data_8TV4

loop_
_pdbx_vrpt_database.id
_pdbx_vrpt_database.code
PDB   8TV4   
BMRB  31100  
#
_pdbx_vrpt_exptl.ordinal  1
_pdbx_vrpt_exptl.method   nmr
#
_pdbx_vrpt_summary.entry_id                    8TV4
_pdbx_vrpt_summary.PDB_deposition_date         2023-08-17
_pdbx_vrpt_summary.PDB_revision_number         1
_pdbx_vrpt_summary.PDB_revision_date           2023-09-06
_pdbx_vrpt_summary.report_creation_date        2023-08-28:20:12
_pdbx_vrpt_summary.attempted_validation_steps  molprobity,validation-pack,coreclust,chemicalshiftanalysis,restraintsanalysis,percentiles,writepdf,writexml,writecif
_pdbx_vrpt_summary.ligands_for_buster_report   N
#
_pdbx_vrpt_entity.id           1
_pdbx_vrpt_entity.type         polymer
_pdbx_vrpt_entity.description  "Temporin-1Tl peptide"
#
_pdbx_vrpt_asym.label_asym_id  A
_pdbx_vrpt_asym.entity_id      1
#
loop_
_pdbx_vrpt_percentile_list.id
_pdbx_vrpt_percentile_list.range
_pdbx_vrpt_percentile_list.exp_method
1  all  pdb    
2  nmr  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      
#
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   89.68  158937  ?     ?     
2  2  1   79.21   12864  ?     ?     
3  1  2  100.00  154571  ?     ?     
4  2  2  100.00   11451  ?     ?     
5  1  3  100.00  154315  ?     ?     
6  2  3  100.00   11428  ?     ?     
#
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  100.00  
 2  4  2  A   1  1  A  100.00  
 3  5  3  A   1  1  A  100.00  
 4  6  3  A   1  1  A  100.00  
 5  3  2  A   2  1  A  100.00  
 6  4  2  A   2  1  A  100.00  
 7  5  3  A   2  1  A  100.00  
 8  6  3  A   2  1  A  100.00  
 9  3  2  A   3  1  A  100.00  
10  4  2  A   3  1  A  100.00  
11  5  3  A   3  1  A  100.00  
12  6  3  A   3  1  A  100.00  
13  3  2  A   4  1  A  100.00  
14  4  2  A   4  1  A  100.00  
15  5  3  A   4  1  A  100.00  
16  6  3  A   4  1  A  100.00  
17  3  2  A   5  1  A  100.00  
18  4  2  A   5  1  A  100.00  
19  5  3  A   5  1  A  100.00  
20  6  3  A   5  1  A  100.00  
21  3  2  A   6  1  A  100.00  
22  4  2  A   6  1  A  100.00  
23  5  3  A   6  1  A  100.00  
24  6  3  A   6  1  A  100.00  
25  3  2  A   7  1  A  100.00  
26  4  2  A   7  1  A  100.00  
27  5  3  A   7  1  A  100.00  
28  6  3  A   7  1  A  100.00  
29  3  2  A   8  1  A  100.00  
30  4  2  A   8  1  A  100.00  
31  5  3  A   8  1  A  100.00  
32  6  3  A   8  1  A  100.00  
33  3  2  A   9  1  A  100.00  
34  4  2  A   9  1  A  100.00  
35  5  3  A   9  1  A  100.00  
36  6  3  A   9  1  A  100.00  
37  3  2  A  10  1  A  100.00  
38  4  2  A  10  1  A  100.00  
39  5  3  A  10  1  A  100.00  
40  6  3  A  10  1  A  100.00  
#
loop_
_pdbx_vrpt_summary_entity_geometry.ordinal
_pdbx_vrpt_summary_entity_geometry.PDB_model_num
_pdbx_vrpt_summary_entity_geometry.entity_id
_pdbx_vrpt_summary_entity_geometry.label_asym_id
_pdbx_vrpt_summary_entity_geometry.auth_asym_id
_pdbx_vrpt_summary_entity_geometry.angles_RMSZ
_pdbx_vrpt_summary_entity_geometry.bonds_RMSZ
_pdbx_vrpt_summary_entity_geometry.num_bonds_RMSZ
_pdbx_vrpt_summary_entity_geometry.num_angles_RMSZ
 1   1  1  A  A  0.32  0.43  122  161  
 2   2  1  A  A  0.33  0.44  122  161  
 3   3  1  A  A  0.33  0.43  122  161  
 4   4  1  A  A  0.33  0.43  122  161  
 5   5  1  A  A  0.33  0.43  122  161  
 6   6  1  A  A  0.32  0.43  122  161  
 7   7  1  A  A  0.32  0.43  122  161  
 8   8  1  A  A  0.32  0.43  122  161  
 9   9  1  A  A  0.31  0.38  122  161  
10  10  1  A  A  0.31  0.38  122  161  
#
_pdbx_vrpt_summary_geometry.ordinal                                    1
_pdbx_vrpt_summary_geometry.percent_ramachandran_outliers_full_length  0.00
_pdbx_vrpt_summary_geometry.percent_rotamer_outliers_full_length       0.00
_pdbx_vrpt_summary_geometry.clashscore                                 1.66
_pdbx_vrpt_summary_geometry.clashscore_full_length                     1.66
_pdbx_vrpt_summary_geometry.num_H_reduce                               1230
_pdbx_vrpt_summary_geometry.num_bonds_RMSZ                             1220
_pdbx_vrpt_summary_geometry.bonds_RMSZ                                 0.42
_pdbx_vrpt_summary_geometry.num_angles_RMSZ                            1610
_pdbx_vrpt_summary_geometry.angles_RMSZ                                0.32
#
_pdbx_vrpt_summary_nmr.exp_method                               nmr
_pdbx_vrpt_summary_nmr.ordinal                                  1
_pdbx_vrpt_summary_nmr.nmr_models_consistency_flag              True
_pdbx_vrpt_summary_nmr.nmrclust_representative_model            8
_pdbx_vrpt_summary_nmr.medoid_model                             2
_pdbx_vrpt_summary_nmr.nmrclust_number_of_outliers              2
_pdbx_vrpt_summary_nmr.nmrclust_number_of_models                10
_pdbx_vrpt_summary_nmr.nmrclust_number_of_clusters              2
_pdbx_vrpt_summary_nmr.cyrange_number_of_domains                1
_pdbx_vrpt_summary_nmr.chemical_shift_completeness              56.81
_pdbx_vrpt_summary_nmr.chemical_shift_completeness_full_length  56.81
#
loop_
_pdbx_vrpt_model_instance.id
_pdbx_vrpt_model_instance.PDB_model_num
_pdbx_vrpt_model_instance.entity_id
_pdbx_vrpt_model_instance.label_asym_id
_pdbx_vrpt_model_instance.label_seq_id
_pdbx_vrpt_model_instance.label_comp_id
_pdbx_vrpt_model_instance.auth_asym_id
_pdbx_vrpt_model_instance.auth_seq_id
_pdbx_vrpt_model_instance.label_alt_id
_pdbx_vrpt_model_instance.PDB_ins_code
_pdbx_vrpt_model_instance.count_clashes
  1   1  1  A   1  PHE  A   1  .  ?        ?  
  2   1  1  A   2  VAL  A   2  .  ?        ?  
  3   1  1  A   3  GLN  A   3  .  ?        ?  
  4   1  1  A   4  TRP  A   4  .  ?        ?  
  5   1  1  A   5  PHE  A   5  .  ?        ?  
  6   1  1  A   6  SER  A   6  .  ?        ?  
  7   1  1  A   7  LYS  A   7  .  ?        ?  
  8   1  1  A   8  PHE  A   8  .  ?        ?  
  9   1  1  A   9  LEU  A   9  .  ?        ?  
 10   1  1  A  10  GLY  A  10  .  ?        ?  
 11   1  1  A  11  ARG  A  11  .  ?        ?  
 12   1  1  A  12  ILE  A  12  .  ?        ?  
 13   1  1  A  13  LEU  A  13  .  ?        ?  
 14   2  1  A   1  PHE  A   1  .  ?        ?  
 15   2  1  A   2  VAL  A   2  .  ?        ?  
 16   2  1  A   3  GLN  A   3  .  ?        ?  
 17   2  1  A   4  TRP  A   4  .  ?        ?  
 18   2  1  A   5  PHE  A   5  .  ?        ?  
 19   2  1  A   6  SER  A   6  .  ?        ?  
 20   2  1  A   7  LYS  A   7  .  ?        ?  
 21   2  1  A   8  PHE  A   8  .  ?        ?  
 22   2  1  A   9  LEU  A   9  .  ?        ?  
 23   2  1  A  10  GLY  A  10  .  ?        ?  
 24   2  1  A  11  ARG  A  11  .  ?        ?  
 25   2  1  A  12  ILE  A  12  .  ?        ?  
 26   2  1  A  13  LEU  A  13  .  ?        ?  
 27   3  1  A   1  PHE  A   1  .  ?        ?  
 28   3  1  A   2  VAL  A   2  .  ?        ?  
 29   3  1  A   3  GLN  A   3  .  ?        ?  
 30   3  1  A   4  TRP  A   4  .  ?        ?  
 31   3  1  A   5  PHE  A   5  .  ?        ?  
 32   3  1  A   6  SER  A   6  .  ?        ?  
 33   3  1  A   7  LYS  A   7  .  ?        ?  
 34   3  1  A   8  PHE  A   8  .  ?        ?  
 35   3  1  A   9  LEU  A   9  .  ?        ?  
 36   3  1  A  10  GLY  A  10  .  ?        ?  
 37   3  1  A  11  ARG  A  11  .  ?        ?  
 38   3  1  A  12  ILE  A  12  .  ?        1  
 39   3  1  A  13  LEU  A  13  .  ?        1  
 40   4  1  A   1  PHE  A   1  .  ?        ?  
 41   4  1  A   2  VAL  A   2  .  ?        ?  
 42   4  1  A   3  GLN  A   3  .  ?        ?  
 43   4  1  A   4  TRP  A   4  .  ?        ?  
 44   4  1  A   5  PHE  A   5  .  ?        ?  
 45   4  1  A   6  SER  A   6  .  ?        ?  
 46   4  1  A   7  LYS  A   7  .  ?        ?  
 47   4  1  A   8  PHE  A   8  .  ?        ?  
 48   4  1  A   9  LEU  A   9  .  ?        ?  
 49   4  1  A  10  GLY  A  10  .  ?        ?  
 50   4  1  A  11  ARG  A  11  .  ?        ?  
 51   4  1  A  12  ILE  A  12  .  ?        1  
 52   4  1  A  13  LEU  A  13  .  ?        1  
 53   5  1  A   1  PHE  A   1  .  ?        ?  
 54   5  1  A   2  VAL  A   2  .  ?        ?  
 55   5  1  A   3  GLN  A   3  .  ?        ?  
 56   5  1  A   4  TRP  A   4  .  ?        ?  
 57   5  1  A   5  PHE  A   5  .  ?        ?  
 58   5  1  A   6  SER  A   6  .  ?        ?  
 59   5  1  A   7  LYS  A   7  .  ?        ?  
 60   5  1  A   8  PHE  A   8  .  ?        ?  
 61   5  1  A   9  LEU  A   9  .  ?        ?  
 62   5  1  A  10  GLY  A  10  .  ?        ?  
 63   5  1  A  11  ARG  A  11  .  ?        ?  
 64   5  1  A  12  ILE  A  12  .  ?        1  
 65   5  1  A  13  LEU  A  13  .  ?        1  
 66   6  1  A   1  PHE  A   1  .  ?        ?  
 67   6  1  A   2  VAL  A   2  .  ?        ?  
 68   6  1  A   3  GLN  A   3  .  ?        ?  
 69   6  1  A   4  TRP  A   4  .  ?        ?  
 70   6  1  A   5  PHE  A   5  .  ?        ?  
 71   6  1  A   6  SER  A   6  .  ?        ?  
 72   6  1  A   7  LYS  A   7  .  ?        ?  
 73   6  1  A   8  PHE  A   8  .  ?        ?  
 74   6  1  A   9  LEU  A   9  .  ?        ?  
 75   6  1  A  10  GLY  A  10  .  ?        ?  
 76   6  1  A  11  ARG  A  11  .  ?        ?  
 77   6  1  A  12  ILE  A  12  .  ?        1  
 78   6  1  A  13  LEU  A  13  .  ?        1  
 79   7  1  A   1  PHE  A   1  .  ?        ?  
 80   7  1  A   2  VAL  A   2  .  ?        ?  
 81   7  1  A   3  GLN  A   3  .  ?        ?  
 82   7  1  A   4  TRP  A   4  .  ?        ?  
 83   7  1  A   5  PHE  A   5  .  ?        ?  
 84   7  1  A   6  SER  A   6  .  ?        ?  
 85   7  1  A   7  LYS  A   7  .  ?        ?  
 86   7  1  A   8  PHE  A   8  .  ?        ?  
 87   7  1  A   9  LEU  A   9  .  ?        ?  
 88   7  1  A  10  GLY  A  10  .  ?        ?  
 89   7  1  A  11  ARG  A  11  .  ?        ?  
 90   7  1  A  12  ILE  A  12  .  ?        ?  
 91   7  1  A  13  LEU  A  13  .  ?        ?  
 92   8  1  A   1  PHE  A   1  .  ?        ?  
 93   8  1  A   2  VAL  A   2  .  ?        ?  
 94   8  1  A   3  GLN  A   3  .  ?        ?  
 95   8  1  A   4  TRP  A   4  .  ?        ?  
 96   8  1  A   5  PHE  A   5  .  ?        ?  
 97   8  1  A   6  SER  A   6  .  ?        ?  
 98   8  1  A   7  LYS  A   7  .  ?        ?  
 99   8  1  A   8  PHE  A   8  .  ?        ?  
100   8  1  A   9  LEU  A   9  .  ?        ?  
101   8  1  A  10  GLY  A  10  .  ?        ?  
102   8  1  A  11  ARG  A  11  .  ?        ?  
103   8  1  A  12  ILE  A  12  .  ?        ?  
104   8  1  A  13  LEU  A  13  .  ?        ?  
105   9  1  A   1  PHE  A   1  .  ?        ?  
106   9  1  A   2  VAL  A   2  .  ?        ?  
107   9  1  A   3  GLN  A   3  .  ?        ?  
108   9  1  A   4  TRP  A   4  .  ?        ?  
109   9  1  A   5  PHE  A   5  .  ?        ?  
110   9  1  A   6  SER  A   6  .  ?        ?  
111   9  1  A   7  LYS  A   7  .  ?        ?  
112   9  1  A   8  PHE  A   8  .  ?        ?  
113   9  1  A   9  LEU  A   9  .  ?        ?  
114   9  1  A  10  GLY  A  10  .  ?        ?  
115   9  1  A  11  ARG  A  11  .  ?        ?  
116   9  1  A  12  ILE  A  12  .  ?        ?  
117   9  1  A  13  LEU  A  13  .  ?        ?  
118  10  1  A   1  PHE  A   1  .  ?        ?  
119  10  1  A   2  VAL  A   2  .  ?        ?  
120  10  1  A   3  GLN  A   3  .  ?        ?  
121  10  1  A   4  TRP  A   4  .  ?        ?  
122  10  1  A   5  PHE  A   5  .  ?        ?  
123  10  1  A   6  SER  A   6  .  ?        ?  
124  10  1  A   7  LYS  A   7  .  ?        ?  
125  10  1  A   8  PHE  A   8  .  ?        ?  
126  10  1  A   9  LEU  A   9  .  ?        ?  
127  10  1  A  10  GLY  A  10  .  ?        ?  
128  10  1  A  11  ARG  A  11  .  ?        ?  
129  10  1  A  12  ILE  A  12  .  ?        ?  
130  10  1  A  13  LEU  A  13  .  ?        ?  
#
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.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.cyrange_domain_id
_pdbx_vrpt_model_instance_geometry.validate
  1    1  p90          ?      ?  ?        11  12  0.33  16  0.23  molprobity  1  True  
  2    2  m       -133.8   40.9  Allowed   9   7  0.16  10  0.47  molprobity  1  True  
  3    3  mm-40   -141.3  -85.8  Allowed   8   9  0.22  12  0.27  molprobity  1  True  
  4    4  m95     -144.4   16.1  Allowed  10  16  0.65  23  0.29  molprobity  1  True  
  5    5  m-85      59.4   57.4  Favored   9  12  0.33  16  0.19  molprobity  1  True  
  6    6  m       -117.1  123.2  Favored   5   6  0.61   8  0.25  molprobity  1  True  
  7    7  tttt     -86.0   72.4  Favored  13   9  0.23  11  0.24  molprobity  1  True  
  8    8  m-85    -129.8  -50.5  Allowed   9  12  0.34  16  0.19  molprobity  1  True  
  9    9  mt      -116.5   -4.5  Favored  11   8  0.20  11  0.46  molprobity  1  True  
 10   10  ?        112.1    8.7  Favored   3   4  0.19   5  0.22  molprobity  1  True  
 11   11  mtt180   -74.5   -9.0  Favored  13  11  0.71  14  0.43  molprobity  1  True  
 12   12  tp       -63.8  149.8  Favored  11   8  0.18  11  0.40  molprobity  1  True  
 13   13  mt           ?      ?  ?        11   8  0.56   8  0.48  molprobity  1  True  
 14   14  p90          ?      ?  ?        11  12  0.36  16  0.21  molprobity  1  True  
 15   15  m       -133.3   29.9  Allowed   9   7  0.16  10  0.45  molprobity  1  True  
 16   16  mm-40   -134.8  -86.4  Allowed   8   9  0.22  12  0.28  molprobity  1  True  
 17   17  m95     -139.0    6.8  Favored  10  16  0.67  23  0.30  molprobity  1  True  
 18   18  m-85      60.7   52.7  Favored   9  12  0.33  16  0.19  molprobity  1  True  
 19   19  t       -115.5  123.6  Favored   5   6  0.59   8  0.26  molprobity  1  True  
 20   20  tttt     -83.1   74.1  Favored  13   9  0.23  11  0.24  molprobity  1  True  
 21   21  t80     -133.9  -58.1  Allowed   9  12  0.32  16  0.20  molprobity  1  True  
 22   22  mt      -107.6   -3.0  Favored  11   8  0.21  11  0.46  molprobity  1  True  
 23   23  ?        110.2    9.8  Favored   3   4  0.23   5  0.23  molprobity  1  True  
 24   24  mtt180   -72.7  -10.4  Favored  13  11  0.73  14  0.44  molprobity  1  True  
 25   25  tp       -62.4  149.2  Favored  11   8  0.17  11  0.47  molprobity  1  True  
 26   26  mt           ?      ?  ?        11   8  0.57   8  0.48  molprobity  1  True  
 27   27  p90          ?      ?  ?        11  12  0.32  16  0.23  molprobity  1  True  
 28   28  m       -132.1   32.3  Allowed   9   7  0.16  10  0.48  molprobity  1  True  
 29   29  mm-40   -134.0  -87.1  Allowed   8   9  0.21  12  0.27  molprobity  1  True  
 30   30  m95     -139.7    8.4  Favored  10  16  0.65  23  0.27  molprobity  1  True  
 31   31  m-85      60.3   51.3  Favored   9  12  0.31  16  0.21  molprobity  1  True  
 32   32  t       -114.5  128.6  Favored   5   6  0.61   8  0.25  molprobity  1  True  
 33   33  mttt     -76.9   74.8  Favored  13   9  0.23  11  0.24  molprobity  1  True  
 34   34  t80     -126.2  -65.2  Allowed   9  12  0.33  16  0.20  molprobity  1  True  
 35   35  mt      -127.9   18.0  Favored  11   8  0.21  11  0.46  molprobity  1  True  
 36   36  ?        107.1    9.8  Favored   3   4  0.25   5  0.23  molprobity  1  True  
 37   37  mtt180   -71.6  -13.4  Favored  13  11  0.72  14  0.43  molprobity  1  True  
 38   38  tp       -63.4  151.8  Favored  11   8  0.19  11  0.47  molprobity  1  True  
 39   39  mt           ?      ?  ?        11   8  0.57   8  0.48  molprobity  1  True  
 40   40  p90          ?      ?  ?        11  12  0.34  16  0.22  molprobity  1  True  
 41   41  m       -134.6   30.4  Allowed   9   7  0.15  10  0.49  molprobity  1  True  
 42   42  mm-40   -133.6  -85.2  Allowed   8   9  0.21  12  0.27  molprobity  1  True  
 43   43  m95     -134.9    1.9  Favored  10  16  0.65  23  0.27  molprobity  1  True  
 44   44  m-85      60.0   44.8  Favored   9  12  0.32  16  0.19  molprobity  1  True  
 45   45  t       -111.7  127.5  Favored   5   6  0.58   8  0.24  molprobity  1  True  
 46   46  tttt     -81.8   76.4  Favored  13   9  0.23  11  0.24  molprobity  1  True  
 47   47  t80     -132.3  -58.0  Allowed   9  12  0.33  16  0.19  molprobity  1  True  
 48   48  mt      -110.4   -6.6  Favored  11   8  0.21  11  0.46  molprobity  1  True  
 49   49  ?        116.2    6.7  Favored   3   4  0.22   5  0.22  molprobity  1  True  
 50   50  mtt180   -68.2  -15.2  Favored  13  11  0.69  14  0.42  molprobity  1  True  
 51   51  tp       -59.9  150.0  Favored  11   8  0.18  11  0.47  molprobity  1  True  
 52   52  mt           ?      ?  ?        11   8  0.58   8  0.47  molprobity  1  True  
 53   53  p90          ?      ?  ?        11  12  0.35  16  0.23  molprobity  1  True  
 54   54  m       -132.2   26.8  Allowed   9   7  0.15  10  0.49  molprobity  1  True  
 55   55  mm-40   -132.5  -87.0  Allowed   8   9  0.22  12  0.26  molprobity  1  True  
 56   56  m95     -134.8    2.1  Favored  10  16  0.64  23  0.29  molprobity  1  True  
 57   57  m-85      60.0   53.3  Favored   9  12  0.33  16  0.19  molprobity  1  True  
 58   58  t       -119.4  128.4  Favored   5   6  0.58   8  0.25  molprobity  1  True  
 59   59  mttt     -79.4   72.4  Favored  13   9  0.23  11  0.24  molprobity  1  True  
 60   60  t80     -132.0  -61.8  Allowed   9  12  0.32  16  0.19  molprobity  1  True  
 61   61  mt      -110.5   -1.0  Favored  11   8  0.22  11  0.47  molprobity  1  True  
 62   62  ?        107.9   11.0  Favored   3   4  0.24   5  0.22  molprobity  1  True  
 63   63  mtt180   -70.3  -13.6  Favored  13  11  0.70  14  0.42  molprobity  1  True  
 64   64  tp       -63.4  149.8  Favored  11   8  0.17  11  0.48  molprobity  1  True  
 65   65  mt           ?      ?  ?        11   8  0.56   8  0.47  molprobity  1  True  
 66   66  p90          ?      ?  ?        11  12  0.32  16  0.23  molprobity  1  True  
 67   67  m       -133.8   29.1  Allowed   9   7  0.16  10  0.48  molprobity  1  True  
 68   68  mm-40   -133.6  -86.9  Allowed   8   9  0.22  12  0.26  molprobity  1  True  
 69   69  m95     -134.3    0.4  Favored  10  16  0.63  23  0.28  molprobity  1  True  
 70   70  m-85      59.4   63.6  Allowed   9  12  0.32  16  0.19  molprobity  1  True  
 71   71  t       -134.0  117.7  Favored   5   6  0.60   8  0.26  molprobity  1  True  
 72   72  tttt     -77.9   73.3  Favored  13   9  0.22  11  0.25  molprobity  1  True  
 73   73  t80     -135.8  -51.5  Allowed   9  12  0.34  16  0.20  molprobity  1  True  
 74   74  mt      -111.1   -8.4  Favored  11   8  0.22  11  0.47  molprobity  1  True  
 75   75  ?        112.9   10.6  Favored   3   4  0.23   5  0.22  molprobity  1  True  
 76   76  mtt180   -77.7   -8.1  Favored  13  11  0.72  14  0.44  molprobity  1  True  
 77   77  tp       -64.1  149.4  Favored  11   8  0.19  11  0.38  molprobity  1  True  
 78   78  mt           ?      ?  ?        11   8  0.57   8  0.46  molprobity  1  True  
 79   79  p90          ?      ?  ?        11  12  0.35  16  0.23  molprobity  1  True  
 80   80  m       -135.9   34.6  Allowed   9   7  0.17  10  0.47  molprobity  1  True  
 81   81  mm-40   -138.7  -85.6  Allowed   8   9  0.22  12  0.26  molprobity  1  True  
 82   82  m95     -138.0    4.3  Favored  10  16  0.65  23  0.28  molprobity  1  True  
 83   83  m-85      59.8   61.4  Allowed   9  12  0.34  16  0.18  molprobity  1  True  
 84   84  t       -128.5  118.8  Favored   5   6  0.59   8  0.26  molprobity  1  True  
 85   85  tttt     -79.6   73.8  Favored  13   9  0.23  11  0.24  molprobity  1  True  
 86   86  t80     -135.0  -50.2  Allowed   9  12  0.32  16  0.20  molprobity  1  True  
 87   87  mt      -111.3   -8.4  Favored  11   8  0.20  11  0.47  molprobity  1  True  
 88   88  ?        111.4   10.1  Favored   3   4  0.25   5  0.21  molprobity  1  True  
 89   89  mtm180   -78.3   -6.7  Favored  13  11  0.72  14  0.44  molprobity  1  True  
 90   90  tp       -63.5  149.4  Favored  11   8  0.18  11  0.40  molprobity  1  True  
 91   91  mt           ?      ?  ?        11   8  0.57   8  0.47  molprobity  1  True  
 92   92  p90          ?      ?  ?        11  12  0.34  16  0.23  molprobity  1  True  
 93   93  m       -133.6   32.7  Allowed   9   7  0.13  10  0.48  molprobity  1  True  
 94   94  mm-40   -139.2  -86.3  Allowed   8   9  0.23  12  0.26  molprobity  1  True  
 95   95  m95     -143.6   14.5  Allowed  10  16  0.65  23  0.30  molprobity  1  True  
 96   96  m-85      59.8   62.7  Allowed   9  12  0.31  16  0.21  molprobity  1  True  
 97   97  t       -125.2  119.7  Favored   5   6  0.60   8  0.25  molprobity  1  True  
 98   98  tttt     -82.0   72.2  Favored  13   9  0.24  11  0.24  molprobity  1  True  
 99   99  t80     -133.2  -54.0  Allowed   9  12  0.32  16  0.20  molprobity  1  True  
100  100  mt      -110.4   -7.8  Favored  11   8  0.20  11  0.46  molprobity  1  True  
101  101  ?        115.1    9.8  Favored   3   4  0.22   5  0.22  molprobity  1  True  
102  102  mtt180   -75.2   -8.4  Favored  13  11  0.70  14  0.42  molprobity  1  True  
103  103  tp       -64.0  150.4  Favored  11   8  0.19  11  0.40  molprobity  1  True  
104  104  mt           ?      ?  ?        11   8  0.56   8  0.47  molprobity  1  True  
105  105  p90          ?      ?  ?        11  12  0.32  16  0.22  molprobity  1  True  
106  106  m       -133.1   28.2  Allowed   9   7  0.14  10  0.48  molprobity  1  True  
107  107  mm-40   -135.8  -86.6  Allowed   8   9  0.25  12  0.26  molprobity  1  True  
108  108  m95     -139.6    7.4  Favored  10  16  0.65  23  0.29  molprobity  1  True  
109  109  m-85      60.0   58.7  Favored   9  12  0.33  16  0.19  molprobity  1  True  
110  110  t       -124.4  119.7  Favored   5   6  0.60   8  0.24  molprobity  1  True  
111  111  tttt     -81.1   71.8  Favored  13   9  0.25  11  0.25  molprobity  1  True  
112  112  t80     -132.7  -53.7  Allowed   9  12  0.35  16  0.19  molprobity  1  True  
113  113  mt      -110.2   -7.4  Favored  11   8  0.22  11  0.47  molprobity  1  True  
114  114  ?        114.1   10.8  Favored   3   4  0.23   5  0.22  molprobity  1  True  
115  115  mtt180   -76.6   -6.8  Favored  13  11  0.15  14  0.28  molprobity  1  True  
116  116  tp       -64.2  150.2  Favored  11   8  0.18  11  0.40  molprobity  1  True  
117  117  mt           ?      ?  ?        11   8  0.57   8  0.47  molprobity  1  True  
118  118  p90          ?      ?  ?        11  12  0.34  16  0.22  molprobity  1  True  
119  119  m       -132.7   31.1  Allowed   9   7  0.16  10  0.47  molprobity  1  True  
120  120  mm-40   -137.6  -87.2  Allowed   8   9  0.23  12  0.26  molprobity  1  True  
121  121  m95     -144.4   15.5  Allowed  10  16  0.65  23  0.29  molprobity  1  True  
122  122  m-85      60.0   62.4  Allowed   9  12  0.33  16  0.19  molprobity  1  True  
123  123  t       -124.4  119.0  Favored   5   6  0.59   8  0.24  molprobity  1  True  
124  124  tttt     -82.4   71.8  Favored  13   9  0.23  11  0.24  molprobity  1  True  
125  125  t80     -133.0  -53.8  Allowed   9  12  0.33  16  0.19  molprobity  1  True  
126  126  mt      -110.4   -6.7  Favored  11   8  0.21  11  0.46  molprobity  1  True  
127  127  ?        113.9   11.0  Favored   3   4  0.23   5  0.21  molprobity  1  True  
128  128  mtt180   -77.7   -5.1  Favored  13  11  0.17  14  0.27  molprobity  1  True  
129  129  tp       -65.1  150.6  Favored  11   8  0.16  11  0.40  molprobity  1  True  
130  130  mt           ?      ?  ?        11   8  0.58   8  0.47  molprobity  1  True  
#
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  38  O     1  0.41  2.14  
2  39  HB2   1  0.41  2.14  
3  51  O     2  0.40  2.16  
4  52  HB2   2  0.40  2.16  
5  64  HG13  3  0.47  1.87  
6  65  HG    3  0.47  1.87  
7  77  O     4  0.42  2.15  
8  78  HB2   4  0.42  2.15  
#
loop_
_pdbx_vrpt_model_list.PDB_model_num
_pdbx_vrpt_model_list.nmrclust_cluster_id
_pdbx_vrpt_model_list.nmrclust_representative
 1  1        ?     
 2  1        ?     
 3  outlier  ?     
 4  2        ?     
 5  2        True  
 6  outlier  ?     
 7  1        ?     
 8  1        True  
 9  1        ?     
10  1        ?     
#
_pdbx_vrpt_cyrange_domain.ordinal             1
_pdbx_vrpt_cyrange_domain.domain              1
_pdbx_vrpt_cyrange_domain.number_of_gaps      0
_pdbx_vrpt_cyrange_domain.number_of_residues  13
_pdbx_vrpt_cyrange_domain.percentage_of_core  100.00
_pdbx_vrpt_cyrange_domain.rmsd                0.100
_pdbx_vrpt_cyrange_domain.medoid_model        2
_pdbx_vrpt_cyrange_domain.medoid_rmsd         0.121
_pdbx_vrpt_cyrange_domain.residue_string      A:1-A:13
#
_pdbx_vrpt_chemical_shift_list.ordinal                           1
_pdbx_vrpt_chemical_shift_list.file_id                           3
_pdbx_vrpt_chemical_shift_list.file_name                         working_cs.cif
_pdbx_vrpt_chemical_shift_list.block_name                        starch_output
_pdbx_vrpt_chemical_shift_list.list_id                           1
_pdbx_vrpt_chemical_shift_list.type                              full
_pdbx_vrpt_chemical_shift_list.number_of_errors_while_mapping    0
_pdbx_vrpt_chemical_shift_list.number_of_warnings_while_mapping  0
_pdbx_vrpt_chemical_shift_list.number_of_mapped_shifts           122
_pdbx_vrpt_chemical_shift_list.number_of_parsed_shifts           122
_pdbx_vrpt_chemical_shift_list.total_number_of_shifts            122
_pdbx_vrpt_chemical_shift_list.number_of_unparsed_shifts         0
#
loop_
_pdbx_vrpt_random_coil_index.ordinal
_pdbx_vrpt_random_coil_index.auth_asym_id
_pdbx_vrpt_random_coil_index.rescode
_pdbx_vrpt_random_coil_index.auth_seq_id
_pdbx_vrpt_random_coil_index.value
 1  A  PHE   1  0.105  
 2  A  VAL   2  0.093  
 3  A  GLN   3  0.077  
 4  A  TRP   4  0.063  
 5  A  PHE   5  0.057  
 6  A  SER   6  0.054  
 7  A  LYS   7  0.069  
 8  A  PHE   8  0.097  
 9  A  LEU   9  0.138  
10  A  GLY  10  0.158  
11  A  ARG  11  0.172  
12  A  ILE  12  0.163  
13  A  LEU  13  0.166  
#
loop_
_pdbx_vrpt_referencing_offset.ordinal
_pdbx_vrpt_referencing_offset.label_atom_id
_pdbx_vrpt_referencing_offset.uncertainty
_pdbx_vrpt_referencing_offset.precision
_pdbx_vrpt_referencing_offset.value
_pdbx_vrpt_referencing_offset.number_of_measurements
1  C   0.50  0.00  0.00   0  
2  CA  0.50  0.00  0.00  13  
3  CB  0.50  0.00  0.00  12  
4  N   0.50  0.00  0.00   0  
#
loop_
_pdbx_vrpt_assign_completeness_well_defined.ordinal
_pdbx_vrpt_assign_completeness_well_defined.number_of_assigned_shifts
_pdbx_vrpt_assign_completeness_well_defined.number_of_unassigned_shifts
_pdbx_vrpt_assign_completeness_well_defined.number_of_shifts
_pdbx_vrpt_assign_completeness_well_defined.type
_pdbx_vrpt_assign_completeness_well_defined.element
 1    0   3    3  stereomethyl  stereomethyl  
 2  121  92  213  overall       Total         
 3   39  27   66  backbone      Total         
 4   82  23  105  sidechain     Total         
 5    0  42   42  aromatic      Total         
 6   84  33  117  overall       H             
 7   26   1   27  backbone      H             
 8   58  11   69  sidechain     H             
 9    0  21   21  aromatic      H             
10   37  40   77  overall       C             
11   13  13   26  backbone      C             
12   24   7   31  sidechain     C             
13    0  20   20  aromatic      C             
14    0  19   19  overall       N             
15    0  13   13  backbone      N             
16    0   5    5  sidechain     N             
17    0   1    1  aromatic      N             
#
loop_
_pdbx_vrpt_assign_completeness_full_length.ordinal
_pdbx_vrpt_assign_completeness_full_length.number_of_assigned_shifts
_pdbx_vrpt_assign_completeness_full_length.number_of_unassigned_shifts
_pdbx_vrpt_assign_completeness_full_length.number_of_shifts
_pdbx_vrpt_assign_completeness_full_length.type
_pdbx_vrpt_assign_completeness_full_length.element
 1    0   3    3  stereomethyl  stereomethyl  
 2  121  92  213  overall       Total         
 3   39  27   66  backbone      Total         
 4   82  23  105  sidechain     Total         
 5    0  42   42  aromatic      Total         
 6   84  33  117  overall       H             
 7   26   1   27  backbone      H             
 8   58  11   69  sidechain     H             
 9    0  21   21  aromatic      H             
10   37  40   77  overall       C             
11   13  13   26  backbone      C             
12   24   7   31  sidechain     C             
13    0  20   20  aromatic      C             
14    0  19   19  overall       N             
15    0  13   13  backbone      N             
16    0   5    5  sidechain     N             
17    0   1    1  aromatic      N             
#
loop_
_pdbx_vrpt_restraint_summary.ordinal
_pdbx_vrpt_restraint_summary.description
_pdbx_vrpt_restraint_summary.value
 1  "Total distance restraints"                     150  
 2  "Intra-residue (|i-j|=0)"                        35  
 3  "Sequential (|i-j|=1)"                           34  
 4  "Medium range (|i-j|>1 and |i-j|<5)"             24  
 5  "Long range (|i-j|>=5)"                          57  
 6  Inter-chain                                       0  
 7  "Total hydrogen bond restraints"                  0  
 8  "Total disulfide bond restraints"                 0  
 9  "Total dihedral-angle restraints"                 0  
10  "Number of unmapped restraints"                  11  
11  "Number of restraints per residue"             11.5  
12  "Number of long range restraints per residue"   4.4  
#
loop_
_pdbx_vrpt_distance_violation_summary.ordinal
_pdbx_vrpt_distance_violation_summary.restraint_type
_pdbx_vrpt_distance_violation_summary.restraint_sub_type
_pdbx_vrpt_distance_violation_summary.restraints_count
_pdbx_vrpt_distance_violation_summary.percent_total
_pdbx_vrpt_distance_violation_summary.consistently_violated_count
_pdbx_vrpt_distance_violation_summary.consistently_violated_percent_total
_pdbx_vrpt_distance_violation_summary.consistently_violated_percent_type
_pdbx_vrpt_distance_violation_summary.violated_count
_pdbx_vrpt_distance_violation_summary.violated_percent_total
_pdbx_vrpt_distance_violation_summary.violated_percent_type
 1  Intra-residue  all                  35   23.3   3  2.0   8.6   6   4.0  17.1  
 2  Intra-residue  BackboneBackbone      0    0.0   0  0.0   0.0   0   0.0   0.0  
 3  Intra-residue  BackboneSidechain    29   19.3   2  1.3   6.9   5   3.3  17.2  
 4  Intra-residue  SidechainSidechain    6    4.0   1  0.7  16.7   1   0.7  16.7  
 5  Sequential     all                  34   22.7   2  1.3   5.9   2   1.3   5.9  
 6  Sequential     BackboneBackbone     12    8.0   0  0.0   0.0   0   0.0   0.0  
 7  Sequential     BackboneSidechain    18   12.0   2  1.3  11.1   2   1.3  11.1  
 8  Sequential     SidechainSidechain    4    2.7   0  0.0   0.0   0   0.0   0.0  
 9  MediumRange    all                  24   16.0   2  1.3   8.3   4   2.7  16.7  
10  MediumRange    BackboneBackbone     11    7.3   0  0.0   0.0   1   0.7   9.1  
11  MediumRange    BackboneSidechain    13    8.7   2  1.3  15.4   3   2.0  23.1  
12  MediumRange    SidechainSidechain    0    0.0   0  0.0   0.0   0   0.0   0.0  
13  LongRange      all                  57   38.0   7  4.7  12.3  18  12.0  31.6  
14  LongRange      BackboneBackbone     18   12.0   2  1.3  11.1   3   2.0  16.7  
15  LongRange      BackboneSidechain    28   18.7   5  3.3  17.9  10   6.7  35.7  
16  LongRange      SidechainSidechain   11    7.3   0  0.0   0.0   5   3.3  45.5  
17  InterChain     all                   0    0.0   0  0.0   0.0   0   0.0   0.0  
18  InterChain     BackboneBackbone      0    0.0   0  0.0   0.0   0   0.0   0.0  
19  InterChain     BackboneSidechain     0    0.0   0  0.0   0.0   0   0.0   0.0  
20  InterChain     SidechainSidechain    0    0.0   0  0.0   0.0   0   0.0   0.0  
21  HydrogenBond   all                   0    0.0   0  0.0   0.0   0   0.0   0.0  
22  DisulfideBond  all                   0    0.0   0  0.0   0.0   0   0.0   0.0  
23  Total          all                 150  100.0  14  9.3   9.3  30  20.0  20.0  
24  Total          BackboneBackbone     41   27.3   2  1.3   4.9   4   2.7   9.8  
25  Total          BackboneSidechain    88   58.7  11  7.3  12.5  20  13.3  22.7  
26  Total          SidechainSidechain   21   14.0   1  0.7   4.8   6   4.0  28.6  
#
loop_
_pdbx_vrpt_distance_violation_model_summary.ordinal
_pdbx_vrpt_distance_violation_model_summary.PDB_model_num
_pdbx_vrpt_distance_violation_model_summary.max_violation
_pdbx_vrpt_distance_violation_model_summary.mean_violation
_pdbx_vrpt_distance_violation_model_summary.median_violation
_pdbx_vrpt_distance_violation_model_summary.standard_deviation
 1   1  2.57  0.81  0.52  0.68  
 2   2  2.57  0.86  0.64  0.67  
 3   3  2.72  0.90  0.74  0.75  
 4   4  2.54  0.86  0.65  0.68  
 5   5  2.58  0.77  0.46  0.72  
 6   6  2.54  0.85  0.58  0.71  
 7   7  2.52  0.79  0.48  0.69  
 8   8  2.54  0.83  0.54  0.70  
 9   9  2.54  0.81  0.57  0.69  
10  10  2.55  0.76  0.47  0.68  
#
loop_
_pdbx_vrpt_distance_violation_model_restraints.ordinal
_pdbx_vrpt_distance_violation_model_restraints.PDB_model_num
_pdbx_vrpt_distance_violation_model_restraints.dist_rest_type
_pdbx_vrpt_distance_violation_model_restraints.violations_count
 1   1  intraresidue   4  
 2   1  sequential     2  
 3   1  medium         2  
 4   1  long          14  
 5   1  interchain     0  
 6   1  total         22  
 7   2  intraresidue   5  
 8   2  sequential     2  
 9   2  medium         3  
10   2  long          12  
11   2  interchain     0  
12   2  total         22  
13   3  intraresidue   4  
14   3  sequential     2  
15   3  medium         3  
16   3  long           9  
17   3  interchain     0  
18   3  total         18  
19   4  intraresidue   5  
20   4  sequential     2  
21   4  medium         3  
22   4  long          12  
23   4  interchain     0  
24   4  total         22  
25   5  intraresidue   4  
26   5  sequential     2  
27   5  medium         3  
28   5  long          12  
29   5  interchain     0  
30   5  total         21  
31   6  intraresidue   4  
32   6  sequential     2  
33   6  medium         4  
34   6  long          12  
35   6  interchain     0  
36   6  total         22  
37   7  intraresidue   4  
38   7  sequential     2  
39   7  medium         4  
40   7  long          14  
41   7  interchain     0  
42   7  total         24  
43   8  intraresidue   4  
44   8  sequential     2  
45   8  medium         3  
46   8  long          13  
47   8  interchain     0  
48   8  total         22  
49   9  intraresidue   4  
50   9  sequential     2  
51   9  medium         3  
52   9  long          14  
53   9  interchain     0  
54   9  total         23  
55  10  intraresidue   5  
56  10  sequential     2  
57  10  medium         4  
58  10  long          14  
59  10  interchain     0  
60  10  total         25  
#
loop_
_pdbx_vrpt_distance_violations_ensemble_summary.id
_pdbx_vrpt_distance_violations_ensemble_summary.fraction_of_ensemble_count
_pdbx_vrpt_distance_violations_ensemble_summary.fraction_of_ensemble_percent
 1   1   10.0  
 2   2   20.0  
 3   3   30.0  
 4   4   40.0  
 5   5   50.0  
 6   6   60.0  
 7   7   70.0  
 8   8   80.0  
 9   9   90.0  
10  10  100.0  
#
loop_
_pdbx_vrpt_distance_violation_ensemble.ordinal
_pdbx_vrpt_distance_violation_ensemble.ensemble_distance_count
_pdbx_vrpt_distance_violation_ensemble.dist_rest_type
_pdbx_vrpt_distance_violation_ensemble.violations_count
 1   1  intraresidue   1  
 2   1  sequential     0  
 3   1  medium         0  
 4   1  long           3  
 5   1  interchain     0  
 6   1  total          4  
 7   2  intraresidue   0  
 8   2  sequential     0  
 9   2  medium         0  
10   2  long           1  
11   2  interchain     0  
12   2  total          1  
13   3  intraresidue   0  
14   3  sequential     0  
15   3  medium         0  
16   3  long           0  
17   3  interchain     0  
18   3  total          0  
19   4  intraresidue   1  
20   4  sequential     0  
21   4  medium         0  
22   4  long           0  
23   4  interchain     0  
24   4  total          1  
25   5  intraresidue   0  
26   5  sequential     0  
27   5  medium         1  
28   5  long           0  
29   5  interchain     0  
30   5  total          1  
31   6  intraresidue   0  
32   6  sequential     0  
33   6  medium         0  
34   6  long           3  
35   6  interchain     0  
36   6  total          3  
37   7  intraresidue   0  
38   7  sequential     0  
39   7  medium         1  
40   7  long           0  
41   7  interchain     0  
42   7  total          1  
43   8  intraresidue   1  
44   8  sequential     0  
45   8  medium         0  
46   8  long           3  
47   8  interchain     0  
48   8  total          4  
49   9  intraresidue   0  
50   9  sequential     0  
51   9  medium         0  
52   9  long           1  
53   9  interchain     0  
54   9  total          1  
55  10  intraresidue   3  
56  10  sequential     2  
57  10  medium         2  
58  10  long           7  
59  10  interchain     0  
60  10  total         14  
#
loop_
_pdbx_vrpt_residual_distance_violations.ordinal
_pdbx_vrpt_residual_distance_violations.bins
_pdbx_vrpt_residual_distance_violations.max_violation
_pdbx_vrpt_residual_distance_violations.violations_per_model
1  0.1-0.2  0.2   5.3  
2  0.2-0.5  0.5   5.5  
3  >0.5     2.7  11.1  
#
loop_
_pdbx_vrpt_most_violated_distance_restraints.ordinal
_pdbx_vrpt_most_violated_distance_restraints.rest_id
_pdbx_vrpt_most_violated_distance_restraints.rlist_id
_pdbx_vrpt_most_violated_distance_restraints.altcode_1
_pdbx_vrpt_most_violated_distance_restraints.chain_1
_pdbx_vrpt_most_violated_distance_restraints.resnum_1
_pdbx_vrpt_most_violated_distance_restraints.resname_1
_pdbx_vrpt_most_violated_distance_restraints.icode_1
_pdbx_vrpt_most_violated_distance_restraints.ent_1
_pdbx_vrpt_most_violated_distance_restraints.said_1
_pdbx_vrpt_most_violated_distance_restraints.seq_1
_pdbx_vrpt_most_violated_distance_restraints.atom_1
_pdbx_vrpt_most_violated_distance_restraints.chain_2
_pdbx_vrpt_most_violated_distance_restraints.altcode_2
_pdbx_vrpt_most_violated_distance_restraints.resnum_2
_pdbx_vrpt_most_violated_distance_restraints.resname_2
_pdbx_vrpt_most_violated_distance_restraints.seq_2
_pdbx_vrpt_most_violated_distance_restraints.said_2
_pdbx_vrpt_most_violated_distance_restraints.ent_2
_pdbx_vrpt_most_violated_distance_restraints.icode_2
_pdbx_vrpt_most_violated_distance_restraints.atom_2
_pdbx_vrpt_most_violated_distance_restraints.violated_models
_pdbx_vrpt_most_violated_distance_restraints.mean_distance_violation
_pdbx_vrpt_most_violated_distance_restraints.median_violation
_pdbx_vrpt_most_violated_distance_restraints.standard_deviation
 1  100  1  .  A   9  LEU  ?     1  A   9  HG    A  .  10  GLY  10  A  1  ?     HA2   10  2.57  2.54  0.05  
 2  100  1  .  A   9  LEU  ?     1  A   9  HG    A  .  10  GLY  10  A  1  ?     HA3   10  2.57  2.54  0.05  
 3   36  1  .  A   7  LYS  ?     1  A   7  HD2   A  .  12  ILE  12  A  1  ?     H     10  2.12  2.09  0.07  
 4   36  1  .  A   7  LYS  ?     1  A   7  HD3   A  .  12  ILE  12  A  1  ?     H     10  2.12  2.09  0.07  
 5  136  1  .  A   7  LYS  ?     1  A   7  HD2   A  .  12  ILE  12  A  1  ?     HA    10  1.52  1.52  0.03  
 6  136  1  .  A   7  LYS  ?     1  A   7  HD3   A  .  12  ILE  12  A  1  ?     HA    10  1.52  1.52  0.03  
 7   96  1  .  A   7  LYS  ?     1  A   7  HD2   A  .  10  GLY  10  A  1  ?     HA2   10  1.37  1.31  0.16  
 8   96  1  .  A   7  LYS  ?     1  A   7  HD2   A  .  10  GLY  10  A  1  ?     HA3   10  1.37  1.31  0.16  
 9   96  1  .  A   7  LYS  ?     1  A   7  HD3   A  .  10  GLY  10  A  1  ?     HA2   10  1.37  1.31  0.16  
10   96  1  .  A   7  LYS  ?     1  A   7  HD3   A  .  10  GLY  10  A  1  ?     HA3   10  1.37  1.31  0.16  
11   35  1  .  A   7  LYS  ?     1  A   7  HD2   A  .  13  LEU  13  A  1  ?     H     10  1.34  1.33  0.05  
12   35  1  .  A   7  LYS  ?     1  A   7  HD3   A  .  13  LEU  13  A  1  ?     H     10  1.34  1.33  0.05  
13  117  1  .  A   9  LEU  ?     1  A   9  HD11  A  .  10  GLY  10  A  1  ?     HA2   10  1.20  1.20  0.01  
14  117  1  .  A   9  LEU  ?     1  A   9  HD11  A  .  10  GLY  10  A  1  ?     HA3   10  1.20  1.20  0.01  
15  117  1  .  A   9  LEU  ?     1  A   9  HD12  A  .  10  GLY  10  A  1  ?     HA2   10  1.20  1.20  0.01  
16  117  1  .  A   9  LEU  ?     1  A   9  HD12  A  .  10  GLY  10  A  1  ?     HA3   10  1.20  1.20  0.01  
17  117  1  .  A   9  LEU  ?     1  A   9  HD13  A  .  10  GLY  10  A  1  ?     HA2   10  1.20  1.20  0.01  
18  117  1  .  A   9  LEU  ?     1  A   9  HD13  A  .  10  GLY  10  A  1  ?     HA3   10  1.20  1.20  0.01  
19  117  1  .  A   9  LEU  ?     1  A   9  HD21  A  .  10  GLY  10  A  1  ?     HA2   10  1.20  1.20  0.01  
20  117  1  .  A   9  LEU  ?     1  A   9  HD21  A  .  10  GLY  10  A  1  ?     HA3   10  1.20  1.20  0.01  
21  117  1  .  A   9  LEU  ?     1  A   9  HD22  A  .  10  GLY  10  A  1  ?     HA2   10  1.20  1.20  0.01  
22  117  1  .  A   9  LEU  ?     1  A   9  HD22  A  .  10  GLY  10  A  1  ?     HA3   10  1.20  1.20  0.01  
23  117  1  .  A   9  LEU  ?     1  A   9  HD23  A  .  10  GLY  10  A  1  ?     HA2   10  1.20  1.20  0.01  
24  117  1  .  A   9  LEU  ?     1  A   9  HD23  A  .  10  GLY  10  A  1  ?     HA3   10  1.20  1.20  0.01  
25   24  1  .  A   7  LYS  ?     1  A   7  HE2   A  .  12  ILE  12  A  1  ?     H     10  1.14  1.25  0.25  
26   24  1  .  A   7  LYS  ?     1  A   7  HE3   A  .  12  ILE  12  A  1  ?     H     10  1.14  1.25  0.25  
27   95  1  .  A   7  LYS  ?     1  A   7  HA    A  .   7  LYS   7  A  1  ?     HD2   10  0.90  0.90  0.01  
28   95  1  .  A   7  LYS  ?     1  A   7  HA    A  .   7  LYS   7  A  1  ?     HD3   10  0.90  0.90  0.01  
29  124  1  .  A   7  LYS  ?     1  A   7  HA    A  .   7  LYS   7  A  1  ?     HE2   10  0.83  0.84  0.01  
30  124  1  .  A   7  LYS  ?     1  A   7  HA    A  .   7  LYS   7  A  1  ?     HE3   10  0.83  0.84  0.01  
31   27  1  .  A   5  PHE  ?     1  A   5  HB2   A  .  12  ILE  12  A  1  ?     H     10  0.43  0.43  0.05  
32   27  1  .  A   5  PHE  ?     1  A   5  HB3   A  .  12  ILE  12  A  1  ?     H     10  0.43  0.43  0.05  
33   81  1  .  A   2  VAL  ?     1  A   2  HA    A  .  11  ARG  11  A  1  ?     HA    10  0.38  0.38  0.07  
34  138  1  .  A   7  LYS  ?     1  A   7  HB2   A  .   7  LYS   7  A  1  ?     HE2   10  0.19  0.19  0.00  
35  138  1  .  A   7  LYS  ?     1  A   7  HB2   A  .   7  LYS   7  A  1  ?     HE3   10  0.19  0.19  0.00  
36  138  1  .  A   7  LYS  ?     1  A   7  HB3   A  .   7  LYS   7  A  1  ?     HE2   10  0.19  0.19  0.00  
37  138  1  .  A   7  LYS  ?     1  A   7  HB3   A  .   7  LYS   7  A  1  ?     HE3   10  0.19  0.19  0.00  
38   54  1  .  A   2  VAL  ?     1  A   2  HG11  A  .   5  PHE   5  A  1  ?     H     10  0.16  0.15  0.02  
39   54  1  .  A   2  VAL  ?     1  A   2  HG12  A  .   5  PHE   5  A  1  ?     H     10  0.16  0.15  0.02  
40   54  1  .  A   2  VAL  ?     1  A   2  HG13  A  .   5  PHE   5  A  1  ?     H     10  0.16  0.15  0.02  
41   54  1  .  A   2  VAL  ?     1  A   2  HG21  A  .   5  PHE   5  A  1  ?     H     10  0.16  0.15  0.02  
42   54  1  .  A   2  VAL  ?     1  A   2  HG22  A  .   5  PHE   5  A  1  ?     H     10  0.16  0.15  0.02  
43   54  1  .  A   2  VAL  ?     1  A   2  HG23  A  .   5  PHE   5  A  1  ?     H     10  0.16  0.15  0.02  
44   79  1  .  A   6  SER  ?     1  A   6  HA    A  .  12  ILE  12  A  1  ?     HA    10  0.12  0.12  0.02  
45  128  1  .  A   1  PHE  ?     1  A   1  HB2   A  .  12  ILE  12  A  1  ?     HG21   9  0.31  0.30  0.05  
46  128  1  .  A   1  PHE  ?     1  A   1  HB2   A  .  12  ILE  12  A  1  ?     HG22   9  0.31  0.30  0.05  
47  128  1  .  A   1  PHE  ?     1  A   1  HB2   A  .  12  ILE  12  A  1  ?     HG23   9  0.31  0.30  0.05  
48  128  1  .  A   1  PHE  ?     1  A   1  HB3   A  .  12  ILE  12  A  1  ?     HG21   9  0.31  0.30  0.05  
49  128  1  .  A   1  PHE  ?     1  A   1  HB3   A  .  12  ILE  12  A  1  ?     HG22   9  0.31  0.30  0.05  
50  128  1  .  A   1  PHE  ?     1  A   1  HB3   A  .  12  ILE  12  A  1  ?     HG23   9  0.31  0.30  0.05  
51   89  1  .  A   7  LYS  ?     1  A   7  HE2   A  .  12  ILE  12  A  1  ?     HA     8  1.85  1.86  0.04  
52   89  1  .  A   7  LYS  ?     1  A   7  HE3   A  .  12  ILE  12  A  1  ?     HA     8  1.85  1.86  0.04  
53  130  1  .  A   7  LYS  ?     1  A   7  HE2   A  .  12  ILE  12  A  1  ?     HD11   8  0.59  0.61  0.07  
54  130  1  .  A   7  LYS  ?     1  A   7  HE2   A  .  12  ILE  12  A  1  ?     HD12   8  0.59  0.61  0.07  
55  130  1  .  A   7  LYS  ?     1  A   7  HE2   A  .  12  ILE  12  A  1  ?     HD13   8  0.59  0.61  0.07  
56  130  1  .  A   7  LYS  ?     1  A   7  HE3   A  .  12  ILE  12  A  1  ?     HD11   8  0.59  0.61  0.07  
57  130  1  .  A   7  LYS  ?     1  A   7  HE3   A  .  12  ILE  12  A  1  ?     HD12   8  0.59  0.61  0.07  
58  130  1  .  A   7  LYS  ?     1  A   7  HE3   A  .  12  ILE  12  A  1  ?     HD13   8  0.59  0.61  0.07  
59   25  1  .  A   7  LYS  ?     1  A   7  H     A  .   7  LYS   7  A  1  ?     HE2    8  0.47  0.47  0.01  
60   25  1  .  A   7  LYS  ?     1  A   7  H     A  .   7  LYS   7  A  1  ?     HE3    8  0.47  0.47  0.01  
61  127  1  .  A   7  LYS  ?     1  A   7  HE2   A  .  12  ILE  12  A  1  ?     HG21   8  0.29  0.29  0.03  
62  127  1  .  A   7  LYS  ?     1  A   7  HE2   A  .  12  ILE  12  A  1  ?     HG22   8  0.29  0.29  0.03  
63  127  1  .  A   7  LYS  ?     1  A   7  HE2   A  .  12  ILE  12  A  1  ?     HG23   8  0.29  0.29  0.03  
64  127  1  .  A   7  LYS  ?     1  A   7  HE3   A  .  12  ILE  12  A  1  ?     HG21   8  0.29  0.29  0.03  
65  127  1  .  A   7  LYS  ?     1  A   7  HE3   A  .  12  ILE  12  A  1  ?     HG22   8  0.29  0.29  0.03  
66  127  1  .  A   7  LYS  ?     1  A   7  HE3   A  .  12  ILE  12  A  1  ?     HG23   8  0.29  0.29  0.03  
67   48  1  .  A   9  LEU  ?     1  A   9  H     A  .  12  ILE  12  A  1  ?     HG21   7  0.22  0.23  0.04  
68   48  1  .  A   9  LEU  ?     1  A   9  H     A  .  12  ILE  12  A  1  ?     HG22   7  0.22  0.23  0.04  
69   48  1  .  A   9  LEU  ?     1  A   9  H     A  .  12  ILE  12  A  1  ?     HG23   7  0.22  0.23  0.04  
70  102  1  .  A   1  PHE  ?     1  A   1  HA    A  .  12  ILE  12  A  1  ?     HG12   6  0.59  0.81  0.31  
71  102  1  .  A   1  PHE  ?     1  A   1  HA    A  .  12  ILE  12  A  1  ?     HG13   6  0.59  0.81  0.31  
72   98  1  .  A   5  PHE  ?     1  A   5  HA    A  .  13  LEU  13  A  1  ?     HG     6  0.15  0.15  0.03  
73  107  1  .  A   5  PHE  ?     1  A   5  HA    A  .  12  ILE  12  A  1  ?     HG21   6  0.12  0.12  0.02  
74  107  1  .  A   5  PHE  ?     1  A   5  HA    A  .  12  ILE  12  A  1  ?     HG22   6  0.12  0.12  0.02  
75  107  1  .  A   5  PHE  ?     1  A   5  HA    A  .  12  ILE  12  A  1  ?     HG23   6  0.12  0.12  0.02  
76   69  1  .  A   1  PHE  ?     1  A   1  HA    A  .   5  PHE   5  A  1  ?     HA     5  0.13  0.11  0.03  
77  104  1  .  A  12  ILE  ?     1  A  12  HA    A  .  12  ILE  12  A  1  ?     HG12   4  0.34  0.34  0.01  
78  104  1  .  A  12  ILE  ?     1  A  12  HA    A  .  12  ILE  12  A  1  ?     HG13   4  0.34  0.34  0.01  
79  141  1  .  A   3  GLN  ?     1  A   3  HB2   A  .  11  ARG  11  A  1  ?     HB2    2  0.58  0.58  0.01  
80  141  1  .  A   3  GLN  ?     1  A   3  HB2   A  .  11  ARG  11  A  1  ?     HB3    2  0.58  0.58  0.01  
81  141  1  .  A   3  GLN  ?     1  A   3  HB3   A  .  11  ARG  11  A  1  ?     HB2    2  0.58  0.58  0.01  
82  141  1  .  A   3  GLN  ?     1  A   3  HB3   A  .  11  ARG  11  A  1  ?     HB3    2  0.58  0.58  0.01  
#
loop_
_pdbx_vrpt_violated_distance_restraints.ordinal
_pdbx_vrpt_violated_distance_restraints.rest_id
_pdbx_vrpt_violated_distance_restraints.rlist_id
_pdbx_vrpt_violated_distance_restraints.instance_id_1
_pdbx_vrpt_violated_distance_restraints.instance_id_2
_pdbx_vrpt_violated_distance_restraints.atom_1
_pdbx_vrpt_violated_distance_restraints.atom_2
_pdbx_vrpt_violated_distance_restraints.violation
  1  100  1   35   36  HG    HA2   2.72  
  2  100  1   35   36  HG    HA3   2.72  
  3  100  1   61   62  HG    HA2   2.58  
  4  100  1   61   62  HG    HA3   2.58  
  5  100  1    9   10  HG    HA2   2.57  
  6  100  1    9   10  HG    HA3   2.57  
  7  100  1   22   23  HG    HA2   2.57  
  8  100  1   22   23  HG    HA3   2.57  
  9  100  1  126  127  HG    HA2   2.55  
 10  100  1  126  127  HG    HA3   2.55  
 11  100  1   48   49  HG    HA2   2.54  
 12  100  1   48   49  HG    HA3   2.54  
 13  100  1   74   75  HG    HA2   2.54  
 14  100  1   74   75  HG    HA3   2.54  
 15  100  1  100  101  HG    HA2   2.54  
 16  100  1  100  101  HG    HA3   2.54  
 17  100  1  113  114  HG    HA2   2.54  
 18  100  1  113  114  HG    HA3   2.54  
 19  100  1   87   88  HG    HA2   2.52  
 20  100  1   87   88  HG    HA3   2.52  
 21   36  1   33   38  HD2   H     2.26  
 22   36  1   33   38  HD3   H     2.26  
 23   36  1   59   64  HD2   H     2.26  
 24   36  1   59   64  HD3   H     2.26  
 25   36  1   72   77  HD2   H     2.14  
 26   36  1   72   77  HD3   H     2.14  
 27   36  1   85   90  HD2   H     2.10  
 28   36  1   85   90  HD3   H     2.10  
 29   36  1   98  103  HD2   H     2.10  
 30   36  1   98  103  HD3   H     2.10  
 31   36  1  111  116  HD2   H     2.09  
 32   36  1  111  116  HD3   H     2.09  
 33   36  1  124  129  HD2   H     2.09  
 34   36  1  124  129  HD3   H     2.09  
 35   36  1   20   25  HD2   H     2.08  
 36   36  1   20   25  HD3   H     2.08  
 37   36  1   46   51  HD2   H     2.06  
 38   36  1   46   51  HD3   H     2.06  
 39   36  1    7   12  HD2   H     2.03  
 40   36  1    7   12  HD3   H     2.03  
 41   89  1   72   77  HE2   HA    1.92  
 42   89  1   72   77  HE3   HA    1.92  
 43   89  1   85   90  HE2   HA    1.88  
 44   89  1   85   90  HE3   HA    1.88  
 45   89  1  111  116  HE2   HA    1.88  
 46   89  1  111  116  HE3   HA    1.88  
 47   89  1   98  103  HE2   HA    1.87  
 48   89  1   98  103  HE3   HA    1.87  
 49   89  1  124  129  HE2   HA    1.85  
 50   89  1  124  129  HE3   HA    1.85  
 51   89  1   46   51  HE2   HA    1.84  
 52   89  1   46   51  HE3   HA    1.84  
 53   89  1   20   25  HE2   HA    1.81  
 54   89  1   20   25  HE3   HA    1.81  
 55   89  1    7   12  HE2   HA    1.77  
 56   89  1    7   12  HE3   HA    1.77  
 57   96  1   33   36  HD2   HA2   1.74  
 58   96  1   33   36  HD2   HA3   1.74  
 59   96  1   33   36  HD3   HA2   1.74  
 60   96  1   33   36  HD3   HA3   1.74  
 61   96  1   59   62  HD2   HA2   1.61  
 62   96  1   59   62  HD2   HA3   1.61  
 63   96  1   59   62  HD3   HA2   1.61  
 64   96  1   59   62  HD3   HA3   1.61  
 65  136  1   72   77  HD2   HA    1.58  
 66  136  1   72   77  HD3   HA    1.58  
 67  136  1   46   51  HD2   HA    1.56  
 68  136  1   46   51  HD3   HA    1.56  
 69  136  1   85   90  HD2   HA    1.55  
 70  136  1   85   90  HD3   HA    1.55  
 71  136  1   33   38  HD2   HA    1.54  
 72  136  1   33   38  HD3   HA    1.54  
 73  136  1   59   64  HD2   HA    1.52  
 74  136  1   59   64  HD3   HA    1.52  
 75  136  1   98  103  HD2   HA    1.52  
 76  136  1   98  103  HD3   HA    1.52  
 77  136  1  111  116  HD2   HA    1.52  
 78  136  1  111  116  HD3   HA    1.52  
 79  136  1   20   25  HD2   HA    1.50  
 80  136  1   20   25  HD3   HA    1.50  
 81  136  1  124  129  HD2   HA    1.50  
 82  136  1  124  129  HD3   HA    1.50  
 83  136  1    7   12  HD2   HA    1.45  
 84  136  1    7   12  HD3   HA    1.45  
 85   35  1   46   52  HD2   H     1.42  
 86   35  1   46   52  HD3   H     1.42  
 87   35  1   33   39  HD2   H     1.41  
 88   35  1   33   39  HD3   H     1.41  
 89   35  1   59   65  HD2   H     1.39  
 90   35  1   59   65  HD3   H     1.39  
 91   35  1   20   26  HD2   H     1.37  
 92   35  1   20   26  HD3   H     1.37  
 93   35  1   85   91  HD2   H     1.34  
 94   35  1   85   91  HD3   H     1.34  
 95   96  1   72   75  HD2   HA2   1.33  
 96   96  1   72   75  HD2   HA3   1.33  
 97   96  1   72   75  HD3   HA2   1.33  
 98   96  1   72   75  HD3   HA3   1.33  
 99   35  1   72   78  HD2   H     1.33  
100   35  1   72   78  HD3   H     1.33  
101   24  1   72   77  HE2   H     1.32  
102   24  1   72   77  HE3   H     1.32  
103   96  1   20   23  HD2   HA2   1.31  
104   96  1   20   23  HD2   HA3   1.31  
105   96  1   20   23  HD3   HA2   1.31  
106   96  1   20   23  HD3   HA3   1.31  
107   96  1   98  101  HD2   HA2   1.31  
108   96  1   98  101  HD2   HA3   1.31  
109   96  1   98  101  HD3   HA2   1.31  
110   96  1   98  101  HD3   HA3   1.31  
111   96  1    7   10  HD2   HA2   1.30  
112   96  1    7   10  HD2   HA3   1.30  
113   96  1    7   10  HD3   HA2   1.30  
114   96  1    7   10  HD3   HA3   1.30  
115   96  1   46   49  HD2   HA2   1.30  
116   96  1   46   49  HD2   HA3   1.30  
117   96  1   46   49  HD3   HA2   1.30  
118   96  1   46   49  HD3   HA3   1.30  
119   35  1   98  104  HD2   H     1.30  
120   35  1   98  104  HD3   H     1.30  
121   35  1  111  117  HD2   H     1.30  
122   35  1  111  117  HD3   H     1.30  
123   24  1   98  103  HE2   H     1.29  
124   24  1   98  103  HE3   H     1.29  
125   96  1   85   88  HD2   HA2   1.28  
126   96  1   85   88  HD2   HA3   1.28  
127   96  1   85   88  HD3   HA2   1.28  
128   96  1   85   88  HD3   HA3   1.28  
129   24  1  111  116  HE2   H     1.28  
130   24  1  111  116  HE3   H     1.28  
131   24  1  124  129  HE2   H     1.28  
132   24  1  124  129  HE3   H     1.28  
133   35  1  124  130  HD2   H     1.27  
134   35  1  124  130  HD3   H     1.27  
135   24  1   85   90  HE2   H     1.27  
136   24  1   85   90  HE3   H     1.27  
137   96  1  124  127  HD2   HA2   1.26  
138   96  1  124  127  HD2   HA3   1.26  
139   96  1  124  127  HD3   HA2   1.26  
140   96  1  124  127  HD3   HA3   1.26  
141   35  1    7   13  HD2   H     1.26  
142   35  1    7   13  HD3   H     1.26  
143   96  1  111  114  HD2   HA2   1.25  
144   96  1  111  114  HD2   HA3   1.25  
145   96  1  111  114  HD3   HA2   1.25  
146   96  1  111  114  HD3   HA3   1.25  
147   24  1   20   25  HE2   H     1.24  
148   24  1   20   25  HE3   H     1.24  
149  117  1   61   62  HD11  HA2   1.22  
150  117  1   61   62  HD11  HA3   1.22  
151  117  1   61   62  HD12  HA2   1.22  
152  117  1   61   62  HD12  HA3   1.22  
153  117  1   61   62  HD13  HA2   1.22  
154  117  1   61   62  HD13  HA3   1.22  
155  117  1   61   62  HD21  HA2   1.22  
156  117  1   61   62  HD21  HA3   1.22  
157  117  1   61   62  HD22  HA2   1.22  
158  117  1   61   62  HD22  HA3   1.22  
159  117  1   61   62  HD23  HA2   1.22  
160  117  1   61   62  HD23  HA3   1.22  
161  117  1    9   10  HD11  HA2   1.21  
162  117  1    9   10  HD11  HA3   1.21  
163  117  1    9   10  HD12  HA2   1.21  
164  117  1    9   10  HD12  HA3   1.21  
165  117  1    9   10  HD13  HA2   1.21  
166  117  1    9   10  HD13  HA3   1.21  
167  117  1    9   10  HD21  HA2   1.21  
168  117  1    9   10  HD21  HA3   1.21  
169  117  1    9   10  HD22  HA2   1.21  
170  117  1    9   10  HD22  HA3   1.21  
171  117  1    9   10  HD23  HA2   1.21  
172  117  1    9   10  HD23  HA3   1.21  
173  117  1   22   23  HD11  HA2   1.21  
174  117  1   22   23  HD11  HA3   1.21  
175  117  1   22   23  HD12  HA2   1.21  
176  117  1   22   23  HD12  HA3   1.21  
177  117  1   22   23  HD13  HA2   1.21  
178  117  1   22   23  HD13  HA3   1.21  
179  117  1   22   23  HD21  HA2   1.21  
180  117  1   22   23  HD21  HA3   1.21  
181  117  1   22   23  HD22  HA2   1.21  
182  117  1   22   23  HD22  HA3   1.21  
183  117  1   22   23  HD23  HA2   1.21  
184  117  1   22   23  HD23  HA3   1.21  
185  117  1   35   36  HD11  HA2   1.21  
186  117  1   35   36  HD11  HA3   1.21  
187  117  1   35   36  HD12  HA2   1.21  
188  117  1   35   36  HD12  HA3   1.21  
189  117  1   35   36  HD13  HA2   1.21  
190  117  1   35   36  HD13  HA3   1.21  
191  117  1   35   36  HD21  HA2   1.21  
192  117  1   35   36  HD21  HA3   1.21  
193  117  1   35   36  HD22  HA2   1.21  
194  117  1   35   36  HD22  HA3   1.21  
195  117  1   35   36  HD23  HA2   1.21  
196  117  1   35   36  HD23  HA3   1.21  
197   24  1   46   51  HE2   H     1.21  
198   24  1   46   51  HE3   H     1.21  
199  117  1   48   49  HD11  HA2   1.20  
200  117  1   48   49  HD11  HA3   1.20  
201  117  1   48   49  HD12  HA2   1.20  
202  117  1   48   49  HD12  HA3   1.20  
203  117  1   48   49  HD13  HA2   1.20  
204  117  1   48   49  HD13  HA3   1.20  
205  117  1   48   49  HD21  HA2   1.20  
206  117  1   48   49  HD21  HA3   1.20  
207  117  1   48   49  HD22  HA2   1.20  
208  117  1   48   49  HD22  HA3   1.20  
209  117  1   48   49  HD23  HA2   1.20  
210  117  1   48   49  HD23  HA3   1.20  
211  117  1   74   75  HD11  HA2   1.20  
212  117  1   74   75  HD11  HA3   1.20  
213  117  1   74   75  HD12  HA2   1.20  
214  117  1   74   75  HD12  HA3   1.20  
215  117  1   74   75  HD13  HA2   1.20  
216  117  1   74   75  HD13  HA3   1.20  
217  117  1   74   75  HD21  HA2   1.20  
218  117  1   74   75  HD21  HA3   1.20  
219  117  1   74   75  HD22  HA2   1.20  
220  117  1   74   75  HD22  HA3   1.20  
221  117  1   74   75  HD23  HA2   1.20  
222  117  1   74   75  HD23  HA3   1.20  
223  117  1   87   88  HD11  HA2   1.20  
224  117  1   87   88  HD11  HA3   1.20  
225  117  1   87   88  HD12  HA2   1.20  
226  117  1   87   88  HD12  HA3   1.20  
227  117  1   87   88  HD13  HA2   1.20  
228  117  1   87   88  HD13  HA3   1.20  
229  117  1   87   88  HD21  HA2   1.20  
230  117  1   87   88  HD21  HA3   1.20  
231  117  1   87   88  HD22  HA2   1.20  
232  117  1   87   88  HD22  HA3   1.20  
233  117  1   87   88  HD23  HA2   1.20  
234  117  1   87   88  HD23  HA3   1.20  
235  117  1  113  114  HD11  HA2   1.20  
236  117  1  113  114  HD11  HA3   1.20  
237  117  1  113  114  HD12  HA2   1.20  
238  117  1  113  114  HD12  HA3   1.20  
239  117  1  113  114  HD13  HA2   1.20  
240  117  1  113  114  HD13  HA3   1.20  
241  117  1  113  114  HD21  HA2   1.20  
242  117  1  113  114  HD21  HA3   1.20  
243  117  1  113  114  HD22  HA2   1.20  
244  117  1  113  114  HD22  HA3   1.20  
245  117  1  113  114  HD23  HA2   1.20  
246  117  1  113  114  HD23  HA3   1.20  
247  117  1  126  127  HD11  HA2   1.20  
248  117  1  126  127  HD11  HA3   1.20  
249  117  1  126  127  HD12  HA2   1.20  
250  117  1  126  127  HD12  HA3   1.20  
251  117  1  126  127  HD13  HA2   1.20  
252  117  1  126  127  HD13  HA3   1.20  
253  117  1  126  127  HD21  HA2   1.20  
254  117  1  126  127  HD21  HA3   1.20  
255  117  1  126  127  HD22  HA2   1.20  
256  117  1  126  127  HD22  HA3   1.20  
257  117  1  126  127  HD23  HA2   1.20  
258  117  1  126  127  HD23  HA3   1.20  
259   24  1    7   12  HE2   H     1.20  
260   24  1    7   12  HE3   H     1.20  
261  117  1  100  101  HD11  HA2   1.19  
262  117  1  100  101  HD11  HA3   1.19  
263  117  1  100  101  HD12  HA2   1.19  
264  117  1  100  101  HD12  HA3   1.19  
265  117  1  100  101  HD13  HA2   1.19  
266  117  1  100  101  HD13  HA3   1.19  
267  117  1  100  101  HD21  HA2   1.19  
268  117  1  100  101  HD21  HA3   1.19  
269  117  1  100  101  HD22  HA2   1.19  
270  117  1  100  101  HD22  HA3   1.19  
271  117  1  100  101  HD23  HA2   1.19  
272  117  1  100  101  HD23  HA3   1.19  
273   95  1   33   33  HA    HD2   0.91  
274   95  1   33   33  HA    HD3   0.91  
275   95  1   59   59  HA    HD2   0.91  
276   95  1   59   59  HA    HD3   0.91  
277   95  1    7    7  HA    HD2   0.90  
278   95  1    7    7  HA    HD3   0.90  
279   95  1   98   98  HA    HD2   0.90  
280   95  1   98   98  HA    HD3   0.90  
281   95  1  124  124  HA    HD2   0.90  
282   95  1  124  124  HA    HD3   0.90  
283   95  1   20   20  HA    HD2   0.89  
284   95  1   20   20  HA    HD3   0.89  
285   95  1   46   46  HA    HD2   0.89  
286   95  1   46   46  HA    HD3   0.89  
287   95  1   72   72  HA    HD2   0.89  
288   95  1   72   72  HA    HD3   0.89  
289   95  1   85   85  HA    HD2   0.89  
290   95  1   85   85  HA    HD3   0.89  
291   95  1  111  111  HA    HD2   0.89  
292   95  1  111  111  HA    HD3   0.89  
293  124  1    7    7  HA    HE2   0.84  
294  124  1    7    7  HA    HE3   0.84  
295  124  1   72   72  HA    HE2   0.84  
296  124  1   72   72  HA    HE3   0.84  
297  124  1   85   85  HA    HE2   0.84  
298  124  1   85   85  HA    HE3   0.84  
299  124  1   98   98  HA    HE2   0.84  
300  124  1   98   98  HA    HE3   0.84  
301  124  1  111  111  HA    HE2   0.84  
302  124  1  111  111  HA    HE3   0.84  
303  124  1  124  124  HA    HE2   0.84  
304  124  1  124  124  HA    HE3   0.84  
305  124  1   20   20  HA    HE2   0.83  
306  124  1   20   20  HA    HE3   0.83  
307  124  1   46   46  HA    HE2   0.83  
308  124  1   46   46  HA    HE3   0.83  
309  124  1   33   33  HA    HE2   0.82  
310  124  1   33   33  HA    HE3   0.82  
311  124  1   59   59  HA    HE2   0.81  
312  124  1   59   59  HA    HE3   0.81  
313  102  1   14   25  HA    HG12  0.81  
314  102  1   14   25  HA    HG13  0.81  
315  102  1   40   51  HA    HG12  0.81  
316  102  1   40   51  HA    HG13  0.81  
317  102  1   53   64  HA    HG12  0.81  
318  102  1   53   64  HA    HG13  0.81  
319  102  1   27   38  HA    HG12  0.80  
320  102  1   27   38  HA    HG13  0.80  
321   24  1   33   38  HE2   H     0.69  
322   24  1   33   38  HE3   H     0.69  
323  130  1   72   77  HE2   HD11  0.67  
324  130  1   72   77  HE2   HD12  0.67  
325  130  1   72   77  HE2   HD13  0.67  
326  130  1   72   77  HE3   HD11  0.67  
327  130  1   72   77  HE3   HD12  0.67  
328  130  1   72   77  HE3   HD13  0.67  
329  130  1   85   90  HE2   HD11  0.64  
330  130  1   85   90  HE2   HD12  0.64  
331  130  1   85   90  HE2   HD13  0.64  
332  130  1   85   90  HE3   HD11  0.64  
333  130  1   85   90  HE3   HD12  0.64  
334  130  1   85   90  HE3   HD13  0.64  
335  130  1  111  116  HE2   HD11  0.63  
336  130  1  111  116  HE2   HD12  0.63  
337  130  1  111  116  HE2   HD13  0.63  
338  130  1  111  116  HE3   HD11  0.63  
339  130  1  111  116  HE3   HD12  0.63  
340  130  1  111  116  HE3   HD13  0.63  
341  130  1   98  103  HE2   HD11  0.61  
342  130  1   98  103  HE2   HD12  0.61  
343  130  1   98  103  HE2   HD13  0.61  
344  130  1   98  103  HE3   HD11  0.61  
345  130  1   98  103  HE3   HD12  0.61  
346  130  1   98  103  HE3   HD13  0.61  
347  130  1  124  129  HE2   HD11  0.61  
348  130  1  124  129  HE2   HD12  0.61  
349  130  1  124  129  HE2   HD13  0.61  
350  130  1  124  129  HE3   HD11  0.61  
351  130  1  124  129  HE3   HD12  0.61  
352  130  1  124  129  HE3   HD13  0.61  
353   24  1   59   64  HE2   H     0.61  
354   24  1   59   64  HE3   H     0.61  
355  141  1  120  128  HB2   HB2   0.59  
356  141  1  120  128  HB2   HB3   0.59  
357  141  1  120  128  HB3   HB2   0.59  
358  141  1  120  128  HB3   HB3   0.59  
359  141  1  107  115  HB2   HB2   0.57  
360  141  1  107  115  HB2   HB3   0.57  
361  141  1  107  115  HB3   HB2   0.57  
362  141  1  107  115  HB3   HB3   0.57  
363  130  1    7   12  HE2   HD11  0.56  
364  130  1    7   12  HE2   HD12  0.56  
365  130  1    7   12  HE2   HD13  0.56  
366  130  1    7   12  HE3   HD11  0.56  
367  130  1    7   12  HE3   HD12  0.56  
368  130  1    7   12  HE3   HD13  0.56  
369   27  1   83   90  HB2   H     0.51  
370   27  1   83   90  HB3   H     0.51  
371   27  1   70   77  HB2   H     0.50  
372   27  1   70   77  HB3   H     0.50  
373  130  1   46   51  HE2   HD11  0.49  
374  130  1   46   51  HE2   HD12  0.49  
375  130  1   46   51  HE2   HD13  0.49  
376  130  1   46   51  HE3   HD11  0.49  
377  130  1   46   51  HE3   HD12  0.49  
378  130  1   46   51  HE3   HD13  0.49  
379  130  1   20   25  HE2   HD11  0.48  
380  130  1   20   25  HE2   HD12  0.48  
381  130  1   20   25  HE2   HD13  0.48  
382  130  1   20   25  HE3   HD11  0.48  
383  130  1   20   25  HE3   HD12  0.48  
384  130  1   20   25  HE3   HD13  0.48  
385   25  1    7    7  H     HE2   0.48  
386   25  1    7    7  H     HE3   0.48  
387   81  1   67   76  HA    HA    0.47  
388   25  1   20   20  H     HE2   0.47  
389   25  1   20   20  H     HE3   0.47  
390   25  1   46   46  H     HE2   0.47  
391   25  1   46   46  H     HE3   0.47  
392   25  1   98   98  H     HE2   0.47  
393   25  1   98   98  H     HE3   0.47  
394   25  1  111  111  H     HE2   0.47  
395   25  1  111  111  H     HE3   0.47  
396   25  1  124  124  H     HE2   0.47  
397   25  1  124  124  H     HE3   0.47  
398   81  1   54   63  HA    HA    0.46  
399   81  1   80   89  HA    HA    0.46  
400   25  1   72   72  H     HE2   0.46  
401   25  1   72   72  H     HE3   0.46  
402   25  1   85   85  H     HE2   0.46  
403   25  1   85   85  H     HE3   0.46  
404   27  1   96  103  HB2   H     0.45  
405   27  1   96  103  HB3   H     0.45  
406   27  1  109  116  HB2   H     0.45  
407   27  1  109  116  HB3   H     0.45  
408   27  1  122  129  HB2   H     0.45  
409   27  1  122  129  HB3   H     0.45  
410   27  1    5   12  HB2   H     0.41  
411   27  1    5   12  HB3   H     0.41  
412   81  1   15   24  HA    HA    0.40  
413   81  1   28   37  HA    HA    0.40  
414   27  1   18   25  HB2   H     0.40  
415   27  1   18   25  HB3   H     0.40  
416  128  1    1   12  HB2   HG21  0.39  
417  128  1    1   12  HB2   HG22  0.39  
418  128  1    1   12  HB2   HG23  0.39  
419  128  1    1   12  HB3   HG21  0.39  
420  128  1    1   12  HB3   HG22  0.39  
421  128  1    1   12  HB3   HG23  0.39  
422   27  1   31   38  HB2   H     0.39  
423   27  1   31   38  HB3   H     0.39  
424   27  1   44   51  HB2   H     0.38  
425   27  1   44   51  HB3   H     0.38  
426  128  1   53   64  HB2   HG21  0.36  
427  128  1   53   64  HB2   HG22  0.36  
428  128  1   53   64  HB2   HG23  0.36  
429  128  1   53   64  HB3   HG21  0.36  
430  128  1   53   64  HB3   HG22  0.36  
431  128  1   53   64  HB3   HG23  0.36  
432   81  1   41   50  HA    HA    0.36  
433   27  1   57   64  HB2   H     0.36  
434   27  1   57   64  HB3   H     0.36  
435  128  1   27   38  HB2   HG21  0.35  
436  128  1   27   38  HB2   HG22  0.35  
437  128  1   27   38  HB2   HG23  0.35  
438  128  1   27   38  HB3   HG21  0.35  
439  128  1   27   38  HB3   HG22  0.35  
440  128  1   27   38  HB3   HG23  0.35  
441  104  1   38   38  HA    HG12  0.35  
442  104  1   38   38  HA    HG13  0.35  
443  128  1   79   90  HB2   HG21  0.34  
444  128  1   79   90  HB2   HG22  0.34  
445  128  1   79   90  HB2   HG23  0.34  
446  128  1   79   90  HB3   HG21  0.34  
447  128  1   79   90  HB3   HG22  0.34  
448  128  1   79   90  HB3   HG23  0.34  
449  127  1   20   25  HE2   HG21  0.34  
450  127  1   20   25  HE2   HG22  0.34  
451  127  1   20   25  HE2   HG23  0.34  
452  127  1   20   25  HE3   HG21  0.34  
453  127  1   20   25  HE3   HG22  0.34  
454  127  1   20   25  HE3   HG23  0.34  
455  104  1   51   51  HA    HG12  0.34  
456  104  1   51   51  HA    HG13  0.34  
457  104  1   64   64  HA    HG12  0.34  
458  104  1   64   64  HA    HG13  0.34  
459  104  1   25   25  HA    HG12  0.33  
460  104  1   25   25  HA    HG13  0.33  
461   81  1    2   11  HA    HA    0.33  
462   81  1  106  115  HA    HA    0.32  
463  127  1   98  103  HE2   HG21  0.31  
464  127  1   98  103  HE2   HG22  0.31  
465  127  1   98  103  HE2   HG23  0.31  
466  127  1   98  103  HE3   HG21  0.31  
467  127  1   98  103  HE3   HG22  0.31  
468  127  1   98  103  HE3   HG23  0.31  
469  128  1  118  129  HB2   HG21  0.30  
470  128  1  118  129  HB2   HG22  0.30  
471  128  1  118  129  HB2   HG23  0.30  
472  128  1  118  129  HB3   HG21  0.30  
473  128  1  118  129  HB3   HG22  0.30  
474  128  1  118  129  HB3   HG23  0.30  
475  127  1   46   51  HE2   HG21  0.30  
476  127  1   46   51  HE2   HG22  0.30  
477  127  1   46   51  HE2   HG23  0.30  
478  127  1   46   51  HE3   HG21  0.30  
479  127  1   46   51  HE3   HG22  0.30  
480  127  1   46   51  HE3   HG23  0.30  
481  127  1   85   90  HE2   HG21  0.30  
482  127  1   85   90  HE2   HG22  0.30  
483  127  1   85   90  HE2   HG23  0.30  
484  127  1   85   90  HE3   HG21  0.30  
485  127  1   85   90  HE3   HG22  0.30  
486  127  1   85   90  HE3   HG23  0.30  
487  128  1   92  103  HB2   HG21  0.29  
488  128  1   92  103  HB2   HG22  0.29  
489  128  1   92  103  HB2   HG23  0.29  
490  128  1   92  103  HB3   HG21  0.29  
491  128  1   92  103  HB3   HG22  0.29  
492  128  1   92  103  HB3   HG23  0.29  
493  127  1  111  116  HE2   HG21  0.29  
494  127  1  111  116  HE2   HG22  0.29  
495  127  1  111  116  HE2   HG23  0.29  
496  127  1  111  116  HE3   HG21  0.29  
497  127  1  111  116  HE3   HG22  0.29  
498  127  1  111  116  HE3   HG23  0.29  
499   81  1  119  128  HA    HA    0.29  
500  128  1   14   25  HB2   HG21  0.28  
501  128  1   14   25  HB2   HG22  0.28  
502  128  1   14   25  HB2   HG23  0.28  
503  128  1   14   25  HB3   HG21  0.28  
504  128  1   14   25  HB3   HG22  0.28  
505  128  1   14   25  HB3   HG23  0.28  
506  127  1   72   77  HE2   HG21  0.28  
507  127  1   72   77  HE2   HG22  0.28  
508  127  1   72   77  HE2   HG23  0.28  
509  127  1   72   77  HE3   HG21  0.28  
510  127  1   72   77  HE3   HG22  0.28  
511  127  1   72   77  HE3   HG23  0.28  
512  127  1  124  129  HE2   HG21  0.28  
513  127  1  124  129  HE2   HG22  0.28  
514  127  1  124  129  HE2   HG23  0.28  
515  127  1  124  129  HE3   HG21  0.28  
516  127  1  124  129  HE3   HG22  0.28  
517  127  1  124  129  HE3   HG23  0.28  
518   81  1   93  102  HA    HA    0.28  
519   48  1  113  116  H     HG21  0.26  
520   48  1  113  116  H     HG22  0.26  
521   48  1  113  116  H     HG23  0.26  
522  128  1   40   51  HB2   HG21  0.25  
523  128  1   40   51  HB2   HG22  0.25  
524  128  1   40   51  HB2   HG23  0.25  
525  128  1   40   51  HB3   HG21  0.25  
526  128  1   40   51  HB3   HG22  0.25  
527  128  1   40   51  HB3   HG23  0.25  
528  128  1  105  116  HB2   HG21  0.25  
529  128  1  105  116  HB2   HG22  0.25  
530  128  1  105  116  HB2   HG23  0.25  
531  128  1  105  116  HB3   HG21  0.25  
532  128  1  105  116  HB3   HG22  0.25  
533  128  1  105  116  HB3   HG23  0.25  
534   48  1  126  129  H     HG21  0.25  
535   48  1  126  129  H     HG22  0.25  
536   48  1  126  129  H     HG23  0.25  
537  127  1    7   12  HE2   HG21  0.23  
538  127  1    7   12  HE2   HG22  0.23  
539  127  1    7   12  HE2   HG23  0.23  
540  127  1    7   12  HE3   HG21  0.23  
541  127  1    7   12  HE3   HG22  0.23  
542  127  1    7   12  HE3   HG23  0.23  
543   48  1   22   25  H     HG21  0.23  
544   48  1   22   25  H     HG22  0.23  
545   48  1   22   25  H     HG23  0.23  
546   48  1  100  103  H     HG21  0.23  
547   48  1  100  103  H     HG22  0.23  
548   48  1  100  103  H     HG23  0.23  
549   48  1   87   90  H     HG21  0.21  
550   48  1   87   90  H     HG22  0.21  
551   48  1   87   90  H     HG23  0.21  
552   98  1   70   78  HA    HG    0.20  
553   54  1    2    5  HG11  H     0.20  
554   54  1    2    5  HG12  H     0.20  
555   54  1    2    5  HG13  H     0.20  
556   54  1    2    5  HG21  H     0.20  
557   54  1    2    5  HG22  H     0.20  
558   54  1    2    5  HG23  H     0.20  
559  138  1    7    7  HB2   HE2   0.19  
560  138  1    7    7  HB2   HE3   0.19  
561  138  1    7    7  HB3   HE2   0.19  
562  138  1    7    7  HB3   HE3   0.19  
563  138  1   20   20  HB2   HE2   0.19  
564  138  1   20   20  HB2   HE3   0.19  
565  138  1   20   20  HB3   HE2   0.19  
566  138  1   20   20  HB3   HE3   0.19  
567  138  1   33   33  HB2   HE2   0.19  
568  138  1   33   33  HB2   HE3   0.19  
569  138  1   33   33  HB3   HE2   0.19  
570  138  1   33   33  HB3   HE3   0.19  
571  138  1   46   46  HB2   HE2   0.19  
572  138  1   46   46  HB2   HE3   0.19  
573  138  1   46   46  HB3   HE2   0.19  
574  138  1   46   46  HB3   HE3   0.19  
575  138  1   59   59  HB2   HE2   0.19  
576  138  1   59   59  HB2   HE3   0.19  
577  138  1   59   59  HB3   HE2   0.19  
578  138  1   59   59  HB3   HE3   0.19  
579  138  1   72   72  HB2   HE2   0.19  
580  138  1   72   72  HB2   HE3   0.19  
581  138  1   72   72  HB3   HE2   0.19  
582  138  1   72   72  HB3   HE3   0.19  
583  138  1   85   85  HB2   HE2   0.19  
584  138  1   85   85  HB2   HE3   0.19  
585  138  1   85   85  HB3   HE2   0.19  
586  138  1   85   85  HB3   HE3   0.19  
587  138  1   98   98  HB2   HE2   0.19  
588  138  1   98   98  HB2   HE3   0.19  
589  138  1   98   98  HB3   HE2   0.19  
590  138  1   98   98  HB3   HE3   0.19  
591  138  1  111  111  HB2   HE2   0.19  
592  138  1  111  111  HB2   HE3   0.19  
593  138  1  111  111  HB3   HE2   0.19  
594  138  1  111  111  HB3   HE3   0.19  
595  138  1  124  124  HB2   HE2   0.19  
596  138  1  124  124  HB2   HE3   0.19  
597  138  1  124  124  HB3   HE2   0.19  
598  138  1  124  124  HB3   HE3   0.19  
599   54  1   67   70  HG11  H     0.19  
600   54  1   67   70  HG12  H     0.19  
601   54  1   67   70  HG13  H     0.19  
602   54  1   67   70  HG21  H     0.19  
603   54  1   67   70  HG22  H     0.19  
604   54  1   67   70  HG23  H     0.19  
605   76  1   59   64  HA    HA    0.18  
606   69  1   66   70  HA    HA    0.18  
607   54  1   28   31  HG11  H     0.18  
608   54  1   28   31  HG12  H     0.18  
609   54  1   28   31  HG13  H     0.18  
610   54  1   28   31  HG21  H     0.18  
611   54  1   28   31  HG22  H     0.18  
612   54  1   28   31  HG23  H     0.18  
613  102  1    1   12  HA    HG12  0.17  
614  102  1    1   12  HA    HG13  0.17  
615   79  1    6   12  HA    HA    0.17  
616   48  1   74   77  H     HG21  0.17  
617   48  1   74   77  H     HG22  0.17  
618   48  1   74   77  H     HG23  0.17  
619   38  1  128  128  H     HG2   0.17  
620   38  1  128  128  H     HG3   0.17  
621   98  1   83   91  HA    HG    0.16  
622   54  1   41   44  HG11  H     0.16  
623   54  1   41   44  HG12  H     0.16  
624   54  1   41   44  HG13  H     0.16  
625   54  1   41   44  HG21  H     0.16  
626   54  1   41   44  HG22  H     0.16  
627   54  1   41   44  HG23  H     0.16  
628   54  1   80   83  HG11  H     0.16  
629   54  1   80   83  HG12  H     0.16  
630   54  1   80   83  HG13  H     0.16  
631   54  1   80   83  HG21  H     0.16  
632   54  1   80   83  HG22  H     0.16  
633   54  1   80   83  HG23  H     0.16  
634   48  1   61   64  H     HG21  0.16  
635   48  1   61   64  H     HG22  0.16  
636   48  1   61   64  H     HG23  0.16  
637  107  1   83   90  HA    HG21  0.15  
638  107  1   83   90  HA    HG22  0.15  
639  107  1   83   90  HA    HG23  0.15  
640   98  1   96  104  HA    HG    0.15  
641   54  1   54   57  HG11  H     0.15  
642   54  1   54   57  HG12  H     0.15  
643   54  1   54   57  HG13  H     0.15  
644   54  1   54   57  HG21  H     0.15  
645   54  1   54   57  HG22  H     0.15  
646   54  1   54   57  HG23  H     0.15  
647   54  1  119  122  HG11  H     0.15  
648   54  1  119  122  HG12  H     0.15  
649   54  1  119  122  HG13  H     0.15  
650   54  1  119  122  HG21  H     0.15  
651   54  1  119  122  HG22  H     0.15  
652   54  1  119  122  HG23  H     0.15  
653  107  1   70   77  HA    HG21  0.14  
654  107  1   70   77  HA    HG22  0.14  
655  107  1   70   77  HA    HG23  0.14  
656  102  1   79   90  HA    HG12  0.14  
657  102  1   79   90  HA    HG13  0.14  
658   98  1  109  117  HA    HG    0.14  
659   79  1   32   38  HA    HA    0.14  
660   69  1   79   83  HA    HA    0.14  
661   54  1   93   96  HG11  H     0.14  
662   54  1   93   96  HG12  H     0.14  
663   54  1   93   96  HG13  H     0.14  
664   54  1   93   96  HG21  H     0.14  
665   54  1   93   96  HG22  H     0.14  
666   54  1   93   96  HG23  H     0.14  
667   54  1  106  109  HG11  H     0.14  
668   54  1  106  109  HG12  H     0.14  
669   54  1  106  109  HG13  H     0.14  
670   54  1  106  109  HG21  H     0.14  
671   54  1  106  109  HG22  H     0.14  
672   54  1  106  109  HG23  H     0.14  
673   98  1    5   13  HA    HG    0.13  
674   79  1  123  129  HA    HA    0.13  
675   54  1   15   18  HG11  H     0.13  
676   54  1   15   18  HG12  H     0.13  
677   54  1   15   18  HG13  H     0.13  
678   54  1   15   18  HG21  H     0.13  
679   54  1   15   18  HG22  H     0.13  
680   54  1   15   18  HG23  H     0.13  
681  129  1   53   65  HB2   HD11  0.12  
682  129  1   53   65  HB2   HD12  0.12  
683  129  1   53   65  HB2   HD13  0.12  
684  129  1   53   65  HB2   HD21  0.12  
685  129  1   53   65  HB2   HD22  0.12  
686  129  1   53   65  HB2   HD23  0.12  
687  129  1   53   65  HB3   HD11  0.12  
688  129  1   53   65  HB3   HD12  0.12  
689  129  1   53   65  HB3   HD13  0.12  
690  129  1   53   65  HB3   HD21  0.12  
691  129  1   53   65  HB3   HD22  0.12  
692  129  1   53   65  HB3   HD23  0.12  
693  107  1    5   12  HA    HG21  0.12  
694  107  1    5   12  HA    HG22  0.12  
695  107  1    5   12  HA    HG23  0.12  
696  107  1   96  103  HA    HG21  0.12  
697  107  1   96  103  HA    HG22  0.12  
698  107  1   96  103  HA    HG23  0.12  
699   98  1  122  130  HA    HG    0.12  
700   79  1   58   64  HA    HA    0.12  
701   79  1   71   77  HA    HA    0.12  
702   79  1   84   90  HA    HA    0.12  
703  134  1   53   65  HA    HB2   0.11  
704  134  1   53   65  HA    HB3   0.11  
705   79  1   19   25  HA    HA    0.11  
706   79  1   45   51  HA    HA    0.11  
707   79  1   97  103  HA    HA    0.11  
708   79  1  110  116  HA    HA    0.11  
709   69  1   27   31  HA    HA    0.11  
710   69  1   40   44  HA    HA    0.11  
711   69  1  118  122  HA    HA    0.11  
712  107  1  109  116  HA    HG21  0.10  
713  107  1  109  116  HA    HG22  0.10  
714  107  1  109  116  HA    HG23  0.10  
715  107  1  122  129  HA    HG21  0.10  
716  107  1  122  129  HA    HG22  0.10  
717  107  1  122  129  HA    HG23  0.10  
#
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  coreclust              2.35                                                                  Y  
3  chemicalshiftanalysis  2.35                                                                  Y  
4  panav                  "Wang et al. (2010)"                                                  Y  
5  rci                    "v_1n_11_5_13_A (Berjanski et al., 2005)"                             Y  
6  restraintsanalysis     v1.2                                                                  Y  
7  percentiles            "20191225.v01 (using entries in the PDB archive December 25th 2019)"  Y  
##
