NMR Restraints Grid |
Result table
image | mrblock_id | pdb_id | bmrb_id | cing | in_recoord | in_dress | stage | program | type |
30026 | 1bqz | 4227 | cing | recoord | dress | 2-parsed | STAR | dihedral angle |
data_1bqz_MR_file_constraints save_Conversion_project _Study_list.Sf_category study_list _Study_list.Entry_ID parsed_1bqz _Study_list.ID 1 loop_ _Study.ID _Study.Name _Study.Type _Study.Details _Study.Entry_ID _Study.Study_list_ID 1 "Conversion project" NMR . parsed_1bqz 1 stop_ save_ save_entry_information _Entry.Sf_category entry_information _Entry.ID parsed_1bqz _Entry.Title "Original constraint list(s)" _Entry.Version_type original _Entry.Submission_date . _Entry.Accession_date . _Entry.Last_release_date . _Entry.Original_release_date . _Entry.Origination . _Entry.NMR_STAR_version 3.1 _Entry.Original_NMR_STAR_version . _Entry.Experimental_method NMR _Entry.Experimental_method_subtype . loop_ _Related_entries.Database_name _Related_entries.Database_accession_code _Related_entries.Relationship _Related_entries.Entry_ID PDB 1bqz "Master copy" parsed_1bqz stop_ save_ save_global_Org_file_characteristics _Constraint_stat_list.Sf_category constraint_statistics _Constraint_stat_list.Entry_ID parsed_1bqz _Constraint_stat_list.ID 1 loop_ _Constraint_file.ID _Constraint_file.Constraint_filename _Constraint_file.Software_ID _Constraint_file.Software_label _Constraint_file.Software_name _Constraint_file.Block_ID _Constraint_file.Constraint_type _Constraint_file.Constraint_subtype _Constraint_file.Constraint_subsubtype _Constraint_file.Constraint_number _Constraint_file.Entry_ID _Constraint_file.Constraint_stat_list_ID 1 1bqz.mr . . "MR format" 1 comment "Not applicable" "Not applicable" 0 parsed_1bqz 1 1 1bqz.mr . . n/a 2 comment "Not applicable" "Not applicable" 0 parsed_1bqz 1 1 1bqz.mr . . XPLOR/CNS 3 "dihedral angle" "Not applicable" "Not applicable" 0 parsed_1bqz 1 1 1bqz.mr . . n/a 4 comment "Not applicable" "Not applicable" 0 parsed_1bqz 1 1 1bqz.mr . . XPLOR/CNS 5 distance NOE simple 0 parsed_1bqz 1 1 1bqz.mr . . "MR format" 6 "nomenclature mapping" "Not applicable" "Not applicable" 0 parsed_1bqz 1 stop_ save_ save_CNS/XPLOR_dihedral_3 _Torsion_angle_constraint_list.Sf_category torsion_angle_constraints _Torsion_angle_constraint_list.Entry_ID parsed_1bqz _Torsion_angle_constraint_list.ID 1 _Torsion_angle_constraint_list.Constraint_file_ID 1 _Torsion_angle_constraint_list.Block_ID 3 _Torsion_angle_constraint_list.Details "Generated by Wattos" loop_ _TA_constraint_parse_err.ID _TA_constraint_parse_err.Content _TA_constraint_parse_err.Begin_line _TA_constraint_parse_err.Begin_column _TA_constraint_parse_err.End_line _TA_constraint_parse_err.End_column _TA_constraint_parse_err.Entry_ID _TA_constraint_parse_err.Torsion_angle_constraint_list_ID 1 ; assign \= (resid 4 and name n) (resid 4 and name ca)\\ \> (resid 4 and name cb) (resid 4 and name cg) 1.0 60 60 2\\ ; 2 1 4 67 parsed_1bqz 1 2 ; assign \= (resid 5 and name n) (resid 5 and name ca)\\ \> (resid 5 and name cb) (resid 5 and name cg) 1.0 60 60 2\\ ; 6 1 8 67 parsed_1bqz 1 3 ; assign \= (resid 9 and name n) (resid 9 and name ca)\\ \> (resid 9 and name cb) (resid 9 and name cg) 1.0 -60 60 2\\ ; 10 1 12 68 parsed_1bqz 1 4 ; assign \= (resid 13 and name n) (resid 13 and name ca)\\ \> (resid 13 and name cb) (resid 13 and name cg) 1.0 60 60 2\\ ; 14 1 16 68 parsed_1bqz 1 5 ; assign \= (resid 16 and name n) (resid 16 and name ca)\\ \> (resid 16 and name cb) (resid 16 and name cg) 1.0 -60 60 2\\ ; 18 1 20 69 parsed_1bqz 1 6 ; assign \= (resid 18 and name n) (resid 18 and name ca)\\ \> (resid 18 and name cb) (resid 18 and name cg) 1.0 60 60 2\\ ; 22 1 24 68 parsed_1bqz 1 7 ; assign \= (resid 19 and name n) (resid 19 and name ca)\\ \> (resid 19 and name cb) (resid 19 and name cg) 1.0 60 60 2\\ ; 26 1 28 68 parsed_1bqz 1 8 ; assign \= (resid 21 and name n) (resid 21 and name ca)\\ \> (resid 21 and name cb) (resid 21 and name cg) 1.0 60 60 2\\ ; 30 1 32 68 parsed_1bqz 1 9 ; assign \= (resid 27 and name n) (resid 27 and name ca)\\ \> (resid 27 and name cb) (resid 27 and name cg) 1.0 60 60 2\\ ; 34 1 36 68 parsed_1bqz 1 10 ; assign \= (resid 29 and name n) (resid 29 and name ca)\\ \> (resid 29 and name cb) (resid 29 and name cg) 1.0 60 60 2\\ ; 38 1 40 68 parsed_1bqz 1 11 ; assign \= (resid 31 and name n) (resid 31 and name ca)\\ \> (resid 31 and name cb) (resid 31 and name cg) 1.0 -60 60 2\\ ; 42 1 44 69 parsed_1bqz 1 12 ; assign \= (resid 34 and name n) (resid 34 and name ca)\\ \> (resid 34 and name cb) (resid 34 and name cg) 1.0 60 60 2\\ ; 46 1 48 68 parsed_1bqz 1 13 ; assign \= (resid 36 and name n) (resid 36 and name ca)\\ \> (resid 36 and name cb) (resid 36 and name cg) 1.0 -60 60 2\\ ; 50 1 52 69 parsed_1bqz 1 14 ; assign \= (resid 37 and name n) (resid 37 and name ca)\\ \> (resid 37 and name cb) (resid 37 and name cg) 1.0 -60 60 2\\ ; 54 1 56 69 parsed_1bqz 1 15 ; assign \= (resid 46 and name n) (resid 46 and name ca)\\ \> (resid 46 and name cb) (resid 46 and name cg) 1.0 -60 60 2\\ ; 58 1 60 69 parsed_1bqz 1 16 ; assign \= (resid 47 and name n) (resid 47 and name ca)\\ \> (resid 47 and name cb) (resid 47 and name cg) 1.0 60 60 2\\ ; 62 1 64 68 parsed_1bqz 1 17 ; assign \= (resid 48 and name n) (resid 48 and name ca)\\ \> (resid 48 and name cb) (resid 48 and name cg) 1.0 -60 60 2\\ ; 66 1 68 69 parsed_1bqz 1 18 ; assign \= (resid 56 and name n) (resid 56 and name ca)\\ \> (resid 56 and name cb) (resid 56 and name cg) 1.0 60 60 2\\ ; 70 1 72 68 parsed_1bqz 1 19 ; assign \= (resid 58 and name n) (resid 58 and name ca)\\ \> (resid 58 and name cb) (resid 58 and name cg) 1.0 180 60 2\\ ; 74 1 76 69 parsed_1bqz 1 20 ; assign \= (resid 61 and name n) (resid 61 and name ca)\\ \> (resid 61 and name cb) (resid 61 and name cg) 1.0 -60 60 2\\ ; 78 1 80 69 parsed_1bqz 1 21 ; assign \= (resid 66 and name n) (resid 66 and name ca)\\ \> (resid 66 and name cb) (resid 66 and name cg) 1.0 60 60 2\\ ; 82 1 84 68 parsed_1bqz 1 22 ; assign \= (resid 68 and name n) (resid 68 and name ca)\\ \> (resid 68 and name cb) (resid 68 and name cg) 1.0 -60 60 2\\ ; 86 1 88 69 parsed_1bqz 1 23 ; assign \= (resid 70 and name n) (resid 70 and name ca)\\ \> (resid 70 and name cb) (resid 70 and name cg) 1.0 60 60 2\\ ; 90 1 92 68 parsed_1bqz 1 24 ; assign \= (resid 73 and name n) (resid 73 and name ca)\\ \> (resid 73 and name cb) (resid 73 and name cg) 1.0 -60 60 2\\ ; 94 1 96 69 parsed_1bqz 1 25 ; assign \= (resid 74 and name n) (resid 74 and name ca)\\ \> (resid 74 and name cb) (resid 74 and name cg) 1.0 -60 60 2\\ ; 98 1 100 69 parsed_1bqz 1 26 ; assign \= (resid 75 and name n) (resid 75 and name ca)\\ \> (resid 75 and name cb) (resid 75 and name cg) 1.0 -60 60 2\\ ; 102 1 104 69 parsed_1bqz 1 27 ; assign \= (resid 14 and name n) (resid 14 and name ca)\\ \> (resid 14 and name cb) (resid 14 and name og1) 1.0 60 60 2\\ ; 106 1 108 69 parsed_1bqz 1 28 ; assign \= (resid 57 and name n) (resid 57 and name ca)\\ \> (resid 57 and name cb) (resid 57 and name og1) 1.0 60 60 2\\ ; 110 1 112 69 parsed_1bqz 1 29 ; assign \= (resid 11 and name n) (resid 11 and name ca)\\ \> (resid 11 and name cb) (resid 11 and name cg1) 1.0 180 60 2\\ ; 114 1 116 70 parsed_1bqz 1 30 ; assign \= (resid 55 and name n) (resid 55 and name ca)\\ \> (resid 55 and name cb) (resid 55 and name cg1) 1.0 60 60 2\\ ; 118 1 120 69 parsed_1bqz 1 31 ; assign \= (resid 49 and name n) (resid 49 and name ca)\\ \> (resid 49 and name cb) (resid 49 and name cg1) 1.0 -60 60 2\\ ; 122 1 124 70 parsed_1bqz 1 32 ; assign (resid 20 and name n) (resid 20 and name ca)\\ \> (resid 20 and name cb) (resid 20 and name cg1) 1.0 -60 60 2\\ ; 126 1 128 70 parsed_1bqz 1 33 ; assign (resid 8 and name n) (resid 8 and name ca)\\ \> (resid 8 and name cb) (resid 8 and name cg1) 1.0 -60 60 2\\ ; 130 1 132 69 parsed_1bqz 1 34 ; assign (resid 5 and name c) (resid 6 and name n)\\ \> (resid 6 and name ca) (resid 6 and name c) 1.0 -57 30 2\\ ; 134 1 136 67 parsed_1bqz 1 35 ; assign (resid 6 and name c) (resid 7 and name n)\\ \> (resid 7 and name ca) (resid 7 and name c) 1.0 -57 30 2\\ ; 138 1 140 67 parsed_1bqz 1 36 ; assign (resid 7 and name c) (resid 8 and name n)\\ \> (resid 8 and name ca) (resid 8 and name c) 1.0 -57 30 2\\ ; 142 1 144 67 parsed_1bqz 1 37 ; assign (resid 8 and name c) (resid 9 and name n)\\ \> (resid 9 and name ca) (resid 9 and name c) 1.0 -57 30 2\\ ; 146 1 148 67 parsed_1bqz 1 38 ; assign (resid 10 and name c) (resid 11 and name n)\\ \> (resid 11 and name ca) (resid 11 and name c) 1.0 -120 30 2\\ ; 150 1 152 69 parsed_1bqz 1 39 ; assign (resid 11 and name c) (resid 12 and name n)\\ \> (resid 12 and name ca) (resid 12 and name c) 1.0 -57 30 2\\ ; 154 1 156 68 parsed_1bqz 1 40 ; assign (resid 12 and name c) (resid 13 and name n)\\ \> (resid 13 and name ca) (resid 13 and name c) 1.0 -57 30 2\\ ; 158 1 160 68 parsed_1bqz 1 41 ; assign (resid 13 and name c) (resid 14 and name n)\\ \> (resid 14 and name ca) (resid 14 and name c) 1.0 -120 30 2\\ ; 162 1 164 69 parsed_1bqz 1 42 ; assign (resid 14 and name c) (resid 15 and name n)\\ \> (resid 15 and name ca) (resid 15 and name c) 1.0 -57 30 2\\ ; 166 1 168 68 parsed_1bqz 1 43 ; assign (resid 16 and name c) (resid 17 and name n)\\ \> (resid 17 and name ca) (resid 17 and name c) 1.0 -57 30 2\\ ; 170 1 172 68 parsed_1bqz 1 44 ; assign (resid 17 and name c) (resid 18 and name n)\\ \> (resid 18 and name ca) (resid 18 and name c) 1.0 -57 30 2\\ ; 174 1 176 68 parsed_1bqz 1 45 ; assign (resid 19 and name c) (resid 20 and name n)\\ \> (resid 20 and name ca) (resid 20 and name c) 1.0 -57 30 2\\ ; 178 1 180 68 parsed_1bqz 1 46 ; assign (resid 20 and name c) (resid 21 and name n)\\ \> (resid 21 and name ca) (resid 21 and name c) 1.0 -57 30 2\\ ; 182 1 184 68 parsed_1bqz 1 47 ; assign (resid 21 and name c) (resid 22 and name n)\\ \> (resid 22 and name ca) (resid 22 and name c) 1.0 -57 30 2\\ ; 186 1 188 68 parsed_1bqz 1 48 ; assign (resid 22 and name c) (resid 23 and name n)\\ \> (resid 23 and name ca) (resid 23 and name c) 1.0 -57 30 2\\ ; 190 1 192 68 parsed_1bqz 1 49 ; assign (resid 23 and name c) (resid 24 and name n)\\ \> (resid 24 and name ca) (resid 24 and name c) 1.0 -57 30 2\\ ; 194 1 196 68 parsed_1bqz 1 50 ; assign (resid 24 and name c) (resid 25 and name n)\\ \> (resid 25 and name ca) (resid 25 and name c) 1.0 -57 30 2\\ ; 198 1 200 68 parsed_1bqz 1 51 ; assign (resid 25 and name c) (resid 26 and name n)\\ \> (resid 26 and name ca) (resid 26 and name c) 1.0 -57 30 2\\ ; 202 1 204 68 parsed_1bqz 1 52 ; assign (resid 26 and name c) (resid 27 and name n)\\ \> (resid 27 and name ca) (resid 27 and name c) 1.0 -57 20 2\\ ; 206 1 208 68 parsed_1bqz 1 53 ; assign (resid 27 and name c) (resid 28 and name n)\\ \> (resid 28 and name ca) (resid 28 and name c) 1.0 -57 30 2\\ ; 210 1 212 68 parsed_1bqz 1 54 ; assign (resid 28 and name c) (resid 29 and name n)\\ \> (resid 29 and name ca) (resid 29 and name c) 1.0 -57 30 2\\ ; 214 1 216 68 parsed_1bqz 1 55 ; assign (resid 29 and name c) (resid 30 and name n)\\ \> (resid 30 and name ca) (resid 30 and name c) 1.0 -57 30 2\\ ; 218 1 220 68 parsed_1bqz 1 56 ; assign (resid 30 and name c) (resid 31 and name n)\\ \> (resid 31 and name ca) (resid 31 and name c) 1.0 -120 30 2\\ ; 222 1 224 69 parsed_1bqz 1 57 ; assign (resid 31 and name c) (resid 32 and name n)\\ \> (resid 32 and name ca) (resid 32 and name c) 1.0 -57 30 2 \\ ; 226 1 228 71 parsed_1bqz 1 58 ; assign (resid 34 and name c) (resid 35 and name n)\\ \> (resid 35 and name ca) (resid 35 and name c) 1.0 -120 30 2\\ ; 230 1 232 69 parsed_1bqz 1 59 ; assign (resid 36 and name c) (resid 37 and name n)\\ \> (resid 37 and name ca) (resid 37 and name c) 1.0 -57 30 2\\ ; 234 1 236 68 parsed_1bqz 1 60 ; assign (resid 39 and name c) (resid 40 and name n)\\ \> (resid 40 and name ca) (resid 40 and name c) 1.0 -57 30 2\\ ; 238 1 240 68 parsed_1bqz 1 61 ; assign (resid 41 and name c) (resid 42 and name n)\\ \> (resid 42 and name ca) (resid 42 and name c) 1.0 -57 30 2\\ ; 242 1 244 68 parsed_1bqz 1 62 ; assign (resid 42 and name c) (resid 43 and name n)\\ \> (resid 43 and name ca) (resid 43 and name c) 1.0 -57 30 2\\ ; 246 1 248 68 parsed_1bqz 1 63 ; assign (resid 43 and name c) (resid 44 and name n)\\ \> (resid 44 and name ca) (resid 44 and name c) 1.0 -57 20 2\\ ; 250 1 252 68 parsed_1bqz 1 64 ; assign (resid 44 and name c) (resid 45 and name n)\\ \> (resid 45 and name ca) (resid 45 and name c) 1.0 -57 30 2\\ ; 254 1 256 68 parsed_1bqz 1 65 ; assign (resid 45 and name c) (resid 46 and name n)\\ \> (resid 46 and name ca) (resid 46 and name c) 1.0 -57 30 2\\ ; 258 1 260 68 parsed_1bqz 1 66 ; assign (resid 46 and name c) (resid 47 and name n)\\ \> (resid 47 and name ca) (resid 47 and name c) 1.0 -57 30 2\\ ; 262 1 264 68 parsed_1bqz 1 67 ; assign (resid 47 and name c) (resid 48 and name n)\\ \> (resid 48 and name ca) (resid 48 and name c) 1.0 -57 30 2\\ ; 266 1 268 68 parsed_1bqz 1 68 ; assign (resid 48 and name c) (resid 49 and name n)\\ \> (resid 49 and name ca) (resid 49 and name c) 1.0 -57 30 2\\ ; 270 1 272 68 parsed_1bqz 1 69 ; assign (resid 49 and name c) (resid 50 and name n)\\ \> (resid 50 and name ca) (resid 50 and name c) 1.0 -57 20 2\\ ; 274 1 276 68 parsed_1bqz 1 70 ; assign (resid 51 and name c) (resid 52 and name n)\\ \> (resid 52 and name ca) (resid 52 and name c) 1.0 -57 20 2\\ ; 278 1 280 68 parsed_1bqz 1 71 ; assign (resid 52 and name c) (resid 53 and name n)\\ \> (resid 53 and name ca) (resid 53 and name c) 1.0 -57 30 2\\ ; 282 1 284 68 parsed_1bqz 1 72 ; assign (resid 53 and name c) (resid 54 and name n)\\ \> (resid 54 and name ca) (resid 54 and name c) 1.0 -57 30 2\\ ; 286 1 288 68 parsed_1bqz 1 73 ; assign (resid 55 and name c) (resid 56 and name n)\\ \> (resid 56 and name ca) (resid 56 and name c) 1.0 -57 30 2\\ ; 290 1 292 68 parsed_1bqz 1 74 ; assign (resid 56 and name c) (resid 57 and name n)\\ \> (resid 57 and name ca) (resid 57 and name c) 1.0 -120 30 2\\ ; 294 1 296 69 parsed_1bqz 1 75 ; assign (resid 57 and name c) (resid 58 and name n)\\ \> (resid 58 and name ca) (resid 58 and name c) 1.0 -120 30 2\\ ; 298 1 300 69 parsed_1bqz 1 76 ; assign (resid 58 and name c) (resid 59 and name n)\\ \> (resid 59 and name ca) (resid 59 and name c) 1.0 -57 30 2\\ ; 302 1 304 70 parsed_1bqz 1 77 ; assign (resid 59 and name c) (resid 60 and name n)\\ \> (resid 60 and name ca) (resid 60 and name c) 1.0 -57 20 2\\ ; 306 1 308 68 parsed_1bqz 1 78 ; assign (resid 60 and name c) (resid 61 and name n)\\ \> (resid 61 and name ca) (resid 61 and name c) 1.0 -57 20 2\\ ; 310 1 312 68 parsed_1bqz 1 79 ; assign (resid 61 and name c) (resid 62 and name n)\\ \> (resid 62 and name ca) (resid 62 and name c) 1.0 -57 30 2\\ ; 314 1 316 68 parsed_1bqz 1 80 ; assign (resid 62 and name c) (resid 63 and name n)\\ \> (resid 63 and name ca) (resid 63 and name c) 1.0 -57 30 2\\ ; 318 1 320 68 parsed_1bqz 1 81 ; assign (resid 63 and name c) (resid 64 and name n)\\ \> (resid 64 and name ca) (resid 64 and name c) 1.0 -57 30 2\\ ; 322 1 324 68 parsed_1bqz 1 82 ; assign (resid 64 and name c) (resid 65 and name n)\\ \> (resid 65 and name ca) (resid 65 and name c) 1.0 -57 30 2\\ ; 326 1 328 68 parsed_1bqz 1 83 ; assign (resid 65 and name c) (resid 66 and name n)\\ \> (resid 66 and name ca) (resid 66 and name c) 1.0 -57 30 2\\ ; 330 1 332 68 parsed_1bqz 1 84 ; assign (resid 69 and name c) (resid 70 and name n)\\ \> (resid 70 and name ca) (resid 70 and name c) 1.0 -57 30 2\\ ; 334 1 336 68 parsed_1bqz 1 85 ; assign (resid 70 and name c) (resid 71 and name n)\\ \> (resid 71 and name ca) (resid 71 and name c) 1.0 -57 30 2\\ ; 338 1 340 68 parsed_1bqz 1 86 ; assign (resid 71 and name c) (resid 72 and name n)\\ \> (resid 72 and name ca) (resid 72 and name c) 1.0 -57 30 2\\ ; 342 1 344 68 parsed_1bqz 1 87 ; assign (resid 72 and name c) (resid 73 and name n)\\ \> (resid 73 and name ca) (resid 73 and name c) 1.0 -120 30 2\\ ; 346 1 348 69 parsed_1bqz 1 stop_ save_
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