Statistics Calculated for All Chemical Shifts from Atoms in the 4 Common DNA Nucleotides
The statistics presented in this table were calculated from the full BMRB database. This includes single and double stranded DNA,
DNA complexed with proteins, and DNA containing modified bases. These data may have been reported using a variety of chemical shift
references. The calculated statistics are drived from a total of 33585 chemical shifts.
In the table, the highlighted residue codes provide a link to a gif image of the nucleotide with its atom nomenclature.
Jump to nucleotide: DA DC DG DT
Last updated: 08-08-2013
Nucleotide Atom Atom Number Minimum Maximum Average Standard
Name Type of Shifts Shift Shift Shift Deviation
DA H2 H 642 2.60 8.64 7.43 0.94
DA H61 H 117 2.56 13.40 6.77 1.25
DA H62 H 114 5.53 12.90 6.98 1.16
DA H8 H 753 2.35 9.10 7.95 0.99
DA H1' H 748 4.19 8.50 6.02 0.36
DA H2' H 744 1.45 4.82 2.67 0.39
DA H2'' H 734 1.11 6.89 2.83 0.39
DA H3' H 721 4.00 6.04 4.94 0.19
DA H4' H 566 2.08 9.13 4.34 0.39
DA H5' H 317 2.91 5.95 4.07 0.31
DA H5'' H 291 3.09 8.41 4.09 0.51
DA C2 C 86 151.00 159.33 155.05 1.32
DA C8 C 96 138.00 142.70 141.48 0.94
DA C1' C 99 81.50 91.90 85.44 1.26
DA C2' C 87 36.23 42.93 40.58 0.94
DA C3' C 90 72.71 83.26 78.59 1.64
DA C4' C 37 86.10 91.33 87.71 1.06
DA C5' C 30 47.77 70.96 67.77 3.87
DA N1 N 2 225.20 227.00 226.10 1.27
DA N3 N 2 216.30 216.40 216.35 0.07
DA N6 N 8 77.40 81.70 80.15 1.35
DA N7 N 1 233.50 233.50 233.50 0.00
DA P P 170 -45.29 35.48 -2.85 5.80
DC H41 H 396 -0.26 12.08 7.35 1.28
DC H42 H 399 -0.26 10.48 7.32 1.09
DC H5 H 839 -6.22 6.69 5.31 1.06
DC H6 H 853 -14.72 8.31 7.30 1.18
DC H1' H 847 2.17 6.57 5.66 0.82
DC H2' H 846 -29.45 6.93 2.13 1.72
DC H2'' H 825 -20.82 8.48 2.42 1.31
DC H3' H 793 -7.37 8.62 4.71 0.79
DC H4' H 614 -38.59 28.54 4.20 2.94
DC H5' H 334 -18.35 11.19 4.24 2.11
DC H5'' H 277 -41.21 15.96 3.98 4.10
DC C5 C 99 84.55 99.90 98.03 2.50
DC C6 C 97 133.73 144.70 142.71 1.83
DC C1' C 108 77.90 88.53 87.10 1.76
DC C2' C 79 30.62 42.27 40.44 1.61
DC C3' C 98 66.41 80.00 76.54 2.76
DC C4' C 30 77.80 88.39 85.72 2.42
DC C5' C 25 59.30 71.72 66.33 2.96
DC N4 N 9 95.10 98.60 97.44 1.07
DC P P 213 -14.20 52.72 -2.08 7.27
DG H1 H 664 -2.91 13.76 11.47 2.75
DG H21 H 148 -26.86 18.44 6.20 3.78
DG H22 H 143 -26.86 18.44 5.44 4.05
DG H8 H 1089 6.07 9.31 7.79 0.23
DG H1' H 1092 2.53 12.45 5.86 0.54
DG H2' H 1079 1.56 8.23 2.68 0.48
DG H2'' H 1057 1.16 11.50 2.74 0.52
DG H3' H 1044 0.00 13.24 4.98 0.89
DG H4' H 840 0.00 13.26 4.53 1.31
DG H5' H 472 0.00 7.82 4.10 0.44
DG H5'' H 411 0.00 7.76 4.09 0.43
DG C8 C 111 134.50 140.20 138.24 1.42
DG C1' C 121 74.90 91.82 85.28 1.98
DG C2' C 86 33.12 49.00 40.57 1.89
DG C3' C 100 67.72 80.04 77.75 2.17
DG C4' C 37 77.60 90.64 87.21 2.00
DG C5' C 33 58.50 71.42 67.55 2.35
DG N1 N 9 146.70 147.70 147.04 0.28
DG N2 N 4 75.10 75.60 75.38 0.22
DG N7 N 3 236.90 237.00 236.93 0.06
DG P P 247 -20.92 47.10 -1.47 7.86
DT H3 H 414 2.12 14.53 12.81 2.13
DT H6 H 914 1.61 8.02 7.34 0.35
DT H7 H 48 0.44 1.99 1.55 0.32
DT H71 H 708 0.18 7.53 1.58 0.48
DT H72 H 708 0.18 7.53 1.58 0.48
DT H73 H 707 0.18 7.53 1.58 0.48
DT H1' H 911 1.65 6.72 5.85 0.62
DT H2' H 909 0.73 6.21 2.18 0.53
DT H2'' H 895 0.78 4.87 2.45 0.38
DT H3' H 885 4.06 14.11 4.82 0.56
DT H4' H 619 2.00 14.15 4.18 0.63
DT H5' H 374 2.97 14.20 4.39 1.94
DT H5'' H 322 0.98 7.19 4.04 0.37
DT C5 C 7 14.30 14.55 14.44 0.10
DT C6 C 191 135.80 143.60 139.25 0.81
DT C7 C 31 13.52 14.90 14.35 0.38
DT C1' C 185 80.60 92.22 87.10 1.28
DT C2' C 167 34.38 41.53 40.13 0.80
DT C3' C 170 71.58 79.90 77.50 1.62
DT C4' C 35 78.80 88.60 86.29 1.66
DT C5' C 31 59.40 68.40 66.40 2.04
DT N3 N 21 158.40 160.50 159.33 0.71
DT P P 177 -5.65 47.79 -1.19 8.47
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