NMR Restraints Grid
| |
NMR Restraints Grid |
|
Result table
| image | mrblock_id | pdb_id | bmrb_id | cing | stage | program | type | subtype | subsubtype |
|
|
571509 |
2mi0   |
19662 | cing | 3-converted-DOCR | XPLOR/CNS | distance | general distance | ambi |
assi
(( segid " A" and resid 1 and name O6 ))
(( segid " A" and resid 21 and name N4 ))
2.910 0.040 0.040
assi
(( segid " A" and resid 3 and name O6 ))
(( segid " A" and resid 19 and name N4 ))
2.910 0.040 0.040
assi
(( segid " A" and resid 18 and name O6 ))
(( segid " A" and resid 4 and name N4 ))
2.910 0.040 0.040
assi
(( segid " A" and resid 6 and name O6 ))
(( segid " A" and resid 16 and name N4 ))
2.910 0.040 0.040
assi
(( segid " B" and resid 101 and name O6 ))
(( segid " B" and resid 121 and name N4 ))
2.910 0.040 0.040
assi
(( segid " B" and resid 120 and name O6 ))
(( segid " B" and resid 102 and name N4 ))
2.910 0.040 0.040
assi
(( segid " B" and resid 103 and name O6 ))
(( segid " B" and resid 119 and name N4 ))
2.910 0.040 0.040
assi
(( segid " B" and resid 117 and name O6 ))
(( segid " B" and resid 105 and name N4 ))
2.910 0.040 0.040
assi
(( segid " B" and resid 107 and name O6 ))
(( segid " B" and resid 115 and name N4 ))
2.910 0.040 0.040
assi
(( segid " A" and resid 11 and name O6 ))
(( segid " B" and resid 112 and name N4 ))
2.910 0.040 0.040
assi
(( segid " B" and resid 110 and name O6 ))
(( segid " A" and resid 13 and name N4 ))
2.910 0.040 0.040
assi
(( segid " A" and resid 1 and name H1 ))
(( segid " A" and resid 21 and name N3 ))
2.000 0.040 0.040
assi
(( segid " A" and resid 3 and name H1 ))
(( segid " A" and resid 19 and name N3 ))
2.000 0.040 0.040
assi
(( segid " A" and resid 18 and name H1 ))
(( segid " A" and resid 4 and name N3 ))
2.000 0.040 0.040
assi
(( segid " A" and resid 6 and name H1 ))
(( segid " A" and resid 16 and name N3 ))
2.000 0.040 0.040
assi
(( segid " B" and resid 101 and name H1 ))
(( segid " B" and resid 121 and name N3 ))
2.000 0.040 0.040
assi
(( segid " B" and resid 120 and name H1 ))
(( segid " B" and resid 102 and name N3 ))
2.000 0.040 0.040
assi
(( segid " B" and resid 103 and name H1 ))
(( segid " B" and resid 119 and name N3 ))
2.000 0.040 0.040
assi
(( segid " B" and resid 117 and name H1 ))
(( segid " B" and resid 105 and name N3 ))
2.000 0.040 0.040
assi
(( segid " B" and resid 107 and name H1 ))
(( segid " B" and resid 115 and name N3 ))
2.000 0.040 0.040
assi
(( segid " A" and resid 11 and name H1 ))
(( segid " B" and resid 112 and name N3 ))
2.000 0.040 0.040
assi
(( segid " B" and resid 110 and name H1 ))
(( segid " A" and resid 13 and name N3 ))
2.000 0.040 0.040
assi
(( segid " A" and resid 1 and name N1 ))
(( segid " A" and resid 21 and name N3 ))
2.950 0.040 0.040
assi
(( segid " A" and resid 3 and name N1 ))
(( segid " A" and resid 19 and name N3 ))
2.950 0.040 0.040
assi
(( segid " A" and resid 18 and name N1 ))
(( segid " A" and resid 4 and name N3 ))
2.950 0.040 0.040
assi
(( segid " A" and resid 6 and name N1 ))
(( segid " A" and resid 16 and name N3 ))
2.950 0.040 0.040
assi
(( segid " B" and resid 101 and name N1 ))
(( segid " B" and resid 121 and name N3 ))
2.950 0.040 0.040
assi
(( segid " B" and resid 120 and name N1 ))
(( segid " B" and resid 102 and name N3 ))
2.950 0.040 0.040
assi
(( segid " B" and resid 103 and name N1 ))
(( segid " B" and resid 119 and name N3 ))
2.950 0.040 0.040
assi
(( segid " B" and resid 117 and name N1 ))
(( segid " B" and resid 105 and name N3 ))
2.950 0.040 0.040
assi
(( segid " B" and resid 107 and name N1 ))
(( segid " B" and resid 115 and name N3 ))
2.950 0.040 0.040
assi
(( segid " A" and resid 11 and name N1 ))
(( segid " B" and resid 112 and name N3 ))
2.950 0.040 0.040
assi
(( segid " B" and resid 110 and name N1 ))
(( segid " A" and resid 13 and name N3 ))
2.950 0.040 0.040
assi
(( segid " A" and resid 1 and name N2 ))
(( segid " A" and resid 21 and name O2 ))
2.860 0.040 0.040
assi
(( segid " A" and resid 3 and name N2 ))
(( segid " A" and resid 19 and name O2 ))
2.860 0.040 0.040
assi
(( segid " A" and resid 18 and name N2 ))
(( segid " A" and resid 4 and name O2 ))
2.860 0.040 0.040
assi
(( segid " A" and resid 6 and name N2 ))
(( segid " A" and resid 16 and name O2 ))
2.860 0.040 0.040
assi
(( segid " B" and resid 101 and name N2 ))
(( segid " B" and resid 121 and name O2 ))
2.860 0.040 0.040
assi
(( segid " B" and resid 120 and name N2 ))
(( segid " B" and resid 102 and name O2 ))
2.860 0.040 0.040
assi
(( segid " B" and resid 103 and name N2 ))
(( segid " B" and resid 119 and name O2 ))
2.860 0.040 0.040
assi
(( segid " B" and resid 117 and name N2 ))
(( segid " B" and resid 105 and name O2 ))
2.860 0.040 0.040
assi
(( segid " B" and resid 107 and name N2 ))
(( segid " B" and resid 115 and name O2 ))
2.860 0.040 0.040
assi
(( segid " A" and resid 11 and name N2 ))
(( segid " B" and resid 112 and name O2 ))
2.860 0.040 0.040
assi
(( segid " B" and resid 110 and name N2 ))
(( segid " A" and resid 13 and name O2 ))
2.860 0.040 0.040
assi
(( segid " A" and resid 1 and name N2 ))
(( segid " A" and resid 21 and name H6 ))
6.700 0.100 0.100
assi
(( segid " A" and resid 3 and name N2 ))
(( segid " A" and resid 19 and name H6 ))
6.700 0.100 0.100
assi
(( segid " A" and resid 18 and name N2 ))
(( segid " A" and resid 4 and name H6 ))
6.700 0.100 0.100
assi
(( segid " A" and resid 6 and name N2 ))
(( segid " A" and resid 16 and name H6 ))
6.700 0.100 0.100
assi
(( segid " B" and resid 101 and name N2 ))
(( segid " B" and resid 121 and name H6 ))
6.700 0.100 0.100
assi
(( segid " B" and resid 120 and name N2 ))
(( segid " B" and resid 102 and name H6 ))
6.700 0.100 0.100
assi
(( segid " B" and resid 103 and name N2 ))
(( segid " B" and resid 119 and name H6 ))
6.700 0.100 0.100
assi
(( segid " B" and resid 117 and name N2 ))
(( segid " B" and resid 105 and name H6 ))
6.700 0.100 0.100
assi
(( segid " B" and resid 107 and name N2 ))
(( segid " B" and resid 115 and name H6 ))
6.700 0.100 0.100
assi
(( segid " A" and resid 11 and name N2 ))
(( segid " B" and resid 112 and name H6 ))
6.700 0.100 0.100
assi
(( segid " B" and resid 110 and name N2 ))
(( segid " A" and resid 13 and name H6 ))
6.700 0.100 0.100
assi
(( segid " A" and resid 1 and name O6 ))
(( segid " A" and resid 21 and name H5 ))
5.600 0.100 0.100
assi
(( segid " A" and resid 3 and name O6 ))
(( segid " A" and resid 19 and name H5 ))
5.600 0.100 0.100
assi
(( segid " A" and resid 18 and name O6 ))
(( segid " A" and resid 4 and name H5 ))
5.600 0.100 0.100
assi
(( segid " A" and resid 6 and name O6 ))
(( segid " A" and resid 16 and name H5 ))
5.600 0.100 0.100
assi
(( segid " B" and resid 101 and name O6 ))
(( segid " B" and resid 121 and name H5 ))
5.600 0.100 0.100
assi
(( segid " B" and resid 120 and name O6 ))
(( segid " B" and resid 102 and name H5 ))
5.600 0.100 0.100
assi
(( segid " B" and resid 103 and name O6 ))
(( segid " B" and resid 119 and name H5 ))
5.600 0.100 0.100
assi
(( segid " B" and resid 117 and name O6 ))
(( segid " B" and resid 105 and name H5 ))
5.600 0.100 0.100
assi
(( segid " B" and resid 107 and name O6 ))
(( segid " B" and resid 115 and name H5 ))
5.600 0.100 0.100
assi
(( segid " A" and resid 11 and name O6 ))
(( segid " B" and resid 112 and name H5 ))
5.600 0.100 0.100
assi
(( segid " B" and resid 110 and name O6 ))
(( segid " A" and resid 13 and name H5 ))
5.600 0.100 0.100
assi
(( segid " A" and resid 2 and name N1 ))
(( segid " A" and resid 20 and name H3 ))
1.870 0.040 0.040
assi
(( segid " A" and resid 5 and name N1 ))
(( segid " A" and resid 17 and name H3 ))
1.870 0.040 0.040
assi
(( segid " B" and resid 106 and name N1 ))
(( segid " B" and resid 116 and name H3 ))
1.870 0.040 0.040
assi
(( segid " B" and resid 111 and name N1 ))
(( segid " A" and resid 12 and name H3 ))
1.870 0.040 0.040
assi
(( segid " A" and resid 2 and name N6 ))
(( segid " A" and resid 20 and name O4 ))
2.950 0.040 0.040
assi
(( segid " A" and resid 5 and name N6 ))
(( segid " A" and resid 17 and name O4 ))
2.950 0.040 0.040
assi
(( segid " B" and resid 106 and name N6 ))
(( segid " B" and resid 116 and name O4 ))
2.950 0.040 0.040
assi
(( segid " B" and resid 111 and name N6 ))
(( segid " A" and resid 12 and name O4 ))
2.950 0.040 0.040
assi
(( segid " A" and resid 2 and name N1 ))
(( segid " A" and resid 20 and name N3 ))
2.820 0.040 0.040
assi
(( segid " A" and resid 5 and name N1 ))
(( segid " A" and resid 17 and name N3 ))
2.820 0.040 0.040
assi
(( segid " B" and resid 106 and name N1 ))
(( segid " B" and resid 116 and name N3 ))
2.820 0.040 0.040
assi
(( segid " B" and resid 111 and name N1 ))
(( segid " A" and resid 12 and name N3 ))
2.820 0.040 0.040
assi
(( segid " A" and resid 2 and name N6 ))
(( segid " A" and resid 20 and name H5 ))
5.600 0.040 0.040
assi
(( segid " A" and resid 5 and name N6 ))
(( segid " A" and resid 17 and name H5 ))
5.600 0.040 0.040
assi
(( segid " B" and resid 106 and name N6 ))
(( segid " B" and resid 116 and name H5 ))
5.600 0.040 0.040
assi
(( segid " B" and resid 111 and name N6 ))
(( segid " A" and resid 12 and name H5 ))
5.600 0.040 0.040
assi
(( segid " B" and resid 104 and name O6 ))
(( segid " B" and resid 118 and name H3 ))
1.950 0.040 0.040
assi
(( segid " B" and resid 104 and name H1 ))
(( segid " B" and resid 118 and name O2 ))
1.950 0.040 0.040
assi
(( segid " B" and resid 104 and name O6 ))
(( segid " B" and resid 118 and name N3 ))
2.900 0.040 0.040
assi
(( segid " B" and resid 104 and name N1 ))
(( segid " B" and resid 118 and name O2 ))
2.900 0.040 0.040
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