data_5NT1

_pdbx_vrpt_database.id    PDB
_pdbx_vrpt_database.code  5NT1
#
_pdbx_vrpt_exptl.ordinal  1
_pdbx_vrpt_exptl.method   x-ray
#
_pdbx_vrpt_summary.entry_id                    5NT1
_pdbx_vrpt_summary.PDB_deposition_date         2017-04-27
_pdbx_vrpt_summary.PDB_revision_number         3
_pdbx_vrpt_summary.PDB_revision_date           2024-01-17
_pdbx_vrpt_summary.report_creation_date        2024-06-16:22:38
_pdbx_vrpt_summary.attempted_validation_steps  molprobity,validation-pack,xtriage,eds,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  "E3 ubiquitin/ISG15 ligase TRIM25"  
2  polymer  "Non-structural protein 1"  
3  water    water  
#
loop_
_pdbx_vrpt_asym.label_asym_id
_pdbx_vrpt_asym.entity_id
A  1  
B  2  
C  1  
D  2  
E  1  
F  2  
G  3  
H  3  
I  3  
J  3  
#
loop_
_pdbx_vrpt_percentile_list.id
_pdbx_vrpt_percentile_list.range
_pdbx_vrpt_percentile_list.exp_method
1  all   x-ray  
2  2.82  x-ray  
#
loop_
_pdbx_vrpt_percentile_type.id
_pdbx_vrpt_percentile_type.type
1  all_atom_clashscore           
2  Ramachandran_outlier_percent  
3  rotamer_outliers_percent      
4  RSRZ_outliers_percent         
5  R_value_R_free                
#
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  62.74  141614     ?     ?  
 2  2  1  80.44    4060  2.80  2.84  
 3  1  2  21.91  138981     ?     ?  
 4  2  2  51.16    3978  2.80  2.84  
 5  1  3  50.02  138945     ?     ?  
 6  2  3  80.43    3980  2.80  2.84  
 7  1  4  25.41  127900     ?     ?  
 8  2  4  16.95    3552  2.80  2.84  
 9  1  5  57.97  130704     ?     ?  
10  2  5  90.04    3617  2.80  2.84  
#
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   12.81  
 2  4  2  A  1  1  A   36.78  
 3  5  3  A  1  1  A   20.79  
 4  6  3  A  1  1  A   49.42  
 5  7  4  A  1  1  A    8.56  
 6  8  4  A  1  1  A    4.67  
 7  3  2  B  1  2  B  100.00  
 8  4  2  B  1  2  B  100.00  
 9  5  3  B  1  2  B   56.63  
10  6  3  B  1  2  B   84.07  
11  7  4  B  1  2  B   85.69  
12  8  4  B  1  2  B   81.76  
13  3  2  C  1  1  E   12.81  
14  4  2  C  1  1  E   36.78  
15  5  3  C  1  1  E   68.64  
16  6  3  C  1  1  E   90.03  
17  7  4  C  1  1  E   11.63  
18  8  4  C  1  1  E    6.14  
19  3  2  D  1  2  F  100.00  
20  4  2  D  1  2  F  100.00  
21  5  3  D  1  2  F  100.00  
22  6  3  D  1  2  F  100.00  
23  7  4  D  1  2  F   85.69  
24  8  4  D  1  2  F   81.76  
25  3  2  E  1  1  I   12.81  
26  4  2  E  1  1  I   36.78  
27  5  3  E  1  1  I   39.70  
28  6  3  E  1  1  I   72.29  
29  7  4  E  1  1  I    9.83  
30  8  4  E  1  1  I    5.10  
31  3  2  F  1  2  J  100.00  
32  4  2  F  1  2  J  100.00  
33  5  3  F  1  2  J  100.00  
34  6  3  F  1  2  J  100.00  
35  7  4  F  1  2  J  100.00  
36  8  4  F  1  2  J  100.00  
#
loop_
_pdbx_vrpt_summary_entity_geometry.ordinal
_pdbx_vrpt_summary_entity_geometry.PDB_model_num
_pdbx_vrpt_summary_entity_geometry.entity_id
_pdbx_vrpt_summary_entity_geometry.label_asym_id
_pdbx_vrpt_summary_entity_geometry.auth_asym_id
_pdbx_vrpt_summary_entity_geometry.angles_RMSZ
_pdbx_vrpt_summary_entity_geometry.bonds_RMSZ
_pdbx_vrpt_summary_entity_geometry.num_bonds_RMSZ
_pdbx_vrpt_summary_entity_geometry.num_angles_RMSZ
1  1  1  A  A  0.50  0.33  1413  1892  
2  1  2  B  B  0.54  0.33   961  1301  
3  1  1  C  E  0.49  0.33  1413  1892  
4  1  2  D  F  0.54  0.32   961  1301  
5  1  1  E  I  0.51  0.33  1411  1889  
6  1  2  F  J  0.55  0.36   955  1293  
#
_pdbx_vrpt_summary_geometry.ordinal                        1
_pdbx_vrpt_summary_geometry.percent_ramachandran_outliers  0.69
_pdbx_vrpt_summary_geometry.percent_rotamer_outliers       2.28
_pdbx_vrpt_summary_geometry.clashscore                     4.28
_pdbx_vrpt_summary_geometry.num_H_reduce                   7233
_pdbx_vrpt_summary_geometry.num_bonds_RMSZ                 7114
_pdbx_vrpt_summary_geometry.bonds_RMSZ                     0.33
_pdbx_vrpt_summary_geometry.num_angles_RMSZ                9568
_pdbx_vrpt_summary_geometry.angles_RMSZ                    0.52
#
_pdbx_vrpt_summary_diffraction.exp_method                x-ray
_pdbx_vrpt_summary_diffraction.ordinal                   1
_pdbx_vrpt_summary_diffraction.Babinet_b                 500.000
_pdbx_vrpt_summary_diffraction.bulk_solvent_b            47.474
_pdbx_vrpt_summary_diffraction.Wilson_B_estimate         70.193
_pdbx_vrpt_summary_diffraction.I_over_sigma              1.61(2.81A)
_pdbx_vrpt_summary_diffraction.num_miller_indices        52603
_pdbx_vrpt_summary_diffraction.Babinet_k                 0.168
_pdbx_vrpt_summary_diffraction.bulk_solvent_k            0.321
_pdbx_vrpt_summary_diffraction.Padilla_Yeates_L_mean     0.497
_pdbx_vrpt_summary_diffraction.Padilla_Yeates_L2_mean    0.331
_pdbx_vrpt_summary_diffraction.Fo_Fc_correlation         0.955
_pdbx_vrpt_summary_diffraction.twin_fraction             1/2*h-1/2*k,-3/2*h-1/2*k,-l:0.399;1/2*h+1/2*k,3/2*h-1/2*k,-l:0.407
_pdbx_vrpt_summary_diffraction.DCC_R                     0.20
_pdbx_vrpt_summary_diffraction.DCC_Rfree                 0.23
_pdbx_vrpt_summary_diffraction.EDS_R                     0.19
_pdbx_vrpt_summary_diffraction.EDS_res_high              2.82
_pdbx_vrpt_summary_diffraction.EDS_res_low               48.68
_pdbx_vrpt_summary_diffraction.Wilson_B_aniso            "[76.750,73.338,62.342,0.000,0.000,0.000]"
_pdbx_vrpt_summary_diffraction.data_anisotropy           0.203
_pdbx_vrpt_summary_diffraction.trans_NCS_details         "The largest off-origin peak in the Patterson function is 6.67% of the height of the origin peak. No significant pseudotranslation is detected."
_pdbx_vrpt_summary_diffraction.B_factor_type             FULL
_pdbx_vrpt_summary_diffraction.acentric_outliers         0
_pdbx_vrpt_summary_diffraction.centric_outliers          0
_pdbx_vrpt_summary_diffraction.data_completeness         97.45
_pdbx_vrpt_summary_diffraction.number_reflns_R_free      2601
_pdbx_vrpt_summary_diffraction.percent_free_reflections  4.94
_pdbx_vrpt_summary_diffraction.percent_RSRZ_outliers     5.35
_pdbx_vrpt_summary_diffraction.PDB_resolution_high       2.82
_pdbx_vrpt_summary_diffraction.PDB_resolution_low        48.69
_pdbx_vrpt_summary_diffraction.PDB_R                     0.20
_pdbx_vrpt_summary_diffraction.PDB_Rfree                 0.22
#
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    4  SER  A  190  .  ?        ?  
  2  1  1  A    5  LEU  A  191  .  ?        ?  
  3  1  1  A    6  SER  A  192  .  ?        ?  
  4  1  1  A    7  GLN  A  193  .  ?        ?  
  5  1  1  A    8  ALA  A  194  .  ?        ?  
  6  1  1  A    9  SER  A  195  .  ?        ?  
  7  1  1  A   10  ALA  A  196  .  ?        ?  
  8  1  1  A   11  ASP  A  197  .  ?        ?  
  9  1  1  A   12  LEU  A  198  .  ?        1  
 10  1  1  A   13  GLU  A  199  .  ?        ?  
 11  1  1  A   14  ALA  A  200  .  ?        ?  
 12  1  1  A   15  THR  A  201  .  ?        ?  
 13  1  1  A   16  LEU  A  202  .  ?        1  
 14  1  1  A   17  ARG  A  203  .  ?        ?  
 15  1  1  A   18  HIS  A  204  .  ?        ?  
 16  1  1  A   19  LYS  A  205  .  ?        ?  
 17  1  1  A   20  LEU  A  206  .  ?        ?  
 18  1  1  A   21  THR  A  207  .  ?        ?  
 19  1  1  A   22  VAL  A  208  .  ?        ?  
 20  1  1  A   23  MET  A  209  .  ?        2  
 21  1  1  A   24  TYR  A  210  .  ?        ?  
 22  1  1  A   25  SER  A  211  .  ?        ?  
 23  1  1  A   26  GLN  A  212  .  ?        2  
 24  1  1  A   27  ILE  A  213  .  ?        ?  
 25  1  1  A   28  ASN  A  214  .  ?        ?  
 26  1  1  A   29  GLY  A  215  .  ?        ?  
 27  1  1  A   30  ALA  A  216  .  ?        ?  
 28  1  1  A   31  SER  A  217  .  ?        ?  
 29  1  1  A   32  ARG  A  218  .  ?        ?  
 30  1  1  A   33  ALA  A  219  .  ?        ?  
 31  1  1  A   34  LEU  A  220  .  ?        ?  
 32  1  1  A   35  ASP  A  221  .  ?        ?  
 33  1  1  A   36  ASP  A  222  .  ?        1  
 34  1  1  A   37  VAL  A  223  .  ?        ?  
 35  1  1  A   38  ARG  A  224  .  ?        ?  
 36  1  1  A   39  ASN  A  225  .  ?        ?  
 37  1  1  A   40  ARG  A  226  .  ?        1  
 38  1  1  A   41  GLN  A  227  .  ?        ?  
 39  1  1  A   42  GLN  A  228  .  ?        ?  
 40  1  1  A   43  ASP  A  229  .  ?        ?  
 41  1  1  A   44  VAL  A  230  .  ?        ?  
 42  1  1  A   45  ARG  A  231  .  ?        ?  
 43  1  1  A   46  MET  A  232  .  ?        ?  
 44  1  1  A   47  THR  A  233  .  ?        ?  
 45  1  1  A   48  ALA  A  234  .  ?        ?  
 46  1  1  A   49  ASN  A  235  .  ?        ?  
 47  1  1  A   50  ARG  A  236  .  ?        ?  
 48  1  1  A   51  LYS  A  237  .  ?        1  
 49  1  1  A   52  VAL  A  238  .  ?        ?  
 50  1  1  A   53  GLU  A  239  .  ?        ?  
 51  1  1  A   54  GLN  A  240  .  ?        1  
 52  1  1  A   55  LEU  A  241  .  ?        ?  
 53  1  1  A   56  GLN  A  242  .  ?        ?  
 54  1  1  A   57  GLN  A  243  .  ?        ?  
 55  1  1  A   58  GLU  A  244  .  ?        ?  
 56  1  1  A   59  TYR  A  245  .  ?        ?  
 57  1  1  A   60  THR  A  246  .  ?        ?  
 58  1  1  A   61  GLU  A  247  .  ?        ?  
 59  1  1  A   62  MET  A  248  .  ?        ?  
 60  1  1  A   63  LYS  A  249  .  ?        ?  
 61  1  1  A   64  ALA  A  250  .  ?        ?  
 62  1  1  A   65  LEU  A  251  .  ?        ?  
 63  1  1  A   66  LEU  A  252  .  ?        ?  
 64  1  1  A   67  ASP  A  253  .  ?        ?  
 65  1  1  A   68  ALA  A  254  .  ?        ?  
 66  1  1  A   69  SER  A  255  .  ?        ?  
 67  1  1  A   70  GLU  A  256  .  ?        1  
 68  1  1  A   71  THR  A  257  .  ?        ?  
 69  1  1  A   72  THR  A  258  .  ?        ?  
 70  1  1  A   73  SER  A  259  .  ?        ?  
 71  1  1  A   74  THR  A  260  .  ?        1  
 72  1  1  A   75  ARG  A  261  .  ?        ?  
 73  1  1  A   76  LYS  A  262  .  ?        ?  
 74  1  1  A   77  ILE  A  263  .  ?        ?  
 75  1  1  A   78  LYS  A  264  .  ?        ?  
 76  1  1  A   79  GLU  A  265  .  ?        ?  
 77  1  1  A   80  GLU  A  266  .  ?        ?  
 78  1  1  A   81  GLU  A  267  .  ?        ?  
 79  1  1  A   82  LYS  A  268  .  ?        ?  
 80  1  1  A   83  ARG  A  269  .  ?        ?  
 81  1  1  A   84  VAL  A  270  .  ?        ?  
 82  1  1  A   85  ASN  A  271  .  ?        ?  
 83  1  1  A   86  SER  A  272  .  ?        ?  
 84  1  1  A   87  LYS  A  273  .  ?        1  
 85  1  1  A   88  PHE  A  274  .  ?        ?  
 86  1  1  A   89  ASP  A  275  .  ?        ?  
 87  1  1  A   90  THR  A  276  .  ?        ?  
 88  1  1  A   91  ILE  A  277  .  ?        ?  
 89  1  1  A   92  TYR  A  278  .  ?        ?  
 90  1  1  A   93  GLN  A  279  .  ?        ?  
 91  1  1  A   94  ILE  A  280  .  ?        ?  
 92  1  1  A   95  LEU  A  281  .  ?        ?  
 93  1  1  A   96  LEU  A  282  .  ?        ?  
 94  1  1  A   97  LYS  A  283  .  ?        ?  
 95  1  1  A   98  LYS  A  284  .  ?        ?  
 96  1  1  A   99  LYS  A  285  .  ?        ?  
 97  1  1  A  100  SER  A  286  .  ?        ?  
 98  1  1  A  101  GLU  A  287  .  ?        ?  
 99  1  1  A  102  ILE  A  288  .  ?        ?  
100  1  1  A  103  GLN  A  289  .  ?        ?  
101  1  1  A  104  THR  A  290  .  ?        ?  
102  1  1  A  105  LEU  A  291  .  ?        ?  
103  1  1  A  106  LYS  A  292  .  ?        ?  
104  1  1  A  107  GLU  A  293  .  ?        1  
105  1  1  A  108  GLU  A  294  .  ?        ?  
106  1  1  A  109  ILE  A  295  .  ?        ?  
107  1  1  A  110  GLU  A  296  .  ?        ?  
108  1  1  A  111  GLN  A  297  .  ?        1  
109  1  1  A  112  SER  A  298  .  ?        1  
110  1  1  A  113  LEU  A  299  .  ?        ?  
111  1  1  A  114  THR  A  300  .  ?        ?  
112  1  1  A  115  LYS  A  301  .  ?        ?  
113  1  1  A  116  ARG  A  302  .  ?        1  
114  1  1  A  117  ASP  A  303  .  ?        1  
115  1  1  A  118  GLU  A  304  .  ?        ?  
116  1  1  A  119  PHE  A  305  .  ?        ?  
117  1  1  A  120  GLU  A  306  .  ?        ?  
118  1  1  A  121  PHE  A  307  .  ?        ?  
119  1  1  A  122  LEU  A  308  .  ?        2  
120  1  1  A  123  GLU  A  309  .  ?        ?  
121  1  1  A  124  LYS  A  310  .  ?        1  
122  1  1  A  125  ALA  A  311  .  ?        ?  
123  1  1  A  126  SER  A  312  .  ?        ?  
124  1  1  A  127  LYS  A  313  .  ?        ?  
125  1  1  A  128  LEU  A  314  .  ?        ?  
126  1  1  A  129  ARG  A  315  .  ?        ?  
127  1  1  A  130  GLY  A  316  .  ?        ?  
128  1  1  A  131  ILE  A  317  .  ?        1  
129  1  1  A  132  SER  A  318  .  ?        ?  
130  1  1  A  133  THR  A  319  .  ?        1  
131  1  1  A  134  LYS  A  320  .  ?        ?  
132  1  1  A  135  PRO  A  321  .  ?        2  
133  1  1  A  136  VAL  A  322  .  ?        2  
134  1  1  A  137  TYR  A  323  .  ?        ?  
135  1  1  A  138  ILE  A  324  .  ?        ?  
136  1  1  A  139  PRO  A  325  .  ?        ?  
137  1  1  A  140  GLU  A  326  .  ?        ?  
138  1  1  A  141  VAL  A  327  .  ?        1  
139  1  1  A  142  GLU  A  328  .  ?        ?  
140  1  1  A  143  LEU  A  329  .  ?        ?  
141  1  1  A  144  ASN  A  330  .  ?        ?  
142  1  1  A  145  HIS  A  331  .  ?        ?  
143  1  1  A  146  LYS  A  332  .  ?        ?  
144  1  1  A  147  LEU  A  333  .  ?        ?  
145  1  1  A  148  ILE  A  334  .  ?        ?  
146  1  1  A  149  LYS  A  335  .  ?        ?  
147  1  1  A  150  GLY  A  336  .  ?        ?  
148  1  1  A  151  ILE  A  337  .  ?        ?  
149  1  1  A  152  HIS  A  338  .  ?        ?  
150  1  1  A  153  GLN  A  339  .  ?        ?  
151  1  1  A  154  SER  A  340  .  ?        ?  
152  1  1  A  155  THR  A  341  .  ?        ?  
153  1  1  A  156  ILE  A  342  .  ?        ?  
154  1  1  A  157  ASP  A  343  .  ?        1  
155  1  1  A  158  LEU  A  344  .  ?        ?  
156  1  1  A  159  LYS  A  345  .  ?        ?  
157  1  1  A  160  ASN  A  346  .  ?        ?  
158  1  1  A  161  GLU  A  347  .  ?        1  
159  1  1  A  162  LEU  A  348  .  ?        ?  
160  1  1  A  163  LYS  A  349  .  ?        ?  
161  1  1  A  164  GLN  A  350  .  ?        ?  
162  1  1  A  165  CYS  A  351  .  ?        ?  
163  1  1  A  166  ILE  A  352  .  ?        ?  
164  1  1  A  167  GLY  A  353  .  ?        ?  
165  1  1  A  168  ARG  A  354  .  ?        ?  
166  1  1  A  169  LEU  A  355  .  ?        ?  
167  1  1  A  170  GLN  A  356  .  ?        ?  
168  1  1  A  171  GLU  A  357  .  ?        ?  
169  1  1  A  172  LEU  A  358  .  ?        ?  
170  1  1  A  173  THR  A  359  .  ?        ?  
171  1  1  A  174  PRO  A  360  .  ?        ?  
172  1  1  A  175  SER  A  361  .  ?        ?  
173  1  1  A  176  SER  A  362  .  ?        ?  
174  1  2  B   10  ALA  B   86  .  ?        ?  
175  1  2  B   11  SER  B   87  .  ?        ?  
176  1  2  B   12  ARG  B   88  .  ?        ?  
177  1  2  B   13  TYR  B   89  .  ?        ?  
178  1  2  B   14  LEU  B   90  .  ?        ?  
179  1  2  B   15  THR  B   91  .  ?        ?  
180  1  2  B   16  ASP  B   92  .  ?        ?  
181  1  2  B   17  MET  B   93  .  ?        ?  
182  1  2  B   18  THR  B   94  .  ?        ?  
183  1  2  B   19  LEU  B   95  .  ?        ?  
184  1  2  B   20  GLU  B   96  .  ?        ?  
185  1  2  B   21  GLU  B   97  .  ?        ?  
186  1  2  B   22  MET  B   98  .  ?        ?  
187  1  2  B   23  SER  B   99  .  ?        ?  
188  1  2  B   24  ARG  B  100  .  ?        ?  
189  1  2  B   25  GLU  B  101  .  ?        1  
190  1  2  B   26  TRP  B  102  .  ?        ?  
191  1  2  B   27  SER  B  103  .  ?        ?  
192  1  2  B   28  MET  B  104  .  ?        ?  
193  1  2  B   29  LEU  B  105  .  ?        ?  
194  1  2  B   30  ILE  B  106  .  ?        1  
195  1  2  B   31  PRO  B  107  .  ?        ?  
196  1  2  B   32  LYS  B  108  .  ?        ?  
197  1  2  B   33  GLN  B  109  .  ?        ?  
198  1  2  B   34  LYS  B  110  .  ?        ?  
199  1  2  B   35  VAL  B  111  .  ?        ?  
200  1  2  B   36  ALA  B  112  .  ?        ?  
201  1  2  B   37  GLY  B  113  .  ?        ?  
202  1  2  B   38  PRO  B  114  .  ?        ?  
203  1  2  B   39  LEU  B  115  .  ?        ?  
204  1  2  B   40  CYS  B  116  .  ?        ?  
205  1  2  B   41  ILE  B  117  .  ?        ?  
206  1  2  B   42  ARG  B  118  .  ?        ?  
207  1  2  B   43  MET  B  119  .  ?        ?  
208  1  2  B   44  ASP  B  120  .  ?        ?  
209  1  2  B   45  GLN  B  121  .  ?        ?  
210  1  2  B   46  ALA  B  122  .  ?        1  
211  1  2  B   47  ILE  B  123  .  ?        ?  
212  1  2  B   48  MET  B  124  .  ?        ?  
213  1  2  B   49  ASP  B  125  .  ?        ?  
214  1  2  B   50  LYS  B  126  .  ?        ?  
215  1  2  B   51  ASN  B  127  .  ?        ?  
216  1  2  B   52  ILE  B  128  .  ?        ?  
217  1  2  B   53  ILE  B  129  .  ?        ?  
218  1  2  B   54  LEU  B  130  .  ?        ?  
219  1  2  B   55  LYS  B  131  .  ?        ?  
220  1  2  B   56  ALA  B  132  .  ?        ?  
221  1  2  B   57  ASN  B  133  .  ?        ?  
222  1  2  B   58  PHE  B  134  .  ?        ?  
223  1  2  B   59  SER  B  135  .  ?        ?  
224  1  2  B   60  VAL  B  136  .  ?        ?  
225  1  2  B   61  ILE  B  137  .  ?        ?  
226  1  2  B   62  PHE  B  138  .  ?        ?  
227  1  2  B   63  ASP  B  139  .  ?        ?  
228  1  2  B   64  ARG  B  140  .  ?        ?  
229  1  2  B   65  LEU  B  141  .  ?        ?  
230  1  2  B   66  GLU  B  142  .  ?        ?  
231  1  2  B   67  THR  B  143  .  ?        ?  
232  1  2  B   68  LEU  B  144  .  ?        ?  
233  1  2  B   69  ILE  B  145  .  ?        ?  
234  1  2  B   70  LEU  B  146  .  ?        ?  
235  1  2  B   71  LEU  B  147  .  ?        ?  
236  1  2  B   72  ARG  B  148  .  ?        ?  
237  1  2  B   73  ALA  B  149  .  ?        ?  
238  1  2  B   74  PHE  B  150  .  ?        ?  
239  1  2  B   75  THR  B  151  .  ?        ?  
240  1  2  B   76  GLU  B  152  .  ?        ?  
241  1  2  B   77  GLU  B  153  .  ?        ?  
242  1  2  B   78  GLY  B  154  .  ?        ?  
243  1  2  B   79  ALA  B  155  .  ?        ?  
244  1  2  B   80  ILE  B  156  .  ?        ?  
245  1  2  B   81  VAL  B  157  .  ?        ?  
246  1  2  B   82  GLY  B  158  .  ?        ?  
247  1  2  B   83  GLU  B  159  .  ?        ?  
248  1  2  B   84  ILE  B  160  .  ?        ?  
249  1  2  B   85  SER  B  161  .  ?        ?  
250  1  2  B   86  PRO  B  162  .  ?        ?  
251  1  2  B   87  LEU  B  163  .  ?        ?  
252  1  2  B   88  PRO  B  164  .  ?        ?  
253  1  2  B   89  SER  B  165  .  ?        ?  
254  1  2  B   90  LEU  B  166  .  ?        ?  
255  1  2  B   91  PRO  B  167  .  ?        ?  
256  1  2  B   92  GLY  B  168  .  ?        ?  
257  1  2  B   93  HIS  B  169  .  ?        ?  
258  1  2  B   94  THR  B  170  .  ?        ?  
259  1  2  B   95  ALA  B  171  .  ?        ?  
260  1  2  B   96  GLU  B  172  .  ?        ?  
261  1  2  B   97  ASP  B  173  .  ?        ?  
262  1  2  B   98  VAL  B  174  .  ?        ?  
263  1  2  B   99  LYS  B  175  .  ?        1  
264  1  2  B  100  ASN  B  176  .  ?        ?  
265  1  2  B  101  ALA  B  177  .  ?        ?  
266  1  2  B  102  VAL  B  178  .  ?        ?  
267  1  2  B  103  GLY  B  179  .  ?        ?  
268  1  2  B  104  VAL  B  180  .  ?        ?  
269  1  2  B  105  LEU  B  181  .  ?        ?  
270  1  2  B  106  ILE  B  182  .  ?        1  
271  1  2  B  107  GLY  B  183  .  ?        ?  
272  1  2  B  108  GLY  B  184  .  ?        ?  
273  1  2  B  109  LEU  B  185  .  ?        ?  
274  1  2  B  110  GLU  B  186  .  ?        ?  
275  1  2  B  111  TRP  B  187  .  ?        ?  
276  1  2  B  112  ASN  B  188  .  ?        ?  
277  1  2  B  113  ASP  B  189  .  ?        ?  
278  1  2  B  114  ASN  B  190  .  ?        ?  
279  1  2  B  115  THR  B  191  .  ?        ?  
280  1  2  B  116  VAL  B  192  .  ?        1  
281  1  2  B  117  ARG  B  193  .  ?        ?  
282  1  2  B  118  VAL  B  194  .  ?        ?  
283  1  2  B  119  SER  B  195  .  ?        ?  
284  1  2  B  120  GLU  B  196  .  ?        1  
285  1  2  B  121  THR  B  197  .  ?        ?  
286  1  2  B  122  LEU  B  198  .  ?        ?  
287  1  2  B  123  GLN  B  199  .  ?        ?  
288  1  2  B  124  ARG  B  200  .  ?        1  
289  1  2  B  125  PHE  B  201  .  ?        ?  
290  1  2  B  126  ALA  B  202  .  ?        2  
291  1  2  B  127  TRP  B  203  .  ?        2  
292  1  2  B  128  ARG  B  204  .  ?        1  
293  1  2  B  129  SER  B  205  .  ?        ?  
294  1  1  C    4  SER  E  190  .  ?        ?  
295  1  1  C    5  LEU  E  191  .  ?        ?  
296  1  1  C    6  SER  E  192  .  ?        ?  
297  1  1  C    7  GLN  E  193  .  ?        ?  
298  1  1  C    8  ALA  E  194  .  ?        ?  
299  1  1  C    9  SER  E  195  .  ?        ?  
300  1  1  C   10  ALA  E  196  .  ?        1  
301  1  1  C   11  ASP  E  197  .  ?        ?  
302  1  1  C   12  LEU  E  198  .  ?        ?  
303  1  1  C   13  GLU  E  199  .  ?        1  
304  1  1  C   14  ALA  E  200  .  ?        ?  
305  1  1  C   15  THR  E  201  .  ?        ?  
306  1  1  C   16  LEU  E  202  .  ?        ?  
307  1  1  C   17  ARG  E  203  .  ?        ?  
308  1  1  C   18  HIS  E  204  .  ?        ?  
309  1  1  C   19  LYS  E  205  .  ?        ?  
310  1  1  C   20  LEU  E  206  .  ?        ?  
311  1  1  C   21  THR  E  207  .  ?        ?  
312  1  1  C   22  VAL  E  208  .  ?        ?  
313  1  1  C   23  MET  E  209  .  ?        ?  
314  1  1  C   24  TYR  E  210  .  ?        ?  
315  1  1  C   25  SER  E  211  .  ?        ?  
316  1  1  C   26  GLN  E  212  .  ?        ?  
317  1  1  C   27  ILE  E  213  .  ?        ?  
318  1  1  C   28  ASN  E  214  .  ?        ?  
319  1  1  C   29  GLY  E  215  .  ?        ?  
320  1  1  C   30  ALA  E  216  .  ?        ?  
321  1  1  C   31  SER  E  217  .  ?        ?  
322  1  1  C   32  ARG  E  218  .  ?        ?  
323  1  1  C   33  ALA  E  219  .  ?        ?  
324  1  1  C   34  LEU  E  220  .  ?        ?  
325  1  1  C   35  ASP  E  221  .  ?        ?  
326  1  1  C   36  ASP  E  222  .  ?        ?  
327  1  1  C   37  VAL  E  223  .  ?        ?  
328  1  1  C   38  ARG  E  224  .  ?        ?  
329  1  1  C   39  ASN  E  225  .  ?        ?  
330  1  1  C   40  ARG  E  226  .  ?        ?  
331  1  1  C   41  GLN  E  227  .  ?        ?  
332  1  1  C   42  GLN  E  228  .  ?        ?  
333  1  1  C   43  ASP  E  229  .  ?        ?  
334  1  1  C   44  VAL  E  230  .  ?        ?  
335  1  1  C   45  ARG  E  231  .  ?        ?  
336  1  1  C   46  MET  E  232  .  ?        ?  
337  1  1  C   47  THR  E  233  .  ?        ?  
338  1  1  C   48  ALA  E  234  .  ?        ?  
339  1  1  C   49  ASN  E  235  .  ?        ?  
340  1  1  C   50  ARG  E  236  .  ?        ?  
341  1  1  C   51  LYS  E  237  .  ?        ?  
342  1  1  C   52  VAL  E  238  .  ?        ?  
343  1  1  C   53  GLU  E  239  .  ?        ?  
344  1  1  C   54  GLN  E  240  .  ?        1  
345  1  1  C   55  LEU  E  241  .  ?        ?  
346  1  1  C   56  GLN  E  242  .  ?        ?  
347  1  1  C   57  GLN  E  243  .  ?        1  
348  1  1  C   58  GLU  E  244  .  ?        ?  
349  1  1  C   59  TYR  E  245  .  ?        ?  
350  1  1  C   60  THR  E  246  .  ?        ?  
351  1  1  C   61  GLU  E  247  .  ?        ?  
352  1  1  C   62  MET  E  248  .  ?        ?  
353  1  1  C   63  LYS  E  249  .  ?        ?  
354  1  1  C   64  ALA  E  250  .  ?        ?  
355  1  1  C   65  LEU  E  251  .  ?        ?  
356  1  1  C   66  LEU  E  252  .  ?        ?  
357  1  1  C   67  ASP  E  253  .  ?        ?  
358  1  1  C   68  ALA  E  254  .  ?        ?  
359  1  1  C   69  SER  E  255  .  ?        ?  
360  1  1  C   70  GLU  E  256  .  ?        1  
361  1  1  C   71  THR  E  257  .  ?        ?  
362  1  1  C   72  THR  E  258  .  ?        ?  
363  1  1  C   73  SER  E  259  .  ?        ?  
364  1  1  C   74  THR  E  260  .  ?        1  
365  1  1  C   75  ARG  E  261  .  ?        ?  
366  1  1  C   76  LYS  E  262  .  ?        ?  
367  1  1  C   77  ILE  E  263  .  ?        ?  
368  1  1  C   78  LYS  E  264  .  ?        ?  
369  1  1  C   79  GLU  E  265  .  ?        ?  
370  1  1  C   80  GLU  E  266  .  ?        ?  
371  1  1  C   81  GLU  E  267  .  ?        ?  
372  1  1  C   82  LYS  E  268  .  ?        ?  
373  1  1  C   83  ARG  E  269  .  ?        ?  
374  1  1  C   84  VAL  E  270  .  ?        ?  
375  1  1  C   85  ASN  E  271  .  ?        ?  
376  1  1  C   86  SER  E  272  .  ?        ?  
377  1  1  C   87  LYS  E  273  .  ?        ?  
378  1  1  C   88  PHE  E  274  .  ?        ?  
379  1  1  C   89  ASP  E  275  .  ?        ?  
380  1  1  C   90  THR  E  276  .  ?        ?  
381  1  1  C   91  ILE  E  277  .  ?        ?  
382  1  1  C   92  TYR  E  278  .  ?        ?  
383  1  1  C   93  GLN  E  279  .  ?        ?  
384  1  1  C   94  ILE  E  280  .  ?        ?  
385  1  1  C   95  LEU  E  281  .  ?        ?  
386  1  1  C   96  LEU  E  282  .  ?        ?  
387  1  1  C   97  LYS  E  283  .  ?        1  
388  1  1  C   98  LYS  E  284  .  ?        1  
389  1  1  C   99  LYS  E  285  .  ?        ?  
390  1  1  C  100  SER  E  286  .  ?        ?  
391  1  1  C  101  GLU  E  287  .  ?        1  
392  1  1  C  102  ILE  E  288  .  ?        1  
393  1  1  C  103  GLN  E  289  .  ?        ?  
394  1  1  C  104  THR  E  290  .  ?        ?  
395  1  1  C  105  LEU  E  291  .  ?        ?  
396  1  1  C  106  LYS  E  292  .  ?        ?  
397  1  1  C  107  GLU  E  293  .  ?        1  
398  1  1  C  108  GLU  E  294  .  ?        ?  
399  1  1  C  109  ILE  E  295  .  ?        ?  
400  1  1  C  110  GLU  E  296  .  ?        ?  
401  1  1  C  111  GLN  E  297  .  ?        1  
402  1  1  C  112  SER  E  298  .  ?        ?  
403  1  1  C  113  LEU  E  299  .  ?        ?  
404  1  1  C  114  THR  E  300  .  ?        ?  
405  1  1  C  115  LYS  E  301  .  ?        ?  
406  1  1  C  116  ARG  E  302  .  ?        ?  
407  1  1  C  117  ASP  E  303  .  ?        ?  
408  1  1  C  118  GLU  E  304  .  ?        ?  
409  1  1  C  119  PHE  E  305  .  ?        ?  
410  1  1  C  120  GLU  E  306  .  ?        2  
411  1  1  C  121  PHE  E  307  .  ?        ?  
412  1  1  C  122  LEU  E  308  .  ?        ?  
413  1  1  C  123  GLU  E  309  .  ?        ?  
414  1  1  C  124  LYS  E  310  .  ?        ?  
415  1  1  C  125  ALA  E  311  .  ?        ?  
416  1  1  C  126  SER  E  312  .  ?        ?  
417  1  1  C  127  LYS  E  313  .  ?        ?  
418  1  1  C  128  LEU  E  314  .  ?        ?  
419  1  1  C  129  ARG  E  315  .  ?        ?  
420  1  1  C  130  GLY  E  316  .  ?        ?  
421  1  1  C  131  ILE  E  317  .  ?        ?  
422  1  1  C  132  SER  E  318  .  ?        1  
423  1  1  C  133  THR  E  319  .  ?        ?  
424  1  1  C  134  LYS  E  320  .  ?        1  
425  1  1  C  135  PRO  E  321  .  ?        1  
426  1  1  C  136  VAL  E  322  .  ?        1  
427  1  1  C  137  TYR  E  323  .  ?        ?  
428  1  1  C  138  ILE  E  324  .  ?        ?  
429  1  1  C  139  PRO  E  325  .  ?        ?  
430  1  1  C  140  GLU  E  326  .  ?        ?  
431  1  1  C  141  VAL  E  327  .  ?        ?  
432  1  1  C  142  GLU  E  328  .  ?        ?  
433  1  1  C  143  LEU  E  329  .  ?        ?  
434  1  1  C  144  ASN  E  330  .  ?        ?  
435  1  1  C  145  HIS  E  331  .  ?        ?  
436  1  1  C  146  LYS  E  332  .  ?        2  
437  1  1  C  147  LEU  E  333  .  ?        ?  
438  1  1  C  148  ILE  E  334  .  ?        ?  
439  1  1  C  149  LYS  E  335  .  ?        ?  
440  1  1  C  150  GLY  E  336  .  ?        ?  
441  1  1  C  151  ILE  E  337  .  ?        ?  
442  1  1  C  152  HIS  E  338  .  ?        ?  
443  1  1  C  153  GLN  E  339  .  ?        ?  
444  1  1  C  154  SER  E  340  .  ?        ?  
445  1  1  C  155  THR  E  341  .  ?        ?  
446  1  1  C  156  ILE  E  342  .  ?        ?  
447  1  1  C  157  ASP  E  343  .  ?        1  
448  1  1  C  158  LEU  E  344  .  ?        ?  
449  1  1  C  159  LYS  E  345  .  ?        2  
450  1  1  C  160  ASN  E  346  .  ?        ?  
451  1  1  C  161  GLU  E  347  .  ?        1  
452  1  1  C  162  LEU  E  348  .  ?        ?  
453  1  1  C  163  LYS  E  349  .  ?        ?  
454  1  1  C  164  GLN  E  350  .  ?        ?  
455  1  1  C  165  CYS  E  351  .  ?        ?  
456  1  1  C  166  ILE  E  352  .  ?        ?  
457  1  1  C  167  GLY  E  353  .  ?        ?  
458  1  1  C  168  ARG  E  354  .  ?        ?  
459  1  1  C  169  LEU  E  355  .  ?        ?  
460  1  1  C  170  GLN  E  356  .  ?        ?  
461  1  1  C  171  GLU  E  357  .  ?        ?  
462  1  1  C  172  LEU  E  358  .  ?        ?  
463  1  1  C  173  THR  E  359  .  ?        ?  
464  1  1  C  174  PRO  E  360  .  ?        ?  
465  1  1  C  175  SER  E  361  .  ?        ?  
466  1  1  C  176  SER  E  362  .  ?        ?  
467  1  2  D   10  ALA  F   86  .  ?        ?  
468  1  2  D   11  SER  F   87  .  ?        ?  
469  1  2  D   12  ARG  F   88  .  ?        ?  
470  1  2  D   13  TYR  F   89  .  ?        ?  
471  1  2  D   14  LEU  F   90  .  ?        ?  
472  1  2  D   15  THR  F   91  .  ?        ?  
473  1  2  D   16  ASP  F   92  .  ?        ?  
474  1  2  D   17  MET  F   93  .  ?        ?  
475  1  2  D   18  THR  F   94  .  ?        ?  
476  1  2  D   19  LEU  F   95  .  ?        ?  
477  1  2  D   20  GLU  F   96  .  ?        1  
478  1  2  D   21  GLU  F   97  .  ?        ?  
479  1  2  D   22  MET  F   98  .  ?        ?  
480  1  2  D   23  SER  F   99  .  ?        ?  
481  1  2  D   24  ARG  F  100  .  ?        1  
482  1  2  D   25  GLU  F  101  .  ?        ?  
483  1  2  D   26  TRP  F  102  .  ?        ?  
484  1  2  D   27  SER  F  103  .  ?        ?  
485  1  2  D   28  MET  F  104  .  ?        ?  
486  1  2  D   29  LEU  F  105  .  ?        ?  
487  1  2  D   30  ILE  F  106  .  ?        ?  
488  1  2  D   31  PRO  F  107  .  ?        ?  
489  1  2  D   32  LYS  F  108  .  ?        ?  
490  1  2  D   33  GLN  F  109  .  ?        ?  
491  1  2  D   34  LYS  F  110  .  ?        ?  
492  1  2  D   35  VAL  F  111  .  ?        ?  
493  1  2  D   36  ALA  F  112  .  ?        ?  
494  1  2  D   37  GLY  F  113  .  ?        ?  
495  1  2  D   38  PRO  F  114  .  ?        ?  
496  1  2  D   39  LEU  F  115  .  ?        ?  
497  1  2  D   40  CYS  F  116  .  ?        ?  
498  1  2  D   41  ILE  F  117  .  ?        ?  
499  1  2  D   42  ARG  F  118  .  ?        ?  
500  1  2  D   43  MET  F  119  .  ?        ?  
501  1  2  D   44  ASP  F  120  .  ?        1  
502  1  2  D   45  GLN  F  121  .  ?        ?  
503  1  2  D   46  ALA  F  122  .  ?        ?  
504  1  2  D   47  ILE  F  123  .  ?        1  
505  1  2  D   48  MET  F  124  .  ?        ?  
506  1  2  D   49  ASP  F  125  .  ?        ?  
507  1  2  D   50  LYS  F  126  .  ?        ?  
508  1  2  D   51  ASN  F  127  .  ?        ?  
509  1  2  D   52  ILE  F  128  .  ?        ?  
510  1  2  D   53  ILE  F  129  .  ?        ?  
511  1  2  D   54  LEU  F  130  .  ?        ?  
512  1  2  D   55  LYS  F  131  .  ?        ?  
513  1  2  D   56  ALA  F  132  .  ?        ?  
514  1  2  D   57  ASN  F  133  .  ?        ?  
515  1  2  D   58  PHE  F  134  .  ?        ?  
516  1  2  D   59  SER  F  135  .  ?        ?  
517  1  2  D   60  VAL  F  136  .  ?        ?  
518  1  2  D   61  ILE  F  137  .  ?        2  
519  1  2  D   62  PHE  F  138  .  ?        1  
520  1  2  D   63  ASP  F  139  .  ?        ?  
521  1  2  D   64  ARG  F  140  .  ?        ?  
522  1  2  D   65  LEU  F  141  .  ?        ?  
523  1  2  D   66  GLU  F  142  .  ?        1  
524  1  2  D   67  THR  F  143  .  ?        ?  
525  1  2  D   68  LEU  F  144  .  ?        ?  
526  1  2  D   69  ILE  F  145  .  ?        ?  
527  1  2  D   70  LEU  F  146  .  ?        ?  
528  1  2  D   71  LEU  F  147  .  ?        ?  
529  1  2  D   72  ARG  F  148  .  ?        ?  
530  1  2  D   73  ALA  F  149  .  ?        ?  
531  1  2  D   74  PHE  F  150  .  ?        ?  
532  1  2  D   75  THR  F  151  .  ?        ?  
533  1  2  D   76  GLU  F  152  .  ?        ?  
534  1  2  D   77  GLU  F  153  .  ?        ?  
535  1  2  D   78  GLY  F  154  .  ?        ?  
536  1  2  D   79  ALA  F  155  .  ?        ?  
537  1  2  D   80  ILE  F  156  .  ?        ?  
538  1  2  D   81  VAL  F  157  .  ?        ?  
539  1  2  D   82  GLY  F  158  .  ?        ?  
540  1  2  D   83  GLU  F  159  .  ?        ?  
541  1  2  D   84  ILE  F  160  .  ?        ?  
542  1  2  D   85  SER  F  161  .  ?        ?  
543  1  2  D   86  PRO  F  162  .  ?        ?  
544  1  2  D   87  LEU  F  163  .  ?        ?  
545  1  2  D   88  PRO  F  164  .  ?        ?  
546  1  2  D   89  SER  F  165  .  ?        ?  
547  1  2  D   90  LEU  F  166  .  ?        ?  
548  1  2  D   91  PRO  F  167  .  ?        ?  
549  1  2  D   92  GLY  F  168  .  ?        ?  
550  1  2  D   93  HIS  F  169  .  ?        ?  
551  1  2  D   94  THR  F  170  .  ?        ?  
552  1  2  D   95  ALA  F  171  .  ?        ?  
553  1  2  D   96  GLU  F  172  .  ?        ?  
554  1  2  D   97  ASP  F  173  .  ?        ?  
555  1  2  D   98  VAL  F  174  .  ?        ?  
556  1  2  D   99  LYS  F  175  .  ?        ?  
557  1  2  D  100  ASN  F  176  .  ?        ?  
558  1  2  D  101  ALA  F  177  .  ?        ?  
559  1  2  D  102  VAL  F  178  .  ?        ?  
560  1  2  D  103  GLY  F  179  .  ?        ?  
561  1  2  D  104  VAL  F  180  .  ?        ?  
562  1  2  D  105  LEU  F  181  .  ?        ?  
563  1  2  D  106  ILE  F  182  .  ?        ?  
564  1  2  D  107  GLY  F  183  .  ?        ?  
565  1  2  D  108  GLY  F  184  .  ?        ?  
566  1  2  D  109  LEU  F  185  .  ?        ?  
567  1  2  D  110  GLU  F  186  .  ?        ?  
568  1  2  D  111  TRP  F  187  .  ?        ?  
569  1  2  D  112  ASN  F  188  .  ?        ?  
570  1  2  D  113  ASP  F  189  .  ?        ?  
571  1  2  D  114  ASN  F  190  .  ?        ?  
572  1  2  D  115  THR  F  191  .  ?        ?  
573  1  2  D  116  VAL  F  192  .  ?        ?  
574  1  2  D  117  ARG  F  193  .  ?        ?  
575  1  2  D  118  VAL  F  194  .  ?        ?  
576  1  2  D  119  SER  F  195  .  ?        ?  
577  1  2  D  120  GLU  F  196  .  ?        ?  
578  1  2  D  121  THR  F  197  .  ?        ?  
579  1  2  D  122  LEU  F  198  .  ?        ?  
580  1  2  D  123  GLN  F  199  .  ?        ?  
581  1  2  D  124  ARG  F  200  .  ?        ?  
582  1  2  D  125  PHE  F  201  .  ?        ?  
583  1  2  D  126  ALA  F  202  .  ?        ?  
584  1  2  D  127  TRP  F  203  .  ?        ?  
585  1  2  D  128  ARG  F  204  .  ?        ?  
586  1  2  D  129  SER  F  205  .  ?        ?  
587  1  1  E    4  SER  I  190  .  ?        ?  
588  1  1  E    5  LEU  I  191  .  ?        2  
589  1  1  E    6  SER  I  192  .  ?        ?  
590  1  1  E    7  GLN  I  193  .  ?        ?  
591  1  1  E    8  ALA  I  194  .  ?        ?  
592  1  1  E    9  SER  I  195  .  ?        ?  
593  1  1  E   10  ALA  I  196  .  ?        ?  
594  1  1  E   11  ASP  I  197  .  ?        ?  
595  1  1  E   12  LEU  I  198  .  ?        ?  
596  1  1  E   13  GLU  I  199  .  ?        ?  
597  1  1  E   14  ALA  I  200  .  ?        ?  
598  1  1  E   15  THR  I  201  .  ?        ?  
599  1  1  E   16  LEU  I  202  .  ?        ?  
600  1  1  E   17  ARG  I  203  .  ?        ?  
601  1  1  E   18  HIS  I  204  .  ?        ?  
602  1  1  E   19  LYS  I  205  .  ?        ?  
603  1  1  E   20  LEU  I  206  .  ?        ?  
604  1  1  E   21  THR  I  207  .  ?        ?  
605  1  1  E   22  VAL  I  208  .  ?        ?  
606  1  1  E   23  MET  I  209  .  ?        ?  
607  1  1  E   24  TYR  I  210  .  ?        ?  
608  1  1  E   25  SER  I  211  .  ?        ?  
609  1  1  E   26  GLN  I  212  .  ?        1  
610  1  1  E   27  ILE  I  213  .  ?        ?  
611  1  1  E   28  ASN  I  214  .  ?        ?  
612  1  1  E   29  GLY  I  215  .  ?        ?  
613  1  1  E   30  ALA  I  216  .  ?        ?  
614  1  1  E   31  SER  I  217  .  ?        ?  
615  1  1  E   32  ARG  I  218  .  ?        ?  
616  1  1  E   33  ALA  I  219  .  ?        ?  
617  1  1  E   34  LEU  I  220  .  ?        ?  
618  1  1  E   35  ASP  I  221  .  ?        ?  
619  1  1  E   36  ASP  I  222  .  ?        2  
620  1  1  E   37  VAL  I  223  .  ?        ?  
621  1  1  E   38  ARG  I  224  .  ?        ?  
622  1  1  E   39  ASN  I  225  .  ?        ?  
623  1  1  E   40  ARG  I  226  .  ?        1  
624  1  1  E   41  GLN  I  227  .  ?        ?  
625  1  1  E   42  GLN  I  228  .  ?        ?  
626  1  1  E   43  ASP  I  229  .  ?        ?  
627  1  1  E   44  VAL  I  230  .  ?        ?  
628  1  1  E   45  ARG  I  231  .  ?        ?  
629  1  1  E   46  MET  I  232  .  ?        ?  
630  1  1  E   47  THR  I  233  .  ?        ?  
631  1  1  E   48  ALA  I  234  .  ?        ?  
632  1  1  E   49  ASN  I  235  .  ?        ?  
633  1  1  E   50  ARG  I  236  .  ?        ?  
634  1  1  E   51  LYS  I  237  .  ?        ?  
635  1  1  E   52  VAL  I  238  .  ?        ?  
636  1  1  E   53  GLU  I  239  .  ?        ?  
637  1  1  E   54  GLN  I  240  .  ?        1  
638  1  1  E   55  LEU  I  241  .  ?        ?  
639  1  1  E   56  GLN  I  242  .  ?        ?  
640  1  1  E   57  GLN  I  243  .  ?        1  
641  1  1  E   58  GLU  I  244  .  ?        ?  
642  1  1  E   59  TYR  I  245  .  ?        ?  
643  1  1  E   60  THR  I  246  .  ?        ?  
644  1  1  E   61  GLU  I  247  .  ?        ?  
645  1  1  E   62  MET  I  248  .  ?        1  
646  1  1  E   63  LYS  I  249  .  ?        ?  
647  1  1  E   64  ALA  I  250  .  ?        ?  
648  1  1  E   65  LEU  I  251  .  ?        1  
649  1  1  E   66  LEU  I  252  .  ?        ?  
650  1  1  E   67  ASP  I  253  .  ?        ?  
651  1  1  E   68  ALA  I  254  .  ?        1  
652  1  1  E   69  SER  I  255  .  ?        ?  
653  1  1  E   70  GLU  I  256  .  ?        ?  
654  1  1  E   71  THR  I  257  .  ?        ?  
655  1  1  E   72  THR  I  258  .  ?        1  
656  1  1  E   73  SER  I  259  .  ?        ?  
657  1  1  E   74  THR  I  260  .  ?        ?  
658  1  1  E   75  ARG  I  261  .  ?        ?  
659  1  1  E   76  LYS  I  262  .  ?        ?  
660  1  1  E   77  ILE  I  263  .  ?        ?  
661  1  1  E   78  LYS  I  264  .  ?        ?  
662  1  1  E   79  GLU  I  265  .  ?        1  
663  1  1  E   80  GLU  I  266  .  ?        1  
664  1  1  E   81  GLU  I  267  .  ?        ?  
665  1  1  E   82  LYS  I  268  .  ?        2  
666  1  1  E   83  ARG  I  269  .  ?        ?  
667  1  1  E   84  VAL  I  270  .  ?        ?  
668  1  1  E   85  ASN  I  271  .  ?        ?  
669  1  1  E   86  SER  I  272  .  ?        ?  
670  1  1  E   87  LYS  I  273  .  ?        ?  
671  1  1  E   88  PHE  I  274  .  ?        ?  
672  1  1  E   89  ASP  I  275  .  ?        ?  
673  1  1  E   90  THR  I  276  .  ?        1  
674  1  1  E   91  ILE  I  277  .  ?        ?  
675  1  1  E   92  TYR  I  278  .  ?        ?  
676  1  1  E   93  GLN  I  279  .  ?        ?  
677  1  1  E   94  ILE  I  280  .  ?        2  
678  1  1  E   95  LEU  I  281  .  ?        ?  
679  1  1  E   96  LEU  I  282  .  ?        ?  
680  1  1  E   97  LYS  I  283  .  ?        ?  
681  1  1  E   98  LYS  I  284  .  ?        1  
682  1  1  E   99  LYS  I  285  .  ?        ?  
683  1  1  E  100  SER  I  286  .  ?        ?  
684  1  1  E  101  GLU  I  287  .  ?        ?  
685  1  1  E  102  ILE  I  288  .  ?        ?  
686  1  1  E  103  GLN  I  289  .  ?        ?  
687  1  1  E  104  THR  I  290  .  ?        ?  
688  1  1  E  105  LEU  I  291  .  ?        ?  
689  1  1  E  106  LYS  I  292  .  ?        ?  
690  1  1  E  107  GLU  I  293  .  ?        1  
691  1  1  E  108  GLU  I  294  .  ?        ?  
692  1  1  E  109  ILE  I  295  .  ?        1  
693  1  1  E  110  GLU  I  296  .  ?        ?  
694  1  1  E  111  GLN  I  297  .  ?        1  
695  1  1  E  112  SER  I  298  .  ?        ?  
696  1  1  E  113  LEU  I  299  .  ?        ?  
697  1  1  E  114  THR  I  300  .  ?        ?  
698  1  1  E  115  LYS  I  301  .  ?        ?  
699  1  1  E  116  ARG  I  302  .  ?        ?  
700  1  1  E  117  ASP  I  303  .  ?        ?  
701  1  1  E  118  GLU  I  304  .  ?        ?  
702  1  1  E  119  PHE  I  305  .  ?        ?  
703  1  1  E  120  GLU  I  306  .  ?        2  
704  1  1  E  121  PHE  I  307  .  ?        ?  
705  1  1  E  122  LEU  I  308  .  ?        ?  
706  1  1  E  123  GLU  I  309  .  ?        ?  
707  1  1  E  124  LYS  I  310  .  ?        ?  
708  1  1  E  125  ALA  I  311  .  ?        ?  
709  1  1  E  126  SER  I  312  .  ?        ?  
710  1  1  E  127  LYS  I  313  .  ?        ?  
711  1  1  E  128  LEU  I  314  .  ?        1  
712  1  1  E  129  ARG  I  315  .  ?        ?  
713  1  1  E  130  GLY  I  316  .  ?        ?  
714  1  1  E  131  ILE  I  317  .  ?        ?  
715  1  1  E  132  SER  I  318  .  ?        1  
716  1  1  E  133  THR  I  319  .  ?        1  
717  1  1  E  134  LYS  I  320  .  ?        1  
718  1  1  E  135  PRO  I  321  .  ?        1  
719  1  1  E  136  VAL  I  322  .  ?        1  
720  1  1  E  137  TYR  I  323  .  ?        ?  
721  1  1  E  138  ILE  I  324  .  ?        1  
722  1  1  E  139  PRO  I  325  .  ?        ?  
723  1  1  E  140  GLU  I  326  .  ?        ?  
724  1  1  E  141  VAL  I  327  .  ?        ?  
725  1  1  E  142  GLU  I  328  .  ?        ?  
726  1  1  E  143  LEU  I  329  .  ?        ?  
727  1  1  E  144  ASN  I  330  .  ?        ?  
728  1  1  E  145  HIS  I  331  .  ?        ?  
729  1  1  E  146  LYS  I  332  .  ?        ?  
730  1  1  E  147  LEU  I  333  .  ?        ?  
731  1  1  E  148  ILE  I  334  .  ?        ?  
732  1  1  E  149  LYS  I  335  .  ?        ?  
733  1  1  E  150  GLY  I  336  .  ?        ?  
734  1  1  E  151  ILE  I  337  .  ?        ?  
735  1  1  E  152  HIS  I  338  .  ?        ?  
736  1  1  E  153  GLN  I  339  .  ?        ?  
737  1  1  E  154  SER  I  340  .  ?        ?  
738  1  1  E  155  THR  I  341  .  ?        ?  
739  1  1  E  156  ILE  I  342  .  ?        ?  
740  1  1  E  157  ASP  I  343  .  ?        ?  
741  1  1  E  158  LEU  I  344  .  ?        ?  
742  1  1  E  159  LYS  I  345  .  ?        ?  
743  1  1  E  160  ASN  I  346  .  ?        ?  
744  1  1  E  161  GLU  I  347  .  ?        ?  
745  1  1  E  162  LEU  I  348  .  ?        ?  
746  1  1  E  163  LYS  I  349  .  ?        ?  
747  1  1  E  164  GLN  I  350  .  ?        ?  
748  1  1  E  165  CYS  I  351  .  ?        ?  
749  1  1  E  166  ILE  I  352  .  ?        ?  
750  1  1  E  167  GLY  I  353  .  ?        ?  
751  1  1  E  168  ARG  I  354  .  ?        ?  
752  1  1  E  169  LEU  I  355  .  ?        ?  
753  1  1  E  170  GLN  I  356  .  ?        ?  
754  1  1  E  171  GLU  I  357  .  ?        ?  
755  1  1  E  172  LEU  I  358  .  ?        ?  
756  1  1  E  173  THR  I  359  .  ?        ?  
757  1  1  E  174  PRO  I  360  .  ?        ?  
758  1  1  E  175  SER  I  361  .  ?        ?  
759  1  1  E  176  SER  I  362  .  ?        ?  
760  1  2  F   10  ALA  J   86  .  ?        ?  
761  1  2  F   11  SER  J   87  .  ?        ?  
762  1  2  F   12  ARG  J   88  .  ?        ?  
763  1  2  F   13  TYR  J   89  .  ?        ?  
764  1  2  F   14  LEU  J   90  .  ?        ?  
765  1  2  F   15  THR  J   91  .  ?        ?  
766  1  2  F   16  ASP  J   92  .  ?        1  
767  1  2  F   17  MET  J   93  .  ?        ?  
768  1  2  F   18  THR  J   94  .  ?        ?  
769  1  2  F   19  LEU  J   95  .  ?        ?  
770  1  2  F   20  GLU  J   96  .  ?        ?  
771  1  2  F   21  GLU  J   97  .  ?        ?  
772  1  2  F   22  MET  J   98  .  ?        ?  
773  1  2  F   23  SER  J   99  .  ?        ?  
774  1  2  F   24  ARG  J  100  .  ?        ?  
775  1  2  F   25  GLU  J  101  .  ?        ?  
776  1  2  F   26  TRP  J  102  .  ?        ?  
777  1  2  F   27  SER  J  103  .  ?        ?  
778  1  2  F   28  MET  J  104  .  ?        ?  
779  1  2  F   29  LEU  J  105  .  ?        ?  
780  1  2  F   30  ILE  J  106  .  ?        1  
781  1  2  F   31  PRO  J  107  .  ?        ?  
782  1  2  F   32  LYS  J  108  .  ?        ?  
783  1  2  F   33  GLN  J  109  .  ?        ?  
784  1  2  F   34  LYS  J  110  .  ?        ?  
785  1  2  F   35  VAL  J  111  .  ?        ?  
786  1  2  F   36  ALA  J  112  .  ?        ?  
787  1  2  F   37  GLY  J  113  .  ?        ?  
788  1  2  F   38  PRO  J  114  .  ?        ?  
789  1  2  F   39  LEU  J  115  .  ?        ?  
790  1  2  F   40  CYS  J  116  .  ?        ?  
791  1  2  F   41  ILE  J  117  .  ?        ?  
792  1  2  F   42  ARG  J  118  .  ?        ?  
793  1  2  F   43  MET  J  119  .  ?        ?  
794  1  2  F   44  ASP  J  120  .  ?        1  
795  1  2  F   45  GLN  J  121  .  ?        ?  
796  1  2  F   46  ALA  J  122  .  ?        1  
797  1  2  F   47  ILE  J  123  .  ?        2  
798  1  2  F   48  MET  J  124  .  ?        ?  
799  1  2  F   49  ASP  J  125  .  ?        ?  
800  1  2  F   50  LYS  J  126  .  ?        ?  
801  1  2  F   51  ASN  J  127  .  ?        ?  
802  1  2  F   52  ILE  J  128  .  ?        ?  
803  1  2  F   53  ILE  J  129  .  ?        ?  
804  1  2  F   54  LEU  J  130  .  ?        ?  
805  1  2  F   55  LYS  J  131  .  ?        1  
806  1  2  F   56  ALA  J  132  .  ?        ?  
807  1  2  F   57  ASN  J  133  .  ?        ?  
808  1  2  F   58  PHE  J  134  .  ?        ?  
809  1  2  F   59  SER  J  135  .  ?        ?  
810  1  2  F   60  VAL  J  136  .  ?        ?  
811  1  2  F   61  ILE  J  137  .  ?        2  
812  1  2  F   62  PHE  J  138  .  ?        1  
813  1  2  F   63  ASP  J  139  .  ?        ?  
814  1  2  F   64  ARG  J  140  .  ?        1  
815  1  2  F   65  LEU  J  141  .  ?        ?  
816  1  2  F   66  GLU  J  142  .  ?        1  
817  1  2  F   67  THR  J  143  .  ?        ?  
818  1  2  F   68  LEU  J  144  .  ?        ?  
819  1  2  F   69  ILE  J  145  .  ?        ?  
820  1  2  F   70  LEU  J  146  .  ?        ?  
821  1  2  F   71  LEU  J  147  .  ?        ?  
822  1  2  F   72  ARG  J  148  .  ?        ?  
823  1  2  F   73  ALA  J  149  .  ?        ?  
824  1  2  F   74  PHE  J  150  .  ?        ?  
825  1  2  F   75  THR  J  151  .  ?        ?  
826  1  2  F   76  GLU  J  152  .  ?        ?  
827  1  2  F   77  GLU  J  153  .  ?        ?  
828  1  2  F   78  GLY  J  154  .  ?        ?  
829  1  2  F   79  ALA  J  155  .  ?        ?  
830  1  2  F   80  ILE  J  156  .  ?        ?  
831  1  2  F   81  VAL  J  157  .  ?        1  
832  1  2  F   82  GLY  J  158  .  ?        ?  
833  1  2  F   83  GLU  J  159  .  ?        ?  
834  1  2  F   84  ILE  J  160  .  ?        ?  
835  1  2  F   85  SER  J  161  .  ?        ?  
836  1  2  F   86  PRO  J  162  .  ?        ?  
837  1  2  F   87  LEU  J  163  .  ?        ?  
838  1  2  F   88  PRO  J  164  .  ?        ?  
839  1  2  F   89  SER  J  165  .  ?        ?  
840  1  2  F   90  LEU  J  166  .  ?        ?  
841  1  2  F   91  PRO  J  167  .  ?        ?  
842  1  2  F   92  GLY  J  168  .  ?        ?  
843  1  2  F   93  HIS  J  169  .  ?        ?  
844  1  2  F   94  THR  J  170  .  ?        ?  
845  1  2  F   95  ALA  J  171  .  ?        ?  
846  1  2  F   96  GLU  J  172  .  ?        ?  
847  1  2  F   97  ASP  J  173  .  ?        ?  
848  1  2  F   98  VAL  J  174  .  ?        ?  
849  1  2  F   99  LYS  J  175  .  ?        ?  
850  1  2  F  100  ASN  J  176  .  ?        ?  
851  1  2  F  101  ALA  J  177  .  ?        ?  
852  1  2  F  102  VAL  J  178  .  ?        ?  
853  1  2  F  103  GLY  J  179  .  ?        ?  
854  1  2  F  104  VAL  J  180  .  ?        ?  
855  1  2  F  105  LEU  J  181  .  ?        ?  
856  1  2  F  106  ILE  J  182  .  ?        ?  
857  1  2  F  107  GLY  J  183  .  ?        ?  
858  1  2  F  108  GLY  J  184  .  ?        ?  
859  1  2  F  109  LEU  J  185  .  ?        ?  
860  1  2  F  110  GLU  J  186  .  ?        ?  
861  1  2  F  111  TRP  J  187  .  ?        ?  
862  1  2  F  112  ASN  J  188  .  ?        ?  
863  1  2  F  113  ASP  J  189  .  ?        ?  
864  1  2  F  114  ASN  J  190  .  ?        ?  
865  1  2  F  115  THR  J  191  .  ?        ?  
866  1  2  F  116  VAL  J  192  .  ?        ?  
867  1  2  F  117  ARG  J  193  .  ?        ?  
868  1  2  F  118  VAL  J  194  .  ?        ?  
869  1  2  F  119  SER  J  195  .  ?        ?  
870  1  2  F  120  GLU  J  196  .  ?        ?  
871  1  2  F  121  THR  J  197  .  ?        ?  
872  1  2  F  122  LEU  J  198  .  ?        ?  
873  1  2  F  123  GLN  J  199  .  ?        ?  
874  1  2  F  124  ARG  J  200  .  ?        ?  
875  1  2  F  125  PHE  J  201  .  ?        ?  
876  1  2  F  126  ALA  J  202  .  ?        ?  
877  1  2  F  127  TRP  J  203  .  ?        ?  
878  1  2  F  128  ARG  J  204  .  ?        1  
879  1  3  G    .  HOH  A  401  .  ?        ?  
880  1  3  H    .  HOH  E  401  .  ?        ?  
881  1  3  I    .  HOH  I  401  .  ?        1  
882  1  3  I    .  HOH  I  402  .  ?        ?  
883  1  3  J    .  HOH  J  301  .  ?        ?  
884  1  3  J    .  HOH  J  302  .  ?        ?  
885  1  3  J    .  HOH  J  303  .  ?        ?  
886  1  3  J    .  HOH  J  304  .  ?        ?  
#
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.num_H_reduce
_pdbx_vrpt_model_instance_geometry.OWAB
_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
_pdbx_vrpt_model_instance_geometry.average_occupancy
  1    1  p             ?       ?  ?           4  157.430     6  0.14     8  0.27  molprobity  1.000  
  2    2  mt        -94.2   -38.2  Favored    11  151.530     8  0.19    11  0.52  molprobity  1.000  
  3    3  t         -61.3   -16.0  Favored     5  179.070     6  0.22     8  0.16  molprobity  1.000  
  4    4  mm-40     -84.4   -40.0  Favored     8  173.450     9  0.24    12  0.31  molprobity  1.000  
  5    5  ?         -69.3   -22.8  Favored     5  154.080     5  0.28     7  0.46  molprobity  1.000  
  6    6  p         -77.5   -38.8  Favored     5  144.830     6  0.21     8  0.31  molprobity  1.000  
  7    7  ?         -60.2   -40.7  Favored     5  146.610     5  0.30     7  0.28  molprobity  1.000  
  8    8  m-20      -61.9   -38.7  Favored     4  154.250     8  0.20    11  0.32  molprobity  1.000  
  9    9  tp        -70.4   -55.3  Favored    11  121.520     8  0.21    11  0.50  molprobity  1.000  
 10   10  mt-10     -44.2   -39.3  Favored     6  147.910     9  0.16    12  0.53  molprobity  1.000  
 11   11  ?         -67.8   -46.7  Favored     5  119.230     5  0.28     7  0.30  molprobity  1.000  
 12   12  OUTLIER   -68.3   -26.3  Favored     7  125.680     7  0.17    10  0.59  molprobity  1.000  
 13   13  mt        -81.2   -42.8  Favored    11  126.300     8  0.15    11  0.66  molprobity  1.000  
 14   14  mtt-85    -66.8   -26.0  Favored    13  138.420    11  0.22    14  0.34  molprobity  1.000  
 15   15  t-80      -79.9   -25.3  Favored     7  125.560    11  0.20    15  0.26  molprobity  1.000  
 16   16  tttt      -78.7   -22.7  Favored    13  110.400     9  0.28    11  0.45  molprobity  1.000  
 17   17  tp        -71.2   -33.2  Favored    11  101.640     8  0.18    11  0.41  molprobity  1.000  
 18   18  p         -76.0   -38.9  Favored     7   97.290     7  0.20    10  0.64  molprobity  1.000  
 19   19  p         -60.7   -25.1  Favored     9   98.440     7  0.63    10  0.38  molprobity  1.000  
 20   20  mtt       -76.8   -27.4  Favored     9   93.180     8  0.53    10  0.63  molprobity  1.000  
 21   21  m-85      -76.8   -35.6  Favored     9  133.990    13  0.43    18  0.28  molprobity  1.000  
 22   22  p         -63.9   -23.4  Favored     5   93.070     6  0.26     8  0.34  molprobity  1.000  
 23   23  pt20      -94.9   -27.2  Favored     8  104.290     9  0.38    12  0.43  molprobity  1.000  
 24   24  mt        -67.9   -44.5  Favored    11   75.290     8  0.21    11  0.36  molprobity  1.000  
 25   25  m-20      -64.1   -41.2  Favored     6   80.180     8  0.27    11  0.51  molprobity  1.000  
 26   26  ?         -60.3   -38.2  Favored     3   70.900     4  0.08     5  0.25  molprobity  1.000  
 27   27  ?         -66.0   -41.5  Favored     5   62.870     5  0.22     7  0.28  molprobity  1.000  
 28   28  m         -63.5   -38.0  Favored     5   70.030     6  0.21     8  0.46  molprobity  1.000  
 29   29  mtm180    -71.6   -26.5  Favored    13   80.510    11  0.34    14  0.53  molprobity  1.000  
 30   30  ?         -72.4   -34.6  Favored     5   67.910     5  0.21     7  0.23  molprobity  1.000  
 31   31  mt        -64.0   -49.1  Favored    11   62.960     8  0.22    11  0.34  molprobity  1.000  
 32   32  m-20      -55.3   -37.4  Favored     4   78.580     8  0.34    11  0.27  molprobity  1.000  
 33   33  t70       -58.8   -49.8  Favored     4   57.940     8  0.29    11  0.64  molprobity  1.000  
 34   34  m         -70.9   -37.5  Favored     9   59.000     7  0.47    10  0.46  molprobity  1.000  
 35   35  mmt180    -57.9   -43.1  Favored    13   68.920    11  0.34    14  0.43  molprobity  1.000  
 36   36  m-80      -68.1   -37.2  Favored     6   57.000     8  0.19    11  0.28  molprobity  1.000  
 37   37  mtt85     -62.7   -44.7  Favored    13   50.590    11  0.24    14  0.59  molprobity  1.000  
 38   38  pt20      -77.7   -25.1  Favored     8   58.820     9  0.43    12  0.64  molprobity  1.000  
 39   39  tp60      -63.2   -35.6  Favored     8   72.590     9  0.29    12  0.35  molprobity  1.000  
 40   40  t70       -67.6   -40.6  Favored     4   56.560     8  0.29    11  0.61  molprobity  1.000  
 41   41  OUTLIER   -68.8   -26.9  Favored     9   51.930     7  0.56    10  0.41  molprobity  1.000  
 42   42  mtt180    -61.1   -57.8  Favored    13   59.990    11  0.29    14  0.53  molprobity  1.000  
 43   43  mmt       -53.4   -40.8  Favored     9   71.390     8  0.30    10  0.80  molprobity  1.000  
 44   44  m         -63.7   -42.1  Favored     7   50.900     7  0.27    10  0.35  molprobity  1.000  
 45   45  ?         -72.2   -45.0  Favored     5   51.440     5  0.17     7  0.31  molprobity  1.000  
 46   46  m-20      -61.8   -37.3  Favored     6   54.400     8  0.17    11  0.43  molprobity  1.000  
 47   47  ttt85     -66.7   -37.5  Favored    13   85.190    11  0.27    14  0.45  molprobity  1.000  
 48   48  mmtp      -71.3   -36.3  Favored    13   60.040     9  0.39    11  0.47  molprobity  1.000  
 49   49  t         -62.9   -44.0  Favored     9   49.110     7  0.40    10  0.73  molprobity  1.000  
 50   50  tt0       -62.1   -36.3  Favored     6   76.060     9  0.26    12  0.71  molprobity  1.000  
 51   51  mt-30     -68.8   -32.8  Favored     8   63.430     9  0.24    12  0.41  molprobity  1.000  
 52   52  OUTLIER   -64.3   -46.1  Favored    11   50.640     8  0.29    11  0.73  molprobity  1.000  
 53   53  mt-30     -62.6   -33.7  Favored     8   64.900     9  0.25    12  0.45  molprobity  1.000  
 54   54  pt20      -69.0   -29.7  Favored     8   88.710     9  0.30    12  0.57  molprobity  1.000  
 55   55  mm-40     -68.3   -47.7  Favored     6   56.260     9  0.20    12  0.27  molprobity  1.000  
 56   56  m-85      -66.5   -26.5  Favored     9   47.310    13  0.46    18  0.46  molprobity  1.000  
 57   57  p         -70.6   -35.5  Favored     7   56.250     7  0.24    10  0.47  molprobity  1.000  
 58   58  mt-10     -62.9   -43.2  Favored     6   61.270     9  0.32    12  0.53  molprobity  1.000  
 59   59  mtm       -63.7   -48.2  Favored     9   47.250     8  0.50    10  0.57  molprobity  1.000  
 60   60  mttt      -57.5   -29.7  Favored    13   66.170     9  0.31    11  0.24  molprobity  1.000  
 61   61  ?         -79.1   -34.4  Favored     5   53.530     5  0.27     7  0.38  molprobity  1.000  
 62   62  mt        -56.3   -46.5  Favored    11   47.920     8  0.18    11  0.33  molprobity  1.000  
 63   63  mt        -61.6   -43.9  Favored    11   44.660     8  0.24    11  0.62  molprobity  1.000  
 64   64  m-20      -57.8   -41.8  Favored     4   54.420     8  0.29    11  0.16  molprobity  1.000  
 65   65  ?         -62.5   -49.0  Favored     5   49.780     5  0.22     7  0.27  molprobity  1.000  
 66   66  t         -59.7   -44.4  Favored     5   44.870     6  0.42     8  0.31  molprobity  1.000  
 67   67  tt0       -60.7   -52.6  Favored     6   57.850     9  0.46    12  0.55  molprobity  1.000  
 68   68  p         -65.8   -27.3  Favored     7   57.550     7  0.29    10  0.56  molprobity  1.000  
 69   69  m         -70.4   -42.5  Favored     7   48.690     7  0.22    10  0.54  molprobity  1.000  
 70   70  m         -70.3   -41.3  Favored     5   47.470     6  0.23     8  0.64  molprobity  1.000  
 71   71  p         -67.9   -23.3  Favored     7   50.440     7  0.28    10  0.74  molprobity  1.000  
 72   72  ttm180    -73.4   -38.1  Favored    13   80.000    11  0.41    14  0.32  molprobity  1.000  
 73   73  mttt      -59.9   -44.8  Favored    13   49.470     9  0.35    11  0.47  molprobity  1.000  
 74   74  mt        -66.7   -44.1  Favored    11   45.450     8  0.23    11  0.40  molprobity  1.000  
 75   75  OUTLIER   -70.6   -26.0  Favored    13   59.810     9  0.27    11  0.43  molprobity  1.000  
 76   76  mt-10     -81.4   -26.0  Favored     6   94.930     9  0.40    12  0.53  molprobity  1.000  
 77   77  tp10      -68.4   -36.4  Favored     6   57.570     9  0.53    12  0.53  molprobity  1.000  
 78   78  tt0       -61.4   -49.4  Favored     6   62.900     9  0.28    12  0.34  molprobity  1.000  
 79   79  mmtt      -72.4   -20.3  Favored    13   94.780     9  0.52    11  0.44  molprobity  1.000  
 80   80  ttp85     -64.0   -51.1  Favored    13   62.520    11  0.35    14  0.52  molprobity  1.000  
 81   81  m         -73.8   -38.5  Favored     9   55.630     7  0.41    10  0.56  molprobity  1.000  
 82   82  m-20      -68.2   -23.9  Favored     6   63.020     8  0.33    11  0.52  molprobity  1.000  
 83   83  m         -77.3   -36.8  Favored     5   71.870     6  0.28     8  0.47  molprobity  1.000  
 84   84  tttm      -64.7   -38.6  Favored    13   78.330     9  0.72    11  0.95  molprobity  1.000  
 85   85  m-85      -63.9   -30.8  Favored     9   55.330    12  0.34    16  0.38  molprobity  1.000  
 86   86  m-20      -71.8   -36.4  Favored     4   67.330     8  0.28    11  0.66  molprobity  1.000  
 87   87  p         -68.5   -32.1  Favored     7   72.370     7  0.25    10  0.54  molprobity  1.000  
 88   88  mt        -67.8   -45.6  Favored    11   57.240     8  0.35    11  0.40  molprobity  1.000  
 89   89  t80       -53.7   -44.4  Favored     9   69.070    13  0.26    18  0.39  molprobity  1.000  
 90   90  mm-40     -73.5   -26.9  Favored     8   82.540     9  0.45    12  0.38  molprobity  1.000  
 91   91  mt        -65.0   -53.3  Favored    11   64.250     8  0.36    11  0.47  molprobity  1.000  
 92   92  mt        -61.3   -33.6  Favored    11   62.260     8  0.27    11  0.63  molprobity  1.000  
 93   93  OUTLIER   -68.8   -42.4  Favored    11   69.640     8  0.25    11  0.78  molprobity  1.000  
 94   94  tttp      -64.0   -45.1  Favored    13   96.320     9  0.25    11  0.26  molprobity  1.000  
 95   95  tttt      -59.1   -35.0  Favored    13  111.920     9  0.28    11  0.56  molprobity  1.000  
 96   96  tttt      -70.9   -29.8  Favored    13   77.920     9  0.24    11  0.49  molprobity  1.000  
 97   97  m         -76.5   -39.6  Favored     5   87.310     6  0.31     8  0.27  molprobity  1.000  
 98   98  mt-10     -57.7   -42.0  Favored     6  112.500     9  0.21    12  0.31  molprobity  1.000  
 99   99  mm        -70.6   -42.2  Favored    11   87.460     8  0.34    11  0.45  molprobity  1.000  
100  100  tt0       -62.1   -42.5  Favored     8  106.880     9  0.27    12  0.25  molprobity  1.000  
101  101  m         -63.4   -51.4  Favored     7  106.600     7  0.21    10  0.40  molprobity  1.000  
102  102  tp        -64.5   -36.8  Favored    11  114.740     8  0.25    11  0.39  molprobity  1.000  
103  103  OUTLIER   -64.3   -34.4  Favored    13  111.170     9  0.35    11  0.54  molprobity  1.000  
104  104  mt-10     -66.1   -38.0  Favored     6  125.140     9  0.28    12  0.29  molprobity  1.000  
105  105  mt-10     -64.1   -41.9  Favored     6  117.470     9  0.26    12  0.29  molprobity  1.000  
106  106  mt        -65.9   -32.2  Favored    11  114.220     8  0.17    11  0.41  molprobity  1.000  
107  107  mt-10     -71.5   -36.9  Favored     6  142.140     9  0.21    12  0.32  molprobity  1.000  
108  108  pt20      -98.6     4.6  Favored     8  152.750     9  0.27    12  0.51  molprobity  1.000  
109  109  m         -83.9   -28.1  Favored     5  131.060     6  0.25     8  0.16  molprobity  1.000  
110  110  mp        -87.7     4.2  Favored    11  170.200     8  0.20    11  0.36  molprobity  1.000  
111  111  t         -93.0   -25.6  Favored     7  166.450     7  0.25    10  0.48  molprobity  1.000  
112  112  OUTLIER  -102.3    44.9  Allowed    13  189.930     9  0.26    11  0.46  molprobity  1.000  
113  113  OUTLIER   -88.1   -26.0  Favored    13  213.290    11  0.20    14  0.45  molprobity  1.000  
114  114  m-20      -94.3    -7.7  Favored     4  228.650     8  0.25    11  0.40  molprobity  1.000  
115  115  mt-10     -51.7   137.1  Favored     6  198.340     9  0.28    12  0.66  molprobity  1.000  
116  116  t80       -56.5   -33.1  Favored     9  214.870    12  0.47    16  0.39  molprobity  1.000  
117  117  tp10      -79.2    10.0  Favored     6  245.000     9  0.81    12  1.11  molprobity  1.000  
118  118  t80       -61.2   -41.5  Favored     9  178.110    12  0.35    16  0.30  molprobity  1.000  
119  119  mp        -60.4   -52.8  Favored    11  174.120     8  0.18    11  1.00  molprobity  1.000  
120  120  tm-20     -59.1   -30.7  Favored     6  250.120     9  0.25    12  0.48  molprobity  1.000  
121  121  tttm      -82.9   -25.3  Favored    13  168.810     9  0.21    11  0.46  molprobity  1.000  
122  122  ?        -111.4    -4.6  Favored     5  149.740     5  0.28     7  0.74  molprobity  1.000  
123  123  m         -67.0   -20.7  Favored     5  181.500     6  0.24     8  0.14  molprobity  1.000  
124  124  ptpp?     -70.1   -27.7  Favored    13  170.160     9  0.21    11  0.33  molprobity  1.000  
125  125  mt        -89.3   -22.4  Favored    11  149.430     8  0.22    11  0.53  molprobity  1.000  
126  126  ptt180    -66.5   -26.1  Favored    13  174.040    11  0.22    14  0.34  molprobity  1.000  
127  127  ?         -77.2   -38.9  Favored     3  169.150     4  0.23     5  0.49  molprobity  1.000  
128  128  mt        -71.4   114.2  Favored    11  183.210     8  0.34    11  0.50  molprobity  1.000  
129  129  p        -125.1    63.1  Allowed     5  164.300     6  0.37     8  0.72  molprobity  1.000  
130  130  p         -75.6    71.7  Favored     7  194.120     7  0.28    10  0.71  molprobity  1.000  
131  131  mtmt     -133.3    99.6  Favored    13  191.560     9  0.64    12  0.48  molprobity  1.000  
132  132  Cg_endo  -141.2  -129.5  OUTLIER     7  181.880     8  0.82    11  1.30  molprobity  1.000  
133  133  OUTLIER    71.7   137.8  OUTLIER     9  138.970     7  0.33    10  0.84  molprobity  1.000  
134  134  t80      -117.1   139.6  Favored     9  114.030    13  0.22    18  0.33  molprobity  1.000  
135  135  mm       -120.2   115.6  Favored    11   92.680     8  0.30    12  0.51  molprobity  1.000  
136  136  Cg_exo    -72.7   153.3  Favored     7  100.010     8  0.23    11  0.46  molprobity  1.000  
137  137  mm-40     -69.1   137.7  Favored     6   83.440     9  0.19    12  0.35  molprobity  1.000  
138  138  t        -105.2   128.1  Favored     9   58.320     7  0.38    10  0.41  molprobity  1.000  
139  139  tt0      -125.6   113.8  Favored     6   92.500     9  0.24    12  0.36  molprobity  1.000  
140  140  tp        -64.9   135.6  Favored    11   55.630     8  0.30    11  0.46  molprobity  1.000  
141  141  t-20      -84.3    87.0  Favored     6   55.210     8  0.15    11  0.46  molprobity  1.000  
142  142  m80       -66.1   -40.5  Favored     7   67.500    11  0.23    15  0.26  molprobity  1.000  
143  143  tptp      -57.7   -43.7  Favored    13   84.200     9  0.62    11  0.56  molprobity  1.000  
144  144  tp        -63.0   -50.6  Favored    11   51.540     8  0.27    11  0.58  molprobity  1.000  
145  145  mm        -58.4   -50.8  Favored    11   58.680     8  0.69    11  0.69  molprobity  1.000  
146  146  mttt      -68.5   -29.2  Favored    13   70.520     9  0.32    11  0.52  molprobity  1.000  
147  147  ?         -71.2   -38.8  Favored     3   57.290     4  0.17     5  0.29  molprobity  1.000  
148  148  mt        -55.0   -42.9  Favored    11   45.220     8  0.27    11  0.44  molprobity  1.000  
149  149  t-160     -68.7   -44.9  Favored     7   55.440    11  0.21    15  0.27  molprobity  1.000  
150  150  tp60      -62.0   -44.1  Favored     8   66.080     9  0.30    12  0.49  molprobity  1.000  
151  151  p         -82.6   -11.8  Favored     5   56.050     6  0.58     8  0.40  molprobity  1.000  
152  152  m         -72.6   -34.8  Favored     7   55.630     7  0.21    10  0.46  molprobity  1.000  
153  153  mt        -65.2   -39.9  Favored    11   48.960     8  0.31    11  0.38  molprobity  1.000  
154  154  m-20      -58.4   -44.1  Favored     4   61.140     8  0.23    11  0.38  molprobity  1.000  
155  155  tp        -56.8   -39.0  Favored    11   46.080     8  0.22    11  0.58  molprobity  1.000  
156  156  ttpt      -66.0   -42.3  Favored    13   53.990     9  0.34    11  0.29  molprobity  1.000  
157  157  m-20      -67.3   -39.1  Favored     6   62.660     8  0.31    11  0.66  molprobity  1.000  
158  158  pt-20     -76.5   -21.6  Favored     6   89.920     9  0.37    12  0.58  molprobity  1.000  
159  159  tp        -68.1   -44.9  Favored    11   52.630     8  0.28    11  0.33  molprobity  1.000  
160  160  tttt      -60.1   -38.0  Favored    13   74.490     9  0.33    11  0.46  molprobity  1.000  
161  161  mm-40     -73.3   -35.9  Favored     8   75.020     9  0.40    12  0.26  molprobity  1.000  
162  162  m         -59.1   -46.4  Favored     5   60.400     6  0.54     8  0.44  molprobity  1.000  
163  163  mt        -59.6   -42.1  Favored    11   48.260     8  0.31    11  0.63  molprobity  1.000  
164  164  ?         -60.6   -40.6  Favored     3   55.320     4  0.17     5  0.23  molprobity  1.000  
165  165  mtm-85    -66.3   -26.0  Favored    13   76.010    11  0.24    14  0.33  molprobity  1.000  
166  166  tp        -75.0   -53.9  Favored    11   48.010     8  0.16    11  0.81  molprobity  1.000  
167  167  mm-40     -67.5   -24.3  Favored     8   51.190     9  0.49    12  0.51  molprobity  1.000  
168  168  pt-20     -72.1   -17.0  Favored     6   72.440     9  0.27    12  0.24  molprobity  1.000  
169  169  mt        -69.3   -20.6  Favored    11   56.640     8  0.25    11  0.70  molprobity  1.000  
170  170  p        -130.0   150.8  Favored     7   59.410     7  0.41    11  0.61  molprobity  1.000  
171  171  Cg_endo   -71.1   156.8  Favored     7   56.330     8  0.22    11  0.49  molprobity  1.000  
172  172  t        -123.1   151.2  Favored     5   79.270     6  0.29     8  0.48  molprobity  1.000  
173  173  t             ?       ?  ?           5  116.220     5  0.36     5  0.32  molprobity  1.000  
174  174  ?             ?       ?  ?           4   96.810     5  0.24     7  0.61  molprobity  1.000  
175  175  t        -133.0   106.6  Favored     5   86.660     6  0.26     8  0.40  molprobity  1.000  
176  176  ptm180   -114.1   158.9  Favored    13   84.760    11  0.21    14  0.54  molprobity  1.000  
177  177  t80      -119.3   126.3  Favored     9   50.530    13  0.41    18  0.38  molprobity  1.000  
178  178  mt       -107.4   133.8  Favored    11   52.650     8  0.36    11  0.94  molprobity  1.000  
179  179  p        -125.6    86.8  Favored     7   57.180     7  0.26    10  0.58  molprobity  1.000  
180  180  m-20      -61.2   -33.1  Favored     4   59.840     8  0.50    11  0.65  molprobity  1.000  
181  181  mtm      -104.2   148.5  Favored     9   51.620     8  0.33    10  0.84  molprobity  1.000  
182  182  p         -75.6   171.9  Favored     7   66.270     7  0.30    10  0.73  molprobity  1.000  
183  183  mt        -62.8   -35.5  Favored    11   61.910     8  0.27    11  0.28  molprobity  1.000  
184  184  OUTLIER   -74.7   -39.0  Favored     6   77.300     9  0.45    12  0.67  molprobity  1.000  
185  185  mt-10     -63.2   -28.6  Favored     6   64.860     9  0.31    12  0.40  molprobity  1.000  
186  186  mmm       -75.7   -30.6  Favored     9   56.590     8  0.41    10  0.21  molprobity  1.000  
187  187  OUTLIER  -101.2   -16.9  Favored     5   66.000     6  0.29     8  0.44  molprobity  1.000  
188  188  ttp85     -58.0   146.5  Favored    13   65.460    11  0.42    14  0.68  molprobity  1.000  
189  189  mt-10    -100.2   151.3  Favored     6   97.730     9  0.50    12  0.43  molprobity  1.000  
190  190  p-90     -146.2   157.2  Favored    10   64.010    16  0.45    23  0.28  molprobity  1.000  
191  191  p        -127.9   151.1  Favored     5   74.120     6  0.37     8  0.53  molprobity  1.000  
192  192  mtm       -91.7   127.6  Favored     9   65.970     8  0.40    10  0.52  molprobity  1.000  
193  193  tp        -68.5   -36.9  Favored    11   86.040     8  0.33    11  0.53  molprobity  1.000  
194  194  mt       -127.8    98.9  Favored    11   71.400     8  0.30    12  0.60  molprobity  1.000  
195  195  Cg_exo    -66.1   144.1  Favored     7   65.250     8  0.30    11  0.46  molprobity  1.000  
196  196  tttt     -145.3   116.1  Favored    13   65.840     9  0.26    11  0.61  molprobity  1.000  
197  197  tt0      -134.6   144.7  Favored     8   84.660     9  0.25    12  0.43  molprobity  1.000  
198  198  tttt     -147.5   143.5  Favored    13   64.510     9  0.33    11  0.39  molprobity  1.000  
199  199  m         -99.6   122.2  Favored     9   59.350     7  0.38    10  0.54  molprobity  1.000  
200  200  ?        -114.0    78.4  Allowed     5   68.290     5  0.11     7  0.80  molprobity  1.000  
201  201  ?          68.4  -116.4  Favored     3   56.180     4  0.53     6  0.61  molprobity  1.000  
202  202  Cg_endo   -90.5    10.9  Favored     7   45.360     8  0.21    11  0.56  molprobity  1.000  
203  203  mt       -125.8   150.6  Favored    11   46.620     8  0.26    11  0.77  molprobity  1.000  
204  204  t        -110.9   128.0  Favored     5   50.900     6  0.18     8  0.76  molprobity  1.000  
205  205  mt       -112.6   125.4  Favored    11   47.170     8  0.19    11  0.42  molprobity  1.000  
206  206  mtp85    -129.7   143.1  Favored    13   75.110    11  0.20    14  0.55  molprobity  1.000  
207  207  ptm      -155.7   154.3  Favored     9   52.470     8  0.34    10  0.56  molprobity  1.000  
208  208  t0        -93.5   107.3  Favored     4   67.960     8  0.18    11  0.72  molprobity  1.000  
209  209  pt20      -81.0    12.7  Favored     8   86.070     9  0.44    12  0.58  molprobity  1.000  
210  210  ?         -89.8   -10.6  Favored     5   65.780     5  0.29     7  0.33  molprobity  1.000  
211  211  mm        -77.8   125.6  Favored    11   60.920     8  0.24    11  0.42  molprobity  1.000  
212  212  mtp      -132.9   146.1  Favored     9   84.250     8  0.21    10  0.83  molprobity  1.000  
213  213  m-20       58.7    36.7  Favored     4   83.840     8  0.28    11  0.28  molprobity  1.000  
214  214  mmtm     -116.3   152.1  Favored    13   67.430     9  0.23    11  0.55  molprobity  1.000  
215  215  m120      -89.0   119.3  Favored     6   74.750     8  0.23    11  0.43  molprobity  1.000  
216  216  mt       -116.1   144.5  Favored    11   53.360     8  0.24    11  0.47  molprobity  1.000  
217  217  tp       -124.6   133.0  Favored    11   54.700     8  0.31    11  0.69  molprobity  1.000  
218  218  mt        -96.4   114.2  Favored    11   46.740     8  0.26    11  0.73  molprobity  1.000  
219  219  mttt     -110.2   145.7  Favored    13   49.450     9  0.27    11  0.49  molprobity  1.000  
220  220  ?        -146.7   145.4  Favored     5   44.430     5  0.32     7  0.49  molprobity  1.000  
221  221  m-20     -110.7   121.8  Favored     6   48.010     8  0.39    11  0.55  molprobity  1.000  
222  222  p90      -155.8   155.5  Favored     9   44.420    12  0.41    16  0.38  molprobity  1.000  
223  223  p         -93.0   155.9  Favored     5   42.460     6  0.32     8  0.53  molprobity  1.000  
224  224  t        -132.6   136.8  Favored     9   42.620     7  0.72    10  0.69  molprobity  1.000  
225  225  tt       -135.1   138.6  Favored    11   54.880     8  0.28    11  0.69  molprobity  1.000  
226  226  m-85       51.7    35.9  Favored     9   61.530    12  0.48    16  0.44  molprobity  1.000  
227  227  m-20       66.9    24.9  Favored     4   85.210     8  0.26    11  0.39  molprobity  1.000  
228  228  mtt85    -134.5   156.4  Favored    13   69.210    11  0.24    14  0.55  molprobity  1.000  
229  229  tt        -61.9   138.5  Favored    11   47.660     8  0.35    11  0.56  molprobity  1.000  
230  230  tt0      -114.9   -54.7  Favored     6   57.780     9  0.35    12  0.34  molprobity  1.000  
231  231  m        -145.7   125.5  Favored     7   46.400     7  0.34    10  0.63  molprobity  1.000  
232  232  tp        -82.4   131.6  Favored    11   42.980     8  0.36    11  0.47  molprobity  1.000  
233  233  mm        -96.4   -49.6  Favored    11   48.970     8  0.21    11  0.37  molprobity  1.000  
234  234  tp       -161.7   141.8  Favored    11   45.530     8  0.30    11  0.85  molprobity  1.000  
235  235  tt       -130.9   127.7  Favored    11   43.850     8  0.38    11  0.74  molprobity  1.000  
236  236  mtt180   -131.5   147.9  Favored    13   52.650    11  0.21    14  0.70  molprobity  1.000  
237  237  ?         -98.9   127.5  Favored     5   48.760     5  0.21     7  0.26  molprobity  1.000  
238  238  m-85     -120.4   133.6  Favored     9   54.330    12  0.38    16  0.29  molprobity  1.000  
239  239  p         -74.2   172.0  Favored     7   65.180     7  0.15    10  0.60  molprobity  1.000  
240  240  mt-10     -61.3   -26.8  Favored     6   87.040     9  0.38    12  0.30  molprobity  1.000  
241  241  mp0       -82.2     2.6  Favored     6  108.280     9  0.38    12  0.58  molprobity  1.000  
242  242  ?          85.1     9.2  Favored     3   66.250     4  0.34     5  0.88  molprobity  1.000  
243  243  ?         -89.7   145.5  Favored     5   66.960     5  0.31     7  0.43  molprobity  1.000  
244  244  mt        -82.2   125.6  Favored    11   53.830     8  0.24    11  0.41  molprobity  1.000  
245  245  m        -126.7    -0.9  Favored     9   53.780     7  0.14    10  0.66  molprobity  1.000  
246  246  ?        -163.5   166.4  Favored     3   50.780     4  0.26     5  0.93  molprobity  1.000  
247  247  tt0      -163.9   144.4  Favored     6   57.800     9  0.29    12  0.81  molprobity  1.000  
248  248  mt       -131.9   118.2  Favored    11   45.970     8  0.35    11  0.73  molprobity  1.000  
249  249  p        -139.6   147.6  Favored     5   51.650     6  0.48     9  0.43  molprobity  1.000  
250  250  Cg_endo   -67.8   147.6  Favored     7   52.740     8  0.24    11  0.45  molprobity  1.000  
251  251  mt        -60.4   146.5  Favored    11   68.690     8  0.25    12  0.39  molprobity  1.000  
252  252  Cg_exo    -53.9   -32.9  Favored     7   80.590     8  0.22    11  0.31  molprobity  1.000  
253  253  m         -63.1    -8.4  Favored     5   91.840     6  0.27     8  0.65  molprobity  1.000  
254  254  mt         44.2    58.0  Favored    11   96.660     8  0.34    12  0.55  molprobity  1.000  
255  255  Cg_endo   -72.2   147.5  Favored     7   91.050     8  0.32    11  0.60  molprobity  1.000  
256  256  ?         -65.2   145.7  Favored     3   64.490     4  0.41     5  0.53  molprobity  1.000  
257  257  p-80     -130.4   165.8  Favored     7   51.360    11  0.38    15  0.51  molprobity  1.000  
258  258  p        -121.7   169.6  Favored     7   52.510     7  0.30    10  0.82  molprobity  1.000  
259  259  ?         -59.6   -29.8  Favored     5   48.400     5  0.27     7  0.44  molprobity  1.000  
260  260  mm-40     -62.7   -49.1  Favored     6   74.340     9  0.24    12  0.28  molprobity  1.000  
261  261  m-20      -53.8   -42.3  Favored     4   54.950     8  0.25    11  0.39  molprobity  1.000  
262  262  t         -66.0   -48.0  Favored     9   41.050     7  0.18    10  0.45  molprobity  1.000  
263  263  mtmt      -61.7   -42.4  Favored    13   59.690     9  0.30    11  0.28  molprobity  1.000  
264  264  m120      -64.2   -44.5  Favored     6   56.990     8  0.37    11  0.46  molprobity  1.000  
265  265  ?         -58.8   -40.0  Favored     5   44.370     5  0.21     7  0.41  molprobity  1.000  
266  266  t         -63.7   -35.3  Favored     9   46.240     7  0.45    10  0.74  molprobity  1.000  
267  267  ?         -70.2   -35.4  Favored     3   46.790     4  0.11     5  0.16  molprobity  1.000  
268  268  t         -65.2   -45.0  Favored     9   47.090     7  0.46    10  0.40  molprobity  1.000  
269  269  tp        -70.6   -36.0  Favored    11   47.090     8  0.21    11  0.36  molprobity  1.000  
270  270  mt        -65.0   -45.5  Favored    11   48.810     8  0.34    11  0.61  molprobity  1.000  
271  271  ?         -64.0   -35.6  Favored     3   46.760     4  0.24     5  0.61  molprobity  1.000  
272  272  ?         -64.6   -40.8  Favored     3   49.350     4  0.21     5  0.19  molprobity  1.000  
273  273  mt        -75.4   -27.9  Favored    11   48.400     8  0.24    11  0.63  molprobity  1.000  
274  274  mt-10     -75.2   -14.8  Favored     6   55.620     9  0.21    12  0.47  molprobity  1.000  
275  275  t-105     -58.5   -44.2  Favored    10   60.300    16  0.25    23  0.16  molprobity  1.000  
276  276  m120      -87.4    29.4  Allowed     6   65.990     8  0.16    11  0.41  molprobity  1.000  
277  277  m-20       62.8    33.0  Favored     4   70.240     8  0.28    11  0.49  molprobity  1.000  
278  278  m-20      -85.3   161.5  Favored     6   54.480     8  0.27    11  0.52  molprobity  1.000  
279  279  m        -116.2   113.5  Favored     7   61.060     7  0.28    10  0.70  molprobity  1.000  
280  280  t        -106.2   134.8  Favored     9   55.720     7  0.33    10  0.49  molprobity  1.000  
281  281  mtm-85   -124.3   155.2  Favored    13   87.110    11  0.41    14  0.57  molprobity  1.000  
282  282  t        -109.4   138.3  Favored     9   56.900     7  0.82    10  0.60  molprobity  1.000  
283  283  p         -56.2   153.6  Favored     5   53.620     6  0.17     8  0.46  molprobity  1.000  
284  284  tm-20     -64.4   -35.3  Favored     6  109.890     9  0.44    12  0.41  molprobity  1.000  
285  285  p         -59.0   -40.6  Favored     7   62.590     7  0.23    10  0.68  molprobity  1.000  
286  286  mt        -68.6   -38.0  Favored    11   62.470     8  0.32    11  0.71  molprobity  1.000  
287  287  mt-30     -63.7   -43.4  Favored     8   84.360     9  0.24    12  0.33  molprobity  1.000  
288  288  ttp-105   -69.6   -30.7  Favored    13   99.510    11  0.41    14  0.45  molprobity  1.000  
289  289  m-85     -113.0   -18.6  Favored     9   70.970    12  0.63    16  0.64  molprobity  1.000  
290  290  ?         -94.9   -36.4  Favored     5   79.190     5  0.24     7  0.44  molprobity  1.000  
291  291  m-90     -106.2  -175.7  Favored    10   77.970    16  0.18    23  0.24  molprobity  1.000  
292  292  mmt-85   -121.2    33.9  Favored    13  130.520    11  0.29    14  0.28  molprobity  1.000  
293  293  p             ?       ?  ?           5  195.670     5  0.30     5  0.17  molprobity  1.000  
294  294  p             ?       ?  ?           4  167.910     6  0.10     8  0.25  molprobity  1.000  
295  295  pt?      -102.2   -31.6  Favored    11  144.790     8  0.17    11  1.15  molprobity  1.000  
296  296  p         -67.8   -22.6  Favored     5  161.110     6  0.21     8  0.22  molprobity  1.000  
297  297  tp60      -88.7   -30.8  Favored     8  165.310     9  0.33    12  0.33  molprobity  1.000  
298  298  ?         -68.8   -14.9  Favored     5  171.300     5  0.28     7  0.27  molprobity  1.000  
299  299  t         -78.0   -42.6  Favored     5  138.170     6  0.24     8  0.26  molprobity  1.000  
300  300  ?         -60.1   -21.9  Favored     5  147.610     5  0.28     7  0.27  molprobity  1.000  
301  301  m-20      -60.2   -53.7  Favored     4  166.140     8  0.21    11  0.29  molprobity  1.000  
302  302  mt        -95.6    -2.2  Favored    11  158.730     8  0.35    11  0.70  molprobity  1.000  
303  303  mt-10     -63.7   -42.7  Favored     6  167.700     9  0.22    12  0.57  molprobity  1.000  
304  304  ?         -70.8   -32.4  Favored     5  126.620     5  0.27     7  0.46  molprobity  1.000  
305  305  p         -75.4   -31.6  Favored     7  124.770     7  0.18    10  0.48  molprobity  1.000  
306  306  mt        -75.5   -37.0  Favored    11  111.250     8  0.25    11  0.48  molprobity  1.000  
307  307  mtm180    -73.5   -31.0  Favored    13  144.030    11  0.19    14  0.46  molprobity  1.000  
308  308  t-80      -73.8   -19.6  Favored     7  126.600    11  0.17    15  0.18  molprobity  1.000  
309  309  tttp      -79.6   -21.9  Favored    13   99.470     9  0.25    11  0.67  molprobity  1.000  
310  310  mt        -70.6   -36.9  Favored    11  103.480     8  0.24    11  0.71  molprobity  1.000  
311  311  t         -75.3   -28.1  Favored     7  102.380     7  0.34    10  0.64  molprobity  1.000  
312  312  p         -76.2   -37.4  Favored     9   94.830     7  0.59    10  0.45  molprobity  1.000  
313  313  mtt       -61.5   -35.4  Favored     9   93.190     8  0.41    10  0.47  molprobity  1.000  
314  314  t80       -59.8   -43.6  Favored     9  110.750    13  0.23    18  0.33  molprobity  1.000  
315  315  p         -73.4   -21.9  Favored     5   82.110     6  0.23     8  0.40  molprobity  1.000  
316  316  mt-30     -72.0   -46.8  Favored     8   85.090     9  0.29    12  0.37  molprobity  1.000  
317  317  mt        -61.0   -44.1  Favored    11   73.130     8  0.20    11  0.42  molprobity  1.000  
318  318  m-20      -64.9   -41.5  Favored     6   79.640     8  0.25    11  0.53  molprobity  1.000  
319  319  ?         -58.6   -36.7  Favored     3   70.600     4  0.18     5  0.12  molprobity  1.000  
320  320  ?         -71.2   -46.4  Favored     5   68.080     5  0.26     7  0.37  molprobity  1.000  
321  321  p         -64.3   -27.6  Favored     5   69.990     6  0.26     8  0.53  molprobity  1.000  
322  322  mtp180    -73.8   -32.4  Favored    13   77.410    11  0.32    14  0.48  molprobity  1.000  
323  323  ?         -67.7   -30.9  Favored     5   63.890     5  0.22     7  0.22  molprobity  1.000  
324  324  mt        -69.0   -45.5  Favored    11   65.410     8  0.20    11  0.38  molprobity  1.000  
325  325  m-20      -51.6   -43.4  Favored     4   79.940     8  0.25    11  0.35  molprobity  1.000  
326  326  t70       -57.6   -43.5  Favored     4   57.510     8  0.28    11  0.38  molprobity  1.000  
327  327  t         -68.5   -44.3  Favored     9   51.870     7  0.17    10  0.56  molprobity  1.000  
328  328  mmt180    -59.2   -42.0  Favored    13   68.590    11  0.40    14  0.37  molprobity  1.000  
329  329  m-80      -69.4   -36.9  Favored     6   58.510     8  0.18    11  0.30  molprobity  1.000  
330  330  mtt-85    -59.6   -42.4  Favored    13   50.390    11  0.28    14  0.65  molprobity  1.000  
331  331  mt-30     -65.5   -44.9  Favored     8   53.510     9  0.31    12  0.45  molprobity  1.000  
332  332  tp-100    -59.9   -36.6  Favored     8   76.520     9  0.55    12  0.42  molprobity  1.000  
333  333  t70       -64.0   -42.0  Favored     4   61.420     8  0.33    11  0.67  molprobity  1.000  
334  334  m         -70.9   -29.0  Favored     9   52.920     7  0.69    10  0.38  molprobity  1.000  
335  335  mtm-85    -60.9   -52.0  Favored    13   63.120    11  0.29    14  0.52  molprobity  1.000  
336  336  mtt       -65.0   -33.7  Favored     9   76.740     8  0.38    10  0.56  molprobity  1.000  
337  337  m         -62.7   -49.6  Favored     7   50.550     7  0.17    10  0.54  molprobity  1.000  
338  338  ?         -63.2   -47.1  Favored     5   57.800     5  0.27     7  0.35  molprobity  1.000  
339  339  m-20      -59.2   -33.9  Favored     6   54.570     8  0.25    11  0.44  molprobity  1.000  
340  340  ttt85     -69.5   -42.2  Favored    13   72.750    11  0.33    14  0.59  molprobity  1.000  
341  341  mmmt      -67.6   -29.8  Favored    13   54.760     9  0.39    11  0.85  molprobity  1.000  
342  342  t         -67.1   -45.1  Favored     9   48.220     7  0.26    10  0.97  molprobity  1.000  
343  343  pt-20     -75.2   -17.1  Favored     6   74.630     9  0.41    12  0.57  molprobity  1.000  
344  344  mt-30     -71.1   -36.4  Favored     8   58.670     9  0.32    12  0.38  molprobity  1.000  
345  345  mt        -62.9   -48.5  Favored    11   50.010     8  0.20    11  0.55  molprobity  1.000  
346  346  mt-30     -59.6   -34.8  Favored     8   61.420     9  0.25    12  0.44  molprobity  1.000  
347  347  pt20      -68.6   -30.7  Favored     8   88.840     9  0.47    12  0.58  molprobity  1.000  
348  348  mm-40     -69.6   -42.7  Favored     6   63.140     9  0.24    12  0.34  molprobity  1.000  
349  349  m-85      -73.0   -28.6  Favored     9   45.210    13  0.39    18  0.50  molprobity  1.000  
350  350  p         -66.8   -33.2  Favored     7   53.550     7  0.36    10  0.55  molprobity  1.000  
351  351  tt0       -69.2   -38.3  Favored     6   67.620     9  0.25    12  0.58  molprobity  1.000  
352  352  mtp       -68.5   -41.5  Favored     9   47.160     8  0.40    10  0.46  molprobity  1.000  
353  353  mttp      -61.4   -27.1  Favored    13   60.720     9  0.59    11  0.50  molprobity  1.000  
354  354  ?         -78.8   -35.8  Favored     5   53.250     5  0.28     7  0.48  molprobity  1.000  
355  355  mt        -61.6   -40.4  Favored    11   49.050     8  0.22    11  0.55  molprobity  1.000  
356  356  mt        -64.2   -44.7  Favored    11   46.980     8  0.19    11  0.30  molprobity  1.000  
357  357  m-20      -56.4   -41.9  Favored     4   52.360     8  0.39    11  0.42  molprobity  1.000  
358  358  ?         -63.8   -50.1  Favored     5   46.650     5  0.21     7  0.27  molprobity  1.000  
359  359  t         -59.1   -42.1  Favored     5   44.670     6  0.31     8  0.27  molprobity  1.000  
360  360  tt0       -61.1   -57.3  Favored     6   55.360     9  0.56    12  0.39  molprobity  1.000  
361  361  p         -57.5   -35.1  Favored     7   55.040     7  0.37    10  0.51  molprobity  1.000  
362  362  m         -66.9   -44.4  Favored     7   47.830     7  0.17    10  0.49  molprobity  1.000  
363  363  m         -68.4   -46.4  Favored     5   47.070     6  0.26     8  0.86  molprobity  1.000  
364  364  OUTLIER   -69.1   -20.4  Favored     7   44.550     7  0.28    10  0.78  molprobity  1.000  
365  365  ttp85     -77.2   -33.4  Favored    13   79.140    11  0.36    14  0.40  molprobity  1.000  
366  366  mttt      -64.2   -18.6  Favored    13   51.020     9  0.44    11  0.63  molprobity  1.000  
367  367  mt        -88.7   -36.3  Favored    11   48.330     8  0.19    11  0.57  molprobity  1.000  
368  368  mmpt?     -73.2   -38.5  Favored    13   61.720     9  0.27    11  0.43  molprobity  1.000  
369  369  pm0       -70.9   -23.6  Favored     6   89.460     9  0.68    12  0.79  molprobity  1.000  
370  370  tp10      -74.4   -40.5  Favored     6   56.220     9  0.53    12  0.53  molprobity  1.000  
371  371  tt0       -54.7   -56.0  Favored     6   60.010     9  0.53    12  0.36  molprobity  1.000  
372  372  mmmt      -60.5   -30.2  Favored    13   85.350     9  0.79    11  0.51  molprobity  1.000  
373  373  ttt-85    -56.7   -61.8  Favored    13   67.490    11  0.40    14  0.69  molprobity  1.000  
374  374  m         -63.5   -40.6  Favored     9   63.260     7  0.51    10  0.52  molprobity  1.000  
375  375  m-20      -72.6   -13.9  Favored     6   64.820     8  0.28    11  0.57  molprobity  1.000  
376  376  p         -89.8   -30.4  Favored     5   67.990     6  0.35     8  0.44  molprobity  1.000  
377  377  mtmm      -60.6   -44.1  Favored    13   75.660     9  0.46    11  0.46  molprobity  1.000  
378  378  m-85      -61.0   -37.2  Favored     9   52.920    12  0.49    16  0.30  molprobity  1.000  
379  379  m-20      -63.5   -41.0  Favored     4   66.260     8  0.41    11  0.57  molprobity  1.000  
380  380  p         -68.9   -33.7  Favored     7   80.970     7  0.19    10  0.51  molprobity  1.000  
381  381  mt        -66.4   -46.6  Favored    11   63.230     8  0.23    11  0.34  molprobity  1.000  
382  382  t80       -52.1   -41.5  Favored     9   72.660    13  0.21    18  0.38  molprobity  1.000  
383  383  mm100     -70.4   -32.6  Favored     8   78.100     9  0.34    12  0.25  molprobity  1.000  
384  384  mt        -63.4   -55.1  Favored    11   65.030     8  0.33    11  0.40  molprobity  1.000  
385  385  mt        -60.2   -40.0  Favored    11   66.180     8  0.19    11  0.49  molprobity  1.000  
386  386  tp        -65.6   -33.7  Favored    11   70.510     8  0.29    11  0.25  molprobity  1.000  
387  387  tptt      -67.1   -47.4  Favored    13  101.190     9  0.40    11  0.59  molprobity  1.000  
388  388  tttt      -64.0   -37.8  Favored    13   99.010     9  0.33    11  0.36  molprobity  1.000  
389  389  tttt      -62.2   -31.0  Favored    13   79.660     9  0.22    11  0.34  molprobity  1.000  
390  390  m         -78.1   -34.1  Favored     5   99.480     6  0.23     8  0.26  molprobity  1.000  
391  391  mt-10     -63.0   -48.1  Favored     6  109.900     9  0.24    12  0.39  molprobity  1.000  
392  392  mm        -65.4   -43.4  Favored    11   91.330     8  0.19    11  0.38  molprobity  1.000  
393  393  tt0       -62.4   -37.7  Favored     8  100.890     9  0.26    12  0.26  molprobity  1.000  
394  394  m         -68.3   -51.4  Favored     7   98.920     7  0.26    10  0.39  molprobity  1.000  
395  395  tp        -61.0   -38.7  Favored    11  101.800     8  0.20    11  0.44  molprobity  1.000  
396  396  tttp      -59.0   -40.0  Favored    13  100.920     9  0.27    11  0.36  molprobity  1.000  
397  397  mt-10     -66.8   -35.9  Favored     6  127.150     9  0.40    12  0.33  molprobity  1.000  
398  398  mt-10     -67.0   -38.5  Favored     6  118.630     9  0.23    12  0.32  molprobity  1.000  
399  399  mt        -68.3   -30.2  Favored    11  106.560     8  0.16    11  0.40  molprobity  1.000  
400  400  mt-10     -73.9   -39.0  Favored     6  121.980     9  0.22    12  0.33  molprobity  1.000  
401  401  pt20      -97.4     4.2  Favored     8  141.020     9  0.27    12  0.53  molprobity  1.000  
402  402  p         -84.5   -27.9  Favored     5  134.560     6  0.21     8  0.24  molprobity  1.000  
403  403  mp        -87.9     2.0  Favored    11  159.840     8  0.22    11  0.45  molprobity  1.000  
404  404  t         -90.6   -25.6  Favored     7  150.070     7  0.25    10  0.52  molprobity  1.000  
405  405  mttt     -103.0    46.5  Allowed    13  174.830     9  0.24    11  0.42  molprobity  1.000  
406  406  ptt-85    -88.3   -28.2  Favored    13  188.010    11  0.21    14  0.45  molprobity  1.000  
407  407  m-20      -91.3    -7.5  Favored     4  206.210     8  0.25    11  0.40  molprobity  1.000  
408  408  mt-10     -51.0   138.9  Favored     6  188.230     9  0.31    12  0.59  molprobity  1.000  
409  409  t80       -60.5   -45.5  Favored     9  194.230    12  0.51    16  0.52  molprobity  1.000  
410  410  pm0       -70.0    13.8  Allowed     6  224.890     9  0.37    12  0.58  molprobity  1.000  
411  411  t80       -66.8   -39.0  Favored     9  169.390    12  0.27    16  0.29  molprobity  1.000  
412  412  mp        -63.0   -40.8  Favored    11  169.360     8  0.24    11  0.40  molprobity  1.000  
413  413  tm-20     -63.8   -35.8  Favored     6  245.430     9  0.27    12  0.34  molprobity  1.000  
414  414  tttm      -80.1   -25.3  Favored    13  172.600     9  0.22    11  0.45  molprobity  1.000  
415  415  ?        -108.3    -6.8  Favored     5  149.670     5  0.36     7  0.83  molprobity  1.000  
416  416  m         -68.0   -21.4  Favored     5  159.110     6  0.26     8  0.15  molprobity  1.000  
417  417  ptpp?     -69.6   -31.9  Favored    13  172.930     9  0.23    11  0.28  molprobity  1.000  
418  418  mt        -83.2   -20.8  Favored    11  147.790     8  0.24    11  0.57  molprobity  1.000  
419  419  ptt180    -70.8   -24.3  Favored    13  160.710    11  0.32    14  0.58  molprobity  1.000  
420  420  ?         -75.9   -39.3  Favored     3  177.220     4  0.18     5  0.24  molprobity  1.000  
421  421  mt        -64.6   126.0  Favored    11  184.240     8  0.35    11  0.44  molprobity  1.000  
422  422  p        -152.9    61.6  Allowed     5  180.320     6  0.31     8  0.31  molprobity  1.000  
423  423  p         -69.2    96.6  Allowed     7  224.910     7  0.11    10  0.65  molprobity  1.000  
424  424  mttt     -129.0    68.0  Favored    13  170.580     9  0.39    12  0.32  molprobity  1.000  
425  425  Cg_endo  -119.4  -139.5  OUTLIER     7  184.780     8  0.58    11  0.92  molprobity  1.000  
426  426  t          70.0   111.7  OUTLIER     9  146.410     7  0.27    10  0.55  molprobity  1.000  
427  427  t80      -103.8   128.0  Favored     9  118.940    13  0.27    18  0.38  molprobity  1.000  
428  428  OUTLIER  -113.3   117.1  Favored    11  113.990     8  0.28    12  0.55  molprobity  1.000  
429  429  Cg_endo   -77.5   160.6  Favored     7   90.370     8  0.30    11  0.55  molprobity  1.000  
430  430  mm-40     -69.9   144.0  Favored     6   86.860     9  0.23    12  0.46  molprobity  1.000  
431  431  t        -107.0   133.8  Favored     9   65.760     7  0.45    10  0.41  molprobity  1.000  
432  432  mm-40    -121.0   116.1  Favored     6   88.910     9  0.23    12  0.53  molprobity  1.000  
433  433  tp        -66.7   136.1  Favored    11   60.340     8  0.29    11  0.46  molprobity  1.000  
434  434  t-20      -83.7    77.4  Favored     6   58.670     8  0.21    11  0.57  molprobity  1.000  
435  435  m80       -60.2   -43.3  Favored     7   65.440    11  0.18    15  0.38  molprobity  1.000  
436  436  mmtt      -63.8   -27.4  Favored    13   87.470     9  0.60    11  0.27  molprobity  1.000  
437  437  tp        -71.1   -48.0  Favored    11   51.730     8  0.23    11  0.62  molprobity  1.000  
438  438  pt        -77.3   -27.1  Favored    11   53.920     8  0.36    11  0.71  molprobity  1.000  
439  439  mttp      -70.6   -30.8  Favored    13   70.880     9  0.41    11  0.40  molprobity  1.000  
440  440  ?         -74.0   -34.3  Favored     3   56.780     4  0.16     5  0.26  molprobity  1.000  
441  441  mt        -61.7   -42.5  Favored    11   46.860     8  0.35    11  0.34  molprobity  1.000  
442  442  t60       -64.6   -51.9  Favored     7   53.190    11  0.21    15  0.35  molprobity  1.000  
443  443  tp60      -60.1   -30.4  Favored     8   60.820     9  0.30    12  0.39  molprobity  1.000  
444  444  m         -78.8   -33.5  Favored     5   53.350     6  0.34     8  0.29  molprobity  1.000  
445  445  p         -72.0   -28.6  Favored     7   53.930     7  0.39    10  0.60  molprobity  1.000  
446  446  mt        -65.0   -42.9  Favored    11   55.850     8  0.34    11  0.39  molprobity  1.000  
447  447  m-20      -61.4   -39.3  Favored     4   63.610     8  0.28    11  0.37  molprobity  1.000  
448  448  tp        -62.0   -39.1  Favored    11   43.920     8  0.26    11  0.63  molprobity  1.000  
449  449  ttpt      -63.5   -43.1  Favored    13   57.700     9  0.40    11  0.43  molprobity  1.000  
450  450  m-20      -66.3   -38.0  Favored     6   66.780     8  0.28    11  0.73  molprobity  1.000  
451  451  pt-20     -78.2   -19.1  Favored     6   87.140     9  0.36    12  0.68  molprobity  1.000  
452  452  tp        -67.7   -32.2  Favored    11   49.460     8  0.17    11  0.36  molprobity  1.000  
453  453  mmpm?     -57.0   -61.1  Favored    13   81.740     9  0.51    11  0.87  molprobity  1.000  
454  454  mm-40     -52.4   -41.7  Favored     8   78.240     9  0.32    12  0.24  molprobity  1.000  
455  455  m         -61.3   -48.0  Favored     5   60.690     6  0.51     8  0.42  molprobity  1.000  
456  456  mt        -65.7   -41.3  Favored    11   48.150     8  0.49    11  0.57  molprobity  1.000  
457  457  ?         -58.5   -45.5  Favored     3   52.810     4  0.14     5  0.16  molprobity  1.000  
458  458  mtm-85    -62.8   -30.9  Favored    13   77.560    11  0.25    14  0.27  molprobity  1.000  
459  459  tp        -70.4   -53.5  Favored    11   50.970     8  0.35    11  0.69  molprobity  1.000  
460  460  mm-40     -69.2   -28.8  Favored     8   52.200     9  0.31    12  0.57  molprobity  1.000  
461  461  pt-20     -70.5   -12.3  Favored     6   73.380     9  0.24    12  0.33  molprobity  1.000  
462  462  mt        -70.5   -21.5  Favored    11   57.100     8  0.27    11  0.77  molprobity  1.000  
463  463  p        -126.5   155.8  Favored     7   58.680     7  0.30    11  0.64  molprobity  1.000  
464  464  Cg_exo    -74.8   148.9  Favored     7   57.940     8  0.36    11  0.59  molprobity  1.000  
465  465  t        -115.3   145.2  Favored     5   76.700     6  0.41     8  0.35  molprobity  1.000  
466  466  t             ?       ?  ?           5  110.940     5  0.27     5  0.17  molprobity  1.000  
467  467  ?             ?       ?  ?           4  102.690     5  0.23     7  0.48  molprobity  1.000  
468  468  t        -129.6   119.2  Favored     5   98.630     6  0.28     8  0.47  molprobity  1.000  
469  469  mtp180   -125.8   155.0  Favored    13   91.590    11  0.21    14  0.53  molprobity  1.000  
470  470  t80      -117.5   123.0  Favored     9   53.480    13  0.28    18  0.35  molprobity  1.000  
471  471  mt       -102.7   133.3  Favored    11   55.650     8  0.44    11  0.95  molprobity  1.000  
472  472  p        -125.5    86.0  Favored     7   58.330     7  0.61    10  0.69  molprobity  1.000  
473  473  m-20      -62.5   -34.3  Favored     4   59.040     8  0.29    11  0.60  molprobity  1.000  
474  474  mtm      -103.7   145.7  Favored     9   47.050     8  0.44    10  0.85  molprobity  1.000  
475  475  p         -74.0   166.6  Favored     7   59.190     7  0.32    10  0.65  molprobity  1.000  
476  476  mt        -58.1   -35.5  Favored    11   57.650     8  0.28    11  0.56  molprobity  1.000  
477  477  tp10      -62.9   -51.7  Favored     6   79.700     9  0.48    12  0.47  molprobity  1.000  
478  478  mt-10     -63.7   -26.8  Favored     6   61.210     9  0.42    12  0.40  molprobity  1.000  
479  479  mmm       -73.9   -37.6  Favored     9   57.550     8  0.27    10  0.28  molprobity  1.000  
480  480  m         -95.3   -17.1  Favored     5   70.740     6  0.26     8  0.51  molprobity  1.000  
481  481  ttm180    -54.4   146.6  Favored    13   69.090    11  0.35    14  0.68  molprobity  1.000  
482  482  mt-10     -99.6   153.0  Favored     6   96.510     9  0.61    12  0.44  molprobity  1.000  
483  483  p-90     -149.2   156.2  Favored    10   68.970    16  0.29    23  0.29  molprobity  1.000  
484  484  p        -130.7   150.6  Favored     5   74.910     6  0.37     8  0.66  molprobity  1.000  
485  485  mtm       -90.9   131.5  Favored     9   69.500     8  0.30    10  0.53  molprobity  1.000  
486  486  tp        -74.7   -33.7  Favored    11   93.120     8  0.33    11  0.49  molprobity  1.000  
487  487  mt       -124.2    97.1  Favored    11   73.950     8  0.26    12  0.50  molprobity  1.000  
488  488  Cg_exo    -68.3   143.5  Favored     7   64.340     8  0.25    11  0.46  molprobity  1.000  
489  489  tttt     -141.3   118.0  Favored    13   64.830     9  0.22    11  0.63  molprobity  1.000  
490  490  mt-30    -128.3   159.4  Favored     8   85.360     9  0.28    12  0.60  molprobity  1.000  
491  491  tttm     -161.4   134.2  Favored    13   62.370     9  0.39    11  0.53  molprobity  1.000  
492  492  t         -94.8   113.3  Favored     9   54.980     7  0.38    10  0.64  molprobity  1.000  
493  493  ?        -109.2    79.6  Allowed     5   57.130     5  0.24     7  0.81  molprobity  1.000  
494  494  ?          65.0  -118.4  Favored     3   67.180     4  0.50     6  0.52  molprobity  1.000  
495  495  Cg_endo   -86.6     4.7  Favored     7   47.930     8  0.15    11  0.57  molprobity  1.000  
496  496  mt       -121.9   150.5  Favored    11   47.250     8  0.29    11  0.50  molprobity  1.000  
497  497  t        -111.7   125.9  Favored     5   50.750     6  0.16     8  0.40  molprobity  1.000  
498  498  mt       -110.8   124.4  Favored    11   48.660     8  0.29    11  0.49  molprobity  1.000  
499  499  mtp85    -127.9   144.5  Favored    13   69.570    11  0.17    14  0.49  molprobity  1.000  
500  500  ptm      -156.7   159.2  Favored     9   57.990     8  0.47    10  0.53  molprobity  1.000  
501  501  t0        -94.7   109.8  Favored     4   66.210     8  0.22    11  0.48  molprobity  1.000  
502  502  mt-30     -64.9   -10.8  Favored     8   83.440     9  0.34    12  0.65  molprobity  1.000  
503  503  ?         -85.9   -10.9  Favored     5   68.460     5  0.35     7  0.56  molprobity  1.000  
504  504  mm        -78.8   124.5  Favored    11   60.730     8  0.22    11  0.49  molprobity  1.000  
505  505  mtp      -133.5   152.1  Favored     9   80.030     8  0.34    10  0.99  molprobity  1.000  
506  506  m-20       56.8    42.9  Favored     4   80.800     8  0.23    11  0.37  molprobity  1.000  
507  507  mmtm     -126.6   151.7  Favored    13   67.010     9  0.35    11  0.52  molprobity  1.000  
508  508  m-80      -88.3   119.4  Favored     6   68.960     8  0.23    11  0.45  molprobity  1.000  
509  509  mt       -117.4   143.5  Favored    11   57.630     8  0.23    11  0.52  molprobity  1.000  
510  510  tp       -123.8   134.8  Favored    11   53.330     8  0.21    11  0.60  molprobity  1.000  
511  511  mt        -99.9   112.8  Favored    11   50.430     8  0.23    11  0.78  molprobity  1.000  
512  512  mttt     -107.9   144.0  Favored    13   50.420     9  0.26    11  0.43  molprobity  1.000  
513  513  ?        -145.2   145.6  Favored     5   51.960     5  0.32     7  0.43  molprobity  1.000  
514  514  m-20     -107.5   124.1  Favored     6   50.000     8  0.48    11  0.52  molprobity  1.000  
515  515  p90      -156.1   160.3  Favored     9   44.670    12  0.35    16  0.34  molprobity  1.000  
516  516  p         -97.1   154.6  Favored     5   46.530     6  0.29     8  0.49  molprobity  1.000  
517  517  t        -132.4   138.1  Favored     9   44.790     7  0.54    10  0.63  molprobity  1.000  
518  518  tt       -139.6   133.9  Favored    11   52.240     8  0.27    11  0.81  molprobity  1.000  
519  519  m-85       58.1    31.9  Favored     9   59.760    12  0.42    16  0.42  molprobity  1.000  
520  520  m-20       68.7    22.4  Favored     4   85.740     8  0.28    11  0.60  molprobity  1.000  
521  521  mmt180   -128.2   163.0  Favored    13   72.640    11  0.33    14  0.70  molprobity  1.000  
522  522  tt        -69.4   136.3  Favored    11   48.280     8  0.30    11  0.45  molprobity  1.000  
523  523  tt0      -110.3   -58.4  Favored     6   52.030     9  0.42    12  0.27  molprobity  1.000  
524  524  m        -142.3   124.2  Favored     7   46.510     7  0.39    10  0.60  molprobity  1.000  
525  525  tp        -80.8   131.8  Favored    11   47.480     8  0.34    11  0.48  molprobity  1.000  
526  526  mm        -96.6   -48.6  Favored    11   47.260     8  0.18    11  0.29  molprobity  1.000  
527  527  tp       -163.7   142.8  Favored    11   46.460     8  0.20    11  0.59  molprobity  1.000  
528  528  tt       -131.3   129.4  Favored    11   46.880     8  0.26    11  0.66  molprobity  1.000  
529  529  mtt180   -132.2   149.5  Favored    13   53.910    11  0.17    14  0.88  molprobity  1.000  
530  530  ?        -101.1   127.9  Favored     5   51.330     5  0.24     7  0.31  molprobity  1.000  
531  531  m-85     -120.4   135.9  Favored     9   57.160    12  0.45    16  0.28  molprobity  1.000  
532  532  p         -76.9   168.6  Favored     7   62.190     7  0.20    10  0.66  molprobity  1.000  
533  533  mt-10     -60.6   -22.1  Favored     6   94.690     9  0.29    12  0.34  molprobity  1.000  
534  534  mp0       -84.0    -1.3  Favored     6  104.330     9  0.39    12  0.60  molprobity  1.000  
535  535  ?          90.1     4.8  Favored     3   71.500     4  0.29     5  0.76  molprobity  1.000  
536  536  ?         -85.8   142.1  Favored     5   70.890     5  0.27     7  0.38  molprobity  1.000  
537  537  mt        -80.5   129.6  Favored    11   59.790     8  0.22    11  0.44  molprobity  1.000  
538  538  m        -129.2    -3.6  Favored     9   55.100     7  0.24    10  0.70  molprobity  1.000  
539  539  ?        -163.5   165.3  Favored     3   49.950     4  0.23     5  0.83  molprobity  1.000  
540  540  tt0      -160.6   140.8  Favored     6   59.410     9  0.52    12  0.75  molprobity  1.000  
541  541  mt       -125.0   123.2  Favored    11   44.850     8  0.42    11  0.68  molprobity  1.000  
542  542  p        -141.1   152.9  Favored     5   52.380     6  0.40     9  0.35  molprobity  1.000  
543  543  Cg_exo    -69.1   148.7  Favored     7   56.350     8  0.30    11  0.51  molprobity  1.000  
544  544  mt        -62.3   147.2  Favored    11   63.210     8  0.21    12  0.48  molprobity  1.000  
545  545  Cg_exo    -54.4   -29.8  Favored     7   84.180     8  0.17    11  0.35  molprobity  1.000  
546  546  p         -71.3    -5.3  Favored     5   83.220     6  0.30     8  0.62  molprobity  1.000  
547  547  mt         49.7    56.6  Favored    11   97.360     8  0.33    12  0.51  molprobity  1.000  
548  548  Cg_endo   -72.3   144.8  Favored     7   95.070     8  0.27    11  0.54  molprobity  1.000  
549  549  ?         -64.1   147.0  Favored     3   68.810     4  0.30     5  0.56  molprobity  1.000  
550  550  p-80     -133.7   165.5  Favored     7   51.470    11  0.22    15  0.47  molprobity  1.000  
551  551  p        -120.5   174.5  Favored     7   51.930     7  0.33    10  0.85  molprobity  1.000  
552  552  ?         -63.9   -28.6  Favored     5   54.620     5  0.29     7  0.45  molprobity  1.000  
553  553  mm-40     -68.0   -42.9  Favored     6   74.960     9  0.22    12  0.30  molprobity  1.000  
554  554  m-20      -56.5   -42.0  Favored     4   53.030     8  0.23    11  0.38  molprobity  1.000  
555  555  t         -68.3   -43.7  Favored     9   43.480     7  0.35    10  0.55  molprobity  1.000  
556  556  mtmm      -58.4   -45.5  Favored    13   60.360     9  0.35    11  0.40  molprobity  1.000  
557  557  m-20      -68.1   -41.2  Favored     6   59.050     8  0.28    11  0.51  molprobity  1.000  
558  558  ?         -60.9   -35.1  Favored     5   45.280     5  0.18     7  0.47  molprobity  1.000  
559  559  t         -66.6   -37.8  Favored     9   48.470     7  0.50    10  0.68  molprobity  1.000  
560  560  ?         -66.9   -35.2  Favored     3   45.520     4  0.13     5  0.18  molprobity  1.000  
561  561  t         -68.9   -42.9  Favored     9   45.410     7  0.33    10  0.44  molprobity  1.000  
562  562  tp        -65.8   -39.4  Favored    11   48.400     8  0.19    11  0.41  molprobity  1.000  
563  563  mt        -64.9   -44.6  Favored    11   48.310     8  0.25    11  0.65  molprobity  1.000  
564  564  ?         -62.6   -36.9  Favored     3   46.600     4  0.24     5  0.70  molprobity  1.000  
565  565  ?         -69.2   -34.4  Favored     3   50.760     4  0.30     5  0.20  molprobity  1.000  
566  566  mt        -79.1   -24.6  Favored    11   48.060     8  0.20    11  0.66  molprobity  1.000  
567  567  mt-10     -79.0   -16.2  Favored     6   57.920     9  0.25    12  0.38  molprobity  1.000  
568  568  t-105     -59.5   -41.0  Favored    10   58.560    16  0.20    23  0.17  molprobity  1.000  
569  569  m120      -90.0    31.9  Allowed     6   69.200     8  0.15    11  0.46  molprobity  1.000  
570  570  m-20       60.9    30.1  Favored     4   71.050     8  0.19    11  0.40  molprobity  1.000  
571  571  m-80      -84.7   151.5  Favored     6   60.590     8  0.25    11  0.42  molprobity  1.000  
572  572  p        -109.2   125.9  Favored     7   58.390     7  0.22    10  0.75  molprobity  1.000  
573  573  t        -114.7   135.2  Favored     9   53.070     7  0.21    10  0.41  molprobity  1.000  
574  574  mtm180   -120.6   156.0  Favored    13   84.170    11  0.17    14  0.55  molprobity  1.000  
575  575  t        -114.7   134.5  Favored     9   59.130     7  0.59    10  0.49  molprobity  1.000  
576  576  p         -56.5   154.8  Favored     5   59.100     6  0.17     8  0.49  molprobity  1.000  
577  577  mt-10     -65.5   -30.0  Favored     6   96.270     9  0.30    12  0.44  molprobity  1.000  
578  578  p         -65.8   -39.4  Favored     7   68.060     7  0.28    10  0.63  molprobity  1.000  
579  579  mt        -67.1   -37.4  Favored    11   57.540     8  0.31    11  0.71  molprobity  1.000  
580  580  mt-30     -65.3   -45.1  Favored     8   84.100     9  0.22    12  0.37  molprobity  1.000  
581  581  mtm-85    -65.3   -36.0  Favored    13  101.360    11  0.34    14  0.31  molprobity  1.000  
582  582  m-85     -108.2   -21.3  Favored     9   73.010    12  0.60    16  0.62  molprobity  1.000  
583  583  ?        -100.4   -18.4  Favored     5   69.790     5  0.27     7  0.45  molprobity  1.000  
584  584  m-90     -122.0  -154.3  Allowed    10   84.000    16  0.29    23  0.22  molprobity  1.000  
585  585  tpt180   -158.9   134.1  Favored    13  215.390    11  0.19    14  0.46  molprobity  1.000  
586  586  p             ?       ?  ?           5  175.820     5  0.27     5  0.42  molprobity  1.000  
587  587  ?             ?       ?  ?           ?  143.250     4  0.32     5  0.36  molprobity  1.000  
588  588  mt        -86.8   -37.1  Favored    11  150.370     8  0.16    11  0.36  molprobity  1.000  
589  589  m         -63.9   -24.6  Favored     5  167.330     6  0.19     8  0.33  molprobity  1.000  
590  590  tm0?      -72.5   -46.8  Favored     8  187.550     9  0.35    12  0.38  molprobity  1.000  
591  591  ?         -66.8   -29.8  Favored     5  171.490     5  0.23     7  0.39  molprobity  1.000  
592  592  t         -60.2   -52.3  Favored     5  149.650     6  0.27     8  0.30  molprobity  1.000  
593  593  ?         -65.9   -21.1  Favored     5  157.970     5  0.27     7  0.26  molprobity  1.000  
594  594  t70       -63.3   -57.5  Favored     4  165.940     8  0.23    11  0.50  molprobity  1.000  
595  595  OUTLIER   -84.6   -15.0  Favored    11  141.050     8  0.14    11  0.73  molprobity  1.000  
596  596  tt0       -64.8   -21.9  Favored     6  152.840     9  0.24    12  0.30  molprobity  1.000  
597  597  ?         -88.7   -35.0  Favored     5  133.320     5  0.29     7  0.42  molprobity  1.000  
598  598  p         -73.9   -43.6  Favored     7  107.370     7  0.22    10  0.42  molprobity  1.000  
599  599  mt        -67.2   -23.7  Favored    11  106.620     8  0.21    11  0.56  molprobity  1.000  
600  600  OUTLIER   -73.6   -46.4  Favored    13  140.690    11  0.21    14  0.33  molprobity  1.000  
601  601  t-80      -66.2   -24.3  Favored     7  132.030    11  0.14    15  0.33  molprobity  1.000  
602  602  mttt      -76.2   -27.1  Favored    13  135.220     9  0.42    11  0.42  molprobity  1.000  
603  603  mt        -64.2   -31.3  Favored    11  104.450     8  0.20    11  0.42  molprobity  1.000  
604  604  p         -68.6   -41.0  Favored     7   93.750     7  0.20    10  0.50  molprobity  1.000  
605  605  t         -61.6   -44.8  Favored     9   82.100     7  0.19    10  0.46  molprobity  1.000  
606  606  mtt       -64.2   -44.6  Favored     9   88.250     8  0.36    10  0.36  molprobity  1.000  
607  607  t80       -58.6   -35.0  Favored     9  105.930    13  0.22    18  0.40  molprobity  1.000  
608  608  p         -74.1   -23.3  Favored     5   80.990     6  0.26     8  0.34  molprobity  1.000  
609  609  mt-30     -76.3   -39.8  Favored     8   86.100     9  0.33    12  0.32  molprobity  1.000  
610  610  pt        -74.0   -27.5  Favored    11   85.450     8  0.21    11  0.48  molprobity  1.000  
611  611  m-20      -69.9   -43.0  Favored     6   79.360     8  0.27    11  0.45  molprobity  1.000  
612  612  ?         -60.7   -34.9  Favored     3   73.090     4  0.21     5  0.20  molprobity  1.000  
613  613  ?         -72.5   -34.5  Favored     5   68.790     5  0.19     7  0.33  molprobity  1.000  
614  614  m         -62.6   -46.0  Favored     5   64.860     6  0.25     8  0.38  molprobity  1.000  
615  615  mtp180    -61.4   -33.3  Favored    13   76.650    11  0.29    14  0.36  molprobity  1.000  
616  616  ?         -71.6   -37.6  Favored     5   65.420     5  0.22     7  0.24  molprobity  1.000  
617  617  mt        -64.3   -46.9  Favored    11   61.130     8  0.20    11  0.45  molprobity  1.000  
618  618  OUTLIER   -54.8   -39.9  Favored     4   80.480     8  0.29    11  0.36  molprobity  1.000  
619  619  t70       -60.9   -45.3  Favored     4   56.210     8  0.19    11  0.46  molprobity  1.000  
620  620  t         -66.7   -45.0  Favored     9   56.290     7  0.26    10  0.47  molprobity  1.000  
621  621  mmt-85    -57.1   -39.8  Favored    13   70.150    11  0.36    14  0.44  molprobity  1.000  
622  622  m-80      -68.9   -38.4  Favored     6   58.700     8  0.22    11  0.27  molprobity  1.000  
623  623  mtt85     -62.1   -36.8  Favored    13   50.160    11  0.27    14  0.51  molprobity  1.000  
624  624  mt-30     -65.4   -44.7  Favored     8   52.950     9  0.30    12  0.38  molprobity  1.000  
625  625  mm-40     -58.7   -40.4  Favored     8   80.010     9  0.28    12  0.26  molprobity  1.000  
626  626  t70       -60.7   -44.3  Favored     4   62.340     8  0.26    11  0.61  molprobity  1.000  
627  627  m         -69.3   -25.7  Favored     9   58.210     7  0.67    10  0.56  molprobity  1.000  
628  628  mtt85     -66.0   -51.2  Favored    13   59.450    11  0.32    14  0.61  molprobity  1.000  
629  629  mmt       -52.7   -46.1  Favored     9   70.470     8  0.28    10  0.58  molprobity  1.000  
630  630  m         -62.2   -45.2  Favored     7   53.170     7  0.24    10  0.54  molprobity  1.000  
631  631  ?         -66.9   -48.0  Favored     5   53.190     5  0.26     7  0.30  molprobity  1.000  
632  632  m-20      -59.1   -41.4  Favored     6   53.300     8  0.24    11  0.46  molprobity  1.000  
633  633  ttt85     -63.9   -38.8  Favored    13   75.120    11  0.34    14  0.49  molprobity  1.000  
634  634  mmtm      -65.4   -36.7  Favored    13   54.550     9  0.25    11  0.80  molprobity  1.000  
635  635  m         -72.3   -32.1  Favored     9   49.520     7  0.58    10  0.55  molprobity  1.000  
636  636  mt-10     -62.6   -41.5  Favored     6   76.740     9  0.32    12  0.50  molprobity  1.000  
637  637  mt-30     -65.1   -31.9  Favored     8   54.760     9  0.35    12  0.40  molprobity  1.000  
638  638  mp        -65.4   -51.2  Favored    11   50.290     8  0.30    11  0.77  molprobity  1.000  
639  639  mt-30     -57.6   -33.6  Favored     8   59.520     9  0.25    12  0.53  molprobity  1.000  
640  640  pt20      -70.8   -29.7  Favored     8   85.010     9  0.38    12  0.59  molprobity  1.000  
641  641  mm-40     -69.5   -46.6  Favored     6   59.170     9  0.29    12  0.33  molprobity  1.000  
642  642  m-85      -69.2   -25.6  Favored     9   46.480    13  0.67    18  0.83  molprobity  1.000  
643  643  p         -72.9   -32.0  Favored     7   57.350     7  0.40    10  0.63  molprobity  1.000  
644  644  mt-10     -61.0   -60.5  Favored     6   61.250     9  0.36    12  0.34  molprobity  1.000  
645  645  mtm       -47.1   -44.4  Favored     9   44.860     8  0.32    10  0.61  molprobity  1.000  
646  646  mttt      -63.5   -42.6  Favored    13   62.140     9  0.26    11  0.24  molprobity  1.000  
647  647  ?         -67.0   -23.2  Favored     5   55.890     5  0.35     7  0.29  molprobity  1.000  
648  648  mt        -82.1   -36.5  Favored    11   70.070     8  0.24    11  1.56  molprobity  1.000  
649  649  mt        -58.5   -40.2  Favored    11   47.620     8  0.23    11  0.40  molprobity  1.000  
650  650  m-20      -61.3   -41.3  Favored     4   51.520     8  0.35    11  0.29  molprobity  1.000  
651  651  ?         -65.8   -44.9  Favored     5   49.750     5  0.28     7  0.36  molprobity  1.000  
652  652  t         -64.2   -38.5  Favored     5   48.230     6  0.31     8  0.34  molprobity  1.000  
653  653  tt0       -65.6   -43.3  Favored     6   53.220     9  0.29    12  0.49  molprobity  1.000  
654  654  p         -66.9   -37.4  Favored     7   55.390     7  0.23    10  0.77  molprobity  1.000  
655  655  p         -75.0   -35.5  Favored     7   52.900     7  0.28    10  0.65  molprobity  1.000  
656  656  m         -66.1   -39.4  Favored     5   49.580     6  0.29     8  0.45  molprobity  1.000  
657  657  m         -65.7   -34.1  Favored     7   49.350     7  0.33    10  0.64  molprobity  1.000  
658  658  ttp-105   -73.2   -36.9  Favored    13   82.580    11  0.44    14  0.54  molprobity  1.000  
659  659  mttt      -63.5    -8.2  Favored    13   53.670     9  0.36    11  0.84  molprobity  1.000  
660  660  mt       -102.7   -36.8  Favored    11   47.050     8  0.24    11  0.34  molprobity  1.000  
661  661  mtpp      -78.2   -31.4  Favored    13   60.120     9  0.41    11  0.42  molprobity  1.000  
662  662  pm0       -66.5   -23.4  Favored     6   87.480     9  0.69    12  0.57  molprobity  1.000  
663  663  tp10      -84.5   -36.9  Favored     6   55.350     9  0.73    12  0.60  molprobity  1.000  
664  664  tt0       -55.3   -53.4  Favored     6   63.820     9  0.51    12  0.43  molprobity  1.000  
665  665  mmmt      -69.8   -20.1  Favored    13   95.220     9  0.64    11  0.55  molprobity  1.000  
666  666  ttp85     -65.5   -52.4  Favored    13   56.980    11  0.27    14  0.73  molprobity  1.000  
667  667  m         -72.1   -38.0  Favored     9   58.330     7  0.25    10  0.51  molprobity  1.000  
668  668  m-20      -70.4   -22.3  Favored     6   61.450     8  0.29    11  0.65  molprobity  1.000  
669  669  p         -84.6   -32.6  Favored     5   66.740     6  0.34     8  0.56  molprobity  1.000  
670  670  mttt      -64.9   -31.8  Favored    13   94.620     9  0.37    11  0.54  molprobity  1.000  
671  671  m-85      -67.7   -34.6  Favored     9   56.310    12  0.48    16  0.30  molprobity  1.000  
672  672  m-20      -63.6   -44.6  Favored     4   66.540     8  0.29    11  0.73  molprobity  1.000  
673  673  p         -64.2   -34.6  Favored     7   78.730     7  0.20    10  0.58  molprobity  1.000  
674  674  mt        -67.2   -41.7  Favored    11   60.000     8  0.33    11  0.40  molprobity  1.000  
675  675  t80       -57.6   -38.1  Favored     9   73.620    13  0.30    18  0.44  molprobity  1.000  
676  676  mm-40     -73.5   -37.0  Favored     8   77.690     9  0.34    12  0.49  molprobity  1.000  
677  677  pt        -78.0   -27.4  Favored    11   76.170     8  0.32    11  0.46  molprobity  1.000  
678  678  mt        -71.4   -37.4  Favored    11   65.170     8  0.25    11  0.91  molprobity  1.000  
679  679  tt        -68.1   -37.3  Favored    11   77.010     8  0.25    11  0.26  molprobity  1.000  
680  680  tttt      -63.6   -40.7  Favored    13   93.660     9  0.24    11  0.34  molprobity  1.000  
681  681  tppt?     -64.7   -41.4  Favored    13   92.590     9  0.54    11  0.71  molprobity  1.000  
682  682  tttt      -58.5   -33.1  Favored    13   80.860     9  0.23    11  0.35  molprobity  1.000  
683  683  m         -78.3   -36.4  Favored     5   96.250     6  0.25     8  0.28  molprobity  1.000  
684  684  mt-10     -65.0   -44.6  Favored     6  107.410     9  0.32    12  0.29  molprobity  1.000  
685  685  mm        -64.5   -45.2  Favored    11   81.570     8  0.20    11  0.30  molprobity  1.000  
686  686  tt0       -60.2   -40.3  Favored     8   97.400     9  0.26    12  0.26  molprobity  1.000  
687  687  m         -65.5   -50.9  Favored     7   98.290     7  0.23    10  0.37  molprobity  1.000  
688  688  tp        -63.4   -36.7  Favored    11   93.350     8  0.23    11  0.62  molprobity  1.000  
689  689  tttm      -60.5   -38.3  Favored    13  101.220     9  0.30    11  0.38  molprobity  1.000  
690  690  mt-10     -68.2   -37.0  Favored     6  126.550     9  0.28    12  0.28  molprobity  1.000  
691  691  mt-10     -65.0   -39.9  Favored     6  109.810     9  0.19    12  0.33  molprobity  1.000  
692  692  mt        -67.3   -32.4  Favored    11  101.360     8  0.17    11  0.34  molprobity  1.000  
693  693  mt-10     -71.4   -39.2  Favored     6  123.260     9  0.23    12  0.33  molprobity  1.000  
694  694  pt20      -96.8     1.5  Favored     8  142.200     9  0.25    12  0.51  molprobity  1.000  
695  695  t         -79.8   -31.9  Favored     5  126.120     6  0.27     8  0.18  molprobity  1.000  
696  696  mp        -87.7     5.5  Favored    11  163.170     8  0.24    11  0.48  molprobity  1.000  
697  697  t         -93.0   -24.5  Favored     7  153.580     7  0.24    10  0.51  molprobity  1.000  
698  698  mttt     -104.7    46.2  Allowed    13  171.660     9  0.25    11  0.47  molprobity  1.000  
699  699  ptt-85    -87.7   -30.2  Favored    13  185.460    11  0.20    14  0.46  molprobity  1.000  
700  700  m-20      -89.1    -9.3  Favored     4  191.330     8  0.27    11  0.39  molprobity  1.000  
701  701  mt-10     -49.3   136.4  Favored     6  187.610     9  0.25    12  0.57  molprobity  1.000  
702  702  t80       -58.9   -41.1  Favored     9  201.380    12  0.54    16  0.52  molprobity  1.000  
703  703  pm0       -76.0    15.2  Allowed     6  222.320     9  0.43    12  0.61  molprobity  1.000  
704  704  OUTLIER   -64.5   -39.1  Favored     9  161.830    12  0.29    16  0.19  molprobity  1.000  
705  705  mp        -61.0   -43.0  Favored    11  152.340     8  0.26    11  0.54  molprobity  1.000  
706  706  tm-20     -65.8   -43.0  Favored     6  215.320     9  0.67    12  0.37  molprobity  1.000  
707  707  tttm      -66.3   -27.1  Favored    13  153.180     9  0.25    11  0.48  molprobity  1.000  
708  708  ?        -108.1   -15.6  Favored     5  143.730     5  0.37     7  0.86  molprobity  1.000  
709  709  m         -60.3   -21.4  Favored     5  155.600     6  0.22     8  0.17  molprobity  1.000  
710  710  tttt      -63.1   -30.7  Favored    13  173.690     9  0.27    11  0.61  molprobity  1.000  
711  711  mt        -91.8   -27.9  Favored    11  135.280     8  0.32    11  0.58  molprobity  1.000  
712  712  ptt180    -64.4   -23.2  Favored    13  146.840    11  0.26    14  0.48  molprobity  1.000  
713  713  ?         -78.0   -32.0  Favored     3  161.820     4  0.19     5  0.37  molprobity  1.000  
714  714  mt        -66.6   122.4  Favored    11  166.820     8  0.28    11  0.47  molprobity  1.000  
715  715  p        -157.9    63.0  Allowed     5  164.600     6  0.38     8  0.44  molprobity  1.000  
716  716  p         -70.9    99.3  Allowed     7  207.930     7  0.13    10  0.63  molprobity  1.000  
717  717  mttt     -127.3    66.5  Favored    13  160.120     9  0.32    12  0.34  molprobity  1.000  
718  718  Cg_endo  -113.4  -136.3  OUTLIER     7  178.210     8  0.57    11  0.90  molprobity  1.000  
719  719  OUTLIER    67.9   121.9  OUTLIER     9  134.430     7  0.42    10  0.88  molprobity  1.000  
720  720  t80      -117.0   132.0  Favored     9  112.670    13  0.26    18  0.41  molprobity  1.000  
721  721  mm       -113.3   110.2  Favored    11   92.170     8  0.51    12  0.65  molprobity  1.000  
722  722  Cg_exo    -69.3   149.0  Favored     7   93.250     8  0.23    11  0.49  molprobity  1.000  
723  723  mm-40     -65.5   134.7  Favored     6   83.910     9  0.17    12  0.43  molprobity  1.000  
724  724  t         -95.5   138.3  Favored     9   60.650     7  0.43    10  0.39  molprobity  1.000  
725  725  tt0      -134.6   114.5  Favored     6   89.920     9  0.24    12  0.38  molprobity  1.000  
726  726  tp        -63.5   138.8  Favored    11   57.500     8  0.28    11  0.54  molprobity  1.000  
727  727  t-20      -84.7    80.3  Favored     6   59.050     8  0.27    11  0.56  molprobity  1.000  
728  728  m80       -62.1   -44.5  Favored     7   64.860    11  0.16    15  0.31  molprobity  1.000  
729  729  mmtt      -57.2   -32.3  Favored    13   86.700     9  0.57    11  0.25  molprobity  1.000  
730  730  tp        -67.6   -53.1  Favored    11   54.900     8  0.25    11  0.51  molprobity  1.000  
731  731  pt        -76.1   -33.0  Favored    11   52.360     8  0.40    11  0.94  molprobity  1.000  
732  732  mttp      -64.9   -32.6  Favored    13   79.600     9  0.38    11  0.41  molprobity  1.000  
733  733  ?         -74.2   -35.2  Favored     3   55.210     4  0.11     5  0.24  molprobity  1.000  
734  734  mt        -60.2   -40.3  Favored    11   48.130     8  0.22    11  0.41  molprobity  1.000  
735  735  t-160     -68.8   -49.1  Favored     7   59.400    11  0.18    15  0.29  molprobity  1.000  
736  736  tp60      -59.7   -40.7  Favored     8   63.250     9  0.25    12  0.34  molprobity  1.000  
737  737  m         -71.6   -19.1  Favored     5   56.710     6  0.39     8  0.17  molprobity  1.000  
738  738  m         -78.6   -38.6  Favored     7   50.230     7  0.28    10  0.55  molprobity  1.000  
739  739  mt        -59.1   -41.0  Favored    11   51.000     8  0.39    11  0.37  molprobity  1.000  
740  740  m-20      -61.0   -44.6  Favored     4   63.750     8  0.31    11  0.32  molprobity  1.000  
741  741  tp        -56.6   -38.9  Favored    11   45.690     8  0.19    11  0.45  molprobity  1.000  
742  742  ttpt      -66.7   -48.1  Favored    13   57.370     9  0.23    11  0.35  molprobity  1.000  
743  743  m-20      -61.0   -38.7  Favored     6   62.240     8  0.31    11  0.42  molprobity  1.000  
744  744  mm-40     -62.7   -40.1  Favored     6   91.490     9  0.32    12  0.31  molprobity  1.000  
745  745  tp        -67.0   -41.2  Favored    11   45.990     8  0.27    11  0.53  molprobity  1.000  
746  746  tttt      -62.8   -29.4  Favored    13   72.980     9  0.31    11  0.39  molprobity  1.000  
747  747  mm-40     -81.2   -34.0  Favored     8   74.950     9  0.39    12  0.28  molprobity  1.000  
748  748  m         -63.4   -40.7  Favored     5   57.000     6  0.78     8  0.26  molprobity  1.000  
749  749  mt        -63.8   -42.3  Favored    11   44.880     8  0.25    11  0.50  molprobity  1.000  
750  750  ?         -59.7   -40.2  Favored     3   53.140     4  0.19     5  0.15  molprobity  1.000  
751  751  mtm105    -67.9   -24.5  Favored    13   78.010    11  0.21    14  0.54  molprobity  1.000  
752  752  tt        -78.0   -52.0  Favored    11   54.060     8  0.39    11  1.03  molprobity  1.000  
753  753  mm-40     -69.7   -20.2  Favored     8   51.180     9  0.42    12  0.61  molprobity  1.000  
754  754  pt-20     -79.7    -7.5  Favored     6   72.770     9  0.23    12  0.32  molprobity  1.000  
755  755  mt        -76.1   -19.9  Favored    11   51.800     8  0.28    11  0.72  molprobity  1.000  
756  756  p        -127.5   153.1  Favored     7   53.590     7  0.35    11  0.68  molprobity  1.000  
757  757  Cg_exo    -73.3   158.0  Favored     7   52.950     8  0.26    11  0.55  molprobity  1.000  
758  758  t        -118.5   157.7  Favored     5   79.150     6  0.33     8  0.43  molprobity  1.000  
759  759  p             ?       ?  ?           5  148.160     5  0.32     5  0.29  molprobity  1.000  
760  760  ?             ?       ?  ?           4   91.650     5  0.25     7  0.50  molprobity  1.000  
761  761  t        -141.2   121.6  Favored     5   89.790     6  0.26     8  0.45  molprobity  1.000  
762  762  ttp-105  -128.6   154.9  Favored    13   94.030    11  0.33    14  0.47  molprobity  1.000  
763  763  t80      -118.3   123.7  Favored     9   52.170    13  0.35    18  0.36  molprobity  1.000  
764  764  mm?      -101.0   131.2  Favored    11   50.230     8  0.34    11  0.64  molprobity  1.000  
765  765  p        -125.2    88.1  Favored     7   53.730     7  0.22    10  0.68  molprobity  1.000  
766  766  m-20      -64.5   -37.4  Favored     4   56.920     8  0.57    11  0.51  molprobity  1.000  
767  767  mtm       -99.2   148.8  Favored     9   46.850     8  0.34    10  0.73  molprobity  1.000  
768  768  p         -76.6   168.8  Favored     7   60.980     7  0.28    10  0.66  molprobity  1.000  
769  769  mt        -57.2   -38.9  Favored    11   62.200     8  0.25    11  0.52  molprobity  1.000  
770  770  tm-20     -69.7   -48.5  Favored     6   77.380     9  0.37    12  0.32  molprobity  1.000  
771  771  mt-10     -57.9   -32.5  Favored     6   64.480     9  0.58    12  0.51  molprobity  1.000  
772  772  mmm       -70.9   -35.3  Favored     9   54.990     8  0.37    10  0.27  molprobity  1.000  
773  773  m         -99.8    -4.4  Favored     5   70.460     6  0.24     8  0.65  molprobity  1.000  
774  774  ttm180    -64.8   153.6  Favored    13   64.330    11  0.29    14  0.48  molprobity  1.000  
775  775  mt-10    -108.8   148.8  Favored     6   97.410     9  1.30    12  0.61  molprobity  1.000  
776  776  p-90     -146.3   152.9  Favored    10   61.310    16  0.29    23  0.29  molprobity  1.000  
777  777  p        -125.4   143.4  Favored     5   78.410     6  0.36     8  0.47  molprobity  1.000  
778  778  mtm       -84.6   129.8  Favored     9   67.460     8  0.28    10  0.50  molprobity  1.000  
779  779  tp        -72.4   -34.5  Favored    11   89.900     8  0.32    11  0.52  molprobity  1.000  
780  780  mt       -126.0    94.3  Favored    11   71.580     8  0.25    12  0.56  molprobity  1.000  
781  781  Cg_exo    -67.8   135.5  Favored     7   69.200     8  0.26    11  0.43  molprobity  1.000  
782  782  tttt     -132.6   126.3  Favored    13   65.370     9  0.25    11  0.82  molprobity  1.000  
783  783  tt0      -140.7   152.9  Favored     8   84.900     9  0.42    12  0.47  molprobity  1.000  
784  784  tttp     -161.5   135.8  Favored    13   57.570     9  0.35    11  0.39  molprobity  1.000  
785  785  t         -97.5   111.5  Favored     9   57.340     7  0.40    10  0.59  molprobity  1.000  
786  786  ?        -106.5    76.1  Allowed     5   55.200     5  0.35     7  0.65  molprobity  1.000  
787  787  ?          67.2  -121.0  Favored     3   60.780     4  0.51     6  0.46  molprobity  1.000  
788  788  Cg_endo   -84.8     9.5  Favored     7   45.140     8  0.16    11  0.58  molprobity  1.000  
789  789  mt       -126.4   148.3  Favored    11   49.340     8  0.17    11  0.54  molprobity  1.000  
790  790  t        -108.2   130.3  Favored     5   57.460     6  0.15     8  0.67  molprobity  1.000  
791  791  mt       -115.9   124.5  Favored    11   46.760     8  0.30    11  0.48  molprobity  1.000  
792  792  mtp85    -130.1   146.5  Favored    13   74.130    11  0.25    14  0.56  molprobity  1.000  
793  793  ptm      -160.4   158.2  Favored     9   54.010     8  0.36    10  0.59  molprobity  1.000  
794  794  t0        -95.7   112.8  Favored     4   64.960     8  0.26    11  0.64  molprobity  1.000  
795  795  mt-30     -66.5   -17.4  Favored     8   83.460     9  0.31    12  0.43  molprobity  1.000  
796  796  ?         -80.3   -14.8  Favored     5   65.740     5  0.25     7  0.42  molprobity  1.000  
797  797  mm        -74.8   129.2  Favored    11   58.690     8  0.29    11  0.45  molprobity  1.000  
798  798  ptp      -149.7   148.2  Favored     9   74.280     8  0.24    10  0.65  molprobity  1.000  
799  799  m-20       62.9    45.1  Favored     4   79.340     8  0.31    11  0.39  molprobity  1.000  
800  800  mmtm     -128.2   161.9  Favored    13   68.600     9  0.29    11  0.59  molprobity  1.000  
801  801  m-20      -96.8   117.3  Favored     6   81.420     8  0.23    11  0.42  molprobity  1.000  
802  802  mm       -108.7   144.2  Favored    11   56.800     8  0.25    11  0.62  molprobity  1.000  
803  803  tp       -125.3   133.9  Favored    11   53.150     8  0.41    11  0.91  molprobity  1.000  
804  804  mt        -99.0   115.7  Favored    11   50.380     8  0.21    11  0.70  molprobity  1.000  
805  805  mttt     -112.8   139.8  Favored    13   51.030     9  0.24    11  0.31  molprobity  1.000  
806  806  ?        -138.3   146.2  Favored     5   48.960     5  0.30     7  0.50  molprobity  1.000  
807  807  m-20     -110.3   120.7  Favored     6   48.500     8  0.37    11  0.47  molprobity  1.000  
808  808  p90      -158.4   152.4  Favored     9   42.890    12  0.37    16  0.39  molprobity  1.000  
809  809  p         -93.2   156.0  Favored     5   42.980     6  0.33     8  0.51  molprobity  1.000  
810  810  t        -133.0   134.6  Favored     9   47.310     7  0.97    10  0.55  molprobity  1.000  
811  811  tp       -134.4   131.3  Favored    11   61.480     8  0.23    11  0.74  molprobity  1.000  
812  812  m-85       55.2    36.6  Favored     9   58.950    12  0.55    16  0.34  molprobity  1.000  
813  813  m-20       65.2    27.6  Favored     4   80.520     8  0.22    11  0.53  molprobity  1.000  
814  814  mmt180   -131.1   152.1  Favored    13   67.800    11  0.57    14  1.00  molprobity  1.000  
815  815  tt        -58.7   136.6  Favored    11   47.170     8  0.30    11  0.58  molprobity  1.000  
816  816  tt0      -114.7   -53.1  Favored     6   56.160     9  0.33    12  0.29  molprobity  1.000  
817  817  m        -145.7   121.4  Favored     7   46.210     7  0.28    10  0.61  molprobity  1.000  
818  818  tp        -78.2   133.8  Favored    11   48.110     8  0.33    11  0.50  molprobity  1.000  
819  819  mp        -98.9   -50.6  Favored    11   50.760     8  0.21    11  0.76  molprobity  1.000  
820  820  tp       -159.1   142.1  Favored    11   44.700     8  0.22    11  0.79  molprobity  1.000  
821  821  tt       -132.5   128.5  Favored    11   44.910     8  0.31    11  0.78  molprobity  1.000  
822  822  mtt180   -131.4   154.2  Favored    13   54.020    11  0.21    14  0.99  molprobity  1.000  
823  823  ?        -104.1   128.3  Favored     5   51.650     5  0.24     7  0.27  molprobity  1.000  
824  824  m-85     -123.8   135.5  Favored     9   55.910    12  0.41    16  0.38  molprobity  1.000  
825  825  p         -76.7   167.3  Favored     7   63.390     7  0.15    10  0.58  molprobity  1.000  
826  826  mt-10     -57.6   -25.8  Favored     6   86.780     9  0.22    12  0.33  molprobity  1.000  
827  827  mp0       -83.1     1.8  Favored     6  103.380     9  0.47    12  0.61  molprobity  1.000  
828  828  ?          84.8     9.5  Favored     3   67.610     4  0.37     5  0.77  molprobity  1.000  
829  829  ?         -87.8   143.6  Favored     5   64.020     5  0.25     7  0.39  molprobity  1.000  
830  830  mt        -80.8   128.8  Favored    11   52.540     8  0.27    11  0.50  molprobity  1.000  
831  831  m        -128.1     4.1  Favored     9   48.980     7  0.27    10  0.72  molprobity  1.000  
832  832  ?        -173.7   162.0  Favored     3   49.980     4  0.47     5  0.85  molprobity  1.000  
833  833  tt0      -157.3   145.6  Favored     6   54.050     9  0.48    12  0.80  molprobity  1.000  
834  834  mt       -127.9   115.3  Favored    11   39.710     8  0.35    11  0.71  molprobity  1.000  
835  835  p        -134.6   147.6  Favored     5   52.580     6  0.47     9  0.50  molprobity  1.000  
836  836  Cg_endo   -71.2   144.4  Favored     7   49.400     8  0.29    11  0.47  molprobity  1.000  
837  837  mt        -64.8   142.8  Favored    11   70.530     8  0.30    12  0.93  molprobity  1.000  
838  838  Cg_endo   -57.9   -46.4  Favored     7   81.080     8  0.35    11  0.44  molprobity  1.000  
839  839  p         -68.8   135.7  Favored     5  132.130     6  0.29     8  0.70  molprobity  1.000  
840  840  mt         35.0    70.6  Allowed    11  130.710     8  0.45    12  0.51  molprobity  1.000  
841  841  Cg_exo    -72.5    12.9  Allowed     7  138.890     8  0.35    11  0.47  molprobity  1.000  
842  842  ?         -63.0   106.3  Allowed     3   81.150     4  0.29     5  0.49  molprobity  1.000  
843  843  p-80     -135.6   165.9  Favored     7   56.620    11  0.15    15  0.49  molprobity  1.000  
844  844  p        -123.3   171.5  Favored     7   55.490     7  0.23    10  0.73  molprobity  1.000  
845  845  ?         -59.8   -34.5  Favored     5   58.690     5  0.29     7  0.38  molprobity  1.000  
846  846  mm-40     -64.6   -39.2  Favored     6   80.390     9  0.22    12  0.34  molprobity  1.000  
847  847  m-20      -60.9   -41.7  Favored     4   51.010     8  0.22    11  0.38  molprobity  1.000  
848  848  t         -67.7   -39.3  Favored     9   38.370     7  0.47    10  0.54  molprobity  1.000  
849  849  mtmt      -65.4   -44.0  Favored    13   62.070     9  0.33    11  0.23  molprobity  1.000  
850  850  m-20      -63.6   -46.4  Favored     6   59.300     8  0.48    11  0.29  molprobity  1.000  
851  851  ?         -57.2   -40.6  Favored     5   43.020     5  0.21     7  0.38  molprobity  1.000  
852  852  t         -63.4   -39.5  Favored     9   47.320     7  0.37    10  0.67  molprobity  1.000  
853  853  ?         -65.0   -39.4  Favored     3   45.600     4  0.20     5  0.25  molprobity  1.000  
854  854  t         -62.2   -46.1  Favored     9   47.730     7  0.41    10  0.54  molprobity  1.000  
855  855  tp        -67.6   -34.9  Favored    11   46.000     8  0.21    11  0.48  molprobity  1.000  
856  856  mt        -65.6   -47.3  Favored    11   48.040     8  0.27    11  0.60  molprobity  1.000  
857  857  ?         -64.3   -31.9  Favored     3   47.480     4  0.20     5  0.64  molprobity  1.000  
858  858  ?         -71.0   -33.3  Favored     3   53.280     4  0.26     5  0.15  molprobity  1.000  
859  859  mt        -79.6   -30.8  Favored    11   48.490     8  0.18    11  0.58  molprobity  1.000  
860  860  mt-10     -70.4   -19.9  Favored     6   62.290     9  0.27    12  0.35  molprobity  1.000  
861  861  t-105     -57.0   -41.1  Favored    10   59.720    16  0.23    23  0.19  molprobity  1.000  
862  862  m-80      -91.0    32.0  Allowed     6   65.870     8  0.24    11  0.41  molprobity  1.000  
863  863  m-20       62.1    26.3  Favored     4   74.070     8  0.20    11  0.41  molprobity  1.000  
864  864  m-20      -80.7   155.3  Favored     6   57.230     8  0.34    11  0.49  molprobity  1.000  
865  865  m        -112.6   112.6  Favored     7   64.690     7  0.31    10  0.77  molprobity  1.000  
866  866  t        -107.2   133.5  Favored     9   53.120     7  0.35    10  0.45  molprobity  1.000  
867  867  ptp85    -128.7   158.8  Favored    13   87.340    11  0.43    14  0.69  molprobity  1.000  
868  868  t        -111.7   138.0  Favored     9   59.550     7  0.78    10  0.56  molprobity  1.000  
869  869  p         -56.1   151.1  Favored     5   58.540     6  0.18     8  0.56  molprobity  1.000  
870  870  tm-20     -62.6   -33.0  Favored     6  112.190     9  0.24    12  0.37  molprobity  1.000  
871  871  p         -62.3   -40.5  Favored     7   62.630     7  0.23    10  0.76  molprobity  1.000  
872  872  mt        -67.4   -34.0  Favored    11   59.770     8  0.37    11  0.68  molprobity  1.000  
873  873  mt-30     -64.5   -48.8  Favored     8   79.220     9  0.28    12  0.31  molprobity  1.000  
874  874  ttp-105   -65.3   -36.6  Favored    13   98.660    11  0.39    14  0.41  molprobity  1.000  
875  875  m-85     -105.9   -26.2  Favored     9   77.400    12  0.51    16  0.58  molprobity  1.000  
876  876  ?         -89.7   -33.6  Favored     5   78.010     5  0.28     7  0.42  molprobity  1.000  
877  877  m-90     -109.1   151.2  Favored    10   87.200    16  0.19    23  0.25  molprobity  1.000  
878  878  mtp180        ?       ?  ?          13  152.020    10  0.20    11  0.36  molprobity  1.000  
879  879  ?             ?       ?  ?           ?   63.630     ?     ?     ?     ?  ?           1.000  
880  880  ?             ?       ?  ?           ?   41.420     ?     ?     ?     ?  ?           1.000  
881  881  ?             ?       ?  ?           ?   56.410     ?     ?     ?     ?  ?           1.000  
882  882  ?             ?       ?  ?           ?   51.580     ?     ?     ?     ?  ?           1.000  
883  883  ?             ?       ?  ?           ?   61.210     ?     ?     ?     ?  ?           1.000  
884  884  ?             ?       ?  ?           ?   60.880     ?     ?     ?     ?  ?           1.000  
885  885  ?             ?       ?  ?           ?   45.990     ?     ?     ?     ?  ?           1.000  
886  886  ?             ?       ?  ?           ?   57.220     ?     ?     ?     ?  ?           1.000  
#
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    9  O      1  0.41  2.21  
  2   13  HG     1  0.41  2.21  
  3   20  HA     2  0.51  2.31  
  4   20  O      3  0.43  2.19  
  5   23  CD     2  0.51  2.31  
  6   23  HG2    3  0.43  2.19  
  7   33  OD2    4  0.41  2.50  
  8   37  NH1    4  0.41  2.50  
  9   48  HE3    5  0.48  2.13  
 10   51  OE1    5  0.48  2.13  
 11   67  O      6  0.61  1.99  
 12   71  HG23   6  0.61  1.99  
 13   84  HD3    7  0.45  1.97  
 14  104  O      8  0.45  2.16  
 15  108  HG2    8  0.45  2.16  
 16  109  OG     9  0.41  2.54  
 17  113  HG2   10  0.42  2.34  
 18  114  N     10  0.42  2.34  
 19  119  HD12  11  0.43  1.83  
 20  119  H     11  0.43  1.83  
 21  121  NZ     9  0.41  2.54  
 22  128  HG23  12  0.48  1.96  
 23  130  HG23  12  0.48  1.96  
 24  132  O     13  0.46  2.15  
 25  132  HB2   14  0.46  1.58  
 26  133  HG12  13  0.46  2.15  
 27  133  H     14  0.46  1.58  
 28  138  HG22   7  0.45  1.97  
 29  154  O     15  0.44  2.17  
 30  158  HG2   15  0.44  2.17  
 31  189  OE2   16  0.59  2.29  
 32  194  HG13  17  0.48  1.95  
 33  210  HB2   17  0.48  1.95  
 34  263  HD3   18  0.50  2.11  
 35  270  HG12  19  0.46  1.96  
 36  280  HG11  19  0.46  1.96  
 37  284  OE2   20  0.69  2.25  
 38  288  NH1   20  0.69  2.25  
 39  290  O     18  0.50  2.11  
 40  290  HB3   21  0.47  2.50  
 41  291  O     22  0.53  2.42  
 42  291  CE3   21  0.47  2.50  
 43  292  NH1   22  0.53  2.42  
 44  300  HA    23  0.49  1.94  
 45  303  HB2   23  0.49  1.94  
 46  344  O     24  0.49  2.11  
 47  347  HG2   24  0.49  2.11  
 48  360  O     25  0.69  1.91  
 49  364  HG23  25  0.69  1.91  
 50  387  HE3   26  0.44  2.18  
 51  388  O     27  0.44  2.18  
 52  391  OE2   26  0.44  2.18  
 53  392  HG12  27  0.44  2.18  
 54  397  O     28  0.47  2.15  
 55  401  HG2   28  0.47  2.15  
 56  410  OE1   29  0.49  2.36  
 57  410  N     29  0.49  2.36  
 58  422  HB2   30  0.47  1.96  
 59  424  HE3   30  0.47  1.96  
 60  425  HB2   31  0.40  1.64  
 61  426  H     31  0.40  1.64  
 62  436  HA    32  0.44  1.80  
 63  436  HD3   32  0.44  1.80  
 64  447  O     33  0.42  2.19  
 65  449  HE2   34  0.44  1.79  
 66  449  HB3   34  0.44  1.79  
 67  451  HG2   33  0.42  2.19  
 68  477  OE1   35  0.65  2.29  
 69  481  NE    35  0.65  2.29  
 70  501  HB3   36  0.53  1.90  
 71  504  HG12  36  0.53  1.90  
 72  518  HG22  37  0.50  1.92  
 73  518  HG12  38  0.47  2.50  
 74  519  CD2   38  0.47  2.50  
 75  523  HB2   37  0.50  1.92  
 76  588  HD23  39  0.42  1.88  
 77  588  HA    39  0.42  1.88  
 78  609  NE2   16  0.59  2.29  
 79  619  OD2   40  0.58  2.36  
 80  619  HB3   41  0.51  2.10  
 81  623  NH1   40  0.58  2.36  
 82  637  O     42  0.51  2.11  
 83  640  HG2   42  0.51  2.11  
 84  645  HA    43  0.60  1.83  
 85  648  HD12  43  0.60  1.83  
 86  651  O     44  0.56  2.04  
 87  655  HG23  44  0.56  2.04  
 88  662  OE2   45  0.47  2.48  
 89  663  N     45  0.47  2.48  
 90  665  HD2   46  0.41  1.86  
 91  665  HA    46  0.41  1.86  
 92  673  O     47  0.47  2.14  
 93  677  HD11  48  0.48  1.95  
 94  677  HG23  47  0.47  2.14  
 95  681  NZ    49  0.52  2.27  
 96  690  O     50  0.44  2.16  
 97  692  HG12  51  0.45  1.98  
 98  694  HG2   50  0.44  2.16  
 99  703  OE1   52  0.43  2.35  
100  703  N     52  0.43  2.35  
101  711  HD13  51  0.45  1.98  
102  715  HB2   53  0.45  1.98  
103  716  OG1   49  0.52  2.27  
104  717  HE3   53  0.45  1.98  
105  718  HB2   54  0.43  1.62  
106  719  H     54  0.43  1.62  
107  721  HD12  48  0.48  1.95  
108  766  HB3   55  0.43  2.01  
109  780  HG13  56  0.52  1.92  
110  794  HB3   57  0.48  1.96  
111  796  HB2   56  0.52  1.92  
112  797  HG12  57  0.48  1.96  
113  797  HG13  58  0.41  2.02  
114  805  HB3   55  0.43  2.01  
115  811  HG22  59  0.58  1.85  
116  811  HG13  60  0.44  2.53  
117  812  CD2   60  0.44  2.53  
118  814  NH1   61  0.44  2.33  
119  816  HB2   59  0.58  1.85  
120  831  HB    58  0.41  2.02  
121  878  HD2   61  0.44  2.33  
122  881  O     41  0.51  2.10  
#
loop_
_pdbx_vrpt_model_instance_density.ordinal
_pdbx_vrpt_model_instance_density.instance_id
_pdbx_vrpt_model_instance_density.natoms_eds
_pdbx_vrpt_model_instance_density.RSRCC
_pdbx_vrpt_model_instance_density.RSR
_pdbx_vrpt_model_instance_density.RSRZ
  1    1   6  0.685  0.176  -0.021  
  2    2   8  0.926  0.322   1.297  
  3    3   6  0.907  0.215   0.499  
  4    4   9  0.769  0.264   0.631  
  5    5   5  0.800  0.145  -0.479  
  6    6   6  0.930  0.176  -0.021  
  7    7   5  0.924  0.261   0.957  
  8    8   8  0.887  0.186  -0.077  
  9    9   8  0.947  0.311   1.164  
 10   10   9  0.945  0.246   0.234  
 11   11   5  0.959  0.293   1.353  
 12   12   7  0.917  0.201   0.235  
 13   13   8  0.931  0.308   1.127  
 14   14  11  0.894  0.441   2.279  
 15   15  10  0.910  0.307   1.527  
 16   16   9  0.952  0.327   0.837  
 17   17   8  0.968  0.268   0.642  
 18   18   7  0.943  0.203   0.263  
 19   19   7  0.937  0.305   1.253  
 20   20   8  0.965  0.221   0.382  
 21   21  12  0.911  0.388   2.477  
 22   22   6  0.945  0.339   2.155  
 23   23   9  0.942  0.310   1.179  
 24   24   8  0.976  0.211  -0.012  
 25   25   8  0.934  0.250   0.791  
 26   26   4  0.965  0.208   0.405  
 27   27   5  0.965  0.157  -0.330  
 28   28   6  0.971  0.160  -0.235  
 29   29  11  0.908  0.358   1.399  
 30   30   5  0.966  0.188   0.053  
 31   31   8  0.986  0.238   0.278  
 32   32   8  0.952  0.212   0.246  
 33   33   8  0.959  0.251   0.730  
 34   34   7  0.934  0.306   1.266  
 35   35  11  0.913  0.306   0.847  
 36   36   8  0.957  0.193   0.042  
 37   37  11  0.919  0.219  -0.075  
 38   38   9  0.964  0.231   0.237  
 39   39   9  0.970  0.277   0.785  
 40   40   8  0.968  0.198   0.072  
 41   41   7  0.937  0.271   0.835  
 42   42  11  0.942  0.237   0.116  
 43   43   8  0.974  0.214   0.294  
 44   44   7  0.971  0.220   0.494  
 45   45   5  0.982  0.222   0.474  
 46   46   8  0.977  0.195   0.068  
 47   47  11  0.909  0.251   0.264  
 48   48   9  0.960  0.219  -0.247  
 49   49   7  0.983  0.224   0.257  
 50   50   9  0.942  0.226   0.014  
 51   51   9  0.979  0.231   0.237  
 52   52   8  0.990  0.228   0.157  
 53   53   9  0.986  0.216   0.058  
 54   54   9  0.931  0.310   1.179  
 55   55   9  0.969  0.178  -0.512  
 56   56  12  0.971  0.207   0.111  
 57   57   7  0.973  0.200   0.222  
 58   58   9  0.975  0.165  -0.655  
 59   59   8  0.990  0.197   0.078  
 60   60   9  0.971  0.234  -0.096  
 61   61   5  0.985  0.251   0.833  
 62   62   8  0.983  0.207  -0.098  
 63   63   8  0.980  0.227   0.144  
 64   64   8  0.972  0.166  -0.325  
 65   65   5  0.996  0.188   0.053  
 66   66   6  0.987  0.197   0.259  
 67   67   9  0.971  0.205  -0.216  
 68   68   7  0.962  0.183  -0.010  
 69   69   7  0.981  0.192   0.113  
 70   70   6  0.970  0.196   0.246  
 71   71   7  0.959  0.283   1.351  
 72   72  11  0.955  0.256   0.317  
 73   73   9  0.974  0.199  -0.448  
 74   74   8  0.985  0.256   0.539  
 75   75   9  0.952  0.247   0.034  
 76   76   9  0.918  0.295   0.771  
 77   77   9  0.949  0.165  -0.655  
 78   78   9  0.955  0.250   0.277  
 79   79   9  0.888  0.321   0.777  
 80   80  11  0.968  0.204  -0.234  
 81   81   7  0.978  0.294   1.118  
 82   82   8  0.967  0.223   0.436  
 83   83   6  0.985  0.197   0.259  
 84   84   9  0.937  0.285   0.416  
 85   85  11  0.978  0.355   1.751  
 86   86   8  0.931  0.179  -0.164  
 87   87   7  0.965  0.182  -0.023  
 88   88   8  0.975  0.323   1.360  
 89   89  12  0.941  0.204   0.072  
 90   90   9  0.932  0.209  -0.025  
 91   91   8  0.941  0.293   0.993  
 92   92   8  0.971  0.353   1.674  
 93   93   8  0.969  0.265   0.606  
 94   94   9  0.951  0.243  -0.006  
 95   95   9  0.957  0.317   0.737  
 96   96   9  0.957  0.221  -0.227  
 97   97   6  0.977  0.143  -0.462  
 98   98   9  0.910  0.163  -0.677  
 99   99   8  0.963  0.374   1.985  
100  100   9  0.967  0.263   0.619  
101  101   7  0.962  0.177  -0.091  
102  102   8  0.967  0.283   0.824  
103  103   9  0.975  0.347   1.038  
104  104   9  0.945  0.252   0.299  
105  105   9  0.927  0.220  -0.052  
106  106   8  0.975  0.404   2.353  
107  107   9  0.940  0.431   2.262  
108  108   9  0.864  0.298   1.036  
109  109   6  0.967  0.254   1.020  
110  110   8  0.954  0.394   2.171  
111  111   7  0.896  0.290   1.446  
112  112   9  0.825  0.563   3.207  
113  113  11  0.679  0.614   4.113  
114  114   8  0.754  0.433   2.991  
115  115   9  0.677  0.370   1.593  
116  116  11  0.751  0.646   5.236  
117  117   9  0.591  0.358   1.462  
118  118  11  0.832  0.639   5.152  
119  119   8  0.848  0.679   5.630  
120  120   9  0.758  0.646   4.620  
121  121   9  0.875  0.378   1.349  
122  122   5  0.922  0.386   2.504  
123  123   6  0.904  0.491   4.184  
124  124   9  0.852  0.173  -0.709  
125  125   8  0.874  0.620   4.914  
126  126  11  0.845  0.309   0.879  
127  127   4  0.934  0.142  -0.368  
128  128   8  0.721  0.327   1.409  
129  129   6  0.773  0.168  -0.128  
130  130   7  0.810  0.179  -0.064  
131  131   9  0.815  0.405   1.620  
132  132   7  0.775  0.117  -0.854  
133  133   7  0.874  0.201  -0.026  
134  134  12  0.798  0.275   1.000  
135  135   8  0.937  0.329   1.434  
136  136   7  0.949  0.199   0.196  
137  137   9  0.933  0.198  -0.293  
138  138   7  0.977  0.219   0.196  
139  139   9  0.906  0.232   0.080  
140  140   8  0.930  0.226   0.132  
141  141   8  0.950  0.203   0.173  
142  142  10  0.956  0.205   0.196  
143  143   9  0.924  0.330   0.867  
144  144   8  0.980  0.280   0.788  
145  145   8  0.986  0.302   1.103  
146  146   9  0.968  0.240  -0.036  
147  147   4  0.980  0.192   0.218  
148  148   8  0.972  0.226   0.172  
149  149  10  0.979  0.214   0.313  
150  150   9  0.956  0.263   0.619  
151  151   6  0.960  0.204   0.352  
152  152   7  0.973  0.198   0.195  
153  153   8  0.978  0.239   0.331  
154  154   8  0.971  0.181  -0.139  
155  155   8  0.987  0.232   0.205  
156  156   9  0.984  0.234  -0.096  
157  157   8  0.965  0.195   0.068  
158  158   9  0.955  0.258   0.365  
159  159   8  0.984  0.243   0.339  
160  160   9  0.979  0.274   0.305  
161  161   9  0.947  0.202  -0.108  
162  162   6  0.971  0.163   0.057  
163  163   8  0.988  0.216   0.049  
164  164   4  0.978  0.174   0.007  
165  165  11  0.970  0.243   0.179  
166  166   8  0.982  0.219   0.047  
167  167   9  0.975  0.191  -0.240  
168  168   9  0.968  0.167  -0.633  
169  169   8  0.972  0.253   0.460  
170  170   7  0.981  0.213   0.399  
171  171   7  0.992  0.210   0.337  
172  172   6  0.957  0.150  -0.368  
173  173   6  0.906  0.188   0.139  
174  174   5  0.822  0.174  -0.120  
175  175   6  0.930  0.197   0.259  
176  176  11  0.946  0.263   0.391  
177  177  12  0.964  0.235   0.477  
178  178   8  0.979  0.236   0.254  
179  179   7  0.963  0.164  -0.268  
180  180   8  0.938  0.198   0.072  
181  181   8  0.971  0.235   0.559  
182  182   7  0.949  0.157  -0.363  
183  183   8  0.964  0.270   0.666  
184  184   9  0.918  0.149  -0.830  
185  185   9  0.968  0.183  -0.457  
186  186   8  0.977  0.241   0.635  
187  187   6  0.962  0.177  -0.008  
188  188  11  0.954  0.185  -0.436  
189  189   9  0.972  0.268   0.475  
190  190  14  0.964  0.168  -0.361  
191  191   6  0.939  0.157  -0.275  
192  192   8  0.969  0.219   0.357  
193  193   8  0.971  0.259   0.533  
194  194   8  0.971  0.263   0.625  
195  195   7  0.979  0.209   0.324  
196  196   9  0.967  0.215  -0.287  
197  197   9  0.964  0.171  -0.478  
198  198   9  0.972  0.201  -0.428  
199  199   7  0.978  0.251   0.589  
200  200   5  0.983  0.232   0.598  
201  201   4  0.986  0.144  -0.344  
202  202   7  0.987  0.244   0.772  
203  203   8  0.986  0.272   0.691  
204  204   6  0.971  0.155  -0.069  
205  205   8  0.988  0.247   0.429  
206  206  11  0.961  0.223  -0.033  
207  207   8  0.979  0.239   0.610  
208  208   8  0.958  0.180  -0.152  
209  209   9  0.955  0.218   0.082  
210  210   5  0.971  0.189   0.066  
211  211   8  0.987  0.198  -0.172  
212  212   8  0.955  0.222   0.395  
213  213   8  0.941  0.176  -0.201  
214  214   9  0.949  0.229  -0.147  
215  215   8  0.966  0.167  -0.300  
216  216   8  0.975  0.291   0.968  
217  217   8  0.981  0.280   0.833  
218  218   8  0.971  0.267   0.630  
219  219   9  0.960  0.257   0.135  
220  220   5  0.989  0.210   0.325  
221  221   8  0.970  0.231   0.541  
222  222  11  0.975  0.248   0.469  
223  223   6  0.985  0.201   0.312  
224  224   7  0.973  0.241   0.466  
225  225   8  0.982  0.241   0.355  
226  226  11  0.958  0.254   0.541  
227  227   8  0.974  0.172  -0.251  
228  228  11  0.973  0.194  -0.340  
229  229   8  0.984  0.235   0.242  
230  230   9  0.971  0.204  -0.227  
231  231   7  0.980  0.227   0.589  
232  232   8  0.974  0.257   0.508  
233  233   8  0.980  0.256   0.539  
234  234   8  0.966  0.298   1.006  
235  235   8  0.977  0.289   0.897  
236  236  11  0.973  0.231   0.052  
237  237   5  0.976  0.235   0.635  
238  238  11  0.966  0.200  -0.105  
239  239   7  0.973  0.217   0.453  
240  240   9  0.923  0.151  -0.808  
241  241   9  0.923  0.137  -0.962  
242  242   4  0.961  0.128  -0.532  
243  243   5  0.983  0.230   0.573  
244  244   8  0.983  0.277   0.797  
245  245   7  0.971  0.256   0.651  
246  246   4  0.986  0.207   0.393  
247  247   9  0.968  0.219  -0.063  
248  248   8  0.984  0.248   0.441  
249  249   6  0.989  0.179   0.019  
250  250   7  0.980  0.214   0.388  
251  251   8  0.987  0.223   0.096  
252  252   7  0.976  0.339   1.988  
253  253   6  0.928  0.209   0.419  
254  254   8  0.949  0.224   0.108  
255  255   7  0.938  0.111  -0.931  
256  256   4  0.962  0.205   0.370  
257  257  10  0.971  0.196   0.078  
258  258   7  0.990  0.204   0.276  
259  259   5  0.991  0.196   0.152  
260  260   9  0.976  0.240   0.168  
261  261   8  0.954  0.217   0.308  
262  262   7  0.980  0.248   0.552  
263  263   9  0.967  0.260   0.165  
264  264   8  0.973  0.173  -0.221  
265  265   5  0.986  0.228   0.548  
266  266   7  0.986  0.256   0.651  
267  267   4  0.986  0.225   0.604  
268  268   7  0.982  0.227   0.294  
269  269   8  0.980  0.331   1.407  
270  270   8  0.979  0.214   0.025  
271  271   4  0.988  0.159  -0.169  
272  272   4  0.976  0.157  -0.192  
273  273   8  0.977  0.249   0.411  
274  274   9  0.969  0.195  -0.326  
275  275  14  0.982  0.205   0.157  
276  276   8  0.962  0.166  -0.313  
277  277   8  0.966  0.163  -0.363  
278  278   8  0.961  0.194   0.055  
279  279   7  0.967  0.219   0.480  
280  280   7  0.966  0.214   0.134  
281  281  11  0.947  0.232   0.063  
282  282   7  0.970  0.281   0.958  
283  283   6  0.977  0.229   0.686  
284  284   9  0.906  0.316   1.001  
285  285   7  0.967  0.250   0.902  
286  286   8  0.967  0.281   0.800  
287  287   9  0.943  0.202  -0.108  
288  288  11  0.944  0.304   0.826  
289  289  11  0.960  0.317   1.296  
290  290   5  0.962  0.190   0.078  
291  291  14  0.949  0.186  -0.109  
292  292  11  0.645  0.218  -0.086  
293  293   6  0.514  0.380   2.702  
294  294   6  0.700  0.199   0.286  
295  295   8  0.888  0.310   1.152  
296  296   6  0.930  0.152  -0.342  
297  297   9  0.828  0.278   0.797  
298  298   5  0.883  0.117  -0.825  
299  299   6  0.924  0.244   0.887  
300  300   5  0.920  0.208   0.301  
301  301   8  0.872  0.221   0.358  
302  302   8  0.935  0.319   1.261  
303  303   9  0.874  0.305   0.880  
304  304   5  0.946  0.279   1.179  
305  305   7  0.957  0.175  -0.118  
306  306   8  0.954  0.390   2.123  
307  307  11  0.900  0.312   0.911  
308  308  10  0.899  0.219   0.379  
309  309   9  0.948  0.302   0.586  
310  310   8  0.973  0.317   1.237  
311  311   7  0.950  0.195   0.154  
312  312   7  0.970  0.272   0.847  
313  313   8  0.978  0.260   0.876  
314  314  12  0.952  0.207   0.111  
315  315   6  0.960  0.149  -0.382  
316  316   9  0.957  0.298   1.036  
317  317   8  0.994  0.302   1.103  
318  318   8  0.968  0.212   0.292  
319  319   4  0.976  0.142  -0.368  
320  320   5  0.987  0.247   0.783  
321  321   6  0.979  0.153  -0.328  
322  322  11  0.923  0.283   0.603  
323  323   5  0.981  0.244   0.746  
324  324   8  0.982  0.278   0.763  
325  325   8  0.973  0.193   0.010  
326  326   8  0.982  0.168  -0.301  
327  327   7  0.986  0.341   1.696  
328  328  11  0.949  0.263   0.391  
329  329   8  0.983  0.197   0.095  
330  330  11  0.973  0.179  -0.499  
331  331   9  0.980  0.204  -0.085  
332  332   9  0.938  0.279   0.809  
333  333   8  0.969  0.204   0.147  
334  334   7  0.989  0.249   0.565  
335  335  11  0.959  0.210  -0.171  
336  336   8  0.974  0.229   0.484  
337  337   7  0.981  0.180  -0.050  
338  338   5  0.994  0.233   0.610  
339  339   8  0.957  0.180  -0.129  
340  340  11  0.928  0.218  -0.086  
341  341   9  0.971  0.241  -0.026  
342  342   7  0.994  0.257   0.663  
343  343   9  0.966  0.270   0.497  
344  344   9  0.984  0.212   0.011  
345  345   8  0.982  0.206  -0.110  
346  346   9  0.973  0.197  -0.168  
347  347   9  0.923  0.355   1.715  
348  348   9  0.968  0.225   0.003  
349  349  12  0.986  0.217   0.242  
350  350   7  0.965  0.235   0.698  
351  351   9  0.961  0.256   0.343  
352  352   8  0.986  0.198   0.091  
353  353   9  0.959  0.247   0.034  
354  354   5  0.990  0.228   0.548  
355  355   8  0.982  0.217   0.023  
356  356   8  0.986  0.214  -0.013  
357  357   8  0.947  0.151  -0.512  
358  358   5  0.989  0.254   0.870  
359  359   6  0.983  0.171  -0.088  
360  360   9  0.968  0.202  -0.249  
361  361   7  0.978  0.218   0.467  
362  362   7  0.975  0.176  -0.105  
363  363   6  0.990  0.186   0.112  
364  364   7  0.979  0.210   0.358  
365  365  11  0.955  0.225  -0.012  
366  366   9  0.978  0.203  -0.408  
367  367   8  0.994  0.222   0.123  
368  368   9  0.956  0.230  -0.137  
369  369   9  0.933  0.246   0.234  
370  370   9  0.971  0.177  -0.523  
371  371   9  0.967  0.185  -0.435  
372  372   9  0.936  0.393   1.500  
373  373  11  0.954  0.216  -0.107  
374  374   7  0.970  0.240   0.454  
375  375   8  0.961  0.230   0.528  
376  376   6  0.958  0.186   0.112  
377  377   9  0.949  0.299   0.556  
378  378  11  0.963  0.282   0.877  
379  379   8  0.960  0.163  -0.363  
380  380   7  0.936  0.193   0.127  
381  381   8  0.983  0.222   0.123  
382  382  12  0.945  0.204   0.072  
383  383   9  0.955  0.213   0.023  
384  384   8  0.953  0.235   0.282  
385  385   8  0.985  0.271   0.678  
386  386   8  0.962  0.246   0.375  
387  387   9  0.930  0.318   0.747  
388  388   9  0.950  0.249   0.054  
389  389   9  0.946  0.230  -0.137  
390  390   6  0.964  0.191   0.179  
391  391   9  0.939  0.168  -0.622  
392  392   8  0.980  0.262   0.613  
393  393   9  0.954  0.250   0.464  
394  394   7  0.969  0.265   1.106  
395  395   8  0.955  0.235   0.242  
396  396   9  0.966  0.279   0.355  
397  397   9  0.926  0.374   1.637  
398  398   9  0.908  0.327   1.122  
399  399   8  0.975  0.327   1.409  
400  400   9  0.938  0.252   0.299  
401  401   9  0.908  0.325   1.358  
402  402   6  0.961  0.395   2.903  
403  403   8  0.960  0.317   1.237  
404  404   7  0.949  0.218   0.467  
405  405   9  0.824  0.599   3.568  
406  406  11  0.698  0.610   4.071  
407  407   8  0.734  0.383   2.370  
408  408   9  0.757  0.357   1.451  
409  409  11  0.755  0.574   4.374  
410  410   9  0.799  0.270   0.497  
411  411  11  0.901  0.433   2.685  
412  412   8  0.909  0.395   2.183  
413  413   9  0.711  1.000   8.501  
414  414   9  0.842  0.575   3.327  
415  415   5  0.958  0.368   2.281  
416  416   6  0.891  0.245   0.900  
417  417   9  0.854  0.394   1.510  
418  418   8  0.943  0.459   2.960  
419  419  11  0.845  0.339   1.197  
420  420   4  0.874  0.235   0.721  
421  421   8  0.824  0.609   4.865  
422  422   6  0.665  0.256   1.047  
423  423   7  0.790  0.431   3.365  
424  424   9  0.837  0.351   1.078  
425  425   7  0.722  0.158  -0.329  
426  426   7  0.939  0.243   0.491  
427  427  12  0.864  0.209   0.137  
428  428   8  0.973  0.309   1.189  
429  429   7  0.948  0.218   0.439  
430  430   9  0.905  0.191  -0.370  
431  431   7  0.987  0.262   0.724  
432  432   9  0.959  0.189  -0.391  
433  433   8  0.956  0.274   0.715  
434  434   8  0.960  0.200   0.134  
435  435  10  0.957  0.191   0.013  
436  436   9  0.948  0.281   0.376  
437  437   8  0.984  0.282   0.812  
438  438   8  0.988  0.298   1.054  
439  439   9  0.965  0.266   0.225  
440  440   4  0.985  0.158  -0.180  
441  441   8  0.992  0.236   0.294  
442  442  10  0.981  0.240   0.653  
443  443   9  0.927  0.193  -0.216  
444  444   6  0.977  0.171  -0.088  
445  445   7  0.975  0.191   0.099  
446  446   8  0.980  0.260   0.588  
447  447   8  0.966  0.188  -0.052  
448  448   8  0.986  0.269   0.654  
449  449   9  0.974  0.267   0.235  
450  450   8  0.951  0.196   0.081  
451  451   9  0.961  0.262   0.409  
452  452   8  0.984  0.280   0.788  
453  453   9  0.954  0.295   0.516  
454  454   9  0.970  0.276   0.774  
455  455   6  0.963  0.194   0.546  
456  456   8  0.987  0.230   0.221  
457  457   4  0.978  0.164  -0.110  
458  458  11  0.962  0.271   0.476  
459  459   8  0.978  0.241   0.314  
460  460   9  0.980  0.218   0.082  
461  461   9  0.959  0.182  -0.468  
462  462   8  0.975  0.253   0.460  
463  463   7  0.984  0.239   0.752  
464  464   7  0.986  0.246   0.798  
465  465   6  0.978  0.173  -0.061  
466  466   6  0.921  0.116  -0.822  
467  467   5  0.825  0.187   0.041  
468  468   6  0.915  0.181   0.045  
469  469  11  0.964  0.262   0.381  
470  470  12  0.985  0.206   0.098  
471  471   8  0.973  0.283   0.824  
472  472   7  0.961  0.213   0.399  
473  473   8  0.957  0.162  -0.375  
474  474   8  0.981  0.203   0.154  
475  475   7  0.974  0.173  -0.146  
476  476   8  0.976  0.227   0.144  
477  477   9  0.932  0.236   0.124  
478  478   9  0.972  0.197  -0.304  
479  479   8  0.981  0.211   0.256  
480  480   6  0.964  0.179   0.019  
481  481  11  0.736  0.267   0.434  
482  482   9  0.911  0.235   0.113  
483  483  14  0.942  0.207   0.185  
484  484   6  0.943  0.117  -0.809  
485  485   8  0.968  0.193   0.028  
486  486   8  0.976  0.199  -0.195  
487  487   8  0.984  0.299   1.066  
488  488   7  0.988  0.150  -0.431  
489  489   9  0.968  0.204  -0.398  
490  490   9  0.953  0.229   0.213  
491  491   9  0.974  0.216  -0.277  
492  492   7  0.978  0.187  -0.198  
493  493   5  0.970  0.191   0.090  
494  494   4  0.982  0.184   0.124  
495  495   7  0.991  0.196   0.157  
496  496   8  0.989  0.250   0.424  
497  497   6  0.976  0.149  -0.164  
498  498   8  0.987  0.286   0.907  
499  499  11  0.979  0.228   0.020  
500  500   8  0.989  0.205   0.180  
501  501   8  0.985  0.157  -0.437  
502  502   9  0.967  0.199  -0.144  
503  503   5  0.991  0.177  -0.083  
504  504   8  0.979  0.225   0.159  
505  505   8  0.966  0.211   0.256  
506  506   8  0.964  0.173  -0.239  
507  507   9  0.956  0.243  -0.006  
508  508   8  0.958  0.166  -0.313  
509  509   8  0.977  0.272   0.735  
510  510   8  0.966  0.276   0.784  
511  511   8  0.985  0.254   0.472  
512  512   9  0.946  0.232  -0.116  
513  513   5  0.990  0.239   0.684  
514  514   8  0.977  0.217   0.357  
515  515  11  0.985  0.215   0.074  
516  516   6  0.986  0.193   0.206  
517  517   7  0.981  0.207   0.048  
518  518   8  0.980  0.240   0.343  
519  519  11  0.973  0.229   0.242  
520  520   8  0.961  0.172  -0.251  
521  521  11  0.963  0.179  -0.499  
522  522   8  0.981  0.215  -0.001  
523  523   9  0.961  0.167  -0.633  
524  524   7  0.974  0.226   0.576  
525  525   8  0.986  0.240   0.302  
526  526   8  0.978  0.232   0.245  
527  527   8  0.982  0.264   0.593  
528  528   8  0.985  0.294   0.958  
529  529  11  0.983  0.239   0.137  
530  530   5  0.991  0.240   0.697  
531  531  11  0.967  0.240   0.374  
532  532   7  0.968  0.194   0.140  
533  533   9  0.938  0.168  -0.622  
534  534   9  0.952  0.227   0.025  
535  535   4  0.971  0.186   0.148  
536  536   5  0.982  0.211   0.338  
537  537   8  0.982  0.267   0.674  
538  538   7  0.991  0.232   0.355  
539  539   4  0.992  0.179   0.066  
540  540   9  0.982  0.207  -0.194  
541  541   8  0.983  0.254   0.515  
542  542   6  0.989  0.184   0.085  
543  543   7  0.975  0.209   0.324  
544  544   8  0.961  0.215  -0.001  
545  545   7  0.944  0.249   0.836  
546  546   6  0.949  0.120  -0.769  
547  547   8  0.943  0.183  -0.390  
548  548   7  0.947  0.188   0.055  
549  549   4  0.966  0.173  -0.005  
550  550  10  0.975  0.180  -0.131  
551  551   7  0.989  0.230   0.630  
552  552   5  0.990  0.159  -0.306  
553  553   9  0.962  0.297   0.793  
554  554   8  0.976  0.204   0.147  
555  555   7  0.988  0.193  -0.124  
556  556   9  0.974  0.240  -0.036  
557  557   8  0.969  0.212   0.292  
558  558   5  0.990  0.243   0.734  
559  559   7  0.985  0.240   0.454  
560  560   4  0.987  0.177   0.042  
561  561   7  0.986  0.216   0.159  
562  562   8  0.984  0.314   1.200  
563  563   8  0.988  0.233   0.257  
564  564   4  0.984  0.169  -0.052  
565  565   4  0.963  0.168  -0.063  
566  566   8  0.979  0.265   0.606  
567  567   9  0.948  0.231   0.069  
568  568  14  0.967  0.197   0.045  
569  569   8  0.965  0.167  -0.300  
570  570   8  0.980  0.146  -0.574  
571  571   8  0.986  0.234   0.581  
572  572   7  0.963  0.161  -0.309  
573  573   7  0.990  0.223   0.245  
574  574  11  0.946  0.244   0.190  
575  575   7  0.962  0.236   0.405  
576  576   6  0.973  0.179   0.019  
577  577   9  0.971  0.260   0.387  
578  578   7  0.980  0.276   1.256  
579  579   8  0.973  0.309   1.140  
580  580   9  0.947  0.191  -0.240  
581  581  11  0.912  0.275   0.519  
582  582  11  0.955  0.305   1.152  
583  583   5  0.975  0.171  -0.157  
584  584  14  0.938  0.190  -0.053  
585  585  11  0.768  0.581   3.764  
586  586   6  0.528  0.266   1.180  
587  587   4  0.617  0.169  -0.115  
588  588   8  0.949  0.491   3.348  
589  589   6  0.936  0.154  -0.315  
590  590   9  0.835  0.265   0.642  
591  591   5  0.888  0.283   1.229  
592  592   6  0.908  0.414   3.156  
593  593   5  0.958  0.265   1.006  
594  594   8  0.862  0.173  -0.239  
595  595   8  0.914  0.502   3.482  
596  596   9  0.924  0.290   0.716  
597  597   5  0.966  0.200   0.202  
598  598   7  0.929  0.140  -0.595  
599  599   8  0.972  0.286   0.860  
600  600  11  0.845  0.390   1.738  
601  601  10  0.888  0.203   0.170  
602  602   9  0.915  0.349   1.058  
603  603   8  0.982  0.327   1.358  
604  604   7  0.958  0.189   0.072  
605  605   7  0.972  0.244   0.503  
606  606   8  0.972  0.355   2.078  
607  607  12  0.933  0.252   0.699  
608  608   6  0.967  0.167  -0.142  
609  609   9  0.926  0.263   0.619  
610  610   8  0.960  0.400   2.304  
611  611   8  0.950  0.207   0.226  
612  612   4  0.972  0.165  -0.098  
613  613   5  0.980  0.285   1.254  
614  614   6  0.976  0.148  -0.395  
615  615  11  0.896  0.297   0.752  
616  616   5  0.980  0.231   0.585  
617  617   8  0.988  0.279   0.775  
618  618   8  0.953  0.197   0.060  
619  619   8  0.987  0.177  -0.189  
620  620   7  0.972  0.314   1.364  
621  621  11  0.960  0.232   0.063  
622  622   8  0.975  0.192   0.029  
623  623  11  0.970  0.180  -0.489  
624  624   9  0.975  0.191  -0.240  
625  625   9  0.955  0.299   1.048  
626  626   8  0.969  0.192  -0.002  
627  627   7  0.985  0.248   0.552  
628  628  11  0.970  0.201  -0.266  
629  629   8  0.974  0.222   0.395  
630  630   7  0.971  0.172  -0.159  
631  631   5  0.993  0.278   1.167  
632  632   8  0.973  0.177  -0.168  
633  633  11  0.941  0.205  -0.224  
634  634   9  0.974  0.246   0.024  
635  635   7  0.987  0.262   0.724  
636  636   9  0.953  0.287   0.683  
637  637   9  0.976  0.200  -0.132  
638  638   8  0.985  0.249   0.411  
639  639   9  0.967  0.216   0.058  
640  640   9  0.935  0.260   0.583  
641  641   9  0.967  0.188  -0.402  
642  642  12  0.982  0.199   0.007  
643  643   7  0.969  0.234   0.684  
644  644   9  0.950  0.170  -0.600  
645  645   8  0.990  0.227   0.458  
646  646   9  0.976  0.257   0.135  
647  647   5  0.987  0.192   0.103  
648  648   8  0.963  0.299   1.018  
649  649   8  0.988  0.225   0.120  
650  650   8  0.968  0.172  -0.251  
651  651   5  0.990  0.197   0.165  
652  652   6  0.983  0.216   0.513  
653  653   9  0.971  0.180  -0.490  
654  654   7  0.967  0.202   0.249  
655  655   7  0.983  0.215   0.426  
656  656   6  0.991  0.236   0.780  
657  657   7  0.989  0.206   0.303  
658  658  11  0.950  0.217  -0.097  
659  659   9  0.968  0.232  -0.116  
660  660   8  0.989  0.247   0.429  
661  661   9  0.965  0.175  -0.689  
662  662   9  0.940  0.231   0.069  
663  663   9  0.971  0.165  -0.655  
664  664   9  0.960  0.214  -0.117  
665  665   9  0.938  0.280   0.365  
666  666  11  0.981  0.189  -0.393  
667  667   7  0.983  0.209   0.073  
668  668   8  0.972  0.216   0.344  
669  669   6  0.954  0.187   0.126  
670  670   9  0.932  0.326   0.827  
671  671  11  0.977  0.287   0.937  
672  672   8  0.962  0.177  -0.189  
673  673   7  0.973  0.188   0.059  
674  674   8  0.980  0.282   0.858  
675  675  12  0.960  0.199   0.007  
676  676   9  0.955  0.165  -0.549  
677  677   8  0.933  0.317   1.287  
678  678   8  0.972  0.285   0.848  
679  679   8  0.988  0.184  -0.377  
680  680   9  0.967  0.303   0.596  
681  681   9  0.948  0.246   0.024  
682  682   9  0.959  0.253   0.094  
683  683   6  0.969  0.144  -0.449  
684  684   9  0.941  0.190  -0.380  
685  685   8  0.979  0.287   0.919  
686  686   9  0.950  0.245   0.404  
687  687   7  0.944  0.197   0.181  
688  688   8  0.977  0.296   0.982  
689  689   9  0.947  0.444   2.012  
690  690   9  0.944  0.206  -0.205  
691  691   9  0.926  0.282   0.628  
692  692   8  0.989  0.259   0.576  
693  693   9  0.936  0.341   1.275  
694  694   9  0.912  0.265   0.642  
695  695   6  0.937  0.383   2.742  
696  696   8  0.893  0.422   2.511  
697  697   7  0.891  0.261   1.052  
698  698   9  0.902  0.391   1.480  
699  699  11  0.549  0.698   5.004  
700  700   8  0.441  0.429   2.942  
701  701   9  0.795  0.300   0.826  
702  702  11  0.789  0.660   5.404  
703  703   9  0.711  0.273   0.530  
704  704  11  0.812  0.512   3.631  
705  705   8  0.904  0.643   5.193  
706  706   9  0.803  0.779   6.078  
707  707   9  0.875  0.380   1.369  
708  708   5  0.941  0.312   1.588  
709  709   6  0.881  0.285   1.434  
710  710   9  0.886  0.364   1.209  
711  711   8  0.936  0.293   0.945  
712  712  11  0.836  0.279   0.561  
713  713   4  0.888  0.254   0.944  
714  714   8  0.841  0.251   0.478  
715  715   6  0.573  0.198   0.272  
716  716   7  0.830  0.258   1.011  
717  717   9  0.736  0.444   2.012  
718  718   7  0.844  0.144  -0.508  
719  719   7  0.929  0.198  -0.063  
720  720  12  0.939  0.147  -0.673  
721  721   8  0.969  0.220   0.098  
722  722   7  0.970  0.187   0.042  
723  723   9  0.932  0.209  -0.172  
724  724   7  0.978  0.263   0.737  
725  725   9  0.943  0.169  -0.611  
726  726   8  0.965  0.248   0.399  
727  727   8  0.975  0.194   0.055  
728  728  10  0.967  0.186  -0.052  
729  729   9  0.930  0.306   0.627  
730  730   8  0.986  0.247   0.387  
731  731   8  0.982  0.246   0.417  
732  732   9  0.954  0.335   0.918  
733  733   4  0.974  0.124  -0.578  
734  734   8  0.984  0.250   0.466  
735  735  10  0.978  0.272   1.070  
736  736   9  0.962  0.194  -0.204  
737  737   6  0.983  0.172  -0.075  
738  738   7  0.985  0.178  -0.078  
739  739   8  0.987  0.272   0.735  
740  740   8  0.962  0.155  -0.462  
741  741   8  0.981  0.236   0.254  
742  742   9  0.976  0.240  -0.036  
743  743   8  0.966  0.174  -0.208  
744  744   9  0.957  0.238   0.146  
745  745   8  0.986  0.265   0.606  
746  746   9  0.969  0.312   0.687  
747  747   9  0.954  0.233   0.261  
748  748   6  0.987  0.158  -0.022  
749  749   8  0.993  0.232   0.245  
750  750   4  0.987  0.175   0.019  
751  751  11  0.959  0.271   0.476  
752  752   8  0.987  0.229   0.169  
753  753   9  0.977  0.208  -0.037  
754  754   9  0.963  0.163  -0.677  
755  755   8  0.984  0.238   0.278  
756  756   7  0.992  0.230   0.630  
757  757   7  0.986  0.261   0.990  
758  758   6  0.949  0.184   0.085  
759  759   6  0.833  0.138  -0.529  
760  760   5  0.802  0.133  -0.627  
761  761   6  0.896  0.214   0.486  
762  762  11  0.931  0.322   1.017  
763  763  12  0.958  0.212   0.176  
764  764   8  0.966  0.334   1.443  
765  765   7  0.963  0.195   0.154  
766  766   8  0.967  0.180  -0.152  
767  767   8  0.971  0.199   0.104  
768  768   7  0.979  0.216   0.439  
769  769   8  0.969  0.273   0.703  
770  770   9  0.903  0.185  -0.435  
771  771   9  0.954  0.204  -0.227  
772  772   8  0.940  0.228   0.471  
773  773   6  0.943  0.183   0.072  
774  774  11  0.943  0.212  -0.150  
775  775   9  0.852  0.290   0.716  
776  776  14  0.921  0.230   0.507  
777  777   6  0.957  0.169  -0.115  
778  778   8  0.979  0.177  -0.175  
779  779   8  0.968  0.221   0.072  
780  780   8  0.974  0.229   0.208  
781  781   7  0.989  0.194   0.132  
782  782   9  0.956  0.211  -0.327  
783  783   9  0.956  0.147  -0.764  
784  784   9  0.972  0.212  -0.317  
785  785   7  0.963  0.217   0.171  
786  786   5  0.985  0.243   0.734  
787  787   4  0.980  0.175   0.019  
788  788   7  0.951  0.213   0.375  
789  789   8  0.963  0.272   0.691  
790  790   6  0.977  0.188   0.451  
791  791   8  0.977  0.214   0.025  
792  792  11  0.963  0.194  -0.340  
793  793   8  0.973  0.216   0.319  
794  794   8  0.952  0.184  -0.102  
795  795   9  0.937  0.208  -0.037  
796  796   5  0.983  0.230   0.573  
797  797   8  0.978  0.247   0.429  
798  798   8  0.970  0.207   0.205  
799  799   8  0.955  0.205   0.159  
800  800   9  0.954  0.199  -0.448  
801  801   8  0.939  0.206   0.213  
802  802   8  0.945  0.255   0.527  
803  803   8  0.964  0.261   0.600  
804  804   8  0.960  0.292   0.933  
805  805   9  0.959  0.211  -0.327  
806  806   5  0.982  0.236   0.647  
807  807   8  0.977  0.194   0.055  
808  808  11  0.974  0.259   0.601  
809  809   6  0.981  0.191   0.179  
810  810   7  0.982  0.285   1.007  
811  811   8  0.984  0.225   0.159  
812  812  11  0.970  0.236   0.326  
813  813   8  0.955  0.179  -0.164  
814  814  11  0.962  0.224  -0.022  
815  815   8  0.970  0.295   0.970  
816  816   9  0.942  0.188  -0.402  
817  817   7  0.985  0.213   0.399  
818  818   8  0.977  0.267   0.630  
819  819   8  0.968  0.276   0.784  
820  820   8  0.976  0.269   0.654  
821  821   8  0.967  0.242   0.326  
822  822  11  0.979  0.225  -0.012  
823  823   5  0.966  0.226   0.524  
824  824  11  0.957  0.234   0.302  
825  825   7  0.947  0.200   0.222  
826  826   9  0.917  0.172  -0.578  
827  827   9  0.946  0.187  -0.413  
828  828   4  0.987  0.169  -0.052  
829  829   5  0.976  0.220   0.449  
830  830   8  0.970  0.224   0.147  
831  831   7  0.971  0.259   0.688  
832  832   4  0.919  0.210   0.429  
833  833   9  0.956  0.234   0.102  
834  834   8  0.942  0.258   0.564  
835  835   6  0.964  0.224   0.619  
836  836   7  0.958  0.227   0.554  
837  837   8  0.975  0.219   0.047  
838  838   7  0.942  0.175  -0.111  
839  839   6  0.894  0.261   1.113  
840  840   8  0.883  0.352   1.661  
841  841   7  0.833  0.277   1.195  
842  842   4  0.932  0.193   0.230  
843  843  10  0.972  0.223   0.431  
844  844   7  0.985  0.260   1.038  
845  845   5  0.988  0.248   0.796  
846  846   9  0.936  0.304   0.870  
847  847   8  0.977  0.173  -0.239  
848  848   7  0.985  0.215   0.146  
849  849   9  0.975  0.331   0.878  
850  850   8  0.952  0.208   0.239  
851  851   5  0.987  0.215   0.387  
852  852   7  0.981  0.255   0.638  
853  853   4  0.978  0.195   0.253  
854  854   7  0.989  0.186  -0.210  
855  855   8  0.976  0.269   0.654  
856  856   8  0.972  0.267   0.674  
857  857   4  0.966  0.171  -0.028  
858  858   4  0.982  0.176   0.030  
859  859   8  0.983  0.263   0.581  
860  860   9  0.967  0.275   0.552  
861  861  14  0.967  0.190  -0.053  
862  862   8  0.969  0.186  -0.050  
863  863   8  0.966  0.164  -0.350  
864  864   8  0.980  0.181  -0.116  
865  865   7  0.941  0.208   0.331  
866  866   7  0.972  0.222   0.232  
867  867  11  0.905  0.276   0.529  
868  868   7  0.971  0.326   1.512  
869  869   6  0.975  0.138  -0.529  
870  870   9  0.912  0.318   1.023  
871  871   7  0.951  0.225   0.562  
872  872   8  0.988  0.241   0.314  
873  873   9  0.954  0.200  -0.132  
874  874  11  0.900  0.288   0.656  
875  875  11  0.913  0.364   1.859  
876  876   5  0.915  0.192   0.103  
877  877  14  0.932  0.202   0.115  
878  878  11  0.577  0.292   0.699  
879  879   1  0.751  0.923       ?  
880  880   1  0.914  0.283       ?  
881  881   1  0.888  0.386       ?  
882  882   1  0.922  0.289       ?  
883  883   1  0.824  0.408       ?  
884  884   1  0.859  0.267       ?  
885  885   1  0.855  0.224       ?  
886  886   1  0.813  0.267       ?  
#
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  eds          2.37.1                                                                Y  
3  dcc          '"2.27  (2023-04-10)"'                                                Y  
4  xtriage      1.13                                                                  Y  
5  percentiles  "20191225.v01 (using entries in the PDB archive December 25th 2019)"  Y  
##
