 749 55.037 -21.352 -2.499
8 HE2 HIS 749 HE2 HIS 749 53.310 -22.374 -0.996
No H/Q in entry = 8
In of MODEL 41
1 H CYS 750 H CYS 750 53.834 -15.213 -0.905
2 HA CYS 750 HA CYS 750 56.549 -16.001 -1.160
3 HB2 CYS 750 HB2 CYS 750 55.124 -13.508 -2.070
4 HB3 CYS 750 HB3 CYS 750 56.759 -13.984 -2.531
No H/Q in entry = 4
In of MODEL 41
1 H GLN 751 H GLN 751 54.831 -13.908 1.041
2 HA GLN 751 HA GLN 751 57.154 -12.568 1.926
3 HB2 GLN 751 HB2 GLN 751 54.386 -12.849 3.063
4 HB3 GLN 751 HB3 GLN 751 55.647 -11.868 3.809
5 HG2 GLN 751 HG2 GLN 751 54.820 -11.505 0.961
6 HG3 GLN 751 HG3 GLN 751 53.988 -10.691 2.275
7 HE21 GLN 751 HE21 GLN 751 54.619 -8.790 1.351
8 HE22 GLN 751 HE22 GLN 751 56.150 -8.051 1.575
No H/Q in entry = 8
In of MODEL 41
1 H GLY 752 H GLY 752 56.423 -15.734 2.216
2 HA3 GLY 752 HA2 GLY 752 58.119 -17.041 3.346
3 HA2 GLY 752 HA3 GLY 752 58.103 -15.848 4.630
No H/Q in entry = 3
In of MODEL 41
1 H ARG 753 H ARG 753 54.947 -16.507 3.686
2 HA ARG 753 HA ARG 753 54.698 -18.300 5.974
3 HB2 ARG 753 HB2 ARG 753 52.519 -16.914 4.398
4 HB3 ARG 753 HB3 ARG 753 52.313 -17.797 5.905
5 HG2 ARG 753 HG2 ARG 753 53.882 -15.248 5.561
6 HG3 ARG 753 HG3 ARG 753 52.264 -15.356 6.236
7 HD2 ARG 753 HD2 ARG 753 53.134 -16.784 8.061
8 HD3 ARG 753 HD3 ARG 753 54.760 -16.608 7.398
9 HE ARG 753 HE ARG 753 53.787 -14.060 7.775
10 HH11 ARG 753 HH11 ARG 753 54.532 -16.832 9.905
11 HH12 ARG 753 HH12 ARG 753 54.936 -15.860 11.231
12 HH21 ARG 753 HH21 ARG 753 54.315 -12.759 9.645
13 HH22 ARG 753 HH22 ARG 753 54.822 -13.504 11.083
No H/Q in entry = 13
In of MODEL 41
1 H ASN 754 H ASN 754 53.800 -20.331 5.757
2 HA ASN 754 HA ASN 754 53.869 -21.315 2.995
3 HB2 ASN 754 HB2 ASN 754 54.294 -22.863 5.561
4 HB3 ASN 754 HB3 ASN 754 54.326 -23.550 3.947
5 HD21 ASN 754 HD21 ASN 754 56.026 -21.704 6.302
6 HD22 ASN 754 HD22 ASN 754 57.530 -21.627 5.476
No H/Q in entry = 6
In of MODEL 41
1 H TYR 755 H TYR 755 52.114 -22.080 2.103
2 HA TYR 755 HA TYR 755 49.945 -23.102 3.697
3 HB2 TYR 755 HB2 TYR 755 49.749 -20.605 2.060
4 HB3 TYR 755 HB3 TYR 755 48.325 -21.580 2.216
5 HD1 TYR 755 HD1 TYR 755 47.270 -21.831 4.446
6 HD2 TYR 755 HD2 TYR 755 50.650 -19.361 3.872
7 HE1 TYR 755 HE1 TYR 755 46.859 -20.754 6.620
8 HE2 TYR 755 HE2 TYR 755 50.246 -18.265 5.985
9 HH TYR 755 HH TYR 755 48.171 -19.625 8.286
No H/Q in entry = 9
In of MODEL 41
1 H THR 756 H THR 756 48.637 -24.445 2.628
2 HA THR 756 HA THR 756 49.520 -25.267 -0.042
3 HB THR 756 HB THR 756 48.220 -26.797 2.224
4 HG1 THR 756 HG1 THR 756 50.223 -26.941 2.871
5 HG22 THR 756 HG21 THR 756 49.278 -27.766 -0.417
6 HG21 THR 756 HG22 THR 756 47.581 -27.567 0.022
7 HG23 THR 756 HG23 THR 756 48.568 -28.783 0.861
No H/Q in entry = 7
In of MODEL 41
1 H LEU 757 H LEU 757 47.735 -25.685 -1.541
2 HA LEU 757 HA LEU 757 45.279 -24.494 -0.576
3 HB2 LEU 757 HB2 LEU 757 46.189 -24.959 -3.377
4 HB3 LEU 757 HB3 LEU 757 44.567 -24.435 -2.957
5 HG LEU 757 HG LEU 757 46.092 -22.662 -1.609
6 HD12 LEU 757 HD11 LEU 757 47.518 -23.204 -4.196
7 HD11 LEU 757 HD12 LEU 757 48.154 -23.433 -2.569
8 HD13 LEU 757 HD13 LEU 757 47.777 -21.810 -3.148
9 HD21 LEU 757 HD21 LEU 757 44.108 -22.260 -2.900
10 HD23 LEU 757 HD22 LEU 757 45.029 -22.398 -4.407
11 HD22 LEU 757 HD23 LEU 757 45.368 -21.092 -3.255
No H/Q in entry = 11
In of MODEL 41
1 H THR 758 H THR 758 43.373 -25.369 -0.691
2 HA THR 758 HA THR 758 43.301 -28.230 -1.214
3 HB THR 758 HB THR 758 41.663 -28.181 0.836
4 HG1 THR 758 HG1 THR 758 41.488 -26.302 1.771
5 HG21 THR 758 HG21 THR 758 43.942 -29.201 0.867
6 HG23 THR 758 HG22 THR 758 43.534 -28.426 2.394
7 HG22 THR 758 HG23 THR 758 44.614 -27.618 1.264
No H/Q in entry = 7
In of MODEL 41
1 H GLY 759 H GLY 759 40.549 -28.547 -0.708
2 HA3 GLY 759 HA2 GLY 759 39.440 -27.174 -3.041
3 HA2 GLY 759 HA3 GLY 759 38.804 -28.638 -2.298
No H/Q in entry = 3
In of MODEL 41
1 H ARG 760 H ARG 760 37.297 -26.270 -2.954
2 HA ARG 760 HA ARG 760 36.991 -24.497 -0.789
3 HB2 ARG 760 HB2 ARG 760 35.004 -23.661 -1.887
4 HB3 ARG 760 HB3 ARG 760 36.225 -23.992 -3.098
5 HG2 ARG 760 HG2 ARG 760 34.288 -24.797 -4.118
6 HG3 ARG 760 HG3 ARG 760 34.976 -26.244 -3.373
7 HD2 ARG 760 HD2 ARG 760 33.445 -25.997 -1.468
8 HD3 ARG 760 HD3 ARG 760 32.740 -24.567 -2.212
9 HE ARG 760 HE ARG 760 32.570 -26.631 -4.034
10 HH11 ARG 760 HH11 ARG 760 31.262 -25.986 -0.778
11 HH12 ARG 760 HH12 ARG 760 29.797 -26.785 -1.084
12 HH21 ARG 760 HH21 ARG 760 30.565 -27.746 -4.391
13 HH22 ARG 760 HH22 ARG 760 29.382 -27.806 -3.178
No H/Q in entry = 13
In of MODEL 41
1 H ASP 761 H ASP 761 35.747 -27.633 -1.314
2 HA ASP 761 HA ASP 761 33.450 -27.632 0.277
3 HB2 ASP 761 HB2 ASP 761 33.877 -29.460 -1.212
4 HB3 ASP 761 HB3 ASP 761 35.402 -29.809 -0.409
No H/Q in entry = 4
In of MODEL 41
1 H SER 762 H SER 762 36.820 -28.027 1.086
2 HA SER 762 HA SER 762 36.365 -28.995 3.709
3 HB2 SER 762 HB2 SER 762 38.845 -27.732 2.554
4 HB3 SER 762 HB3 SER 762 38.761 -28.713 4.014
5 HG SER 762 HG SER 762 37.782 -30.354 2.508
No H/Q in entry = 5
In of MODEL 41
1 H CYS 763 H CYS 763 36.695 -25.745 2.384
2 HA CYS 763 HA CYS 763 36.851 -24.715 5.123
3 HB2 CYS 763 HB2 CYS 763 37.534 -22.607 4.141
4 HB3 CYS 763 HB3 CYS 763 38.448 -23.903 3.416
No H/Q in entry = 4
In of MODEL 41
1 H THR 764 H THR 764 35.580 -22.789 5.560
2 HA THR 764 HA THR 764 33.028 -22.730 4.142
3 HB THR 764 HB THR 764 33.787 -21.318 6.737
4 HG1 THR 764 HG1 THR 764 32.608 -23.844 6.225
5 HG23 THR 764 HG21 THR 764 31.893 -20.328 5.526
6 HG22 THR 764 HG22 THR 764 31.348 -21.095 7.021
7 HG21 THR 764 HG23 THR 764 31.098 -21.903 5.475
No H/Q in entry = 7
In of MODEL 41
1 H LEU 765 H LEU 765 33.418 -21.607 2.398
2 HA LEU 765 HA LEU 765 35.287 -19.420 2.450
3 HB2 LEU 765 HB2 LEU 765 34.943 -21.341 0.685
4 HB3 LEU 765 HB3 LEU 765 33.692 -20.265 0.087
5 HG LEU 765 HG LEU 765 35.364 -18.533 -0.319
6 HD11 LEU 765 HD11 LEU 765 37.262 -20.628 0.707
7 HD13 LEU 765 HD12 LEU 765 36.931 -19.073 1.457
8 HD12 LEU 765 HD13 LEU 765 37.764 -19.144 -0.101
9 HD21 LEU 765 HD21 LEU 765 34.842 -20.150 -2.084
10 HD23 LEU 765 HD22 LEU 765 36.108 -21.221 -1.479
11 HD22 LEU 765 HD23 LEU 765 36.530 -19.647 -2.153
No H/Q in entry = 11
In of MODEL 41
1 HA PRO 766 HA PRO 766 32.027 -16.503 3.015
2 HB2 PRO 766 HB2 PRO 766 33.345 -14.228 2.225
3 HB3 PRO 766 HB3 PRO 766 33.514 -14.985 3.809
4 HG2 PRO 766 HG2 PRO 766 35.328 -15.083 1.463
5 HG3 PRO 766 HG3 PRO 766 35.719 -15.120 3.190
6 HD2 PRO 766 HD2 PRO 766 35.711 -17.303 1.512
7 HD3 PRO 766 HD3 PRO 766 35.549 -17.400 3.270
No H/Q in entry = 7
In of MODEL 41
1 H ALA 767 H ALA 767 33.815 -15.984 -0.076
2 HA ALA 767 HA ALA 767 31.175 -15.636 -1.293
3 HB2 ALA 767 HB1 ALA 767 33.706 -14.229 -2.123
4 HB1 ALA 767 HB2 ALA 767 32.416 -13.492 -1.176
5 HB3 ALA 767 HB3 ALA 767 32.105 -14.020 -2.833
No H/Q in entry = 5
In of MODEL 41
1 H SER 768 H SER 768 30.727 -16.716 -2.995
2 HA SER 768 HA SER 768 32.718 -17.925 -4.678
3 HB2 SER 768 HB2 SER 768 30.766 -19.669 -3.139
4 HB3 SER 768 HB3 SER 768 31.881 -20.196 -4.395
5 HG SER 768 HG SER 768 33.191 -18.839 -2.497
No H/Q in entry = 5
In of MODEL 41
1 H ALA 769 H ALA 769 29.358 -17.871 -3.631
2 HA ALA 769 HA ALA 769 28.425 -17.896 -6.379
3 HB2 ALA 769 HB1 ALA 769 27.355 -19.425 -4.775
4 HB1 ALA 769 HB2 ALA 769 26.218 -18.195 -5.317
5 HB3 ALA 769 HB3 ALA 769 26.970 -18.061 -3.726
No H/Q in entry = 5
In of MODEL 41
1 H GLU 770 H GLU 770 26.085 -16.393 -5.831
2 HA GLU 770 HA GLU 770 27.016 -13.767 -6.260
3 HB2 GLU 770 HB2 GLU 770 24.688 -13.161 -6.214
4 HB3 GLU 770 HB3 GLU 770 24.901 -14.641 -7.136
5 HG2 GLU 770 HG2 GLU 770 24.173 -15.932 -5.140
6 HG3 GLU 770 HG3 GLU 770 23.869 -14.408 -4.319
No H/Q in entry = 6
In of MODEL 41
1 H LYS 771 H LYS 771 26.658 -11.909 -4.990
2 HA LYS 771 HA LYS 771 26.474 -12.465 -2.151
3 HB2 LYS 771 HB2 LYS 771 28.023 -10.263 -3.543
4 HB3 LYS 771 HB3 LYS 771 27.812 -10.396 -1.812
5 HG2 LYS 771 HG2 LYS 771 29.093 -12.594 -3.405
6 HG3 LYS 771 HG3 LYS 771 30.016 -11.218 -2.834
7 HD2 LYS 771 HD2 LYS 771 30.301 -13.064 -1.320
8 HD3 LYS 771 HD3 LYS 771 29.373 -11.819 -0.486
9 HE2 LYS 771 HE2 LYS 771 27.383 -13.141 -0.729
10 HE3 LYS 771 HE3 LYS 771 28.215 -14.310 -1.777
11 HZ1 LYS 771 HZ1 LYS 771 28.754 -13.734 1.095
12 HZ3 LYS 771 HZ2 LYS 771 29.547 -14.926 0.209
13 HZ2 LYS 771 HZ3 LYS 771 27.910 -15.053 0.528
No H/Q in entry = 13
In of MODEL 41
1 H ALA 772 H ALA 772 25.292 -10.846 -0.943
2 HA ALA 772 HA ALA 772 23.112 -9.798 -2.538
3 HB1 ALA 772 HB1 ALA 772 22.004 -9.408 -0.398
4 HB2 ALA 772 HB2 ALA 772 23.468 -9.917 0.452
5 HB3 ALA 772 HB3 ALA 772 22.574 -11.068 -0.542
No H/Q in entry = 5
In of MODEL 41
1 H CYS 773 H CYS 773 22.364 -7.653 -2.291
2 HA CYS 773 HA CYS 773 24.327 -5.692 -2.583
3 HB2 CYS 773 HB2 CYS 773 22.012 -5.495 -3.453
4 HB3 CYS 773 HB3 CYS 773 21.419 -5.331 -1.805
No H/Q in entry = 4
In of MODEL 41
1 H GLY 774 H GLY 774 25.653 -4.954 -1.092
2 HA3 GLY 774 HA2 GLY 774 25.610 -3.558 1.009
3 HA2 GLY 774 HA3 GLY 774 24.775 -4.940 1.716
No H/Q in entry = 3
In of MODEL 41
1 H ALA 775 H ALA 775 26.416 -6.780 0.022
2 HA ALA 775 HA ALA 775 29.045 -6.447 1.263
3 HB3 ALA 775 HB1 ALA 775 27.821 -8.240 2.446
4 HB2 ALA 775 HB2 ALA 775 29.142 -8.914 1.493
5 HB1 ALA 775 HB3 ALA 775 27.486 -9.029 0.906
No H/Q in entry = 5
In of MODEL 41
1 H CYS 776 H CYS 776 30.211 -5.872 -0.458
2 HA CYS 776 HA CYS 776 29.683 -7.254 -2.979
3 HB2 CYS 776 HB2 CYS 776 30.357 -4.335 -2.584
4 HB3 CYS 776 HB3 CYS 776 30.068 -5.155 -4.117
No H/Q in entry = 4
In of MODEL 41
1 HA PRO 777 HA PRO 777 34.186 -7.826 -2.696
2 HB2 PRO 777 HB2 PRO 777 34.381 -9.680 -4.640
3 HB3 PRO 777 HB3 PRO 777 33.708 -10.079 -3.057
4 HG2 PRO 777 HG2 PRO 777 32.294 -9.521 -5.627
5 HG3 PRO 777 HG3 PRO 777 31.933 -10.735 -4.393
6 HD2 PRO 777 HD2 PRO 777 30.628 -8.316 -4.641
7 HD3 PRO 777 HD3 PRO 777 30.706 -9.264 -3.146
No H/Q in entry = 7
In of MODEL 41
1 H LEU 778 H LEU 778 35.736 -8.238 -4.937
2 HA LEU 778 HA LEU 778 35.524 -5.670 -6.106
3 HB2 LEU 778 HB2 LEU 778 37.646 -6.078 -7.330
4 HB3 LEU 778 HB3 LEU 778 37.729 -6.229 -5.598
5 HG LEU 778 HG LEU 778 39.167 -7.785 -6.507
6 HD11 LEU 778 HD11 LEU 778 38.075 -8.654 -4.628
7 HD13 LEU 778 HD12 LEU 778 38.457 -9.936 -5.780
8 HD12 LEU 778 HD13 LEU 778 36.808 -9.355 -5.643
9 HD23 LEU 778 HD21 LEU 778 38.597 -9.567 -8.069
10 HD22 LEU 778 HD22 LEU 778 38.518 -7.955 -8.772
11 HD21 LEU 778 HD23 LEU 778 37.020 -8.803 -8.334
No H/Q in entry = 11
In of MODEL 41
1 H TRP 779 H TRP 779 34.799 -8.801 -7.378
2 HA TRP 779 HA TRP 779 34.316 -7.710 -10.002
3 HB2 TRP 779 HB2 TRP 779 33.163 -9.995 -10.392
4 HB3 TRP 779 HB3 TRP 779 34.895 -10.018 -10.086
5 HD1 TRP 779 HD1 TRP 779 31.528 -11.035 -8.423
6 HE1 TRP 779 HE1 TRP 779 32.057 -12.534 -6.434
7 HE3 TRP 779 HE3 TRP 779 36.614 -10.695 -8.486
8 HZ2 TRP 779 HZ2 TRP 779 34.404 -13.472 -5.051
9 HZ3 TRP 779 HZ3 TRP 779 37.900 -11.921 -6.807
10 HH2 TRP 779 HH2 TRP 779 36.798 -13.270 -5.132
No H/Q in entry = 10
In of MODEL 41
1 H GLY 780 H GLY 780 32.658 -7.842 -7.096
2 HA3 GLY 780 HA2 GLY 780 30.077 -7.448 -8.453
3 HA2 GLY 780 HA3 GLY 780 30.234 -8.294 -6.919
No H/Q in entry = 3
In of MODEL 41
1 H LYS 781 H LYS 781 29.644 -5.417 -8.381
2 HA LYS 781 HA LYS 781 30.247 -3.970 -5.908
3 HB2 LYS 781 HB2 LYS 781 30.166 -2.905 -8.748
4 HB3 LYS 781 HB3 LYS 781 30.338 -1.885 -7.319
5 HG2 LYS 781 HG2 LYS 781 32.294 -3.995 -8.264
6 HG3 LYS 781 HG3 LYS 781 32.473 -2.257 -8.478
7 HD2 LYS 781 HD2 LYS 781 32.625 -1.943 -6.074
8 HD3 LYS 781 HD3 LYS 781 32.303 -3.653 -5.798
9 HE2 LYS 781 HE2 LYS 781 34.648 -3.322 -5.545
10 HE3 LYS 781 HE3 LYS 781 34.390 -4.181 -7.055
11 HZ2 LYS 781 HZ1 LYS 781 35.070 -1.306 -6.727
12 HZ1 LYS 781 HZ2 LYS 781 34.633 -1.953 -8.190
13 HZ3 LYS 781 HZ3 LYS 781 36.042 -2.501 -7.417
No H/Q in entry = 13
In of MODEL 41
1 H CYS 782 H CYS 782 28.614 -1.856 -6.062
2 HA CYS 782 HA CYS 782 26.078 -3.237 -5.923
3 HB2 CYS 782 HB2 CYS 782 26.779 -1.889 -4.046
4 HB3 CYS 782 HB3 CYS 782 26.785 -0.443 -5.062
No H/Q in entry = 4
In of MODEL 41
1 H ASP 783 H ASP 783 24.294 -2.775 -7.004
2 HA ASP 783 HA ASP 783 24.540 -1.338 -9.516
3 HB2 ASP 783 HB2 ASP 783 23.445 -3.507 -9.563
4 HB3 ASP 783 HB3 ASP 783 22.317 -3.009 -8.309
No H/Q in entry = 4
In of MODEL 41
1 H ALA 784 H ALA 784 22.101 -1.476 -6.996
2 HA ALA 784 HA ALA 784 22.129 1.245 -6.295
3 HB1 ALA 784 HB1 ALA 784 19.755 0.288 -7.948
4 HB2 ALA 784 HB2 ALA 784 20.907 1.526 -8.440
5 HB3 ALA 784 HB3 ALA 784 19.833 1.817 -7.072
No H/Q in entry = 5
In of MODEL 41
1 H GLU 785 H GLU 785 19.896 -1.465 -6.714
2 HA GLU 785 HA GLU 785 20.225 -2.102 -3.948
3 HB2 GLU 785 HB2 GLU 785 17.768 -2.282 -3.503
4 HB3 GLU 785 HB3 GLU 785 18.357 -0.644 -3.687
5 HG2 GLU 785 HG2 GLU 785 17.403 -0.529 -5.920
6 HG3 GLU 785 HG3 GLU 785 16.878 -2.208 -5.785
No H/Q in entry = 6
In of MODEL 41
1 H SER 786 H SER 786 18.148 -2.961 -6.680
2 HA SER 786 HA SER 786 17.219 -4.887 -7.217
3 HB2 SER 786 HB2 SER 786 18.936 -6.610 -8.008
4 HB3 SER 786 HB3 SER 786 19.102 -4.990 -8.676
5 HG SER 786 HG SER 786 20.544 -5.070 -6.448
No H/Q in entry = 5
In of MODEL 41
1 H SER 787 H SER 787 19.665 -6.841 -5.776
2 HA SER 787 HA SER 787 18.502 -7.316 -3.253
3 HB2 SER 787 HB2 SER 787 18.083 -9.484 -5.371
4 HB3 SER 787 HB3 SER 787 17.812 -9.701 -3.647
5 HG SER 787 HG SER 787 16.503 -7.544 -4.545
No H/Q in entry = 5
In of MODEL 41
1 H LYS 788 H LYS 788 20.223 -8.626 -5.962
2 HA LYS 788 HA LYS 788 22.393 -9.724 -4.397
3 HB2 LYS 788 HB2 LYS 788 21.313 -10.897 -6.374
4 HB3 LYS 788 HB3 LYS 788 21.873 -9.556 -7.356
5 HG2 LYS 788 HG2 LYS 788 24.184 -10.154 -6.849
6 HG3 LYS 788 HG3 LYS 788 23.604 -11.514 -5.899
7 HD2 LYS 788 HD2 LYS 788 24.319 -12.272 -8.105
8 HD3 LYS 788 HD3 LYS 788 22.582 -12.475 -7.928
9 HE2 LYS 788 HE2 LYS 788 23.738 -10.037 -9.243
10 HE3 LYS 788 HE3 LYS 788 23.549 -11.532 -10.144
11 HZ2 LYS 788 HZ1 LYS 788 21.687 -10.044 -10.462
12 HZ1 LYS 788 HZ2 LYS 788 21.304 -10.031 -8.828
13 HZ3 LYS 788 HZ3 LYS 788 21.176 -11.448 -9.725
No H/Q in entry = 13
In of MODEL 41
1 H CYS 789 H CYS 789 24.641 -9.046 -5.398
2 HA CYS 789 HA CYS 789 24.643 -6.167 -5.937
3 HB2 CYS 789 HB2 CYS 789 27.078 -6.351 -5.562
4 HB3 CYS 789 HB3 CYS 789 26.213 -7.039 -4.195
No H/Q in entry = 4
In of MODEL 41
1 H VAL 790 H VAL 790 26.270 -5.616 -7.817
2 HA VAL 790 HA VAL 790 25.513 -7.544 -9.864
3 HB VAL 790 HB VAL 790 24.492 -5.346 -10.207
4 HG12 VAL 790 HG11 VAL 790 25.849 -3.395 -10.862
5 HG11 VAL 790 HG12 VAL 790 27.300 -4.325 -10.465
6 HG13 VAL 790 HG13 VAL 790 26.148 -3.907 -9.196
7 HG21 VAL 790 HG21 VAL 790 24.951 -6.710 -12.160
8 HG23 VAL 790 HG22 VAL 790 26.563 -6.005 -12.300
9 HG22 VAL 790 HG23 VAL 790 25.137 -5.001 -12.553
No H/Q in entry = 9
In of MODEL 41
1 H CYS 791 H CYS 791 26.945 -8.427 -11.068
2 HA CYS 791 HA CYS 791 29.653 -7.852 -10.280
3 HB2 CYS 791 HB2 CYS 791 28.472 -10.360 -11.405
4 HB3 CYS 791 HB3 CYS 791 30.211 -10.083 -11.318
No H/Q in entry = 4
In of MODEL 41
1 H ARG 792 H ARG 792 30.828 -6.868 -11.346
2 HA ARG 792 HA ARG 792 30.258 -5.882 -13.937
3 HB2 ARG 792 HB2 ARG 792 32.618 -5.734 -12.093
4 HB3 ARG 792 HB3 ARG 792 32.570 -4.854 -13.611
5 HG2 ARG 792 HG2 ARG 792 30.553 -3.668 -12.733
6 HG3 ARG 792 HG3 ARG 792 30.812 -4.496 -11.194
7 HD2 ARG 792 HD2 ARG 792 32.714 -2.618 -12.589
8 HD3 ARG 792 HD3 ARG 792 31.826 -2.311 -11.094
9 HE ARG 792 HE ARG 792 33.209 -4.566 -10.578
10 HH11 ARG 792 HH11 ARG 792 34.181 -1.296 -11.574
11 HH12 ARG 792 HH12 ARG 792 35.723 -1.406 -10.884
12 HH21 ARG 792 HH21 ARG 792 35.335 -4.703 -9.670
13 HH22 ARG 792 HH22 ARG 792 36.444 -3.449 -9.864
No H/Q in entry = 13
In of MODEL 41
1 H GLU 793 H GLU 793 30.983 -6.662 -15.764
2 HA GLU 793 HA GLU 793 32.044 -9.263 -15.881
3 HB2 GLU 793 HB2 GLU 793 31.728 -7.195 -18.070
4 HB3 GLU 793 HB3 GLU 793 31.993 -8.919 -18.300
5 HG2 GLU 793 HG2 GLU 793 29.887 -9.440 -17.247
6 HG3 GLU 793 HG3 GLU 793 29.626 -7.742 -16.871
No H/Q in entry = 6
In of MODEL 41
1 H ALA 794 H ALA 794 34.008 -9.518 -17.613
2 HA ALA 794 HA ALA 794 36.233 -9.028 -15.985
3 HB2 ALA 794 HB1 ALA 794 36.037 -10.945 -17.461
4 HB3 ALA 794 HB2 ALA 794 37.518 -10.036 -17.777
5 HB1 ALA 794 HB3 ALA 794 36.136 -9.878 -18.862
No H/Q in entry = 5
In of MODEL 41
1 H SER 795 H SER 795 34.932 -7.392 -18.754
2 HA SER 795 HA SER 795 37.224 -5.822 -19.210
3 HB2 SER 795 HB2 SER 795 35.539 -4.690 -20.784
4 HB3 SER 795 HB3 SER 795 35.964 -6.380 -21.086
5 HG SER 795 HG SER 795 33.601 -5.270 -20.055
No H/Q in entry = 5
In of MODEL 41
1 H GLU 796 H GLU 796 34.703 -5.676 -16.950
2 HA GLU 796 HA GLU 796 34.386 -2.780 -17.068
3 HB2 GLU 796 HB2 GLU 796 32.931 -4.784 -15.400
4 HB3 GLU 796 HB3 GLU 796 32.426 -3.113 -15.688
5 HG2 GLU 796 HG2 GLU 796 32.497 -5.434 -17.597
6 HG3 GLU 796 HG3 GLU 796 31.062 -4.650 -16.944
No H/Q in entry = 6
In of MODEL 41
1 H CYS 797 H CYS 797 36.199 -5.049 -15.327
2 HA CYS 797 HA CYS 797 36.176 -3.545 -12.846
3 HB2 CYS 797 HB2 CYS 797 37.687 -6.037 -13.659
4 HB3 CYS 797 HB3 CYS 797 37.788 -5.302 -12.058
No H/Q in entry = 4
In of MODEL 41
1 H GLU 798 H GLU 798 38.172 -2.677 -11.859
2 HA GLU 798 HA GLU 798 40.011 -1.691 -13.955
3 HB2 GLU 798 HB2 GLU 798 38.379 0.047 -13.172
4 HB3 GLU 798 HB3 GLU 798 39.081 -0.099 -11.567
5 HG2 GLU 798 HG2 GLU 798 41.317 0.412 -12.753
6 HG3 GLU 798 HG3 GLU 798 40.295 1.014 -14.052
No H/Q in entry = 6
In of MODEL 41
1 H GLU 799 H GLU 799 39.598 -2.878 -10.708
2 HA GLU 799 HA GLU 799 42.174 -2.217 -9.780
3 HB2 GLU 799 HB2 GLU 799 41.704 -3.959 -7.975
4 HB3 GLU 799 HB3 GLU 799 40.603 -2.604 -8.055
5 HG2 GLU 799 HG2 GLU 799 40.007 -5.197 -9.383
6 HG3 GLU 799 HG3 GLU 799 39.658 -4.944 -7.669
No H/Q in entry = 6
In of MODEL 41
1 H GLU 800 H GLU 800 43.795 -3.941 -9.078
2 HA GLU 800 HA GLU 800 44.923 -4.699 -11.445
3 HB2 GLU 800 HB2 GLU 800 46.651 -5.951 -10.200
4 HB3 GLU 800 HB3 GLU 800 46.348 -4.360 -9.542
5 HG2 GLU 800 HG2 GLU 800 45.041 -5.386 -7.728
6 HG3 GLU 800 HG3 GLU 800 45.378 -6.974 -8.411
No H/Q in entry = 6
In of MODEL 41
1 H GLY 801 H GLY 801 43.585 -7.167 -9.197
2 HA3 GLY 801 HA2 GLY 801 42.546 -9.108 -9.714
3 HA2 GLY 801 HA3 GLY 801 42.420 -8.544 -11.371
No H/Q in entry = 3
In of MODEL 41
1 H PHE 802 H PHE 802 43.914 -10.654 -9.265
2 HA PHE 802 HA PHE 802 46.366 -11.285 -10.393
3 HB2 PHE 802 HB2 PHE 802 44.530 -12.393 -8.543
4 HB3 PHE 802 HB3 PHE 802 45.088 -13.664 -9.620
5 HD1 PHE 802 HD1 PHE 802 47.097 -14.689 -9.233
6 HD2 PHE 802 HD2 PHE 802 46.297 -10.899 -7.510
7 HE1 PHE 802 HE1 PHE 802 49.145 -14.848 -7.961
8 HE2 PHE 802 HE2 PHE 802 48.341 -11.036 -6.232
9 HZ PHE 802 HZ PHE 802 49.797 -13.014 -6.439
No H/Q in entry = 9
In of MODEL 41
1 H SER 803 H SER 803 46.960 -13.062 -11.731
2 HA SER 803 HA SER 803 44.911 -13.947 -13.595
3 HB2 SER 803 HB2 SER 803 47.030 -14.505 -14.978
4 HB3 SER 803 HB3 SER 803 46.595 -12.802 -14.777
5 HG SER 803 HG SER 803 48.646 -14.262 -13.498
No H/Q in entry = 5
In of MODEL 41
1 H ILE 804 H ILE 804 44.330 -16.052 -13.430
2 HA ILE 804 HA ILE 804 46.090 -17.859 -11.924
3 HB ILE 804 HB ILE 804 44.242 -18.790 -10.643
4 HG12 ILE 804 HG12 ILE 804 42.422 -18.248 -12.291
5 HG13 ILE 804 HG13 ILE 804 41.984 -17.974 -10.611
6 HG23 ILE 804 HG21 ILE 804 45.465 -17.017 -9.586
7 HG22 ILE 804 HG22 ILE 804 43.767 -16.932 -9.115
8 HG21 ILE 804 HG23 ILE 804 44.404 -15.812 -10.320
9 HD11 ILE 804 HD11 ILE 804 42.351 -15.547 -10.992
10 HD13 ILE 804 HD12 ILE 804 41.094 -16.234 -12.022
11 HD12 ILE 804 HD13 ILE 804 42.688 -15.895 -12.689
No H/Q in entry = 11
In of MODEL 41
1 H CYS 805 H CYS 805 45.089 -20.217 -12.025
2 HA CYS 805 HA CYS 805 44.506 -20.718 -14.842
3 HB2 CYS 805 HB2 CYS 805 46.558 -21.746 -14.049
4 HB3 CYS 805 HB3 CYS 805 45.703 -22.473 -12.693
No H/Q in entry = 4
In of MODEL 41
1 H VAL 806 H VAL 806 42.374 -21.114 -15.176
2 HA VAL 806 HA VAL 806 40.937 -22.632 -13.119
3 HB VAL 806 HB VAL 806 39.784 -20.344 -14.763
4 HG13 VAL 806 HG11 VAL 806 38.107 -21.995 -14.390
5 HG12 VAL 806 HG12 VAL 806 37.810 -20.580 -13.369
6 HG11 VAL 806 HG13 VAL 806 38.486 -22.057 -12.670
7 HG23 VAL 806 HG21 VAL 806 39.549 -19.196 -12.605
8 HG22 VAL 806 HG22 VAL 806 41.217 -19.502 -13.084
9 HG21 VAL 806 HG23 VAL 806 40.469 -20.505 -11.842
No H/Q in entry = 9
In of MODEL 41
1 H GLU 807 H GLU 807 39.750 -24.301 -13.839
2 HA GLU 807 HA GLU 807 39.925 -24.995 -16.620
3 HB2 GLU 807 HB2 GLU 807 40.182 -26.691 -14.830
4 HB3 GLU 807 HB3 GLU 807 38.539 -26.356 -14.310
5 HG2 GLU 807 HG2 GLU 807 37.719 -27.110 -16.498
6 HG3 GLU 807 HG3 GLU 807 39.386 -27.471 -16.957
No H/Q in entry = 6
In of MODEL 41
1 H VAL 808 H VAL 808 38.602 -24.354 -17.983
2 HA VAL 808 HA VAL 808 35.852 -23.714 -17.313
3 HB VAL 808 HB VAL 808 37.159 -21.637 -17.209
4 HG11 VAL 808 HG11 VAL 808 37.999 -22.243 -20.027
5 HG13 VAL 808 HG12 VAL 808 39.028 -22.180 -18.600
6 HG12 VAL 808 HG13 VAL 808 38.264 -20.705 -19.201
7 HG22 VAL 808 HG21 VAL 808 34.896 -21.432 -18.011
8 HG21 VAL 808 HG22 VAL 808 35.441 -21.795 -19.656
9 HG23 VAL 808 HG23 VAL 808 35.960 -20.302 -18.862
No H/Q in entry = 9
In of MODEL 41
1 H ASN 809 H ASN 809 34.509 -24.380 -18.877
2 HA ASN 809 HA ASN 809 33.729 -25.355 -20.745
3 HB2 ASN 809 HB2 ASN 809 36.094 -23.936 -21.737
4 HB3 ASN 809 HB3 ASN 809 35.283 -25.039 -22.867
5 HD21 ASN 809 HD21 ASN 809 35.440 -21.963 -21.512
6 HD22 ASN 809 HD22 ASN 809 33.922 -21.352 -22.055
No H/Q in entry = 6
In of MODEL 41
1 H GLY 810 H GLY 810 35.966 -26.614 -19.031
2 HA3 GLY 810 HA2 GLY 810 36.288 -28.971 -19.013
3 HA2 GLY 810 HA3 GLY 810 36.250 -28.918 -20.791
No H/Q in entry = 3
In of MODEL 41
1 H LYS 811 H LYS 811 38.013 -26.384 -20.342
2 HA LYS 811 HA LYS 811 40.525 -27.921 -20.135
3 HB2 LYS 811 HB2 LYS 811 41.441 -26.337 -21.817
4 HB3 LYS 811 HB3 LYS 811 40.174 -27.387 -22.431
5 HG2 LYS 811 HG2 LYS 811 38.547 -25.548 -22.180
6 HG3 LYS 811 HG3 LYS 811 39.847 -24.500 -21.622
7 HD2 LYS 811 HD2 LYS 811 39.748 -25.873 -24.285
8 HD3 LYS 811 HD3 LYS 811 39.275 -24.193 -24.016
9 HE2 LYS 811 HE2 LYS 811 41.578 -23.719 -23.187
10 HE3 LYS 811 HE3 LYS 811 42.006 -25.385 -23.541
11 HZ1 LYS 811 HZ1 LYS 811 41.116 -23.422 -25.597
12 HZ3 LYS 811 HZ2 LYS 811 41.641 -25.003 -25.860
13 HZ2 LYS 811 HZ3 LYS 811 42.705 -23.849 -25.246
No H/Q in entry = 13
In of MODEL 41
1 H GLU 812 H GLU 812 42.347 -26.819 -19.251
2 HA GLU 812 HA GLU 812 41.614 -24.745 -17.368
3 HB2 GLU 812 HB2 GLU 812 44.150 -26.307 -17.807
4 HB3 GLU 812 HB3 GLU 812 44.002 -25.021 -16.614
5 HG2 GLU 812 HG2 GLU 812 42.343 -26.219 -15.412
6 HG3 GLU 812 HG3 GLU 812 42.216 -27.434 -16.681
No H/Q in entry = 6
In of MODEL 41
1 H GLN 813 H GLN 813 41.820 -22.706 -17.673
2 HA GLN 813 HA GLN 813 43.723 -21.751 -19.682
3 HB2 GLN 813 HB2 GLN 813 41.581 -21.852 -20.736
4 HB3 GLN 813 HB3 GLN 813 40.805 -21.103 -19.353
5 HG2 GLN 813 HG2 GLN 813 41.956 -19.038 -19.818
6 HG3 GLN 813 HG3 GLN 813 42.757 -19.802 -21.208
7 HE21 GLN 813 HE21 GLN 813 40.814 -17.513 -20.958
8 HE22 GLN 813 HE22 GLN 813 39.533 -17.914 -22.029
No H/Q in entry = 8
In of MODEL 41
1 H THR 814 H THR 814 44.561 -19.678 -19.264
2 HA THR 814 HA THR 814 44.405 -18.786 -16.504
3 HB THR 814 HB THR 814 45.858 -17.549 -18.778
4 HG1 THR 814 HG1 THR 814 46.240 -19.901 -17.967
5 HG21 THR 814 HG21 THR 814 45.703 -16.123 -16.805
6 HG23 THR 814 HG22 THR 814 47.368 -16.659 -17.017
7 HG22 THR 814 HG23 THR 814 46.345 -17.419 -15.796
No H/Q in entry = 7
In of MODEL 41
1 H MET 815 H MET 815 43.096 -17.336 -15.916
2 HA MET 815 HA MET 815 42.106 -15.317 -17.767
3 HB2 MET 815 HB2 MET 815 39.901 -15.537 -16.590
4 HB3 MET 815 HB3 MET 815 40.348 -16.890 -17.624
5 HG2 MET 815 HG2 MET 815 41.180 -18.057 -15.694
6 HG3 MET 815 HG3 MET 815 40.606 -16.775 -14.634
7 HE2 MET 815 HE1 MET 815 37.895 -19.535 -17.115
8 HE1 MET 815 HE2 MET 815 39.655 -19.654 -16.989
9 HE3 MET 815 HE3 MET 815 38.924 -18.301 -17.850
No H/Q in entry = 9
In of MODEL 41
1 H SER 816 H SER 816 41.051 -13.552 -16.433
2 HA SER 816 HA SER 816 42.926 -12.858 -14.350
3 HB2 SER 816 HB2 SER 816 40.667 -11.237 -15.533
4 HB3 SER 816 HB3 SER 816 42.002 -10.649 -14.533
5 HG SER 816 HG SER 816 42.600 -10.263 -16.639
No H/Q in entry = 5
In of MODEL 41
1 H GLU 817 H GLU 817 42.317 -12.266 -12.305
2 HA GLU 817 HA GLU 817 40.596 -13.813 -10.831
3 HB2 GLU 817 HB2 GLU 817 42.581 -12.402 -10.166
4 HB3 GLU 817 HB3 GLU 817 41.478 -11.048 -10.229
5 HG2 GLU 817 HG2 GLU 817 40.287 -11.690 -8.399
6 HG3 GLU 817 HG3 GLU 817 40.952 -13.340 -8.408
No H/Q in entry = 6
In of MODEL 41
1 H CYS 818 H CYS 818 40.112 -10.504 -11.973
2 HA CYS 818 HA CYS 818 37.545 -10.148 -10.875
3 HB2 CYS 818 HB2 CYS 818 37.390 -8.276 -12.573
4 HB3 CYS 818 HB3 CYS 818 38.802 -8.220 -11.529
No H/Q in entry = 4
In of MODEL 41
1 H GLU 819 H GLU 819 38.692 -11.564 -13.840
2 HA GLU 819 HA GLU 819 36.178 -11.717 -15.163
3 HB2 GLU 819 HB2 GLU 819 38.241 -11.707 -16.432
4 HB3 GLU 819 HB3 GLU 819 38.801 -13.142 -15.600
5 HG2 GLU 819 HG2 GLU 819 37.193 -14.502 -16.700
6 HG3 GLU 819 HG3 GLU 819 36.373 -13.096 -17.372
No H/Q in entry = 6
In of MODEL 41
1 H ALA 820 H ALA 820 38.263 -14.132 -13.616
2 HA ALA 820 HA ALA 820 36.528 -16.272 -13.784
3 HB3 ALA 820 HB1 ALA 820 38.643 -15.701 -11.718
4 HB1 ALA 820 HB2 ALA 820 38.853 -16.574 -13.234
5 HB2 ALA 820 HB3 ALA 820 37.868 -17.267 -11.947
No H/Q in entry = 5
In of MODEL 41
1 H GLY 821 H GLY 821 36.853 -13.745 -11.348
2 HA3 GLY 821 HA2 GLY 821 35.037 -14.779 -9.448
3 HA2 GLY 821 HA3 GLY 821 35.523 -13.094 -9.599
No H/Q in entry = 3
In of MODEL 41
1 H ALA 822 H ALA 822 34.614 -12.477 -12.112
2 HA ALA 822 HA ALA 822 31.884 -12.005 -11.711
3 HB2 ALA 822 HB1 ALA 822 33.307 -10.588 -13.152
4 HB3 ALA 822 HB2 ALA 822 31.901 -11.179 -14.031
5 HB1 ALA 822 HB3 ALA 822 33.478 -11.921 -14.287
No H/Q in entry = 5
In of MODEL 41
1 H LEU 823 H LEU 823 33.666 -14.437 -13.507
2 HA LEU 823 HA LEU 823 31.528 -15.690 -14.782
3 HB2 LEU 823 HB2 LEU 823 34.143 -16.871 -13.846
4 HB3 LEU 823 HB3 LEU 823 33.036 -17.683 -14.923
5 HG LEU 823 HG LEU 823 34.640 -15.195 -15.488
6 HD13 LEU 823 HD11 LEU 823 35.689 -16.545 -17.212
7 HD12 LEU 823 HD12 LEU 823 34.737 -17.938 -16.699
8 HD11 LEU 823 HD13 LEU 823 35.927 -17.232 -15.607
9 HD22 LEU 823 HD21 LEU 823 32.495 -14.919 -16.540
10 HD21 LEU 823 HD22 LEU 823 32.567 -16.544 -17.217
11 HD23 LEU 823 HD23 LEU 823 33.697 -15.303 -17.770
No H/Q in entry = 11
In of MODEL 41
1 H ARG 824 H ARG 824 32.941 -16.212 -11.583
2 HA ARG 824 HA ARG 824 31.417 -18.484 -10.917
3 HB2 ARG 824 HB2 ARG 824 32.374 -16.383 -8.964
4 HB3 ARG 824 HB3 ARG 824 31.836 -17.994 -8.536
5 HG2 ARG 824 HG2 ARG 824 33.856 -18.770 -9.995
6 HG3 ARG 824 HG3 ARG 824 34.376 -17.102 -9.833
7 HD2 ARG 824 HD2 ARG 824 33.825 -19.019 -7.565
8 HD3 ARG 824 HD3 ARG 824 35.408 -18.489 -8.119
9 HE ARG 824 HE ARG 824 33.810 -16.281 -7.395
10 HH11 ARG 824 HH11 ARG 824 35.689 -18.924 -5.893
11 HH12 ARG 824 HH12 ARG 824 36.013 -18.100 -4.455
12 HH21 ARG 824 HH21 ARG 824 34.230 -15.137 -5.349
13 HH22 ARG 824 HH22 ARG 824 35.126 -15.824 -4.120
No H/Q in entry = 13
In of MODEL 41
1 H CYS 825 H CYS 825 30.679 -15.050 -10.599
2 HA CYS 825 HA CYS 825 28.295 -15.514 -9.127
3 HB2 CYS 825 HB2 CYS 825 29.455 -13.280 -9.043
4 HB3 CYS 825 HB3 CYS 825 28.993 -13.060 -10.716
No H/Q in entry = 4
In of MODEL 41
1 H ARG 826 H ARG 826 28.986 -14.914 -12.566
2 HA ARG 826 HA ARG 826 26.260 -14.622 -13.297
3 HB2 ARG 826 HB2 ARG 826 27.028 -14.826 -15.651
4 HB3 ARG 826 HB3 ARG 826 27.825 -13.551 -14.709
5 HG2 ARG 826 HG2 ARG 826 29.772 -14.885 -14.553
6 HG3 ARG 826 HG3 ARG 826 28.969 -16.264 -15.314
7 HD2 ARG 826 HD2 ARG 826 29.367 -13.582 -16.655
8 HD3 ARG 826 HD3 ARG 826 30.467 -14.948 -16.843
9 HE ARG 826 HE ARG 826 28.051 -15.981 -17.481
10 HH11 ARG 826 HH11 ARG 826 29.780 -13.110 -18.725
11 HH12 ARG 826 HH12 ARG 826 29.160 -13.303 -20.285
12 HH21 ARG 826 HH21 ARG 826 27.279 -16.207 -19.677
13 HH22 ARG 826 HH22 ARG 826 27.744 -15.077 -20.844
No H/Q in entry = 13
In of MODEL 41
1 H GLY 827 H GLY 827 27.880 -17.441 -12.564
2 HA3 GLY 827 HA2 GLY 827 26.702 -19.499 -12.511
3 HA2 GLY 827 HA3 GLY 827 25.680 -18.894 -13.809
No H/Q in entry = 3
In of MODEL 41
1 H GLN 828 H GLN 828 28.907 -18.246 -14.376
2 HA GLN 828 HA GLN 828 29.114 -20.143 -16.485
3 HB2 GLN 828 HB2 GLN 828 30.335 -18.004 -16.532
4 HB3 GLN 828 HB3 GLN 828 31.217 -18.472 -15.088
5 HG2 GLN 828 HG2 GLN 828 32.602 -18.721 -17.074
6 HG3 GLN 828 HG3 GLN 828 32.280 -20.290 -16.337
7 HE21 GLN 828 HE21 GLN 828 31.650 -18.214 -19.019
8 HE22 GLN 828 HE22 GLN 828 30.936 -19.419 -20.020
No H/Q in entry = 8
In of MODEL 41
1 H SER 829 H SER 829 30.243 -22.101 -16.468
2 HA SER 829 HA SER 829 30.566 -23.210 -13.819
3 HB2 SER 829 HB2 SER 829 30.765 -24.537 -16.539
4 HB3 SER 829 HB3 SER 829 30.766 -25.365 -14.981
5 HG SER 829 HG SER 829 28.663 -23.627 -15.682
No H/Q in entry = 5
In of MODEL 41
1 H ILE 830 H ILE 830 32.466 -22.966 -12.867
2 HA ILE 830 HA ILE 830 34.885 -23.168 -14.473
3 HB ILE 830 HB ILE 830 36.005 -21.355 -13.385
4 HG12 ILE 830 HG12 ILE 830 34.869 -21.314 -11.168
5 HG13 ILE 830 HG13 ILE 830 34.988 -19.727 -11.882
6 HG21 ILE 830 HG21 ILE 830 34.934 -20.783 -15.424
7 HG23 ILE 830 HG22 ILE 830 34.867 -19.403 -14.326
8 HG22 ILE 830 HG23 ILE 830 33.436 -20.405 -14.574
9 HD12 ILE 830 HD11 ILE 830 32.806 -20.123 -10.773
10 HD11 ILE 830 HD12 ILE 830 32.474 -21.394 -11.948
11 HD13 ILE 830 HD13 ILE 830 32.678 -19.723 -12.477
No H/Q in entry = 11
In of MODEL 41
1 H SER 831 H SER 831 36.633 -23.975 -13.435
2 HA SER 831 HA SER 831 36.312 -24.668 -10.635
3 HB2 SER 831 HB2 SER 831 37.253 -26.344 -12.922
4 HB3 SER 831 HB3 SER 831 37.484 -26.773 -11.229
5 HG SER 831 HG SER 831 34.959 -26.051 -11.635
No H/Q in entry = 5
In of MODEL 41
1 H VAL 832 H VAL 832 37.738 -23.202 -9.830
2 HA VAL 832 HA VAL 832 40.170 -22.484 -11.086
3 HB VAL 832 HB VAL 832 39.420 -22.341 -8.153
4 HG13 VAL 832 HG11 VAL 832 41.175 -20.602 -7.977
5 HG12 VAL 832 HG12 VAL 832 41.567 -20.837 -9.679
6 HG11 VAL 832 HG13 VAL 832 41.855 -22.137 -8.529
7 HG21 VAL 832 HG21 VAL 832 37.840 -21.095 -9.528
8 HG23 VAL 832 HG22 VAL 832 39.162 -20.215 -10.292
9 HG22 VAL 832 HG23 VAL 832 38.830 -19.992 -8.577
No H/Q in entry = 9
In of MODEL 41
1 H THR 833 H THR 833 41.676 -24.004 -11.525
2 HA THR 833 HA THR 833 41.882 -26.293 -9.803
3 HB THR 833 HB THR 833 43.570 -27.044 -11.509
4 HG1 THR 833 HG1 THR 833 43.757 -25.863 -13.391
5 HG23 THR 833 HG21 THR 833 41.236 -27.770 -11.645
6 HG22 THR 833 HG22 THR 833 41.878 -27.488 -13.266
7 HG21 THR 833 HG23 THR 833 40.818 -26.299 -12.521
No H/Q in entry = 7
In of MODEL 41
1 H SER 834 H SER 834 43.689 -23.430 -10.652
2 HA SER 834 HA SER 834 45.189 -23.729 -8.258
3 HB2 SER 834 HB2 SER 834 47.382 -23.379 -9.520
4 HB3 SER 834 HB3 SER 834 46.679 -24.996 -9.567
5 HG SER 834 HG SER 834 45.701 -24.257 -11.595
No H/Q in entry = 5
In of MODEL 41
1 H ILE 835 H ILE 835 46.001 -21.814 -7.501
2 HA ILE 835 HA ILE 835 44.813 -19.453 -8.697
3 HB ILE 835 HB ILE 835 45.603 -18.266 -6.722
4 HG12 ILE 835 HG12 ILE 835 46.855 -20.893 -5.877
5 HG13 ILE 835 HG13 ILE 835 47.727 -19.468 -6.462
6 HG21 ILE 835 HG21 ILE 835 44.326 -20.919 -6.090
7 HG23 ILE 835 HG22 ILE 835 43.483 -19.444 -6.573
8 HG22 ILE 835 HG23 ILE 835 44.337 -19.520 -5.022
9 HD12 ILE 835 HD11 ILE 835 47.721 -19.760 -4.061
10 HD11 ILE 835 HD12 ILE 835 45.966 -19.456 -4.086
11 HD13 ILE 835 HD13 ILE 835 47.095 -18.222 -4.637
No H/Q in entry = 11
In of MODEL 41
1 H ARG 836 H ARG 836 47.468 -21.130 -9.091
2 HA ARG 836 HA ARG 836 49.274 -18.959 -9.656
3 HB2 ARG 836 HB2 ARG 836 49.519 -21.918 -10.170
4 HB3 ARG 836 HB3 ARG 836 50.800 -20.732 -10.402
5 HG2 ARG 836 HG2 ARG 836 50.667 -20.185 -8.008
6 HG3 ARG 836 HG3 ARG 836 49.476 -21.471 -7.814
7 HD2 ARG 836 HD2 ARG 836 52.300 -21.786 -8.784
8 HD3 ARG 836 HD3 ARG 836 51.641 -22.159 -7.190
9 HE ARG 836 HE ARG 836 50.216 -23.844 -8.336
10 HH11 ARG 836 HH11 ARG 836 53.197 -22.800 -9.952
11 HH12 ARG 836 HH12 ARG 836 53.441 -24.297 -10.718
12 HH21 ARG 836 HH21 ARG 836 50.571 -25.896 -9.484
13 HH22 ARG 836 HH22 ARG 836 51.962 -26.039 -10.461
No H/Q in entry = 13
In of MODEL 41
1 HA PRO 837 HA PRO 837 47.458 -18.644 -13.777
2 HB2 PRO 837 HB2 PRO 837 49.581 -17.406 -15.022
3 HB3 PRO 837 HB3 PRO 837 48.400 -16.551 -14.025
4 HG2 PRO 837 HG2 PRO 837 51.136 -17.524 -13.300
5 HG3 PRO 837 HG3 PRO 837 50.346 -15.995 -12.882
6 HD2 PRO 837 HD2 PRO 837 50.528 -18.016 -11.129
7 HD3 PRO 837 HD3 PRO 837 49.102 -16.956 -11.181
No H/Q in entry = 7
In of MODEL 41
1 H CYS 838 H CYS 838 47.706 -19.773 -15.808
2 HA CYS 838 HA CYS 838 49.925 -21.604 -15.659
3 HB2 CYS 838 HB2 CYS 838 48.599 -23.095 -17.206
4 HB3 CYS 838 HB3 CYS 838 47.875 -22.889 -15.632
No H/Q in entry = 4
In of MODEL 41
1 H ALA 839 H ALA 839 50.314 -22.409 -18.194
2 HA ALA 839 HA ALA 839 51.097 -19.969 -19.550
3 HB3 ALA 839 HB1 ALA 839 52.301 -21.481 -21.050
4 HB1 ALA 839 HB2 ALA 839 51.581 -22.873 -20.245
5 HB2 ALA 839 HB3 ALA 839 52.696 -21.822 -19.366
No H/Q in entry = 5
In of MODEL 41
1 H ALA 840 H ALA 840 48.461 -21.857 -19.373
2 HA ALA 840 HA ALA 840 47.727 -22.035 -22.117
3 HB1 ALA 840 HB1 ALA 840 45.613 -22.922 -21.291
4 HB2 ALA 840 HB2 ALA 840 46.104 -22.518 -19.646
5 HB3 ALA 840 HB3 ALA 840 46.997 -23.738 -20.546
No H/Q in entry = 5
In of MODEL 41
1 H GLU 841 H GLU 841 47.995 -19.771 -22.517
2 HA GLU 841 HA GLU 841 45.470 -18.385 -21.992
3 HB2 GLU 841 HB2 GLU 841 48.115 -17.254 -22.953
4 HB3 GLU 841 HB3 GLU 841 46.619 -16.331 -22.870
5 HG2 GLU 841 HG2 GLU 841 46.586 -16.648 -20.450
6 HG3 GLU 841 HG3 GLU 841 48.107 -17.544 -20.548
No H/Q in entry = 6
In of MODEL 41
1 H THR 842 H THR 842 44.738 -20.082 -23.432
2 HA THR 842 HA THR 842 44.616 -19.113 -26.145
3 HB THR 842 HB THR 842 45.321 -22.004 -25.588
4 HG1 THR 842 HG1 THR 842 46.924 -19.756 -25.825
5 HG23 THR 842 HG21 THR 842 45.827 -22.049 -27.995
6 HG22 THR 842 HG22 THR 842 45.400 -20.343 -28.116
7 HG21 THR 842 HG23 THR 842 44.165 -21.534 -27.703
No H/Q in entry = 7
In of MODEL 41
1 H GLN 843 H GLN 843 42.501 -18.949 -26.291
2 HA GLN 843 HA GLN 843 40.675 -20.552 -24.739
3 HB2 GLN 843 HB2 GLN 843 40.157 -18.468 -26.863
4 HB3 GLN 843 HB3 GLN 843 38.957 -19.137 -25.766
5 HG2 GLN 843 HG2 GLN 843 39.999 -18.143 -23.887
6 HG3 GLN 843 HG3 GLN 843 41.400 -17.668 -24.838
7 HE21 GLN 843 HE21 GLN 843 41.236 -15.547 -24.384
8 HE22 GLN 843 HE22 GLN 843 39.953 -14.542 -24.956
No H/Q in entry = 8
In of MODEL 42
1 H1 GLY 689 H3 GLY 689 47.696 1.416 -31.626
2 H2 GLY 689 H2 GLY 689 46.496 1.056 -32.756
3 H3 GLY 689 H1 GLY 689 46.096 1.334 -31.126
4 HA2 GLY 689 HA2 GLY 689 47.680 -0.919 -32.180
5 HA3 GLY 689 HA3 GLY 689 46.038 -1.013 -31.555
No H/Q in entry = 5
In of MODEL 42
1 H SER 690 H SER 690 45.982 0.352 -29.312
2 HA SER 690 HA SER 690 46.429 0.372 -27.154
3 HB2 SER 690 HB2 SER 690 48.015 -2.152 -27.732
4 HB3 SER 690 HB3 SER 690 47.481 -1.620 -26.133
5 HG SER 690 HG SER 690 45.357 -1.810 -26.827
No H/Q in entry = 5
In of MODEL 42
1 H HIS 691 H HIS 691 48.683 -0.130 -25.610
2 HA HIS 691 HA HIS 691 50.533 0.828 -24.867
3 HB2 HIS 691 HB2 HIS 691 51.378 0.821 -27.777
4 HB3 HIS 691 HB3 HIS 691 52.445 1.224 -26.439
5 HD1 HIS 691 HD1 HIS 691 51.537 -1.513 -28.525
6 HD2 HIS 691 HD2 HIS 691 52.561 -1.092 -24.525
7 HE1 HIS 691 HE1 HIS 691 52.203 -3.795 -27.759
8 HE2 HIS 691 HE2 HIS 691 52.442 -3.541 -25.282
No H/Q in entry = 8
In of MODEL 42
1 H MET 692 H MET 692 49.378 2.566 -24.149
2 HA MET 692 HA MET 692 49.396 4.967 -25.782
3 HB2 MET 692 HB2 MET 692 48.445 4.552 -22.926
4 HB3 MET 692 HB3 MET 692 48.239 6.021 -23.864
5 HG2 MET 692 HG2 MET 692 46.824 4.819 -25.457
6 HG3 MET 692 HG3 MET 692 47.046 3.337 -24.538
7 HE1 MET 692 HE1 MET 692 45.448 6.920 -24.609
8 HE3 MET 692 HE2 MET 692 46.475 7.030 -23.176
9 HE2 MET 692 HE3 MET 692 44.721 7.033 -23.008
No H/Q in entry = 9
In of MODEL 42
1 H ASN 693 H ASN 693 50.885 3.639 -22.920
2 HA ASN 693 HA ASN 693 52.822 5.843 -22.901
3 HB2 ASN 693 HB2 ASN 693 52.194 3.782 -20.768
4 HB3 ASN 693 HB3 ASN 693 53.499 4.952 -20.659
5 HD21 ASN 693 HD21 ASN 693 51.291 4.570 -18.878
6 HD22 ASN 693 HD22 ASN 693 50.395 6.033 -18.851
No H/Q in entry = 6
In of MODEL 42
1 HA PRO 694 HA PRO 694 55.578 2.596 -24.366
2 HB2 PRO 694 HB2 PRO 694 57.627 4.559 -24.746
3 HB3 PRO 694 HB3 PRO 694 56.638 3.784 -25.983
4 HG2 PRO 694 HG2 PRO 694 56.516 6.470 -25.315
5 HG3 PRO 694 HG3 PRO 694 55.238 5.571 -26.142
6 HD2 PRO 694 HD2 PRO 694 55.443 6.350 -23.268
7 HD3 PRO 694 HD3 PRO 694 54.026 6.238 -24.339
No H/Q in entry = 7
In of MODEL 42
1 H LEU 695 H LEU 695 57.299 1.531 -23.371
2 HA LEU 695 HA LEU 695 58.004 2.536 -20.754
3 HB2 LEU 695 HB2 LEU 695 58.568 -0.099 -22.142
4 HB3 LEU 695 HB3 LEU 695 59.256 0.303 -20.587
5 HG LEU 695 HG LEU 695 56.954 0.338 -19.625
6 HD12 LEU 695 HD11 LEU 695 56.079 -0.659 -22.337
7 HD11 LEU 695 HD12 LEU 695 55.672 0.904 -21.628
8 HD13 LEU 695 HD13 LEU 695 55.080 -0.582 -20.885
9 HD21 LEU 695 HD21 LEU 695 58.294 -1.697 -19.504
10 HD23 LEU 695 HD22 LEU 695 57.688 -2.196 -21.079
11 HD22 LEU 695 HD23 LEU 695 56.586 -2.077 -19.711
No H/Q in entry = 11
In of MODEL 42
1 H THR 696 H THR 696 59.307 4.244 -21.128
2 HA THR 696 HA THR 696 61.194 4.537 -23.108
3 HB THR 696 HB THR 696 61.387 5.842 -20.405
4 HG1 THR 696 HG1 THR 696 59.717 7.125 -20.930
5 HG23 THR 696 HG21 THR 696 63.082 6.405 -22.082
6 HG22 THR 696 HG22 THR 696 62.027 7.785 -21.774
7 HG21 THR 696 HG23 THR 696 61.817 6.820 -23.237
No H/Q in entry = 7
In of MODEL 42
1 H GLN 697 H GLN 697 61.800 3.973 -19.639
2 HA GLN 697 HA GLN 697 64.580 3.335 -20.168
3 HB2 GLN 697 HB2 GLN 697 63.025 3.260 -17.596
4 HB3 GLN 697 HB3 GLN 697 64.769 3.171 -17.769
5 HG2 GLN 697 HG2 GLN 697 64.647 5.471 -18.825
6 HG3 GLN 697 HG3 GLN 697 62.972 5.519 -18.294
7 HE21 GLN 697 HE21 GLN 697 65.593 4.001 -16.520
8 HE22 GLN 697 HE22 GLN 697 65.573 5.095 -15.215
No H/Q in entry = 8
In of MODEL 42
1 H ALA 698 H ALA 698 65.323 1.342 -18.636
2 HA ALA 698 HA ALA 698 63.985 -0.983 -19.599
3 HB1 ALA 698 HB1 ALA 698 66.421 -1.001 -19.189
4 HB2 ALA 698 HB2 ALA 698 65.612 -2.207 -18.185
5 HB3 ALA 698 HB3 ALA 698 66.137 -0.677 -17.479
No H/Q in entry = 5
In of MODEL 42
1 H VAL 699 H VAL 699 61.954 -0.871 -18.899
2 HA VAL 699 HA VAL 699 61.414 -0.439 -16.082
3 HB VAL 699 HB VAL 699 59.547 -0.548 -18.463
4 HG12 VAL 699 HG11 VAL 699 57.822 0.291 -16.933
5 HG11 VAL 699 HG12 VAL 699 58.954 0.149 -15.586
6 HG13 VAL 699 HG13 VAL 699 58.411 -1.296 -16.441
7 HG21 VAL 699 HG21 VAL 699 60.957 1.434 -18.468
8 HG23 VAL 699 HG22 VAL 699 60.487 1.790 -16.806
9 HG22 VAL 699 HG23 VAL 699 59.289 1.863 -18.093
No H/Q in entry = 9
In of MODEL 42
1 HA PRO 700 HA PRO 700 60.727 -4.848 -15.979
2 HB2 PRO 700 HB2 PRO 700 61.051 -5.146 -13.339
3 HB3 PRO 700 HB3 PRO 700 62.429 -4.917 -14.420
4 HG2 PRO 700 HG2 PRO 700 61.161 -3.003 -12.540
5 HG3 PRO 700 HG3 PRO 700 62.852 -3.122 -13.048
6 HD2 PRO 700 HD2 PRO 700 60.921 -1.318 -14.027
7 HD3 PRO 700 HD3 PRO 700 62.518 -1.643 -14.729
No H/Q in entry = 7
In of MODEL 42
1 H LYS 701 H LYS 701 59.080 -6.105 -15.341
2 HA LYS 701 HA LYS 701 56.870 -4.681 -14.089
3 HB2 LYS 701 HB2 LYS 701 56.698 -6.911 -16.137
4 HB3 LYS 701 HB3 LYS 701 55.331 -6.281 -15.251
5 HG2 LYS 701 HG2 LYS 701 55.186 -5.207 -17.340
6 HG3 LYS 701 HG3 LYS 701 55.908 -4.018 -16.258
7 HD2 LYS 701 HD2 LYS 701 57.009 -4.007 -18.433
8 HD3 LYS 701 HD3 LYS 701 58.115 -4.508 -17.156
9 HE2 LYS 701 HE2 LYS 701 58.391 -5.872 -19.144
10 HE3 LYS 701 HE3 LYS 701 57.814 -6.844 -17.803
11 HZ1 LYS 701 HZ1 LYS 701 55.546 -6.727 -18.796
12 HZ3 LYS 701 HZ2 LYS 701 56.686 -7.419 -19.808
13 HZ2 LYS 701 HZ3 LYS 701 56.186 -5.863 -20.108
No H/Q in entry = 13
In of MODEL 42
1 H CYS 702 H CYS 702 55.807 -5.718 -12.474
2 HA CYS 702 HA CYS 702 57.346 -7.959 -11.391
3 HB2 CYS 702 HB2 CYS 702 55.486 -6.067 -9.925
4 HB3 CYS 702 HB3 CYS 702 56.566 -7.257 -9.225
No H/Q in entry = 4
In of MODEL 42
1 H GLN 703 H GLN 703 55.984 -9.490 -10.031
2 HA GLN 703 HA GLN 703 53.781 -10.332 -11.667
3 HB2 GLN 703 HB2 GLN 703 54.777 -11.511 -9.072
4 HB3 GLN 703 HB3 GLN 703 53.737 -12.297 -10.248
5 HG2 GLN 703 HG2 GLN 703 56.622 -11.529 -10.626
6 HG3 GLN 703 HG3 GLN 703 55.994 -13.151 -10.389
7 HE21 GLN 703 HE21 GLN 703 53.713 -12.732 -12.222
8 HE22 GLN 703 HE22 GLN 703 54.415 -12.760 -13.793
No H/Q in entry = 8
In of MODEL 42
1 H ARG 704 H ARG 704 51.830 -11.162 -10.252
2 HA ARG 704 HA ARG 704 50.425 -8.849 -9.479
3 HB2 ARG 704 HB2 ARG 704 49.815 -11.724 -8.894
4 HB3 ARG 704 HB3 ARG 704 48.704 -10.401 -8.625
5 HG2 ARG 704 HG2 ARG 704 49.837 -11.183 -11.291
6 HG3 ARG 704 HG3 ARG 704 48.271 -11.662 -10.643
7 HD2 ARG 704 HD2 ARG 704 47.619 -9.329 -10.529
8 HD3 ARG 704 HD3 ARG 704 49.184 -8.858 -11.185
9 HE ARG 704 HE ARG 704 48.030 -10.744 -12.899
10 HH11 ARG 704 HH11 ARG 704 47.532 -7.411 -11.885
11 HH12 ARG 704 HH12 ARG 704 46.901 -6.893 -13.384
12 HH21 ARG 704 HH21 ARG 704 47.135 -10.033 -14.978
13 HH22 ARG 704 HH22 ARG 704 46.653 -8.422 -15.142
No H/Q in entry = 13
In of MODEL 42
1 H TRP 705 H TRP 705 52.323 -11.023 -7.595
2 HA TRP 705 HA TRP 705 51.287 -9.903 -5.097
3 HB2 TRP 705 HB2 TRP 705 52.370 -11.890 -4.041
4 HB3 TRP 705 HB3 TRP 705 51.108 -12.278 -5.209
5 HD1 TRP 705 HD1 TRP 705 54.784 -12.771 -4.517
6 HE1 TRP 705 HE1 TRP 705 55.800 -14.294 -6.293
7 HE3 TRP 705 HE3 TRP 705 50.852 -12.961 -7.766
8 HZ2 TRP 705 HZ2 TRP 705 55.048 -15.428 -8.785
9 HZ3 TRP 705 HZ3 TRP 705 51.080 -14.286 -9.829
10 HH2 TRP 705 HH2 TRP 705 53.137 -15.497 -10.321
No H/Q in entry = 10
In of MODEL 42
1 H GLU 706 H GLU 706 53.480 -9.042 -7.156
2 HA GLU 706 HA GLU 706 55.478 -8.453 -5.133
3 HB2 GLU 706 HB2 GLU 706 55.887 -9.065 -8.065
4 HB3 GLU 706 HB3 GLU 706 57.132 -8.345 -7.047
5 HG2 GLU 706 HG2 GLU 706 56.968 -10.381 -5.596
6 HG3 GLU 706 HG3 GLU 706 55.881 -11.074 -6.795
No H/Q in entry = 6
In of MODEL 42
1 H LYS 707 H LYS 707 56.459 -6.437 -5.306
2 HA LYS 707 HA LYS 707 54.945 -4.491 -6.900
3 HB2 LYS 707 HB2 LYS 707 56.001 -4.119 -4.095
4 HB3 LYS 707 HB3 LYS 707 55.479 -2.798 -5.128
5 HG2 LYS 707 HG2 LYS 707 53.226 -3.885 -5.238
6 HG3 LYS 707 HG3 LYS 707 53.802 -5.047 -4.045
7 HD2 LYS 707 HD2 LYS 707 52.538 -3.264 -2.960
8 HD3 LYS 707 HD3 LYS 707 54.230 -3.207 -2.466
9 HE2 LYS 707 HE2 LYS 707 53.365 -0.964 -2.917
10 HE3 LYS 707 HE3 LYS 707 54.635 -1.376 -4.054
11 HZ3 LYS 707 HZ1 LYS 707 52.867 -0.331 -5.201
12 HZ2 LYS 707 HZ2 LYS 707 51.710 -1.359 -4.559
13 HZ1 LYS 707 HZ3 LYS 707 52.837 -1.946 -5.678
No H/Q in entry = 13
In of MODEL 42
1 H LEU 708 H LEU 708 56.184 -2.427 -7.163
2 HA LEU 708 HA LEU 708 58.863 -3.178 -8.030
3 HB2 LEU 708 HB2 LEU 708 57.365 -2.539 -9.801
4 HB3 LEU 708 HB3 LEU 708 56.954 -1.044 -8.982
5 HG LEU 708 HG LEU 708 59.310 -0.292 -9.318
6 HD13 LEU 708 HD11 LEU 708 60.397 -2.446 -9.519
7 HD12 LEU 708 HD12 LEU 708 60.701 -1.461 -10.947
8 HD11 LEU 708 HD13 LEU 708 59.516 -2.769 -11.011
9 HD23 LEU 708 HD21 LEU 708 57.792 -1.028 -11.817
10 HD22 LEU 708 HD22 LEU 708 59.063 0.189 -11.708
11 HD21 LEU 708 HD23 LEU 708 57.546 0.417 -10.837
No H/Q in entry = 11
In of MODEL 42
1 H GLN 709 H GLN 709 60.352 -2.536 -6.673
2 HA GLN 709 HA GLN 709 60.598 0.299 -6.099
3 HB2 GLN 709 HB2 GLN 709 61.085 0.076 -3.771
4 HB3 GLN 709 HB3 GLN 709 59.573 -0.783 -3.995
5 HG2 GLN 709 HG2 GLN 709 60.741 -2.914 -3.946
6 HG3 GLN 709 HG3 GLN 709 62.287 -2.068 -3.866
7 HE21 GLN 709 HE21 GLN 709 62.827 -3.067 -1.941
8 HE22 GLN 709 HE22 GLN 709 62.084 -2.615 -0.449
No H/Q in entry = 8
In of MODEL 42
1 H ASN 710 H ASN 710 62.813 0.822 -5.796
2 HA ASN 710 HA ASN 710 65.096 0.550 -5.999
3 HB2 ASN 710 HB2 ASN 710 64.584 -1.111 -4.174
4 HB3 ASN 710 HB3 ASN 710 64.481 -2.362 -5.381
5 HD21 ASN 710 HD21 ASN 710 66.515 -0.298 -3.618
6 HD22 ASN 710 HD22 ASN 710 68.027 -1.063 -4.004
No H/Q in entry = 6
In of MODEL 42
1 H SER 711 H SER 711 63.085 -0.057 -8.179
2 HA SER 711 HA SER 711 62.948 -0.590 -10.343
3 HB2 SER 711 HB2 SER 711 65.109 0.740 -10.439
4 HB3 SER 711 HB3 SER 711 65.991 -0.775 -10.297
5 HG SER 711 HG SER 711 65.607 -1.199 -12.310
No H/Q in entry = 5
In of MODEL 42
1 H ARG 712 H ARG 712 62.922 -2.669 -8.240
2 HA ARG 712 HA ARG 712 63.246 -4.935 -10.035
3 HB2 ARG 712 HB2 ARG 712 63.998 -6.352 -8.153
4 HB3 ARG 712 HB3 ARG 712 65.186 -5.118 -8.573
5 HG2 ARG 712 HG2 ARG 712 64.711 -3.917 -6.617
6 HG3 ARG 712 HG3 ARG 712 63.213 -4.812 -6.320
7 HD2 ARG 712 HD2 ARG 712 65.974 -6.014 -6.307
8 HD3 ARG 712 HD3 ARG 712 65.110 -5.498 -4.852
9 HE ARG 712 HE ARG 712 63.352 -7.189 -5.992
10 HH11 ARG 712 HH11 ARG 712 66.793 -7.614 -5.326
11 HH12 ARG 712 HH12 ARG 712 66.676 -9.292 -5.070
12 HH21 ARG 712 HH21 ARG 712 63.152 -9.451 -5.614
13 HH22 ARG 712 HH22 ARG 712 64.502 -10.378 -5.192
No H/Q in entry = 13
In of MODEL 42
1 H CYS 713 H CYS 713 62.196 -6.873 -8.848
2 HA CYS 713 HA CYS 713 59.611 -5.968 -7.891
3 HB2 CYS 713 HB2 CYS 713 58.976 -8.352 -8.319
4 HB3 CYS 713 HB3 CYS 713 59.521 -7.492 -9.754
No H/Q in entry = 4
In of MODEL 42
1 H VAL 714 H VAL 714 59.056 -6.289 -5.856
2 HA VAL 714 HA VAL 714 60.571 -8.179 -4.195
3 HB VAL 714 HB VAL 714 60.271 -6.648 -2.262
4 HG11 VAL 714 HG11 VAL 714 61.776 -5.430 -4.581
5 HG13 VAL 714 HG12 VAL 714 62.401 -6.587 -3.411
6 HG12 VAL 714 HG13 VAL 714 61.966 -4.956 -2.895
7 HG21 VAL 714 HG21 VAL 714 58.329 -5.397 -3.056
8 HG23 VAL 714 HG22 VAL 714 59.316 -4.656 -4.318
9 HG22 VAL 714 HG23 VAL 714 59.641 -4.299 -2.617
No H/Q in entry = 9
In of MODEL 42
1 H CYS 715 H CYS 715 59.031 -8.497 -2.065
2 HA CYS 715 HA CYS 715 56.547 -9.325 -3.346
3 HB2 CYS 715 HB2 CYS 715 56.176 -10.628 -1.231
4 HB3 CYS 715 HB3 CYS 715 57.701 -11.022 -2.002
No H/Q in entry = 4
In of MODEL 42
1 H LYS 716 H LYS 716 54.537 -8.704 -2.726
2 HA LYS 716 HA LYS 716 54.331 -6.065 -1.684
3 HB2 LYS 716 HB2 LYS 716 52.921 -6.879 -3.555
4 HB3 LYS 716 HB3 LYS 716 52.223 -8.088 -2.511
5 HG2 LYS 716 HG2 LYS 716 50.863 -6.558 -1.425
6 HG3 LYS 716 HG3 LYS 716 51.896 -5.191 -1.840
7 HD2 LYS 716 HD2 LYS 716 49.764 -5.199 -3.112
8 HD3 LYS 716 HD3 LYS 716 51.176 -5.293 -4.156
9 HE2 LYS 716 HE2 LYS 716 50.822 -7.751 -4.307
10 HE3 LYS 716 HE3 LYS 716 49.344 -7.556 -3.363
11 HZ2 LYS 716 HZ1 LYS 716 48.970 -7.615 -5.829
12 HZ1 LYS 716 HZ2 LYS 716 49.848 -6.214 -5.974
13 HZ3 LYS 716 HZ3 LYS 716 48.405 -6.199 -5.116
No H/Q in entry = 13
In of MODEL 42
1 H MET 717 H MET 717 52.491 -5.671 0.034
2 HA MET 717 HA MET 717 53.317 -7.149 2.414
3 HB2 MET 717 HB2 MET 717 51.624 -4.692 2.047
4 HB3 MET 717 HB3 MET 717 52.036 -5.388 3.600
5 HG2 MET 717 HG2 MET 717 54.012 -4.250 1.626
6 HG3 MET 717 HG3 MET 717 53.322 -3.380 2.988
7 HE3 MET 717 HE1 MET 717 55.162 -6.971 2.391
8 HE2 MET 717 HE2 MET 717 56.691 -6.525 3.136
9 HE1 MET 717 HE3 MET 717 56.113 -5.653 1.715
No H/Q in entry = 9
In of MODEL 42
1 HA PRO 718 HA PRO 718 49.799 -9.776 2.059
2 HB2 PRO 718 HB2 PRO 718 49.835 -10.815 4.594
3 HB3 PRO 718 HB3 PRO 718 50.909 -11.349 3.295
4 HG2 PRO 718 HG2 PRO 718 51.441 -9.436 5.527
5 HG3 PRO 718 HG3 PRO 718 52.491 -10.707 4.876
6 HD2 PRO 718 HD2 PRO 718 52.820 -8.106 4.257
7 HD3 PRO 718 HD3 PRO 718 53.156 -9.399 3.085
No H/Q in entry = 7
In of MODEL 42
1 H TYR 719 H TYR 719 50.087 -7.487 4.644
2 HA TYR 719 HA TYR 719 47.305 -7.665 5.392
3 HB2 TYR 719 HB2 TYR 719 47.817 -5.818 6.953
4 HB3 TYR 719 HB3 TYR 719 48.955 -7.146 7.119
5 HD1 TYR 719 HD1 TYR 719 48.543 -3.626 6.391
6 HD2 TYR 719 HD2 TYR 719 51.302 -6.870 6.174
7 HE1 TYR 719 HE1 TYR 719 50.397 -2.037 6.136
8 HE2 TYR 719 HE2 TYR 719 53.145 -5.288 5.925
9 HH TYR 719 HH TYR 719 52.823 -2.017 6.559
No H/Q in entry = 9
In of MODEL 42
1 H GLU 720 H GLU 720 48.825 -6.391 2.805
2 HA GLU 720 HA GLU 720 46.957 -4.154 2.499
3 HB2 GLU 720 HB2 GLU 720 49.436 -3.668 2.555
4 HB3 GLU 720 HB3 GLU 720 49.618 -4.669 1.129
5 HG2 GLU 720 HG2 GLU 720 49.639 -2.267 0.642
6 HG3 GLU 720 HG3 GLU 720 48.331 -3.117 -0.174
No H/Q in entry = 6
In of MODEL 42
1 H CYS 721 H CYS 721 47.035 -7.232 1.960
2 HA CYS 721 HA CYS 721 46.515 -7.333 -0.903
3 HB2 CYS 721 HB2 CYS 721 46.659 -9.503 1.186
4 HB3 CYS 721 HB3 CYS 721 46.419 -9.765 -0.538
No H/Q in entry = 4
In of MODEL 42
1 H GLY 722 H GLY 722 44.490 -7.157 -1.618
2 HA3 GLY 722 HA2 GLY 722 42.333 -8.175 0.080
3 HA2 GLY 722 HA3 GLY 722 42.233 -6.531 -0.532
No H/Q in entry = 3
In of MODEL 42
1 HA PRO 723 HA PRO 723 40.198 -7.704 -4.228
2 HB2 PRO 723 HB2 PRO 723 42.384 -6.504 -5.860
3 HB3 PRO 723 HB3 PRO 723 40.652 -6.173 -5.900
4 HG2 PRO 723 HG2 PRO 723 42.290 -4.448 -4.756
5 HG3 PRO 723 HG3 PRO 723 40.732 -4.830 -3.999
6 HD2 PRO 723 HD2 PRO 723 43.473 -5.800 -3.271
7 HD3 PRO 723 HD3 PRO 723 42.139 -5.287 -2.218
No H/Q in entry = 7
In of MODEL 42
1 H SER 724 H SER 724 40.366 -9.950 -4.208
2 HA SER 724 HA SER 724 41.606 -11.122 -6.397
3 HB2 SER 724 HB2 SER 724 42.846 -12.763 -4.880
4 HB3 SER 724 HB3 SER 724 43.636 -11.223 -5.271
5 HG SER 724 HG SER 724 42.330 -10.666 -3.181
No H/Q in entry = 5
In of MODEL 42
1 H LEU 725 H LEU 725 41.227 -13.522 -6.264
2 HA LEU 725 HA LEU 725 38.556 -14.012 -5.400
3 HB2 LEU 725 HB2 LEU 725 40.657 -15.528 -6.779
4 HB3 LEU 725 HB3 LEU 725 39.381 -16.468 -6.013
5 HG LEU 725 HG LEU 725 39.032 -14.392 -8.186
6 HD12 LEU 725 HD11 LEU 725 38.428 -16.314 -9.567
7 HD11 LEU 725 HD12 LEU 725 38.832 -17.401 -8.235
8 HD13 LEU 725 HD13 LEU 725 40.091 -16.428 -8.993
9 HD21 LEU 725 HD21 LEU 725 37.102 -14.503 -6.668
10 HD23 LEU 725 HD22 LEU 725 37.030 -16.251 -6.915
11 HD22 LEU 725 HD23 LEU 725 36.757 -15.152 -8.264
No H/Q in entry = 11
In of MODEL 42
1 H ASP 726 H ASP 726 37.845 -15.159 -3.799
2 HA ASP 726 HA ASP 726 39.629 -15.765 -1.676
3 HB2 ASP 726 HB2 ASP 726 37.402 -16.737 -0.725
4 HB3 ASP 726 HB3 ASP 726 37.675 -14.999 -0.775
No H/Q in entry = 4
In of MODEL 42
1 H VAL 727 H VAL 727 40.484 -17.557 -1.216
2 HA VAL 727 HA VAL 727 39.571 -19.933 -2.557
3 HB VAL 727 HB VAL 727 42.012 -20.629 -2.825
4 HG11 VAL 727 HG11 VAL 727 41.130 -18.211 -4.405
5 HG13 VAL 727 HG12 VAL 727 40.728 -19.889 -4.764
6 HG12 VAL 727 HG13 VAL 727 42.394 -19.336 -4.895
7 HG21 VAL 727 HG21 VAL 727 42.522 -17.703 -2.292
8 HG23 VAL 727 HG22 VAL 727 43.706 -18.848 -2.918
9 HG22 VAL 727 HG23 VAL 727 43.053 -19.058 -1.291
No H/Q in entry = 9
In of MODEL 42
1 H CYS 728 H CYS 728 40.257 -21.938 -1.381
2 HA CYS 728 HA CYS 728 40.333 -21.370 1.483
3 HB2 CYS 728 HB2 CYS 728 39.807 -24.032 0.146
4 HB3 CYS 728 HB3 CYS 728 39.461 -23.550 1.795
No H/Q in entry = 4
In of MODEL 42
1 H ALA 729 H ALA 729 42.181 -21.595 2.502
2 HA ALA 729 HA ALA 729 44.166 -23.367 1.305
3 HB2 ALA 729 HB1 ALA 729 45.870 -21.837 2.098
4 HB1 ALA 729 HB2 ALA 729 44.609 -20.751 2.700
5 HB3 ALA 729 HB3 ALA 729 44.768 -21.056 0.966
No H/Q in entry = 5
In of MODEL 42
1 H GLN 730 H GLN 730 45.561 -24.296 2.771
2 HA GLN 730 HA GLN 730 44.377 -24.581 5.425
3 HB2 GLN 730 HB2 GLN 730 44.269 -26.609 4.023
4 HB3 GLN 730 HB3 GLN 730 46.016 -26.581 3.895
5 HG2 GLN 730 HG2 GLN 730 46.278 -26.927 6.226
6 HG3 GLN 730 HG3 GLN 730 44.553 -26.798 6.516
7 HE21 GLN 730 HE21 GLN 730 44.289 -28.885 7.324
8 HE22 GLN 730 HE22 GLN 730 44.541 -30.286 6.350
No H/Q in entry = 8
In of MODEL 42
1 H ASP 731 H ASP 731 45.520 -24.072 7.006
2 HA ASP 731 HA ASP 731 48.149 -22.941 6.821
3 HB2 ASP 731 HB2 ASP 731 46.330 -22.255 8.436
4 HB3 ASP 731 HB3 ASP 731 46.554 -23.792 9.251
No H/Q in entry = 4
In of MODEL 42
1 H GLU 732 H GLU 732 50.071 -24.143 6.977
2 HA GLU 732 HA GLU 732 49.879 -26.964 7.241
3 HB2 GLU 732 HB2 GLU 732 52.188 -25.112 6.863
4 HB3 GLU 732 HB3 GLU 732 52.447 -26.821 7.185
5 HG2 GLU 732 HG2 GLU 732 50.848 -25.690 4.895
6 HG3 GLU 732 HG3 GLU 732 52.499 -26.309 4.795
No H/Q in entry = 6
In of MODEL 42
1 H ARG 733 H ARG 733 50.167 -24.596 9.669
2 HA ARG 733 HA ARG 733 51.476 -26.491 11.424
3 HB2 ARG 733 HB2 ARG 733 50.915 -23.559 11.569
4 HB3 ARG 733 HB3 ARG 733 51.418 -24.497 12.959
5 HG2 ARG 733 HG2 ARG 733 52.982 -24.186 10.393
6 HG3 ARG 733 HG3 ARG 733 53.299 -23.323 11.903
7 HD2 ARG 733 HD2 ARG 733 53.483 -26.310 11.459
8 HD3 ARG 733 HD3 ARG 733 54.822 -25.195 11.701
9 HE ARG 733 HE ARG 733 53.394 -24.779 13.895
10 HH11 ARG 733 HH11 ARG 733 54.512 -27.803 12.422
11 HH12 ARG 733 HH12 ARG 733 54.531 -28.661 13.895
12 HH21 ARG 733 HH21 ARG 733 53.441 -25.986 15.927
13 HH22 ARG 733 HH22 ARG 733 53.903 -27.627 15.910
No H/Q in entry = 13
In of MODEL 42
1 H SER 734 H SER 734 48.713 -24.319 11.332
2 HA SER 734 HA SER 734 47.513 -25.584 13.615
3 HB2 SER 734 HB2 SER 734 46.390 -23.549 11.706
4 HB3 SER 734 HB3 SER 734 45.793 -23.913 13.330
5 HG SER 734 HG SER 734 47.392 -22.869 14.175
No H/Q in entry = 5
In of MODEL 42
1 H LYS 735 H LYS 735 47.474 -26.104 10.225
2 HA LYS 735 HA LYS 735 46.394 -27.460 8.806
3 HB2 LYS 735 HB2 LYS 735 45.587 -28.966 11.293
4 HB3 LYS 735 HB3 LYS 735 45.497 -29.579 9.648
5 HG2 LYS 735 HG2 LYS 735 47.978 -28.888 11.205
6 HG3 LYS 735 HG3 LYS 735 47.444 -30.493 10.701
7 HD2 LYS 735 HD2 LYS 735 48.284 -28.244 8.859
8 HD3 LYS 735 HD3 LYS 735 49.279 -29.613 9.299
9 HE2 LYS 735 HE2 LYS 735 46.652 -29.763 7.807
10 HE3 LYS 735 HE3 LYS 735 48.251 -29.860 7.082
11 HZ3 LYS 735 HZ1 LYS 735 47.334 -32.031 7.350
12 HZ2 LYS 735 HZ2 LYS 735 47.067 -31.824 8.988
13 HZ1 LYS 735 HZ3 LYS 735 48.647 -31.883 8.378
No H/Q in entry = 13
In of MODEL 42
1 H ARG 736 H ARG 736 44.998 -25.276 10.071
2 HA ARG 736 HA ARG 736 42.185 -25.964 9.902
3 HB2 ARG 736 HB2 ARG 736 41.859 -23.536 10.393
4 HB3 ARG 736 HB3 ARG 736 42.865 -24.344 11.594
5 HG2 ARG 736 HG2 ARG 736 44.866 -23.508 10.455
6 HG3 ARG 736 HG3 ARG 736 43.847 -22.681 9.297
7 HD2 ARG 736 HD2 ARG 736 43.003 -21.235 11.012
8 HD3 ARG 736 HD3 ARG 736 43.875 -22.140 12.257
9 HE ARG 736 HE ARG 736 45.880 -21.479 10.661
10 HH11 ARG 736 HH11 ARG 736 43.280 -19.366 11.821
11 HH12 ARG 736 HH12 ARG 736 44.287 -17.992 11.840
12 HH21 ARG 736 HH21 ARG 736 47.165 -19.679 10.663
13 HH22 ARG 736 HH22 ARG 736 46.553 -18.160 11.201
No H/Q in entry = 13
In of MODEL 42
1 H ILE 737 H ILE 737 40.872 -25.442 8.199
2 HA ILE 737 HA ILE 737 42.117 -24.497 5.774
3 HB ILE 737 HB ILE 737 39.199 -25.100 6.284
4 HG12 ILE 737 HG12 ILE 737 40.553 -27.110 6.852
5 HG13 ILE 737 HG13 ILE 737 39.531 -27.360 5.445
6 HG22 ILE 737 HG21 ILE 737 40.834 -25.100 3.740
7 HG21 ILE 737 HG22 ILE 737 39.751 -23.819 4.270
8 HG23 ILE 737 HG23 ILE 737 39.096 -25.404 3.869
9 HD12 ILE 737 HD11 ILE 737 42.478 -26.798 5.440
10 HD11 ILE 737 HD12 ILE 737 41.454 -26.995 4.012
11 HD13 ILE 737 HD13 ILE 737 41.697 -28.356 5.120
No H/Q in entry = 11
In of MODEL 42
1 H LEU 738 H LEU 738 42.141 -22.374 5.441
2 HA LEU 738 HA LEU 738 39.984 -20.823 6.564
3 HB2 LEU 738 HB2 LEU 738 41.395 -18.966 7.188
4 HB3 LEU 738 HB3 LEU 738 41.891 -20.398 8.057
5 HG LEU 738 HG LEU 738 43.351 -19.221 5.677
6 HD13 LEU 738 HD11 LEU 738 43.406 -17.717 7.602
7 HD12 LEU 738 HD12 LEU 738 44.983 -18.455 7.327
8 HD11 LEU 738 HD13 LEU 738 43.950 -19.043 8.629
9 HD23 LEU 738 HD21 LEU 738 45.160 -20.711 6.408
10 HD22 LEU 738 HD22 LEU 738 43.666 -21.556 5.958
11 HD21 LEU 738 HD23 LEU 738 44.062 -21.336 7.661
No H/Q in entry = 11
In of MODEL 42
1 HA PRO 739 HA PRO 739 39.649 -19.157 2.545
2 HB2 PRO 739 HB2 PRO 739 38.241 -16.994 3.135
3 HB3 PRO 739 HB3 PRO 739 37.522 -18.618 3.252
4 HG2 PRO 739 HG2 PRO 739 38.608 -16.880 5.446
5 HG3 PRO 739 HG3 PRO 739 37.122 -17.849 5.431
6 HD2 PRO 739 HD2 PRO 739 39.470 -18.747 6.584
7 HD3 PRO 739 HD3 PRO 739 38.258 -19.816 5.831
No H/Q in entry = 7
In of MODEL 42
1 H LEU 740 H LEU 740 41.470 -18.427 1.814
2 HA LEU 740 HA LEU 740 42.523 -15.830 2.734
3 HB2 LEU 740 HB2 LEU 740 43.842 -18.048 1.186
4 HB3 LEU 740 HB3 LEU 740 44.551 -16.475 1.450
5 HG LEU 740 HG LEU 740 43.952 -18.550 3.550
6 HD11 LEU 740 HD11 LEU 740 46.499 -17.421 2.437
7 HD13 LEU 740 HD12 LEU 740 45.839 -19.036 2.150
8 HD12 LEU 740 HD13 LEU 740 46.378 -18.578 3.767
9 HD21 LEU 740 HD21 LEU 740 45.141 -15.786 3.833
10 HD23 LEU 740 HD22 LEU 740 45.087 -17.010 5.098
11 HD22 LEU 740 HD23 LEU 740 43.587 -16.323 4.478
No H/Q in entry = 11
In of MODEL 42
1 H THR 741 H THR 741 43.366 -14.580 0.791
2 HA THR 741 HA THR 741 41.707 -15.203 -1.505
3 HB THR 741 HB THR 741 42.520 -12.780 -2.084
4 HG1 THR 741 HG1 THR 741 42.319 -11.925 0.416
5 HG21 THR 741 HG21 THR 741 40.364 -13.375 -0.063
6 HG23 THR 741 HG22 THR 741 40.260 -13.441 -1.834
7 HG22 THR 741 HG23 THR 741 40.498 -11.886 -1.027
No H/Q in entry = 7
In of MODEL 42
1 H VAL 742 H VAL 742 42.698 -14.700 -3.557
2 HA VAL 742 HA VAL 742 45.006 -16.144 -3.851
3 HB VAL 742 HB VAL 742 43.830 -14.130 -5.771
4 HG13 VAL 742 HG11 VAL 742 46.041 -14.530 -6.424
5 HG12 VAL 742 HG12 VAL 742 44.959 -15.393 -7.524
6 HG11 VAL 742 HG13 VAL 742 45.837 -16.272 -6.252
7 HG23 VAL 742 HG21 VAL 742 42.851 -16.066 -6.853
8 HG22 VAL 742 HG22 VAL 742 42.273 -15.820 -5.200
9 HG21 VAL 742 HG23 VAL 742 43.467 -17.089 -5.546
No H/Q in entry = 9
In of MODEL 42
1 H CYS 743 H CYS 743 44.520 -12.666 -3.586
2 HA CYS 743 HA CYS 743 47.193 -11.911 -4.115
3 HB2 CYS 743 HB2 CYS 743 45.225 -10.341 -4.226
4 HB3 CYS 743 HB3 CYS 743 45.121 -10.417 -2.472
No H/Q in entry = 4
In of MODEL 42
1 H LYS 744 H LYS 744 45.329 -12.654 -1.229
2 HA LYS 744 HA LYS 744 47.236 -11.995 0.710
3 HB2 LYS 744 HB2 LYS 744 44.746 -12.628 0.893
4 HB3 LYS 744 HB3 LYS 744 45.307 -14.272 0.922
5 HG2 LYS 744 HG2 LYS 744 44.966 -13.592 3.197
6 HG3 LYS 744 HG3 LYS 744 46.701 -13.762 2.920
7 HD2 LYS 744 HD2 LYS 744 46.894 -11.336 2.642
8 HD3 LYS 744 HD3 LYS 744 45.155 -11.166 2.885
9 HE2 LYS 744 HE2 LYS 744 47.113 -12.267 4.893
10 HE3 LYS 744 HE3 LYS 744 46.469 -10.632 4.900
11 HZ1 LYS 744 HZ1 LYS 744 44.786 -13.085 5.161
12 HZ3 LYS 744 HZ2 LYS 744 44.269 -11.491 5.317
13 HZ2 LYS 744 HZ3 LYS 744 45.339 -12.149 6.437
No H/Q in entry = 13
In of MODEL 42
1 H MET 745 H MET 745 46.245 -15.207 -0.423
2 HA MET 745 HA MET 745 48.197 -16.743 0.755
3 HB2 MET 745 HB2 MET 745 46.739 -18.073 0.075
4 HB3 MET 745 HB3 MET 745 46.181 -17.124 -1.323
5 HG2 MET 745 HG2 MET 745 47.007 -19.099 -2.314
6 HG3 MET 745 HG3 MET 745 48.348 -18.004 -2.412
7 HE2 MET 745 HE1 MET 745 48.080 -21.510 0.524
8 HE1 MET 745 HE2 MET 745 46.840 -21.005 -0.643
9 HE3 MET 745 HE3 MET 745 47.153 -20.035 0.788
No H/Q in entry = 9
In of MODEL 42
1 H HIS 746 H HIS 746 48.304 -15.274 -2.533
2 HA HIS 746 HA HIS 746 50.758 -16.511 -3.241
3 HB2 HIS 746 HB2 HIS 746 49.175 -14.341 -4.247
4 HB3 HIS 746 HB3 HIS 746 50.912 -14.129 -4.572
5 HD1 HIS 746 HD1 HIS 746 51.955 -16.376 -5.867
6 HD2 HIS 746 HD2 HIS 746 47.858 -15.752 -6.006
7 HE1 HIS 746 HE1 HIS 746 51.156 -17.599 -7.886
8 HE2 HIS 746 HE2 HIS 746 48.695 -17.065 -8.036
No H/Q in entry = 8
In of MODEL 42
1 H VAL 747 H VAL 747 50.155 -13.350 -1.768
2 HA VAL 747 HA VAL 747 52.892 -12.687 -1.570
3 HB VAL 747 HB VAL 747 50.442 -11.655 -0.109
4 HG11 VAL 747 HG11 VAL 747 52.436 -11.345 1.280
5 HG13 VAL 747 HG12 VAL 747 51.847 -9.810 0.646
6 HG12 VAL 747 HG13 VAL 747 53.259 -10.580 -0.079
7 HG23 VAL 747 HG21 VAL 747 52.139 -10.492 -2.308
8 HG22 VAL 747 HG22 VAL 747 50.736 -9.718 -1.561
9 HG21 VAL 747 HG23 VAL 747 50.535 -11.192 -2.505
No H/Q in entry = 9
In of MODEL 42
1 H LEU 748 H LEU 748 50.551 -13.941 0.650
2 HA LEU 748 HA LEU 748 51.766 -14.526 3.021
3 HB2 LEU 748 HB2 LEU 748 49.449 -14.833 2.449
4 HB3 LEU 748 HB3 LEU 748 49.878 -15.925 1.186
5 HG LEU 748 HG LEU 748 48.634 -16.999 2.797
6 HD11 LEU 748 HD11 LEU 748 51.397 -18.014 2.865
7 HD13 LEU 748 HD12 LEU 748 49.998 -18.453 1.855
8 HD12 LEU 748 HD13 LEU 748 50.000 -18.840 3.568
9 HD23 LEU 748 HD21 LEU 748 49.340 -17.310 5.125
10 HD22 LEU 748 HD22 LEU 748 48.759 -15.734 4.640
11 HD21 LEU 748 HD23 LEU 748 50.514 -15.987 4.888
No H/Q in entry = 11
In of MODEL 42
1 H HIS 749 H HIS 749 51.771 -16.446 0.076
2 HA HIS 749 HA HIS 749 53.336 -18.619 0.920
3 HB2 HIS 749 HB2 HIS 749 51.708 -18.189 -1.112
4 HB3 HIS 749 HB3 HIS 749 53.196 -17.733 -1.933
5 HD1 HIS 749 HD1 HIS 749 54.546 -19.643 -2.866
6 HD2 HIS 749 HD2 HIS 749 51.611 -20.842 -0.204
7 HE1 HIS 749 HE1 HIS 749 54.459 -22.144 -3.038
8 HE2 HIS 749 HE2 HIS 749 53.093 -22.758 -1.046
No H/Q in entry = 8
In of MODEL 42
1 H CYS 750 H CYS 750 54.054 -15.664 -0.913
2 HA CYS 750 HA CYS 750 56.792 -16.360 -1.341
3 HB2 CYS 750 HB2 CYS 750 55.582 -15.061 -3.013
4 HB3 CYS 750 HB3 CYS 750 55.303 -13.751 -1.890
No H/Q in entry = 4
In of MODEL 42
1 H GLN 751 H GLN 751 55.081 -14.720 1.135
2 HA GLN 751 HA GLN 751 57.230 -13.303 2.295
3 HB2 GLN 751 HB2 GLN 751 54.672 -14.380 3.492
4 HB3 GLN 751 HB3 GLN 751 55.815 -13.407 4.404
5 HG2 GLN 751 HG2 GLN 751 54.544 -12.496 1.857
6 HG3 GLN 751 HG3 GLN 751 53.819 -12.196 3.424
7 HE21 GLN 751 HE21 GLN 751 54.744 -10.262 1.467
8 HE22 GLN 751 HE22 GLN 751 55.995 -9.361 2.201
No H/Q in entry = 8
In of MODEL 42
1 H GLY 752 H GLY 752 56.413 -16.618 2.181
2 HA3 GLY 752 HA2 GLY 752 58.117 -18.226 2.719
3 HA2 GLY 752 HA3 GLY 752 58.577 -17.220 4.080
No H/Q in entry = 3
In of MODEL 42
1 H ARG 753 H ARG 753 55.191 -17.740 3.483
2 HA ARG 753 HA ARG 753 55.115 -19.396 5.894
3 HB2 ARG 753 HB2 ARG 753 52.788 -18.066 4.472
4 HB3 ARG 753 HB3 ARG 753 52.750 -18.867 6.025
5 HG2 ARG 753 HG2 ARG 753 54.268 -16.345 5.411
6 HG3 ARG 753 HG3 ARG 753 52.714 -16.441 6.237
7 HD2 ARG 753 HD2 ARG 753 53.761 -17.729 8.044
8 HD3 ARG 753 HD3 ARG 753 55.313 -17.639 7.207
9 HE ARG 753 HE ARG 753 54.425 -15.063 7.451
10 HH11 ARG 753 HH11 ARG 753 55.312 -17.619 9.710
11 HH12 ARG 753 HH12 ARG 753 55.795 -16.578 10.956
12 HH21 ARG 753 HH21 ARG 753 55.093 -13.622 9.096
13 HH22 ARG 753 HH22 ARG 753 55.697 -14.220 10.585
No H/Q in entry = 13
In of MODEL 42
1 H ASN 754 H ASN 754 54.332 -21.435 5.864
2 HA ASN 754 HA ASN 754 54.018 -22.660 3.256
3 HB2 ASN 754 HB2 ASN 754 54.273 -23.887 6.014
4 HB3 ASN 754 HB3 ASN 754 54.066 -24.815 4.538
5 HD21 ASN 754 HD21 ASN 754 56.223 -24.768 6.501
6 HD22 ASN 754 HD22 ASN 754 57.661 -24.426 5.610
No H/Q in entry = 6
In of MODEL 42
1 H TYR 755 H TYR 755 52.075 -22.588 2.448
2 HA TYR 755 HA TYR 755 49.841 -23.538 4.080
3 HB2 TYR 755 HB2 TYR 755 49.938 -21.106 2.334
4 HB3 TYR 755 HB3 TYR 755 48.436 -21.985 2.553
5 HD1 TYR 755 HD1 TYR 755 51.144 -20.917 4.955
6 HD2 TYR 755 HD2 TYR 755 47.051 -20.743 3.870
7 HE1 TYR 755 HE1 TYR 755 50.696 -19.525 6.917
8 HE2 TYR 755 HE2 TYR 755 46.583 -19.353 5.799
9 HH TYR 755 HH TYR 755 47.592 -18.981 8.059
No H/Q in entry = 9
In of MODEL 42
1 H THR 756 H THR 756 48.477 -24.821 3.033
2 HA THR 756 HA THR 756 49.222 -25.715 0.336
3 HB THR 756 HB THR 756 47.739 -27.018 2.636
4 HG1 THR 756 HG1 THR 756 49.683 -27.512 3.193
5 HG23 THR 756 HG21 THR 756 47.726 -29.074 1.311
6 HG22 THR 756 HG22 THR 756 48.458 -28.195 -0.050
7 HG21 THR 756 HG23 THR 756 46.834 -27.776 0.510
No H/Q in entry = 7
In of MODEL 42
1 H LEU 757 H LEU 757 47.359 -25.957 -1.200
2 HA LEU 757 HA LEU 757 45.119 -24.382 -0.273
3 HB2 LEU 757 HB2 LEU 757 45.886 -25.102 -3.087
4 HB3 LEU 757 HB3 LEU 757 44.386 -24.302 -2.657
5 HG LEU 757 HG LEU 757 46.128 -22.697 -1.441
6 HD13 LEU 757 HD11 LEU 757 48.102 -23.812 -2.172
7 HD12 LEU 757 HD12 LEU 757 48.008 -22.215 -2.916
8 HD11 LEU 757 HD13 LEU 757 47.619 -23.655 -3.861
9 HD23 LEU 757 HD21 LEU 757 45.236 -22.504 -4.303
10 HD22 LEU 757 HD22 LEU 757 45.809 -21.163 -3.289
11 HD21 LEU 757 HD23 LEU 757 44.340 -22.036 -2.855
No H/Q in entry = 11
In of MODEL 42
1 H THR 758 H THR 758 43.001 -25.000 -0.659
2 HA THR 758 HA THR 758 42.662 -27.885 -0.830
3 HB THR 758 HB THR 758 41.066 -27.644 1.198
4 HG1 THR 758 HG1 THR 758 42.210 -25.174 1.049
5 HG22 THR 758 HG21 THR 758 44.057 -27.389 1.636
6 HG21 THR 758 HG22 THR 758 43.209 -28.891 1.275
7 HG23 THR 758 HG23 THR 758 42.903 -28.047 2.791
No H/Q in entry = 7
In of MODEL 42
1 H GLY 759 H GLY 759 40.143 -28.307 -0.557
2 HA3 GLY 759 HA2 GLY 759 38.990 -27.152 -2.867
3 HA2 GLY 759 HA3 GLY 759 38.241 -28.314 -1.786
No H/Q in entry = 3
In of MODEL 42
1 H ARG 760 H ARG 760 36.910 -26.323 -2.973
2 HA ARG 760 HA ARG 760 36.588 -23.827 -1.800
3 HB2 ARG 760 HB2 ARG 760 35.646 -24.220 -3.934
4 HB3 ARG 760 HB3 ARG 760 34.769 -25.632 -3.383
5 HG2 ARG 760 HG2 ARG 760 34.167 -23.031 -2.247
6 HG3 ARG 760 HG3 ARG 760 33.646 -23.320 -3.933
7 HD2 ARG 760 HD2 ARG 760 32.940 -24.709 -1.377
8 HD3 ARG 760 HD3 ARG 760 31.864 -23.802 -2.455
9 HE ARG 760 HE ARG 760 32.969 -26.507 -2.921
10 HH11 ARG 760 HH11 ARG 760 30.667 -24.006 -3.882
11 HH12 ARG 760 HH12 ARG 760 29.588 -25.066 -4.633
12 HH21 ARG 760 HH21 ARG 760 31.501 -27.998 -4.001
13 HH22 ARG 760 HH22 ARG 760 30.082 -27.387 -4.724
No H/Q in entry = 13
In of MODEL 42
1 H ASP 761 H ASP 761 34.966 -26.791 -1.143
2 HA ASP 761 HA ASP 761 33.419 -25.505 0.932
3 HB2 ASP 761 HB2 ASP 761 32.175 -27.748 0.996
4 HB3 ASP 761 HB3 ASP 761 32.021 -26.721 -0.429
No H/Q in entry = 4
In of MODEL 42
1 H SER 762 H SER 762 36.318 -26.361 1.114
2 HA SER 762 HA SER 762 36.194 -28.129 3.391
3 HB2 SER 762 HB2 SER 762 38.537 -26.586 2.250
4 HB3 SER 762 HB3 SER 762 38.652 -27.789 3.533
5 HG SER 762 HG SER 762 37.322 -28.555 1.216
No H/Q in entry = 5
In of MODEL 42
1 H CYS 763 H CYS 763 35.949 -24.768 2.830
2 HA CYS 763 HA CYS 763 35.427 -24.327 5.638
3 HB2 CYS 763 HB2 CYS 763 36.850 -22.350 5.830
4 HB3 CYS 763 HB3 CYS 763 37.856 -23.711 5.329
No H/Q in entry = 4
In of MODEL 42
1 H THR 764 H THR 764 34.729 -21.744 5.672
2 HA THR 764 HA THR 764 32.659 -21.664 3.671
3 HB THR 764 HB THR 764 33.236 -19.757 5.954
4 HG1 THR 764 HG1 THR 764 32.388 -22.251 6.013
5 HG22 THR 764 HG21 THR 764 30.770 -20.202 4.270
6 HG21 THR 764 HG22 THR 764 31.850 -18.811 4.163
7 HG23 THR 764 HG23 THR 764 30.899 -19.077 5.627
No H/Q in entry = 7
In of MODEL 42
1 H LEU 765 H LEU 765 33.132 -20.857 1.779
2 HA LEU 765 HA LEU 765 35.164 -18.817 1.575
3 HB2 LEU 765 HB2 LEU 765 34.837 -21.021 0.131
4 HB3 LEU 765 HB3 LEU 765 33.734 -19.976 -0.747
5 HG LEU 765 HG LEU 765 35.585 -18.388 -1.156
6 HD12 LEU 765 HD11 LEU 765 37.872 -19.118 -0.691
7 HD11 LEU 765 HD12 LEU 765 37.209 -20.465 0.254
8 HD13 LEU 765 HD13 LEU 765 36.928 -18.811 0.765
9 HD21 LEU 765 HD21 LEU 765 35.051 -20.121 -2.814
10 HD23 LEU 765 HD22 LEU 765 36.168 -21.226 -2.006
11 HD22 LEU 765 HD23 LEU 765 36.772 -19.748 -2.768
No H/Q in entry = 11
In of MODEL 42
1 HA PRO 766 HA PRO 766 32.048 -15.762 1.638
2 HB2 PRO 766 HB2 PRO 766 33.488 -13.768 0.303
3 HB3 PRO 766 HB3 PRO 766 33.412 -14.048 2.039
4 HG2 PRO 766 HG2 PRO 766 35.522 -14.716 0.119
5 HG3 PRO 766 HG3 PRO 766 35.621 -14.516 1.872
6 HD2 PRO 766 HD2 PRO 766 35.712 -16.926 0.502
7 HD3 PRO 766 HD3 PRO 766 35.346 -16.755 2.223
No H/Q in entry = 7
In of MODEL 42
1 H ALA 767 H ALA 767 33.599 -15.447 -1.688
2 HA ALA 767 HA ALA 767 30.819 -14.853 -2.475
3 HB3 ALA 767 HB1 ALA 767 31.485 -13.096 -3.896
4 HB2 ALA 767 HB2 ALA 767 33.193 -13.456 -3.644
5 HB1 ALA 767 HB3 ALA 767 32.221 -12.818 -2.315
No H/Q in entry = 5
In of MODEL 42
1 H SER 768 H SER 768 30.165 -16.577 -3.274
2 HA SER 768 HA SER 768 31.306 -17.285 -5.883
3 HB2 SER 768 HB2 SER 768 29.776 -19.075 -3.981
4 HB3 SER 768 HB3 SER 768 30.440 -19.513 -5.552
5 HG SER 768 HG SER 768 31.793 -18.842 -3.184
No H/Q in entry = 5
In of MODEL 42
1 H ALA 769 H ALA 769 28.995 -15.522 -4.539
2 HA ALA 769 HA ALA 769 27.149 -15.748 -6.701
3 HB3 ALA 769 HB1 ALA 769 26.207 -16.370 -3.888
4 HB2 ALA 769 HB2 ALA 769 26.304 -17.529 -5.213
5 HB1 ALA 769 HB3 ALA 769 25.178 -16.176 -5.306
No H/Q in entry = 5
In of MODEL 42
1 H GLU 770 H GLU 770 25.148 -14.213 -5.910
2 HA GLU 770 HA GLU 770 26.183 -11.613 -5.824
3 HB2 GLU 770 HB2 GLU 770 23.849 -10.915 -5.594
4 HB3 GLU 770 HB3 GLU 770 24.051 -12.142 -6.840
5 HG2 GLU 770 HG2 GLU 770 23.293 -13.845 -5.273
6 HG3 GLU 770 HG3 GLU 770 23.086 -12.617 -4.042
No H/Q in entry = 6
In of MODEL 42
1 H LYS 771 H LYS 771 25.759 -9.943 -4.266
2 HA LYS 771 HA LYS 771 25.571 -10.789 -1.464
3 HB2 LYS 771 HB2 LYS 771 27.828 -9.053 -2.553
4 HB3 LYS 771 HB3 LYS 771 27.530 -9.426 -0.867
5 HG2 LYS 771 HG2 LYS 771 28.169 -11.482 -2.966
6 HG3 LYS 771 HG3 LYS 771 29.345 -10.770 -1.861
7 HD2 LYS 771 HD2 LYS 771 28.349 -11.769 0.018
8 HD3 LYS 771 HD3 LYS 771 26.861 -12.131 -0.848
9 HE2 LYS 771 HE2 LYS 771 27.913 -13.745 -2.167
10 HE3 LYS 771 HE3 LYS 771 29.520 -13.359 -1.531
11 HZ2 LYS 771 HZ1 LYS 771 27.236 -14.534 -0.015
12 HZ1 LYS 771 HZ2 LYS 771 28.715 -14.093 0.664
13 HZ3 LYS 771 HZ3 LYS 771 28.662 -15.329 -0.474
No H/Q in entry = 13
In of MODEL 42
1 H ALA 772 H ALA 772 25.580 -8.725 -0.075
2 HA ALA 772 HA ALA 772 23.975 -6.684 -1.425
3 HB1 ALA 772 HB1 ALA 772 23.004 -6.227 0.801
4 HB3 ALA 772 HB2 ALA 772 23.983 -7.532 1.477
5 HB2 ALA 772 HB3 ALA 772 22.727 -7.895 0.296
No H/Q in entry = 5
In of MODEL 42
1 H CYS 773 H CYS 773 24.453 -4.471 -0.822
2 HA CYS 773 HA CYS 773 27.137 -3.865 -0.796
3 HB2 CYS 773 HB2 CYS 773 24.826 -2.133 0.070
4 HB3 CYS 773 HB3 CYS 773 26.449 -1.541 -0.284
No H/Q in entry = 4
In of MODEL 42
1 H GLY 774 H GLY 774 28.662 -3.472 0.636
2 HA3 GLY 774 HA2 GLY 774 29.246 -2.851 2.959
3 HA2 GLY 774 HA3 GLY 774 28.038 -4.043 3.456
No H/Q in entry = 3
In of MODEL 42
1 H ALA 775 H ALA 775 28.699 -5.671 1.139
2 HA ALA 775 HA ALA 775 31.412 -6.585 1.613
3 HB1 ALA 775 HB1 ALA 775 30.580 -8.934 1.509
4 HB2 ALA 775 HB2 ALA 775 28.926 -8.329 1.556
5 HB3 ALA 775 HB3 ALA 775 29.992 -8.089 2.941
No H/Q in entry = 5
In of MODEL 42
1 H CYS 776 H CYS 776 32.184 -6.069 -0.352
2 HA CYS 776 HA CYS 776 30.518 -6.729 -2.656
3 HB2 CYS 776 HB2 CYS 776 32.061 -4.153 -2.340
4 HB3 CYS 776 HB3 CYS 776 31.004 -4.634 -3.673
No H/Q in entry = 4
In of MODEL 42
1 HA PRO 777 HA PRO 777 34.583 -8.264 -3.830
2 HB2 PRO 777 HB2 PRO 777 33.743 -10.023 -5.666
3 HB3 PRO 777 HB3 PRO 777 33.540 -10.336 -3.940
4 HG2 PRO 777 HG2 PRO 777 31.536 -9.440 -5.951
5 HG3 PRO 777 HG3 PRO 777 31.330 -10.539 -4.578
6 HD2 PRO 777 HD2 PRO 777 30.626 -7.836 -4.619
7 HD3 PRO 777 HD3 PRO 777 30.835 -8.830 -3.164
No H/Q in entry = 7
In of MODEL 42
1 H LEU 778 H LEU 778 35.417 -8.706 -6.299
2 HA LEU 778 HA LEU 778 35.398 -6.079 -7.485
3 HB2 LEU 778 HB2 LEU 778 36.487 -8.486 -8.907
4 HB3 LEU 778 HB3 LEU 778 37.071 -6.844 -8.933
5 HG LEU 778 HG LEU 778 37.432 -8.883 -6.761
6 HD12 LEU 778 HD11 LEU 778 39.411 -7.517 -8.553
7 HD11 LEU 778 HD12 LEU 778 38.888 -9.201 -8.627
8 HD13 LEU 778 HD13 LEU 778 39.803 -8.623 -7.233
9 HD23 LEU 778 HD21 LEU 778 38.757 -7.237 -5.571
10 HD22 LEU 778 HD22 LEU 778 37.064 -6.776 -5.694
11 HD21 LEU 778 HD23 LEU 778 38.275 -5.984 -6.730
No H/Q in entry = 11
In of MODEL 42
1 H TRP 779 H TRP 779 34.486 -9.242 -8.544
2 HA TRP 779 HA TRP 779 33.287 -8.626 -11.020
3 HB2 TRP 779 HB2 TRP 779 32.494 -11.067 -10.689
4 HB3 TRP 779 HB3 TRP 779 34.226 -10.759 -10.801
5 HD1 TRP 779 HD1 TRP 779 31.547 -11.873 -8.315
6 HE1 TRP 779 HE1 TRP 779 32.686 -12.746 -6.178
7 HE3 TRP 779 HE3 TRP 779 36.379 -10.608 -9.372
8 HZ2 TRP 779 HZ2 TRP 779 35.314 -12.837 -5.068
9 HZ3 TRP 779 HZ3 TRP 779 38.124 -11.123 -7.729
10 HH2 TRP 779 HH2 TRP 779 37.592 -12.218 -5.632
No H/Q in entry = 10
In of MODEL 42
1 H GLY 780 H GLY 780 32.179 -8.308 -7.876
2 HA3 GLY 780 HA2 GLY 780 29.370 -8.435 -8.721
3 HA2 GLY 780 HA3 GLY 780 29.904 -8.742 -7.070
No H/Q in entry = 3
In of MODEL 42
1 H LYS 781 H LYS 781 28.609 -6.500 -9.054
2 HA LYS 781 HA LYS 781 29.531 -4.299 -7.312
3 HB2 LYS 781 HB2 LYS 781 28.988 -4.211 -10.279
4 HB3 LYS 781 HB3 LYS 781 29.196 -2.784 -9.285
5 HG2 LYS 781 HG2 LYS 781 31.322 -4.819 -9.238
6 HG3 LYS 781 HG3 LYS 781 31.167 -3.850 -10.714
7 HD2 LYS 781 HD2 LYS 781 32.801 -2.788 -9.308
8 HD3 LYS 781 HD3 LYS 781 31.349 -1.806 -9.232
9 HE2 LYS 781 HE2 LYS 781 32.388 -2.029 -7.048
10 HE3 LYS 781 HE3 LYS 781 30.808 -2.807 -7.044
11 HZ1 LYS 781 HZ1 LYS 781 33.379 -4.223 -7.423
12 HZ3 LYS 781 HZ2 LYS 781 31.883 -4.967 -7.114
13 HZ2 LYS 781 HZ3 LYS 781 32.639 -4.040 -5.954
No H/Q in entry = 13
In of MODEL 42
1 H CYS 782 H CYS 782 27.974 -2.702 -6.899
2 HA CYS 782 HA CYS 782 25.240 -3.636 -7.224
3 HB2 CYS 782 HB2 CYS 782 25.951 -2.629 -5.016
4 HB3 CYS 782 HB3 CYS 782 26.248 -1.112 -5.857
No H/Q in entry = 4
In of MODEL 42
1 H ASP 783 H ASP 783 25.117 -3.514 -9.326
2 HA ASP 783 HA ASP 783 25.402 -0.897 -10.671
3 HB2 ASP 783 HB2 ASP 783 27.145 -2.622 -11.162
4 HB3 ASP 783 HB3 ASP 783 25.866 -3.697 -11.690
No H/Q in entry = 4
In of MODEL 42
1 H ALA 784 H ALA 784 23.212 -2.781 -9.409
2 HA ALA 784 HA ALA 784 21.318 -2.535 -11.595
3 HB2 ALA 784 HB1 ALA 784 20.520 -4.810 -11.280
4 HB3 ALA 784 HB2 ALA 784 21.749 -5.083 -10.047
5 HB1 ALA 784 HB3 ALA 784 22.227 -4.806 -11.724
No H/Q in entry = 5
In of MODEL 42
1 H GLU 785 H GLU 785 19.189 -3.633 -10.541
2 HA GLU 785 HA GLU 785 18.073 -1.740 -8.885
3 HB2 GLU 785 HB2 GLU 785 17.226 -4.568 -9.426
4 HB3 GLU 785 HB3 GLU 785 16.208 -3.354 -8.660
5 HG2 GLU 785 HG2 GLU 785 16.226 -1.998 -10.622
6 HG3 GLU 785 HG3 GLU 785 17.440 -3.022 -11.375
No H/Q in entry = 6
In of MODEL 42
1 H SER 786 H SER 786 17.681 -1.485 -6.806
2 HA SER 786 HA SER 786 17.775 -1.585 -4.604
3 HB2 SER 786 HB2 SER 786 16.692 -3.827 -4.808
4 HB3 SER 786 HB3 SER 786 18.280 -4.577 -4.921
5 HG SER 786 HG SER 786 17.842 -4.775 -2.857
No H/Q in entry = 5
In of MODEL 42
1 H SER 787 H SER 787 19.402 -2.374 -2.749
2 HA SER 787 HA SER 787 21.986 -1.651 -3.834
3 HB2 SER 787 HB2 SER 787 21.045 -1.620 -0.957
4 HB3 SER 787 HB3 SER 787 22.610 -1.039 -1.541
5 HG SER 787 HG SER 787 20.065 0.035 -1.826
No H/Q in entry = 5
In of MODEL 42
1 H LYS 788 H LYS 788 22.116 -3.732 -4.746
2 HA LYS 788 HA LYS 788 23.425 -5.523 -2.905
3 HB2 LYS 788 HB2 LYS 788 22.391 -7.500 -3.888
4 HB3 LYS 788 HB3 LYS 788 21.158 -6.466 -3.189
5 HG2 LYS 788 HG2 LYS 788 20.454 -5.735 -5.362
6 HG3 LYS 788 HG3 LYS 788 21.822 -6.552 -6.129
7 HD2 LYS 788 HD2 LYS 788 20.946 -8.713 -5.318
8 HD3 LYS 788 HD3 LYS 788 19.563 -7.868 -4.624
9 HE2 LYS 788 HE2 LYS 788 20.276 -7.863 -7.557
10 HE3 LYS 788 HE3 LYS 788 19.114 -8.958 -6.823
11 HZ1 LYS 788 HZ1 LYS 788 17.818 -7.038 -6.146
12 HZ3 LYS 788 HZ2 LYS 788 17.983 -7.104 -7.812
13 HZ2 LYS 788 HZ3 LYS 788 18.885 -5.984 -6.924
No H/Q in entry = 13
In of MODEL 42
1 H CYS 789 H CYS 789 24.821 -6.976 -4.027
2 HA CYS 789 HA CYS 789 25.896 -5.664 -6.385
3 HB2 CYS 789 HB2 CYS 789 27.155 -7.602 -4.441
4 HB3 CYS 789 HB3 CYS 789 27.965 -6.867 -5.825
No H/Q in entry = 4
In of MODEL 42
1 H VAL 790 H VAL 790 25.649 -6.596 -8.185
2 HA VAL 790 HA VAL 790 24.656 -9.339 -8.276
3 HB VAL 790 HB VAL 790 23.813 -8.755 -10.527
4 HG12 VAL 790 HG11 VAL 790 22.961 -6.804 -8.394
5 HG11 VAL 790 HG12 VAL 790 22.352 -8.443 -8.607
6 HG13 VAL 790 HG13 VAL 790 22.035 -7.216 -9.837
7 HG22 VAL 790 HG21 VAL 790 25.481 -7.069 -11.148
8 HG21 VAL 790 HG22 VAL 790 24.841 -5.971 -9.923
9 HG23 VAL 790 HG23 VAL 790 23.848 -6.418 -11.311
No H/Q in entry = 9
In of MODEL 42
1 H CYS 791 H CYS 791 25.345 -10.256 -10.592
2 HA CYS 791 HA CYS 791 28.245 -10.197 -10.378
3 HB2 CYS 791 HB2 CYS 791 26.471 -12.141 -11.880
4 HB3 CYS 791 HB3 CYS 791 28.181 -12.325 -11.492
No H/Q in entry = 4
In of MODEL 42
1 H ARG 792 H ARG 792 29.372 -9.206 -11.867
2 HA ARG 792 HA ARG 792 28.007 -8.288 -14.306
3 HB2 ARG 792 HB2 ARG 792 30.484 -7.291 -12.893
4 HB3 ARG 792 HB3 ARG 792 29.859 -6.633 -14.406
5 HG2 ARG 792 HG2 ARG 792 28.275 -6.671 -11.837
6 HG3 ARG 792 HG3 ARG 792 29.325 -5.337 -12.297
7 HD2 ARG 792 HD2 ARG 792 26.974 -4.880 -12.851
8 HD3 ARG 792 HD3 ARG 792 27.974 -4.929 -14.289
9 HE ARG 792 HE ARG 792 26.751 -7.444 -13.805
10 HH11 ARG 792 HH11 ARG 792 25.677 -4.176 -14.744
11 HH12 ARG 792 HH12 ARG 792 24.737 -4.729 -16.040
12 HH21 ARG 792 HH21 ARG 792 25.451 -8.185 -15.649
13 HH22 ARG 792 HH22 ARG 792 24.595 -7.039 -16.560
No H/Q in entry = 13
In of MODEL 42
1 H GLU 793 H GLU 793 29.491 -8.045 -16.141
2 HA GLU 793 HA GLU 793 30.254 -10.715 -16.647
3 HB2 GLU 793 HB2 GLU 793 30.399 -8.277 -18.400
4 HB3 GLU 793 HB3 GLU 793 30.829 -9.895 -18.918
5 HG2 GLU 793 HG2 GLU 793 28.600 -9.501 -19.695
6 HG3 GLU 793 HG3 GLU 793 28.538 -10.628 -18.341
No H/Q in entry = 6
In of MODEL 42
1 H ALA 794 H ALA 794 32.233 -11.336 -17.576
2 HA ALA 794 HA ALA 794 34.223 -11.250 -15.673
3 HB3 ALA 794 HB1 ALA 794 35.457 -12.577 -17.291
4 HB1 ALA 794 HB2 ALA 794 34.341 -12.077 -18.556
5 HB2 ALA 794 HB3 ALA 794 33.768 -13.079 -17.223
No H/Q in entry = 5
In of MODEL 42
1 H SER 795 H SER 795 34.077 -9.480 -18.727
2 HA SER 795 HA SER 795 36.540 -8.388 -17.787
3 HB2 SER 795 HB2 SER 795 35.530 -8.413 -20.628
4 HB3 SER 795 HB3 SER 795 37.104 -7.803 -20.102
5 HG SER 795 HG SER 795 37.440 -9.965 -19.204
No H/Q in entry = 5
In of MODEL 42
1 H GLU 796 H GLU 796 33.523 -7.646 -17.499
2 HA GLU 796 HA GLU 796 33.636 -4.846 -18.324
3 HB2 GLU 796 HB2 GLU 796 31.377 -6.432 -17.092
4 HB3 GLU 796 HB3 GLU 796 31.278 -4.748 -17.581
5 HG2 GLU 796 HG2 GLU 796 31.771 -7.091 -19.401
6 HG3 GLU 796 HG3 GLU 796 30.254 -6.200 -19.236
No H/Q in entry = 6
In of MODEL 42
1 H CYS 797 H CYS 797 33.641 -6.919 -15.513
2 HA CYS 797 HA CYS 797 33.704 -4.718 -13.720
3 HB2 CYS 797 HB2 CYS 797 34.504 -6.586 -12.079
4 HB3 CYS 797 HB3 CYS 797 32.875 -6.707 -12.739
No H/Q in entry = 4
In of MODEL 42
1 H GLU 798 H GLU 798 35.327 -3.401 -13.497
2 HA GLU 798 HA GLU 798 37.735 -4.193 -14.822
3 HB2 GLU 798 HB2 GLU 798 38.192 -1.742 -15.112
4 HB3 GLU 798 HB3 GLU 798 36.842 -2.420 -16.005
5 HG2 GLU 798 HG2 GLU 798 35.347 -1.541 -14.190
6 HG3 GLU 798 HG3 GLU 798 36.752 -0.684 -13.560
No H/Q in entry = 6
In of MODEL 42
1 H GLU 799 H GLU 799 38.161 -5.254 -12.983
2 HA GLU 799 HA GLU 799 40.378 -3.841 -11.808
3 HB2 GLU 799 HB2 GLU 799 38.692 -3.782 -9.979
4 HB3 GLU 799 HB3 GLU 799 38.502 -5.525 -10.098
5 HG2 GLU 799 HG2 GLU 799 39.927 -4.749 -8.178
6 HG3 GLU 799 HG3 GLU 799 40.698 -5.912 -9.254
No H/Q in entry = 6
In of MODEL 42
1 H GLU 800 H GLU 800 42.116 -5.150 -11.541
2 HA GLU 800 HA GLU 800 42.127 -7.360 -13.408
3 HB2 GLU 800 HB2 GLU 800 44.324 -6.352 -11.625
4 HB3 GLU 800 HB3 GLU 800 44.491 -7.395 -13.022
5 HG2 GLU 800 HG2 GLU 800 43.820 -5.564 -14.476
6 HG3 GLU 800 HG3 GLU 800 43.606 -4.527 -13.059
No H/Q in entry = 6
In of MODEL 42
1 H GLY 801 H GLY 801 42.907 -6.776 -10.023
2 HA3 GLY 801 HA2 GLY 801 43.147 -8.189 -8.236
3 HA2 GLY 801 HA3 GLY 801 42.202 -9.387 -9.132
No H/Q in entry = 3
In of MODEL 42
1 H PHE 802 H PHE 802 43.376 -11.198 -9.270
2 HA PHE 802 HA PHE 802 46.127 -10.892 -10.127
3 HB2 PHE 802 HB2 PHE 802 44.743 -12.968 -8.488
4 HB3 PHE 802 HB3 PHE 802 46.136 -13.433 -9.456
5 HD1 PHE 802 HD1 PHE 802 47.663 -13.931 -7.743
6 HD2 PHE 802 HD2 PHE 802 45.682 -10.175 -7.747
7 HE1 PHE 802 HE1 PHE 802 49.174 -13.148 -6.039
8 HE2 PHE 802 HE2 PHE 802 47.196 -9.368 -6.043
9 HZ PHE 802 HZ PHE 802 48.971 -10.844 -5.158
No H/Q in entry = 9
In of MODEL 42
1 H SER 803 H SER 803 46.870 -12.765 -11.489
2 HA SER 803 HA SER 803 44.862 -13.386 -13.467
3 HB2 SER 803 HB2 SER 803 47.106 -13.734 -14.830
4 HB3 SER 803 HB3 SER 803 46.420 -12.121 -14.611
5 HG SER 803 HG SER 803 48.807 -12.966 -13.904
No H/Q in entry = 5
In of MODEL 42
1 H ILE 804 H ILE 804 44.150 -15.251 -12.893
2 HA ILE 804 HA ILE 804 45.987 -17.255 -11.823
3 HB ILE 804 HB ILE 804 44.163 -18.280 -10.630
4 HG12 ILE 804 HG12 ILE 804 42.311 -17.952 -12.298
5 HG13 ILE 804 HG13 ILE 804 41.843 -17.533 -10.656
6 HG21 ILE 804 HG21 ILE 804 45.167 -16.376 -9.517
7 HG23 ILE 804 HG22 ILE 804 43.438 -16.451 -9.134
8 HG22 ILE 804 HG23 ILE 804 44.019 -15.291 -10.308
9 HD12 ILE 804 HD11 ILE 804 42.404 -15.666 -12.947
10 HD11 ILE 804 HD12 ILE 804 42.207 -15.140 -11.278
11 HD13 ILE 804 HD13 ILE 804 40.879 -15.945 -12.105
No H/Q in entry = 11
In of MODEL 42
1 H CYS 805 H CYS 805 45.270 -19.597 -12.282
2 HA CYS 805 HA CYS 805 44.667 -19.757 -15.142
3 HB2 CYS 805 HB2 CYS 805 46.886 -20.598 -14.512
4 HB3 CYS 805 HB3 CYS 805 46.144 -21.712 -13.367
No H/Q in entry = 4
In of MODEL 42
1 H VAL 806 H VAL 806 42.721 -20.589 -15.611
2 HA VAL 806 HA VAL 806 41.555 -22.435 -13.648
3 HB VAL 806 HB VAL 806 40.084 -20.252 -15.127
4 HG13 VAL 806 HG11 VAL 806 38.655 -22.158 -14.912
5 HG12 VAL 806 HG12 VAL 806 38.151 -20.913 -13.758
6 HG11 VAL 806 HG13 VAL 806 39.051 -22.326 -13.204
7 HG23 VAL 806 HG21 VAL 806 40.648 -20.542 -12.183
8 HG22 VAL 806 HG22 VAL 806 39.674 -19.270 -12.931
9 HG21 VAL 806 HG23 VAL 806 41.399 -19.404 -13.297
No H/Q in entry = 9
In of MODEL 42
1 H GLU 807 H GLU 807 40.701 -24.267 -14.446
2 HA GLU 807 HA GLU 807 40.850 -24.681 -17.270
3 HB2 GLU 807 HB2 GLU 807 41.558 -26.491 -15.726
4 HB3 GLU 807 HB3 GLU 807 39.930 -26.562 -15.071
5 HG2 GLU 807 HG2 GLU 807 39.062 -27.263 -17.243
6 HG3 GLU 807 HG3 GLU 807 40.684 -27.101 -17.920
No H/Q in entry = 6
In of MODEL 42
1 H VAL 808 H VAL 808 39.333 -24.263 -18.503
2 HA VAL 808 HA VAL 808 36.561 -24.338 -17.665
3 HB VAL 808 HB VAL 808 37.201 -22.016 -17.305
4 HG11 VAL 808 HG11 VAL 808 38.190 -21.997 -20.147
5 HG13 VAL 808 HG12 VAL 808 39.173 -21.868 -18.688
6 HG12 VAL 808 HG13 VAL 808 38.044 -20.577 -19.111
7 HG22 VAL 808 HG21 VAL 808 35.672 -20.859 -18.822
8 HG21 VAL 808 HG22 VAL 808 34.977 -22.367 -18.214
9 HG23 VAL 808 HG23 VAL 808 35.632 -22.287 -19.855
No H/Q in entry = 9
In of MODEL 42
1 H ASN 809 H ASN 809 35.374 -25.298 -19.119
2 HA ASN 809 HA ASN 809 34.593 -26.111 -21.083
3 HB2 ASN 809 HB2 ASN 809 36.417 -23.985 -22.028
4 HB3 ASN 809 HB3 ASN 809 35.772 -25.098 -23.248
5 HD21 ASN 809 HD21 ASN 809 34.034 -23.973 -20.366
6 HD22 ASN 809 HD22 ASN 809 32.890 -23.023 -21.211
No H/Q in entry = 6
In of MODEL 42
1 H GLY 810 H GLY 810 37.463 -26.726 -19.856
2 HA3 GLY 810 HA2 GLY 810 38.281 -28.994 -20.149
3 HA2 GLY 810 HA3 GLY 810 38.102 -28.711 -21.906
No H/Q in entry = 3
In of MODEL 42
1 H LYS 811 H LYS 811 39.050 -25.922 -21.306
2 HA LYS 811 HA LYS 811 41.883 -26.526 -21.734
3 HB2 LYS 811 HB2 LYS 811 40.215 -24.087 -22.192
4 HB3 LYS 811 HB3 LYS 811 41.951 -24.183 -22.429
5 HG2 LYS 811 HG2 LYS 811 41.671 -25.767 -24.201
6 HG3 LYS 811 HG3 LYS 811 39.932 -25.860 -23.884
7 HD2 LYS 811 HD2 LYS 811 40.442 -24.398 -25.778
8 HD3 LYS 811 HD3 LYS 811 39.650 -23.564 -24.442
9 HE2 LYS 811 HE2 LYS 811 41.478 -22.119 -25.232
10 HE3 LYS 811 HE3 LYS 811 41.874 -22.735 -23.673
11 HZ3 LYS 811 HZ1 LYS 811 43.356 -24.340 -24.621
12 HZ2 LYS 811 HZ2 LYS 811 43.748 -22.837 -25.233
13 HZ1 LYS 811 HZ3 LYS 811 42.885 -23.935 -26.184
No H/Q in entry = 13
In of MODEL 42
1 H GLU 812 H GLU 812 43.233 -24.537 -21.001
2 HA GLU 812 HA GLU 812 42.429 -23.717 -18.306
3 HB2 GLU 812 HB2 GLU 812 45.178 -24.694 -19.121
4 HB3 GLU 812 HB3 GLU 812 44.892 -23.754 -17.668
5 HG2 GLU 812 HG2 GLU 812 43.385 -25.540 -16.864
6 HG3 GLU 812 HG3 GLU 812 43.797 -26.483 -18.295
No H/Q in entry = 6
In of MODEL 42
1 H GLN 813 H GLN 813 42.050 -21.692 -18.484
2 HA GLN 813 HA GLN 813 43.797 -20.131 -20.245
3 HB2 GLN 813 HB2 GLN 813 41.560 -20.199 -21.053
4 HB3 GLN 813 HB3 GLN 813 40.898 -19.719 -19.489
5 HG2 GLN 813 HG2 GLN 813 42.000 -17.582 -19.718
6 HG3 GLN 813 HG3 GLN 813 42.625 -18.040 -21.309
7 HE21 GLN 813 HE21 GLN 813 39.858 -17.001 -19.520
8 HE22 GLN 813 HE22 GLN 813 38.796 -16.786 -20.865
No H/Q in entry = 8
In of MODEL 42
1 H THR 814 H THR 814 44.796 -18.438 -19.464
2 HA THR 814 HA THR 814 44.787 -17.868 -16.639
3 HB THR 814 HB THR 814 45.916 -16.198 -18.821
4 HG1 THR 814 HG1 THR 814 47.922 -17.499 -18.295
5 HG23 THR 814 HG21 THR 814 47.608 -15.594 -17.112
6 HG22 THR 814 HG22 THR 814 46.792 -16.666 -15.970
7 HG21 THR 814 HG23 THR 814 45.956 -15.244 -16.595
No H/Q in entry = 7
In of MODEL 42
1 H MET 815 H MET 815 43.349 -16.567 -15.855
2 HA MET 815 HA MET 815 42.192 -14.593 -17.622
3 HB2 MET 815 HB2 MET 815 39.979 -15.062 -16.503
4 HB3 MET 815 HB3 MET 815 40.555 -16.291 -17.617
5 HG2 MET 815 HG2 MET 815 41.441 -17.542 -15.752
6 HG3 MET 815 HG3 MET 815 40.751 -16.396 -14.613
7 HE2 MET 815 HE1 MET 815 38.381 -19.294 -17.292
8 HE1 MET 815 HE2 MET 815 40.140 -19.242 -17.098
9 HE3 MET 815 HE3 MET 815 39.307 -17.946 -17.962
No H/Q in entry = 9
In of MODEL 42
1 H SER 816 H SER 816 40.980 -12.999 -16.335
2 HA SER 816 HA SER 816 42.725 -12.087 -14.240
3 HB2 SER 816 HB2 SER 816 40.207 -10.966 -15.409
4 HB3 SER 816 HB3 SER 816 41.375 -10.060 -14.423
5 HG SER 816 HG SER 816 41.512 -10.991 -17.056
No H/Q in entry = 5
In of MODEL 42
1 H GLU 817 H GLU 817 41.771 -11.364 -12.226
2 HA GLU 817 HA GLU 817 40.430 -13.398 -10.893
3 HB2 GLU 817 HB2 GLU 817 41.959 -11.448 -10.166
4 HB3 GLU 817 HB3 GLU 817 40.437 -10.588 -9.976
5 HG2 GLU 817 HG2 GLU 817 40.710 -11.457 -7.916
6 HG3 GLU 817 HG3 GLU 817 39.728 -12.672 -8.723
No H/Q in entry = 6
In of MODEL 42
1 H CYS 818 H CYS 818 39.389 -10.483 -12.446
2 HA CYS 818 HA CYS 818 36.810 -10.254 -11.248
3 HB2 CYS 818 HB2 CYS 818 36.424 -8.679 -13.196
4 HB3 CYS 818 HB3 CYS 818 37.816 -8.294 -12.193
No H/Q in entry = 4
In of MODEL 42
1 H GLU 819 H GLU 819 38.114 -11.459 -14.164
2 HA GLU 819 HA GLU 819 35.910 -12.386 -15.496
3 HB2 GLU 819 HB2 GLU 819 38.729 -12.596 -15.436
4 HB3 GLU 819 HB3 GLU 819 38.102 -13.968 -16.270
5 HG2 GLU 819 HG2 GLU 819 37.295 -12.594 -17.997
6 HG3 GLU 819 HG3 GLU 819 37.246 -11.165 -16.960
No H/Q in entry = 6
In of MODEL 42
1 H ALA 820 H ALA 820 38.262 -14.284 -13.618
2 HA ALA 820 HA ALA 820 36.803 -16.685 -13.673
3 HB3 ALA 820 HB1 ALA 820 38.816 -15.774 -11.634
4 HB1 ALA 820 HB2 ALA 820 39.168 -16.610 -13.153
5 HB2 ALA 820 HB3 ALA 820 38.273 -17.435 -11.878
No H/Q in entry = 5
In of MODEL 42
1 H GLY 821 H GLY 821 36.828 -14.062 -11.301
2 HA3 GLY 821 HA2 GLY 821 35.237 -15.345 -9.373
3 HA2 GLY 821 HA3 GLY 821 35.438 -13.596 -9.535
No H/Q in entry = 3
In of MODEL 42
1 H ALA 822 H ALA 822 34.334 -13.211 -12.031
2 HA ALA 822 HA ALA 822 31.595 -13.218 -11.419
3 HB1 ALA 822 HB1 ALA 822 32.914 -12.817 -14.101
4 HB3 ALA 822 HB2 ALA 822 32.613 -11.569 -12.882
5 HB2 ALA 822 HB3 ALA 822 31.255 -12.395 -13.648
No H/Q in entry = 5
In of MODEL 42
1 H LEU 823 H LEU 823 33.617 -15.277 -13.391
2 HA LEU 823 HA LEU 823 31.570 -16.828 -14.470
3 HB2 LEU 823 HB2 LEU 823 34.430 -17.572 -13.879
4 HB3 LEU 823 HB3 LEU 823 33.324 -18.578 -14.798
5 HG LEU 823 HG LEU 823 34.160 -15.789 -15.579
6 HD13 LEU 823 HD11 LEU 823 36.041 -17.288 -15.740
7 HD12 LEU 823 HD12 LEU 823 35.465 -16.842 -17.334
8 HD11 LEU 823 HD13 LEU 823 35.081 -18.440 -16.675
9 HD21 LEU 823 HD21 LEU 823 32.526 -17.873 -17.032
10 HD23 LEU 823 HD22 LEU 823 33.118 -16.372 -17.743
11 HD22 LEU 823 HD23 LEU 823 31.954 -16.323 -16.422
No H/Q in entry = 11
In of MODEL 42
1 H ARG 824 H ARG 824 33.352 -17.202 -11.426
2 HA ARG 824 HA ARG 824 32.022 -19.610 -10.656
3 HB2 ARG 824 HB2 ARG 824 32.902 -17.475 -8.702
4 HB3 ARG 824 HB3 ARG 824 32.668 -19.174 -8.353
5 HG2 ARG 824 HG2 ARG 824 34.676 -19.532 -9.953
6 HG3 ARG 824 HG3 ARG 824 34.937 -17.801 -9.746
7 HD2 ARG 824 HD2 ARG 824 34.975 -19.964 -7.653
8 HD3 ARG 824 HD3 ARG 824 36.295 -18.921 -8.155
9 HE ARG 824 HE ARG 824 34.126 -17.418 -7.080
10 HH11 ARG 824 HH11 ARG 824 36.989 -19.296 -6.116
11 HH12 ARG 824 HH12 ARG 824 37.044 -18.628 -4.543
12 HH21 ARG 824 HH21 ARG 824 34.195 -16.591 -4.880
13 HH22 ARG 824 HH22 ARG 824 35.361 -17.090 -3.796
No H/Q in entry = 13
In of MODEL 42
1 H CYS 825 H CYS 825 31.380 -16.217 -10.053
2 HA CYS 825 HA CYS 825 29.127 -16.551 -8.461
3 HB2 CYS 825 HB2 CYS 825 30.270 -14.296 -9.996
4 HB3 CYS 825 HB3 CYS 825 28.740 -14.051 -9.190
No H/Q in entry = 4
In of MODEL 42
1 H ARG 826 H ARG 826 29.291 -16.221 -12.003
2 HA ARG 826 HA ARG 826 26.446 -16.038 -12.190
3 HB2 ARG 826 HB2 ARG 826 26.703 -16.266 -14.588
4 HB3 ARG 826 HB3 ARG 826 27.841 -15.078 -13.952
5 HG2 ARG 826 HG2 ARG 826 29.634 -16.622 -14.197
6 HG3 ARG 826 HG3 ARG 826 28.520 -17.917 -14.646
7 HD2 ARG 826 HD2 ARG 826 28.982 -15.365 -16.194
8 HD3 ARG 826 HD3 ARG 826 29.592 -16.966 -16.628
9 HE ARG 826 HE ARG 826 26.865 -17.210 -16.327
10 HH11 ARG 826 HH11 ARG 826 29.095 -15.650 -18.595
11 HH12 ARG 826 HH12 ARG 826 27.905 -15.442 -19.792
12 HH21 ARG 826 HH21 ARG 826 25.275 -16.924 -18.035
13 HH22 ARG 826 HH22 ARG 826 25.745 -16.164 -19.486
No H/Q in entry = 13
In of MODEL 42
1 H GLY 827 H GLY 827 28.565 -18.623 -11.764
2 HA3 GLY 827 HA2 GLY 827 27.725 -20.771 -11.223
3 HA2 GLY 827 HA3 GLY 827 26.318 -20.437 -12.227
No H/Q in entry = 3
In of MODEL 42
1 H GLN 828 H GLN 828 29.193 -19.456 -13.673
2 HA GLN 828 HA GLN 828 29.101 -21.428 -15.705
3 HB2 GLN 828 HB2 GLN 828 30.074 -19.201 -16.105
4 HB3 GLN 828 HB3 GLN 828 31.333 -19.533 -14.925
5 HG2 GLN 828 HG2 GLN 828 32.162 -19.777 -17.235
6 HG3 GLN 828 HG3 GLN 828 32.218 -21.291 -16.334
7 HE21 GLN 828 HE21 GLN 828 30.607 -19.541 -18.849
8 HE22 GLN 828 HE22 GLN 828 29.879 -20.915 -19.584
No H/Q in entry = 8
In of MODEL 42
1 H SER 829 H SER 829 30.509 -23.178 -15.994
2 HA SER 829 HA SER 829 31.351 -24.327 -13.462
3 HB2 SER 829 HB2 SER 829 29.982 -25.496 -15.308
4 HB3 SER 829 HB3 SER 829 31.509 -25.600 -16.173
5 HG SER 829 HG SER 829 32.296 -26.611 -14.120
No H/Q in entry = 5
In of MODEL 42
1 H ILE 830 H ILE 830 33.301 -23.682 -12.881
2 HA ILE 830 HA ILE 830 35.339 -23.959 -14.866
3 HB ILE 830 HB ILE 830 36.571 -21.973 -14.202
4 HG12 ILE 830 HG12 ILE 830 35.750 -21.813 -11.836
5 HG13 ILE 830 HG13 ILE 830 35.792 -20.265 -12.668
6 HG21 ILE 830 HG21 ILE 830 33.763 -21.325 -14.961
7 HG23 ILE 830 HG22 ILE 830 35.100 -21.700 -16.051
8 HG22 ILE 830 HG23 ILE 830 35.118 -20.204 -15.108
9 HD11 ILE 830 HD11 ILE 830 33.355 -21.954 -12.184
10 HD13 ILE 830 HD12 ILE 830 33.376 -20.379 -12.974
11 HD12 ILE 830 HD13 ILE 830 33.794 -20.514 -11.270
No H/Q in entry = 11
In of MODEL 42
1 H SER 831 H SER 831 37.372 -24.514 -14.028
2 HA SER 831 HA SER 831 37.348 -25.316 -11.223
3 HB2 SER 831 HB2 SER 831 38.506 -26.639 -13.641
4 HB3 SER 831 HB3 SER 831 38.765 -27.176 -11.987
5 HG SER 831 HG SER 831 36.973 -28.041 -13.470
No H/Q in entry = 5
In of MODEL 42
1 H VAL 832 H VAL 832 38.640 -23.702 -10.349
2 HA VAL 832 HA VAL 832 40.889 -22.677 -11.713
3 HB VAL 832 HB VAL 832 39.831 -21.308 -9.982
4 HG13 VAL 832 HG11 VAL 832 39.040 -23.001 -8.457
5 HG12 VAL 832 HG12 VAL 832 40.004 -21.805 -7.590
6 HG11 VAL 832 HG13 VAL 832 40.695 -23.380 -7.977
7 HG22 VAL 832 HG21 VAL 832 42.182 -20.867 -10.388
8 HG21 VAL 832 HG22 VAL 832 42.639 -22.072 -9.185
9 HG23 VAL 832 HG23 VAL 832 41.805 -20.602 -8.684
No H/Q in entry = 9
In of MODEL 42
1 H THR 833 H THR 833 42.637 -23.775 -12.220
2 HA THR 833 HA THR 833 43.217 -26.180 -10.783
3 HB THR 833 HB THR 833 45.028 -26.389 -12.562
4 HG1 THR 833 HG1 THR 833 44.695 -25.006 -14.379
5 HG22 THR 833 HG21 THR 833 43.403 -26.969 -14.338
6 HG21 THR 833 HG22 THR 833 42.160 -26.078 -13.471
7 HG23 THR 833 HG23 THR 833 42.857 -27.529 -12.755
No H/Q in entry = 7
In of MODEL 42
1 H SER 834 H SER 834 44.506 -22.976 -11.155
2 HA SER 834 HA SER 834 45.932 -23.288 -8.727
3 HB2 SER 834 HB2 SER 834 47.611 -24.219 -10.256
4 HB3 SER 834 HB3 SER 834 47.531 -22.735 -11.232
5 HG SER 834 HG SER 834 49.094 -23.221 -9.262
No H/Q in entry = 5
In of MODEL 42
1 H ILE 835 H ILE 835 46.658 -21.378 -7.947
2 HA ILE 835 HA ILE 835 45.143 -19.052 -8.703
3 HB ILE 835 HB ILE 835 46.245 -18.043 -6.756
4 HG12 ILE 835 HG12 ILE 835 47.831 -20.638 -6.699
5 HG13 ILE 835 HG13 ILE 835 48.407 -18.983 -6.893
6 HG21 ILE 835 HG21 ILE 835 45.133 -20.803 -6.249
7 HG23 ILE 835 HG22 ILE 835 44.204 -19.311 -6.395
8 HG22 ILE 835 HG23 ILE 835 45.300 -19.542 -5.031
9 HD11 ILE 835 HD11 ILE 835 47.766 -18.465 -4.676
10 HD13 ILE 835 HD12 ILE 835 48.910 -19.829 -4.780
11 HD12 ILE 835 HD13 ILE 835 47.189 -20.131 -4.465
No H/Q in entry = 11
In of MODEL 42
1 H ARG 836 H ARG 836 47.957 -20.472 -9.726
2 HA ARG 836 HA ARG 836 49.539 -18.064 -10.094
3 HB2 ARG 836 HB2 ARG 836 50.131 -20.906 -10.929
4 HB3 ARG 836 HB3 ARG 836 51.269 -19.570 -10.879
5 HG2 ARG 836 HG2 ARG 836 51.019 -19.495 -8.412
6 HG3 ARG 836 HG3 ARG 836 49.941 -20.889 -8.515
7 HD2 ARG 836 HD2 ARG 836 51.740 -22.093 -9.678
8 HD3 ARG 836 HD3 ARG 836 52.822 -20.746 -9.324
9 HE ARG 836 HE ARG 836 51.622 -21.658 -6.949
10 HH11 ARG 836 HH11 ARG 836 54.205 -22.437 -9.220
11 HH12 ARG 836 HH12 ARG 836 54.988 -23.562 -8.245
12 HH21 ARG 836 HH21 ARG 836 52.721 -23.200 -5.504
13 HH22 ARG 836 HH22 ARG 836 54.139 -23.996 -6.032
No H/Q in entry = 13
In of MODEL 42
1 HA PRO 837 HA PRO 837 47.944 -17.515 -14.202
2 HB2 PRO 837 HB2 PRO 837 50.069 -16.309 -15.416
3 HB3 PRO 837 HB3 PRO 837 48.987 -15.475 -14.298
4 HG2 PRO 837 HG2 PRO 837 51.695 -16.650 -13.799
5 HG3 PRO 837 HG3 PRO 837 51.012 -15.126 -13.202
6 HD2 PRO 837 HD2 PRO 837 51.166 -17.355 -11.675
7 HD3 PRO 837 HD3 PRO 837 49.862 -16.165 -11.501
No H/Q in entry = 7
In of MODEL 42
1 H CYS 838 H CYS 838 47.881 -18.612 -16.119
2 HA CYS 838 HA CYS 838 49.915 -20.649 -16.565
3 HB2 CYS 838 HB2 CYS 838 47.450 -21.210 -16.702
4 HB3 CYS 838 HB3 CYS 838 47.341 -20.109 -18.063
No H/Q in entry = 4
In of MODEL 42
1 H ALA 839 H ALA 839 50.523 -20.892 -19.014
2 HA ALA 839 HA ALA 839 51.499 -18.328 -19.922
3 HB1 ALA 839 HB1 ALA 839 52.992 -20.276 -19.875
4 HB3 ALA 839 HB2 ALA 839 52.811 -19.643 -21.510
5 HB2 ALA 839 HB3 ALA 839 51.947 -21.103 -21.030
No H/Q in entry = 5
In of MODEL 42
1 H ALA 840 H ALA 840 48.623 -19.405 -20.147
2 HA ALA 840 HA ALA 840 47.880 -19.757 -22.826
3 HB3 ALA 840 HB1 ALA 840 45.618 -19.234 -22.095
4 HB1 ALA 840 HB2 ALA 840 46.255 -18.552 -20.598
5 HB2 ALA 840 HB3 ALA 840 46.419 -20.274 -20.913
No H/Q in entry = 5
In of MODEL 42
1 H GLU 841 H GLU 841 47.417 -16.895 -20.902
2 HA GLU 841 HA GLU 841 47.298 -14.649 -21.320
3 HB2 GLU 841 HB2 GLU 841 49.381 -15.372 -23.368
4 HB3 GLU 841 HB3 GLU 841 48.956 -13.721 -22.959
5 HG2 GLU 841 HG2 GLU 841 49.650 -14.130 -20.641
6 HG3 GLU 841 HG3 GLU 841 50.105 -15.776 -21.086
No H/Q in entry = 6
In of MODEL 42
1 H THR 842 H THR 842 45.644 -16.544 -23.145
2 HA THR 842 HA THR 842 45.139 -14.667 -25.312
3 HB THR 842 HB THR 842 43.907 -17.417 -24.957
4 HG1 THR 842 HG1 THR 842 46.475 -16.949 -25.227
5 HG22 THR 842 HG21 THR 842 44.461 -15.700 -27.393
6 HG21 THR 842 HG22 THR 842 42.889 -15.894 -26.628
7 HG23 THR 842 HG23 THR 842 43.670 -17.276 -27.400
No H/Q in entry = 7
In of MODEL 42
1 H GLN 843 H GLN 843 43.229 -13.553 -25.420
2 HA GLN 843 HA GLN 843 41.288 -14.010 -23.287
3 HB2 GLN 843 HB2 GLN 843 42.203 -11.404 -24.542
4 HB3 GLN 843 HB3 GLN 843 40.810 -11.544 -23.478
5 HG2 GLN 843 HG2 GLN 843 42.232 -12.280 -21.664
6 HG3 GLN 843 HG3 GLN 843 43.635 -12.252 -22.724
7 HE21 GLN 843 HE21 GLN 843 43.023 -10.870 -20.249
8 HE22 GLN 843 HE22 GLN 843 43.253 -9.184 -20.535
No H/Q in entry = 8
In of MODEL 43
1 H1 GLY 689 H2 GLY 689 72.097 -20.793 -23.639
2 H2 GLY 689 H1 GLY 689 72.409 -21.027 -21.985
3 H3 GLY 689 H3 GLY 689 71.080 -20.111 -22.483
4 HA2 GLY 689 HA2 GLY 689 73.909 -19.392 -22.893
5 HA3 GLY 689 HA3 GLY 689 72.819 -18.663 -21.718
No H/Q in entry = 5
In of MODEL 43
1 H SER 690 H SER 690 74.144 -18.304 -24.719
2 HA SER 690 HA SER 690 73.831 -16.984 -26.496
3 HB2 SER 690 HB2 SER 690 70.868 -17.457 -26.052
4 HB3 SER 690 HB3 SER 690 71.637 -16.948 -27.552
5 HG SER 690 HG SER 690 71.986 -18.949 -27.986
No H/Q in entry = 5
In of MODEL 43
1 H HIS 691 H HIS 691 72.260 -14.951 -27.247
2 HA HIS 691 HA HIS 691 72.552 -12.997 -25.142
3 HB2 HIS 691 HB2 HIS 691 73.046 -12.541 -27.599
4 HB3 HIS 691 HB3 HIS 691 71.325 -12.686 -27.911
5 HD1 HIS 691 HD1 HIS 691 73.873 -10.448 -26.328
6 HD2 HIS 691 HD2 HIS 691 69.824 -10.388 -27.243
7 HE1 HIS 691 HE1 HIS 691 73.181 -8.076 -26.109
8 HE2 HIS 691 HE2 HIS 691 70.878 -8.037 -27.047
No H/Q in entry = 8
In of MODEL 43
1 H MET 692 H MET 692 71.010 -12.819 -23.677
2 HA MET 692 HA MET 692 68.641 -14.364 -23.826
3 HB2 MET 692 HB2 MET 692 69.445 -12.252 -21.828
4 HB3 MET 692 HB3 MET 692 68.097 -13.358 -21.631
5 HG2 MET 692 HG2 MET 692 69.633 -15.254 -21.633
6 HG3 MET 692 HG3 MET 692 70.991 -14.162 -21.875
7 HE3 MET 692 HE1 MET 692 71.026 -12.170 -18.476
8 HE2 MET 692 HE2 MET 692 70.150 -11.699 -19.930
9 HE1 MET 692 HE3 MET 692 71.783 -12.358 -20.059
No H/Q in entry = 9
In of MODEL 43
1 H ASN 693 H ASN 693 68.955 -10.851 -23.369
2 HA ASN 693 HA ASN 693 66.772 -10.438 -25.180
3 HB2 ASN 693 HB2 ASN 693 65.354 -9.232 -23.572
4 HB3 ASN 693 HB3 ASN 693 65.576 -10.903 -23.088
5 HD21 ASN 693 HD21 ASN 693 64.753 -8.645 -21.464
6 HD22 ASN 693 HD22 ASN 693 65.923 -8.512 -20.198
No H/Q in entry = 6
In of MODEL 43
1 HA PRO 694 HA PRO 694 69.074 -6.568 -25.462
2 HB2 PRO 694 HB2 PRO 694 66.979 -5.494 -27.145
3 HB3 PRO 694 HB3 PRO 694 68.585 -6.026 -27.636
4 HG2 PRO 694 HG2 PRO 694 66.271 -7.305 -28.357
5 HG3 PRO 694 HG3 PRO 694 67.844 -8.111 -28.234
6 HD2 PRO 694 HD2 PRO 694 65.567 -8.083 -26.294
7 HD3 PRO 694 HD3 PRO 694 66.648 -9.414 -26.777
No H/Q in entry = 7
In of MODEL 43
1 H LEU 695 H LEU 695 68.928 -4.852 -24.061
2 HA LEU 695 HA LEU 695 66.377 -4.483 -22.785
3 HB2 LEU 695 HB2 LEU 695 69.030 -3.188 -22.154
4 HB3 LEU 695 HB3 LEU 695 67.558 -3.016 -21.223
5 HG LEU 695 HG LEU 695 69.091 -5.590 -21.589
6 HD13 LEU 695 HD11 LEU 695 69.625 -5.342 -19.233
7 HD12 LEU 695 HD12 LEU 695 68.817 -3.774 -19.209
8 HD11 LEU 695 HD13 LEU 695 70.267 -4.004 -20.184
9 HD23 LEU 695 HD21 LEU 695 67.570 -6.471 -19.874
10 HD22 LEU 695 HD22 LEU 695 66.704 -6.010 -21.334
11 HD21 LEU 695 HD23 LEU 695 66.654 -4.963 -19.914
No H/Q in entry = 11
In of MODEL 43
1 H THR 696 H THR 696 65.134 -3.546 -24.165
2 HA THR 696 HA THR 696 65.768 -0.829 -25.038
3 HB THR 696 HB THR 696 65.240 -2.238 -26.937
4 HG1 THR 696 HG1 THR 696 63.039 -0.639 -26.209
5 HG23 THR 696 HG21 THR 696 64.131 -4.098 -25.811
6 HG22 THR 696 HG22 THR 696 63.115 -3.515 -27.133
7 HG21 THR 696 HG23 THR 696 62.731 -3.081 -25.467
No H/Q in entry = 7
In of MODEL 43
1 H GLN 697 H GLN 697 65.399 -0.449 -22.695
2 HA GLN 697 HA GLN 697 64.263 0.156 -20.863
3 HB2 GLN 697 HB2 GLN 697 61.877 0.398 -22.738
4 HB3 GLN 697 HB3 GLN 697 61.872 0.936 -21.064
5 HG2 GLN 697 HG2 GLN 697 63.654 2.011 -23.239
6 HG3 GLN 697 HG3 GLN 697 62.150 2.752 -22.699
7 HE21 GLN 697 HE21 GLN 697 62.081 3.756 -20.697
8 HE22 GLN 697 HE22 GLN 697 63.507 4.195 -19.845
No H/Q in entry = 8
In of MODEL 43
1 H ALA 698 H ALA 698 64.458 -1.609 -19.706
2 HA ALA 698 HA ALA 698 63.535 -4.136 -20.352
3 HB1 ALA 698 HB1 ALA 698 65.338 -3.683 -18.741
4 HB3 ALA 698 HB2 ALA 698 64.114 -4.770 -18.082
5 HB2 ALA 698 HB3 ALA 698 64.141 -3.078 -17.596
No H/Q in entry = 5
In of MODEL 43
1 H VAL 699 H VAL 699 61.619 -5.000 -20.356
2 HA VAL 699 HA VAL 699 59.338 -3.656 -19.279
3 HB VAL 699 HB VAL 699 59.562 -6.486 -20.377
4 HG13 VAL 699 HG11 VAL 699 57.141 -6.329 -20.749
5 HG12 VAL 699 HG12 VAL 699 57.127 -4.737 -19.992
6 HG11 VAL 699 HG13 VAL 699 57.544 -6.163 -19.040
7 HG23 VAL 699 HG21 VAL 699 58.772 -3.935 -21.788
8 HG22 VAL 699 HG22 VAL 699 58.714 -5.553 -22.487
9 HG21 VAL 699 HG23 VAL 699 60.265 -4.841 -22.037
No H/Q in entry = 9
In of MODEL 43
1 HA PRO 700 HA PRO 700 60.274 -5.198 -15.188
2 HB2 PRO 700 HB2 PRO 700 57.509 -4.293 -14.654
3 HB3 PRO 700 HB3 PRO 700 59.001 -3.901 -13.796
4 HG2 PRO 700 HG2 PRO 700 57.878 -2.105 -15.394
5 HG3 PRO 700 HG3 PRO 700 59.638 -2.304 -15.351
6 HD2 PRO 700 HD2 PRO 700 57.680 -3.287 -17.392
7 HD3 PRO 700 HD3 PRO 700 59.298 -2.581 -17.608
No H/Q in entry = 7
In of MODEL 43
1 H LYS 701 H LYS 701 60.055 -7.084 -14.443
2 HA LYS 701 HA LYS 701 57.655 -8.577 -15.057
3 HB2 LYS 701 HB2 LYS 701 59.010 -10.679 -15.092
4 HB3 LYS 701 HB3 LYS 701 59.383 -9.576 -16.397
5 HG2 LYS 701 HG2 LYS 701 61.045 -9.734 -13.904
6 HG3 LYS 701 HG3 LYS 701 61.291 -10.805 -15.286
7 HD2 LYS 701 HD2 LYS 701 61.785 -8.904 -16.709
8 HD3 LYS 701 HD3 LYS 701 61.396 -7.779 -15.414
9 HE2 LYS 701 HE2 LYS 701 63.812 -8.044 -15.688
10 HE3 LYS 701 HE3 LYS 701 63.290 -8.613 -14.108
11 HZ1 LYS 701 HZ1 LYS 701 63.862 -10.339 -16.459
12 HZ3 LYS 701 HZ2 LYS 701 63.410 -10.891 -14.935
13 HZ2 LYS 701 HZ3 LYS 701 64.879 -10.119 -15.140
No H/Q in entry = 13
In of MODEL 43
1 H CYS 702 H CYS 702 56.599 -8.165 -13.266
2 HA CYS 702 HA CYS 702 57.692 -9.387 -10.852
3 HB2 CYS 702 HB2 CYS 702 55.795 -7.010 -10.666
4 HB3 CYS 702 HB3 CYS 702 56.816 -7.725 -9.478
No H/Q in entry = 4
In of MODEL 43
1 H GLN 703 H GLN 703 56.275 -10.760 -9.941
2 HA GLN 703 HA GLN 703 53.975 -11.503 -11.442
3 HB2 GLN 703 HB2 GLN 703 54.815 -12.251 -8.651
4 HB3 GLN 703 HB3 GLN 703 53.620 -13.088 -9.618
5 HG2 GLN 703 HG2 GLN 703 56.542 -12.859 -10.311
6 HG3 GLN 703 HG3 GLN 703 55.800 -14.235 -9.512
7 HE21 GLN 703 HE21 GLN 703 56.370 -15.605 -11.093
8 HE22 GLN 703 HE22 GLN 703 55.664 -15.644 -12.662
No H/Q in entry = 8
In of MODEL 43
1 H ARG 704 H ARG 704 51.852 -11.751 -10.093
2 HA ARG 704 HA ARG 704 50.873 -9.151 -9.561
3 HB2 ARG 704 HB2 ARG 704 49.734 -11.852 -8.979
4 HB3 ARG 704 HB3 ARG 704 48.879 -10.376 -8.586
5 HG2 ARG 704 HG2 ARG 704 49.789 -11.146 -11.338
6 HG3 ARG 704 HG3 ARG 704 48.173 -11.439 -10.696
7 HD2 ARG 704 HD2 ARG 704 48.042 -8.931 -10.276
8 HD3 ARG 704 HD3 ARG 704 49.487 -8.785 -11.272
9 HE ARG 704 HE ARG 704 47.664 -10.275 -12.741
10 HH11 ARG 704 HH11 ARG 704 47.886 -6.883 -11.574
11 HH12 ARG 704 HH12 ARG 704 46.775 -6.331 -12.758
12 HH21 ARG 704 HH21 ARG 704 46.081 -9.384 -14.268
13 HH22 ARG 704 HH22 ARG 704 45.700 -7.719 -14.188
No H/Q in entry = 13
In of MODEL 43
1 H TRP 705 H TRP 705 52.414 -11.387 -7.490
2 HA TRP 705 HA TRP 705 51.561 -10.012 -5.057
3 HB2 TRP 705 HB2 TRP 705 52.792 -11.909 -3.925
4 HB3 TRP 705 HB3 TRP 705 51.375 -12.359 -4.860
5 HD1 TRP 705 HD1 TRP 705 55.136 -12.827 -4.688
6 HE1 TRP 705 HE1 TRP 705 55.841 -14.645 -6.340
7 HE3 TRP 705 HE3 TRP 705 50.711 -13.412 -7.178
8 HZ2 TRP 705 HZ2 TRP 705 54.664 -16.179 -8.417
9 HZ3 TRP 705 HZ3 TRP 705 50.585 -15.070 -8.981
10 HH2 TRP 705 HH2 TRP 705 52.520 -16.429 -9.591
No H/Q in entry = 10
In of MODEL 43
1 H GLU 706 H GLU 706 53.749 -9.428 -7.307
2 HA GLU 706 HA GLU 706 55.795 -8.466 -5.430
3 HB2 GLU 706 HB2 GLU 706 56.224 -9.451 -8.259
4 HB3 GLU 706 HB3 GLU 706 57.457 -8.824 -7.146
5 HG2 GLU 706 HG2 GLU 706 57.211 -10.762 -5.773
6 HG3 GLU 706 HG3 GLU 706 55.856 -11.334 -6.753
No H/Q in entry = 6
In of MODEL 43
1 H LYS 707 H LYS 707 56.752 -6.522 -6.055
2 HA LYS 707 HA LYS 707 55.425 -5.059 -8.187
3 HB2 LYS 707 HB2 LYS 707 55.034 -3.093 -6.744
4 HB3 LYS 707 HB3 LYS 707 54.082 -4.479 -6.252
5 HG2 LYS 707 HG2 LYS 707 55.647 -4.907 -4.418
6 HG3 LYS 707 HG3 LYS 707 56.611 -3.517 -4.919
7 HD2 LYS 707 HD2 LYS 707 54.679 -2.046 -4.536
8 HD3 LYS 707 HD3 LYS 707 53.727 -3.440 -4.028
9 HE2 LYS 707 HE2 LYS 707 55.250 -3.809 -2.156
10 HE3 LYS 707 HE3 LYS 707 56.240 -2.449 -2.677
11 HZ1 LYS 707 HZ1 LYS 707 54.311 -1.001 -2.336
12 HZ3 LYS 707 HZ2 LYS 707 54.765 -1.728 -0.920
13 HZ2 LYS 707 HZ3 LYS 707 53.416 -2.296 -1.755
No H/Q in entry = 13
In of MODEL 43
1 H LEU 708 H LEU 708 56.539 -3.051 -8.718
2 HA LEU 708 HA LEU 708 59.413 -3.453 -8.449
3 HB2 LEU 708 HB2 LEU 708 58.452 -3.307 -10.706
4 HB3 LEU 708 HB3 LEU 708 57.778 -1.740 -10.324
5 HG LEU 708 HG LEU 708 60.129 -0.895 -10.034
6 HD11 LEU 708 HD11 LEU 708 60.841 -3.540 -11.278
7 HD13 LEU 708 HD12 LEU 708 61.264 -3.000 -9.653
8 HD12 LEU 708 HD13 LEU 708 61.939 -2.180 -11.060
9 HD21 LEU 708 HD21 LEU 708 59.369 -1.988 -12.738
10 HD23 LEU 708 HD22 LEU 708 60.554 -0.720 -12.436
11 HD22 LEU 708 HD23 LEU 708 58.854 -0.448 -12.051
No H/Q in entry = 11
In of MODEL 43
1 H GLN 709 H GLN 709 60.320 -2.295 -6.858
2 HA GLN 709 HA GLN 709 59.764 0.535 -6.748
3 HB2 GLN 709 HB2 GLN 709 59.377 0.650 -4.368
4 HB3 GLN 709 HB3 GLN 709 58.241 -0.523 -5.021
5 HG2 GLN 709 HG2 GLN 709 59.712 -2.338 -4.261
6 HG3 GLN 709 HG3 GLN 709 60.793 -1.145 -3.584
7 HE21 GLN 709 HE21 GLN 709 60.523 -1.983 -1.523
8 HE22 GLN 709 HE22 GLN 709 59.096 -1.726 -0.604
No H/Q in entry = 8
In of MODEL 43
1 H ASN 710 H ASN 710 61.528 1.659 -5.974
2 HA ASN 710 HA ASN 710 63.734 2.109 -5.515
3 HB2 ASN 710 HB2 ASN 710 63.058 0.425 -3.568
4 HB3 ASN 710 HB3 ASN 710 64.056 -0.700 -4.448
5 HD21 ASN 710 HD21 ASN 710 64.420 0.364 -1.798
6 HD22 ASN 710 HD22 ASN 710 65.969 1.105 -1.758
No H/Q in entry = 6
In of MODEL 43
1 H SER 711 H SER 711 62.765 0.755 -7.958
2 HA SER 711 HA SER 711 63.481 0.009 -9.946
3 HB2 SER 711 HB2 SER 711 65.287 1.706 -9.645
4 HB3 SER 711 HB3 SER 711 66.280 0.493 -8.847
5 HG SER 711 HG SER 711 65.964 -0.724 -10.872
No H/Q in entry = 5
In of MODEL 43
1 H ARG 712 H ARG 712 63.164 -1.844 -7.581
2 HA ARG 712 HA ARG 712 64.401 -4.161 -8.846
3 HB2 ARG 712 HB2 ARG 712 64.988 -5.102 -6.649
4 HB3 ARG 712 HB3 ARG 712 65.835 -3.585 -6.923
5 HG2 ARG 712 HG2 ARG 712 64.235 -2.423 -5.527
6 HG3 ARG 712 HG3 ARG 712 63.341 -3.917 -5.282
7 HD2 ARG 712 HD2 ARG 712 65.349 -4.889 -4.215
8 HD3 ARG 712 HD3 ARG 712 66.163 -3.331 -4.390
9 HE ARG 712 HE ARG 712 63.971 -2.608 -3.093
10 HH11 ARG 712 HH11 ARG 712 66.214 -5.262 -2.425
11 HH12 ARG 712 HH12 ARG 712 65.909 -5.277 -0.748
12 HH21 ARG 712 HH21 ARG 712 63.513 -2.682 -0.796
13 HH22 ARG 712 HH22 ARG 712 64.320 -3.800 0.189
No H/Q in entry = 13
In of MODEL 43
1 H CYS 713 H CYS 713 63.306 -6.185 -8.007
2 HA CYS 713 HA CYS 713 60.436 -5.664 -7.829
3 HB2 CYS 713 HB2 CYS 713 61.931 -8.225 -8.412
4 HB3 CYS 713 HB3 CYS 713 60.197 -7.965 -8.588
No H/Q in entry = 4
In of MODEL 43
1 H VAL 714 H VAL 714 59.435 -5.977 -5.918
2 HA VAL 714 HA VAL 714 60.699 -7.768 -3.964
3 HB VAL 714 HB VAL 714 60.083 -6.270 -2.121
4 HG12 VAL 714 HG11 VAL 714 61.729 -4.854 -4.202
5 HG11 VAL 714 HG12 VAL 714 62.317 -6.026 -3.023
6 HG13 VAL 714 HG13 VAL 714 61.698 -4.464 -2.483
7 HG21 VAL 714 HG21 VAL 714 59.170 -4.361 -4.277
8 HG23 VAL 714 HG22 VAL 714 59.310 -3.964 -2.570
9 HG22 VAL 714 HG23 VAL 714 58.150 -5.179 -3.098
No H/Q in entry = 9
In of MODEL 43
1 H CYS 715 H CYS 715 59.137 -8.364 -2.193
2 HA CYS 715 HA CYS 715 56.595 -9.043 -3.398
3 HB2 CYS 715 HB2 CYS 715 57.723 -9.781 -0.670
4 HB3 CYS 715 HB3 CYS 715 56.346 -10.516 -1.470
No H/Q in entry = 4
In of MODEL 43
1 H LYS 716 H LYS 716 54.647 -8.324 -2.572
2 HA LYS 716 HA LYS 716 54.763 -5.792 -1.146
3 HB2 LYS 716 HB2 LYS 716 52.391 -5.585 -1.862
4 HB3 LYS 716 HB3 LYS 716 53.452 -5.965 -3.209
5 HG2 LYS 716 HG2 LYS 716 52.756 -8.401 -2.771
6 HG3 LYS 716 HG3 LYS 716 51.440 -7.693 -1.838
7 HD2 LYS 716 HD2 LYS 716 52.051 -7.187 -4.754
8 HD3 LYS 716 HD3 LYS 716 50.745 -8.181 -4.126
9 HE2 LYS 716 HE2 LYS 716 49.753 -6.187 -3.085
10 HE3 LYS 716 HE3 LYS 716 51.056 -5.203 -3.761
11 HZ1 LYS 716 HZ1 LYS 716 50.344 -5.900 -5.975
12 HZ3 LYS 716 HZ2 LYS 716 49.132 -5.074 -5.176
13 HZ2 LYS 716 HZ3 LYS 716 49.035 -6.738 -5.327
No H/Q in entry = 13
In of MODEL 43
1 H MET 717 H MET 717 52.277 -5.738 0.238
2 HA MET 717 HA MET 717 52.806 -7.672 2.388
3 HB2 MET 717 HB2 MET 717 51.294 -5.079 2.341
4 HB3 MET 717 HB3 MET 717 51.232 -6.162 3.718
5 HG2 MET 717 HG2 MET 717 53.770 -4.909 2.676
6 HG3 MET 717 HG3 MET 717 52.741 -4.139 3.870
7 HE1 MET 717 HE1 MET 717 55.407 -6.789 3.079
8 HE3 MET 717 HE2 MET 717 54.211 -8.020 3.543
9 HE2 MET 717 HE3 MET 717 55.588 -7.691 4.573
No H/Q in entry = 9
In of MODEL 43
1 HA PRO 718 HA PRO 718 49.358 -10.052 1.070
2 HB2 PRO 718 HB2 PRO 718 48.868 -11.472 3.353
3 HB3 PRO 718 HB3 PRO 718 50.202 -11.827 2.254
4 HG2 PRO 718 HG2 PRO 718 50.222 -10.324 4.837
5 HG3 PRO 718 HG3 PRO 718 51.407 -11.477 4.197
6 HD2 PRO 718 HD2 PRO 718 51.781 -8.789 4.125
7 HD3 PRO 718 HD3 PRO 718 52.439 -9.885 2.894
No H/Q in entry = 7
In of MODEL 43
1 H TYR 719 H TYR 719 49.062 -8.354 4.121
2 HA TYR 719 HA TYR 719 46.178 -8.546 4.090
3 HB2 TYR 719 HB2 TYR 719 46.222 -7.403 6.213
4 HB3 TYR 719 HB3 TYR 719 47.475 -8.633 6.222
5 HD1 TYR 719 HD1 TYR 719 49.921 -7.798 5.703
6 HD2 TYR 719 HD2 TYR 719 46.713 -5.234 6.806
7 HE1 TYR 719 HE1 TYR 719 51.534 -6.096 6.429
8 HE2 TYR 719 HE2 TYR 719 48.307 -3.532 7.523
9 HH TYR 719 HH TYR 719 51.586 -3.619 6.752
No H/Q in entry = 9
In of MODEL 43
1 H GLU 720 H GLU 720 48.329 -6.707 2.482
2 HA GLU 720 HA GLU 720 46.537 -4.401 2.325
3 HB2 GLU 720 HB2 GLU 720 49.474 -4.617 2.600
4 HB3 GLU 720 HB3 GLU 720 48.832 -3.241 1.722
5 HG2 GLU 720 HG2 GLU 720 48.097 -4.025 4.538
6 HG3 GLU 720 HG3 GLU 720 49.315 -2.819 4.119
No H/Q in entry = 6
In of MODEL 43
1 H CYS 721 H CYS 721 46.753 -6.888 0.736
2 HA CYS 721 HA CYS 721 48.240 -6.102 -1.611
3 HB2 CYS 721 HB2 CYS 721 48.276 -8.474 -0.676
4 HB3 CYS 721 HB3 CYS 721 46.625 -8.620 -1.244
No H/Q in entry = 4
In of MODEL 43
1 H GLY 722 H GLY 722 44.866 -6.613 -0.656
2 HA3 GLY 722 HA2 GLY 722 43.363 -4.947 -1.679
3 HA2 GLY 722 HA3 GLY 722 44.115 -5.368 -3.211
No H/Q in entry = 3
In of MODEL 43
1 HA PRO 723 HA PRO 723 40.486 -8.124 -2.975
2 HB2 PRO 723 HB2 PRO 723 39.531 -7.609 -5.418
3 HB3 PRO 723 HB3 PRO 723 39.339 -6.433 -4.107
4 HG2 PRO 723 HG2 PRO 723 41.206 -6.443 -6.424
5 HG3 PRO 723 HG3 PRO 723 40.406 -5.077 -5.636
6 HD2 PRO 723 HD2 PRO 723 43.053 -5.950 -5.209
7 HD3 PRO 723 HD3 PRO 723 42.159 -4.791 -4.210
No H/Q in entry = 7
In of MODEL 43
1 H SER 724 H SER 724 40.113 -10.286 -3.932
2 HA SER 724 HA SER 724 41.377 -11.186 -6.281
3 HB2 SER 724 HB2 SER 724 43.067 -12.634 -5.245
4 HB3 SER 724 HB3 SER 724 43.309 -10.950 -4.901
5 HG SER 724 HG SER 724 42.189 -11.253 -2.971
No H/Q in entry = 5
In of MODEL 43
1 H LEU 725 H LEU 725 41.315 -13.711 -6.290
2 HA LEU 725 HA LEU 725 38.637 -14.604 -5.828
3 HB2 LEU 725 HB2 LEU 725 41.031 -15.597 -7.007
4 HB3 LEU 725 HB3 LEU 725 40.271 -16.826 -6.019
5 HG LEU 725 HG LEU 725 39.262 -17.302 -7.880
6 HD13 LEU 725 HD11 LEU 725 37.140 -16.564 -8.236
7 HD12 LEU 725 HD12 LEU 725 37.469 -15.094 -7.375
8 HD11 LEU 725 HD13 LEU 725 37.485 -16.646 -6.496
9 HD23 LEU 725 HD21 LEU 725 39.418 -14.515 -8.940
10 HD22 LEU 725 HD22 LEU 725 38.803 -15.917 -9.813
11 HD21 LEU 725 HD23 LEU 725 40.503 -15.851 -9.342
No H/Q in entry = 11
In of MODEL 43
1 H ASP 726 H ASP 726 37.680 -15.474 -4.215
2 HA ASP 726 HA ASP 726 38.926 -15.897 -1.707
3 HB2 ASP 726 HB2 ASP 726 36.685 -17.007 -1.194
4 HB3 ASP 726 HB3 ASP 726 36.656 -15.292 -1.576
No H/Q in entry = 4
In of MODEL 43
1 H VAL 727 H VAL 727 40.113 -17.489 -1.144
2 HA VAL 727 HA VAL 727 39.445 -20.084 -2.175
3 HB VAL 727 HB VAL 727 41.833 -20.711 -2.567
4 HG13 VAL 727 HG11 VAL 727 40.535 -20.079 -4.506
5 HG12 VAL 727 HG12 VAL 727 42.198 -19.528 -4.695
6 HG11 VAL 727 HG13 VAL 727 40.937 -18.383 -4.251
7 HG23 VAL 727 HG21 VAL 727 43.561 -18.967 -2.773
8 HG22 VAL 727 HG22 VAL 727 42.940 -19.108 -1.130
9 HG21 VAL 727 HG23 VAL 727 42.412 -17.772 -2.160
No H/Q in entry = 9
In of MODEL 43
1 H CYS 728 H CYS 728 40.577 -21.803 -0.846
2 HA CYS 728 HA CYS 728 41.253 -20.776 1.781
3 HB2 CYS 728 HB2 CYS 728 39.238 -22.748 0.989
4 HB3 CYS 728 HB3 CYS 728 39.886 -22.957 2.580
No H/Q in entry = 4
In of MODEL 43
1 H ALA 729 H ALA 729 42.648 -21.995 2.968
2 HA ALA 729 HA ALA 729 43.872 -24.202 1.583
3 HB3 ALA 729 HB1 ALA 729 45.011 -22.203 0.766
4 HB2 ALA 729 HB2 ALA 729 46.062 -23.255 1.711
5 HB1 ALA 729 HB3 ALA 729 45.419 -21.780 2.430
No H/Q in entry = 5
In of MODEL 43
1 H GLN 730 H GLN 730 45.463 -25.124 2.860
2 HA GLN 730 HA GLN 730 44.741 -25.204 5.648
3 HB2 GLN 730 HB2 GLN 730 44.828 -27.303 4.342
4 HB3 GLN 730 HB3 GLN 730 46.512 -26.980 4.007
5 HG2 GLN 730 HG2 GLN 730 47.089 -27.119 6.301
6 HG3 GLN 730 HG3 GLN 730 45.414 -27.333 6.778
7 HE21 GLN 730 HE21 GLN 730 45.695 -29.379 7.665
8 HE22 GLN 730 HE22 GLN 730 46.189 -30.727 6.712
No H/Q in entry = 8
In of MODEL 43
1 H ASP 731 H ASP 731 45.891 -24.305 7.003
2 HA ASP 731 HA ASP 731 48.395 -22.974 6.590
3 HB2 ASP 731 HB2 ASP 731 46.589 -22.311 8.207
4 HB3 ASP 731 HB3 ASP 731 46.933 -23.767 9.116
No H/Q in entry = 4
In of MODEL 43
1 H GLU 732 H GLU 732 50.351 -24.057 6.530
2 HA GLU 732 HA GLU 732 50.495 -26.835 7.151
3 HB2 GLU 732 HB2 GLU 732 52.607 -24.842 6.364
4 HB3 GLU 732 HB3 GLU 732 52.966 -26.529 6.706
5 HG2 GLU 732 HG2 GLU 732 51.006 -25.607 4.624
6 HG3 GLU 732 HG3 GLU 732 52.692 -26.021 4.301
No H/Q in entry = 6
In of MODEL 43
1 H ARG 733 H ARG 733 50.858 -24.126 9.112
2 HA ARG 733 HA ARG 733 52.691 -25.433 10.932
3 HB2 ARG 733 HB2 ARG 733 53.044 -23.074 10.628
4 HB3 ARG 733 HB3 ARG 733 51.349 -22.724 10.920
5 HG2 ARG 733 HG2 ARG 733 52.708 -22.077 12.825
6 HG3 ARG 733 HG3 ARG 733 51.611 -23.388 13.258
7 HD2 ARG 733 HD2 ARG 733 53.482 -24.982 12.903
8 HD3 ARG 733 HD3 ARG 733 54.550 -23.598 12.645
9 HE ARG 733 HE ARG 733 53.187 -23.277 15.055
10 HH11 ARG 733 HH11 ARG 733 55.745 -25.251 13.650
11 HH12 ARG 733 HH12 ARG 733 56.489 -25.606 15.146
12 HH21 ARG 733 HH21 ARG 733 54.204 -23.771 17.119
13 HH22 ARG 733 HH22 ARG 733 55.598 -24.734 17.141
No H/Q in entry = 13
In of MODEL 43
1 H SER 734 H SER 734 49.463 -24.107 10.961
2 HA SER 734 HA SER 734 48.918 -25.277 13.564
3 HB2 SER 734 HB2 SER 734 47.090 -23.632 11.846
4 HB3 SER 734 HB3 SER 734 47.088 -23.799 13.603
5 HG SER 734 HG SER 734 48.895 -22.403 11.942
No H/Q in entry = 5
In of MODEL 43
1 H LYS 735 H LYS 735 48.481 -26.193 10.274
2 HA LYS 735 HA LYS 735 47.130 -27.450 9.126
3 HB2 LYS 735 HB2 LYS 735 47.318 -29.106 11.635
4 HB3 LYS 735 HB3 LYS 735 46.630 -29.699 10.128
5 HG2 LYS 735 HG2 LYS 735 49.476 -28.759 10.525
6 HG3 LYS 735 HG3 LYS 735 48.939 -30.433 10.384
7 HD2 LYS 735 HD2 LYS 735 48.004 -29.776 8.106
8 HD3 LYS 735 HD3 LYS 735 48.883 -28.280 8.290
9 HE2 LYS 735 HE2 LYS 735 50.991 -29.352 8.397
10 HE3 LYS 735 HE3 LYS 735 50.252 -30.949 8.507
11 HZ3 LYS 735 HZ1 LYS 735 49.472 -30.714 6.231
12 HZ2 LYS 735 HZ2 LYS 735 51.128 -30.518 6.280
13 HZ1 LYS 735 HZ3 LYS 735 50.148 -29.175 6.075
No H/Q in entry = 13
In of MODEL 43
1 H ARG 736 H ARG 736 45.607 -25.858 9.038
2 HA ARG 736 HA ARG 736 42.986 -26.649 9.991
3 HB2 ARG 736 HB2 ARG 736 42.513 -24.305 10.739
4 HB3 ARG 736 HB3 ARG 736 43.727 -25.084 11.746
5 HG2 ARG 736 HG2 ARG 736 45.489 -23.937 10.536
6 HG3 ARG 736 HG3 ARG 736 44.302 -23.171 9.493
7 HD2 ARG 736 HD2 ARG 736 43.387 -21.983 11.427
8 HD3 ARG 736 HD3 ARG 736 44.559 -22.783 12.477
9 HE ARG 736 HE ARG 736 46.106 -21.633 10.569
10 HH11 ARG 736 HH11 ARG 736 43.643 -20.256 12.754
11 HH12 ARG 736 HH12 ARG 736 44.413 -18.741 12.801
12 HH21 ARG 736 HH21 ARG 736 47.097 -19.577 10.672
13 HH22 ARG 736 HH22 ARG 736 46.371 -18.340 11.612
No H/Q in entry = 13
In of MODEL 43
1 H ILE 737 H ILE 737 41.377 -25.765 8.551
2 HA ILE 737 HA ILE 737 42.528 -24.834 6.035
3 HB ILE 737 HB ILE 737 39.650 -25.594 6.590
4 HG12 ILE 737 HG12 ILE 737 41.169 -27.487 7.193
5 HG13 ILE 737 HG13 ILE 737 40.112 -27.860 5.846
6 HG21 ILE 737 HG21 ILE 737 40.213 -24.300 4.551
7 HG23 ILE 737 HG22 ILE 737 39.549 -25.901 4.194
8 HG22 ILE 737 HG23 ILE 737 41.279 -25.614 4.045
9 HD11 ILE 737 HD11 ILE 737 41.976 -27.431 4.315
10 HD13 ILE 737 HD12 ILE 737 42.325 -28.732 5.457
11 HD12 ILE 737 HD13 ILE 737 43.029 -27.127 5.698
No H/Q in entry = 11
In of MODEL 43
1 H LEU 738 H LEU 738 42.489 -22.673 5.766
2 HA LEU 738 HA LEU 738 40.341 -21.254 7.114
3 HB2 LEU 738 HB2 LEU 738 41.751 -19.389 7.772
4 HB3 LEU 738 HB3 LEU 738 42.362 -20.881 8.439
5 HG LEU 738 HG LEU 738 43.570 -19.548 6.016
6 HD11 LEU 738 HD11 LEU 738 43.691 -18.056 7.961
7 HD13 LEU 738 HD12 LEU 738 45.275 -18.710 7.546
8 HD12 LEU 738 HD13 LEU 738 44.382 -19.367 8.919
9 HD21 LEU 738 HD21 LEU 738 44.499 -21.639 7.936
10 HD23 LEU 738 HD22 LEU 738 45.486 -20.949 6.630
11 HD22 LEU 738 HD23 LEU 738 44.027 -21.885 6.258
No H/Q in entry = 11
In of MODEL 43
1 HA PRO 739 HA PRO 739 39.442 -19.170 3.352
2 HB2 PRO 739 HB2 PRO 739 38.446 -16.863 4.429
3 HB3 PRO 739 HB3 PRO 739 37.537 -18.377 4.384
4 HG2 PRO 739 HG2 PRO 739 39.098 -17.177 6.637
5 HG3 PRO 739 HG3 PRO 739 37.509 -17.964 6.670
6 HD2 PRO 739 HD2 PRO 739 39.793 -19.281 7.398
7 HD3 PRO 739 HD3 PRO 739 38.431 -20.100 6.580
No H/Q in entry = 7
In of MODEL 43
1 H LEU 740 H LEU 740 40.933 -18.328 2.146
2 HA LEU 740 HA LEU 740 42.532 -16.041 3.067
3 HB2 LEU 740 HB2 LEU 740 43.329 -18.404 1.375
4 HB3 LEU 740 HB3 LEU 740 44.276 -16.939 1.511
5 HG LEU 740 HG LEU 740 43.643 -18.826 3.781
6 HD13 LEU 740 HD11 LEU 740 45.982 -19.400 3.660
7 HD12 LEU 740 HD12 LEU 740 46.209 -18.291 2.312
8 HD11 LEU 740 HD13 LEU 740 45.199 -19.729 2.110
9 HD22 LEU 740 HD21 LEU 740 43.877 -16.530 4.569
10 HD21 LEU 740 HD22 LEU 740 45.367 -16.352 3.652
11 HD23 LEU 740 HD23 LEU 740 45.304 -17.469 5.017
No H/Q in entry = 11
In of MODEL 43
1 H THR 741 H THR 741 43.539 -15.301 0.760
2 HA THR 741 HA THR 741 41.533 -15.471 -1.302
3 HB THR 741 HB THR 741 42.648 -12.822 -1.263
4 HG1 THR 741 HG1 THR 741 41.392 -13.698 1.143
5 HG22 THR 741 HG21 THR 741 39.830 -13.781 -0.735
6 HG21 THR 741 HG22 THR 741 40.554 -13.485 -2.322
7 HG23 THR 741 HG23 THR 741 40.311 -12.144 -1.204
No H/Q in entry = 7
In of MODEL 43
1 H VAL 742 H VAL 742 42.561 -14.992 -3.367
2 HA VAL 742 HA VAL 742 45.014 -16.245 -3.682
3 HB VAL 742 HB VAL 742 43.599 -14.327 -5.542
4 HG12 VAL 742 HG11 VAL 742 44.900 -15.245 -7.336
5 HG11 VAL 742 HG12 VAL 742 45.896 -16.143 -6.173
6 HG13 VAL 742 HG13 VAL 742 45.884 -14.367 -6.173
7 HG22 VAL 742 HG21 VAL 742 42.347 -16.218 -5.042
8 HG21 VAL 742 HG22 VAL 742 43.721 -17.292 -5.397
9 HG23 VAL 742 HG23 VAL 742 42.968 -16.324 -6.690
No H/Q in entry = 9
In of MODEL 43
1 H CYS 743 H CYS 743 44.339 -12.797 -3.420
2 HA CYS 743 HA CYS 743 46.940 -11.948 -4.012
3 HB2 CYS 743 HB2 CYS 743 46.263 -9.781 -3.177
4 HB3 CYS 743 HB3 CYS 743 44.934 -10.471 -4.054
No H/Q in entry = 4
In of MODEL 43
1 H LYS 744 H LYS 744 45.275 -12.509 -0.940
2 HA LYS 744 HA LYS 744 47.441 -11.936 0.721
3 HB2 LYS 744 HB2 LYS 744 45.110 -13.792 1.200
4 HB3 LYS 744 HB3 LYS 744 46.285 -13.348 2.427
5 HG2 LYS 744 HG2 LYS 744 45.611 -10.971 2.120
6 HG3 LYS 744 HG3 LYS 744 44.351 -11.518 1.012
7 HD2 LYS 744 HD2 LYS 744 43.357 -12.858 2.797
8 HD3 LYS 744 HD3 LYS 744 44.627 -12.346 3.905
9 HE2 LYS 744 HE2 LYS 744 42.567 -10.570 2.589
10 HE3 LYS 744 HE3 LYS 744 42.580 -11.072 4.270
11 HZ1 LYS 744 HZ1 LYS 744 44.654 -9.875 4.578
12 HZ3 LYS 744 HZ2 LYS 744 43.434 -8.853 4.057
13 HZ2 LYS 744 HZ3 LYS 744 44.630 -9.344 2.968
No H/Q in entry = 13
In of MODEL 43
1 H MET 745 H MET 745 46.217 -15.149 -0.189
2 HA MET 745 HA MET 745 48.175 -16.748 0.954
3 HB2 MET 745 HB2 MET 745 46.662 -18.055 0.274
4 HB3 MET 745 HB3 MET 745 46.125 -17.070 -1.100
5 HG2 MET 745 HG2 MET 745 46.894 -19.034 -2.130
6 HG3 MET 745 HG3 MET 745 48.260 -17.969 -2.232
7 HE2 MET 745 HE1 MET 745 47.922 -21.629 0.494
8 HE1 MET 745 HE2 MET 745 46.742 -21.066 -0.692
9 HE3 MET 745 HE3 MET 745 46.970 -20.179 0.811
No H/Q in entry = 9
In of MODEL 43
1 H HIS 746 H HIS 746 48.303 -15.293 -2.334
2 HA HIS 746 HA HIS 746 50.736 -16.573 -2.969
3 HB2 HIS 746 HB2 HIS 746 49.204 -14.361 -4.053
4 HB3 HIS 746 HB3 HIS 746 50.911 -14.382 -4.531
5 HD1 HIS 746 HD1 HIS 746 51.378 -17.256 -5.174
6 HD2 HIS 746 HD2 HIS 746 47.802 -15.346 -6.006
7 HE1 HIS 746 HE1 HIS 746 50.370 -18.538 -7.041
8 HE2 HIS 746 HE2 HIS 746 48.257 -17.273 -7.632
No H/Q in entry = 8
In of MODEL 43
1 H VAL 747 H VAL 747 50.147 -13.328 -1.641
2 HA VAL 747 HA VAL 747 52.921 -12.732 -1.531
3 HB VAL 747 HB VAL 747 50.630 -11.534 0.045
4 HG12 VAL 747 HG11 VAL 747 53.413 -10.507 -0.496
5 HG11 VAL 747 HG12 VAL 747 52.816 -11.125 1.046
6 HG13 VAL 747 HG13 VAL 747 52.134 -9.646 0.366
7 HG22 VAL 747 HG21 VAL 747 50.677 -9.769 -1.616
8 HG21 VAL 747 HG22 VAL 747 50.363 -11.338 -2.367
9 HG23 VAL 747 HG23 VAL 747 51.970 -10.611 -2.469
No H/Q in entry = 9
In of MODEL 43
1 H LEU 748 H LEU 748 50.590 -13.908 0.709
2 HA LEU 748 HA LEU 748 51.860 -14.405 3.086
3 HB2 LEU 748 HB2 LEU 748 49.531 -14.698 2.659
4 HB3 LEU 748 HB3 LEU 748 49.841 -15.733 1.323
5 HG LEU 748 HG LEU 748 48.661 -16.855 2.922
6 HD11 LEU 748 HD11 LEU 748 51.391 -17.924 2.851
7 HD13 LEU 748 HD12 LEU 748 49.951 -18.304 1.883
8 HD12 LEU 748 HD13 LEU 748 50.010 -18.748 3.586
9 HD22 LEU 748 HD21 LEU 748 48.946 -15.613 4.815
10 HD21 LEU 748 HD22 LEU 748 50.652 -16.090 5.022
11 HD23 LEU 748 HD23 LEU 748 49.328 -17.281 5.187
No H/Q in entry = 11
In of MODEL 43
1 H HIS 749 H HIS 749 51.839 -16.306 0.128
2 HA HIS 749 HA HIS 749 53.456 -18.453 0.980
3 HB2 HIS 749 HB2 HIS 749 51.773 -18.258 -0.975
4 HB3 HIS 749 HB3 HIS 749 53.124 -17.584 -1.872
5 HD1 HIS 749 HD1 HIS 749 54.612 -19.265 -3.004
6 HD2 HIS 749 HD2 HIS 749 52.203 -20.885 -0.067
7 HE1 HIS 749 HE1 HIS 749 54.939 -21.731 -3.185
8 HE2 HIS 749 HE2 HIS 749 53.727 -22.657 -1.188
No H/Q in entry = 8
In of MODEL 43
1 H CYS 750 H CYS 750 54.177 -15.444 -0.852
2 HA CYS 750 HA CYS 750 56.873 -16.323 -1.332
3 HB2 CYS 750 HB2 CYS 750 57.228 -14.133 -2.428
4 HB3 CYS 750 HB3 CYS 750 55.813 -14.965 -3.054
No H/Q in entry = 4
In of MODEL 43
1 H GLN 751 H GLN 751 55.261 -14.551 1.088
2 HA GLN 751 HA GLN 751 57.540 -13.318 2.218
3 HB2 GLN 751 HB2 GLN 751 54.843 -14.013 3.359
4 HB3 GLN 751 HB3 GLN 751 56.083 -13.197 4.297
5 HG2 GLN 751 HG2 GLN 751 54.990 -12.184 1.702
6 HG3 GLN 751 HG3 GLN 751 54.352 -11.697 3.261
7 HE21 GLN 751 HE21 GLN 751 55.506 -10.001 1.262
8 HE22 GLN 751 HE22 GLN 751 56.926 -9.295 1.927
No H/Q in entry = 8
In of MODEL 43
1 H GLY 752 H GLY 752 56.639 -16.561 2.054
2 HA3 GLY 752 HA2 GLY 752 58.222 -18.207 2.747
3 HA2 GLY 752 HA3 GLY 752 58.640 -17.178 4.106
No H/Q in entry = 3
In of MODEL 43
1 H ARG 753 H ARG 753 55.290 -17.699 3.317
2 HA ARG 753 HA ARG 753 55.052 -19.374 5.720
3 HB2 ARG 753 HB2 ARG 753 52.859 -17.952 4.189
4 HB3 ARG 753 HB3 ARG 753 52.697 -18.765 5.735
5 HG2 ARG 753 HG2 ARG 753 54.261 -16.242 5.211
6 HG3 ARG 753 HG3 ARG 753 52.669 -16.339 5.956
7 HD2 ARG 753 HD2 ARG 753 53.610 -17.615 7.803
8 HD3 ARG 753 HD3 ARG 753 55.200 -17.549 7.042
9 HE ARG 753 HE ARG 753 53.923 -15.005 7.557
10 HH11 ARG 753 HH11 ARG 753 56.194 -17.455 8.749
11 HH12 ARG 753 HH12 ARG 753 57.011 -16.357 9.761
12 HH21 ARG 753 HH21 ARG 753 55.116 -13.530 8.951
13 HH22 ARG 753 HH22 ARG 753 56.419 -14.107 9.866
No H/Q in entry = 13
In of MODEL 43
1 H ASN 754 H ASN 754 54.710 -21.491 5.363
2 HA ASN 754 HA ASN 754 54.113 -22.352 2.657
3 HB2 ASN 754 HB2 ASN 754 54.679 -24.036 5.120
4 HB3 ASN 754 HB3 ASN 754 54.440 -24.671 3.501
5 HD21 ASN 754 HD21 ASN 754 56.568 -23.186 5.680
6 HD22 ASN 754 HD22 ASN 754 57.982 -23.167 4.693
No H/Q in entry = 6
In of MODEL 43
1 H TYR 755 H TYR 755 52.175 -22.741 1.989
2 HA TYR 755 HA TYR 755 50.119 -23.642 3.847
3 HB2 TYR 755 HB2 TYR 755 50.010 -21.219 2.088
4 HB3 TYR 755 HB3 TYR 755 48.540 -22.128 2.370
5 HD1 TYR 755 HD1 TYR 755 51.359 -20.949 4.572
6 HD2 TYR 755 HD2 TYR 755 47.185 -21.044 3.868
7 HE1 TYR 755 HE1 TYR 755 51.000 -19.647 6.619
8 HE2 TYR 755 HE2 TYR 755 46.814 -19.717 5.897
9 HH TYR 755 HH TYR 755 48.173 -19.468 8.149
No H/Q in entry = 9
In of MODEL 43
1 H THR 756 H THR 756 48.504 -24.844 2.852
2 HA THR 756 HA THR 756 49.187 -25.834 0.154
3 HB THR 756 HB THR 756 48.142 -27.274 2.565
4 HG1 THR 756 HG1 THR 756 50.157 -27.548 2.970
5 HG22 THR 756 HG21 THR 756 48.336 -29.318 1.196
6 HG21 THR 756 HG22 THR 756 48.745 -28.278 -0.198
7 HG23 THR 756 HG23 THR 756 47.167 -28.138 0.586
No H/Q in entry = 7
In of MODEL 43
1 H LEU 757 H LEU 757 47.468 -25.521 -1.233
2 HA LEU 757 HA LEU 757 44.987 -24.686 -0.101
3 HB2 LEU 757 HB2 LEU 757 45.698 -25.175 -2.965
4 HB3 LEU 757 HB3 LEU 757 44.141 -24.582 -2.415
5 HG LEU 757 HG LEU 757 45.777 -22.857 -1.205
6 HD12 LEU 757 HD11 LEU 757 47.473 -22.100 -2.781
7 HD11 LEU 757 HD12 LEU 757 47.150 -23.517 -3.786
8 HD13 LEU 757 HD13 LEU 757 47.777 -23.719 -2.148
9 HD22 LEU 757 HD21 LEU 757 45.112 -21.284 -2.934
10 HD21 LEU 757 HD22 LEU 757 43.816 -22.374 -2.415
11 HD23 LEU 757 HD23 LEU 757 44.621 -22.646 -3.966
No H/Q in entry = 11
In of MODEL 43
1 H THR 758 H THR 758 43.033 -25.589 -0.218
2 HA THR 758 HA THR 758 42.988 -28.469 -0.701
3 HB THR 758 HB THR 758 41.389 -28.526 1.296
4 HG1 THR 758 HG1 THR 758 40.956 -26.757 2.245
5 HG22 THR 758 HG21 THR 758 44.257 -27.705 1.846
6 HG21 THR 758 HG22 THR 758 43.717 -29.336 1.460
7 HG23 THR 758 HG23 THR 758 43.204 -28.573 2.962
No H/Q in entry = 7
In of MODEL 43
1 H GLY 759 H GLY 759 40.375 -28.998 -0.389
2 HA3 GLY 759 HA2 GLY 759 39.172 -27.571 -2.604
3 HA2 GLY 759 HA3 GLY 759 38.505 -28.979 -1.783
No H/Q in entry = 3
In of MODEL 43
1 H ARG 760 H ARG 760 36.994 -26.693 -2.470
2 HA ARG 760 HA ARG 760 36.797 -24.872 -0.299
3 HB2 ARG 760 HB2 ARG 760 34.816 -23.986 -1.416
4 HB3 ARG 760 HB3 ARG 760 36.102 -24.280 -2.574
5 HG2 ARG 760 HG2 ARG 760 34.233 -25.060 -3.711
6 HG3 ARG 760 HG3 ARG 760 34.897 -26.522 -2.971
7 HD2 ARG 760 HD2 ARG 760 33.280 -26.297 -1.119
8 HD3 ARG 760 HD3 ARG 760 32.583 -24.893 -1.922
9 HE ARG 760 HE ARG 760 32.663 -27.127 -3.624
10 HH11 ARG 760 HH11 ARG 760 30.901 -25.968 -0.797
11 HH12 ARG 760 HH12 ARG 760 29.414 -26.684 -1.243
12 HH21 ARG 760 HH21 ARG 760 30.633 -28.104 -4.253
13 HH22 ARG 760 HH22 ARG 760 29.249 -27.894 -3.262
No H/Q in entry = 13
In of MODEL 43
1 H ASP 761 H ASP 761 35.817 -28.005 -0.543
2 HA ASP 761 HA ASP 761 33.433 -27.897 1.021
3 HB2 ASP 761 HB2 ASP 761 33.622 -30.355 1.095
4 HB3 ASP 761 HB3 ASP 761 33.830 -29.732 -0.541
No H/Q in entry = 4
In of MODEL 43
1 H SER 762 H SER 762 36.763 -27.813 1.676
2 HA SER 762 HA SER 762 36.525 -28.995 4.323
3 HB2 SER 762 HB2 SER 762 38.977 -28.590 4.505
4 HB3 SER 762 HB3 SER 762 38.547 -29.556 3.099
5 HG SER 762 HG SER 762 38.741 -27.585 1.845
No H/Q in entry = 5
In of MODEL 43
1 H CYS 763 H CYS 763 36.344 -25.879 2.960
2 HA CYS 763 HA CYS 763 36.572 -24.539 5.566
3 HB2 CYS 763 HB2 CYS 763 37.185 -22.693 4.028
4 HB3 CYS 763 HB3 CYS 763 38.346 -24.025 4.134
No H/Q in entry = 4
In of MODEL 43
1 H THR 764 H THR 764 35.386 -22.363 5.369
2 HA THR 764 HA THR 764 33.084 -22.428 3.568
3 HB THR 764 HB THR 764 33.234 -21.053 6.251
4 HG1 THR 764 HG1 THR 764 33.113 -23.608 5.706
5 HG23 THR 764 HG21 THR 764 31.557 -20.191 4.677
6 HG22 THR 764 HG22 THR 764 30.763 -21.048 6.004
7 HG21 THR 764 HG23 THR 764 30.938 -21.821 4.433
No H/Q in entry = 7
In of MODEL 43
1 H LEU 765 H LEU 765 33.124 -20.783 2.129
2 HA LEU 765 HA LEU 765 34.820 -18.510 2.692
3 HB2 LEU 765 HB2 LEU 765 33.637 -19.621 0.203
4 HB3 LEU 765 HB3 LEU 765 33.967 -17.907 0.219
5 HG LEU 765 HG LEU 765 35.808 -18.784 -0.834
6 HD11 LEU 765 HD11 LEU 765 36.677 -18.687 2.016
7 HD13 LEU 765 HD12 LEU 765 36.610 -17.338 0.874
8 HD12 LEU 765 HD13 LEU 765 37.726 -18.671 0.604
9 HD22 LEU 765 HD21 LEU 765 36.981 -20.713 -0.189
10 HD21 LEU 765 HD22 LEU 765 35.252 -21.029 -0.534
11 HD23 LEU 765 HD23 LEU 765 35.840 -20.971 1.155
No H/Q in entry = 11
In of MODEL 43
1 HA PRO 766 HA PRO 766 31.593 -15.687 3.736
2 HB2 PRO 766 HB2 PRO 766 32.392 -13.544 2.210
3 HB3 PRO 766 HB3 PRO 766 33.156 -14.010 3.740
4 HG2 PRO 766 HG2 PRO 766 33.919 -14.794 0.942
5 HG3 PRO 766 HG3 PRO 766 34.978 -14.086 2.200
6 HD2 PRO 766 HD2 PRO 766 35.005 -16.624 1.744
7 HD3 PRO 766 HD3 PRO 766 34.886 -16.126 3.439
No H/Q in entry = 7
In of MODEL 43
1 H ALA 767 H ALA 767 30.474 -13.721 2.342
2 HA ALA 767 HA ALA 767 28.753 -13.135 1.083
3 HB1 ALA 767 HB1 ALA 767 29.820 -15.030 -1.005
4 HB3 ALA 767 HB2 ALA 767 30.427 -13.404 -0.700
5 HB2 ALA 767 HB3 ALA 767 28.766 -13.629 -1.263
No H/Q in entry = 5
In of MODEL 43
1 H SER 768 H SER 768 26.677 -13.938 -0.131
2 HA SER 768 HA SER 768 25.836 -16.566 0.366
3 HB2 SER 768 HB2 SER 768 25.790 -15.594 2.694
4 HB3 SER 768 HB3 SER 768 24.625 -14.402 2.110
5 HG SER 768 HG SER 768 23.328 -15.919 2.809
No H/Q in entry = 5
In of MODEL 43
1 H ALA 769 H ALA 769 24.764 -16.804 -1.340
2 HA ALA 769 HA ALA 769 23.298 -16.724 -3.041
3 HB2 ALA 769 HB1 ALA 769 21.573 -16.443 -1.301
4 HB3 ALA 769 HB2 ALA 769 21.143 -15.583 -2.781
5 HB1 ALA 769 HB3 ALA 769 21.780 -14.697 -1.396
No H/Q in entry = 5
In of MODEL 43
1 H GLU 770 H GLU 770 22.313 -13.472 -2.693
2 HA GLU 770 HA GLU 770 23.958 -12.864 -5.008
3 HB2 GLU 770 HB2 GLU 770 22.370 -11.034 -5.457
4 HB3 GLU 770 HB3 GLU 770 21.567 -12.593 -5.418
5 HG2 GLU 770 HG2 GLU 770 20.773 -12.123 -3.160
6 HG3 GLU 770 HG3 GLU 770 21.585 -10.559 -3.211
No H/Q in entry = 6
In of MODEL 43
1 H LYS 771 H LYS 771 24.906 -10.659 -5.020
2 HA LYS 771 HA LYS 771 26.089 -10.382 -2.432
3 HB2 LYS 771 HB2 LYS 771 26.738 -8.776 -4.919
4 HB3 LYS 771 HB3 LYS 771 27.678 -8.881 -3.454
5 HG2 LYS 771 HG2 LYS 771 27.262 -11.065 -5.499
6 HG3 LYS 771 HG3 LYS 771 28.733 -10.166 -5.181
7 HD2 LYS 771 HD2 LYS 771 29.192 -12.131 -4.069
8 HD3 LYS 771 HD3 LYS 771 28.469 -11.204 -2.769
9 HE2 LYS 771 HE2 LYS 771 27.558 -13.479 -2.795
10 HE3 LYS 771 HE3 LYS 771 26.302 -12.320 -3.193
11 HZ1 LYS 771 HZ1 LYS 771 26.635 -12.883 -5.564
12 HZ3 LYS 771 HZ2 LYS 771 26.179 -14.212 -4.646
13 HZ2 LYS 771 HZ3 LYS 771 27.771 -14.054 -5.118
No H/Q in entry = 13
In of MODEL 43
1 H ALA 772 H ALA 772 26.145 -8.383 -1.250
2 HA ALA 772 HA ALA 772 24.092 -6.440 -2.014
3 HB3 ALA 772 HB1 ALA 772 24.365 -7.668 0.733
4 HB2 ALA 772 HB2 ALA 772 23.067 -7.993 -0.415
5 HB1 ALA 772 HB3 ALA 772 23.249 -6.381 0.280
No H/Q in entry = 5
In of MODEL 43
1 H CYS 773 H CYS 773 24.343 -4.397 -1.039
2 HA CYS 773 HA CYS 773 26.935 -3.377 -0.957
3 HB2 CYS 773 HB2 CYS 773 24.899 -2.019 -1.343
4 HB3 CYS 773 HB3 CYS 773 24.452 -2.229 0.343
No H/Q in entry = 4
In of MODEL 43
1 H GLY 774 H GLY 774 28.494 -3.460 0.536
2 HA3 GLY 774 HA2 GLY 774 28.955 -3.077 2.958
3 HA2 GLY 774 HA3 GLY 774 27.766 -4.352 3.237
No H/Q in entry = 3
In of MODEL 43
1 H ALA 775 H ALA 775 28.625 -5.727 0.792
2 HA ALA 775 HA ALA 775 31.394 -6.386 1.199
3 HB2 ALA 775 HB1 ALA 775 29.211 -8.473 1.487
4 HB3 ALA 775 HB2 ALA 775 30.296 -7.935 2.769
5 HB1 ALA 775 HB3 ALA 775 30.938 -8.819 1.384
No H/Q in entry = 5
In of MODEL 43
1 H CYS 776 H CYS 776 31.914 -5.881 -0.814
2 HA CYS 776 HA CYS 776 30.321 -7.060 -2.958
3 HB2 CYS 776 HB2 CYS 776 31.639 -4.326 -3.023
4 HB3 CYS 776 HB3 CYS 776 30.651 -5.070 -4.281
No H/Q in entry = 4
In of MODEL 43
1 HA PRO 777 HA PRO 777 34.374 -8.682 -3.869
2 HB2 PRO 777 HB2 PRO 777 33.657 -10.241 -5.949
3 HB3 PRO 777 HB3 PRO 777 33.257 -10.673 -4.283
4 HG2 PRO 777 HG2 PRO 777 31.535 -9.407 -6.373
5 HG3 PRO 777 HG3 PRO 777 31.131 -10.692 -5.220
6 HD2 PRO 777 HD2 PRO 777 30.448 -8.074 -4.852
7 HD3 PRO 777 HD3 PRO 777 30.729 -9.209 -3.516
No H/Q in entry = 7
In of MODEL 43
1 H LEU 778 H LEU 778 35.635 -8.927 -5.960
2 HA LEU 778 HA LEU 778 35.656 -6.368 -7.231
3 HB2 LEU 778 HB2 LEU 778 37.662 -7.243 -8.464
4 HB3 LEU 778 HB3 LEU 778 37.807 -7.092 -6.712
5 HG LEU 778 HG LEU 778 37.288 -9.696 -8.140
6 HD12 LEU 778 HD11 LEU 778 39.686 -10.115 -7.956
7 HD11 LEU 778 HD12 LEU 778 39.932 -8.451 -7.407
8 HD13 LEU 778 HD13 LEU 778 39.305 -8.773 -9.031
9 HD22 LEU 778 HD21 LEU 778 36.842 -9.977 -5.823
10 HD21 LEU 778 HD22 LEU 778 38.181 -8.972 -5.343
11 HD23 LEU 778 HD23 LEU 778 38.486 -10.563 -6.041
No H/Q in entry = 11
In of MODEL 43
1 H TRP 779 H TRP 779 34.136 -9.150 -7.955
2 HA TRP 779 HA TRP 779 33.744 -8.331 -10.751
3 HB2 TRP 779 HB2 TRP 779 32.525 -10.665 -10.822
4 HB3 TRP 779 HB3 TRP 779 34.272 -10.565 -10.972
5 HD1 TRP 779 HD1 TRP 779 31.539 -11.867 -8.557
6 HE1 TRP 779 HE1 TRP 779 32.739 -13.328 -6.778
7 HE3 TRP 779 HE3 TRP 779 36.316 -10.839 -9.794
8 HZ2 TRP 779 HZ2 TRP 779 35.475 -13.962 -6.043
9 HZ3 TRP 779 HZ3 TRP 779 38.146 -11.873 -8.547
10 HH2 TRP 779 HH2 TRP 779 37.726 -13.348 -6.735
No H/Q in entry = 10
In of MODEL 43
1 H GLY 780 H GLY 780 32.589 -7.310 -8.170
2 HA3 GLY 780 HA2 GLY 780 29.802 -7.650 -8.874
3 HA2 GLY 780 HA3 GLY 780 30.357 -7.698 -7.200
No H/Q in entry = 3
In of MODEL 43
1 H LYS 781 H LYS 781 28.854 -5.841 -9.135
2 HA LYS 781 HA LYS 781 30.211 -3.431 -8.194
3 HB2 LYS 781 HB2 LYS 781 28.498 -3.826 -10.614
4 HB3 LYS 781 HB3 LYS 781 29.183 -2.273 -10.106
5 HG2 LYS 781 HG2 LYS 781 30.674 -4.726 -10.860
6 HG3 LYS 781 HG3 LYS 781 30.393 -3.344 -11.955
7 HD2 LYS 781 HD2 LYS 781 32.020 -3.395 -9.389
8 HD3 LYS 781 HD3 LYS 781 32.677 -3.334 -11.021
9 HE2 LYS 781 HE2 LYS 781 31.533 -1.161 -11.349
10 HE3 LYS 781 HE3 LYS 781 31.013 -1.233 -9.663
11 HZ3 LYS 781 HZ1 LYS 781 32.953 0.086 -9.769
12 HZ2 LYS 781 HZ2 LYS 781 33.765 -1.013 -10.711
13 HZ1 LYS 781 HZ3 LYS 781 33.443 -1.381 -9.086
No H/Q in entry = 13
In of MODEL 43
1 H CYS 782 H CYS 782 29.053 -2.103 -7.188
2 HA CYS 782 HA CYS 782 26.599 -3.200 -6.093
3 HB2 CYS 782 HB2 CYS 782 28.337 -2.456 -4.569
4 HB3 CYS 782 HB3 CYS 782 28.192 -0.803 -5.161
No H/Q in entry = 4
In of MODEL 43
1 H ASP 783 H ASP 783 24.644 -2.026 -5.894
2 HA ASP 783 HA ASP 783 24.366 0.196 -7.763
3 HB2 ASP 783 HB2 ASP 783 23.650 -1.916 -8.862
4 HB3 ASP 783 HB3 ASP 783 22.495 -2.173 -7.558
No H/Q in entry = 4
In of MODEL 43
1 H ALA 784 H ALA 784 22.692 1.643 -7.206
2 HA ALA 784 HA ALA 784 22.360 1.878 -4.394
3 HB3 ALA 784 HB1 ALA 784 21.144 3.540 -6.582
4 HB1 ALA 784 HB2 ALA 784 22.716 3.825 -5.832
5 HB2 ALA 784 HB3 ALA 784 21.240 3.964 -4.874
No H/Q in entry = 5
In of MODEL 43
1 H GLU 785 H GLU 785 20.379 0.541 -6.924
2 HA GLU 785 HA GLU 785 17.967 0.765 -5.406
3 HB2 GLU 785 HB2 GLU 785 18.704 -0.780 -7.869
4 HB3 GLU 785 HB3 GLU 785 17.105 -0.845 -7.139
5 HG2 GLU 785 HG2 GLU 785 16.744 1.458 -7.617
6 HG3 GLU 785 HG3 GLU 785 18.421 1.665 -8.130
No H/Q in entry = 6
In of MODEL 43
1 H SER 786 H SER 786 17.225 -0.605 -4.002
2 HA SER 786 HA SER 786 17.049 -2.217 -2.497
3 HB2 SER 786 HB2 SER 786 17.305 -4.615 -3.279
4 HB3 SER 786 HB3 SER 786 16.240 -3.619 -4.260
5 HG SER 786 HG SER 786 18.642 -3.393 -5.309
No H/Q in entry = 5
In of MODEL 43
1 H SER 787 H SER 787 19.886 -1.048 -3.114
2 HA SER 787 HA SER 787 21.996 -1.122 -2.223
3 HB2 SER 787 HB2 SER 787 20.660 -2.772 -0.057
4 HB3 SER 787 HB3 SER 787 22.151 -1.834 0.098
5 HG SER 787 HG SER 787 20.024 -0.430 -0.880
No H/Q in entry = 5
In of MODEL 43
1 H LYS 788 H LYS 788 21.345 -2.946 -4.135
2 HA LYS 788 HA LYS 788 22.223 -5.619 -3.430
3 HB2 LYS 788 HB2 LYS 788 20.271 -5.198 -4.794
4 HB3 LYS 788 HB3 LYS 788 21.252 -4.322 -5.955
5 HG2 LYS 788 HG2 LYS 788 22.522 -6.531 -6.248
6 HG3 LYS 788 HG3 LYS 788 21.153 -7.274 -5.412
7 HD2 LYS 788 HD2 LYS 788 19.627 -6.330 -7.076
8 HD3 LYS 788 HD3 LYS 788 20.991 -5.589 -7.910
9 HE2 LYS 788 HE2 LYS 788 20.481 -7.550 -9.100
10 HE3 LYS 788 HE3 LYS 788 21.933 -7.899 -8.169
11 HZ3 LYS 788 HZ1 LYS 788 20.428 -9.721 -8.036
12 HZ2 LYS 788 HZ2 LYS 788 19.169 -8.730 -7.521
13 HZ1 LYS 788 HZ3 LYS 788 20.446 -9.027 -6.489
No H/Q in entry = 13
In of MODEL 43
1 H CYS 789 H CYS 789 23.985 -6.609 -4.557
2 HA CYS 789 HA CYS 789 25.668 -4.848 -6.127
3 HB2 CYS 789 HB2 CYS 789 26.794 -5.191 -3.985
4 HB3 CYS 789 HB3 CYS 789 26.531 -6.922 -4.075
No H/Q in entry = 4
In of MODEL 43
1 H VAL 790 H VAL 790 26.008 -5.618 -8.067
2 HA VAL 790 HA VAL 790 24.970 -8.323 -8.579
3 HB VAL 790 HB VAL 790 23.585 -6.501 -9.530
4 HG11 VAL 790 HG11 VAL 790 25.984 -5.824 -11.212
5 HG13 VAL 790 HG12 VAL 790 25.237 -4.818 -9.972
6 HG12 VAL 790 HG13 VAL 790 24.358 -5.186 -11.457
7 HG22 VAL 790 HG21 VAL 790 23.517 -8.659 -10.625
8 HG21 VAL 790 HG22 VAL 790 24.917 -8.239 -11.606
9 HG23 VAL 790 HG23 VAL 790 23.392 -7.383 -11.836
No H/Q in entry = 9
In of MODEL 43
1 H CYS 791 H CYS 791 26.069 -9.594 -10.156
2 HA CYS 791 HA CYS 791 28.878 -8.859 -10.276
3 HB2 CYS 791 HB2 CYS 791 27.511 -11.512 -10.507
4 HB3 CYS 791 HB3 CYS 791 29.218 -11.266 -10.841
No H/Q in entry = 4
In of MODEL 43
1 H ARG 792 H ARG 792 29.951 -8.607 -11.943
2 HA ARG 792 HA ARG 792 28.518 -8.127 -14.414
3 HB2 ARG 792 HB2 ARG 792 31.220 -7.310 -13.392
4 HB3 ARG 792 HB3 ARG 792 30.744 -7.057 -15.069
5 HG2 ARG 792 HG2 ARG 792 29.330 -5.952 -12.649
6 HG3 ARG 792 HG3 ARG 792 30.454 -5.060 -13.676
7 HD2 ARG 792 HD2 ARG 792 28.966 -5.331 -15.582
8 HD3 ARG 792 HD3 ARG 792 27.872 -6.314 -14.614
9 HE ARG 792 HE ARG 792 28.439 -3.587 -13.785
10 HH11 ARG 792 HH11 ARG 792 26.161 -5.879 -15.246
11 HH12 ARG 792 HH12 ARG 792 24.783 -4.982 -14.865
12 HH21 ARG 792 HH21 ARG 792 26.570 -2.329 -13.280
13 HH22 ARG 792 HH22 ARG 792 25.015 -2.883 -13.710
No H/Q in entry = 13
In of MODEL 43
1 H GLU 793 H GLU 793 30.070 -8.422 -16.381
2 HA GLU 793 HA GLU 793 30.540 -11.259 -16.512
3 HB2 GLU 793 HB2 GLU 793 30.610 -9.104 -18.621
4 HB3 GLU 793 HB3 GLU 793 30.747 -10.830 -18.925
5 HG2 GLU 793 HG2 GLU 793 28.509 -11.171 -17.998
6 HG3 GLU 793 HG3 GLU 793 28.366 -9.437 -17.730
No H/Q in entry = 6
In of MODEL 43
1 H ALA 794 H ALA 794 32.564 -11.823 -17.959
2 HA ALA 794 HA ALA 794 34.816 -11.141 -16.366
3 HB2 ALA 794 HB1 ALA 794 34.455 -13.349 -17.445
4 HB3 ALA 794 HB2 ALA 794 36.039 -12.658 -17.749
5 HB1 ALA 794 HB3 ALA 794 34.794 -12.598 -19.007
No H/Q in entry = 5
In of MODEL 43
1 H SER 795 H SER 795 33.647 -10.157 -19.496
2 HA SER 795 HA SER 795 35.979 -8.775 -20.232
3 HB2 SER 795 HB2 SER 795 33.160 -8.478 -21.267
4 HB3 SER 795 HB3 SER 795 34.637 -7.983 -22.098
5 HG SER 795 HG SER 795 34.692 -9.895 -22.854
No H/Q in entry = 5
In of MODEL 43
1 H GLU 796 H GLU 796 33.894 -8.070 -17.790
2 HA GLU 796 HA GLU 796 33.939 -5.153 -18.089
3 HB2 GLU 796 HB2 GLU 796 32.593 -6.981 -16.105
4 HB3 GLU 796 HB3 GLU 796 32.530 -5.227 -16.015
5 HG2 GLU 796 HG2 GLU 796 31.489 -6.895 -18.289
6 HG3 GLU 796 HG3 GLU 796 30.509 -6.200 -16.999
No H/Q in entry = 6
In of MODEL 43
1 H CYS 797 H CYS 797 36.190 -7.083 -17.422
2 HA CYS 797 HA CYS 797 36.999 -6.768 -14.763
3 HB2 CYS 797 HB2 CYS 797 37.931 -8.437 -16.309
4 HB3 CYS 797 HB3 CYS 797 38.721 -7.140 -17.209
No H/Q in entry = 4
In of MODEL 43
1 H GLU 798 H GLU 798 36.956 -4.809 -13.980
2 HA GLU 798 HA GLU 798 38.673 -2.730 -15.201
3 HB2 GLU 798 HB2 GLU 798 37.245 -1.073 -14.038
4 HB3 GLU 798 HB3 GLU 798 36.370 -2.033 -15.223
5 HG2 GLU 798 HG2 GLU 798 35.362 -3.364 -13.507
6 HG3 GLU 798 HG3 GLU 798 36.381 -2.633 -12.273
No H/Q in entry = 6
In of MODEL 43
1 H GLU 799 H GLU 799 38.106 -4.624 -12.408
2 HA GLU 799 HA GLU 799 39.044 -2.791 -10.449
3 HB2 GLU 799 HB2 GLU 799 37.440 -4.490 -9.892
4 HB3 GLU 799 HB3 GLU 799 38.581 -5.754 -10.329
5 HG2 GLU 799 HG2 GLU 799 38.558 -5.617 -7.962
6 HG3 GLU 799 HG3 GLU 799 40.066 -4.943 -8.556
No H/Q in entry = 6
In of MODEL 43
1 H GLU 800 H GLU 800 40.680 -5.271 -12.364
2 HA GLU 800 HA GLU 800 42.608 -6.209 -12.296
3 HB2 GLU 800 HB2 GLU 800 43.221 -3.437 -11.589
4 HB3 GLU 800 HB3 GLU 800 44.520 -4.622 -11.442
5 HG2 GLU 800 HG2 GLU 800 42.814 -4.557 -13.843
6 HG3 GLU 800 HG3 GLU 800 44.117 -3.401 -13.664
No H/Q in entry = 6
In of MODEL 43
1 H GLY 801 H GLY 801 42.009 -7.673 -11.040
2 HA3 GLY 801 HA2 GLY 801 43.163 -7.910 -8.344
3 HA2 GLY 801 HA3 GLY 801 42.249 -9.137 -9.217
No H/Q in entry = 3
In of MODEL 43
1 H PHE 802 H PHE 802 43.603 -10.753 -9.070
2 HA PHE 802 HA PHE 802 46.306 -10.546 -10.156
3 HB2 PHE 802 HB2 PHE 802 44.803 -12.621 -8.603
4 HB3 PHE 802 HB3 PHE 802 46.237 -13.081 -9.501
5 HD1 PHE 802 HD1 PHE 802 47.527 -13.725 -7.646
6 HD2 PHE 802 HD2 PHE 802 45.847 -9.825 -7.783
7 HE1 PHE 802 HE1 PHE 802 48.960 -13.065 -5.813
8 HE2 PHE 802 HE2 PHE 802 47.291 -9.136 -5.938
9 HZ PHE 802 HZ PHE 802 48.865 -10.754 -4.930
No H/Q in entry = 9
In of MODEL 43
1 H SER 803 H SER 803 46.797 -12.879 -11.280
2 HA SER 803 HA SER 803 44.869 -13.256 -13.404
3 HB2 SER 803 HB2 SER 803 47.885 -13.464 -13.643
4 HB3 SER 803 HB3 SER 803 46.670 -13.476 -14.928
5 HG SER 803 HG SER 803 47.388 -11.492 -14.997
No H/Q in entry = 5
In of MODEL 43
1 H ILE 804 H ILE 804 44.366 -15.491 -13.548
2 HA ILE 804 HA ILE 804 46.048 -17.350 -12.014
3 HB ILE 804 HB ILE 804 44.216 -18.335 -10.818
4 HG12 ILE 804 HG12 ILE 804 42.447 -18.120 -12.575
5 HG13 ILE 804 HG13 ILE 804 41.873 -17.671 -10.977
6 HG23 ILE 804 HG21 ILE 804 43.402 -16.487 -9.397
7 HG22 ILE 804 HG22 ILE 804 43.995 -15.347 -10.609
8 HG21 ILE 804 HG23 ILE 804 45.136 -16.373 -9.739
9 HD12 ILE 804 HD11 ILE 804 42.614 -15.793 -13.220
10 HD11 ILE 804 HD12 ILE 804 42.106 -15.301 -11.607
11 HD13 ILE 804 HD13 ILE 804 40.991 -16.178 -12.654
No H/Q in entry = 11
In of MODEL 43
1 H CYS 805 H CYS 805 45.416 -19.661 -12.414
2 HA CYS 805 HA CYS 805 44.816 -20.054 -15.231
3 HB2 CYS 805 HB2 CYS 805 46.865 -21.062 -14.357
4 HB3 CYS 805 HB3 CYS 805 45.933 -21.903 -13.124
No H/Q in entry = 4
In of MODEL 43
1 H VAL 806 H VAL 806 42.654 -20.484 -15.609
2 HA VAL 806 HA VAL 806 41.325 -22.232 -13.698
3 HB VAL 806 HB VAL 806 40.527 -19.954 -13.343
4 HG13 VAL 806 HG11 VAL 806 41.020 -19.010 -15.460
5 HG12 VAL 806 HG12 VAL 806 39.311 -18.757 -15.085
6 HG11 VAL 806 HG13 VAL 806 39.794 -20.008 -16.232
7 HG21 VAL 806 HG21 VAL 806 38.881 -21.762 -13.058
8 HG23 VAL 806 HG22 VAL 806 38.454 -21.634 -14.752
9 HG22 VAL 806 HG23 VAL 806 38.110 -20.292 -13.657
No H/Q in entry = 9
In of MODEL 43
1 H GLU 807 H GLU 807 40.062 -23.797 -14.507
2 HA GLU 807 HA GLU 807 40.383 -24.446 -17.291
3 HB2 GLU 807 HB2 GLU 807 40.680 -26.128 -15.516
4 HB3 GLU 807 HB3 GLU 807 39.039 -25.836 -14.989
5 HG2 GLU 807 HG2 GLU 807 38.305 -26.581 -17.277
6 HG3 GLU 807 HG3 GLU 807 39.966 -27.110 -17.528
No H/Q in entry = 6
In of MODEL 43
1 H VAL 808 H VAL 808 39.003 -23.424 -18.653
2 HA VAL 808 HA VAL 808 36.203 -23.414 -18.033
3 HB VAL 808 HB VAL 808 35.967 -21.466 -19.130
4 HG12 VAL 808 HG11 VAL 808 38.394 -21.026 -17.432
5 HG11 VAL 808 HG12 VAL 808 36.715 -21.054 -16.896
6 HG13 VAL 808 HG13 VAL 808 37.284 -19.747 -17.937
7 HG21 VAL 808 HG21 VAL 808 37.390 -21.749 -20.991
8 HG23 VAL 808 HG22 VAL 808 38.842 -21.427 -20.030
9 HG22 VAL 808 HG23 VAL 808 37.668 -20.130 -20.340
No H/Q in entry = 9
In of MODEL 43
1 H ASN 809 H ASN 809 34.999 -24.031 -19.874
2 HA ASN 809 HA ASN 809 34.535 -25.006 -21.811
3 HB2 ASN 809 HB2 ASN 809 37.036 -23.577 -22.602
4 HB3 ASN 809 HB3 ASN 809 36.323 -24.702 -23.741
5 HD21 ASN 809 HD21 ASN 809 35.873 -21.727 -21.990
6 HD22 ASN 809 HD22 ASN 809 34.576 -21.109 -22.950
No H/Q in entry = 6
In of MODEL 43
1 H GLY 810 H GLY 810 36.518 -26.200 -19.767
2 HA3 GLY 810 HA2 GLY 810 37.177 -28.442 -19.517
3 HA2 GLY 810 HA3 GLY 810 37.143 -28.609 -21.271
No H/Q in entry = 3
In of MODEL 43
1 H LYS 811 H LYS 811 38.727 -25.803 -20.861
2 HA LYS 811 HA LYS 811 41.367 -27.139 -20.921
3 HB2 LYS 811 HB2 LYS 811 40.466 -24.591 -22.246
4 HB3 LYS 811 HB3 LYS 811 42.072 -25.294 -22.323
5 HG2 LYS 811 HG2 LYS 811 41.235 -27.182 -23.559
6 HG3 LYS 811 HG3 LYS 811 39.576 -26.599 -23.383
7 HD2 LYS 811 HD2 LYS 811 40.451 -26.049 -25.583
8 HD3 LYS 811 HD3 LYS 811 40.143 -24.589 -24.645
9 HE2 LYS 811 HE2 LYS 811 42.528 -24.438 -24.087
10 HE3 LYS 811 HE3 LYS 811 42.853 -25.898 -25.016
11 HZ2 LYS 811 HZ1 LYS 811 41.945 -23.253 -26.018
12 HZ1 LYS 811 HZ2 LYS 811 41.953 -24.646 -26.970
13 HZ3 LYS 811 HZ3 LYS 811 43.387 -24.048 -26.370
No H/Q in entry = 13
In of MODEL 43
1 H GLU 812 H GLU 812 43.105 -25.977 -19.958
2 HA GLU 812 HA GLU 812 42.250 -24.092 -17.899
3 HB2 GLU 812 HB2 GLU 812 44.850 -25.572 -18.319
4 HB3 GLU 812 HB3 GLU 812 44.601 -24.376 -17.053
5 HG2 GLU 812 HG2 GLU 812 42.861 -25.734 -16.062
6 HG3 GLU 812 HG3 GLU 812 43.009 -26.914 -17.363
No H/Q in entry = 6
In of MODEL 43
1 H GLN 813 H GLN 813 42.467 -22.060 -18.095
2 HA GLN 813 HA GLN 813 44.360 -20.921 -20.026
3 HB2 GLN 813 HB2 GLN 813 42.245 -21.057 -21.161
4 HB3 GLN 813 HB3 GLN 813 41.398 -20.402 -19.772
5 HG2 GLN 813 HG2 GLN 813 42.563 -18.277 -20.106
6 HG3 GLN 813 HG3 GLN 813 43.341 -18.901 -21.547
7 HE21 GLN 813 HE21 GLN 813 41.508 -16.669 -21.225
8 HE22 GLN 813 HE22 GLN 813 40.153 -16.979 -22.235
No H/Q in entry = 8
In of MODEL 43
1 H THR 814 H THR 814 45.117 -18.913 -19.403
2 HA THR 814 HA THR 814 44.595 -18.140 -16.636
3 HB THR 814 HB THR 814 46.365 -16.903 -18.665
4 HG1 THR 814 HG1 THR 814 47.015 -19.004 -18.295
5 HG23 THR 814 HG21 THR 814 47.592 -15.990 -16.682
6 HG22 THR 814 HG22 THR 814 46.371 -16.728 -15.649
7 HG21 THR 814 HG23 THR 814 45.914 -15.446 -16.770
No H/Q in entry = 7
In of MODEL 43
1 H MET 815 H MET 815 43.249 -16.654 -16.211
2 HA MET 815 HA MET 815 42.861 -14.491 -18.096
3 HB2 MET 815 HB2 MET 815 40.432 -14.428 -17.323
4 HB3 MET 815 HB3 MET 815 40.845 -15.684 -18.475
5 HG2 MET 815 HG2 MET 815 41.157 -17.176 -16.641
6 HG3 MET 815 HG3 MET 815 40.499 -16.006 -15.516
7 HE1 MET 815 HE1 MET 815 39.693 -17.172 -19.201
8 HE3 MET 815 HE2 MET 815 38.297 -18.213 -18.907
9 HE2 MET 815 HE3 MET 815 39.863 -18.610 -18.195
No H/Q in entry = 9
In of MODEL 43
1 H SER 816 H SER 816 41.476 -12.787 -16.804
2 HA SER 816 HA SER 816 43.157 -12.016 -14.617
3 HB2 SER 816 HB2 SER 816 40.585 -10.876 -15.635
4 HB3 SER 816 HB3 SER 816 41.828 -9.996 -14.719
5 HG SER 816 HG SER 816 41.790 -10.913 -17.371
No H/Q in entry = 5
In of MODEL 43
1 H GLU 817 H GLU 817 42.375 -11.623 -12.541
2 HA GLU 817 HA GLU 817 40.836 -13.659 -11.418
3 HB2 GLU 817 HB2 GLU 817 42.623 -11.917 -10.466
4 HB3 GLU 817 HB3 GLU 817 41.126 -11.079 -10.123
5 HG2 GLU 817 HG2 GLU 817 40.325 -12.640 -8.721
6 HG3 GLU 817 HG3 GLU 817 41.438 -13.875 -9.330
No H/Q in entry = 6
In of MODEL 43
1 H CYS 818 H CYS 818 39.976 -10.528 -12.639
2 HA CYS 818 HA CYS 818 37.507 -10.387 -11.168
3 HB2 CYS 818 HB2 CYS 818 38.330 -8.759 -13.586
4 HB3 CYS 818 HB3 CYS 818 37.060 -8.363 -12.432
No H/Q in entry = 4
In of MODEL 43
1 H GLU 819 H GLU 819 38.750 -11.391 -14.173
2 HA GLU 819 HA GLU 819 36.411 -11.800 -15.622
3 HB2 GLU 819 HB2 GLU 819 39.183 -12.646 -15.680
4 HB3 GLU 819 HB3 GLU 819 38.169 -13.564 -16.711
5 HG2 GLU 819 HG2 GLU 819 37.515 -11.310 -17.700
6 HG3 GLU 819 HG3 GLU 819 38.865 -10.645 -16.776
No H/Q in entry = 6
In of MODEL 43
1 H ALA 820 H ALA 820 38.603 -14.244 -14.294
2 HA ALA 820 HA ALA 820 36.963 -16.425 -14.548
3 HB3 ALA 820 HB1 ALA 820 39.006 -16.004 -12.392
4 HB1 ALA 820 HB2 ALA 820 39.327 -16.590 -14.030
5 HB2 ALA 820 HB3 ALA 820 38.368 -17.562 -12.914
No H/Q in entry = 5
In of MODEL 43
1 H GLY 821 H GLY 821 37.235 -14.180 -11.846
2 HA3 GLY 821 HA2 GLY 821 35.658 -15.585 -10.002
3 HA2 GLY 821 HA3 GLY 821 36.027 -13.867 -9.951
No H/Q in entry = 3
In of MODEL 43
1 H ALA 822 H ALA 822 34.863 -13.130 -12.435
2 HA ALA 822 HA ALA 822 32.220 -12.700 -11.619
3 HB1 ALA 822 HB1 ALA 822 33.388 -12.442 -14.394
4 HB2 ALA 822 HB2 ALA 822 33.427 -11.202 -13.137
5 HB3 ALA 822 HB3 ALA 822 31.884 -11.721 -13.806
No H/Q in entry = 5
In of MODEL 43
1 H LEU 823 H LEU 823 33.646 -14.962 -13.914
2 HA LEU 823 HA LEU 823 31.299 -16.051 -14.926
3 HB2 LEU 823 HB2 LEU 823 33.987 -17.322 -14.531
4 HB3 LEU 823 HB3 LEU 823 32.681 -18.253 -15.191
5 HG LEU 823 HG LEU 823 33.706 -17.654 -17.096
6 HD13 LEU 823 HD11 LEU 823 32.665 -15.823 -18.262
7 HD12 LEU 823 HD12 LEU 823 32.014 -15.226 -16.740
8 HD11 LEU 823 HD13 LEU 823 31.512 -16.803 -17.355
9 HD23 LEU 823 HD21 LEU 823 34.937 -15.561 -17.523
10 HD22 LEU 823 HD22 LEU 823 35.554 -16.468 -16.149
11 HD21 LEU 823 HD23 LEU 823 34.563 -15.037 -15.883
No H/Q in entry = 11
In of MODEL 43
1 H ARG 824 H ARG 824 32.896 -16.817 -11.885
2 HA ARG 824 HA ARG 824 31.508 -19.116 -11.152
3 HB2 ARG 824 HB2 ARG 824 32.596 -16.900 -9.451
4 HB3 ARG 824 HB3 ARG 824 32.109 -18.486 -8.877
5 HG2 ARG 824 HG2 ARG 824 33.888 -19.531 -10.049
6 HG3 ARG 824 HG3 ARG 824 34.315 -18.013 -10.867
7 HD2 ARG 824 HD2 ARG 824 35.768 -18.549 -8.982
8 HD3 ARG 824 HD3 ARG 824 34.885 -17.035 -8.781
9 HE ARG 824 HE ARG 824 33.734 -19.443 -7.665
10 HH11 ARG 824 HH11 ARG 824 35.169 -16.281 -7.013
11 HH12 ARG 824 HH12 ARG 824 35.117 -16.461 -5.315
12 HH21 ARG 824 HH21 ARG 824 33.601 -19.603 -5.301
13 HH22 ARG 824 HH22 ARG 824 34.288 -18.339 -4.339
No H/Q in entry = 13
In of MODEL 43
1 H CYS 825 H CYS 825 30.623 -15.678 -10.788
2 HA CYS 825 HA CYS 825 28.458 -16.449 -8.986
3 HB2 CYS 825 HB2 CYS 825 29.874 -14.166 -8.756
4 HB3 CYS 825 HB3 CYS 825 28.844 -13.718 -10.077
No H/Q in entry = 4
In of MODEL 43
1 H ARG 826 H ARG 826 29.168 -15.553 -12.189
2 HA ARG 826 HA ARG 826 26.670 -14.810 -13.095
3 HB2 ARG 826 HB2 ARG 826 28.747 -14.282 -14.223
4 HB3 ARG 826 HB3 ARG 826 29.054 -15.997 -14.480
5 HG2 ARG 826 HG2 ARG 826 27.015 -16.146 -15.701
6 HG3 ARG 826 HG3 ARG 826 26.833 -14.386 -15.479
7 HD2 ARG 826 HD2 ARG 826 28.755 -13.927 -16.808
8 HD3 ARG 826 HD3 ARG 826 29.227 -15.632 -16.828
9 HE ARG 826 HE ARG 826 27.057 -15.955 -18.035
10 HH11 ARG 826 HH11 ARG 826 29.049 -13.083 -18.428
11 HH12 ARG 826 HH12 ARG 826 28.416 -12.639 -19.937
12 HH21 ARG 826 HH21 ARG 826 26.249 -15.447 -20.153
13 HH22 ARG 826 HH22 ARG 826 26.808 -14.066 -20.974
No H/Q in entry = 13
In of MODEL 43
1 H GLY 827 H GLY 827 28.438 -17.910 -13.255
2 HA3 GLY 827 HA2 GLY 827 26.844 -19.863 -12.782
3 HA2 GLY 827 HA3 GLY 827 25.878 -19.118 -14.052
No H/Q in entry = 3
In of MODEL 43
1 H GLN 828 H GLN 828 29.007 -18.666 -14.900
2 HA GLN 828 HA GLN 828 28.919 -20.721 -16.890
3 HB2 GLN 828 HB2 GLN 828 29.917 -18.532 -17.365
4 HB3 GLN 828 HB3 GLN 828 31.076 -18.765 -16.075
5 HG2 GLN 828 HG2 GLN 828 32.158 -19.146 -18.228
6 HG3 GLN 828 HG3 GLN 828 32.048 -20.645 -17.322
7 HE21 GLN 828 HE21 GLN 828 30.696 -18.859 -19.978
8 HE22 GLN 828 HE22 GLN 828 29.999 -20.221 -20.774
No H/Q in entry = 8
In of MODEL 43
1 H SER 829 H SER 829 30.039 -22.625 -16.849
2 HA SER 829 HA SER 829 30.886 -23.519 -14.250
3 HB2 SER 829 HB2 SER 829 30.873 -24.979 -16.901
4 HB3 SER 829 HB3 SER 829 31.019 -25.713 -15.299
5 HG SER 829 HG SER 829 28.823 -24.143 -16.148
No H/Q in entry = 5
In of MODEL 43
1 H ILE 830 H ILE 830 32.846 -22.949 -13.596
2 HA ILE 830 HA ILE 830 35.124 -23.409 -15.363
3 HB ILE 830 HB ILE 830 36.277 -21.391 -14.730
4 HG12 ILE 830 HG12 ILE 830 35.444 -21.172 -12.368
5 HG13 ILE 830 HG13 ILE 830 35.438 -19.638 -13.187
6 HG21 ILE 830 HG21 ILE 830 34.742 -21.127 -16.598
7 HG23 ILE 830 HG22 ILE 830 34.933 -19.618 -15.707
8 HG22 ILE 830 HG23 ILE 830 33.482 -20.594 -15.486
9 HD13 ILE 830 HD11 ILE 830 33.449 -19.844 -11.898
10 HD12 ILE 830 HD12 ILE 830 33.073 -21.391 -12.649
11 HD11 ILE 830 HD13 ILE 830 33.022 -19.911 -13.607
No H/Q in entry = 11
In of MODEL 43
1 H SER 831 H SER 831 37.003 -23.973 -14.258
2 HA SER 831 HA SER 831 36.641 -24.589 -11.415
3 HB2 SER 831 HB2 SER 831 37.898 -26.185 -13.609
4 HB3 SER 831 HB3 SER 831 38.081 -26.546 -11.903
5 HG SER 831 HG SER 831 36.407 -27.769 -12.715
No H/Q in entry = 5
In of MODEL 43
1 H VAL 832 H VAL 832 38.032 -23.235 -10.357
2 HA VAL 832 HA VAL 832 40.402 -22.265 -11.676
3 HB VAL 832 HB VAL 832 39.584 -21.993 -8.771
4 HG11 VAL 832 HG11 VAL 832 41.984 -21.645 -9.103
5 HG13 VAL 832 HG12 VAL 832 41.193 -20.119 -8.699
6 HG12 VAL 832 HG13 VAL 832 41.650 -20.464 -10.368
7 HG23 VAL 832 HG21 VAL 832 39.215 -20.061 -11.060
8 HG22 VAL 832 HG22 VAL 832 38.843 -19.721 -9.369
9 HG21 VAL 832 HG23 VAL 832 37.941 -20.963 -10.241
No H/Q in entry = 9
In of MODEL 43
1 H THR 833 H THR 833 41.864 -23.781 -12.094
2 HA THR 833 HA THR 833 42.268 -25.973 -10.362
3 HB THR 833 HB THR 833 44.092 -26.491 -12.041
4 HG1 THR 833 HG1 THR 833 44.216 -25.199 -13.853
5 HG23 THR 833 HG21 THR 833 42.516 -27.065 -13.832
6 HG22 THR 833 HG22 THR 833 41.338 -25.944 -13.156
7 HG21 THR 833 HG23 THR 833 41.795 -27.384 -12.251
No H/Q in entry = 7
In of MODEL 43
1 H SER 834 H SER 834 43.991 -23.033 -11.214
2 HA SER 834 HA SER 834 45.595 -23.394 -8.823
3 HB2 SER 834 HB2 SER 834 46.676 -22.858 -11.577
4 HB3 SER 834 HB3 SER 834 47.624 -22.674 -10.110
5 HG SER 834 HG SER 834 46.950 -24.890 -11.491
No H/Q in entry = 5
In of MODEL 43
1 H ILE 835 H ILE 835 46.166 -21.561 -7.828
2 HA ILE 835 HA ILE 835 44.795 -19.147 -8.600
3 HB ILE 835 HB ILE 835 45.647 -18.209 -6.499
4 HG12 ILE 835 HG12 ILE 835 47.234 -20.788 -6.253
5 HG13 ILE 835 HG13 ILE 835 47.881 -19.159 -6.495
6 HG23 ILE 835 HG21 ILE 835 43.649 -19.581 -6.359
7 HG22 ILE 835 HG22 ILE 835 44.640 -19.828 -4.910
8 HG21 ILE 835 HG23 ILE 835 44.638 -21.032 -6.196
9 HD12 ILE 835 HD11 ILE 835 46.402 -20.125 -4.106
10 HD11 ILE 835 HD12 ILE 835 47.078 -18.511 -4.351
11 HD13 ILE 835 HD13 ILE 835 48.146 -19.913 -4.250
No H/Q in entry = 11
In of MODEL 43
1 H ARG 836 H ARG 836 47.627 -20.660 -9.267
2 HA ARG 836 HA ARG 836 49.291 -18.361 -9.818
3 HB2 ARG 836 HB2 ARG 836 49.572 -21.301 -10.351
4 HB3 ARG 836 HB3 ARG 836 50.740 -20.105 -10.890
5 HG2 ARG 836 HG2 ARG 836 51.214 -19.482 -8.645
6 HG3 ARG 836 HG3 ARG 836 49.942 -20.549 -8.035
7 HD2 ARG 836 HD2 ARG 836 52.403 -21.378 -9.551
8 HD3 ARG 836 HD3 ARG 836 52.124 -21.470 -7.799
9 HE ARG 836 HE ARG 836 50.304 -23.024 -8.277
10 HH11 ARG 836 HH11 ARG 836 52.925 -22.758 -10.639
11 HH12 ARG 836 HH12 ARG 836 52.573 -24.210 -11.443
12 HH21 ARG 836 HH21 ARG 836 49.835 -25.082 -9.345
13 HH22 ARG 836 HH22 ARG 836 50.754 -25.574 -10.681
No H/Q in entry = 13
In of MODEL 43
1 HA PRO 837 HA PRO 837 47.607 -18.161 -14.010
2 HB2 PRO 837 HB2 PRO 837 49.531 -16.634 -15.161
3 HB3 PRO 837 HB3 PRO 837 48.330 -15.948 -14.064
4 HG2 PRO 837 HG2 PRO 837 51.174 -16.695 -13.536
5 HG3 PRO 837 HG3 PRO 837 50.257 -15.291 -12.956
6 HD2 PRO 837 HD2 PRO 837 50.746 -17.516 -11.445
7 HD3 PRO 837 HD3 PRO 837 49.337 -16.461 -11.215
No H/Q in entry = 7
In of MODEL 43
1 H CYS 838 H CYS 838 47.962 -19.362 -15.938
2 HA CYS 838 HA CYS 838 50.308 -21.017 -15.790
3 HB2 CYS 838 HB2 CYS 838 49.192 -22.460 -17.543
4 HB3 CYS 838 HB3 CYS 838 48.269 -22.358 -16.057
No H/Q in entry = 4
In of MODEL 43
1 H ALA 839 H ALA 839 50.913 -21.640 -18.398
2 HA ALA 839 HA ALA 839 51.694 -19.075 -19.522
3 HB2 ALA 839 HB1 ALA 839 52.312 -21.891 -20.431
4 HB1 ALA 839 HB2 ALA 839 53.340 -20.899 -19.397
5 HB3 ALA 839 HB3 ALA 839 53.039 -20.416 -21.067
No H/Q in entry = 5
In of MODEL 43
1 H ALA 840 H ALA 840 49.086 -21.008 -19.689
2 HA ALA 840 HA ALA 840 48.497 -20.753 -22.474
3 HB3 ALA 840 HB1 ALA 840 46.838 -21.634 -20.136
4 HB2 ALA 840 HB2 ALA 840 47.668 -22.688 -21.284
5 HB1 ALA 840 HB3 ALA 840 46.304 -21.680 -21.814
No H/Q in entry = 5
In of MODEL 43
1 H GLU 841 H GLU 841 48.651 -18.577 -22.745
2 HA GLU 841 HA GLU 841 46.737 -16.842 -21.460
3 HB2 GLU 841 HB2 GLU 841 48.806 -16.373 -23.609
4 HB3 GLU 841 HB3 GLU 841 47.743 -15.100 -23.020
5 HG2 GLU 841 HG2 GLU 841 49.650 -16.634 -21.272
6 HG3 GLU 841 HG3 GLU 841 50.058 -15.122 -22.084
No H/Q in entry = 6
In of MODEL 43
1 H THR 842 H THR 842 47.079 -18.757 -24.180
2 HA THR 842 HA THR 842 45.295 -17.454 -25.962
3 HB THR 842 HB THR 842 45.610 -19.828 -27.058
4 HG1 THR 842 HG1 THR 842 46.630 -20.967 -25.561
5 HG21 THR 842 HG21 THR 842 47.859 -17.816 -26.768
6 HG23 THR 842 HG22 THR 842 46.542 -17.719 -27.939
7 HG22 THR 842 HG23 THR 842 47.724 -19.024 -28.046
No H/Q in entry = 7
In of MODEL 43
1 H GLN 843 H GLN 843 43.306 -18.251 -26.644
2 HA GLN 843 HA GLN 843 41.755 -19.557 -24.564
3 HB2 GLN 843 HB2 GLN 843 40.890 -18.181 -27.113
4 HB3 GLN 843 HB3 GLN 843 39.824 -18.771 -25.847
5 HG2 GLN 843 HG2 GLN 843 40.719 -17.160 -24.289
6 HG3 GLN 843 HG3 GLN 843 41.892 -16.619 -25.490
7 HE21 GLN 843 HE21 GLN 843 38.572 -16.547 -24.506
8 HE22 GLN 843 HE22 GLN 843 38.093 -15.296 -25.601
No H/Q in entry = 8
In of MODEL 44
1 H1 GLY 689 H3 GLY 689 78.720 -4.149 -11.719
2 H2 GLY 689 H2 GLY 689 78.524 -4.204 -10.050
3 H3 GLY 689 H1 GLY 689 79.559 -3.066 -10.722
4 HA2 GLY 689 HA2 GLY 689 80.781 -4.911 -9.742
5 HA3 GLY 689 HA3 GLY 689 81.023 -4.815 -11.485
No H/Q in entry = 5
In of MODEL 44
1 H SER 690 H SER 690 80.911 -7.112 -9.364
2 HA SER 690 HA SER 690 79.604 -8.913 -11.177
3 HB2 SER 690 HB2 SER 690 81.043 -9.470 -8.577
4 HB3 SER 690 HB3 SER 690 80.593 -10.654 -9.803
5 HG SER 690 HG SER 690 81.866 -8.974 -11.172
No H/Q in entry = 5
In of MODEL 44
1 H HIS 691 H HIS 691 77.535 -9.299 -11.028
2 HA HIS 691 HA HIS 691 76.339 -9.796 -8.466
3 HB2 HIS 691 HB2 HIS 691 74.262 -8.432 -9.091
4 HB3 HIS 691 HB3 HIS 691 75.679 -7.510 -8.621
5 HD1 HIS 691 HD1 HIS 691 73.304 -8.028 -11.442
6 HD2 HIS 691 HD2 HIS 691 76.883 -6.052 -10.729
7 HE1 HIS 691 HE1 HIS 691 73.575 -6.424 -13.317
8 HE2 HIS 691 HE2 HIS 691 75.895 -5.520 -13.019
No H/Q in entry = 8
In of MODEL 44
1 H MET 692 H MET 692 74.513 -11.141 -8.548
2 HA MET 692 HA MET 692 74.954 -13.030 -10.625
3 HB2 MET 692 HB2 MET 692 74.625 -13.725 -8.282
4 HB3 MET 692 HB3 MET 692 72.954 -13.194 -8.375
5 HG2 MET 692 HG2 MET 692 72.421 -14.875 -9.966
6 HG3 MET 692 HG3 MET 692 74.120 -15.298 -10.174
7 HE1 MET 692 HE1 MET 692 73.511 -17.863 -9.841
8 HE3 MET 692 HE2 MET 692 71.814 -17.434 -9.628
9 HE2 MET 692 HE3 MET 692 72.614 -18.483 -8.455
No H/Q in entry = 9
In of MODEL 44
1 H ASN 693 H ASN 693 72.061 -11.122 -9.743
2 HA ASN 693 HA ASN 693 70.829 -12.030 -12.213
3 HB2 ASN 693 HB2 ASN 693 69.828 -10.057 -10.135
4 HB3 ASN 693 HB3 ASN 693 68.929 -10.494 -11.578
5 HD21 ASN 693 HD21 ASN 693 67.960 -12.542 -11.670
6 HD22 ASN 693 HD22 ASN 693 67.757 -13.507 -10.256
No H/Q in entry = 6
In of MODEL 44
1 HA PRO 694 HA PRO 694 72.593 -8.616 -14.440
2 HB2 PRO 694 HB2 PRO 694 70.255 -8.720 -16.233
3 HB3 PRO 694 HB3 PRO 694 71.958 -9.007 -16.600
4 HG2 PRO 694 HG2 PRO 694 70.190 -11.018 -16.552
5 HG3 PRO 694 HG3 PRO 694 71.856 -11.227 -15.987
6 HD2 PRO 694 HD2 PRO 694 69.358 -10.808 -14.394
7 HD3 PRO 694 HD3 PRO 694 70.704 -11.943 -14.129
No H/Q in entry = 7
In of MODEL 44
1 H LEU 695 H LEU 695 72.221 -6.399 -14.879
2 HA LEU 695 HA LEU 695 70.052 -5.305 -13.285
3 HB2 LEU 695 HB2 LEU 695 71.132 -3.181 -13.348
4 HB3 LEU 695 HB3 LEU 695 72.379 -4.356 -13.038
5 HG LEU 695 HG LEU 695 71.884 -2.989 -15.698
6 HD13 LEU 695 HD11 LEU 695 72.654 -1.417 -14.046
7 HD12 LEU 695 HD12 LEU 695 73.951 -1.765 -15.193
8 HD11 LEU 695 HD13 LEU 695 73.970 -2.497 -13.590
9 HD22 LEU 695 HD21 LEU 695 72.945 -5.169 -15.989
10 HD21 LEU 695 HD22 LEU 695 74.172 -4.741 -14.795
11 HD23 LEU 695 HD23 LEU 695 74.089 -3.871 -16.325
No H/Q in entry = 11
In of MODEL 44
1 H THR 696 H THR 696 68.883 -3.396 -14.240
2 HA THR 696 HA THR 696 68.639 -3.494 -17.100
3 HB THR 696 HB THR 696 67.005 -5.163 -16.431
4 HG1 THR 696 HG1 THR 696 65.262 -3.028 -16.823
5 HG21 THR 696 HG21 THR 696 65.863 -3.075 -14.577
6 HG23 THR 696 HG22 THR 696 66.695 -4.552 -14.098
7 HG22 THR 696 HG23 THR 696 65.132 -4.641 -14.919
No H/Q in entry = 7
In of MODEL 44
1 H GLN 697 H GLN 697 68.137 -1.555 -17.908
2 HA GLN 697 HA GLN 697 68.099 0.649 -16.012
3 HB2 GLN 697 HB2 GLN 697 68.356 0.680 -19.032
4 HB3 GLN 697 HB3 GLN 697 68.418 2.104 -18.008
5 HG2 GLN 697 HG2 GLN 697 70.660 1.589 -18.556
6 HG3 GLN 697 HG3 GLN 697 70.429 1.103 -16.884
7 HE21 GLN 697 HE21 GLN 697 69.388 -0.700 -19.738
8 HE22 GLN 697 HE22 GLN 697 70.405 -2.056 -19.505
No H/Q in entry = 8
In of MODEL 44
1 H ALA 698 H ALA 698 66.193 -0.873 -18.389
2 HA ALA 698 HA ALA 698 63.883 0.910 -18.060
3 HB3 ALA 698 HB1 ALA 698 62.771 -0.663 -19.543
4 HB1 ALA 698 HB2 ALA 698 64.137 -1.770 -19.441
5 HB2 ALA 698 HB3 ALA 698 64.321 -0.213 -20.254
No H/Q in entry = 5
In of MODEL 44
1 H VAL 699 H VAL 699 61.982 0.298 -17.213
2 HA VAL 699 HA VAL 699 62.349 -0.660 -14.692
3 HB VAL 699 HB VAL 699 59.954 -0.470 -14.510
4 HG11 VAL 699 HG11 VAL 699 61.292 1.843 -15.894
5 HG13 VAL 699 HG12 VAL 699 61.311 1.490 -14.166
6 HG12 VAL 699 HG13 VAL 699 59.805 1.967 -14.952
7 HG23 VAL 699 HG21 VAL 699 58.599 0.430 -16.399
8 HG22 VAL 699 HG22 VAL 699 59.201 -1.200 -16.695
9 HG21 VAL 699 HG23 VAL 699 59.988 0.177 -17.459
No H/Q in entry = 9
In of MODEL 44
1 HA PRO 700 HA PRO 700 61.896 -4.987 -15.558
2 HB2 PRO 700 HB2 PRO 700 62.140 -5.756 -12.902
3 HB3 PRO 700 HB3 PRO 700 63.470 -5.586 -14.043
4 HG2 PRO 700 HG2 PRO 700 62.756 -3.900 -11.777
5 HG3 PRO 700 HG3 PRO 700 64.239 -3.915 -12.732
6 HD2 PRO 700 HD2 PRO 700 62.097 -2.022 -12.851
7 HD3 PRO 700 HD3 PRO 700 63.572 -2.075 -13.830
No H/Q in entry = 7
In of MODEL 44
1 H LYS 701 H LYS 701 60.115 -6.117 -15.675
2 HA LYS 701 HA LYS 701 57.839 -5.220 -14.131
3 HB2 LYS 701 HB2 LYS 701 57.959 -7.264 -16.366
4 HB3 LYS 701 HB3 LYS 701 56.490 -6.653 -15.621
5 HG2 LYS 701 HG2 LYS 701 58.472 -5.066 -17.260
6 HG3 LYS 701 HG3 LYS 701 56.861 -5.568 -17.763
7 HD2 LYS 701 HD2 LYS 701 57.437 -3.692 -15.450
8 HD3 LYS 701 HD3 LYS 701 57.017 -3.176 -17.074
9 HE2 LYS 701 HE2 LYS 701 55.247 -4.936 -15.368
10 HE3 LYS 701 HE3 LYS 701 55.115 -3.182 -15.435
11 HZ1 LYS 701 HZ1 LYS 701 54.677 -3.347 -17.799
12 HZ3 LYS 701 HZ2 LYS 701 53.536 -4.206 -16.937
13 HZ2 LYS 701 HZ3 LYS 701 54.753 -5.026 -17.753
No H/Q in entry = 13
In of MODEL 44
1 H CYS 702 H CYS 702 57.028 -6.276 -12.510
2 HA CYS 702 HA CYS 702 58.511 -8.624 -11.598
3 HB2 CYS 702 HB2 CYS 702 56.653 -6.817 -10.047
4 HB3 CYS 702 HB3 CYS 702 57.815 -7.974 -9.411
No H/Q in entry = 4
In of MODEL 44
1 H GLN 703 H GLN 703 57.057 -10.101 -10.210
2 HA GLN 703 HA GLN 703 54.858 -10.947 -11.794
3 HB2 GLN 703 HB2 GLN 703 55.916 -11.836 -9.120
4 HB3 GLN 703 HB3 GLN 703 54.557 -12.599 -9.927
5 HG2 GLN 703 HG2 GLN 703 57.333 -12.388 -11.082
6 HG3 GLN 703 HG3 GLN 703 56.712 -13.789 -10.213
7 HE21 GLN 703 HE21 GLN 703 56.942 -15.138 -11.960
8 HE22 GLN 703 HE22 GLN 703 55.927 -15.069 -13.354
No H/Q in entry = 8
In of MODEL 44
1 H ARG 704 H ARG 704 52.832 -11.524 -10.553
2 HA ARG 704 HA ARG 704 51.573 -9.037 -10.133
3 HB2 ARG 704 HB2 ARG 704 50.583 -11.867 -9.865
4 HB3 ARG 704 HB3 ARG 704 49.538 -10.456 -9.744
5 HG2 ARG 704 HG2 ARG 704 49.942 -9.832 -11.962
6 HG3 ARG 704 HG3 ARG 704 51.296 -10.959 -12.115
7 HD2 ARG 704 HD2 ARG 704 49.711 -12.825 -11.950
8 HD3 ARG 704 HD3 ARG 704 48.382 -11.671 -11.810
9 HE ARG 704 HE ARG 704 48.632 -11.091 -14.050
10 HH11 ARG 704 HH11 ARG 704 51.070 -13.543 -13.196
11 HH12 ARG 704 HH12 ARG 704 51.393 -13.947 -14.816
12 HH21 ARG 704 HH21 ARG 704 49.105 -11.685 -16.238
13 HH22 ARG 704 HH22 ARG 704 50.317 -12.840 -16.562
No H/Q in entry = 13
In of MODEL 44
1 H TRP 705 H TRP 705 52.959 -11.281 -7.930
2 HA TRP 705 HA TRP 705 51.683 -10.012 -5.618
3 HB2 TRP 705 HB2 TRP 705 52.651 -11.935 -4.381
4 HB3 TRP 705 HB3 TRP 705 51.558 -12.385 -5.696
5 HD1 TRP 705 HD1 TRP 705 55.271 -12.492 -4.747
6 HE1 TRP 705 HE1 TRP 705 56.456 -14.157 -6.287
7 HE3 TRP 705 HE3 TRP 705 51.429 -13.511 -7.938
8 HZ2 TRP 705 HZ2 TRP 705 55.849 -15.716 -8.556
9 HZ3 TRP 705 HZ3 TRP 705 51.811 -15.092 -9.763
10 HH2 TRP 705 HH2 TRP 705 53.974 -16.183 -10.066
No H/Q in entry = 10
In of MODEL 44
1 H GLU 706 H GLU 706 54.010 -9.126 -7.463
2 HA GLU 706 HA GLU 706 55.895 -8.570 -5.310
3 HB2 GLU 706 HB2 GLU 706 56.397 -8.981 -8.253
4 HB3 GLU 706 HB3 GLU 706 57.609 -8.359 -7.130
5 HG2 GLU 706 HG2 GLU 706 57.456 -10.506 -5.918
6 HG3 GLU 706 HG3 GLU 706 56.319 -11.080 -7.140
No H/Q in entry = 6
In of MODEL 44
1 H LYS 707 H LYS 707 57.157 -6.533 -5.823
2 HA LYS 707 HA LYS 707 55.641 -4.599 -7.342
3 HB2 LYS 707 HB2 LYS 707 55.763 -2.896 -5.563
4 HB3 LYS 707 HB3 LYS 707 54.803 -4.276 -5.054
5 HG2 LYS 707 HG2 LYS 707 56.511 -5.041 -3.601
6 HG3 LYS 707 HG3 LYS 707 57.698 -3.955 -4.317
7 HD2 LYS 707 HD2 LYS 707 56.991 -3.094 -2.155
8 HD3 LYS 707 HD3 LYS 707 56.445 -2.034 -3.451
9 HE2 LYS 707 HE2 LYS 707 54.215 -3.063 -3.318
10 HE3 LYS 707 HE3 LYS 707 54.776 -4.070 -1.986
11 HZ2 LYS 707 HZ1 LYS 707 54.593 -1.105 -1.966
12 HZ1 LYS 707 HZ2 LYS 707 55.188 -2.054 -0.700
13 HZ3 LYS 707 HZ3 LYS 707 53.578 -2.197 -1.175
No H/Q in entry = 13
In of MODEL 44
1 H LEU 708 H LEU 708 56.892 -2.782 -7.919
2 HA LEU 708 HA LEU 708 59.734 -3.402 -8.075
3 HB2 LEU 708 HB2 LEU 708 58.600 -2.993 -10.168
4 HB3 LEU 708 HB3 LEU 708 57.990 -1.461 -9.585
5 HG LEU 708 HG LEU 708 60.289 -0.568 -9.545
6 HD11 LEU 708 HD11 LEU 708 61.027 -3.211 -10.758
7 HD13 LEU 708 HD12 LEU 708 61.502 -2.617 -9.166
8 HD12 LEU 708 HD13 LEU 708 62.087 -1.809 -10.620
9 HD22 LEU 708 HD21 LEU 708 60.583 -0.415 -11.963
10 HD21 LEU 708 HD22 LEU 708 58.891 -0.236 -11.515
11 HD23 LEU 708 HD23 LEU 708 59.467 -1.763 -12.188
No H/Q in entry = 11
In of MODEL 44
1 H GLN 709 H GLN 709 61.028 -2.475 -6.565
2 HA GLN 709 HA GLN 709 60.782 0.365 -6.179
3 HB2 GLN 709 HB2 GLN 709 60.754 0.350 -3.783
4 HB3 GLN 709 HB3 GLN 709 59.430 -0.680 -4.301
5 HG2 GLN 709 HG2 GLN 709 60.845 -2.652 -3.883
6 HG3 GLN 709 HG3 GLN 709 62.122 -1.582 -3.339
7 HE21 GLN 709 HE21 GLN 709 62.178 -2.439 -1.327
8 HE22 GLN 709 HE22 GLN 709 60.955 -2.220 -0.151
No H/Q in entry = 8
In of MODEL 44
1 H ASN 710 H ASN 710 62.729 1.276 -5.576
2 HA ASN 710 HA ASN 710 64.995 1.525 -5.393
3 HB2 ASN 710 HB2 ASN 710 64.361 -0.093 -3.392
4 HB3 ASN 710 HB3 ASN 710 65.195 -1.297 -4.346
5 HD21 ASN 710 HD21 ASN 710 65.911 -0.338 -1.773
6 HD22 ASN 710 HD22 ASN 710 67.494 0.363 -1.884
No H/Q in entry = 6
In of MODEL 44
1 H SER 711 H SER 711 63.761 0.356 -7.769
2 HA SER 711 HA SER 711 64.324 -0.344 -9.831
3 HB2 SER 711 HB2 SER 711 66.293 1.142 -9.499
4 HB3 SER 711 HB3 SER 711 67.190 -0.213 -8.822
5 HG SER 711 HG SER 711 66.831 -1.269 -10.855
No H/Q in entry = 5
In of MODEL 44
1 H ARG 712 H ARG 712 63.937 -2.289 -7.544
2 HA ARG 712 HA ARG 712 64.906 -4.623 -8.990
3 HB2 ARG 712 HB2 ARG 712 65.432 -5.762 -6.855
4 HB3 ARG 712 HB3 ARG 712 66.484 -4.393 -7.177
5 HG2 ARG 712 HG2 ARG 712 65.239 -3.034 -5.635
6 HG3 ARG 712 HG3 ARG 712 64.106 -4.350 -5.344
7 HD2 ARG 712 HD2 ARG 712 65.909 -5.700 -4.404
8 HD3 ARG 712 HD3 ARG 712 67.077 -4.442 -4.791
9 HE ARG 712 HE ARG 712 64.862 -3.954 -2.915
10 HH11 ARG 712 HH11 ARG 712 68.347 -3.995 -3.593
11 HH12 ARG 712 HH12 ARG 712 68.749 -3.218 -2.136
12 HH21 ARG 712 HH21 ARG 712 65.458 -2.895 -0.963
13 HH22 ARG 712 HH22 ARG 712 67.097 -2.600 -0.595
No H/Q in entry = 13
In of MODEL 44
1 H CYS 713 H CYS 713 63.763 -6.605 -8.220
2 HA CYS 713 HA CYS 713 60.931 -5.940 -8.017
3 HB2 CYS 713 HB2 CYS 713 62.253 -8.579 -8.671
4 HB3 CYS 713 HB3 CYS 713 60.576 -8.118 -8.952
No H/Q in entry = 4
In of MODEL 44
1 H VAL 714 H VAL 714 60.119 -6.097 -6.006
2 HA VAL 714 HA VAL 714 61.203 -8.178 -4.237
3 HB VAL 714 HB VAL 714 60.722 -6.726 -2.297
4 HG13 VAL 714 HG11 VAL 714 62.978 -6.703 -3.159
5 HG12 VAL 714 HG12 VAL 714 62.534 -5.077 -2.617
6 HG11 VAL 714 HG13 VAL 714 62.538 -5.466 -4.335
7 HG23 VAL 714 HG21 VAL 714 60.245 -4.336 -2.625
8 HG22 VAL 714 HG22 VAL 714 58.957 -5.372 -3.237
9 HG21 VAL 714 HG23 VAL 714 60.090 -4.624 -4.360
No H/Q in entry = 9
In of MODEL 44
1 H CYS 715 H CYS 715 59.416 -8.474 -2.371
2 HA CYS 715 HA CYS 715 57.057 -9.158 -3.907
3 HB2 CYS 715 HB2 CYS 715 56.417 -10.391 -1.801
4 HB3 CYS 715 HB3 CYS 715 57.920 -10.920 -2.543
No H/Q in entry = 4
In of MODEL 44
1 H LYS 716 H LYS 716 54.869 -8.668 -3.070
2 HA LYS 716 HA LYS 716 54.648 -5.993 -2.037
3 HB2 LYS 716 HB2 LYS 716 52.495 -8.120 -2.353
4 HB3 LYS 716 HB3 LYS 716 52.206 -6.418 -2.047
5 HG2 LYS 716 HG2 LYS 716 52.902 -5.806 -4.226
6 HG3 LYS 716 HG3 LYS 716 53.607 -7.394 -4.521
7 HD2 LYS 716 HD2 LYS 716 51.573 -7.415 -5.713
8 HD3 LYS 716 HD3 LYS 716 51.253 -8.329 -4.251
9 HE2 LYS 716 HE2 LYS 716 49.361 -6.962 -4.575
10 HE3 LYS 716 HE3 LYS 716 50.286 -6.177 -3.298
11 HZ1 LYS 716 HZ1 LYS 716 50.401 -5.427 -6.159
12 HZ3 LYS 716 HZ2 LYS 716 51.107 -4.568 -4.887
13 HZ2 LYS 716 HZ3 LYS 716 49.433 -4.655 -5.043
No H/Q in entry = 13
In of MODEL 44
1 H MET 717 H MET 717 53.223 -5.646 -0.007
2 HA MET 717 HA MET 717 54.160 -7.490 2.038
3 HB2 MET 717 HB2 MET 717 52.816 -4.792 2.233
4 HB3 MET 717 HB3 MET 717 53.361 -5.734 3.609
5 HG2 MET 717 HG2 MET 717 55.101 -4.602 1.429
6 HG3 MET 717 HG3 MET 717 54.918 -3.950 3.057
7 HE2 MET 717 HE1 MET 717 54.918 -6.557 4.898
8 HE1 MET 717 HE2 MET 717 55.883 -5.122 5.245
9 HE3 MET 717 HE3 MET 717 56.641 -6.712 5.248
No H/Q in entry = 9
In of MODEL 44
1 HA PRO 718 HA PRO 718 50.355 -9.654 2.155
2 HB2 PRO 718 HB2 PRO 718 50.175 -10.366 4.791
3 HB3 PRO 718 HB3 PRO 718 51.267 -11.134 3.633
4 HG2 PRO 718 HG2 PRO 718 51.840 -8.984 5.635
5 HG3 PRO 718 HG3 PRO 718 52.799 -10.419 5.234
6 HD2 PRO 718 HD2 PRO 718 53.430 -7.988 4.283
7 HD3 PRO 718 HD3 PRO 718 53.666 -9.455 3.312
No H/Q in entry = 7
In of MODEL 44
1 H TYR 719 H TYR 719 50.585 -6.726 3.708
2 HA TYR 719 HA TYR 719 47.799 -6.825 4.579
3 HB2 TYR 719 HB2 TYR 719 48.262 -4.758 5.858
4 HB3 TYR 719 HB3 TYR 719 49.274 -6.104 6.348
5 HD1 TYR 719 HD1 TYR 719 49.197 -2.799 4.806
6 HD2 TYR 719 HD2 TYR 719 51.681 -6.071 5.887
7 HE1 TYR 719 HE1 TYR 719 51.181 -1.358 4.580
8 HE2 TYR 719 HE2 TYR 719 53.667 -4.635 5.681
9 HH TYR 719 HH TYR 719 53.474 -1.323 5.530
No H/Q in entry = 9
In of MODEL 44
1 H GLU 720 H GLU 720 49.537 -6.032 1.949
2 HA GLU 720 HA GLU 720 47.972 -3.684 1.199
3 HB2 GLU 720 HB2 GLU 720 50.128 -5.248 -0.197
4 HB3 GLU 720 HB3 GLU 720 49.363 -3.818 -0.890
5 HG2 GLU 720 HG2 GLU 720 50.246 -2.511 1.001
6 HG3 GLU 720 HG3 GLU 720 51.043 -3.964 1.602
No H/Q in entry = 6
In of MODEL 44
1 H CYS 721 H CYS 721 47.488 -6.803 1.404
2 HA CYS 721 HA CYS 721 46.437 -7.451 -1.195
3 HB2 CYS 721 HB2 CYS 721 46.309 -8.944 1.409
4 HB3 CYS 721 HB3 CYS 721 46.016 -9.601 -0.198
No H/Q in entry = 4
In of MODEL 44
1 H GLY 722 H GLY 722 44.376 -7.067 -1.758
2 HA3 GLY 722 HA2 GLY 722 42.311 -7.044 0.306
3 HA2 GLY 722 HA3 GLY 722 42.443 -5.667 -0.782
No H/Q in entry = 3
In of MODEL 44
1 HA PRO 723 HA PRO 723 39.757 -7.702 -3.647
2 HB2 PRO 723 HB2 PRO 723 40.796 -6.713 -6.002
3 HB3 PRO 723 HB3 PRO 723 39.681 -5.825 -4.956
4 HG2 PRO 723 HG2 PRO 723 42.655 -5.637 -5.167
5 HG3 PRO 723 HG3 PRO 723 41.463 -4.342 -4.967
6 HD2 PRO 723 HD2 PRO 723 42.930 -5.233 -2.904
7 HD3 PRO 723 HD3 PRO 723 41.244 -4.724 -2.697
No H/Q in entry = 7
In of MODEL 44
1 H SER 724 H SER 724 39.906 -9.785 -4.008
2 HA SER 724 HA SER 724 41.498 -11.102 -5.984
3 HB2 SER 724 HB2 SER 724 42.210 -11.382 -3.079
4 HB3 SER 724 HB3 SER 724 42.555 -12.642 -4.273
5 HG SER 724 HG SER 724 43.310 -10.174 -5.022
No H/Q in entry = 5
In of MODEL 44
1 H LEU 725 H LEU 725 40.913 -13.255 -6.154
2 HA LEU 725 HA LEU 725 38.279 -13.995 -5.350
3 HB2 LEU 725 HB2 LEU 725 40.606 -15.463 -6.535
4 HB3 LEU 725 HB3 LEU 725 39.132 -16.307 -6.115
5 HG LEU 725 HG LEU 725 39.181 -13.987 -8.055
6 HD12 LEU 725 HD11 LEU 725 39.380 -16.949 -8.632
7 HD11 LEU 725 HD12 LEU 725 40.680 -15.777 -8.855
8 HD13 LEU 725 HD13 LEU 725 39.215 -15.667 -9.831
9 HD21 LEU 725 HD21 LEU 725 37.009 -14.590 -7.107
10 HD23 LEU 725 HD22 LEU 725 37.247 -16.260 -7.625
11 HD22 LEU 725 HD23 LEU 725 37.101 -14.974 -8.824
No H/Q in entry = 11
In of MODEL 44
1 H ASP 726 H ASP 726 37.665 -14.840 -3.471
2 HA ASP 726 HA ASP 726 39.620 -15.532 -1.482
3 HB2 ASP 726 HB2 ASP 726 36.595 -15.620 -1.413
4 HB3 ASP 726 HB3 ASP 726 37.591 -16.191 -0.081
No H/Q in entry = 4
In of MODEL 44
1 H VAL 727 H VAL 727 40.243 -17.454 -0.832
2 HA VAL 727 HA VAL 727 39.109 -19.800 -2.159
3 HB VAL 727 HB VAL 727 41.430 -20.668 -2.601
4 HG11 VAL 727 HG11 VAL 727 40.650 -18.150 -4.070
5 HG13 VAL 727 HG12 VAL 727 40.076 -19.782 -4.418
6 HG12 VAL 727 HG13 VAL 727 41.768 -19.375 -4.666
7 HG23 VAL 727 HG21 VAL 727 42.236 -17.800 -2.084
8 HG22 VAL 727 HG22 VAL 727 43.288 -19.058 -2.732
9 HG21 VAL 727 HG23 VAL 727 42.664 -19.188 -1.088
No H/Q in entry = 9
In of MODEL 44
1 H CYS 728 H CYS 728 39.875 -21.828 -1.193
2 HA CYS 728 HA CYS 728 40.161 -21.508 1.702
3 HB2 CYS 728 HB2 CYS 728 39.594 -24.038 0.143
4 HB3 CYS 728 HB3 CYS 728 39.365 -23.760 1.856
No H/Q in entry = 4
In of MODEL 44
1 H ALA 729 H ALA 729 42.082 -22.027 2.668
2 HA ALA 729 HA ALA 729 43.928 -23.703 1.171
3 HB2 ALA 729 HB1 ALA 729 45.772 -22.201 1.681
4 HB1 ALA 729 HB2 ALA 729 44.652 -21.081 2.457
5 HB3 ALA 729 HB3 ALA 729 44.545 -21.376 0.721
No H/Q in entry = 5
In of MODEL 44
1 H GLN 730 H GLN 730 45.504 -24.619 2.485
2 HA GLN 730 HA GLN 730 44.685 -24.923 5.268
3 HB2 GLN 730 HB2 GLN 730 44.653 -26.972 3.870
4 HB3 GLN 730 HB3 GLN 730 46.359 -26.740 3.542
5 HG2 GLN 730 HG2 GLN 730 46.930 -27.086 5.821
6 HG3 GLN 730 HG3 GLN 730 45.245 -27.123 6.313
7 HE21 GLN 730 HE21 GLN 730 45.343 -29.205 7.158
8 HE22 GLN 730 HE22 GLN 730 45.544 -30.583 6.137
No H/Q in entry = 8
In of MODEL 44
1 H ASP 731 H ASP 731 45.988 -24.383 6.772
2 HA ASP 731 HA ASP 731 48.407 -22.920 6.232
3 HB2 ASP 731 HB2 ASP 731 46.845 -22.253 8.021
4 HB3 ASP 731 HB3 ASP 731 47.126 -23.783 8.840
No H/Q in entry = 4
In of MODEL 44
1 H GLU 732 H GLU 732 50.503 -23.724 6.442
2 HA GLU 732 HA GLU 732 50.659 -26.566 6.732
3 HB2 GLU 732 HB2 GLU 732 52.690 -24.528 5.956
4 HB3 GLU 732 HB3 GLU 732 53.141 -26.201 6.270
5 HG2 GLU 732 HG2 GLU 732 51.165 -25.236 4.216
6 HG3 GLU 732 HG3 GLU 732 52.789 -25.848 3.903
No H/Q in entry = 6
In of MODEL 44
1 H ARG 733 H ARG 733 51.127 -23.996 8.966
2 HA ARG 733 HA ARG 733 52.978 -25.478 10.574
3 HB2 ARG 733 HB2 ARG 733 51.365 -22.978 11.065
4 HB3 ARG 733 HB3 ARG 733 52.553 -23.641 12.167
5 HG2 ARG 733 HG2 ARG 733 53.125 -22.666 9.379
6 HG3 ARG 733 HG3 ARG 733 53.403 -21.739 10.857
7 HD2 ARG 733 HD2 ARG 733 54.976 -23.472 11.612
8 HD3 ARG 733 HD3 ARG 733 54.701 -24.354 10.109
9 HE ARG 733 HE ARG 733 55.475 -21.690 9.617
10 HH11 ARG 733 HH11 ARG 733 56.807 -24.800 10.605
11 HH12 ARG 733 HH12 ARG 733 58.349 -24.512 9.924
12 HH21 ARG 733 HH21 ARG 733 57.559 -21.294 8.679
13 HH22 ARG 733 HH22 ARG 733 58.786 -22.475 8.770
No H/Q in entry = 13
In of MODEL 44
1 H SER 734 H SER 734 49.646 -24.491 10.608
2 HA SER 734 HA SER 734 49.043 -25.931 13.064
3 HB2 SER 734 HB2 SER 734 47.117 -24.456 11.316
4 HB3 SER 734 HB3 SER 734 47.084 -24.677 13.065
5 HG SER 734 HG SER 734 48.889 -23.096 11.544
No H/Q in entry = 5
In of MODEL 44
1 H LYS 735 H LYS 735 48.594 -26.231 9.585
2 HA LYS 735 HA LYS 735 47.597 -27.601 8.223
3 HB2 LYS 735 HB2 LYS 735 47.560 -29.533 10.548
4 HB3 LYS 735 HB3 LYS 735 47.204 -29.958 8.879
5 HG2 LYS 735 HG2 LYS 735 49.834 -28.932 9.947
6 HG3 LYS 735 HG3 LYS 735 49.479 -30.582 9.440
7 HD2 LYS 735 HD2 LYS 735 49.461 -28.139 7.656
8 HD3 LYS 735 HD3 LYS 735 50.754 -29.314 7.734
9 HE2 LYS 735 HE2 LYS 735 49.071 -31.060 7.018
10 HE3 LYS 735 HE3 LYS 735 47.911 -29.759 6.799
11 HZ1 LYS 735 HZ1 LYS 735 49.535 -28.791 5.110
12 HZ3 LYS 735 HZ2 LYS 735 48.862 -30.258 4.704
13 HZ2 LYS 735 HZ3 LYS 735 50.415 -30.211 5.281
No H/Q in entry = 13
In of MODEL 44
1 H ARG 736 H ARG 736 45.982 -25.790 9.907
2 HA ARG 736 HA ARG 736 43.384 -27.108 9.737
3 HB2 ARG 736 HB2 ARG 736 42.446 -25.161 10.763
4 HB3 ARG 736 HB3 ARG 736 43.846 -25.652 11.691
5 HG2 ARG 736 HG2 ARG 736 45.066 -23.824 11.077
6 HG3 ARG 736 HG3 ARG 736 44.156 -23.592 9.580
7 HD2 ARG 736 HD2 ARG 736 43.094 -23.123 12.363
8 HD3 ARG 736 HD3 ARG 736 43.682 -21.904 11.221
9 HE ARG 736 HE ARG 736 41.549 -23.598 10.235
10 HH11 ARG 736 HH11 ARG 736 42.300 -20.506 11.806
11 HH12 ARG 736 HH12 ARG 736 40.838 -19.775 11.302
12 HH21 ARG 736 HH21 ARG 736 39.604 -22.531 9.518
13 HH22 ARG 736 HH22 ARG 736 39.289 -20.932 10.034
No H/Q in entry = 13
In of MODEL 44
1 H ILE 737 H ILE 737 41.632 -25.947 8.569
2 HA ILE 737 HA ILE 737 42.704 -24.897 6.052
3 HB ILE 737 HB ILE 737 39.829 -25.607 6.637
4 HG12 ILE 737 HG12 ILE 737 41.297 -27.615 7.015
5 HG13 ILE 737 HG13 ILE 737 40.176 -27.827 5.684
6 HG22 ILE 737 HG21 ILE 737 41.395 -25.421 4.059
7 HG21 ILE 737 HG22 ILE 737 40.376 -24.153 4.714
8 HG23 ILE 737 HG23 ILE 737 39.656 -25.673 4.198
9 HD12 ILE 737 HD11 ILE 737 43.114 -27.199 5.495
10 HD11 ILE 737 HD12 ILE 737 42.005 -27.311 4.131
11 HD13 ILE 737 HD13 ILE 737 42.331 -28.739 5.113
No H/Q in entry = 11
In of MODEL 44
1 H LEU 738 H LEU 738 42.459 -22.787 5.645
2 HA LEU 738 HA LEU 738 40.450 -21.326 7.125
3 HB2 LEU 738 HB2 LEU 738 41.941 -19.435 7.606
4 HB3 LEU 738 HB3 LEU 738 42.508 -20.890 8.382
5 HG LEU 738 HG LEU 738 43.697 -19.793 5.826
6 HD13 LEU 738 HD11 LEU 738 45.485 -18.923 7.250
7 HD12 LEU 738 HD12 LEU 738 44.606 -19.446 8.687
8 HD11 LEU 738 HD13 LEU 738 43.942 -18.174 7.661
9 HD21 LEU 738 HD21 LEU 738 43.998 -22.134 6.303
10 HD23 LEU 738 HD22 LEU 738 44.681 -21.729 7.879
11 HD22 LEU 738 HD23 LEU 738 45.530 -21.260 6.382
No H/Q in entry = 11
In of MODEL 44
1 HA PRO 739 HA PRO 739 39.640 -19.450 3.222
2 HB2 PRO 739 HB2 PRO 739 38.459 -17.170 4.090
3 HB3 PRO 739 HB3 PRO 739 37.658 -18.741 4.216
4 HG2 PRO 739 HG2 PRO 739 39.130 -17.203 6.322
5 HG3 PRO 739 HG3 PRO 739 37.593 -18.080 6.448
6 HD2 PRO 739 HD2 PRO 739 39.997 -19.172 7.272
7 HD3 PRO 739 HD3 PRO 739 38.639 -20.135 6.639
No H/Q in entry = 7
In of MODEL 44
1 H LEU 740 H LEU 740 41.082 -18.489 2.000
2 HA LEU 740 HA LEU 740 42.491 -16.120 2.975
3 HB2 LEU 740 HB2 LEU 740 43.592 -18.391 1.327
4 HB3 LEU 740 HB3 LEU 740 44.348 -16.818 1.378
5 HG LEU 740 HG LEU 740 44.039 -18.730 3.695
6 HD11 LEU 740 HD11 LEU 740 46.438 -17.768 2.147
7 HD13 LEU 740 HD12 LEU 740 45.720 -19.371 2.061
8 HD12 LEU 740 HD13 LEU 740 46.483 -18.827 3.561
9 HD22 LEU 740 HD21 LEU 740 43.858 -16.429 4.491
10 HD21 LEU 740 HD22 LEU 740 45.283 -15.980 3.566
11 HD23 LEU 740 HD23 LEU 740 45.433 -17.093 4.928
No H/Q in entry = 11
In of MODEL 44
1 H THR 741 H THR 741 43.582 -15.269 0.722
2 HA THR 741 HA THR 741 41.522 -15.290 -1.316
3 HB THR 741 HB THR 741 42.740 -12.646 -0.461
4 HG1 THR 741 HG1 THR 741 40.319 -13.670 0.675
5 HG23 THR 741 HG21 THR 741 40.702 -11.742 -1.309
6 HG22 THR 741 HG22 THR 741 39.954 -13.327 -1.311
7 HG21 THR 741 HG23 THR 741 41.221 -12.975 -2.473
No H/Q in entry = 7
In of MODEL 44
1 H VAL 742 H VAL 742 42.513 -14.876 -3.407
2 HA VAL 742 HA VAL 742 44.974 -15.989 -3.622
3 HB VAL 742 HB VAL 742 43.693 -16.231 -5.585
4 HG13 VAL 742 HG11 VAL 742 43.029 -14.634 -7.055
5 HG12 VAL 742 HG12 VAL 742 43.644 -13.307 -6.043
6 HG11 VAL 742 HG13 VAL 742 42.293 -14.339 -5.482
7 HG22 VAL 742 HG21 VAL 742 45.064 -15.568 -7.396
8 HG21 VAL 742 HG22 VAL 742 46.118 -16.007 -6.026
9 HG23 VAL 742 HG23 VAL 742 45.789 -14.310 -6.413
No H/Q in entry = 9
In of MODEL 44
1 H CYS 743 H CYS 743 44.689 -12.429 -3.853
2 HA CYS 743 HA CYS 743 47.371 -11.927 -4.272
3 HB2 CYS 743 HB2 CYS 743 45.608 -10.153 -4.142
4 HB3 CYS 743 HB3 CYS 743 45.590 -10.351 -2.399
No H/Q in entry = 4
In of MODEL 44
1 H LYS 744 H LYS 744 45.677 -12.531 -1.239
2 HA LYS 744 HA LYS 744 47.759 -11.964 0.553
3 HB2 LYS 744 HB2 LYS 744 45.419 -13.845 0.896
4 HB3 LYS 744 HB3 LYS 744 46.422 -13.203 2.193
5 HG2 LYS 744 HG2 LYS 744 45.695 -10.959 1.694
6 HG3 LYS 744 HG3 LYS 744 44.774 -11.530 0.310
7 HD2 LYS 744 HD2 LYS 744 43.276 -11.096 2.122
8 HD3 LYS 744 HD3 LYS 744 43.355 -12.835 1.873
9 HE2 LYS 744 HE2 LYS 744 44.835 -13.064 3.778
10 HE3 LYS 744 HE3 LYS 744 44.881 -11.311 3.977
11 HZ3 LYS 744 HZ1 LYS 744 43.286 -12.295 5.518
12 HZ2 LYS 744 HZ2 LYS 744 42.471 -13.020 4.241
13 HZ1 LYS 744 HZ3 LYS 744 42.462 -11.378 4.375
No H/Q in entry = 13
In of MODEL 44
1 H MET 745 H MET 745 46.551 -15.071 -0.617
2 HA MET 745 HA MET 745 48.440 -16.765 0.518
3 HB2 MET 745 HB2 MET 745 46.819 -17.921 -0.341
4 HB3 MET 745 HB3 MET 745 46.542 -16.898 -1.750
5 HG2 MET 745 HG2 MET 745 47.312 -18.889 -2.708
6 HG3 MET 745 HG3 MET 745 48.757 -17.932 -2.588
7 HE2 MET 745 HE1 MET 745 47.742 -21.491 0.140
8 HE1 MET 745 HE2 MET 745 46.756 -20.890 -1.201
9 HE3 MET 745 HE3 MET 745 46.888 -19.957 0.283
No H/Q in entry = 9
In of MODEL 44
1 H HIS 746 H HIS 746 48.582 -15.029 -2.562
2 HA HIS 746 HA HIS 746 51.012 -16.241 -3.403
3 HB2 HIS 746 HB2 HIS 746 49.392 -13.979 -4.298
4 HB3 HIS 746 HB3 HIS 746 51.102 -13.958 -4.770
5 HD1 HIS 746 HD1 HIS 746 51.655 -16.639 -5.788
6 HD2 HIS 746 HD2 HIS 746 47.934 -14.889 -6.248
7 HE1 HIS 746 HE1 HIS 746 50.672 -17.726 -7.781
8 HE2 HIS 746 HE2 HIS 746 48.278 -16.867 -7.829
No H/Q in entry = 8
In of MODEL 44
1 H VAL 747 H VAL 747 50.326 -13.048 -2.060
2 HA VAL 747 HA VAL 747 52.969 -12.177 -2.008
3 HB VAL 747 HB VAL 747 50.482 -11.314 -0.536
4 HG11 VAL 747 HG11 VAL 747 52.417 -10.748 0.883
5 HG13 VAL 747 HG12 VAL 747 51.690 -9.311 0.193
6 HG12 VAL 747 HG13 VAL 747 53.182 -9.955 -0.490
7 HG22 VAL 747 HG21 VAL 747 50.524 -10.926 -2.913
8 HG21 VAL 747 HG22 VAL 747 52.093 -10.163 -2.792
9 HG23 VAL 747 HG23 VAL 747 50.679 -9.384 -2.062
No H/Q in entry = 9
In of MODEL 44
1 H LEU 748 H LEU 748 50.971 -13.615 0.497
2 HA LEU 748 HA LEU 748 52.918 -13.634 2.482
3 HB2 LEU 748 HB2 LEU 748 50.933 -13.923 3.495
4 HB3 LEU 748 HB3 LEU 748 50.203 -14.569 2.062
5 HG LEU 748 HG LEU 748 51.776 -16.265 4.011
6 HD11 LEU 748 HD11 LEU 748 49.863 -15.150 5.121
7 HD13 LEU 748 HD12 LEU 748 49.585 -16.880 4.922
8 HD12 LEU 748 HD13 LEU 748 48.802 -15.737 3.839
9 HD22 LEU 748 HD21 LEU 748 50.539 -18.086 2.977
10 HD21 LEU 748 HD22 LEU 748 51.400 -17.206 1.722
11 HD23 LEU 748 HD23 LEU 748 49.667 -16.964 1.947
No H/Q in entry = 11
In of MODEL 44
1 H HIS 749 H HIS 749 52.244 -15.905 -0.097
2 HA HIS 749 HA HIS 749 53.942 -17.982 0.839
3 HB2 HIS 749 HB2 HIS 749 52.162 -18.123 -1.022
4 HB3 HIS 749 HB3 HIS 749 53.376 -17.405 -2.071
5 HD1 HIS 749 HD1 HIS 749 55.691 -18.919 -2.279
6 HD2 HIS 749 HD2 HIS 749 52.272 -20.785 -0.838
7 HE1 HIS 749 HE1 HIS 749 56.160 -21.347 -2.424
8 HE2 HIS 749 HE2 HIS 749 53.986 -22.445 -1.878
No H/Q in entry = 8
In of MODEL 44
1 H CYS 750 H CYS 750 54.424 -15.094 -1.075
2 HA CYS 750 HA CYS 750 57.104 -15.792 -1.845
3 HB2 CYS 750 HB2 CYS 750 55.628 -14.354 -3.259
4 HB3 CYS 750 HB3 CYS 750 55.710 -13.100 -2.037
No H/Q in entry = 4
In of MODEL 44
1 H GLN 751 H GLN 751 55.547 -13.921 0.665
2 HA GLN 751 HA GLN 751 57.775 -12.744 1.864
3 HB2 GLN 751 HB2 GLN 751 55.197 -13.792 3.026
4 HB3 GLN 751 HB3 GLN 751 56.392 -12.956 4.000
5 HG2 GLN 751 HG2 GLN 751 55.119 -11.759 1.562
6 HG3 GLN 751 HG3 GLN 751 54.466 -11.562 3.183
7 HE21 GLN 751 HE21 GLN 751 55.457 -9.467 1.391
8 HE22 GLN 751 HE22 GLN 751 56.769 -8.739 2.216
No H/Q in entry = 8
In of MODEL 44
1 H GLY 752 H GLY 752 56.559 -16.005 1.927
2 HA3 GLY 752 HA2 GLY 752 58.382 -17.672 2.169
3 HA2 GLY 752 HA3 GLY 752 58.848 -16.783 3.609
No H/Q in entry = 3
In of MODEL 44
1 H ARG 753 H ARG 753 55.451 -17.330 2.874
2 HA ARG 753 HA ARG 753 55.402 -19.185 5.162
3 HB2 ARG 753 HB2 ARG 753 52.984 -17.796 4.035
4 HB3 ARG 753 HB3 ARG 753 53.196 -18.475 5.638
5 HG2 ARG 753 HG2 ARG 753 54.444 -15.933 4.588
6 HG3 ARG 753 HG3 ARG 753 53.140 -16.058 5.760
7 HD2 ARG 753 HD2 ARG 753 54.586 -16.945 7.403
8 HD3 ARG 753 HD3 ARG 753 55.871 -17.225 6.219
9 HE ARG 753 HE ARG 753 54.973 -14.489 6.629
10 HH11 ARG 753 HH11 ARG 753 57.440 -16.929 7.420
11 HH12 ARG 753 HH12 ARG 753 58.657 -15.790 7.698
12 HH21 ARG 753 HH21 ARG 753 56.630 -12.954 7.004
13 HH22 ARG 753 HH22 ARG 753 58.210 -13.452 7.421
No H/Q in entry = 13
In of MODEL 44
1 H ASN 754 H ASN 754 54.539 -21.187 4.852
2 HA ASN 754 HA ASN 754 54.000 -21.935 2.074
3 HB2 ASN 754 HB2 ASN 754 54.553 -23.702 4.473
4 HB3 ASN 754 HB3 ASN 754 54.334 -24.259 2.825
5 HD21 ASN 754 HD21 ASN 754 56.532 -24.598 4.649
6 HD22 ASN 754 HD22 ASN 754 57.932 -23.958 3.881
No H/Q in entry = 6
In of MODEL 44
1 H TYR 755 H TYR 755 52.036 -22.520 1.443
2 HA TYR 755 HA TYR 755 50.104 -23.448 3.380
3 HB2 TYR 755 HB2 TYR 755 49.725 -21.062 1.582
4 HB3 TYR 755 HB3 TYR 755 48.362 -22.054 2.089
5 HD1 TYR 755 HD1 TYR 755 47.365 -21.710 4.173
6 HD2 TYR 755 HD2 TYR 755 51.142 -19.971 3.380
7 HE1 TYR 755 HE1 TYR 755 47.226 -20.441 6.273
8 HE2 TYR 755 HE2 TYR 755 51.005 -18.695 5.458
9 HH TYR 755 HH TYR 755 48.846 -19.523 7.834
No H/Q in entry = 9
In of MODEL 44
1 H THR 756 H THR 756 48.520 -24.702 2.484
2 HA THR 756 HA THR 756 49.150 -25.674 -0.196
3 HB THR 756 HB THR 756 47.980 -27.087 2.194
4 HG1 THR 756 HG1 THR 756 49.984 -27.451 2.585
5 HG21 THR 756 HG21 THR 756 48.577 -28.167 -0.562
6 HG23 THR 756 HG22 THR 756 46.978 -27.921 0.146
7 HG22 THR 756 HG23 THR 756 48.062 -29.135 0.829
No H/Q in entry = 7
In of MODEL 44
1 H LEU 757 H LEU 757 47.420 -25.689 -1.679
2 HA LEU 757 HA LEU 757 45.018 -24.516 -0.619
3 HB2 LEU 757 HB2 LEU 757 45.792 -25.070 -3.449
4 HB3 LEU 757 HB3 LEU 757 44.218 -24.452 -2.978
5 HG LEU 757 HG LEU 757 45.844 -22.736 -1.714
6 HD12 LEU 757 HD11 LEU 757 47.266 -23.411 -4.264
7 HD11 LEU 757 HD12 LEU 757 47.860 -23.628 -2.615
8 HD13 LEU 757 HD13 LEU 757 47.587 -22.002 -3.247
9 HD23 LEU 757 HD21 LEU 757 44.765 -22.510 -4.506
10 HD22 LEU 757 HD22 LEU 757 45.235 -21.162 -3.446
11 HD21 LEU 757 HD23 LEU 757 43.911 -22.239 -2.985
No H/Q in entry = 11
In of MODEL 44
1 H THR 758 H THR 758 43.055 -25.290 -0.634
2 HA THR 758 HA THR 758 42.832 -28.171 -1.037
3 HB THR 758 HB THR 758 41.167 -28.010 0.899
4 HG1 THR 758 HG1 THR 758 40.895 -26.149 1.825
5 HG22 THR 758 HG21 THR 758 44.064 -27.316 1.485
6 HG21 THR 758 HG22 THR 758 43.463 -28.928 1.130
7 HG23 THR 758 HG23 THR 758 42.943 -28.109 2.596
No H/Q in entry = 7
In of MODEL 44
1 H GLY 759 H GLY 759 40.109 -28.396 -0.650
2 HA3 GLY 759 HA2 GLY 759 39.092 -27.090 -3.057
3 HA2 GLY 759 HA3 GLY 759 38.338 -28.431 -2.199
No H/Q in entry = 3
In of MODEL 44
1 H ARG 760 H ARG 760 36.617 -26.562 -2.857
2 HA ARG 760 HA ARG 760 36.493 -24.297 -1.093
3 HB2 ARG 760 HB2 ARG 760 34.433 -23.735 -2.191
4 HB3 ARG 760 HB3 ARG 760 35.449 -24.446 -3.430
5 HG2 ARG 760 HG2 ARG 760 33.477 -25.521 -3.906
6 HG3 ARG 760 HG3 ARG 760 34.135 -26.649 -2.723
7 HD2 ARG 760 HD2 ARG 760 32.853 -25.284 -0.972
8 HD3 ARG 760 HD3 ARG 760 32.000 -24.558 -2.331
9 HE ARG 760 HE ARG 760 32.035 -27.476 -1.960
10 HH11 ARG 760 HH11 ARG 760 30.130 -24.484 -2.316
11 HH12 ARG 760 HH12 ARG 760 28.645 -25.285 -2.190
12 HH21 ARG 760 HH21 ARG 760 30.022 -28.529 -1.796
13 HH22 ARG 760 HH22 ARG 760 28.567 -27.652 -1.867
No H/Q in entry = 13
In of MODEL 44
1 H ASP 761 H ASP 761 35.678 -27.533 -0.829
2 HA ASP 761 HA ASP 761 33.428 -27.282 0.933
3 HB2 ASP 761 HB2 ASP 761 35.115 -29.673 0.212
4 HB3 ASP 761 HB3 ASP 761 33.587 -29.739 1.085
No H/Q in entry = 4
In of MODEL 44
1 H SER 762 H SER 762 36.754 -27.090 1.331
2 HA SER 762 HA SER 762 36.910 -28.478 3.794
3 HB2 SER 762 HB2 SER 762 39.235 -27.581 3.921
4 HB3 SER 762 HB3 SER 762 38.883 -28.491 2.469
5 HG SER 762 HG SER 762 38.674 -26.505 1.325
No H/Q in entry = 5
In of MODEL 44
1 H CYS 763 H CYS 763 36.591 -24.972 3.096
2 HA CYS 763 HA CYS 763 36.105 -24.718 5.958
3 HB2 CYS 763 HB2 CYS 763 37.375 -22.629 6.118
4 HB3 CYS 763 HB3 CYS 763 38.401 -23.937 5.540
No H/Q in entry = 4
In of MODEL 44
1 H THR 764 H THR 764 35.398 -22.092 6.196
2 HA THR 764 HA THR 764 32.975 -22.010 4.578
3 HB THR 764 HB THR 764 33.719 -20.345 7.001
4 HG1 THR 764 HG1 THR 764 33.596 -22.780 7.102
5 HG21 THR 764 HG21 THR 764 31.054 -21.046 5.741
6 HG23 THR 764 HG22 THR 764 31.854 -19.478 5.647
7 HG22 THR 764 HG23 THR 764 31.268 -20.080 7.199
No H/Q in entry = 7
In of MODEL 44
1 H LEU 765 H LEU 765 33.171 -20.804 2.776
2 HA LEU 765 HA LEU 765 35.210 -18.753 2.707
3 HB2 LEU 765 HB2 LEU 765 34.511 -20.606 0.892
4 HB3 LEU 765 HB3 LEU 765 33.421 -19.303 0.442
5 HG LEU 765 HG LEU 765 35.359 -17.809 0.089
6 HD13 LEU 765 HD11 LEU 765 36.918 -18.799 1.633
7 HD12 LEU 765 HD12 LEU 765 37.603 -18.792 0.007
8 HD11 LEU 765 HD13 LEU 765 36.941 -20.280 0.685
9 HD21 LEU 765 HD21 LEU 765 35.476 -20.415 -1.431
10 HD23 LEU 765 HD22 LEU 765 36.144 -18.875 -1.965
11 HD22 LEU 765 HD23 LEU 765 34.400 -19.064 -1.788
No H/Q in entry = 11
In of MODEL 44
1 HA PRO 766 HA PRO 766 32.355 -15.416 3.577
2 HB2 PRO 766 HB2 PRO 766 33.587 -13.511 1.952
3 HB3 PRO 766 HB3 PRO 766 33.979 -13.848 3.633
4 HG2 PRO 766 HG2 PRO 766 35.349 -14.735 1.157
5 HG3 PRO 766 HG3 PRO 766 36.029 -14.368 2.750
6 HD2 PRO 766 HD2 PRO 766 35.723 -16.881 1.829
7 HD3 PRO 766 HD3 PRO 766 35.590 -16.516 3.548
No H/Q in entry = 7
In of MODEL 44
1 H ALA 767 H ALA 767 33.176 -16.306 0.374
2 HA ALA 767 HA ALA 767 30.508 -15.501 -0.488
3 HB2 ALA 767 HB1 ALA 767 32.168 -13.968 -1.493
4 HB3 ALA 767 HB2 ALA 767 31.306 -14.964 -2.679
5 HB1 ALA 767 HB3 ALA 767 32.963 -15.374 -2.223
No H/Q in entry = 5
In of MODEL 44
1 H SER 768 H SER 768 29.776 -17.333 -0.006
2 HA SER 768 HA SER 768 30.663 -19.594 -1.628
3 HB2 SER 768 HB2 SER 768 28.976 -19.520 0.882
4 HB3 SER 768 HB3 SER 768 29.394 -20.967 -0.030
5 HG SER 768 HG SER 768 31.152 -19.248 1.417
No H/Q in entry = 5
In of MODEL 44
1 H ALA 769 H ALA 769 28.480 -17.136 -1.488
2 HA ALA 769 HA ALA 769 26.762 -18.332 -3.443
3 HB3 ALA 769 HB1 ALA 769 25.617 -18.945 -1.357
4 HB1 ALA 769 HB2 ALA 769 24.697 -17.717 -2.226
5 HB2 ALA 769 HB3 ALA 769 25.670 -17.263 -0.827
No H/Q in entry = 5
In of MODEL 44
1 H GLU 770 H GLU 770 24.948 -16.390 -3.712
2 HA GLU 770 HA GLU 770 26.454 -14.198 -4.784
3 HB2 GLU 770 HB2 GLU 770 24.263 -13.397 -5.518
4 HB3 GLU 770 HB3 GLU 770 24.407 -15.122 -5.851
5 HG2 GLU 770 HG2 GLU 770 23.199 -15.566 -3.741
6 HG3 GLU 770 HG3 GLU 770 22.973 -13.843 -3.560
No H/Q in entry = 6
In of MODEL 44
1 H LYS 771 H LYS 771 25.823 -11.878 -4.275
2 HA LYS 771 HA LYS 771 25.576 -11.803 -1.381
3 HB2 LYS 771 HB2 LYS 771 26.938 -9.615 -2.970
4 HB3 LYS 771 HB3 LYS 771 26.928 -9.819 -1.237
5 HG2 LYS 771 HG2 LYS 771 28.615 -11.143 -3.309
6 HG3 LYS 771 HG3 LYS 771 29.059 -10.493 -1.737
7 HD2 LYS 771 HD2 LYS 771 27.549 -13.033 -2.234
8 HD3 LYS 771 HD3 LYS 771 29.276 -12.972 -1.878
9 HE2 LYS 771 HE2 LYS 771 26.992 -12.143 -0.121
10 HE3 LYS 771 HE3 LYS 771 27.832 -13.672 -0.053
11 HZ2 LYS 771 HZ1 LYS 771 29.037 -10.999 0.555
12 HZ1 LYS 771 HZ2 LYS 771 29.911 -12.434 0.530
13 HZ3 LYS 771 HZ3 LYS 771 28.696 -12.201 1.672
No H/Q in entry = 13
In of MODEL 44
1 H ALA 772 H ALA 772 24.560 -9.913 -0.503
2 HA ALA 772 HA ALA 772 22.321 -9.125 -2.154
3 HB3 ALA 772 HB1 ALA 772 21.857 -9.900 0.140
4 HB1 ALA 772 HB2 ALA 772 21.323 -8.243 -0.113
5 HB2 ALA 772 HB3 ALA 772 22.808 -8.557 0.780
No H/Q in entry = 5
In of MODEL 44
1 H CYS 773 H CYS 773 21.649 -6.671 -1.716
2 HA CYS 773 HA CYS 773 23.750 -5.154 -2.865
3 HB2 CYS 773 HB2 CYS 773 21.287 -4.783 -3.275
4 HB3 CYS 773 HB3 CYS 773 21.178 -4.098 -1.658
No H/Q in entry = 4
In of MODEL 44
1 H GLY 774 H GLY 774 24.857 -3.319 -1.961
2 HA3 GLY 774 HA2 GLY 774 25.546 -1.959 -0.173
3 HA2 GLY 774 HA3 GLY 774 24.765 -3.075 0.941
No H/Q in entry = 3
In of MODEL 44
1 H ALA 775 H ALA 775 26.276 -5.050 -1.092
2 HA ALA 775 HA ALA 775 28.950 -4.863 0.012
3 HB2 ALA 775 HB1 ALA 775 27.189 -7.314 0.266
4 HB3 ALA 775 HB2 ALA 775 27.774 -6.320 1.603
5 HB1 ALA 775 HB3 ALA 775 28.910 -7.258 0.638
No H/Q in entry = 5
In of MODEL 44
1 H CYS 776 H CYS 776 30.245 -5.080 -1.728
2 HA CYS 776 HA CYS 776 29.290 -6.819 -3.847
3 HB2 CYS 776 HB2 CYS 776 30.104 -5.119 -5.515
4 HB3 CYS 776 HB3 CYS 776 28.650 -4.692 -4.627
No H/Q in entry = 4
In of MODEL 44
1 HA PRO 777 HA PRO 777 33.638 -8.037 -3.944
2 HB2 PRO 777 HB2 PRO 777 32.962 -9.412 -6.442
3 HB3 PRO 777 HB3 PRO 777 33.464 -10.125 -4.910
4 HG2 PRO 777 HG2 PRO 777 30.958 -10.397 -5.900
5 HG3 PRO 777 HG3 PRO 777 31.308 -10.367 -4.163
6 HD2 PRO 777 HD2 PRO 777 30.229 -8.202 -5.919
7 HD3 PRO 777 HD3 PRO 777 29.798 -8.653 -4.253
No H/Q in entry = 7
In of MODEL 44
1 H LEU 778 H LEU 778 35.329 -7.823 -5.757
2 HA LEU 778 HA LEU 778 34.868 -5.322 -6.988
3 HB2 LEU 778 HB2 LEU 778 37.217 -5.415 -7.870
4 HB3 LEU 778 HB3 LEU 778 37.050 -5.540 -6.145
5 HG LEU 778 HG LEU 778 38.862 -6.896 -6.889
6 HD13 LEU 778 HD11 LEU 778 38.397 -9.050 -5.992
7 HD12 LEU 778 HD12 LEU 778 36.674 -8.783 -6.136
8 HD11 LEU 778 HD13 LEU 778 37.625 -7.801 -5.011
9 HD21 LEU 778 HD21 LEU 778 36.917 -8.246 -8.710
10 HD23 LEU 778 HD22 LEU 778 38.533 -8.856 -8.362
11 HD22 LEU 778 HD23 LEU 778 38.334 -7.297 -9.170
No H/Q in entry = 11
In of MODEL 44
1 H TRP 779 H TRP 779 34.179 -8.339 -8.111
2 HA TRP 779 HA TRP 779 34.007 -7.415 -10.895
3 HB2 TRP 779 HB2 TRP 779 33.379 -9.846 -11.346
4 HB3 TRP 779 HB3 TRP 779 35.028 -9.566 -10.803
5 HD1 TRP 779 HD1 TRP 779 31.647 -10.954 -9.469
6 HE1 TRP 779 HE1 TRP 779 32.144 -12.462 -7.499
7 HE3 TRP 779 HE3 TRP 779 36.689 -10.180 -9.091
8 HZ2 TRP 779 HZ2 TRP 779 34.391 -13.245 -5.945
9 HZ3 TRP 779 HZ3 TRP 779 37.920 -11.349 -7.331
10 HH2 TRP 779 HH2 TRP 779 36.784 -12.848 -5.795
No H/Q in entry = 10
In of MODEL 44
1 H GLY 780 H GLY 780 32.303 -7.023 -8.311
2 HA3 GLY 780 HA2 GLY 780 29.734 -7.444 -9.645
3 HA2 GLY 780 HA3 GLY 780 29.939 -7.652 -7.902
No H/Q in entry = 3
In of MODEL 44
1 H LYS 781 H LYS 781 28.107 -5.857 -8.575
2 HA LYS 781 HA LYS 781 29.378 -3.374 -7.770
3 HB2 LYS 781 HB2 LYS 781 29.105 -3.748 -10.405
4 HB3 LYS 781 HB3 LYS 781 27.453 -3.282 -10.048
5 HG2 LYS 781 HG2 LYS 781 28.604 -1.332 -10.738
6 HG3 LYS 781 HG3 LYS 781 28.376 -1.197 -8.990
7 HD2 LYS 781 HD2 LYS 781 30.658 -1.931 -8.597
8 HD3 LYS 781 HD3 LYS 781 30.896 -2.195 -10.324
9 HE2 LYS 781 HE2 LYS 781 30.520 0.199 -10.710
10 HE3 LYS 781 HE3 LYS 781 30.353 0.432 -8.968
11 HZ2 LYS 781 HZ1 LYS 781 32.773 -0.567 -10.369
12 HZ1 LYS 781 HZ2 LYS 781 32.642 -0.337 -8.702
13 HZ3 LYS 781 HZ3 LYS 781 32.563 0.988 -9.750
No H/Q in entry = 13
In of MODEL 44
1 H CYS 782 H CYS 782 27.883 -2.189 -6.538
2 HA CYS 782 HA CYS 782 25.291 -3.456 -6.218
3 HB2 CYS 782 HB2 CYS 782 26.581 -1.197 -4.669
4 HB3 CYS 782 HB3 CYS 782 24.983 -1.887 -4.352
No H/Q in entry = 4
In of MODEL 44
1 H ASP 783 H ASP 783 23.398 -2.447 -6.826
2 HA ASP 783 HA ASP 783 23.444 0.207 -7.881
3 HB2 ASP 783 HB2 ASP 783 24.384 -1.356 -9.723
4 HB3 ASP 783 HB3 ASP 783 22.781 -2.077 -9.765
No H/Q in entry = 4
In of MODEL 44
1 H ALA 784 H ALA 784 21.092 0.382 -8.969
2 HA ALA 784 HA ALA 784 19.319 -0.523 -6.844
3 HB3 ALA 784 HB1 ALA 784 17.785 1.160 -7.728
4 HB2 ALA 784 HB2 ALA 784 18.893 1.475 -9.064
5 HB1 ALA 784 HB3 ALA 784 19.372 1.860 -7.412
No H/Q in entry = 5
In of MODEL 44
1 H GLU 785 H GLU 785 20.281 -2.312 -8.909
2 HA GLU 785 HA GLU 785 18.261 -2.875 -10.840
3 HB2 GLU 785 HB2 GLU 785 20.713 -3.642 -10.876
4 HB3 GLU 785 HB3 GLU 785 20.279 -4.818 -9.661
5 HG2 GLU 785 HG2 GLU 785 19.104 -4.725 -12.448
6 HG3 GLU 785 HG3 GLU 785 20.466 -5.725 -11.979
No H/Q in entry = 6
In of MODEL 44
1 H SER 786 H SER 786 19.137 -4.382 -7.737
2 HA SER 786 HA SER 786 16.408 -4.909 -7.133
3 HB2 SER 786 HB2 SER 786 16.915 -7.401 -6.866
4 HB3 SER 786 HB3 SER 786 16.776 -6.819 -8.526
5 HG SER 786 HG SER 786 18.792 -7.243 -8.862
No H/Q in entry = 5
In of MODEL 44
1 H SER 787 H SER 787 16.779 -6.666 -5.026
2 HA SER 787 HA SER 787 18.123 -5.054 -3.108
3 HB2 SER 787 HB2 SER 787 17.300 -6.977 -1.625
4 HB3 SER 787 HB3 SER 787 16.075 -6.007 -2.449
5 HG SER 787 HG SER 787 17.078 -8.553 -3.225
No H/Q in entry = 5
In of MODEL 44
1 H LYS 788 H LYS 788 19.343 -7.111 -5.265
2 HA LYS 788 HA LYS 788 21.285 -8.204 -3.426
3 HB2 LYS 788 HB2 LYS 788 21.778 -9.979 -5.007
4 HB3 LYS 788 HB3 LYS 788 20.072 -9.957 -4.625
5 HG2 LYS 788 HG2 LYS 788 19.625 -8.841 -6.772
6 HG3 LYS 788 HG3 LYS 788 21.349 -8.929 -7.147
7 HD2 LYS 788 HD2 LYS 788 21.255 -11.375 -6.952
8 HD3 LYS 788 HD3 LYS 788 19.528 -11.267 -6.612
9 HE2 LYS 788 HE2 LYS 788 19.196 -10.214 -8.809
10 HE3 LYS 788 HE3 LYS 788 20.913 -10.429 -9.150
11 HZ2 LYS 788 HZ1 LYS 788 18.967 -12.611 -8.617
12 HZ1 LYS 788 HZ2 LYS 788 20.605 -12.825 -8.901
13 HZ3 LYS 788 HZ3 LYS 788 19.621 -12.232 -10.132
No H/Q in entry = 13
In of MODEL 44
1 H CYS 789 H CYS 789 23.397 -8.678 -4.754
2 HA CYS 789 HA CYS 789 24.206 -6.049 -5.727
3 HB2 CYS 789 HB2 CYS 789 25.562 -7.033 -3.922
4 HB3 CYS 789 HB3 CYS 789 25.734 -8.521 -4.839
No H/Q in entry = 4
In of MODEL 44
1 H VAL 790 H VAL 790 25.083 -5.934 -7.827
2 HA VAL 790 HA VAL 790 24.109 -8.182 -9.410
3 HB VAL 790 HB VAL 790 22.956 -6.034 -9.854
4 HG13 VAL 790 HG11 VAL 790 24.065 -4.188 -11.010
5 HG12 VAL 790 HG12 VAL 790 25.614 -5.001 -10.787
6 HG11 VAL 790 HG13 VAL 790 24.702 -4.446 -9.384
7 HG23 VAL 790 HG21 VAL 790 23.177 -5.993 -12.308
8 HG22 VAL 790 HG22 VAL 790 23.043 -7.623 -11.659
9 HG21 VAL 790 HG23 VAL 790 24.611 -7.010 -12.178
No H/Q in entry = 9
In of MODEL 44
1 H CYS 791 H CYS 791 25.319 -9.107 -10.858
2 HA CYS 791 HA CYS 791 28.173 -8.706 -10.475
3 HB2 CYS 791 HB2 CYS 791 26.687 -10.989 -11.766
4 HB3 CYS 791 HB3 CYS 791 28.373 -10.972 -11.254
No H/Q in entry = 4
In of MODEL 44
1 H ARG 792 H ARG 792 29.456 -8.103 -12.121
2 HA ARG 792 HA ARG 792 28.116 -7.420 -14.587
3 HB2 ARG 792 HB2 ARG 792 30.635 -6.447 -13.295
4 HB3 ARG 792 HB3 ARG 792 30.322 -6.206 -15.008
5 HG2 ARG 792 HG2 ARG 792 28.476 -5.268 -12.820
6 HG3 ARG 792 HG3 ARG 792 29.721 -4.265 -13.565
7 HD2 ARG 792 HD2 ARG 792 27.670 -3.747 -14.675
8 HD3 ARG 792 HD3 ARG 792 28.615 -4.720 -15.795
9 HE ARG 792 HE ARG 792 26.374 -5.740 -14.185
10 HH11 ARG 792 HH11 ARG 792 28.301 -5.947 -17.196
11 HH12 ARG 792 HH12 ARG 792 27.143 -6.843 -18.043
12 HH21 ARG 792 HH21 ARG 792 24.768 -7.034 -15.407
13 HH22 ARG 792 HH22 ARG 792 25.124 -7.506 -16.987
No H/Q in entry = 13
In of MODEL 44
1 H GLU 793 H GLU 793 29.901 -7.450 -16.462
2 HA GLU 793 HA GLU 793 30.488 -10.281 -16.688
3 HB2 GLU 793 HB2 GLU 793 30.391 -8.031 -18.686
4 HB3 GLU 793 HB3 GLU 793 30.770 -9.699 -19.085
5 HG2 GLU 793 HG2 GLU 793 28.576 -10.416 -18.445
6 HG3 GLU 793 HG3 GLU 793 28.197 -8.815 -17.812
No H/Q in entry = 6
In of MODEL 44
1 H ALA 794 H ALA 794 32.509 -10.602 -18.129
2 HA ALA 794 HA ALA 794 34.758 -9.928 -16.588
3 HB1 ALA 794 HB1 ALA 794 34.658 -10.981 -19.411
4 HB2 ALA 794 HB2 ALA 794 34.591 -11.961 -17.950
5 HB3 ALA 794 HB3 ALA 794 36.047 -11.040 -18.328
No H/Q in entry = 5
In of MODEL 44
1 H SER 795 H SER 795 33.212 -8.350 -19.201
2 HA SER 795 HA SER 795 35.405 -6.844 -20.071
3 HB2 SER 795 HB2 SER 795 32.456 -6.386 -20.484
4 HB3 SER 795 HB3 SER 795 33.771 -5.679 -21.430
5 HG SER 795 HG SER 795 32.586 -7.887 -21.942
No H/Q in entry = 5
In of MODEL 44
1 H GLU 796 H GLU 796 33.374 -6.540 -17.312
2 HA GLU 796 HA GLU 796 33.982 -3.685 -17.062
3 HB2 GLU 796 HB2 GLU 796 32.060 -5.414 -15.513
4 HB3 GLU 796 HB3 GLU 796 32.425 -3.757 -15.079
5 HG2 GLU 796 HG2 GLU 796 30.390 -3.653 -16.231
6 HG3 GLU 796 HG3 GLU 796 31.597 -3.123 -17.388
No H/Q in entry = 6
In of MODEL 44
1 H CYS 797 H CYS 797 35.943 -5.619 -16.816
2 HA CYS 797 HA CYS 797 36.634 -6.105 -14.109
3 HB2 CYS 797 HB2 CYS 797 37.393 -7.430 -15.937
4 HB3 CYS 797 HB3 CYS 797 38.249 -6.056 -16.660
No H/Q in entry = 4
In of MODEL 44
1 H GLU 798 H GLU 798 36.612 -4.289 -12.942
2 HA GLU 798 HA GLU 798 37.982 -1.848 -13.851
3 HB2 GLU 798 HB2 GLU 798 36.243 -2.254 -11.421
4 HB3 GLU 798 HB3 GLU 798 36.852 -0.715 -12.007
5 HG2 GLU 798 HG2 GLU 798 35.554 -1.024 -14.081
6 HG3 GLU 798 HG3 GLU 798 34.904 -2.523 -13.420
No H/Q in entry = 6
In of MODEL 44
1 H GLU 799 H GLU 799 39.086 -4.398 -12.542
2 HA GLU 799 HA GLU 799 41.071 -3.049 -10.912
3 HB2 GLU 799 HB2 GLU 799 39.477 -4.065 -9.307
4 HB3 GLU 799 HB3 GLU 799 39.531 -5.580 -10.179
5 HG2 GLU 799 HG2 GLU 799 40.784 -5.572 -8.029
6 HG3 GLU 799 HG3 GLU 799 41.756 -6.016 -9.428
No H/Q in entry = 6
In of MODEL 44
1 H GLU 800 H GLU 800 43.056 -4.544 -10.896
2 HA GLU 800 HA GLU 800 43.260 -5.554 -13.580
3 HB2 GLU 800 HB2 GLU 800 45.641 -5.953 -13.053
4 HB3 GLU 800 HB3 GLU 800 45.151 -4.295 -12.750
5 HG2 GLU 800 HG2 GLU 800 44.997 -4.830 -10.348
6 HG3 GLU 800 HG3 GLU 800 45.571 -6.456 -10.702
No H/Q in entry = 6
In of MODEL 44
1 H GLY 801 H GLY 801 43.348 -6.879 -10.288
2 HA3 GLY 801 HA2 GLY 801 42.805 -8.940 -9.565
3 HA2 GLY 801 HA3 GLY 801 42.294 -9.278 -11.208
No H/Q in entry = 3
In of MODEL 44
1 H PHE 802 H PHE 802 43.704 -10.990 -9.353
2 HA PHE 802 HA PHE 802 46.232 -11.344 -10.647
3 HB2 PHE 802 HB2 PHE 802 44.755 -12.837 -8.513
4 HB3 PHE 802 HB3 PHE 802 46.152 -13.552 -9.316
5 HD1 PHE 802 HD1 PHE 802 45.026 -10.695 -7.278
6 HD2 PHE 802 HD2 PHE 802 48.319 -12.889 -8.811
7 HE1 PHE 802 HE1 PHE 802 46.545 -9.438 -5.832
8 HE2 PHE 802 HE2 PHE 802 49.820 -11.680 -7.367
9 HZ PHE 802 HZ PHE 802 48.952 -9.926 -5.857
No H/Q in entry = 9
In of MODEL 44
1 H SER 803 H SER 803 46.714 -12.788 -12.140
2 HA SER 803 HA SER 803 44.499 -13.949 -13.574
3 HB2 SER 803 HB2 SER 803 47.460 -14.144 -14.153
4 HB3 SER 803 HB3 SER 803 46.109 -14.438 -15.267
5 HG SER 803 HG SER 803 45.648 -12.096 -14.366
No H/Q in entry = 5
In of MODEL 44
1 H ILE 804 H ILE 804 43.880 -15.931 -13.244
2 HA ILE 804 HA ILE 804 45.645 -17.683 -11.722
3 HB ILE 804 HB ILE 804 43.809 -18.556 -10.407
4 HG12 ILE 804 HG12 ILE 804 41.946 -18.306 -12.053
5 HG13 ILE 804 HG13 ILE 804 41.523 -17.737 -10.449
6 HG23 ILE 804 HG21 ILE 804 44.921 -16.635 -9.489
7 HG22 ILE 804 HG22 ILE 804 43.207 -16.586 -9.058
8 HG21 ILE 804 HG23 ILE 804 43.825 -15.558 -10.353
9 HD11 ILE 804 HD11 ILE 804 41.874 -15.411 -11.243
10 HD13 ILE 804 HD12 ILE 804 40.585 -16.274 -12.065
11 HD12 ILE 804 HD13 ILE 804 42.130 -16.048 -12.874
No H/Q in entry = 11
In of MODEL 44
1 H CYS 805 H CYS 805 44.807 -20.042 -11.845
2 HA CYS 805 HA CYS 805 44.388 -20.522 -14.696
3 HB2 CYS 805 HB2 CYS 805 46.475 -21.427 -13.685
4 HB3 CYS 805 HB3 CYS 805 45.494 -22.377 -12.567
No H/Q in entry = 4
In of MODEL 44
1 H VAL 806 H VAL 806 42.377 -21.075 -15.251
2 HA VAL 806 HA VAL 806 40.831 -22.634 -13.310
3 HB VAL 806 HB VAL 806 39.744 -20.367 -14.990
4 HG12 VAL 806 HG11 VAL 806 37.705 -20.651 -13.674
5 HG11 VAL 806 HG12 VAL 806 38.380 -22.137 -12.979
6 HG13 VAL 806 HG13 VAL 806 38.068 -22.030 -14.709
7 HG22 VAL 806 HG21 VAL 806 41.034 -19.452 -13.260
8 HG21 VAL 806 HG22 VAL 806 40.311 -20.506 -12.051
9 HG23 VAL 806 HG23 VAL 806 39.339 -19.236 -12.817
No H/Q in entry = 9
In of MODEL 44
1 H GLU 807 H GLU 807 39.888 -24.331 -14.141
2 HA GLU 807 HA GLU 807 40.263 -24.889 -16.930
3 HB2 GLU 807 HB2 GLU 807 40.621 -26.612 -15.141
4 HB3 GLU 807 HB3 GLU 807 38.895 -26.555 -14.812
5 HG2 GLU 807 HG2 GLU 807 38.420 -27.269 -17.052
6 HG3 GLU 807 HG3 GLU 807 40.160 -27.295 -17.415
No H/Q in entry = 6
In of MODEL 44
1 H VAL 808 H VAL 808 38.914 -24.502 -18.390
2 HA VAL 808 HA VAL 808 36.063 -24.397 -17.922
3 HB VAL 808 HB VAL 808 36.908 -22.063 -17.669
4 HG11 VAL 808 HG11 VAL 808 38.880 -22.133 -19.026
5 HG13 VAL 808 HG12 VAL 808 37.826 -20.826 -19.563
6 HG12 VAL 808 HG13 VAL 808 37.907 -22.332 -20.483
7 HG23 VAL 808 HG21 VAL 808 35.446 -20.976 -19.310
8 HG22 VAL 808 HG22 VAL 808 34.675 -22.352 -18.517
9 HG21 VAL 808 HG23 VAL 808 35.298 -22.512 -20.167
No H/Q in entry = 9
In of MODEL 44
1 H ASN 809 H ASN 809 35.007 -25.167 -19.816
2 HA ASN 809 HA ASN 809 34.757 -26.117 -21.884
3 HB2 ASN 809 HB2 ASN 809 37.013 -24.269 -22.350
4 HB3 ASN 809 HB3 ASN 809 36.681 -25.443 -23.630
5 HD21 ASN 809 HD21 ASN 809 35.884 -22.499 -22.152
6 HD22 ASN 809 HD22 ASN 809 34.522 -22.079 -23.129
No H/Q in entry = 6
In of MODEL 44
1 H GLY 810 H GLY 810 36.819 -27.147 -19.775
2 HA3 GLY 810 HA2 GLY 810 37.576 -29.385 -19.714
3 HA2 GLY 810 HA3 GLY 810 37.724 -29.329 -21.474
No H/Q in entry = 3
In of MODEL 44
1 H LYS 811 H LYS 811 38.998 -26.508 -20.671
2 HA LYS 811 HA LYS 811 41.670 -27.670 -20.339
3 HB2 LYS 811 HB2 LYS 811 42.509 -25.914 -21.851
4 HB3 LYS 811 HB3 LYS 811 41.434 -27.061 -22.632
5 HG2 LYS 811 HG2 LYS 811 39.589 -25.408 -22.393
6 HG3 LYS 811 HG3 LYS 811 40.768 -24.256 -21.769
7 HD2 LYS 811 HD2 LYS 811 40.876 -25.598 -24.450
8 HD3 LYS 811 HD3 LYS 811 40.314 -23.949 -24.169
9 HE2 LYS 811 HE2 LYS 811 42.560 -23.382 -23.261
10 HE3 LYS 811 HE3 LYS 811 43.083 -25.022 -23.627
11 HZ1 LYS 811 HZ1 LYS 811 42.137 -23.071 -25.645
12 HZ3 LYS 811 HZ2 LYS 811 42.741 -24.608 -25.969
13 HZ2 LYS 811 HZ3 LYS 811 43.739 -23.421 -25.326
No H/Q in entry = 13
In of MODEL 44
1 H GLU 812 H GLU 812 43.202 -26.432 -19.263
2 HA GLU 812 HA GLU 812 42.106 -24.627 -17.305
3 HB2 GLU 812 HB2 GLU 812 44.896 -25.662 -17.748
4 HB3 GLU 812 HB3 GLU 812 44.428 -24.604 -16.426
5 HG2 GLU 812 HG2 GLU 812 42.927 -26.302 -15.574
6 HG3 GLU 812 HG3 GLU 812 43.341 -27.360 -16.923
No H/Q in entry = 6
In of MODEL 44
1 H GLN 813 H GLN 813 41.595 -22.759 -18.166
2 HA GLN 813 HA GLN 813 43.562 -21.435 -19.854
3 HB2 GLN 813 HB2 GLN 813 41.325 -21.590 -20.760
4 HB3 GLN 813 HB3 GLN 813 40.642 -20.821 -19.326
5 HG2 GLN 813 HG2 GLN 813 41.855 -18.819 -19.835
6 HG3 GLN 813 HG3 GLN 813 42.542 -19.554 -21.288
7 HE21 GLN 813 HE21 GLN 813 39.790 -18.060 -19.880
8 HE22 GLN 813 HE22 GLN 813 38.823 -17.994 -21.305
No H/Q in entry = 8
In of MODEL 44
1 H THR 814 H THR 814 44.323 -19.450 -19.323
2 HA THR 814 HA THR 814 44.282 -18.826 -16.484
3 HB THR 814 HB THR 814 45.706 -17.559 -18.741
4 HG1 THR 814 HG1 THR 814 45.872 -19.944 -17.887
5 HG21 THR 814 HG21 THR 814 45.680 -16.213 -16.702
6 HG23 THR 814 HG22 THR 814 47.314 -16.823 -16.975
7 HG22 THR 814 HG23 THR 814 46.279 -17.580 -15.765
No H/Q in entry = 7
In of MODEL 44
1 H MET 815 H MET 815 42.954 -17.344 -15.809
2 HA MET 815 HA MET 815 41.960 -15.410 -17.721
3 HB2 MET 815 HB2 MET 815 39.695 -15.701 -16.642
4 HB3 MET 815 HB3 MET 815 40.242 -16.996 -17.694
5 HG2 MET 815 HG2 MET 815 40.953 -18.244 -15.804
6 HG3 MET 815 HG3 MET 815 40.366 -17.001 -14.702
7 HE2 MET 815 HE1 MET 815 37.643 -19.573 -17.399
8 HE1 MET 815 HE2 MET 815 39.399 -19.738 -17.245
9 HE3 MET 815 HE3 MET 815 38.713 -18.317 -18.031
No H/Q in entry = 9
In of MODEL 44
1 H SER 816 H SER 816 40.769 -13.699 -16.582
2 HA SER 816 HA SER 816 42.532 -12.688 -14.548
3 HB2 SER 816 HB2 SER 816 40.088 -11.444 -15.811
4 HB3 SER 816 HB3 SER 816 41.343 -10.616 -14.890
5 HG SER 816 HG SER 816 42.234 -10.362 -16.747
No H/Q in entry = 5
In of MODEL 44
1 H GLU 817 H GLU 817 41.892 -11.969 -12.578
2 HA GLU 817 HA GLU 817 40.391 -13.498 -10.902
3 HB2 GLU 817 HB2 GLU 817 42.125 -11.800 -10.409
4 HB3 GLU 817 HB3 GLU 817 40.916 -10.584 -10.761
5 HG2 GLU 817 HG2 GLU 817 39.674 -11.105 -8.876
6 HG3 GLU 817 HG3 GLU 817 40.638 -12.578 -8.562
No H/Q in entry = 6
In of MODEL 44
1 H CYS 818 H CYS 818 39.440 -10.305 -12.223
2 HA CYS 818 HA CYS 818 36.852 -10.286 -11.197
3 HB2 CYS 818 HB2 CYS 818 37.818 -8.948 -13.727
4 HB3 CYS 818 HB3 CYS 818 36.366 -8.527 -12.826
No H/Q in entry = 4
In of MODEL 44
1 H GLU 819 H GLU 819 38.142 -11.538 -14.171
2 HA GLU 819 HA GLU 819 35.789 -12.082 -15.585
3 HB2 GLU 819 HB2 GLU 819 38.049 -11.935 -16.523
4 HB3 GLU 819 HB3 GLU 819 38.510 -13.362 -15.630
5 HG2 GLU 819 HG2 GLU 819 37.204 -14.727 -17.034
6 HG3 GLU 819 HG3 GLU 819 36.428 -13.323 -17.782
No H/Q in entry = 6
In of MODEL 44
1 H ALA 820 H ALA 820 37.934 -14.264 -13.789
2 HA ALA 820 HA ALA 820 36.319 -16.521 -13.945
3 HB1 ALA 820 HB1 ALA 820 38.683 -16.615 -13.390
4 HB2 ALA 820 HB2 ALA 820 37.719 -17.454 -12.172
5 HB3 ALA 820 HB3 ALA 820 38.357 -15.842 -11.840
No H/Q in entry = 5
In of MODEL 44
1 H GLY 821 H GLY 821 36.416 -13.922 -11.598
2 HA3 GLY 821 HA2 GLY 821 34.700 -15.119 -9.682
3 HA2 GLY 821 HA3 GLY 821 35.085 -13.409 -9.808
No H/Q in entry = 3
In of MODEL 44
1 H ALA 822 H ALA 822 34.139 -12.708 -12.238
2 HA ALA 822 HA ALA 822 31.408 -12.355 -11.784
3 HB2 ALA 822 HB1 ALA 822 32.784 -10.831 -13.137
4 HB3 ALA 822 HB2 ALA 822 31.325 -11.357 -13.969
5 HB1 ALA 822 HB3 ALA 822 32.887 -12.065 -14.399
No H/Q in entry = 5
In of MODEL 44
1 H LEU 823 H LEU 823 33.155 -14.604 -13.810
2 HA LEU 823 HA LEU 823 30.978 -15.794 -15.109
3 HB2 LEU 823 HB2 LEU 823 33.661 -16.907 -14.320
4 HB3 LEU 823 HB3 LEU 823 32.526 -17.794 -15.312
5 HG LEU 823 HG LEU 823 33.753 -15.140 -16.045
6 HD13 LEU 823 HD11 LEU 823 35.062 -16.403 -17.656
7 HD12 LEU 823 HD12 LEU 823 34.394 -17.915 -17.028
8 HD11 LEU 823 HD13 LEU 823 35.420 -16.900 -16.007
9 HD21 LEU 823 HD21 LEU 823 31.974 -17.049 -17.560
10 HD23 LEU 823 HD22 LEU 823 32.842 -15.700 -18.287
11 HD22 LEU 823 HD23 LEU 823 31.598 -15.392 -17.079
No H/Q in entry = 11
In of MODEL 44
1 H ARG 824 H ARG 824 32.425 -16.445 -11.997
2 HA ARG 824 HA ARG 824 30.906 -18.805 -11.475
3 HB2 ARG 824 HB2 ARG 824 33.116 -17.906 -10.458
4 HB3 ARG 824 HB3 ARG 824 32.057 -17.026 -9.379
5 HG2 ARG 824 HG2 ARG 824 31.233 -18.960 -8.379
6 HG3 ARG 824 HG3 ARG 824 31.802 -20.004 -9.681
7 HD2 ARG 824 HD2 ARG 824 33.439 -18.542 -7.626
8 HD3 ARG 824 HD3 ARG 824 33.361 -20.298 -7.897
9 HE ARG 824 HE ARG 824 34.214 -19.296 -10.235
10 HH11 ARG 824 HH11 ARG 824 35.483 -19.362 -6.980
11 HH12 ARG 824 HH12 ARG 824 36.975 -18.686 -7.332
12 HH21 ARG 824 HH21 ARG 824 36.257 -18.286 -10.820
13 HH22 ARG 824 HH22 ARG 824 37.456 -18.057 -9.622
No H/Q in entry = 13
In of MODEL 44
1 H CYS 825 H CYS 825 30.648 -15.417 -10.772
2 HA CYS 825 HA CYS 825 28.418 -15.459 -9.123
3 HB2 CYS 825 HB2 CYS 825 29.711 -13.428 -10.837
4 HB3 CYS 825 HB3 CYS 825 28.225 -13.040 -9.998
No H/Q in entry = 4
In of MODEL 44
1 H ARG 826 H ARG 826 28.652 -15.101 -12.680
2 HA ARG 826 HA ARG 826 25.849 -14.797 -12.976
3 HB2 ARG 826 HB2 ARG 826 26.216 -15.342 -15.392
4 HB3 ARG 826 HB3 ARG 826 27.155 -13.956 -14.807
5 HG2 ARG 826 HG2 ARG 826 29.107 -15.272 -14.859
6 HG3 ARG 826 HG3 ARG 826 28.187 -16.744 -15.193
7 HD2 ARG 826 HD2 ARG 826 28.324 -14.326 -17.007
8 HD3 ARG 826 HD3 ARG 826 29.234 -15.822 -17.230
9 HE ARG 826 HE ARG 826 26.543 -16.467 -16.973
10 HH11 ARG 826 HH11 ARG 826 28.604 -14.869 -19.417
11 HH12 ARG 826 HH12 ARG 826 27.572 -15.345 -20.690
12 HH21 ARG 826 HH21 ARG 826 25.200 -17.055 -18.782
13 HH22 ARG 826 HH22 ARG 826 25.685 -16.572 -20.343
No H/Q in entry = 13
In of MODEL 44
1 H GLY 827 H GLY 827 27.899 -17.537 -12.822
2 HA3 GLY 827 HA2 GLY 827 26.769 -19.625 -12.110
3 HA2 GLY 827 HA3 GLY 827 25.500 -19.222 -13.259
No H/Q in entry = 3
In of MODEL 44
1 H GLN 828 H GLN 828 28.610 -18.561 -14.359
2 HA GLN 828 HA GLN 828 28.576 -20.613 -16.341
3 HB2 GLN 828 HB2 GLN 828 29.674 -18.444 -16.708
4 HB3 GLN 828 HB3 GLN 828 30.814 -18.805 -15.422
5 HG2 GLN 828 HG2 GLN 828 31.800 -19.134 -17.655
6 HG3 GLN 828 HG3 GLN 828 31.737 -20.627 -16.715
7 HE21 GLN 828 HE21 GLN 828 30.335 -18.882 -19.369
8 HE22 GLN 828 HE22 GLN 828 29.578 -20.245 -20.099
No H/Q in entry = 8
In of MODEL 44
1 H SER 829 H SER 829 29.889 -22.483 -16.459
2 HA SER 829 HA SER 829 30.596 -23.567 -13.862
3 HB2 SER 829 HB2 SER 829 30.537 -24.873 -16.594
4 HB3 SER 829 HB3 SER 829 30.794 -25.710 -15.062
5 HG SER 829 HG SER 829 28.486 -24.141 -15.559
No H/Q in entry = 5
In of MODEL 44
1 H ILE 830 H ILE 830 32.541 -23.108 -13.135
2 HA ILE 830 HA ILE 830 34.841 -23.381 -14.897
3 HB ILE 830 HB ILE 830 35.966 -21.472 -13.982
4 HG12 ILE 830 HG12 ILE 830 34.893 -21.405 -11.693
5 HG13 ILE 830 HG13 ILE 830 34.991 -19.812 -12.382
6 HG23 ILE 830 HG21 ILE 830 34.747 -21.025 -15.969
7 HG22 ILE 830 HG22 ILE 830 34.654 -19.597 -14.932
8 HG21 ILE 830 HG23 ILE 830 33.280 -20.699 -15.047
9 HD12 ILE 830 HD11 ILE 830 32.560 -21.560 -12.198
10 HD11 ILE 830 HD12 ILE 830 32.623 -20.016 -13.048
11 HD13 ILE 830 HD13 ILE 830 32.913 -20.075 -11.312
No H/Q in entry = 11
In of MODEL 44
1 H SER 831 H SER 831 36.711 -24.087 -13.844
2 HA SER 831 HA SER 831 36.359 -24.835 -11.057
3 HB2 SER 831 HB2 SER 831 37.401 -26.417 -13.372
4 HB3 SER 831 HB3 SER 831 37.627 -26.911 -11.706
5 HG SER 831 HG SER 831 35.215 -26.598 -11.629
No H/Q in entry = 5
In of MODEL 44
1 H VAL 832 H VAL 832 37.705 -23.380 -10.141
2 HA VAL 832 HA VAL 832 40.138 -22.470 -11.285
3 HB VAL 832 HB VAL 832 39.235 -22.393 -8.395
4 HG13 VAL 832 HG11 VAL 832 40.839 -20.529 -8.142
5 HG12 VAL 832 HG12 VAL 832 41.370 -20.768 -9.805
6 HG11 VAL 832 HG13 VAL 832 41.655 -22.025 -8.600
7 HG22 VAL 832 HG21 VAL 832 38.525 -20.112 -8.855
8 HG21 VAL 832 HG22 VAL 832 37.672 -21.266 -9.879
9 HG23 VAL 832 HG23 VAL 832 38.982 -20.297 -10.544
No H/Q in entry = 9
In of MODEL 44
1 H THR 833 H THR 833 41.761 -23.849 -11.677
2 HA THR 833 HA THR 833 42.069 -26.132 -10.013
3 HB THR 833 HB THR 833 43.948 -26.678 -11.604
4 HG1 THR 833 HG1 THR 833 44.219 -25.397 -13.402
5 HG21 THR 833 HG21 THR 833 41.256 -26.069 -12.854
6 HG23 THR 833 HG22 THR 833 41.697 -27.562 -12.027
7 HG22 THR 833 HG23 THR 833 42.472 -27.132 -13.549
No H/Q in entry = 7
In of MODEL 44
1 H SER 834 H SER 834 43.671 -23.060 -10.539
2 HA SER 834 HA SER 834 45.070 -23.343 -8.032
3 HB2 SER 834 HB2 SER 834 46.610 -23.002 -10.612
4 HB3 SER 834 HB3 SER 834 47.302 -22.907 -9.000
5 HG SER 834 HG SER 834 45.878 -25.142 -9.248
No H/Q in entry = 5
In of MODEL 44
1 H ILE 835 H ILE 835 45.942 -21.324 -7.272
2 HA ILE 835 HA ILE 835 44.575 -18.964 -8.352
3 HB ILE 835 HB ILE 835 45.411 -17.851 -6.287
4 HG12 ILE 835 HG12 ILE 835 46.020 -19.402 -4.367
5 HG13 ILE 835 HG13 ILE 835 46.384 -20.624 -5.566
6 HG23 ILE 835 HG21 ILE 835 43.210 -18.684 -6.382
7 HG22 ILE 835 HG22 ILE 835 43.903 -19.019 -4.777
8 HG21 ILE 835 HG23 ILE 835 43.782 -20.309 -5.982
9 HD11 ILE 835 HD11 ILE 835 48.113 -19.147 -6.484
10 HD13 ILE 835 HD12 ILE 835 48.356 -19.549 -4.773
11 HD12 ILE 835 HD13 ILE 835 47.714 -17.969 -5.225
No H/Q in entry = 11
In of MODEL 44
1 H ARG 836 H ARG 836 47.304 -20.461 -9.011
2 HA ARG 836 HA ARG 836 48.626 -17.973 -9.751
3 HB2 ARG 836 HB2 ARG 836 50.671 -19.387 -10.194
4 HB3 ARG 836 HB3 ARG 836 50.129 -19.461 -8.535
5 HG2 ARG 836 HG2 ARG 836 50.756 -21.642 -9.066
6 HG3 ARG 836 HG3 ARG 836 48.996 -21.635 -9.155
7 HD2 ARG 836 HD2 ARG 836 49.163 -21.390 -11.596
8 HD3 ARG 836 HD3 ARG 836 50.914 -21.510 -11.466
9 HE ARG 836 HE ARG 836 50.032 -23.708 -10.194
10 HH11 ARG 836 HH11 ARG 836 49.502 -22.369 -13.436
11 HH12 ARG 836 HH12 ARG 836 49.192 -23.912 -14.130
12 HH21 ARG 836 HH21 ARG 836 49.591 -25.810 -11.221
13 HH22 ARG 836 HH22 ARG 836 49.268 -25.826 -12.893
No H/Q in entry = 13
In of MODEL 44
1 HA PRO 837 HA PRO 837 47.199 -18.550 -13.839
2 HB2 PRO 837 HB2 PRO 837 49.148 -17.448 -15.354
3 HB3 PRO 837 HB3 PRO 837 48.082 -16.483 -14.325
4 HG2 PRO 837 HG2 PRO 837 50.871 -17.416 -13.818
5 HG3 PRO 837 HG3 PRO 837 50.140 -15.829 -13.495
6 HD2 PRO 837 HD2 PRO 837 50.504 -17.715 -11.575
7 HD3 PRO 837 HD3 PRO 837 49.179 -16.537 -11.534
No H/Q in entry = 7
In of MODEL 44
1 H CYS 838 H CYS 838 47.652 -19.533 -15.962
2 HA CYS 838 HA CYS 838 49.594 -21.704 -15.769
3 HB2 CYS 838 HB2 CYS 838 47.212 -22.401 -16.042
4 HB3 CYS 838 HB3 CYS 838 47.106 -21.406 -17.486
No H/Q in entry = 4
In of MODEL 44
1 H ALA 839 H ALA 839 50.347 -22.219 -18.260
2 HA ALA 839 HA ALA 839 51.321 -19.716 -19.321
3 HB1 ALA 839 HB1 ALA 839 52.805 -21.653 -19.160
4 HB3 ALA 839 HB2 ALA 839 52.640 -21.108 -20.831
5 HB2 ALA 839 HB3 ALA 839 51.770 -22.539 -20.279
No H/Q in entry = 5
In of MODEL 44
1 H ALA 840 H ALA 840 48.465 -20.849 -19.506
2 HA ALA 840 HA ALA 840 47.774 -21.180 -22.213
3 HB2 ALA 840 HB1 ALA 840 46.244 -21.780 -20.380
4 HB3 ALA 840 HB2 ALA 840 45.470 -20.681 -21.518
5 HB1 ALA 840 HB3 ALA 840 46.070 -20.075 -19.977
No H/Q in entry = 5
In of MODEL 44
1 H GLU 841 H GLU 841 47.919 -18.428 -20.134
2 HA GLU 841 HA GLU 841 47.529 -16.194 -20.436
3 HB2 GLU 841 HB2 GLU 841 49.751 -16.668 -22.437
4 HB3 GLU 841 HB3 GLU 841 49.381 -15.128 -21.669
5 HG2 GLU 841 HG2 GLU 841 49.809 -16.228 -19.454
6 HG3 GLU 841 HG3 GLU 841 50.381 -17.635 -20.337
No H/Q in entry = 6
In of MODEL 44
1 H THR 842 H THR 842 45.514 -15.963 -21.126
2 HA THR 842 HA THR 842 44.681 -16.421 -23.766
3 HB THR 842 HB THR 842 43.264 -14.862 -21.605
4 HG1 THR 842 HG1 THR 842 42.903 -16.717 -20.631
5 HG22 THR 842 HG21 THR 842 42.251 -16.609 -23.870
6 HG21 THR 842 HG22 THR 842 42.216 -14.848 -23.856
7 HG23 THR 842 HG23 THR 842 41.248 -15.757 -22.696
No H/Q in entry = 7
In of MODEL 44
1 H GLN 843 H GLN 843 44.643 -15.099 -25.442
2 HA GLN 843 HA GLN 843 44.560 -12.243 -25.074
3 HB2 GLN 843 HB2 GLN 843 46.990 -12.897 -25.379
4 HB3 GLN 843 HB3 GLN 843 46.544 -13.573 -26.939
5 HG2 GLN 843 HG2 GLN 843 47.482 -11.380 -27.250
6 HG3 GLN 843 HG3 GLN 843 45.771 -11.366 -27.670
7 HE21 GLN 843 HE21 GLN 843 47.010 -11.344 -24.379
8 HE22 GLN 843 HE22 GLN 843 46.483 -9.757 -23.997
No H/Q in entry = 8
In of MODEL 45
1 H1 GLY 689 H3 GLY 689 52.806 2.057 -26.105
2 H2 GLY 689 H2 GLY 689 52.745 0.529 -26.827
3 H3 GLY 689 H1 GLY 689 52.438 1.931 -27.726
4 HA2 GLY 689 HA2 GLY 689 50.767 0.865 -25.548
5 HA3 GLY 689 HA3 GLY 689 50.355 0.910 -27.258
No H/Q in entry = 5
In of MODEL 45
1 H SER 690 H SER 690 49.425 2.747 -28.085
2 HA SER 690 HA SER 690 49.695 5.191 -26.597
3 HB2 SER 690 HB2 SER 690 48.211 4.624 -29.176
4 HB3 SER 690 HB3 SER 690 48.547 6.219 -28.502
5 HG SER 690 HG SER 690 50.588 6.067 -29.045
No H/Q in entry = 5
In of MODEL 45
1 H HIS 691 H HIS 691 48.606 4.819 -24.728
2 HA HIS 691 HA HIS 691 46.928 5.021 -23.270
3 HB2 HIS 691 HB2 HIS 691 45.364 5.887 -25.693
4 HB3 HIS 691 HB3 HIS 691 44.642 5.821 -24.092
5 HD1 HIS 691 HD1 HIS 691 44.647 8.508 -25.304
6 HD2 HIS 691 HD2 HIS 691 47.915 7.109 -23.170
7 HE1 HIS 691 HE1 HIS 691 45.896 10.556 -24.540
8 HE2 HIS 691 HE2 HIS 691 47.775 9.678 -23.135
No H/Q in entry = 8
In of MODEL 45
1 H MET 692 H MET 692 47.232 2.521 -25.048
2 HA MET 692 HA MET 692 44.715 1.208 -24.336
3 HB2 MET 692 HB2 MET 692 45.770 0.699 -26.533
4 HB3 MET 692 HB3 MET 692 47.181 0.083 -25.694
5 HG2 MET 692 HG2 MET 692 45.726 -1.719 -26.509
6 HG3 MET 692 HG3 MET 692 45.889 -1.733 -24.756
7 HE3 MET 692 HE1 MET 692 42.125 -0.138 -26.924
8 HE2 MET 692 HE2 MET 692 43.530 -0.774 -27.776
9 HE1 MET 692 HE3 MET 692 43.654 0.737 -26.877
No H/Q in entry = 9
In of MODEL 45
1 H ASN 693 H ASN 693 47.956 1.565 -23.286
2 HA ASN 693 HA ASN 693 47.402 0.434 -20.776
3 HB2 ASN 693 HB2 ASN 693 49.267 -1.192 -20.772
4 HB3 ASN 693 HB3 ASN 693 48.079 -1.636 -21.980
5 HD21 ASN 693 HD21 ASN 693 50.825 -2.426 -21.742
6 HD22 ASN 693 HD22 ASN 693 51.636 -1.950 -23.181
No H/Q in entry = 6
In of MODEL 45
1 HA PRO 694 HA PRO 694 50.193 3.744 -20.107
2 HB2 PRO 694 HB2 PRO 694 50.834 3.408 -17.513
3 HB3 PRO 694 HB3 PRO 694 49.218 3.898 -18.025
4 HG2 PRO 694 HG2 PRO 694 50.194 1.236 -17.118
5 HG3 PRO 694 HG3 PRO 694 48.623 2.003 -16.850
6 HD2 PRO 694 HD2 PRO 694 49.161 0.053 -18.770
7 HD3 PRO 694 HD3 PRO 694 47.770 1.152 -18.781
No H/Q in entry = 7
In of MODEL 45
1 H LEU 695 H LEU 695 52.135 3.789 -21.027
2 HA LEU 695 HA LEU 695 54.125 1.814 -20.241
3 HB2 LEU 695 HB2 LEU 695 54.126 3.817 -22.504
4 HB3 LEU 695 HB3 LEU 695 55.574 2.962 -22.030
5 HG LEU 695 HG LEU 695 54.659 1.914 -23.966
6 HD12 LEU 695 HD11 LEU 695 54.114 0.191 -21.567
7 HD11 LEU 695 HD12 LEU 695 55.669 0.432 -22.364
8 HD13 LEU 695 HD13 LEU 695 54.351 -0.366 -23.222
9 HD22 LEU 695 HD21 LEU 695 52.359 2.640 -23.817
10 HD21 LEU 695 HD22 LEU 695 52.101 1.598 -22.417
11 HD23 LEU 695 HD23 LEU 695 52.435 0.888 -23.998
No H/Q in entry = 11
In of MODEL 45
1 H THR 696 H THR 696 54.710 2.388 -18.286
2 HA THR 696 HA THR 696 55.401 5.105 -17.733
3 HB THR 696 HB THR 696 54.289 3.720 -16.007
4 HG1 THR 696 HG1 THR 696 55.216 4.873 -14.632
5 HG22 THR 696 HG21 THR 696 55.549 1.997 -14.780
6 HG21 THR 696 HG22 THR 696 56.879 2.163 -15.928
7 HG23 THR 696 HG23 THR 696 55.318 1.551 -16.472
No H/Q in entry = 7
In of MODEL 45
1 H GLN 697 H GLN 697 57.422 5.899 -17.363
2 HA GLN 697 HA GLN 697 59.514 4.882 -18.939
3 HB2 GLN 697 HB2 GLN 697 59.499 6.989 -16.853
4 HB3 GLN 697 HB3 GLN 697 60.857 6.657 -17.920
5 HG2 GLN 697 HG2 GLN 697 59.267 7.014 -19.846
6 HG3 GLN 697 HG3 GLN 697 58.127 7.655 -18.660
7 HE21 GLN 697 HE21 GLN 697 60.267 8.707 -17.029
8 HE22 GLN 697 HE22 GLN 697 60.879 10.066 -17.863
No H/Q in entry = 8
In of MODEL 45
1 H ALA 698 H ALA 698 59.045 4.979 -15.527
2 HA ALA 698 HA ALA 698 61.321 3.188 -15.200
3 HB1 ALA 698 HB1 ALA 698 61.211 5.099 -13.655
4 HB2 ALA 698 HB2 ALA 698 61.095 3.563 -12.792
5 HB3 ALA 698 HB3 ALA 698 59.650 4.532 -13.072
No H/Q in entry = 5
In of MODEL 45
1 H VAL 699 H VAL 699 60.377 1.484 -16.192
2 HA VAL 699 HA VAL 699 57.976 0.367 -15.098
3 HB VAL 699 HB VAL 699 58.263 0.238 -17.513
4 HG13 VAL 699 HG11 VAL 699 60.658 0.166 -17.713
5 HG12 VAL 699 HG12 VAL 699 59.941 -1.186 -18.590
6 HG11 VAL 699 HG13 VAL 699 60.696 -1.455 -17.020
7 HG23 VAL 699 HG21 VAL 699 57.830 -2.156 -17.894
8 HG22 VAL 699 HG22 VAL 699 56.942 -1.519 -16.509
9 HG21 VAL 699 HG23 VAL 699 58.385 -2.502 -16.255
No H/Q in entry = 9
In of MODEL 45
1 HA PRO 700 HA PRO 700 60.372 -1.843 -12.126
2 HB2 PRO 700 HB2 PRO 700 58.337 -2.750 -10.647
3 HB3 PRO 700 HB3 PRO 700 58.808 -1.047 -10.649
4 HG2 PRO 700 HG2 PRO 700 56.541 -2.387 -12.050
5 HG3 PRO 700 HG3 PRO 700 56.581 -0.807 -11.250
6 HD2 PRO 700 HD2 PRO 700 56.802 -1.201 -13.973
7 HD3 PRO 700 HD3 PRO 700 57.383 0.234 -13.105
No H/Q in entry = 7
In of MODEL 45
1 H LYS 701 H LYS 701 61.023 -3.866 -11.777
2 HA LYS 701 HA LYS 701 60.000 -5.980 -13.503
3 HB2 LYS 701 HB2 LYS 701 62.444 -5.792 -11.737
4 HB3 LYS 701 HB3 LYS 701 62.067 -7.159 -12.769
5 HG2 LYS 701 HG2 LYS 701 62.472 -4.369 -13.756
6 HG3 LYS 701 HG3 LYS 701 63.769 -5.573 -13.687
7 HD2 LYS 701 HD2 LYS 701 62.377 -7.018 -15.183
8 HD3 LYS 701 HD3 LYS 701 61.217 -5.694 -15.308
9 HE2 LYS 701 HE2 LYS 701 62.905 -4.262 -16.295
10 HE3 LYS 701 HE3 LYS 701 64.122 -5.520 -16.092
11 HZ2 LYS 701 HZ1 LYS 701 63.285 -5.418 -18.343
12 HZ1 LYS 701 HZ2 LYS 701 61.716 -5.746 -17.831
13 HZ3 LYS 701 HZ3 LYS 701 62.940 -6.899 -17.644
No H/Q in entry = 13
In of MODEL 45
1 H CYS 702 H CYS 702 58.228 -5.382 -11.573
2 HA CYS 702 HA CYS 702 58.617 -7.353 -9.430
3 HB2 CYS 702 HB2 CYS 702 56.499 -6.270 -8.532
4 HB3 CYS 702 HB3 CYS 702 57.952 -5.366 -8.284
No H/Q in entry = 4
In of MODEL 45
1 H GLN 703 H GLN 703 57.287 -8.973 -9.136
2 HA GLN 703 HA GLN 703 55.433 -9.711 -11.232
3 HB2 GLN 703 HB2 GLN 703 55.838 -10.962 -8.514
4 HB3 GLN 703 HB3 GLN 703 55.129 -11.708 -9.934
5 HG2 GLN 703 HG2 GLN 703 58.024 -10.973 -9.522
6 HG3 GLN 703 HG3 GLN 703 57.340 -12.592 -9.598
7 HE21 GLN 703 HE21 GLN 703 58.424 -9.865 -11.381
8 HE22 GLN 703 HE22 GLN 703 58.320 -10.562 -12.948
No H/Q in entry = 8
In of MODEL 45
1 H ARG 704 H ARG 704 53.214 -10.594 -10.150
2 HA ARG 704 HA ARG 704 51.953 -8.103 -9.568
3 HB2 ARG 704 HB2 ARG 704 50.799 -10.869 -9.877
4 HB3 ARG 704 HB3 ARG 704 49.819 -9.417 -9.654
5 HG2 ARG 704 HG2 ARG 704 50.554 -8.471 -11.636
6 HG3 ARG 704 HG3 ARG 704 51.865 -9.657 -11.813
7 HD2 ARG 704 HD2 ARG 704 50.098 -11.358 -12.161
8 HD3 ARG 704 HD3 ARG 704 48.901 -10.048 -12.145
9 HE ARG 704 HE ARG 704 50.835 -9.283 -13.938
10 HH11 ARG 704 HH11 ARG 704 48.614 -12.013 -13.754
11 HH12 ARG 704 HH12 ARG 704 48.510 -12.186 -15.426
12 HH21 ARG 704 HH21 ARG 704 50.709 -9.568 -16.208
13 HH22 ARG 704 HH22 ARG 704 49.708 -10.812 -16.846
No H/Q in entry = 13
In of MODEL 45
1 H TRP 705 H TRP 705 53.185 -10.485 -7.554
2 HA TRP 705 HA TRP 705 51.660 -9.553 -5.235
3 HB2 TRP 705 HB2 TRP 705 52.855 -11.420 -4.068
4 HB3 TRP 705 HB3 TRP 705 51.837 -11.946 -5.400
5 HD1 TRP 705 HD1 TRP 705 55.489 -11.732 -4.327
6 HE1 TRP 705 HE1 TRP 705 56.911 -13.166 -5.899
7 HE3 TRP 705 HE3 TRP 705 51.937 -12.850 -7.807
8 HZ2 TRP 705 HZ2 TRP 705 56.566 -14.596 -8.318
9 HZ3 TRP 705 HZ3 TRP 705 52.568 -14.234 -9.724
10 HH2 TRP 705 HH2 TRP 705 54.828 -15.102 -9.970
No H/Q in entry = 10
In of MODEL 45
1 H GLU 706 H GLU 706 54.216 -8.412 -6.968
2 HA GLU 706 HA GLU 706 55.632 -7.626 -4.582
3 HB2 GLU 706 HB2 GLU 706 56.558 -7.884 -7.434
4 HB3 GLU 706 HB3 GLU 706 57.535 -7.227 -6.122
5 HG2 GLU 706 HG2 GLU 706 57.440 -9.431 -5.038
6 HG3 GLU 706 HG3 GLU 706 56.517 -10.039 -6.416
No H/Q in entry = 6
In of MODEL 45
1 H LYS 707 H LYS 707 56.720 -5.442 -5.124
2 HA LYS 707 HA LYS 707 54.956 -3.735 -6.673
3 HB2 LYS 707 HB2 LYS 707 54.485 -2.270 -4.840
4 HB3 LYS 707 HB3 LYS 707 53.974 -3.888 -4.395
5 HG2 LYS 707 HG2 LYS 707 56.018 -4.165 -3.057
6 HG3 LYS 707 HG3 LYS 707 56.520 -2.535 -3.501
7 HD2 LYS 707 HD2 LYS 707 54.082 -3.304 -1.896
8 HD3 LYS 707 HD3 LYS 707 55.535 -2.513 -1.292
9 HE2 LYS 707 HE2 LYS 707 53.588 -1.366 -3.295
10 HE3 LYS 707 HE3 LYS 707 53.686 -0.926 -1.601
11 HZ2 LYS 707 HZ1 LYS 707 55.791 -0.424 -3.665
12 HZ1 LYS 707 HZ2 LYS 707 55.914 -0.061 -2.007
13 HZ3 LYS 707 HZ3 LYS 707 54.761 0.686 -2.938
No H/Q in entry = 13
In of MODEL 45
1 H LEU 708 H LEU 708 55.848 -1.440 -6.488
2 HA LEU 708 HA LEU 708 58.774 -1.535 -6.535
3 HB2 LEU 708 HB2 LEU 708 57.720 -0.888 -8.649
4 HB3 LEU 708 HB3 LEU 708 56.790 0.346 -7.833
5 HG LEU 708 HG LEU 708 58.920 1.544 -7.315
6 HD11 LEU 708 HD11 LEU 708 60.157 -0.523 -9.118
7 HD13 LEU 708 HD12 LEU 708 60.478 -0.286 -7.401
8 HD12 LEU 708 HD13 LEU 708 60.935 0.958 -8.563
9 HD22 LEU 708 HD21 LEU 708 59.268 2.398 -9.583
10 HD21 LEU 708 HD22 LEU 708 57.554 2.205 -9.218
11 HD23 LEU 708 HD23 LEU 708 58.378 1.025 -10.237
No H/Q in entry = 11
In of MODEL 45
1 H GLN 709 H GLN 709 59.725 -0.555 -4.809
2 HA GLN 709 HA GLN 709 58.546 1.918 -3.847
3 HB2 GLN 709 HB2 GLN 709 58.219 1.278 -1.707
4 HB3 GLN 709 HB3 GLN 709 58.048 -0.324 -2.399
5 HG2 GLN 709 HG2 GLN 709 60.605 0.235 -2.188
6 HG3 GLN 709 HG3 GLN 709 60.193 0.519 -0.528
7 HE21 GLN 709 HE21 GLN 709 60.867 -1.224 0.355
8 HE22 GLN 709 HE22 GLN 709 61.202 -2.703 -0.449
No H/Q in entry = 8
In of MODEL 45
1 H ASN 710 H ASN 710 60.157 3.359 -3.222
2 HA ASN 710 HA ASN 710 62.289 4.215 -2.894
3 HB2 ASN 710 HB2 ASN 710 61.946 2.367 -1.046
4 HB3 ASN 710 HB3 ASN 710 63.055 1.434 -2.004
5 HD21 ASN 710 HD21 ASN 710 62.680 4.247 -0.052
6 HD22 ASN 710 HD22 ASN 710 64.351 4.561 0.221
No H/Q in entry = 6
In of MODEL 45
1 H SER 711 H SER 711 61.625 2.957 -5.456
2 HA SER 711 HA SER 711 62.488 2.496 -7.444
3 HB2 SER 711 HB2 SER 711 65.077 3.292 -6.143
4 HB3 SER 711 HB3 SER 711 64.876 3.059 -7.896
5 HG SER 711 HG SER 711 62.934 4.616 -6.927
No H/Q in entry = 5
In of MODEL 45
1 H ARG 712 H ARG 712 62.631 0.424 -5.042
2 HA ARG 712 HA ARG 712 64.123 -1.547 -6.608
3 HB2 ARG 712 HB2 ARG 712 64.447 -2.817 -4.486
4 HB3 ARG 712 HB3 ARG 712 65.239 -1.254 -4.445
5 HG2 ARG 712 HG2 ARG 712 63.485 -0.364 -2.997
6 HG3 ARG 712 HG3 ARG 712 62.559 -1.827 -3.230
7 HD2 ARG 712 HD2 ARG 712 63.700 -1.756 -1.049
8 HD3 ARG 712 HD3 ARG 712 64.159 -3.137 -2.033
9 HE ARG 712 HE ARG 712 66.169 -1.630 -2.611
10 HH11 ARG 712 HH11 ARG 712 64.604 -1.700 0.563
11 HH12 ARG 712 HH12 ARG 712 66.030 -1.455 1.448
12 HH21 ARG 712 HH21 ARG 712 68.130 -1.334 -1.397
13 HH22 ARG 712 HH22 ARG 712 68.086 -1.218 0.310
No H/Q in entry = 13
In of MODEL 45
1 H CYS 713 H CYS 713 63.164 -3.777 -6.341
2 HA CYS 713 HA CYS 713 60.253 -3.501 -6.140
3 HB2 CYS 713 HB2 CYS 713 61.854 -5.434 -7.836
4 HB3 CYS 713 HB3 CYS 713 60.103 -5.429 -7.700
No H/Q in entry = 4
In of MODEL 45
1 H VAL 714 H VAL 714 59.475 -4.383 -4.431
2 HA VAL 714 HA VAL 714 60.784 -6.747 -3.285
3 HB VAL 714 HB VAL 714 60.189 -5.993 -1.041
4 HG13 VAL 714 HG11 VAL 714 61.877 -4.360 -0.761
5 HG12 VAL 714 HG12 VAL 714 61.540 -3.642 -2.306
6 HG11 VAL 714 HG13 VAL 714 62.360 -5.214 -2.240
7 HG21 VAL 714 HG21 VAL 714 58.148 -4.580 -1.857
8 HG23 VAL 714 HG22 VAL 714 59.351 -3.248 -2.059
9 HG22 VAL 714 HG23 VAL 714 59.105 -3.971 -0.522
No H/Q in entry = 9
In of MODEL 45
1 H CYS 715 H CYS 715 59.098 -7.737 -1.618
2 HA CYS 715 HA CYS 715 56.752 -8.245 -3.217
3 HB2 CYS 715 HB2 CYS 715 57.617 -9.422 -0.561
4 HB3 CYS 715 HB3 CYS 715 56.349 -10.038 -1.604
No H/Q in entry = 4
In of MODEL 45
1 H LYS 716 H LYS 716 54.644 -7.716 -2.489
2 HA LYS 716 HA LYS 716 54.618 -5.428 -0.771
3 HB2 LYS 716 HB2 LYS 716 52.189 -5.300 -1.273
4 HB3 LYS 716 HB3 LYS 716 53.176 -5.373 -2.720
5 HG2 LYS 716 HG2 LYS 716 52.663 -7.800 -2.865
6 HG3 LYS 716 HG3 LYS 716 51.567 -7.595 -1.506
7 HD2 LYS 716 HD2 LYS 716 51.335 -6.146 -4.152
8 HD3 LYS 716 HD3 LYS 716 50.413 -7.580 -3.708
9 HE2 LYS 716 HE2 LYS 716 49.422 -6.326 -1.831
10 HE3 LYS 716 HE3 LYS 716 50.323 -4.897 -2.324
11 HZ2 LYS 716 HZ1 LYS 716 48.040 -4.848 -3.137
12 HZ1 LYS 716 HZ2 LYS 716 48.276 -6.279 -3.993
13 HZ3 LYS 716 HZ3 LYS 716 49.127 -4.904 -4.418
No H/Q in entry = 13
In of MODEL 45
1 H MET 717 H MET 717 52.549 -5.411 0.815
2 HA MET 717 HA MET 717 53.298 -7.528 2.692
3 HB2 MET 717 HB2 MET 717 52.033 -4.834 3.200
4 HB3 MET 717 HB3 MET 717 52.448 -5.995 4.446
5 HG2 MET 717 HG2 MET 717 54.375 -4.601 2.594
6 HG3 MET 717 HG3 MET 717 54.122 -4.235 4.300
7 HE3 MET 717 HE1 MET 717 54.990 -5.765 6.294
8 HE2 MET 717 HE2 MET 717 55.624 -7.394 6.069
9 HE1 MET 717 HE3 MET 717 53.935 -7.044 5.700
No H/Q in entry = 9
In of MODEL 45
1 HA PRO 718 HA PRO 718 49.456 -9.681 2.490
2 HB2 PRO 718 HB2 PRO 718 48.945 -10.100 5.197
3 HB3 PRO 718 HB3 PRO 718 49.973 -11.105 4.173
4 HG2 PRO 718 HG2 PRO 718 50.742 -8.899 6.041
5 HG3 PRO 718 HG3 PRO 718 51.543 -10.456 5.757
6 HD2 PRO 718 HD2 PRO 718 52.522 -8.221 4.712
7 HD3 PRO 718 HD3 PRO 718 52.515 -9.722 3.764
No H/Q in entry = 7
In of MODEL 45
1 H TYR 719 H TYR 719 49.525 -6.804 4.417
2 HA TYR 719 HA TYR 719 46.612 -6.731 4.535
3 HB2 TYR 719 HB2 TYR 719 46.903 -4.717 5.943
4 HB3 TYR 719 HB3 TYR 719 47.728 -6.134 6.574
5 HD1 TYR 719 HD1 TYR 719 50.252 -6.303 6.244
6 HD2 TYR 719 HD2 TYR 719 48.059 -2.729 5.523
7 HE1 TYR 719 HE1 TYR 719 52.303 -4.996 6.497
8 HE2 TYR 719 HE2 TYR 719 50.117 -1.415 5.738
9 HH TYR 719 HH TYR 719 52.264 -1.545 6.659
No H/Q in entry = 9
In of MODEL 45
1 H GLU 720 H GLU 720 48.954 -5.844 2.400
2 HA GLU 720 HA GLU 720 47.523 -3.505 1.429
3 HB2 GLU 720 HB2 GLU 720 50.051 -3.539 1.605
4 HB3 GLU 720 HB3 GLU 720 50.067 -4.793 0.381
5 HG2 GLU 720 HG2 GLU 720 49.115 -3.274 -1.242
6 HG3 GLU 720 HG3 GLU 720 48.964 -2.027 -0.007
No H/Q in entry = 6
In of MODEL 45
1 H CYS 721 H CYS 721 47.296 -6.679 1.351
2 HA CYS 721 HA CYS 721 46.645 -7.188 -1.408
3 HB2 CYS 721 HB2 CYS 721 46.117 -8.835 1.081
4 HB3 CYS 721 HB3 CYS 721 46.062 -9.396 -0.585
No H/Q in entry = 4
In of MODEL 45
1 H GLY 722 H GLY 722 44.624 -6.893 -2.217
2 HA3 GLY 722 HA2 GLY 722 42.427 -6.688 -0.280
3 HA2 GLY 722 HA3 GLY 722 42.631 -5.452 -1.510
No H/Q in entry = 3
In of MODEL 45
1 HA PRO 723 HA PRO 723 39.767 -7.680 -3.961
2 HB2 PRO 723 HB2 PRO 723 40.598 -6.810 -6.446
3 HB3 PRO 723 HB3 PRO 723 39.568 -5.878 -5.359
4 HG2 PRO 723 HG2 PRO 723 42.513 -5.683 -5.814
5 HG3 PRO 723 HG3 PRO 723 41.325 -4.388 -5.587
6 HD2 PRO 723 HD2 PRO 723 42.956 -5.174 -3.612
7 HD3 PRO 723 HD3 PRO 723 41.290 -4.653 -3.286
No H/Q in entry = 7
In of MODEL 45
1 H SER 724 H SER 724 40.011 -9.888 -4.083
2 HA SER 724 HA SER 724 41.480 -11.042 -6.151
3 HB2 SER 724 HB2 SER 724 42.825 -12.454 -4.435
4 HB3 SER 724 HB3 SER 724 43.424 -10.856 -4.886
5 HG SER 724 HG SER 724 42.073 -10.183 -3.009
No H/Q in entry = 5
In of MODEL 45
1 H LEU 725 H LEU 725 41.308 -13.425 -5.977
2 HA LEU 725 HA LEU 725 38.564 -14.103 -5.376
3 HB2 LEU 725 HB2 LEU 725 40.819 -15.463 -6.702
4 HB3 LEU 725 HB3 LEU 725 39.455 -16.441 -6.176
5 HG LEU 725 HG LEU 725 39.207 -14.077 -8.035
6 HD11 LEU 725 HD11 LEU 725 40.680 -15.824 -9.011
7 HD13 LEU 725 HD12 LEU 725 39.124 -15.752 -9.835
8 HD12 LEU 725 HD13 LEU 725 39.444 -17.034 -8.667
9 HD23 LEU 725 HD21 LEU 725 37.112 -15.146 -8.610
10 HD22 LEU 725 HD22 LEU 725 37.176 -14.751 -6.895
11 HD21 LEU 725 HD23 LEU 725 37.416 -16.419 -7.430
No H/Q in entry = 11
In of MODEL 45
1 H ASP 726 H ASP 726 37.749 -15.155 -3.795
2 HA ASP 726 HA ASP 726 39.236 -16.005 -1.496
3 HB2 ASP 726 HB2 ASP 726 36.935 -16.872 -0.852
4 HB3 ASP 726 HB3 ASP 726 37.112 -15.136 -1.049
No H/Q in entry = 4
In of MODEL 45
1 H VAL 727 H VAL 727 40.125 -17.830 -1.123
2 HA VAL 727 HA VAL 727 39.134 -20.137 -2.527
3 HB VAL 727 HB VAL 727 41.490 -20.936 -3.036
4 HG12 VAL 727 HG11 VAL 727 40.595 -18.412 -4.434
5 HG11 VAL 727 HG12 VAL 727 40.071 -20.052 -4.809
6 HG13 VAL 727 HG13 VAL 727 41.747 -19.584 -5.080
7 HG22 VAL 727 HG21 VAL 727 43.282 -19.246 -3.159
8 HG21 VAL 727 HG22 VAL 727 42.697 -19.453 -1.507
9 HG23 VAL 727 HG23 VAL 727 42.194 -18.054 -2.450
No H/Q in entry = 9
In of MODEL 45
1 H CYS 728 H CYS 728 40.016 -22.208 -1.603
2 HA CYS 728 HA CYS 728 40.297 -21.950 1.299
3 HB2 CYS 728 HB2 CYS 728 39.878 -24.452 -0.324
4 HB3 CYS 728 HB3 CYS 728 39.606 -24.229 1.389
No H/Q in entry = 4
In of MODEL 45
1 H ALA 729 H ALA 729 42.217 -22.564 2.287
2 HA ALA 729 HA ALA 729 44.141 -24.009 0.649
3 HB2 ALA 729 HB1 ALA 729 45.906 -22.486 1.309
4 HB1 ALA 729 HB2 ALA 729 44.730 -21.504 2.185
5 HB3 ALA 729 HB3 ALA 729 44.636 -21.630 0.427
No H/Q in entry = 5
In of MODEL 45
1 H GLN 730 H GLN 730 45.534 -25.223 1.788
2 HA GLN 730 HA GLN 730 44.879 -25.607 4.615
3 HB2 GLN 730 HB2 GLN 730 44.785 -27.593 3.053
4 HB3 GLN 730 HB3 GLN 730 46.506 -27.393 2.828
5 HG2 GLN 730 HG2 GLN 730 46.993 -27.916 5.043
6 HG3 GLN 730 HG3 GLN 730 45.320 -27.803 5.549
7 HE21 GLN 730 HE21 GLN 730 47.125 -30.015 5.879
8 HE22 GLN 730 HE22 GLN 730 46.442 -31.366 5.064
No H/Q in entry = 8
In of MODEL 45
1 H ASP 731 H ASP 731 46.187 -24.990 6.070
2 HA ASP 731 HA ASP 731 48.626 -23.681 5.428
3 HB2 ASP 731 HB2 ASP 731 47.244 -22.942 7.319
4 HB3 ASP 731 HB3 ASP 731 47.458 -24.470 8.133
No H/Q in entry = 4
In of MODEL 45
1 H GLU 732 H GLU 732 50.521 -24.720 5.026
2 HA GLU 732 HA GLU 732 50.706 -27.495 5.291
3 HB2 GLU 732 HB2 GLU 732 52.778 -25.442 4.621
4 HB3 GLU 732 HB3 GLU 732 53.191 -27.134 4.801
5 HG2 GLU 732 HG2 GLU 732 51.419 -27.604 3.047
6 HG3 GLU 732 HG3 GLU 732 51.392 -25.861 2.770
No H/Q in entry = 6
In of MODEL 45
1 H ARG 733 H ARG 733 51.385 -25.111 7.668
2 HA ARG 733 HA ARG 733 53.282 -26.903 8.941
3 HB2 ARG 733 HB2 ARG 733 53.735 -24.438 8.790
4 HB3 ARG 733 HB3 ARG 733 52.365 -24.171 9.855
5 HG2 ARG 733 HG2 ARG 733 54.413 -24.070 11.115
6 HG3 ARG 733 HG3 ARG 733 53.496 -25.500 11.597
7 HD2 ARG 733 HD2 ARG 733 54.897 -26.867 10.081
8 HD3 ARG 733 HD3 ARG 733 55.811 -25.418 9.674
9 HE ARG 733 HE ARG 733 55.843 -25.734 12.424
10 HH11 ARG 733 HH11 ARG 733 57.082 -27.293 9.540
11 HH12 ARG 733 HH12 ARG 733 58.391 -28.065 10.295
12 HH21 ARG 733 HH21 ARG 733 57.640 -26.760 13.512
13 HH22 ARG 733 HH22 ARG 733 58.714 -27.759 12.646
No H/Q in entry = 13
In of MODEL 45
1 H SER 734 H SER 734 50.226 -25.295 9.587
2 HA SER 734 HA SER 734 49.856 -26.686 12.093
3 HB2 SER 734 HB2 SER 734 48.023 -24.801 10.630
4 HB3 SER 734 HB3 SER 734 47.922 -25.276 12.328
5 HG SER 734 HG SER 734 49.961 -23.761 11.055
No H/Q in entry = 5
In of MODEL 45
1 H LYS 735 H LYS 735 49.028 -27.182 8.805
2 HA LYS 735 HA LYS 735 47.908 -28.704 7.677
3 HB2 LYS 735 HB2 LYS 735 47.830 -30.192 10.301
4 HB3 LYS 735 HB3 LYS 735 47.336 -30.877 8.757
5 HG2 LYS 735 HG2 LYS 735 50.090 -29.943 9.537
6 HG3 LYS 735 HG3 LYS 735 49.577 -31.612 9.268
7 HD2 LYS 735 HD2 LYS 735 49.010 -30.867 6.891
8 HD3 LYS 735 HD3 LYS 735 49.882 -29.390 7.259
9 HE2 LYS 735 HE2 LYS 735 51.022 -32.180 7.349
10 HE3 LYS 735 HE3 LYS 735 51.313 -30.974 6.104
11 HZ2 LYS 735 HZ1 LYS 735 53.128 -31.141 7.665
12 HZ1 LYS 735 HZ2 LYS 735 52.156 -30.710 8.961
13 HZ3 LYS 735 HZ3 LYS 735 52.471 -29.607 7.713
No H/Q in entry = 13
In of MODEL 45
1 H ARG 736 H ARG 736 46.432 -26.571 9.066
2 HA ARG 736 HA ARG 736 43.764 -27.799 9.096
3 HB2 ARG 736 HB2 ARG 736 42.982 -25.613 9.982
4 HB3 ARG 736 HB3 ARG 736 44.061 -26.495 11.052
5 HG2 ARG 736 HG2 ARG 736 45.755 -24.994 10.794
6 HG3 ARG 736 HG3 ARG 736 45.197 -24.481 9.203
7 HD2 ARG 736 HD2 ARG 736 44.941 -22.858 11.020
8 HD3 ARG 736 HD3 ARG 736 43.469 -23.175 10.114
9 HE ARG 736 HE ARG 736 43.139 -24.825 12.147
10 HH11 ARG 736 HH11 ARG 736 44.404 -21.519 12.329
11 HH12 ARG 736 HH12 ARG 736 43.565 -21.125 13.745
12 HH21 ARG 736 HH21 ARG 736 41.997 -24.291 14.089
13 HH22 ARG 736 HH22 ARG 736 42.150 -22.719 14.765
No H/Q in entry = 13
In of MODEL 45
1 H ILE 737 H ILE 737 42.089 -26.944 7.827
2 HA ILE 737 HA ILE 737 42.945 -25.643 5.379
3 HB ILE 737 HB ILE 737 40.114 -26.285 6.234
4 HG12 ILE 737 HG12 ILE 737 41.504 -28.366 6.333
5 HG13 ILE 737 HG13 ILE 737 40.236 -28.433 5.118
6 HG23 ILE 737 HG21 ILE 737 39.656 -26.261 3.842
7 HG22 ILE 737 HG22 ILE 737 41.361 -25.999 3.506
8 HG21 ILE 737 HG23 ILE 737 40.433 -24.754 4.338
9 HD11 ILE 737 HD11 ILE 737 41.874 -27.943 3.407
10 HD13 ILE 737 HD12 ILE 737 42.281 -29.413 4.307
11 HD12 ILE 737 HD13 ILE 737 43.153 -27.906 4.623
No H/Q in entry = 11
In of MODEL 45
1 H LEU 738 H LEU 738 42.811 -23.455 5.219
2 HA LEU 738 HA LEU 738 40.856 -22.161 6.887
3 HB2 LEU 738 HB2 LEU 738 42.364 -20.356 7.410
4 HB3 LEU 738 HB3 LEU 738 42.913 -21.863 8.131
5 HG LEU 738 HG LEU 738 44.526 -21.798 5.920
6 HD12 LEU 738 HD11 LEU 738 44.063 -18.947 6.485
7 HD11 LEU 738 HD12 LEU 738 43.412 -19.850 5.116
8 HD13 LEU 738 HD13 LEU 738 45.176 -19.704 5.333
9 HD21 LEU 738 HD21 LEU 738 44.887 -20.256 8.458
10 HD23 LEU 738 HD22 LEU 738 46.142 -20.558 7.269
11 HD22 LEU 738 HD23 LEU 738 45.412 -21.926 8.148
No H/Q in entry = 11
In of MODEL 45
1 HA PRO 739 HA PRO 739 39.855 -20.137 3.179
2 HB2 PRO 739 HB2 PRO 739 38.603 -17.944 4.137
3 HB3 PRO 739 HB3 PRO 739 37.899 -19.575 4.222
4 HG2 PRO 739 HG2 PRO 739 39.276 -17.979 6.324
5 HG3 PRO 739 HG3 PRO 739 37.832 -18.998 6.457
6 HD2 PRO 739 HD2 PRO 739 40.334 -19.804 7.217
7 HD3 PRO 739 HD3 PRO 739 39.060 -20.914 6.668
No H/Q in entry = 7
In of MODEL 45
1 H LEU 740 H LEU 740 41.247 -19.132 1.900
2 HA LEU 740 HA LEU 740 42.541 -16.705 2.855
3 HB2 LEU 740 HB2 LEU 740 43.715 -18.949 1.239
4 HB3 LEU 740 HB3 LEU 740 44.364 -17.332 1.105
5 HG LEU 740 HG LEU 740 44.255 -18.959 3.645
6 HD12 LEU 740 HD11 LEU 740 46.608 -18.250 1.906
7 HD11 LEU 740 HD12 LEU 740 45.817 -19.826 2.007
8 HD13 LEU 740 HD13 LEU 740 46.604 -19.168 3.438
9 HD23 LEU 740 HD21 LEU 740 45.699 -17.187 4.547
10 HD22 LEU 740 HD22 LEU 740 44.109 -16.572 4.119
11 HD21 LEU 740 HD23 LEU 740 45.488 -16.262 3.061
No H/Q in entry = 11
In of MODEL 45
1 H THR 741 H THR 741 43.591 -15.776 0.647
2 HA THR 741 HA THR 741 41.535 -15.686 -1.375
3 HB THR 741 HB THR 741 42.767 -13.149 -0.251
4 HG1 THR 741 HG1 THR 741 40.732 -14.762 0.770
5 HG23 THR 741 HG21 THR 741 40.720 -12.137 -1.132
6 HG22 THR 741 HG22 THR 741 40.133 -13.735 -1.594
7 HG21 THR 741 HG23 THR 741 41.550 -13.053 -2.391
No H/Q in entry = 7
In of MODEL 45
1 H VAL 742 H VAL 742 42.559 -15.078 -3.379
2 HA VAL 742 HA VAL 742 45.012 -16.223 -3.862
3 HB VAL 742 HB VAL 742 43.775 -14.037 -5.517
4 HG13 VAL 742 HG11 VAL 742 46.029 -14.402 -6.194
5 HG12 VAL 742 HG12 VAL 742 44.910 -15.022 -7.404
6 HG11 VAL 742 HG13 VAL 742 45.750 -16.144 -6.321
7 HG23 VAL 742 HG21 VAL 742 42.817 -15.872 -6.808
8 HG22 VAL 742 HG22 VAL 742 42.196 -15.710 -5.168
9 HG21 VAL 742 HG23 VAL 742 43.351 -17.002 -5.546
No H/Q in entry = 9
In of MODEL 45
1 H CYS 743 H CYS 743 44.468 -12.712 -3.446
2 HA CYS 743 HA CYS 743 47.169 -12.112 -3.935
3 HB2 CYS 743 HB2 CYS 743 45.267 -10.434 -4.060
4 HB3 CYS 743 HB3 CYS 743 45.270 -10.406 -2.307
No H/Q in entry = 4
In of MODEL 45
1 H LYS 744 H LYS 744 45.379 -12.562 -0.890
2 HA LYS 744 HA LYS 744 47.431 -12.237 0.952
3 HB2 LYS 744 HB2 LYS 744 45.317 -14.395 0.967
4 HB3 LYS 744 HB3 LYS 744 46.339 -13.989 2.326
5 HG2 LYS 744 HG2 LYS 744 45.266 -11.759 2.411
6 HG3 LYS 744 HG3 LYS 744 44.246 -12.243 1.048
7 HD2 LYS 744 HD2 LYS 744 43.374 -14.115 2.367
8 HD3 LYS 744 HD3 LYS 744 44.343 -13.595 3.742
9 HE2 LYS 744 HE2 LYS 744 42.139 -12.019 2.408
10 HE3 LYS 744 HE3 LYS 744 42.006 -12.886 3.933
11 HZ1 LYS 744 HZ1 LYS 744 43.712 -11.395 4.841
12 HZ3 LYS 744 HZ2 LYS 744 42.344 -10.571 4.346
13 HZ2 LYS 744 HZ3 LYS 744 43.727 -10.516 3.403
No H/Q in entry = 13
In of MODEL 45
1 H MET 745 H MET 745 46.459 -15.212 -0.652
2 HA MET 745 HA MET 745 48.407 -16.931 0.325
3 HB2 MET 745 HB2 MET 745 46.825 -18.067 -0.575
4 HB3 MET 745 HB3 MET 745 46.459 -16.966 -1.884
5 HG2 MET 745 HG2 MET 745 47.290 -18.817 -3.041
6 HG3 MET 745 HG3 MET 745 48.735 -17.875 -2.827
7 HE3 MET 745 HE1 MET 745 46.830 -20.129 -0.151
8 HE2 MET 745 HE2 MET 745 47.700 -21.647 -0.418
9 HE1 MET 745 HE3 MET 745 46.726 -20.953 -1.706
No H/Q in entry = 9
In of MODEL 45
1 H HIS 746 H HIS 746 48.528 -15.008 -2.657
2 HA HIS 746 HA HIS 746 51.061 -16.110 -3.442
3 HB2 HIS 746 HB2 HIS 746 49.399 -13.861 -4.400
4 HB3 HIS 746 HB3 HIS 746 51.104 -13.848 -4.887
5 HD1 HIS 746 HD1 HIS 746 51.785 -15.792 -6.561
6 HD2 HIS 746 HD2 HIS 746 47.741 -15.606 -5.651
7 HE1 HIS 746 HE1 HIS 746 50.629 -17.077 -8.371
8 HE2 HIS 746 HE2 HIS 746 48.206 -17.020 -7.792
No H/Q in entry = 8
In of MODEL 45
1 H VAL 747 H VAL 747 50.159 -13.068 -1.883
2 HA VAL 747 HA VAL 747 52.790 -12.075 -1.709
3 HB VAL 747 HB VAL 747 50.189 -11.371 -0.359
4 HG13 VAL 747 HG11 VAL 747 51.259 -9.348 0.563
5 HG12 VAL 747 HG12 VAL 747 52.817 -9.869 -0.061
6 HG11 VAL 747 HG13 VAL 747 52.031 -10.779 1.222
7 HG21 VAL 747 HG21 VAL 747 50.390 -10.911 -2.709
8 HG23 VAL 747 HG22 VAL 747 51.893 -10.044 -2.429
9 HG22 VAL 747 HG23 VAL 747 50.373 -9.401 -1.792
No H/Q in entry = 9
In of MODEL 45
1 H LEU 748 H LEU 748 50.733 -13.750 0.585
2 HA LEU 748 HA LEU 748 52.652 -13.788 2.611
3 HB2 LEU 748 HB2 LEU 748 50.698 -14.203 3.613
4 HB3 LEU 748 HB3 LEU 748 49.967 -14.766 2.145
5 HG LEU 748 HG LEU 748 51.602 -16.557 3.949
6 HD11 LEU 748 HD11 LEU 748 49.660 -15.576 5.155
7 HD13 LEU 748 HD12 LEU 748 49.439 -17.300 4.832
8 HD12 LEU 748 HD13 LEU 748 48.612 -16.110 3.835
9 HD21 LEU 748 HD21 LEU 748 51.224 -17.310 1.602
10 HD23 LEU 748 HD22 LEU 748 49.483 -17.146 1.876
11 HD22 LEU 748 HD23 LEU 748 50.408 -18.319 2.796
No H/Q in entry = 11
In of MODEL 45
1 H HIS 749 H HIS 749 52.197 -15.742 -0.168
2 HA HIS 749 HA HIS 749 53.892 -17.898 0.618
3 HB2 HIS 749 HB2 HIS 749 52.210 -17.948 -1.308
4 HB3 HIS 749 HB3 HIS 749 53.390 -17.021 -2.230
5 HD1 HIS 749 HD1 HIS 749 55.579 -18.322 -2.992
6 HD2 HIS 749 HD2 HIS 749 52.755 -20.589 -0.982
7 HE1 HIS 749 HE1 HIS 749 56.278 -20.681 -3.327
8 HE2 HIS 749 HE2 HIS 749 54.755 -22.008 -1.878
No H/Q in entry = 8
In of MODEL 45
1 H CYS 750 H CYS 750 54.420 -14.805 -1.063
2 HA CYS 750 HA CYS 750 57.170 -15.495 -1.544
3 HB2 CYS 750 HB2 CYS 750 57.399 -13.210 -2.476
4 HB3 CYS 750 HB3 CYS 750 56.070 -14.102 -3.204
No H/Q in entry = 4
In of MODEL 45
1 H GLN 751 H GLN 751 55.353 -13.967 0.905
2 HA GLN 751 HA GLN 751 57.515 -12.812 2.307
3 HB2 GLN 751 HB2 GLN 751 54.872 -13.901 3.287
4 HB3 GLN 751 HB3 GLN 751 56.016 -13.059 4.321
5 HG2 GLN 751 HG2 GLN 751 54.750 -11.898 1.862
6 HG3 GLN 751 HG3 GLN 751 54.147 -11.633 3.490
7 HE21 GLN 751 HE21 GLN 751 55.060 -9.632 1.595
8 HE22 GLN 751 HE22 GLN 751 56.408 -8.866 2.334
No H/Q in entry = 8
In of MODEL 45
1 H GLY 752 H GLY 752 56.481 -16.066 1.831
2 HA3 GLY 752 HA2 GLY 752 58.367 -17.646 2.118
3 HA2 GLY 752 HA3 GLY 752 58.569 -16.949 3.713
No H/Q in entry = 3
In of MODEL 45
1 H ARG 753 H ARG 753 55.266 -17.276 2.993
2 HA ARG 753 HA ARG 753 55.184 -19.541 4.835
3 HB2 ARG 753 HB2 ARG 753 52.828 -18.064 3.689
4 HB3 ARG 753 HB3 ARG 753 52.870 -19.063 5.130
5 HG2 ARG 753 HG2 ARG 753 54.207 -16.379 4.796
6 HG3 ARG 753 HG3 ARG 753 52.746 -16.701 5.724
7 HD2 ARG 753 HD2 ARG 753 53.990 -18.066 7.275
8 HD3 ARG 753 HD3 ARG 753 55.446 -17.908 6.287
9 HE ARG 753 HE ARG 753 54.607 -15.353 6.889
10 HH11 ARG 753 HH11 ARG 753 55.747 -18.139 8.747
11 HH12 ARG 753 HH12 ARG 753 56.502 -17.192 9.938
12 HH21 ARG 753 HH21 ARG 753 55.628 -14.088 8.483
13 HH22 ARG 753 HH22 ARG 753 56.443 -14.814 9.797
No H/Q in entry = 13
In of MODEL 45
1 H ASN 754 H ASN 754 53.982 -21.452 4.376
2 HA ASN 754 HA ASN 754 53.776 -22.026 1.497
3 HB2 ASN 754 HB2 ASN 754 54.451 -23.959 3.735
4 HB3 ASN 754 HB3 ASN 754 54.341 -24.349 2.030
5 HD21 ASN 754 HD21 ASN 754 56.242 -22.904 4.503
6 HD22 ASN 754 HD22 ASN 754 57.667 -22.636 3.557
No H/Q in entry = 6
In of MODEL 45
1 H TYR 755 H TYR 755 51.872 -22.749 0.758
2 HA TYR 755 HA TYR 755 49.901 -23.837 2.580
3 HB2 TYR 755 HB2 TYR 755 49.513 -21.279 1.057
4 HB3 TYR 755 HB3 TYR 755 48.164 -22.338 1.462
5 HD1 TYR 755 HD1 TYR 755 47.276 -22.372 3.628
6 HD2 TYR 755 HD2 TYR 755 50.852 -20.251 2.867
7 HE1 TYR 755 HE1 TYR 755 47.136 -21.378 5.840
8 HE2 TYR 755 HE2 TYR 755 50.730 -19.218 5.086
9 HH TYR 755 HH TYR 755 48.835 -20.478 7.459
No H/Q in entry = 9
In of MODEL 45
1 H THR 756 H THR 756 48.403 -25.069 1.641
2 HA THR 756 HA THR 756 48.944 -25.864 -1.130
3 HB THR 756 HB THR 756 47.537 -27.321 1.112
4 HG1 THR 756 HG1 THR 756 49.408 -27.835 1.777
5 HG23 THR 756 HG21 THR 756 46.879 -28.056 -1.091
6 HG22 THR 756 HG22 THR 756 47.852 -29.303 -0.289
7 HG21 THR 756 HG23 THR 756 48.568 -28.278 -1.553
No H/Q in entry = 7
In of MODEL 45
1 H LEU 757 H LEU 757 47.273 -25.675 -2.622
2 HA LEU 757 HA LEU 757 44.820 -24.427 -1.763
3 HB2 LEU 757 HB2 LEU 757 45.846 -25.271 -4.476
4 HB3 LEU 757 HB3 LEU 757 44.210 -24.702 -4.245
5 HG LEU 757 HG LEU 757 45.551 -22.932 -5.130
6 HD12 LEU 757 HD11 LEU 757 44.927 -22.413 -2.234
7 HD11 LEU 757 HD12 LEU 757 43.811 -22.305 -3.592
8 HD13 LEU 757 HD13 LEU 757 45.172 -21.194 -3.485
9 HD23 LEU 757 HD21 LEU 757 47.349 -23.256 -2.718
10 HD22 LEU 757 HD22 LEU 757 47.479 -21.982 -3.934
11 HD21 LEU 757 HD23 LEU 757 47.767 -23.662 -4.381
No H/Q in entry = 11
In of MODEL 45
1 H THR 758 H THR 758 43.013 -25.416 -1.275
2 HA THR 758 HA THR 758 42.958 -28.306 -1.698
3 HB THR 758 HB THR 758 41.482 -28.329 0.311
4 HG1 THR 758 HG1 THR 758 40.686 -26.312 0.401
5 HG23 THR 758 HG21 THR 758 43.244 -27.961 1.913
6 HG22 THR 758 HG22 THR 758 44.148 -26.997 0.743
7 HG21 THR 758 HG23 THR 758 43.922 -28.726 0.475
No H/Q in entry = 7
In of MODEL 45
1 H GLY 759 H GLY 759 40.389 -28.863 -1.137
2 HA3 GLY 759 HA2 GLY 759 39.042 -27.987 -3.491
3 HA2 GLY 759 HA3 GLY 759 38.443 -29.113 -2.279
No H/Q in entry = 3
In of MODEL 45
1 H ARG 760 H ARG 760 36.923 -27.136 -3.491
2 HA ARG 760 HA ARG 760 36.680 -24.753 -1.983
3 HB2 ARG 760 HB2 ARG 760 34.615 -24.383 -3.258
4 HB3 ARG 760 HB3 ARG 760 35.899 -24.935 -4.317
5 HG2 ARG 760 HG2 ARG 760 34.091 -26.159 -5.090
6 HG3 ARG 760 HG3 ARG 760 34.820 -27.289 -3.947
7 HD2 ARG 760 HD2 ARG 760 33.173 -26.233 -2.235
8 HD3 ARG 760 HD3 ARG 760 32.339 -25.631 -3.666
9 HE ARG 760 HE ARG 760 32.715 -28.338 -4.041
10 HH11 ARG 760 HH11 ARG 760 30.821 -26.191 -1.983
11 HH12 ARG 760 HH12 ARG 760 29.777 -27.390 -1.390
12 HH21 ARG 760 HH21 ARG 760 31.232 -30.034 -3.268
13 HH22 ARG 760 HH22 ARG 760 30.035 -29.654 -2.133
No H/Q in entry = 13
In of MODEL 45
1 H ASP 761 H ASP 761 35.701 -27.914 -1.335
2 HA ASP 761 HA ASP 761 33.425 -27.181 0.321
3 HB2 ASP 761 HB2 ASP 761 33.223 -29.170 -1.041
4 HB3 ASP 761 HB3 ASP 761 34.687 -29.844 -0.348
No H/Q in entry = 4
In of MODEL 45
1 H SER 762 H SER 762 36.750 -27.432 0.728
2 HA SER 762 HA SER 762 36.787 -28.694 3.254
3 HB2 SER 762 HB2 SER 762 38.937 -27.081 1.896
4 HB3 SER 762 HB3 SER 762 39.158 -28.174 3.264
5 HG SER 762 HG SER 762 37.950 -29.666 1.688
No H/Q in entry = 5
In of MODEL 45
1 H CYS 763 H CYS 763 36.654 -25.226 2.370
2 HA CYS 763 HA CYS 763 36.006 -24.780 5.149
3 HB2 CYS 763 HB2 CYS 763 37.523 -22.888 5.437
4 HB3 CYS 763 HB3 CYS 763 38.437 -24.346 5.037
No H/Q in entry = 4
In of MODEL 45
1 H THR 764 H THR 764 35.198 -22.547 5.491
2 HA THR 764 HA THR 764 33.446 -21.856 3.284
3 HB THR 764 HB THR 764 33.470 -21.060 6.205
4 HG1 THR 764 HG1 THR 764 31.430 -22.622 5.190
5 HG22 THR 764 HG21 THR 764 31.172 -20.257 5.795
6 HG21 THR 764 HG22 THR 764 31.339 -20.655 4.084
7 HG23 THR 764 HG23 THR 764 32.342 -19.390 4.798
No H/Q in entry = 7
In of MODEL 45
1 H LEU 765 H LEU 765 33.670 -19.996 2.177
2 HA LEU 765 HA LEU 765 35.927 -18.328 2.847
3 HB2 LEU 765 HB2 LEU 765 34.311 -18.674 0.364
4 HB3 LEU 765 HB3 LEU 765 35.313 -17.259 0.555
5 HG LEU 765 HG LEU 765 36.536 -18.714 -0.764
6 HD11 LEU 765 HD11 LEU 765 37.929 -17.796 0.974
7 HD13 LEU 765 HD12 LEU 765 38.441 -19.423 0.529
8 HD12 LEU 765 HD13 LEU 765 37.553 -19.170 2.022
9 HD23 LEU 765 HD21 LEU 765 36.925 -20.965 -0.264
10 HD22 LEU 765 HD22 LEU 765 35.192 -20.550 -0.478
11 HD21 LEU 765 HD23 LEU 765 35.860 -20.818 1.164
No H/Q in entry = 11
In of MODEL 45
1 HA PRO 766 HA PRO 766 33.509 -14.741 3.933
2 HB2 PRO 766 HB2 PRO 766 35.178 -12.853 2.956
3 HB3 PRO 766 HB3 PRO 766 35.598 -13.786 4.405
4 HG2 PRO 766 HG2 PRO 766 36.294 -14.405 1.546
5 HG3 PRO 766 HG3 PRO 766 37.456 -14.184 2.901
6 HD2 PRO 766 HD2 PRO 766 36.734 -16.547 2.151
7 HD3 PRO 766 HD3 PRO 766 36.678 -16.204 3.890
No H/Q in entry = 7
In of MODEL 45
1 H ALA 767 H ALA 767 33.076 -12.601 2.637
2 HA ALA 767 HA ALA 767 31.764 -11.621 1.103
3 HB3 ALA 767 HB1 ALA 767 32.529 -11.600 -1.194
4 HB1 ALA 767 HB2 ALA 767 33.485 -13.062 -0.912
5 HB2 ALA 767 HB3 ALA 767 33.909 -11.561 -0.094
No H/Q in entry = 5
In of MODEL 45
1 H SER 768 H SER 768 32.145 -14.341 -0.903
2 HA SER 768 HA SER 768 30.817 -15.927 -1.711
3 HB2 SER 768 HB2 SER 768 29.974 -16.468 0.481
4 HB3 SER 768 HB3 SER 768 28.799 -15.134 0.349
5 HG SER 768 HG SER 768 27.705 -16.239 -1.190
No H/Q in entry = 5
In of MODEL 45
1 H ALA 769 H ALA 769 30.946 -14.787 -3.424
2 HA ALA 769 HA ALA 769 30.199 -14.046 -5.436
3 HB1 ALA 769 HB1 ALA 769 27.722 -15.452 -4.542
4 HB3 ALA 769 HB2 ALA 769 29.139 -16.212 -5.248
5 HB2 ALA 769 HB3 ALA 769 28.153 -15.100 -6.221
No H/Q in entry = 5
In of MODEL 45
1 H GLU 770 H GLU 770 26.998 -13.794 -4.200
2 HA GLU 770 HA GLU 770 26.764 -11.158 -5.407
3 HB2 GLU 770 HB2 GLU 770 24.311 -11.605 -5.241
4 HB3 GLU 770 HB3 GLU 770 25.196 -12.776 -6.210
5 HG2 GLU 770 HG2 GLU 770 25.249 -14.270 -4.208
6 HG3 GLU 770 HG3 GLU 770 24.166 -13.136 -3.411
No H/Q in entry = 6
In of MODEL 45
1 H LYS 771 H LYS 771 26.823 -9.441 -4.220
2 HA LYS 771 HA LYS 771 26.165 -9.593 -1.352
3 HB2 LYS 771 HB2 LYS 771 28.092 -7.807 -2.805
4 HB3 LYS 771 HB3 LYS 771 27.681 -7.690 -1.106
5 HG2 LYS 771 HG2 LYS 771 28.985 -10.104 -2.366
6 HG3 LYS 771 HG3 LYS 771 29.868 -8.797 -1.589
7 HD2 LYS 771 HD2 LYS 771 29.729 -10.366 0.103
8 HD3 LYS 771 HD3 LYS 771 28.359 -9.326 0.459
9 HE2 LYS 771 HE2 LYS 771 26.888 -11.097 -0.715
10 HE3 LYS 771 HE3 LYS 771 28.353 -12.032 -0.855
11 HZ2 LYS 771 HZ1 LYS 771 26.920 -12.594 1.028
12 HZ1 LYS 771 HZ2 LYS 771 27.327 -11.099 1.735
13 HZ3 LYS 771 HZ3 LYS 771 28.528 -12.263 1.400
No H/Q in entry = 13
In of MODEL 45
1 H ALA 772 H ALA 772 25.487 -7.506 -0.427
2 HA ALA 772 HA ALA 772 23.348 -6.562 -2.105
3 HB1 ALA 772 HB1 ALA 772 22.380 -5.636 -0.066
4 HB2 ALA 772 HB2 ALA 772 23.824 -6.097 0.834
5 HB3 ALA 772 HB3 ALA 772 22.786 -7.342 0.137
No H/Q in entry = 5
In of MODEL 45
1 H CYS 773 H CYS 773 22.786 -4.270 -2.076
2 HA CYS 773 HA CYS 773 24.615 -2.715 -3.345
3 HB2 CYS 773 HB2 CYS 773 22.231 -2.250 -3.378
4 HB3 CYS 773 HB3 CYS 773 22.258 -1.816 -1.678
No H/Q in entry = 4
In of MODEL 45
1 H GLY 774 H GLY 774 26.564 -2.181 -2.659
2 HA3 GLY 774 HA2 GLY 774 27.610 -0.284 -1.417
3 HA2 GLY 774 HA3 GLY 774 26.839 -0.952 0.012
No H/Q in entry = 3
In of MODEL 45
1 H ALA 775 H ALA 775 27.414 -3.699 -1.150
2 HA ALA 775 HA ALA 775 30.223 -3.797 -0.368
3 HB2 ALA 775 HB1 ALA 775 29.764 -6.183 0.172
4 HB1 ALA 775 HB2 ALA 775 28.063 -5.911 -0.235
5 HB3 ALA 775 HB3 ALA 775 28.789 -5.068 1.129
No H/Q in entry = 5
In of MODEL 45
1 H CYS 776 H CYS 776 31.315 -3.677 -2.198
2 HA CYS 776 HA CYS 776 30.407 -5.346 -4.406
3 HB2 CYS 776 HB2 CYS 776 31.448 -3.559 -5.888
4 HB3 CYS 776 HB3 CYS 776 29.941 -3.153 -5.076
No H/Q in entry = 4
In of MODEL 45
1 HA PRO 777 HA PRO 777 34.634 -6.869 -4.086
2 HB2 PRO 777 HB2 PRO 777 34.153 -9.165 -5.504
3 HB3 PRO 777 HB3 PRO 777 33.765 -9.001 -3.794
4 HG2 PRO 777 HG2 PRO 777 31.974 -8.910 -6.156
5 HG3 PRO 777 HG3 PRO 777 31.665 -9.523 -4.528
6 HD2 PRO 777 HD2 PRO 777 30.834 -7.066 -5.522
7 HD3 PRO 777 HD3 PRO 777 30.922 -7.508 -3.807
No H/Q in entry = 7
In of MODEL 45
1 H LEU 778 H LEU 778 35.392 -8.418 -6.476
2 HA LEU 778 HA LEU 778 36.071 -6.194 -8.215
3 HB2 LEU 778 HB2 LEU 778 36.643 -9.141 -8.590
4 HB3 LEU 778 HB3 LEU 778 37.337 -7.848 -9.528
5 HG LEU 778 HG LEU 778 38.502 -7.091 -7.399
6 HD12 LEU 778 HD11 LEU 778 38.778 -8.753 -5.624
7 HD11 LEU 778 HD12 LEU 778 37.573 -9.779 -6.400
8 HD13 LEU 778 HD13 LEU 778 37.110 -8.201 -5.754
9 HD21 LEU 778 HD21 LEU 778 39.109 -9.837 -8.475
10 HD23 LEU 778 HD22 LEU 778 40.231 -8.820 -7.571
11 HD22 LEU 778 HD23 LEU 778 39.653 -8.303 -9.156
No H/Q in entry = 11
In of MODEL 45
1 H TRP 779 H TRP 779 34.113 -9.010 -8.312
2 HA TRP 779 HA TRP 779 33.282 -8.656 -11.075
3 HB2 TRP 779 HB2 TRP 779 32.073 -10.889 -10.421
4 HB3 TRP 779 HB3 TRP 779 33.813 -10.868 -10.702
5 HD1 TRP 779 HD1 TRP 779 31.276 -11.076 -7.826
6 HE1 TRP 779 HE1 TRP 779 32.471 -11.996 -5.742
7 HE3 TRP 779 HE3 TRP 779 36.027 -11.132 -9.611
8 HZ2 TRP 779 HZ2 TRP 779 35.134 -12.644 -4.959
9 HZ3 TRP 779 HZ3 TRP 779 37.847 -11.895 -8.143
10 HH2 TRP 779 HH2 TRP 779 37.394 -12.631 -5.864
No H/Q in entry = 10
In of MODEL 45
1 H GLY 780 H GLY 780 32.122 -8.136 -7.902
2 HA3 GLY 780 HA2 GLY 780 29.353 -7.929 -8.830
3 HA2 GLY 780 HA3 GLY 780 29.859 -7.995 -7.141
No H/Q in entry = 3
In of MODEL 45
1 H LYS 781 H LYS 781 28.589 -5.998 -9.268
2 HA LYS 781 HA LYS 781 30.025 -3.682 -8.179
3 HB2 LYS 781 HB2 LYS 781 30.608 -4.411 -10.591
4 HB3 LYS 781 HB3 LYS 781 29.001 -3.828 -10.992
5 HG2 LYS 781 HG2 LYS 781 30.589 -2.116 -11.488
6 HG3 LYS 781 HG3 LYS 781 29.654 -1.608 -10.077
7 HD2 LYS 781 HD2 LYS 781 31.447 -2.295 -8.592
8 HD3 LYS 781 HD3 LYS 781 32.366 -2.925 -9.962
9 HE2 LYS 781 HE2 LYS 781 32.489 -0.674 -10.889
10 HE3 LYS 781 HE3 LYS 781 31.578 -0.063 -9.510
11 HZ1 LYS 781 HZ1 LYS 781 34.213 -1.414 -9.323
12 HZ3 LYS 781 HZ2 LYS 781 33.369 -0.684 -8.057
13 HZ2 LYS 781 HZ3 LYS 781 33.975 0.253 -9.329
No H/Q in entry = 13
In of MODEL 45
1 H CYS 782 H CYS 782 28.666 -1.987 -7.672
2 HA CYS 782 HA CYS 782 25.839 -2.460 -8.196
3 HB2 CYS 782 HB2 CYS 782 26.436 -2.198 -5.793
4 HB3 CYS 782 HB3 CYS 782 27.115 -0.618 -6.148
No H/Q in entry = 4
In of MODEL 45
1 H ASP 783 H ASP 783 26.127 -1.787 -10.320
2 HA ASP 783 HA ASP 783 26.178 1.141 -10.577
3 HB2 ASP 783 HB2 ASP 783 27.134 0.923 -12.799
4 HB3 ASP 783 HB3 ASP 783 28.153 0.033 -11.682
No H/Q in entry = 4
In of MODEL 45
1 H ALA 784 H ALA 784 24.402 -1.412 -10.363
2 HA ALA 784 HA ALA 784 22.112 -0.380 -11.649
3 HB2 ALA 784 HB1 ALA 784 23.337 -3.057 -12.404
4 HB3 ALA 784 HB2 ALA 784 23.013 -1.715 -13.504
5 HB1 ALA 784 HB3 ALA 784 21.675 -2.595 -12.761
No H/Q in entry = 5
In of MODEL 45
1 H GLU 785 H GLU 785 20.313 -1.867 -10.839
2 HA GLU 785 HA GLU 785 19.207 -2.967 -9.245
3 HB2 GLU 785 HB2 GLU 785 21.673 -4.301 -9.304
4 HB3 GLU 785 HB3 GLU 785 21.332 -4.039 -7.602
5 HG2 GLU 785 HG2 GLU 785 19.322 -5.265 -9.461
6 HG3 GLU 785 HG3 GLU 785 20.550 -6.234 -8.663
No H/Q in entry = 6
In of MODEL 45
1 H SER 786 H SER 786 18.716 -2.878 -6.986
2 HA SER 786 HA SER 786 19.734 -0.380 -5.803
3 HB2 SER 786 HB2 SER 786 16.866 -1.312 -5.808
4 HB3 SER 786 HB3 SER 786 17.484 0.246 -5.261
5 HG SER 786 HG SER 786 18.276 0.445 -7.545
No H/Q in entry = 5
In of MODEL 45
1 H SER 787 H SER 787 18.615 -3.662 -5.345
2 HA SER 787 HA SER 787 18.824 -3.329 -2.440
3 HB2 SER 787 HB2 SER 787 17.752 -5.653 -4.051
4 HB3 SER 787 HB3 SER 787 17.629 -5.444 -2.301
5 HG SER 787 HG SER 787 16.700 -3.250 -3.311
No H/Q in entry = 5
In of MODEL 45
1 H LYS 788 H LYS 788 19.814 -5.571 -5.007
2 HA LYS 788 HA LYS 788 22.030 -6.509 -3.374
3 HB2 LYS 788 HB2 LYS 788 20.372 -8.133 -4.262
4 HB3 LYS 788 HB3 LYS 788 20.688 -7.509 -5.864
5 HG2 LYS 788 HG2 LYS 788 23.009 -8.378 -5.668
6 HG3 LYS 788 HG3 LYS 788 22.535 -9.130 -4.147
7 HD2 LYS 788 HD2 LYS 788 22.413 -10.769 -5.934
8 HD3 LYS 788 HD3 LYS 788 20.793 -10.412 -5.356
9 HE2 LYS 788 HE2 LYS 788 21.936 -9.018 -7.781
10 HE3 LYS 788 HE3 LYS 788 21.197 -10.597 -7.921
11 HZ2 LYS 788 HZ1 LYS 788 19.790 -8.064 -7.046
12 HZ1 LYS 788 HZ2 LYS 788 19.126 -9.593 -7.000
13 HZ3 LYS 788 HZ3 LYS 788 19.590 -8.946 -8.460
No H/Q in entry = 13
In of MODEL 45
1 H CYS 789 H CYS 789 24.056 -6.891 -4.845
2 HA CYS 789 HA CYS 789 24.332 -4.748 -6.824
3 HB2 CYS 789 HB2 CYS 789 26.380 -6.532 -5.465
4 HB3 CYS 789 HB3 CYS 789 26.778 -5.331 -6.689
No H/Q in entry = 4
In of MODEL 45
1 H VAL 790 H VAL 790 25.352 -5.412 -8.932
2 HA VAL 790 HA VAL 790 24.384 -8.093 -9.582
3 HB VAL 790 HB VAL 790 24.333 -7.383 -11.944
4 HG11 VAL 790 HG11 VAL 790 22.761 -5.667 -10.063
5 HG13 VAL 790 HG12 VAL 790 22.293 -7.250 -10.689
6 HG12 VAL 790 HG13 VAL 790 22.383 -5.858 -11.774
7 HG23 VAL 790 HG21 VAL 790 24.993 -4.628 -10.880
8 HG22 VAL 790 HG22 VAL 790 24.522 -4.997 -12.539
9 HG21 VAL 790 HG23 VAL 790 26.035 -5.630 -11.890
No H/Q in entry = 9
In of MODEL 45
1 H CYS 791 H CYS 791 25.577 -9.178 -11.313
2 HA CYS 791 HA CYS 791 28.409 -9.001 -10.675
3 HB2 CYS 791 HB2 CYS 791 26.879 -11.170 -12.130
4 HB3 CYS 791 HB3 CYS 791 28.536 -11.259 -11.546
No H/Q in entry = 4
In of MODEL 45
1 H ARG 792 H ARG 792 29.643 -8.052 -12.079
2 HA ARG 792 HA ARG 792 28.730 -7.236 -14.674
3 HB2 ARG 792 HB2 ARG 792 31.272 -6.985 -13.110
4 HB3 ARG 792 HB3 ARG 792 31.276 -6.622 -14.830
5 HG2 ARG 792 HG2 ARG 792 29.481 -5.291 -12.804
6 HG3 ARG 792 HG3 ARG 792 31.025 -4.630 -13.355
7 HD2 ARG 792 HD2 ARG 792 30.142 -4.753 -15.691
8 HD3 ARG 792 HD3 ARG 792 28.582 -5.197 -15.025
9 HE ARG 792 HE ARG 792 28.457 -3.029 -14.004
10 HH11 ARG 792 HH11 ARG 792 31.185 -3.365 -16.259
11 HH12 ARG 792 HH12 ARG 792 31.089 -1.799 -16.876
12 HH21 ARG 792 HH21 ARG 792 28.283 -0.865 -14.895
13 HH22 ARG 792 HH22 ARG 792 29.413 -0.293 -16.055
No H/Q in entry = 13
In of MODEL 45
1 H GLU 793 H GLU 793 29.693 -7.892 -16.674
2 HA GLU 793 HA GLU 793 30.168 -10.633 -16.951
3 HB2 GLU 793 HB2 GLU 793 30.807 -8.309 -18.733
4 HB3 GLU 793 HB3 GLU 793 31.158 -9.959 -19.170
5 HG2 GLU 793 HG2 GLU 793 28.414 -9.100 -18.396
6 HG3 GLU 793 HG3 GLU 793 28.993 -9.014 -20.066
No H/Q in entry = 6
In of MODEL 45
1 H ALA 794 H ALA 794 32.022 -11.642 -17.573
2 HA ALA 794 HA ALA 794 34.192 -11.129 -15.815
3 HB2 ALA 794 HB1 ALA 794 33.346 -13.360 -16.531
4 HB3 ALA 794 HB2 ALA 794 35.079 -13.156 -16.583
5 HB1 ALA 794 HB3 ALA 794 34.141 -13.099 -18.089
No H/Q in entry = 5
In of MODEL 45
1 H SER 795 H SER 795 33.457 -10.198 -18.978
2 HA SER 795 HA SER 795 36.166 -9.566 -19.708
3 HB2 SER 795 HB2 SER 795 34.847 -8.887 -21.817
4 HB3 SER 795 HB3 SER 795 34.974 -10.607 -21.413
5 HG SER 795 HG SER 795 32.745 -9.026 -21.543
No H/Q in entry = 5
In of MODEL 45
1 H GLU 796 H GLU 796 33.887 -8.090 -17.794
2 HA GLU 796 HA GLU 796 34.604 -5.428 -18.784
3 HB2 GLU 796 HB2 GLU 796 31.875 -6.369 -17.987
4 HB3 GLU 796 HB3 GLU 796 32.293 -4.671 -18.129
5 HG2 GLU 796 HG2 GLU 796 32.926 -5.098 -20.499
6 HG3 GLU 796 HG3 GLU 796 32.329 -6.744 -20.311
No H/Q in entry = 6
In of MODEL 45
1 H CYS 797 H CYS 797 35.288 -7.256 -16.393
2 HA CYS 797 HA CYS 797 34.608 -5.386 -14.279
3 HB2 CYS 797 HB2 CYS 797 35.809 -7.187 -12.848
4 HB3 CYS 797 HB3 CYS 797 34.229 -7.562 -13.522
No H/Q in entry = 4
In of MODEL 45
1 H GLU 798 H GLU 798 35.805 -3.750 -14.002
2 HA GLU 798 HA GLU 798 38.179 -3.190 -15.437
3 HB2 GLU 798 HB2 GLU 798 36.810 -1.708 -13.221
4 HB3 GLU 798 HB3 GLU 798 38.063 -1.049 -14.251
5 HG2 GLU 798 HG2 GLU 798 36.657 -1.118 -16.150
6 HG3 GLU 798 HG3 GLU 798 35.455 -2.099 -15.308
No H/Q in entry = 6
In of MODEL 45
1 H GLU 799 H GLU 799 38.550 -5.279 -13.136
2 HA GLU 799 HA GLU 799 40.412 -3.667 -11.525
3 HB2 GLU 799 HB2 GLU 799 38.491 -4.710 -10.314
4 HB3 GLU 799 HB3 GLU 799 39.187 -6.284 -10.671
5 HG2 GLU 799 HG2 GLU 799 39.731 -5.484 -8.405
6 HG3 GLU 799 HG3 GLU 799 41.165 -5.747 -9.404
No H/Q in entry = 6
In of MODEL 45
1 H GLU 800 H GLU 800 42.503 -4.238 -11.232
2 HA GLU 800 HA GLU 800 43.493 -6.286 -13.024
3 HB2 GLU 800 HB2 GLU 800 45.760 -5.247 -12.619
4 HB3 GLU 800 HB3 GLU 800 44.621 -4.247 -13.507
5 HG2 GLU 800 HG2 GLU 800 44.191 -2.972 -11.428
6 HG3 GLU 800 HG3 GLU 800 45.332 -4.020 -10.595
No H/Q in entry = 6
In of MODEL 45
1 H GLY 801 H GLY 801 42.722 -7.773 -11.658
2 HA3 GLY 801 HA2 GLY 801 44.188 -8.374 -9.205
3 HA2 GLY 801 HA3 GLY 801 42.930 -9.379 -9.918
No H/Q in entry = 3
In of MODEL 45
1 H PHE 802 H PHE 802 44.417 -11.092 -9.364
2 HA PHE 802 HA PHE 802 46.851 -11.374 -10.941
3 HB2 PHE 802 HB2 PHE 802 45.444 -13.220 -9.024
4 HB3 PHE 802 HB3 PHE 802 46.901 -13.672 -9.892
5 HD1 PHE 802 HD1 PHE 802 49.023 -12.482 -9.443
6 HD2 PHE 802 HD2 PHE 802 45.507 -11.803 -7.142
7 HE1 PHE 802 HE1 PHE 802 50.357 -11.508 -7.705
8 HE2 PHE 802 HE2 PHE 802 46.849 -10.797 -5.396
9 HZ PHE 802 HZ PHE 802 49.300 -10.645 -5.644
No H/Q in entry = 9
In of MODEL 45
1 H SER 803 H SER 803 46.936 -13.951 -11.687
2 HA SER 803 HA SER 803 44.656 -14.386 -13.404
3 HB2 SER 803 HB2 SER 803 47.559 -14.974 -14.013
4 HB3 SER 803 HB3 SER 803 46.180 -15.186 -15.095
5 HG SER 803 HG SER 803 45.928 -12.951 -15.176
No H/Q in entry = 5
In of MODEL 45
1 H ILE 804 H ILE 804 43.949 -16.482 -13.299
2 HA ILE 804 HA ILE 804 45.495 -18.360 -11.674
3 HB ILE 804 HB ILE 804 43.579 -19.097 -10.410
4 HG12 ILE 804 HG12 ILE 804 41.809 -18.748 -12.133
5 HG13 ILE 804 HG13 ILE 804 41.332 -18.165 -10.548
6 HG21 ILE 804 HG21 ILE 804 44.755 -17.237 -9.428
7 HG23 ILE 804 HG22 ILE 804 43.031 -17.109 -9.056
8 HG22 ILE 804 HG23 ILE 804 43.741 -16.099 -10.317
9 HD12 ILE 804 HD11 ILE 804 42.190 -16.516 -12.919
10 HD11 ILE 804 HD12 ILE 804 41.880 -15.871 -11.312
11 HD13 ILE 804 HD13 ILE 804 40.576 -16.640 -12.219
No H/Q in entry = 11
In of MODEL 45
1 H CYS 805 H CYS 805 44.465 -20.599 -11.840
2 HA CYS 805 HA CYS 805 43.811 -21.050 -14.666
3 HB2 CYS 805 HB2 CYS 805 45.943 -22.021 -13.944
4 HB3 CYS 805 HB3 CYS 805 45.126 -22.847 -12.625
No H/Q in entry = 4
In of MODEL 45
1 H VAL 806 H VAL 806 41.864 -21.668 -15.092
2 HA VAL 806 HA VAL 806 40.344 -22.978 -12.956
3 HB VAL 806 HB VAL 806 39.151 -21.217 -15.071
4 HG11 VAL 806 HG11 VAL 806 38.083 -22.195 -12.451
5 HG13 VAL 806 HG12 VAL 806 37.593 -22.703 -14.054
6 HG12 VAL 806 HG13 VAL 806 37.273 -21.046 -13.513
7 HG22 VAL 806 HG21 VAL 806 40.627 -19.763 -13.863
8 HG21 VAL 806 HG22 VAL 806 39.992 -20.332 -12.319
9 HG23 VAL 806 HG23 VAL 806 38.964 -19.403 -13.417
No H/Q in entry = 9
In of MODEL 45
1 H GLU 807 H GLU 807 39.467 -24.880 -13.552
2 HA GLU 807 HA GLU 807 39.813 -25.782 -16.256
3 HB2 GLU 807 HB2 GLU 807 40.304 -27.283 -14.319
4 HB3 GLU 807 HB3 GLU 807 38.606 -27.221 -13.883
5 HG2 GLU 807 HG2 GLU 807 38.017 -28.233 -16.026
6 HG3 GLU 807 HG3 GLU 807 39.724 -28.305 -16.455
No H/Q in entry = 6
In of MODEL 45
1 H VAL 808 H VAL 808 38.428 -25.284 -17.627
2 HA VAL 808 HA VAL 808 35.553 -25.315 -17.092
3 HB VAL 808 HB VAL 808 36.982 -23.120 -18.547
4 HG12 VAL 808 HG11 VAL 808 34.089 -23.321 -17.848
5 HG11 VAL 808 HG12 VAL 808 34.848 -23.502 -19.441
6 HG13 VAL 808 HG13 VAL 808 34.901 -21.941 -18.615
7 HG21 VAL 808 HG21 VAL 808 35.850 -23.045 -15.803
8 HG23 VAL 808 HG22 VAL 808 36.260 -21.617 -16.746
9 HG22 VAL 808 HG23 VAL 808 37.519 -22.774 -16.315
No H/Q in entry = 9
In of MODEL 45
1 H ASN 809 H ASN 809 34.498 -26.044 -18.949
2 HA ASN 809 HA ASN 809 34.135 -26.918 -20.979
3 HB2 ASN 809 HB2 ASN 809 36.664 -25.466 -21.671
4 HB3 ASN 809 HB3 ASN 809 35.825 -26.434 -22.862
5 HD21 ASN 809 HD21 ASN 809 36.349 -23.591 -22.641
6 HD22 ASN 809 HD22 ASN 809 34.804 -22.830 -22.787
No H/Q in entry = 6
In of MODEL 45
1 H GLY 810 H GLY 810 36.252 -27.901 -18.881
2 HA3 GLY 810 HA2 GLY 810 37.123 -30.077 -18.596
3 HA2 GLY 810 HA3 GLY 810 37.035 -30.297 -20.345
No H/Q in entry = 3
In of MODEL 45
1 H LYS 811 H LYS 811 38.253 -27.351 -20.047
2 HA LYS 811 HA LYS 811 41.030 -28.261 -20.385
3 HB2 LYS 811 HB2 LYS 811 39.851 -25.570 -21.017
4 HB3 LYS 811 HB3 LYS 811 41.375 -26.228 -21.577
5 HG2 LYS 811 HG2 LYS 811 38.671 -27.243 -22.324
6 HG3 LYS 811 HG3 LYS 811 39.626 -26.074 -23.258
7 HD2 LYS 811 HD2 LYS 811 40.472 -28.902 -22.604
8 HD3 LYS 811 HD3 LYS 811 39.727 -28.397 -24.123
9 HE2 LYS 811 HE2 LYS 811 41.614 -26.798 -24.462
10 HE3 LYS 811 HE3 LYS 811 42.368 -27.427 -23.000
11 HZ3 LYS 811 HZ1 LYS 811 43.321 -28.422 -24.951
12 HZ2 LYS 811 HZ2 LYS 811 41.831 -28.962 -25.489
13 HZ1 LYS 811 HZ3 LYS 811 42.510 -29.613 -24.091
No H/Q in entry = 13
In of MODEL 45
1 H GLU 812 H GLU 812 42.512 -26.627 -19.616
2 HA GLU 812 HA GLU 812 41.521 -25.217 -17.247
3 HB2 GLU 812 HB2 GLU 812 44.139 -26.682 -17.514
4 HB3 GLU 812 HB3 GLU 812 43.927 -25.399 -16.329
5 HG2 GLU 812 HG2 GLU 812 42.039 -26.620 -15.374
6 HG3 GLU 812 HG3 GLU 812 42.305 -27.921 -16.523
No H/Q in entry = 6
In of MODEL 45
1 H GLN 813 H GLN 813 41.229 -23.322 -17.870
2 HA GLN 813 HA GLN 813 43.160 -22.038 -19.668
3 HB2 GLN 813 HB2 GLN 813 40.958 -22.263 -20.530
4 HB3 GLN 813 HB3 GLN 813 40.229 -21.559 -19.093
5 HG2 GLN 813 HG2 GLN 813 41.202 -19.444 -19.641
6 HG3 GLN 813 HG3 GLN 813 42.019 -20.109 -21.066
7 HE21 GLN 813 HE21 GLN 813 39.089 -18.952 -19.716
8 HE22 GLN 813 HE22 GLN 813 38.119 -19.057 -21.150
No H/Q in entry = 8
In of MODEL 45
1 H THR 814 H THR 814 44.058 -20.133 -19.099
2 HA THR 814 HA THR 814 43.952 -19.356 -16.328
3 HB THR 814 HB THR 814 45.358 -18.051 -18.653
4 HG1 THR 814 HG1 THR 814 47.043 -19.361 -18.235
5 HG21 THR 814 HG21 THR 814 45.835 -17.891 -15.670
6 HG23 THR 814 HG22 THR 814 45.188 -16.606 -16.686
7 HG22 THR 814 HG23 THR 814 46.856 -17.143 -16.894
No H/Q in entry = 7
In of MODEL 45
1 H MET 815 H MET 815 42.781 -17.705 -15.579
2 HA MET 815 HA MET 815 41.588 -15.846 -17.525
3 HB2 MET 815 HB2 MET 815 40.236 -16.721 -14.983
4 HB3 MET 815 HB3 MET 815 39.554 -15.751 -16.276
5 HG2 MET 815 HG2 MET 815 39.916 -17.879 -17.715
6 HG3 MET 815 HG3 MET 815 40.110 -18.630 -16.137
7 HE2 MET 815 HE1 MET 815 38.202 -20.279 -16.776
8 HE1 MET 815 HE2 MET 815 38.049 -19.418 -18.298
9 HE3 MET 815 HE3 MET 815 36.602 -19.751 -17.331
No H/Q in entry = 9
In of MODEL 45
1 H SER 816 H SER 816 40.988 -13.835 -16.457
2 HA SER 816 HA SER 816 42.963 -13.079 -14.516
3 HB2 SER 816 HB2 SER 816 40.595 -11.535 -15.617
4 HB3 SER 816 HB3 SER 816 41.920 -10.871 -14.654
5 HG SER 816 HG SER 816 41.819 -11.172 -17.284
No H/Q in entry = 5
In of MODEL 45
1 H GLU 817 H GLU 817 42.492 -12.466 -12.455
2 HA GLU 817 HA GLU 817 40.962 -14.093 -10.912
3 HB2 GLU 817 HB2 GLU 817 42.850 -12.565 -10.330
4 HB3 GLU 817 HB3 GLU 817 41.676 -11.278 -10.379
5 HG2 GLU 817 HG2 GLU 817 40.593 -11.927 -8.522
6 HG3 GLU 817 HG3 GLU 817 41.181 -13.596 -8.636
No H/Q in entry = 6
In of MODEL 45
1 H CYS 818 H CYS 818 40.138 -10.823 -11.939
2 HA CYS 818 HA CYS 818 37.635 -10.702 -10.695
3 HB2 CYS 818 HB2 CYS 818 37.274 -8.806 -12.373
4 HB3 CYS 818 HB3 CYS 818 38.663 -8.666 -11.295
No H/Q in entry = 4
In of MODEL 45
1 H GLU 819 H GLU 819 38.677 -11.833 -13.799
2 HA GLU 819 HA GLU 819 36.244 -12.058 -15.162
3 HB2 GLU 819 HB2 GLU 819 38.410 -11.941 -16.251
4 HB3 GLU 819 HB3 GLU 819 38.913 -13.420 -15.475
5 HG2 GLU 819 HG2 GLU 819 37.397 -14.701 -16.850
6 HG3 GLU 819 HG3 GLU 819 36.733 -13.212 -17.535
No H/Q in entry = 6
In of MODEL 45
1 H ALA 820 H ALA 820 38.319 -14.609 -13.756
2 HA ALA 820 HA ALA 820 36.578 -16.722 -14.043
3 HB2 ALA 820 HB1 ALA 820 37.873 -17.841 -12.295
4 HB3 ALA 820 HB2 ALA 820 38.596 -16.290 -11.869
5 HB1 ALA 820 HB3 ALA 820 38.900 -17.005 -13.459
No H/Q in entry = 5
In of MODEL 45
1 H GLY 821 H GLY 821 36.921 -14.387 -11.436
2 HA3 GLY 821 HA2 GLY 821 35.179 -15.510 -9.551
3 HA2 GLY 821 HA3 GLY 821 35.581 -13.799 -9.673
No H/Q in entry = 3
In of MODEL 45
1 H ALA 822 H ALA 822 34.573 -13.267 -12.213
2 HA ALA 822 HA ALA 822 31.865 -12.878 -11.578
3 HB1 ALA 822 HB1 ALA 822 33.149 -11.328 -12.960
4 HB3 ALA 822 HB2 ALA 822 31.650 -11.854 -13.729
5 HB2 ALA 822 HB3 ALA 822 33.205 -12.528 -14.256
No H/Q in entry = 5
In of MODEL 45
1 H LEU 823 H LEU 823 33.527 -15.244 -13.616
2 HA LEU 823 HA LEU 823 31.203 -16.395 -14.713
3 HB2 LEU 823 HB2 LEU 823 33.873 -17.667 -14.132
4 HB3 LEU 823 HB3 LEU 823 32.534 -18.618 -14.714
5 HG LEU 823 HG LEU 823 33.793 -18.244 -16.589
6 HD13 LEU 823 HD11 LEU 823 32.544 -16.899 -18.094
7 HD12 LEU 823 HD12 LEU 823 31.838 -16.008 -16.761
8 HD11 LEU 823 HD13 LEU 823 31.447 -17.720 -16.971
9 HD23 LEU 823 HD21 LEU 823 34.714 -16.080 -17.298
10 HD22 LEU 823 HD22 LEU 823 35.367 -16.642 -15.764
11 HD21 LEU 823 HD23 LEU 823 34.142 -15.371 -15.787
No H/Q in entry = 11
In of MODEL 45
1 H ARG 824 H ARG 824 32.791 -17.010 -11.648
2 HA ARG 824 HA ARG 824 31.148 -19.173 -10.783
3 HB2 ARG 824 HB2 ARG 824 32.271 -17.023 -8.977
4 HB3 ARG 824 HB3 ARG 824 31.809 -18.643 -8.507
5 HG2 ARG 824 HG2 ARG 824 33.728 -19.491 -9.874
6 HG3 ARG 824 HG3 ARG 824 34.200 -17.808 -10.143
7 HD2 ARG 824 HD2 ARG 824 34.016 -19.296 -7.535
8 HD3 ARG 824 HD3 ARG 824 35.474 -18.710 -8.317
9 HE ARG 824 HE ARG 824 33.927 -16.472 -7.933
10 HH11 ARG 824 HH11 ARG 824 35.362 -18.893 -5.700
11 HH12 ARG 824 HH12 ARG 824 35.466 -17.792 -4.397
12 HH21 ARG 824 HH21 ARG 824 34.165 -14.984 -6.053
13 HH22 ARG 824 HH22 ARG 824 34.853 -15.590 -4.622
No H/Q in entry = 13
In of MODEL 45
1 H CYS 825 H CYS 825 30.939 -15.729 -10.332
2 HA CYS 825 HA CYS 825 28.657 -15.681 -8.748
3 HB2 CYS 825 HB2 CYS 825 30.096 -13.688 -10.385
4 HB3 CYS 825 HB3 CYS 825 28.684 -13.205 -9.478
No H/Q in entry = 4
In of MODEL 45
1 H ARG 826 H ARG 826 28.942 -15.340 -12.274
2 HA ARG 826 HA ARG 826 26.191 -14.725 -12.613
3 HB2 ARG 826 HB2 ARG 826 26.563 -15.353 -15.020
4 HB3 ARG 826 HB3 ARG 826 27.651 -14.099 -14.409
5 HG2 ARG 826 HG2 ARG 826 29.390 -15.739 -14.206
6 HG3 ARG 826 HG3 ARG 826 28.294 -17.006 -14.754
7 HD2 ARG 826 HD2 ARG 826 29.001 -14.568 -16.377
8 HD3 ARG 826 HD3 ARG 826 29.816 -16.125 -16.516
9 HE ARG 826 HE ARG 826 27.121 -16.598 -16.787
10 HH11 ARG 826 HH11 ARG 826 29.611 -14.787 -18.541
11 HH12 ARG 826 HH12 ARG 826 28.944 -15.059 -20.065
12 HH21 ARG 826 HH21 ARG 826 26.191 -16.993 -18.919
13 HH22 ARG 826 HH22 ARG 826 26.931 -16.318 -20.293
No H/Q in entry = 13
In of MODEL 45
1 H GLY 827 H GLY 827 27.861 -17.678 -12.169
2 HA3 GLY 827 HA2 GLY 827 26.558 -19.594 -11.488
3 HA2 GLY 827 HA3 GLY 827 25.302 -19.066 -12.591
No H/Q in entry = 3
In of MODEL 45
1 H GLN 828 H GLN 828 28.441 -18.789 -13.844
2 HA GLN 828 HA GLN 828 27.948 -20.848 -15.782
3 HB2 GLN 828 HB2 GLN 828 29.109 -18.734 -16.358
4 HB3 GLN 828 HB3 GLN 828 30.417 -19.171 -15.275
5 HG2 GLN 828 HG2 GLN 828 30.978 -19.571 -17.648
6 HG3 GLN 828 HG3 GLN 828 30.999 -21.041 -16.674
7 HE21 GLN 828 HE21 GLN 828 29.306 -19.266 -19.116
8 HE22 GLN 828 HE22 GLN 828 28.334 -20.565 -19.681
No H/Q in entry = 8
In of MODEL 45
1 H SER 829 H SER 829 29.216 -22.749 -16.060
2 HA SER 829 HA SER 829 30.148 -23.843 -13.542
3 HB2 SER 829 HB2 SER 829 29.783 -25.154 -16.251
4 HB3 SER 829 HB3 SER 829 30.157 -25.997 -14.747
5 HG SER 829 HG SER 829 27.887 -24.332 -15.004
No H/Q in entry = 5
In of MODEL 45
1 H ILE 830 H ILE 830 32.165 -23.440 -12.988
2 HA ILE 830 HA ILE 830 34.452 -23.850 -14.806
3 HB ILE 830 HB ILE 830 35.538 -21.834 -14.127
4 HG12 ILE 830 HG12 ILE 830 34.618 -21.687 -11.780
5 HG13 ILE 830 HG13 ILE 830 34.729 -20.130 -12.552
6 HG21 ILE 830 HG21 ILE 830 34.153 -21.545 -16.021
7 HG23 ILE 830 HG22 ILE 830 34.219 -20.043 -15.097
8 HG22 ILE 830 HG23 ILE 830 32.782 -21.078 -15.010
9 HD13 ILE 830 HD11 ILE 830 32.332 -20.201 -13.000
10 HD12 ILE 830 HD12 ILE 830 32.703 -20.325 -11.285
11 HD11 ILE 830 HD13 ILE 830 32.230 -21.768 -12.194
No H/Q in entry = 11
In of MODEL 45
1 H SER 831 H SER 831 36.240 -24.577 -13.572
2 HA SER 831 HA SER 831 35.727 -24.936 -10.721
3 HB2 SER 831 HB2 SER 831 37.028 -26.752 -12.704
4 HB3 SER 831 HB3 SER 831 36.895 -27.036 -10.966
5 HG SER 831 HG SER 831 34.643 -27.159 -11.218
No H/Q in entry = 5
In of MODEL 45
1 H VAL 832 H VAL 832 37.111 -23.370 -9.853
2 HA VAL 832 HA VAL 832 39.636 -22.756 -11.010
3 HB VAL 832 HB VAL 832 38.741 -22.257 -8.153
4 HG11 VAL 832 HG11 VAL 832 41.194 -22.141 -8.405
5 HG13 VAL 832 HG12 VAL 832 40.524 -20.539 -8.102
6 HG12 VAL 832 HG13 VAL 832 41.012 -21.000 -9.732
7 HG23 VAL 832 HG21 VAL 832 38.657 -20.436 -10.566
8 HG22 VAL 832 HG22 VAL 832 38.239 -19.968 -8.920
9 HG21 VAL 832 HG23 VAL 832 37.264 -21.169 -9.769
No H/Q in entry = 9
In of MODEL 45
1 H THR 833 H THR 833 41.154 -24.220 -11.232
2 HA THR 833 HA THR 833 41.374 -26.359 -9.320
3 HB THR 833 HB THR 833 43.209 -27.103 -10.920
4 HG1 THR 833 HG1 THR 833 43.198 -26.067 -12.944
5 HG23 THR 833 HG21 THR 833 40.933 -28.022 -10.977
6 HG22 THR 833 HG22 THR 833 41.592 -27.861 -12.607
7 HG21 THR 833 HG23 THR 833 40.423 -26.682 -12.006
No H/Q in entry = 7
In of MODEL 45
1 H SER 834 H SER 834 43.089 -23.467 -10.242
2 HA SER 834 HA SER 834 44.760 -23.702 -7.934
3 HB2 SER 834 HB2 SER 834 46.821 -23.419 -9.518
4 HB3 SER 834 HB3 SER 834 46.163 -25.029 -9.168
5 HG SER 834 HG SER 834 44.781 -24.267 -11.147
No H/Q in entry = 5
In of MODEL 45
1 H ILE 835 H ILE 835 45.915 -21.781 -7.447
2 HA ILE 835 HA ILE 835 44.667 -19.475 -8.672
3 HB ILE 835 HB ILE 835 45.538 -18.181 -6.704
4 HG12 ILE 835 HG12 ILE 835 46.055 -19.578 -4.642
5 HG13 ILE 835 HG13 ILE 835 46.352 -20.927 -5.726
6 HG22 ILE 835 HG21 ILE 835 43.918 -19.076 -5.145
7 HG21 ILE 835 HG22 ILE 835 43.767 -20.523 -6.151
8 HG23 ILE 835 HG23 ILE 835 43.280 -18.945 -6.787
9 HD13 ILE 835 HD11 ILE 835 48.397 -19.871 -5.020
10 HD12 ILE 835 HD12 ILE 835 47.793 -18.321 -5.635
11 HD11 ILE 835 HD13 ILE 835 48.147 -19.635 -6.761
No H/Q in entry = 11
In of MODEL 45
1 H ARG 836 H ARG 836 47.066 -21.115 -9.455
2 HA ARG 836 HA ARG 836 48.978 -18.990 -9.982
3 HB2 ARG 836 HB2 ARG 836 49.058 -21.979 -10.265
4 HB3 ARG 836 HB3 ARG 836 50.299 -20.927 -10.932
5 HG2 ARG 836 HG2 ARG 836 50.866 -20.121 -8.761
6 HG3 ARG 836 HG3 ARG 836 49.519 -21.002 -8.036
7 HD2 ARG 836 HD2 ARG 836 51.798 -22.269 -9.522
8 HD3 ARG 836 HD3 ARG 836 51.678 -22.063 -7.762
9 HE ARG 836 HE ARG 836 49.628 -23.412 -7.880
10 HH11 ARG 836 HH11 ARG 836 52.059 -23.880 -10.446
11 HH12 ARG 836 HH12 ARG 836 51.546 -25.439 -10.826
12 HH21 ARG 836 HH21 ARG 836 48.975 -25.623 -8.415
13 HH22 ARG 836 HH22 ARG 836 49.752 -26.451 -9.664
No H/Q in entry = 13
In of MODEL 45
1 HA PRO 837 HA PRO 837 47.184 -18.955 -14.091
2 HB2 PRO 837 HB2 PRO 837 49.691 -18.144 -15.323
3 HB3 PRO 837 HB3 PRO 837 48.245 -17.184 -15.053
4 HG2 PRO 837 HG2 PRO 837 50.587 -16.762 -13.706
5 HG3 PRO 837 HG3 PRO 837 48.994 -16.349 -13.056
6 HD2 PRO 837 HD2 PRO 837 50.735 -18.704 -12.468
7 HD3 PRO 837 HD3 PRO 837 49.710 -17.744 -11.375
No H/Q in entry = 7
In of MODEL 45
1 H CYS 838 H CYS 838 47.128 -20.249 -15.947
2 HA CYS 838 HA CYS 838 48.900 -22.568 -15.890
3 HB2 CYS 838 HB2 CYS 838 46.352 -22.825 -16.021
4 HB3 CYS 838 HB3 CYS 838 46.440 -22.021 -17.572
No H/Q in entry = 4
In of MODEL 45
1 H ALA 839 H ALA 839 49.412 -23.311 -18.269
2 HA ALA 839 HA ALA 839 50.810 -21.179 -19.571
3 HB2 ALA 839 HB1 ALA 839 50.379 -24.052 -20.387
4 HB1 ALA 839 HB2 ALA 839 51.760 -23.421 -19.481
5 HB3 ALA 839 HB3 ALA 839 51.492 -22.926 -21.153
No H/Q in entry = 5
In of MODEL 45
1 H ALA 840 H ALA 840 47.667 -22.081 -19.598
2 HA ALA 840 HA ALA 840 47.133 -21.519 -22.392
3 HB1 ALA 840 HB1 ALA 840 45.913 -23.351 -21.367
4 HB3 ALA 840 HB2 ALA 840 44.793 -22.057 -21.807
5 HB2 ALA 840 HB3 ALA 840 45.302 -22.265 -20.129
No H/Q in entry = 5
In of MODEL 45
1 H GLU 841 H GLU 841 48.049 -19.313 -22.026
2 HA GLU 841 HA GLU 841 45.953 -17.505 -21.027
3 HB2 GLU 841 HB2 GLU 841 48.903 -16.957 -21.469
4 HB3 GLU 841 HB3 GLU 841 47.723 -15.709 -21.108
5 HG2 GLU 841 HG2 GLU 841 47.259 -16.822 -18.966
6 HG3 GLU 841 HG3 GLU 841 48.520 -18.002 -19.325
No H/Q in entry = 6
In of MODEL 45
1 H THR 842 H THR 842 44.722 -17.770 -22.858
2 HA THR 842 HA THR 842 43.969 -17.658 -24.883
3 HB THR 842 HB THR 842 44.531 -15.714 -26.314
4 HG1 THR 842 HG1 THR 842 46.692 -15.628 -24.715
5 HG22 THR 842 HG21 THR 842 43.707 -13.973 -24.772
6 HG21 THR 842 HG22 THR 842 44.030 -15.055 -23.417
7 HG23 THR 842 HG23 THR 842 42.815 -15.487 -24.621
No H/Q in entry = 7
In of MODEL 45
1 H GLN 843 H GLN 843 44.363 -17.899 -27.231
2 HA GLN 843 HA GLN 843 46.935 -19.176 -27.678
3 HB2 GLN 843 HB2 GLN 843 44.210 -20.247 -28.454
4 HB3 GLN 843 HB3 GLN 843 45.726 -20.892 -29.066
5 HG2 GLN 843 HG2 GLN 843 46.404 -21.545 -26.845
6 HG3 GLN 843 HG3 GLN 843 44.972 -20.794 -26.152
7 HE21 GLN 843 HE21 GLN 843 43.201 -21.793 -28.275
8 HE22 GLN 843 HE22 GLN 843 43.009 -23.469 -27.954
No H/Q in entry = 8
In of MODEL 46
1 H1 GLY 689 H3 GLY 689 76.165 0.599 -15.847
2 H2 GLY 689 H2 GLY 689 77.464 -0.321 -15.302
3 H3 GLY 689 H1 GLY 689 76.648 0.728 -14.251
4 HA2 GLY 689 HA2 GLY 689 78.252 1.531 -16.588
5 HA3 GLY 689 HA3 GLY 689 78.692 1.767 -14.896
No H/Q in entry = 5
In of MODEL 46
1 H SER 690 H SER 690 78.735 4.066 -16.036
2 HA SER 690 HA SER 690 76.209 5.269 -15.293
3 HB2 SER 690 HB2 SER 690 78.444 6.183 -14.447
4 HB3 SER 690 HB3 SER 690 78.767 6.682 -16.109
5 HG SER 690 HG SER 690 77.735 8.193 -14.507
No H/Q in entry = 5
In of MODEL 46
1 H HIS 691 H HIS 691 74.778 5.350 -16.860
2 HA HIS 691 HA HIS 691 75.699 5.450 -19.657
3 HB2 HIS 691 HB2 HIS 691 74.373 3.464 -18.746
4 HB3 HIS 691 HB3 HIS 691 73.016 4.561 -18.588
5 HD1 HIS 691 HD1 HIS 691 71.605 4.889 -20.609
6 HD2 HIS 691 HD2 HIS 691 75.194 3.010 -21.482
7 HE1 HIS 691 HE1 HIS 691 71.397 4.098 -22.984
8 HE2 HIS 691 HE2 HIS 691 73.482 2.769 -23.387
No H/Q in entry = 8
In of MODEL 46
1 H MET 692 H MET 692 75.009 7.113 -20.934
2 HA MET 692 HA MET 692 74.149 9.534 -19.796
3 HB2 MET 692 HB2 MET 692 74.033 8.637 -22.675
4 HB3 MET 692 HB3 MET 692 73.746 10.281 -22.146
5 HG2 MET 692 HG2 MET 692 76.045 10.383 -21.297
6 HG3 MET 692 HG3 MET 692 76.310 8.737 -21.867
7 HE2 MET 692 HE1 MET 692 78.387 10.964 -24.354
8 HE1 MET 692 HE2 MET 692 78.457 9.654 -23.174
9 HE3 MET 692 HE3 MET 692 78.110 11.299 -22.649
No H/Q in entry = 9
In of MODEL 46
1 H ASN 693 H ASN 693 72.367 7.426 -21.989
2 HA ASN 693 HA ASN 693 69.867 8.757 -21.479
3 HB2 ASN 693 HB2 ASN 693 70.436 6.125 -22.896
4 HB3 ASN 693 HB3 ASN 693 68.871 6.911 -22.844
5 HD21 ASN 693 HD21 ASN 693 68.702 7.121 -25.023
6 HD22 ASN 693 HD22 ASN 693 69.699 8.164 -25.968
No H/Q in entry = 6
In of MODEL 46
1 HA PRO 694 HA PRO 694 68.655 6.390 -17.886
2 HB2 PRO 694 HB2 PRO 694 65.951 6.101 -18.510
3 HB3 PRO 694 HB3 PRO 694 66.641 7.496 -17.676
4 HG2 PRO 694 HG2 PRO 694 65.934 7.165 -20.557
5 HG3 PRO 694 HG3 PRO 694 65.761 8.589 -19.516
6 HD2 PRO 694 HD2 PRO 694 67.737 8.405 -21.308
7 HD3 PRO 694 HD3 PRO 694 67.994 9.169 -19.724
No H/Q in entry = 7
In of MODEL 46
1 H LEU 695 H LEU 695 68.639 4.199 -17.519
2 HA LEU 695 HA LEU 695 68.664 2.587 -19.875
3 HB2 LEU 695 HB2 LEU 695 69.412 0.695 -18.551
4 HB3 LEU 695 HB3 LEU 695 70.363 2.103 -18.174
5 HG LEU 695 HG LEU 695 68.177 0.973 -16.409
6 HD12 LEU 695 HD11 LEU 695 71.169 0.720 -16.207
7 HD11 LEU 695 HD12 LEU 695 70.029 -0.565 -16.610
8 HD13 LEU 695 HD13 LEU 695 70.003 0.167 -15.004
9 HD23 LEU 695 HD21 LEU 695 69.175 2.399 -14.664
10 HD22 LEU 695 HD22 LEU 695 68.523 3.346 -15.990
11 HD21 LEU 695 HD23 LEU 695 70.267 3.092 -15.863
No H/Q in entry = 11
In of MODEL 46
1 H THR 696 H THR 696 66.684 2.819 -20.600
2 HA THR 696 HA THR 696 64.436 1.831 -19.120
3 HB THR 696 HB THR 696 64.201 3.789 -20.621
4 HG1 THR 696 HG1 THR 696 62.653 1.496 -20.975
5 HG21 THR 696 HG21 THR 696 64.703 1.817 -22.860
6 HG23 THR 696 HG22 THR 696 65.755 3.153 -22.394
7 HG22 THR 696 HG23 THR 696 64.160 3.482 -23.074
No H/Q in entry = 7
In of MODEL 46
1 H GLN 697 H GLN 697 66.864 0.318 -20.601
2 HA GLN 697 HA GLN 697 65.435 -1.821 -21.916
3 HB2 GLN 697 HB2 GLN 697 68.323 -1.667 -21.006
4 HB3 GLN 697 HB3 GLN 697 67.642 -2.916 -22.032
5 HG2 GLN 697 HG2 GLN 697 67.806 -0.003 -22.755
6 HG3 GLN 697 HG3 GLN 697 68.970 -1.229 -23.248
7 HE21 GLN 697 HE21 GLN 697 68.571 -0.905 -25.411
8 HE22 GLN 697 HE22 GLN 697 67.105 -1.405 -26.183
No H/Q in entry = 8
In of MODEL 46
1 H ALA 698 H ALA 698 66.664 -1.032 -18.841
2 HA ALA 698 HA ALA 698 66.415 -3.714 -17.830
3 HB1 ALA 698 HB1 ALA 698 67.229 -1.196 -16.383
4 HB3 ALA 698 HB2 ALA 698 68.337 -2.335 -17.143
5 HB2 ALA 698 HB3 ALA 698 67.351 -2.847 -15.772
No H/Q in entry = 5
In of MODEL 46
1 H VAL 699 H VAL 699 64.224 -3.946 -18.102
2 HA VAL 699 HA VAL 699 62.565 -2.390 -16.246
3 HB VAL 699 HB VAL 699 61.583 -4.357 -18.335
4 HG12 VAL 699 HG11 VAL 699 60.173 -2.094 -16.927
5 HG11 VAL 699 HG12 VAL 699 60.033 -3.793 -16.517
6 HG13 VAL 699 HG13 VAL 699 59.449 -3.213 -18.084
7 HG22 VAL 699 HG21 VAL 699 62.814 -2.618 -19.506
8 HG21 VAL 699 HG22 VAL 699 61.913 -1.376 -18.641
9 HG23 VAL 699 HG23 VAL 699 61.081 -2.435 -19.781
No H/Q in entry = 9
In of MODEL 46
1 HA PRO 700 HA PRO 700 63.446 -6.070 -13.798
2 HB2 PRO 700 HB2 PRO 700 61.651 -4.692 -11.901
3 HB3 PRO 700 HB3 PRO 700 63.283 -5.316 -11.638
4 HG2 PRO 700 HG2 PRO 700 62.864 -2.696 -11.840
5 HG3 PRO 700 HG3 PRO 700 64.290 -3.439 -12.582
6 HD2 PRO 700 HD2 PRO 700 61.740 -2.543 -13.864
7 HD3 PRO 700 HD3 PRO 700 63.419 -2.375 -14.426
No H/Q in entry = 7
In of MODEL 46
1 H LYS 701 H LYS 701 60.242 -4.711 -13.632
2 HA LYS 701 HA LYS 701 58.174 -5.605 -13.703
3 HB2 LYS 701 HB2 LYS 701 59.558 -7.853 -15.152
4 HB3 LYS 701 HB3 LYS 701 57.818 -7.761 -14.926
5 HG2 LYS 701 HG2 LYS 701 57.719 -5.734 -16.216
6 HG3 LYS 701 HG3 LYS 701 59.485 -5.711 -16.329
7 HD2 LYS 701 HD2 LYS 701 59.522 -7.686 -17.551
8 HD3 LYS 701 HD3 LYS 701 57.788 -7.959 -17.326
9 HE2 LYS 701 HE2 LYS 701 59.013 -5.635 -18.823
10 HE3 LYS 701 HE3 LYS 701 58.354 -7.077 -19.590
11 HZ2 LYS 701 HZ1 LYS 701 56.781 -5.274 -19.620
12 HZ1 LYS 701 HZ2 LYS 701 56.776 -5.136 -17.944
13 HZ3 LYS 701 HZ3 LYS 701 56.176 -6.522 -18.688
No H/Q in entry = 13
In of MODEL 46
1 H CYS 702 H CYS 702 57.393 -6.057 -11.858
2 HA CYS 702 HA CYS 702 58.440 -8.339 -10.352
3 HB2 CYS 702 HB2 CYS 702 56.671 -6.085 -9.343
4 HB3 CYS 702 HB3 CYS 702 57.529 -7.290 -8.410
No H/Q in entry = 4
In of MODEL 46
1 H GLN 703 H GLN 703 56.861 -9.748 -9.375
2 HA GLN 703 HA GLN 703 54.563 -10.230 -11.014
3 HB2 GLN 703 HB2 GLN 703 55.359 -11.308 -8.302
4 HB3 GLN 703 HB3 GLN 703 54.105 -11.966 -9.340
5 HG2 GLN 703 HG2 GLN 703 57.023 -11.826 -10.070
6 HG3 GLN 703 HG3 GLN 703 56.217 -13.246 -9.402
7 HE21 GLN 703 HE21 GLN 703 54.861 -14.421 -10.691
8 HE22 GLN 703 HE22 GLN 703 54.737 -14.176 -12.392
No H/Q in entry = 8
In of MODEL 46
1 H ARG 704 H ARG 704 52.421 -10.397 -9.925
2 HA ARG 704 HA ARG 704 51.816 -7.688 -9.280
3 HB2 ARG 704 HB2 ARG 704 49.996 -10.088 -9.280
4 HB3 ARG 704 HB3 ARG 704 49.457 -8.415 -9.180
5 HG2 ARG 704 HG2 ARG 704 50.477 -7.979 -11.381
6 HG3 ARG 704 HG3 ARG 704 50.986 -9.676 -11.401
7 HD2 ARG 704 HD2 ARG 704 48.808 -10.441 -11.456
8 HD3 ARG 704 HD3 ARG 704 48.116 -8.829 -11.208
9 HE ARG 704 HE ARG 704 49.699 -9.528 -13.597
10 HH11 ARG 704 HH11 ARG 704 46.713 -8.109 -12.223
11 HH12 ARG 704 HH12 ARG 704 46.072 -7.742 -13.742
12 HH21 ARG 704 HH21 ARG 704 48.745 -8.965 -15.666
13 HH22 ARG 704 HH22 ARG 704 47.214 -8.215 -15.713
No H/Q in entry = 13
In of MODEL 46
1 H TRP 705 H TRP 705 52.489 -10.365 -7.320
2 HA TRP 705 HA TRP 705 51.336 -9.160 -4.926
3 HB2 TRP 705 HB2 TRP 705 52.147 -11.265 -3.838
4 HB3 TRP 705 HB3 TRP 705 50.981 -11.514 -5.130
5 HD1 TRP 705 HD1 TRP 705 54.615 -12.163 -4.206
6 HE1 TRP 705 HE1 TRP 705 55.600 -13.866 -5.839
7 HE3 TRP 705 HE3 TRP 705 50.776 -12.363 -7.581
8 HZ2 TRP 705 HZ2 TRP 705 54.841 -15.133 -8.271
9 HZ3 TRP 705 HZ3 TRP 705 50.986 -13.833 -9.517
10 HH2 TRP 705 HH2 TRP 705 52.977 -15.198 -9.855
No H/Q in entry = 10
In of MODEL 46
1 H GLU 706 H GLU 706 53.839 -8.462 -6.653
2 HA GLU 706 HA GLU 706 55.607 -7.915 -4.405
3 HB2 GLU 706 HB2 GLU 706 56.286 -8.593 -7.262
4 HB3 GLU 706 HB3 GLU 706 57.443 -7.974 -6.092
5 HG2 GLU 706 HG2 GLU 706 57.044 -9.964 -4.714
6 HG3 GLU 706 HG3 GLU 706 55.953 -10.578 -5.959
No H/Q in entry = 6
In of MODEL 46
1 H LYS 707 H LYS 707 57.034 -6.075 -5.016
2 HA LYS 707 HA LYS 707 55.902 -4.168 -6.849
3 HB2 LYS 707 HB2 LYS 707 55.898 -2.349 -5.188
4 HB3 LYS 707 HB3 LYS 707 54.744 -3.603 -4.768
5 HG2 LYS 707 HG2 LYS 707 56.256 -4.459 -3.069
6 HG3 LYS 707 HG3 LYS 707 57.472 -3.265 -3.535
7 HD2 LYS 707 HD2 LYS 707 55.931 -1.474 -2.963
8 HD3 LYS 707 HD3 LYS 707 54.721 -2.665 -2.483
9 HE2 LYS 707 HE2 LYS 707 56.164 -3.449 -0.705
10 HE3 LYS 707 HE3 LYS 707 57.443 -2.352 -1.217
11 HZ2 LYS 707 HZ1 LYS 707 54.784 -1.563 -0.125
12 HZ1 LYS 707 HZ2 LYS 707 55.914 -0.499 -0.754
13 HZ3 LYS 707 HZ3 LYS 707 56.287 -1.373 0.629
No H/Q in entry = 13
In of MODEL 46
1 H LEU 708 H LEU 708 57.425 -2.289 -7.028
2 HA LEU 708 HA LEU 708 60.114 -3.422 -7.090
3 HB2 LEU 708 HB2 LEU 708 59.108 -2.826 -9.203
4 HB3 LEU 708 HB3 LEU 708 58.816 -1.199 -8.635
5 HG LEU 708 HG LEU 708 61.272 -0.870 -8.484
6 HD11 LEU 708 HD11 LEU 708 61.380 -3.518 -9.900
7 HD13 LEU 708 HD12 LEU 708 61.969 -3.175 -8.275
8 HD12 LEU 708 HD13 LEU 708 62.735 -2.413 -9.667
9 HD21 LEU 708 HD21 LEU 708 60.174 -1.645 -11.165
10 HD23 LEU 708 HD22 LEU 708 61.608 -0.659 -10.887
11 HD22 LEU 708 HD23 LEU 708 60.024 -0.069 -10.389
No H/Q in entry = 11
In of MODEL 46
1 H GLN 709 H GLN 709 61.568 -2.676 -5.652
2 HA GLN 709 HA GLN 709 61.860 0.182 -5.380
3 HB2 GLN 709 HB2 GLN 709 61.944 0.290 -3.006
4 HB3 GLN 709 HB3 GLN 709 60.478 -0.606 -3.338
5 HG2 GLN 709 HG2 GLN 709 61.658 -2.697 -2.828
6 HG3 GLN 709 HG3 GLN 709 63.121 -1.758 -2.507
7 HE21 GLN 709 HE21 GLN 709 63.288 -0.590 -0.638
8 HE22 GLN 709 HE22 GLN 709 62.164 -0.738 0.665
No H/Q in entry = 8
In of MODEL 46
1 H ASN 710 H ASN 710 64.020 0.713 -4.892
2 HA ASN 710 HA ASN 710 66.282 0.420 -4.739
3 HB2 ASN 710 HB2 ASN 710 65.569 -1.013 -2.836
4 HB3 ASN 710 HB3 ASN 710 65.548 -2.396 -3.891
5 HD21 ASN 710 HD21 ASN 710 67.450 -0.200 -2.167
6 HD22 ASN 710 HD22 ASN 710 68.967 -1.023 -2.275
No H/Q in entry = 6
In of MODEL 46
1 H SER 711 H SER 711 64.518 -0.570 -7.102
2 HA SER 711 HA SER 711 64.736 -1.305 -9.196
3 HB2 SER 711 HB2 SER 711 66.976 -0.077 -9.125
4 HB3 SER 711 HB3 SER 711 67.734 -1.595 -8.673
5 HG SER 711 HG SER 711 66.559 -0.804 -11.090
No H/Q in entry = 5
In of MODEL 46
1 H ARG 712 H ARG 712 64.378 -3.060 -6.805
2 HA ARG 712 HA ARG 712 64.794 -5.575 -8.219
3 HB2 ARG 712 HB2 ARG 712 65.279 -6.737 -6.119
4 HB3 ARG 712 HB3 ARG 712 66.514 -5.534 -6.481
5 HG2 ARG 712 HG2 ARG 712 65.615 -4.086 -4.835
6 HG3 ARG 712 HG3 ARG 712 64.239 -5.163 -4.540
7 HD2 ARG 712 HD2 ARG 712 65.920 -6.934 -3.912
8 HD3 ARG 712 HD3 ARG 712 67.176 -5.716 -4.060
9 HE ARG 712 HE ARG 712 65.427 -4.663 -2.260
10 HH11 ARG 712 HH11 ARG 712 67.331 -7.637 -2.496
11 HH12 ARG 712 HH12 ARG 712 67.404 -7.908 -0.820
12 HH21 ARG 712 HH21 ARG 712 65.506 -5.066 0.092
13 HH22 ARG 712 HH22 ARG 712 66.331 -6.440 0.671
No H/Q in entry = 13
In of MODEL 46
1 H CYS 713 H CYS 713 63.444 -7.345 -7.046
2 HA CYS 713 HA CYS 713 60.749 -6.241 -6.873
3 HB2 CYS 713 HB2 CYS 713 61.650 -9.111 -7.175
4 HB3 CYS 713 HB3 CYS 713 60.015 -8.496 -7.380
No H/Q in entry = 4
In of MODEL 46
1 H VAL 714 H VAL 714 59.945 -5.981 -4.924
2 HA VAL 714 HA VAL 714 60.673 -7.871 -2.816
3 HB VAL 714 HB VAL 714 60.320 -6.082 -1.139
4 HG12 VAL 714 HG11 VAL 714 62.352 -4.747 -1.600
5 HG11 VAL 714 HG12 VAL 714 62.366 -5.377 -3.248
6 HG13 VAL 714 HG13 VAL 714 62.589 -6.470 -1.888
7 HG21 VAL 714 HG21 VAL 714 58.760 -4.688 -2.412
8 HG23 VAL 714 HG22 VAL 714 60.065 -4.233 -3.514
9 HG22 VAL 714 HG23 VAL 714 60.124 -3.740 -1.819
No H/Q in entry = 9
In of MODEL 46
1 H CYS 715 H CYS 715 58.743 -7.532 -1.030
2 HA CYS 715 HA CYS 715 56.523 -8.605 -2.585
3 HB2 CYS 715 HB2 CYS 715 56.793 -8.430 0.404
4 HB3 CYS 715 HB3 CYS 715 55.785 -9.525 -0.531
No H/Q in entry = 4
In of MODEL 46
1 H LYS 716 H LYS 716 54.359 -8.010 -2.244
2 HA LYS 716 HA LYS 716 53.678 -5.277 -1.678
3 HB2 LYS 716 HB2 LYS 716 52.473 -6.691 -3.310
4 HB3 LYS 716 HB3 LYS 716 52.126 -7.853 -2.059
5 HG2 LYS 716 HG2 LYS 716 50.111 -6.717 -2.563
6 HG3 LYS 716 HG3 LYS 716 50.649 -6.131 -0.994
7 HD2 LYS 716 HD2 LYS 716 51.372 -4.064 -1.932
8 HD3 LYS 716 HD3 LYS 716 51.178 -4.680 -3.579
9 HE2 LYS 716 HE2 LYS 716 48.765 -4.861 -3.254
10 HE3 LYS 716 HE3 LYS 716 48.932 -4.321 -1.587
11 HZ2 LYS 716 HZ1 LYS 716 48.198 -2.566 -3.157
12 HZ1 LYS 716 HZ2 LYS 716 49.687 -2.646 -3.932
13 HZ3 LYS 716 HZ3 LYS 716 49.599 -2.199 -2.305
No H/Q in entry = 13
In of MODEL 46
1 H MET 717 H MET 717 52.149 -4.804 0.224
2 HA MET 717 HA MET 717 52.984 -6.372 2.518
3 HB2 MET 717 HB2 MET 717 51.355 -3.827 2.377
4 HB3 MET 717 HB3 MET 717 51.766 -4.642 3.878
5 HG2 MET 717 HG2 MET 717 53.683 -3.403 1.911
6 HG3 MET 717 HG3 MET 717 53.251 -2.784 3.500
7 HE3 MET 717 HE1 MET 717 54.047 -3.980 5.830
8 HE2 MET 717 HE2 MET 717 54.920 -5.511 5.866
9 HE1 MET 717 HE3 MET 717 53.256 -5.465 5.296
No H/Q in entry = 9
In of MODEL 46
1 HA PRO 718 HA PRO 718 49.592 -9.141 2.296
2 HB2 PRO 718 HB2 PRO 718 49.444 -9.862 4.962
3 HB3 PRO 718 HB3 PRO 718 50.589 -10.530 3.792
4 HG2 PRO 718 HG2 PRO 718 50.987 -8.338 5.791
5 HG3 PRO 718 HG3 PRO 718 52.082 -9.665 5.360
6 HD2 PRO 718 HD2 PRO 718 52.471 -7.201 4.435
7 HD3 PRO 718 HD3 PRO 718 52.770 -8.614 3.402
No H/Q in entry = 7
In of MODEL 46
1 H TYR 719 H TYR 719 49.407 -6.534 4.589
2 HA TYR 719 HA TYR 719 46.553 -6.950 4.986
3 HB2 TYR 719 HB2 TYR 719 46.677 -5.107 6.582
4 HB3 TYR 719 HB3 TYR 719 47.930 -6.288 6.917
5 HD1 TYR 719 HD1 TYR 719 50.322 -5.753 6.157
6 HD2 TYR 719 HD2 TYR 719 47.197 -2.867 6.172
7 HE1 TYR 719 HE1 TYR 719 51.986 -3.941 6.137
8 HE2 TYR 719 HE2 TYR 719 48.845 -1.064 6.132
9 HH TYR 719 HH TYR 719 52.172 -1.581 5.512
No H/Q in entry = 9
In of MODEL 46
1 H GLU 720 H GLU 720 48.400 -5.573 2.660
2 HA GLU 720 HA GLU 720 46.584 -3.334 2.122
3 HB2 GLU 720 HB2 GLU 720 49.127 -3.050 2.288
4 HB3 GLU 720 HB3 GLU 720 49.239 -4.004 0.825
5 HG2 GLU 720 HG2 GLU 720 47.936 -2.299 -0.363
6 HG3 GLU 720 HG3 GLU 720 47.867 -1.349 1.122
No H/Q in entry = 6
In of MODEL 46
1 H CYS 721 H CYS 721 46.598 -6.398 1.703
2 HA CYS 721 HA CYS 721 46.212 -6.639 -1.162
3 HB2 CYS 721 HB2 CYS 721 46.022 -8.696 1.034
4 HB3 CYS 721 HB3 CYS 721 46.021 -9.025 -0.697
No H/Q in entry = 4
In of MODEL 46
1 H GLY 722 H GLY 722 44.310 -5.428 -1.410
2 HA3 GLY 722 HA2 GLY 722 41.936 -6.244 0.075
3 HA2 GLY 722 HA3 GLY 722 42.059 -4.897 -1.049
No H/Q in entry = 3
In of MODEL 46
1 HA PRO 723 HA PRO 723 39.922 -7.109 -4.208
2 HB2 PRO 723 HB2 PRO 723 41.561 -6.546 -6.398
3 HB3 PRO 723 HB3 PRO 723 40.264 -5.509 -5.803
4 HG2 PRO 723 HG2 PRO 723 43.202 -5.357 -5.281
5 HG3 PRO 723 HG3 PRO 723 42.043 -4.041 -5.550
6 HD2 PRO 723 HD2 PRO 723 42.927 -4.618 -3.101
7 HD3 PRO 723 HD3 PRO 723 41.233 -4.153 -3.363
No H/Q in entry = 7
In of MODEL 46
1 H SER 724 H SER 724 39.945 -9.256 -4.303
2 HA SER 724 HA SER 724 41.812 -10.728 -5.735
3 HB2 SER 724 HB2 SER 724 42.551 -12.136 -3.704
4 HB3 SER 724 HB3 SER 724 43.400 -10.637 -4.080
5 HG SER 724 HG SER 724 41.901 -9.661 -2.537
No H/Q in entry = 5
In of MODEL 46
1 H LEU 725 H LEU 725 41.241 -12.715 -6.165
2 HA LEU 725 HA LEU 725 38.531 -13.514 -5.785
3 HB2 LEU 725 HB2 LEU 725 40.219 -14.013 -7.742
4 HB3 LEU 725 HB3 LEU 725 40.750 -15.275 -6.650
5 HG LEU 725 HG LEU 725 38.425 -16.094 -6.587
6 HD11 LEU 725 HD11 LEU 725 38.074 -14.291 -8.945
7 HD13 LEU 725 HD12 LEU 725 37.232 -14.199 -7.398
8 HD12 LEU 725 HD13 LEU 725 36.963 -15.572 -8.471
9 HD22 LEU 725 HD21 LEU 725 38.610 -17.317 -8.704
10 HD21 LEU 725 HD22 LEU 725 40.162 -17.233 -7.859
11 HD23 LEU 725 HD23 LEU 725 39.834 -16.168 -9.233
No H/Q in entry = 11
In of MODEL 46
1 H ASP 726 H ASP 726 37.766 -14.753 -4.129
2 HA ASP 726 HA ASP 726 39.518 -15.680 -2.075
3 HB2 ASP 726 HB2 ASP 726 37.373 -16.588 -1.086
4 HB3 ASP 726 HB3 ASP 726 37.471 -14.848 -1.301
No H/Q in entry = 4
In of MODEL 46
1 H VAL 727 H VAL 727 40.196 -17.569 -1.625
2 HA VAL 727 HA VAL 727 39.199 -19.858 -3.075
3 HB VAL 727 HB VAL 727 41.558 -20.702 -3.472
4 HG13 VAL 727 HG11 VAL 727 41.991 -19.350 -5.466
5 HG12 VAL 727 HG12 VAL 727 40.862 -18.124 -4.886
6 HG11 VAL 727 HG13 VAL 727 40.275 -19.729 -5.317
7 HG23 VAL 727 HG21 VAL 727 42.315 -17.856 -2.800
8 HG22 VAL 727 HG22 VAL 727 43.400 -19.089 -3.444
9 HG21 VAL 727 HG23 VAL 727 42.697 -19.285 -1.839
No H/Q in entry = 9
In of MODEL 46
1 H CYS 728 H CYS 728 40.134 -21.967 -2.069
2 HA CYS 728 HA CYS 728 40.257 -21.600 0.834
3 HB2 CYS 728 HB2 CYS 728 39.832 -24.217 -0.622
4 HB3 CYS 728 HB3 CYS 728 39.435 -23.785 1.018
No H/Q in entry = 4
In of MODEL 46
1 H ALA 729 H ALA 729 42.128 -21.966 1.870
2 HA ALA 729 HA ALA 729 44.162 -23.471 0.423
3 HB1 ALA 729 HB1 ALA 729 44.560 -20.925 1.944
4 HB3 ALA 729 HB2 ALA 729 44.610 -21.104 0.187
5 HB2 ALA 729 HB3 ALA 729 45.837 -21.881 1.189
No H/Q in entry = 5
In of MODEL 46
1 H GLN 730 H GLN 730 45.906 -24.103 1.866
2 HA GLN 730 HA GLN 730 44.874 -24.758 4.525
3 HB2 GLN 730 HB2 GLN 730 45.066 -26.737 3.008
4 HB3 GLN 730 HB3 GLN 730 46.774 -26.382 2.864
5 HG2 GLN 730 HG2 GLN 730 47.173 -26.801 5.146
6 HG3 GLN 730 HG3 GLN 730 45.465 -26.936 5.511
7 HE21 GLN 730 HE21 GLN 730 45.551 -29.053 6.273
8 HE22 GLN 730 HE22 GLN 730 45.943 -30.383 5.265
No H/Q in entry = 8
In of MODEL 46
1 H ASP 731 H ASP 731 45.956 -24.060 6.070
2 HA ASP 731 HA ASP 731 48.380 -22.554 5.813
3 HB2 ASP 731 HB2 ASP 731 46.633 -21.909 7.409
4 HB3 ASP 731 HB3 ASP 731 46.721 -23.488 8.146
No H/Q in entry = 4
In of MODEL 46
1 H GLU 732 H GLU 732 50.380 -23.556 5.794
2 HA GLU 732 HA GLU 732 50.523 -26.333 6.432
3 HB2 GLU 732 HB2 GLU 732 52.493 -24.382 5.361
4 HB3 GLU 732 HB3 GLU 732 53.004 -25.988 5.842
5 HG2 GLU 732 HG2 GLU 732 50.940 -25.297 3.759
6 HG3 GLU 732 HG3 GLU 732 52.567 -25.909 3.466
No H/Q in entry = 6
In of MODEL 46
1 H ARG 733 H ARG 733 50.491 -23.927 8.581
2 HA ARG 733 HA ARG 733 52.654 -24.950 10.202
3 HB2 ARG 733 HB2 ARG 733 50.773 -22.625 10.371
4 HB3 ARG 733 HB3 ARG 733 51.661 -23.172 11.774
5 HG2 ARG 733 HG2 ARG 733 52.960 -22.349 9.179
6 HG3 ARG 733 HG3 ARG 733 52.693 -21.251 10.536
7 HD2 ARG 733 HD2 ARG 733 54.040 -22.717 11.972
8 HD3 ARG 733 HD3 ARG 733 54.324 -23.789 10.605
9 HE ARG 733 HE ARG 733 55.321 -21.679 9.561
10 HH11 ARG 733 HH11 ARG 733 55.495 -22.319 13.044
11 HH12 ARG 733 HH12 ARG 733 57.040 -21.644 13.230
12 HH21 ARG 733 HH21 ARG 733 57.429 -20.756 9.820
13 HH22 ARG 733 HH22 ARG 733 58.190 -20.745 11.331
No H/Q in entry = 13
In of MODEL 46
1 H SER 734 H SER 734 49.191 -24.335 10.432
2 HA SER 734 HA SER 734 49.031 -26.309 12.581
3 HB2 SER 734 HB2 SER 734 47.016 -24.275 11.647
4 HB3 SER 734 HB3 SER 734 46.901 -25.269 13.101
5 HG SER 734 HG SER 734 49.011 -24.298 13.624
No H/Q in entry = 5
In of MODEL 46
1 H LYS 735 H LYS 735 48.556 -26.164 9.257
2 HA LYS 735 HA LYS 735 47.615 -27.452 7.705
3 HB2 LYS 735 HB2 LYS 735 47.291 -29.434 9.957
4 HB3 LYS 735 HB3 LYS 735 47.126 -29.803 8.246
5 HG2 LYS 735 HG2 LYS 735 49.623 -28.773 9.568
6 HG3 LYS 735 HG3 LYS 735 49.326 -30.457 9.148
7 HD2 LYS 735 HD2 LYS 735 49.434 -28.159 7.188
8 HD3 LYS 735 HD3 LYS 735 50.763 -29.255 7.516
9 HE2 LYS 735 HE2 LYS 735 49.268 -31.146 6.798
10 HE3 LYS 735 HE3 LYS 735 48.067 -29.947 6.332
11 HZ3 LYS 735 HZ1 LYS 735 49.376 -30.671 4.451
12 HZ2 LYS 735 HZ2 LYS 735 50.792 -30.202 5.239
13 HZ1 LYS 735 HZ3 LYS 735 49.714 -29.028 4.740
No H/Q in entry = 13
In of MODEL 46
1 H ARG 736 H ARG 736 46.047 -25.634 9.113
2 HA ARG 736 HA ARG 736 43.342 -26.723 9.216
3 HB2 ARG 736 HB2 ARG 736 42.780 -24.380 9.970
4 HB3 ARG 736 HB3 ARG 736 43.953 -25.186 11.009
5 HG2 ARG 736 HG2 ARG 736 45.771 -23.993 9.927
6 HG3 ARG 736 HG3 ARG 736 44.634 -23.223 8.835
7 HD2 ARG 736 HD2 ARG 736 43.647 -22.006 10.691
8 HD3 ARG 736 HD3 ARG 736 44.698 -22.859 11.833
9 HE ARG 736 HE ARG 736 46.575 -21.851 10.452
10 HH11 ARG 736 HH11 ARG 736 43.523 -20.114 11.027
11 HH12 ARG 736 HH12 ARG 736 44.237 -18.584 10.800
12 HH21 ARG 736 HH21 ARG 736 47.479 -19.730 10.084
13 HH22 ARG 736 HH22 ARG 736 46.471 -18.361 10.267
No H/Q in entry = 13
In of MODEL 46
1 H ILE 737 H ILE 737 41.744 -26.078 7.698
2 HA ILE 737 HA ILE 737 42.774 -24.921 5.235
3 HB ILE 737 HB ILE 737 39.953 -25.854 5.813
4 HG12 ILE 737 HG12 ILE 737 41.557 -27.716 6.210
5 HG13 ILE 737 HG13 ILE 737 40.496 -28.019 4.843
6 HG21 ILE 737 HG21 ILE 737 40.330 -24.393 3.849
7 HG23 ILE 737 HG22 ILE 737 39.751 -25.993 3.416
8 HG22 ILE 737 HG23 ILE 737 41.458 -25.588 3.203
9 HD11 ILE 737 HD11 ILE 737 42.291 -27.372 3.343
10 HD13 ILE 737 HD12 ILE 737 42.746 -28.738 4.369
11 HD12 ILE 737 HD13 ILE 737 43.363 -27.119 4.720
No H/Q in entry = 11
In of MODEL 46
1 H LEU 738 H LEU 738 42.464 -22.803 4.860
2 HA LEU 738 HA LEU 738 40.272 -21.515 6.252
3 HB2 LEU 738 HB2 LEU 738 41.524 -19.602 6.923
4 HB3 LEU 738 HB3 LEU 738 42.345 -21.012 7.566
5 HG LEU 738 HG LEU 738 43.211 -19.301 5.227
6 HD13 LEU 738 HD11 LEU 738 43.503 -18.207 7.362
7 HD12 LEU 738 HD12 LEU 738 45.067 -18.663 6.685
8 HD11 LEU 738 HD13 LEU 738 44.359 -19.615 7.989
9 HD23 LEU 738 HD21 LEU 738 45.267 -20.631 5.232
10 HD22 LEU 738 HD22 LEU 738 43.815 -21.586 4.890
11 HD21 LEU 738 HD23 LEU 738 44.559 -21.673 6.489
No H/Q in entry = 11
In of MODEL 46
1 HA PRO 739 HA PRO 739 39.544 -19.658 2.347
2 HB2 PRO 739 HB2 PRO 739 38.107 -17.507 3.127
3 HB3 PRO 739 HB3 PRO 739 37.452 -19.154 3.208
4 HG2 PRO 739 HG2 PRO 739 38.613 -17.471 5.390
5 HG3 PRO 739 HG3 PRO 739 37.176 -18.513 5.424
6 HD2 PRO 739 HD2 PRO 739 39.648 -19.303 6.390
7 HD3 PRO 739 HD3 PRO 739 38.424 -20.423 5.741
No H/Q in entry = 7
In of MODEL 46
1 H LEU 740 H LEU 740 41.142 -18.760 1.325
2 HA LEU 740 HA LEU 740 42.262 -16.268 2.359
3 HB2 LEU 740 HB2 LEU 740 43.637 -18.485 0.872
4 HB3 LEU 740 HB3 LEU 740 44.304 -16.873 0.969
5 HG LEU 740 HG LEU 740 43.849 -18.780 3.257
6 HD12 LEU 740 HD11 LEU 740 46.287 -18.713 3.392
7 HD11 LEU 740 HD12 LEU 740 46.321 -17.657 1.972
8 HD13 LEU 740 HD13 LEU 740 45.719 -19.305 1.830
9 HD23 LEU 740 HD21 LEU 740 44.979 -17.064 4.630
10 HD22 LEU 740 HD22 LEU 740 43.426 -16.505 4.023
11 HD21 LEU 740 HD23 LEU 740 44.920 -15.950 3.262
No H/Q in entry = 11
In of MODEL 46
1 H THR 741 H THR 741 43.574 -15.398 0.259
2 HA THR 741 HA THR 741 41.698 -15.400 -1.941
3 HB THR 741 HB THR 741 42.716 -12.760 -1.521
4 HG1 THR 741 HG1 THR 741 41.413 -14.004 0.673
5 HG23 THR 741 HG21 THR 741 40.376 -12.198 -1.465
6 HG22 THR 741 HG22 THR 741 39.955 -13.884 -1.127
7 HG21 THR 741 HG23 THR 741 40.687 -13.443 -2.680
No H/Q in entry = 7
In of MODEL 46
1 H VAL 742 H VAL 742 42.734 -14.910 -3.882
2 HA VAL 742 HA VAL 742 45.266 -15.895 -4.216
3 HB VAL 742 HB VAL 742 43.908 -15.871 -6.156
4 HG13 VAL 742 HG11 VAL 742 43.100 -14.014 -7.229
5 HG12 VAL 742 HG12 VAL 742 43.737 -12.937 -5.961
6 HG11 VAL 742 HG13 VAL 742 42.473 -14.143 -5.586
7 HG21 VAL 742 HG21 VAL 742 46.360 -15.373 -6.653
8 HG23 VAL 742 HG22 VAL 742 45.871 -13.687 -6.764
9 HG22 VAL 742 HG23 VAL 742 45.185 -14.869 -7.870
No H/Q in entry = 9
In of MODEL 46
1 H CYS 743 H CYS 743 44.532 -12.434 -3.971
2 HA CYS 743 HA CYS 743 47.163 -11.585 -4.351
3 HB2 CYS 743 HB2 CYS 743 45.248 -10.030 -4.397
4 HB3 CYS 743 HB3 CYS 743 45.021 -10.249 -2.661
No H/Q in entry = 4
In of MODEL 46
1 H LYS 744 H LYS 744 45.331 -12.231 -1.342
2 HA LYS 744 HA LYS 744 47.370 -11.606 0.462
3 HB2 LYS 744 HB2 LYS 744 45.080 -13.539 0.810
4 HB3 LYS 744 HB3 LYS 744 46.100 -12.941 2.107
5 HG2 LYS 744 HG2 LYS 744 45.310 -10.641 1.613
6 HG3 LYS 744 HG3 LYS 744 44.232 -11.304 0.382
7 HD2 LYS 744 HD2 LYS 744 43.153 -12.685 2.133
8 HD3 LYS 744 HD3 LYS 744 44.166 -11.912 3.345
9 HE2 LYS 744 HE2 LYS 744 42.131 -10.545 1.567
10 HE3 LYS 744 HE3 LYS 744 41.932 -10.911 3.276
11 HZ1 LYS 744 HZ1 LYS 744 43.890 -9.391 3.673
12 HZ3 LYS 744 HZ2 LYS 744 42.500 -8.670 3.105
13 HZ2 LYS 744 HZ3 LYS 744 43.757 -8.906 2.048
No H/Q in entry = 13
In of MODEL 46
1 H MET 745 H MET 745 46.359 -14.819 -0.676
2 HA MET 745 HA MET 745 48.231 -16.450 0.558
3 HB2 MET 745 HB2 MET 745 46.719 -17.686 -0.487
4 HB3 MET 745 HB3 MET 745 46.521 -16.605 -1.860
5 HG2 MET 745 HG2 MET 745 47.416 -18.564 -2.804
6 HG3 MET 745 HG3 MET 745 48.801 -17.522 -2.619
7 HE1 MET 745 HE1 MET 745 46.983 -20.699 -1.493
8 HE3 MET 745 HE2 MET 745 46.878 -19.794 0.022
9 HE2 MET 745 HE3 MET 745 47.887 -21.235 -0.084
No H/Q in entry = 9
In of MODEL 46
1 H HIS 746 H HIS 746 48.549 -14.691 -2.536
2 HA HIS 746 HA HIS 746 51.088 -15.857 -3.153
3 HB2 HIS 746 HB2 HIS 746 49.501 -13.642 -4.282
4 HB3 HIS 746 HB3 HIS 746 51.226 -13.656 -4.655
5 HD1 HIS 746 HD1 HIS 746 51.779 -16.438 -5.509
6 HD2 HIS 746 HD2 HIS 746 48.185 -14.548 -6.328
7 HE1 HIS 746 HE1 HIS 746 50.884 -17.572 -7.544
8 HE2 HIS 746 HE2 HIS 746 48.639 -16.485 -7.953
No H/Q in entry = 8
In of MODEL 46
1 H VAL 747 H VAL 747 50.130 -12.719 -1.827
2 HA VAL 747 HA VAL 747 52.709 -11.678 -1.555
3 HB VAL 747 HB VAL 747 50.135 -11.108 -0.064
4 HG13 VAL 747 HG11 VAL 747 51.192 -9.046 0.763
5 HG12 VAL 747 HG12 VAL 747 52.715 -9.520 0.032
6 HG11 VAL 747 HG13 VAL 747 52.045 -10.456 1.368
7 HG23 VAL 747 HG21 VAL 747 50.184 -9.078 -1.481
8 HG22 VAL 747 HG22 VAL 747 50.080 -10.591 -2.389
9 HG21 VAL 747 HG23 VAL 747 51.620 -9.746 -2.271
No H/Q in entry = 9
In of MODEL 46
1 H LEU 748 H LEU 748 50.641 -13.381 0.668
2 HA LEU 748 HA LEU 748 52.311 -13.608 2.847
3 HB2 LEU 748 HB2 LEU 748 50.103 -14.108 3.242
4 HB3 LEU 748 HB3 LEU 748 49.921 -14.980 1.752
5 HG LEU 748 HG LEU 748 51.392 -16.232 4.067
6 HD12 LEU 748 HD11 LEU 748 48.409 -16.195 3.537
7 HD11 LEU 748 HD12 LEU 748 49.206 -15.378 4.884
8 HD13 LEU 748 HD13 LEU 748 49.229 -17.139 4.782
9 HD22 LEU 748 HD21 LEU 748 50.568 -18.273 3.010
10 HD21 LEU 748 HD22 LEU 748 51.438 -17.310 1.823
11 HD23 LEU 748 HD23 LEU 748 49.676 -17.328 1.821
No H/Q in entry = 11
In of MODEL 46
1 H HIS 749 H HIS 749 52.060 -15.685 0.006
2 HA HIS 749 HA HIS 749 53.913 -17.637 0.868
3 HB2 HIS 749 HB2 HIS 749 52.226 -17.805 -1.052
4 HB3 HIS 749 HB3 HIS 749 53.387 -16.887 -2.004
5 HD1 HIS 749 HD1 HIS 749 55.686 -18.132 -2.570
6 HD2 HIS 749 HD2 HIS 749 52.760 -20.397 -0.727
7 HE1 HIS 749 HE1 HIS 749 56.443 -20.498 -2.821
8 HE2 HIS 749 HE2 HIS 749 54.515 -21.851 -1.963
No H/Q in entry = 8
In of MODEL 46
1 H CYS 750 H CYS 750 54.202 -14.603 -0.841
2 HA CYS 750 HA CYS 750 56.949 -15.007 -1.548
3 HB2 CYS 750 HB2 CYS 750 55.313 -13.660 -2.887
4 HB3 CYS 750 HB3 CYS 750 55.336 -12.434 -1.635
No H/Q in entry = 4
In of MODEL 46
1 H GLN 751 H GLN 751 55.173 -13.621 1.083
2 HA GLN 751 HA GLN 751 57.262 -12.287 2.395
3 HB2 GLN 751 HB2 GLN 751 54.876 -13.756 3.532
4 HB3 GLN 751 HB3 GLN 751 55.945 -12.745 4.486
5 HG2 GLN 751 HG2 GLN 751 54.306 -11.814 2.147
6 HG3 GLN 751 HG3 GLN 751 53.834 -11.625 3.827
7 HE21 GLN 751 HE21 GLN 751 54.282 -9.546 1.829
8 HE22 GLN 751 HE22 GLN 751 55.555 -8.572 2.447
No H/Q in entry = 8
In of MODEL 46
1 H GLY 752 H GLY 752 56.385 -15.626 2.149
2 HA3 GLY 752 HA2 GLY 752 58.348 -17.178 2.319
3 HA2 GLY 752 HA3 GLY 752 58.685 -16.377 3.849
No H/Q in entry = 3
In of MODEL 46
1 H ARG 753 H ARG 753 55.419 -17.067 2.872
2 HA ARG 753 HA ARG 753 55.196 -18.958 5.102
3 HB2 ARG 753 HB2 ARG 753 53.127 -17.359 3.598
4 HB3 ARG 753 HB3 ARG 753 52.782 -18.469 4.909
5 HG2 ARG 753 HG2 ARG 753 54.603 -16.110 5.265
6 HG3 ARG 753 HG3 ARG 753 52.860 -15.978 5.470
7 HD2 ARG 753 HD2 ARG 753 54.631 -17.908 6.957
8 HD3 ARG 753 HD3 ARG 753 54.046 -16.367 7.592
9 HE ARG 753 HE ARG 753 51.837 -17.758 6.725
10 HH11 ARG 753 HH11 ARG 753 54.327 -18.217 9.188
11 HH12 ARG 753 HH12 ARG 753 53.340 -19.026 10.280
12 HH21 ARG 753 HH21 ARG 753 50.434 -18.902 8.179
13 HH22 ARG 753 HH22 ARG 753 51.028 -19.429 9.673
No H/Q in entry = 13
In of MODEL 46
1 H ASN 754 H ASN 754 54.644 -21.066 4.682
2 HA ASN 754 HA ASN 754 54.299 -21.818 1.882
3 HB2 ASN 754 HB2 ASN 754 54.686 -23.574 4.328
4 HB3 ASN 754 HB3 ASN 754 54.608 -24.137 2.669
5 HD21 ASN 754 HD21 ASN 754 56.677 -24.490 4.606
6 HD22 ASN 754 HD22 ASN 754 58.114 -23.802 3.938
No H/Q in entry = 6
In of MODEL 46
1 H TYR 755 H TYR 755 52.309 -22.068 1.144
2 HA TYR 755 HA TYR 755 50.315 -23.212 2.915
3 HB2 TYR 755 HB2 TYR 755 49.884 -20.670 1.311
4 HB3 TYR 755 HB3 TYR 755 48.603 -21.773 1.764
5 HD1 TYR 755 HD1 TYR 755 47.307 -20.846 3.405
6 HD2 TYR 755 HD2 TYR 755 51.501 -20.392 3.686
7 HE1 TYR 755 HE1 TYR 755 47.043 -19.742 5.564
8 HE2 TYR 755 HE2 TYR 755 51.252 -19.307 5.852
9 HH TYR 755 HH TYR 755 48.509 -19.516 7.631
No H/Q in entry = 9
In of MODEL 46
1 H THR 756 H THR 756 48.890 -24.479 1.970
2 HA THR 756 HA THR 756 49.508 -25.291 -0.772
3 HB THR 756 HB THR 756 48.057 -26.750 1.459
4 HG1 THR 756 HG1 THR 756 49.935 -27.112 2.272
5 HG22 THR 756 HG21 THR 756 49.314 -27.760 -1.091
6 HG21 THR 756 HG22 THR 756 47.583 -27.542 -0.792
7 HG23 THR 756 HG23 THR 756 48.490 -28.742 0.133
No H/Q in entry = 7
In of MODEL 46
1 H LEU 757 H LEU 757 47.521 -25.739 -2.098
2 HA LEU 757 HA LEU 757 45.213 -24.380 -0.985
3 HB2 LEU 757 HB2 LEU 757 45.869 -24.940 -3.859
4 HB3 LEU 757 HB3 LEU 757 44.297 -24.387 -3.323
5 HG LEU 757 HG LEU 757 45.709 -22.477 -2.226
6 HD12 LEU 757 HD11 LEU 757 47.487 -23.288 -4.499
7 HD11 LEU 757 HD12 LEU 757 47.876 -23.340 -2.783
8 HD13 LEU 757 HD13 LEU 757 47.605 -21.789 -3.573
9 HD22 LEU 757 HD21 LEU 757 45.272 -21.127 -4.166
10 HD21 LEU 757 HD22 LEU 757 43.946 -22.241 -3.798
11 HD23 LEU 757 HD23 LEU 757 45.037 -22.588 -5.149
No H/Q in entry = 11
In of MODEL 46
1 H THR 758 H THR 758 43.139 -25.285 -1.319
2 HA THR 758 HA THR 758 43.244 -28.183 -1.545
3 HB THR 758 HB THR 758 41.699 -28.235 0.525
4 HG1 THR 758 HG1 THR 758 42.825 -26.156 1.732
5 HG22 THR 758 HG21 THR 758 44.610 -27.453 0.880
6 HG21 THR 758 HG22 THR 758 44.035 -29.076 0.518
7 HG23 THR 758 HG23 THR 758 43.630 -28.325 2.058
No H/Q in entry = 7
In of MODEL 46
1 H GLY 759 H GLY 759 40.598 -28.749 -0.873
2 HA3 GLY 759 HA2 GLY 759 39.344 -27.966 -3.318
3 HA2 GLY 759 HA3 GLY 759 38.704 -29.055 -2.100
No H/Q in entry = 3
In of MODEL 46
1 H ARG 760 H ARG 760 37.157 -27.254 -3.413
2 HA ARG 760 HA ARG 760 36.809 -24.723 -2.361
3 HB2 ARG 760 HB2 ARG 760 35.700 -25.124 -4.366
4 HB3 ARG 760 HB3 ARG 760 34.991 -26.620 -3.784
5 HG2 ARG 760 HG2 ARG 760 33.294 -24.893 -4.073
6 HG3 ARG 760 HG3 ARG 760 33.445 -25.365 -2.382
7 HD2 ARG 760 HD2 ARG 760 34.914 -23.408 -2.067
8 HD3 ARG 760 HD3 ARG 760 34.459 -22.832 -3.690
9 HE ARG 760 HE ARG 760 32.623 -23.328 -1.452
10 HH11 ARG 760 HH11 ARG 760 33.379 -21.436 -4.350
11 HH12 ARG 760 HH12 ARG 760 32.263 -20.193 -3.995
12 HH21 ARG 760 HH21 ARG 760 31.120 -21.605 -0.960
13 HH22 ARG 760 HH22 ARG 760 31.002 -20.279 -2.043
No H/Q in entry = 13
In of MODEL 46
1 H ASP 761 H ASP 761 35.445 -27.763 -1.071
2 HA ASP 761 HA ASP 761 34.198 -25.932 0.787
3 HB2 ASP 761 HB2 ASP 761 32.733 -27.517 -0.683
4 HB3 ASP 761 HB3 ASP 761 33.132 -28.718 0.544
No H/Q in entry = 4
In of MODEL 46
1 H SER 762 H SER 762 36.879 -27.106 0.856
2 HA SER 762 HA SER 762 36.919 -28.827 3.152
3 HB2 SER 762 HB2 SER 762 39.134 -27.155 1.921
4 HB3 SER 762 HB3 SER 762 39.369 -28.459 3.090
5 HG SER 762 HG SER 762 37.862 -29.041 0.867
No H/Q in entry = 5
In of MODEL 46
1 H CYS 763 H CYS 763 36.607 -25.505 2.544
2 HA CYS 763 HA CYS 763 36.260 -25.032 5.362
3 HB2 CYS 763 HB2 CYS 763 37.395 -22.870 5.267
4 HB3 CYS 763 HB3 CYS 763 38.524 -24.146 4.786
No H/Q in entry = 4
In of MODEL 46
1 H THR 764 H THR 764 35.138 -22.748 5.467
2 HA THR 764 HA THR 764 33.046 -22.815 3.463
3 HB THR 764 HB THR 764 33.266 -21.076 5.920
4 HG1 THR 764 HG1 THR 764 33.240 -23.129 6.689
5 HG22 THR 764 HG21 THR 764 30.804 -20.990 5.693
6 HG21 THR 764 HG22 THR 764 30.934 -21.935 4.200
7 HG23 THR 764 HG23 THR 764 31.637 -20.323 4.286
No H/Q in entry = 7
In of MODEL 46
1 H LEU 765 H LEU 765 33.418 -21.744 1.694
2 HA LEU 765 HA LEU 765 35.062 -19.368 1.764
3 HB2 LEU 765 HB2 LEU 765 34.992 -21.385 -0.011
4 HB3 LEU 765 HB3 LEU 765 33.720 -20.367 -0.667
5 HG LEU 765 HG LEU 765 35.285 -18.527 -0.963
6 HD11 LEU 765 HD11 LEU 765 37.283 -20.485 0.131
7 HD13 LEU 765 HD12 LEU 765 36.776 -18.989 0.901
8 HD12 LEU 765 HD13 LEU 765 37.701 -18.941 -0.606
9 HD23 LEU 765 HD21 LEU 765 36.641 -19.518 -2.740
10 HD22 LEU 765 HD22 LEU 765 34.989 -20.136 -2.784
11 HD21 LEU 765 HD23 LEU 765 36.285 -21.131 -2.117
No H/Q in entry = 11
In of MODEL 46
1 HA PRO 766 HA PRO 766 31.721 -16.615 2.400
2 HB2 PRO 766 HB2 PRO 766 32.509 -14.647 0.523
3 HB3 PRO 766 HB3 PRO 766 32.874 -14.690 2.244
4 HG2 PRO 766 HG2 PRO 766 34.547 -15.481 -0.060
5 HG3 PRO 766 HG3 PRO 766 35.036 -14.912 1.542
6 HD2 PRO 766 HD2 PRO 766 35.271 -17.480 0.749
7 HD3 PRO 766 HD3 PRO 766 34.982 -17.065 2.438
No H/Q in entry = 7
In of MODEL 46
1 H ALA 767 H ALA 767 32.438 -16.300 -1.086
2 HA ALA 767 HA ALA 767 29.664 -15.949 -1.689
3 HB1 ALA 767 HB1 ALA 767 31.958 -16.484 -3.575
4 HB3 ALA 767 HB2 ALA 767 31.461 -14.886 -3.021
5 HB2 ALA 767 HB3 ALA 767 30.366 -15.861 -4.010
No H/Q in entry = 5
In of MODEL 46
1 H SER 768 H SER 768 28.402 -17.483 -1.260
2 HA SER 768 HA SER 768 29.049 -20.131 -2.294
3 HB2 SER 768 HB2 SER 768 27.147 -19.338 -0.082
4 HB3 SER 768 HB3 SER 768 27.493 -20.979 -0.629
5 HG SER 768 HG SER 768 29.464 -19.190 0.387
No H/Q in entry = 5
In of MODEL 46
1 H ALA 769 H ALA 769 26.097 -18.223 -1.583
2 HA ALA 769 HA ALA 769 24.963 -19.311 -4.059
3 HB3 ALA 769 HB1 ALA 769 23.691 -19.963 -2.076
4 HB1 ALA 769 HB2 ALA 769 22.781 -18.853 -3.121
5 HB2 ALA 769 HB3 ALA 769 23.532 -18.257 -1.640
No H/Q in entry = 5
In of MODEL 46
1 H GLU 770 H GLU 770 23.676 -16.589 -2.395
2 HA GLU 770 HA GLU 770 24.068 -15.216 -4.865
3 HB2 GLU 770 HB2 GLU 770 22.194 -14.952 -2.642
4 HB3 GLU 770 HB3 GLU 770 22.442 -13.546 -3.694
5 HG2 GLU 770 HG2 GLU 770 21.510 -16.311 -4.447
6 HG3 GLU 770 HG3 GLU 770 20.558 -14.824 -4.470
No H/Q in entry = 6
In of MODEL 46
1 H LYS 771 H LYS 771 24.107 -12.656 -4.411
2 HA LYS 771 HA LYS 771 26.817 -12.450 -3.333
3 HB2 LYS 771 HB2 LYS 771 25.564 -10.443 -5.169
4 HB3 LYS 771 HB3 LYS 771 27.254 -10.908 -5.010
5 HG2 LYS 771 HG2 LYS 771 25.092 -12.614 -6.240
6 HG3 LYS 771 HG3 LYS 771 26.227 -11.624 -7.147
7 HD2 LYS 771 HD2 LYS 771 27.884 -13.159 -6.929
8 HD3 LYS 771 HD3 LYS 771 27.457 -13.514 -5.251
9 HE2 LYS 771 HE2 LYS 771 27.127 -15.429 -6.859
10 HE3 LYS 771 HE3 LYS 771 25.717 -15.019 -5.913
11 HZ1 LYS 771 HZ1 LYS 771 24.905 -13.736 -7.892
12 HZ3 LYS 771 HZ2 LYS 771 25.036 -15.372 -8.144
13 HZ2 LYS 771 HZ3 LYS 771 26.180 -14.364 -8.802
No H/Q in entry = 13
In of MODEL 46
1 H ALA 772 H ALA 772 27.130 -11.131 -1.661
2 HA ALA 772 HA ALA 772 24.779 -9.786 -0.564
3 HB1 ALA 772 HB1 ALA 772 27.399 -10.417 0.776
4 HB2 ALA 772 HB2 ALA 772 25.936 -11.403 0.857
5 HB3 ALA 772 HB3 ALA 772 25.947 -9.784 1.556
No H/Q in entry = 5
In of MODEL 46
1 H CYS 773 H CYS 773 24.905 -7.740 0.379
2 HA CYS 773 HA CYS 773 26.068 -5.641 -0.986
3 HB2 CYS 773 HB2 CYS 773 24.203 -5.403 0.616
4 HB3 CYS 773 HB3 CYS 773 25.310 -5.735 1.942
No H/Q in entry = 4
In of MODEL 46
1 H GLY 774 H GLY 774 27.955 -4.572 -0.879
2 HA3 GLY 774 HA2 GLY 774 30.076 -3.967 -0.267
3 HA2 GLY 774 HA3 GLY 774 29.738 -4.636 1.321
No H/Q in entry = 3
In of MODEL 46
1 H ALA 775 H ALA 775 29.581 -6.522 -1.683
2 HA ALA 775 HA ALA 775 32.085 -7.736 -1.052
3 HB3 ALA 775 HB1 ALA 775 30.437 -9.092 0.157
4 HB2 ALA 775 HB2 ALA 775 31.059 -9.969 -1.242
5 HB1 ALA 775 HB3 ALA 775 29.460 -9.228 -1.306
No H/Q in entry = 5
In of MODEL 46
1 H CYS 776 H CYS 776 32.795 -8.859 -2.814
2 HA CYS 776 HA CYS 776 33.311 -9.194 -5.021
3 HB2 CYS 776 HB2 CYS 776 30.316 -8.958 -5.366
4 HB3 CYS 776 HB3 CYS 776 31.432 -9.642 -6.541
No H/Q in entry = 4
In of MODEL 46
1 HA PRO 777 HA PRO 777 32.314 -4.520 -5.890
2 HB2 PRO 777 HB2 PRO 777 34.687 -3.343 -5.330
3 HB3 PRO 777 HB3 PRO 777 33.439 -3.593 -4.104
4 HG2 PRO 777 HG2 PRO 777 35.889 -5.225 -4.670
5 HG3 PRO 777 HG3 PRO 777 35.245 -4.689 -3.107
6 HD2 PRO 777 HD2 PRO 777 34.854 -7.188 -4.064
7 HD3 PRO 777 HD3 PRO 777 33.647 -6.363 -3.059
No H/Q in entry = 7
In of MODEL 46
1 H LEU 778 H LEU 778 34.721 -6.701 -6.785
2 HA LEU 778 HA LEU 778 35.502 -5.062 -9.029
3 HB2 LEU 778 HB2 LEU 778 37.301 -6.680 -9.509
4 HB3 LEU 778 HB3 LEU 778 37.431 -5.873 -7.968
5 HG LEU 778 HG LEU 778 36.418 -8.707 -8.239
6 HD11 LEU 778 HD11 LEU 778 39.232 -7.701 -7.824
7 HD13 LEU 778 HD12 LEU 778 38.619 -8.536 -9.255
8 HD12 LEU 778 HD13 LEU 778 38.715 -9.384 -7.712
9 HD23 LEU 778 HD21 LEU 778 37.182 -8.869 -5.909
10 HD22 LEU 778 HD22 LEU 778 35.962 -7.610 -6.079
11 HD21 LEU 778 HD23 LEU 778 37.668 -7.175 -5.944
No H/Q in entry = 11
In of MODEL 46
1 H TRP 779 H TRP 779 34.525 -8.506 -8.690
2 HA TRP 779 HA TRP 779 33.920 -8.494 -11.510
3 HB2 TRP 779 HB2 TRP 779 33.230 -10.903 -11.109
4 HB3 TRP 779 HB3 TRP 779 34.915 -10.519 -10.812
5 HD1 TRP 779 HD1 TRP 779 31.644 -11.174 -8.874
6 HE1 TRP 779 HE1 TRP 779 32.272 -12.155 -6.575
7 HE3 TRP 779 HE3 TRP 779 36.737 -10.812 -9.165
8 HZ2 TRP 779 HZ2 TRP 779 34.609 -12.709 -5.089
9 HZ3 TRP 779 HZ3 TRP 779 38.070 -11.580 -7.260
10 HH2 TRP 779 HH2 TRP 779 37.008 -12.499 -5.266
No H/Q in entry = 10
In of MODEL 46
1 H GLY 780 H GLY 780 32.285 -7.624 -8.817
2 HA3 GLY 780 HA2 GLY 780 29.769 -7.762 -10.270
3 HA2 GLY 780 HA3 GLY 780 29.866 -8.080 -8.531
No H/Q in entry = 3
In of MODEL 46
1 H LYS 781 H LYS 781 28.413 -6.211 -8.364
2 HA LYS 781 HA LYS 781 30.000 -3.909 -7.754
3 HB2 LYS 781 HB2 LYS 781 29.202 -3.839 -10.287
4 HB3 LYS 781 HB3 LYS 781 27.680 -3.348 -9.565
5 HG2 LYS 781 HG2 LYS 781 28.851 -1.357 -10.174
6 HG3 LYS 781 HG3 LYS 781 28.931 -1.487 -8.416
7 HD2 LYS 781 HD2 LYS 781 31.197 -2.403 -8.555
8 HD3 LYS 781 HD3 LYS 781 31.115 -2.369 -10.314
9 HE2 LYS 781 HE2 LYS 781 30.879 0.095 -10.211
10 HE3 LYS 781 HE3 LYS 781 31.054 0.012 -8.462
11 HZ3 LYS 781 HZ1 LYS 781 33.129 0.575 -9.470
12 HZ2 LYS 781 HZ2 LYS 781 33.132 -0.751 -10.479
13 HZ1 LYS 781 HZ3 LYS 781 33.289 -0.949 -8.794
No H/Q in entry = 13
In of MODEL 46
1 H CYS 782 H CYS 782 29.052 -2.801 -6.134
2 HA CYS 782 HA CYS 782 26.374 -3.663 -5.307
3 HB2 CYS 782 HB2 CYS 782 28.262 -4.299 -3.776
4 HB3 CYS 782 HB3 CYS 782 28.648 -2.590 -3.613
No H/Q in entry = 4
In of MODEL 46
1 H ASP 783 H ASP 783 24.875 -2.040 -5.052
2 HA ASP 783 HA ASP 783 25.736 0.568 -6.061
3 HB2 ASP 783 HB2 ASP 783 23.948 -0.464 -7.344
4 HB3 ASP 783 HB3 ASP 783 22.994 -0.667 -5.882
No H/Q in entry = 4
In of MODEL 46
1 H ALA 784 H ALA 784 22.959 -0.096 -4.022
2 HA ALA 784 HA ALA 784 23.489 0.924 -1.572
3 HB3 ALA 784 HB1 ALA 784 22.652 3.183 -3.437
4 HB2 ALA 784 HB2 ALA 784 24.218 3.056 -2.638
5 HB1 ALA 784 HB3 ALA 784 22.763 3.295 -1.677
No H/Q in entry = 5
In of MODEL 46
1 H GLU 785 H GLU 785 21.334 1.551 -4.301
2 HA GLU 785 HA GLU 785 18.977 0.992 -2.728
3 HB2 GLU 785 HB2 GLU 785 19.368 1.554 -5.670
4 HB3 GLU 785 HB3 GLU 785 17.795 1.323 -4.909
5 HG2 GLU 785 HG2 GLU 785 19.767 3.488 -4.207
6 HG3 GLU 785 HG3 GLU 785 18.334 3.693 -5.218
No H/Q in entry = 6
In of MODEL 46
1 H SER 786 H SER 786 20.741 -0.369 -5.458
2 HA SER 786 HA SER 786 19.572 -2.942 -4.994
3 HB2 SER 786 HB2 SER 786 22.158 -2.315 -6.494
4 HB3 SER 786 HB3 SER 786 21.129 -3.732 -6.670
5 HG SER 786 HG SER 786 19.477 -1.948 -7.196
No H/Q in entry = 5
In of MODEL 46
1 H SER 787 H SER 787 19.905 -3.467 -2.924
2 HA SER 787 HA SER 787 22.364 -2.928 -1.551
3 HB2 SER 787 HB2 SER 787 20.102 -2.698 -0.489
4 HB3 SER 787 HB3 SER 787 19.901 -4.439 -0.632
5 HG SER 787 HG SER 787 21.593 -4.734 0.750
No H/Q in entry = 5
In of MODEL 46
1 H LYS 788 H LYS 788 20.990 -5.427 -3.363
2 HA LYS 788 HA LYS 788 22.778 -7.467 -2.357
3 HB2 LYS 788 HB2 LYS 788 21.897 -8.838 -4.185
4 HB3 LYS 788 HB3 LYS 788 20.567 -8.094 -3.310
5 HG2 LYS 788 HG2 LYS 788 20.302 -6.427 -5.065
6 HG3 LYS 788 HG3 LYS 788 21.709 -7.066 -5.905
7 HD2 LYS 788 HD2 LYS 788 20.518 -9.210 -6.204
8 HD3 LYS 788 HD3 LYS 788 19.097 -8.507 -5.430
9 HE2 LYS 788 HE2 LYS 788 18.905 -6.836 -7.159
10 HE3 LYS 788 HE3 LYS 788 20.410 -7.371 -7.897
11 HZ1 LYS 788 HZ1 LYS 788 19.338 -9.472 -8.453
12 HZ3 LYS 788 HZ2 LYS 788 18.497 -8.183 -9.106
13 HZ2 LYS 788 HZ3 LYS 788 17.888 -8.962 -7.760
No H/Q in entry = 13
In of MODEL 46
1 H CYS 789 H CYS 789 24.410 -8.377 -3.891
2 HA CYS 789 HA CYS 789 25.518 -6.216 -5.519
3 HB2 CYS 789 HB2 CYS 789 27.086 -7.213 -3.928
4 HB3 CYS 789 HB3 CYS 789 26.767 -8.816 -4.563
No H/Q in entry = 4
In of MODEL 46
1 H VAL 790 H VAL 790 25.765 -6.414 -7.688
2 HA VAL 790 HA VAL 790 24.379 -8.702 -8.881
3 HB VAL 790 HB VAL 790 24.040 -7.305 -10.888
4 HG13 VAL 790 HG11 VAL 790 22.314 -7.275 -9.188
5 HG12 VAL 790 HG12 VAL 790 22.439 -5.691 -9.952
6 HG11 VAL 790 HG13 VAL 790 23.127 -5.954 -8.351
7 HG21 VAL 790 HG21 VAL 790 25.377 -5.103 -9.302
8 HG23 VAL 790 HG22 VAL 790 24.567 -4.894 -10.854
9 HG22 VAL 790 HG23 VAL 790 26.024 -5.880 -10.747
No H/Q in entry = 9
In of MODEL 46
1 H CYS 791 H CYS 791 25.288 -9.549 -10.892
2 HA CYS 791 HA CYS 791 28.203 -9.601 -10.662
3 HB2 CYS 791 HB2 CYS 791 26.382 -11.472 -12.193
4 HB3 CYS 791 HB3 CYS 791 28.089 -11.706 -11.820
No H/Q in entry = 4
In of MODEL 46
1 H ARG 792 H ARG 792 29.504 -8.899 -12.311
2 HA ARG 792 HA ARG 792 28.095 -7.716 -14.575
3 HB2 ARG 792 HB2 ARG 792 30.730 -6.992 -13.303
4 HB3 ARG 792 HB3 ARG 792 30.118 -6.257 -14.776
5 HG2 ARG 792 HG2 ARG 792 28.122 -5.504 -13.487
6 HG3 ARG 792 HG3 ARG 792 28.896 -6.116 -12.028
7 HD2 ARG 792 HD2 ARG 792 30.057 -4.039 -13.868
8 HD3 ARG 792 HD3 ARG 792 29.209 -3.682 -12.372
9 HE ARG 792 HE ARG 792 31.128 -5.304 -11.520
10 HH11 ARG 792 HH11 ARG 792 31.454 -2.633 -13.879
11 HH12 ARG 792 HH12 ARG 792 32.884 -2.054 -13.161
12 HH21 ARG 792 HH21 ARG 792 33.128 -4.545 -10.678
13 HH22 ARG 792 HH22 ARG 792 33.909 -3.194 -11.383
No H/Q in entry = 13
In of MODEL 46
1 H GLU 793 H GLU 793 29.741 -7.464 -16.487
2 HA GLU 793 HA GLU 793 30.682 -10.150 -17.094
3 HB2 GLU 793 HB2 GLU 793 30.676 -7.677 -18.810
4 HB3 GLU 793 HB3 GLU 793 31.157 -9.281 -19.325
5 HG2 GLU 793 HG2 GLU 793 28.838 -10.040 -18.830
6 HG3 GLU 793 HG3 GLU 793 28.412 -8.342 -18.574
No H/Q in entry = 6
In of MODEL 46
1 H ALA 794 H ALA 794 32.820 -10.432 -18.073
2 HA ALA 794 HA ALA 794 34.765 -9.655 -16.241
3 HB3 ALA 794 HB1 ALA 794 36.295 -10.834 -17.688
4 HB1 ALA 794 HB2 ALA 794 35.110 -10.805 -18.991
5 HB2 ALA 794 HB3 ALA 794 34.787 -11.737 -17.530
No H/Q in entry = 5
In of MODEL 46
1 H SER 795 H SER 795 33.955 -8.491 -19.461
2 HA SER 795 HA SER 795 36.218 -6.767 -19.377
3 HB2 SER 795 HB2 SER 795 35.635 -7.911 -21.494
4 HB3 SER 795 HB3 SER 795 34.131 -7.007 -21.558
5 HG SER 795 HG SER 795 35.681 -5.112 -21.373
No H/Q in entry = 5
In of MODEL 46
1 H GLU 796 H GLU 796 33.383 -6.563 -17.918
2 HA GLU 796 HA GLU 796 33.130 -3.686 -18.392
3 HB2 GLU 796 HB2 GLU 796 31.083 -5.251 -18.609
4 HB3 GLU 796 HB3 GLU 796 31.156 -5.399 -16.863
5 HG2 GLU 796 HG2 GLU 796 31.084 -2.652 -17.965
6 HG3 GLU 796 HG3 GLU 796 29.627 -3.616 -18.148
No H/Q in entry = 6
In of MODEL 46
1 H CYS 797 H CYS 797 33.742 -6.173 -16.017
2 HA CYS 797 HA CYS 797 34.075 -4.635 -13.730
3 HB2 CYS 797 HB2 CYS 797 35.749 -6.976 -14.663
4 HB3 CYS 797 HB3 CYS 797 35.610 -6.400 -13.007
No H/Q in entry = 4
In of MODEL 46
1 H GLU 798 H GLU 798 35.650 -3.176 -13.106
2 HA GLU 798 HA GLU 798 37.531 -2.431 -15.208
3 HB2 GLU 798 HB2 GLU 798 37.393 -0.191 -14.366
4 HB3 GLU 798 HB3 GLU 798 35.783 -0.804 -14.680
5 HG2 GLU 798 HG2 GLU 798 37.075 -0.546 -11.954
6 HG3 GLU 798 HG3 GLU 798 35.915 0.556 -12.687
No H/Q in entry = 6
In of MODEL 46
1 H GLU 799 H GLU 799 37.675 -4.182 -12.564
2 HA GLU 799 HA GLU 799 39.876 -2.791 -11.272
3 HB2 GLU 799 HB2 GLU 799 38.055 -3.798 -9.917
4 HB3 GLU 799 HB3 GLU 799 38.534 -5.383 -10.511
5 HG2 GLU 799 HG2 GLU 799 39.373 -4.940 -8.250
6 HG3 GLU 799 HG3 GLU 799 40.685 -5.173 -9.409
No H/Q in entry = 6
In of MODEL 46
1 H GLU 800 H GLU 800 41.901 -3.774 -10.884
2 HA GLU 800 HA GLU 800 42.651 -5.688 -12.943
3 HB2 GLU 800 HB2 GLU 800 44.979 -4.813 -12.657
4 HB3 GLU 800 HB3 GLU 800 43.853 -3.681 -13.406
5 HG2 GLU 800 HG2 GLU 800 43.700 -2.427 -11.355
6 HG3 GLU 800 HG3 GLU 800 44.643 -3.640 -10.492
No H/Q in entry = 6
In of MODEL 46
1 H GLY 801 H GLY 801 41.862 -7.234 -11.474
2 HA3 GLY 801 HA2 GLY 801 43.360 -7.775 -9.100
3 HA2 GLY 801 HA3 GLY 801 42.141 -8.841 -9.807
No H/Q in entry = 3
In of MODEL 46
1 H PHE 802 H PHE 802 43.795 -10.494 -9.186
2 HA PHE 802 HA PHE 802 46.232 -10.498 -10.695
3 HB2 PHE 802 HB2 PHE 802 45.026 -12.443 -8.744
4 HB3 PHE 802 HB3 PHE 802 46.523 -12.784 -9.610
5 HD1 PHE 802 HD1 PHE 802 48.536 -12.136 -8.659
6 HD2 PHE 802 HD2 PHE 802 44.968 -10.125 -7.515
7 HE1 PHE 802 HE1 PHE 802 49.770 -10.841 -7.048
8 HE2 PHE 802 HE2 PHE 802 46.221 -8.819 -5.913
9 HZ PHE 802 HZ PHE 802 48.637 -9.175 -5.648
No H/Q in entry = 9
In of MODEL 46
1 H SER 803 H SER 803 46.753 -12.884 -11.610
2 HA SER 803 HA SER 803 44.570 -13.565 -13.432
3 HB2 SER 803 HB2 SER 803 47.544 -13.975 -13.879
4 HB3 SER 803 HB3 SER 803 46.211 -14.161 -15.034
5 HG SER 803 HG SER 803 46.051 -11.761 -13.999
No H/Q in entry = 5
In of MODEL 46
1 H ILE 804 H ILE 804 43.845 -15.630 -13.243
2 HA ILE 804 HA ILE 804 45.473 -17.462 -11.651
3 HB ILE 804 HB ILE 804 43.615 -18.280 -10.370
4 HG12 ILE 804 HG12 ILE 804 41.810 -17.971 -12.102
5 HG13 ILE 804 HG13 ILE 804 41.334 -17.482 -10.487
6 HG21 ILE 804 HG21 ILE 804 44.737 -16.362 -9.433
7 HG23 ILE 804 HG22 ILE 804 43.020 -16.305 -9.017
8 HG22 ILE 804 HG23 ILE 804 43.654 -15.280 -10.307
9 HD13 ILE 804 HD11 ILE 804 40.492 -15.928 -12.120
10 HD12 ILE 804 HD12 ILE 804 42.097 -15.682 -12.775
11 HD11 ILE 804 HD13 ILE 804 41.722 -15.127 -11.140
No H/Q in entry = 11
In of MODEL 46
1 H CYS 805 H CYS 805 44.827 -19.692 -11.841
2 HA CYS 805 HA CYS 805 44.074 -20.368 -14.605
3 HB2 CYS 805 HB2 CYS 805 46.267 -21.156 -13.887
4 HB3 CYS 805 HB3 CYS 805 45.576 -21.877 -12.441
No H/Q in entry = 4
In of MODEL 46
1 H VAL 806 H VAL 806 42.208 -21.109 -14.935
2 HA VAL 806 HA VAL 806 40.964 -22.576 -12.766
3 HB VAL 806 HB VAL 806 40.058 -20.336 -12.689
4 HG13 VAL 806 HG11 VAL 806 40.531 -19.580 -14.858
5 HG12 VAL 806 HG12 VAL 806 38.799 -19.381 -14.544
6 HG11 VAL 806 HG13 VAL 806 39.377 -20.716 -15.547
7 HG22 VAL 806 HG21 VAL 806 38.474 -22.111 -12.197
8 HG21 VAL 806 HG22 VAL 806 38.060 -22.225 -13.901
9 HG23 VAL 806 HG23 VAL 806 37.669 -20.759 -12.994
No H/Q in entry = 9
In of MODEL 46
1 H GLU 807 H GLU 807 40.017 -24.391 -13.306
2 HA GLU 807 HA GLU 807 40.381 -25.383 -15.972
3 HB2 GLU 807 HB2 GLU 807 40.941 -26.762 -14.045
4 HB3 GLU 807 HB3 GLU 807 39.295 -26.636 -13.454
5 HG2 GLU 807 HG2 GLU 807 38.548 -27.785 -15.536
6 HG3 GLU 807 HG3 GLU 807 40.246 -28.025 -15.931
No H/Q in entry = 6
In of MODEL 46
1 H VAL 808 H VAL 808 38.957 -24.842 -17.346
2 HA VAL 808 HA VAL 808 36.100 -25.020 -16.751
3 HB VAL 808 HB VAL 808 37.457 -22.867 -18.329
4 HG11 VAL 808 HG11 VAL 808 35.329 -23.406 -19.207
5 HG13 VAL 808 HG12 VAL 808 35.366 -21.785 -18.503
6 HG12 VAL 808 HG13 VAL 808 34.563 -23.117 -17.632
7 HG21 VAL 808 HG21 VAL 808 36.258 -22.723 -15.619
8 HG23 VAL 808 HG22 VAL 808 36.684 -21.320 -16.592
9 HG22 VAL 808 HG23 VAL 808 37.937 -22.451 -16.081
No H/Q in entry = 9
In of MODEL 46
1 H ASN 809 H ASN 809 35.076 -26.104 -18.344
2 HA ASN 809 HA ASN 809 34.691 -27.338 -20.181
3 HB2 ASN 809 HB2 ASN 809 36.863 -25.615 -21.410
4 HB3 ASN 809 HB3 ASN 809 35.963 -26.810 -22.317
5 HD21 ASN 809 HD21 ASN 809 36.008 -23.659 -21.023
6 HD22 ASN 809 HD22 ASN 809 34.454 -23.165 -21.587
No H/Q in entry = 6
In of MODEL 46
1 H GLY 810 H GLY 810 36.901 -27.808 -18.169
2 HA3 GLY 810 HA2 GLY 810 38.056 -29.837 -17.766
3 HA2 GLY 810 HA3 GLY 810 38.055 -30.117 -19.510
No H/Q in entry = 3
In of MODEL 46
1 H LYS 811 H LYS 811 38.866 -27.195 -19.717
2 HA LYS 811 HA LYS 811 41.703 -27.831 -19.777
3 HB2 LYS 811 HB2 LYS 811 40.124 -25.589 -20.988
4 HB3 LYS 811 HB3 LYS 811 41.847 -25.853 -21.186
5 HG2 LYS 811 HG2 LYS 811 41.446 -27.908 -22.358
6 HG3 LYS 811 HG3 LYS 811 39.714 -27.785 -22.039
7 HD2 LYS 811 HD2 LYS 811 40.221 -27.070 -24.291
8 HD3 LYS 811 HD3 LYS 811 39.605 -25.737 -23.322
9 HE2 LYS 811 HE2 LYS 811 41.879 -24.904 -22.970
10 HE3 LYS 811 HE3 LYS 811 42.535 -26.244 -23.906
11 HZ2 LYS 811 HZ1 LYS 811 40.723 -24.119 -24.888
12 HZ1 LYS 811 HZ2 LYS 811 41.296 -25.392 -25.816
13 HZ3 LYS 811 HZ3 LYS 811 42.383 -24.226 -25.201
No H/Q in entry = 13
In of MODEL 46
1 H GLU 812 H GLU 812 43.196 -26.471 -18.886
2 HA GLU 812 HA GLU 812 42.263 -24.688 -16.755
3 HB2 GLU 812 HB2 GLU 812 45.056 -25.436 -17.656
4 HB3 GLU 812 HB3 GLU 812 44.669 -24.465 -16.249
5 HG2 GLU 812 HG2 GLU 812 43.637 -26.395 -15.190
6 HG3 GLU 812 HG3 GLU 812 43.972 -27.369 -16.625
No H/Q in entry = 6
In of MODEL 46
1 H GLN 813 H GLN 813 41.704 -22.721 -17.388
2 HA GLN 813 HA GLN 813 43.464 -21.461 -19.346
3 HB2 GLN 813 HB2 GLN 813 41.342 -21.897 -20.339
4 HB3 GLN 813 HB3 GLN 813 40.487 -21.137 -18.997
5 HG2 GLN 813 HG2 GLN 813 41.360 -19.043 -19.577
6 HG3 GLN 813 HG3 GLN 813 42.374 -19.712 -20.861
7 HE21 GLN 813 HE21 GLN 813 39.220 -18.729 -19.979
8 HE22 GLN 813 HE22 GLN 813 38.432 -18.992 -21.483
No H/Q in entry = 8
In of MODEL 46
1 H THR 814 H THR 814 44.195 -19.455 -18.894
2 HA THR 814 HA THR 814 43.994 -18.574 -16.156
3 HB THR 814 HB THR 814 45.294 -17.112 -18.449
4 HG1 THR 814 HG1 THR 814 46.678 -18.617 -18.498
5 HG23 THR 814 HG21 THR 814 45.077 -15.820 -16.397
6 HG22 THR 814 HG22 THR 814 46.776 -16.243 -16.674
7 HG21 THR 814 HG23 THR 814 45.831 -17.133 -15.487
No H/Q in entry = 7
In of MODEL 46
1 H MET 815 H MET 815 42.666 -17.090 -15.477
2 HA MET 815 HA MET 815 41.438 -15.311 -17.456
3 HB2 MET 815 HB2 MET 815 40.078 -16.391 -14.989
4 HB3 MET 815 HB3 MET 815 39.362 -15.338 -16.203
5 HG2 MET 815 HG2 MET 815 39.819 -17.247 -17.849
6 HG3 MET 815 HG3 MET 815 40.151 -18.174 -16.396
7 HE2 MET 815 HE1 MET 815 36.849 -19.653 -17.546
8 HE1 MET 815 HE2 MET 815 38.585 -19.902 -17.200
9 HE3 MET 815 HE3 MET 815 38.088 -18.963 -18.591
No H/Q in entry = 9
In of MODEL 46
1 H SER 816 H SER 816 40.923 -13.301 -16.596
2 HA SER 816 HA SER 816 42.674 -12.362 -14.564
3 HB2 SER 816 HB2 SER 816 40.199 -11.033 -15.711
4 HB3 SER 816 HB3 SER 816 41.584 -10.246 -14.952
5 HG SER 816 HG SER 816 42.815 -11.336 -16.695
No H/Q in entry = 5
In of MODEL 46
1 H GLU 817 H GLU 817 42.004 -11.641 -12.526
2 HA GLU 817 HA GLU 817 40.558 -13.375 -10.997
3 HB2 GLU 817 HB2 GLU 817 42.240 -11.546 -10.487
4 HB3 GLU 817 HB3 GLU 817 40.849 -10.480 -10.424
5 HG2 GLU 817 HG2 GLU 817 39.908 -11.890 -8.620
6 HG3 GLU 817 HG3 GLU 817 41.351 -12.880 -8.761
No H/Q in entry = 6
In of MODEL 46
1 H CYS 818 H CYS 818 39.497 -10.245 -12.306
2 HA CYS 818 HA CYS 818 36.889 -10.358 -11.234
3 HB2 CYS 818 HB2 CYS 818 37.846 -8.864 -13.677
4 HB3 CYS 818 HB3 CYS 818 36.327 -8.591 -12.829
No H/Q in entry = 4
In of MODEL 46
1 H GLU 819 H GLU 819 38.320 -11.727 -14.089
2 HA GLU 819 HA GLU 819 35.884 -12.170 -15.485
3 HB2 GLU 819 HB2 GLU 819 37.994 -11.977 -16.684
4 HB3 GLU 819 HB3 GLU 819 38.641 -13.361 -15.835
5 HG2 GLU 819 HG2 GLU 819 37.194 -14.850 -16.992
6 HG3 GLU 819 HG3 GLU 819 36.240 -13.520 -17.641
No H/Q in entry = 6
In of MODEL 46
1 H ALA 820 H ALA 820 38.162 -14.383 -13.887
2 HA ALA 820 HA ALA 820 36.565 -16.643 -14.034
3 HB2 ALA 820 HB1 ALA 820 37.926 -17.585 -12.240
4 HB3 ALA 820 HB2 ALA 820 38.526 -15.977 -11.856
5 HB1 ALA 820 HB3 ALA 820 38.925 -16.721 -13.409
No H/Q in entry = 5
In of MODEL 46
1 H GLY 821 H GLY 821 36.724 -14.054 -11.659
2 HA3 GLY 821 HA2 GLY 821 35.050 -15.134 -9.671
3 HA2 GLY 821 HA3 GLY 821 35.394 -13.428 -9.919
No H/Q in entry = 3
In of MODEL 46
1 H ALA 822 H ALA 822 34.350 -13.077 -12.481
2 HA ALA 822 HA ALA 822 31.624 -12.801 -11.848
3 HB3 ALA 822 HB1 ALA 822 31.346 -11.919 -14.054
4 HB1 ALA 822 HB2 ALA 822 32.943 -12.525 -14.542
5 HB2 ALA 822 HB3 ALA 822 32.806 -11.250 -13.323
No H/Q in entry = 5
In of MODEL 46
1 H LEU 823 H LEU 823 33.416 -15.083 -13.873
2 HA LEU 823 HA LEU 823 31.133 -16.426 -14.775
3 HB2 LEU 823 HB2 LEU 823 33.967 -17.391 -14.506
4 HB3 LEU 823 HB3 LEU 823 32.701 -18.506 -14.951
5 HG LEU 823 HG LEU 823 33.682 -17.933 -16.975
6 HD13 LEU 823 HD11 LEU 823 32.074 -16.732 -18.272
7 HD12 LEU 823 HD12 LEU 823 31.393 -16.026 -16.820
8 HD11 LEU 823 HD13 LEU 823 31.253 -17.761 -17.091
9 HD23 LEU 823 HD21 LEU 823 34.181 -15.665 -17.744
10 HD22 LEU 823 HD22 LEU 823 35.066 -16.082 -16.276
11 HD21 LEU 823 HD23 LEU 823 33.651 -15.033 -16.188
No H/Q in entry = 11
In of MODEL 46
1 H ARG 824 H ARG 824 33.040 -16.947 -11.838
2 HA ARG 824 HA ARG 824 31.609 -19.115 -10.741
3 HB2 ARG 824 HB2 ARG 824 32.904 -16.741 -9.395
4 HB3 ARG 824 HB3 ARG 824 32.189 -18.082 -8.515
5 HG2 ARG 824 HG2 ARG 824 33.841 -19.587 -9.350
6 HG3 ARG 824 HG3 ARG 824 34.477 -18.352 -10.448
7 HD2 ARG 824 HD2 ARG 824 35.823 -18.680 -8.370
8 HD3 ARG 824 HD3 ARG 824 35.253 -17.034 -8.606
9 HE ARG 824 HE ARG 824 33.349 -18.270 -7.050
10 HH11 ARG 824 HH11 ARG 824 36.824 -17.701 -6.662
11 HH12 ARG 824 HH12 ARG 824 36.729 -17.464 -4.980
12 HH21 ARG 824 HH21 ARG 824 33.242 -17.884 -4.753
13 HH22 ARG 824 HH22 ARG 824 34.665 -17.460 -3.885
No H/Q in entry = 13
In of MODEL 46
1 H CYS 825 H CYS 825 31.139 -15.671 -10.409
2 HA CYS 825 HA CYS 825 28.895 -15.819 -8.782
3 HB2 CYS 825 HB2 CYS 825 30.247 -13.704 -10.315
4 HB3 CYS 825 HB3 CYS 825 28.687 -13.328 -9.622
No H/Q in entry = 4
In of MODEL 46
1 H ARG 826 H ARG 826 29.055 -16.105 -12.237
2 HA ARG 826 HA ARG 826 26.214 -15.524 -12.337
3 HB2 ARG 826 HB2 ARG 826 26.394 -15.838 -14.748
4 HB3 ARG 826 HB3 ARG 826 27.444 -14.545 -14.145
5 HG2 ARG 826 HG2 ARG 826 29.326 -15.946 -14.425
6 HG3 ARG 826 HG3 ARG 826 28.313 -17.338 -14.835
7 HD2 ARG 826 HD2 ARG 826 28.538 -14.766 -16.403
8 HD3 ARG 826 HD3 ARG 826 29.221 -16.327 -16.869
9 HE ARG 826 HE ARG 826 26.664 -16.948 -16.547
10 HH11 ARG 826 HH11 ARG 826 28.174 -14.344 -18.400
11 HH12 ARG 826 HH12 ARG 826 26.885 -14.202 -19.496
12 HH21 ARG 826 HH21 ARG 826 24.906 -16.735 -18.010
13 HH22 ARG 826 HH22 ARG 826 24.968 -15.589 -19.273
No H/Q in entry = 13
In of MODEL 46
1 H GLY 827 H GLY 827 27.988 -18.156 -11.614
2 HA3 GLY 827 HA2 GLY 827 27.071 -20.272 -11.216
3 HA2 GLY 827 HA3 GLY 827 25.720 -19.838 -12.256
No H/Q in entry = 3
In of MODEL 46
1 H GLN 828 H GLN 828 28.662 -19.140 -13.695
2 HA GLN 828 HA GLN 828 28.392 -21.191 -15.667
3 HB2 GLN 828 HB2 GLN 828 29.475 -18.971 -16.082
4 HB3 GLN 828 HB3 GLN 828 30.787 -19.445 -15.026
5 HG2 GLN 828 HG2 GLN 828 31.538 -19.709 -17.287
6 HG3 GLN 828 HG3 GLN 828 31.301 -21.302 -16.596
7 HE21 GLN 828 HE21 GLN 828 28.584 -19.332 -17.681
8 HE22 GLN 828 HE22 GLN 828 28.215 -20.321 -19.035
No H/Q in entry = 8
In of MODEL 46
1 H SER 829 H SER 829 29.870 -23.035 -15.995
2 HA SER 829 HA SER 829 30.723 -24.101 -13.448
3 HB2 SER 829 HB2 SER 829 30.744 -25.461 -16.153
4 HB3 SER 829 HB3 SER 829 30.762 -26.216 -14.556
5 HG SER 829 HG SER 829 28.683 -25.045 -15.970
No H/Q in entry = 5
In of MODEL 46
1 H ILE 830 H ILE 830 32.680 -23.529 -12.837
2 HA ILE 830 HA ILE 830 35.041 -23.787 -14.585
3 HB ILE 830 HB ILE 830 35.958 -21.685 -13.887
4 HG12 ILE 830 HG12 ILE 830 35.060 -21.625 -11.547
5 HG13 ILE 830 HG13 ILE 830 35.007 -20.072 -12.359
6 HG21 ILE 830 HG21 ILE 830 33.145 -21.119 -14.763
7 HG23 ILE 830 HG22 ILE 830 34.550 -21.409 -15.789
8 HG22 ILE 830 HG23 ILE 830 34.477 -19.960 -14.788
9 HD12 ILE 830 HD11 ILE 830 33.041 -20.457 -11.016
10 HD11 ILE 830 HD12 ILE 830 32.670 -21.923 -11.932
11 HD13 ILE 830 HD13 ILE 830 32.626 -20.343 -12.723
No H/Q in entry = 11
In of MODEL 46
1 H SER 831 H SER 831 36.884 -24.294 -13.255
2 HA SER 831 HA SER 831 36.319 -24.646 -10.426
3 HB2 SER 831 HB2 SER 831 37.569 -26.536 -12.368
4 HB3 SER 831 HB3 SER 831 37.663 -26.718 -10.621
5 HG SER 831 HG SER 831 35.145 -26.242 -11.286
No H/Q in entry = 5
In of MODEL 46
1 H VAL 832 H VAL 832 37.695 -23.189 -9.493
2 HA VAL 832 HA VAL 832 40.099 -22.424 -10.835
3 HB VAL 832 HB VAL 832 38.929 -20.740 -9.479
4 HG13 VAL 832 HG11 VAL 832 38.003 -22.074 -7.713
5 HG12 VAL 832 HG12 VAL 832 38.967 -20.769 -7.023
6 HG11 VAL 832 HG13 VAL 832 39.613 -22.409 -7.078
7 HG23 VAL 832 HG21 VAL 832 40.836 -19.817 -8.225
8 HG22 VAL 832 HG22 VAL 832 41.304 -20.404 -9.819
9 HG21 VAL 832 HG23 VAL 832 41.670 -21.363 -8.386
No H/Q in entry = 9
In of MODEL 46
1 H THR 833 H THR 833 41.929 -23.473 -10.879
2 HA THR 833 HA THR 833 42.245 -25.723 -9.090
3 HB THR 833 HB THR 833 44.168 -26.245 -10.589
4 HG1 THR 833 HG1 THR 833 44.270 -24.948 -12.553
5 HG23 THR 833 HG21 THR 833 41.952 -27.169 -11.069
6 HG22 THR 833 HG22 THR 833 42.798 -26.785 -12.572
7 HG21 THR 833 HG23 THR 833 41.534 -25.714 -11.972
No H/Q in entry = 7
In of MODEL 46
1 H SER 834 H SER 834 43.564 -22.576 -9.790
2 HA SER 834 HA SER 834 45.125 -22.606 -7.430
3 HB2 SER 834 HB2 SER 834 47.251 -22.295 -8.699
4 HB3 SER 834 HB3 SER 834 46.582 -23.927 -8.734
5 HG SER 834 HG SER 834 45.577 -23.323 -10.738
No H/Q in entry = 5
In of MODEL 46
1 H ILE 835 H ILE 835 46.277 -20.628 -7.229
2 HA ILE 835 HA ILE 835 44.827 -18.347 -8.358
3 HB ILE 835 HB ILE 835 45.673 -17.075 -6.577
4 HG12 ILE 835 HG12 ILE 835 48.025 -17.837 -6.444
5 HG13 ILE 835 HG13 ILE 835 47.274 -17.804 -4.866
6 HG21 ILE 835 HG21 ILE 835 44.829 -19.737 -5.589
7 HG23 ILE 835 HG22 ILE 835 43.828 -18.328 -5.959
8 HG22 ILE 835 HG23 ILE 835 44.943 -18.289 -4.588
9 HD13 ILE 835 HD11 ILE 835 48.659 -19.716 -5.023
10 HD12 ILE 835 HD12 ILE 835 47.933 -20.181 -6.554
11 HD11 ILE 835 HD13 ILE 835 46.975 -20.263 -5.061
No H/Q in entry = 11
In of MODEL 46
1 H ARG 836 H ARG 836 47.131 -20.014 -9.600
2 HA ARG 836 HA ARG 836 48.886 -17.761 -10.270
3 HB2 ARG 836 HB2 ARG 836 50.614 -19.507 -10.869
4 HB3 ARG 836 HB3 ARG 836 50.210 -19.480 -9.166
5 HG2 ARG 836 HG2 ARG 836 50.390 -21.768 -9.730
6 HG3 ARG 836 HG3 ARG 836 48.664 -21.432 -9.660
7 HD2 ARG 836 HD2 ARG 836 48.686 -21.151 -12.122
8 HD3 ARG 836 HD3 ARG 836 50.362 -21.684 -12.142
9 HE ARG 836 HE ARG 836 48.739 -23.573 -10.807
10 HH11 ARG 836 HH11 ARG 836 49.588 -22.497 -14.058
11 HH12 ARG 836 HH12 ARG 836 48.941 -23.872 -14.842
12 HH21 ARG 836 HH21 ARG 836 47.764 -25.434 -11.887
13 HH22 ARG 836 HH22 ARG 836 47.804 -25.551 -13.570
No H/Q in entry = 13
In of MODEL 46
1 HA PRO 837 HA PRO 837 47.258 -18.137 -14.380
2 HB2 PRO 837 HB2 PRO 837 49.372 -17.333 -15.902
3 HB3 PRO 837 HB3 PRO 837 48.409 -16.206 -14.943
4 HG2 PRO 837 HG2 PRO 837 51.049 -17.454 -14.297
5 HG3 PRO 837 HG3 PRO 837 50.521 -15.775 -14.072
6 HD2 PRO 837 HD2 PRO 837 50.587 -17.560 -12.046
7 HD3 PRO 837 HD3 PRO 837 49.374 -16.266 -12.137
No H/Q in entry = 7
In of MODEL 46
1 H CYS 838 H CYS 838 47.363 -19.515 -16.308
2 HA CYS 838 HA CYS 838 49.296 -21.644 -15.937
3 HB2 CYS 838 HB2 CYS 838 47.746 -23.053 -17.314
4 HB3 CYS 838 HB3 CYS 838 47.079 -22.569 -15.770
No H/Q in entry = 4
In of MODEL 46
1 H ALA 839 H ALA 839 49.990 -22.745 -17.936
2 HA ALA 839 HA ALA 839 50.622 -20.891 -20.061
3 HB2 ALA 839 HB1 ALA 839 51.999 -22.761 -20.897
4 HB3 ALA 839 HB2 ALA 839 51.332 -23.807 -19.640
5 HB1 ALA 839 HB3 ALA 839 52.343 -22.430 -19.198
No H/Q in entry = 5
In of MODEL 46
1 H ALA 840 H ALA 840 47.983 -21.207 -19.858
2 HA ALA 840 HA ALA 840 46.765 -23.218 -21.400
3 HB3 ALA 840 HB1 ALA 840 44.812 -21.789 -21.364
4 HB2 ALA 840 HB2 ALA 840 45.818 -20.407 -20.920
5 HB1 ALA 840 HB3 ALA 840 45.631 -21.747 -19.792
No H/Q in entry = 5
In of MODEL 46
1 H GLU 841 H GLU 841 48.467 -20.416 -22.180
2 HA GLU 841 HA GLU 841 47.530 -20.202 -24.890
3 HB2 GLU 841 HB2 GLU 841 49.676 -18.738 -23.369
4 HB3 GLU 841 HB3 GLU 841 49.086 -18.327 -24.984
5 HG2 GLU 841 HG2 GLU 841 47.008 -17.679 -24.202
6 HG3 GLU 841 HG3 GLU 841 47.238 -18.537 -22.678
No H/Q in entry = 6
In of MODEL 46
1 H THR 842 H THR 842 48.198 -22.457 -25.098
2 HA THR 842 HA THR 842 50.794 -22.578 -26.403
3 HB THR 842 HB THR 842 49.590 -24.797 -24.767
4 HG1 THR 842 HG1 THR 842 50.365 -23.568 -23.144
5 HG22 THR 842 HG21 THR 842 52.383 -24.515 -25.913
6 HG21 THR 842 HG22 THR 842 51.101 -25.518 -26.580
7 HG23 THR 842 HG23 THR 842 51.782 -25.899 -24.999
No H/Q in entry = 7
In of MODEL 46
1 H GLN 843 H GLN 843 49.460 -22.129 -28.107
2 HA GLN 843 HA GLN 843 47.755 -24.306 -29.072
3 HB2 GLN 843 HB2 GLN 843 46.986 -21.378 -28.984
4 HB3 GLN 843 HB3 GLN 843 46.070 -22.627 -29.817
5 HG2 GLN 843 HG2 GLN 843 45.533 -23.707 -27.770
6 HG3 GLN 843 HG3 GLN 843 46.651 -22.688 -26.870
7 HE21 GLN 843 HE21 GLN 843 43.564 -22.871 -28.415
8 HE22 GLN 843 HE22 GLN 843 42.927 -21.418 -27.727
No H/Q in entry = 8
In of MODEL 47
1 H1 GLY 689 H2 GLY 689 47.062 -2.163 -16.481
2 H2 GLY 689 H1 GLY 689 47.066 -0.531 -16.083
3 H3 GLY 689 H3 GLY 689 46.075 -1.594 -15.222
4 HA2 GLY 689 HA2 GLY 689 44.789 -0.333 -16.780
5 HA3 GLY 689 HA3 GLY 689 44.793 -2.044 -17.195
No H/Q in entry = 5
In of MODEL 47
1 H SER 690 H SER 690 44.483 0.440 -18.812
2 HA SER 690 HA SER 690 46.372 -0.320 -20.890
3 HB2 SER 690 HB2 SER 690 43.926 1.457 -21.014
4 HB3 SER 690 HB3 SER 690 44.848 0.834 -22.390
5 HG SER 690 HG SER 690 44.177 -1.175 -20.774
No H/Q in entry = 5
In of MODEL 47
1 H HIS 691 H HIS 691 48.036 0.930 -21.393
2 HA HIS 691 HA HIS 691 48.344 3.501 -20.060
3 HB2 HIS 691 HB2 HIS 691 50.290 1.656 -21.434
4 HB3 HIS 691 HB3 HIS 691 50.738 3.290 -20.993
5 HD1 HIS 691 HD1 HIS 691 51.622 3.587 -18.635
6 HD2 HIS 691 HD2 HIS 691 49.514 0.023 -19.070
7 HE1 HIS 691 HE1 HIS 691 51.906 2.372 -16.492
8 HE2 HIS 691 HE2 HIS 691 50.748 0.178 -16.801
No H/Q in entry = 8
In of MODEL 47
1 H MET 692 H MET 692 49.855 5.038 -21.571
2 HA MET 692 HA MET 692 48.031 6.136 -23.421
3 HB2 MET 692 HB2 MET 692 50.991 6.663 -23.139
4 HB3 MET 692 HB3 MET 692 49.860 7.650 -24.047
5 HG2 MET 692 HG2 MET 692 48.675 8.214 -22.023
6 HG3 MET 692 HG3 MET 692 49.745 7.174 -21.085
7 HE3 MET 692 HE1 MET 692 49.235 10.183 -20.315
8 HE2 MET 692 HE2 MET 692 50.878 10.700 -19.929
9 HE1 MET 692 HE3 MET 692 50.320 9.100 -19.445
No H/Q in entry = 9
In of MODEL 47
1 H ASN 693 H ASN 693 50.967 4.262 -23.891
2 HA ASN 693 HA ASN 693 50.104 3.024 -26.242
3 HB2 ASN 693 HB2 ASN 693 51.764 3.961 -27.821
4 HB3 ASN 693 HB3 ASN 693 50.703 5.244 -27.263
5 HD21 ASN 693 HD21 ASN 693 51.557 6.901 -26.047
6 HD22 ASN 693 HD22 ASN 693 53.251 7.131 -25.838
No H/Q in entry = 6
In of MODEL 47
1 HA PRO 694 HA PRO 694 53.445 0.433 -24.723
2 HB2 PRO 694 HB2 PRO 694 54.373 0.062 -27.519
3 HB3 PRO 694 HB3 PRO 694 53.871 -1.160 -26.346
4 HG2 PRO 694 HG2 PRO 694 52.309 -0.544 -28.418
5 HG3 PRO 694 HG3 PRO 694 51.619 -0.885 -26.823
6 HD2 PRO 694 HD2 PRO 694 52.082 1.745 -28.169
7 HD3 PRO 694 HD3 PRO 694 50.688 1.197 -27.210
No H/Q in entry = 7
In of MODEL 47
1 H LEU 695 H LEU 695 54.912 1.737 -23.750
2 HA LEU 695 HA LEU 695 56.860 3.137 -25.449
3 HB2 LEU 695 HB2 LEU 695 54.914 4.511 -24.359
4 HB3 LEU 695 HB3 LEU 695 55.766 4.240 -22.864
5 HG LEU 695 HG LEU 695 56.805 5.792 -25.256
6 HD13 LEU 695 HD11 LEU 695 56.545 7.744 -23.826
7 HD12 LEU 695 HD12 LEU 695 55.858 6.724 -22.562
8 HD11 LEU 695 HD13 LEU 695 55.005 6.922 -24.092
9 HD23 LEU 695 HD21 LEU 695 58.029 5.474 -22.508
10 HD22 LEU 695 HD22 LEU 695 58.638 6.506 -23.801
11 HD21 LEU 695 HD23 LEU 695 58.648 4.752 -23.992
No H/Q in entry = 11
In of MODEL 47
1 H THR 696 H THR 696 58.919 2.708 -24.779
2 HA THR 696 HA THR 696 59.304 1.000 -22.529
3 HB THR 696 HB THR 696 61.397 2.319 -24.295
4 HG1 THR 696 HG1 THR 696 59.614 0.329 -24.747
5 HG23 THR 696 HG21 THR 696 62.847 0.505 -23.518
6 HG22 THR 696 HG22 THR 696 61.529 -0.138 -22.540
7 HG21 THR 696 HG23 THR 696 62.241 1.423 -22.135
No H/Q in entry = 7
In of MODEL 47
1 H GLN 697 H GLN 697 58.689 2.202 -20.775
2 HA GLN 697 HA GLN 697 59.984 4.746 -20.189
3 HB2 GLN 697 HB2 GLN 697 57.973 3.140 -18.645
4 HB3 GLN 697 HB3 GLN 697 58.557 4.744 -18.207
5 HG2 GLN 697 HG2 GLN 697 57.692 5.576 -20.373
6 HG3 GLN 697 HG3 GLN 697 56.966 3.986 -20.635
7 HE21 GLN 697 HE21 GLN 697 56.905 6.894 -18.837
8 HE22 GLN 697 HE22 GLN 697 55.386 6.628 -18.081
No H/Q in entry = 8
In of MODEL 47
1 H ALA 698 H ALA 698 60.416 1.509 -19.774
2 HA ALA 698 HA ALA 698 61.709 0.125 -18.663
3 HB1 ALA 698 HB1 ALA 698 63.589 1.745 -19.124
4 HB2 ALA 698 HB2 ALA 698 63.804 0.786 -17.660
5 HB3 ALA 698 HB3 ALA 698 63.271 2.466 -17.543
No H/Q in entry = 5
In of MODEL 47
1 H VAL 699 H VAL 699 59.648 -0.019 -17.925
2 HA VAL 699 HA VAL 699 59.692 0.166 -15.076
3 HB VAL 699 HB VAL 699 57.293 -0.409 -15.401
4 HG13 VAL 699 HG11 VAL 699 58.025 1.845 -14.696
5 HG12 VAL 699 HG12 VAL 699 56.670 2.025 -15.811
6 HG11 VAL 699 HG13 VAL 699 58.321 2.287 -16.378
7 HG22 VAL 699 HG21 VAL 699 56.195 0.337 -17.508
8 HG21 VAL 699 HG22 VAL 699 57.277 -1.038 -17.742
9 HG23 VAL 699 HG23 VAL 699 57.794 0.583 -18.206
No H/Q in entry = 9
In of MODEL 47
1 HA PRO 700 HA PRO 700 60.524 -4.175 -15.650
2 HB2 PRO 700 HB2 PRO 700 60.837 -4.746 -12.976
3 HB3 PRO 700 HB3 PRO 700 62.122 -4.131 -14.015
4 HG2 PRO 700 HG2 PRO 700 60.486 -2.725 -11.994
5 HG3 PRO 700 HG3 PRO 700 62.144 -2.411 -12.516
6 HD2 PRO 700 HD2 PRO 700 59.933 -0.938 -13.282
7 HD3 PRO 700 HD3 PRO 700 61.470 -0.982 -14.163
No H/Q in entry = 7
In of MODEL 47
1 H LYS 701 H LYS 701 59.360 -5.993 -15.477
2 HA LYS 701 HA LYS 701 56.583 -5.699 -14.839
3 HB2 LYS 701 HB2 LYS 701 58.147 -8.102 -15.763
4 HB3 LYS 701 HB3 LYS 701 56.395 -7.980 -15.690
5 HG2 LYS 701 HG2 LYS 701 56.412 -6.238 -17.367
6 HG3 LYS 701 HG3 LYS 701 58.178 -6.268 -17.402
7 HD2 LYS 701 HD2 LYS 701 58.072 -8.626 -18.067
8 HD3 LYS 701 HD3 LYS 701 56.315 -8.505 -18.149
9 HE2 LYS 701 HE2 LYS 701 58.276 -6.900 -19.817
10 HE3 LYS 701 HE3 LYS 701 57.339 -8.279 -20.384
11 HZ2 LYS 701 HZ1 LYS 701 56.327 -6.199 -21.036
12 HZ1 LYS 701 HZ2 LYS 701 56.199 -5.690 -19.441
13 HZ3 LYS 701 HZ3 LYS 701 55.320 -7.022 -19.986
No H/Q in entry = 13
In of MODEL 47
1 H CYS 702 H CYS 702 55.615 -6.411 -13.006
2 HA CYS 702 HA CYS 702 57.246 -7.980 -11.120
3 HB2 CYS 702 HB2 CYS 702 54.888 -6.191 -10.440
4 HB3 CYS 702 HB3 CYS 702 56.043 -6.920 -9.349
No H/Q in entry = 4
In of MODEL 47
1 H GLN 703 H GLN 703 56.149 -9.758 -10.096
2 HA GLN 703 HA GLN 703 53.956 -10.808 -11.610
3 HB2 GLN 703 HB2 GLN 703 55.056 -11.720 -8.939
4 HB3 GLN 703 HB3 GLN 703 53.965 -12.632 -9.967
5 HG2 GLN 703 HG2 GLN 703 56.805 -11.873 -10.609
6 HG3 GLN 703 HG3 GLN 703 56.246 -13.464 -10.115
7 HE21 GLN 703 HE21 GLN 703 53.833 -13.319 -11.828
8 HE22 GLN 703 HE22 GLN 703 54.403 -13.522 -13.435
No H/Q in entry = 8
In of MODEL 47
1 H ARG 704 H ARG 704 52.007 -11.605 -10.114
2 HA ARG 704 HA ARG 704 50.717 -9.164 -9.589
3 HB2 ARG 704 HB2 ARG 704 49.814 -11.970 -9.152
4 HB3 ARG 704 HB3 ARG 704 48.785 -10.574 -8.882
5 HG2 ARG 704 HG2 ARG 704 50.137 -11.259 -11.449
6 HG3 ARG 704 HG3 ARG 704 48.459 -11.632 -11.130
7 HD2 ARG 704 HD2 ARG 704 48.336 -9.626 -12.336
8 HD3 ARG 704 HD3 ARG 704 48.266 -9.090 -10.657
9 HE ARG 704 HE ARG 704 50.743 -9.065 -12.248
10 HH11 ARG 704 HH11 ARG 704 48.536 -7.470 -10.009
11 HH12 ARG 704 HH12 ARG 704 49.469 -6.087 -9.740
12 HH21 ARG 704 HH21 ARG 704 52.127 -7.116 -11.915
13 HH22 ARG 704 HH22 ARG 704 51.585 -5.900 -10.870
No H/Q in entry = 13
In of MODEL 47
1 H TRP 705 H TRP 705 52.333 -11.251 -7.443
2 HA TRP 705 HA TRP 705 51.174 -10.010 -5.068
3 HB2 TRP 705 HB2 TRP 705 52.620 -11.766 -3.918
4 HB3 TRP 705 HB3 TRP 705 51.300 -12.351 -4.923
5 HD1 TRP 705 HD1 TRP 705 55.084 -12.395 -4.681
6 HE1 TRP 705 HE1 TRP 705 56.021 -13.983 -6.473
7 HE3 TRP 705 HE3 TRP 705 50.806 -13.300 -7.333
8 HZ2 TRP 705 HZ2 TRP 705 55.087 -15.454 -8.685
9 HZ3 TRP 705 HZ3 TRP 705 50.923 -14.800 -9.280
10 HH2 TRP 705 HH2 TRP 705 53.016 -15.854 -9.935
No H/Q in entry = 10
In of MODEL 47
1 H GLU 706 H GLU 706 53.276 -9.162 -7.236
2 HA GLU 706 HA GLU 706 55.146 -7.937 -5.371
3 HB2 GLU 706 HB2 GLU 706 55.535 -8.748 -8.266
4 HB3 GLU 706 HB3 GLU 706 56.719 -7.868 -7.283
5 HG2 GLU 706 HG2 GLU 706 56.900 -9.863 -5.862
6 HG3 GLU 706 HG3 GLU 706 55.744 -10.690 -6.913
No H/Q in entry = 6
In of MODEL 47
1 H LYS 707 H LYS 707 55.776 -5.786 -6.137
2 HA LYS 707 HA LYS 707 54.118 -4.633 -8.144
3 HB2 LYS 707 HB2 LYS 707 53.066 -2.916 -6.777
4 HB3 LYS 707 HB3 LYS 707 52.590 -4.511 -6.256
5 HG2 LYS 707 HG2 LYS 707 52.882 -3.479 -4.231
6 HG3 LYS 707 HG3 LYS 707 54.488 -4.156 -4.465
7 HD2 LYS 707 HD2 LYS 707 54.603 -1.838 -3.675
8 HD3 LYS 707 HD3 LYS 707 55.282 -1.990 -5.294
9 HE2 LYS 707 HE2 LYS 707 53.839 0.022 -4.972
10 HE3 LYS 707 HE3 LYS 707 53.301 -1.011 -6.286
11 HZ3 LYS 707 HZ1 LYS 707 51.428 -0.290 -4.958
12 HZ2 LYS 707 HZ2 LYS 707 52.104 -0.899 -3.542
13 HZ1 LYS 707 HZ3 LYS 707 51.610 -1.938 -4.750
No H/Q in entry = 13
In of MODEL 47
1 H LEU 708 H LEU 708 54.682 -2.513 -8.721
2 HA LEU 708 HA LEU 708 57.543 -2.221 -8.581
3 HB2 LEU 708 HB2 LEU 708 56.437 -2.162 -10.737
4 HB3 LEU 708 HB3 LEU 708 55.422 -0.839 -10.215
5 HG LEU 708 HG LEU 708 57.387 0.627 -10.108
6 HD13 LEU 708 HD11 LEU 708 59.102 -1.008 -9.610
7 HD12 LEU 708 HD12 LEU 708 59.515 -0.126 -11.084
8 HD11 LEU 708 HD13 LEU 708 58.858 -1.760 -11.185
9 HD22 LEU 708 HD21 LEU 708 56.071 0.541 -12.148
10 HD21 LEU 708 HD22 LEU 708 57.046 -0.805 -12.739
11 HD23 LEU 708 HD23 LEU 708 57.775 0.786 -12.522
No H/Q in entry = 11
In of MODEL 47
1 H GLN 709 H GLN 709 58.401 -1.024 -7.035
2 HA GLN 709 HA GLN 709 57.429 1.671 -6.675
3 HB2 GLN 709 HB2 GLN 709 57.326 1.625 -4.279
4 HB3 GLN 709 HB3 GLN 709 56.337 0.286 -4.832
5 HG2 GLN 709 HG2 GLN 709 58.232 -1.247 -4.351
6 HG3 GLN 709 HG3 GLN 709 59.136 0.124 -3.747
7 HE21 GLN 709 HE21 GLN 709 59.323 -0.744 -1.707
8 HE22 GLN 709 HE22 GLN 709 58.015 -0.830 -0.598
No H/Q in entry = 8
In of MODEL 47
1 H ASN 710 H ASN 710 59.120 3.057 -6.216
2 HA ASN 710 HA ASN 710 61.254 3.820 -5.922
3 HB2 ASN 710 HB2 ASN 710 60.904 2.196 -3.850
4 HB3 ASN 710 HB3 ASN 710 62.004 1.161 -4.723
5 HD21 ASN 710 HD21 ASN 710 62.321 2.457 -2.154
6 HD22 ASN 710 HD22 ASN 710 63.756 3.408 -2.240
No H/Q in entry = 6
In of MODEL 47
1 H SER 711 H SER 711 60.393 2.257 -8.249
2 HA SER 711 HA SER 711 61.151 1.610 -10.253
3 HB2 SER 711 HB2 SER 711 63.832 2.410 -9.145
4 HB3 SER 711 HB3 SER 711 63.517 2.043 -10.851
5 HG SER 711 HG SER 711 61.871 3.896 -9.604
No H/Q in entry = 5
In of MODEL 47
1 H ARG 712 H ARG 712 61.124 -0.290 -7.862
2 HA ARG 712 HA ARG 712 62.616 -2.401 -9.212
3 HB2 ARG 712 HB2 ARG 712 63.287 -3.337 -7.021
4 HB3 ARG 712 HB3 ARG 712 64.044 -1.791 -7.381
5 HG2 ARG 712 HG2 ARG 712 62.494 -0.673 -5.898
6 HG3 ARG 712 HG3 ARG 712 61.678 -2.207 -5.587
7 HD2 ARG 712 HD2 ARG 712 63.656 -3.103 -4.559
8 HD3 ARG 712 HD3 ARG 712 64.598 -1.681 -4.994
9 HE ARG 712 HE ARG 712 62.430 -1.763 -2.989
10 HH11 ARG 712 HH11 ARG 712 65.349 -0.214 -4.293
11 HH12 ARG 712 HH12 ARG 712 65.580 0.798 -2.958
12 HH21 ARG 712 HH21 ARG 712 62.734 -0.331 -1.172
13 HH22 ARG 712 HH22 ARG 712 64.052 0.747 -1.151
No H/Q in entry = 13
In of MODEL 47
1 H CYS 713 H CYS 713 61.947 -4.571 -8.462
2 HA CYS 713 HA CYS 713 59.045 -4.657 -8.172
3 HB2 CYS 713 HB2 CYS 713 61.019 -6.874 -8.791
4 HB3 CYS 713 HB3 CYS 713 59.270 -6.961 -8.931
No H/Q in entry = 4
In of MODEL 47
1 H VAL 714 H VAL 714 58.345 -4.924 -6.152
2 HA VAL 714 HA VAL 714 59.968 -6.517 -4.274
3 HB VAL 714 HB VAL 714 59.175 -5.112 -2.444
4 HG11 VAL 714 HG11 VAL 714 60.347 -3.521 -4.693
5 HG13 VAL 714 HG12 VAL 714 61.224 -4.399 -3.428
6 HG12 VAL 714 HG13 VAL 714 60.258 -2.972 -3.026
7 HG22 VAL 714 HG21 VAL 714 56.986 -4.486 -3.330
8 HG21 VAL 714 HG22 VAL 714 57.753 -3.473 -4.549
9 HG23 VAL 714 HG23 VAL 714 57.890 -3.050 -2.842
No H/Q in entry = 9
In of MODEL 47
1 H CYS 715 H CYS 715 58.507 -7.367 -2.478
2 HA CYS 715 HA CYS 715 56.111 -8.434 -3.742
3 HB2 CYS 715 HB2 CYS 715 57.293 -9.039 -0.985
4 HB3 CYS 715 HB3 CYS 715 55.984 -9.914 -1.732
No H/Q in entry = 4
In of MODEL 47
1 H LYS 716 H LYS 716 54.049 -7.828 -3.090
2 HA LYS 716 HA LYS 716 53.968 -5.378 -1.599
3 HB2 LYS 716 HB2 LYS 716 51.503 -5.432 -1.941
4 HB3 LYS 716 HB3 LYS 716 52.411 -5.554 -3.439
5 HG2 LYS 716 HG2 LYS 716 51.924 -7.865 -3.639
6 HG3 LYS 716 HG3 LYS 716 51.278 -7.922 -2.000
7 HD2 LYS 716 HD2 LYS 716 49.473 -7.919 -3.646
8 HD3 LYS 716 HD3 LYS 716 49.434 -6.459 -2.666
9 HE2 LYS 716 HE2 LYS 716 50.559 -5.245 -4.490
10 HE3 LYS 716 HE3 LYS 716 50.519 -6.711 -5.474
11 HZ2 LYS 716 HZ1 LYS 716 48.632 -5.216 -5.998
12 HZ1 LYS 716 HZ2 LYS 716 48.152 -5.294 -4.393
13 HZ3 LYS 716 HZ3 LYS 716 48.098 -6.676 -5.330
No H/Q in entry = 13
In of MODEL 47
1 H MET 717 H MET 717 51.839 -5.439 0.018
2 HA MET 717 HA MET 717 52.857 -7.331 1.985
3 HB2 MET 717 HB2 MET 717 51.665 -4.602 2.388
4 HB3 MET 717 HB3 MET 717 52.070 -5.699 3.701
5 HG2 MET 717 HG2 MET 717 54.009 -4.564 1.687
6 HG3 MET 717 HG3 MET 717 53.797 -4.025 3.353
7 HE1 MET 717 HE1 MET 717 54.602 -5.372 5.472
8 HE3 MET 717 HE2 MET 717 55.212 -7.026 5.416
9 HE2 MET 717 HE3 MET 717 53.525 -6.701 5.036
No H/Q in entry = 9
In of MODEL 47
1 HA PRO 718 HA PRO 718 49.103 -9.540 2.152
2 HB2 PRO 718 HB2 PRO 718 49.230 -9.765 5.075
3 HB3 PRO 718 HB3 PRO 718 49.381 -11.020 3.847
4 HG2 PRO 718 HG2 PRO 718 51.472 -10.136 5.321
5 HG3 PRO 718 HG3 PRO 718 51.655 -10.750 3.667
6 HD2 PRO 718 HD2 PRO 718 51.668 -7.957 4.695
7 HD3 PRO 718 HD3 PRO 718 52.605 -8.689 3.375
No H/Q in entry = 7
In of MODEL 47
1 H TYR 719 H TYR 719 49.321 -6.729 4.055
2 HA TYR 719 HA TYR 719 46.534 -6.861 4.855
3 HB2 TYR 719 HB2 TYR 719 47.023 -4.684 6.051
4 HB3 TYR 719 HB3 TYR 719 47.947 -6.073 6.602
5 HD1 TYR 719 HD1 TYR 719 50.356 -6.188 6.228
6 HD2 TYR 719 HD2 TYR 719 48.097 -2.849 4.883
7 HE1 TYR 719 HE1 TYR 719 52.423 -4.906 5.953
8 HE2 TYR 719 HE2 TYR 719 50.175 -1.569 4.580
9 HH TYR 719 HH TYR 719 52.443 -1.546 5.413
No H/Q in entry = 9
In of MODEL 47
1 H GLU 720 H GLU 720 48.198 -5.946 2.219
2 HA GLU 720 HA GLU 720 46.398 -3.779 1.450
3 HB2 GLU 720 HB2 GLU 720 48.900 -4.952 0.274
4 HB3 GLU 720 HB3 GLU 720 47.967 -3.690 -0.543
5 HG2 GLU 720 HG2 GLU 720 49.370 -3.481 2.123
6 HG3 GLU 720 HG3 GLU 720 49.928 -2.790 0.601
No H/Q in entry = 6
In of MODEL 47
1 H CYS 721 H CYS 721 46.305 -6.985 1.571
2 HA CYS 721 HA CYS 721 45.559 -7.550 -1.162
3 HB2 CYS 721 HB2 CYS 721 45.700 -9.375 1.227
4 HB3 CYS 721 HB3 CYS 721 45.493 -9.865 -0.450
No H/Q in entry = 4
In of MODEL 47
1 H GLY 722 H GLY 722 43.660 -6.281 -1.205
2 HA3 GLY 722 HA2 GLY 722 41.426 -7.294 0.411
3 HA2 GLY 722 HA3 GLY 722 41.421 -5.792 -0.506
No H/Q in entry = 3
In of MODEL 47
1 HA PRO 723 HA PRO 723 39.287 -7.668 -3.907
2 HB2 PRO 723 HB2 PRO 723 40.825 -6.753 -6.027
3 HB3 PRO 723 HB3 PRO 723 39.532 -5.826 -5.251
4 HG2 PRO 723 HG2 PRO 723 42.488 -5.712 -4.802
5 HG3 PRO 723 HG3 PRO 723 41.322 -4.381 -4.882
6 HD2 PRO 723 HD2 PRO 723 42.253 -5.224 -2.547
7 HD3 PRO 723 HD3 PRO 723 40.541 -4.784 -2.727
No H/Q in entry = 7
In of MODEL 47
1 H SER 724 H SER 724 39.542 -9.908 -3.954
2 HA SER 724 HA SER 724 41.297 -11.066 -5.764
3 HB2 SER 724 HB2 SER 724 42.431 -12.465 -3.939
4 HB3 SER 724 HB3 SER 724 43.041 -10.837 -4.229
5 HG SER 724 HG SER 724 41.447 -10.282 -2.455
No H/Q in entry = 5
In of MODEL 47
1 H LEU 725 H LEU 725 40.929 -13.291 -5.889
2 HA LEU 725 HA LEU 725 38.217 -14.048 -5.209
3 HB2 LEU 725 HB2 LEU 725 40.415 -15.358 -6.725
4 HB3 LEU 725 HB3 LEU 725 39.003 -16.281 -6.245
5 HG LEU 725 HG LEU 725 38.857 -13.763 -7.906
6 HD12 LEU 725 HD11 LEU 725 38.585 -15.264 -9.822
7 HD11 LEU 725 HD12 LEU 725 38.868 -16.661 -8.782
8 HD13 LEU 725 HD13 LEU 725 40.166 -15.506 -9.080
9 HD21 LEU 725 HD21 LEU 725 36.947 -16.009 -7.350
10 HD23 LEU 725 HD22 LEU 725 36.664 -14.678 -8.475
11 HD22 LEU 725 HD23 LEU 725 36.813 -14.354 -6.750
No H/Q in entry = 11
In of MODEL 47
1 H ASP 726 H ASP 726 37.531 -15.282 -3.623
2 HA ASP 726 HA ASP 726 39.319 -16.117 -1.571
3 HB2 ASP 726 HB2 ASP 726 36.362 -16.661 -1.939
4 HB3 ASP 726 HB3 ASP 726 37.287 -17.075 -0.506
No H/Q in entry = 4
In of MODEL 47
1 H VAL 727 H VAL 727 40.089 -18.037 -1.111
2 HA VAL 727 HA VAL 727 39.226 -20.432 -2.518
3 HB VAL 727 HB VAL 727 41.616 -21.078 -2.959
4 HG13 VAL 727 HG11 VAL 727 40.193 -20.317 -4.776
5 HG12 VAL 727 HG12 VAL 727 41.845 -19.756 -5.016
6 HG11 VAL 727 HG13 VAL 727 40.612 -18.642 -4.423
7 HG22 VAL 727 HG21 VAL 727 43.328 -19.325 -3.054
8 HG21 VAL 727 HG22 VAL 727 42.683 -19.486 -1.421
9 HG23 VAL 727 HG23 VAL 727 42.160 -18.151 -2.447
No H/Q in entry = 9
In of MODEL 47
1 H CYS 728 H CYS 728 40.161 -22.414 -1.520
2 HA CYS 728 HA CYS 728 40.400 -22.044 1.373
3 HB2 CYS 728 HB2 CYS 728 39.938 -24.616 -0.164
4 HB3 CYS 728 HB3 CYS 728 39.724 -24.337 1.552
No H/Q in entry = 4
In of MODEL 47
1 H ALA 729 H ALA 729 42.344 -22.369 2.331
2 HA ALA 729 HA ALA 729 44.333 -23.894 0.837
3 HB2 ALA 729 HB1 ALA 729 46.032 -22.291 1.511
4 HB1 ALA 729 HB2 ALA 729 44.795 -21.304 2.295
5 HB3 ALA 729 HB3 ALA 729 44.779 -21.515 0.541
No H/Q in entry = 5
In of MODEL 47
1 H GLN 730 H GLN 730 45.923 -24.795 2.139
2 HA GLN 730 HA GLN 730 45.044 -25.311 4.882
3 HB2 GLN 730 HB2 GLN 730 45.186 -27.314 3.417
4 HB3 GLN 730 HB3 GLN 730 46.874 -26.950 3.130
5 HG2 GLN 730 HG2 GLN 730 47.398 -27.254 5.458
6 HG3 GLN 730 HG3 GLN 730 45.712 -27.561 5.835
7 HE21 GLN 730 HE21 GLN 730 46.125 -29.607 6.643
8 HE22 GLN 730 HE22 GLN 730 46.666 -30.915 5.653
No H/Q in entry = 8
In of MODEL 47
1 H ASP 731 H ASP 731 46.276 -24.786 6.457
2 HA ASP 731 HA ASP 731 48.693 -23.241 6.048
3 HB2 ASP 731 HB2 ASP 731 47.019 -22.607 7.774
4 HB3 ASP 731 HB3 ASP 731 47.276 -24.154 8.540
No H/Q in entry = 4
In of MODEL 47
1 H GLU 732 H GLU 732 50.705 -24.166 6.038
2 HA GLU 732 HA GLU 732 50.930 -26.958 6.512
3 HB2 GLU 732 HB2 GLU 732 52.984 -24.878 5.829
4 HB3 GLU 732 HB3 GLU 732 53.392 -26.567 6.108
5 HG2 GLU 732 HG2 GLU 732 51.515 -25.511 4.014
6 HG3 GLU 732 HG3 GLU 732 53.142 -26.141 3.745
No H/Q in entry = 6
In of MODEL 47
1 H ARG 733 H ARG 733 50.977 -24.456 8.700
2 HA ARG 733 HA ARG 733 52.953 -25.687 10.398
3 HB2 ARG 733 HB2 ARG 733 52.832 -23.222 10.136
4 HB3 ARG 733 HB3 ARG 733 51.235 -23.246 10.862
5 HG2 ARG 733 HG2 ARG 733 52.940 -22.549 12.458
6 HG3 ARG 733 HG3 ARG 733 52.193 -24.078 12.944
7 HD2 ARG 733 HD2 ARG 733 54.644 -24.099 13.220
8 HD3 ARG 733 HD3 ARG 733 54.070 -25.312 12.075
9 HE ARG 733 HE ARG 733 54.927 -22.764 10.978
10 HH11 ARG 733 HH11 ARG 733 55.765 -26.154 11.606
11 HH12 ARG 733 HH12 ARG 733 57.035 -26.197 10.479
12 HH21 ARG 733 HH21 ARG 733 56.685 -22.831 9.431
13 HH22 ARG 733 HH22 ARG 733 57.566 -24.264 9.214
No H/Q in entry = 13
In of MODEL 47
1 H SER 734 H SER 734 49.496 -24.961 10.438
2 HA SER 734 HA SER 734 49.136 -26.648 12.807
3 HB2 SER 734 HB2 SER 734 46.833 -25.657 12.782
4 HB3 SER 734 HB3 SER 734 48.126 -24.465 12.928
5 HG SER 734 HG SER 734 47.904 -23.980 10.756
No H/Q in entry = 5
In of MODEL 47
1 H LYS 735 H LYS 735 48.772 -26.797 9.380
2 HA LYS 735 HA LYS 735 47.962 -28.168 7.949
3 HB2 LYS 735 HB2 LYS 735 47.718 -30.013 10.309
4 HB3 LYS 735 HB3 LYS 735 47.269 -30.499 8.680
5 HG2 LYS 735 HG2 LYS 735 49.991 -29.615 9.610
6 HG3 LYS 735 HG3 LYS 735 49.497 -31.262 9.203
7 HD2 LYS 735 HD2 LYS 735 48.864 -30.207 6.902
8 HD3 LYS 735 HD3 LYS 735 49.900 -28.899 7.415
9 HE2 LYS 735 HE2 LYS 735 51.784 -30.303 7.686
10 HE3 LYS 735 HE3 LYS 735 50.825 -31.755 7.409
11 HZ1 LYS 735 HZ1 LYS 735 50.451 -30.913 5.107
12 HZ3 LYS 735 HZ2 LYS 735 52.029 -31.294 5.458
13 HZ2 LYS 735 HZ3 LYS 735 51.593 -29.693 5.370
No H/Q in entry = 13
In of MODEL 47
1 H ARG 736 H ARG 736 46.173 -26.307 9.478
2 HA ARG 736 HA ARG 736 43.615 -27.681 9.154
3 HB2 ARG 736 HB2 ARG 736 42.588 -25.796 10.171
4 HB3 ARG 736 HB3 ARG 736 44.012 -26.200 11.121
5 HG2 ARG 736 HG2 ARG 736 45.158 -24.330 10.463
6 HG3 ARG 736 HG3 ARG 736 44.198 -24.137 8.992
7 HD2 ARG 736 HD2 ARG 736 43.205 -23.728 11.800
8 HD3 ARG 736 HD3 ARG 736 43.668 -22.477 10.634
9 HE ARG 736 HE ARG 736 41.825 -23.824 9.255
10 HH11 ARG 736 HH11 ARG 736 41.708 -22.462 12.523
11 HH12 ARG 736 HH12 ARG 736 40.009 -22.261 12.493
12 HH21 ARG 736 HH21 ARG 736 39.543 -23.567 9.250
13 HH22 ARG 736 HH22 ARG 736 38.757 -22.926 10.618
No H/Q in entry = 13
In of MODEL 47
1 H ILE 737 H ILE 737 41.946 -26.705 7.881
2 HA ILE 737 HA ILE 737 42.971 -25.425 5.481
3 HB ILE 737 HB ILE 737 40.113 -26.220 6.063
4 HG12 ILE 737 HG12 ILE 737 41.583 -28.220 6.351
5 HG13 ILE 737 HG13 ILE 737 40.482 -28.375 4.994
6 HG21 ILE 737 HG21 ILE 737 40.522 -24.706 4.174
7 HG23 ILE 737 HG22 ILE 737 39.914 -26.269 3.640
8 HG22 ILE 737 HG23 ILE 737 41.626 -25.893 3.467
9 HD12 ILE 737 HD11 ILE 737 43.405 -27.688 4.859
10 HD11 ILE 737 HD12 ILE 737 42.290 -27.777 3.492
11 HD13 ILE 737 HD13 ILE 737 42.655 -29.233 4.425
No H/Q in entry = 11
In of MODEL 47
1 H LEU 738 H LEU 738 42.708 -23.272 5.256
2 HA LEU 738 HA LEU 738 40.566 -22.022 6.732
3 HB2 LEU 738 HB2 LEU 738 41.878 -20.096 7.392
4 HB3 LEU 738 HB3 LEU 738 42.595 -21.542 8.058
5 HG LEU 738 HG LEU 738 43.649 -20.075 5.632
6 HD11 LEU 738 HD11 LEU 738 44.527 -19.996 8.511
7 HD13 LEU 738 HD12 LEU 738 43.751 -18.674 7.635
8 HD12 LEU 738 HD13 LEU 738 45.362 -19.217 7.169
9 HD22 LEU 738 HD21 LEU 738 44.211 -22.393 5.761
10 HD21 LEU 738 HD22 LEU 738 44.788 -22.188 7.415
11 HD23 LEU 738 HD23 LEU 738 45.655 -21.408 6.065
No H/Q in entry = 11
In of MODEL 47
1 HA PRO 739 HA PRO 739 39.772 -20.053 2.907
2 HB2 PRO 739 HB2 PRO 739 38.284 -17.975 3.795
3 HB3 PRO 739 HB3 PRO 739 37.687 -19.648 3.856
4 HG2 PRO 739 HG2 PRO 739 38.917 -18.005 6.030
5 HG3 PRO 739 HG3 PRO 739 37.471 -19.036 6.090
6 HD2 PRO 739 HD2 PRO 739 39.951 -19.898 6.956
7 HD3 PRO 739 HD3 PRO 739 38.713 -20.972 6.250
No H/Q in entry = 7
In of MODEL 47
1 H LEU 740 H LEU 740 41.108 -18.870 1.750
2 HA LEU 740 HA LEU 740 42.293 -16.368 2.775
3 HB2 LEU 740 HB2 LEU 740 43.637 -18.574 1.237
4 HB3 LEU 740 HB3 LEU 740 44.260 -16.941 1.338
5 HG LEU 740 HG LEU 740 43.894 -18.826 3.669
6 HD12 LEU 740 HD11 LEU 740 46.357 -17.790 2.299
7 HD11 LEU 740 HD12 LEU 740 45.711 -19.421 2.137
8 HD13 LEU 740 HD13 LEU 740 46.313 -18.856 3.701
9 HD22 LEU 740 HD21 LEU 740 43.577 -16.529 4.372
10 HD21 LEU 740 HD22 LEU 740 45.025 -16.037 3.505
11 HD23 LEU 740 HD23 LEU 740 45.158 -17.095 4.913
No H/Q in entry = 11
In of MODEL 47
1 H THR 741 H THR 741 43.234 -15.256 0.687
2 HA THR 741 HA THR 741 41.432 -15.726 -1.547
3 HB THR 741 HB THR 741 42.147 -13.153 -1.860
4 HG1 THR 741 HG1 THR 741 41.648 -12.411 0.444
5 HG21 THR 741 HG21 THR 741 39.871 -14.116 -0.159
6 HG23 THR 741 HG22 THR 741 39.925 -13.997 -1.930
7 HG22 THR 741 HG23 THR 741 40.007 -12.527 -0.942
No H/Q in entry = 7
In of MODEL 47
1 H VAL 742 H VAL 742 42.388 -15.010 -3.593
2 HA VAL 742 HA VAL 742 44.751 -16.275 -4.131
3 HB VAL 742 HB VAL 742 43.726 -13.910 -5.658
4 HG11 VAL 742 HG11 VAL 742 45.507 -16.135 -6.536
5 HG13 VAL 742 HG12 VAL 742 45.863 -14.402 -6.390
6 HG12 VAL 742 HG13 VAL 742 44.708 -14.964 -7.591
7 HG22 VAL 742 HG21 VAL 742 41.975 -15.448 -5.372
8 HG21 VAL 742 HG22 VAL 742 43.010 -16.791 -5.930
9 HG23 VAL 742 HG23 VAL 742 42.554 -15.477 -7.041
No H/Q in entry = 9
In of MODEL 47
1 H CYS 743 H CYS 743 44.305 -12.760 -4.089
2 HA CYS 743 HA CYS 743 46.967 -12.037 -4.246
3 HB2 CYS 743 HB2 CYS 743 45.099 -10.462 -4.608
4 HB3 CYS 743 HB3 CYS 743 44.724 -10.514 -2.888
No H/Q in entry = 4
In of MODEL 47
1 H LYS 744 H LYS 744 44.937 -12.620 -1.387
2 HA LYS 744 HA LYS 744 46.811 -11.751 0.505
3 HB2 LYS 744 HB2 LYS 744 44.320 -12.119 0.749
4 HB3 LYS 744 HB3 LYS 744 44.674 -13.818 0.876
5 HG2 LYS 744 HG2 LYS 744 45.746 -13.552 2.971
6 HG3 LYS 744 HG3 LYS 744 45.796 -11.787 2.796
7 HD2 LYS 744 HD2 LYS 744 43.316 -11.753 2.752
8 HD3 LYS 744 HD3 LYS 744 43.311 -13.490 3.022
9 HE2 LYS 744 HE2 LYS 744 44.559 -11.514 4.917
10 HE3 LYS 744 HE3 LYS 744 42.880 -12.027 5.043
11 HZ2 LYS 744 HZ1 LYS 744 45.291 -13.756 5.308
12 HZ1 LYS 744 HZ2 LYS 744 43.672 -14.303 5.328
13 HZ3 LYS 744 HZ3 LYS 744 44.213 -13.301 6.521
No H/Q in entry = 13
In of MODEL 47
1 H MET 745 H MET 745 45.957 -15.048 -0.584
2 HA MET 745 HA MET 745 47.866 -16.396 1.046
3 HB2 MET 745 HB2 MET 745 46.912 -18.257 0.310
4 HB3 MET 745 HB3 MET 745 45.671 -17.185 -0.291
5 HG2 MET 745 HG2 MET 745 45.986 -18.499 -2.158
6 HG3 MET 745 HG3 MET 745 47.136 -17.217 -2.471
7 HE2 MET 745 HE1 MET 745 48.336 -21.387 -0.844
8 HE1 MET 745 HE2 MET 745 46.683 -20.902 -1.201
9 HE3 MET 745 HE3 MET 745 47.535 -20.189 0.168
No H/Q in entry = 9
In of MODEL 47
1 H HIS 746 H HIS 746 48.071 -14.959 -2.147
2 HA HIS 746 HA HIS 746 50.503 -16.327 -2.849
3 HB2 HIS 746 HB2 HIS 746 48.916 -14.179 -4.008
4 HB3 HIS 746 HB3 HIS 746 50.655 -14.043 -4.303
5 HD1 HIS 746 HD1 HIS 746 51.658 -16.465 -5.358
6 HD2 HIS 746 HD2 HIS 746 47.639 -15.553 -5.856
7 HE1 HIS 746 HE1 HIS 746 50.926 -17.748 -7.374
8 HE2 HIS 746 HE2 HIS 746 48.449 -17.274 -7.579
No H/Q in entry = 8
In of MODEL 47
1 H VAL 747 H VAL 747 49.796 -13.088 -1.602
2 HA VAL 747 HA VAL 747 52.488 -12.293 -1.406
3 HB VAL 747 HB VAL 747 49.984 -11.367 0.020
4 HG12 VAL 747 HG11 VAL 747 52.701 -10.031 -0.059
5 HG11 VAL 747 HG12 VAL 747 51.988 -10.806 1.355
6 HG13 VAL 747 HG13 VAL 747 51.242 -9.370 0.681
7 HG21 VAL 747 HG21 VAL 747 50.013 -11.072 -2.392
8 HG23 VAL 747 HG22 VAL 747 51.538 -10.203 -2.282
9 HG22 VAL 747 HG23 VAL 747 50.075 -9.529 -1.548
No H/Q in entry = 9
In of MODEL 47
1 H LEU 748 H LEU 748 50.220 -13.615 0.834
2 HA LEU 748 HA LEU 748 51.518 -14.138 3.183
3 HB2 LEU 748 HB2 LEU 748 49.198 -14.550 2.576
4 HB3 LEU 748 HB3 LEU 748 49.690 -15.660 1.355
5 HG LEU 748 HG LEU 748 48.518 -16.770 2.966
6 HD11 LEU 748 HD11 LEU 748 51.346 -17.481 3.148
7 HD13 LEU 748 HD12 LEU 748 50.047 -18.120 2.126
8 HD12 LEU 748 HD13 LEU 748 50.033 -18.420 3.861
9 HD22 LEU 748 HD21 LEU 748 48.567 -15.327 4.764
10 HD21 LEU 748 HD22 LEU 748 50.289 -15.639 5.104
11 HD23 LEU 748 HD23 LEU 748 49.061 -16.919 5.303
No H/Q in entry = 11
In of MODEL 47
1 H HIS 749 H HIS 749 51.587 -15.991 0.181
2 HA HIS 749 HA HIS 749 53.308 -18.072 1.009
3 HB2 HIS 749 HB2 HIS 749 51.569 -17.995 -0.884
4 HB3 HIS 749 HB3 HIS 749 52.828 -17.226 -1.832
5 HD1 HIS 749 HD1 HIS 749 54.508 -18.772 -2.937
6 HD2 HIS 749 HD2 HIS 749 52.131 -20.640 -0.108
7 HE1 HIS 749 HE1 HIS 749 54.957 -21.195 -3.200
8 HE2 HIS 749 HE2 HIS 749 53.793 -22.245 -1.244
No H/Q in entry = 8
In of MODEL 47
1 H CYS 750 H CYS 750 53.900 -15.004 -0.772
2 HA CYS 750 HA CYS 750 56.631 -15.795 -1.274
3 HB2 CYS 750 HB2 CYS 750 56.869 -13.622 -2.424
4 HB3 CYS 750 HB3 CYS 750 55.498 -14.540 -3.022
No H/Q in entry = 4
In of MODEL 47
1 H GLN 751 H GLN 751 54.945 -14.017 1.140
2 HA GLN 751 HA GLN 751 57.101 -12.503 2.116
3 HB2 GLN 751 HB2 GLN 751 54.546 -13.493 3.353
4 HB3 GLN 751 HB3 GLN 751 55.670 -12.531 4.287
5 HG2 GLN 751 HG2 GLN 751 54.414 -11.668 1.697
6 HG3 GLN 751 HG3 GLN 751 53.774 -11.259 3.286
7 HE21 GLN 751 HE21 GLN 751 54.657 -9.468 1.177
8 HE22 GLN 751 HE22 GLN 751 55.942 -8.549 1.835
No H/Q in entry = 8
In of MODEL 47
1 H GLY 752 H GLY 752 56.281 -15.801 2.297
2 HA3 GLY 752 HA2 GLY 752 58.130 -17.302 2.907
3 HA2 GLY 752 HA3 GLY 752 58.428 -16.238 4.272
No H/Q in entry = 3
In of MODEL 47
1 H ARG 753 H ARG 753 55.228 -17.288 3.208
2 HA ARG 753 HA ARG 753 55.106 -18.995 5.590
3 HB2 ARG 753 HB2 ARG 753 52.827 -17.464 4.325
4 HB3 ARG 753 HB3 ARG 753 52.718 -18.480 5.757
5 HG2 ARG 753 HG2 ARG 753 54.206 -15.885 5.468
6 HG3 ARG 753 HG3 ARG 753 52.713 -16.145 6.367
7 HD2 ARG 753 HD2 ARG 753 53.893 -17.692 7.866
8 HD3 ARG 753 HD3 ARG 753 55.386 -17.408 6.975
9 HE ARG 753 HE ARG 753 53.925 -15.351 8.456
10 HH11 ARG 753 HH11 ARG 753 56.997 -16.758 7.338
11 HH12 ARG 753 HH12 ARG 753 57.966 -15.718 8.265
12 HH21 ARG 753 HH21 ARG 753 55.289 -13.893 9.722
13 HH22 ARG 753 HH22 ARG 753 56.974 -14.036 9.624
No H/Q in entry = 13
In of MODEL 47
1 H ASN 754 H ASN 754 54.442 -21.028 5.263
2 HA ASN 754 HA ASN 754 54.084 -21.785 2.474
3 HB2 ASN 754 HB2 ASN 754 54.759 -23.501 4.864
4 HB3 ASN 754 HB3 ASN 754 54.580 -24.084 3.215
5 HD21 ASN 754 HD21 ASN 754 56.523 -22.407 5.430
6 HD22 ASN 754 HD22 ASN 754 57.943 -22.257 4.456
No H/Q in entry = 6
In of MODEL 47
1 H TYR 755 H TYR 755 52.193 -22.057 1.776
2 HA TYR 755 HA TYR 755 50.186 -23.386 3.400
3 HB2 TYR 755 HB2 TYR 755 49.906 -20.811 1.900
4 HB3 TYR 755 HB3 TYR 755 48.513 -21.845 2.133
5 HD1 TYR 755 HD1 TYR 755 51.301 -20.708 4.400
6 HD2 TYR 755 HD2 TYR 755 47.133 -20.868 3.701
7 HE1 TYR 755 HE1 TYR 755 50.922 -19.494 6.482
8 HE2 TYR 755 HE2 TYR 755 46.734 -19.647 5.780
9 HH TYR 755 HH TYR 755 47.909 -19.241 7.937
No H/Q in entry = 9
In of MODEL 47
1 H THR 756 H THR 756 48.968 -24.687 2.298
2 HA THR 756 HA THR 756 49.723 -25.312 -0.473
3 HB THR 756 HB THR 756 48.585 -26.916 1.811
4 HG1 THR 756 HG1 THR 756 50.505 -27.330 2.287
5 HG23 THR 756 HG21 THR 756 47.764 -27.734 -0.283
6 HG22 THR 756 HG22 THR 756 48.910 -28.892 0.410
7 HG21 THR 756 HG23 THR 756 49.401 -27.831 -0.941
No H/Q in entry = 7
In of MODEL 47
1 H LEU 757 H LEU 757 47.872 -25.766 -1.932
2 HA LEU 757 HA LEU 757 45.428 -24.707 -0.817
3 HB2 LEU 757 HB2 LEU 757 46.187 -25.201 -3.662
4 HB3 LEU 757 HB3 LEU 757 44.561 -24.773 -3.166
5 HG LEU 757 HG LEU 757 45.972 -22.824 -1.996
6 HD13 LEU 757 HD11 LEU 757 47.610 -21.965 -3.576
7 HD12 LEU 757 HD12 LEU 757 47.447 -23.439 -4.536
8 HD11 LEU 757 HD13 LEU 757 48.084 -23.521 -2.890
9 HD21 LEU 757 HD21 LEU 757 43.978 -22.649 -3.299
10 HD23 LEU 757 HD22 LEU 757 44.896 -22.833 -4.804
11 HD22 LEU 757 HD23 LEU 757 45.144 -21.416 -3.760
No H/Q in entry = 11
In of MODEL 47
1 H THR 758 H THR 758 43.517 -25.772 -0.942
2 HA THR 758 HA THR 758 43.789 -28.653 -1.345
3 HB THR 758 HB THR 758 42.058 -28.806 0.531
4 HG1 THR 758 HG1 THR 758 41.390 -26.703 0.609
5 HG23 THR 758 HG21 THR 758 43.760 -28.627 2.295
6 HG22 THR 758 HG22 THR 758 44.784 -27.681 1.217
7 HG21 THR 758 HG23 THR 758 44.444 -29.370 0.850
No H/Q in entry = 7
In of MODEL 47
1 H GLY 759 H GLY 759 41.104 -29.273 -0.949
2 HA3 GLY 759 HA2 GLY 759 39.988 -28.463 -3.437
3 HA2 GLY 759 HA3 GLY 759 39.234 -29.476 -2.202
No H/Q in entry = 3
In of MODEL 47
1 H ARG 760 H ARG 760 37.738 -27.620 -3.526
2 HA ARG 760 HA ARG 760 37.674 -25.136 -2.076
3 HB2 ARG 760 HB2 ARG 760 35.978 -24.449 -3.601
4 HB3 ARG 760 HB3 ARG 760 37.034 -25.476 -4.550
5 HG2 ARG 760 HG2 ARG 760 35.045 -26.331 -5.232
6 HG3 ARG 760 HG3 ARG 760 35.249 -27.316 -3.776
7 HD2 ARG 760 HD2 ARG 760 34.071 -25.236 -2.653
8 HD3 ARG 760 HD3 ARG 760 33.437 -25.014 -4.283
9 HE ARG 760 HE ARG 760 33.182 -27.656 -3.201
10 HH11 ARG 760 HH11 ARG 760 31.579 -24.554 -3.778
11 HH12 ARG 760 HH12 ARG 760 30.076 -25.026 -3.159
12 HH21 ARG 760 HH21 ARG 760 31.171 -28.303 -2.242
13 HH22 ARG 760 HH22 ARG 760 29.830 -27.232 -2.211
No H/Q in entry = 13
In of MODEL 47
1 H ASP 761 H ASP 761 36.363 -28.236 -1.693
2 HA ASP 761 HA ASP 761 34.186 -27.412 0.067
3 HB2 ASP 761 HB2 ASP 761 35.144 -30.102 -0.896
4 HB3 ASP 761 HB3 ASP 761 33.937 -29.951 0.372
No H/Q in entry = 4
In of MODEL 47
1 H SER 762 H SER 762 37.352 -27.461 0.498
2 HA SER 762 HA SER 762 37.516 -29.122 2.814
3 HB2 SER 762 HB2 SER 762 39.519 -27.178 1.682
4 HB3 SER 762 HB3 SER 762 39.842 -28.338 2.972
5 HG SER 762 HG SER 762 38.714 -29.687 1.055
No H/Q in entry = 5
In of MODEL 47
1 H CYS 763 H CYS 763 36.716 -25.748 2.385
2 HA CYS 763 HA CYS 763 36.112 -25.708 5.191
3 HB2 CYS 763 HB2 CYS 763 37.306 -23.642 5.722
4 HB3 CYS 763 HB3 CYS 763 38.444 -24.862 5.156
No H/Q in entry = 4
In of MODEL 47
1 H THR 764 H THR 764 35.119 -23.371 5.675
2 HA THR 764 HA THR 764 33.083 -23.040 3.660
3 HB THR 764 HB THR 764 33.382 -21.660 6.342
4 HG1 THR 764 HG1 THR 764 32.145 -24.100 5.593
5 HG22 THR 764 HG21 THR 764 30.938 -21.388 6.161
6 HG21 THR 764 HG22 THR 764 30.961 -22.201 4.596
7 HG23 THR 764 HG23 THR 764 31.755 -20.635 4.790
No H/Q in entry = 7
In of MODEL 47
1 H LEU 765 H LEU 765 33.546 -21.816 2.062
2 HA LEU 765 HA LEU 765 35.447 -19.678 2.344
3 HB2 LEU 765 HB2 LEU 765 35.344 -21.540 0.556
4 HB3 LEU 765 HB3 LEU 765 34.065 -20.565 -0.138
5 HG LEU 765 HG LEU 765 35.634 -18.688 -0.348
6 HD12 LEU 765 HD11 LEU 765 38.043 -19.196 -0.036
7 HD11 LEU 765 HD12 LEU 765 37.561 -20.752 0.665
8 HD13 LEU 765 HD13 LEU 765 37.123 -19.259 1.470
9 HD21 LEU 765 HD21 LEU 765 36.538 -21.275 -1.611
10 HD23 LEU 765 HD22 LEU 765 36.935 -19.648 -2.172
11 HD22 LEU 765 HD23 LEU 765 35.264 -20.212 -2.219
No H/Q in entry = 11
In of MODEL 47
1 HA PRO 766 HA PRO 766 32.175 -16.660 2.507
2 HB2 PRO 766 HB2 PRO 766 33.768 -14.599 1.353
3 HB3 PRO 766 HB3 PRO 766 33.388 -14.834 3.053
4 HG2 PRO 766 HG2 PRO 766 35.857 -15.301 1.680
5 HG3 PRO 766 HG3 PRO 766 35.526 -15.452 3.411
6 HD2 PRO 766 HD2 PRO 766 35.966 -17.507 1.493
7 HD3 PRO 766 HD3 PRO 766 35.577 -17.703 3.206
No H/Q in entry = 7
In of MODEL 47
1 H ALA 767 H ALA 767 34.206 -16.148 -0.410
2 HA ALA 767 HA ALA 767 31.759 -15.694 -1.886
3 HB2 ALA 767 HB1 ALA 767 33.692 -14.207 -2.289
4 HB3 ALA 767 HB2 ALA 767 33.099 -15.018 -3.745
5 HB1 ALA 767 HB3 ALA 767 34.569 -15.590 -2.948
No H/Q in entry = 5
In of MODEL 47
1 H SER 768 H SER 768 30.844 -17.433 -1.735
2 HA SER 768 HA SER 768 31.368 -19.262 -3.902
3 HB2 SER 768 HB2 SER 768 30.945 -20.203 -1.047
4 HB3 SER 768 HB3 SER 768 30.980 -21.218 -2.493
5 HG SER 768 HG SER 768 33.125 -19.608 -2.373
No H/Q in entry = 5
In of MODEL 47
1 H ALA 769 H ALA 769 29.314 -18.414 -1.115
2 HA ALA 769 HA ALA 769 27.004 -18.744 -2.854
3 HB3 ALA 769 HB1 ALA 769 26.826 -19.980 -0.782
4 HB1 ALA 769 HB2 ALA 769 25.714 -18.584 -0.809
5 HB2 ALA 769 HB3 ALA 769 27.194 -18.504 0.133
No H/Q in entry = 5
In of MODEL 47
1 H GLU 770 H GLU 770 25.853 -17.108 -3.368
2 HA GLU 770 HA GLU 770 25.106 -15.151 -3.748
3 HB2 GLU 770 HB2 GLU 770 25.206 -15.121 -0.790
4 HB3 GLU 770 HB3 GLU 770 24.456 -13.820 -1.710
5 HG2 GLU 770 HG2 GLU 770 22.819 -15.472 -1.002
6 HG3 GLU 770 HG3 GLU 770 22.970 -15.431 -2.783
No H/Q in entry = 6
In of MODEL 47
1 H LYS 771 H LYS 771 25.671 -13.506 -4.718
2 HA LYS 771 HA LYS 771 28.215 -12.302 -4.003
3 HB2 LYS 771 HB2 LYS 771 26.723 -11.440 -6.446
4 HB3 LYS 771 HB3 LYS 771 28.440 -11.648 -6.161
5 HG2 LYS 771 HG2 LYS 771 26.469 -13.893 -6.553
6 HG3 LYS 771 HG3 LYS 771 27.576 -13.294 -7.783
7 HD2 LYS 771 HD2 LYS 771 29.371 -14.360 -6.840
8 HD3 LYS 771 HD3 LYS 771 28.761 -14.131 -5.200
9 HE2 LYS 771 HE2 LYS 771 28.713 -16.488 -5.806
10 HE3 LYS 771 HE3 LYS 771 27.101 -15.840 -5.540
11 HZ1 LYS 771 HZ1 LYS 771 28.319 -16.254 -8.243
12 HZ3 LYS 771 HZ2 LYS 771 26.733 -15.754 -7.936
13 HZ2 LYS 771 HZ3 LYS 771 27.226 -17.284 -7.517
No H/Q in entry = 13
In of MODEL 47
1 H ALA 772 H ALA 772 28.127 -10.345 -3.031
2 HA ALA 772 HA ALA 772 25.675 -8.813 -3.222
3 HB2 ALA 772 HB1 ALA 772 26.800 -9.728 -0.580
4 HB3 ALA 772 HB2 ALA 772 25.311 -10.313 -1.326
5 HB1 ALA 772 HB3 ALA 772 25.437 -8.631 -0.807
No H/Q in entry = 5
In of MODEL 47
1 H CYS 773 H CYS 773 25.895 -6.768 -2.057
2 HA CYS 773 HA CYS 773 28.276 -5.462 -2.886
3 HB2 CYS 773 HB2 CYS 773 26.069 -4.388 -2.967
4 HB3 CYS 773 HB3 CYS 773 25.946 -4.494 -1.218
No H/Q in entry = 4
In of MODEL 47
1 H GLY 774 H GLY 774 29.993 -4.896 -1.700
2 HA3 GLY 774 HA2 GLY 774 30.655 -4.100 0.572
3 HA2 GLY 774 HA3 GLY 774 30.007 -5.638 1.137
No H/Q in entry = 3
In of MODEL 47
1 H ALA 775 H ALA 775 30.983 -6.982 -1.336
2 HA ALA 775 HA ALA 775 33.815 -6.562 -1.417
3 HB3 ALA 775 HB1 ALA 775 33.640 -7.935 0.620
4 HB1 ALA 775 HB2 ALA 775 34.476 -8.794 -0.674
5 HB2 ALA 775 HB3 ALA 775 32.797 -9.182 -0.300
No H/Q in entry = 5
In of MODEL 47
1 H CYS 776 H CYS 776 33.679 -6.342 -3.563
2 HA CYS 776 HA CYS 776 34.129 -8.508 -5.236
3 HB2 CYS 776 HB2 CYS 776 32.062 -8.599 -6.626
4 HB3 CYS 776 HB3 CYS 776 31.761 -9.125 -4.979
No H/Q in entry = 4
In of MODEL 47
1 HA PRO 777 HA PRO 777 33.767 -3.833 -6.831
2 HB2 PRO 777 HB2 PRO 777 36.079 -2.638 -6.281
3 HB3 PRO 777 HB3 PRO 777 34.803 -2.773 -5.063
4 HG2 PRO 777 HG2 PRO 777 37.227 -4.503 -5.449
5 HG3 PRO 777 HG3 PRO 777 36.641 -3.736 -3.960
6 HD2 PRO 777 HD2 PRO 777 36.125 -6.319 -4.519
7 HD3 PRO 777 HD3 PRO 777 34.957 -5.270 -3.677
No H/Q in entry = 7
In of MODEL 47
1 H LEU 778 H LEU 778 35.988 -6.263 -7.376
2 HA LEU 778 HA LEU 778 37.183 -4.872 -9.632
3 HB2 LEU 778 HB2 LEU 778 38.816 -6.620 -9.812
4 HB3 LEU 778 HB3 LEU 778 38.730 -5.931 -8.198
5 HG LEU 778 HG LEU 778 37.476 -8.592 -8.875
6 HD12 LEU 778 HD11 LEU 778 40.286 -8.100 -7.858
7 HD11 LEU 778 HD12 LEU 778 39.849 -8.731 -9.445
8 HD13 LEU 778 HD13 LEU 778 39.511 -9.678 -8.011
9 HD22 LEU 778 HD21 LEU 778 36.732 -7.614 -6.759
10 HD21 LEU 778 HD22 LEU 778 38.405 -7.351 -6.277
11 HD23 LEU 778 HD23 LEU 778 37.787 -8.992 -6.451
No H/Q in entry = 11
In of MODEL 47
1 H TRP 779 H TRP 779 34.914 -7.389 -9.048
2 HA TRP 779 HA TRP 779 34.788 -7.818 -11.956
3 HB2 TRP 779 HB2 TRP 779 33.935 -10.118 -11.450
4 HB3 TRP 779 HB3 TRP 779 35.610 -9.852 -11.017
5 HD1 TRP 779 HD1 TRP 779 32.159 -9.827 -9.183
6 HE1 TRP 779 HE1 TRP 779 32.521 -10.841 -6.845
7 HE3 TRP 779 HE3 TRP 779 37.191 -10.642 -9.412
8 HZ2 TRP 779 HZ2 TRP 779 34.661 -11.859 -5.306
9 HZ3 TRP 779 HZ3 TRP 779 38.308 -11.640 -7.474
10 HH2 TRP 779 HH2 TRP 779 37.067 -12.232 -5.468
No H/Q in entry = 10
In of MODEL 47
1 H GLY 780 H GLY 780 33.351 -6.481 -9.446
2 HA3 GLY 780 HA2 GLY 780 30.726 -6.687 -10.694
3 HA2 GLY 780 HA3 GLY 780 30.879 -7.059 -8.978
No H/Q in entry = 3
In of MODEL 47
1 H LYS 781 H LYS 781 29.416 -4.970 -10.276
2 HA LYS 781 HA LYS 781 30.821 -2.672 -9.131
3 HB2 LYS 781 HB2 LYS 781 30.399 -2.677 -11.669
4 HB3 LYS 781 HB3 LYS 781 28.697 -2.587 -11.270
5 HG2 LYS 781 HG2 LYS 781 29.538 -0.376 -11.813
6 HG3 LYS 781 HG3 LYS 781 29.073 -0.452 -10.114
7 HD2 LYS 781 HD2 LYS 781 31.188 0.760 -10.444
8 HD3 LYS 781 HD3 LYS 781 31.418 -0.687 -9.471
9 HE2 LYS 781 HE2 LYS 781 32.293 -1.872 -11.436
10 HE3 LYS 781 HE3 LYS 781 32.024 -0.435 -12.426
11 HZ2 LYS 781 HZ1 LYS 781 34.358 -0.662 -11.673
12 HZ1 LYS 781 HZ2 LYS 781 33.844 -0.552 -10.079
13 HZ3 LYS 781 HZ3 LYS 781 33.636 0.745 -11.119
No H/Q in entry = 13
In of MODEL 47
1 H CYS 782 H CYS 782 29.790 -1.858 -7.414
2 HA CYS 782 HA CYS 782 27.127 -2.893 -6.950
3 HB2 CYS 782 HB2 CYS 782 27.535 -2.300 -4.548
4 HB3 CYS 782 HB3 CYS 782 28.593 -3.548 -5.191
No H/Q in entry = 4
In of MODEL 47
1 H ASP 783 H ASP 783 26.077 -1.440 -8.237
2 HA ASP 783 HA ASP 783 25.316 0.891 -6.808
3 HB2 ASP 783 HB2 ASP 783 27.215 1.825 -8.076
4 HB3 ASP 783 HB3 ASP 783 26.481 1.285 -9.584
No H/Q in entry = 4
In of MODEL 47
1 H ALA 784 H ALA 784 23.674 -0.467 -6.685
2 HA ALA 784 HA ALA 784 21.374 0.058 -8.013
3 HB2 ALA 784 HB1 ALA 784 22.562 -2.585 -8.951
4 HB3 ALA 784 HB2 ALA 784 22.257 -1.184 -9.979
5 HB1 ALA 784 HB3 ALA 784 20.909 -2.046 -9.238
No H/Q in entry = 5
In of MODEL 47
1 H GLU 785 H GLU 785 20.272 -0.130 -6.167
2 HA GLU 785 HA GLU 785 19.144 -1.014 -4.472
3 HB2 GLU 785 HB2 GLU 785 20.252 -3.603 -5.491
4 HB3 GLU 785 HB3 GLU 785 19.332 -3.556 -3.997
5 HG2 GLU 785 HG2 GLU 785 17.931 -4.241 -5.836
6 HG3 GLU 785 HG3 GLU 785 17.405 -2.678 -5.239
No H/Q in entry = 6
In of MODEL 47
1 H SER 786 H SER 786 22.520 -1.782 -4.560
2 HA SER 786 HA SER 786 24.189 -1.660 -3.055
3 HB2 SER 786 HB2 SER 786 22.156 -0.308 -1.261
4 HB3 SER 786 HB3 SER 786 23.880 -0.427 -0.901
5 HG SER 786 HG SER 786 24.287 0.673 -2.836
No H/Q in entry = 5
In of MODEL 47
1 H SER 787 H SER 787 21.627 -3.625 -2.596
2 HA SER 787 HA SER 787 22.739 -5.000 -0.307
3 HB2 SER 787 HB2 SER 787 20.714 -6.507 -0.885
4 HB3 SER 787 HB3 SER 787 20.368 -4.868 -0.318
5 HG SER 787 HG SER 787 19.148 -5.282 -2.175
No H/Q in entry = 5
In of MODEL 47
1 H LYS 788 H LYS 788 21.729 -5.704 -3.543
2 HA LYS 788 HA LYS 788 23.438 -7.985 -3.931
3 HB2 LYS 788 HB2 LYS 788 22.487 -7.981 -6.174
4 HB3 LYS 788 HB3 LYS 788 21.227 -7.882 -4.948
5 HG2 LYS 788 HG2 LYS 788 21.001 -5.504 -5.317
6 HG3 LYS 788 HG3 LYS 788 22.320 -5.530 -6.488
7 HD2 LYS 788 HD2 LYS 788 19.790 -7.096 -6.745
8 HD3 LYS 788 HD3 LYS 788 20.012 -5.493 -7.457
9 HE2 LYS 788 HE2 LYS 788 21.903 -6.390 -8.797
10 HE3 LYS 788 HE3 LYS 788 21.633 -7.979 -8.086
11 HZ3 LYS 788 HZ1 LYS 788 19.442 -8.047 -9.069
12 HZ2 LYS 788 HZ2 LYS 788 20.571 -7.733 -10.284
13 HZ1 LYS 788 HZ3 LYS 788 19.621 -6.494 -9.683
No H/Q in entry = 13
In of MODEL 47
1 H CYS 789 H CYS 789 24.774 -7.968 -5.999
2 HA CYS 789 HA CYS 789 25.852 -5.337 -6.574
3 HB2 CYS 789 HB2 CYS 789 28.034 -6.434 -6.978
4 HB3 CYS 789 HB3 CYS 789 27.522 -6.605 -5.304
No H/Q in entry = 4
In of MODEL 47
1 H VAL 790 H VAL 790 26.518 -5.171 -8.815
2 HA VAL 790 HA VAL 790 25.024 -7.018 -10.503
3 HB VAL 790 HB VAL 790 25.999 -4.195 -10.877
4 HG13 VAL 790 HG11 VAL 790 25.057 -4.207 -13.154
5 HG12 VAL 790 HG12 VAL 790 24.626 -5.900 -12.955
6 HG11 VAL 790 HG13 VAL 790 26.326 -5.431 -13.015
7 HG21 VAL 790 HG21 VAL 790 23.930 -4.402 -9.656
8 HG23 VAL 790 HG22 VAL 790 23.232 -5.366 -10.956
9 HG22 VAL 790 HG23 VAL 790 23.633 -3.673 -11.233
No H/Q in entry = 9
In of MODEL 47
1 H CYS 791 H CYS 791 26.083 -8.087 -12.081
2 HA CYS 791 HA CYS 791 28.952 -8.251 -11.600
3 HB2 CYS 791 HB2 CYS 791 28.833 -10.468 -12.696
4 HB3 CYS 791 HB3 CYS 791 27.813 -10.360 -11.270
No H/Q in entry = 4
In of MODEL 47
1 H ARG 792 H ARG 792 30.344 -7.757 -13.034
2 HA ARG 792 HA ARG 792 29.327 -6.853 -15.579
3 HB2 ARG 792 HB2 ARG 792 31.545 -5.861 -13.839
4 HB3 ARG 792 HB3 ARG 792 31.469 -5.468 -15.550
5 HG2 ARG 792 HG2 ARG 792 29.368 -4.801 -13.481
6 HG3 ARG 792 HG3 ARG 792 30.504 -3.671 -14.225
7 HD2 ARG 792 HD2 ARG 792 28.236 -5.158 -15.583
8 HD3 ARG 792 HD3 ARG 792 28.436 -3.422 -15.370
9 HE ARG 792 HE ARG 792 30.585 -3.870 -16.745
10 HH11 ARG 792 HH11 ARG 792 27.277 -4.955 -17.487
11 HH12 ARG 792 HH12 ARG 792 27.653 -5.392 -19.079
12 HH21 ARG 792 HH21 ARG 792 31.110 -4.558 -18.855
13 HH22 ARG 792 HH22 ARG 792 29.916 -5.169 -19.909
No H/Q in entry = 13
In of MODEL 47
1 H GLU 793 H GLU 793 31.479 -6.679 -17.110
2 HA GLU 793 HA GLU 793 32.025 -9.504 -17.474
3 HB2 GLU 793 HB2 GLU 793 32.332 -7.148 -19.321
4 HB3 GLU 793 HB3 GLU 793 32.659 -8.818 -19.758
5 HG2 GLU 793 HG2 GLU 793 30.290 -9.350 -19.277
6 HG3 GLU 793 HG3 GLU 793 30.009 -7.636 -18.984
No H/Q in entry = 6
In of MODEL 47
1 H ALA 794 H ALA 794 34.229 -9.528 -18.897
2 HA ALA 794 HA ALA 794 36.271 -9.046 -16.951
3 HB2 ALA 794 HB1 ALA 794 36.214 -11.064 -18.322
4 HB3 ALA 794 HB2 ALA 794 37.725 -10.163 -18.521
5 HB1 ALA 794 HB3 ALA 794 36.465 -10.068 -19.760
No H/Q in entry = 5
In of MODEL 47
1 H SER 795 H SER 795 34.876 -7.178 -19.313
2 HA SER 795 HA SER 795 37.024 -5.785 -20.453
3 HB2 SER 795 HB2 SER 795 34.246 -4.784 -19.847
4 HB3 SER 795 HB3 SER 795 35.332 -4.203 -21.118
5 HG SER 795 HG SER 795 35.196 -6.680 -21.635
No H/Q in entry = 5
In of MODEL 47
1 H GLU 796 H GLU 796 35.115 -5.343 -17.540
2 HA GLU 796 HA GLU 796 36.705 -3.031 -16.876
3 HB2 GLU 796 HB2 GLU 796 35.138 -2.980 -14.795
4 HB3 GLU 796 HB3 GLU 796 34.576 -2.412 -16.355
5 HG2 GLU 796 HG2 GLU 796 34.093 -5.235 -15.623
6 HG3 GLU 796 HG3 GLU 796 33.126 -3.975 -14.849
No H/Q in entry = 6
In of MODEL 47
1 H CYS 797 H CYS 797 38.238 -5.033 -16.924
2 HA CYS 797 HA CYS 797 38.693 -6.022 -14.238
3 HB2 CYS 797 HB2 CYS 797 39.114 -7.437 -16.158
4 HB3 CYS 797 HB3 CYS 797 40.280 -6.278 -16.814
No H/Q in entry = 4
In of MODEL 47
1 H GLU 798 H GLU 798 38.537 -3.752 -13.749
2 HA GLU 798 HA GLU 798 40.561 -1.855 -14.389
3 HB2 GLU 798 HB2 GLU 798 39.353 -0.417 -12.729
4 HB3 GLU 798 HB3 GLU 798 38.369 -1.040 -14.043
5 HG2 GLU 798 HG2 GLU 798 37.493 -2.785 -12.538
6 HG3 GLU 798 HG3 GLU 798 38.459 -2.113 -11.226
No H/Q in entry = 6
In of MODEL 47
1 H GLU 799 H GLU 799 40.034 -3.936 -11.650
2 HA GLU 799 HA GLU 799 42.089 -2.648 -10.086
3 HB2 GLU 799 HB2 GLU 799 40.057 -3.659 -9.048
4 HB3 GLU 799 HB3 GLU 799 40.576 -5.236 -9.616
5 HG2 GLU 799 HG2 GLU 799 40.992 -4.827 -7.210
6 HG3 GLU 799 HG3 GLU 799 42.441 -5.226 -8.130
No H/Q in entry = 6
In of MODEL 47
1 H GLU 800 H GLU 800 43.915 -4.215 -9.189
2 HA GLU 800 HA GLU 800 45.515 -4.868 -11.332
3 HB2 GLU 800 HB2 GLU 800 45.724 -5.855 -8.492
4 HB3 GLU 800 HB3 GLU 800 46.931 -6.197 -9.719
5 HG2 GLU 800 HG2 GLU 800 47.121 -3.687 -10.031
6 HG3 GLU 800 HG3 GLU 800 46.170 -3.542 -8.553
No H/Q in entry = 6
In of MODEL 47
1 H GLY 801 H GLY 801 43.965 -7.409 -9.202
2 HA3 GLY 801 HA2 GLY 801 43.074 -9.287 -9.761
3 HA2 GLY 801 HA3 GLY 801 43.079 -8.803 -11.448
No H/Q in entry = 3
In of MODEL 47
1 H PHE 802 H PHE 802 44.161 -11.050 -9.411
2 HA PHE 802 HA PHE 802 46.735 -11.478 -10.517
3 HB2 PHE 802 HB2 PHE 802 44.977 -13.064 -8.703
4 HB3 PHE 802 HB3 PHE 802 46.446 -13.763 -9.371
5 HD1 PHE 802 HD1 PHE 802 47.814 -13.981 -7.586
6 HD2 PHE 802 HD2 PHE 802 45.828 -10.297 -8.189
7 HE1 PHE 802 HE1 PHE 802 49.125 -13.022 -5.833
8 HE2 PHE 802 HE2 PHE 802 47.136 -9.279 -6.428
9 HZ PHE 802 HZ PHE 802 48.818 -10.633 -5.198
No H/Q in entry = 9
In of MODEL 47
1 H SER 803 H SER 803 47.212 -13.737 -11.409
2 HA SER 803 HA SER 803 45.161 -14.407 -13.362
3 HB2 SER 803 HB2 SER 803 48.135 -14.977 -13.528
4 HB3 SER 803 HB3 SER 803 46.914 -15.119 -14.803
5 HG SER 803 HG SER 803 46.660 -12.692 -14.151
No H/Q in entry = 5
In of MODEL 47
1 H ILE 804 H ILE 804 44.159 -16.205 -12.785
2 HA ILE 804 HA ILE 804 45.641 -18.229 -11.254
3 HB ILE 804 HB ILE 804 43.655 -18.920 -10.079
4 HG12 ILE 804 HG12 ILE 804 41.965 -18.398 -11.892
5 HG13 ILE 804 HG13 ILE 804 41.453 -17.964 -10.272
6 HG23 ILE 804 HG21 ILE 804 43.182 -16.976 -8.689
7 HG22 ILE 804 HG22 ILE 804 43.909 -15.938 -9.908
8 HG21 ILE 804 HG23 ILE 804 44.903 -17.125 -9.057
9 HD13 ILE 804 HD11 ILE 804 40.777 -16.276 -11.830
10 HD12 ILE 804 HD12 ILE 804 42.405 -16.099 -12.446
11 HD11 ILE 804 HD13 ILE 804 42.030 -15.601 -10.791
No H/Q in entry = 11
In of MODEL 47
1 H CYS 805 H CYS 805 44.660 -20.439 -11.487
2 HA CYS 805 HA CYS 805 43.947 -20.862 -14.323
3 HB2 CYS 805 HB2 CYS 805 46.060 -21.931 -13.566
4 HB3 CYS 805 HB3 CYS 805 45.173 -22.723 -12.270
No H/Q in entry = 4
In of MODEL 47
1 H VAL 806 H VAL 806 42.062 -21.401 -14.772
2 HA VAL 806 HA VAL 806 40.520 -22.703 -12.692
3 HB VAL 806 HB VAL 806 39.964 -20.324 -12.646
4 HG11 VAL 806 HG11 VAL 806 39.273 -20.620 -15.514
5 HG13 VAL 806 HG12 VAL 806 40.610 -19.708 -14.816
6 HG12 VAL 806 HG13 VAL 806 38.941 -19.205 -14.513
7 HG21 VAL 806 HG21 VAL 806 38.147 -21.900 -12.203
8 HG23 VAL 806 HG22 VAL 806 37.727 -21.884 -13.916
9 HG22 VAL 806 HG23 VAL 806 37.584 -20.407 -12.947
No H/Q in entry = 9
In of MODEL 47
1 H GLU 807 H GLU 807 39.435 -24.418 -13.293
2 HA GLU 807 HA GLU 807 39.556 -25.306 -16.025
3 HB2 GLU 807 HB2 GLU 807 39.951 -26.885 -14.173
4 HB3 GLU 807 HB3 GLU 807 38.344 -26.551 -13.546
5 HG2 GLU 807 HG2 GLU 807 37.448 -27.377 -15.756
6 HG3 GLU 807 HG3 GLU 807 39.087 -27.932 -16.098
No H/Q in entry = 6
In of MODEL 47
1 H VAL 808 H VAL 808 38.131 -24.592 -17.309
2 HA VAL 808 HA VAL 808 35.336 -24.356 -16.470
3 HB VAL 808 HB VAL 808 36.811 -22.473 -18.296
4 HG12 VAL 808 HG11 VAL 808 34.012 -22.303 -17.303
5 HG11 VAL 808 HG12 VAL 808 34.576 -22.709 -18.935
6 HG13 VAL 808 HG13 VAL 808 34.880 -21.093 -18.271
7 HG23 VAL 808 HG21 VAL 808 36.468 -20.737 -16.581
8 HG22 VAL 808 HG22 VAL 808 37.618 -21.992 -16.172
9 HG21 VAL 808 HG23 VAL 808 36.003 -22.020 -15.454
No H/Q in entry = 9
In of MODEL 47
1 H ASN 809 H ASN 809 34.071 -25.447 -17.895
2 HA ASN 809 HA ASN 809 33.368 -26.606 -19.715
3 HB2 ASN 809 HB2 ASN 809 35.452 -24.872 -20.932
4 HB3 ASN 809 HB3 ASN 809 34.913 -26.234 -21.882
5 HD21 ASN 809 HD21 ASN 809 32.768 -24.473 -19.692
6 HD22 ASN 809 HD22 ASN 809 31.834 -23.727 -20.918
No H/Q in entry = 6
In of MODEL 47
1 H GLY 810 H GLY 810 35.701 -27.359 -17.913
2 HA3 GLY 810 HA2 GLY 810 36.718 -29.433 -17.577
3 HA2 GLY 810 HA3 GLY 810 36.278 -29.854 -19.237
No H/Q in entry = 3
In of MODEL 47
1 H LYS 811 H LYS 811 37.666 -26.823 -19.137
2 HA LYS 811 HA LYS 811 40.332 -27.900 -19.765
3 HB2 LYS 811 HB2 LYS 811 38.864 -25.582 -21.005
4 HB3 LYS 811 HB3 LYS 811 40.518 -26.046 -21.368
5 HG2 LYS 811 HG2 LYS 811 39.746 -28.177 -22.227
6 HG3 LYS 811 HG3 LYS 811 38.083 -27.743 -21.832
7 HD2 LYS 811 HD2 LYS 811 38.518 -27.398 -24.174
8 HD3 LYS 811 HD3 LYS 811 38.232 -25.852 -23.370
9 HE2 LYS 811 HE2 LYS 811 40.612 -25.423 -23.295
10 HE3 LYS 811 HE3 LYS 811 40.960 -26.994 -23.995
11 HZ2 LYS 811 HZ1 LYS 811 39.517 -24.749 -25.302
12 HZ1 LYS 811 HZ2 LYS 811 39.713 -26.260 -25.993
13 HZ3 LYS 811 HZ3 LYS 811 41.068 -25.286 -25.676
No H/Q in entry = 13
In of MODEL 47
1 H GLU 812 H GLU 812 42.043 -26.641 -19.048
2 HA GLU 812 HA GLU 812 41.252 -24.762 -16.954
3 HB2 GLU 812 HB2 GLU 812 43.816 -26.284 -17.349
4 HB3 GLU 812 HB3 GLU 812 43.616 -25.021 -16.139
5 HG2 GLU 812 HG2 GLU 812 41.875 -26.265 -15.055
6 HG3 GLU 812 HG3 GLU 812 41.926 -27.500 -16.311
No H/Q in entry = 6
In of MODEL 47
1 H GLN 813 H GLN 813 41.129 -22.796 -17.561
2 HA GLN 813 HA GLN 813 43.244 -21.771 -19.318
3 HB2 GLN 813 HB2 GLN 813 41.119 -21.570 -20.390
4 HB3 GLN 813 HB3 GLN 813 40.375 -20.862 -18.955
5 HG2 GLN 813 HG2 GLN 813 41.755 -18.891 -19.219
6 HG3 GLN 813 HG3 GLN 813 42.560 -19.593 -20.617
7 HE21 GLN 813 HE21 GLN 813 39.139 -19.952 -20.077
8 HE22 GLN 813 HE22 GLN 813 38.618 -18.927 -21.352
No H/Q in entry = 8
In of MODEL 47
1 H THR 814 H THR 814 44.383 -19.986 -18.676
2 HA THR 814 HA THR 814 44.297 -19.233 -15.912
3 HB THR 814 HB THR 814 45.710 -17.805 -18.178
4 HG1 THR 814 HG1 THR 814 47.315 -19.117 -18.047
5 HG22 THR 814 HG21 THR 814 47.324 -17.203 -16.423
6 HG21 THR 814 HG22 THR 814 46.350 -18.070 -15.236
7 HG23 THR 814 HG23 THR 814 45.697 -16.640 -16.036
No H/Q in entry = 7
In of MODEL 47
1 H MET 815 H MET 815 43.121 -17.532 -15.132
2 HA MET 815 HA MET 815 42.152 -15.568 -17.085
3 HB2 MET 815 HB2 MET 815 40.525 -16.564 -14.757
4 HB3 MET 815 HB3 MET 815 40.039 -15.334 -15.918
5 HG2 MET 815 HG2 MET 815 40.317 -17.201 -17.673
6 HG3 MET 815 HG3 MET 815 40.405 -18.217 -16.232
7 HE2 MET 815 HE1 MET 815 37.056 -19.134 -17.699
8 HE1 MET 815 HE2 MET 815 38.711 -19.614 -17.232
9 HE3 MET 815 HE3 MET 815 38.469 -18.555 -18.604
No H/Q in entry = 9
In of MODEL 47
1 H SER 816 H SER 816 41.740 -13.577 -16.234
2 HA SER 816 HA SER 816 43.425 -12.836 -14.054
3 HB2 SER 816 HB2 SER 816 41.430 -11.311 -15.735
4 HB3 SER 816 HB3 SER 816 42.602 -10.579 -14.639
5 HG SER 816 HG SER 816 43.230 -12.225 -16.889
No H/Q in entry = 5
In of MODEL 47
1 H GLU 817 H GLU 817 42.642 -12.102 -12.051
2 HA GLU 817 HA GLU 817 40.582 -13.372 -10.828
3 HB2 GLU 817 HB2 GLU 817 42.118 -11.001 -10.257
4 HB3 GLU 817 HB3 GLU 817 40.716 -11.137 -9.230
5 HG2 GLU 817 HG2 GLU 817 41.512 -13.472 -8.769
6 HG3 GLU 817 HG3 GLU 817 43.015 -13.018 -9.612
No H/Q in entry = 6
In of MODEL 47
1 H CYS 818 H CYS 818 40.327 -10.186 -12.312
2 HA CYS 818 HA CYS 818 37.678 -9.759 -11.470
3 HB2 CYS 818 HB2 CYS 818 39.014 -8.588 -13.909
4 HB3 CYS 818 HB3 CYS 818 37.655 -7.915 -13.007
No H/Q in entry = 4
In of MODEL 47
1 H GLU 819 H GLU 819 38.998 -11.720 -13.989
2 HA GLU 819 HA GLU 819 36.582 -11.753 -15.603
3 HB2 GLU 819 HB2 GLU 819 38.780 -11.857 -16.668
4 HB3 GLU 819 HB3 GLU 819 39.135 -13.344 -15.793
5 HG2 GLU 819 HG2 GLU 819 37.453 -14.490 -17.047
6 HG3 GLU 819 HG3 GLU 819 36.970 -12.989 -17.848
No H/Q in entry = 6
In of MODEL 47
1 H ALA 820 H ALA 820 38.583 -14.182 -13.941
2 HA ALA 820 HA ALA 820 36.842 -16.299 -14.021
3 HB3 ALA 820 HB1 ALA 820 38.840 -15.596 -11.891
4 HB1 ALA 820 HB2 ALA 820 39.125 -16.565 -13.343
5 HB2 ALA 820 HB3 ALA 820 38.079 -17.174 -12.061
No H/Q in entry = 5
In of MODEL 47
1 H GLY 821 H GLY 821 37.153 -13.600 -11.774
2 HA3 GLY 821 HA2 GLY 821 35.255 -14.494 -9.859
3 HA2 GLY 821 HA3 GLY 821 35.965 -12.883 -9.964
No H/Q in entry = 3
In of MODEL 47
1 H ALA 822 H ALA 822 35.096 -12.285 -12.658
2 HA ALA 822 HA ALA 822 32.472 -11.403 -12.160
3 HB3 ALA 822 HB1 ALA 822 32.441 -10.733 -14.524
4 HB1 ALA 822 HB2 ALA 822 33.852 -11.744 -14.841
5 HB2 ALA 822 HB3 ALA 822 34.014 -10.326 -13.830
No H/Q in entry = 5
In of MODEL 47
1 H LEU 823 H LEU 823 33.804 -14.103 -13.817
2 HA LEU 823 HA LEU 823 31.408 -15.200 -14.713
3 HB2 LEU 823 HB2 LEU 823 34.054 -16.490 -14.063
4 HB3 LEU 823 HB3 LEU 823 32.761 -17.287 -14.940
5 HG LEU 823 HG LEU 823 34.136 -14.762 -15.867
6 HD12 LEU 823 HD11 LEU 823 34.564 -17.572 -16.844
7 HD11 LEU 823 HD12 LEU 823 35.700 -16.573 -15.907
8 HD13 LEU 823 HD13 LEU 823 35.252 -16.088 -17.522
9 HD21 LEU 823 HD21 LEU 823 32.141 -16.564 -17.298
10 HD23 LEU 823 HD22 LEU 823 33.055 -15.248 -18.024
11 HD22 LEU 823 HD23 LEU 823 31.900 -14.904 -16.750
No H/Q in entry = 11
In of MODEL 47
1 H ARG 824 H ARG 824 33.240 -15.829 -11.659
2 HA ARG 824 HA ARG 824 31.346 -17.585 -10.523
3 HB2 ARG 824 HB2 ARG 824 33.213 -15.620 -9.206
4 HB3 ARG 824 HB3 ARG 824 32.161 -16.693 -8.300
5 HG2 ARG 824 HG2 ARG 824 33.304 -18.608 -9.260
6 HG3 ARG 824 HG3 ARG 824 34.392 -17.512 -10.145
7 HD2 ARG 824 HD2 ARG 824 35.169 -16.611 -8.045
8 HD3 ARG 824 HD3 ARG 824 33.973 -17.593 -7.195
9 HE ARG 824 HE ARG 824 35.565 -19.232 -8.744
10 HH11 ARG 824 HH11 ARG 824 35.807 -17.280 -5.778
11 HH12 ARG 824 HH12 ARG 824 36.951 -18.282 -5.000
12 HH21 ARG 824 HH21 ARG 824 37.099 -20.643 -7.631
13 HH22 ARG 824 HH22 ARG 824 37.699 -20.256 -6.084
No H/Q in entry = 13
In of MODEL 47
1 H CYS 825 H CYS 825 31.424 -14.119 -10.703
2 HA CYS 825 HA CYS 825 29.365 -13.684 -8.827
3 HB2 CYS 825 HB2 CYS 825 31.123 -12.016 -9.500
4 HB3 CYS 825 HB3 CYS 825 30.275 -11.824 -11.028
No H/Q in entry = 4
In of MODEL 47
1 H ARG 826 H ARG 826 29.381 -13.956 -12.376
2 HA ARG 826 HA ARG 826 26.590 -13.353 -12.587
3 HB2 ARG 826 HB2 ARG 826 26.778 -14.116 -14.928
4 HB3 ARG 826 HB3 ARG 826 27.924 -12.838 -14.504
5 HG2 ARG 826 HG2 ARG 826 29.684 -14.388 -14.461
6 HG3 ARG 826 HG3 ARG 826 28.577 -15.761 -14.587
7 HD2 ARG 826 HD2 ARG 826 28.964 -13.629 -16.689
8 HD3 ARG 826 HD3 ARG 826 29.682 -15.242 -16.734
9 HE ARG 826 HE ARG 826 26.851 -15.337 -16.418
10 HH11 ARG 826 HH11 ARG 826 29.366 -14.936 -18.910
11 HH12 ARG 826 HH12 ARG 826 28.389 -15.542 -20.140
12 HH21 ARG 826 HH21 ARG 826 25.553 -16.145 -18.120
13 HH22 ARG 826 HH22 ARG 826 26.171 -16.253 -19.699
No H/Q in entry = 13
In of MODEL 47
1 H GLY 827 H GLY 827 28.247 -16.227 -11.840
2 HA3 GLY 827 HA2 GLY 827 27.062 -18.146 -11.073
3 HA2 GLY 827 HA3 GLY 827 25.708 -17.681 -12.094
No H/Q in entry = 3
In of MODEL 47
1 H GLN 828 H GLN 828 28.772 -17.415 -13.476
2 HA GLN 828 HA GLN 828 28.370 -19.350 -15.535
3 HB2 GLN 828 HB2 GLN 828 29.818 -17.272 -15.607
4 HB3 GLN 828 HB3 GLN 828 30.935 -18.105 -14.545
5 HG2 GLN 828 HG2 GLN 828 31.929 -18.445 -16.584
6 HG3 GLN 828 HG3 GLN 828 30.930 -19.883 -16.468
7 HE21 GLN 828 HE21 GLN 828 29.174 -20.081 -17.787
8 HE22 GLN 828 HE22 GLN 828 28.922 -19.010 -19.129
No H/Q in entry = 8
In of MODEL 47
1 H SER 829 H SER 829 29.485 -21.415 -15.689
2 HA SER 829 HA SER 829 30.264 -22.516 -13.130
3 HB2 SER 829 HB2 SER 829 29.977 -23.865 -15.819
4 HB3 SER 829 HB3 SER 829 30.091 -24.661 -14.246
5 HG SER 829 HG SER 829 27.999 -23.085 -15.297
No H/Q in entry = 5
In of MODEL 47
1 H ILE 830 H ILE 830 32.258 -22.171 -12.571
2 HA ILE 830 HA ILE 830 34.531 -22.710 -14.374
3 HB ILE 830 HB ILE 830 35.739 -20.743 -13.610
4 HG12 ILE 830 HG12 ILE 830 34.651 -20.532 -11.330
5 HG13 ILE 830 HG13 ILE 830 34.896 -18.983 -12.084
6 HG22 ILE 830 HG21 ILE 830 34.496 -18.905 -14.669
7 HG21 ILE 830 HG22 ILE 830 33.061 -19.940 -14.677
8 HG23 ILE 830 HG23 ILE 830 34.486 -20.403 -15.603
9 HD13 ILE 830 HD11 ILE 830 32.763 -18.999 -11.047
10 HD12 ILE 830 HD12 ILE 830 32.323 -20.513 -11.830
11 HD11 ILE 830 HD13 ILE 830 32.502 -19.042 -12.789
No H/Q in entry = 11
In of MODEL 47
1 H SER 831 H SER 831 36.152 -23.771 -13.248
2 HA SER 831 HA SER 831 35.745 -24.131 -10.373
3 HB2 SER 831 HB2 SER 831 36.697 -26.041 -12.479
4 HB3 SER 831 HB3 SER 831 36.620 -26.375 -10.754
5 HG SER 831 HG SER 831 34.717 -26.550 -12.623
No H/Q in entry = 5
In of MODEL 47
1 H VAL 832 H VAL 832 37.340 -22.711 -9.627
2 HA VAL 832 HA VAL 832 39.874 -22.437 -10.872
3 HB VAL 832 HB VAL 832 38.983 -21.653 -8.078
4 HG12 VAL 832 HG11 VAL 832 41.537 -20.896 -9.533
5 HG11 VAL 832 HG12 VAL 832 41.435 -21.951 -8.123
6 HG13 VAL 832 HG13 VAL 832 41.012 -20.246 -7.981
7 HG22 VAL 832 HG21 VAL 832 38.924 -19.389 -8.988
8 HG21 VAL 832 HG22 VAL 832 37.870 -20.467 -9.910
9 HG23 VAL 832 HG23 VAL 832 39.439 -19.999 -10.559
No H/Q in entry = 9
In of MODEL 47
1 H THR 833 H THR 833 41.439 -23.884 -10.968
2 HA THR 833 HA THR 833 41.410 -26.082 -9.130
3 HB THR 833 HB THR 833 43.281 -26.936 -10.621
4 HG1 THR 833 HG1 THR 833 43.339 -25.843 -12.708
5 HG23 THR 833 HG21 THR 833 40.965 -27.668 -10.937
6 HG22 THR 833 HG22 THR 833 41.766 -27.485 -12.499
7 HG21 THR 833 HG23 THR 833 40.644 -26.251 -11.936
No H/Q in entry = 7
In of MODEL 47
1 H SER 834 H SER 834 43.451 -23.328 -9.947
2 HA SER 834 HA SER 834 44.613 -23.480 -7.345
3 HB2 SER 834 HB2 SER 834 46.054 -25.009 -8.712
4 HB3 SER 834 HB3 SER 834 46.459 -23.633 -9.743
5 HG SER 834 HG SER 834 47.358 -24.336 -7.285
No H/Q in entry = 5
In of MODEL 47
1 H ILE 835 H ILE 835 45.977 -21.633 -6.980
2 HA ILE 835 HA ILE 835 44.792 -19.367 -8.324
3 HB ILE 835 HB ILE 835 45.679 -18.022 -6.394
4 HG12 ILE 835 HG12 ILE 835 46.045 -19.425 -4.276
5 HG13 ILE 835 HG13 ILE 835 46.366 -20.768 -5.363
6 HG21 ILE 835 HG21 ILE 835 43.387 -18.766 -6.572
7 HG23 ILE 835 HG22 ILE 835 43.957 -18.768 -4.894
8 HG22 ILE 835 HG23 ILE 835 43.840 -20.288 -5.792
9 HD11 ILE 835 HD11 ILE 835 47.828 -18.192 -5.248
10 HD13 ILE 835 HD12 ILE 835 48.230 -19.558 -6.299
11 HD12 ILE 835 HD13 ILE 835 48.386 -19.708 -4.532
No H/Q in entry = 11
In of MODEL 47
1 H ARG 836 H ARG 836 47.320 -21.080 -8.870
2 HA ARG 836 HA ARG 836 48.935 -18.801 -9.651
3 HB2 ARG 836 HB2 ARG 836 50.737 -20.501 -10.063
4 HB3 ARG 836 HB3 ARG 836 50.294 -20.213 -8.393
5 HG2 ARG 836 HG2 ARG 836 48.973 -22.282 -8.429
6 HG3 ARG 836 HG3 ARG 836 49.531 -22.566 -10.087
7 HD2 ARG 836 HD2 ARG 836 51.777 -22.472 -9.396
8 HD3 ARG 836 HD3 ARG 836 51.307 -22.087 -7.750
9 HE ARG 836 HE ARG 836 50.049 -24.467 -8.311
10 HH11 ARG 836 HH11 ARG 836 53.470 -23.441 -8.181
11 HH12 ARG 836 HH12 ARG 836 54.039 -24.931 -7.604
12 HH21 ARG 836 HH21 ARG 836 50.852 -26.507 -7.491
13 HH22 ARG 836 HH22 ARG 836 52.516 -26.735 -7.233
No H/Q in entry = 13
In of MODEL 47
1 HA PRO 837 HA PRO 837 47.549 -19.070 -13.715
2 HB2 PRO 837 HB2 PRO 837 49.830 -18.495 -15.137
3 HB3 PRO 837 HB3 PRO 837 48.833 -17.290 -14.314
4 HG2 PRO 837 HG2 PRO 837 51.343 -18.627 -13.380
5 HG3 PRO 837 HG3 PRO 837 50.881 -16.918 -13.262
6 HD2 PRO 837 HD2 PRO 837 50.674 -18.542 -11.162
7 HD3 PRO 837 HD3 PRO 837 49.442 -17.305 -11.481
No H/Q in entry = 7
In of MODEL 47
1 H CYS 838 H CYS 838 47.464 -20.301 -15.559
2 HA CYS 838 HA CYS 838 48.835 -22.862 -15.470
3 HB2 CYS 838 HB2 CYS 838 46.354 -22.748 -15.696
4 HB3 CYS 838 HB3 CYS 838 46.544 -21.792 -17.154
No H/Q in entry = 4
In of MODEL 47
1 H ALA 839 H ALA 839 49.474 -23.602 -17.791
2 HA ALA 839 HA ALA 839 50.962 -21.461 -19.092
3 HB3 ALA 839 HB1 ALA 839 52.048 -23.275 -20.341
4 HB1 ALA 839 HB2 ALA 839 50.954 -24.444 -19.604
5 HB2 ALA 839 HB3 ALA 839 52.117 -23.577 -18.603
No H/Q in entry = 5
In of MODEL 47
1 H ALA 840 H ALA 840 48.118 -21.603 -19.176
2 HA ALA 840 HA ALA 840 47.294 -22.401 -21.857
3 HB3 ALA 840 HB1 ALA 840 45.073 -21.699 -21.100
4 HB1 ALA 840 HB2 ALA 840 45.772 -21.082 -19.603
5 HB2 ALA 840 HB3 ALA 840 45.810 -22.811 -19.947
No H/Q in entry = 5
In of MODEL 47
1 H GLU 841 H GLU 841 49.255 -20.291 -21.404
2 HA GLU 841 HA GLU 841 47.999 -17.763 -21.951
3 HB2 GLU 841 HB2 GLU 841 50.911 -18.483 -22.124
4 HB3 GLU 841 HB3 GLU 841 50.212 -16.893 -21.892
5 HG2 GLU 841 HG2 GLU 841 50.137 -19.137 -19.891
6 HG3 GLU 841 HG3 GLU 841 51.235 -17.758 -19.936
No H/Q in entry = 6
In of MODEL 47
1 H THR 842 H THR 842 47.161 -17.848 -23.797
2 HA THR 842 HA THR 842 48.815 -18.352 -26.163
3 HB THR 842 HB THR 842 47.648 -20.392 -25.567
4 HG1 THR 842 HG1 THR 842 47.976 -19.495 -27.864
5 HG21 THR 842 HG21 THR 842 45.602 -19.534 -24.596
6 HG23 THR 842 HG22 THR 842 45.193 -20.618 -25.925
7 HG22 THR 842 HG23 THR 842 45.100 -18.871 -26.152
No H/Q in entry = 7
In of MODEL 47
1 H GLN 843 H GLN 843 47.398 -16.198 -24.692
2 HA GLN 843 HA GLN 843 46.284 -14.911 -27.074
3 HB2 GLN 843 HB2 GLN 843 44.499 -15.523 -25.390
4 HB3 GLN 843 HB3 GLN 843 45.281 -14.414 -24.266
5 HG2 GLN 843 HG2 GLN 843 43.460 -13.276 -25.281
6 HG3 GLN 843 HG3 GLN 843 44.957 -12.602 -25.916
7 HE21 GLN 843 HE21 GLN 843 43.988 -11.846 -27.761
8 HE22 GLN 843 HE22 GLN 843 43.456 -12.889 -29.035
No H/Q in entry = 8
In of MODEL 48
1 H1 GLY 689 H3 GLY 689 64.656 -16.627 -20.543
2 H2 GLY 689 H2 GLY 689 63.546 -17.916 -20.547
3 H3 GLY 689 H1 GLY 689 63.051 -16.344 -20.154
4 HA2 GLY 689 HA2 GLY 689 64.912 -18.012 -18.590
5 HA3 GLY 689 HA3 GLY 689 63.258 -17.603 -18.151
No H/Q in entry = 5
In of MODEL 48
1 H SER 690 H SER 690 64.433 -16.777 -16.186
2 HA SER 690 HA SER 690 64.780 -13.948 -16.537
3 HB2 SER 690 HB2 SER 690 64.877 -15.633 -14.020
4 HB3 SER 690 HB3 SER 690 64.804 -13.875 -14.093
5 HG SER 690 HG SER 690 62.829 -15.260 -15.470
No H/Q in entry = 5
In of MODEL 48
1 H HIS 691 H HIS 691 66.752 -13.733 -17.592
2 HA HIS 691 HA HIS 691 69.155 -14.880 -16.502
3 HB2 HIS 691 HB2 HIS 691 68.939 -14.215 -18.930
4 HB3 HIS 691 HB3 HIS 691 68.868 -12.530 -18.424
5 HD1 HIS 691 HD1 HIS 691 71.244 -15.393 -18.878
6 HD2 HIS 691 HD2 HIS 691 71.353 -11.421 -17.677
7 HE1 HIS 691 HE1 HIS 691 73.660 -14.753 -18.887
8 HE2 HIS 691 HE2 HIS 691 73.593 -12.276 -18.584
No H/Q in entry = 8
In of MODEL 48
1 H MET 692 H MET 692 70.018 -14.199 -14.651
2 HA MET 692 HA MET 692 69.001 -11.705 -13.560
3 HB2 MET 692 HB2 MET 692 70.345 -14.011 -12.174
4 HB3 MET 692 HB3 MET 692 69.785 -12.553 -11.371
5 HG2 MET 692 HG2 MET 692 68.100 -14.588 -12.820
6 HG3 MET 692 HG3 MET 692 68.166 -14.316 -11.081
7 HE1 MET 692 HE1 MET 692 67.254 -12.096 -9.907
8 HE3 MET 692 HE2 MET 692 66.510 -10.756 -10.777
9 HE2 MET 692 HE3 MET 692 68.231 -11.086 -10.975
No H/Q in entry = 9
In of MODEL 48
1 H ASN 693 H ASN 693 71.785 -12.689 -15.072
2 HA ASN 693 HA ASN 693 73.570 -11.057 -13.515
3 HB2 ASN 693 HB2 ASN 693 73.930 -12.164 -16.320
4 HB3 ASN 693 HB3 ASN 693 75.165 -11.263 -15.458
5 HD21 ASN 693 HD21 ASN 693 76.140 -12.255 -13.619
6 HD22 ASN 693 HD22 ASN 693 76.112 -13.962 -13.450
No H/Q in entry = 6
In of MODEL 48
1 HA PRO 694 HA PRO 694 72.112 -7.046 -14.337
2 HB2 PRO 694 HB2 PRO 694 75.014 -6.585 -14.841
3 HB3 PRO 694 HB3 PRO 694 73.865 -5.600 -13.930
4 HG2 PRO 694 HG2 PRO 694 75.534 -7.271 -12.687
5 HG3 PRO 694 HG3 PRO 694 73.875 -7.027 -12.117
6 HD2 PRO 694 HD2 PRO 694 75.082 -9.375 -13.419
7 HD3 PRO 694 HD3 PRO 694 73.626 -9.258 -12.408
No H/Q in entry = 7
In of MODEL 48
1 H LEU 695 H LEU 695 70.993 -6.842 -16.182
2 HA LEU 695 HA LEU 695 72.442 -6.543 -18.714
3 HB2 LEU 695 HB2 LEU 695 69.447 -6.501 -18.204
4 HB3 LEU 695 HB3 LEU 695 70.200 -6.359 -19.764
5 HG LEU 695 HG LEU 695 69.350 -8.486 -19.728
6 HD11 LEU 695 HD11 LEU 695 71.564 -8.534 -20.566
7 HD13 LEU 695 HD12 LEU 695 71.202 -10.037 -19.717
8 HD12 LEU 695 HD13 LEU 695 72.213 -8.814 -18.948
9 HD23 LEU 695 HD21 LEU 695 70.437 -8.903 -16.948
10 HD22 LEU 695 HD22 LEU 695 69.574 -10.108 -17.908
11 HD21 LEU 695 HD23 LEU 695 68.749 -8.642 -17.385
No H/Q in entry = 11
In of MODEL 48
1 H THR 696 H THR 696 71.937 -4.575 -19.981
2 HA THR 696 HA THR 696 71.751 -2.249 -18.313
3 HB THR 696 HB THR 696 71.834 -1.157 -20.652
4 HG1 THR 696 HG1 THR 696 72.901 -3.070 -22.007
5 HG23 THR 696 HG21 THR 696 74.231 -1.629 -20.888
6 HG22 THR 696 HG22 THR 696 74.065 -3.017 -19.813
7 HG21 THR 696 HG23 THR 696 73.806 -1.386 -19.193
No H/Q in entry = 7
In of MODEL 48
1 H GLN 697 H GLN 697 70.090 -3.326 -21.177
2 HA GLN 697 HA GLN 697 67.642 -2.047 -20.403
3 HB2 GLN 697 HB2 GLN 697 66.792 -2.995 -22.464
4 HB3 GLN 697 HB3 GLN 697 68.125 -1.868 -22.654
5 HG2 GLN 697 HG2 GLN 697 69.639 -3.737 -23.054
6 HG3 GLN 697 HG3 GLN 697 68.300 -4.873 -22.828
7 HE21 GLN 697 HE21 GLN 697 66.396 -3.110 -24.027
8 HE22 GLN 697 HE22 GLN 697 66.695 -3.112 -25.692
No H/Q in entry = 8
In of MODEL 48
1 H ALA 698 H ALA 698 67.026 -3.045 -18.606
2 HA ALA 698 HA ALA 698 66.220 -5.847 -18.891
3 HB3 ALA 698 HB1 ALA 698 67.944 -5.538 -17.168
4 HB2 ALA 698 HB2 ALA 698 66.406 -6.023 -16.456
5 HB1 ALA 698 HB3 ALA 698 66.926 -4.340 -16.369
No H/Q in entry = 5
In of MODEL 48
1 H VAL 699 H VAL 699 64.126 -6.025 -19.096
2 HA VAL 699 HA VAL 699 62.367 -3.881 -18.232
3 HB VAL 699 HB VAL 699 61.698 -6.479 -19.665
4 HG11 VAL 699 HG11 VAL 699 59.778 -5.547 -18.489
5 HG13 VAL 699 HG12 VAL 699 59.573 -5.385 -20.234
6 HG12 VAL 699 HG13 VAL 699 60.041 -3.985 -19.268
7 HG23 VAL 699 HG21 VAL 699 62.072 -3.709 -20.803
8 HG22 VAL 699 HG22 VAL 699 61.527 -5.124 -21.703
9 HG21 VAL 699 HG23 VAL 699 63.157 -5.079 -21.025
No H/Q in entry = 9
In of MODEL 48
1 HA PRO 700 HA PRO 700 61.849 -6.494 -14.603
2 HB2 PRO 700 HB2 PRO 700 60.579 -4.346 -13.238
3 HB3 PRO 700 HB3 PRO 700 62.216 -4.961 -12.986
4 HG2 PRO 700 HG2 PRO 700 61.607 -2.452 -14.031
5 HG3 PRO 700 HG3 PRO 700 63.157 -3.286 -14.228
6 HD2 PRO 700 HD2 PRO 700 60.879 -3.035 -16.141
7 HD3 PRO 700 HD3 PRO 700 62.630 -3.104 -16.447
No H/Q in entry = 7
In of MODEL 48
1 H LYS 701 H LYS 701 60.345 -7.795 -14.470
2 HA LYS 701 HA LYS 701 57.642 -6.973 -15.182
3 HB2 LYS 701 HB2 LYS 701 59.021 -9.598 -15.494
4 HB3 LYS 701 HB3 LYS 701 57.335 -9.310 -15.902
5 HG2 LYS 701 HG2 LYS 701 57.978 -7.650 -17.541
6 HG3 LYS 701 HG3 LYS 701 59.674 -7.865 -17.116
7 HD2 LYS 701 HD2 LYS 701 57.850 -9.952 -18.206
8 HD3 LYS 701 HD3 LYS 701 59.040 -8.984 -19.121
9 HE2 LYS 701 HE2 LYS 701 60.855 -9.946 -17.771
10 HE3 LYS 701 HE3 LYS 701 59.684 -10.881 -16.850
11 HZ2 LYS 701 HZ1 LYS 701 60.285 -11.223 -19.742
12 HZ1 LYS 701 HZ2 LYS 701 59.138 -12.105 -18.881
13 HZ3 LYS 701 HZ3 LYS 701 60.767 -12.226 -18.481
No H/Q in entry = 13
In of MODEL 48
1 H CYS 702 H CYS 702 56.421 -6.948 -13.474
2 HA CYS 702 HA CYS 702 57.157 -8.666 -11.200
3 HB2 CYS 702 HB2 CYS 702 55.287 -6.297 -10.871
4 HB3 CYS 702 HB3 CYS 702 56.245 -7.145 -9.720
No H/Q in entry = 4
In of MODEL 48
1 H GLN 703 H GLN 703 55.750 -10.140 -10.534
2 HA GLN 703 HA GLN 703 53.357 -10.599 -12.077
3 HB2 GLN 703 HB2 GLN 703 54.410 -11.935 -9.576
4 HB3 GLN 703 HB3 GLN 703 53.142 -12.564 -10.612
5 HG2 GLN 703 HG2 GLN 703 56.036 -12.176 -11.372
6 HG3 GLN 703 HG3 GLN 703 55.255 -13.710 -11.004
7 HE21 GLN 703 HE21 GLN 703 53.951 -14.653 -12.545
8 HE22 GLN 703 HE22 GLN 703 53.867 -14.122 -14.178
No H/Q in entry = 8
In of MODEL 48
1 H ARG 704 H ARG 704 51.422 -11.206 -10.614
2 HA ARG 704 HA ARG 704 50.382 -8.704 -9.870
3 HB2 ARG 704 HB2 ARG 704 49.353 -11.468 -9.411
4 HB3 ARG 704 HB3 ARG 704 48.436 -10.019 -9.033
5 HG2 ARG 704 HG2 ARG 704 49.576 -10.497 -11.737
6 HG3 ARG 704 HG3 ARG 704 48.012 -11.168 -11.276
7 HD2 ARG 704 HD2 ARG 704 47.741 -9.088 -12.480
8 HD3 ARG 704 HD3 ARG 704 47.216 -8.889 -10.795
9 HE ARG 704 HE ARG 704 49.906 -8.036 -11.528
10 HH11 ARG 704 HH11 ARG 704 46.526 -7.034 -10.871
11 HH12 ARG 704 HH12 ARG 704 46.921 -5.415 -10.618
12 HH21 ARG 704 HH21 ARG 704 50.430 -5.796 -11.108
13 HH22 ARG 704 HH22 ARG 704 49.183 -4.698 -10.716
No H/Q in entry = 13
In of MODEL 48
1 H TRP 705 H TRP 705 52.094 -10.954 -7.971
2 HA TRP 705 HA TRP 705 51.205 -9.694 -5.491
3 HB2 TRP 705 HB2 TRP 705 52.394 -11.660 -4.404
4 HB3 TRP 705 HB3 TRP 705 50.974 -12.060 -5.356
5 HD1 TRP 705 HD1 TRP 705 54.703 -12.779 -5.095
6 HE1 TRP 705 HE1 TRP 705 55.359 -14.465 -6.881
7 HE3 TRP 705 HE3 TRP 705 50.362 -12.861 -7.849
8 HZ2 TRP 705 HZ2 TRP 705 54.234 -15.711 -9.141
9 HZ3 TRP 705 HZ3 TRP 705 50.250 -14.349 -9.803
10 HH2 TRP 705 HH2 TRP 705 52.148 -15.746 -10.435
No H/Q in entry = 10
In of MODEL 48
1 H GLU 706 H GLU 706 53.331 -8.953 -7.701
2 HA GLU 706 HA GLU 706 55.443 -8.266 -5.805
3 HB2 GLU 706 HB2 GLU 706 55.777 -9.240 -8.635
4 HB3 GLU 706 HB3 GLU 706 57.070 -8.507 -7.683
5 HG2 GLU 706 HG2 GLU 706 56.820 -10.328 -6.047
6 HG3 GLU 706 HG3 GLU 706 55.579 -11.046 -7.072
No H/Q in entry = 6
In of MODEL 48
1 H LYS 707 H LYS 707 56.581 -6.440 -6.161
2 HA LYS 707 HA LYS 707 55.465 -4.522 -8.037
3 HB2 LYS 707 HB2 LYS 707 55.375 -2.765 -6.303
4 HB3 LYS 707 HB3 LYS 707 54.274 -4.081 -5.950
5 HG2 LYS 707 HG2 LYS 707 55.941 -4.960 -4.325
6 HG3 LYS 707 HG3 LYS 707 56.924 -3.521 -4.632
7 HD2 LYS 707 HD2 LYS 707 54.995 -2.118 -3.938
8 HD3 LYS 707 HD3 LYS 707 54.111 -3.587 -3.534
9 HE2 LYS 707 HE2 LYS 707 55.046 -2.695 -1.516
10 HE3 LYS 707 HE3 LYS 707 55.929 -4.161 -1.932
11 HZ2 LYS 707 HZ1 LYS 707 56.834 -1.378 -2.427
12 HZ1 LYS 707 HZ2 LYS 707 57.685 -2.730 -2.894
13 HZ3 LYS 707 HZ3 LYS 707 57.450 -2.423 -1.262
No H/Q in entry = 13
In of MODEL 48
1 H LEU 708 H LEU 708 56.901 -2.655 -8.298
2 HA LEU 708 HA LEU 708 59.643 -3.639 -8.424
3 HB2 LEU 708 HB2 LEU 708 58.602 -2.926 -10.494
4 HB3 LEU 708 HB3 LEU 708 58.258 -1.353 -9.812
5 HG LEU 708 HG LEU 708 60.707 -0.924 -9.672
6 HD11 LEU 708 HD11 LEU 708 60.908 -3.507 -11.193
7 HD13 LEU 708 HD12 LEU 708 61.522 -3.188 -9.569
8 HD12 LEU 708 HD13 LEU 708 62.218 -2.355 -10.957
9 HD21 LEU 708 HD21 LEU 708 59.395 -0.098 -11.554
10 HD23 LEU 708 HD22 LEU 708 59.669 -1.613 -12.416
11 HD22 LEU 708 HD23 LEU 708 61.024 -0.544 -12.062
No H/Q in entry = 11
In of MODEL 48
1 H GLN 709 H GLN 709 61.008 -3.027 -6.891
2 HA GLN 709 HA GLN 709 61.225 -0.206 -6.261
3 HB2 GLN 709 HB2 GLN 709 61.241 -0.444 -3.895
4 HB3 GLN 709 HB3 GLN 709 59.867 -1.416 -4.390
5 HG2 GLN 709 HG2 GLN 709 61.278 -3.436 -4.200
6 HG3 GLN 709 HG3 GLN 709 62.597 -2.414 -3.634
7 HE21 GLN 709 HE21 GLN 709 62.722 -3.416 -1.671
8 HE22 GLN 709 HE22 GLN 709 61.551 -3.248 -0.430
No H/Q in entry = 8
In of MODEL 48
1 H ASN 710 H ASN 710 63.381 0.329 -5.874
2 HA ASN 710 HA ASN 710 65.674 0.158 -5.950
3 HB2 ASN 710 HB2 ASN 710 65.011 -1.397 -3.940
4 HB3 ASN 710 HB3 ASN 710 65.410 -2.712 -5.030
5 HD21 ASN 710 HD21 ASN 710 66.556 -0.175 -3.111
6 HD22 ASN 710 HD22 ASN 710 68.247 -0.530 -3.180
No H/Q in entry = 6
In of MODEL 48
1 H SER 711 H SER 711 64.008 -0.639 -8.232
2 HA SER 711 HA SER 711 64.151 -1.444 -10.315
3 HB2 SER 711 HB2 SER 711 67.085 -1.675 -9.639
4 HB3 SER 711 HB3 SER 711 66.422 -1.768 -11.283
5 HG SER 711 HG SER 711 65.385 0.350 -10.276
No H/Q in entry = 5
In of MODEL 48
1 H ARG 712 H ARG 712 63.822 -3.327 -7.954
2 HA ARG 712 HA ARG 712 64.140 -5.764 -9.524
3 HB2 ARG 712 HB2 ARG 712 64.609 -7.025 -7.475
4 HB3 ARG 712 HB3 ARG 712 65.848 -5.816 -7.773
5 HG2 ARG 712 HG2 ARG 712 64.847 -4.363 -6.110
6 HG3 ARG 712 HG3 ARG 712 63.576 -5.554 -5.831
7 HD2 ARG 712 HD2 ARG 712 65.317 -5.685 -4.116
8 HD3 ARG 712 HD3 ARG 712 65.239 -7.162 -5.075
9 HE ARG 712 HE ARG 712 67.134 -5.288 -6.090
10 HH11 ARG 712 HH11 ARG 712 66.696 -7.866 -3.717
11 HH12 ARG 712 HH12 ARG 712 68.343 -8.223 -3.571
12 HH21 ARG 712 HH21 ARG 712 69.373 -5.715 -5.896
13 HH22 ARG 712 HH22 ARG 712 69.933 -6.980 -4.906
No H/Q in entry = 13
In of MODEL 48
1 H CYS 713 H CYS 713 62.657 -7.468 -8.718
2 HA CYS 713 HA CYS 713 60.059 -6.249 -8.195
3 HB2 CYS 713 HB2 CYS 713 60.736 -9.046 -9.135
4 HB3 CYS 713 HB3 CYS 713 59.148 -8.283 -9.144
No H/Q in entry = 4
In of MODEL 48
1 H VAL 714 H VAL 714 59.407 -6.345 -6.149
2 HA VAL 714 HA VAL 714 60.326 -8.586 -4.474
3 HB VAL 714 HB VAL 714 60.086 -7.138 -2.513
4 HG11 VAL 714 HG11 VAL 714 62.265 -7.217 -3.570
5 HG13 VAL 714 HG12 VAL 714 61.962 -5.615 -2.892
6 HG12 VAL 714 HG13 VAL 714 61.810 -5.884 -4.630
7 HG23 VAL 714 HG21 VAL 714 59.684 -4.721 -2.750
8 HG22 VAL 714 HG22 VAL 714 58.310 -5.676 -3.313
9 HG21 VAL 714 HG23 VAL 714 59.415 -4.950 -4.480
No H/Q in entry = 9
In of MODEL 48
1 H CYS 715 H CYS 715 58.741 -9.147 -2.768
2 HA CYS 715 HA CYS 715 56.107 -9.203 -3.975
3 HB2 CYS 715 HB2 CYS 715 57.111 -10.562 -1.467
4 HB3 CYS 715 HB3 CYS 715 55.613 -10.904 -2.323
No H/Q in entry = 4
In of MODEL 48
1 H LYS 716 H LYS 716 54.291 -8.476 -2.962
2 HA LYS 716 HA LYS 716 54.394 -6.115 -1.357
3 HB2 LYS 716 HB2 LYS 716 52.119 -7.999 -1.971
4 HB3 LYS 716 HB3 LYS 716 51.954 -6.392 -1.288
5 HG2 LYS 716 HG2 LYS 716 52.666 -5.375 -3.326
6 HG3 LYS 716 HG3 LYS 716 53.158 -6.933 -3.995
7 HD2 LYS 716 HD2 LYS 716 50.993 -6.187 -4.910
8 HD3 LYS 716 HD3 LYS 716 50.848 -7.694 -4.012
9 HE2 LYS 716 HE2 LYS 716 50.050 -6.400 -2.049
10 HE3 LYS 716 HE3 LYS 716 50.115 -4.935 -3.030
11 HZ1 LYS 716 HZ1 LYS 716 48.410 -7.309 -3.613
12 HZ3 LYS 716 HZ2 LYS 716 48.437 -5.850 -4.470
13 HZ2 LYS 716 HZ3 LYS 716 47.887 -5.874 -2.925
No H/Q in entry = 13
In of MODEL 48
1 H MET 717 H MET 717 52.839 -6.116 0.733
2 HA MET 717 HA MET 717 53.528 -8.454 2.331
3 HB2 MET 717 HB2 MET 717 52.894 -5.609 3.060
4 HB3 MET 717 HB3 MET 717 52.715 -6.888 4.242
5 HG2 MET 717 HG2 MET 717 54.839 -5.746 4.453
6 HG3 MET 717 HG3 MET 717 55.059 -7.454 4.056
7 HE2 MET 717 HE1 MET 717 55.730 -3.948 1.144
8 HE1 MET 717 HE2 MET 717 55.258 -3.761 2.847
9 HE3 MET 717 HE3 MET 717 54.127 -4.464 1.688
No H/Q in entry = 9
In of MODEL 48
1 HA PRO 718 HA PRO 718 49.576 -10.234 2.067
2 HB2 PRO 718 HB2 PRO 718 49.150 -10.998 4.709
3 HB3 PRO 718 HB3 PRO 718 50.034 -11.908 3.487
4 HG2 PRO 718 HG2 PRO 718 51.084 -10.082 5.608
5 HG3 PRO 718 HG3 PRO 718 51.742 -11.626 5.036
6 HD2 PRO 718 HD2 PRO 718 52.829 -9.317 4.282
7 HD3 PRO 718 HD3 PRO 718 52.663 -10.655 3.126
No H/Q in entry = 7
In of MODEL 48
1 H TYR 719 H TYR 719 49.871 -7.642 4.356
2 HA TYR 719 HA TYR 719 47.009 -7.543 4.788
3 HB2 TYR 719 HB2 TYR 719 47.405 -5.652 6.260
4 HB3 TYR 719 HB3 TYR 719 48.521 -6.946 6.650
5 HD1 TYR 719 HD1 TYR 719 50.964 -6.696 5.847
6 HD2 TYR 719 HD2 TYR 719 48.146 -3.506 5.742
7 HE1 TYR 719 HE1 TYR 719 52.781 -5.101 5.753
8 HE2 TYR 719 HE2 TYR 719 49.980 -1.889 5.634
9 HH TYR 719 HH TYR 719 53.272 -2.876 5.150
No H/Q in entry = 9
In of MODEL 48
1 H GLU 720 H GLU 720 49.040 -6.576 2.430
2 HA GLU 720 HA GLU 720 47.550 -4.211 1.567
3 HB2 GLU 720 HB2 GLU 720 50.104 -5.565 0.756
4 HB3 GLU 720 HB3 GLU 720 49.401 -4.247 -0.177
5 HG2 GLU 720 HG2 GLU 720 50.107 -4.022 2.733
6 HG3 GLU 720 HG3 GLU 720 51.238 -3.632 1.437
No H/Q in entry = 6
In of MODEL 48
1 H CYS 721 H CYS 721 46.508 -6.964 1.567
2 HA CYS 721 HA CYS 721 46.156 -7.406 -1.318
3 HB2 CYS 721 HB2 CYS 721 46.244 -9.465 0.868
4 HB3 CYS 721 HB3 CYS 721 46.118 -9.756 -0.862
No H/Q in entry = 4
In of MODEL 48
1 H GLY 722 H GLY 722 44.046 -6.875 -1.776
2 HA3 GLY 722 HA2 GLY 722 42.047 -7.623 0.242
3 HA2 GLY 722 HA3 GLY 722 41.965 -6.140 -0.690
No H/Q in entry = 3
In of MODEL 48
1 HA PRO 723 HA PRO 723 39.200 -8.122 -3.452
2 HB2 PRO 723 HB2 PRO 723 39.801 -6.764 -5.778
3 HB3 PRO 723 HB3 PRO 723 38.752 -6.153 -4.494
4 HG2 PRO 723 HG2 PRO 723 41.626 -5.574 -5.041
5 HG3 PRO 723 HG3 PRO 723 40.345 -4.474 -4.503
6 HD2 PRO 723 HD2 PRO 723 42.195 -5.444 -2.817
7 HD3 PRO 723 HD3 PRO 723 40.523 -5.150 -2.299
No H/Q in entry = 7
In of MODEL 48
1 H SER 724 H SER 724 39.694 -10.208 -3.765
2 HA SER 724 HA SER 724 40.902 -11.120 -6.161
3 HB2 SER 724 HB2 SER 724 42.222 -11.366 -3.483
4 HB3 SER 724 HB3 SER 724 42.341 -12.686 -4.647
5 HG SER 724 HG SER 724 43.003 -10.922 -6.106
No H/Q in entry = 5
In of MODEL 48
1 H LEU 725 H LEU 725 40.786 -13.527 -6.068
2 HA LEU 725 HA LEU 725 38.155 -14.346 -5.322
3 HB2 LEU 725 HB2 LEU 725 40.564 -15.610 -6.499
4 HB3 LEU 725 HB3 LEU 725 39.268 -16.674 -5.990
5 HG LEU 725 HG LEU 725 38.840 -14.443 -7.981
6 HD11 LEU 725 HD11 LEU 725 40.674 -15.964 -8.779
7 HD13 LEU 725 HD12 LEU 725 39.206 -16.136 -9.738
8 HD12 LEU 725 HD13 LEU 725 39.602 -17.337 -8.512
9 HD23 LEU 725 HD21 LEU 725 37.432 -17.061 -7.484
10 HD22 LEU 725 HD22 LEU 725 37.017 -15.854 -8.706
11 HD21 LEU 725 HD23 LEU 725 36.866 -15.461 -6.994
No H/Q in entry = 11
In of MODEL 48
1 H ASP 726 H ASP 726 37.564 -15.062 -3.359
2 HA ASP 726 HA ASP 726 39.569 -15.592 -1.414
3 HB2 ASP 726 HB2 ASP 726 36.561 -15.818 -1.266
4 HB3 ASP 726 HB3 ASP 726 37.599 -16.340 0.054
No H/Q in entry = 4
In of MODEL 48
1 H VAL 727 H VAL 727 40.444 -17.366 -0.837
2 HA VAL 727 HA VAL 727 39.414 -19.895 -1.863
3 HB VAL 727 HB VAL 727 41.748 -20.610 -2.428
4 HG12 VAL 727 HG11 VAL 727 41.990 -19.367 -4.546
5 HG11 VAL 727 HG12 VAL 727 40.824 -18.181 -3.968
6 HG13 VAL 727 HG13 VAL 727 40.322 -19.849 -4.243
7 HG23 VAL 727 HG21 VAL 727 42.454 -17.694 -2.019
8 HG22 VAL 727 HG22 VAL 727 43.531 -18.922 -2.685
9 HG21 VAL 727 HG23 VAL 727 42.985 -19.041 -1.012
No H/Q in entry = 9
In of MODEL 48
1 H CYS 728 H CYS 728 40.348 -21.727 -0.572
2 HA CYS 728 HA CYS 728 41.085 -20.606 2.000
3 HB2 CYS 728 HB2 CYS 728 38.899 -21.795 1.963
4 HB3 CYS 728 HB3 CYS 728 39.776 -23.302 1.685
No H/Q in entry = 4
In of MODEL 48
1 H ALA 729 H ALA 729 42.609 -21.622 3.260
2 HA ALA 729 HA ALA 729 44.315 -23.427 1.785
3 HB3 ALA 729 HB1 ALA 729 45.094 -21.150 1.374
4 HB2 ALA 729 HB2 ALA 729 46.239 -22.104 2.316
5 HB1 ALA 729 HB3 ALA 729 45.220 -20.910 3.118
No H/Q in entry = 5
In of MODEL 48
1 H GLN 730 H GLN 730 45.675 -24.508 3.049
2 HA GLN 730 HA GLN 730 44.868 -24.765 5.830
3 HB2 GLN 730 HB2 GLN 730 44.872 -26.829 4.466
4 HB3 GLN 730 HB3 GLN 730 46.572 -26.567 4.130
5 HG2 GLN 730 HG2 GLN 730 47.150 -26.789 6.414
6 HG3 GLN 730 HG3 GLN 730 45.481 -26.940 6.910
7 HE21 GLN 730 HE21 GLN 730 45.665 -28.985 7.737
8 HE22 GLN 730 HE22 GLN 730 46.013 -30.372 6.791
No H/Q in entry = 8
In of MODEL 48
1 H ASP 731 H ASP 731 46.080 -23.877 7.233
2 HA ASP 731 HA ASP 731 48.594 -22.653 6.698
3 HB2 ASP 731 HB2 ASP 731 47.042 -21.834 8.427
4 HB3 ASP 731 HB3 ASP 731 47.245 -23.316 9.339
No H/Q in entry = 4
In of MODEL 48
1 H GLU 732 H GLU 732 50.546 -23.640 6.616
2 HA GLU 732 HA GLU 732 50.588 -26.420 7.171
3 HB2 GLU 732 HB2 GLU 732 52.746 -24.600 6.169
4 HB3 GLU 732 HB3 GLU 732 52.993 -26.331 6.418
5 HG2 GLU 732 HG2 GLU 732 50.969 -26.654 4.885
6 HG3 GLU 732 HG3 GLU 732 51.161 -24.939 4.516
No H/Q in entry = 6
In of MODEL 48
1 H ARG 733 H ARG 733 51.048 -23.896 9.271
2 HA ARG 733 HA ARG 733 52.962 -25.392 10.875
3 HB2 ARG 733 HB2 ARG 733 53.191 -22.895 10.670
4 HB3 ARG 733 HB3 ARG 733 51.629 -22.726 11.460
5 HG2 ARG 733 HG2 ARG 733 53.247 -22.357 13.137
6 HG3 ARG 733 HG3 ARG 733 52.626 -23.986 13.417
7 HD2 ARG 733 HD2 ARG 733 54.990 -24.117 13.644
8 HD3 ARG 733 HD3 ARG 733 54.610 -24.827 12.073
9 HE ARG 733 HE ARG 733 55.295 -22.005 12.157
10 HH11 ARG 733 HH11 ARG 733 56.431 -25.288 11.334
11 HH12 ARG 733 HH12 ARG 733 57.775 -24.704 10.471
12 HH21 ARG 733 HH21 ARG 733 57.181 -21.276 11.008
13 HH22 ARG 733 HH22 ARG 733 58.214 -22.433 10.283
No H/Q in entry = 13
In of MODEL 48
1 H SER 734 H SER 734 49.751 -23.956 11.126
2 HA SER 734 HA SER 734 49.165 -25.363 13.594
3 HB2 SER 734 HB2 SER 734 47.408 -23.557 11.944
4 HB3 SER 734 HB3 SER 734 47.173 -24.014 13.634
5 HG SER 734 HG SER 734 49.270 -22.466 12.524
No H/Q in entry = 5
In of MODEL 48
1 H LYS 735 H LYS 735 48.670 -25.917 10.195
2 HA LYS 735 HA LYS 735 47.678 -27.401 9.007
3 HB2 LYS 735 HB2 LYS 735 47.448 -28.858 11.609
4 HB3 LYS 735 HB3 LYS 735 46.790 -29.528 10.124
5 HG2 LYS 735 HG2 LYS 735 49.663 -28.826 10.671
6 HG3 LYS 735 HG3 LYS 735 48.974 -30.445 10.494
7 HD2 LYS 735 HD2 LYS 735 48.196 -29.583 8.167
8 HD3 LYS 735 HD3 LYS 735 49.366 -28.319 8.433
9 HE2 LYS 735 HE2 LYS 735 51.178 -29.844 8.620
10 HE3 LYS 735 HE3 LYS 735 50.088 -31.230 8.578
11 HZ3 LYS 735 HZ1 LYS 735 51.133 -30.880 6.452
12 HZ2 LYS 735 HZ2 LYS 735 50.553 -29.323 6.328
13 HZ1 LYS 735 HZ3 LYS 735 49.489 -30.627 6.299
No H/Q in entry = 13
In of MODEL 48
1 H ARG 736 H ARG 736 46.081 -25.297 10.430
2 HA ARG 736 HA ARG 736 43.423 -26.466 10.290
3 HB2 ARG 736 HB2 ARG 736 42.573 -24.342 11.068
4 HB3 ARG 736 HB3 ARG 736 43.852 -24.935 12.115
5 HG2 ARG 736 HG2 ARG 736 45.381 -23.361 11.311
6 HG3 ARG 736 HG3 ARG 736 44.350 -22.947 9.941
7 HD2 ARG 736 HD2 ARG 736 44.311 -21.276 11.645
8 HD3 ARG 736 HD3 ARG 736 42.714 -21.985 11.425
9 HE ARG 736 HE ARG 736 43.969 -23.362 13.498
10 HH11 ARG 736 HH11 ARG 736 42.615 -20.126 12.929
11 HH12 ARG 736 HH12 ARG 736 42.366 -19.826 14.595
12 HH21 ARG 736 HH21 ARG 736 43.563 -22.919 15.752
13 HH22 ARG 736 HH22 ARG 736 42.900 -21.413 16.183
No H/Q in entry = 13
In of MODEL 48
1 H ILE 737 H ILE 737 41.795 -25.681 8.990
2 HA ILE 737 HA ILE 737 42.654 -24.735 6.394
3 HB ILE 737 HB ILE 737 39.900 -25.516 7.411
4 HG12 ILE 737 HG12 ILE 737 41.554 -27.392 7.601
5 HG13 ILE 737 HG13 ILE 737 40.227 -27.720 6.494
6 HG23 ILE 737 HG21 ILE 737 39.351 -25.761 5.074
7 HG22 ILE 737 HG22 ILE 737 41.022 -25.368 4.636
8 HG21 ILE 737 HG23 ILE 737 40.009 -24.146 5.377
9 HD13 ILE 737 HD11 ILE 737 42.312 -28.504 5.565
10 HD12 ILE 737 HD12 ILE 737 43.012 -26.885 5.748
11 HD11 ILE 737 HD13 ILE 737 41.660 -27.145 4.635
No H/Q in entry = 11
In of MODEL 48
1 H LEU 738 H LEU 738 42.851 -22.490 6.362
2 HA LEU 738 HA LEU 738 40.776 -21.034 7.801
3 HB2 LEU 738 HB2 LEU 738 42.310 -19.317 8.425
4 HB3 LEU 738 HB3 LEU 738 42.848 -20.853 9.088
5 HG LEU 738 HG LEU 738 44.422 -20.742 6.895
6 HD12 LEU 738 HD11 LEU 738 43.981 -17.872 7.552
7 HD11 LEU 738 HD12 LEU 738 43.400 -18.713 6.116
8 HD13 LEU 738 HD13 LEU 738 45.143 -18.558 6.406
9 HD22 LEU 738 HD21 LEU 738 45.261 -20.930 9.164
10 HD21 LEU 738 HD22 LEU 738 44.909 -19.213 9.423
11 HD23 LEU 738 HD23 LEU 738 46.130 -19.693 8.233
No H/Q in entry = 11
In of MODEL 48
1 HA PRO 739 HA PRO 739 39.806 -18.980 4.107
2 HB2 PRO 739 HB2 PRO 739 38.789 -16.658 5.089
3 HB3 PRO 739 HB3 PRO 739 37.953 -18.223 5.188
4 HG2 PRO 739 HG2 PRO 739 39.543 -16.788 7.259
5 HG3 PRO 739 HG3 PRO 739 37.993 -17.633 7.425
6 HD2 PRO 739 HD2 PRO 739 40.348 -18.746 8.150
7 HD3 PRO 739 HD3 PRO 739 38.990 -19.702 7.515
No H/Q in entry = 7
In of MODEL 48
1 H LEU 740 H LEU 740 41.174 -18.134 2.689
2 HA LEU 740 HA LEU 740 42.600 -15.662 3.312
3 HB2 LEU 740 HB2 LEU 740 43.741 -18.119 1.971
4 HB3 LEU 740 HB3 LEU 740 44.474 -16.537 1.831
5 HG LEU 740 HG LEU 740 44.149 -18.094 4.411
6 HD12 LEU 740 HD11 LEU 740 46.640 -17.447 2.865
7 HD11 LEU 740 HD12 LEU 740 45.815 -19.002 2.848
8 HD13 LEU 740 HD13 LEU 740 46.493 -18.389 4.363
9 HD21 LEU 740 HD21 LEU 740 45.476 -15.443 3.841
10 HD23 LEU 740 HD22 LEU 740 45.586 -16.337 5.354
11 HD22 LEU 740 HD23 LEU 740 44.032 -15.705 4.824
No H/Q in entry = 11
In of MODEL 48
1 H THR 741 H THR 741 43.615 -15.054 0.969
2 HA THR 741 HA THR 741 41.484 -15.320 -0.994
3 HB THR 741 HB THR 741 42.736 -12.635 -0.295
4 HG1 THR 741 HG1 THR 741 40.161 -13.512 0.561
5 HG21 THR 741 HG21 THR 741 41.583 -12.952 -2.469
6 HG23 THR 741 HG22 THR 741 40.824 -11.737 -1.444
7 HG22 THR 741 HG23 THR 741 40.108 -13.346 -1.590
No H/Q in entry = 7
In of MODEL 48
1 H VAL 742 H VAL 742 42.368 -15.046 -3.164
2 HA VAL 742 HA VAL 742 44.751 -16.203 -3.721
3 HB VAL 742 HB VAL 742 43.344 -14.124 -5.402
4 HG13 VAL 742 HG11 VAL 742 44.510 -14.968 -7.307
5 HG12 VAL 742 HG12 VAL 742 45.479 -16.038 -6.285
6 HG11 VAL 742 HG13 VAL 742 45.636 -14.277 -6.142
7 HG22 VAL 742 HG21 VAL 742 42.029 -16.021 -4.942
8 HG21 VAL 742 HG22 VAL 742 43.357 -17.099 -5.442
9 HG23 VAL 742 HG23 VAL 742 42.568 -16.034 -6.627
No H/Q in entry = 9
In of MODEL 48
1 H CYS 743 H CYS 743 44.418 -12.625 -3.889
2 HA CYS 743 HA CYS 743 47.075 -12.086 -4.314
3 HB2 CYS 743 HB2 CYS 743 45.274 -10.402 -4.499
4 HB3 CYS 743 HB3 CYS 743 45.114 -10.378 -2.751
No H/Q in entry = 4
In of MODEL 48
1 H LYS 744 H LYS 744 45.418 -12.522 -1.241
2 HA LYS 744 HA LYS 744 47.549 -11.671 0.424
3 HB2 LYS 744 HB2 LYS 744 45.071 -11.860 0.894
4 HB3 LYS 744 HB3 LYS 744 45.343 -13.554 1.128
5 HG2 LYS 744 HG2 LYS 744 46.829 -13.203 2.987
6 HG3 LYS 744 HG3 LYS 744 46.767 -11.454 2.759
7 HD2 LYS 744 HD2 LYS 744 44.357 -13.150 3.358
8 HD3 LYS 744 HD3 LYS 744 45.304 -12.339 4.610
9 HE2 LYS 744 HE2 LYS 744 43.940 -10.919 2.301
10 HE3 LYS 744 HE3 LYS 744 43.226 -11.114 3.893
11 HZ1 LYS 744 HZ1 LYS 744 45.818 -9.675 3.417
12 HZ3 LYS 744 HZ2 LYS 744 44.935 -9.786 4.853
13 HZ2 LYS 744 HZ3 LYS 744 44.298 -8.952 3.559
No H/Q in entry = 13
In of MODEL 48
1 H MET 745 H MET 745 46.274 -14.849 -0.410
2 HA MET 745 HA MET 745 48.137 -16.482 0.916
3 HB2 MET 745 HB2 MET 745 46.557 -17.831 0.237
4 HB3 MET 745 HB3 MET 745 46.003 -16.768 -1.044
5 HG2 MET 745 HG2 MET 745 46.612 -18.770 -2.132
6 HG3 MET 745 HG3 MET 745 47.948 -17.680 -2.404
7 HE1 MET 745 HE1 MET 745 46.634 -20.755 -0.613
8 HE3 MET 745 HE2 MET 745 47.105 -19.871 0.847
9 HE2 MET 745 HE3 MET 745 47.979 -21.326 0.360
No H/Q in entry = 9
In of MODEL 48
1 H HIS 746 H HIS 746 48.166 -15.187 -2.408
2 HA HIS 746 HA HIS 746 50.554 -16.478 -3.204
3 HB2 HIS 746 HB2 HIS 746 49.002 -14.220 -4.203
4 HB3 HIS 746 HB3 HIS 746 50.703 -14.220 -4.688
5 HD1 HIS 746 HD1 HIS 746 51.444 -16.484 -6.008
6 HD2 HIS 746 HD2 HIS 746 47.379 -15.746 -5.636
7 HE1 HIS 746 HE1 HIS 746 50.369 -17.806 -7.797
8 HE2 HIS 746 HE2 HIS 746 47.932 -17.205 -7.697
No H/Q in entry = 8
In of MODEL 48
1 H VAL 747 H VAL 747 50.064 -13.201 -2.046
2 HA VAL 747 HA VAL 747 52.711 -12.392 -2.075
3 HB VAL 747 HB VAL 747 50.285 -11.519 -0.528
4 HG12 VAL 747 HG11 VAL 747 51.568 -9.603 0.270
5 HG11 VAL 747 HG12 VAL 747 53.035 -10.293 -0.428
6 HG13 VAL 747 HG13 VAL 747 52.226 -11.106 0.898
7 HG23 VAL 747 HG21 VAL 747 51.958 -10.228 -2.661
8 HG22 VAL 747 HG22 VAL 747 50.492 -9.551 -1.933
9 HG21 VAL 747 HG23 VAL 747 50.404 -11.023 -2.902
No H/Q in entry = 9
In of MODEL 48
1 H LEU 748 H LEU 748 50.804 -13.660 0.594
2 HA LEU 748 HA LEU 748 52.850 -13.691 2.468
3 HB2 LEU 748 HB2 LEU 748 50.891 -13.749 3.546
4 HB3 LEU 748 HB3 LEU 748 50.063 -14.503 2.216
5 HG LEU 748 HG LEU 748 51.657 -16.051 4.257
6 HD11 LEU 748 HD11 LEU 748 49.874 -14.738 5.355
7 HD13 LEU 748 HD12 LEU 748 49.492 -16.461 5.339
8 HD12 LEU 748 HD13 LEU 748 48.709 -15.377 4.190
9 HD23 LEU 748 HD21 LEU 748 49.434 -16.819 2.352
10 HD22 LEU 748 HD22 LEU 748 50.239 -17.887 3.491
11 HD21 LEU 748 HD23 LEU 748 51.142 -17.207 2.136
No H/Q in entry = 11
In of MODEL 48
1 H HIS 749 H HIS 749 51.911 -16.040 0.083
2 HA HIS 749 HA HIS 749 53.421 -18.263 0.990
3 HB2 HIS 749 HB2 HIS 749 51.637 -17.766 -1.049
4 HB3 HIS 749 HB3 HIS 749 53.149 -17.927 -1.921
5 HD1 HIS 749 HD1 HIS 749 53.622 -20.269 -2.629
6 HD2 HIS 749 HD2 HIS 749 51.181 -20.089 0.704
7 HE1 HIS 749 HE1 HIS 749 52.944 -22.626 -2.189
8 HE2 HIS 749 HE2 HIS 749 51.472 -22.527 -0.168
No H/Q in entry = 8
In of MODEL 48
1 H CYS 750 H CYS 750 54.075 -15.536 -1.138
2 HA CYS 750 HA CYS 750 56.654 -16.506 -1.877
3 HB2 CYS 750 HB2 CYS 750 55.238 -13.935 -2.494
4 HB3 CYS 750 HB3 CYS 750 56.808 -14.394 -3.157
No H/Q in entry = 4
In of MODEL 48
1 H GLN 751 H GLN 751 55.409 -14.255 0.499
2 HA GLN 751 HA GLN 751 57.933 -13.200 1.194
3 HB2 GLN 751 HB2 GLN 751 55.336 -13.357 2.683
4 HB3 GLN 751 HB3 GLN 751 56.764 -12.536 3.308
5 HG2 GLN 751 HG2 GLN 751 55.593 -11.935 0.651
6 HG3 GLN 751 HG3 GLN 751 55.021 -11.134 2.105
7 HE21 GLN 751 HE21 GLN 751 55.704 -9.219 1.320
8 HE22 GLN 751 HE22 GLN 751 57.299 -8.605 1.294
No H/Q in entry = 8
In of MODEL 48
1 H GLY 752 H GLY 752 56.538 -16.240 1.776
2 HA3 GLY 752 HA2 GLY 752 58.167 -17.921 2.503
3 HA2 GLY 752 HA3 GLY 752 58.739 -16.746 3.670
No H/Q in entry = 3
In of MODEL 48
1 H ARG 753 H ARG 753 55.304 -17.272 3.158
2 HA ARG 753 HA ARG 753 55.256 -18.779 5.692
3 HB2 ARG 753 HB2 ARG 753 52.920 -17.416 4.380
4 HB3 ARG 753 HB3 ARG 753 53.007 -17.992 6.034
5 HG2 ARG 753 HG2 ARG 753 54.442 -15.590 4.892
6 HG3 ARG 753 HG3 ARG 753 53.092 -15.567 6.021
7 HD2 ARG 753 HD2 ARG 753 54.448 -16.540 7.747
8 HD3 ARG 753 HD3 ARG 753 55.772 -16.815 6.615
9 HE ARG 753 HE ARG 753 54.806 -14.138 7.364
10 HH11 ARG 753 HH11 ARG 753 57.486 -16.390 6.728
11 HH12 ARG 753 HH12 ARG 753 58.714 -15.239 6.940
12 HH21 ARG 753 HH21 ARG 753 56.530 -12.522 7.659
13 HH22 ARG 753 HH22 ARG 753 58.152 -12.998 7.491
No H/Q in entry = 13
In of MODEL 48
1 H ASN 754 H ASN 754 54.307 -20.819 5.598
2 HA ASN 754 HA ASN 754 53.856 -21.672 2.853
3 HB2 ASN 754 HB2 ASN 754 54.539 -23.419 5.222
4 HB3 ASN 754 HB3 ASN 754 54.249 -23.977 3.590
5 HD21 ASN 754 HD21 ASN 754 56.473 -22.462 5.672
6 HD22 ASN 754 HD22 ASN 754 57.806 -22.378 4.575
No H/Q in entry = 6
In of MODEL 48
1 H TYR 755 H TYR 755 52.122 -22.423 2.138
2 HA TYR 755 HA TYR 755 49.969 -23.274 3.877
3 HB2 TYR 755 HB2 TYR 755 49.843 -20.897 2.073
4 HB3 TYR 755 HB3 TYR 755 48.399 -21.848 2.344
5 HD1 TYR 755 HD1 TYR 755 50.930 -19.725 3.930
6 HD2 TYR 755 HD2 TYR 755 47.214 -21.683 4.374
7 HE1 TYR 755 HE1 TYR 755 50.520 -18.445 5.957
8 HE2 TYR 755 HE2 TYR 755 46.774 -20.430 6.416
9 HH TYR 755 HH TYR 755 48.186 -19.354 8.156
No H/Q in entry = 9
In of MODEL 48
1 H THR 756 H THR 756 48.620 -24.642 2.945
2 HA THR 756 HA THR 756 49.235 -25.568 0.228
3 HB THR 756 HB THR 756 47.982 -26.900 2.629
4 HG1 THR 756 HG1 THR 756 50.501 -26.518 2.016
5 HG21 THR 756 HG21 THR 756 48.663 -28.065 -0.071
6 HG23 THR 756 HG22 THR 756 47.045 -27.772 0.575
7 HG22 THR 756 HG23 THR 756 48.085 -28.987 1.327
No H/Q in entry = 7
In of MODEL 48
1 H LEU 757 H LEU 757 47.300 -25.721 -1.173
2 HA LEU 757 HA LEU 757 45.069 -24.345 0.048
3 HB2 LEU 757 HB2 LEU 757 45.606 -24.916 -2.840
4 HB3 LEU 757 HB3 LEU 757 44.095 -24.242 -2.256
5 HG LEU 757 HG LEU 757 45.828 -22.575 -1.114
6 HD12 LEU 757 HD11 LEU 757 47.530 -21.918 -2.731
7 HD11 LEU 757 HD12 LEU 757 47.142 -23.344 -3.695
8 HD13 LEU 757 HD13 LEU 757 47.789 -23.530 -2.066
9 HD22 LEU 757 HD21 LEU 757 45.210 -20.996 -2.839
10 HD21 LEU 757 HD22 LEU 757 43.865 -22.021 -2.336
11 HD23 LEU 757 HD23 LEU 757 44.678 -22.333 -3.877
No H/Q in entry = 11
In of MODEL 48
1 H THR 758 H THR 758 43.007 -25.026 0.046
2 HA THR 758 HA THR 758 42.724 -27.897 -0.366
3 HB THR 758 HB THR 758 41.152 -27.827 1.648
4 HG1 THR 758 HG1 THR 758 42.134 -25.939 3.063
5 HG23 THR 758 HG21 THR 758 43.020 -28.027 3.259
6 HG22 THR 758 HG22 THR 758 44.094 -27.246 2.105
7 HG21 THR 758 HG23 THR 758 43.411 -28.829 1.737
No H/Q in entry = 7
In of MODEL 48
1 H GLY 759 H GLY 759 40.442 -25.492 0.648
2 HA3 GLY 759 HA2 GLY 759 39.254 -24.767 -1.690
3 HA2 GLY 759 HA3 GLY 759 38.600 -26.367 -1.385
No H/Q in entry = 3
In of MODEL 48
1 H ARG 760 H ARG 760 36.800 -24.505 -1.538
2 HA ARG 760 HA ARG 760 36.376 -22.987 0.865
3 HB2 ARG 760 HB2 ARG 760 34.530 -22.018 -0.160
4 HB3 ARG 760 HB3 ARG 760 35.542 -22.434 -1.528
5 HG2 ARG 760 HG2 ARG 760 33.207 -24.070 -0.554
6 HG3 ARG 760 HG3 ARG 760 33.111 -22.903 -1.875
7 HD2 ARG 760 HD2 ARG 760 34.680 -24.270 -3.159
8 HD3 ARG 760 HD3 ARG 760 34.821 -25.397 -1.801
9 HE ARG 760 HE ARG 760 32.170 -24.923 -2.863
10 HH11 ARG 760 HH11 ARG 760 34.938 -27.150 -2.737
11 HH12 ARG 760 HH12 ARG 760 34.066 -28.453 -3.391
12 HH21 ARG 760 HH21 ARG 760 31.030 -26.719 -3.775
13 HH22 ARG 760 HH22 ARG 760 31.812 -28.207 -4.015
No H/Q in entry = 13
In of MODEL 48
1 H ASP 761 H ASP 761 35.743 -26.186 0.065
2 HA ASP 761 HA ASP 761 33.304 -26.502 1.489
3 HB2 ASP 761 HB2 ASP 761 33.816 -28.048 -0.290
4 HB3 ASP 761 HB3 ASP 761 35.302 -28.539 0.517
No H/Q in entry = 4
In of MODEL 48
1 H SER 762 H SER 762 36.641 -26.699 2.245
2 HA SER 762 HA SER 762 36.303 -28.180 4.691
3 HB2 SER 762 HB2 SER 762 38.711 -26.823 3.500
4 HB3 SER 762 HB3 SER 762 38.739 -28.000 4.815
5 HG SER 762 HG SER 762 37.960 -29.529 3.415
No H/Q in entry = 5
In of MODEL 48
1 H CYS 763 H CYS 763 36.138 -24.895 3.817
2 HA CYS 763 HA CYS 763 36.645 -24.028 6.608
3 HB2 CYS 763 HB2 CYS 763 37.273 -21.913 5.641
4 HB3 CYS 763 HB3 CYS 763 38.267 -23.225 5.000
No H/Q in entry = 4
In of MODEL 48
1 H THR 764 H THR 764 35.641 -21.804 6.929
2 HA THR 764 HA THR 764 33.082 -21.576 5.561
3 HB THR 764 HB THR 764 33.930 -20.273 8.176
4 HG1 THR 764 HG1 THR 764 33.373 -22.749 7.753
5 HG22 THR 764 HG21 THR 764 31.520 -19.785 8.390
6 HG21 THR 764 HG22 THR 764 31.232 -20.573 6.838
7 HG23 THR 764 HG23 THR 764 32.181 -19.086 6.910
No H/Q in entry = 7
In of MODEL 48
1 H LEU 765 H LEU 765 33.714 -20.602 3.819
2 HA LEU 765 HA LEU 765 35.587 -18.399 3.956
3 HB2 LEU 765 HB2 LEU 765 35.469 -20.468 2.284
4 HB3 LEU 765 HB3 LEU 765 34.309 -19.406 1.509
5 HG LEU 765 HG LEU 765 36.029 -17.696 1.218
6 HD11 LEU 765 HD11 LEU 765 37.775 -19.794 2.475
7 HD13 LEU 765 HD12 LEU 765 37.393 -18.219 3.150
8 HD12 LEU 765 HD13 LEU 765 38.386 -18.336 1.687
9 HD21 LEU 765 HD21 LEU 765 36.816 -20.433 0.222
10 HD23 LEU 765 HD22 LEU 765 37.346 -18.892 -0.457
11 HD22 LEU 765 HD23 LEU 765 35.646 -19.352 -0.536
No H/Q in entry = 11
In of MODEL 48
1 HA PRO 766 HA PRO 766 32.178 -15.557 3.869
2 HB2 PRO 766 HB2 PRO 766 33.548 -13.486 2.551
3 HB3 PRO 766 HB3 PRO 766 33.438 -13.704 4.294
4 HG2 PRO 766 HG2 PRO 766 35.665 -14.321 2.455
5 HG3 PRO 766 HG3 PRO 766 35.700 -13.970 4.187
6 HD2 PRO 766 HD2 PRO 766 36.040 -16.456 3.072
7 HD3 PRO 766 HD3 PRO 766 35.508 -16.210 4.735
No H/Q in entry = 7
In of MODEL 48
1 H ALA 767 H ALA 767 34.163 -15.174 0.920
2 HA ALA 767 HA ALA 767 31.694 -15.203 -0.616
3 HB3 ALA 767 HB1 ALA 767 32.967 -14.547 -2.505
4 HB1 ALA 767 HB2 ALA 767 34.488 -14.788 -1.638
5 HB2 ALA 767 HB3 ALA 767 33.389 -13.476 -1.164
No H/Q in entry = 5
In of MODEL 48
1 H SER 768 H SER 768 31.083 -17.005 -0.200
2 HA SER 768 HA SER 768 31.288 -18.870 -2.137
3 HB2 SER 768 HB2 SER 768 32.774 -19.696 0.364
4 HB3 SER 768 HB3 SER 768 32.034 -20.836 -0.747
5 HG SER 768 HG SER 768 33.882 -18.875 -1.582
No H/Q in entry = 5
In of MODEL 48
1 H ALA 769 H ALA 769 30.425 -17.956 1.159
2 HA ALA 769 HA ALA 769 28.109 -19.740 1.005
3 HB2 ALA 769 HB1 ALA 769 29.727 -20.450 2.703
4 HB3 ALA 769 HB2 ALA 769 28.184 -19.952 3.404
5 HB1 ALA 769 HB3 ALA 769 29.571 -18.867 3.475
No H/Q in entry = 5
In of MODEL 48
1 H GLU 770 H GLU 770 26.197 -18.914 1.230
2 HA GLU 770 HA GLU 770 24.462 -17.633 1.441
3 HB2 GLU 770 HB2 GLU 770 25.888 -16.634 3.885
4 HB3 GLU 770 HB3 GLU 770 24.160 -16.477 3.567
5 HG2 GLU 770 HG2 GLU 770 25.710 -19.034 3.932
6 HG3 GLU 770 HG3 GLU 770 24.514 -18.354 5.028
No H/Q in entry = 6
In of MODEL 48
1 H LYS 771 H LYS 771 26.608 -16.467 -0.087
2 HA LYS 771 HA LYS 771 25.801 -13.638 0.056
3 HB2 LYS 771 HB2 LYS 771 28.058 -15.017 -1.325
4 HB3 LYS 771 HB3 LYS 771 27.768 -13.288 -1.473
5 HG2 LYS 771 HG2 LYS 771 28.580 -14.829 0.997
6 HG3 LYS 771 HG3 LYS 771 29.615 -13.753 0.061
7 HD2 LYS 771 HD2 LYS 771 29.040 -12.323 1.773
8 HD3 LYS 771 HD3 LYS 771 27.680 -12.013 0.702
9 HE2 LYS 771 HE2 LYS 771 26.369 -13.722 1.968
10 HE3 LYS 771 HE3 LYS 771 27.729 -13.903 3.055
11 HZ2 LYS 771 HZ1 LYS 771 26.196 -11.414 2.618
12 HZ1 LYS 771 HZ2 LYS 771 27.495 -11.576 3.675
13 HZ3 LYS 771 HZ3 LYS 771 26.067 -12.428 3.957
No H/Q in entry = 13
In of MODEL 48
1 H ALA 772 H ALA 772 25.813 -12.675 -2.320
2 HA ALA 772 HA ALA 772 23.751 -13.891 -3.862
3 HB2 ALA 772 HB1 ALA 772 24.279 -12.146 -5.448
4 HB3 ALA 772 HB2 ALA 772 25.788 -11.803 -4.604
5 HB1 ALA 772 HB3 ALA 772 24.241 -11.487 -3.817
No H/Q in entry = 5
In of MODEL 48
1 H CYS 773 H CYS 773 23.909 -15.494 -5.333
2 HA CYS 773 HA CYS 773 24.640 -17.344 -6.222
3 HB2 CYS 773 HB2 CYS 773 26.175 -17.218 -8.046
4 HB3 CYS 773 HB3 CYS 773 25.191 -15.779 -8.065
No H/Q in entry = 4
In of MODEL 48
1 H GLY 774 H GLY 774 25.950 -16.381 -3.714
2 HA3 GLY 774 HA2 GLY 774 27.039 -17.649 -2.135
3 HA2 GLY 774 HA3 GLY 774 27.794 -18.595 -3.414
No H/Q in entry = 3
In of MODEL 48
1 H ALA 775 H ALA 775 28.510 -15.949 -4.794
2 HA ALA 775 HA ALA 775 30.471 -14.829 -3.011
3 HB1 ALA 775 HB1 ALA 775 31.583 -16.919 -3.590
4 HB3 ALA 775 HB2 ALA 775 32.430 -15.549 -4.313
5 HB2 ALA 775 HB3 ALA 775 31.386 -16.562 -5.304
No H/Q in entry = 5
In of MODEL 48
1 H CYS 776 H CYS 776 29.850 -12.738 -3.596
2 HA CYS 776 HA CYS 776 30.703 -11.997 -6.252
3 HB2 CYS 776 HB2 CYS 776 28.337 -12.567 -6.554
4 HB3 CYS 776 HB3 CYS 776 27.893 -11.426 -5.293
No H/Q in entry = 4
In of MODEL 48
1 HA PRO 777 HA PRO 777 31.631 -8.494 -3.503
2 HB2 PRO 777 HB2 PRO 777 34.393 -8.876 -3.503
3 HB3 PRO 777 HB3 PRO 777 33.282 -9.385 -2.227
4 HG2 PRO 777 HG2 PRO 777 34.781 -11.067 -3.957
5 HG3 PRO 777 HG3 PRO 777 33.517 -11.569 -2.822
6 HD2 PRO 777 HD2 PRO 777 33.348 -11.077 -5.762
7 HD3 PRO 777 HD3 PRO 777 32.447 -12.228 -4.752
No H/Q in entry = 7
In of MODEL 48
1 H LEU 778 H LEU 778 34.457 -9.133 -5.631
2 HA LEU 778 HA LEU 778 34.059 -6.461 -6.654
3 HB2 LEU 778 HB2 LEU 778 36.413 -6.455 -7.431
4 HB3 LEU 778 HB3 LEU 778 36.220 -6.660 -5.716
5 HG LEU 778 HG LEU 778 38.101 -7.911 -6.458
6 HD11 LEU 778 HD11 LEU 778 36.888 -8.978 -4.694
7 HD13 LEU 778 HD12 LEU 778 37.701 -10.138 -5.738
8 HD12 LEU 778 HD13 LEU 778 35.962 -9.912 -5.877
9 HD21 LEU 778 HD21 LEU 778 36.314 -9.286 -8.437
10 HD23 LEU 778 HD22 LEU 778 37.976 -9.762 -8.103
11 HD22 LEU 778 HD23 LEU 778 37.637 -8.181 -8.811
No H/Q in entry = 11
In of MODEL 48
1 H TRP 779 H TRP 779 33.428 -9.470 -7.825
2 HA TRP 779 HA TRP 779 33.743 -8.511 -10.579
3 HB2 TRP 779 HB2 TRP 779 33.158 -10.939 -11.173
4 HB3 TRP 779 HB3 TRP 779 34.739 -10.617 -10.478
5 HD1 TRP 779 HD1 TRP 779 31.295 -12.075 -9.431
6 HE1 TRP 779 HE1 TRP 779 31.716 -13.686 -7.463
7 HE3 TRP 779 HE3 TRP 779 36.250 -11.224 -8.795
8 HZ2 TRP 779 HZ2 TRP 779 33.959 -14.466 -5.846
9 HZ3 TRP 779 HZ3 TRP 779 37.453 -12.397 -7.032
10 HH2 TRP 779 HH2 TRP 779 36.304 -13.997 -5.586
No H/Q in entry = 10
In of MODEL 48
1 H GLY 780 H GLY 780 31.615 -7.959 -8.469
2 HA3 GLY 780 HA2 GLY 780 29.478 -7.985 -10.352
3 HA2 GLY 780 HA3 GLY 780 29.249 -9.054 -8.980
No H/Q in entry = 3
In of MODEL 48
1 H LYS 781 H LYS 781 27.477 -7.354 -9.106
2 HA LYS 781 HA LYS 781 28.035 -5.394 -7.009
3 HB2 LYS 781 HB2 LYS 781 27.968 -4.289 -9.249
4 HB3 LYS 781 HB3 LYS 781 26.363 -4.954 -9.490
5 HG2 LYS 781 HG2 LYS 781 26.176 -2.638 -8.862
6 HG3 LYS 781 HG3 LYS 781 25.563 -3.650 -7.558
7 HD2 LYS 781 HD2 LYS 781 26.908 -1.806 -6.683
8 HD3 LYS 781 HD3 LYS 781 27.665 -3.355 -6.331
9 HE2 LYS 781 HE2 LYS 781 29.315 -1.691 -7.057
10 HE3 LYS 781 HE3 LYS 781 29.230 -3.031 -8.190
11 HZ2 LYS 781 HZ1 LYS 781 29.346 -0.906 -9.306
12 HZ1 LYS 781 HZ2 LYS 781 27.927 -0.374 -8.563
13 HZ3 LYS 781 HZ3 LYS 781 27.885 -1.645 -9.663
No H/Q in entry = 13
In of MODEL 48
1 H CYS 782 H CYS 782 26.545 -5.671 -5.432
2 HA CYS 782 HA CYS 782 24.288 -7.392 -6.110
3 HB2 CYS 782 HB2 CYS 782 25.675 -6.998 -3.461
4 HB3 CYS 782 HB3 CYS 782 24.284 -8.039 -3.746
No H/Q in entry = 4
In of MODEL 48
1 H ASP 783 H ASP 783 22.275 -6.794 -5.548
2 HA ASP 783 HA ASP 783 21.959 -4.037 -4.660
3 HB2 ASP 783 HB2 ASP 783 19.587 -4.238 -5.271
4 HB3 ASP 783 HB3 ASP 783 20.591 -4.761 -6.613
No H/Q in entry = 4
In of MODEL 48
1 H ALA 784 H ALA 784 19.846 -3.867 -3.171
2 HA ALA 784 HA ALA 784 20.567 -5.529 -0.870
3 HB3 ALA 784 HB1 ALA 784 20.840 -3.111 -0.584
4 HB2 ALA 784 HB2 ALA 784 19.641 -3.776 0.527
5 HB1 ALA 784 HB3 ALA 784 19.121 -2.889 -0.905
No H/Q in entry = 5
In of MODEL 48
1 H GLU 785 H GLU 785 17.877 -4.536 -2.852
2 HA GLU 785 HA GLU 785 15.863 -5.408 -1.081
3 HB2 GLU 785 HB2 GLU 785 14.285 -5.068 -2.903
4 HB3 GLU 785 HB3 GLU 785 15.380 -3.712 -2.742
5 HG2 GLU 785 HG2 GLU 785 16.677 -4.581 -4.663
6 HG3 GLU 785 HG3 GLU 785 15.496 -5.878 -4.829
No H/Q in entry = 6
In of MODEL 48
1 H SER 786 H SER 786 17.415 -7.028 -3.813
2 HA SER 786 HA SER 786 15.912 -9.434 -3.108
3 HB2 SER 786 HB2 SER 786 15.844 -8.647 -5.498
4 HB3 SER 786 HB3 SER 786 17.588 -8.853 -5.578
5 HG SER 786 HG SER 786 15.617 -10.831 -5.134
No H/Q in entry = 5
In of MODEL 48
1 H SER 787 H SER 787 18.991 -7.874 -3.319
2 HA SER 787 HA SER 787 21.000 -8.263 -2.373
3 HB2 SER 787 HB2 SER 787 19.716 -10.686 -1.062
4 HB3 SER 787 HB3 SER 787 21.254 -9.956 -0.605
5 HG SER 787 HG SER 787 19.289 -8.099 -0.644
No H/Q in entry = 5
In of MODEL 48
1 H LYS 788 H LYS 788 20.133 -9.292 -4.899
2 HA LYS 788 HA LYS 788 21.545 -11.822 -5.220
3 HB2 LYS 788 HB2 LYS 788 20.674 -11.919 -7.396
4 HB3 LYS 788 HB3 LYS 788 19.355 -11.477 -6.314
5 HG2 LYS 788 HG2 LYS 788 19.468 -9.167 -6.989
6 HG3 LYS 788 HG3 LYS 788 20.924 -9.467 -7.924
7 HD2 LYS 788 HD2 LYS 788 19.598 -10.923 -9.423
8 HD3 LYS 788 HD3 LYS 788 18.149 -10.482 -8.510
9 HE2 LYS 788 HE2 LYS 788 19.972 -8.542 -9.935
10 HE3 LYS 788 HE3 LYS 788 18.415 -9.100 -10.546
11 HZ2 LYS 788 HZ1 LYS 788 18.222 -6.938 -9.482
12 HZ1 LYS 788 HZ2 LYS 788 18.846 -7.533 -8.035
13 HZ3 LYS 788 HZ3 LYS 788 17.360 -8.087 -8.618
No H/Q in entry = 13
In of MODEL 48
1 H CYS 789 H CYS 789 22.804 -11.909 -7.357
2 HA CYS 789 HA CYS 789 24.786 -9.787 -7.262
3 HB2 CYS 789 HB2 CYS 789 26.135 -11.505 -8.491
4 HB3 CYS 789 HB3 CYS 789 25.728 -11.915 -6.832
No H/Q in entry = 4
In of MODEL 48
1 H VAL 790 H VAL 790 24.954 -8.466 -8.902
2 HA VAL 790 HA VAL 790 24.109 -9.313 -11.566
3 HB VAL 790 HB VAL 790 24.549 -6.565 -10.324
4 HG11 VAL 790 HG11 VAL 790 24.022 -7.189 -13.244
5 HG13 VAL 790 HG12 VAL 790 25.517 -6.522 -12.575
6 HG12 VAL 790 HG13 VAL 790 24.033 -5.575 -12.529
7 HG22 VAL 790 HG21 VAL 790 22.374 -7.522 -9.900
8 HG21 VAL 790 HG22 VAL 790 22.168 -7.821 -11.626
9 HG23 VAL 790 HG23 VAL 790 22.227 -6.162 -11.025
No H/Q in entry = 9
In of MODEL 48
1 H CYS 791 H CYS 791 25.796 -9.183 -13.127
2 HA CYS 791 HA CYS 791 28.377 -9.396 -11.763
3 HB2 CYS 791 HB2 CYS 791 29.158 -10.622 -13.780
4 HB3 CYS 791 HB3 CYS 791 27.793 -11.388 -12.979
No H/Q in entry = 4
In of MODEL 48
1 H ARG 792 H ARG 792 30.171 -8.326 -12.382
2 HA ARG 792 HA ARG 792 29.702 -5.882 -13.873
3 HB2 ARG 792 HB2 ARG 792 32.151 -6.889 -12.419
4 HB3 ARG 792 HB3 ARG 792 32.038 -5.335 -13.224
5 HG2 ARG 792 HG2 ARG 792 30.302 -4.644 -11.671
6 HG3 ARG 792 HG3 ARG 792 30.360 -6.215 -10.887
7 HD2 ARG 792 HD2 ARG 792 31.666 -4.647 -9.602
8 HD3 ARG 792 HD3 ARG 792 32.735 -5.835 -10.337
9 HE ARG 792 HE ARG 792 32.339 -3.317 -11.748
10 HH11 ARG 792 HH11 ARG 792 34.563 -5.403 -9.928
11 HH12 ARG 792 HH12 ARG 792 35.892 -4.382 -10.021
12 HH21 ARG 792 HH21 ARG 792 34.169 -1.829 -11.827
13 HH22 ARG 792 HH22 ARG 792 35.636 -2.232 -11.067
No H/Q in entry = 13
In of MODEL 48
1 H GLU 793 H GLU 793 31.346 -5.273 -15.462
2 HA GLU 793 HA GLU 793 31.682 -7.430 -17.318
3 HB2 GLU 793 HB2 GLU 793 32.555 -4.566 -17.506
4 HB3 GLU 793 HB3 GLU 793 32.554 -5.725 -18.813
5 HG2 GLU 793 HG2 GLU 793 30.165 -5.916 -18.761
6 HG3 GLU 793 HG3 GLU 793 30.078 -4.865 -17.349
No H/Q in entry = 6
In of MODEL 48
1 H ALA 794 H ALA 794 33.614 -8.079 -18.138
2 HA ALA 794 HA ALA 794 35.724 -8.364 -16.243
3 HB1 ALA 794 HB1 ALA 794 35.593 -9.184 -19.136
4 HB2 ALA 794 HB2 ALA 794 35.118 -10.176 -17.752
5 HB3 ALA 794 HB3 ALA 794 36.805 -9.702 -17.971
No H/Q in entry = 5
In of MODEL 48
1 H SER 795 H SER 795 34.988 -6.012 -18.467
2 HA SER 795 HA SER 795 37.762 -5.170 -18.763
3 HB2 SER 795 HB2 SER 795 36.337 -5.406 -20.817
4 HB3 SER 795 HB3 SER 795 35.286 -4.145 -20.183
5 HG SER 795 HG SER 795 37.987 -3.981 -20.930
No H/Q in entry = 5
In of MODEL 48
1 H GLU 796 H GLU 796 35.252 -4.754 -16.648
2 HA GLU 796 HA GLU 796 35.512 -1.859 -16.357
3 HB2 GLU 796 HB2 GLU 796 33.244 -2.863 -16.291
4 HB3 GLU 796 HB3 GLU 796 33.718 -3.835 -14.908
5 HG2 GLU 796 HG2 GLU 796 33.997 -1.821 -13.574
6 HG3 GLU 796 HG3 GLU 796 33.583 -0.824 -14.961
No H/Q in entry = 6
In of MODEL 48
1 H CYS 797 H CYS 797 37.119 -4.492 -15.450
2 HA CYS 797 HA CYS 797 37.461 -4.315 -12.690
3 HB2 CYS 797 HB2 CYS 797 39.484 -5.688 -13.145
4 HB3 CYS 797 HB3 CYS 797 38.007 -6.303 -13.874
No H/Q in entry = 4
In of MODEL 48
1 H GLU 798 H GLU 798 38.541 -2.967 -11.486
2 HA GLU 798 HA GLU 798 40.870 -1.642 -12.492
3 HB2 GLU 798 HB2 GLU 798 39.963 0.550 -11.386
4 HB3 GLU 798 HB3 GLU 798 39.632 0.167 -13.054
5 HG2 GLU 798 HG2 GLU 798 37.682 1.050 -11.973
6 HG3 GLU 798 HG3 GLU 798 37.405 -0.623 -12.432
No H/Q in entry = 6
In of MODEL 48
1 H GLU 799 H GLU 799 39.960 -3.584 -10.394
2 HA GLU 799 HA GLU 799 41.189 -2.359 -8.059
3 HB2 GLU 799 HB2 GLU 799 40.409 -4.378 -6.856
4 HB3 GLU 799 HB3 GLU 799 39.089 -3.478 -7.567
5 HG2 GLU 799 HG2 GLU 799 40.334 -5.922 -8.747
6 HG3 GLU 799 HG3 GLU 799 38.885 -5.953 -7.729
No H/Q in entry = 6
In of MODEL 48
1 H GLU 800 H GLU 800 42.256 -4.702 -6.925
2 HA GLU 800 HA GLU 800 44.741 -4.747 -8.197
3 HB2 GLU 800 HB2 GLU 800 43.666 -6.726 -6.164
4 HB3 GLU 800 HB3 GLU 800 45.366 -6.478 -6.566
5 HG2 GLU 800 HG2 GLU 800 45.103 -4.098 -5.829
6 HG3 GLU 800 HG3 GLU 800 43.506 -4.519 -5.231
No H/Q in entry = 6
In of MODEL 48
1 H GLY 801 H GLY 801 42.805 -7.740 -7.752
2 HA3 GLY 801 HA2 GLY 801 42.173 -9.337 -9.231
3 HA2 GLY 801 HA3 GLY 801 42.363 -8.148 -10.499
No H/Q in entry = 3
In of MODEL 48
1 H PHE 802 H PHE 802 43.470 -10.964 -9.178
2 HA PHE 802 HA PHE 802 46.077 -10.916 -10.448
3 HB2 PHE 802 HB2 PHE 802 44.598 -12.887 -8.758
4 HB3 PHE 802 HB3 PHE 802 45.991 -13.410 -9.696
5 HD1 PHE 802 HD1 PHE 802 47.365 -13.957 -7.869
6 HD2 PHE 802 HD2 PHE 802 45.689 -10.068 -8.170
7 HE1 PHE 802 HE1 PHE 802 48.880 -13.189 -6.154
8 HE2 PHE 802 HE2 PHE 802 47.210 -9.266 -6.464
9 HZ PHE 802 HZ PHE 802 48.832 -10.823 -5.421
No H/Q in entry = 9
In of MODEL 48
1 H SER 803 H SER 803 46.539 -13.228 -11.550
2 HA SER 803 HA SER 803 44.538 -13.632 -13.620
3 HB2 SER 803 HB2 SER 803 47.544 -14.010 -13.844
4 HB3 SER 803 HB3 SER 803 46.341 -14.053 -15.135
5 HG SER 803 HG SER 803 45.918 -11.790 -14.563
No H/Q in entry = 5
In of MODEL 48
1 H ILE 804 H ILE 804 43.766 -15.710 -13.449
2 HA ILE 804 HA ILE 804 45.471 -17.670 -12.062
3 HB ILE 804 HB ILE 804 43.649 -18.618 -10.843
4 HG12 ILE 804 HG12 ILE 804 41.833 -18.376 -12.545
5 HG13 ILE 804 HG13 ILE 804 41.313 -17.915 -10.936
6 HG23 ILE 804 HG21 ILE 804 42.904 -16.796 -9.378
7 HG22 ILE 804 HG22 ILE 804 43.497 -15.631 -10.566
8 HG21 ILE 804 HG23 ILE 804 44.628 -16.712 -9.755
9 HD11 ILE 804 HD11 ILE 804 41.575 -15.558 -11.574
10 HD13 ILE 804 HD12 ILE 804 40.394 -16.420 -12.558
11 HD12 ILE 804 HD13 ILE 804 41.986 -16.061 -13.219
No H/Q in entry = 11
In of MODEL 48
1 H CYS 805 H CYS 805 44.673 -19.923 -12.455
2 HA CYS 805 HA CYS 805 44.088 -20.266 -15.316
3 HB2 CYS 805 HB2 CYS 805 46.129 -21.303 -14.445
4 HB3 CYS 805 HB3 CYS 805 45.192 -22.125 -13.205
No H/Q in entry = 4
In of MODEL 48
1 H VAL 806 H VAL 806 42.135 -20.875 -15.881
2 HA VAL 806 HA VAL 806 40.640 -22.403 -13.916
3 HB VAL 806 HB VAL 806 39.796 -20.104 -13.839
4 HG11 VAL 806 HG11 VAL 806 39.371 -20.382 -16.768
5 HG13 VAL 806 HG12 VAL 806 40.546 -19.342 -15.959
6 HG12 VAL 806 HG13 VAL 806 38.812 -19.032 -15.776
7 HG23 VAL 806 HG21 VAL 806 37.893 -21.852 -15.364
8 HG22 VAL 806 HG22 VAL 806 37.470 -20.455 -14.357
9 HG21 VAL 806 HG23 VAL 806 38.155 -21.904 -13.625
No H/Q in entry = 9
In of MODEL 48
1 H GLU 807 H GLU 807 39.526 -24.122 -14.691
2 HA GLU 807 HA GLU 807 40.165 -24.933 -17.362
3 HB2 GLU 807 HB2 GLU 807 40.261 -26.524 -15.454
4 HB3 GLU 807 HB3 GLU 807 38.536 -26.317 -15.212
5 HG2 GLU 807 HG2 GLU 807 38.114 -27.246 -17.418
6 HG3 GLU 807 HG3 GLU 807 39.847 -27.478 -17.663
No H/Q in entry = 6
In of MODEL 48
1 H VAL 808 H VAL 808 38.988 -24.529 -18.961
2 HA VAL 808 HA VAL 808 36.117 -24.094 -18.750
3 HB VAL 808 HB VAL 808 37.197 -21.888 -18.646
4 HG12 VAL 808 HG11 VAL 808 38.476 -20.961 -20.518
5 HG11 VAL 808 HG12 VAL 808 38.494 -22.557 -21.270
6 HG13 VAL 808 HG13 VAL 808 39.297 -22.305 -19.721
7 HG21 VAL 808 HG21 VAL 808 35.847 -22.400 -21.273
8 HG23 VAL 808 HG22 VAL 808 36.120 -20.807 -20.557
9 HG22 VAL 808 HG23 VAL 808 35.064 -21.970 -19.743
No H/Q in entry = 9
In of MODEL 48
1 H ASN 809 H ASN 809 35.078 -25.051 -20.441
2 HA ASN 809 HA ASN 809 34.699 -26.163 -22.393
3 HB2 ASN 809 HB2 ASN 809 37.142 -24.669 -23.055
4 HB3 ASN 809 HB3 ASN 809 36.662 -25.932 -24.213
5 HD21 ASN 809 HD21 ASN 809 36.224 -22.774 -23.030
6 HD22 ASN 809 HD22 ASN 809 34.931 -22.302 -24.053
No H/Q in entry = 6
In of MODEL 48
1 H GLY 810 H GLY 810 36.953 -27.017 -20.252
2 HA3 GLY 810 HA2 GLY 810 37.410 -29.338 -19.857
3 HA2 GLY 810 HA3 GLY 810 37.448 -29.588 -21.599
No H/Q in entry = 3
In of MODEL 48
1 H LYS 811 H LYS 811 38.984 -26.779 -21.228
2 HA LYS 811 HA LYS 811 41.578 -28.021 -20.738
3 HB2 LYS 811 HB2 LYS 811 42.524 -26.625 -22.549
4 HB3 LYS 811 HB3 LYS 811 41.315 -27.744 -23.150
5 HG2 LYS 811 HG2 LYS 811 39.677 -25.789 -23.022
6 HG3 LYS 811 HG3 LYS 811 41.097 -24.764 -22.809
7 HD2 LYS 811 HD2 LYS 811 40.545 -26.593 -25.157
8 HD3 LYS 811 HD3 LYS 811 40.426 -24.838 -25.162
9 HE2 LYS 811 HE2 LYS 811 42.814 -24.645 -24.788
10 HE3 LYS 811 HE3 LYS 811 42.959 -26.396 -24.637
11 HZ1 LYS 811 HZ1 LYS 811 42.262 -26.603 -26.954
12 HZ3 LYS 811 HZ2 LYS 811 43.637 -25.677 -26.795
13 HZ2 LYS 811 HZ3 LYS 811 42.169 -24.917 -27.098
No H/Q in entry = 13
In of MODEL 48
1 H GLU 812 H GLU 812 43.233 -25.891 -20.547
2 HA GLU 812 HA GLU 812 41.839 -24.338 -18.493
3 HB2 GLU 812 HB2 GLU 812 44.718 -25.227 -18.558
4 HB3 GLU 812 HB3 GLU 812 44.019 -24.165 -17.346
5 HG2 GLU 812 HG2 GLU 812 42.505 -25.935 -16.642
6 HG3 GLU 812 HG3 GLU 812 43.164 -27.000 -17.879
No H/Q in entry = 6
In of MODEL 48
1 H GLN 813 H GLN 813 42.009 -22.189 -18.470
2 HA GLN 813 HA GLN 813 43.956 -20.944 -20.237
3 HB2 GLN 813 HB2 GLN 813 41.888 -21.086 -21.484
4 HB3 GLN 813 HB3 GLN 813 40.997 -20.341 -20.163
5 HG2 GLN 813 HG2 GLN 813 42.163 -18.362 -20.418
6 HG3 GLN 813 HG3 GLN 813 43.210 -19.000 -21.698
7 HE21 GLN 813 HE21 GLN 813 40.181 -17.573 -20.974
8 HE22 GLN 813 HE22 GLN 813 39.526 -17.615 -22.568
No H/Q in entry = 8
In of MODEL 48
1 H THR 814 H THR 814 44.630 -18.913 -19.531
2 HA THR 814 HA THR 814 44.143 -18.378 -16.728
3 HB THR 814 HB THR 814 45.926 -16.878 -18.665
4 HG1 THR 814 HG1 THR 814 47.497 -18.277 -18.182
5 HG23 THR 814 HG21 THR 814 45.407 -15.636 -16.621
6 HG22 THR 814 HG22 THR 814 47.092 -16.188 -16.579
7 HG21 THR 814 HG23 THR 814 45.867 -17.038 -15.659
No H/Q in entry = 7
In of MODEL 48
1 H MET 815 H MET 815 42.804 -16.843 -16.033
2 HA MET 815 HA MET 815 41.983 -14.724 -17.917
3 HB2 MET 815 HB2 MET 815 40.113 -15.859 -15.831
4 HB3 MET 815 HB3 MET 815 39.719 -14.775 -17.157
5 HG2 MET 815 HG2 MET 815 40.426 -16.732 -18.668
6 HG3 MET 815 HG3 MET 815 40.351 -17.632 -17.161
7 HE1 MET 815 HE1 MET 815 38.894 -19.257 -18.344
8 HE3 MET 815 HE2 MET 815 38.735 -18.310 -19.816
9 HE2 MET 815 HE3 MET 815 37.287 -18.954 -19.019
No H/Q in entry = 9
In of MODEL 48
1 H SER 816 H SER 816 41.149 -12.843 -16.712
2 HA SER 816 HA SER 816 42.787 -12.237 -14.473
3 HB2 SER 816 HB2 SER 816 40.306 -10.746 -15.325
4 HB3 SER 816 HB3 SER 816 41.775 -10.121 -14.583
5 HG SER 816 HG SER 816 41.274 -10.782 -17.251
No H/Q in entry = 5
In of MODEL 48
1 H GLU 817 H GLU 817 42.071 -11.955 -12.379
2 HA GLU 817 HA GLU 817 40.490 -13.897 -11.221
3 HB2 GLU 817 HB2 GLU 817 42.270 -12.302 -10.325
4 HB3 GLU 817 HB3 GLU 817 40.921 -11.190 -10.157
5 HG2 GLU 817 HG2 GLU 817 39.897 -12.356 -8.544
6 HG3 GLU 817 HG3 GLU 817 40.754 -13.853 -8.932
No H/Q in entry = 6
In of MODEL 48
1 H CYS 818 H CYS 818 39.739 -10.522 -11.797
2 HA CYS 818 HA CYS 818 37.086 -10.511 -10.876
3 HB2 CYS 818 HB2 CYS 818 37.055 -8.399 -12.318
4 HB3 CYS 818 HB3 CYS 818 38.256 -8.472 -11.022
No H/Q in entry = 4
In of MODEL 48
1 H GLU 819 H GLU 819 38.552 -11.550 -13.806
2 HA GLU 819 HA GLU 819 36.253 -11.312 -15.533
3 HB2 GLU 819 HB2 GLU 819 38.613 -11.104 -16.262
4 HB3 GLU 819 HB3 GLU 819 38.832 -12.799 -15.847
5 HG2 GLU 819 HG2 GLU 819 37.292 -13.427 -17.579
6 HG3 GLU 819 HG3 GLU 819 37.040 -11.729 -18.000
No H/Q in entry = 6
In of MODEL 48
1 H ALA 820 H ALA 820 38.238 -14.058 -14.379
2 HA ALA 820 HA ALA 820 36.586 -16.116 -15.085
3 HB1 ALA 820 HB1 ALA 820 38.846 -16.447 -14.263
4 HB2 ALA 820 HB2 ALA 820 37.712 -17.428 -13.333
5 HB3 ALA 820 HB3 ALA 820 38.349 -15.932 -12.650
No H/Q in entry = 5
In of MODEL 48
1 H GLY 821 H GLY 821 36.663 -14.154 -12.139
2 HA3 GLY 821 HA2 GLY 821 34.608 -15.447 -10.714
3 HA2 GLY 821 HA3 GLY 821 35.192 -13.811 -10.439
No H/Q in entry = 3
In of MODEL 48
1 H ALA 822 H ALA 822 34.558 -12.666 -12.981
2 HA ALA 822 HA ALA 822 31.885 -11.955 -12.577
3 HB3 ALA 822 HB1 ALA 822 32.042 -10.773 -14.715
4 HB2 ALA 822 HB2 ALA 822 33.518 -11.656 -15.110
5 HB1 ALA 822 HB3 ALA 822 33.512 -10.516 -13.771
No H/Q in entry = 5
In of MODEL 48
1 H LEU 823 H LEU 823 33.382 -14.243 -14.833
2 HA LEU 823 HA LEU 823 30.968 -14.966 -16.006
3 HB2 LEU 823 HB2 LEU 823 33.632 -16.294 -15.863
4 HB3 LEU 823 HB3 LEU 823 32.268 -17.163 -16.518
5 HG LEU 823 HG LEU 823 31.983 -15.241 -18.149
6 HD11 LEU 823 HD11 LEU 823 33.298 -13.549 -17.057
7 HD13 LEU 823 HD12 LEU 823 33.931 -13.891 -18.668
8 HD12 LEU 823 HD13 LEU 823 34.757 -14.518 -17.244
9 HD23 LEU 823 HD21 LEU 823 33.812 -16.089 -19.593
10 HD22 LEU 823 HD22 LEU 823 32.755 -17.289 -18.857
11 HD21 LEU 823 HD23 LEU 823 34.377 -17.016 -18.182
No H/Q in entry = 11
In of MODEL 48
1 H ARG 824 H ARG 824 32.525 -16.201 -13.056
2 HA ARG 824 HA ARG 824 30.807 -18.362 -12.632
3 HB2 ARG 824 HB2 ARG 824 32.096 -16.549 -10.585
4 HB3 ARG 824 HB3 ARG 824 31.298 -18.065 -10.210
5 HG2 ARG 824 HG2 ARG 824 32.983 -19.237 -11.572
6 HG3 ARG 824 HG3 ARG 824 33.830 -17.692 -11.801
7 HD2 ARG 824 HD2 ARG 824 34.802 -19.014 -10.005
8 HD3 ARG 824 HD3 ARG 824 34.080 -17.524 -9.382
9 HE ARG 824 HE ARG 824 32.203 -19.606 -9.380
10 HH11 ARG 824 HH11 ARG 824 34.977 -18.510 -7.398
11 HH12 ARG 824 HH12 ARG 824 34.473 -19.411 -6.032
12 HH21 ARG 824 HH21 ARG 824 31.589 -20.771 -7.518
13 HH22 ARG 824 HH22 ARG 824 32.519 -20.722 -6.082
No H/Q in entry = 13
In of MODEL 48
1 H CYS 825 H CYS 825 30.389 -14.937 -12.101
2 HA CYS 825 HA CYS 825 27.996 -15.224 -10.521
3 HB2 CYS 825 HB2 CYS 825 29.551 -13.403 -10.071
4 HB3 CYS 825 HB3 CYS 825 29.416 -12.831 -11.722
No H/Q in entry = 4
In of MODEL 48
1 H ARG 826 H ARG 826 28.960 -14.827 -13.765
2 HA ARG 826 HA ARG 826 26.560 -13.768 -14.874
3 HB2 ARG 826 HB2 ARG 826 29.099 -13.977 -15.704
4 HB3 ARG 826 HB3 ARG 826 28.409 -15.359 -16.545
5 HG2 ARG 826 HG2 ARG 826 26.644 -13.798 -17.372
6 HG3 ARG 826 HG3 ARG 826 27.661 -12.529 -16.659
7 HD2 ARG 826 HD2 ARG 826 28.195 -12.664 -19.020
8 HD3 ARG 826 HD3 ARG 826 29.551 -13.312 -18.096
9 HE ARG 826 HE ARG 826 27.756 -15.365 -18.802
10 HH11 ARG 826 HH11 ARG 826 30.364 -13.419 -20.197
11 HH12 ARG 826 HH12 ARG 826 30.585 -14.436 -21.547
12 HH21 ARG 826 HH21 ARG 826 28.086 -16.760 -20.651
13 HH22 ARG 826 HH22 ARG 826 29.261 -16.381 -21.816
No H/Q in entry = 13
In of MODEL 48
1 H GLY 827 H GLY 827 27.706 -16.879 -14.041
2 HA3 GLY 827 HA2 GLY 827 26.164 -18.738 -13.818
3 HA2 GLY 827 HA3 GLY 827 25.281 -18.103 -15.202
No H/Q in entry = 3
In of MODEL 48
1 H GLN 828 H GLN 828 28.684 -18.055 -15.390
2 HA GLN 828 HA GLN 828 28.699 -19.937 -17.584
3 HB2 GLN 828 HB2 GLN 828 30.047 -17.822 -17.486
4 HB3 GLN 828 HB3 GLN 828 30.979 -18.592 -16.204
5 HG2 GLN 828 HG2 GLN 828 32.224 -18.921 -18.185
6 HG3 GLN 828 HG3 GLN 828 31.457 -20.441 -17.786
7 HE21 GLN 828 HE21 GLN 828 31.387 -17.755 -19.977
8 HE22 GLN 828 HE22 GLN 828 30.396 -18.530 -21.154
No H/Q in entry = 8
In of MODEL 48
1 H SER 829 H SER 829 29.767 -21.977 -17.481
2 HA SER 829 HA SER 829 30.477 -22.776 -14.804
3 HB2 SER 829 HB2 SER 829 29.899 -24.458 -17.252
4 HB3 SER 829 HB3 SER 829 30.415 -25.110 -15.693
5 HG SER 829 HG SER 829 28.001 -23.841 -16.388
No H/Q in entry = 5
In of MODEL 48
1 H ILE 830 H ILE 830 32.408 -22.492 -14.261
2 HA ILE 830 HA ILE 830 34.606 -23.219 -15.999
3 HB ILE 830 HB ILE 830 35.904 -21.229 -15.362
4 HG12 ILE 830 HG12 ILE 830 34.526 -20.753 -13.281
5 HG13 ILE 830 HG13 ILE 830 35.042 -19.306 -14.116
6 HG23 ILE 830 HG21 ILE 830 34.878 -21.168 -17.496
7 HG22 ILE 830 HG22 ILE 830 34.792 -19.543 -16.793
8 HG21 ILE 830 HG23 ILE 830 33.370 -20.596 -16.787
9 HD12 ILE 830 HD11 ILE 830 32.315 -20.572 -14.086
10 HD11 ILE 830 HD12 ILE 830 32.769 -19.283 -15.195
11 HD13 ILE 830 HD13 ILE 830 32.783 -18.986 -13.462
No H/Q in entry = 11
In of MODEL 48
1 H SER 831 H SER 831 36.348 -23.987 -14.820
2 HA SER 831 HA SER 831 35.758 -24.271 -11.982
3 HB2 SER 831 HB2 SER 831 36.987 -26.151 -13.943
4 HB3 SER 831 HB3 SER 831 36.928 -26.467 -12.217
5 HG SER 831 HG SER 831 34.803 -26.172 -14.088
No H/Q in entry = 5
In of MODEL 48
1 H VAL 832 H VAL 832 37.155 -22.885 -10.971
2 HA VAL 832 HA VAL 832 39.703 -22.231 -12.011
3 HB VAL 832 HB VAL 832 38.578 -20.643 -10.535
4 HG12 VAL 832 HG11 VAL 832 38.361 -20.992 -8.119
5 HG11 VAL 832 HG12 VAL 832 38.920 -22.654 -8.322
6 HG13 VAL 832 HG13 VAL 832 37.402 -22.141 -9.054
7 HG23 VAL 832 HG21 VAL 832 40.419 -20.055 -9.010
8 HG22 VAL 832 HG22 VAL 832 40.997 -20.484 -10.621
9 HG21 VAL 832 HG23 VAL 832 41.144 -21.638 -9.298
No H/Q in entry = 9
In of MODEL 48
1 H THR 833 H THR 833 41.466 -23.429 -12.114
2 HA THR 833 HA THR 833 41.542 -25.811 -10.487
3 HB THR 833 HB THR 833 43.363 -26.469 -12.106
4 HG1 THR 833 HG1 THR 833 43.498 -25.208 -13.995
5 HG21 THR 833 HG21 THR 833 40.661 -25.728 -13.206
6 HG23 THR 833 HG22 THR 833 41.056 -27.231 -12.365
7 HG22 THR 833 HG23 THR 833 41.771 -26.878 -13.945
No H/Q in entry = 7
In of MODEL 48
1 H SER 834 H SER 834 43.185 -22.793 -10.867
2 HA SER 834 HA SER 834 44.565 -23.239 -8.425
3 HB2 SER 834 HB2 SER 834 46.146 -24.406 -9.897
4 HB3 SER 834 HB3 SER 834 46.244 -22.965 -10.931
5 HG SER 834 HG SER 834 47.456 -23.561 -8.557
No H/Q in entry = 5
In of MODEL 48
1 H ILE 835 H ILE 835 45.666 -21.431 -7.707
2 HA ILE 835 HA ILE 835 44.456 -18.935 -8.519
3 HB ILE 835 HB ILE 835 45.569 -18.018 -6.558
4 HG12 ILE 835 HG12 ILE 835 47.087 -20.650 -6.552
5 HG13 ILE 835 HG13 ILE 835 47.692 -18.996 -6.604
6 HG23 ILE 835 HG21 ILE 835 44.565 -19.431 -4.809
7 HG22 ILE 835 HG22 ILE 835 44.374 -20.730 -5.982
8 HG21 ILE 835 HG23 ILE 835 43.482 -19.222 -6.190
9 HD13 ILE 835 HD11 ILE 835 48.102 -20.015 -4.503
10 HD12 ILE 835 HD12 ILE 835 46.370 -20.298 -4.314
11 HD11 ILE 835 HD13 ILE 835 46.990 -18.634 -4.355
No H/Q in entry = 11
In of MODEL 48
1 H ARG 836 H ARG 836 47.041 -20.799 -9.393
2 HA ARG 836 HA ARG 836 48.922 -18.718 -10.135
3 HB2 ARG 836 HB2 ARG 836 48.816 -21.702 -10.429
4 HB3 ARG 836 HB3 ARG 836 49.958 -20.763 -11.362
5 HG2 ARG 836 HG2 ARG 836 49.823 -20.781 -8.364
6 HG3 ARG 836 HG3 ARG 836 50.863 -21.850 -9.308
7 HD2 ARG 836 HD2 ARG 836 50.945 -18.833 -9.237
8 HD3 ARG 836 HD3 ARG 836 52.166 -19.932 -8.577
9 HE ARG 836 HE ARG 836 51.727 -20.298 -11.369
10 HH11 ARG 836 HH11 ARG 836 53.688 -18.539 -9.012
11 HH12 ARG 836 HH12 ARG 836 54.663 -17.778 -10.190
12 HH21 ARG 836 HH21 ARG 836 53.107 -19.213 -12.993
13 HH22 ARG 836 HH22 ARG 836 54.308 -18.168 -12.470
No H/Q in entry = 13
In of MODEL 48
1 HA PRO 837 HA PRO 837 47.080 -18.383 -14.203
2 HB2 PRO 837 HB2 PRO 837 49.214 -17.168 -15.414
3 HB3 PRO 837 HB3 PRO 837 48.072 -16.282 -14.400
4 HG2 PRO 837 HG2 PRO 837 50.785 -17.336 -13.721
5 HG3 PRO 837 HG3 PRO 837 50.046 -15.788 -13.279
6 HD2 PRO 837 HD2 PRO 837 50.191 -17.870 -11.574
7 HD3 PRO 837 HD3 PRO 837 48.848 -16.709 -11.543
No H/Q in entry = 7
In of MODEL 48
1 H CYS 838 H CYS 838 47.418 -19.597 -16.168
2 HA CYS 838 HA CYS 838 49.495 -21.540 -15.797
3 HB2 CYS 838 HB2 CYS 838 48.279 -22.833 -17.641
4 HB3 CYS 838 HB3 CYS 838 47.409 -22.673 -16.125
No H/Q in entry = 4
In of MODEL 48
1 H ALA 839 H ALA 839 50.248 -22.368 -18.210
2 HA ALA 839 HA ALA 839 51.621 -20.162 -19.368
3 HB1 ALA 839 HB1 ALA 839 52.585 -22.416 -19.285
4 HB3 ALA 839 HB2 ALA 839 52.491 -21.827 -20.947
5 HB2 ALA 839 HB3 ALA 839 51.308 -22.995 -20.352
No H/Q in entry = 5
In of MODEL 48
1 H ALA 840 H ALA 840 48.543 -21.078 -19.588
2 HA ALA 840 HA ALA 840 48.096 -20.559 -22.381
3 HB1 ALA 840 HB1 ALA 840 46.862 -22.344 -21.339
4 HB3 ALA 840 HB2 ALA 840 45.733 -21.042 -21.769
5 HB2 ALA 840 HB3 ALA 840 46.279 -21.246 -20.098
No H/Q in entry = 5
In of MODEL 48
1 H GLU 841 H GLU 841 49.178 -18.411 -20.648
2 HA GLU 841 HA GLU 841 47.051 -16.505 -20.448
3 HB2 GLU 841 HB2 GLU 841 50.057 -16.040 -20.528
4 HB3 GLU 841 HB3 GLU 841 48.871 -14.778 -20.229
5 HG2 GLU 841 HG2 GLU 841 48.120 -16.023 -18.241
6 HG3 GLU 841 HG3 GLU 841 49.422 -17.179 -18.505
No H/Q in entry = 6
In of MODEL 48
1 H THR 842 H THR 842 49.274 -17.562 -22.732
2 HA THR 842 HA THR 842 48.443 -15.742 -24.817
3 HB THR 842 HB THR 842 49.924 -18.371 -25.118
4 HG1 THR 842 HG1 THR 842 51.189 -15.851 -24.804
5 HG22 THR 842 HG21 THR 842 49.988 -15.799 -26.717
6 HG21 THR 842 HG22 THR 842 49.115 -17.262 -27.169
7 HG23 THR 842 HG23 THR 842 50.876 -17.279 -27.093
No H/Q in entry = 7
In of MODEL 48
1 H GLN 843 H GLN 843 46.567 -16.155 -25.918
2 HA GLN 843 HA GLN 843 45.350 -18.755 -25.480
3 HB2 GLN 843 HB2 GLN 843 44.130 -16.132 -26.356
4 HB3 GLN 843 HB3 GLN 843 43.245 -17.638 -26.144
5 HG2 GLN 843 HG2 GLN 843 43.780 -17.683 -23.794
6 HG3 GLN 843 HG3 GLN 843 44.792 -16.254 -23.967
7 HE21 GLN 843 HE21 GLN 843 41.687 -16.576 -25.587
8 HE22 GLN 843 HE22 GLN 843 40.892 -15.405 -24.602
No H/Q in entry = 8
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