NMR Restraints Grid |
Result table
image | mrblock_id | pdb_id | bmrb_id | cing | stage | program | type | subtype | subsubtype | other_prop |
512188 | 2l7d | 17351 | cing | 3-converted-DOCR | DYANA/DIANA | distance | general distance | ambi | LOWER_ONLY=true |
5 ADE H8 5 ADE H1' 1.80 105 ADE H8 105 ADE H1' 1.80 5 ADE H8 4 GUA H2" 1.80 105 ADE H8 104 GUA H2" 1.80 6 ADE H8 5 ADE H1' 1.80 106 ADE H8 105 ADE H1' 1.80 12 GUA H8 12 GUA H1' 1.80 112 GUA H8 112 GUA H1' 1.80 2 GUA H8 2 GUA H1' 1.80 102 GUA H8 102 GUA H1' 1.80 10 GUA H8 10 GUA H1' 1.80 110 GUA H8 110 GUA H1' 1.80 4 GUA H8 3 CYT H1' 1.80 104 GUA H8 103 CYT H1' 1.80 12 GUA H8 11 CYT H1' 1.80 112 GUA H8 111 CYT H1' 1.80 10 GUA H8 9 CYT H1' 1.80 110 GUA H8 109 CYT H1' 1.80 10 GUA H8 11 CYT H5 1.80 110 GUA H8 111 CYT H5 1.80 2 GUA H8 3 CYT H5 1.80 102 GUA H8 103 CYT H5 1.80 6 ADE H2 6 ADE H1' 1.80 106 ADE H2 106 ADE H1' 1.80 9 CYT H6 8 THY H1' 1.80 109 CYT H6 108 THY H1' 1.80 8 THY H6 8 THY H1' 1.80 108 THY H6 108 THY H1' 1.80 5 ADE H2 5 ADE H1' 1.80 105 ADE H2 105 ADE H1' 1.80 7 THY H6 6 ADE H1' 1.80 107 THY H6 106 ADE H1' 1.80 7 THY H6 6 ADE H1' 1.80 107 THY H6 106 ADE H1' 1.80 7 THY H6 6 ADE H1' 1.80 107 THY H6 106 ADE H1' 1.80 7 THY H6 7 THY H1' 1.80 107 THY H6 107 THY H1' 1.80 3 CYT H6 2 GUA H1' 1.80 103 CYT H6 102 GUA H1' 1.80 3 CYT H6 3 CYT H1' 1.80 103 CYT H6 103 CYT H1' 1.80 11 CYT H6 11 CYT H1' 1.80 111 CYT H6 111 CYT H1' 1.80 11 CYT H6 10 GUA H1' 1.80 111 CYT H6 110 GUA H1' 1.80 8 THY H6 7 THY H1' 1.80 108 THY H6 107 THY H1' 1.80 8 THY H6 9 CYT H5 1.80 108 THY H6 109 CYT H5 1.80 9 CYT H6 9 CYT H1' 1.80 109 CYT H6 109 CYT H1' 1.80 5 ADE H2 109 CYT H1' 1.80 105 ADE H2 9 CYT H1' 1.80 1 CYT H6 1 CYT H1' 1.80 101 CYT H6 101 CYT H1' 1.80 6 ADE H8 6 ADE H1' 1.80 106 ADE H8 106 ADE H1' 1.80 5 ADE H8 5 ADE H2' 1.80 105 ADE H8 105 ADE H2' 1.80 6 ADE H8 6 ADE H2' 1.80 106 ADE H8 106 ADE H2' 1.80 6 ADE H8 5 ADE H2" 1.80 106 ADE H8 105 ADE H2" 1.80 7 THY H6 6 ADE H2" 1.80 107 THY H6 106 ADE H2" 1.80 7 THY H6 7 THY H2' 1.80 107 THY H6 107 THY H2' 1.80 7 THY H6 8 THY Q7 1.80 107 THY H6 108 THY Q7 1.80 6 ADE H8 7 THY Q7 1.80 106 ADE H8 107 THY Q7 1.80 3 CYT H6 2 GUA H2" 1.80 103 CYT H6 102 GUA H2" 1.80 3 CYT H6 3 CYT H2' 1.80 103 CYT H6 103 CYT H2' 1.80 11 CYT H6 11 CYT H2' 1.80 111 CYT H6 111 CYT H2' 1.80 8 THY H6 8 THY H2' 1.80 108 THY H6 108 THY H2' 1.80 11 CYT H6 10 GUA H2" 1.80 111 CYT H6 110 GUA H2" 1.80 8 THY H6 7 THY H2" 1.80 108 THY H6 107 THY H2" 1.80 9 CYT H6 8 THY H2" 1.80 109 CYT H6 108 THY H2" 1.80 9 CYT H6 9 CYT H2' 1.80 109 CYT H6 109 CYT H2' 1.80 1 CYT H6 1 CYT H2' 1.80 101 CYT H6 101 CYT H2' 1.80 4 GUA H8 3 CYT H2" 1.80 104 GUA H8 103 CYT H2" 1.80 10 GUA H8 9 CYT H2" 1.80 110 GUA H8 109 CYT H2" 1.80 2 GUA H8 1 CYT H2" 1.80 102 GUA H8 101 CYT H2" 1.80 12 GUA H8 11 CYT H2' 1.80 112 GUA H8 111 CYT H2' 1.80 2 GUA H8 1 CYT H2' 1.80 102 GUA H8 101 CYT H2' 1.80 12 GUA H8 11 CYT H2" 1.80 112 GUA H8 111 CYT H2" 1.80 10 GUA H8 10 GUA H2' 1.80 110 GUA H8 110 GUA H2' 1.80 2 GUA H8 2 GUA H2' 1.80 102 GUA H8 102 GUA H2' 1.80 12 GUA H8 12 GUA H2' 1.80 112 GUA H8 112 GUA H2' 1.80 12 GUA H1' 12 GUA H2" 1.80 112 GUA H1' 112 GUA H2" 1.80 8 THY H1' 8 THY H2" 1.80 108 THY H1' 108 THY H2" 1.80 5 ADE H1' 5 ADE H2" 1.80 105 ADE H1' 105 ADE H2" 1.80 6 ADE H1' 6 ADE H2" 1.80 106 ADE H1' 106 ADE H2" 1.80 3 CYT H1' 3 CYT H2" 1.80 103 CYT H1' 103 CYT H2" 1.80 9 CYT H1' 9 CYT H2" 1.80 109 CYT H1' 109 CYT H2" 1.80 11 CYT H1' 11 CYT H2" 1.80 111 CYT H1' 111 CYT H2" 1.80 1 CYT H1' 1 CYT H2" 1.80 101 CYT H1' 101 CYT H2" 1.80 11 CYT H5 10 GUA H2' 1.80 111 CYT H5 110 GUA H2' 1.80 11 CYT H5 10 GUA H2' 1.80 111 CYT H5 110 GUA H2' 1.80 3 CYT H5 2 GUA H2' 1.80 103 CYT H5 102 GUA H2' 1.80 3 CYT H5 2 GUA H2" 1.80 103 CYT H5 102 GUA H2" 1.80 6 ADE H3' 7 THY Q7 1.80 106 ADE H3' 107 THY Q7 1.80 1 CYT H3' 1 CYT H2' 1.80 101 CYT H3' 101 CYT H2' 1.80 3 CYT H3' 3 CYT H2' 1.80 103 CYT H3' 103 CYT H2' 1.80 12 GUA H3' 12 GUA H2' 1.80 112 GUA H3' 112 GUA H2' 1.80 7 THY H1' 7 THY H2" 1.80 107 THY H1' 107 THY H2" 1.80 9 CYT H5 8 THY H2" 1.80 109 CYT H5 108 THY H2" 1.80 9 CYT H5 8 THY H2' 1.80 109 CYT H5 108 THY H2' 1.80 6 ADE H3' 6 ADE H2' 1.80 106 ADE H3' 106 ADE H2' 1.80 5 ADE H3' 5 ADE H2' 1.80 105 ADE H3' 105 ADE H2' 1.80 10 GUA H3' 10 GUA H2' 1.80 110 GUA H3' 110 GUA H2' 1.80 2 GUA H3' 2 GUA H2' 1.80 102 GUA H3' 102 GUA H2' 1.80 4 GUA H3' 3 CYT H2' 1.80 104 GUA H3' 103 CYT H2' 1.80 8 THY H3' 8 THY H2' 1.80 108 THY H3' 108 THY H2' 1.80 9 CYT H3' 9 CYT H2' 1.80 109 CYT H3' 109 CYT H2' 1.80 7 THY H5' 6 ADE H2" 1.80 107 THY H5' 106 ADE H2" 1.80 4 GUA H5' 3 CYT H2" 1.80 104 GUA H5' 103 CYT H2" 1.80 1 CYT H3' 1 CYT H5' 1.80 101 CYT H3' 101 CYT H5' 1.80 12 GUA H3' 12 GUA H4' 1.80 112 GUA H3' 112 GUA H4' 1.80 12 GUA H3' 12 GUA H5" 1.80 112 GUA H3' 112 GUA H5" 1.80 1 CYT H3' 1 CYT H4' 1.80 101 CYT H3' 101 CYT H4' 1.80 4 GUA H3' 4 GUA H2" 1.80 104 GUA H3' 104 GUA H2" 1.80 5 ADE H3' 5 ADE H4' 1.80 105 ADE H3' 105 ADE H4' 1.80 6 ADE H3' 6 ADE H4' 1.80 106 ADE H3' 106 ADE H4' 1.80 10 GUA H3' 10 GUA H4' 1.80 110 GUA H3' 110 GUA H4' 1.80 2 GUA H3' 2 GUA H4' 1.80 102 GUA H3' 102 GUA H4' 1.80 8 THY H3' 8 THY H4' 1.80 108 THY H3' 108 THY H4' 1.80 3 CYT H3' 3 CYT H4' 1.80 103 CYT H3' 103 CYT H4' 1.80 2 GUA H3' 2 GUA H5" 1.80 102 GUA H3' 102 GUA H5" 1.80 10 GUA H3' 10 GUA H5" 1.80 110 GUA H3' 110 GUA H5" 1.80 6 ADE H3' 6 ADE H5" 1.80 106 ADE H3' 106 ADE H5" 1.80 5 ADE H3' 5 ADE H5" 1.80 105 ADE H3' 105 ADE H5" 1.80 6 ADE H1' 7 THY H5' 1.80 106 ADE H1' 107 THY H5' 1.80 5 ADE H1' 6 ADE H5' 1.80 105 ADE H1' 106 ADE H5' 1.80 8 THY H1' 9 CYT H5' 1.80 108 THY H1' 109 CYT H5' 1.80 9 CYT H1' 10 GUA H5" 1.80 109 CYT H1' 110 GUA H5" 1.80 6 ADE H2" 7 THY Q7 1.80 106 ADE H2" 107 THY Q7 1.80 7 THY H2" 8 THY Q7 1.80 107 THY H2" 108 THY Q7 1.80 7 THY H2' 8 THY Q7 1.80 107 THY H2' 108 THY Q7 1.80 4 GUA H3' 5 ADE H8 1.80 104 GUA H3' 105 ADE H8 1.80 4 GUA H3' 4 GUA H8 1.80 104 GUA H3' 104 GUA H8 1.80
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