data_7TXJ

_audit_conform.dict_name      mmcif_pdbx_vrpt.dic
_audit_conform.dict_version   0.070
_audit_conform.dict_location  https://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx_vrpt.dic
#
_entry.id  7TXJ
#
loop_
_entity.id
1  
2  
3  
#
loop_
_struct_asym.id
_struct_asym.entity_id
A  1  
B  1  
C  2  
D  3  
#
loop_
_pdbx_vrpt_database.id
_pdbx_vrpt_database.code
_pdbx_vrpt_database.extended_code
PDB   7TXJ       pdb_00007txj  
EMDB  EMD-26159  ?             
#
_pdbx_vrpt_exptl.ordinal  1
_pdbx_vrpt_exptl.method   "electron microscopy"
#
_pdbx_vrpt_summary.entry_id                    7TXJ
_pdbx_vrpt_summary.extended_entry_id           pdb_00007txj
_pdbx_vrpt_summary.PDB_deposition_date         2022-02-09
_pdbx_vrpt_summary.PDB_revision_number         9
_pdbx_vrpt_summary.PDB_revision_date           2025-06-04
_pdbx_vrpt_summary.EMDB_deposition_date        2022-02-09
_pdbx_vrpt_summary.report_creation_date        2025-05-26:16:58
_pdbx_vrpt_summary.attempted_validation_steps  visualanalysis,molprobity,validation-pack,validation_schema,percentiles,writexml,writecif,writepdf
_pdbx_vrpt_summary.ligands_for_buster_report   N
#
loop_
_pdbx_vrpt_entity.id
_pdbx_vrpt_entity.type
_pdbx_vrpt_entity.description
1  polymer  "DNA (5'-D(*TP*AP*TP*AP*TP*AP*TP*AP*TP*AP*TP*A)-3')"  
2  polymer  MCP1  
3  polymer  MCP2  
#
loop_
_pdbx_vrpt_asym.label_asym_id
_pdbx_vrpt_asym.entity_id
A  1  
B  1  
C  2  
D  3  
#
loop_
_pdbx_vrpt_percentile_list.id
_pdbx_vrpt_percentile_list.range
_pdbx_vrpt_percentile_list.exp_method
1  all  pdb  
2  all  "electron microscopy"  
#
loop_
_pdbx_vrpt_percentile_type.id
_pdbx_vrpt_percentile_type.type
1  all_atom_clashscore           
2  Ramachandran_outlier_percent  
3  rotamer_outliers_percent      
#
loop_
_pdbx_vrpt_percentile_conditions.id
_pdbx_vrpt_percentile_conditions.percentile_list_id
_pdbx_vrpt_percentile_conditions.type_id
_pdbx_vrpt_percentile_conditions.rank
_pdbx_vrpt_percentile_conditions.number_entries_total
_pdbx_vrpt_percentile_conditions.res_high
_pdbx_vrpt_percentile_conditions.res_low
1  1  1   18.38  210492  ?     ?     
2  2  1   19.27   15764  ?     ?     
3  1  2   24.01  207382  ?     ?     
4  2  2   14.14   16835  ?     ?     
5  1  3  100.00  206894  ?     ?     
6  2  3  100.00   16415  ?     ?     
#
loop_
_pdbx_vrpt_percentile_entity_view.ordinal
_pdbx_vrpt_percentile_entity_view.conditions_id
_pdbx_vrpt_percentile_entity_view.type_id
_pdbx_vrpt_percentile_entity_view.label_asym_id
_pdbx_vrpt_percentile_entity_view.PDB_model_num
_pdbx_vrpt_percentile_entity_view.entity_id
_pdbx_vrpt_percentile_entity_view.auth_asym_id
_pdbx_vrpt_percentile_entity_view.rank
1  3  2  C  1  2  A   18.80  
2  4  2  C  1  2  A   53.87  
3  5  3  C  1  2  A  100.00  
4  6  3  C  1  2  A  100.00  
5  3  2  D  1  3  a   25.05  
6  4  2  D  1  3  a   60.07  
7  5  3  D  1  3  a  100.00  
8  6  3  D  1  3  a  100.00  
#
loop_
_pdbx_vrpt_summary_entity_geometry.ordinal
_pdbx_vrpt_summary_entity_geometry.PDB_model_num
_pdbx_vrpt_summary_entity_geometry.entity_id
_pdbx_vrpt_summary_entity_geometry.label_asym_id
_pdbx_vrpt_summary_entity_geometry.auth_asym_id
_pdbx_vrpt_summary_entity_geometry.angles_RMSZ
_pdbx_vrpt_summary_entity_geometry.bonds_RMSZ
_pdbx_vrpt_summary_entity_geometry.num_bonds_RMSZ
_pdbx_vrpt_summary_entity_geometry.num_angles_RMSZ
1  1  1  A  1  0.41  0.36   275   422  
2  1  1  B  2  0.51  0.37   275   422  
3  1  2  C  A  0.58  0.28  1249  1686  
4  1  3  D  a  0.52  0.31  1577  2145  
#
loop_
_pdbx_vrpt_summary_entity_fit_to_map.ordinal
_pdbx_vrpt_summary_entity_fit_to_map.PDB_model_num
_pdbx_vrpt_summary_entity_fit_to_map.entity_id
_pdbx_vrpt_summary_entity_fit_to_map.label_asym_id
_pdbx_vrpt_summary_entity_fit_to_map.auth_asym_id
_pdbx_vrpt_summary_entity_fit_to_map.average_residue_inclusion
_pdbx_vrpt_summary_entity_fit_to_map.Q_score
1  1  1  A  1  0.8480  0.465  
2  1  1  B  2  0.7845  0.392  
3  1  2  C  A  0.5284  0.420  
4  1  3  D  a  0.5242  0.436  
#
_pdbx_vrpt_summary_geometry.ordinal                        1
_pdbx_vrpt_summary_geometry.percent_ramachandran_outliers  0.58
_pdbx_vrpt_summary_geometry.percent_rotamer_outliers       0.00
_pdbx_vrpt_summary_geometry.clashscore                     12.77
_pdbx_vrpt_summary_geometry.num_H_reduce                   3007
_pdbx_vrpt_summary_geometry.num_bonds_RMSZ                 3376
_pdbx_vrpt_summary_geometry.bonds_RMSZ                     0.31
_pdbx_vrpt_summary_geometry.num_angles_RMSZ                4675
_pdbx_vrpt_summary_geometry.angles_RMSZ                    0.53
#
_pdbx_vrpt_summary_em.exp_method                 "electron microscopy"
_pdbx_vrpt_summary_em.ordinal                    1
_pdbx_vrpt_summary_em.contour_level_primary_map  0.59
_pdbx_vrpt_summary_em.atom_inclusion_all_atoms   0.5800
_pdbx_vrpt_summary_em.atom_inclusion_backbone    0.7580
_pdbx_vrpt_summary_em.EMDB_resolution            3.9
_pdbx_vrpt_summary_em.Q_score                    0.429
#
loop_
_pdbx_vrpt_model_instance.id
_pdbx_vrpt_model_instance.PDB_model_num
_pdbx_vrpt_model_instance.entity_id
_pdbx_vrpt_model_instance.label_asym_id
_pdbx_vrpt_model_instance.label_seq_id
_pdbx_vrpt_model_instance.label_comp_id
_pdbx_vrpt_model_instance.auth_asym_id
_pdbx_vrpt_model_instance.auth_seq_id
_pdbx_vrpt_model_instance.label_alt_id
_pdbx_vrpt_model_instance.PDB_ins_code
_pdbx_vrpt_model_instance.count_clashes
  1  1  1  A    1  DT   1    1  .  ?        ?  
  2  1  1  A    2  DA   1    2  .  ?        ?  
  3  1  1  A    3  DT   1    3  .  ?        ?  
  4  1  1  A    4  DA   1    4  .  ?        1  
  5  1  1  A    5  DT   1    5  .  ?        2  
  6  1  1  A    6  DA   1    6  .  ?        ?  
  7  1  1  A    7  DT   1    7  .  ?        3  
  8  1  1  A    8  DA   1    8  .  ?        4  
  9  1  1  A    9  DT   1    9  .  ?        1  
 10  1  1  A   10  DA   1   10  .  ?        ?  
 11  1  1  A   11  DT   1   11  .  ?        ?  
 12  1  1  A   12  DA   1   12  .  ?        ?  
 13  1  1  B    1  DT   2    1  .  ?        3  
 14  1  1  B    2  DA   2    2  .  ?        3  
 15  1  1  B    3  DT   2    3  .  ?        3  
 16  1  1  B    4  DA   2    4  .  ?        3  
 17  1  1  B    5  DT   2    5  .  ?        3  
 18  1  1  B    6  DA   2    6  .  ?        4  
 19  1  1  B    7  DT   2    7  .  ?        ?  
 20  1  1  B    8  DA   2    8  .  ?        1  
 21  1  1  B    9  DT   2    9  .  ?        1  
 22  1  1  B   10  DA   2   10  .  ?        ?  
 23  1  1  B   11  DT   2   11  .  ?        2  
 24  1  1  B   12  DA   2   12  .  ?        1  
 25  1  2  C    7  ARG  A    7  .  ?        1  
 26  1  2  C    8  LEU  A    8  .  ?        ?  
 27  1  2  C    9  SER  A    9  .  ?        1  
 28  1  2  C   10  GLN  A   10  .  ?        ?  
 29  1  2  C   11  ALA  A   11  .  ?        1  
 30  1  2  C   12  SER  A   12  .  ?        1  
 31  1  2  C   13  VAL  A   13  .  ?        ?  
 32  1  2  C   14  LEU  A   14  .  ?        ?  
 33  1  2  C   15  ARG  A   15  .  ?        ?  
 34  1  2  C   16  TYR  A   16  .  ?        ?  
 35  1  2  C   17  TYR  A   17  .  ?        ?  
 36  1  2  C   18  ALA  A   18  .  ?        ?  
 37  1  2  C   19  LYS  A   19  .  ?        ?  
 38  1  2  C   20  ARG  A   20  .  ?        ?  
 39  1  2  C   21  PHE  A   21  .  ?        ?  
 40  1  2  C   22  THR  A   22  .  ?        ?  
 41  1  2  C   23  MET  A   23  .  ?        ?  
 42  1  2  C   24  ASN  A   24  .  ?        1  
 43  1  2  C   25  VAL  A   25  .  ?        ?  
 44  1  2  C   26  GLY  A   26  .  ?        ?  
 45  1  2  C   27  THR  A   27  .  ?        ?  
 46  1  2  C   28  THR  A   28  .  ?        ?  
 47  1  2  C   29  ALA  A   29  .  ?        ?  
 48  1  2  C   30  HIS  A   30  .  ?        ?  
 49  1  2  C   31  VAL  A   31  .  ?        ?  
 50  1  2  C   32  LEU  A   32  .  ?        ?  
 51  1  2  C   33  GLY  A   33  .  ?        ?  
 52  1  2  C   34  LYS  A   34  .  ?        ?  
 53  1  2  C   35  GLU  A   35  .  ?        ?  
 54  1  2  C   36  VAL  A   36  .  ?        ?  
 55  1  2  C   37  ALA  A   37  .  ?        ?  
 56  1  2  C   38  GLY  A   38  .  ?        ?  
 57  1  2  C   39  ASN  A   39  .  ?        ?  
 58  1  2  C   40  PRO  A   40  .  ?        ?  
 59  1  2  C   41  TRP  A   41  .  ?        ?  
 60  1  2  C   42  VAL  A   42  .  ?        ?  
 61  1  2  C   43  ALA  A   43  .  ?        ?  
 62  1  2  C   44  LYS  A   44  .  ?        ?  
 63  1  2  C   45  ALA  A   45  .  ?        ?  
 64  1  2  C   46  ILE  A   46  .  ?        1  
 65  1  2  C   47  ASP  A   47  .  ?        ?  
 66  1  2  C   48  LYS  A   48  .  ?        ?  
 67  1  2  C   49  LEU  A   49  .  ?        ?  
 68  1  2  C   50  SER  A   50  .  ?        ?  
 69  1  2  C   51  TYR  A   51  .  ?        ?  
 70  1  2  C   52  GLN  A   52  .  ?        ?  
 71  1  2  C   53  GLU  A   53  .  ?        ?  
 72  1  2  C   54  THR  A   54  .  ?        ?  
 73  1  2  C   55  TYR  A   55  .  ?        ?  
 74  1  2  C   56  ASN  A   56  .  ?        ?  
 75  1  2  C   57  TRP  A   57  .  ?        ?  
 76  1  2  C   58  ILE  A   58  .  ?        ?  
 77  1  2  C   59  SER  A   59  .  ?        ?  
 78  1  2  C   60  ASP  A   60  .  ?        ?  
 79  1  2  C   61  TYR  A   61  .  ?        ?  
 80  1  2  C   62  GLN  A   62  .  ?        2  
 81  1  2  C   63  ALA  A   63  .  ?        ?  
 82  1  2  C   64  SER  A   64  .  ?        ?  
 83  1  2  C   65  HIS  A   65  .  ?        ?  
 84  1  2  C   66  LEU  A   66  .  ?        1  
 85  1  2  C   67  ALA  A   67  .  ?        ?  
 86  1  2  C   68  LYS  A   68  .  ?        ?  
 87  1  2  C   69  GLN  A   69  .  ?        ?  
 88  1  2  C   70  VAL  A   70  .  ?        2  
 89  1  2  C   71  ALA  A   71  .  ?        ?  
 90  1  2  C   72  LYS  A   72  .  ?        1  
 91  1  2  C   73  GLN  A   73  .  ?        1  
 92  1  2  C   74  VAL  A   74  .  ?        ?  
 93  1  2  C   75  ALA  A   75  .  ?        ?  
 94  1  2  C   76  GLU  A   76  .  ?        ?  
 95  1  2  C   77  LYS  A   77  .  ?        ?  
 96  1  2  C   78  TYR  A   78  .  ?        1  
 97  1  2  C   79  GLY  A   79  .  ?        ?  
 98  1  2  C   80  ILE  A   80  .  ?        ?  
 99  1  2  C   81  PRO  A   81  .  ?        ?  
100  1  2  C   82  PRO  A   82  .  ?        2  
101  1  2  C   83  THR  A   83  .  ?        ?  
102  1  2  C   84  PHE  A   84  .  ?        1  
103  1  2  C   85  GLN  A   85  .  ?        3  
104  1  2  C   86  GLY  A   86  .  ?        ?  
105  1  2  C   87  LEU  A   87  .  ?        1  
106  1  2  C   88  LEU  A   88  .  ?        1  
107  1  2  C   89  MET  A   89  .  ?        1  
108  1  2  C   90  ALA  A   90  .  ?        ?  
109  1  2  C   91  TYR  A   91  .  ?        5  
110  1  2  C   92  ALA  A   92  .  ?        1  
111  1  2  C   93  GLU  A   93  .  ?        2  
112  1  2  C   94  LYS  A   94  .  ?        ?  
113  1  2  C   95  VAL  A   95  .  ?        ?  
114  1  2  C   96  VAL  A   96  .  ?        2  
115  1  2  C   97  ALA  A   97  .  ?        ?  
116  1  2  C   98  ASN  A   98  .  ?        ?  
117  1  2  C   99  TYR  A   99  .  ?        1  
118  1  2  C  100  ILE  A  100  .  ?        1  
119  1  2  C  101  LEU  A  101  .  ?        2  
120  1  2  C  102  ASP  A  102  .  ?        ?  
121  1  2  C  103  TYR  A  103  .  ?        ?  
122  1  2  C  104  LYS  A  104  .  ?        ?  
123  1  2  C  105  GLY  A  105  .  ?        ?  
124  1  2  C  106  GLU  A  106  .  ?        2  
125  1  2  C  107  SER  A  107  .  ?        1  
126  1  2  C  108  LEU  A  108  .  ?        1  
127  1  2  C  109  THR  A  109  .  ?        ?  
128  1  2  C  110  GLN  A  110  .  ?        3  
129  1  2  C  111  MET  A  111  .  ?        ?  
130  1  2  C  112  HIS  A  112  .  ?        ?  
131  1  2  C  113  ASP  A  113  .  ?        ?  
132  1  2  C  114  ASN  A  114  .  ?        ?  
133  1  2  C  115  TYR  A  115  .  ?        2  
134  1  2  C  116  LEU  A  116  .  ?        ?  
135  1  2  C  117  TYR  A  117  .  ?        1  
136  1  2  C  118  GLU  A  118  .  ?        1  
137  1  2  C  119  LEU  A  119  .  ?        3  
138  1  2  C  120  MET  A  120  .  ?        3  
139  1  2  C  121  GLN  A  121  .  ?        ?  
140  1  2  C  122  LYS  A  122  .  ?        ?  
141  1  2  C  123  MET  A  123  .  ?        1  
142  1  2  C  124  PRO  A  124  .  ?        1  
143  1  2  C  131  SER  A  131  .  ?        ?  
144  1  2  C  132  SER  A  132  .  ?        ?  
145  1  2  C  133  GLY  A  133  .  ?        ?  
146  1  2  C  134  TYR  A  134  .  ?        ?  
147  1  2  C  135  ILE  A  135  .  ?        ?  
148  1  2  C  136  TYR  A  136  .  ?        ?  
149  1  2  C  137  VAL  A  137  .  ?        1  
150  1  2  C  138  PHE  A  138  .  ?        ?  
151  1  2  C  139  ILE  A  139  .  ?        ?  
152  1  2  C  140  GLY  A  140  .  ?        ?  
153  1  2  C  141  LYS  A  141  .  ?        ?  
154  1  2  C  142  ASP  A  142  .  ?        ?  
155  1  2  C  143  GLY  A  143  .  ?        ?  
156  1  2  C  144  LYS  A  144  .  ?        ?  
157  1  2  C  145  THR  A  145  .  ?        ?  
158  1  2  C  146  HIS  A  146  .  ?        ?  
159  1  2  C  147  THR  A  147  .  ?        1  
160  1  2  C  148  VAL  A  148  .  ?        1  
161  1  2  C  149  ASP  A  149  .  ?        4  
162  1  2  C  150  MET  A  150  .  ?        1  
163  1  2  C  151  SER  A  151  .  ?        2  
164  1  2  C  152  LYS  A  152  .  ?        ?  
165  1  2  C  153  VAL  A  153  .  ?        ?  
166  1  2  C  154  LEU  A  154  .  ?        3  
167  1  2  C  155  THR  A  155  .  ?        2  
168  1  2  C  156  ASP  A  156  .  ?        ?  
169  1  2  C  157  ILE  A  157  .  ?        1  
170  1  2  C  158  GLU  A  158  .  ?        1  
171  1  2  C  159  ASP  A  159  .  ?        ?  
172  1  2  C  160  ALA  A  160  .  ?        ?  
173  1  2  C  161  LEU  A  161  .  ?        ?  
174  1  2  C  162  LEU  A  162  .  ?        ?  
175  1  2  C  163  LYS  A  163  .  ?        ?  
176  1  2  C  164  ARG  A  164  .  ?        ?  
177  1  2  C  165  ALA  A  165  .  ?        ?  
178  1  3  D    3  GLY  a    3  .  ?        ?  
179  1  3  D    4  ARG  a    4  .  ?        ?  
180  1  3  D    5  GLN  a    5  .  ?        ?  
181  1  3  D    6  ALA  a    6  .  ?        ?  
182  1  3  D    7  HIS  a    7  .  ?        ?  
183  1  3  D    8  ARG  a    8  .  ?        ?  
184  1  3  D    9  LYS  a    9  .  ?        ?  
185  1  3  D   10  PHE  a   10  .  ?        ?  
186  1  3  D   11  ASP  a   11  .  ?        2  
187  1  3  D   12  VAL  a   12  .  ?        1  
188  1  3  D   13  ARG  a   13  .  ?        1  
189  1  3  D   14  ASN  a   14  .  ?        ?  
190  1  3  D   15  ASP  a   15  .  ?        ?  
191  1  3  D   16  THR  a   16  .  ?        ?  
192  1  3  D   17  SER  a   17  .  ?        1  
193  1  3  D   18  THR  a   18  .  ?        ?  
194  1  3  D   19  ARG  a   19  .  ?        ?  
195  1  3  D   20  TRP  a   20  .  ?        ?  
196  1  3  D   21  LYS  a   21  .  ?        1  
197  1  3  D   22  GLY  a   22  .  ?        ?  
198  1  3  D   23  LYS  a   23  .  ?        ?  
199  1  3  D   24  LEU  a   24  .  ?        ?  
200  1  3  D   25  TYR  a   25  .  ?        ?  
201  1  3  D   26  GLY  a   26  .  ?        ?  
202  1  3  D   27  ILE  a   27  .  ?        ?  
203  1  3  D   28  PHE  a   28  .  ?        ?  
204  1  3  D   29  VAL  a   29  .  ?        ?  
205  1  3  D   30  ASN  a   30  .  ?        ?  
206  1  3  D   31  TYR  a   31  .  ?        ?  
207  1  3  D   32  MET  a   32  .  ?        ?  
208  1  3  D   33  GLY  a   33  .  ?        ?  
209  1  3  D   34  GLU  a   34  .  ?        ?  
210  1  3  D   35  ASP  a   35  .  ?        ?  
211  1  3  D   36  TYR  a   36  .  ?        ?  
212  1  3  D   37  ALA  a   37  .  ?        ?  
213  1  3  D   38  LYS  a   38  .  ?        ?  
214  1  3  D   39  GLU  a   39  .  ?        ?  
215  1  3  D   40  PHE  a   40  .  ?        ?  
216  1  3  D   41  VAL  a   41  .  ?        1  
217  1  3  D   42  GLU  a   42  .  ?        1  
218  1  3  D   43  GLN  a   43  .  ?        ?  
219  1  3  D   44  ALA  a   44  .  ?        ?  
220  1  3  D   45  TYR  a   45  .  ?        ?  
221  1  3  D   46  SER  a   46  .  ?        ?  
222  1  3  D   47  ASN  a   47  .  ?        ?  
223  1  3  D   48  TYR  a   48  .  ?        ?  
224  1  3  D   49  GLU  a   49  .  ?        ?  
225  1  3  D   50  LYS  a   50  .  ?        ?  
226  1  3  D   51  VAL  a   51  .  ?        ?  
227  1  3  D   52  PHE  a   52  .  ?        ?  
228  1  3  D   53  VAL  a   53  .  ?        ?  
229  1  3  D   54  ASN  a   54  .  ?        ?  
230  1  3  D   55  ILE  a   55  .  ?        ?  
231  1  3  D   56  TYR  a   56  .  ?        ?  
232  1  3  D   57  THR  a   57  .  ?        ?  
233  1  3  D   58  LYS  a   58  .  ?        ?  
234  1  3  D   59  ILE  a   59  .  ?        ?  
235  1  3  D   60  HIS  a   60  .  ?        ?  
236  1  3  D   61  ASN  a   61  .  ?        ?  
237  1  3  D   62  GLN  a   62  .  ?        ?  
238  1  3  D   63  LEU  a   63  .  ?        ?  
239  1  3  D   64  ARG  a   64  .  ?        ?  
240  1  3  D   65  THR  a   65  .  ?        ?  
241  1  3  D   66  THR  a   66  .  ?        ?  
242  1  3  D   67  LEU  a   67  .  ?        2  
243  1  3  D   68  THR  a   68  .  ?        ?  
244  1  3  D   69  SER  a   69  .  ?        ?  
245  1  3  D   70  SER  a   70  .  ?        ?  
246  1  3  D   71  ALA  a   71  .  ?        ?  
247  1  3  D   72  GLY  a   72  .  ?        ?  
248  1  3  D   73  ALA  a   73  .  ?        ?  
249  1  3  D   74  GLY  a   74  .  ?        ?  
250  1  3  D   75  ALA  a   75  .  ?        ?  
251  1  3  D   76  THR  a   76  .  ?        ?  
252  1  3  D   77  PHE  a   77  .  ?        ?  
253  1  3  D   78  PRO  a   78  .  ?        1  
254  1  3  D   79  LEU  a   79  .  ?        ?  
255  1  3  D   80  TRP  a   80  .  ?        1  
256  1  3  D   81  GLN  a   81  .  ?        ?  
257  1  3  D   82  ILE  a   82  .  ?        2  
258  1  3  D   83  ILE  a   83  .  ?        1  
259  1  3  D   84  ASN  a   84  .  ?        ?  
260  1  3  D   85  GLU  a   85  .  ?        ?  
261  1  3  D   86  ALA  a   86  .  ?        ?  
262  1  3  D   87  ILE  a   87  .  ?        ?  
263  1  3  D   88  TYR  a   88  .  ?        1  
264  1  3  D   89  ALA  a   89  .  ?        1  
265  1  3  D   90  VAL  a   90  .  ?        ?  
266  1  3  D   91  TYR  a   91  .  ?        ?  
267  1  3  D   92  LEU  a   92  .  ?        ?  
268  1  3  D   93  THR  a   93  .  ?        1  
269  1  3  D   94  HIS  a   94  .  ?        1  
270  1  3  D   95  LYS  a   95  .  ?        ?  
271  1  3  D   96  GLU  a   96  .  ?        1  
272  1  3  D   97  THR  a   97  .  ?        ?  
273  1  3  D   98  ALA  a   98  .  ?        ?  
274  1  3  D   99  SER  a   99  .  ?        ?  
275  1  3  D  100  PHE  a  100  .  ?        1  
276  1  3  D  101  LEU  a  101  .  ?        ?  
277  1  3  D  102  TYR  a  102  .  ?        ?  
278  1  3  D  103  ALA  a  103  .  ?        ?  
279  1  3  D  104  LYS  a  104  .  ?        1  
280  1  3  D  105  TYR  a  105  .  ?        2  
281  1  3  D  106  VAL  a  106  .  ?        ?  
282  1  3  D  107  ALA  a  107  .  ?        ?  
283  1  3  D  108  ARG  a  108  .  ?        ?  
284  1  3  D  109  GLY  a  109  .  ?        ?  
285  1  3  D  110  ILE  a  110  .  ?        1  
286  1  3  D  111  GLN  a  111  .  ?        ?  
287  1  3  D  112  PRO  a  112  .  ?        ?  
288  1  3  D  113  ASN  a  113  .  ?        ?  
289  1  3  D  114  VAL  a  114  .  ?        1  
290  1  3  D  115  VAL  a  115  .  ?        ?  
291  1  3  D  116  LYS  a  116  .  ?        ?  
292  1  3  D  117  LYS  a  117  .  ?        ?  
293  1  3  D  118  ILE  a  118  .  ?        1  
294  1  3  D  119  LEU  a  119  .  ?        ?  
295  1  3  D  120  ALA  a  120  .  ?        ?  
296  1  3  D  121  GLU  a  121  .  ?        ?  
297  1  3  D  122  THR  a  122  .  ?        ?  
298  1  3  D  123  GLY  a  123  .  ?        ?  
299  1  3  D  124  ASN  a  124  .  ?        ?  
300  1  3  D  125  ALA  a  125  .  ?        ?  
301  1  3  D  126  LEU  a  126  .  ?        ?  
302  1  3  D  127  LYS  a  127  .  ?        ?  
303  1  3  D  128  GLY  a  128  .  ?        ?  
304  1  3  D  129  ILE  a  129  .  ?        ?  
305  1  3  D  130  VAL  a  130  .  ?        ?  
306  1  3  D  131  PRO  a  131  .  ?        ?  
307  1  3  D  132  ALA  a  132  .  ?        ?  
308  1  3  D  133  VAL  a  133  .  ?        ?  
309  1  3  D  134  ALA  a  134  .  ?        ?  
310  1  3  D  135  GLN  a  135  .  ?        ?  
311  1  3  D  136  GLU  a  136  .  ?        ?  
312  1  3  D  137  LEU  a  137  .  ?        ?  
313  1  3  D  138  GLY  a  138  .  ?        ?  
314  1  3  D  139  GLU  a  139  .  ?        ?  
315  1  3  D  140  THR  a  140  .  ?        ?  
316  1  3  D  141  VAL  a  141  .  ?        ?  
317  1  3  D  142  LEU  a  142  .  ?        ?  
318  1  3  D  143  ASP  a  143  .  ?        ?  
319  1  3  D  144  GLU  a  144  .  ?        ?  
320  1  3  D  145  SER  a  145  .  ?        ?  
321  1  3  D  146  ASN  a  146  .  ?        ?  
322  1  3  D  147  VAL  a  147  .  ?        1  
323  1  3  D  148  ILE  a  148  .  ?        ?  
324  1  3  D  149  SER  a  149  .  ?        ?  
325  1  3  D  150  VAL  a  150  .  ?        ?  
326  1  3  D  151  VAL  a  151  .  ?        1  
327  1  3  D  152  ASP  a  152  .  ?        1  
328  1  3  D  153  ASP  a  153  .  ?        1  
329  1  3  D  154  ILE  a  154  .  ?        2  
330  1  3  D  155  VAL  a  155  .  ?        ?  
331  1  3  D  156  ARG  a  156  .  ?        2  
332  1  3  D  157  LYS  a  157  .  ?        2  
333  1  3  D  158  ASN  a  158  .  ?        ?  
334  1  3  D  159  PRO  a  159  .  ?        ?  
335  1  3  D  160  ALA  a  160  .  ?        1  
336  1  3  D  161  LEU  a  161  .  ?        3  
337  1  3  D  162  PRO  a  162  .  ?        ?  
338  1  3  D  163  ASN  a  163  .  ?        2  
339  1  3  D  164  SER  a  164  .  ?        1  
340  1  3  D  165  TYR  a  165  .  ?        2  
341  1  3  D  166  ALA  a  166  .  ?        ?  
342  1  3  D  167  GLY  a  167  .  ?        ?  
343  1  3  D  168  ILE  a  168  .  ?        ?  
344  1  3  D  169  ILE  a  169  .  ?        ?  
345  1  3  D  170  LEU  a  170  .  ?        ?  
346  1  3  D  171  GLN  a  171  .  ?        ?  
347  1  3  D  172  GLU  a  172  .  ?        2  
348  1  3  D  173  ALA  a  173  .  ?        ?  
349  1  3  D  174  ARG  a  174  .  ?        ?  
350  1  3  D  175  ILE  a  175  .  ?        ?  
351  1  3  D  176  SER  a  176  .  ?        ?  
352  1  3  D  177  THR  a  177  .  ?        ?  
353  1  3  D  178  THR  a  178  .  ?        ?  
354  1  3  D  179  PRO  a  179  .  ?        ?  
355  1  3  D  180  HIS  a  180  .  ?        ?  
356  1  3  D  181  TYR  a  181  .  ?        1  
357  1  3  D  182  GLU  a  182  .  ?        1  
358  1  3  D  183  GLY  a  183  .  ?        ?  
359  1  3  D  184  THR  a  184  .  ?        ?  
360  1  3  D  185  GLU  a  185  .  ?        ?  
361  1  3  D  186  GLY  a  186  .  ?        ?  
362  1  3  D  187  PHE  a  187  .  ?        ?  
363  1  3  D  188  SER  a  188  .  ?        ?  
364  1  3  D  189  SER  a  189  .  ?        ?  
365  1  3  D  190  MET  a  190  .  ?        ?  
366  1  3  D  191  GLU  a  191  .  ?        ?  
367  1  3  D  192  SER  a  192  .  ?        ?  
368  1  3  D  193  ALA  a  193  .  ?        ?  
369  1  3  D  194  TYR  a  194  .  ?        ?  
370  1  3  D  195  SER  a  195  .  ?        ?  
371  1  3  D  196  ALA  a  196  .  ?        ?  
372  1  3  D  197  LEU  a  197  .  ?        ?  
373  1  3  D  198  GLU  a  198  .  ?        ?  
374  1  3  D  199  GLU  a  199  .  ?        ?  
375  1  3  D  200  ILE  a  200  .  ?        ?  
376  1  3  D  201  GLU  a  201  .  ?        ?  
#
loop_
_pdbx_vrpt_model_instance_geometry.ordinal
_pdbx_vrpt_model_instance_geometry.instance_id
_pdbx_vrpt_model_instance_geometry.rotamer_class
_pdbx_vrpt_model_instance_geometry.phi
_pdbx_vrpt_model_instance_geometry.psi
_pdbx_vrpt_model_instance_geometry.ramachandran_class
_pdbx_vrpt_model_instance_geometry.flippable_sidechain
_pdbx_vrpt_model_instance_geometry.num_H_reduce
_pdbx_vrpt_model_instance_geometry.num_bonds_RMSZ
_pdbx_vrpt_model_instance_geometry.bonds_RMSZ
_pdbx_vrpt_model_instance_geometry.num_angles_RMSZ
_pdbx_vrpt_model_instance_geometry.angles_RMSZ
_pdbx_vrpt_model_instance_geometry.program_for_bond_angle_geometry
  1    1  ?             ?       ?  ?           ?  12  22  0.35  34  0.52  molprobity  
  2    2  ?             ?       ?  ?           ?  11  24  0.30  37  0.19  molprobity  
  3    3  ?             ?       ?  ?           ?  12  22  0.35  34  0.59  molprobity  
  4    4  ?             ?       ?  ?           ?  11  24  0.33  37  0.23  molprobity  
  5    5  ?             ?       ?  ?           ?  12  22  0.36  34  0.57  molprobity  
  6    6  ?             ?       ?  ?           ?  11  24  0.24  37  0.27  molprobity  
  7    7  ?             ?       ?  ?           ?  12  22  0.40  34  0.49  molprobity  
  8    8  ?             ?       ?  ?           ?  11  24  0.50  37  0.29  molprobity  
  9    9  ?             ?       ?  ?           ?  12  22  0.36  34  0.54  molprobity  
 10   10  ?             ?       ?  ?           ?  11  24  0.42  37  0.26  molprobity  
 11   11  ?             ?       ?  ?           ?  12  22  0.36  34  0.54  molprobity  
 12   12  ?             ?       ?  ?           ?  12  23  0.33  33  0.17  molprobity  
 13   13  ?             ?       ?  ?           ?  12  22  0.34  34  0.59  molprobity  
 14   14  ?             ?       ?  ?           ?  11  24  0.48  37  0.44  molprobity  
 15   15  ?             ?       ?  ?           ?  12  22  0.34  34  0.60  molprobity  
 16   16  ?             ?       ?  ?           ?  11  24  0.44  37  0.38  molprobity  
 17   17  ?             ?       ?  ?           ?  12  22  0.44  34  0.52  molprobity  
 18   18  ?             ?       ?  ?           ?  11  24  0.41  37  0.24  molprobity  
 19   19  ?             ?       ?  ?           ?  12  22  0.38  34  0.62  molprobity  
 20   20  ?             ?       ?  ?           ?  11  24  0.36  37  0.34  molprobity  
 21   21  ?             ?       ?  ?           ?  12  22  0.34  34  0.49  molprobity  
 22   22  ?             ?       ?  ?           ?  11  24  0.27  37  0.54  molprobity  
 23   23  ?             ?       ?  ?           ?  12  22  0.39  34  0.75  molprobity  
 24   24  ?             ?       ?  ?           ?  12  23  0.21  33  0.45  molprobity  
 25   25  mpt-90        ?       ?  ?           ?  12  11  0.28  14  0.25  molprobity  
 26   26  pp       -102.3   137.3  Favored     ?  11   8  0.31  11  0.68  molprobity  
 27   27  t        -163.8   125.1  Favored     ?   5   6  0.31   8  0.29  molprobity  
 28   28  tp-100     53.2   -73.1  OUTLIER     ?   8   9  0.28  12  0.33  molprobity  
 29   29  ?         -64.7   -25.3  Favored     ?   5   5  0.23   7  0.44  molprobity  
 30   30  t         -64.7   -41.3  Favored     ?   5   6  0.22   8  0.29  molprobity  
 31   31  t         -61.4   -45.4  Favored     ?   9   7  0.30  10  0.20  molprobity  
 32   32  mp        -62.1   -40.3  Favored     ?  11   8  0.38  11  0.31  molprobity  
 33   33  ttm110    -65.6   -38.2  Favored     ?  13  11  0.26  14  0.36  molprobity  
 34   34  t80       -68.7   -37.3  Favored     ?   9  13  0.26  18  0.34  molprobity  
 35   35  t80       -61.5   -44.0  Favored     ?   9  13  0.31  18  0.34  molprobity  
 36   36  ?         -62.0   -40.5  Favored     ?   5   5  0.21   7  0.57  molprobity  
 37   37  mttt      -83.8    -3.9  Favored     ?  13   9  0.31  11  0.47  molprobity  
 38   38  mmp-170   -75.1   -18.8  Favored     ?  13  11  0.32  14  0.39  molprobity  
 39   39  t80       -63.8   -44.8  Favored     ?   9  12  0.21  16  0.32  molprobity  
 40   40  m         -63.2   -52.1  Favored     ?   7   7  0.22  10  0.34  molprobity  
 41   41  mtm       -70.0   -25.8  Favored     ?   9   8  0.37  10  0.69  molprobity  
 42   42  m-40      -75.1   -41.9  Favored     ?   6   8  0.32  11  0.45  molprobity  
 43   43  p         -70.0   -23.4  Favored     ?   9   7  0.28  10  0.57  molprobity  
 44   44  ?         -66.2   -44.5  Favored     ?   3   4  0.19   5  0.36  molprobity  
 45   45  t         -80.4   -26.0  Favored     ?   7   7  0.25  10  0.61  molprobity  
 46   46  m         -63.9   -52.4  Favored     ?   7   7  0.20  10  0.19  molprobity  
 47   47  ?        -122.2   118.0  Favored     ?   5   5  0.24   7  0.50  molprobity  
 48   48  m90       -80.4   -60.2  Favored     ?   7  11  0.22  15  0.66  molprobity  
 49   49  t        -112.3    15.9  Favored     ?   9   7  0.32  10  1.23  molprobity  
 50   50  mt       -123.7    83.0  Favored     ?  11   8  0.24  11  0.47  molprobity  
 51   51  ?         -92.9   -54.4  Allowed     ?   3   4  0.07   5  0.40  molprobity  
 52   52  mmtm      -61.8   -42.8  Favored     ?  13   9  0.16  11  0.54  molprobity  
 53   53  tt0       -68.6   -50.0  Favored     ?   6   9  0.15  12  0.21  molprobity  
 54   54  t         -74.5   -44.9  Favored     ?   9   7  0.19  10  0.41  molprobity  
 55   55  ?         -65.6   -13.9  Favored     ?   5   5  0.16   7  0.53  molprobity  
 56   56  ?         -64.4   -39.0  Favored     ?   3   4  0.13   5  0.16  molprobity  
 57   57  m110      -67.9   136.0  Favored     ?   6   8  0.18  12  0.42  molprobity  
 58   58  Cg_endo   -65.8   -29.9  Favored     ?   7   8  0.19  11  0.38  molprobity  
 59   59  t60       -60.2   -48.8  Favored     ?  10  16  0.18  23  0.47  molprobity  
 60   60  m         -61.0   -35.9  Favored     ?   9   7  0.31  10  0.35  molprobity  
 61   61  ?         -60.1   -42.6  Favored     ?   5   5  0.25   7  0.38  molprobity  
 62   62  mmmm      -59.6   -48.0  Favored     ?  13   9  0.12  11  0.22  molprobity  
 63   63  ?         -66.4   -43.5  Favored     ?   5   5  0.07   7  0.39  molprobity  
 64   64  tp        -72.2   -35.1  Favored     ?  11   8  0.31  11  0.52  molprobity  
 65   65  t0        -52.3   -56.0  Favored     ?   4   8  0.30  11  0.32  molprobity  
 66   66  tppt      -60.9   -34.9  Favored     ?  13   9  0.27  11  0.37  molprobity  
 67   67  tt        -71.3   -42.7  Favored     ?  11   8  0.25  11  0.74  molprobity  
 68   68  t         -70.9    -6.1  Favored     ?   5   6  0.30   8  0.50  molprobity  
 69   69  t80       -79.8   -32.2  Favored     ?   9  13  0.25  18  0.37  molprobity  
 70   70  mm-40     -77.4   -26.4  Favored     ?   8   9  0.29  12  0.40  molprobity  
 71   71  mt-10     -66.8   -41.4  Favored     ?   6   9  0.16  12  0.55  molprobity  
 72   72  p         -65.4   -35.8  Favored     ?   7   7  0.31  10  0.40  molprobity  
 73   73  t80       -60.6   -45.2  Favored     ?   9  13  0.28  18  0.16  molprobity  
 74   74  m-40      -64.0   -39.7  Favored     ?   6   8  0.20  11  0.47  molprobity  
 75   75  t60       -64.7   -53.3  Favored     ?  10  16  0.36  23  0.26  molprobity  
 76   76  tp        -72.9   -33.6  Favored     ?  11   8  0.29  11  0.36  molprobity  
 77   77  t         -70.5   -28.7  Favored     ?   5   6  0.23   8  0.38  molprobity  
 78   78  t0       -107.8    25.6  Favored     ?   4   8  0.39  11  0.49  molprobity  
 79   79  t80      -116.1    -0.5  Favored     ?   9  13  0.33  18  0.50  molprobity  
 80   80  mm-40     -64.5   -35.6  Favored     ?   8   9  0.25  12  0.75  molprobity  
 81   81  ?         -58.5   -46.6  Favored     ?   5   5  0.27   7  0.16  molprobity  
 82   82  m         -62.9   -42.8  Favored     ?   5   6  0.36   8  0.34  molprobity  
 83   83  t-90      -65.3   -38.0  Favored     ?   7  11  0.23  15  0.33  molprobity  
 84   84  mm        -72.5   -36.3  Favored     ?  11   8  0.11  11  0.74  molprobity  
 85   85  ?         -62.9   -41.7  Favored     ?   5   5  0.25   7  0.39  molprobity  
 86   86  mttm      -60.4   -37.1  Favored     ?  13   9  0.28  11  0.39  molprobity  
 87   87  tp-100    -63.1   -47.6  Favored     ?   8   9  0.25  12  0.47  molprobity  
 88   88  t         -65.0   -34.2  Favored     ?   9   7  0.23  10  0.47  molprobity  
 89   89  ?         -62.2   -34.2  Favored     ?   5   5  0.23   7  0.28  molprobity  
 90   90  tptm      -66.8   -50.4  Favored     ?  13   9  0.22  11  0.59  molprobity  
 91   91  pm20      -67.9   -35.8  Favored     ?   8   9  0.20  12  0.46  molprobity  
 92   92  t         -65.4   -41.2  Favored     ?   9   7  0.23  10  0.29  molprobity  
 93   93  ?         -63.3   -37.5  Favored     ?   5   5  0.17   7  0.12  molprobity  
 94   94  tp30      -70.9   -30.4  Favored     ?   6   9  0.11  12  0.32  molprobity  
 95   95  tmmt      -69.8   -20.3  Favored     ?  13   9  0.13  11  0.65  molprobity  
 96   96  m-10      -94.1     5.0  Favored     ?   9  13  0.22  18  0.24  molprobity  
 97   97  ?          65.1    35.1  Favored     ?   3   4  0.12   5  0.66  molprobity  
 98   98  mm        -69.2   131.9  Favored     ?  11   8  0.39  12  0.44  molprobity  
 99   99  Cg_endo   -73.1   166.6  Favored     ?   7   8  0.27  12  0.59  molprobity  
100  100  Cg_exo    -59.9   -32.3  Favored     ?   7   8  0.18  11  0.38  molprobity  
101  101  m         -62.2   -45.2  Favored     ?   7   7  0.19  10  0.24  molprobity  
102  102  m-80      -82.2    -6.5  Favored     ?   9  12  0.36  16  0.45  molprobity  
103  103  mt0       -61.8   -36.1  Favored     ?   8   9  0.41  12  0.60  molprobity  
104  104  ?         -64.7   -44.5  Favored     ?   3   4  0.41   5  0.39  molprobity  
105  105  mp        -64.8   -28.8  Favored     ?  11   8  0.15  11  0.46  molprobity  
106  106  mt        -70.1   -36.3  Favored     ?  11   8  0.18  11  0.55  molprobity  
107  107  mmm       -59.5   -21.6  Favored     ?   9   8  0.57  10  0.87  molprobity  
108  108  ?         -52.0   -60.3  Favored     ?   5   5  0.41   7  0.59  molprobity  
109  109  m-10      -51.4   -38.0  Favored     ?   9  13  0.54  18  1.04  molprobity  
110  110  ?         -41.6   -58.1  Favored     ?   5   5  0.29   7  1.67  molprobity  
111  111  tt0       -98.8   -14.0  Favored     ?   6   9  0.64  12  1.00  molprobity  
112  112  tptm      -62.5   -19.5  Favored     ?  13   9  0.14  11  0.44  molprobity  
113  113  t        -112.5   -34.3  Favored     ?   9   7  0.32  10  0.73  molprobity  
114  114  p         -81.6     7.5  Allowed     ?   9   7  0.27  10  0.55  molprobity  
115  115  ?        -117.1   -51.8  Favored     ?   5   5  0.23   7  0.27  molprobity  
116  116  m-40      -81.1   -29.2  Favored     ?   6   8  0.30  11  0.75  molprobity  
117  117  t80       -95.7   -58.0  Favored     ?   9  13  0.26  18  0.44  molprobity  
118  118  tt        -91.0   -39.2  Favored     ?  11   8  0.22  11  0.59  molprobity  
119  119  mm        -72.0   -47.5  Favored     ?  11   8  0.29  11  0.98  molprobity  
120  120  p0       -125.2   -17.3  Favored     ?   4   8  0.17  11  0.30  molprobity  
121  121  t80        55.9    67.1  Allowed     ?   9  13  0.41  18  0.77  molprobity  
122  122  mttt      -54.5   157.1  Favored     ?  13   9  0.22  11  0.67  molprobity  
123  123  ?         -74.1    67.0  Allowed     ?   3   4  0.17   5  0.72  molprobity  
124  124  mp0      -138.4   158.5  Favored     ?   6   9  0.24  12  0.77  molprobity  
125  125  p         -95.2   165.3  Favored     ?   5   6  0.18   8  0.19  molprobity  
126  126  tt        -69.2   -46.4  Favored     ?  11   8  0.09  11  0.34  molprobity  
127  127  p         -61.8   -38.8  Favored     ?   7   7  0.16  10  0.21  molprobity  
128  128  pt0       -68.1   -36.1  Favored     1   8   9  0.24  12  0.45  molprobity  
129  129  ttm       -66.1   -41.5  Favored     ?   9   8  0.30  10  0.30  molprobity  
130  130  t70       -54.4   -42.7  Favored     ?   7  11  0.20  15  0.14  molprobity  
131  131  m-30      -68.4   -37.5  Favored     ?   4   8  0.15  11  0.18  molprobity  
132  132  m-40      -62.3   -50.4  Favored     1   6   8  0.19  11  0.78  molprobity  
133  133  t80       -74.1   -29.1  Favored     ?   9  13  0.28  18  0.46  molprobity  
134  134  tp        -62.5   -28.0  Favored     ?  11   8  0.31  11  0.57  molprobity  
135  135  m-80      -74.1     9.6  Allowed     ?   9  13  0.18  18  0.72  molprobity  
136  136  tp30     -120.0    -9.0  Favored     ?   6   9  0.17  12  1.23  molprobity  
137  137  mt       -104.4    12.1  Favored     ?  11   8  0.43  11  0.59  molprobity  
138  138  mpp       -63.5   168.8  Favored     ?   9   8  0.86  10  1.89  molprobity  
139  139  pt0       -85.3   175.5  Favored     ?   8   9  0.30  12  0.67  molprobity  
140  140  mtpt     -144.8    89.8  Favored     ?  13   9  0.24  11  0.42  molprobity  
141  141  tmm       -79.8   -50.7  Allowed     ?   9   8  0.24  11  0.97  molprobity  
142  142  Cg_endo       ?       ?  ?           ?   7   7  0.24   8  0.40  molprobity  
143  143  m             ?       ?  ?           ?   4   6  0.10   8  0.20  molprobity  
144  144  m         -88.8    90.8  Favored     ?   5   6  0.21   8  0.43  molprobity  
145  145  ?         -73.2    -1.9  Favored     ?   3   4  0.70   5  0.79  molprobity  
146  146  m-10     -110.4    -5.6  Favored     ?   9  13  0.26  18  0.57  molprobity  
147  147  mp       -134.6    95.7  Allowed     ?  11   8  0.18  11  0.27  molprobity  
148  148  m-80      -78.8   161.1  Favored     ?   9  13  0.18  18  0.36  molprobity  
149  149  p        -109.8   137.7  Favored     ?   9   7  0.19  10  0.36  molprobity  
150  150  m-80     -132.1   150.5  Favored     ?   9  12  0.27  16  0.22  molprobity  
151  151  mt       -109.7   123.4  Favored     ?  11   8  0.24  11  0.14  molprobity  
152  152  ?         -83.0  -178.6  Favored     ?   3   4  0.07   5  0.31  molprobity  
153  153  tttp      -68.8   -34.3  Favored     ?  13   9  0.17  11  0.29  molprobity  
154  154  p0        -84.7    -1.3  Favored     ?   4   8  0.11  11  0.23  molprobity  
155  155  ?          86.3     2.5  Favored     ?   3   4  0.07   5  0.07  molprobity  
156  156  tmmt      -80.3   115.3  Favored     ?  13   9  0.12  11  0.32  molprobity  
157  157  t         -82.9   134.0  Favored     ?   7   7  0.11  10  0.47  molprobity  
158  158  p-80     -149.0   158.2  Favored     ?   7  11  0.10  15  0.16  molprobity  
159  159  p        -123.4   151.8  Favored     ?   7   7  0.23  10  0.28  molprobity  
160  160  m        -135.3   145.3  Favored     ?   9   7  0.15  10  0.41  molprobity  
161  161  t0        -99.5   140.4  Favored     ?   4   8  0.34  11  0.73  molprobity  
162  162  mmp       -69.2   -34.9  Favored     ?   9   8  0.31  10  0.87  molprobity  
163  163  p         -60.6   -49.3  Favored     ?   5   6  0.14   8  0.19  molprobity  
164  164  ptpp      -70.9   -38.0  Favored     ?  13   9  0.05  11  0.57  molprobity  
165  165  p         -66.7   -34.8  Favored     ?   9   7  0.21  10  0.39  molprobity  
166  166  mt        -65.8   -44.1  Favored     ?  11   8  0.26  11  0.63  molprobity  
167  167  p         -58.1   -41.6  Favored     ?   7   7  0.44  10  0.46  molprobity  
168  168  m-30      -62.7   -41.2  Favored     ?   4   8  0.29  11  1.18  molprobity  
169  169  tt        -68.4   -38.3  Favored     ?  11   8  0.54  11  1.50  molprobity  
170  170  mp0       -72.3   -42.7  Favored     ?   6   9  0.44  12  1.87  molprobity  
171  171  p0        -71.8   -29.7  Favored     ?   4   8  0.46  11  0.56  molprobity  
172  172  ?         -65.8   -41.3  Favored     ?   5   5  0.09   7  0.40  molprobity  
173  173  tp        -64.0   -41.5  Favored     ?  11   8  0.23  11  0.28  molprobity  
174  174  mt        -62.4   -44.4  Favored     ?  11   8  0.22  11  0.58  molprobity  
175  175  tptp      -65.1   -39.5  Favored     ?  13   9  0.22  11  0.36  molprobity  
176  176  tpt90     -61.3   -43.4  Favored     ?  13  11  0.09  14  0.41  molprobity  
177  177  ?             ?       ?  ?           ?   5   5  0.21   4  0.16  molprobity  
178  178  ?             ?       ?  ?           ?   2   4  0.21   5  0.73  molprobity  
179  179  ?          65.8    52.3  Allowed     ?   2   5  0.74   7  1.03  molprobity  
180  180  ?         -62.4   -49.0  Favored     ?   2   5  0.38   7  0.79  molprobity  
181  181  ?        -166.1  -176.2  Favored     ?   5   5  0.14   7  0.32  molprobity  
182  182  m-70     -136.1    89.5  Favored     ?   7  11  0.18  15  0.20  molprobity  
183  183  ?         -70.9   145.1  Favored     ?   2   5  0.37   7  1.06  molprobity  
184  184  mttp     -129.6   140.9  Favored     ?  13   9  2.42  11  1.24  molprobity  
185  185  m-80     -121.6   121.2  Favored     ?   9  12  0.19  16  0.28  molprobity  
186  186  t0       -170.2   171.7  Favored     ?   4   8  0.31  11  0.26  molprobity  
187  187  t         -87.5   115.3  Favored     ?   9   7  0.31  10  0.47  molprobity  
188  188  mtm-85   -123.9    40.3  Favored     ?  13  11  0.16  14  0.66  molprobity  
189  189  m110       63.1    -0.6  Allowed     ?   6   8  0.22  11  0.69  molprobity  
190  190  p0       -133.0     4.9  Favored     ?   4   8  0.26  11  0.27  molprobity  
191  191  p         -58.3   -34.7  Favored     ?   7   7  0.41  10  0.47  molprobity  
192  192  p         -54.6   -50.8  Favored     ?   5   6  0.28   8  0.29  molprobity  
193  193  p         -72.7   -36.5  Favored     ?   7   7  0.41  10  0.43  molprobity  
194  194  mtp85     -58.2   -50.7  Favored     ?  13  11  0.18  14  0.35  molprobity  
195  195  t60       -60.0   -49.9  Favored     ?  10  16  0.32  23  0.22  molprobity  
196  196  mttp      -61.1   -45.4  Favored     ?  13   9  0.27  11  0.18  molprobity  
197  197  ?         -64.4   -45.8  Favored     ?   3   4  0.27   5  0.60  molprobity  
198  198  mttt      -65.3   -43.5  Favored     ?  13   9  0.22  11  0.95  molprobity  
199  199  mm        -75.1   -17.8  Favored     ?  11   8  0.27  11  0.35  molprobity  
200  200  t80       -75.7   -39.9  Favored     ?   9  13  0.28  18  0.34  molprobity  
201  201  ?         -60.4   -39.8  Favored     ?   3   4  0.28   5  0.91  molprobity  
202  202  mt        -70.5   -44.1  Favored     ?  11   8  0.31  11  0.76  molprobity  
203  203  m-10      -87.1    -3.6  Favored     ?   9  12  0.26  16  0.66  molprobity  
204  204  p         -61.7   -35.8  Favored     ?   9   7  0.17  10  0.25  molprobity  
205  205  m110      -72.7   -23.1  Favored     ?   6   8  0.23  11  0.58  molprobity  
206  206  t80       -74.6   -43.0  Favored     ?   9  13  0.33  18  0.31  molprobity  
207  207  mtm      -127.9   -18.2  Favored     ?   9   8  0.24  10  0.58  molprobity  
208  208  ?         110.5   161.1  Favored     ?   3   4  0.23   5  0.37  molprobity  
209  209  tm-30     -68.0   -48.8  Favored     ?   6   9  0.09  12  0.29  molprobity  
210  210  m-30      -62.6   -50.7  Favored     ?   4   8  0.25  11  0.25  molprobity  
211  211  m-10      -62.7   -41.2  Favored     ?   9  13  0.30  18  0.16  molprobity  
212  212  ?         -63.0   -42.3  Favored     ?   5   5  0.23   7  0.14  molprobity  
213  213  tptm      -64.7   -40.4  Favored     ?  13   9  0.18  11  0.32  molprobity  
214  214  tm-30     -71.3   -35.5  Favored     ?   6   9  0.12  12  0.33  molprobity  
215  215  t80       -68.3   -41.1  Favored     ?   9  12  0.36  16  0.32  molprobity  
216  216  m         -66.3   -26.5  Favored     ?   9   7  0.29  10  0.42  molprobity  
217  217  mm-30     -60.7   -54.0  Favored     ?   6   9  0.31  12  0.28  molprobity  
218  218  mp10      -66.3   -30.4  Favored     ?   8   9  0.21  12  0.36  molprobity  
219  219  ?         -63.1   -40.5  Favored     ?   5   5  0.28   7  0.58  molprobity  
220  220  t80       -85.2   -23.4  Favored     ?   9  13  0.24  18  0.42  molprobity  
221  221  t         -60.9   -42.5  Favored     ?   5   6  0.12   8  0.17  molprobity  
222  222  m-40      -63.5   -44.4  Favored     ?   6   8  0.29  11  0.14  molprobity  
223  223  t80       -59.7   -43.3  Favored     ?   9  13  0.33  18  0.31  molprobity  
224  224  tt0       -61.9   -41.2  Favored     ?   6   9  0.21  12  0.25  molprobity  
225  225  ttpt      -71.0   -33.7  Favored     ?  13   9  0.12  11  0.25  molprobity  
226  226  t         -92.7   -61.5  Favored     ?   9   7  0.29  10  0.64  molprobity  
227  227  t80       -67.2   -51.0  Favored     ?   9  12  0.25  16  0.23  molprobity  
228  228  t         -64.8   -43.5  Favored     ?   9   7  0.27  10  0.29  molprobity  
229  229  m110      -76.9    -9.4  Favored     ?   6   8  0.26  11  0.49  molprobity  
230  230  mm       -122.6   -64.0  Allowed     ?  11   8  0.34  11  0.35  molprobity  
231  231  m-80      -70.9   -38.4  Favored     ?   9  13  0.32  18  0.14  molprobity  
232  232  m         -61.8   -45.6  Favored     ?   7   7  0.22  10  0.20  molprobity  
233  233  mttm      -63.2   -43.2  Favored     ?  13   9  0.24  11  0.29  molprobity  
234  234  mm        -63.0   -45.8  Favored     ?  11   8  0.29  11  0.20  molprobity  
235  235  m170      -63.4   -41.6  Favored     ?   7  11  0.14  15  0.13  molprobity  
236  236  t0        -66.3   -32.5  Favored     1   6   8  0.19  11  0.31  molprobity  
237  237  mm110     -69.6   -39.9  Favored     ?   8   9  0.30  12  0.39  molprobity  
238  238  mm        -86.8   -10.6  Favored     ?  11   8  0.21  11  0.24  molprobity  
239  239  ttm-80    -57.2   -48.4  Favored     ?  13  11  0.21  14  0.33  molprobity  
240  240  m         -63.7   -50.2  Favored     ?   7   7  0.17  10  0.33  molprobity  
241  241  t         -66.2   -29.0  Favored     ?   7   7  0.24  10  0.48  molprobity  
242  242  mt        -68.7   -47.4  Favored     ?  11   8  0.30  11  0.68  molprobity  
243  243  m         -62.5   -35.9  Favored     ?   7   7  0.16  10  0.26  molprobity  
244  244  p         -65.6   -42.4  Favored     ?   5   6  0.15   8  0.74  molprobity  
245  245  p         -75.7   -58.2  Favored     ?   5   6  0.26   8  0.61  molprobity  
246  246  ?        -130.7    40.0  Favored     ?   5   5  0.30   7  0.69  molprobity  
247  247  ?         -62.2   124.3  Favored     ?   3   4  0.18   5  0.56  molprobity  
248  248  ?        -170.2  -175.6  Favored     ?   5   5  0.30   7  0.57  molprobity  
249  249  ?         -66.7   -37.6  Favored     ?   3   4  0.14   5  0.26  molprobity  
250  250  ?         -98.9    71.7  Allowed     ?   5   5  0.24   7  0.31  molprobity  
251  251  p         -94.4     0.7  Favored     ?   7   7  0.28  10  1.60  molprobity  
252  252  t80       -52.7   -50.8  Favored     ?   9  12  0.43  17  0.79  molprobity  
253  253  Cg_endo   -64.3   -23.1  Favored     ?   7   8  0.36  11  0.78  molprobity  
254  254  tt        -94.5   -25.4  Favored     ?  11   8  0.42  11  0.88  molprobity  
255  255  m100      -57.6   -25.4  Favored     ?  10  16  0.26  23  0.36  molprobity  
256  256  pt0       -80.9   -11.0  Favored     ?   8   9  0.33  12  0.41  molprobity  
257  257  mm        -70.7   -45.9  Favored     ?  11   8  0.31  11  0.51  molprobity  
258  258  pt        -64.6   -23.1  Favored     ?  11   8  0.49  11  0.57  molprobity  
259  259  m-40      -83.1   -39.7  Favored     ?   6   8  0.30  11  1.12  molprobity  
260  260  tp30      -68.3   -38.6  Favored     ?   6   9  0.30  12  0.70  molprobity  
261  261  ?         -64.5   -30.3  Favored     ?   5   5  0.17   7  0.24  molprobity  
262  262  mt        -66.3   -42.4  Favored     ?  11   8  0.27  11  0.51  molprobity  
263  263  t80       -89.2   -52.9  Favored     ?   9  13  0.29  18  0.28  molprobity  
264  264  ?         -73.0   -45.4  Favored     ?   5   5  0.20   7  1.00  molprobity  
265  265  t         -84.8   -62.7  Allowed     ?   9   7  0.32  10  0.62  molprobity  
266  266  m-80      -82.0   156.1  Favored     ?   9  13  0.26  18  0.92  molprobity  
267  267  mp         71.8   -11.8  Allowed     ?  11   8  0.33  11  0.85  molprobity  
268  268  p        -137.1   -23.4  Allowed     ?   7   7  0.18  10  0.31  molprobity  
269  269  m90        59.3    27.9  Favored     ?   7  11  0.16  15  0.41  molprobity  
270  270  mmtt      -76.3   -31.5  Favored     ?  13   9  0.17  11  0.35  molprobity  
271  271  mt-10    -131.2   134.2  Favored     ?   6   9  0.14  12  0.34  molprobity  
272  272  p         -72.1   147.5  Favored     ?   7   7  0.11  10  0.20  molprobity  
273  273  ?         -62.3   -36.7  Favored     ?   5   5  0.13   7  0.12  molprobity  
274  274  p         -61.0   -40.6  Favored     ?   5   6  0.16   8  0.25  molprobity  
275  275  t80       -62.1   -44.1  Favored     ?   9  12  0.25  16  0.26  molprobity  
276  276  tt        -64.0   -42.1  Favored     ?  11   8  0.16  11  0.33  molprobity  
277  277  t80       -61.8   -43.2  Favored     ?   9  13  0.24  18  0.10  molprobity  
278  278  ?         -65.1   -42.7  Favored     ?   5   5  0.11   7  0.27  molprobity  
279  279  ttpp      -61.3   -52.2  Favored     ?  13   9  0.30  11  0.76  molprobity  
280  280  t80       -86.6   -11.2  Favored     ?   9  13  0.46  18  0.68  molprobity  
281  281  t         -65.2   -34.3  Favored     ?   9   7  0.21  10  0.52  molprobity  
282  282  ?         -56.0   -29.9  Favored     ?   5   5  0.18   7  0.41  molprobity  
283  283  mtt90     -69.8   -10.1  Favored     ?  13  11  0.23  14  0.49  molprobity  
284  284  ?         113.0    -5.1  Favored     ?   3   4  0.15   5  1.25  molprobity  
285  285  mt        -78.0   130.3  Favored     ?  11   8  0.24  11  0.50  molprobity  
286  286  pp30      -67.3   151.6  Favored     ?   8   9  0.17  13  0.79  molprobity  
287  287  Cg_endo   -60.6   -35.2  Favored     ?   7   8  0.29  11  0.67  molprobity  
288  288  t0        -60.3   -43.5  Favored     ?   6   8  0.09  11  0.14  molprobity  
289  289  t         -63.6   -42.8  Favored     ?   9   7  0.17  10  0.17  molprobity  
290  290  t         -61.3   -44.6  Favored     ?   9   7  0.24  10  0.19  molprobity  
291  291  mttm      -60.7   -42.7  Favored     ?  13   9  0.18  11  0.32  molprobity  
292  292  ttmt      -64.0   -43.6  Favored     ?  13   9  0.17  11  0.14  molprobity  
293  293  mm        -69.0   -45.9  Favored     ?  11   8  0.33  11  0.40  molprobity  
294  294  tt        -63.9   -36.2  Favored     ?  11   8  0.22  11  0.81  molprobity  
295  295  ?         -72.2   -41.7  Favored     ?   5   5  0.30   7  0.83  molprobity  
296  296  tp30      -66.8   -30.4  Favored     ?   6   9  0.19  12  0.27  molprobity  
297  297  m         -62.1   -42.9  Favored     ?   7   7  0.14  10  0.18  molprobity  
298  298  ?         -63.2   -38.3  Favored     ?   3   4  0.07   5  0.12  molprobity  
299  299  m-40      -59.4   -47.1  Favored     ?   6   8  0.20  11  0.15  molprobity  
300  300  ?         -70.3   -36.6  Favored     ?   5   5  0.13   7  0.05  molprobity  
301  301  tp        -69.7   -35.4  Favored     ?  11   8  0.19  11  0.20  molprobity  
302  302  tmmt      -60.6   -40.2  Favored     ?  13   9  0.14  11  0.23  molprobity  
303  303  ?         -65.4   -33.9  Favored     ?   3   4  0.11   5  0.35  molprobity  
304  304  mm        -78.2   -53.9  Favored     ?  11   8  0.17  11  0.50  molprobity  
305  305  t         -97.3   120.3  Favored     ?   9   7  0.59  11  0.94  molprobity  
306  306  Cg_endo   -66.3   -37.1  Favored     ?   7   8  0.23  11  0.68  molprobity  
307  307  ?         -63.1   -30.3  Favored     ?   5   5  0.14   7  0.16  molprobity  
308  308  t         -69.9   -31.9  Favored     ?   9   7  0.15  10  0.33  molprobity  
309  309  ?         -62.3   -52.8  Favored     ?   5   5  0.09   7  0.36  molprobity  
310  310  pm20      -67.8   -36.5  Favored     ?   8   9  0.08  12  0.15  molprobity  
311  311  tt0       -65.0   -39.3  Favored     ?   6   9  0.10  12  0.23  molprobity  
312  312  tt        -71.0   -32.8  Favored     ?  11   8  0.16  11  0.52  molprobity  
313  313  ?          81.9  -176.6  Favored     ?   3   4  0.14   5  0.15  molprobity  
314  314  tp30      -89.5    86.6  Favored     ?   6   9  0.11  12  0.24  molprobity  
315  315  p        -144.6   164.2  Favored     ?   7   7  0.09  10  0.29  molprobity  
316  316  t        -116.6   121.7  Favored     ?   9   7  0.14  10  0.29  molprobity  
317  317  mt        -81.6   141.3  Favored     ?  11   8  0.21  11  0.37  molprobity  
318  318  t70      -150.9   155.1  Favored     ?   4   8  0.14  11  0.27  molprobity  
319  319  pm20      -59.7   -21.3  Favored     ?   6   9  0.10  12  0.18  molprobity  
320  320  p         -63.9   -37.4  Favored     ?   5   6  0.16   8  0.15  molprobity  
321  321  p0       -129.8     5.3  Favored     ?   6   8  0.14  11  0.50  molprobity  
322  322  p         -64.5   -45.8  Favored     ?   9   7  0.14  10  0.40  molprobity  
323  323  tp        -65.7   -21.2  Favored     ?  11   8  0.13  11  0.55  molprobity  
324  324  p         -85.6   -36.0  Favored     ?   5   6  0.12   8  0.41  molprobity  
325  325  t         -93.9   -47.6  Favored     ?   9   7  0.20  10  0.54  molprobity  
326  326  p         -65.2   -35.3  Favored     ?   9   7  0.19  10  0.25  molprobity  
327  327  p0        -74.5   -10.9  Favored     ?   4   8  0.08  11  0.25  molprobity  
328  328  m-30      -60.9   -44.1  Favored     ?   4   8  0.12  11  0.19  molprobity  
329  329  mp        -63.0   -45.5  Favored     ?  11   8  0.19  11  0.25  molprobity  
330  330  t         -63.9   -35.1  Favored     ?   9   7  0.14  10  0.32  molprobity  
331  331  mtm-85    -63.9   -44.7  Favored     ?  13  11  0.12  14  0.18  molprobity  
332  332  tmmt      -66.2   -50.1  Favored     ?  13   9  0.28  11  0.67  molprobity  
333  333  t0       -104.7   128.3  Favored     1   6   8  0.30  12  0.45  molprobity  
334  334  Cg_endo   -75.9  -172.0  Allowed     ?   7   8  0.16  11  0.76  molprobity  
335  335  ?         -63.3   117.3  Favored     ?   5   5  0.17   7  0.40  molprobity  
336  336  mp        -75.5   155.6  Favored     ?  11   8  0.23  12  0.46  molprobity  
337  337  Cg_endo   -72.9   162.3  Favored     ?   7   8  0.20  11  0.17  molprobity  
338  338  m-40      -72.0    -5.6  Favored     ?   6   8  0.25  11  0.34  molprobity  
339  339  m         -62.4   -40.9  Favored     ?   5   6  0.15   8  0.12  molprobity  
340  340  m-10      -63.4   -33.0  Favored     ?   9  13  0.30  18  0.25  molprobity  
341  341  ?         -65.1   -26.4  Favored     ?   5   5  0.16   7  0.44  molprobity  
342  342  ?         -87.1  -133.1  Favored     ?   3   4  0.11   5  0.64  molprobity  
343  343  tt        -76.2   -22.1  Favored     ?  11   8  0.15  11  0.72  molprobity  
344  344  tt        -73.2     3.6  Allowed     ?  11   8  0.28  11  0.48  molprobity  
345  345  tp        -61.3   -62.8  Allowed     ?  11   8  0.22  11  0.57  molprobity  
346  346  mt0      -103.5   -14.7  Favored     ?   8   9  0.23  12  0.40  molprobity  
347  347  mp0       -71.0   -37.8  Favored     ?   6   9  0.09  12  0.75  molprobity  
348  348  ?         -86.9    -5.2  Favored     ?   5   5  0.07   7  0.68  molprobity  
349  349  tpt170   -103.2   151.1  Favored     ?  13  11  0.09  14  0.31  molprobity  
350  350  pt       -101.6   149.9  Favored     ?  11   8  0.40  11  0.52  molprobity  
351  351  t        -167.2  -172.7  Favored     ?   5   6  0.19   8  0.24  molprobity  
352  352  p        -132.1   135.1  Favored     ?   7   7  0.41  10  0.76  molprobity  
353  353  t         -66.4   157.3  Favored     ?   7   7  0.14  11  0.83  molprobity  
354  354  Cg_exo    -62.9     0.6  Allowed     ?   7   8  0.18  11  0.58  molprobity  
355  355  m90       -75.6   -20.6  Favored     ?   7  11  0.21  15  0.26  molprobity  
356  356  t80       -58.6   -71.0  Allowed     ?   9  13  0.32  18  1.03  molprobity  
357  357  ?         150.3   -23.2  OUTLIER     ?   2   5  0.39   7  0.64  molprobity  
358  358  ?        -127.1   -14.5  Favored     ?   3   4  0.08   5  0.70  molprobity  
359  359  t         -79.6  -177.8  Favored     ?   7   7  0.12  10  0.48  molprobity  
360  360  ?         -61.9   -73.8  Allowed     ?   2   5  0.30   7  0.53  molprobity  
361  361  ?          42.3  -108.6  Allowed     ?   3   4  0.12   5  1.00  molprobity  
362  362  t80        62.4    70.4  Allowed     ?   9  12  0.43  16  1.12  molprobity  
363  363  p         -42.8   147.8  Allowed     ?   5   6  0.19   8  1.21  molprobity  
364  364  p         -72.4   171.3  Favored     ?   5   6  0.22   8  0.49  molprobity  
365  365  ?         -89.2   -13.4  Favored     ?   2   5  0.17   7  0.23  molprobity  
366  366  mp0       -62.1   -24.9  Favored     ?   6   9  0.22  12  0.40  molprobity  
367  367  m         -67.2   -12.4  Favored     ?   5   6  0.15   8  0.77  molprobity  
368  368  ?         -89.0   -44.0  Favored     ?   5   5  0.23   7  0.30  molprobity  
369  369  m-80      -63.8   -35.1  Favored     ?   9  13  0.25  18  0.32  molprobity  
370  370  p         -60.1   -45.7  Favored     ?   5   6  0.14   8  0.13  molprobity  
371  371  ?         -63.6   -42.1  Favored     ?   5   5  0.24   7  0.26  molprobity  
372  372  tp        -62.4   -40.2  Favored     ?  11   8  0.33  11  0.29  molprobity  
373  373  tp30      -63.2   -44.4  Favored     ?   6   9  0.11  12  0.63  molprobity  
374  374  tm-30     -64.0   -30.6  Favored     ?   6   9  0.16  12  0.57  molprobity  
375  375  tt        -60.2   -24.8  Favored     ?  11   8  0.22  11  0.42  molprobity  
376  376  mm-30         ?       ?  ?           ?   6   8  0.11   9  0.21  molprobity  
#
loop_
_pdbx_vrpt_instance_clashes.ordinal
_pdbx_vrpt_instance_clashes.instance_id
_pdbx_vrpt_instance_clashes.label_atom_id
_pdbx_vrpt_instance_clashes.cid
_pdbx_vrpt_instance_clashes.clashmag
_pdbx_vrpt_instance_clashes.dist
  1    4  OP1      1  0.54  2.23  
  2    5  OP1      2  0.61  2.31  
  3    5  P        3  0.55  2.30  
  4    7  "H2'"    4  0.78  1.48  
  5    7  "H2'"    5  0.70  2.25  
  6    7  "H2''"   6  0.43  2.18  
  7    8  H8       4  0.78  1.48  
  8    8  C8       5  0.70  2.25  
  9    8  "H2''"   7  0.43  2.00  
 10    8  N1       8  0.41  2.88  
 11    9  "H5'"    7  0.43  2.00  
 12   13  N3       9  0.65  2.45  
 13   13  C4      10  0.43  2.86  
 14   13  C2      11  0.42  2.88  
 15   14  N7       9  0.65  2.45  
 16   14  N7      10  0.43  2.86  
 17   14  N7      11  0.42  2.88  
 18   15  O4      12  0.61  2.34  
 19   15  "H2'"   13  0.47  2.50  
 20   15  "H2'"   14  0.43  1.83  
 21   16  N6      12  0.61  2.34  
 22   16  C8      13  0.47  2.50  
 23   16  H8      14  0.43  1.83  
 24   17  "H2'"   15  0.55  1.71  
 25   17  "H2'"   16  0.48  2.49  
 26   17  O4      17  0.52  2.43  
 27   18  H8      15  0.55  1.71  
 28   18  N6      17  0.52  2.43  
 29   18  C8      16  0.48  2.49  
 30   18  C2       8  0.41  2.88  
 31   20  P       18  0.41  2.42  
 32   21  OP2     19  0.40  2.22  
 33   23  OP1     20  0.48  2.13  
 34   23  C2      21  0.46  3.04  
 35   24  C8      21  0.46  3.04  
 36   25  HA      19  0.40  2.22  
 37   27  O       22  0.65  2.29  
 38   29  N       22  0.65  2.29  
 39   30  HG      18  0.41  2.42  
 40   42  HB3     23  0.91  1.51  
 41   64  HD11    23  0.91  1.51  
 42   80  HA      24  0.43  2.18  
 43   80  OE1     24  0.43  2.18  
 44   84  O       25  0.45  2.15  
 45   88  HA      26  0.48  1.79  
 46   88  HG23    25  0.45  2.15  
 47   90  HE3     27  0.44  2.32  
 48   91  HE22    26  0.48  1.79  
 49   96  HB3     28  0.51  1.92  
 50  100  HA      29  0.51  2.11  
 51  100  HB2     20  0.48  2.13  
 52  102  O       30  0.45  2.16  
 53  103  O       31  0.67  1.94  
 54  103  OE1     29  0.51  2.11  
 55  103  NE2     27  0.44  2.32  
 56  105  HD23    32  0.48  1.94  
 57  106  HG      30  0.45  2.16  
 58  107  HG2     31  0.67  1.94  
 59  109  O       33  0.48  2.56  
 60  109  CE2     34  0.48  2.49  
 61  109  CD2     35  0.45  2.50  
 62  109  CE1     36  0.44  2.36  
 63  109  CE1     37  0.41  3.09  
 64  110  C       33  0.48  2.56  
 65  111  HA      38  0.79  1.65  
 66  111  OE2      6  0.43  2.18  
 67  114  HG12    38  0.79  1.65  
 68  114  O       39  0.51  2.11  
 69  117  CE2     40  0.46  2.51  
 70  118  HG23    41  0.47  1.96  
 71  119  HD23    39  0.51  2.11  
 72  119  HD22    41  0.47  1.96  
 73  124  HB3     42  0.63  1.61  
 74  124  OE2     43  0.41  2.20  
 75  125  H       44  0.51  2.09  
 76  126  HB2     40  0.46  2.51  
 77  128  HG3     45  0.67  1.59  
 78  128  HE21    42  0.63  1.61  
 79  128  NE2     44  0.51  2.09  
 80  133  HD2     36  0.44  2.36  
 81  133  CD2     37  0.41  3.09  
 82  135  HA      46  0.46  2.55  
 83  136  OE1     47  0.46  2.15  
 84  137  HD21    32  0.48  1.94  
 85  137  HA      48  0.41  1.83  
 86  137  HD23    48  0.41  1.83  
 87  138  SD      46  0.46  2.55  
 88  138  SD      49  0.41  2.94  
 89  138  N       49  0.41  2.94  
 90  141  HB3     50  0.40  2.02  
 91  142  HD3     50  0.40  2.02  
 92  149  HA      51  0.53  1.91  
 93  159  HG22    51  0.53  1.91  
 94  160  HG11    28  0.51  1.92  
 95  161  OD1     52  0.58  2.31  
 96  161  OD1     53  0.52  2.43  
 97  161  OD1     54  0.40  2.64  
 98  161  C       54  0.40  2.64  
 99  162  N       53  0.52  2.43  
100  163  N       52  0.58  2.31  
101  163  O       55  0.40  2.22  
102  166  HD22    34  0.48  2.49  
103  166  HD22    35  0.45  2.50  
104  166  O       56  0.44  2.16  
105  167  HA      57  0.57  2.04  
106  167  HG23    55  0.40  2.22  
107  169  HG22    56  0.44  2.16  
108  170  OE1     57  0.57  2.04  
109  186  O       58  0.52  2.42  
110  186  OD1     59  0.42  2.47  
111  187  N       59  0.42  2.47  
112  188  NH1     58  0.52  2.42  
113  192  HB2     60  0.41  1.86  
114  196  HZ1     60  0.41  1.86  
115  216  HG23    61  0.44  2.17  
116  217  OE1     61  0.44  2.17  
117  242  HD23    62  0.45  1.55  
118  242  HA      62  0.45  1.55  
119  253  O       63  0.70  2.09  
120  255  CZ3     64  0.44  2.53  
121  257  HD13    65  0.41  1.81  
122  257  HA      65  0.41  1.81  
123  258  HD11    64  0.44  2.53  
124  263  O       66  0.55  2.24  
125  264  HB1     67  0.43  1.99  
126  268  OG1     66  0.55  2.24  
127  269  HB2     68  0.42  2.01  
128  271  HG3     67  0.43  1.99  
129  275  HE1     45  0.67  1.59  
130  279  HD2     43  0.41  2.20  
131  280  OH      63  0.70  2.09  
132  280  CE2     69  0.48  2.49  
133  285  HD12    69  0.48  2.49  
134  289  O       70  0.44  2.18  
135  293  HG12    70  0.44  2.18  
136  322  O       71  0.50  2.11  
137  326  HG12    71  0.50  2.11  
138  327  OD1     72  0.47  2.47  
139  328  OD1     73  0.73  2.21  
140  329  HD12    74  0.43  1.82  
141  329  H       74  0.43  1.82  
142  331  NH2     73  0.73  2.21  
143  331  NH2     72  0.47  2.47  
144  332  HD2     75  0.45  2.41  
145  332  C       75  0.45  2.41  
146  335  HB3     47  0.46  2.15  
147  336  HD23    76  0.77  1.48  
148  336  HD23    77  0.63  2.32  
149  336  HD13    68  0.42  2.01  
150  338  ND2      2  0.61  2.31  
151  338  HD22     3  0.55  2.30  
152  339  OG       1  0.54  2.23  
153  340  HD2     76  0.77  1.48  
154  340  CD2     77  0.63  2.32  
155  347  OE1     78  0.40  2.50  
156  347  N       78  0.40  2.50  
157  356  O       79  0.41  2.68  
158  357  CB      79  0.41  2.68  
#
loop_
_pdbx_vrpt_model_instance_map_fitting.ordinal
_pdbx_vrpt_model_instance_map_fitting.instance_id
_pdbx_vrpt_model_instance_map_fitting.residue_inclusion
_pdbx_vrpt_model_instance_map_fitting.Q_score
  1    1     0.8  0.480  
  2    2  0.9048  0.508  
  3    3     0.8  0.504  
  4    4  0.9048  0.489  
  5    5     0.8  0.483  
  6    6  0.9524  0.504  
  7    7     0.7  0.374  
  8    8  0.8571  0.450  
  9    9     0.8  0.443  
 10   10  0.9524  0.463  
 11   11     0.8  0.463  
 12   12  0.9048  0.419  
 13   13    0.65  0.312  
 14   14  0.7619  0.413  
 15   15     0.8  0.459  
 16   16  0.9048  0.469  
 17   17     0.8  0.449  
 18   18  0.8571  0.443  
 19   19    0.85  0.478  
 20   20  0.9524  0.471  
 21   21    0.85  0.483  
 22   22   0.619  0.278  
 23   23    0.75  0.278  
 24   24   0.619  0.172  
 25   25  0.7273  0.577  
 26   26    0.75  0.444  
 27   27  0.8333  0.516  
 28   28  0.5556  0.469  
 29   29     0.6  0.419  
 30   30  0.8333  0.454  
 31   31  0.5714  0.438  
 32   32     0.5  0.478  
 33   33  0.6364  0.559  
 34   34     1.0  0.539  
 35   35  0.9167  0.510  
 36   36     0.6  0.422  
 37   37  0.8889  0.557  
 38   38  0.6364  0.503  
 39   39  0.5455  0.558  
 40   40  0.5714  0.493  
 41   41     0.5  0.394  
 42   42   0.625  0.425  
 43   43  0.7143  0.485  
 44   44    0.75  0.474  
 45   45  0.7143  0.544  
 46   46  0.5714  0.491  
 47   47     0.6  0.479  
 48   48     0.7  0.513  
 49   49  0.7143  0.519  
 50   50   0.625  0.545  
 51   51    0.75  0.454  
 52   52  0.3333  0.390  
 53   53  0.3333  0.132  
 54   54  0.4286  0.406  
 55   55     0.6  0.506  
 56   56     0.5  0.430  
 57   57   0.625  0.481  
 58   58  0.7143  0.401  
 59   59  0.3571  0.179  
 60   60  0.4286  0.343  
 61   61     0.6  0.409  
 62   62  0.4444  0.396  
 63   63     0.6  0.432  
 64   64   0.625  0.437  
 65   65   0.375  0.336  
 66   66  0.4444  0.461  
 67   67    0.75  0.468  
 68   68  0.6667  0.439  
 69   69  0.8333  0.502  
 70   70  0.6667  0.468  
 71   71  0.4444  0.375  
 72   72  0.7143  0.429  
 73   73  0.6667  0.523  
 74   74   0.625  0.486  
 75   75  0.9286  0.488  
 76   76   0.625  0.427  
 77   77  0.6667  0.536  
 78   78    0.75  0.509  
 79   79  0.9167  0.559  
 80   80  0.5556  0.516  
 81   81     0.6  0.437  
 82   82  0.6667  0.456  
 83   83     0.9  0.524  
 84   84     0.5  0.326  
 85   85     0.8  0.429  
 86   86  0.6667  0.496  
 87   87  0.5556  0.448  
 88   88  0.5714  0.453  
 89   89     0.8  0.488  
 90   90  0.7778  0.545  
 91   91  0.3333  0.274  
 92   92  0.5714  0.423  
 93   93     0.4  0.377  
 94   94  0.3333  0.435  
 95   95  0.4444  0.417  
 96   96  0.6667  0.539  
 97   97     0.5  0.336  
 98   98     0.5  0.460  
 99   99  0.8571  0.528  
100  100  0.5714  0.391  
101  101  0.4286  0.413  
102  102  0.5455  0.489  
103  103  0.7778  0.496  
104  104     1.0  0.525  
105  105   0.375  0.411  
106  106     0.5  0.468  
107  107   0.875  0.539  
108  108     0.8  0.495  
109  109  0.5833  0.338  
110  110     0.6  0.314  
111  111  0.4444  0.294  
112  112  0.4444  0.510  
113  113  0.7143  0.512  
114  114  0.4286  0.409  
115  115     0.6  0.483  
116  116   0.625  0.485  
117  117    0.75  0.466  
118  118   0.625  0.509  
119  119     0.5  0.414  
120  120    0.25  0.382  
121  121  0.4167  0.386  
122  122  0.6667  0.437  
123  123    0.25  0.242  
124  124  0.3333  0.363  
125  125  0.8333  0.414  
126  126     0.5  0.368  
127  127  0.5714  0.425  
128  128  0.3333  0.241  
129  129   0.375  0.416  
130  130     0.4  0.392  
131  131     0.5  0.323  
132  132     0.5  0.368  
133  133  0.5833  0.493  
134  134     0.5  0.359  
135  135  0.1667  0.247  
136  136  0.3333  0.303  
137  137   0.625  0.537  
138  138   0.375  0.402  
139  139  0.3333  0.206  
140  140  0.2222  0.307  
141  141   0.125  0.377  
142  142     0.0  0.213  
143  143     0.0  0.202  
144  144     0.0  0.052  
145  145    0.25  0.312  
146  146  0.3333  0.338  
147  147   0.125  0.123  
148  148  0.5833  0.457  
149  149  0.4286  0.446  
150  150  0.4545  0.457  
151  151     0.5  0.448  
152  152     0.0  0.344  
153  153  0.2222  0.485  
154  154   0.125  0.350  
155  155     0.0  0.412  
156  156     0.0  0.280  
157  157  0.4286  0.471  
158  158     0.5  0.417  
159  159  0.5714  0.473  
160  160  0.5714  0.469  
161  161     0.5  0.378  
162  162     0.5  0.471  
163  163     0.5  0.362  
164  164  0.1111  0.245  
165  165  0.5714  0.380  
166  166   0.375  0.242  
167  167  0.5714  0.407  
168  168     0.5  0.299  
169  169     0.5  0.465  
170  170  0.3333  0.183  
171  171   0.375  0.346  
172  172     0.6  0.407  
173  173   0.625  0.518  
174  174   0.625  0.459  
175  175  0.3333  0.345  
176  176  0.0909  0.333  
177  177  0.1667  0.353  
178  178     1.0  0.582  
179  179     0.8  0.549  
180  180     0.6  0.462  
181  181     0.6  0.483  
182  182     0.8  0.534  
183  183     0.6  0.522  
184  184  0.7778  0.638  
185  185  0.4545  0.551  
186  186     0.5  0.249  
187  187  0.7143  0.528  
188  188  0.2727  0.412  
189  189     0.5  0.335  
190  190   0.625  0.454  
191  191  0.7143  0.477  
192  192  0.8333  0.354  
193  193  0.7143  0.472  
194  194  0.8182  0.581  
195  195  0.7857  0.504  
196  196  0.5556  0.496  
197  197    0.75  0.452  
198  198  0.7778  0.509  
199  199   0.625  0.453  
200  200     1.0  0.477  
201  201    0.75  0.416  
202  202   0.625  0.465  
203  203  0.8182  0.543  
204  204  0.5714  0.378  
205  205   0.625  0.529  
206  206     0.5  0.371  
207  207   0.625  0.582  
208  208    0.75  0.514  
209  209  0.3333  0.305  
210  210   0.625  0.437  
211  211  0.8333  0.540  
212  212     0.6  0.421  
213  213  0.3333  0.493  
214  214  0.3333  0.408  
215  215  0.6364  0.466  
216  216  0.7143  0.425  
217  217  0.5556  0.379  
218  218  0.3333  0.508  
219  219     0.6  0.397  
220  220  0.5833  0.452  
221  221  0.6667  0.474  
222  222    0.75  0.554  
223  223     1.0  0.540  
224  224  0.4444  0.433  
225  225  0.3333  0.537  
226  226  0.5714  0.471  
227  227  0.8182  0.534  
228  228  0.5714  0.477  
229  229     0.5  0.449  
230  230   0.625  0.460  
231  231  0.8333  0.507  
232  232  0.5714  0.426  
233  233  0.5556  0.506  
234  234   0.625  0.489  
235  235     0.9  0.507  
236  236     0.5  0.449  
237  237  0.4444  0.408  
238  238   0.625  0.472  
239  239  0.7273  0.505  
240  240  0.5714  0.445  
241  241  0.5714  0.454  
242  242   0.625  0.451  
243  243  0.5714  0.482  
244  244  0.3333  0.274  
245  245  0.3333  0.320  
246  246     0.8  0.518  
247  247     0.0  0.241  
248  248     0.6  0.497  
249  249    0.25  0.416  
250  250     0.8  0.533  
251  251  0.7143  0.481  
252  252  0.4545  0.391  
253  253  0.7143  0.403  
254  254    0.75  0.464  
255  255  0.8571  0.539  
256  256  0.6667  0.491  
257  257   0.625  0.481  
258  258     0.5  0.446  
259  259     0.5  0.429  
260  260  0.4444  0.445  
261  261     0.6  0.482  
262  262   0.625  0.445  
263  263  0.8333  0.494  
264  264     0.6  0.471  
265  265  0.5714  0.491  
266  266  0.8333  0.538  
267  267   0.375  0.403  
268  268  0.5714  0.344  
269  269     0.6  0.498  
270  270  0.3333  0.515  
271  271  0.3333  0.543  
272  272  0.4286  0.367  
273  273     0.6  0.416  
274  274  0.6667  0.415  
275  275  0.3636  0.436  
276  276   0.625  0.463  
277  277  0.6667  0.460  
278  278     0.6  0.355  
279  279  0.4444  0.388  
280  280     0.5  0.369  
281  281  0.7143  0.475  
282  282     0.6  0.417  
283  283  0.2727  0.536  
284  284     0.5  0.440  
285  285   0.625  0.492  
286  286  0.4444  0.364  
287  287  0.4286  0.388  
288  288   0.625  0.467  
289  289  0.4286  0.442  
290  290  0.7143  0.468  
291  291  0.3333  0.473  
292  292  0.5556  0.513  
293  293   0.625  0.447  
294  294     0.5  0.491  
295  295     0.6  0.312  
296  296  0.4444  0.327  
297  297  0.5714  0.429  
298  298    0.75  0.478  
299  299     0.5  0.505  
300  300     0.6  0.423  
301  301   0.375  0.427  
302  302  0.3333  0.458  
303  303     0.5  0.478  
304  304   0.375  0.449  
305  305  0.4286  0.363  
306  306  0.1429  0.286  
307  307     0.4  0.385  
308  308  0.5714  0.464  
309  309     0.2  0.347  
310  310  0.1111  0.233  
311  311  0.1111  0.409  
312  312    0.25  0.408  
313  313     0.0  0.340  
314  314     0.0  0.301  
315  315     0.0  0.424  
316  316  0.2857  0.465  
317  317   0.375  0.509  
318  318     0.0  0.272  
319  319  0.1111  0.309  
320  320  0.3333  0.352  
321  321     0.5  0.367  
322  322  0.5714  0.418  
323  323     0.5  0.481  
324  324  0.3333  0.302  
325  325  0.5714  0.418  
326  326  0.2857  0.377  
327  327   0.375  0.410  
328  328   0.375  0.223  
329  329     0.5  0.363  
330  330  0.5714  0.475  
331  331  0.2727  0.215  
332  332  0.2222  0.320  
333  333   0.625  0.403  
334  334  0.4286  0.446  
335  335     0.6  0.521  
336  336     0.5  0.410  
337  337  0.8571  0.484  
338  338   0.625  0.509  
339  339     0.5  0.414  
340  340    0.75  0.547  
341  341     0.6  0.486  
342  342    0.75  0.502  
343  343    0.25  0.315  
344  344   0.625  0.448  
345  345     0.5  0.482  
346  346  0.1111  0.069  
347  347     0.0  0.319  
348  348     0.0  0.267  
349  349  0.0909  0.126  
350  350     0.5  0.433  
351  351     0.0  0.315  
352  352  0.5714  0.430  
353  353  0.5714  0.374  
354  354  0.5714  0.363  
355  355     0.6  0.460  
356  356  0.6667  0.523  
357  357     0.4  0.458  
358  358    0.75  0.592  
359  359  0.1429  0.422  
360  360     0.2  0.460  
361  361     0.5  0.399  
362  362  0.7273  0.436  
363  363     0.5  0.384  
364  364  0.3333  0.379  
365  365     0.8  0.423  
366  366  0.3333  0.370  
367  367  0.3333  0.279  
368  368     0.6  0.430  
369  369  0.4167  0.462  
370  370     0.5  0.325  
371  371     0.6  0.483  
372  372   0.625  0.489  
373  373  0.4444  0.372  
374  374  0.4444  0.300  
375  375    0.75  0.454  
376  376  0.3333  0.383  
#
_pdbx_vrpt_em_details.ordinal                    1
_pdbx_vrpt_em_details.recommended_contour_level  0.59
#
loop_
_pdbx_vrpt_em_graph_atom_inclusion.graph_id
_pdbx_vrpt_em_graph_atom_inclusion.type
atom_inclusion_all_atoms  all_atoms  
atom_inclusion_backbone   backbone   
#
loop_
_pdbx_vrpt_em_2d_graph_info.graph_data_id
_pdbx_vrpt_em_2d_graph_info.graph_id
_pdbx_vrpt_em_2d_graph_info.title
_pdbx_vrpt_em_2d_graph_info.x_axis_title
_pdbx_vrpt_em_2d_graph_info.x_axis_scale
_pdbx_vrpt_em_2d_graph_info.x_axis_units
_pdbx_vrpt_em_2d_graph_info.y_axis_title
_pdbx_vrpt_em_2d_graph_info.y_axis_scale
_pdbx_vrpt_em_2d_graph_info.y_axis_units
d_dvd    map_value_distribution                ?     Map-value            ?     .    "Number of voxels"                  log10  .    
d_raps   rotationally_averaged_power_spectrum  ?     "Spatial frequency"  ?     1/A  Intensity                           log10  .    
d_ve     volume_estimate                       ?     "Contour level"      ?     .    Volume                              ?      nm3  
d_ai_aa  atom_inclusion_all_atoms              ?     "Contour level"      ?     .    "Fraction of model inside the map"  ?      .    
d_ai_bb  atom_inclusion_backbone               ?     "Contour level"      ?     .    "Fraction of model inside the map"  ?      .    
#
loop_
_pdbx_vrpt_em_2d_graph_data.ordinal
_pdbx_vrpt_em_2d_graph_data.graph_data_id
_pdbx_vrpt_em_2d_graph_data.x_value
_pdbx_vrpt_em_2d_graph_data.y_value
  1  d_dvd    -1.0442436934      0.3010299957  
  2  d_dvd    -1.0193242013      0.6020599913  
  3  d_dvd    -0.9944047092      0.3010299957  
  4  d_dvd    -0.9694852172        0.84509804  
  5  d_dvd    -0.9445657251        0.84509804  
  6  d_dvd    -0.9196462331      0.7781512504  
  7  d_dvd     -0.894726741       1.079181246  
  8  d_dvd     -0.869807249       1.414973348  
  9  d_dvd    -0.8448877569      1.5797835966  
 10  d_dvd    -0.8199682649      1.7558748557  
 11  d_dvd    -0.7950487728      1.8864907252  
 12  d_dvd    -0.7701292808      2.0606978404  
 13  d_dvd    -0.7452097887       2.206825876  
 14  d_dvd    -0.7202902967      2.3541084391  
 15  d_dvd    -0.6953708046      2.4377505628  
 16  d_dvd    -0.6704513126      2.5622928645  
 17  d_dvd    -0.6455318205      2.6821450764  
 18  d_dvd    -0.6206123284       2.773786445  
 19  d_dvd    -0.5956928364      2.8870543781  
 20  d_dvd    -0.5707733443      3.0102999566  
 21  d_dvd    -0.5458538523      3.1215598442  
 22  d_dvd    -0.5209343602       3.214843848  
 23  d_dvd    -0.4960148682      3.3271545124  
 24  d_dvd    -0.4710953761      3.4429498696  
 25  d_dvd    -0.4461758841      3.5204835327  
 26  d_dvd     -0.421256392      3.6214878646  
 27  d_dvd       -0.3963369      3.7125655279  
 28  d_dvd    -0.3714174079      3.7803173121  
 29  d_dvd    -0.3464979159      3.8671727512  
 30  d_dvd    -0.3215784238      3.9504622189  
 31  d_dvd    -0.2966589318       4.041511113  
 32  d_dvd    -0.2717394397      4.1341452199  
 33  d_dvd    -0.2468199476      4.3033688766  
 34  d_dvd    -0.2219004556      4.5348380614  
 35  d_dvd    -0.1969809635      4.7520638208  
 36  d_dvd    -0.1720614715      4.9261520151  
 37  d_dvd    -0.1471419794      5.0195690505  
 38  d_dvd    -0.1222224874       5.073300347  
 39  d_dvd    -0.0973029953      5.1047465179  
 40  d_dvd    -0.0723835033       5.124852955  
 41  d_dvd    -0.0474640112      5.2168227872  
 42  d_dvd    -0.0225445192      7.4450440849  
 43  d_dvd     0.0023749729       5.560724195  
 44  d_dvd     0.0272944649      5.4862660818  
 45  d_dvd      0.052213957      5.4240219936  
 46  d_dvd      0.077133449      5.3946582718  
 47  d_dvd     0.1020529411      5.3778014724  
 48  d_dvd     0.1269724332      5.3553442264  
 49  d_dvd     0.1518919252      5.3327837382  
 50  d_dvd     0.1768114173      5.3113193493  
 51  d_dvd     0.2017309093      5.2928340074  
 52  d_dvd     0.2266504014      5.2639909327  
 53  d_dvd     0.2515698934      5.2349928235  
 54  d_dvd     0.2764893855      5.2043099449  
 55  d_dvd     0.3014088775      5.1747225245  
 56  d_dvd     0.3263283696      5.1470360022  
 57  d_dvd     0.3512478616      5.1052853153  
 58  d_dvd     0.3761673537      5.0460618243  
 59  d_dvd     0.4010868457      4.9746268139  
 60  d_dvd     0.4260063378      4.9100210957  
 61  d_dvd     0.4509258298      4.8399177757  
 62  d_dvd     0.4758453219      4.7542106854  
 63  d_dvd     0.5007648139      4.6379997759  
 64  d_dvd      0.525684306      4.5140959577  
 65  d_dvd     0.5506037981      4.4295746511  
 66  d_dvd     0.5755232901      4.3729304049  
 67  d_dvd     0.6004427822      4.3328624475  
 68  d_dvd     0.6253622742       4.304856594  
 69  d_dvd     0.6502817663      4.2636834006  
 70  d_dvd     0.6752012583      4.2267545226  
 71  d_dvd     0.7001207504      4.1972805581  
 72  d_dvd     0.7250402424      4.1596874798  
 73  d_dvd     0.7499597345      4.1344958558  
 74  d_dvd     0.7748792265       4.093351632  
 75  d_dvd     0.7997987186       4.057628073  
 76  d_dvd     0.8247182106       4.029870564  
 77  d_dvd     0.8496377027      3.9898945637  
 78  d_dvd     0.8745571947       3.948901761  
 79  d_dvd     0.8994766868      3.9113174423  
 80  d_dvd     0.9243961789      3.8675264112  
 81  d_dvd     0.9493156709      3.8288531597  
 82  d_dvd      0.974235163      3.7836892363  
 83  d_dvd      0.999154655      3.7449185424  
 84  d_dvd     1.0240741471      3.6956567599  
 85  d_dvd     1.0489936391      3.6424645202  
 86  d_dvd     1.0739131312      3.6135247029  
 87  d_dvd     1.0988326232      3.5691397255  
 88  d_dvd     1.1237521153      3.5210072524  
 89  d_dvd     1.1486716073      3.4776999283  
 90  d_dvd     1.1735910994      3.4260230157  
 91  d_dvd     1.1985105914      3.3692158574  
 92  d_dvd     1.2234300835      3.3218054839  
 93  d_dvd     1.2483495755      3.2678754193  
 94  d_dvd     1.2732690676      3.2247919565  
 95  d_dvd     1.2981885597       3.169968174  
 96  d_dvd     1.3231080517      3.1058506744  
 97  d_dvd     1.3480275438      3.0374264979  
 98  d_dvd     1.3729470358      2.9956351946  
 99  d_dvd     1.3978665279      2.8898617213  
100  d_dvd     1.4227860199         2.8162413  
101  d_dvd      1.447705512      2.7596678447  
102  d_dvd      1.472625004      2.6972293428  
103  d_dvd     1.4975444961      2.6273658566  
104  d_dvd     1.5224639881       2.492760389  
105  d_dvd     1.5473834802      2.4502491083  
106  d_dvd     1.5723029722      2.3783979009  
107  d_dvd     1.5972224643      2.2174839442  
108  d_dvd     1.6221419563       2.214843848  
109  d_dvd     1.6470614484      2.0293837777  
110  d_dvd     1.6719809405      1.9956351946  
111  d_dvd     1.6969004325      1.7781512504  
112  d_dvd     1.7218199246       1.748188027  
113  d_dvd     1.7467394166      1.6434526765  
114  d_dvd     1.7716589087      1.4913616938  
115  d_dvd     1.7965784007      1.4471580313  
116  d_dvd     1.8214978928       1.361727836  
117  d_dvd     1.8464173848      1.1760912591  
118  d_dvd     1.8713368769       0.903089987  
119  d_dvd     1.8962563689      0.6989700043  
120  d_dvd      1.921175861       0.903089987  
121  d_dvd      1.946095353               0.0  
122  d_dvd     1.9710148451      0.3010299957  
123  d_dvd     1.9959343371      0.6020599913  
124  d_dvd     2.0208538292               0.0  
125  d_dvd     2.0457733212               0.0  
126  d_dvd     2.0706928133               0.0  
127  d_dvd     2.0956123054      0.3010299957  
128  d_raps             0.0      5.7685366924  
129  d_raps    0.0022321429      5.7685366924  
130  d_raps    0.0044642858      4.9763649844  
131  d_raps    0.0066964287      3.8941542645  
132  d_raps    0.0089285716      3.6821746843  
133  d_raps    0.0111607145      3.0889164906  
134  d_raps    0.0133928574      2.4829169394  
135  d_raps    0.0156250003        2.36818556  
136  d_raps    0.0178571432      3.0003638512  
137  d_raps    0.0200892861      3.1825088928  
138  d_raps     0.022321429      2.5525118055  
139  d_raps    0.0245535718      2.4263511128  
140  d_raps    0.0267857147      1.7828365295  
141  d_raps    0.0290178576      2.3837322784  
142  d_raps    0.0312500005      2.1648697123  
143  d_raps    0.0334821434      1.6688786541  
144  d_raps    0.0357142863      1.8996578177  
145  d_raps    0.0379464292      1.8017334081  
146  d_raps    0.0401785721      2.0320048083  
147  d_raps     0.042410715      1.5774919963  
148  d_raps    0.0446428579        1.20998478  
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504  d_ai_aa        1.08209             0.104  
505  d_ai_aa       1.106815             0.089  
506  d_ai_aa       1.131539             0.078  
507  d_ai_aa       1.156264             0.064  
508  d_ai_aa       1.180989             0.057  
509  d_ai_aa       1.205714             0.047  
510  d_ai_aa       1.230439             0.039  
511  d_ai_aa       1.255163             0.032  
512  d_ai_aa       1.279888             0.026  
513  d_ai_aa       1.304613             0.021  
514  d_ai_aa       1.329338             0.017  
515  d_ai_aa       1.354063             0.014  
516  d_ai_aa       1.378788             0.011  
517  d_ai_aa       1.403512             0.008  
518  d_ai_aa       1.428237             0.005  
519  d_ai_aa       1.452962             0.005  
520  d_ai_aa       1.477687             0.004  
521  d_ai_aa       1.502412             0.003  
522  d_ai_aa       1.527136             0.002  
523  d_ai_aa       1.551861             0.002  
524  d_ai_aa       1.576586             0.002  
525  d_ai_aa       1.601311             0.001  
526  d_ai_aa       1.626036             0.001  
527  d_ai_aa        1.65076             0.001  
528  d_ai_aa       1.675485             0.001  
529  d_ai_aa        1.70021               0.0  
530  d_ai_aa       1.724935               0.0  
531  d_ai_aa        1.74966               0.0  
532  d_ai_aa       1.774384               0.0  
533  d_ai_aa       1.799109               0.0  
534  d_ai_aa       1.823834               0.0  
535  d_ai_aa       1.848559               0.0  
536  d_ai_aa       1.873284               0.0  
537  d_ai_aa       1.898009               0.0  
538  d_ai_aa       1.922733               0.0  
539  d_ai_aa       1.947458               0.0  
540  d_ai_aa       1.972183               0.0  
541  d_ai_aa       1.996908               0.0  
542  d_ai_aa       2.021633               0.0  
543  d_ai_aa       2.046357               0.0  
544  d_ai_aa       2.071082               0.0  
545  d_ai_aa       2.095807               0.0  
546  d_ai_aa       2.120532               0.0  
547  d_ai_bb      -1.044244               1.0  
548  d_ai_bb      -1.019519               1.0  
549  d_ai_bb      -0.994794               1.0  
550  d_ai_bb      -0.970069               1.0  
551  d_ai_bb      -0.945344               1.0  
552  d_ai_bb       -0.92062               1.0  
553  d_ai_bb      -0.895895               1.0  
554  d_ai_bb       -0.87117               1.0  
555  d_ai_bb      -0.846445               1.0  
556  d_ai_bb       -0.82172               1.0  
557  d_ai_bb      -0.796996               1.0  
558  d_ai_bb      -0.772271               1.0  
559  d_ai_bb      -0.747546               1.0  
560  d_ai_bb      -0.722821               1.0  
561  d_ai_bb      -0.698096               1.0  
562  d_ai_bb      -0.673372               1.0  
563  d_ai_bb      -0.648647               1.0  
564  d_ai_bb      -0.623922               1.0  
565  d_ai_bb      -0.599197               1.0  
566  d_ai_bb      -0.574472               1.0  
567  d_ai_bb      -0.549748               1.0  
568  d_ai_bb      -0.525023               1.0  
569  d_ai_bb      -0.500298               1.0  
570  d_ai_bb      -0.475573               1.0  
571  d_ai_bb      -0.450848               1.0  
572  d_ai_bb      -0.426123               1.0  
573  d_ai_bb      -0.401399               1.0  
574  d_ai_bb      -0.376674               1.0  
575  d_ai_bb      -0.351949               1.0  
576  d_ai_bb      -0.327224               1.0  
577  d_ai_bb      -0.302499               1.0  
578  d_ai_bb      -0.277775               1.0  
579  d_ai_bb       -0.25305               1.0  
580  d_ai_bb      -0.228325               1.0  
581  d_ai_bb        -0.2036               1.0  
582  d_ai_bb      -0.178875               1.0  
583  d_ai_bb      -0.154151               1.0  
584  d_ai_bb      -0.129426               1.0  
585  d_ai_bb      -0.104701               1.0  
586  d_ai_bb      -0.079976               1.0  
587  d_ai_bb      -0.055251               1.0  
588  d_ai_bb      -0.030527               1.0  
589  d_ai_bb      -0.005802               1.0  
590  d_ai_bb       0.018923               1.0  
591  d_ai_bb       0.043648             0.999  
592  d_ai_bb       0.068373             0.999  
593  d_ai_bb       0.093097             0.999  
594  d_ai_bb       0.117822             0.999  
595  d_ai_bb       0.142547             0.999  
596  d_ai_bb       0.167272             0.997  
597  d_ai_bb       0.191997             0.995  
598  d_ai_bb       0.216722             0.992  
599  d_ai_bb       0.241446              0.99  
600  d_ai_bb       0.266171             0.986  
601  d_ai_bb       0.290896             0.979  
602  d_ai_bb       0.315621             0.971  
603  d_ai_bb       0.340346              0.96  
604  d_ai_bb        0.36507             0.947  
605  d_ai_bb       0.389795             0.936  
606  d_ai_bb        0.41452             0.921  
607  d_ai_bb       0.439245             0.907  
608  d_ai_bb        0.46397              0.89  
609  d_ai_bb       0.488694             0.865  
610  d_ai_bb       0.513419             0.834  
611  d_ai_bb       0.538144             0.813  
612  d_ai_bb       0.562869             0.789  
613  d_ai_bb           0.59             0.758  
614  d_ai_bb       0.612318             0.737  
615  d_ai_bb       0.637043             0.709  
616  d_ai_bb       0.661768             0.676  
617  d_ai_bb       0.686493             0.645  
618  d_ai_bb       0.711218             0.619  
619  d_ai_bb       0.735943             0.592  
620  d_ai_bb       0.760667             0.561  
621  d_ai_bb       0.785392              0.53  
622  d_ai_bb       0.810117             0.494  
623  d_ai_bb       0.834842             0.456  
624  d_ai_bb       0.859567             0.415  
625  d_ai_bb       0.884291             0.381  
626  d_ai_bb       0.909016             0.352  
627  d_ai_bb       0.933741             0.322  
628  d_ai_bb       0.958466             0.285  
629  d_ai_bb       0.983191             0.254  
630  d_ai_bb       1.007915             0.227  
631  d_ai_bb        1.03264             0.203  
632  d_ai_bb       1.057365             0.172  
633  d_ai_bb        1.08209             0.149  
634  d_ai_bb       1.106815             0.127  
635  d_ai_bb       1.131539             0.111  
636  d_ai_bb       1.156264              0.09  
637  d_ai_bb       1.180989              0.08  
638  d_ai_bb       1.205714             0.063  
639  d_ai_bb       1.230439             0.053  
640  d_ai_bb       1.255163             0.044  
641  d_ai_bb       1.279888             0.033  
642  d_ai_bb       1.304613             0.028  
643  d_ai_bb       1.329338             0.022  
644  d_ai_bb       1.354063             0.017  
645  d_ai_bb       1.378788             0.014  
646  d_ai_bb       1.403512              0.01  
647  d_ai_bb       1.428237             0.007  
648  d_ai_bb       1.452962             0.006  
649  d_ai_bb       1.477687             0.006  
650  d_ai_bb       1.502412             0.005  
651  d_ai_bb       1.527136             0.003  
652  d_ai_bb       1.551861             0.003  
653  d_ai_bb       1.576586             0.002  
654  d_ai_bb       1.601311             0.001  
655  d_ai_bb       1.626036             0.001  
656  d_ai_bb        1.65076             0.001  
657  d_ai_bb       1.675485             0.001  
658  d_ai_bb        1.70021               0.0  
659  d_ai_bb       1.724935               0.0  
660  d_ai_bb        1.74966               0.0  
661  d_ai_bb       1.774384               0.0  
662  d_ai_bb       1.799109               0.0  
663  d_ai_bb       1.823834               0.0  
664  d_ai_bb       1.848559               0.0  
665  d_ai_bb       1.873284               0.0  
666  d_ai_bb       1.898009               0.0  
667  d_ai_bb       1.922733               0.0  
668  d_ai_bb       1.947458               0.0  
669  d_ai_bb       1.972183               0.0  
670  d_ai_bb       1.996908               0.0  
671  d_ai_bb       2.021633               0.0  
672  d_ai_bb       2.046357               0.0  
673  d_ai_bb       2.071082               0.0  
674  d_ai_bb       2.095807               0.0  
675  d_ai_bb       2.120532               0.0  
#
loop_
_pdbx_vrpt_software.ordinal
_pdbx_vrpt_software.name
_pdbx_vrpt_software.version
_pdbx_vrpt_software.success_y_or_n
1  molprobity      "4-5-2 with Phenix2.0rc1"                                             Y  
2  visualanalysis  0.0.1.dev118                                                          Y  
3  percentiles     "20231227.v01 (using entries in the PDB archive December 27th 2023)"  Y  
4  chimera         1.16                                                                  Y  
5  mapq            1.8.1                                                                 Y  
##
