NMR Restraints Grid
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NMR Restraints Grid |
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Result table
| image | mrblock_id | pdb_id | bmrb_id | cing | stage | position | program | type |
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7018 |
1jve   |
5167 | cing | 1-original | 7 | MARDIGRAS/CORMA | peak |
1H2' 1 H5 1 2.818e+06 11.1 1H2' 1 H6 1 1.630e+07 10.0 2H2' 1 H6 1 5.810e+06 10.0 H1' 1 1H2' 1 9.215e+06 10.0 H1' 1 2H2' 1 1.868e+07 10.0 H3' 1 1H2' 1 1.283e+07 10.0 H3' 1 2H2' 1 4.431e+06 10.0 H3' 1 H1' 1 2.936e+06 10.0 H3' 1 H4' 1 1.475e+07 10.0 H3' 1 H5 1 7.794e+05 10.0 H3' 1 H6 1 6.489e+06 10.0 H4' 1 1H2' 1 4.337e+06 10.0 H4' 1 H6 1 2.197e+06 10.0 1H2' 1 H5 2 6.594e+06 25.9 1H2' 1 H6 2 5.904e+06 18.3 2H2' 1 H5 2 3.590e+06 10.0 2H2' 1 H6 2 6.152e+06 10.0 H3' 1 H6 2 4.061e+06 10.0 H6 1 H5 2 4.098e+06 10.0 H6 1 H6 2 1.486e+06 13.7 H5 2 H1' 1 2.385e+06 10.0 H5 2 H5 1 3.100e+06 10.0 H6 2 H1' 1 3.678e+06 10.0 1H2' 2 H5 2 3.414e+06 17.5 1H2' 2 H6 2 1.414e+07 10.0 2H2' 2 H6 2 7.842e+06 10.0 H1' 2 1H2' 2 8.994e+06 10.0 H1' 2 2H2' 2 1.608e+07 10.0 H3' 2 1H2' 2 1.288e+07 10.0 H3' 2 H1' 2 4.752e+06 10.0 H3' 2 H6 2 5.149e+06 10.0 H6 2 H1' 2 5.818e+06 10.0 2H2' 2 H6 3 1.033e+07 27.4 2H2' 2 M7 3 8.659e+06 10.0 H1' 2 H6 3 3.367e+06 10.0 H1' 2 M7 3 4.565e+06 10.0 H3' 2 M7 3 5.004e+06 10.0 H5 2 H6 3 8.959e+05 10.0 H5 2 M7 3 7.534e+06 16.8 H6 2 H6 3 1.289e+06 15.1 H6 2 M7 3 9.288e+06 10.0 2H2' 3 H6 3 6.899e+06 21.3 2H2' 3 M7 3 1.090e+06 10.0 H1' 3 1H2' 3 6.565e+06 10.0 H1' 3 2H2' 3 1.549e+07 10.0 H1' 3 H6 3 4.129e+06 10.0 H1' 3 M7 3 9.270e+05 10.0 H3' 3 1H2' 3 1.336e+07 10.0 H3' 3 H6 3 5.992e+06 10.0 H6 3 M7 3 1.631e+07 10.0 1H2' 3 H8 4 3.162e+06 10.0 2H2' 3 H8 4 3.844e+06 11.7 H1' 3 H8 4 3.056e+06 10.0 H3' 3 H8 4 1.474e+06 10.0 H6 3 H8 4 1.875e+06 10.0 1H2' 4 H8 4 1.411e+07 10.0 2H2' 4 H8 4 8.982e+06 10.0 H1' 4 1H2' 4 7.750e+06 13.0 H1' 4 H2 4 1.883e+06 10.0 H1' 4 H8 4 3.965e+06 10.0 H3' 4 H8 4 4.331e+06 10.0 1H2' 4 H8 5 5.841e+06 10.0 2H2' 4 H8 5 6.347e+06 22.4 H1' 4 H8 5 5.817e+06 10.0 H2 4 H1' 5 9.053e+05 10.0 H2 4 H2 5 4.906e+06 10.0 H3' 4 H8 5 2.745e+06 10.0 H8 4 H8 5 1.613e+06 14.4 H2 4 H2 25 1.147e+07 10.0 1H2' 5 H8 5 1.058e+07 10.0 2H2' 5 H8 5 7.375e+06 10.0 H1' 5 H2 5 1.111e+06 10.0 H1' 5 H8 5 3.540e+06 10.0 H3' 5 H8 5 3.565e+06 10.0 H4' 5 H8 5 1.616e+06 10.0 1H2' 5 M7 6 9.858e+06 10.0 2H2' 5 M7 6 1.115e+07 10.0 H1' 5 H6 6 5.385e+06 10.0 H1' 5 M7 6 4.976e+06 10.0 H2 5 H1' 6 3.361e+06 10.0 H3' 5 M7 6 4.587e+06 10.0 H4' 5 M7 6 1.329e+06 10.0 H8 5 H6 6 1.333e+06 10.0 H8 5 M7 6 1.074e+07 10.0 1H2' 6 M7 6 3.130e+06 10.0 H1' 6 1H2' 6 7.647e+06 10.0 H1' 6 2H2' 6 1.188e+07 10.0 H1' 6 H6 6 3.043e+06 10.0 H3' 6 1H2' 6 8.223e+06 10.0 H3' 6 H1' 6 6.041e+06 10.0 H3' 6 H6 6 4.546e+06 10.0 H3' 6 M7 6 8.377e+05 10.0 H6 6 M7 6 1.429e+07 10.0 1H2' 6 H6 7 5.385e+06 10.0 1H2' 6 M7 7 1.106e+07 10.0 2H2' 6 H6 7 9.450e+06 10.0 2H2' 6 M7 7 6.762e+06 10.0 H1' 6 H6 7 3.110e+06 10.0 H1' 6 M7 7 3.785e+06 13.1 H3' 6 H6 7 2.163e+06 10.0 H3' 6 M7 7 4.297e+06 10.0 H6 6 H6 7 1.682e+06 15.8 H6 6 M7 7 8.585e+06 10.0 M7 7 M7 6 1.063e+07 10.0 1H2' 7 H6 7 8.563e+06 10.0 2H2' 7 H6 7 5.727e+06 10.0 H1' 7 2H2' 7 1.268e+07 10.0 H1' 7 H6 7 3.292e+06 22.6 H3' 7 1H2' 7 1.289e+07 10.0 H6 7 M7 7 1.091e+07 10.0 1H2' 7 H8 8 4.084e+06 10.0 H1' 7 H8 8 4.843e+06 10.0 H3' 7 H8 8 1.326e+06 10.0 INT? H6 7 H8 8 2.668e+06 22.2 H1' 7 H2 22 2.544e+06 10.0 H8 8 2H2' 7 8.356e+06 10.0 1H2' 8 H1' 8 9.837e+06 10.0 2H2' 8 H8 8 6.479e+06 10.0 H1' 8 2H2' 8 1.228e+07 10.0 H1' 8 H2 8 1.154e+06 10.0 H1' 8 H8 8 2.849e+06 10.0 H3' 8 H8 8 2.829e+06 10.0 H8 8 1H2' 8 7.276e+06 10.0 1H2' 8 M7 9 9.078e+06 10.3 2H2' 8 M7 9 5.327e+06 10.0 H1' 8 M7 9 3.041e+06 28.0 H3' 8 M7 9 2.570e+06 10.0 H8 8 H6 9 1.832e+06 10.0 H8 8 M7 9 6.716e+06 10.0 H2 8 H2 21 8.196e+06 10.0 H1' 9 H2 8 1.494e+06 10.0 2H2' 9 H6 9 4.375e+06 11.3 H1' 9 1H2' 9 5.665e+06 10.0 H1' 9 H6 9 2.274e+06 10.0 H1' 9 M7 9 6.130e+05 10.0 H6 9 M7 9 1.044e+07 10.0 2H2' 9 H8 10 3.335e+06 28.4 H1' 9 H8 10 2.915e+06 10.0 H6 9 H8 10 1.203e+06 15.1 2H2' 10 H8 10 5.724e+06 10.0 H1' 10 1H2' 10 8.053e+06 12.6 H1' 10 H8 10 2.134e+06 10.0 H3' 10 H8 10 4.188e+06 10.0 2H2' 10 H8 11 8.092e+06 10.0 H1' 10 H8 11 3.578e+06 10.0 H2 10 H2 11 2.984e+06 16.1 H3' 10 H8 11 1.863e+06 10.0 H4' 10 H8 11 4.260e+05 10.0 H8 10 H8 11 1.317e+06 10.0 H1' 10 H2 19 8.678e+05 10.0 H2 10 H1' 19 1.243e+06 15.7 H2 10 H2 19 5.775e+06 10.0 H4' 10 H2 19 5.616e+05 10.0 1H2' 11 H8 11 1.136e+07 10.0 H1' 11 2H2' 11 1.382e+07 10.6 H1' 11 H2 11 1.090e+06 10.0 H1' 11 H4' 11 6.389e+06 10.0 H1' 11 H8 11 2.604e+06 20.8 H3' 11 1H2' 11 1.212e+07 10.0 H3' 11 H8 11 5.143e+06 10.0 H4' 11 H8 11 1.154e+06 10.0 1H2' 11 H6 12 5.453e+06 10.0 2H2' 11 H6 12 4.138e+06 10.0 H8 11 H6 12 1.909e+06 10.0 H1' 12 H2 11 8.156e+05 10.0 H5 12 1H2' 11 6.247e+06 10.0 H5 12 H8 11 4.234e+06 10.0 1H2' 12 H6 12 6.443e+06 10.0 H3' 12 2H2' 12 8.276e+06 10.0 H1' 12 H8 13 1.050e+06 10.0 H6 12 H8 13 9.439e+05 31.6 1H2' 13 H8 13 1.417e+07 10.0 2H2' 13 H8 13 6.909e+06 11.8 H3' 13 1H2' 13 8.974e+06 10.0 H3' 13 H8 13 3.908e+06 10.0 H4' 13 H8 13 7.132e+05 10.0 1H2' 13 H8 14 4.737e+06 12.4 2H2' 13 H8 14 9.381e+06 10.0 H3' 13 H8 14 2.562e+06 10.0 H4' 13 2H5' 14 9.831e+05 10.0 H4' 13 H8 14 1.486e+06 10.0 1H2' 14 H8 14 1.019e+07 10.0 1H5' 14 H8 14 3.831e+04 10.0 2H2' 14 H8 14 8.746e+06 19.3 2H5' 14 1H5' 14 2.891e+07 10.0 2H5' 14 H8 14 7.712e+05 10.0 H1' 14 H4' 14 3.619e+06 10.0 H1' 14 H8 14 5.254e+06 10.0 H3' 14 H8 14 3.887e+06 10.0 H4' 14 1H5' 14 1.212e+07 10.0 H4' 14 2H5' 14 1.353e+07 10.0 H4' 14 H8 14 5.228e+05 19.6 1H5' 14 H2 15 2.548e+06 10.0 2H5' 14 H2 15 9.477e+05 10.0 H4' 14 H2 15 1.046e+06 10.0 H1' 15 H8 15 1.940e+06 10.0 broad H4' 15 H1' 15 3.233e+06 10.0 H1' 15 H8 16 2.176e+06 10.0 broad H3' 15 H8 16 1.853e+06 10.0 2H5' 16 H1' 15 2.808e+06 10.0 H1' 16 H2 15 1.298e+06 10.0 H4' 16 H1' 15 1.178e+06 10.0 2H5' 16 H8 16 1.641e+06 10.0 H1' 16 H8 16 2.635e+06 10.0 H3' 16 H8 16 3.163e+06 10.0 H4' 16 H8 16 7.089e+05 10.0 H1' 16 H6 17 4.071e+06 10.0 H1' 16 M7 17 5.517e+06 19.0 H3' 16 M7 17 2.819e+06 10.0 H8 16 H6 17 2.505e+06 11.1 H8 16 M7 17 4.297e+06 10.0 1H2' 17 H6 17 1.400e+07 10.0 H1' 17 1H2' 17 8.750e+06 10.0 H1' 17 H6 17 3.441e+06 10.0 H3' 17 1H2' 17 1.109e+07 10.0 H4' 17 H6 17 1.395e+06 10.0 H6 17 M7 17 9.960e+06 10.0 2H2' 17 H6 18 6.340e+06 10.0 2H2' 17 M7 18 7.422e+06 10.0 H1' 17 H6 18 4.359e+06 10.0 H1' 17 M7 18 2.603e+06 10.0 H3' 17 M7 18 3.508e+06 10.0 H4' 17 M7 18 9.501e+05 10.0 H6 17 M7 18 7.003e+06 10.3 H1' 18 H2 11 9.652e+05 10.0 M7 18 M7 17 7.835e+06 10.0 2H2' 18 H6 18 5.836e+06 31.5 H1' 18 1H2' 18 6.579e+06 10.0 H1' 18 2H2' 18 1.291e+07 13.0 H1' 18 H6 18 2.485e+06 10.0 H3' 18 1H2' 18 1.105e+07 10.0 H4' 18 1H2' 18 2.745e+06 10.0 H6 18 M7 18 1.158e+07 10.0 1H2' 18 H8 19 3.013e+06 10.0 2H2' 18 H8 19 5.217e+06 10.0 H1' 18 H8 19 3.056e+06 10.0 H3' 18 H8 19 1.431e+06 10.0 INT? H6 18 H8 19 2.043e+06 10.0 1H2' 19 H1' 19 1.109e+07 10.0 1H2' 19 H8 19 1.184e+07 10.0 2H2' 19 H8 19 7.554e+06 10.0 H1' 19 2H2' 19 1.501e+07 10.0 H1' 19 H2 19 1.065e+06 10.0 H1' 19 H8 19 4.330e+06 10.0 H3' 19 H8 19 3.599e+06 10.0 H4' 19 H8 19 1.723e+06 10.0 1H2' 19 M7 20 7.203e+06 10.0 2H2' 19 M7 20 7.413e+06 11.2 H1' 19 M7 20 4.009e+06 10.0 H3' 19 M7 20 4.673e+06 10.0 H4' 19 H6 20 7.200e+05 10.0 H4' 19 M7 20 2.528e+06 10.0 H8 19 H6 20 1.813e+06 10.0 H8 19 M7 20 1.064e+07 10.0 H1' 20 H2 19 1.087e+06 10.0 1H2' 20 M7 20 2.492e+06 10.0 2H2' 20 H6 20 8.722e+06 10.0 2H2' 20 M7 20 1.590e+06 10.0 H1' 20 1H2' 20 6.666e+06 10.0 H1' 20 2H2' 20 1.170e+07 10.0 H1' 20 H6 20 3.571e+06 10.0 H3' 20 M7 20 6.810e+05 10.0 H6 20 M7 20 1.439e+07 10.0 1H2' 20 H8 21 5.045e+06 16.7 2H2' 20 H8 21 6.072e+06 10.0 H1' 20 H8 21 4.323e+06 10.0 H3' 20 H8 21 2.586e+06 10.0 H6 20 H8 21 1.988e+06 10.0 H1' 21 H2 8 1.602e+06 10.0 1H2' 21 H8 21 1.437e+07 10.0 2H2' 21 H8 21 8.326e+06 10.0 H1' 21 1H2' 21 7.651e+06 10.0 H1' 21 H8 21 3.046e+06 10.0 H3' 21 H8 21 4.549e+06 10.0 H4' 21 H8 21 1.706e+06 10.0 1H2' 21 H8 22 5.533e+06 13.1 H1' 21 H8 22 5.322e+06 10.0 H2 21 H2 22 5.378e+06 10.0 H4' 21 H8 22 7.133e+05 10.0 1H2' 22 H8 22 1.248e+07 10.0 H1' 22 H8 22 3.276e+06 10.0 H3' 22 H8 22 5.706e+06 10.0 H4' 22 H8 22 1.243e+06 10.0 1H2' 22 M7 23 9.516e+06 10.0 2H2' 22 M7 23 8.075e+06 10.0 H1' 22 H6 23 4.099e+06 10.0 H1' 22 M7 23 3.613e+06 10.0 H3' 22 M7 23 3.890e+06 10.0 H4' 22 M7 23 1.406e+06 10.0 H8 22 H6 23 1.887e+06 15.8 H8 22 M7 23 8.676e+06 10.0 H1' 23 H2 22 1.588e+06 10.0 1H2' 23 M7 23 2.617e+06 10.0 H1' 23 1H2' 23 7.263e+06 16.1 H1' 23 2H2' 23 1.239e+07 10.0 H1' 23 H6 23 3.801e+06 10.0 H3' 23 1H2' 23 1.119e+07 10.0 H3' 23 H1' 23 5.759e+06 10.0 H6 23 M7 23 1.202e+07 10.0 1H2' 23 H6 24 4.671e+06 10.0 1H2' 23 M7 24 9.663e+06 10.0 2H2' 23 H6 24 5.759e+06 10.0 2H2' 23 M7 24 9.103e+06 12.8 H1' 23 H6 24 4.507e+06 17.4 H1' 23 M7 24 3.860e+06 10.0 H3' 23 H6 24 2.669e+06 10.0 H3' 23 M7 24 5.855e+06 10.0 H6 23 H6 24 1.999e+06 10.0 H6 23 M7 24 1.062e+07 10.0 H1' 24 H2 5 2.448e+06 10.0 M7 24 M7 23 8.765e+06 10.0 1H2' 24 H6 24 1.291e+07 10.0 2H2' 24 H6 24 7.806e+06 10.0 H1' 24 1H2' 24 8.268e+06 10.0 H1' 24 2H2' 24 1.250e+07 10.0 H1' 24 H6 24 3.534e+06 10.0 H3' 24 H6 24 4.010e+06 10.0 H6 24 M7 24 1.360e+07 10.0 2H2' 24 H8 25 4.118e+06 12.1 H1' 24 H8 25 2.608e+06 10.0 H6 24 H8 25 2.394e+06 10.0 2H2' 25 H8 25 9.518e+06 12.8 H1' 25 1H2' 25 9.650e+06 31.2 H1' 25 2H2' 25 1.154e+07 17.1 H1' 25 H8 25 3.772e+06 10.0 H3' 25 H8 25 4.588e+06 10.0 1H2' 25 H8 26 3.521e+06 50.9 2H2' 25 H8 26 5.567e+06 12.5 H1' 25 H8 26 3.686e+06 10.0 H3' 25 H8 26 2.036e+06 10.0 H8 25 H8 26 2.061e+06 10.0 1H2' 26 H8 26 1.305e+07 10.0 2H2' 26 H8 26 8.411e+06 12.4 H1' 26 1H2' 26 9.935e+06 22.8 H1' 26 2H2' 26 1.544e+07 11.6 H1' 26 H4' 26 8.863e+06 10.0 H1' 26 H8 26 2.872e+06 10.0 H3' 26 H8 26 4.084e+06 10.0 H4' 26 H8 26 1.667e+06 10.0 1H2' 26 H8 27 3.959e+06 10.0 2H2' 26 H8 27 5.732e+06 10.0 H1' 26 H8 27 7.636e+06 10.0 H3' 26 H8 27 2.634e+06 10.0 H4' 26 H8 27 9.635e+05 10.0 1H2' 27 H8 27 1.641e+07 11.5 2H2' 27 H8 27 8.589e+06 14.1 H1' 27 1H2' 27 1.405e+07 10.0 H1' 27 2H2' 27 2.300e+07 10.0 H1' 27 H8 27 5.168e+06 10.0 H3' 27 H1' 27 5.680e+06 10.0 H3' 27 H8 27 6.466e+06 10.0 H4' 27 2H2' 27 4.222e+06 10.0 H4' 27 H8 27 3.727e+06 10.0 # # (5) Integrated intensities of cross-peaks in the 75-ms # D2O NOESY acquired without presat #
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