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	subtype	subsubtype
	622121	5j7j RC	30062	cing	3-converted-DOCR	XPLOR/CNS	distance	general distance	ambi

 assi 
   (( segid "   B" and resid 3    and name  HA  ))
   (( segid "   B" and resid 6    and name  HB  ))
      0.000     0.000     2.500

 assi 
   (( segid "   B" and resid 4    and name  HA  ))
   (( segid "   B" and resid 7    and name  HB  ))
      0.000     0.000     2.500

 assi 
   (( segid "   B" and resid 5    and name  HA  ))
   (( segid "   B" and resid 8    and name  HB  ))
      0.000     0.000     2.500

 assi 
   (( segid "   B" and resid 6    and name  HA  ))
   (( segid "   B" and resid 9    and name  HB  ))
      0.000     0.000     2.500

 assi 
   (( segid "   B" and resid 7    and name  HA  ))
   (  segid "   B" and resid 10   and name  HB# )
      0.000     0.000     2.500

 assi 
   (( segid "   B" and resid 8    and name  HA  ))
   (  segid "   B" and resid 11   and name  HB# )
      0.000     0.000     2.500

 assi 
   (( segid "   B" and resid 9    and name  HA  ))
   (  segid "   B" and resid 12   and name  HB# )
      0.000     0.000     2.500

 assi 
   (( segid "   B" and resid 10   and name  HA  ))
   (  segid "   B" and resid 13   and name  HB# )
      0.000     0.000     2.500

 assi 
   (( segid "   A" and resid 126  and name  NH1 ))
   (( segid "   B" and resid 17   and name  OE2 ))
      2.000     2.000     0.000
 or   
   (( segid "   A" and resid 126  and name  NH2 ))
   (( segid "   B" and resid 17   and name  OE1 ))
 or   
   (( segid "   A" and resid 126  and name  NH1 ))
   (( segid "   B" and resid 17   and name  OE1 ))
 or   
   (( segid "   A" and resid 126  and name  NH2 ))
   (( segid "   B" and resid 17   and name  OE2 ))

 assi 
   (( segid "   A" and resid 147  and name  O   ))
   (  segid "   B" and resid 15   and name  HE2#)
      2.000     2.000     0.000

 assi 
   (( segid "   A" and resid 124  and name  CG  ))
   (( segid "   B" and resid 12   and name  HH  ))
      2.000     2.000     0.000

 assi 
   (( segid "   A" and resid 124  and name  CE  ))
   (( segid "   B" and resid 12   and name  CE1 ))
      2.000     2.000     0.000

 assi 
   (( segid "   A" and resid 124  and name  CE  ))
   (( segid "   B" and resid 12   and name  CD1 ))
      2.000     2.000     0.000

 assi 
   (  segid "   A" and resid 136  and name  HG# )
   (( segid "   B" and resid 12   and name  OH  ))
      2.000     2.000     0.000

 assi 
   (( segid "   A" and resid 141  and name  CE2 ))
   (( segid "   B" and resid 12   and name  CD2 ))
      2.000     2.000     0.000

 assi 
   (( segid "   A" and resid 141  and name  CD2 ))
   (( segid "   B" and resid 12   and name  CD2 ))
      2.000     2.000     0.000

 assi 
   (( segid "   A" and resid 141  and name  CD2 ))
   (( segid "   B" and resid 12   and name  CE2 ))
      2.000     2.000     0.000

 assi 
   (( segid "   A" and resid 141  and name  CE2 ))
   (( segid "   B" and resid 12   and name  CE2 ))
      2.000     2.000     0.000

 assi 
   (( segid "   A" and resid 144  and name  CE  ))
   (( segid "   B" and resid 12   and name  CE2 ))
      2.000     2.000     0.000

 assi 
   (( segid "   A" and resid 144  and name  CE  ))
   (( segid "   B" and resid 12   and name  CD2 ))
      2.000     2.000     0.000

 assi 
   (  segid "   A" and resid 55   and name  HG2#)
   (( segid "   B" and resid 3    and name  HG  ))
      2.000     2.000     0.000

 assi 
   (  segid "   A" and resid 63   and name  HD1#)
   (( segid "   B" and resid 3    and name  HG  ))
      2.000     2.000     0.000

 assi 
   (  segid "   A" and resid 63   and name  HG2#)
   (( segid "   B" and resid 3    and name  HG  ))
      2.000     2.000     0.000

 assi 
   (  segid "   A" and resid 63   and name  HG1#)
   (( segid "   B" and resid 3    and name  HG  ))
      2.000     2.000     0.000

 assi 
   (( segid "   A" and resid 63   and name  HB  ))
   (( segid "   B" and resid 3    and name  HG  ))
      2.000     2.000     0.000