NMR Restraints Grid
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NMR Restraints Grid |
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Result table
| image | mrblock_id | pdb_id | cing | stage | position | program | type | subtype | subsubtype |
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6022 |
1icy   |
cing | 1-original | 1 | DYANA/DIANA | distance | NOE | simple |
4 LYS+ HN 4 LYS+ QD 6.38 5 PRO HA 6 ASP- HN 3.39 10 GLU- HN 13 PRO QB 4.92 10 GLU- HA 11 ASP- HN 3.27 12 ALA HN 12 ALA HA 2.74 13 PRO HA 14 ALA HN 3.05 13 PRO HB2 14 ALA HN 4.57 13 PRO HB3 14 ALA HN 4.57 13 PRO QB 14 ALA HN 4.21 14 ALA HN 15 GLU- HN 2.62 15 GLU- HN 15 GLU- HA 2.90 15 GLU- HN 15 GLU- HB2 3.70 15 GLU- HN 15 GLU- HB3 3.70 15 GLU- HN 15 GLU- QB 3.44 15 GLU- HN 15 GLU- QG 6.10 15 GLU- HN 16 ASP- HN 2.77 15 GLU- HN 18 ALA QB 6.53 15 GLU- HA 16 ASP- HN 3.08 15 GLU- HA 18 ALA QB 5.04 15 GLU- HB2 16 ASP- HN 4.29 15 GLU- HB3 16 ASP- HN 4.29 15 GLU- QB 16 ASP- HN 4.08 16 ASP- HN 16 ASP- HB2 3.52 16 ASP- HN 16 ASP- HB3 3.52 16 ASP- HN 17 LEU HN 3.24 16 ASP- HA 19 ARG+ HN 4.20 16 ASP- HA 19 ARG+ QB 4.98 16 ASP- HB2 17 LEU HN 4.01 16 ASP- HB3 17 LEU HN 4.01 16 ASP- QB 17 LEU HN 3.84 17 LEU HN 17 LEU HG 4.54 17 LEU HN 17 LEU QD1 6.53 17 LEU HN 17 LEU QD2 6.53 17 LEU HN 18 ALA HN 3.14 17 LEU HA 17 LEU HG 3.89 17 LEU HA 17 LEU QD1 5.23 17 LEU HA 17 LEU QD2 5.23 17 LEU HA 18 ALA HN 3.55 17 LEU HA 20 TYR HN 3.95 17 LEU HA 20 TYR QB 4.92 17 LEU HA 20 TYR QD 6.80 17 LEU HA 20 TYR QE 7.63 17 LEU HA 21 TYR HN 4.29 17 LEU QB 18 ALA HN 4.76 17 LEU QB 20 TYR QD 8.52 17 LEU QB 21 TYR HN 5.48 17 LEU QB 21 TYR QD 8.52 17 LEU QB 21 TYR QE 8.51 17 LEU HG 18 ALA HN 4.26 17 LEU HG 20 TYR QD 7.64 17 LEU QD1 20 TYR QD 8.67 17 LEU QD1 20 TYR QE 8.66 17 LEU QD2 20 TYR QD 8.67 17 LEU QD2 20 TYR QE 8.66 18 ALA HN 19 ARG+ HN 2.62 18 ALA HA 21 TYR HN 3.64 18 ALA HA 21 TYR QB 4.55 18 ALA HA 21 TYR QD 7.64 19 ARG+ HN 19 ARG+ HB2 3.58 19 ARG+ HN 19 ARG+ HB3 3.58 19 ARG+ HN 19 ARG+ QB 3.39 19 ARG+ HN 19 ARG+ HG2 4.97 19 ARG+ HN 19 ARG+ HG3 4.97 19 ARG+ HN 19 ARG+ QG 4.34 19 ARG+ HA 19 ARG+ QG 4.00 19 ARG+ HA 22 SER HN 3.73 20 TYR HN 21 TYR HN 3.30 20 TYR HA 21 TYR HN 3.27 20 TYR HA 23 ALA HN 4.20 20 TYR HA 23 ALA QB 4.73 20 TYR QB 21 TYR QD 8.52 21 TYR HA 24 LEU HN 3.95 21 TYR HA 24 LEU QB 4.52 21 TYR HA 24 LEU QD1 6.16 21 TYR HA 24 LEU QD2 6.16 21 TYR QD 22 SER HN 7.64 21 TYR QD 22 SER HA 7.64 21 TYR QD 24 LEU QD1 8.67 21 TYR QD 24 LEU QD2 8.67 21 TYR QD 25 ARG+ QG 8.52 21 TYR QE 24 LEU QD1 8.66 21 TYR QE 24 LEU QD2 8.66 22 SER HN 22 SER HB2 3.45 22 SER HN 22 SER HB3 3.45 22 SER HN 23 ALA HN 3.21 22 SER HA 23 ALA HN 3.52 22 SER HA 25 ARG+ HN 3.79 22 SER HA 25 ARG+ HB2 3.86 22 SER HA 25 ARG+ HB3 3.86 22 SER HA 25 ARG+ QG 5.76 22 SER HB2 23 ALA HN 4.14 22 SER HB3 23 ALA HN 4.14 22 SER QB 23 ALA HN 3.87 23 ALA HN 24 LEU HN 3.11 23 ALA HA 26 HIS HN 3.70 23 ALA HA 26 HIS HB2 3.55 23 ALA HA 26 HIS HB3 3.55 24 LEU HN 24 LEU HG 3.52 24 LEU HN 24 LEU QD1 6.53 24 LEU HN 24 LEU QD2 6.53 24 LEU HN 24 LEU QQD 6.16 24 LEU HA 24 LEU HG 4.23 24 LEU HA 24 LEU QD1 4.85 24 LEU HA 24 LEU QD2 4.85 24 LEU HA 25 ARG+ HN 3.48 24 LEU HA 27 TYR HN 3.45 24 LEU QB 25 ARG+ HN 4.24 24 LEU QB 28 ILE QD1 6.94 24 LEU HG 25 ARG+ HN 4.57 24 LEU HG 27 TYR QD 7.64 24 LEU HG 27 TYR QE 7.63 24 LEU QD1 27 TYR QD 8.67 24 LEU QD2 27 TYR QD 8.67 24 LEU QQD 27 TYR QE 10.23 25 ARG+ HN 25 ARG+ HB2 3.36 25 ARG+ HN 25 ARG+ HB3 3.36 25 ARG+ HN 25 ARG+ HG2 5.07 25 ARG+ HN 25 ARG+ HG3 5.07 25 ARG+ HN 25 ARG+ QG 4.67 25 ARG+ HN 26 HIS HN 3.48 25 ARG+ HA 28 ILE HN 3.70 25 ARG+ HA 28 ILE HB 3.14 25 ARG+ HA 28 ILE QG2 5.54 25 ARG+ HA 28 ILE QG1 5.63 25 ARG+ HA 28 ILE QD1 5.29 25 ARG+ HA 29 ASN HN 4.35 26 HIS HN 26 HIS HB2 3.61 26 HIS HN 26 HIS HB3 3.61 26 HIS HN 27 TYR HN 3.05 26 HIS QB 27 TYR HN 4.36 26 HIS HD2 27 TYR HA 5.50 26 HIS HD2 30 LEU QQD 8.10 26 HIS HE1 30 LEU QD1 6.53 26 HIS HE1 30 LEU QD2 6.53 27 TYR HN 27 TYR HB2 3.30 27 TYR HN 27 TYR HB3 3.30 27 TYR HN 27 TYR QB 3.10 27 TYR HN 28 ILE HN 2.83 27 TYR HA 30 LEU HN 4.82 27 TYR HA 30 LEU QD1 6.53 27 TYR HA 30 LEU QD2 6.53 27 TYR HA 30 LEU QQD 5.71 27 TYR HB2 28 ILE HN 4.14 27 TYR HB3 28 ILE HN 4.14 27 TYR QB 28 ILE HN 3.86 27 TYR QD 30 LEU QD1 8.67 27 TYR QD 30 LEU QD2 8.67 27 TYR QD 30 LEU QQD 8.41 27 TYR QE 30 LEU QD1 8.66 27 TYR QE 30 LEU QD2 8.66 28 ILE HN 28 ILE HB 3.05 28 ILE HN 28 ILE HG12 4.60 28 ILE HN 28 ILE HG13 4.60 28 ILE HN 28 ILE QG1 4.33 28 ILE HN 28 ILE QD1 6.19 28 ILE HN 29 ASN HN 3.33 28 ILE HA 29 ASN HN 3.36 28 ILE HA 30 LEU HN 4.60 28 ILE HA 31 ALA HN 4.32 28 ILE HA 31 ALA QB 5.78 28 ILE HB 29 ASN HN 3.61 28 ILE QG2 29 ASN HN 6.09 29 ASN HN 29 ASN HB2 3.39 29 ASN HN 29 ASN HB3 3.39 29 ASN HN 29 ASN QB 3.17 29 ASN HN 30 LEU HN 3.02 29 ASN HA 30 LEU HN 3.33 29 ASN HB2 30 LEU HN 4.45 29 ASN HB3 30 LEU HN 4.45 29 ASN QB 30 LEU HN 4.13 30 LEU HN 30 LEU HB2 3.52 30 LEU HN 30 LEU HB3 3.52 30 LEU HN 30 LEU QB 3.29 30 LEU HN 30 LEU HG 4.72 30 LEU HN 30 LEU QD1 6.53 30 LEU HN 30 LEU QD2 6.53 30 LEU HN 31 ALA HN 3.08 30 LEU HA 30 LEU HG 4.01 30 LEU HA 31 ALA HN 3.33 30 LEU HG 31 ALA HN 5.34 31 ALA HN 32 PRO HD2 5.50 31 ALA HN 32 PRO HD3 5.50 31 ALA HN 32 PRO QD 5.35 31 ALA QB 33 ARG+ HN 6.53 31 ALA QB 35 ARG+ QD 6.94 32 PRO HA 33 ARG+ HN 3.02 32 PRO QD 33 ARG+ HN 5.59 33 ARG+ HN 33 ARG+ HB2 3.45 33 ARG+ HN 33 ARG+ HB3 3.45 33 ARG+ HN 33 ARG+ QG 6.16 34 GLN HN 34 GLN HB2 3.79 34 GLN HN 34 GLN HB3 3.79 34 GLN HN 34 GLN QB 3.55 34 GLN HN 34 GLN QG 6.38 34 GLN HN 35 ARG+ HN 3.02 34 GLN HA 35 ARG+ HN 3.14 34 GLN QE2 37 CONH HN1 5.13 34 GLN QE2 37 CONH HN2 4.79 35 ARG+ HN 35 ARG+ QG 5.14 35 ARG+ HN 36 TYR HN 3.24 35 ARG+ HA 35 ARG+ QD 6.38 35 ARG+ HA 36 TYR HN 3.39 35 ARG+ HA 36 TYR QD 7.64 35 ARG+ QG 36 TYR HN 6.38 35 ARG+ QG 36 TYR QD 8.52 36 TYR HN 36 TYR HB2 3.55 36 TYR HN 36 TYR HB3 3.55
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