NMR Restraints Grid

Result table
 (Save to zip file containing files for each block)
image mrblock_id pdb_id bmrb_id cing stage program type
1619 1arr 395 cing 1-original MR format comment 

*HEADER    GENE-REGULATING PROTEIN                 24-AUG-93   1ARR    
*COMPND    ARC REPRESSOR (NMR, MINIMIZED AVERAGE STRUCTURE)            
*SOURCE    SALMONELLA BACTERIOPHAGE P22                                
*AUTHOR    A.M.J.J.BONVIN,H.VIS,M.J.M.BURGERING,J.N.BREG,R.BOELENS,    
*AUTHOR   2 R.KAPTEIN                                                  
*REVDAT   1   31-JAN-94 1ARR    0                                      

REMARK   3 NOE build-ups were obtained from NOESY spectra recorded
REMARK   3 at 600 MHz in H2O and D2O. Additional constraints were
REMARK   3 obtained from a SCUBA experiment revealing NOEs close to 
REMARK   3 the water frequency and from 3D (15N,1H) heteronuclear
REMARK   3 experiments (3D NOE-HMQC).
REMARK   3 The total number of constraints was 1002 per monomer. 
REMARK   3 These consisted of 350 intraresidue, 215 sequential, 
REMARK   3 223 medium-range and 214 long range constraints; 150 
REMARK   3 of the total set correspond to intermonomer constraints.
REMARK   3 16 methylene proton pairs and the methyl groups of 4 valine 
REMARK   3 residues could be stereospecifically assigned. From the
REAMRK   3 stereospecific assignment procedure 21 chi-1 dihedral angle
REMARK   3 constraints could be imposed.

REMARK   5 Arc experimental NOE build-ups (1064) in H2O at 600 MHz              
REMARK   5 The three mixing times are: 0.10000   0.15000   0.20000  [s]         
REMARK   5 Methyl groups are indicated by Q3###. The stereospecifically          
REMARK   5 assigned protons are listed below. For peaks involving
REMARK   5 diastereotopic protons that were not stereospecifically         
REMARK   5 assigned an arbitrary assignment is given.                  
                                         
REMARK   5

Please acknowledge these references in publications where the data from this site have been utilized.

Contact the webmaster for help, if required. Friday, May 3, 2024 10:57:44 AM GMT (wattos1)