NMR Restraints Grid

Result table
(Save to zip file containing files for each block)

image mrblock_id pdb_id cing stage program type subtype subsubtype

368447 1atw cing 3-converted-DOCR XPLOR/CNS distance general distance ambi
 assi 
   (( segid "   A" and resid 1    and name  H1' ))
   (( segid "   A" and resid 1    and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 1    and name  H1' ))
   (( segid "   A" and resid 1    and name  H3' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 1    and name  H1' ))
   (( segid "   A" and resid 1    and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 1    and name  H8  ))
   (( segid "   A" and resid 1    and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 1    and name  H8  ))
   (( segid "   A" and resid 1    and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 1    and name  H8  ))
   (( segid "   A" and resid 1    and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 1    and name  H1' ))
   (( segid "   A" and resid 2    and name  H6  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 1    and name  H2' ))
   (( segid "   A" and resid 2    and name  H6  ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 1    and name  H3' ))
   (( segid "   A" and resid 2    and name  H6  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 1    and name  H2' ))
   (( segid "   A" and resid 2    and name  H5  ))

      2.000     0.000     2.500
 assi 
   (( segid "   A" and resid 1    and name  H3' ))
   (( segid "   A" and resid 2    and name  H5  ))

      2.000     0.000     2.500
 assi 
   (( segid "   A" and resid 1    and name  H2' ))
   (( segid "   A" and resid 2    and name  H1' ))

      3.000     0.000     2.500
 assi 
   (( segid "   A" and resid 1    and name  H8  ))
   (( segid "   A" and resid 2    and name  H6  ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 1    and name  H8  ))
   (( segid "   A" and resid 2    and name  H5  ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 2    and name  H1' ))
   (( segid "   A" and resid 2    and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 2    and name  H1' ))
   (( segid "   A" and resid 2    and name  H3' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 2    and name  H1' ))
   (( segid "   A" and resid 2    and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 2    and name  H6  ))
   (( segid "   A" and resid 2    and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 2    and name  H6  ))
   (( segid "   A" and resid 2    and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 2    and name  H6  ))
   (( segid "   A" and resid 2    and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 2    and name  H1' ))
   (( segid "   A" and resid 3    and name  H6  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 2    and name  H2' ))
   (( segid "   A" and resid 3    and name  H6  ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 2    and name  H3' ))
   (( segid "   A" and resid 3    and name  H6  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 2    and name  H2' ))
   (( segid "   A" and resid 3    and name  H5  ))

      2.000     0.000     2.500
 assi 
   (( segid "   A" and resid 2    and name  H3' ))
   (( segid "   A" and resid 3    and name  H5  ))

      2.000     0.000     2.500
 assi 
   (( segid "   A" and resid 2    and name  H5  ))
   (( segid "   A" and resid 3    and name  H5  ))

      2.500     0.000     3.000
 assi 
   (( segid "   A" and resid 2    and name  H6  ))
   (( segid "   A" and resid 3    and name  H6  ))

      3.000     0.000     2.500
 assi 
   (( segid "   A" and resid 2    and name  H2' ))
   (( segid "   A" and resid 3    and name  H1' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 3    and name  H1' ))
   (( segid "   A" and resid 3    and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 3    and name  H1' ))
   (( segid "   A" and resid 3    and name  H3' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 3    and name  H1' ))
   (( segid "   A" and resid 3    and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 3    and name  H6  ))
   (( segid "   A" and resid 3    and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 3    and name  H6  ))
   (( segid "   A" and resid 3    and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 3    and name  H6  ))
   (( segid "   A" and resid 3    and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 3    and name  H1' ))
   (( segid "   A" and resid 4    and name  H6  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 3    and name  H2' ))
   (( segid "   A" and resid 4    and name  H6  ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 3    and name  H3' ))
   (( segid "   A" and resid 4    and name  H6  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 3    and name  H2' ))
   (( segid "   A" and resid 4    and name  H5  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 3    and name  H3' ))
   (( segid "   A" and resid 4    and name  H5  ))

      2.000     0.000     2.500
 assi 
   (( segid "   A" and resid 3    and name  H5  ))
   (( segid "   A" and resid 4    and name  H5  ))

      2.500     0.000     3.000
 assi 
   (( segid "   A" and resid 3    and name  H6  ))
   (( segid "   A" and resid 4    and name  H6  ))

      3.000     0.000     2.500
 assi 
   (( segid "   A" and resid 3    and name  H2' ))
   (( segid "   A" and resid 4    and name  H1' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 4    and name  H1' ))
   (( segid "   A" and resid 4    and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 4    and name  H1' ))
   (( segid "   A" and resid 4    and name  H3' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 4    and name  H1' ))
   (( segid "   A" and resid 4    and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 4    and name  H6  ))
   (( segid "   A" and resid 4    and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 4    and name  H6  ))
   (( segid "   A" and resid 4    and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 4    and name  H6  ))
   (( segid "   A" and resid 4    and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 4    and name  H1' ))
   (( segid "   A" and resid 5    and name  H6  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 4    and name  H2' ))
   (( segid "   A" and resid 5    and name  H6  ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 4    and name  H3' ))
   (( segid "   A" and resid 5    and name  H6  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 4    and name  H2' ))
   (( segid "   A" and resid 5    and name  H5  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 4    and name  H3' ))
   (( segid "   A" and resid 5    and name  H5  ))

      2.000     0.000     2.500
 assi 
   (( segid "   A" and resid 4    and name  H5  ))
   (( segid "   A" and resid 5    and name  H5  ))

      2.500     0.000     3.000
 assi 
   (( segid "   A" and resid 4    and name  H6  ))
   (( segid "   A" and resid 5    and name  H6  ))

      3.000     0.000     2.500
 assi 
   (( segid "   A" and resid 4    and name  H2' ))
   (( segid "   A" and resid 5    and name  H1' ))

      3.000     0.000     2.500
 assi 
   (( segid "   A" and resid 5    and name  H1' ))
   (( segid "   A" and resid 5    and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 5    and name  H1' ))
   (( segid "   A" and resid 5    and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 5    and name  H6  ))
   (( segid "   A" and resid 5    and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 5    and name  H6  ))
   (( segid "   A" and resid 5    and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 5    and name  H6  ))
   (( segid "   A" and resid 5    and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 5    and name  H2' ))
   (( segid "   A" and resid 6    and name  H8  ))

      2.500     0.000     3.000
 assi 
   (( segid "   A" and resid 5    and name  H4' ))
   (( segid "   A" and resid 6    and name  H8  ))

      2.000     0.000     2.500
 assi 
   (( segid "   A" and resid 6    and name  H1' ))
   (( segid "   A" and resid 6    and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 6    and name  H1' ))
   (( segid "   A" and resid 6    and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 6    and name  H8  ))
   (( segid "   A" and resid 6    and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 6    and name  H8  ))
   (( segid "   A" and resid 6    and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 6    and name  H8  ))
   (( segid "   A" and resid 6    and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 7    and name  H1' ))
   (( segid "   A" and resid 7    and name  H2' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 7    and name  H8  ))
   (( segid "   A" and resid 7    and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 7    and name  H8  ))
   (( segid "   A" and resid 7    and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 7    and name  H8  ))
   (( segid "   A" and resid 7    and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 8    and name  H8  ))
   (( segid "   A" and resid 8    and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 8    and name  H8  ))
   (( segid "   A" and resid 8    and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 8    and name  H8  ))
   (( segid "   A" and resid 8    and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 8    and name  H1' ))
   (( segid "   A" and resid 9    and name  H6  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 8    and name  H2' ))
   (( segid "   A" and resid 9    and name  H6  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 8    and name  H3' ))
   (( segid "   A" and resid 9    and name  H6  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 8    and name  H2  ))
   (( segid "   A" and resid 9    and name  H1' ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 8    and name  H2' ))
   (( segid "   A" and resid 9    and name  H5  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 9    and name  H1' ))
   (( segid "   A" and resid 9    and name  H2' ))

      1.800     0.000     1.700
 assi 
   (( segid "   A" and resid 9    and name  H1' ))
   (( segid "   A" and resid 9    and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 9    and name  H6  ))
   (( segid "   A" and resid 9    and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 9    and name  H6  ))
   (( segid "   A" and resid 9    and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 9    and name  H6  ))
   (( segid "   A" and resid 9    and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 9    and name  H3' ))
   (( segid "   A" and resid 10   and name  H8  ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 10   and name  H1' ))
   (( segid "   A" and resid 10   and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 10   and name  H1' ))
   (( segid "   A" and resid 10   and name  H3' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 10   and name  H1' ))
   (( segid "   A" and resid 10   and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 10   and name  H8  ))
   (( segid "   A" and resid 10   and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 10   and name  H8  ))
   (( segid "   A" and resid 10   and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 10   and name  H8  ))
   (( segid "   A" and resid 10   and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 10   and name  H1' ))
   (( segid "   A" and resid 11   and name  H8  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 10   and name  H2' ))
   (( segid "   A" and resid 11   and name  H8  ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 10   and name  H3' ))
   (( segid "   A" and resid 11   and name  H8  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 10   and name  H1  ))
   (( segid "   A" and resid 11   and name  H1  ))

      3.200     0.000     1.300
 assi 
   (( segid "   A" and resid 10   and name  H2' ))
   (( segid "   A" and resid 11   and name  H1' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 10   and name  H8  ))
   (( segid "   A" and resid 11   and name  H8  ))

      3.000     0.000     3.000
 assi 
   (( segid "   A" and resid 11   and name  H1' ))
   (( segid "   A" and resid 11   and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 11   and name  H1' ))
   (( segid "   A" and resid 11   and name  H3' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 11   and name  H1' ))
   (( segid "   A" and resid 11   and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 11   and name  H8  ))
   (( segid "   A" and resid 11   and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 11   and name  H8  ))
   (( segid "   A" and resid 11   and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 11   and name  H8  ))
   (( segid "   A" and resid 11   and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 11   and name  H1' ))
   (( segid "   A" and resid 12   and name  H8  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 11   and name  H2' ))
   (( segid "   A" and resid 12   and name  H8  ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 11   and name  H3' ))
   (( segid "   A" and resid 12   and name  H8  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 11   and name  H2' ))
   (( segid "   A" and resid 12   and name  H1' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 11   and name  H8  ))
   (( segid "   A" and resid 12   and name  H8  ))

      3.000     0.000     3.000
 assi 
   (( segid "   A" and resid 12   and name  H1' ))
   (( segid "   A" and resid 12   and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 12   and name  H1' ))
   (( segid "   A" and resid 12   and name  H3' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 12   and name  H1' ))
   (( segid "   A" and resid 12   and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 12   and name  H8  ))
   (( segid "   A" and resid 12   and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 12   and name  H8  ))
   (( segid "   A" and resid 12   and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 12   and name  H8  ))
   (( segid "   A" and resid 12   and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 12   and name  H1' ))
   (( segid "   A" and resid 13   and name  H8  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 12   and name  H2' ))
   (( segid "   A" and resid 13   and name  H8  ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 12   and name  H3' ))
   (( segid "   A" and resid 13   and name  H8  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 12   and name  H2' ))
   (( segid "   A" and resid 13   and name  H1' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 12   and name  H8  ))
   (( segid "   A" and resid 13   and name  H8  ))

      3.000     0.000     3.000
 assi 
   (( segid "   A" and resid 12   and name  H2  ))
   (( segid "   A" and resid 13   and name  H1' ))

      2.000     0.000     2.500
 assi 
   (( segid "   A" and resid 13   and name  H1' ))
   (( segid "   A" and resid 13   and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 13   and name  H1' ))
   (( segid "   A" and resid 13   and name  H3' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 13   and name  H1' ))
   (( segid "   A" and resid 13   and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 13   and name  H8  ))
   (( segid "   A" and resid 13   and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 13   and name  H8  ))
   (( segid "   A" and resid 13   and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 13   and name  H8  ))
   (( segid "   A" and resid 13   and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 13   and name  H1' ))
   (( segid "   A" and resid 14   and name  H6  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 13   and name  H2' ))
   (( segid "   A" and resid 14   and name  H6  ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 13   and name  H3' ))
   (( segid "   A" and resid 14   and name  H6  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 13   and name  H2' ))
   (( segid "   A" and resid 14   and name  H5  ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 13   and name  H3' ))
   (( segid "   A" and resid 14   and name  H5  ))

      2.000     0.000     2.500
 assi 
   (( segid "   A" and resid 13   and name  H8  ))
   (( segid "   A" and resid 14   and name  H5  ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 13   and name  H8  ))
   (( segid "   A" and resid 14   and name  H6  ))

      3.000     0.000     3.000
 assi 
   (( segid "   A" and resid 13   and name  H2' ))
   (( segid "   A" and resid 14   and name  H1' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 14   and name  H1' ))
   (( segid "   A" and resid 14   and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 14   and name  H1' ))
   (( segid "   A" and resid 14   and name  H3' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 14   and name  H1' ))
   (( segid "   A" and resid 14   and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 14   and name  H6  ))
   (( segid "   A" and resid 14   and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 14   and name  H6  ))
   (( segid "   A" and resid 14   and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 14   and name  H6  ))
   (( segid "   A" and resid 14   and name  H3' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 14   and name  H1' ))
   (( segid "   A" and resid 15   and name  H8  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 14   and name  H2' ))
   (( segid "   A" and resid 15   and name  H8  ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 14   and name  H3' ))
   (( segid "   A" and resid 15   and name  H8  ))

      2.000     0.000     3.000
 assi 
   (( segid "   A" and resid 14   and name  H2' ))
   (( segid "   A" and resid 15   and name  H1' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 15   and name  H1' ))
   (( segid "   A" and resid 15   and name  H2' ))

      1.800     0.000     1.200
 assi 
   (( segid "   A" and resid 15   and name  H1' ))
   (( segid "   A" and resid 15   and name  H4' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 15   and name  H8  ))
   (( segid "   A" and resid 15   and name  H1' ))

      2.000     0.000     2.000
 assi 
   (( segid "   A" and resid 15   and name  H8  ))
   (( segid "   A" and resid 15   and name  H2' ))

      2.500     0.000     2.500
 assi 
   (( segid "   A" and resid 15   and name  H8  ))
   (( segid "   A" and resid 15   and name  H3' ))

      1.800     0.000     1.400
 assi 
   (( segid "   A" and resid 10   and name  H22 ))
   (( segid "   A" and resid 11   and name  H22 ))

      3.000     0.000     3.500
 assi 
   (( segid "   A" and resid 10   and name  O6  ))
   (( segid "   A" and resid 11   and name  O6  ))

      3.000     0.000     3.500
 assi 
   (( segid "   A" and resid 1    and name  O6  ))
   (( segid "   A" and resid 2    and name  H41 ))

      3.000     0.000     3.500
 assi 
   (( segid "   A" and resid 13   and name  O6  ))
   (( segid "   A" and resid 14   and name  H41 ))

      3.000     0.000     3.500
 assi 
   (( segid "   A" and resid 1    and name  H22 ))
   (( segid "   A" and resid 13   and name  H22 ))

      3.000     0.000     3.500
 assi 
   (( segid "   A" and resid 4    and name  H41 ))
   (( segid "   A" and resid 5    and name  H41 ))

      3.000     0.000     3.500
Please acknowledge these references in publications where the data from this site have been utilized.
Contact the webmaster for help, if required. Wednesday, May 1, 2024 11:46:08 PM GMT (wattos1)
image	mrblock_id	pdb_id	cing	stage	program	type	subtype	subsubtype
	368447	1atw	cing	3-converted-DOCR	XPLOR/CNS	distance	general distance	ambi