NMR Restraints Grid |
Result table
image | mrblock_id | pdb_id | cing | stage | position | program | type | subtype | subsubtype |
2390 | 1but | cing | 1-original | 1 | DYANA/DIANA | distance | NOE | simple |
# NMR RESTRAINTS SET # residue numbering # first strand: 5'-C1-A2-T3-G4-G5-C6-C7-A8-T9-G10-3' # second strand: 3'-G41-T40-A39-C38-C37-G36-G35-T34-A33-C32-5' # lower limits # lower distance limits from mardigras 1 CYT H2' 1 CYT H1' 2.84 1 CYT H2' 1 CYT H6 2.33 1 CYT H2' 1 CYT H3' 2.46 1 CYT H2" 1 CYT H1' 2.30 1 CYT H2" 1 CYT H6 3.92 2 ADE H8 1 CYT H1' 3.68 2 ADE H8 1 CYT H2' 3.02 2 ADE H8 1 CYT H2" 2.82 2 ADE H8 2 ADE H1' 3.14 2 ADE H3' 2 ADE H1' 3.37 2 ADE H3' 2 ADE H8 3.56 2 ADE H2' 2 ADE H1' 2.56 2 ADE H2' 2 ADE H8 2.05 2 ADE H2' 2 ADE H3' 2.05 2 ADE H2" 2 ADE H1' 2.04 2 ADE H2" 2 ADE H8 2.76 2 ADE H2" 2 ADE H3' 2.36 3 THY H5' 2 ADE H1' 2.68 3 THY H4' 2 ADE H1' 2.84 3 THY H1' 3 THY H4' 2.41 3 THY H6 2 ADE H1' 2.98 3 THY H6 2 ADE H8 4.36 3 THY H6 2 ADE H3' 3.81 3 THY H6 2 ADE H2' 2.95 3 THY H6 2 ADE H2" 2.18 3 THY H6 3 THY H5' 3.28 3 THY H6 3 THY H4' 3.00 3 THY H6 3 THY H1' 3.24 3 THY Q7 2 ADE H1' 4.56 3 THY Q7 2 ADE H8 3.37 3 THY Q7 2 ADE H3' 4.62 3 THY Q7 2 ADE H2' 3.30 3 THY Q7 2 ADE H2" 3.22 3 THY H3' 3 THY H5' 2.86 3 THY H3' 3 THY H1' 3.49 3 THY H3' 3 THY H6 3.01 3 THY H2' 3 THY H1' 2.88 3 THY H2' 3 THY H6 1.95 3 THY H2' 3 THY H3' 2.17 3 THY H2" 3 THY H1' 2.16 3 THY H2" 3 THY H6 2.88 3 THY H2" 3 THY H3' 2.63 4 GUA H8 3 THY H1' 3.57 4 GUA H8 3 THY H6 4.35 4 GUA H8 3 THY H3' 3.90 4 GUA H8 3 THY H2' 2.90 4 GUA H8 3 THY H2" 2.74 4 GUA H8 4 GUA H1' 3.26 4 GUA H3' 4 GUA H1' 3.40 4 GUA H3' 4 GUA H8 3.46 4 GUA H2' 4 GUA H1' 2.58 4 GUA H2' 4 GUA H8 1.99 4 GUA H2' 4 GUA H3' 2.13 4 GUA H2" 4 GUA H1' 2.16 4 GUA H2" 4 GUA H8 2.47 4 GUA H2" 4 GUA H3' 2.28 5 GUA H5' 4 GUA H1' 2.76 5 GUA H8 4 GUA H1' 2.62 5 GUA H8 4 GUA H2' 2.88 5 GUA H8 4 GUA H2" 2.30 5 GUA H8 5 GUA H5' 3.09 5 GUA H8 5 GUA H1' 3.35 5 GUA H3' 5 GUA H1' 3.45 5 GUA H3' 5 GUA H8 3.47 5 GUA H2' 5 GUA H1' 2.60 5 GUA H2' 5 GUA H8 2.05 5 GUA H2' 5 GUA H3' 2.10 5 GUA H2" 5 GUA H1' 2.14 5 GUA H2" 5 GUA H8 2.11 5 GUA H2" 5 GUA H3' 2.34 6 CYT H5' 5 GUA H1' 2.54 6 CYT H6 5 GUA H1' 2.99 6 CYT H6 5 GUA H3' 3.71 6 CYT H6 5 GUA H2' 2.85 6 CYT H6 5 GUA H2" 2.26 6 CYT H6 6 CYT H5' 2.98 6 CYT H5 5 GUA H1' 3.63 6 CYT H5 5 GUA H8 3.36 6 CYT H5 5 GUA H2' 3.18 6 CYT H5 5 GUA H2" 2.89 6 CYT H3' 6 CYT H6 3.22 6 CYT H2' 6 CYT H6 2.01 6 CYT H2' 6 CYT H5 3.65 6 CYT H2' 6 CYT H3' 2.34 6 CYT H2" 6 CYT H6 3.29 6 CYT H2" 6 CYT H3' 2.83 7 CYT H5' 6 CYT H2' 2.93 7 CYT H5' 6 CYT H2" 2.82 7 CYT H6 6 CYT H2" 2.36 7 CYT H6 7 CYT H1' 3.22 7 CYT H5 6 CYT H6 3.40 7 CYT H5 6 CYT H5 3.71 7 CYT H5 6 CYT H2' 2.68 7 CYT H5 6 CYT H2" 3.59 7 CYT H3' 7 CYT H1' 3.63 7 CYT H3' 7 CYT H6 3.11 7 CYT H2' 7 CYT H1' 2.96 7 CYT H2' 7 CYT H3' 2.24 7 CYT H2" 7 CYT H1' 2.19 7 CYT H2" 7 CYT H6 2.59 7 CYT H2" 7 CYT H3' 2.60 8 ADE H5" 7 CYT H1' 3.04 8 ADE H8 7 CYT H1' 3.26 8 ADE H8 7 CYT H6 4.30 8 ADE H8 7 CYT H3' 3.73 8 ADE H8 7 CYT H2' 3.12 8 ADE H8 7 CYT H2" 2.53 8 ADE H8 8 ADE H1' 3.32 8 ADE H3' 8 ADE H8 3.31 8 ADE H2' 8 ADE H1' 2.61 8 ADE H2' 8 ADE H8 1.99 8 ADE H2' 8 ADE H3' 2.09 8 ADE H2" 8 ADE H1' 2.11 8 ADE H2" 8 ADE H8 2.79 8 ADE H2" 8 ADE H3' 2.46 9 THY H5' 8 ADE H1' 2.63 9 THY H4' 8 ADE H1' 2.85 9 THY H1' 9 THY H4' 2.45 9 THY H6 8 ADE H1' 3.06 9 THY H6 8 ADE H8 3.97 9 THY H6 8 ADE H3' 4.18 9 THY H6 8 ADE H2' 2.90 9 THY H6 8 ADE H2" 2.38 9 THY H6 9 THY H4' 2.93 9 THY H6 9 THY H1' 3.20 9 THY Q7 8 ADE H1' 4.68 9 THY Q7 8 ADE H8 3.33 9 THY Q7 8 ADE H3' 4.31 9 THY Q7 8 ADE H2' 3.41 9 THY Q7 8 ADE H2" 3.48 9 THY H3' 9 THY H5' 2.85 9 THY H3' 9 THY H1' 3.60 9 THY H3' 9 THY H6 3.09 9 THY H2' 9 THY H1' 2.85 9 THY H2' 9 THY H6 1.98 9 THY H2' 9 THY H3' 2.19 9 THY H2" 9 THY H1' 2.12 9 THY H2" 9 THY H6 3.19 9 THY H2" 9 THY H3' 2.57 10 GUA H8 9 THY H1' 3.62 10 GUA H8 9 THY H6 4.12 10 GUA H8 9 THY H3' 3.92 10 GUA H8 9 THY H2' 2.96 10 GUA H8 9 THY H2" 2.81 10 GUA H3' 10 GUA H8 3.23 10 GUA H2' 10 GUA H8 2.09 10 GUA H2' 10 GUA H3' 2.33 10 GUA H2" 10 GUA H8 3.03 10 GUA H2" 10 GUA H3' 2.70 32 CYT H2' 32 CYT H1' 2.84 32 CYT H2' 32 CYT H6 2.33 32 CYT H2' 32 CYT H3' 2.46 32 CYT H2" 32 CYT H1' 2.30 32 CYT H2" 32 CYT H6 3.92 33 ADE H8 32 CYT H1' 3.68 33 ADE H8 32 CYT H2' 3.02 33 ADE H8 32 CYT H2" 2.82 33 ADE H8 33 ADE H1' 3.14 33 ADE H3' 33 ADE H1' 3.37 33 ADE H3' 33 ADE H8 3.56 33 ADE H2' 33 ADE H1' 2.56 33 ADE H2' 33 ADE H8 2.05 33 ADE H2' 33 ADE H3' 2.04 33 ADE H2" 33 ADE H1' 2.04 33 ADE H2" 33 ADE H8 2.76 33 ADE H2" 33 ADE H3' 2.36 34 THY H5' 33 ADE H1' 2.68 34 THY H4' 33 ADE H1' 2.84 34 THY H1' 34 THY H4' 2.41 34 THY H6 33 ADE H1' 2.98 34 THY H6 33 ADE H8 4.36 34 THY H6 33 ADE H3' 3.81 34 THY H6 33 ADE H2' 2.95 34 THY H6 33 ADE H2" 2.18 34 THY H6 34 THY H5' 3.28 34 THY H6 34 THY H4' 3.00 34 THY H6 34 THY H1' 3.24 34 THY Q7 33 ADE H1' 4.56 34 THY Q7 33 ADE H8 3.37 34 THY Q7 33 ADE H3' 4.62 34 THY Q7 33 ADE H2' 3.31 34 THY Q7 33 ADE H2" 3.22 34 THY H3' 34 THY H5' 2.86 34 THY H3' 34 THY H1' 3.49 34 THY H3' 34 THY H6 3.01 34 THY H2' 34 THY H1' 2.88 34 THY H2' 34 THY H6 1.95 34 THY H2' 34 THY H3' 2.17 34 THY H2" 34 THY H1' 2.16 34 THY H2" 34 THY H6 2.88 34 THY H2" 34 THY H3' 2.63 35 GUA H8 34 THY H1' 3.57 35 GUA H8 34 THY H6 4.35 35 GUA H8 34 THY H3' 3.90 35 GUA H8 34 THY H2' 2.90 35 GUA H8 34 THY H2" 2.74 35 GUA H8 35 GUA H1' 3.26 35 GUA H3' 35 GUA H1' 3.40 35 GUA H3' 35 GUA H8 3.46 35 GUA H2' 35 GUA H1' 2.58 35 GUA H2' 35 GUA H8 1.99 35 GUA H2' 35 GUA H3' 2.13 35 GUA H2" 35 GUA H1' 2.16 35 GUA H2" 35 GUA H8 2.47 35 GUA H2" 35 GUA H3' 2.28 36 GUA H5' 35 GUA H1' 2.76 36 GUA H8 35 GUA H1' 2.62 36 GUA H8 35 GUA H2' 2.88 36 GUA H8 35 GUA H2" 2.30 36 GUA H8 36 GUA H5' 3.09 36 GUA H8 36 GUA H1' 3.35 36 GUA H3' 36 GUA H1' 3.45 36 GUA H3' 36 GUA H8 3.47 36 GUA H2' 36 GUA H1' 2.60 36 GUA H2' 36 GUA H8 2.05 36 GUA H2' 36 GUA H3' 2.10 36 GUA H2" 36 GUA H1' 2.14 36 GUA H2" 36 GUA H8 2.11 36 GUA H2" 36 GUA H3' 2.34 37 CYT H5' 36 GUA H1' 2.55 37 CYT H6 36 GUA H1' 2.99 37 CYT H6 36 GUA H3' 3.71 37 CYT H6 36 GUA H2' 2.85 37 CYT H6 36 GUA H2" 2.26 37 CYT H6 37 CYT H5' 2.98 37 CYT H5 36 GUA H1' 3.63 37 CYT H5 36 GUA H8 3.36 37 CYT H5 36 GUA H2' 3.18 37 CYT H5 36 GUA H2" 2.89 37 CYT H3' 37 CYT H6 3.22 37 CYT H2' 37 CYT H6 2.00 37 CYT H2' 37 CYT H5 3.65 37 CYT H2' 37 CYT H3' 2.34 37 CYT H2" 37 CYT H6 3.29 37 CYT H2" 37 CYT H3' 2.83 38 CYT H5' 37 CYT H2' 2.93 38 CYT H5' 37 CYT H2" 2.82 38 CYT H6 37 CYT H2" 2.36 38 CYT H6 38 CYT H1' 3.22 38 CYT H5 37 CYT H6 3.40 38 CYT H5 37 CYT H5 3.71 38 CYT H5 37 CYT H2' 2.68 38 CYT H5 37 CYT H2" 3.58 38 CYT H3' 38 CYT H1' 3.63 38 CYT H3' 38 CYT H6 3.10 38 CYT H2' 38 CYT H1' 2.96 38 CYT H2' 38 CYT H3' 2.24 38 CYT H2" 38 CYT H1' 2.19 38 CYT H2" 38 CYT H6 2.58 38 CYT H2" 38 CYT H3' 2.60 39 ADE H5" 38 CYT H1' 3.05 39 ADE H8 38 CYT H1' 3.26 39 ADE H8 38 CYT H6 4.30 39 ADE H8 38 CYT H3' 3.73 39 ADE H8 38 CYT H2' 3.12 39 ADE H8 38 CYT H2" 2.53 39 ADE H8 39 ADE H1' 3.32 39 ADE H3' 39 ADE H8 3.31 39 ADE H2' 39 ADE H1' 2.61 39 ADE H2' 39 ADE H8 1.99 39 ADE H2' 39 ADE H3' 2.09 39 ADE H2" 39 ADE H1' 2.11 39 ADE H2" 39 ADE H8 2.79 39 ADE H2" 39 ADE H3' 2.46 40 THY H5' 39 ADE H1' 2.63 40 THY H4' 39 ADE H1' 2.85 40 THY H1' 40 THY H4' 2.45 40 THY H6 39 ADE H1' 3.06 40 THY H6 39 ADE H8 3.97 40 THY H6 39 ADE H3' 4.18 40 THY H6 39 ADE H2' 2.90 40 THY H6 39 ADE H2" 2.38 40 THY H6 40 THY H4' 2.93 40 THY H6 40 THY H1' 3.20 40 THY Q7 39 ADE H1' 4.68 40 THY Q7 39 ADE H8 3.34 40 THY Q7 39 ADE H3' 4.30 40 THY Q7 39 ADE H2' 3.41 40 THY Q7 39 ADE H2" 3.48 40 THY H3' 40 THY H5' 2.85 40 THY H3' 40 THY H1' 3.60 40 THY H3' 40 THY H6 3.09 40 THY H2' 40 THY H1' 2.85 40 THY H2' 40 THY H6 1.98 40 THY H2' 40 THY H3' 2.19 40 THY H2" 40 THY H1' 2.12 40 THY H2" 40 THY H6 3.19 40 THY H2" 40 THY H3' 2.57 41 GUA H8 40 THY H1' 3.62 41 GUA H8 40 THY H6 4.12 41 GUA H8 40 THY H3' 3.92 41 GUA H8 40 THY H2' 2.96 41 GUA H8 40 THY H2" 2.81 41 GUA H3' 41 GUA H8 3.23 41 GUA H2' 41 GUA H8 2.09 41 GUA H2' 41 GUA H3' 2.33 41 GUA H2" 41 GUA H8 3.03 41 GUA H2" 41 GUA H3' 2.70 1 CYT H5' 1 CYT H3' 3.31 1 CYT H5" 1 CYT H6 3.09 1 CYT H5" 1 CYT H3' 3.30 2 ADE H4' 2 ADE H1' 2.83 2 ADE H4' 2 ADE H8 4.18 2 ADE H4' 2 ADE H3' 2.32 2 ADE H4' 2 ADE H2' 3.38 2 ADE H4' 2 ADE H2" 3.45 4 GUA H4' 4 GUA H1' 2.75 4 GUA H4' 4 GUA H8 4.49 4 GUA H4' 4 GUA H3' 2.42 4 GUA H4' 4 GUA H2' 3.60 4 GUA H4' 4 GUA H2" 3.47 5 GUA H4' 5 GUA H1' 2.81 5 GUA H4' 5 GUA H8 4.19 5 GUA H4' 5 GUA H3' 2.42 5 GUA H4' 5 GUA H2' 3.75 5 GUA H4' 5 GUA H2" 3.22 6 CYT H5" 6 CYT H6 3.41 6 CYT H1' 6 CYT H6 3.19 6 CYT H1' 6 CYT H3' 3.70 6 CYT H1' 6 CYT H2' 2.76 6 CYT H1' 6 CYT H2" 2.14 6 CYT H1' 7 CYT H5' 2.39 6 CYT H1' 7 CYT H5" 3.02 6 CYT H1' 7 CYT H6 3.53 7 CYT H4' 7 CYT H1' 2.74 8 ADE H4' 8 ADE H1' 2.82 8 ADE H4' 8 ADE H8 4.28 8 ADE H4' 8 ADE H3' 2.30 8 ADE H4' 8 ADE H2' 3.35 8 ADE H4' 8 ADE H2" 3.60 10 GUA H1' 10 GUA H8 3.28 10 GUA H1' 10 GUA H3' 3.61 10 GUA H1' 10 GUA H2' 2.86 10 GUA H1' 10 GUA H2" 2.11 10 GUA H5" 10 GUA H3' 2.74 32 CYT H5' 32 CYT H3' 3.31 32 CYT H5" 32 CYT H6 3.09 32 CYT H5" 32 CYT H3' 3.30 33 ADE H4' 33 ADE H1' 2.83 33 ADE H4' 33 ADE H8 4.18 33 ADE H4' 33 ADE H3' 2.32 33 ADE H4' 33 ADE H2' 3.38 33 ADE H4' 33 ADE H2" 3.45 35 GUA H4' 35 GUA H1' 2.75 35 GUA H4' 35 GUA H8 4.49 35 GUA H4' 35 GUA H3' 2.42 35 GUA H4' 35 GUA H2' 3.60 35 GUA H4' 35 GUA H2" 3.48 36 GUA H4' 36 GUA H1' 2.81 36 GUA H4' 36 GUA H8 4.19 36 GUA H4' 36 GUA H3' 2.42 36 GUA H4' 36 GUA H2' 3.75 36 GUA H4' 36 GUA H2" 3.22 37 CYT H5" 37 CYT H6 3.41 37 CYT H1' 37 CYT H6 3.19 37 CYT H1' 37 CYT H3' 3.70 37 CYT H1' 37 CYT H2' 2.76 37 CYT H1' 37 CYT H2" 2.14 37 CYT H1' 38 CYT H5' 2.39 37 CYT H1' 38 CYT H5" 3.02 37 CYT H1' 38 CYT H6 3.53 38 CYT H4' 38 CYT H1' 2.74 39 ADE H4' 39 ADE H1' 2.82 39 ADE H4' 39 ADE H8 4.29 39 ADE H4' 39 ADE H3' 2.30 39 ADE H4' 39 ADE H2' 3.35 39 ADE H4' 39 ADE H2" 3.60 41 GUA H1' 41 GUA H8 3.28 41 GUA H1' 41 GUA H3' 3.61 41 GUA H1' 41 GUA H2' 2.86 41 GUA H1' 41 GUA H2" 2.11 41 GUA H5" 41 GUA H3' 2.74 5 GUA H8 4 GUA H8 4.50 36 GUA H8 35 GUA H8 4.50
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