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 |
|
|
7016 |
1jve   |
5167 | cing | 1-original | 5 | MARDIGRAS/CORMA | peak |
1H2' 1 H3' 1 2.701e+07 10.0 1H2' 1 H4' 1 4.273e+06 10.0 1H2' 1 H5 1 4.625e+06 16.7 1H2' 1 H6 1 3.264e+07 10.0 2H2' 1 H3' 1 9.852e+06 10.0 2H2' 1 H6 1 1.114e+07 10.0 H1' 1 1H2' 1 1.455e+07 10.0 H1' 1 2H2' 1 3.581e+07 10.0 H1' 1 H4' 1 1.592e+07 10.0 H3' 1 H1' 1 5.402e+06 10.0 H3' 1 H4' 1 2.423e+07 10.0 H3' 1 H5 1 1.974e+06 10.0 H3' 1 H6 1 1.224e+07 10.0 H4' 1 H6 1 4.106e+06 10.0 1H2' 1 H5 2 1.063e+07 10.0 1H2' 1 H6 2 1.275e+07 10.0 2H2' 1 H5 2 8.077e+06 22.0 2H2' 1 H6 2 1.112e+07 10.0 H1' 1 H6 2 6.058e+06 10.0 H3' 1 H5 2 6.880e+06 10.0 H3' 1 H6 2 6.410e+06 10.0 H6 1 H5 2 6.761e+06 10.0 H6 1 H6 2 2.001e+06 10.0 1H2' 2 H3' 2 2.223e+07 10.0 1H2' 2 H5 2 6.172e+06 12.8 1H2' 2 H6 2 3.121e+07 10.0 2H2' 2 H6 2 1.388e+07 10.0 H1' 2 1H2' 2 1.654e+07 10.0 H1' 2 2H2' 2 3.338e+07 10.0 H1' 2 H4' 2 2.050e+07 10.0 H1' 2 H6 2 8.742e+06 10.0 H3' 2 H1' 2 6.705e+06 10.0 H3' 2 H6 2 9.178e+06 10.0 H4' 2 H6 2 3.815e+06 10.0 2H2' 2 H6 3 1.224e+07 10.0 2H2' 2 M7 3 1.562e+07 10.0 H1' 2 H6 3 6.221e+06 10.0 H1' 2 M7 3 7.416e+06 10.0 H3' 2 H6 3 3.205e+06 10.0 H3' 2 M7 3 8.646e+06 10.0 H5 2 H6 3 1.276e+06 10.0 H5 2 M7 3 1.274e+07 10.0 H6 2 H6 3 2.281e+06 12.1 H6 2 M7 3 1.806e+07 10.0 H3' 3 H1' 2 8.575e+05 10.0 2H2' 3 H6 3 1.900e+07 10.0 2H2' 3 M7 3 3.227e+06 10.0 H1' 3 1H2' 3 1.372e+07 18.5 H1' 3 2H2' 3 2.757e+07 10.0 H1' 3 H6 3 6.762e+06 13.9 H1' 3 M7 3 1.674e+06 10.0 H3' 3 1H2' 3 1.786e+07 10.0 H3' 3 H6 3 8.087e+06 10.0 H3' 3 M7 3 1.276e+06 10.0 H6 3 M7 3 3.221e+07 10.0 1H2' 3 H8 4 4.333e+06 24.1 2H2' 3 H8 4 7.191e+06 16.7 H1' 3 H8 4 6.304e+06 10.0 H3' 3 H8 4 2.367e+06 10.0 H6 3 H8 4 3.037e+06 10.0 1H2' 4 H4' 4 4.914e+06 27.9 1H2' 4 H8 4 2.927e+07 10.0 2H2' 4 H8 4 1.665e+07 10.0 H1' 4 1H2' 4 1.370e+07 19.9 H1' 4 H2 4 2.172e+06 10.0 H1' 4 H8 4 6.476e+06 10.0 H3' 4 1H2' 4 2.480e+07 10.0 H3' 4 H8 4 8.652e+06 10.0 H4' 4 H8 4 2.352e+06 10.0 1H2' 4 H8 5 1.033e+07 19.4 2H2' 4 1H5' 5 8.174e+06 10.0 2H2' 4 H8 5 1.203e+07 10.0 H1' 4 1H5' 5 1.304e+07 20.2 H1' 4 H8 5 1.008e+07 12.8 H2 4 H1' 5 1.657e+06 28.6 H2 4 H2 5 8.385e+06 11.3 H3' 4 H8 5 3.336e+06 10.0 H8 4 H8 5 3.131e+06 18.8 H2 4 H2 25 1.834e+07 10.0 H4' 5 H1' 4 2.564e+06 10.0 1H2' 5 H8 5 1.886e+07 10.0 1H5' 5 H8 5 1.829e+06 10.0 2H2' 5 H8 5 1.525e+07 10.0 2H5' 5 H8 5 1.484e+06 10.0 H1' 5 H2 5 1.209e+06 10.0 H1' 5 H8 5 6.105e+06 10.0 H3' 5 H8 5 5.397e+06 10.0 H4' 5 H8 5 2.642e+06 10.0 1H2' 5 M7 6 2.118e+07 10.0 2H2' 5 M7 6 1.840e+07 10.0 H1' 5 M7 6 7.849e+06 25.6 H2 5 H1' 6 4.524e+06 10.0 H3' 5 M7 6 3.893e+06 10.0 H4' 5 M7 6 1.315e+06 10.0 H8 5 H6 6 3.708e+06 15.1 H8 5 M7 6 1.886e+07 10.0 H2 5 H1' 24 3.777e+06 18.9 H1' 6 H1' 5 2.296e+06 10.0 H3' 6 H1' 5 1.930e+06 10.0 1H2' 6 M7 6 4.579e+06 10.0 lineshape? H1' 6 1H2' 6 1.245e+07 10.0 H1' 6 2H2' 6 2.044e+07 10.0 H1' 6 H4' 6 2.631e+07 10.0 H1' 6 H6 6 5.834e+06 10.0 H1' 6 M7 6 1.222e+06 10.0 H3' 6 1H2' 6 1.627e+07 10.0 H3' 6 H1' 6 6.669e+06 10.0 H3' 6 H6 6 8.173e+06 10.0 H6 6 M7 6 2.800e+07 10.0 1H2' 6 H6 7 9.740e+06 10.0 1H2' 6 M7 7 2.028e+07 10.0 2H2' 6 H6 7 1.071e+07 10.0 2H2' 6 M7 7 1.464e+07 10.0 H1' 6 H6 7 5.609e+06 10.0 H1' 6 M7 7 6.101e+06 10.0 H3' 6 H6 7 3.967e+06 10.0 H3' 6 M7 7 7.847e+06 10.0 H6 6 H6 7 2.547e+06 26.6 H6 6 M7 7 1.638e+07 10.0 H4' 7 H1' 6 1.292e+06 10.0 M7 7 M7 6 2.878e+07 10.0 1H2' 7 H4' 7 3.816e+06 10.0 1H2' 7 H6 7 1.527e+07 10.0 2H2' 7 H4' 7 8.966e+06 10.0 2H2' 7 H6 7 1.115e+07 10.0 H1' 7 2H2' 7 2.403e+07 10.0 H1' 7 H4' 7 1.322e+07 23.0 H1' 7 H6 7 6.245e+06 10.0 H6 7 M7 7 2.122e+07 10.0 1H2' 7 H8 8 6.478e+06 10.0 H1' 7 H8 8 7.304e+06 10.0 H6 7 H8 8 3.449e+06 10.2 H1' 7 H2 22 3.915e+06 10.0 H8 8 2H2' 7 2.133e+07 10.0 1H2' 8 H1' 8 1.825e+07 10.0 2H2' 8 H1' 8 1.979e+07 10.0 2H2' 8 H8 8 1.063e+07 10.0 H1' 8 H2 8 1.618e+06 10.0 H1' 8 H4' 8 8.575e+06 10.0 H1' 8 H8 8 5.061e+06 10.3 H3' 8 H8 8 5.063e+06 10.0 H4' 8 H8 8 1.782e+06 10.0 H8 8 1H2' 8 1.168e+07 10.0 1H2' 8 M7 9 1.767e+07 10.0 2H2' 8 M7 9 1.068e+07 10.0 H1' 8 M7 9 5.925e+06 10.0 H3' 8 M7 9 3.601e+06 10.0 H8 8 H6 9 2.510e+06 10.0 H8 8 M7 9 1.227e+07 10.0 H1' 8 H2 21 1.466e+06 20.7 H2 8 H2 21 1.378e+07 10.0 H1' 9 H1' 8 7.547e+05 10.0 H1' 9 H2 8 2.501e+06 10.0 1H2' 9 H6 9 1.526e+07 10.0 2H2' 9 H6 9 1.059e+07 10.6 2H2' 9 M7 9 3.165e+06 26.3 H1' 9 1H2' 9 1.175e+07 10.0 H1' 9 H4' 9 1.614e+07 10.0 H1' 9 H6 9 4.552e+06 10.0 H1' 9 M7 9 1.124e+06 10.0 H3' 9 H1' 9 6.682e+06 10.0 H6 9 M7 9 1.750e+07 10.0 2H2' 9 H8 10 6.845e+06 15.4 H1' 9 H4' 10 2.033e+06 10.0 H1' 9 H8 10 5.532e+06 10.0 H6 9 H8 10 1.837e+06 49.0 H1' 9 H2 19 9.437e+05 10.0 H8 10 1H2' 9 3.810e+06 10.0 2H2' 10 H8 10 1.145e+07 10.6 H1' 10 1H2' 10 1.600e+07 10.0 H1' 10 H2 10 1.537e+06 20.2 H3' 10 2H2' 10 2.060e+07 10.0 H3' 10 H8 10 5.998e+06 10.0 H8 10 H1' 10 6.220e+06 10.0 2H2' 10 H8 11 1.265e+07 14.5 H1' 10 H8 11 7.907e+06 10.0 H2 10 H1' 11 1.021e+06 10.0 H2 10 H2 11 6.140e+06 18.6 H3' 10 H8 11 3.464e+06 10.0 H4' 10 H8 11 8.486e+05 10.0 H8 10 H8 11 2.382e+06 12.8 H1' 10 H2 19 1.553e+06 10.0 H2 10 H1' 19 2.296e+06 10.0 H2 10 H2 19 1.059e+07 10.0 H4' 10 H2 19 1.183e+06 10.0 1H2' 11 H4' 11 3.495e+06 10.0 1H2' 11 H8 11 1.832e+07 10.0 H1' 11 1H2' 11 1.330e+07 12.5 H1' 11 2H2' 11 2.214e+07 10.0 H1' 11 H2 11 1.958e+06 23.9 H1' 11 H4' 11 1.058e+07 10.0 H1' 11 H8 11 5.678e+06 10.0 H4' 11 H8 11 2.067e+06 26.3 1H2' 11 H5 12 8.564e+06 10.0 1H2' 11 H6 12 5.601e+06 23.9 2H2' 11 H4' 12 4.077e+06 10.0 2H2' 11 H5 12 1.226e+07 10.0 2H2' 11 H6 12 6.872e+06 10.0 H2 11 H1' 12 1.860e+06 35.9 H8 11 H6 12 2.613e+06 10.0 H2 11 H1' 18 1.841e+06 36.8 H4' 12 H1' 11 2.498e+06 10.0 H5 12 H8 11 7.325e+06 10.0 H6 12 H1' 11 3.769e+06 10.0 1H2' 12 H6 12 1.316e+07 11.8 H1' 12 H6 12 5.425e+06 16.2 H3' 12 2H2' 12 1.164e+07 10.0 H1' 12 H8 13 2.632e+06 10.0 H6 12 H8 13 2.451e+06 18.8 H4' 13 H1' 12 4.993e+06 10.0 H8 13 2H2' 12 7.716e+06 10.0 1H2' 13 H8 13 2.414e+07 10.0 2H2' 13 H4' 13 4.186e+06 10.0 2H2' 13 H8 13 1.604e+07 10.0 H3' 13 1H2' 13 9.623e+06 10.0 H3' 13 H4' 13 1.980e+07 10.0 H3' 13 H8 13 5.176e+06 10.0 H4' 13 H8 13 2.407e+06 26.7 1H2' 13 H8 14 9.652e+06 10.0 2H2' 13 H8 14 1.572e+07 10.0 H3' 13 H8 14 2.458e+06 10.0 H4' 13 2H5' 14 2.800e+06 10.0 H4' 13 H8 14 1.463e+06 24.6 1H2' 14 H3' 14 2.633e+07 10.0 1H2' 14 H8 14 1.988e+07 13.8 1H5' 14 H8 14 1.624e+06 10.0 2H2' 14 H3' 14 1.895e+07 26.6 2H2' 14 H8 14 1.860e+07 14.2 2H5' 14 1H5' 14 5.785e+07 10.0 H1' 14 H3' 14 8.261e+06 14.9 H1' 14 H4' 14 8.226e+06 10.0 H1' 14 H8 14 1.082e+07 10.0 H3' 14 1H5' 14 1.213e+07 15.7 H3' 14 2H5' 14 2.051e+07 10.0 H3' 14 H4' 14 2.194e+07 10.0 H3' 14 H8 14 6.827e+06 10.0 H4' 14 1H5' 14 2.606e+07 10.0 H4' 14 2H5' 14 2.727e+07 10.0 H4' 14 H8 14 1.978e+06 10.0 H8 14 2H5' 14 3.504e+06 10.0 1H5' 14 H2 15 3.136e+06 10.0 H4' 14 H2 15 2.241e+06 10.0 H1' 15 H4' 15 6.649e+06 27.7 H1' 15 H8 15 5.202e+06 16.8 H3' 15 1H5' 15 1.683e+07 10.0 H4' 15 1H5' 15 1.958e+07 23.5 H1' 15 1H5' 16 4.151e+06 20.5 H1' 15 2H5' 16 1.065e+07 15.3 H1' 15 H4' 16 5.940e+06 10.0 H1' 15 H8 16 3.627e+06 10.0 H3' 15 H8 16 2.796e+06 10.0 H1' 16 H2 15 1.005e+06 10.0 1H5' 16 H8 16 1.315e+06 10.0 2H5' 16 H8 16 2.617e+06 10.0 H1' 16 H8 16 5.254e+06 14.6 H3' 16 H8 16 3.557e+06 10.0 H4' 16 H8 16 2.861e+06 53.3 H8 16 1H2' 16 2.046e+07 10.0 H1' 16 H6 17 9.744e+06 10.0 H1' 16 M7 17 9.398e+06 10.0 H3' 16 M7 17 5.226e+06 10.0 H8 16 H6 17 2.553e+06 10.0 H8 16 M7 17 7.887e+06 10.0 M7 17 H4' 16 1.516e+06 10.0 1H2' 17 H4' 17 7.152e+06 10.0 1H2' 17 H6 17 2.742e+07 10.0 H1' 17 1H2' 17 1.436e+07 10.0 H1' 17 H6 17 6.376e+06 10.6 H4' 17 H6 17 3.608e+06 10.0 H6 17 M7 17 2.196e+07 10.1 M7 17 1H2' 17 1.279e+06 10.0 2H2' 17 H6 18 1.036e+07 11.4 2H2' 17 M7 18 1.945e+07 22.1 H1' 17 H6 18 6.656e+06 10.0 H1' 17 M7 18 4.998e+06 10.0 H6 17 M7 18 1.459e+07 14.1 M7 18 H4' 17 1.341e+06 10.0 M7 18 M7 17 2.072e+07 10.0 1H2' 18 H4' 18 6.161e+06 10.0 2H2' 18 H6 18 1.344e+07 22.8 H1' 18 1H2' 18 1.186e+07 10.0 H1' 18 2H2' 18 2.358e+07 10.0 H1' 18 H6 18 4.786e+06 10.0 H6 18 M7 18 2.365e+07 10.0 1H2' 18 H8 19 6.968e+06 10.0 2H2' 18 H8 19 8.453e+06 20.6 H1' 18 H8 19 5.664e+06 15.9 H3' 18 H8 19 1.758e+06 10.0 H6 18 H8 19 2.703e+06 10.0 1H2' 19 H1' 19 1.813e+07 10.0 1H2' 19 H8 19 1.966e+07 10.0 2H2' 19 H1' 19 2.657e+07 10.0 2H2' 19 H8 19 1.085e+07 12.5 H1' 19 H2 19 1.790e+06 10.0 H1' 19 H4' 19 1.335e+07 10.0 H1' 19 H8 19 6.793e+06 10.0 H3' 19 H8 19 5.880e+06 10.0 H4' 19 H8 19 2.857e+06 34.5 1H2' 19 M7 20 1.253e+07 10.0 2H2' 19 M7 20 1.342e+07 11.4 H1' 19 M7 20 6.158e+06 13.0 H3' 19 M7 20 3.887e+06 10.0 H4' 19 H6 20 2.229e+06 10.0 H4' 19 M7 20 1.941e+06 30.7 H8 19 H6 20 4.160e+06 10.0 H8 19 M7 20 1.935e+07 10.0 H1' 20 H1' 19 2.254e+06 10.0 H1' 20 H2 19 1.608e+06 10.0 1H2' 20 H6 20 2.722e+07 10.0 1H2' 20 M7 20 5.143e+06 10.0 2H2' 20 H6 20 1.777e+07 10.0 2H2' 20 M7 20 2.981e+06 10.0 H1' 20 1H2' 20 1.093e+07 10.0 H1' 20 2H2' 20 2.362e+07 10.0 H1' 20 H6 20 5.632e+06 10.0 H3' 20 M7 20 1.804e+06 10.0 H6 20 M7 20 2.750e+07 10.0 1H2' 20 H8 21 7.242e+06 10.0 2H2' 20 H8 21 1.171e+07 10.0 H1' 20 H8 21 7.983e+06 10.0 H3' 20 H8 21 3.126e+06 10.0 H6 20 H8 21 2.858e+06 10.0 H1' 21 H2 8 2.176e+06 10.0 1H2' 21 H8 21 2.674e+07 10.0 2H2' 21 H8 21 1.555e+07 10.0 H1' 21 1H2' 21 1.095e+07 16.3 H1' 21 H2 21 1.659e+06 24.1 H1' 21 H8 21 6.179e+06 16.0 H3' 21 H8 21 6.678e+06 10.0 H4' 21 H8 21 3.854e+06 16.6 1H2' 21 H8 22 1.151e+07 10.0 H1' 21 H8 22 1.007e+07 10.0 H2 21 H1' 22 8.174e+05 33.1 H2 21 H2 22 8.670e+06 10.0 H4' 21 H8 22 8.842e+05 10.0 H1' 21 M7 23 1.439e+06 10.0 H4' 22 H1' 21 1.747e+06 10.0 1H2' 22 H8 22 2.452e+07 10.0 H1' 22 H8 22 6.311e+06 10.0 H3' 22 H8 22 7.667e+06 10.0 H4' 22 H8 22 2.832e+06 31.2 1H2' 22 M7 23 1.841e+07 10.0 2H2' 22 M7 23 1.664e+07 10.0 H1' 22 M7 23 6.593e+06 11.7 H3' 22 M7 23 5.096e+06 10.0 H4' 22 M7 23 1.311e+06 10.0 H8 22 H6 23 3.287e+06 10.0 H8 22 M7 23 1.522e+07 10.0 H1' 23 H2 22 4.074e+06 10.0 H3' 23 H1' 22 1.316e+06 10.0 1H2' 23 M7 23 5.012e+06 10.0 H1' 23 1H2' 23 1.482e+07 10.0 H1' 23 H6 23 6.809e+06 10.0 H1' 23 M7 23 1.242e+06 20.2 H3' 23 1H2' 23 1.692e+07 10.0 H3' 23 H1' 23 8.086e+06 10.0 H3' 23 H4' 23 1.968e+07 10.0 H6 23 M7 23 2.603e+07 10.0 1H2' 23 H6 24 1.377e+07 14.6 1H2' 23 M7 24 1.896e+07 10.0 2H2' 23 H6 24 1.485e+07 10.0 2H2' 23 M7 24 1.641e+07 10.0 H1' 23 H6 24 6.955e+06 10.0 H1' 23 M7 24 5.934e+06 10.0 H3' 23 H6 24 3.574e+06 10.0 H3' 23 M7 24 8.740e+06 10.0 H6 23 H6 24 2.497e+06 10.0 H6 23 M7 24 1.940e+07 14.2 M7 24 M7 23 2.389e+07 10.0 1H2' 24 H6 24 2.431e+07 10.0 2H2' 24 H6 24 1.299e+07 10.0 H1' 24 1H2' 24 1.384e+07 18.6 H1' 24 2H2' 24 2.469e+07 10.0 H1' 24 H6 24 7.163e+06 10.0 H3' 24 H6 24 5.691e+06 10.0 H6 24 M7 24 2.521e+07 10.0 2H2' 24 H8 25 1.043e+07 10.0 H1' 24 H4' 25 3.139e+06 10.0 H1' 24 H8 25 4.581e+06 10.0 H6 24 H8 25 2.865e+06 10.0 H1' 25 H2 4 1.296e+06 10.0 H8 25 1H2' 24 4.734e+06 10.0 2H2' 25 H8 25 1.725e+07 10.0 H1' 25 1H2' 25 1.078e+07 30.9 H1' 25 2H2' 25 2.268e+07 10.0 H3' 25 2H2' 25 1.494e+07 10.0 H3' 25 H8 25 7.519e+06 10.0 H8 25 H1' 25 5.576e+06 10.0 1H2' 25 H8 26 6.310e+06 10.0 2H2' 25 H8 26 7.650e+06 30.1 H1' 25 H8 26 4.806e+06 10.0 H3' 25 H8 26 2.373e+06 10.0 H8 25 H8 26 2.721e+06 14.8 1H2' 26 H4' 26 3.141e+06 10.0 1H2' 26 H8 26 2.021e+07 10.0 2H2' 26 H8 26 1.200e+07 10.4 H1' 26 1H2' 26 1.194e+07 10.0 H1' 26 2H2' 26 2.030e+07 10.0 H1' 26 H4' 26 1.100e+07 30.0 H1' 26 H8 26 4.647e+06 16.1 H4' 26 H8 26 2.753e+06 29.6 1H2' 26 H8 27 4.651e+06 10.0 2H2' 26 H8 27 1.004e+07 12.2 H1' 26 H1' 27 2.851e+06 14.2 H1' 26 H8 27 1.084e+07 10.0 H4' 26 H8 27 1.343e+06 10.0 1H2' 27 H3' 27 2.774e+07 17.3 1H2' 27 H4' 27 6.261e+06 10.0 1H2' 27 H8 27 2.984e+07 12.6 2H2' 27 H3' 27 2.313e+07 10.0 2H2' 27 H4' 27 7.689e+06 12.8 2H2' 27 H8 27 1.593e+07 13.2 H1' 27 1H2' 27 2.431e+07 10.0 H1' 27 2H2' 27 4.474e+07 10.0 H1' 27 H4' 27 2.016e+07 10.0 H1' 27 H8 27 8.073e+06 21.1 H3' 27 H1' 27 8.934e+06 10.0 H3' 27 H4' 27 2.830e+07 10.0 H3' 27 H8 27 1.016e+07 10.0 H4' 27 H8 27 5.505e+06 14.8 # # (4) Integrated intensities of cross-peaks in the 150-ms # D2O NOESY acquired without presat #
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