NMR Restraints Grid
| |
NMR Restraints Grid |
|
Result table
| image | mrblock_id | pdb_id | cing | stage | program | type | subtype | subsubtype |
|
|
373138 |
1drn   |
cing | 3-converted-DOCR | DYANA/DIANA | distance | general distance | ambi |
106 CYT H5 105 T H6 3.90 108 CYT H5 107 T H6 4.30 6 U H5 5 ADE H8 3.60 9 CYT H5 8 ADE H8 4.00 102 T H2' 103 CYT H5 3.10 105 T H2' 106 CYT H5 3.50 107 T H2' 108 CYT H5 3.70 9 CYT H5 8 ADE H3' 3.80 106 CYT H5 107 T Q7 4.10 108 CYT H5 107 T Q7 4.90 103 CYT H5 102 T Q7 5.00 106 CYT H5 105 T Q7 5.40 106 CYT H5 105 T H2" 3.30 108 CYT H5 107 T H2" 3.60 108 CYT H2" 109 CYT H5 3.70 6 U H5 5 ADE Q2' 3.30 5 ADE H1' 6 U H6 3.80 8 ADE H1' 9 CYT H6 4.90 101 G H1' 102 T H6 4.50 102 T H1' 103 CYT H6 3.70 104 ADE H1' 105 T H6 3.70 105 T H1' 106 CYT H6 3.70 106 CYT H1' 107 T H6 4.10 108 CYT H1' 109 CYT H6 3.90 108 CYT H6 107 T H1' 3.90 6 U H6 6 U H1' 3.60 9 CYT H1' 9 CYT H6 3.90 102 T H1' 102 T H6 3.90 103 CYT H1' 103 CYT H6 3.80 105 T H1' 105 T H6 4.00 107 T H1' 107 T H6 4.00 108 CYT H1' 108 CYT H6 3.60 109 CYT H1' 109 CYT H6 4.40 105 T H6 105 T H2' 2.80 103 CYT H6 103 CYT H2' 2.80 102 T H6 102 T H2' 2.90 108 CYT H6 108 CYT H2' 3.00 107 T H2' 107 T H6 2.90 106 CYT H6 105 T H2' 2.70 109 CYT H6 108 CYT H2' 3.00 103 CYT H6 102 T H2' 3.50 104 ADE H2' 105 T H6 3.60 106 CYT H2' 107 T H6 3.20 9 CYT H6 9 CYT H3' 2.90 6 U H6 6 U H3' 3.30 109 CYT H6 109 CYT H3' 3.30 102 T H6 102 T H3' 3.50 103 CYT H6 103 CYT H3' 3.70 105 T H3' 105 T H6 4.00 107 T H3' 107 T H6 3.90 102 T H6 101 G H3' 4.10 109 CYT H6 108 CYT H3' 4.60 105 T H6 104 ADE H3' 4.80 103 CYT H6 102 T H3' 4.80 5 ADE H3' 6 U H6 4.40 8 ADE H3' 9 CYT H6 3.50 106 CYT H6 107 T Q7 3.60 6 U H6 6 U H2" 2.90 9 CYT H6 8 ADE H2" 2.90 106 CYT H6 105 T H2" 3.00 109 CYT H6 108 CYT H2" 3.10 105 T H6 104 ADE H2" 3.20 108 CYT H6 107 T H2" 3.50 102 T H2" 103 CYT H6 3.20 109 CYT H6 109 CYT Q2' 2.90 6 U H6 5 ADE Q2' 3.00 101 G Q2' 102 T H6 2.80 6 U H5 5 ADE H8 3.60 9 CYT H5 8 ADE H8 4.00 2 G H8 2 G H1' 3.90 8 ADE H8 8 ADE H1' 4.00 7 G H8 7 G H1' 4.10 4 G H8 4 G H1' 4.20 3 ADE H1' 3 ADE H8 4.00 5 ADE H1' 5 ADE H8 4.10 101 G H1' 101 G H8 3.90 104 ADE H1' 104 ADE H8 3.90 7 G H8 6 U H1' 3.20 5 ADE H8 4 G H1' 3.20 2 G H8 1 G H1' 3.40 8 ADE H8 7 G H1' 3.60 3 ADE H1' 4 G H8 3.70 103 CYT H1' 104 ADE H8 3.50 3 ADE H8 2 G H1' 3.40 1 G H8 1 G H2' 2.90 3 ADE H2' 3 ADE H8 2.90 4 G H2' 4 G H8 2.80 104 ADE H2' 104 ADE H8 2.80 4 G H2' 5 ADE H8 3.90 104 ADE H8 103 CYT H2' 3.30 8 ADE H8 7 G H2" 2.70 8 ADE H8 8 ADE H3' 3.20 3 ADE H8 3 ADE H3' 3.80 5 ADE H8 5 ADE H3' 3.90 2 G H8 2 G H3' 3.90 101 G H8 101 G H3' 4.10 4 G H8 4 G H3' 4.10 1 G H3' 1 G H8 4.00 104 ADE H3' 104 ADE H8 3.80 3 ADE H3' 4 G H8 4.30 7 G H3' 8 ADE H8 3.30 103 CYT H3' 104 ADE H8 4.90 102 T Q7 101 G H8 4.50 105 T Q7 104 ADE H8 3.90 2 G H8 2 G H2" 3.80 8 ADE H8 8 ADE H2" 4.10 7 G H2" 7 G H8 3.60 4 G H8 3 ADE H2" 3.40 104 ADE H8 103 CYT H2" 3.50 3 ADE H8 2 G H2" 4.20 4 G H2" 5 ADE H8 3.00 6 U H2" 7 G H8 2.90 7 G H2" 8 ADE H8 2.70 101 G H8 101 G Q2' 3.60 5 ADE Q2' 5 ADE H8 3.20 2 G H1' 2 G H2' 3.00 105 T H1' 105 T H2' 3.10 3 ADE H1' 3 ADE H2' 3.10 108 CYT H1' 108 CYT H2' 3.20 102 T H1' 102 T H2' 3.30 4 G H1' 4 G H2' 3.30 104 ADE H1' 104 ADE H2' 3.40 1 G H1' 1 G H2' 3.40 103 CYT H2' 103 CYT H1' 3.10 106 CYT H2' 106 CYT H1' 3.20 107 T H2' 107 T H1' 3.10 102 T H1' 102 T H3' 3.60 3 ADE H1' 3 ADE H3' 3.80 105 T H1' 105 T H3' 3.90 5 ADE H1' 5 ADE H3' 3.90 9 CYT H1' 9 CYT H3' 3.90 109 CYT H1' 109 CYT H3' 4.00 8 ADE H1' 8 ADE H3' 4.10 107 T H1' 107 T H3' 4.20 6 U H3' 6 U H1' 3.50 104 ADE H3' 104 ADE H1' 4.00 106 CYT H1' 106 CYT H4' 3.10 108 CYT H1' 108 CYT H4' 3.20 104 ADE H1' 104 ADE H4' 3.40 109 CYT H1' 109 CYT H4' 3.40 3 ADE H1' 3 ADE H4' 3.60 4 G H1' 4 G H4' 3.70 5 ADE H1' 5 ADE H4' 3.80 2 G H1' 2 G H4' 3.90 6 U H4' 6 U H1' 3.20 8 ADE H4' 8 ADE H1' 4.10 102 T H4' 102 T H1' 3.70 103 CYT H4' 103 CYT H1' 3.80 105 T H4' 105 T H1' 3.60 107 T H4' 107 T H1' 3.70 105 T H1' 105 T H2" 2.60 102 T H1' 102 T H2" 2.70 7 G H1' 7 G H2" 2.80 104 ADE H1' 104 ADE H2" 2.80 103 CYT H1' 103 CYT H2" 2.80 4 G H1' 4 G H2" 2.80 3 ADE H1' 3 ADE H2" 2.80 9 CYT H1' 9 CYT H2" 2.90 2 G H1' 2 G H2" 2.90 1 G H1' 1 G H2" 2.90 6 U H2" 6 U H1' 3.10 7 G H2" 7 G H1' 2.80 8 ADE H2" 8 ADE H1' 2.90 106 CYT H2" 106 CYT H1' 2.70 107 T H2" 107 T H1' 2.80 108 CYT H2" 108 CYT H1' 2.70 109 CYT H1' 109 CYT Q2' 2.60 5 ADE H1' 5 ADE Q2' 2.70 101 G H1' 101 G Q2' 2.70 4 G H2' 4 G H3' 2.70 1 G H3' 1 G H2' 3.20 3 ADE H3' 3 ADE H2' 2.80 102 T H3' 102 T H2' 3.00 103 CYT H3' 103 CYT H2' 3.10 104 ADE H3' 104 ADE H2' 2.80 105 T H3' 105 T H2' 2.80 106 CYT H3' 106 CYT H2' 3.40 107 T H3' 107 T H2' 2.90 108 CYT H3' 108 CYT H2' 2.90 108 CYT H2' 108 CYT H4' 3.80 2 G H4' 2 G H2' 3.90 3 ADE H4' 3 ADE H2' 3.80 4 G H4' 4 G H2' 4.30 102 T H4' 102 T H2' 4.10 103 CYT H4' 103 CYT H2' 3.90 104 ADE H4' 104 ADE H2' 4.20 105 T H4' 105 T H2' 3.90 106 CYT H4' 106 CYT H2' 3.80 104 ADE H2' 105 T Q7 3.50 106 CYT H2' 107 T Q7 3.70 3 ADE H3' 3 ADE H4' 3.10 104 ADE H3' 104 ADE H4' 3.20 2 G H3' 2 G H4' 3.20 109 CYT H3' 109 CYT H4' 3.20 4 G H3' 4 G H4' 3.30 101 G H3' 102 T Q7 3.60 106 CYT H3' 107 T Q7 4.50 104 ADE H3' 105 T Q7 4.90 102 T H3' 102 T H2" 2.90 105 T H3' 105 T H2" 3.00 107 T H3' 107 T H2" 3.00 9 CYT H3' 9 CYT H2" 3.00 2 G H3' 2 G H2" 3.20 1 G H3' 1 G H2" 3.30 104 ADE H3' 104 ADE H2" 3.30 103 CYT H3' 103 CYT H2" 3.30 3 ADE H2" 3 ADE H3' 3.10 101 G H3' 101 G Q2' 2.90 109 CYT H3' 109 CYT Q2' 2.90 5 ADE H3' 5 ADE Q2' 3.00 103 CYT H4' 103 CYT H2" 3.50 105 T H4' 105 T H2" 3.70 4 G H4' 4 G H2" 3.80 104 ADE H4' 104 ADE H2" 3.90 2 G H4' 2 G H2" 4.00 102 T H4' 102 T H2" 4.00 3 ADE H4' 3 ADE H2" 4.10 5 ADE H4' 5 ADE Q2' 3.30 109 CYT Q2' 109 CYT H4' 3.50 104 ADE H2" 105 T Q7 3.60 106 CYT H2" 107 T Q7 3.80 101 G Q2' 102 T Q7 3.10
Contact the webmaster for help, if required. Sunday, June 30, 2024 11:37:11 PM GMT (wattos1)