NMR Restraints Grid |
Result table
image | mrblock_id | pdb_id | bmrb_id | cing | stage | program | type | subtype | subsubtype |
625630 | 6axi | 30341 | cing | 4-filtered-FRED | Wattos | check | violation | distance |
data_6axi save_distance_constraint_statistics_1 _Distance_constraint_stats_list.Sf_category distance_constraint_statistics _Distance_constraint_stats_list.Constraint_list_ID 1 _Distance_constraint_stats_list.Constraint_count 28 _Distance_constraint_stats_list.Viol_count 0 _Distance_constraint_stats_list.Viol_total 0.000 _Distance_constraint_stats_list.Viol_max 0.000 _Distance_constraint_stats_list.Viol_rms 0.0000 _Distance_constraint_stats_list.Viol_average_all_restraints 0.0000 _Distance_constraint_stats_list.Viol_average_violations_only 0.0000 _Distance_constraint_stats_list.Cutoff_violation_report 0.500 _Distance_constraint_stats_list.Details ; Description of the tags in this list: * 1 * Administrative tag * 2 * Administrative tag * 3 * Administrative tag * 4 * ID of the restraint list. * 5 * Number of restraints in list. * 6 * Number of violated restraints (each model violation is used). * 7 * Sum of violations in Angstrom. * 8 * Maximum violation of a restraint without averaging in any way. * 9 * Rms of violations over all restraints. * 10 * Average violation over all restraints. * 11 * Average violation over violated restraints. This violation is averaged over only those models in which the restraint is violated. These definitions are from: Doreleijers, et al., J. Mol. Biol. 281, 149-164 (1998). * 12 * Threshold for reporting violations (in Angstrom) in the last columns of the next table. * 13 * This tag Description of the tags in the per residue table below: * 1 * Chain identifier (can be absent if none defined) * 2 * Residue number * 3 * Residue name * 4 * Maximum violation in ensemble of models (without any averaging) * 5 * Model number with the maximum violation * 6 * Number of models with a violation above cutoff * 7 * List of models (1 character per model) with a violation above cutoff. An '*' marks a violation above the cutoff. A '+' indicates the largest violation above the cutoff and a '-' marks the smallest violation over cutoff. For models 5, 15, 25,... a ' ' is replaced by a '.'. For models 10, 20, 30,... a ' ' is replaced by a digit starting at 1. * 8 * Administrative tag * 9 * Administrative tag Description of the tags in the per restraint table below: * 1 * Restraint ID within restraint list. First node, FIRST member, first atom's: * 2 * Chain identifier (can be absent if none defined) * 3 * Residue number * 4 * Residue name * 5 * Name of (pseudo-)atom First node, SECOND member, first atom's: * 6 * Chain identifier (can be absent if none defined) * 7 * Residue number * 8 * Residue name * 9 * Name of (pseudo-)atom FIRST node's: * 10 * Target distance value (Angstrom) * 11 * Lower bound distance (Angstrom) * 12 * Upper bound distance (Angstrom) * 13 * Average distance in ensemble of models * 14 * Minimum distance in ensemble of models * 15 * Maximum distance in ensemble of models * 16 * Maximum violation (without any averaging) * 17 * Model number with the maximum violation * 18 * Number of models with a violation above cutoff * 19 * List of models with a violation above cutoff. See description above. * 20 * Administrative tag * 21 * Administrative tag ; loop_ _Distance_constraint_stats_per_res.Atom_entity_assembly_ID _Distance_constraint_stats_per_res.Atom_comp_index_ID _Distance_constraint_stats_per_res.Atom_comp_ID _Distance_constraint_stats_per_res.Total_violation _Distance_constraint_stats_per_res.Max_violation _Distance_constraint_stats_per_res.Max_violation_model_number _Distance_constraint_stats_per_res.Over_cutoff_viol_count _Distance_constraint_stats_per_res.Over_cutoff_viol_per_model 1 1 ASP 0.000 0.000 . 0 "[ . 1 . 2]" 1 2 LEU 0.000 0.000 . 0 "[ . 1 . 2]" 1 3 PHE 0.000 0.000 . 0 "[ . 1 . 2]" 1 4 VAL 0.000 0.000 . 0 "[ . 1 . 2]" 1 5 PRO 0.000 0.000 . 0 "[ . 1 . 2]" 1 6 PRO 0.000 0.000 . 0 "[ . 1 . 2]" 1 7 ILE 0.000 0.000 . 0 "[ . 1 . 2]" 1 8 ASP 0.000 0.000 . 0 "[ . 1 . 2]" stop_ loop_ _Distance_constraint_stats.Restraint_ID _Distance_constraint_stats.Atom_1_entity_assembly_ID _Distance_constraint_stats.Atom_1_comp_index_ID _Distance_constraint_stats.Atom_1_comp_ID _Distance_constraint_stats.Atom_1_ID _Distance_constraint_stats.Atom_2_entity_assembly_ID _Distance_constraint_stats.Atom_2_comp_index_ID _Distance_constraint_stats.Atom_2_comp_ID _Distance_constraint_stats.Atom_2_ID _Distance_constraint_stats.Node_1_distance_val _Distance_constraint_stats.Node_1_distance_lower_bound_val _Distance_constraint_stats.Node_1_distance_upper_bound_val _Distance_constraint_stats.Distance_average _Distance_constraint_stats.Distance_minimum _Distance_constraint_stats.Distance_maximum _Distance_constraint_stats.Max_violation _Distance_constraint_stats.Max_violation_model_number _Distance_constraint_stats.Over_cutoff_violation_count _Distance_constraint_stats.Over_cutoff_viol_per_model _Distance_constraint_stats.Distance_constraint_stats_ID 1 1 1 ASP HB2 1 8 ASP HA 6.000 . 6.000 4.730 4.009 5.747 . 0 0 "[ . 1 . 2]" 1 2 1 2 LEU H 1 7 ILE H 6.000 . 6.000 3.980 3.044 5.408 . 0 0 "[ . 1 . 2]" 1 3 1 2 LEU HA 1 3 PHE H 6.000 . 6.000 2.257 2.006 2.471 . 0 0 "[ . 1 . 2]" 1 4 1 2 LEU HB2 1 3 PHE H 6.000 . 6.000 3.877 2.500 4.207 . 0 0 "[ . 1 . 2]" 1 5 1 2 LEU HB2 1 3 PHE HA 6.000 . 6.000 5.118 4.886 5.739 . 0 0 "[ . 1 . 2]" 1 6 1 2 LEU HB2 1 7 ILE H 6.000 . 6.000 3.580 2.225 5.415 . 0 0 "[ . 1 . 2]" 1 7 1 2 LEU HB3 1 3 PHE H 6.000 . 6.000 2.898 2.376 3.905 . 0 0 "[ . 1 . 2]" 1 8 1 2 LEU HB3 1 4 VAL H 6.000 . 6.000 2.924 2.265 4.462 . 0 0 "[ . 1 . 2]" 1 9 1 2 LEU MD1 1 3 PHE H 6.000 . 6.000 4.668 3.847 5.020 . 0 0 "[ . 1 . 2]" 1 10 1 2 LEU MD1 1 5 PRO HA 6.000 . 6.000 5.494 5.148 5.909 . 0 0 "[ . 1 . 2]" 1 11 1 2 LEU MD1 1 7 ILE H 6.000 . 6.000 4.473 3.436 5.608 . 0 0 "[ . 1 . 2]" 1 12 1 3 PHE H 1 4 VAL H 6.000 . 6.000 2.498 2.170 2.828 . 0 0 "[ . 1 . 2]" 1 13 1 3 PHE HA 1 4 VAL H 6.000 . 6.000 3.554 3.305 3.659 . 0 0 "[ . 1 . 2]" 1 14 1 3 PHE HA 1 4 VAL HB 6.000 . 6.000 5.516 4.993 5.887 . 0 0 "[ . 1 . 2]" 1 15 1 3 PHE HB2 1 4 VAL H 6.000 . 6.000 3.141 2.308 4.212 . 0 0 "[ . 1 . 2]" 1 16 1 3 PHE HB3 1 4 VAL H 6.000 . 6.000 3.234 2.325 4.191 . 0 0 "[ . 1 . 2]" 1 17 1 4 VAL HA 1 5 PRO HA 6.000 . 6.000 2.184 2.032 2.375 . 0 0 "[ . 1 . 2]" 1 18 1 4 VAL MG1 1 5 PRO HD2 6.000 . 6.000 4.401 4.148 4.768 . 0 0 "[ . 1 . 2]" 1 19 1 5 PRO HA 1 6 PRO HB3 6.000 . 6.000 4.882 4.672 5.534 . 0 0 "[ . 1 . 2]" 1 20 1 5 PRO HA 1 6 PRO HD2 6.000 . 6.000 2.657 2.434 3.259 . 0 0 "[ . 1 . 2]" 1 21 1 5 PRO HA 1 6 PRO HG3 6.000 . 6.000 4.619 3.950 4.862 . 0 0 "[ . 1 . 2]" 1 22 1 5 PRO HG2 1 7 ILE H 6.000 . 6.000 3.714 2.814 4.620 . 0 0 "[ . 1 . 2]" 1 23 1 5 PRO HG2 1 7 ILE HA 6.000 . 6.000 5.583 5.100 5.928 . 0 0 "[ . 1 . 2]" 1 24 1 6 PRO HA 1 7 ILE H 6.000 . 6.000 2.602 2.236 3.349 . 0 0 "[ . 1 . 2]" 1 25 1 6 PRO HG2 1 7 ILE H 6.000 . 6.000 4.664 3.236 5.351 . 0 0 "[ . 1 . 2]" 1 26 1 7 ILE HA 1 8 ASP H 6.000 . 6.000 2.750 2.092 3.680 . 0 0 "[ . 1 . 2]" 1 27 1 7 ILE HB 1 8 ASP H 6.000 . 6.000 3.603 2.147 4.461 . 0 0 "[ . 1 . 2]" 1 28 1 7 ILE MD 1 8 ASP H 6.000 . 6.000 4.585 2.975 5.680 . 0 0 "[ . 1 . 2]" 1 stop_ save_
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