Biological Magnetic Resonance Data Bank

Manufacturer	Experiment Type	Dimension
Bruker Varian	Homonuclear Chemical Shift Heteronuclear Chemical Shift Homonuclear Exchange Spectroscopy Heteronuclear Exchange Spectroscopy T1 Relaxation T1rho Relaxation T2 Relaxation Homonuclear J-coupling Heteronuclear J-coupling Calibration - Test	One-dimensional Two-dimensional Three-dimensional Four-dimensional

88 entries match this query

Acc. Num	Pulse Sequence File
1	TOCSY-HSQC 3D experiment
2	NOESY-HSQC 3D experiment
3	Bruker DMX 15N-1H 2D HSQC with Sensitivity-enhanced
4	Bruker AMX 15N-1H 2D HSQC with Sensitivity-enhanced
5	HMBC with gradient selection of echo and antiecho in t1 for suppression of t1-noise
6	hsqc employing gradients for coherence selection. Phase sensitive by sampling +/- coherence in alternate scans.
7	selective hmbc with gradients; used when the selective 180 is greater than approx 1.5 ms
-	selective hmbc with gradients; used when the selective 180 is less than approx 1.5 ms
8	hsqc with selective 180(1H) pulses for high S/N
9	3D HNCaCb - Gradient enhanced
10	3D HNCaCb - Gradient enhanced with minimal H2O saturation
11	3D HNCA with Gradient sensitivity enhancement with minimal H2O saturation
12	3D HNCO with Gradient sensitivity enhancement with minimal H2O saturation
13	3D HN(CO)CA with gradient sensitivity enhancement and minimal H2O saturation
14	3D HCAN, gradient enhanced, deuterium decoupled
-	- gradient program for 3D HCAN, gradient enhanced, deuterium decoupled
-	- include file for 3D HCAN, gradient enhanced, deuterium decoupled
15	3D HCA(CO)N, gradient enhanced, deuterium decoupled
-	- gradient program for 3D HCA(CO)N, gradient enhanced, deuterium decoupled
-	- include file for 3D HCA(CO)N, gradient enhanced, deuterium decoupled
16	13C edited (HMQC) 1D NOE difference JR for water suppression (9/27/95)
17	Block-decoupled diagonal elements with spin diffusion eliminated 3D NOESY
18	Block-decoupled off-diagonal elements with spin diffusion eliminated 3D NOESY
19	4D (13C,13C)-HMQC-NOESY-HSQC
65	symmetrized CW-ROESY, program for DMX hardware, tested on DMX 500i and DMX750
20	2D 1H/15N heteronuclear NOE with water along +Z
21	Bruker AMX 15N-1H 3D NOESY-HSQC with Sensitivity-enhanced
22	DMX using States-TPPI
-	Off-resonance T1rho experiment - general comment file
-	Off-resonance T1rho experiment - pulse sequence
-	Off-resonance T1rho experiment - parameter list
-	Off-resonance T1rho experiment - README file for the gradients
-	Off-resonance T1rho experiment - gradient include file
-	Off-resonance T1rho experiment - example gradient file
-	Off-resonance T1rho experiment - C source code for shaped pulses
23	DMX using States-TPPI
24	2D difference 13C CT-HSQC for determination of J3(C'Cb) in Val, Ile, and Thr residues for the determination of X1 angle
25	Bruker DMX non-gradient 2D CT-HSQC; reference for 3D HNHB
26	Bruker DMX gradient 2D CT-HSQC; reference for 3D gradient HNHB
-	Auxiliary program needed by gradient 2D CT-HSQC
27	Measurement of 3J(HnHa) from a set of 2D J-modulated HMQC spectra.
28	2D difference 13C CT-HSQC for determination of J3(NC) in Val, Ile, and Thr residues for the determination of X1 angle
29	Bruker DMX non-gradient 3D HNHB
30	Bruker DMX gradient 3D HNHB
-	Auxiliary program needed by gradient 3D HNHB
31	Measurement of 3J(HaC') from E.COSY splitting.
32	Measurement of 3J(HnCb) from E.COSY splitting.
33	Measurement of 3J(HnHa) from E.COSY splitting.
34	Measurement of C' to H J couplings from quantitative-type measurement.
61	1H-15N HSQC with enhanced sensitivity PFG and minimal perturbation of water.
62	CB - aromatic Hd,He correlation.
63	CB - aromatic Hd correlation.
-	Constant time CPMG-HSQC.
-	Constant time CPMG-HSQC. - description
-	Constant time CPMG-HSQC. - parameters
-	CPMG-HSQC.
-	CPMG-HSQC - pulse sequence description.
-	CPMG-HSQC -parameters.
-	CPMG-HSQC - reference pulse sequence.
-	CPMG-HSQC - reference pulse sequence parameters.
35	HNCO
36	CBCA(CO)NH
37	CBCACO(CA)HA
38	HNCACB
39	H(CC-tocsy)-NNH
40	C(CC-tocsy)-NNH
41	HCCH-TOCSY
42	15N-edited TOCSY-HSQC
43	(1H-15N-1H) shift correlation double resonance experiment to measure 3J(HN-HA) coupling constants
44	1H->15N NOE
45	1H-15N HSQC to detect amide proton exchange rates and NOE's to water
46	1H-15N HSQC to detect amide proton exchange rates and ROE's to water for above experiment
47	15N-edited NOESY-HSQC
48	15N,13C-edited NOESY
49	13C-filtered NOESY
50	15N,13C-selected NOESY
51	13C,13C-edited NOESY
52	15N,13C-edited NOESY
53	2D 15N T1
54	2D 15N T2
55	1H/15N HMQCJ
-	spin-echo difference constant-time HCCH-COSY (C1' frequency labeled)
-	spin-echo difference constant-time HCCH-COSY (C2' frequency labeled)
56	1D 1H
57	1H selective pulse calibration
58	Calibration of nucleus pulse on channel 2
59	Calibration of X nucleus shaped pulse on channel 2
60	Calibration of X nucleus pulse on channel 3

Disclaimer

Users of pulse sequences available from this library employ them at their own risk. Individuals or affiliated organizations who provide pulse sequences for distribution from this library are not legally or otherwise liable, responsible, or accountable for physical damage or any other damage incurred by those who use a pulse sequence taken from this library. Neither BioMagResBank nor the University of Wisconsin are liable for any physical or other damage incurred during the use of a pulse sequence or other information obtained from this library.

The pulse sequences found in this library are provided "as is" for your information. They have NOT been tested, and no guarantee as to the accuracy of the pulse sequence or its functionality is given or implied. NO support for the use of these pulse sequences is provided by BMRB or those who submit a sequence. Please DO NOT contact BMRB or authors concerning the implementation of pulse sequences.

Submission Procedure

ASCII text files containing pulse sequences, text files describing the experiments, and other ancillary files can be submitted by anonymous ftp to "ftp.bmrb.wisc.edu". Please place the files in the incoming/pulse_sequence directory and notify Eldon Ulrich by e-mail (elu@bmrb.wisc.edu) that a pulse sequence has been deposited. Please indicate in the e-mail to Eldon Ulrich the names of all the files included in the submission.

Required:

Brief title for the pulse sequence.
Suggested location for the pulse sequence in the library.
Concise description of what the pulse sequence is intended to provide.
Spectrometer manufacturer and model(s) on which the pulse sequence is known to operate.
Pulse sequence with phase cycling as an ASCII text file.
Literature reference, if appropriate.
Name(s) of author(s)

This information can be included as comments in the file containing the pulse sequence.

Optional:

File containing a figure describing the pulse sequence. Please indicate the format of the file
(postscript, GIF, MPEG, etc.).
Files containing parameter lists used to execute the pulse sequence
(shaped pulses, gradient programs, frequency lists, delay lists, etc.)

Sample Minimal Submission
Sample Fancy Submission