data_7SSG

loop_
_pdbx_vrpt_database.id
_pdbx_vrpt_database.code
PDB   7SSG       
EMDB  EMD-25408  
#
_pdbx_vrpt_exptl.ordinal  1
_pdbx_vrpt_exptl.method   "electron microscopy"
#
_pdbx_vrpt_summary.entry_id                    7SSG
_pdbx_vrpt_summary.PDB_deposition_date         2021-11-11
_pdbx_vrpt_summary.PDB_revision_number         3
_pdbx_vrpt_summary.PDB_revision_date           2024-06-05
_pdbx_vrpt_summary.EMDB_deposition_date        2021-11-11
_pdbx_vrpt_summary.report_creation_date        2024-05-27:12:53
_pdbx_vrpt_summary.attempted_validation_steps  visualanalysis,molprobity,validation-pack,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  "Transcription-repair-coupling factor"  
2  polymer  "DNA (5'-D(P*TP*TP*GP*CP*CP*TP*CP*GP*CP*TP*GP*CP*CP*A)-3')"  
3  polymer  "DNA (5'-D(P*TP*GP*GP*CP*GP*GP*CP*GP*AP*GP*GP*C)-3')"  
#
loop_
_pdbx_vrpt_asym.label_asym_id
_pdbx_vrpt_asym.entity_id
A  1  
B  2  
C  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  27.87  158937  ?     ?     
2  2  1  35.49    4297  ?     ?     
3  1  2  43.90  154571  ?     ?     
4  2  2  51.85    4023  ?     ?     
5  1  3  39.14  154315  ?     ?     
6  2  3  25.77    3826  ?     ?     
#
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  A  1  1  A  40.70  
2  4  2  A  1  1  A  76.04  
3  5  3  A  1  1  A  35.65  
4  6  3  A  1  1  A  59.41  
#
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  A  0.51  0.23  3073  4154  
2  1  2  B  B  1.02  0.52   645   992  
3  1  3  C  C  0.73  0.47   423   652  
#
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  A  0.6536  0.087  
2  1  2  B  B  0.7768  0.090  
3  1  3  C  C  0.8865  0.106  
#
_pdbx_vrpt_summary_geometry.ordinal                        1
_pdbx_vrpt_summary_geometry.percent_ramachandran_outliers  0.26
_pdbx_vrpt_summary_geometry.percent_rotamer_outliers       3.51
_pdbx_vrpt_summary_geometry.clashscore                     10.61
_pdbx_vrpt_summary_geometry.num_H_reduce                   3564
_pdbx_vrpt_summary_geometry.num_bonds_RMSZ                 4141
_pdbx_vrpt_summary_geometry.bonds_RMSZ                     0.33
_pdbx_vrpt_summary_geometry.num_angles_RMSZ                5798
_pdbx_vrpt_summary_geometry.angles_RMSZ                    0.65
#
_pdbx_vrpt_summary_em.exp_method                 "electron microscopy"
_pdbx_vrpt_summary_em.ordinal                    1
_pdbx_vrpt_summary_em.contour_level_primary_map  0.0621
_pdbx_vrpt_summary_em.atom_inclusion_all_atoms   0.6910
_pdbx_vrpt_summary_em.atom_inclusion_backbone    0.7490
_pdbx_vrpt_summary_em.EMDB_resolution            5.2
_pdbx_vrpt_summary_em.Q_score                    0.089
#
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  575  ARG  A  575  .  ?        ?  
  2  1  1  A  576  ALA  A  576  .  ?        ?  
  3  1  1  A  577  ALA  A  577  .  ?        ?  
  4  1  1  A  578  LYS  A  578  .  ?        1  
  5  1  1  A  579  GLU  A  579  .  ?        ?  
  6  1  1  A  580  GLY  A  580  .  ?        ?  
  7  1  1  A  581  PHE  A  581  .  ?        ?  
  8  1  1  A  582  ALA  A  582  .  ?        ?  
  9  1  1  A  583  PHE  A  583  .  ?        ?  
 10  1  1  A  584  LYS  A  584  .  ?        ?  
 11  1  1  A  585  HIS  A  585  .  ?        1  
 12  1  1  A  586  ASP  A  586  .  ?        ?  
 13  1  1  A  587  ARG  A  587  .  ?        1  
 14  1  1  A  588  GLU  A  588  .  ?        ?  
 15  1  1  A  589  GLN  A  589  .  ?        ?  
 16  1  1  A  590  TYR  A  590  .  ?        ?  
 17  1  1  A  591  GLN  A  591  .  ?        ?  
 18  1  1  A  592  LEU  A  592  .  ?        ?  
 19  1  1  A  593  PHE  A  593  .  ?        ?  
 20  1  1  A  594  CYS  A  594  .  ?        1  
 21  1  1  A  595  ASP  A  595  .  ?        ?  
 22  1  1  A  596  SER  A  596  .  ?        ?  
 23  1  1  A  597  PHE  A  597  .  ?        2  
 24  1  1  A  598  PRO  A  598  .  ?        ?  
 25  1  1  A  599  PHE  A  599  .  ?        1  
 26  1  1  A  600  GLU  A  600  .  ?        ?  
 27  1  1  A  601  THR  A  601  .  ?        ?  
 28  1  1  A  602  THR  A  602  .  ?        1  
 29  1  1  A  603  PRO  A  603  .  ?        ?  
 30  1  1  A  604  ASP  A  604  .  ?        3  
 31  1  1  A  605  GLN  A  605  .  ?        ?  
 32  1  1  A  606  ALA  A  606  .  ?        ?  
 33  1  1  A  607  GLN  A  607  .  ?        ?  
 34  1  1  A  608  ALA  A  608  .  ?        1  
 35  1  1  A  609  ILE  A  609  .  ?        ?  
 36  1  1  A  610  ASN  A  610  .  ?        ?  
 37  1  1  A  611  ALA  A  611  .  ?        ?  
 38  1  1  A  612  VAL  A  612  .  ?        ?  
 39  1  1  A  613  LEU  A  613  .  ?        ?  
 40  1  1  A  614  SER  A  614  .  ?        ?  
 41  1  1  A  615  ASP  A  615  .  ?        1  
 42  1  1  A  616  MET  A  616  .  ?        ?  
 43  1  1  A  617  CYS  A  617  .  ?        ?  
 44  1  1  A  618  GLN  A  618  .  ?        1  
 45  1  1  A  619  PRO  A  619  .  ?        ?  
 46  1  1  A  620  LEU  A  620  .  ?        1  
 47  1  1  A  621  ALA  A  621  .  ?        1  
 48  1  1  A  622  MET  A  622  .  ?        1  
 49  1  1  A  623  ASP  A  623  .  ?        1  
 50  1  1  A  624  ARG  A  624  .  ?        2  
 51  1  1  A  625  LEU  A  625  .  ?        ?  
 52  1  1  A  626  VAL  A  626  .  ?        ?  
 53  1  1  A  627  CYS  A  627  .  ?        ?  
 54  1  1  A  628  GLY  A  628  .  ?        ?  
 55  1  1  A  629  ASP  A  629  .  ?        ?  
 56  1  1  A  630  VAL  A  630  .  ?        ?  
 57  1  1  A  631  GLY  A  631  .  ?        ?  
 58  1  1  A  632  PHE  A  632  .  ?        ?  
 59  1  1  A  633  GLY  A  633  .  ?        ?  
 60  1  1  A  634  LYS  A  634  .  ?        ?  
 61  1  1  A  635  THR  A  635  .  ?        ?  
 62  1  1  A  636  GLU  A  636  .  ?        ?  
 63  1  1  A  637  VAL  A  637  .  ?        ?  
 64  1  1  A  638  ALA  A  638  .  ?        ?  
 65  1  1  A  639  MET  A  639  .  ?        ?  
 66  1  1  A  640  ARG  A  640  .  ?        ?  
 67  1  1  A  641  ALA  A  641  .  ?        ?  
 68  1  1  A  642  ALA  A  642  .  ?        ?  
 69  1  1  A  643  PHE  A  643  .  ?        ?  
 70  1  1  A  644  LEU  A  644  .  ?        1  
 71  1  1  A  645  ALA  A  645  .  ?        ?  
 72  1  1  A  646  VAL  A  646  .  ?        ?  
 73  1  1  A  647  ASP  A  647  .  ?        ?  
 74  1  1  A  648  ASN  A  648  .  ?        1  
 75  1  1  A  649  HIS  A  649  .  ?        ?  
 76  1  1  A  650  LYS  A  650  .  ?        ?  
 77  1  1  A  651  GLN  A  651  .  ?        1  
 78  1  1  A  652  VAL  A  652  .  ?        ?  
 79  1  1  A  653  ALA  A  653  .  ?        ?  
 80  1  1  A  654  VAL  A  654  .  ?        ?  
 81  1  1  A  655  LEU  A  655  .  ?        ?  
 82  1  1  A  656  VAL  A  656  .  ?        ?  
 83  1  1  A  657  PRO  A  657  .  ?        ?  
 84  1  1  A  658  THR  A  658  .  ?        ?  
 85  1  1  A  659  THR  A  659  .  ?        ?  
 86  1  1  A  660  LEU  A  660  .  ?        ?  
 87  1  1  A  661  LEU  A  661  .  ?        1  
 88  1  1  A  662  ALA  A  662  .  ?        ?  
 89  1  1  A  663  GLN  A  663  .  ?        ?  
 90  1  1  A  664  GLN  A  664  .  ?        1  
 91  1  1  A  665  HIS  A  665  .  ?        2  
 92  1  1  A  666  TYR  A  666  .  ?        ?  
 93  1  1  A  667  ASP  A  667  .  ?        ?  
 94  1  1  A  668  ASN  A  668  .  ?        2  
 95  1  1  A  669  PHE  A  669  .  ?        ?  
 96  1  1  A  670  ARG  A  670  .  ?        ?  
 97  1  1  A  671  ASP  A  671  .  ?        ?  
 98  1  1  A  672  ARG  A  672  .  ?        2  
 99  1  1  A  673  PHE  A  673  .  ?        2  
100  1  1  A  674  ALA  A  674  .  ?        ?  
101  1  1  A  675  ASN  A  675  .  ?        ?  
102  1  1  A  676  TRP  A  676  .  ?        2  
103  1  1  A  677  PRO  A  677  .  ?        ?  
104  1  1  A  678  VAL  A  678  .  ?        ?  
105  1  1  A  679  ARG  A  679  .  ?        1  
106  1  1  A  680  ILE  A  680  .  ?        ?  
107  1  1  A  681  GLU  A  681  .  ?        ?  
108  1  1  A  682  MET  A  682  .  ?        ?  
109  1  1  A  683  ILE  A  683  .  ?        1  
110  1  1  A  684  SER  A  684  .  ?        ?  
111  1  1  A  685  ARG  A  685  .  ?        1  
112  1  1  A  686  PHE  A  686  .  ?        ?  
113  1  1  A  687  ARG  A  687  .  ?        1  
114  1  1  A  688  SER  A  688  .  ?        1  
115  1  1  A  689  ALA  A  689  .  ?        ?  
116  1  1  A  690  LYS  A  690  .  ?        ?  
117  1  1  A  691  GLU  A  691  .  ?        2  
118  1  1  A  692  GLN  A  692  .  ?        ?  
119  1  1  A  693  THR  A  693  .  ?        ?  
120  1  1  A  694  GLN  A  694  .  ?        ?  
121  1  1  A  695  ILE  A  695  .  ?        2  
122  1  1  A  696  LEU  A  696  .  ?        ?  
123  1  1  A  697  ALA  A  697  .  ?        ?  
124  1  1  A  698  GLU  A  698  .  ?        2  
125  1  1  A  699  VAL  A  699  .  ?        1  
126  1  1  A  700  ALA  A  700  .  ?        ?  
127  1  1  A  701  GLU  A  701  .  ?        ?  
128  1  1  A  702  GLY  A  702  .  ?        ?  
129  1  1  A  703  LYS  A  703  .  ?        ?  
130  1  1  A  704  ILE  A  704  .  ?        2  
131  1  1  A  705  ASP  A  705  .  ?        ?  
132  1  1  A  706  ILE  A  706  .  ?        ?  
133  1  1  A  707  LEU  A  707  .  ?        ?  
134  1  1  A  708  ILE  A  708  .  ?        ?  
135  1  1  A  709  GLY  A  709  .  ?        1  
136  1  1  A  710  THR  A  710  .  ?        ?  
137  1  1  A  711  HIS  A  711  .  ?        ?  
138  1  1  A  712  LYS  A  712  .  ?        ?  
139  1  1  A  713  LEU  A  713  .  ?        1  
140  1  1  A  714  LEU  A  714  .  ?        ?  
141  1  1  A  715  GLN  A  715  .  ?        ?  
142  1  1  A  716  SER  A  716  .  ?        ?  
143  1  1  A  717  ASP  A  717  .  ?        2  
144  1  1  A  718  VAL  A  718  .  ?        ?  
145  1  1  A  719  LYS  A  719  .  ?        1  
146  1  1  A  720  PHE  A  720  .  ?        ?  
147  1  1  A  721  LYS  A  721  .  ?        ?  
148  1  1  A  722  ASP  A  722  .  ?        2  
149  1  1  A  723  LEU  A  723  .  ?        1  
150  1  1  A  724  GLY  A  724  .  ?        1  
151  1  1  A  725  LEU  A  725  .  ?        1  
152  1  1  A  726  LEU  A  726  .  ?        1  
153  1  1  A  727  ILE  A  727  .  ?        ?  
154  1  1  A  728  VAL  A  728  .  ?        ?  
155  1  1  A  729  ASP  A  729  .  ?        ?  
156  1  1  A  730  GLU  A  730  .  ?        1  
157  1  1  A  731  GLU  A  731  .  ?        1  
158  1  1  A  732  HIS  A  732  .  ?        ?  
159  1  1  A  733  ARG  A  733  .  ?        ?  
160  1  1  A  734  PHE  A  734  .  ?        ?  
161  1  1  A  735  GLY  A  735  .  ?        ?  
162  1  1  A  736  VAL  A  736  .  ?        1  
163  1  1  A  737  ARG  A  737  .  ?        ?  
164  1  1  A  738  HIS  A  738  .  ?        ?  
165  1  1  A  739  LYS  A  739  .  ?        2  
166  1  1  A  740  GLU  A  740  .  ?        ?  
167  1  1  A  741  ARG  A  741  .  ?        ?  
168  1  1  A  742  ILE  A  742  .  ?        ?  
169  1  1  A  743  LYS  A  743  .  ?        ?  
170  1  1  A  744  ALA  A  744  .  ?        ?  
171  1  1  A  745  MET  A  745  .  ?        ?  
172  1  1  A  746  ARG  A  746  .  ?        ?  
173  1  1  A  747  ALA  A  747  .  ?        ?  
174  1  1  A  748  ASN  A  748  .  ?        ?  
175  1  1  A  749  VAL  A  749  .  ?        1  
176  1  1  A  750  ASP  A  750  .  ?        1  
177  1  1  A  751  ILE  A  751  .  ?        2  
178  1  1  A  752  LEU  A  752  .  ?        1  
179  1  1  A  753  THR  A  753  .  ?        1  
180  1  1  A  754  LEU  A  754  .  ?        ?  
181  1  1  A  755  THR  A  755  .  ?        ?  
182  1  1  A  756  ALA  A  756  .  ?        ?  
183  1  1  A  757  THR  A  757  .  ?        ?  
184  1  1  A  758  PRO  A  758  .  ?        ?  
185  1  1  A  759  ILE  A  759  .  ?        ?  
186  1  1  A  760  PRO  A  760  .  ?        ?  
187  1  1  A  761  ARG  A  761  .  ?        ?  
188  1  1  A  762  THR  A  762  .  ?        ?  
189  1  1  A  763  LEU  A  763  .  ?        ?  
190  1  1  A  764  ASN  A  764  .  ?        ?  
191  1  1  A  765  MET  A  765  .  ?        2  
192  1  1  A  766  ALA  A  766  .  ?        ?  
193  1  1  A  767  MET  A  767  .  ?        ?  
194  1  1  A  768  SER  A  768  .  ?        1  
195  1  1  A  769  GLY  A  769  .  ?        ?  
196  1  1  A  770  MET  A  770  .  ?        ?  
197  1  1  A  771  ARG  A  771  .  ?        1  
198  1  1  A  772  ASP  A  772  .  ?        ?  
199  1  1  A  773  LEU  A  773  .  ?        ?  
200  1  1  A  774  SER  A  774  .  ?        1  
201  1  1  A  775  ILE  A  775  .  ?        ?  
202  1  1  A  776  ILE  A  776  .  ?        1  
203  1  1  A  777  ALA  A  777  .  ?        ?  
204  1  1  A  778  THR  A  778  .  ?        ?  
205  1  1  A  779  PRO  A  779  .  ?        1  
206  1  1  A  780  PRO  A  780  .  ?        1  
207  1  1  A  781  ALA  A  781  .  ?        ?  
208  1  1  A  782  ARG  A  782  .  ?        ?  
209  1  1  A  783  ARG  A  783  .  ?        ?  
210  1  1  A  784  LEU  A  784  .  ?        ?  
211  1  1  A  785  ALA  A  785  .  ?        ?  
212  1  1  A  786  VAL  A  786  .  ?        ?  
213  1  1  A  787  LYS  A  787  .  ?        ?  
214  1  1  A  788  THR  A  788  .  ?        ?  
215  1  1  A  789  PHE  A  789  .  ?        ?  
216  1  1  A  790  VAL  A  790  .  ?        ?  
217  1  1  A  791  ARG  A  791  .  ?        ?  
218  1  1  A  792  GLU  A  792  .  ?        ?  
219  1  1  A  793  TYR  A  793  .  ?        1  
220  1  1  A  794  ASP  A  794  .  ?        ?  
221  1  1  A  795  SER  A  795  .  ?        ?  
222  1  1  A  796  MET  A  796  .  ?        ?  
223  1  1  A  797  VAL  A  797  .  ?        ?  
224  1  1  A  798  VAL  A  798  .  ?        ?  
225  1  1  A  799  ARG  A  799  .  ?        ?  
226  1  1  A  800  GLU  A  800  .  ?        ?  
227  1  1  A  801  ALA  A  801  .  ?        ?  
228  1  1  A  802  ILE  A  802  .  ?        1  
229  1  1  A  803  LEU  A  803  .  ?        ?  
230  1  1  A  804  ARG  A  804  .  ?        ?  
231  1  1  A  805  GLU  A  805  .  ?        1  
232  1  1  A  806  ILE  A  806  .  ?        ?  
233  1  1  A  807  LEU  A  807  .  ?        ?  
234  1  1  A  808  ARG  A  808  .  ?        ?  
235  1  1  A  809  GLY  A  809  .  ?        ?  
236  1  1  A  810  GLY  A  810  .  ?        ?  
237  1  1  A  811  GLN  A  811  .  ?        3  
238  1  1  A  812  VAL  A  812  .  ?        2  
239  1  1  A  813  TYR  A  813  .  ?        ?  
240  1  1  A  814  TYR  A  814  .  ?        1  
241  1  1  A  815  LEU  A  815  .  ?        2  
242  1  1  A  816  TYR  A  816  .  ?        ?  
243  1  1  A  817  ASN  A  817  .  ?        ?  
244  1  1  A  818  ASP  A  818  .  ?        ?  
245  1  1  A  819  VAL  A  819  .  ?        ?  
246  1  1  A  820  GLU  A  820  .  ?        ?  
247  1  1  A  821  ASN  A  821  .  ?        1  
248  1  1  A  822  ILE  A  822  .  ?        ?  
249  1  1  A  823  GLN  A  823  .  ?        ?  
250  1  1  A  824  LYS  A  824  .  ?        1  
251  1  1  A  825  ALA  A  825  .  ?        ?  
252  1  1  A  826  ALA  A  826  .  ?        ?  
253  1  1  A  827  GLU  A  827  .  ?        ?  
254  1  1  A  828  ARG  A  828  .  ?        ?  
255  1  1  A  829  LEU  A  829  .  ?        ?  
256  1  1  A  830  ALA  A  830  .  ?        ?  
257  1  1  A  831  GLU  A  831  .  ?        ?  
258  1  1  A  832  LEU  A  832  .  ?        ?  
259  1  1  A  833  VAL  A  833  .  ?        ?  
260  1  1  A  834  PRO  A  834  .  ?        ?  
261  1  1  A  835  GLU  A  835  .  ?        ?  
262  1  1  A  836  ALA  A  836  .  ?        1  
263  1  1  A  837  ARG  A  837  .  ?        ?  
264  1  1  A  838  ILE  A  838  .  ?        ?  
265  1  1  A  839  ALA  A  839  .  ?        1  
266  1  1  A  840  ILE  A  840  .  ?        ?  
267  1  1  A  841  GLY  A  841  .  ?        ?  
268  1  1  A  842  HIS  A  842  .  ?        ?  
269  1  1  A  843  GLY  A  843  .  ?        ?  
270  1  1  A  844  GLN  A  844  .  ?        ?  
271  1  1  A  845  MET  A  845  .  ?        ?  
272  1  1  A  846  ARG  A  846  .  ?        1  
273  1  1  A  847  GLU  A  847  .  ?        1  
274  1  1  A  848  ARG  A  848  .  ?        ?  
275  1  1  A  849  GLU  A  849  .  ?        1  
276  1  1  A  850  LEU  A  850  .  ?        ?  
277  1  1  A  851  GLU  A  851  .  ?        ?  
278  1  1  A  852  ARG  A  852  .  ?        ?  
279  1  1  A  853  VAL  A  853  .  ?        1  
280  1  1  A  854  MET  A  854  .  ?        ?  
281  1  1  A  855  ASN  A  855  .  ?        ?  
282  1  1  A  856  ASP  A  856  .  ?        ?  
283  1  1  A  857  PHE  A  857  .  ?        ?  
284  1  1  A  858  HIS  A  858  .  ?        ?  
285  1  1  A  859  HIS  A  859  .  ?        ?  
286  1  1  A  860  GLN  A  860  .  ?        ?  
287  1  1  A  861  ARG  A  861  .  ?        ?  
288  1  1  A  862  PHE  A  862  .  ?        ?  
289  1  1  A  863  ASN  A  863  .  ?        1  
290  1  1  A  864  VAL  A  864  .  ?        ?  
291  1  1  A  865  LEU  A  865  .  ?        4  
292  1  1  A  866  VAL  A  866  .  ?        1  
293  1  1  A  867  CYS  A  867  .  ?        ?  
294  1  1  A  868  THR  A  868  .  ?        1  
295  1  1  A  869  THR  A  869  .  ?        ?  
296  1  1  A  870  ILE  A  870  .  ?        2  
297  1  1  A  871  ILE  A  871  .  ?        ?  
298  1  1  A  872  GLU  A  872  .  ?        2  
299  1  1  A  873  THR  A  873  .  ?        1  
300  1  1  A  874  GLY  A  874  .  ?        ?  
301  1  1  A  875  ILE  A  875  .  ?        ?  
302  1  1  A  876  ASP  A  876  .  ?        ?  
303  1  1  A  877  ILE  A  877  .  ?        ?  
304  1  1  A  878  PRO  A  878  .  ?        ?  
305  1  1  A  879  THR  A  879  .  ?        ?  
306  1  1  A  880  ALA  A  880  .  ?        ?  
307  1  1  A  881  ASN  A  881  .  ?        ?  
308  1  1  A  882  THR  A  882  .  ?        1  
309  1  1  A  883  ILE  A  883  .  ?        1  
310  1  1  A  884  ILE  A  884  .  ?        ?  
311  1  1  A  885  ILE  A  885  .  ?        ?  
312  1  1  A  886  GLU  A  886  .  ?        ?  
313  1  1  A  887  ARG  A  887  .  ?        1  
314  1  1  A  888  ALA  A  888  .  ?        1  
315  1  1  A  889  ASP  A  889  .  ?        ?  
316  1  1  A  890  HIS  A  890  .  ?        ?  
317  1  1  A  891  PHE  A  891  .  ?        ?  
318  1  1  A  892  GLY  A  892  .  ?        ?  
319  1  1  A  893  LEU  A  893  .  ?        1  
320  1  1  A  894  ALA  A  894  .  ?        ?  
321  1  1  A  895  GLN  A  895  .  ?        ?  
322  1  1  A  896  LEU  A  896  .  ?        ?  
323  1  1  A  897  HIS  A  897  .  ?        1  
324  1  1  A  898  GLN  A  898  .  ?        1  
325  1  1  A  899  LEU  A  899  .  ?        ?  
326  1  1  A  900  ARG  A  900  .  ?        ?  
327  1  1  A  901  GLY  A  901  .  ?        ?  
328  1  1  A  902  ARG  A  902  .  ?        1  
329  1  1  A  903  VAL  A  903  .  ?        1  
330  1  1  A  904  GLY  A  904  .  ?        ?  
331  1  1  A  905  ARG  A  905  .  ?        ?  
332  1  1  A  906  SER  A  906  .  ?        ?  
333  1  1  A  907  HIS  A  907  .  ?        ?  
334  1  1  A  908  HIS  A  908  .  ?        ?  
335  1  1  A  909  GLN  A  909  .  ?        ?  
336  1  1  A  910  ALA  A  910  .  ?        ?  
337  1  1  A  911  TYR  A  911  .  ?        ?  
338  1  1  A  912  ALA  A  912  .  ?        ?  
339  1  1  A  913  TRP  A  913  .  ?        ?  
340  1  1  A  914  LEU  A  914  .  ?        ?  
341  1  1  A  915  LEU  A  915  .  ?        1  
342  1  1  A  916  THR  A  916  .  ?        ?  
343  1  1  A  917  PRO  A  917  .  ?        1  
344  1  1  A  918  HIS  A  918  .  ?        ?  
345  1  1  A  919  PRO  A  919  .  ?        ?  
346  1  1  A  920  LYS  A  920  .  ?        ?  
347  1  1  A  921  ALA  A  921  .  ?        ?  
348  1  1  A  922  MET  A  922  .  ?        3  
349  1  1  A  923  THR  A  923  .  ?        ?  
350  1  1  A  924  THR  A  924  .  ?        1  
351  1  1  A  925  ASP  A  925  .  ?        ?  
352  1  1  A  926  ALA  A  926  .  ?        ?  
353  1  1  A  927  GLN  A  927  .  ?        ?  
354  1  1  A  928  LYS  A  928  .  ?        ?  
355  1  1  A  929  ARG  A  929  .  ?        ?  
356  1  1  A  930  LEU  A  930  .  ?        ?  
357  1  1  A  931  GLU  A  931  .  ?        ?  
358  1  1  A  932  ALA  A  932  .  ?        ?  
359  1  1  A  933  ILE  A  933  .  ?        ?  
360  1  1  A  934  ALA  A  934  .  ?        ?  
361  1  1  A  935  SER  A  935  .  ?        ?  
362  1  1  A  936  LEU  A  936  .  ?        ?  
363  1  1  A  937  GLU  A  937  .  ?        ?  
364  1  1  A  938  ASP  A  938  .  ?        ?  
365  1  1  A  939  LEU  A  939  .  ?        ?  
366  1  1  A  940  GLY  A  940  .  ?        ?  
367  1  1  A  941  ALA  A  941  .  ?        ?  
368  1  1  A  942  GLY  A  942  .  ?        ?  
369  1  1  A  943  PHE  A  943  .  ?        ?  
370  1  1  A  944  ALA  A  944  .  ?        1  
371  1  1  A  945  LEU  A  945  .  ?        ?  
372  1  1  A  946  ALA  A  946  .  ?        ?  
373  1  1  A  947  THR  A  947  .  ?        ?  
374  1  1  A  948  HIS  A  948  .  ?        2  
375  1  1  A  949  ASP  A  949  .  ?        ?  
376  1  1  A  950  LEU  A  950  .  ?        ?  
377  1  1  A  951  GLU  A  951  .  ?        2  
378  1  1  A  952  ILE  A  952  .  ?        ?  
379  1  1  A  953  ARG  A  953  .  ?        ?  
380  1  1  A  954  GLY  A  954  .  ?        ?  
381  1  1  A  955  ALA  A  955  .  ?        ?  
382  1  1  A  956  GLY  A  956  .  ?        ?  
383  1  2  B   30  DT   B    2  .  ?        ?  
384  1  2  B   31  DT   B    3  .  ?        ?  
385  1  2  B   32  DT   B    4  .  ?        1  
386  1  2  B   33  DT   B    5  .  ?        1  
387  1  2  B   34  DT   B    6  .  ?        ?  
388  1  2  B   35  DT   B    7  .  ?        ?  
389  1  2  B   36  DT   B    8  .  ?        ?  
390  1  2  B   37  DT   B    9  .  ?        ?  
391  1  2  B   38  DT   B   10  .  ?        1  
392  1  2  B   39  DT   B   11  .  ?        1  
393  1  2  B   40  DT   B   12  .  ?        1  
394  1  2  B   41  DG   B   13  .  ?        2  
395  1  2  B   42  DC   B   14  .  ?        ?  
396  1  2  B   43  DC   B   15  .  ?        ?  
397  1  2  B   44  DT   B   16  .  ?        1  
398  1  2  B   45  DC   B   17  .  ?        1  
399  1  2  B   46  DG   B   18  .  ?        ?  
400  1  2  B   47  DC   B   19  .  ?        ?  
401  1  2  B   48  DT   B   20  .  ?        1  
402  1  2  B   49  DG   B   21  .  ?        1  
403  1  2  B   50  DC   B   22  .  ?        1  
404  1  2  B   51  DC   B   23  .  ?        1  
405  1  2  B   52  DG   B   24  .  ?        ?  
406  1  2  B   53  DT   B   25  .  ?        ?  
407  1  2  B   54  DC   B   26  .  ?        1  
408  1  2  B   55  DG   B   27  .  ?        1  
409  1  2  B   56  DC   B   28  .  ?        1  
410  1  2  B   57  DC   B   29  .  ?        2  
411  1  2  B   58  DA   B   30  .  ?        ?  
412  1  3  C    1  DT   C    1  .  ?        ?  
413  1  3  C    2  DG   C    2  .  ?        ?  
414  1  3  C    3  DG   C    3  .  ?        1  
415  1  3  C    4  DC   C    4  .  ?        ?  
416  1  3  C    5  DG   C    5  .  ?        ?  
417  1  3  C    6  DA   C    6  .  ?        ?  
418  1  3  C    7  DC   C    7  .  ?        1  
419  1  3  C    8  DG   C    8  .  ?        2  
420  1  3  C    9  DG   C    9  .  ?        1  
421  1  3  C   10  DC   C   10  .  ?        2  
422  1  3  C   11  DA   C   11  .  ?        2  
423  1  3  C   12  DG   C   12  .  ?        ?  
424  1  3  C   13  DC   C   13  .  ?        ?  
425  1  3  C   14  DG   C   14  .  ?        ?  
426  1  3  C   15  DA   C   15  .  ?        1  
427  1  3  C   16  DG   C   16  .  ?        1  
428  1  3  C   17  DG   C   17  .  ?        1  
429  1  3  C   18  DC   C   18  .  ?        ?  
#
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  mmt85         ?       ?  ?           ?  12  11  0.17  14  0.93  molprobity  
  2    2  ?         -64.1   -40.0  Favored     ?   5   5  0.29   7  0.31  molprobity  
  3    3  ?         -62.2   -64.5  Allowed     ?   5   5  0.27   7  0.29  molprobity  
  4    4  tptt       49.3    63.5  Favored     ?  13   9  0.23  11  0.17  molprobity  
  5    5  tm-20     -62.8   141.8  Favored     ?   6   9  0.24  12  0.38  molprobity  
  6    6  ?        -116.5  -122.3  Favored     ?   3   4  0.23   5  0.28  molprobity  
  7    7  m-85     -140.6  -166.1  Favored     ?   9  12  0.32  16  0.36  molprobity  
  8    8  ?         -83.7   133.9  Favored     ?   5   5  0.25   7  0.38  molprobity  
  9    9  m-85     -134.8    52.4  Favored     ?   9  12  0.32  16  0.33  molprobity  
 10   10  ptpt      -49.0   142.2  Favored     ?  13   9  0.20  11  0.34  molprobity  
 11   11  OUTLIER   -80.2   -51.8  Favored     ?   7  11  0.15  15  0.26  molprobity  
 12   12  t0         57.7    68.4  Allowed     ?   4   8  0.19  11  0.58  molprobity  
 13   13  mtt180    -62.8   -34.2  Favored     ?  13  11  0.19  14  0.92  molprobity  
 14   14  pm0       -64.1   -47.7  Favored     ?   6   9  0.26  12  0.41  molprobity  
 15   15  tp60      -67.2   -37.2  Favored     ?   8   9  0.26  12  0.27  molprobity  
 16   16  t80       -61.5   -44.5  Favored     ?   9  13  0.24  18  0.28  molprobity  
 17   17  tp60      -64.6   -40.6  Favored     ?   8   9  0.25  12  0.36  molprobity  
 18   18  mt        -62.9   -36.9  Favored     ?  11   8  0.21  11  0.28  molprobity  
 19   19  m-30      -79.3   -22.6  Favored     ?   9  12  0.31  16  0.40  molprobity  
 20   20  t        -104.2    -7.2  Favored     ?   5   6  0.18   8  0.66  molprobity  
 21   21  p-10      -68.1   -14.5  Favored     ?   4   8  0.19  11  0.26  molprobity  
 22   22  p         -83.5     2.6  Favored     ?   5   6  0.21   8  0.16  molprobity  
 23   23  t80       -68.0   121.6  Favored     ?   9  12  0.34  17  0.25  molprobity  
 24   24  Cg_endo   -87.2    45.5  Allowed     ?   7   8  0.24  11  0.34  molprobity  
 25   25  m-85     -150.9   122.2  Favored     ?   9  12  0.32  16  0.43  molprobity  
 26   26  mm-40     -63.4   126.9  Favored     ?   6   9  0.21  12  0.26  molprobity  
 27   27  t         -73.8   129.9  Favored     ?   7   7  0.26  10  0.52  molprobity  
 28   28  p         -84.6   159.1  Favored     ?   7   7  0.16  11  0.69  molprobity  
 29   29  Cg_exo    -58.1   -37.7  Favored     ?   7   8  0.23  11  0.52  molprobity  
 30   30  OUTLIER   -67.7   -39.9  Favored     ?   4   8  0.20  11  0.40  molprobity  
 31   31  mt-30     -65.5   -36.3  Favored     ?   8   9  0.26  12  0.29  molprobity  
 32   32  ?         -63.4   -42.1  Favored     ?   5   5  0.23   7  0.30  molprobity  
 33   33  mt-30     -62.7   -40.2  Favored     ?   8   9  0.24  12  0.26  molprobity  
 34   34  ?         -62.2   -47.0  Favored     ?   5   5  0.25   7  0.36  molprobity  
 35   35  pt        -69.2   -34.4  Favored     ?  11   8  0.20  11  0.32  molprobity  
 36   36  m-20      -63.4   -43.0  Favored     ?   6   8  0.23  11  0.27  molprobity  
 37   37  ?         -63.4   -41.5  Favored     ?   5   5  0.26   7  0.32  molprobity  
 38   38  t         -63.1   -45.6  Favored     ?   9   7  0.19  10  0.41  molprobity  
 39   39  pp        -68.3   -35.2  Favored     ?  11   8  0.23  11  0.96  molprobity  
 40   40  p         -64.2   -42.4  Favored     ?   5   6  0.20   8  0.28  molprobity  
 41   41  m-20      -65.6   -36.0  Favored     ?   4   8  0.19  11  0.23  molprobity  
 42   42  tpt       -64.4   -46.5  Favored     ?   9   8  0.23  10  0.34  molprobity  
 43   43  m         -67.4   -28.4  Favored     ?   5   6  0.28   8  0.17  molprobity  
 44   44  tp-100    -65.7   128.4  Favored     ?   8   9  0.33  13  0.43  molprobity  
 45   45  Cg_exo    -70.3     6.0  Allowed     ?   7   8  0.24  11  0.52  molprobity  
 46   46  mt        -87.7  -168.6  Favored     ?  11   8  0.26  11  0.44  molprobity  
 47   47  ?         -64.7   150.1  Favored     ?   5   5  0.25   7  0.31  molprobity  
 48   48  mmm       -82.9    62.0  Favored     ?   9   8  0.29  10  0.67  molprobity  
 49   49  p30      -101.1    81.8  Favored     ?   4   8  0.17  11  0.55  molprobity  
 50   50  tpp180   -128.7   135.8  Favored     ?  13  11  0.19  14  0.93  molprobity  
 51   51  tp       -114.1   111.6  Favored     ?  11   8  0.23  11  0.39  molprobity  
 52   52  m        -128.0   133.5  Favored     ?   9   7  0.19  10  0.43  molprobity  
 53   53  m        -111.6   129.2  Favored     ?   5   6  0.22   8  0.27  molprobity  
 54   54  ?        -146.5   151.6  Favored     ?   3   4  0.22   5  0.69  molprobity  
 55   55  m-20      -81.3  -177.7  Favored     ?   4   8  0.19  11  0.20  molprobity  
 56   56  t         -85.5   -16.2  Favored     ?   9   7  0.26  10  0.55  molprobity  
 57   57  ?         -63.1   153.5  Favored     ?   3   4  0.25   5  0.22  molprobity  
 58   58  p90       -59.9   140.8  Favored     ?   9  12  0.35  16  0.25  molprobity  
 59   59  ?         104.7   -33.6  Favored     ?   3   4  0.13   5  0.37  molprobity  
 60   60  mttt     -104.9    13.7  Favored     ?  13   9  0.25  11  0.27  molprobity  
 61   61  p        -119.9   -28.3  Favored     ?   7   7  0.19  10  0.82  molprobity  
 62   62  pm0      -100.9    -0.6  Favored     ?   6   9  0.22  12  0.49  molprobity  
 63   63  p         -65.0   -40.4  Favored     ?   9   7  0.17  10  0.35  molprobity  
 64   64  ?         -73.6   -15.7  Favored     ?   5   5  0.26   7  0.19  molprobity  
 65   65  mmm       -74.8    -5.8  Favored     ?   9   8  0.24  10  0.48  molprobity  
 66   66  mtt180    -67.7   -11.8  Favored     ?  13  11  0.21  14  0.89  molprobity  
 67   67  ?         -72.0    -1.7  Favored     ?   5   5  0.26   7  0.32  molprobity  
 68   68  ?         -61.3   -36.4  Favored     ?   5   5  0.25   7  0.31  molprobity  
 69   69  t80       -63.0   -42.3  Favored     ?   9  12  0.35  16  0.19  molprobity  
 70   70  mm?       -73.8   -19.6  Favored     ?  11   8  0.25  11  0.51  molprobity  
 71   71  ?         -92.9   -13.7  Favored     ?   5   5  0.29   7  0.43  molprobity  
 72   72  t         -90.8   -44.2  Favored     ?   9   7  0.19  10  0.30  molprobity  
 73   73  p-10      -63.2   -38.1  Favored     ?   4   8  0.18  11  0.30  molprobity  
 74   74  p30       -77.1    -6.9  Favored     ?   6   8  0.26  11  0.29  molprobity  
 75   75  m-70       60.5    60.8  Allowed     ?   7  11  0.15  15  0.22  molprobity  
 76   76  mtpp     -127.8   164.6  Favored     ?  13   9  0.23  11  0.43  molprobity  
 77   77  mt-30     -99.7   148.7  Favored     ?   8   9  0.21  12  0.42  molprobity  
 78   78  m        -133.1   155.1  Favored     ?   9   7  0.27  10  0.34  molprobity  
 79   79  ?        -141.8   156.8  Favored     ?   5   5  0.28   7  0.82  molprobity  
 80   80  p        -146.8   141.4  Favored     ?   9   7  0.21  10  0.48  molprobity  
 81   81  tp       -103.0    90.4  Favored     ?  11   8  0.22  11  0.52  molprobity  
 82   82  t         -80.1   122.5  Favored     ?   9   7  0.28  11  0.46  molprobity  
 83   83  Cg_endo   -62.2   -32.6  Favored     ?   7   8  0.25  11  0.47  molprobity  
 84   84  t        -119.2  -173.6  Favored     ?   7   7  0.21  10  0.55  molprobity  
 85   85  m         -98.2   -39.8  Favored     ?   7   7  0.26  10  0.60  molprobity  
 86   86  mt        -63.1   -43.6  Favored     ?  11   8  0.23  11  0.30  molprobity  
 87   87  mp        -64.1   -39.2  Favored     ?  11   8  0.19  11  0.44  molprobity  
 88   88  ?         -61.5   -44.7  Favored     ?   5   5  0.25   7  0.28  molprobity  
 89   89  tp60      -64.1   -42.7  Favored     ?   8   9  0.24  12  0.36  molprobity  
 90   90  tm0?      -63.0   -42.2  Favored     ?   8   9  0.27  12  0.35  molprobity  
 91   91  m80       -62.3   -44.5  Favored     ?   7  11  0.13  15  0.25  molprobity  
 92   92  t80       -62.0   -42.8  Favored     ?   9  13  0.25  18  0.24  molprobity  
 93   93  m-20      -62.8   -48.7  Favored     ?   4   8  0.19  11  0.46  molprobity  
 94   94  p30       -69.8   -33.0  Favored     1   6   8  0.17  11  0.32  molprobity  
 95   95  m-30      -65.2   -43.9  Favored     ?   9  12  0.33  16  0.28  molprobity  
 96   96  ptt85     -72.0   -25.8  Favored     ?  13  11  0.18  14  0.93  molprobity  
 97   97  m-20      -72.4   -41.1  Favored     ?   4   8  0.16  11  0.27  molprobity  
 98   98  tpt85     -73.7   -30.1  Favored     ?  13  11  0.21  14  0.97  molprobity  
 99   99  m-85     -119.2    45.3  Favored     ?   9  12  0.32  16  0.19  molprobity  
100  100  ?         -78.9   -48.3  Favored     ?   5   5  0.32   7  0.29  molprobity  
101  101  t30       -83.3    50.1  Allowed     ?   6   8  0.23  11  0.42  molprobity  
102  102  p90      -164.8   153.1  Favored     ?  10  16  0.17  24  0.33  molprobity  
103  103  Cg_endo   -74.5    80.2  Favored     ?   7   8  0.17  11  0.30  molprobity  
104  104  m        -106.8   149.7  Favored     ?   9   7  0.21  10  0.41  molprobity  
105  105  ptp85    -130.8   116.2  Favored     ?  13  11  0.22  14  0.98  molprobity  
106  106  mt       -128.5   130.8  Favored     ?  11   8  0.17  11  0.40  molprobity  
107  107  mm-40    -133.4   168.6  Favored     ?   6   9  0.23  12  0.33  molprobity  
108  108  ppp?     -152.1   174.7  Favored     ?   9   8  0.23  10  0.62  molprobity  
109  109  pt       -121.3   137.8  Favored     ?  11   8  0.25  11  0.51  molprobity  
110  110  p        -141.2  -167.1  Favored     ?   5   6  0.30   8  0.75  molprobity  
111  111  tpp180    -67.6   -11.3  Favored     ?  13  11  0.21  14  0.98  molprobity  
112  112  m-85      -79.9    17.3  Allowed     ?   9  12  0.33  16  0.32  molprobity  
113  113  mtp180    -73.1    71.4  Allowed     ?  13  11  0.20  14  0.87  molprobity  
114  114  p         -82.3  -171.2  Favored     ?   5   6  0.22   8  0.49  molprobity  
115  115  ?         -62.9   -41.1  Favored     ?   5   5  0.27   7  0.22  molprobity  
116  116  mttp      -63.2   -43.0  Favored     ?  13   9  0.23  11  0.25  molprobity  
117  117  mp0       -64.3   -40.6  Favored     ?   6   9  0.23  12  0.32  molprobity  
118  118  mt-30     -63.0   -41.6  Favored     ?   8   9  0.23  12  0.28  molprobity  
119  119  p         -63.6   -41.1  Favored     ?   7   7  0.18  10  0.49  molprobity  
120  120  mm-40     -63.3   -40.3  Favored     ?   8   9  0.23  12  0.28  molprobity  
121  121  mm        -66.8   -40.0  Favored     ?  11   8  0.21  11  0.38  molprobity  
122  122  tt        -61.4   -43.4  Favored     ?  11   8  0.24  11  0.51  molprobity  
123  123  ?         -63.5   -41.5  Favored     ?   5   5  0.25   7  0.38  molprobity  
124  124  pt-20     -69.5   -35.7  Favored     ?   6   9  0.21  12  0.53  molprobity  
125  125  m         -76.5   -25.2  Favored     ?   9   7  0.20  10  0.29  molprobity  
126  126  ?         -74.1   -30.6  Favored     ?   5   5  0.34   7  0.34  molprobity  
127  127  tt0       -75.8   -52.3  Favored     ?   6   9  0.24  12  0.36  molprobity  
128  128  ?          87.6    -6.7  Favored     ?   3   4  0.42   5  0.49  molprobity  
129  129  tttp      -72.8   -15.1  Favored     ?  13   9  0.26  11  0.23  molprobity  
130  130  mm        -66.8   134.5  Favored     ?  11   8  0.22  11  0.33  molprobity  
131  131  m-20      -84.5   -59.3  Favored     ?   4   8  0.15  11  0.30  molprobity  
132  132  mt       -115.2   136.9  Favored     ?  11   8  0.15  11  0.51  molprobity  
133  133  tp       -123.5   144.0  Favored     ?  11   8  0.20  11  0.48  molprobity  
134  134  mp       -126.0   127.5  Favored     ?  11   8  0.19  11  0.46  molprobity  
135  135  ?         -99.5  -168.1  Favored     ?   3   4  0.34   5  0.77  molprobity  
136  136  OUTLIER  -147.1  -163.6  Allowed     ?   7   7  0.19  10  0.72  molprobity  
137  137  m80       -58.7   -40.4  Favored     ?   7  11  0.14  15  0.20  molprobity  
138  138  ttpt      -98.8    24.0  Favored     ?  13   9  0.24  11  0.32  molprobity  
139  139  tp        -75.4   -40.1  Favored     ?  11   8  0.25  11  0.18  molprobity  
140  140  mm?       -63.4   -49.7  Favored     ?  11   8  0.26  11  0.50  molprobity  
141  141  tt0       -73.6   -24.3  Favored     ?   8   9  0.23  12  0.38  molprobity  
142  142  p         -68.9   147.4  Favored     ?   5   6  0.20   8  0.32  molprobity  
143  143  p-10      -77.5    87.3  Favored     ?   4   8  0.22  11  0.38  molprobity  
144  144  t         -83.2   129.0  Favored     ?   9   7  0.25  10  0.38  molprobity  
145  145  tptp      -96.8   132.5  Favored     ?  13   9  0.21  11  0.30  molprobity  
146  146  m-85     -136.6   136.5  Favored     ?   9  12  0.34  16  0.37  molprobity  
147  147  mttp     -100.6   -41.9  Favored     ?  13   9  0.20  11  0.25  molprobity  
148  148  p30      -144.4    98.4  Favored     ?   4   8  0.24  11  0.55  molprobity  
149  149  tp        -91.2   112.7  Favored     ?  11   8  0.25  11  0.38  molprobity  
150  150  ?         -71.8   -59.6  Favored     ?   3   4  0.33   5  0.23  molprobity  
151  151  tp       -159.4   171.8  Favored     ?  11   8  0.20  11  0.70  molprobity  
152  152  tt       -155.4   144.8  Favored     ?  11   8  0.21  11  0.74  molprobity  
153  153  mp       -128.7   131.5  Favored     ?  11   8  0.16  11  0.40  molprobity  
154  154  p        -145.6   138.5  Favored     ?   9   7  0.17  10  0.27  molprobity  
155  155  p-10     -143.1  -168.3  Favored     ?   4   8  0.13  11  0.50  molprobity  
156  156  mm-40      57.4    63.0  Allowed     ?   6   9  0.23  12  0.31  molprobity  
157  157  tp10     -104.5    36.7  Favored     ?   6   9  0.22  12  0.37  molprobity  
158  158  m-70      -96.5   -26.9  Favored     ?   7  11  0.14  15  0.33  molprobity  
159  159  OUTLIER   -80.5     1.4  Favored     ?  13  11  0.22  14  1.02  molprobity  
160  160  m-85     -157.5   158.8  Favored     ?   9  12  0.31  16  0.28  molprobity  
161  161  ?         -73.5  -165.4  Favored     ?   3   4  0.32   5  0.65  molprobity  
162  162  OUTLIER   -87.8    82.3  Favored     ?   9   7  0.21  10  0.36  molprobity  
163  163  ttp180   -125.3   -42.1  Favored     ?  13  11  0.20  14  0.90  molprobity  
164  164  m-70      -65.0   -33.1  Favored     ?   7  11  0.18  15  0.26  molprobity  
165  165  mttt      -62.1   -47.4  Favored     ?  13   9  0.22  11  0.35  molprobity  
166  166  pp20?     -71.3   -31.4  Favored     ?   6   9  0.20  12  0.49  molprobity  
167  167  mtt180    -62.9   -42.8  Favored     ?  13  11  0.18  14  0.89  molprobity  
168  168  tp        -75.8   -24.4  Favored     ?  11   8  0.19  11  0.32  molprobity  
169  169  ?         -66.9   -34.0  Favored     ?   2   5  0.24   7  0.16  molprobity  
170  170  ?         -67.8   -12.9  Favored     ?   5   5  0.28   7  0.41  molprobity  
171  171  mtt      -104.9    39.2  Allowed     ?   9   8  0.23  10  0.23  molprobity  
172  172  mtt180   -113.7    43.0  Allowed     ?  13  11  0.21  14  0.89  molprobity  
173  173  ?         -71.7   101.0  Favored     ?   5   5  0.14   7  0.60  molprobity  
174  174  ?          59.9    26.5  Favored     ?   2   5  0.20   7  0.35  molprobity  
175  175  m        -135.3   161.4  Favored     ?   9   7  0.16  10  0.53  molprobity  
176  176  t0       -121.1   166.8  Favored     ?   4   8  0.14  11  0.44  molprobity  
177  177  pp       -134.2   164.4  Favored     ?  11   8  0.18  11  0.55  molprobity  
178  178  tp       -127.0    48.7  Favored     ?  11   8  0.21  11  0.50  molprobity  
179  179  t         -67.0   132.2  Favored     ?   7   7  0.19  10  0.47  molprobity  
180  180  pp       -157.5   146.2  Favored     ?  11   8  0.24  11  0.58  molprobity  
181  181  p         -97.8   122.6  Favored     ?   7   7  0.16  10  0.59  molprobity  
182  182  ?         -69.5   -46.8  Favored     ?   5   5  0.28   7  0.21  molprobity  
183  183  p         -71.4   149.4  Favored     ?   7   7  0.24  11  0.51  molprobity  
184  184  Cg_endo   -61.5   141.3  Favored     ?   7   8  0.17  11  0.31  molprobity  
185  185  pt       -133.1   159.8  Favored     ?  11   8  0.29  12  0.39  molprobity  
186  186  Cg_exo    -57.3   139.4  Favored     ?   7   8  0.11  11  0.33  molprobity  
187  187  mtt-85    -82.1     5.7  Favored     ?  13  11  0.17  14  0.98  molprobity  
188  188  t         -62.8   -42.3  Favored     ?   7   7  0.20  10  0.37  molprobity  
189  189  mt        -65.0   -38.6  Favored     ?  11   8  0.21  11  0.22  molprobity  
190  190  m120      -63.0   -41.8  Favored     ?   6   8  0.24  11  0.29  molprobity  
191  191  tpt       -66.5   -37.4  Favored     ?   9   8  0.25  10  0.30  molprobity  
192  192  ?         -62.9   -41.7  Favored     ?   5   5  0.26   7  0.27  molprobity  
193  193  mtt       -68.7   -27.6  Favored     ?   9   8  0.28  10  0.27  molprobity  
194  194  p         -63.0   146.3  Favored     ?   5   6  0.23   8  0.30  molprobity  
195  195  ?          93.2   -19.7  Favored     ?   3   4  0.47   5  0.50  molprobity  
196  196  ttm      -120.4   -45.8  Favored     ?   9   8  0.25  10  0.28  molprobity  
197  197  mtp180    -96.7   131.7  Favored     ?  13  11  0.21  14  0.90  molprobity  
198  198  m-20      -66.9   139.8  Favored     ?   4   8  0.16  11  0.32  molprobity  
199  199  mt        -93.6   117.1  Favored     ?  11   8  0.21  11  0.32  molprobity  
200  200  t        -131.8    87.0  Favored     ?   5   6  0.24   8  0.50  molprobity  
201  201  mt        -94.2    89.5  Favored     ?  11   8  0.20  11  0.35  molprobity  
202  202  mp        -71.4   -45.1  Favored     ?  11   8  0.22  11  0.45  molprobity  
203  203  ?          55.7    70.4  Allowed     ?   5   5  0.29   7  0.52  molprobity  
204  204  m        -103.8    95.3  Favored     ?   7   7  0.26  11  0.68  molprobity  
205  205  Cg_exo    -68.5   -39.0  Favored     ?   7   8  0.63  12  0.56  molprobity  
206  206  Cg_endo   -70.8  -174.4  Allowed     ?   7   8  0.30  11  1.10  molprobity  
207  207  ?          76.0    -8.3  Allowed     ?   5   5  0.47   7  1.09  molprobity  
208  208  ptp85    -147.4    35.9  Allowed     ?  13  11  0.22  14  0.96  molprobity  
209  209  tpm_?     -84.5   105.9  Favored     ?  13  11  0.28  14  0.96  molprobity  
210  210  mm?      -126.9   170.4  Favored     ?  11   8  0.26  11  0.62  molprobity  
211  211  ?         -66.1   134.7  Favored     ?   5   5  0.26   7  0.32  molprobity  
212  212  m        -126.4   124.5  Favored     ?   9   7  0.18  10  0.37  molprobity  
213  213  mttt     -109.8   105.8  Favored     ?  13   9  0.25  11  0.41  molprobity  
214  214  p        -119.6   121.1  Favored     ?   7   7  0.21  10  0.61  molprobity  
215  215  m-85     -139.8  -178.7  Favored     ?   9  12  0.33  16  0.42  molprobity  
216  216  p        -156.4   132.8  Allowed     ?   9   7  0.19  10  0.44  molprobity  
217  217  mtt180   -141.0  -179.2  Favored     ?  13  11  0.19  14  0.97  molprobity  
218  218  tp10      -75.6   153.8  Favored     ?   6   9  0.24  12  0.44  molprobity  
219  219  t80       -59.4   130.1  Favored     ?   9  13  0.24  18  0.29  molprobity  
220  220  t70      -167.2   139.8  Favored     ?   4   8  0.11  11  0.37  molprobity  
221  221  p         -76.5   -33.2  Favored     ?   5   6  0.24   8  0.32  molprobity  
222  222  mmm       -65.5   -41.5  Favored     ?   9   8  0.23  10  0.34  molprobity  
223  223  p         -67.5   -37.2  Favored     ?   9   7  0.18  10  0.30  molprobity  
224  224  t         -63.2   -43.6  Favored     ?   9   7  0.19  10  0.37  molprobity  
225  225  ttt-85    -64.2   -39.6  Favored     ?  13  11  0.20  14  0.92  molprobity  
226  226  ?         -63.4   -42.0  Favored     ?   2   5  0.24   7  0.31  molprobity  
227  227  ?         -63.5   -39.6  Favored     ?   5   5  0.27   7  0.25  molprobity  
228  228  mm        -62.0   -46.4  Favored     ?  11   8  0.21  11  0.31  molprobity  
229  229  mt        -62.7   -34.4  Favored     ?  11   8  0.19  11  0.36  molprobity  
230  230  mmm-85    -69.7   -39.3  Favored     ?  13  11  0.19  14  0.91  molprobity  
231  231  pp20?     -81.0   -23.0  Favored     ?   6   9  0.20  12  0.48  molprobity  
232  232  pt        -83.1     4.0  Favored     ?  11   8  0.20  11  0.29  molprobity  
233  233  mt        -64.4   -31.9  Favored     ?  11   8  0.19  11  0.36  molprobity  
234  234  mtt180   -132.2    29.5  Favored     ?  13  11  0.18  14  1.00  molprobity  
235  235  ?          67.6    43.1  Favored     ?   3   4  0.25   5  0.33  molprobity  
236  236  ?         -72.4  -160.8  Favored     ?   3   4  0.27   5  0.18  molprobity  
237  237  tp60     -155.7   137.7  Favored     1   8   9  0.19  12  0.37  molprobity  
238  238  m        -120.9   171.1  Favored     ?   9   7  0.20  10  0.35  molprobity  
239  239  m-85     -133.5   135.9  Favored     ?   9  13  0.24  18  0.36  molprobity  
240  240  t80      -118.7   127.7  Favored     ?   9  13  0.25  18  0.42  molprobity  
241  241  pp       -101.5   150.2  Favored     ?  11   8  0.25  11  0.65  molprobity  
242  242  t80      -152.3   160.6  Favored     ?   9  13  0.24  18  0.42  molprobity  
243  243  p30       -71.0   -12.0  Favored     ?   6   8  0.24  11  0.38  molprobity  
244  244  t0         60.5    25.2  Favored     ?   4   8  0.18  11  0.28  molprobity  
245  245  ?        -122.2   -45.5  Favored     ?   2   5  0.23   7  0.33  molprobity  
246  246  ?         -78.7  -167.5  Allowed     ?   2   5  0.25   7  0.56  molprobity  
247  247  t-20      -78.0    87.2  Favored     ?   6   8  0.24  11  0.57  molprobity  
248  248  mp        -63.7   -31.6  Favored     ?  11   8  0.19  11  0.35  molprobity  
249  249  tm0?      -62.8   -42.6  Favored     ?   8   9  0.25  12  0.35  molprobity  
250  250  mttt      -65.6   -37.4  Favored     ?  13   9  0.22  11  0.30  molprobity  
251  251  ?         -61.7   -43.7  Favored     ?   5   5  0.31   7  0.31  molprobity  
252  252  ?         -64.7   -38.6  Favored     ?   5   5  0.24   7  0.22  molprobity  
253  253  tm-20     -62.9   -41.3  Favored     ?   6   9  0.25  12  0.34  molprobity  
254  254  mtt180    -63.2   -41.6  Favored     ?  13  11  0.22  14  0.93  molprobity  
255  255  mt        -62.9   -42.8  Favored     ?  11   8  0.23  11  0.28  molprobity  
256  256  ?         -63.8   -39.3  Favored     ?   5   5  0.26   7  0.22  molprobity  
257  257  tm-20     -63.4   -40.2  Favored     ?   6   9  0.24  12  0.33  molprobity  
258  258  tp        -63.2   -43.5  Favored     ?  11   8  0.24  11  0.25  molprobity  
259  259  p        -125.2    91.7  Favored     ?   9   7  0.25  11  0.45  molprobity  
260  260  Cg_endo   -78.5   -13.2  Favored     ?   7   8  0.21  11  0.41  molprobity  
261  261  mp0       -77.2   -19.4  Favored     ?   6   9  0.24  12  0.44  molprobity  
262  262  ?         -94.6   178.8  Favored     ?   5   5  0.32   7  0.65  molprobity  
263  263  OUTLIER  -129.2   100.7  Favored     ?  13  11  0.23  14  1.01  molprobity  
264  264  tp        -85.5   131.1  Favored     ?  11   8  0.21  11  0.32  molprobity  
265  265  ?         -92.3  -172.9  Favored     ?   5   5  0.33   7  0.63  molprobity  
266  266  mm        -94.5   105.8  Favored     ?  11   8  0.27  11  0.49  molprobity  
267  267  ?        -107.3    40.0  Favored     ?   3   4  0.28   5  0.19  molprobity  
268  268  m80       -83.5   130.4  Favored     ?   7  11  0.17  15  0.27  molprobity  
269  269  ?         -81.5   171.0  Favored     ?   3   4  0.34   5  0.93  molprobity  
270  270  mm-40      59.0    22.9  Favored     ?   8   9  0.26  12  0.45  molprobity  
271  271  ptt?      -91.3  -169.7  Favored     ?   9   8  0.27  10  0.48  molprobity  
272  272  mpp_?     -67.8   147.2  Favored     ?  13  11  0.21  14  0.91  molprobity  
273  273  pm0       -62.9   -32.1  Favored     ?   6   9  0.21  12  0.30  molprobity  
274  274  mtt180    -62.9   -43.4  Favored     ?  13  11  0.21  14  0.89  molprobity  
275  275  mt-10     -66.8   -35.7  Favored     ?   6   9  0.23  12  0.28  molprobity  
276  276  mt        -63.0   -42.2  Favored     ?  11   8  0.22  11  0.25  molprobity  
277  277  tp10      -64.3   -39.9  Favored     ?   6   9  0.23  12  0.31  molprobity  
278  278  mtp180    -63.3   -39.0  Favored     ?  13  11  0.20  14  0.92  molprobity  
279  279  t         -62.9   -42.5  Favored     ?   9   7  0.19  10  0.40  molprobity  
280  280  mmt       -63.1   -41.1  Favored     ?   9   8  0.26  10  0.42  molprobity  
281  281  m120      -63.1   -41.2  Favored     ?   6   8  0.24  11  0.28  molprobity  
282  282  t70       -62.8   -41.1  Favored     ?   4   8  0.17  11  0.26  molprobity  
283  283  OUTLIER   -62.5   -42.7  Favored     ?   9  12  0.34  16  0.20  molprobity  
284  284  t-160     -66.3   -38.5  Favored     ?   7  11  0.17  15  0.22  molprobity  
285  285  m-70      -89.5    -6.4  Favored     ?   7  11  0.12  15  0.33  molprobity  
286  286  mm100      57.3    36.9  Favored     ?   8   9  0.21  12  0.36  molprobity  
287  287  mtt-85    -68.0   -48.7  Favored     ?  13  11  0.19  14  0.91  molprobity  
288  288  m-85     -100.3   121.5  Favored     ?   9  12  0.33  16  0.30  molprobity  
289  289  p30       -67.6   -22.5  Favored     ?   6   8  0.24  11  0.33  molprobity  
290  290  t        -125.3   127.7  Favored     ?   9   7  0.22  10  0.48  molprobity  
291  291  tp       -153.4   135.9  Favored     ?  11   8  0.18  11  0.67  molprobity  
292  292  m        -122.2   156.0  Favored     ?   9   7  0.15  10  0.57  molprobity  
293  293  m        -138.0   141.9  Favored     ?   5   6  0.18   8  0.52  molprobity  
294  294  p        -102.9   -56.7  Favored     ?   7   7  0.19  10  0.64  molprobity  
295  295  p        -124.8  -169.9  Favored     ?   7   7  0.16  10  0.55  molprobity  
296  296  OUTLIER   -64.5   -25.6  Favored     ?  11   8  0.22  11  0.27  molprobity  
297  297  mm        -67.4   -21.7  Favored     ?  11   8  0.18  11  0.41  molprobity  
298  298  mp0      -115.8   -44.3  Favored     ?   6   9  0.27  12  0.43  molprobity  
299  299  p         -88.6   107.2  Favored     ?   7   7  0.19  10  0.63  molprobity  
300  300  ?        -127.4   -20.7  Allowed     ?   3   4  0.27   5  0.16  molprobity  
301  301  tt       -162.1   159.0  Allowed     ?  11   8  0.22  11  0.44  molprobity  
302  302  p-10      -88.4   154.7  Favored     ?   4   8  0.20  11  0.37  molprobity  
303  303  mm       -105.7   135.3  Favored     ?  11   8  0.25  12  0.43  molprobity  
304  304  Cg_endo   -58.7   -33.8  Favored     ?   7   8  0.29  11  0.34  molprobity  
305  305  p         -72.1   -23.8  Favored     ?   7   7  0.20  10  0.56  molprobity  
306  306  ?         -70.5   141.7  Favored     ?   5   5  0.26   7  0.43  molprobity  
307  307  p30      -132.4   -21.2  Favored     ?   6   8  0.28  11  0.71  molprobity  
308  308  m        -124.9   135.5  Favored     ?   7   7  0.19  10  0.63  molprobity  
309  309  mm       -124.5   129.0  Favored     ?  11   8  0.16  11  0.50  molprobity  
310  310  pt       -129.1   134.2  Favored     ?  11   8  0.21  11  0.45  molprobity  
311  311  mp       -115.2   129.0  Favored     ?  11   8  0.18  11  0.48  molprobity  
312  312  mp0      -109.9   -29.0  Favored     ?   6   9  0.27  12  0.27  molprobity  
313  313  mmt180    -95.0    77.7  Favored     ?  13  11  0.17  14  0.96  molprobity  
314  314  ?         -89.2    -3.8  Favored     ?   5   5  0.29   7  0.31  molprobity  
315  315  p-10      -90.9   -35.8  Favored     ?   4   8  0.18  11  0.41  molprobity  
316  316  m-70     -118.0   120.9  Favored     ?   7  11  0.19  15  0.35  molprobity  
317  317  p90      -123.3   159.3  Favored     ?   9  12  0.33  16  0.30  molprobity  
318  318  ?        -115.1   135.0  Favored     ?   3   4  0.26   5  0.25  molprobity  
319  319  mt        -60.8   -43.2  Favored     ?  11   8  0.23  11  0.21  molprobity  
320  320  ?         -82.6   -29.3  Favored     ?   5   5  0.34   7  0.47  molprobity  
321  321  tp60      -63.5   -42.3  Favored     ?   8   9  0.24  12  0.31  molprobity  
322  322  tp        -63.8   -43.4  Favored     ?  11   8  0.22  11  0.32  molprobity  
323  323  m80       -63.3   -39.8  Favored     ?   7  11  0.17  15  0.23  molprobity  
324  324  mm-40     -63.5   -43.0  Favored     ?   8   9  0.22  12  0.33  molprobity  
325  325  pp        -79.7   -13.0  Favored     ?  11   8  0.24  11  0.86  molprobity  
326  326  mmp_?     -85.4    16.5  Favored     ?  13  11  0.22  14  0.95  molprobity  
327  327  ?        -142.5     8.5  Favored     ?   3   4  0.25   5  0.34  molprobity  
328  328  mtm180   -120.9    45.0  Favored     ?  13  11  0.19  14  0.91  molprobity  
329  329  m        -133.8   136.8  Favored     ?   9   7  0.16  10  0.41  molprobity  
330  330  ?         169.9   165.0  Favored     ?   3   4  0.25   5  0.82  molprobity  
331  331  ttt180   -159.5   158.7  Favored     ?  13  11  0.18  14  0.97  molprobity  
332  332  t        -115.3   123.5  Favored     ?   5   6  0.24   8  0.45  molprobity  
333  333  m170       55.3    35.8  Favored     ?   7  11  0.17  15  0.26  molprobity  
334  334  m-70     -155.5   160.3  Favored     ?   7  11  0.14  15  0.43  molprobity  
335  335  mt-30     -69.1   147.5  Favored     ?   8   9  0.22  12  0.36  molprobity  
336  336  ?        -117.2   146.3  Favored     ?   5   5  0.38   7  0.65  molprobity  
337  337  m-85     -131.7   155.3  Favored     ?   9  13  0.24  18  0.38  molprobity  
338  338  ?        -166.6   140.6  Favored     ?   5   5  0.32   7  0.78  molprobity  
339  339  m-90     -147.4   161.5  Favored     ?  10  16  0.14  23  0.32  molprobity  
340  340  mp       -140.1   137.9  Favored     ?  11   8  0.24  11  0.71  molprobity  
341  341  mt        -88.8   151.4  Favored     ?  11   8  0.22  11  0.32  molprobity  
342  342  m        -127.5    78.0  Favored     ?   7   7  0.26  11  0.51  molprobity  
343  343  Cg_exo    -67.9   152.4  Favored     ?   7   8  0.22  11  0.49  molprobity  
344  344  t60       -73.8   121.6  Favored     ?   7  11  0.21  16  0.27  molprobity  
345  345  Cg_exo    -66.7   130.8  Favored     ?   7   8  0.16  11  0.34  molprobity  
346  346  mtmt     -140.1   135.8  Favored     ?  13   9  0.21  11  0.37  molprobity  
347  347  ?        -157.7   -97.2  OUTLIER     ?   5   5  0.28   7  0.32  molprobity  
348  348  OUTLIER   -75.2   -13.6  Favored     ?   9   8  0.25  10  0.77  molprobity  
349  349  p          67.0     0.3  Allowed     ?   7   7  0.29  10  0.86  molprobity  
350  350  m         -69.8   -43.8  Favored     ?   7   7  0.18  10  0.49  molprobity  
351  351  m-20     -122.9    38.3  Favored     ?   4   8  0.16  11  0.33  molprobity  
352  352  ?         -63.5   -42.7  Favored     ?   5   5  0.27   7  0.28  molprobity  
353  353  tp60      -64.7   -40.3  Favored     ?   8   9  0.25  12  0.30  molprobity  
354  354  mmtm      -63.2   -41.2  Favored     ?  13   9  0.24  11  0.23  molprobity  
355  355  OUTLIER   -64.5   -40.8  Favored     ?  13  11  0.23  14  0.92  molprobity  
356  356  tp        -63.2   -42.4  Favored     ?  11   8  0.22  11  0.26  molprobity  
357  357  mt-10     -64.3   -39.4  Favored     ?   6   9  0.20  12  0.28  molprobity  
358  358  ?         -64.6   -40.6  Favored     ?   5   5  0.25   7  0.26  molprobity  
359  359  mp        -64.4   -40.2  Favored     ?  11   8  0.19  11  0.33  molprobity  
360  360  ?         -63.1   -38.2  Favored     ?   5   5  0.25   7  0.31  molprobity  
361  361  p        -103.1    37.6  Allowed     ?   5   6  0.21   8  0.27  molprobity  
362  362  OUTLIER   -61.5   -38.7  Favored     ?  11   8  0.24  11  0.52  molprobity  
363  363  mt-10      60.9    38.8  Favored     ?   6   9  0.21  12  0.36  molprobity  
364  364  m-20       58.5    64.9  Allowed     ?   4   8  0.16  11  0.26  molprobity  
365  365  mm?        63.0    51.7  Favored     ?  11   8  0.22  11  0.45  molprobity  
366  366  ?          65.0    37.4  Favored     ?   3   4  0.19   5  0.47  molprobity  
367  367  ?          58.1  -119.4  Allowed     ?   5   5  0.46   7  1.74  molprobity  
368  368  ?         -85.4    78.6  Allowed     ?   3   4  0.23   5  0.43  molprobity  
369  369  p90       -63.9   -23.5  Favored     ?   9  12  0.34  16  0.19  molprobity  
370  370  ?         -62.7   -37.7  Favored     ?   5   5  0.25   7  0.30  molprobity  
371  371  tp        -62.1   -42.6  Favored     ?  11   8  0.21  11  0.24  molprobity  
372  372  ?         -64.8   -40.8  Favored     ?   5   5  0.27   7  0.29  molprobity  
373  373  p         -63.0   -41.0  Favored     ?   7   7  0.19  10  0.49  molprobity  
374  374  m80       -64.5   -42.9  Favored     ?   7  11  0.18  15  0.18  molprobity  
375  375  m-20      -64.4   -31.6  Favored     ?   4   8  0.16  11  0.36  molprobity  
376  376  mm?       -76.2   -39.2  Favored     ?  11   8  0.21  11  0.55  molprobity  
377  377  pt-20     -69.7   -32.4  Favored     ?   6   9  0.22  12  0.43  molprobity  
378  378  mm        -65.3   -43.0  Favored     ?  11   8  0.20  11  0.30  molprobity  
379  379  tpt85     -67.2   -43.0  Favored     ?  13  11  0.22  14  0.97  molprobity  
380  380  ?        -154.6   162.3  Favored     ?   3   4  0.27   5  0.68  molprobity  
381  381  ?        -127.3   137.0  Favored     ?   5   5  0.29   7  0.39  molprobity  
382  382  ?             ?       ?  ?           ?   3   3  0.21   2  0.09  molprobity  
383  383  ?             ?       ?  ?           ?  12  22  0.39  34  1.23  molprobity  
384  384  ?             ?       ?  ?           ?  12  22  0.43  34  1.24  molprobity  
385  385  ?             ?       ?  ?           ?  12  22  0.45  34  1.24  molprobity  
386  386  ?             ?       ?  ?           ?  12  22  0.40  34  1.24  molprobity  
387  387  ?             ?       ?  ?           ?  12  22  0.41  34  1.20  molprobity  
388  388  ?             ?       ?  ?           ?  12  22  0.38  34  1.22  molprobity  
389  389  ?             ?       ?  ?           ?  12  22  0.45  34  1.24  molprobity  
390  390  ?             ?       ?  ?           ?  12  22  0.69  34  1.37  molprobity  
391  391  ?             ?       ?  ?           ?  12  22  0.78  34  1.36  molprobity  
392  392  ?             ?       ?  ?           ?  12  22  0.63  34  1.33  molprobity  
393  393  ?             ?       ?  ?           ?  12  22  0.47  34  1.23  molprobity  
394  394  ?             ?       ?  ?           ?  11  25  0.67  39  0.72  molprobity  
395  395  ?             ?       ?  ?           ?  11  21  0.57  32  0.69  molprobity  
396  396  ?             ?       ?  ?           ?  11  21  0.41  32  0.77  molprobity  
397  397  ?             ?       ?  ?           ?  12  22  0.48  34  1.31  molprobity  
398  398  ?             ?       ?  ?           ?  11  21  0.45  32  0.73  molprobity  
399  399  ?             ?       ?  ?           ?  11  25  0.44  39  0.69  molprobity  
400  400  ?             ?       ?  ?           ?  11  21  0.53  32  0.76  molprobity  
401  401  ?             ?       ?  ?           ?  12  22  0.56  34  1.16  molprobity  
402  402  ?             ?       ?  ?           ?  11  25  0.63  39  0.72  molprobity  
403  403  ?             ?       ?  ?           ?  11  21  0.44  32  0.74  molprobity  
404  404  ?             ?       ?  ?           ?  11  21  0.52  32  0.80  molprobity  
405  405  ?             ?       ?  ?           ?  11  25  0.55  39  0.73  molprobity  
406  406  ?             ?       ?  ?           ?  12  22  0.52  34  1.16  molprobity  
407  407  ?             ?       ?  ?           ?  11  21  0.40  32  0.76  molprobity  
408  408  ?             ?       ?  ?           ?  11  25  0.45  39  0.65  molprobity  
409  409  ?             ?       ?  ?           ?  11  21  0.39  32  0.69  molprobity  
410  410  ?             ?       ?  ?           ?  11  21  0.74  32  0.84  molprobity  
411  411  ?             ?       ?  ?           ?  12  23  0.56  33  0.69  molprobity  
412  412  ?             ?       ?  ?           ?  12  22  0.55  34  1.12  molprobity  
413  413  ?             ?       ?  ?           ?  11  25  0.42  39  0.65  molprobity  
414  414  ?             ?       ?  ?           ?  11  25  0.45  39  0.67  molprobity  
415  415  ?             ?       ?  ?           ?  11  21  0.48  32  0.77  molprobity  
416  416  ?             ?       ?  ?           ?  11  25  0.46  39  0.72  molprobity  
417  417  ?             ?       ?  ?           ?  11  24  0.56  37  0.71  molprobity  
418  418  ?             ?       ?  ?           ?  11  21  0.40  32  0.73  molprobity  
419  419  ?             ?       ?  ?           ?  11  25  0.44  39  0.67  molprobity  
420  420  ?             ?       ?  ?           ?  11  25  0.46  39  0.67  molprobity  
421  421  ?             ?       ?  ?           ?  11  21  0.43  32  0.77  molprobity  
422  422  ?             ?       ?  ?           ?  11  24  0.56  37  0.77  molprobity  
423  423  ?             ?       ?  ?           ?  11  25  0.55  39  0.70  molprobity  
424  424  ?             ?       ?  ?           ?  11  21  0.53  32  0.74  molprobity  
425  425  ?             ?       ?  ?           ?  11  25  0.42  39  0.69  molprobity  
426  426  ?             ?       ?  ?           ?  11  24  0.42  37  0.63  molprobity  
427  427  ?             ?       ?  ?           ?  11  25  0.42  39  0.65  molprobity  
428  428  ?             ?       ?  ?           ?  11  25  0.43  39  0.67  molprobity  
429  429  ?             ?       ?  ?           ?  12  20  0.43  28  0.72  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  HB3      1  0.46  1.97  
  2   11  CD2      2  0.43  2.53  
  3   13  HG2      2  0.43  2.53  
  4   20  HA       3  0.55  1.71  
  5   23  CE2      4  0.46  2.50  
  6   23  HB2      5  0.43  1.84  
  7   25  HB2      4  0.46  2.50  
  8   28  OG1      6  0.68  2.07  
  9   30  OD1      6  0.68  2.07  
 10   30  OD1      7  0.54  2.32  
 11   30  N        7  0.54  2.32  
 12   34  HB2      8  0.70  1.71  
 13   41  OD2      9  0.44  2.48  
 14   44  HG3     10  0.48  1.78  
 15   46  H       10  0.48  1.78  
 16   47  HB2      1  0.46  1.97  
 17   48  N       11  0.47  2.45  
 18   49  HB2     12  0.67  1.75  
 19   50  HH11    13  0.54  1.71  
 20   50  NE       9  0.44  2.48  
 21   70  O       14  0.53  2.42  
 22   74  ND2     14  0.53  2.42  
 23   77  O       15  0.47  2.37  
 24   87  O       16  0.58  2.36  
 25   90  O       17  0.52  2.42  
 26   91  ND1     16  0.58  2.36  
 27   91  HA      18  0.51  1.75  
 28   94  ND2     17  0.52  2.42  
 29   94  HD21    18  0.51  1.75  
 30   98  HH22     3  0.55  1.71  
 31   98  HH21     5  0.43  1.84  
 32   99  HB3     19  0.64  1.62  
 33   99  HA      20  0.40  2.57  
 34  102  HE1     19  0.64  1.62  
 35  102  CZ2     20  0.40  2.57  
 36  105  HG3     21  0.41  2.03  
 37  109  HB      22  0.61  1.81  
 38  111  HB3     23  0.49  1.95  
 39  113  HD2     22  0.61  1.81  
 40  114  OG      24  0.54  2.23  
 41  117  OE1     24  0.54  2.23  
 42  117  O       25  0.43  2.18  
 43  121  HA      26  0.50  1.92  
 44  121  HG12    25  0.43  2.18  
 45  124  HB2     27  0.58  1.84  
 46  124  HG2     26  0.50  1.92  
 47  125  HB      28  0.42  2.01  
 48  130  HG13    27  0.58  1.84  
 49  130  HA      21  0.41  2.03  
 50  135  HA3     29  0.72  1.72  
 51  139  HD22    29  0.72  1.72  
 52  143  OD1     30  0.46  2.44  
 53  143  N       30  0.46  2.44  
 54  145  HB3     28  0.42  2.01  
 55  148  N       31  0.49  2.44  
 56  148  OD1     31  0.49  2.44  
 57  149  HB3     32  0.53  1.90  
 58  150  N       15  0.47  2.37  
 59  151  HD21    33  0.41  2.02  
 60  152  HB3     34  0.62  1.81  
 61  156  OE1     35  0.46  2.49  
 62  157  HG2     36  0.60  1.83  
 63  162  HG12    37  0.41  2.02  
 64  165  HE3     36  0.60  1.83  
 65  165  HD2     37  0.41  2.02  
 66  175  HG11    32  0.53  1.90  
 67  176  OD2     11  0.47  2.45  
 68  177  HG22    34  0.62  1.81  
 69  177  HD13    38  0.47  1.96  
 70  178  HD22    33  0.41  2.02  
 71  179  HG22    38  0.47  1.96  
 72  191  HB2     39  0.63  1.80  
 73  191  O       40  0.44  2.26  
 74  194  OG      40  0.44  2.26  
 75  197  HA      12  0.67  1.75  
 76  200  HB2     13  0.54  1.71  
 77  202  HG12     8  0.70  1.71  
 78  205  N       41  0.41  2.35  
 79  206  HD2     41  0.41  2.35  
 80  219  HA      42  0.42  2.00  
 81  228  O       43  0.42  2.18  
 82  231  HG3     43  0.42  2.18  
 83  237  HE22    44  0.70  1.38  
 84  237  NE2     45  0.65  2.30  
 85  237  NE2     46  0.47  2.35  
 86  238  HG12    47  0.58  1.85  
 87  238  O       46  0.47  2.35  
 88  240  H       48  0.43  1.83  
 89  241  HA      49  0.64  1.80  
 90  241  HD11    50  0.46  1.97  
 91  247  HB3     51  0.46  1.98  
 92  250  HB2     51  0.46  1.98  
 93  262  HA      52  0.47  1.78  
 94  265  HB3     53  0.61  1.82  
 95  272  NH2     54  0.54  2.37  
 96  273  HB3     23  0.49  1.95  
 97  275  OE2     54  0.54  2.37  
 98  279  HG13    55  0.67  1.75  
 99  289  HD21    52  0.47  1.78  
100  291  H       44  0.70  1.38  
101  291  HD21    55  0.67  1.75  
102  291  O       45  0.65  2.30  
103  291  HD13    53  0.61  1.82  
104  292  HB      48  0.43  1.83  
105  294  HA      49  0.64  1.80  
106  296  HD13    56  0.48  1.78  
107  296  H       56  0.48  1.78  
108  298  N       57  0.51  2.44  
109  298  OE1     57  0.51  2.44  
110  299  O       58  0.62  2.32  
111  308  HB      47  0.58  1.85  
112  309  HG13    59  0.52  1.90  
113  313  HB2     50  0.46  1.97  
114  314  HB3     60  0.48  1.95  
115  319  O       61  0.46  2.49  
116  323  ND1     61  0.46  2.49  
117  324  NE2     35  0.46  2.49  
118  328  NH1     58  0.62  2.32  
119  329  HG12    59  0.52  1.90  
120  341  HD22    42  0.42  2.00  
121  343  HD2     60  0.48  1.95  
122  348  SD      62  0.49  2.84  
123  348  N       62  0.49  2.84  
124  348  HG2     63  0.42  1.85  
125  350  H       63  0.42  1.85  
126  370  O       64  0.64  2.27  
127  374  ND1     64  0.64  2.27  
128  374  HA      65  0.49  1.95  
129  377  HB2     39  0.63  1.80  
130  377  HG2     65  0.49  1.95  
131  385  "H2''"  66  0.45  1.98  
132  386  "H5''"  66  0.45  1.98  
133  391  "H2''"  67  0.46  2.31  
134  392  N3      67  0.46  2.31  
135  393  "H1'"   68  0.45  2.51  
136  394  N2      69  0.61  2.33  
137  394  C5      68  0.45  2.51  
138  397  "H2''"  70  0.47  2.49  
139  398  C5      70  0.47  2.49  
140  401  "H2''"  71  0.51  2.25  
141  402  N7      71  0.51  2.25  
142  403  "H2''"  72  0.43  2.54  
143  404  C6      72  0.43  2.54  
144  407  "H2''"  73  0.49  2.47  
145  408  C8      73  0.49  2.47  
146  409  "H2''"  74  0.41  2.55  
147  410  O2      75  0.51  2.44  
148  410  C6      74  0.41  2.55  
149  414  N2      75  0.51  2.44  
150  418  "H2''"  76  0.44  2.53  
151  419  C8      76  0.44  2.53  
152  419  "H2''"  77  0.44  2.53  
153  420  C8      77  0.44  2.53  
154  421  "H2''"  78  0.59  2.38  
155  421  "H2''"  79  0.45  2.31  
156  422  C8      78  0.59  2.38  
157  422  N7      79  0.45  2.31  
158  426  "H1'"   80  0.43  2.32  
159  427  N7      80  0.43  2.32  
160  428  OP2     69  0.61  2.33  
#
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  0.4545   0.275  
  2    2     0.8   0.230  
  3    3     1.0   0.244  
  4    4  0.8889   0.152  
  5    5  0.4444  -0.029  
  6    6     1.0   0.113  
  7    7     1.0   0.262  
  8    8     1.0   0.011  
  9    9     1.0   0.282  
 10   10     1.0   0.158  
 11   11     1.0   0.057  
 12   12   0.875   0.116  
 13   13     1.0   0.069  
 14   14  0.3333   0.088  
 15   15  0.8889   0.302  
 16   16     1.0   0.077  
 17   17  0.7778   0.075  
 18   18   0.375   0.069  
 19   19  0.4545  -0.097  
 20   20     1.0   0.180  
 21   21   0.625   0.179  
 22   22     1.0   0.313  
 23   23  0.4545  -0.006  
 24   24  0.7143   0.302  
 25   25  0.0909  -0.040  
 26   26  0.2222  -0.048  
 27   27     1.0   0.193  
 28   28     1.0   0.127  
 29   29  0.4286   0.045  
 30   30     1.0   0.123  
 31   31     1.0   0.295  
 32   32     1.0   0.161  
 33   33  0.6667   0.152  
 34   34     1.0   0.305  
 35   35     1.0   0.262  
 36   36     1.0   0.025  
 37   37     1.0  -0.054  
 38   38     1.0  -0.121  
 39   39     1.0  -0.306  
 40   40     1.0   0.001  
 41   41     1.0  -0.033  
 42   42     1.0   0.123  
 43   43     1.0   0.070  
 44   44  0.7778   0.010  
 45   45  0.7143   0.141  
 46   46     1.0   0.257  
 47   47     1.0   0.092  
 48   48     1.0  -0.026  
 49   49     1.0   0.345  
 50   50  0.6364  -0.054  
 51   51   0.125  -0.218  
 52   52  0.8571   0.188  
 53   53     0.5   0.004  
 54   54     1.0   0.039  
 55   55   0.875   0.255  
 56   56  0.7143   0.075  
 57   57     0.5   0.069  
 58   58     0.0  -0.187  
 59   59     0.0  -0.150  
 60   60  0.5556  -0.087  
 61   61     1.0   0.370  
 62   62  0.7778   0.172  
 63   63     1.0   0.223  
 64   64     0.6   0.124  
 65   65   0.375  -0.082  
 66   66     1.0  -0.038  
 67   67     1.0   0.131  
 68   68     0.2   0.072  
 69   69  0.1818  -0.245  
 70   70     1.0  -0.043  
 71   71     0.0  -0.328  
 72   72  0.7143  -0.029  
 73   73     1.0   0.068  
 74   74     1.0   0.016  
 75   75     1.0   0.084  
 76   76     1.0  -0.153  
 77   77     1.0   0.086  
 78   78  0.8571   0.151  
 79   79     0.6  -0.039  
 80   80     1.0   0.241  
 81   81   0.875   0.172  
 82   82  0.2857  -0.086  
 83   83     0.0  -0.217  
 84   84     0.0  -0.121  
 85   85  0.2857  -0.015  
 86   86   0.125  -0.097  
 87   87    0.25   0.110  
 88   88     0.2  -0.008  
 89   89  0.2222  -0.112  
 90   90  0.5556   0.088  
 91   91     1.0   0.225  
 92   92    0.25  -0.096  
 93   93    0.75   0.063  
 94   94     1.0   0.213  
 95   95  0.3636  -0.095  
 96   96  0.5455   0.122  
 97   97   0.875   0.011  
 98   98     1.0  -0.053  
 99   99  0.5455  -0.028  
100  100     1.0   0.295  
101  101   0.375   0.177  
102  102  0.3571  -0.082  
103  103  0.1429   0.033  
104  104  0.1429  -0.200  
105  105  0.6364  -0.044  
106  106     1.0   0.123  
107  107  0.6667  -0.166  
108  108   0.625  -0.159  
109  109     1.0   0.074  
110  110     1.0   0.223  
111  111     1.0   0.268  
112  112     1.0  -0.003  
113  113     1.0   0.008  
114  114     1.0  -0.074  
115  115     1.0  -0.109  
116  116  0.5556  -0.013  
117  117     1.0   0.073  
118  118     1.0  -0.032  
119  119  0.1429   0.143  
120  120  0.3333  -0.069  
121  121     1.0   0.048  
122  122   0.125  -0.100  
123  123     0.0  -0.012  
124  124  0.8889  -0.079  
125  125     1.0  -0.107  
126  126     0.0  -0.020  
127  127  0.3333   0.072  
128  128     1.0   0.137  
129  129  0.8889   0.289  
130  130     1.0   0.297  
131  131     1.0   0.187  
132  132     1.0   0.205  
133  133     0.0  -0.105  
134  134   0.875   0.119  
135  135     1.0   0.112  
136  136     1.0   0.024  
137  137     0.8   0.010  
138  138  0.4444  -0.063  
139  139   0.875   0.118  
140  140   0.625   0.192  
141  141  0.1111  -0.094  
142  142     1.0   0.012  
143  143     0.5   0.093  
144  144     1.0   0.222  
145  145  0.7778   0.167  
146  146  0.8182   0.123  
147  147     1.0   0.139  
148  148     1.0   0.176  
149  149     1.0   0.052  
150  150     1.0   0.278  
151  151   0.875   0.212  
152  152   0.625   0.208  
153  153     0.5   0.184  
154  154  0.7143   0.216  
155  155     0.5  -0.026  
156  156  0.1111  -0.076  
157  157  0.3333   0.137  
158  158     0.0   0.012  
159  159  0.9091   0.244  
160  160     0.0  -0.087  
161  161     0.0  -0.125  
162  162  0.2857   0.028  
163  163  0.5455   0.041  
164  164     0.0  -0.094  
165  165  0.1111  -0.227  
166  166  0.7778   0.126  
167  167  0.6364   0.178  
168  168     0.5   0.032  
169  169     1.0   0.322  
170  170     1.0   0.188  
171  171     1.0   0.289  
172  172     1.0   0.047  
173  173     0.6  -0.022  
174  174     0.4   0.090  
175  175  0.8571  -0.076  
176  176     1.0   0.024  
177  177     1.0   0.187  
178  178   0.375  -0.106  
179  179  0.7143   0.039  
180  180     0.0  -0.015  
181  181  0.4286   0.167  
182  182     1.0   0.063  
183  183     0.0  -0.094  
184  184     0.0  -0.126  
185  185     0.0   0.150  
186  186     0.0   0.021  
187  187  0.7273   0.071  
188  188  0.8571   0.020  
189  189     0.5   0.056  
190  190   0.125   0.029  
191  191     0.0  -0.130  
192  192     1.0   0.032  
193  193    0.75   0.129  
194  194  0.1667   0.041  
195  195     0.0   0.055  
196  196     0.5   0.032  
197  197  0.7273   0.120  
198  198   0.875   0.005  
199  199     1.0   0.192  
200  200     1.0   0.209  
201  201     1.0   0.339  
202  202     1.0   0.228  
203  203     1.0   0.288  
204  204     1.0   0.306  
205  205  0.8571   0.211  
206  206  0.2857  -0.043  
207  207     0.8   0.148  
208  208  0.1818   0.036  
209  209  0.0909   0.186  
210  210   0.625   0.163  
211  211     0.2   0.056  
212  212  0.5714   0.150  
213  213  0.1111  -0.063  
214  214     0.0  -0.013  
215  215  0.4545   0.042  
216  216     1.0   0.373  
217  217  0.7273   0.105  
218  218     1.0   0.176  
219  219  0.8333   0.259  
220  220     0.5   0.136  
221  221     1.0   0.304  
222  222   0.625   0.321  
223  223     1.0   0.315  
224  224  0.1429  -0.002  
225  225  0.7273   0.025  
226  226     1.0   0.187  
227  227     0.8   0.150  
228  228    0.75   0.133  
229  229   0.875   0.152  
230  230  0.5455   0.120  
231  231  0.8889  -0.206  
232  232     1.0   0.115  
233  233    0.75   0.138  
234  234  0.3636   0.069  
235  235     1.0   0.022  
236  236     1.0   0.119  
237  237     1.0   0.273  
238  238     1.0   0.261  
239  239  0.4167  -0.109  
240  240  0.4167   0.095  
241  241   0.375   0.278  
242  242     0.0   0.223  
243  243    0.25   0.128  
244  244   0.125  -0.167  
245  245     0.0  -0.158  
246  246     0.0  -0.134  
247  247    0.25  -0.013  
248  248     0.5   0.133  
249  249     1.0   0.326  
250  250  0.4444   0.169  
251  251     0.4   0.131  
252  252     0.4   0.112  
253  253  0.5556   0.098  
254  254  0.9091   0.327  
255  255   0.375  -0.113  
256  256     1.0   0.033  
257  257  0.6667   0.060  
258  258     1.0   0.374  
259  259     1.0   0.162  
260  260     1.0   0.309  
261  261     1.0   0.340  
262  262     1.0   0.146  
263  263  0.7273  -0.015  
264  264    0.75  -0.088  
265  265     1.0  -0.019  
266  266   0.625  -0.153  
267  267     0.5   0.025  
268  268     0.3  -0.138  
269  269     1.0   0.161  
270  270     1.0   0.448  
271  271     1.0   0.247  
272  272     1.0   0.206  
273  273     1.0   0.061  
274  274     1.0   0.143  
275  275     1.0   0.271  
276  276     1.0   0.135  
277  277  0.7778   0.025  
278  278  0.6364  -0.022  
279  279     1.0   0.029  
280  280   0.875  -0.011  
281  281   0.625   0.059  
282  282     1.0   0.087  
283  283  0.4545  -0.183  
284  284     0.8  -0.054  
285  285     0.8   0.228  
286  286     1.0   0.240  
287  287  0.5455   0.077  
288  288  0.2727  -0.206  
289  289     1.0  -0.039  
290  290     1.0   0.089  
291  291   0.875   0.074  
292  292  0.7143   0.156  
293  293     0.0  -0.186  
294  294  0.1429   0.085  
295  295  0.8571   0.267  
296  296     0.0  -0.103  
297  297     0.0  -0.195  
298  298     1.0   0.345  
299  299  0.5714   0.171  
300  300     0.5   0.080  
301  301     0.5  -0.090  
302  302    0.75   0.184  
303  303     1.0   0.418  
304  304     1.0   0.211  
305  305     1.0   0.162  
306  306     1.0   0.203  
307  307     1.0   0.229  
308  308     1.0   0.292  
309  309   0.625   0.058  
310  310     1.0   0.188  
311  311   0.375   0.162  
312  312     0.0  -0.026  
313  313     0.0  -0.112  
314  314     0.0  -0.036  
315  315     0.5   0.134  
316  316     0.8   0.289  
317  317     0.0   0.104  
318  318     0.0  -0.162  
319  319     0.0  -0.064  
320  320     0.0   0.297  
321  321     0.0  -0.034  
322  322     0.0   0.174  
323  323     0.0  -0.068  
324  324  0.2222   0.006  
325  325   0.125   0.115  
326  326     0.0  -0.107  
327  327     0.0  -0.090  
328  328  0.8182   0.217  
329  329     0.0   0.007  
330  330    0.25  -0.054  
331  331  0.1818  -0.094  
332  332     0.0   0.180  
333  333     0.0   0.139  
334  334     0.1  -0.002  
335  335  0.2222   0.115  
336  336     1.0   0.191  
337  337  0.9167   0.153  
338  338     1.0   0.073  
339  339     1.0   0.133  
340  340    0.75   0.138  
341  341     0.0  -0.150  
342  342  0.5714   0.033  
343  343  0.1429   0.074  
344  344     0.1   0.095  
345  345     1.0   0.431  
346  346  0.4444   0.099  
347  347     1.0   0.339  
348  348    0.75   0.220  
349  349  0.5714   0.293  
350  350     1.0   0.368  
351  351   0.875   0.069  
352  352     1.0   0.266  
353  353  0.5556   0.235  
354  354  0.4444   0.032  
355  355  0.8182   0.130  
356  356   0.625   0.147  
357  357  0.7778   0.294  
358  358     0.8   0.143  
359  359   0.625   0.185  
360  360     1.0   0.232  
361  361     1.0   0.380  
362  362   0.875   0.240  
363  363  0.6667   0.149  
364  364     0.5   0.015  
365  365    0.75   0.194  
366  366     1.0   0.198  
367  367     1.0   0.240  
368  368     1.0   0.471  
369  369     1.0   0.236  
370  370     0.8   0.220  
371  371   0.875   0.237  
372  372     1.0   0.107  
373  373  0.5714   0.003  
374  374     0.9   0.229  
375  375   0.375   0.153  
376  376   0.875   0.067  
377  377     1.0   0.290  
378  378     0.5   0.106  
379  379  0.3636   0.131  
380  380     1.0   0.323  
381  381     1.0   0.423  
382  382     1.0   0.163  
383  383    0.25   0.268  
384  384    0.05   0.132  
385  385    0.75   0.146  
386  386    0.75   0.057  
387  387     0.9   0.315  
388  388     0.8   0.068  
389  389     0.6   0.069  
390  390    0.75   0.214  
391  391     0.8   0.082  
392  392     0.8   0.141  
393  393    0.55  -0.033  
394  394     1.0   0.266  
395  395     1.0   0.181  
396  396  0.7895   0.041  
397  397     1.0   0.076  
398  398  0.7895   0.003  
399  399  0.8636  -0.131  
400  400     1.0   0.002  
401  401     1.0   0.069  
402  402  0.8636   0.221  
403  403  0.5789   0.039  
404  404  0.6842   0.119  
405  405  0.6364   0.051  
406  406    0.85   0.053  
407  407  0.9474   0.015  
408  408     1.0   0.085  
409  409     1.0   0.114  
410  410     1.0   0.017  
411  411  0.5238  -0.091  
412  412    0.15  -0.158  
413  413  0.6364   0.101  
414  414  0.7727   0.072  
415  415     1.0   0.071  
416  416     1.0   0.175  
417  417     1.0   0.265  
418  418     1.0   0.127  
419  419     1.0   0.133  
420  420     1.0   0.134  
421  421     1.0   0.208  
422  422  0.7619   0.003  
423  423  0.8636   0.083  
424  424     1.0   0.176  
425  425     1.0   0.007  
426  426     1.0   0.189  
427  427     1.0   0.262  
428  428  0.7727  -0.025  
429  429     1.0   0.095  
#
_pdbx_vrpt_em_details.ordinal                    1
_pdbx_vrpt_em_details.recommended_contour_level  0.0621
#
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    -0.2087061405       0.84509804  
  2  d_dvd    -0.2011116377     1.2304489214  
  3  d_dvd    -0.1935171349     1.3424226808  
  4  d_dvd    -0.1859226321     1.5051499783  
  5  d_dvd    -0.1783281293     1.5682017241  
  6  d_dvd    -0.1707336264     1.7558748557  
  7  d_dvd    -0.1631391236     1.8976270913  
  8  d_dvd    -0.1555446208     1.8808135923  
  9  d_dvd     -0.147950118      2.079181246  
 10  d_dvd    -0.1403556152     2.2922560714  
 11  d_dvd    -0.1327611123     2.4563660331  
 12  d_dvd    -0.1251666095     2.5809249757  
 13  d_dvd    -0.1175721067     2.7067177823  
 14  d_dvd    -0.1099776039     2.9003671287  
 15  d_dvd    -0.1023831011     3.0806264869  
 16  d_dvd    -0.0947885983     3.3203540328  
 17  d_dvd    -0.0871940954     3.5114822886  
 18  d_dvd    -0.0795995926     3.7018269304  
 19  d_dvd    -0.0720050898      3.857814778  
 20  d_dvd     -0.064410587     4.0056951811  
 21  d_dvd    -0.0568160842     4.1507564399  
 22  d_dvd    -0.0492215814     4.2887409388  
 23  d_dvd    -0.0416270785     4.4384948823  
 24  d_dvd    -0.0340325757     4.6470502749  
 25  d_dvd    -0.0264380729     5.2040575483  
 26  d_dvd    -0.0188435701     5.9385292315  
 27  d_dvd    -0.0112490673     6.4092310946  
 28  d_dvd    -0.0036545645     7.1363659494  
 29  d_dvd     0.0039399384     5.8081900344  
 30  d_dvd     0.0115344412     4.6588695922  
 31  d_dvd      0.019128944     4.3309816377  
 32  d_dvd     0.0267234468     4.2990058165  
 33  d_dvd     0.0343179496      4.278753601  
 34  d_dvd     0.0419124524     4.2598565739  
 35  d_dvd     0.0495069553     4.2487577226  
 36  d_dvd     0.0571014581     4.2320299376  
 37  d_dvd     0.0646959609     4.2262131207  
 38  d_dvd     0.0722904637     4.2158225552  
 39  d_dvd     0.0798849665     4.1915907264  
 40  d_dvd     0.0874794693     4.1460349626  
 41  d_dvd     0.0950739722     4.1151110355  
 42  d_dvd      0.102668475     4.0730948645  
 43  d_dvd     0.1102629778     4.0200296335  
 44  d_dvd     0.1178574806       3.97799781  
 45  d_dvd     0.1254519834     3.9258790893  
 46  d_dvd     0.1330464862     3.8707549449  
 47  d_dvd     0.1406409891     3.8287887482  
 48  d_dvd     0.1482354919     3.7616271846  
 49  d_dvd     0.1558299947     3.6912583581  
 50  d_dvd     0.1634244975     3.6426623314  
 51  d_dvd     0.1710190003      3.583198774  
 52  d_dvd     0.1786135031      3.536810866  
 53  d_dvd      0.186208006     3.4742162641  
 54  d_dvd     0.1938025088     3.4278105727  
 55  d_dvd     0.2013970116     3.3484995703  
 56  d_dvd     0.2089915144     3.2857822738  
 57  d_dvd     0.2165860172      3.196176185  
 58  d_dvd     0.2241805201     3.1565491513  
 59  d_dvd     0.2317750229     3.0948203804  
 60  d_dvd     0.2393695257     3.0297894708  
 61  d_dvd     0.2469640285     2.9813655091  
 62  d_dvd     0.2545585313     2.9454685851  
 63  d_dvd     0.2621530341     2.8830933586  
 64  d_dvd      0.269747537     2.8356905715  
 65  d_dvd     0.2773420398      2.791690649  
 66  d_dvd     0.2849365426     2.7535830589  
 67  d_dvd     0.2925310454     2.6812412374  
 68  d_dvd     0.3001255482     2.5865873047  
 69  d_dvd      0.307720051     2.5301996982  
 70  d_dvd     0.3153145539     2.4899584794  
 71  d_dvd     0.3229090567     2.4578818967  
 72  d_dvd     0.3305035595     2.4031205212  
 73  d_dvd     0.3380980623      2.357934847  
 74  d_dvd     0.3456925651     2.3053513694  
 75  d_dvd     0.3532870679     2.3443922737  
 76  d_dvd     0.3608815708     2.2380461031  
 77  d_dvd     0.3684760736     2.2355284469  
 78  d_dvd     0.3760705764     2.1760912591  
 79  d_dvd     0.3836650792     2.1760912591  
 80  d_dvd      0.391259582     2.1492191127  
 81  d_dvd     0.3988540848     2.0899051114  
 82  d_dvd     0.4064485877     2.1139433523  
 83  d_dvd     0.4140430905     2.0718820073  
 84  d_dvd     0.4216375933     2.0899051114  
 85  d_dvd     0.4292320961     2.0043213738  
 86  d_dvd     0.4368265989     1.9956351946  
 87  d_dvd     0.4444211017     1.9684829486  
 88  d_dvd     0.4520156046     1.9684829486  
 89  d_dvd     0.4596101074     1.9912260757  
 90  d_dvd     0.4672046102     1.9084850189  
 91  d_dvd      0.474799113     1.9444826722  
 92  d_dvd     0.4823936158     1.9084850189  
 93  d_dvd     0.4899881186     1.8692317197  
 94  d_dvd     0.4975826215     1.8512583487  
 95  d_dvd     0.5051771243     1.8195439355  
 96  d_dvd     0.5127716271     1.8195439355  
 97  d_dvd     0.5203661299     1.7923916895  
 98  d_dvd     0.5279606327     1.7923916895  
 99  d_dvd     0.5355551355     1.7923916895  
100  d_dvd     0.5431496384       1.84509804  
101  d_dvd     0.5507441412     1.7403626895  
102  d_dvd      0.558338644     1.6232492904  
103  d_dvd     0.5659331468     1.6127838567  
104  d_dvd     0.5735276496       1.69019608  
105  d_dvd     0.5811221524     1.6812412374  
106  d_dvd     0.5887166553     1.6627578317  
107  d_dvd     0.5963111581     1.6127838567  
108  d_dvd     0.6039056609     1.6532125138  
109  d_dvd     0.6115001637     1.5440680444  
110  d_dvd     0.6190946665     1.6020599913  
111  d_dvd     0.6266891694     1.3979400087  
112  d_dvd     0.6342836722     1.5682017241  
113  d_dvd      0.641878175     1.5051499783  
114  d_dvd     0.6494726778     1.4771212547  
115  d_dvd     0.6570671806     1.5051499783  
116  d_dvd     0.6646616834      1.361727836  
117  d_dvd     0.6722561863     1.2552725051  
118  d_dvd     0.6798506891     1.3979400087  
119  d_dvd     0.6874451919     1.3010299957  
120  d_dvd     0.6950396947     1.3010299957  
121  d_dvd     0.7026341975      1.361727836  
122  d_dvd     0.7102287003     0.9542425094  
123  d_dvd     0.7178232032     1.2041199827  
124  d_dvd      0.725417706     1.1760912591  
125  d_dvd     0.7330122088      0.903089987  
126  d_dvd     0.7406067116      0.903089987  
127  d_dvd     0.7482012144       0.84509804  
128  d_raps             0.0     3.8895626386  
129  d_raps    0.0051187551     3.8895626386  
130  d_raps    0.0102375101      4.677960458  
131  d_raps    0.0153562652     4.6178761656  
132  d_raps    0.0204750202     4.0145980205  
133  d_raps    0.0255937753     3.6871849534  
134  d_raps    0.0307125303     3.6847341149  
135  d_raps    0.0358312854     3.4322039157  
136  d_raps    0.0409500404     3.1131078012  
137  d_raps    0.0460687955     2.9282554691  
138  d_raps    0.0511875505     2.7641745242  
139  d_raps    0.0563063056     2.5999936845  
140  d_raps    0.0614250606     2.4570849073  
141  d_raps    0.0665438157     2.2950390498  
142  d_raps    0.0716625707     2.1095241109  
143  d_raps    0.0767813258     2.0030636158  
144  d_raps    0.0819000808     2.0304553403  
145  d_raps    0.0870188359     2.0905381709  
146  d_raps     0.092137591     2.0988937669  
147  d_raps     0.097256346     1.9795604794  
148  d_raps    0.1023751011     1.8291610026  
149  d_raps    0.1074938561     1.6558260733  
150  d_raps    0.1126126112     1.4606328517  
151  d_raps    0.1177313662      1.249680201  
152  d_raps    0.1228501213     1.0570102231  
153  d_raps    0.1279688763     0.9488607496  
154  d_raps    0.1330876314      0.892867971  
155  d_raps    0.1382063864     0.8199115463  
156  d_raps    0.1433251415     0.7359824844  
157  d_raps    0.1484438965     0.6841382266  
158  d_raps    0.1535626516     0.6484461079  
159  d_raps    0.1586814066     0.6000037185  
160  d_raps    0.1638001617     0.5272754863  
161  d_raps    0.1689189167     0.4106633566  
162  d_raps    0.1740376718     0.4150356651  
163  d_raps    0.1791564268     0.4100959037  
164  d_raps    0.1842751819     0.3242737516  
165  d_raps     0.189393937     0.1569683491  
166  d_raps     0.194512692    -0.2580535387  
167  d_raps    0.1996314471    -1.0230136492  
168  d_raps    0.2047502021    -1.4339358339  
169  d_raps    0.2098689572    -1.7935237951  
170  d_raps    0.2149877122    -2.1261015845  
171  d_raps    0.2201064673    -2.4593992556  
172  d_raps    0.2252252223    -2.7665786093  
173  d_raps    0.2303439774    -3.0525020628  
174  d_raps    0.2354627324    -3.3070238736  
175  d_raps    0.2405814875    -3.5058179877  
176  d_raps    0.2457002425    -3.6540922607  
177  d_raps    0.2508189976     -3.751560904  
178  d_raps    0.2559377526    -3.8288704192  
179  d_raps    0.2610565077    -3.8971113885  
180  d_raps    0.2661752627    -3.9671338386  
181  d_raps    0.2712940178    -4.0410344581  
182  d_raps    0.2764127729    -4.1342419618  
183  d_raps    0.2815315279    -4.2302498257  
184  d_raps     0.286650283    -4.3379655103  
185  d_raps     0.291769038    -4.4389288729  
186  d_raps    0.2968877931    -4.5392439414  
187  d_raps    0.3020065481    -4.6281054777  
188  d_raps    0.3071253032    -4.7093642118  
189  d_raps    0.3122440582    -4.7782013203  
190  d_raps    0.3173628133    -4.8294802232  
191  d_raps    0.3224815683    -4.8761242777  
192  d_raps    0.3276003234    -4.9217572977  
193  d_raps    0.3327190784     -4.968446926  
194  d_raps    0.3378378335    -5.0181660613  
195  d_raps    0.3429565885    -5.0708392267  
196  d_raps    0.3480753436    -5.1257581879  
197  d_raps    0.3531940986    -5.1882010198  
198  d_raps    0.3583128537    -5.2519830687  
199  d_raps    0.3634316087    -5.3157764537  
200  d_raps    0.3685503638     -5.378899494  
201  d_raps    0.3736691189     -5.432813397  
202  d_raps    0.3787878739    -5.4807880694  
203  d_raps     0.383906629    -5.5240859452  
204  d_raps     0.389025384    -5.5596794789  
205  d_raps    0.3941441391    -5.5921729907  
206  d_raps    0.3992628941    -5.6243111322  
207  d_raps    0.4043816492     -5.655538081  
208  d_raps    0.4095004042      -5.68939774  
209  d_raps    0.4146191593    -5.7305530501  
210  d_raps    0.4197379143    -5.7718769683  
211  d_raps    0.4248566694    -5.8194629279  
212  d_raps    0.4299754244    -5.8689149722  
213  d_raps    0.4350941795    -5.9153771925  
214  d_raps    0.4402129345    -5.9602689086  
215  d_raps    0.4453316896    -6.0002510296  
216  d_raps    0.4504504446    -6.0377126559  
217  d_raps    0.4555691997    -6.0682976533  
218  d_raps    0.4606879548    -6.0974893248  
219  d_raps    0.4658067098    -6.1216185827  
220  d_raps    0.4709254649      -6.14809598  
221  d_raps    0.4760442199    -6.1720864963  
222  d_raps     0.481162975     -6.200306677  
223  d_raps      0.48628173    -6.2307819086  
224  d_raps    0.4914004851    -6.2659672947  
225  d_raps    0.4965192401    -6.3035332808  
226  d_raps    0.5016379952     -6.340551912  
227  d_raps    0.5067567502    -6.3803001796  
228  d_raps    0.5118755053    -6.4128236592  
229  d_raps    0.5169942603    -6.4468627216  
230  d_raps    0.5221130154     -6.475500308  
231  d_raps    0.5272317704    -6.5007718339  
232  d_raps    0.5323505255    -6.5224879433  
233  d_raps    0.5374692805    -6.5416757534  
234  d_raps    0.5425880356    -6.5590723152  
235  d_raps    0.5477067906    -6.5777945433  
236  d_raps    0.5528255457    -6.5992283229  
237  d_raps    0.5579443008    -6.6216786516  
238  d_raps    0.5630630558    -6.6482916108  
239  d_raps    0.5681818109    -6.6767427605  
240  d_raps    0.5733005659    -6.7082394302  
241  d_raps     0.578419321    -6.7388554624  
242  d_raps     0.583538076     -6.768911609  
243  d_raps    0.5886568311    -6.7967329213  
244  d_raps    0.5937755861    -6.8167164067  
245  d_raps    0.5988943412    -6.8369703395  
246  d_raps    0.6040130962    -6.8507565961  
247  d_raps    0.6091318513    -6.8664817049  
248  d_raps    0.6142506063    -6.8793716322  
249  d_raps    0.6193693614    -6.8901110524  
250  d_raps    0.6244881164     -6.905191424  
251  d_raps    0.6296068715     -6.921011874  
252  d_raps    0.6347256265    -6.9408275698  
253  d_raps    0.6398443816    -6.9612879271  
254  d_raps    0.6449631367    -6.9836055632  
255  d_raps    0.6500818917    -7.0043109298  
256  d_raps    0.6552006468    -7.0232641147  
257  d_raps    0.6603194018    -7.0400475323  
258  d_raps    0.6654381569    -7.0556292745  
259  d_raps    0.6705569119    -7.0670604602  
260  d_raps     0.675675667    -7.0744342183  
261  d_ve     -0.2087061405  7456.0181509241  
262  d_ve     -0.2011709698   7456.015314356  
263  d_ve      -0.193635799  7456.0084255477  
264  d_ve     -0.1861006282  7455.9995106194  
265  d_ve     -0.1785654575  7455.9865434509  
266  d_ve     -0.1710302867  7455.9727658343  
267  d_ve     -0.1634951159  7455.9500732895  
268  d_ve     -0.1559599452  7455.9184658162  
269  d_ve     -0.1484247744   7455.887668791  
270  d_ve     -0.1408896036  7455.8406628052  
271  d_ve     -0.1333544329  7455.7669120344  
272  d_ve     -0.1258192621  7455.6518284139  
273  d_ve     -0.1182840914  7455.5100000084  
274  d_ve     -0.1107489206  7455.3053618805  
275  d_ve     -0.1032137498  7455.0050908849  
276  d_ve     -0.0956785791  7454.5484034193  
277  d_ve     -0.0881434083  7453.7505173324  
278  d_ve     -0.0806082375  7452.5194467728  
279  d_ve     -0.0730730668  7450.5703192575  
280  d_ve      -0.065537896  7447.8314101356  
281  d_ve     -0.0580027252  7443.9684095942  
282  d_ve     -0.0504675545  7438.5708257055  
283  d_ve     -0.0429323837  7431.2070948928  
284  d_ve      -0.035397213  7420.8114779949  
285  d_ve     -0.0278620422  7405.0117936241  
286  d_ve     -0.0203268714  7358.6521401117  
287  d_ve     -0.0127917007  7100.5503764688  
288  d_ve     -0.0052565299  6233.7668868048  
289  d_ve      0.0022786409   605.8662295603  
290  d_ve      0.0098138116   151.5513505153  
291  d_ve      0.0173489824   120.5898043743  
292  d_ve      0.0248841532   111.4973879108  
293  d_ve      0.0324193239   103.3211829467  
294  d_ve      0.0399544947    95.6624490505  
295  d_ve      0.0474896654     88.249686132  
296  d_ve      0.0550248362    81.0918091192  
297  d_ve       0.062560007    74.1819292041  
298  d_ve      0.0700951777    67.3891590294  
299  d_ve      0.0776303485    60.6640612654  
300  d_ve      0.0851655193    54.3526972214  
301  d_ve        0.09270069    48.5276019962  
302  d_ve      0.1002358608     43.168919613  
303  d_ve      0.1077710316    38.2369381183  
304  d_ve      0.1153062023     33.832153068  
305  d_ve      0.1228413731    29.8945913078  
306  d_ve      0.1303765438     26.331456538  
307  d_ve      0.1379117146    23.2335189383  
308  d_ve      0.1454468854    20.4257217337  
309  d_ve      0.1529820561    17.9643910625  
310  d_ve      0.1605172269    15.8430433405  
311  d_ve      0.1680523977    14.0021106374  
312  d_ve      0.1755875684    12.3925608471  
313  d_ve      0.1831227392    10.9256499104  
314  d_ve        0.19065791      9.672697254  
315  d_ve      0.1981930807     8.5465797144  
316  d_ve      0.2057282515     7.5554017721  
317  d_ve      0.2132634223     6.7400910526  
318  d_ve       0.220798593      6.051210226  
319  d_ve      0.2283337638     5.4607988351  
320  d_ve      0.2358689345     4.9210404463  
321  d_ve      0.2434041053     4.4594902924  
322  d_ve      0.2509392761     4.0643968771  
323  d_ve      0.2584744468     3.6810549583  
324  d_ve      0.2660096176     3.3495817135  
325  d_ve      0.2735447884     3.0659249025  
326  d_ve      0.2810799591     2.8033397404  
327  d_ve      0.2886151299     2.5638523471  
328  d_ve      0.2961503007      2.352730635  
329  d_ve      0.3036854714     2.1792947563  
330  d_ve      0.3112206422     2.0281461984  
331  d_ve      0.3187558129     1.9025267536  
332  d_ve      0.3262909837     1.7805543248  
333  d_ve      0.3338261545     1.6699281686  
334  d_ve      0.3413613252      1.577537093  
335  d_ve       0.348896496     1.4859564655  
336  d_ve      0.3564316668     1.4032907663  
337  d_ve      0.3639668375     1.3222459631  
338  d_ve      0.3715020083     1.2561944486  
339  d_ve      0.3790371791      1.188522038  
340  d_ve      0.3865723498     1.1281436596  
341  d_ve      0.3941075206     1.0673600573  
342  d_ve      0.4016426913     1.0163018313  
343  d_ve      0.4091778621     0.9656488293  
344  d_ve      0.4167130329     0.9125644833  
345  d_ve      0.4242482036     0.8639376014  
346  d_ve      0.4317833744     0.8205786317  
347  d_ve      0.4393185452     0.7788405581  
348  d_ve      0.4468537159     0.7399390526  
349  d_ve      0.4543888867     0.7026584432  
350  d_ve      0.4619240575     0.6661882818  
351  d_ve      0.4694592282     0.6280972243  
352  d_ve       0.476994399      0.593653183  
353  d_ve      0.4845295697     0.5583986936  
354  d_ve      0.4920647405     0.5271964444  
355  d_ve      0.4995999113     0.5008568834  
356  d_ve       0.507135082     0.4700598582  
357  d_ve      0.5146702528     0.4461516412  
358  d_ve      0.5222054236     0.4177859602  
359  d_ve      0.5297405943     0.3942829672  
360  d_ve      0.5372757651     0.3667277342  
361  d_ve      0.5448109359     0.3420090692  
362  d_ve      0.5523461066     0.3156695082  
363  d_ve      0.5598812774     0.2937874114  
364  d_ve      0.5674164481     0.2771732267  
365  d_ve      0.5749516189     0.2613694901  
366  d_ve      0.5824867897     0.2411082893  
367  d_ve      0.5900219604     0.2192261925  
368  d_ve      0.5975571312     0.2026120078  
369  d_ve       0.605092302     0.1851873752  
370  d_ve      0.6126274727     0.1677627425  
371  d_ve      0.6201626435       0.15439035  
372  d_ve      0.6276978143     0.1393970614  
373  d_ve       0.635232985      0.130076909  
374  d_ve      0.6427681558     0.1142731724  
375  d_ve      0.6503033265     0.1013060039  
376  d_ve      0.6578384973     0.0903649555  
377  d_ve      0.6653736681      0.076992563  
378  d_ve      0.6729088388     0.0680776346  
379  d_ve      0.6804440096     0.0599731543  
380  d_ve      0.6879791804     0.0502477779  
381  d_ve      0.6955143511     0.0421432976  
382  d_ve      0.7030495219     0.0348492653  
383  d_ve      0.7105846927      0.025529113  
384  d_ve      0.7181198634     0.0218820968  
385  d_ve      0.7256550342     0.0153985126  
386  d_ve      0.7331902049     0.0093201524  
387  d_ve      0.7407253757     0.0060783602  
388  d_ve      0.7482605465     0.0028365681  
389  d_ve      0.7557957172              0.0  
390  d_ai_aa      -0.208706              1.0  
391  d_ai_aa      -0.201171              1.0  
392  d_ai_aa      -0.193636              1.0  
393  d_ai_aa      -0.186101              1.0  
394  d_ai_aa      -0.178565              1.0  
395  d_ai_aa       -0.17103              1.0  
396  d_ai_aa      -0.163495              1.0  
397  d_ai_aa       -0.15596              1.0  
398  d_ai_aa      -0.148425              1.0  
399  d_ai_aa       -0.14089              1.0  
400  d_ai_aa      -0.133354              1.0  
401  d_ai_aa      -0.125819            0.999  
402  d_ai_aa      -0.118284            0.999  
403  d_ai_aa      -0.110749            0.999  
404  d_ai_aa      -0.103214            0.999  
405  d_ai_aa      -0.095679            0.998  
406  d_ai_aa      -0.088143            0.997  
407  d_ai_aa      -0.080608            0.997  
408  d_ai_aa      -0.073073            0.995  
409  d_ai_aa      -0.065538            0.994  
410  d_ai_aa      -0.058003            0.993  
411  d_ai_aa      -0.050468            0.992  
412  d_ai_aa      -0.042932             0.99  
413  d_ai_aa      -0.035397            0.987  
414  d_ai_aa      -0.027862             0.98  
415  d_ai_aa      -0.020327            0.975  
416  d_ai_aa      -0.012792            0.966  
417  d_ai_aa      -0.005257            0.953  
418  d_ai_aa       0.002279            0.937  
419  d_ai_aa       0.009814            0.919  
420  d_ai_aa       0.017349            0.896  
421  d_ai_aa       0.024884            0.871  
422  d_ai_aa       0.032419            0.844  
423  d_ai_aa       0.039954            0.807  
424  d_ai_aa        0.04749             0.77  
425  d_ai_aa         0.0621            0.691  
426  d_ai_aa        0.06256            0.689  
427  d_ai_aa       0.070095            0.645  
428  d_ai_aa        0.07763            0.595  
429  d_ai_aa       0.085166             0.55  
430  d_ai_aa       0.092701            0.507  
431  d_ai_aa       0.100236            0.465  
432  d_ai_aa       0.107771            0.425  
433  d_ai_aa       0.115306            0.385  
434  d_ai_aa       0.122841            0.346  
435  d_ai_aa       0.130377            0.308  
436  d_ai_aa       0.137912            0.274  
437  d_ai_aa       0.145447            0.243  
438  d_ai_aa       0.152982            0.217  
439  d_ai_aa       0.160517            0.191  
440  d_ai_aa       0.168052             0.17  
441  d_ai_aa       0.175588             0.15  
442  d_ai_aa       0.183123            0.134  
443  d_ai_aa       0.190658            0.122  
444  d_ai_aa       0.198193            0.111  
445  d_ai_aa       0.205728            0.098  
446  d_ai_aa       0.213263            0.089  
447  d_ai_aa       0.220799            0.081  
448  d_ai_aa       0.228334            0.074  
449  d_ai_aa       0.235869            0.067  
450  d_ai_aa       0.243404            0.063  
451  d_ai_aa       0.250939            0.057  
452  d_ai_aa       0.258474            0.053  
453  d_ai_aa        0.26601            0.049  
454  d_ai_aa       0.273545            0.045  
455  d_ai_aa        0.28108             0.04  
456  d_ai_aa       0.288615            0.037  
457  d_ai_aa        0.29615            0.035  
458  d_ai_aa       0.303685            0.033  
459  d_ai_aa       0.311221            0.031  
460  d_ai_aa       0.318756            0.029  
461  d_ai_aa       0.326291            0.027  
462  d_ai_aa       0.333826            0.025  
463  d_ai_aa       0.341361            0.023  
464  d_ai_aa       0.348896            0.021  
465  d_ai_aa       0.356432             0.02  
466  d_ai_aa       0.363967            0.019  
467  d_ai_aa       0.371502            0.018  
468  d_ai_aa       0.379037            0.017  
469  d_ai_aa       0.386572            0.017  
470  d_ai_aa       0.394108            0.016  
471  d_ai_aa       0.401643            0.016  
472  d_ai_aa       0.409178            0.015  
473  d_ai_aa       0.416713            0.015  
474  d_ai_aa       0.424248            0.014  
475  d_ai_aa       0.431783            0.013  
476  d_ai_aa       0.439319            0.012  
477  d_ai_aa       0.446854            0.011  
478  d_ai_aa       0.454389            0.011  
479  d_ai_aa       0.461924             0.01  
480  d_ai_aa       0.469459             0.01  
481  d_ai_aa       0.476994            0.009  
482  d_ai_aa        0.48453            0.009  
483  d_ai_aa       0.492065            0.009  
484  d_ai_aa         0.4996            0.009  
485  d_ai_aa       0.507135            0.008  
486  d_ai_aa        0.51467            0.007  
487  d_ai_aa       0.522205            0.007  
488  d_ai_aa       0.529741            0.007  
489  d_ai_aa       0.537276            0.006  
490  d_ai_aa       0.544811            0.005  
491  d_ai_aa       0.552346            0.005  
492  d_ai_aa       0.559881            0.005  
493  d_ai_aa       0.567416            0.005  
494  d_ai_aa       0.574952            0.005  
495  d_ai_aa       0.582487            0.005  
496  d_ai_aa       0.590022            0.005  
497  d_ai_aa       0.597557            0.004  
498  d_ai_aa       0.605092            0.004  
499  d_ai_aa       0.612627            0.004  
500  d_ai_aa       0.620163            0.003  
501  d_ai_aa       0.627698            0.003  
502  d_ai_aa       0.635233            0.002  
503  d_ai_aa       0.642768            0.002  
504  d_ai_aa       0.650303            0.002  
505  d_ai_aa       0.657838            0.002  
506  d_ai_aa       0.665374            0.002  
507  d_ai_aa       0.672909            0.002  
508  d_ai_aa       0.680444            0.002  
509  d_ai_aa       0.687979            0.002  
510  d_ai_aa       0.695514            0.001  
511  d_ai_aa        0.70305            0.001  
512  d_ai_aa       0.710585              0.0  
513  d_ai_aa        0.71812              0.0  
514  d_ai_aa       0.725655              0.0  
515  d_ai_aa        0.73319              0.0  
516  d_ai_aa       0.740725              0.0  
517  d_ai_aa       0.748261              0.0  
518  d_ai_aa       0.755796              0.0  
519  d_ai_bb      -0.208706              1.0  
520  d_ai_bb      -0.201171              1.0  
521  d_ai_bb      -0.193636              1.0  
522  d_ai_bb      -0.186101              1.0  
523  d_ai_bb      -0.178565              1.0  
524  d_ai_bb       -0.17103              1.0  
525  d_ai_bb      -0.163495              1.0  
526  d_ai_bb       -0.15596              1.0  
527  d_ai_bb      -0.148425              1.0  
528  d_ai_bb       -0.14089              1.0  
529  d_ai_bb      -0.133354              1.0  
530  d_ai_bb      -0.125819              1.0  
531  d_ai_bb      -0.118284              1.0  
532  d_ai_bb      -0.110749              1.0  
533  d_ai_bb      -0.103214              1.0  
534  d_ai_bb      -0.095679              1.0  
535  d_ai_bb      -0.088143              1.0  
536  d_ai_bb      -0.080608              1.0  
537  d_ai_bb      -0.073073              1.0  
538  d_ai_bb      -0.065538            0.999  
539  d_ai_bb      -0.058003            0.998  
540  d_ai_bb      -0.050468            0.998  
541  d_ai_bb      -0.042932            0.997  
542  d_ai_bb      -0.035397            0.997  
543  d_ai_bb      -0.027862            0.994  
544  d_ai_bb      -0.020327            0.993  
545  d_ai_bb      -0.012792             0.99  
546  d_ai_bb      -0.005257            0.983  
547  d_ai_bb       0.002279            0.975  
548  d_ai_bb       0.009814            0.962  
549  d_ai_bb       0.017349            0.944  
550  d_ai_bb       0.024884            0.922  
551  d_ai_bb       0.032419            0.897  
552  d_ai_bb       0.039954            0.858  
553  d_ai_bb        0.04749            0.824  
554  d_ai_bb         0.0621            0.749  
555  d_ai_bb        0.06256            0.746  
556  d_ai_bb       0.070095            0.702  
557  d_ai_bb        0.07763            0.647  
558  d_ai_bb       0.085166            0.598  
559  d_ai_bb       0.092701            0.551  
560  d_ai_bb       0.100236              0.5  
561  d_ai_bb       0.107771            0.454  
562  d_ai_bb       0.115306            0.407  
563  d_ai_bb       0.122841            0.357  
564  d_ai_bb       0.130377            0.317  
565  d_ai_bb       0.137912            0.278  
566  d_ai_bb       0.145447            0.241  
567  d_ai_bb       0.152982            0.212  
568  d_ai_bb       0.160517            0.177  
569  d_ai_bb       0.168052            0.155  
570  d_ai_bb       0.175588            0.134  
571  d_ai_bb       0.183123            0.113  
572  d_ai_bb       0.190658            0.102  
573  d_ai_bb       0.198193             0.09  
574  d_ai_bb       0.205728            0.077  
575  d_ai_bb       0.213263            0.066  
576  d_ai_bb       0.220799            0.061  
577  d_ai_bb       0.228334            0.054  
578  d_ai_bb       0.235869            0.045  
579  d_ai_bb       0.243404            0.039  
580  d_ai_bb       0.250939            0.031  
581  d_ai_bb       0.258474            0.028  
582  d_ai_bb        0.26601            0.023  
583  d_ai_bb       0.273545            0.022  
584  d_ai_bb        0.28108            0.017  
585  d_ai_bb       0.288615            0.015  
586  d_ai_bb        0.29615            0.012  
587  d_ai_bb       0.303685             0.01  
588  d_ai_bb       0.311221            0.009  
589  d_ai_bb       0.318756            0.008  
590  d_ai_bb       0.326291            0.007  
591  d_ai_bb       0.333826            0.006  
592  d_ai_bb       0.341361            0.006  
593  d_ai_bb       0.348896            0.005  
594  d_ai_bb       0.356432            0.003  
595  d_ai_bb       0.363967            0.003  
596  d_ai_bb       0.371502            0.003  
597  d_ai_bb       0.379037            0.003  
598  d_ai_bb       0.386572            0.003  
599  d_ai_bb       0.394108            0.003  
600  d_ai_bb       0.401643            0.003  
601  d_ai_bb       0.409178            0.003  
602  d_ai_bb       0.416713            0.003  
603  d_ai_bb       0.424248            0.003  
604  d_ai_bb       0.431783            0.002  
605  d_ai_bb       0.439319            0.002  
606  d_ai_bb       0.446854            0.002  
607  d_ai_bb       0.454389            0.002  
608  d_ai_bb       0.461924            0.001  
609  d_ai_bb       0.469459            0.001  
610  d_ai_bb       0.476994            0.001  
611  d_ai_bb        0.48453            0.001  
612  d_ai_bb       0.492065            0.001  
613  d_ai_bb         0.4996            0.001  
614  d_ai_bb       0.507135            0.001  
615  d_ai_bb        0.51467            0.001  
616  d_ai_bb       0.522205            0.001  
617  d_ai_bb       0.529741            0.001  
618  d_ai_bb       0.537276              0.0  
619  d_ai_bb       0.544811              0.0  
620  d_ai_bb       0.552346              0.0  
621  d_ai_bb       0.559881              0.0  
622  d_ai_bb       0.567416              0.0  
623  d_ai_bb       0.574952              0.0  
624  d_ai_bb       0.582487              0.0  
625  d_ai_bb       0.590022              0.0  
626  d_ai_bb       0.597557              0.0  
627  d_ai_bb       0.605092              0.0  
628  d_ai_bb       0.612627              0.0  
629  d_ai_bb       0.620163              0.0  
630  d_ai_bb       0.627698              0.0  
631  d_ai_bb       0.635233              0.0  
632  d_ai_bb       0.642768              0.0  
633  d_ai_bb       0.650303              0.0  
634  d_ai_bb       0.657838              0.0  
635  d_ai_bb       0.665374              0.0  
636  d_ai_bb       0.672909              0.0  
637  d_ai_bb       0.680444              0.0  
638  d_ai_bb       0.687979              0.0  
639  d_ai_bb       0.695514              0.0  
640  d_ai_bb        0.70305              0.0  
641  d_ai_bb       0.710585              0.0  
642  d_ai_bb        0.71812              0.0  
643  d_ai_bb       0.725655              0.0  
644  d_ai_bb        0.73319              0.0  
645  d_ai_bb       0.740725              0.0  
646  d_ai_bb       0.748261              0.0  
647  d_ai_bb       0.755796              0.0  
#
loop_
_pdbx_vrpt_software.ordinal
_pdbx_vrpt_software.name
_pdbx_vrpt_software.version
_pdbx_vrpt_software.success_y_or_n
1  molprobity      4.02b-467                                                             Y  
2  visualanalysis  0.0.1.dev92                                                           Y  
3  percentiles     "20191225.v01 (using entries in the PDB archive December 25th 2019)"  Y  
4  chimera         1.16                                                                  Y  
5  mapq            1.8.1                                                                 Y  
##
