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

371654 1coc 4416 cing 3-converted-DOCR XPLOR/CNS distance general distance ambi
 assi 
   (( segid "   A" and resid 3    and name  H2  ))
   (( segid "   A" and resid 3    and name  H1' ))

      4.350     0.150     0.150
 assi 
   (( segid "   A" and resid 6    and name  H2  ))
   (( segid "   A" and resid 6    and name  H1' ))

      4.350     0.150     0.150
 assi 
   (( segid "   A" and resid 7    and name  H2  ))
   (( segid "   A" and resid 7    and name  H1' ))

      4.350     0.150     0.150
 assi 
   (( segid "   A" and resid 10   and name  H2  ))
   (( segid "   A" and resid 10   and name  H1' ))

      4.350     0.150     0.150
 assi 
   (( segid "   A" and resid 11   and name  H2  ))
   (( segid "   A" and resid 11   and name  H1' ))

      4.350     0.150     0.150
 assi 
   (( segid "   B" and resid 4    and name  H2  ))
   (( segid "   B" and resid 4    and name  H1' ))

      4.350     0.150     0.150
 assi 
   (( segid "   B" and resid 5    and name  H2  ))
   (( segid "   B" and resid 5    and name  H1' ))

      4.350     0.150     0.150
 assi 
   (( segid "   A" and resid 3    and name  H2  ))
   (( segid "   A" and resid 4    and name  H1' ))

      4.000     0.100     0.100
 assi 
   (( segid "   A" and resid 6    and name  H2  ))
   (( segid "   A" and resid 7    and name  H1' ))

      4.000     0.100     0.100
 assi 
   (( segid "   A" and resid 7    and name  H2  ))
   (( segid "   A" and resid 8    and name  H1' ))

      4.000     0.100     0.100
 assi 
   (( segid "   A" and resid 10   and name  H2  ))
   (( segid "   A" and resid 11   and name  H1' ))

      4.200     0.100     0.100
 assi 
   (( segid "   A" and resid 11   and name  H2  ))
   (( segid "   A" and resid 12   and name  H1' ))

      4.000     0.100     0.100
 assi 
   (( segid "   B" and resid 4    and name  H2  ))
   (( segid "   B" and resid 5    and name  H1' ))

      4.300     0.100     0.100
 assi 
   (( segid "   B" and resid 5    and name  H2  ))
   (( segid "   B" and resid 6    and name  H1' ))

      4.000     0.100     0.100
 assi 
   (( segid "   A" and resid 3    and name  H2  ))
   (( segid "   B" and resid 11   and name  H1' ))

      4.400     0.200     0.200
 assi 
   (( segid "   A" and resid 6    and name  H2  ))
   (( segid "   B" and resid 8    and name  H1' ))

      4.200     0.200     0.200
 assi 
   (( segid "   A" and resid 7    and name  H2  ))
   (( segid "   B" and resid 7    and name  H1' ))

      4.200     0.200     0.200
 assi 
   (( segid "   A" and resid 10   and name  H2  ))
   (( segid "   B" and resid 4    and name  H1' ))

      4.900     0.100     0.100
 assi 
   (( segid "   A" and resid 11   and name  H2  ))
   (( segid "   B" and resid 3    and name  H1' ))

      4.650     0.150     0.150
 assi 
   (( segid "   B" and resid 4    and name  H2  ))
   (( segid "   A" and resid 10   and name  H1' ))

      4.750     0.250     0.250
 assi 
   (( segid "   B" and resid 5    and name  H2  ))
   (( segid "   A" and resid 9    and name  H1' ))

      4.650     0.150     0.150
 assi 
   (( segid "   A" and resid 1    and name  H1' ))
   (( segid "   A" and resid 1    and name  H8  ))

      3.600     0.100     0.100
 assi 
   (( segid "   A" and resid 2    and name  H1' ))
   (( segid "   A" and resid 2    and name  H6  ))

      3.600     0.100     0.100
 assi 
   (( segid "   A" and resid 3    and name  H1' ))
   (( segid "   A" and resid 3    and name  H8  ))

      3.500     0.100     0.100
 assi 
   (( segid "   A" and resid 4    and name  H1' ))
   (( segid "   A" and resid 4    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   A" and resid 5    and name  H1' ))
   (( segid "   A" and resid 5    and name  H8  ))

      3.800     0.100     0.100
 assi 
   (( segid "   A" and resid 6    and name  H1' ))
   (( segid "   A" and resid 6    and name  H8  ))

      3.600     0.100     0.100
 assi 
   (( segid "   A" and resid 7    and name  H1' ))
   (( segid "   A" and resid 7    and name  H8  ))

      3.600     0.100     0.100
 assi 
   (( segid "   A" and resid 8    and name  H1' ))
   (( segid "   A" and resid 8    and name  H6  ))

      3.600     0.100     0.100
 assi 
   (( segid "   A" and resid 9    and name  H1' ))
   (( segid "   A" and resid 9    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   A" and resid 10   and name  H1' ))
   (( segid "   A" and resid 10   and name  H8  ))

      3.600     0.100     0.100
 assi 
   (( segid "   A" and resid 11   and name  H1' ))
   (( segid "   A" and resid 11   and name  H8  ))

      3.500     0.100     0.100
 assi 
   (( segid "   A" and resid 12   and name  H1' ))
   (( segid "   A" and resid 12   and name  H8  ))

      3.600     0.100     0.100
 assi 
   (( segid "   B" and resid 1    and name  H1' ))
   (( segid "   B" and resid 1    and name  H6  ))

      3.600     0.100     0.100
 assi 
   (( segid "   B" and resid 2    and name  H1' ))
   (( segid "   B" and resid 2    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 3    and name  H1' ))
   (( segid "   B" and resid 3    and name  H6  ))

      3.650     0.150     0.150
 assi 
   (( segid "   B" and resid 4    and name  H1' ))
   (( segid "   B" and resid 4    and name  H8  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 5    and name  H1' ))
   (( segid "   B" and resid 5    and name  H8  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 6    and name  H1' ))
   (( segid "   B" and resid 6    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 7    and name  H1' ))
   (( segid "   B" and resid 7    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 8    and name  H1' ))
   (( segid "   B" and resid 8    and name  H6  ))

      3.650     0.150     0.150
 assi 
   (( segid "   B" and resid 9    and name  H1' ))
   (( segid "   B" and resid 9    and name  H8  ))

      3.650     0.150     0.150
 assi 
   (( segid "   B" and resid 10   and name  H1' ))
   (( segid "   B" and resid 10   and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 11   and name  H1' ))
   (( segid "   B" and resid 11   and name  H8  ))

      3.800     0.100     0.100
 assi 
   (( segid "   B" and resid 12   and name  H1' ))
   (( segid "   B" and resid 12   and name  H6  ))

      3.600     0.100     0.100
 assi 
   (( segid "   A" and resid 1    and name  H1' ))
   (( segid "   A" and resid 2    and name  H6  ))

      3.600     0.100     0.100
 assi 
   (( segid "   A" and resid 2    and name  H1' ))
   (( segid "   A" and resid 3    and name  H8  ))

      3.600     0.100     0.100
 assi 
   (( segid "   A" and resid 3    and name  H1' ))
   (( segid "   A" and resid 4    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   A" and resid 4    and name  H1' ))
   (( segid "   A" and resid 5    and name  H8  ))

      3.900     0.100     0.100
 assi 
   (( segid "   A" and resid 5    and name  H1' ))
   (( segid "   A" and resid 6    and name  H8  ))

      3.800     0.100     0.100
 assi 
   (( segid "   A" and resid 6    and name  H1' ))
   (( segid "   A" and resid 7    and name  H8  ))

      3.500     0.100     0.100
 assi 
   (( segid "   A" and resid 7    and name  H1' ))
   (( segid "   A" and resid 8    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   A" and resid 8    and name  H1' ))
   (( segid "   A" and resid 9    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   A" and resid 9    and name  H1' ))
   (( segid "   A" and resid 10   and name  H8  ))

      3.700     0.100     0.100
 assi 
   (( segid "   A" and resid 10   and name  H1' ))
   (( segid "   A" and resid 11   and name  H8  ))

      3.900     0.100     0.100
 assi 
   (( segid "   A" and resid 11   and name  H1' ))
   (( segid "   A" and resid 12   and name  H8  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 1    and name  H1' ))
   (( segid "   B" and resid 2    and name  H6  ))

      3.600     0.100     0.100
 assi 
   (( segid "   B" and resid 2    and name  H1' ))
   (( segid "   B" and resid 3    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 3    and name  H1' ))
   (( segid "   B" and resid 4    and name  H8  ))

      3.800     0.100     0.100
 assi 
   (( segid "   B" and resid 4    and name  H1' ))
   (( segid "   B" and resid 5    and name  H8  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 5    and name  H1' ))
   (( segid "   B" and resid 6    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 6    and name  H1' ))
   (( segid "   B" and resid 7    and name  H6  ))

      3.400     0.100     0.100
 assi 
   (( segid "   B" and resid 7    and name  H1' ))
   (( segid "   B" and resid 8    and name  H6  ))

      3.500     0.100     0.100
 assi 
   (( segid "   B" and resid 8    and name  H1' ))
   (( segid "   B" and resid 9    and name  H8  ))

      3.900     0.100     0.100
 assi 
   (( segid "   B" and resid 9    and name  H1' ))
   (( segid "   B" and resid 10   and name  H6  ))

      3.600     0.100     0.100
 assi 
   (( segid "   B" and resid 10   and name  H1' ))
   (( segid "   B" and resid 11   and name  H8  ))

      3.900     0.100     0.100
 assi 
   (( segid "   B" and resid 11   and name  H1' ))
   (( segid "   B" and resid 12   and name  H6  ))

      3.600     0.100     0.100
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image	mrblock_id	pdb_id	bmrb_id	cing	stage	program	type	subtype	subsubtype
	371654	1coc	4416	cing	3-converted-DOCR	XPLOR/CNS	distance	general distance	ambi