data_1AX6

_pdbx_vrpt_database.id    PDB
_pdbx_vrpt_database.code  1AX6
#
_pdbx_vrpt_exptl.ordinal  1
_pdbx_vrpt_exptl.method   nmr
#
_pdbx_vrpt_summary.entry_id                    1AX6
_pdbx_vrpt_summary.PDB_deposition_date         1997-10-30
_pdbx_vrpt_summary.PDB_revision_number         4
_pdbx_vrpt_summary.PDB_revision_date           2022-02-16
_pdbx_vrpt_summary.report_creation_date        2022-02-07:23:44
_pdbx_vrpt_summary.attempted_validation_steps  mogul,molprobity,validation-pack,coreclust,chemicalshifts,percentiles,writepdf,writexml,writecif
_pdbx_vrpt_summary.ligands_for_buster_report   N
#
loop_
_pdbx_vrpt_entity.id
_pdbx_vrpt_entity.type
_pdbx_vrpt_entity.description
1  polymer      "DNA DUPLEX D(CTCGGC-[AF]G-CCATC)D(GATGGCCGAG)"  
2  polymer      "DNA DUPLEX D(CTCGGC-[AF]G-CCATC)D(GATGGCCGAG)"  
3  non-polymer  2-AMINOFLUORENE  
#
loop_
_pdbx_vrpt_asym.label_asym_id
_pdbx_vrpt_asym.entity_id
A  1  
B  2  
C  3  
#
loop_
_pdbx_vrpt_percentile_list.id
_pdbx_vrpt_percentile_list.range
_pdbx_vrpt_percentile_list.exp_method
1  all  pdb    
2  nmr  x-ray  
#
_pdbx_vrpt_percentile_type.id    1
_pdbx_vrpt_percentile_type.type  all_atom_clashscore
#
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  21.46  158937  ?     ?     
2  2  1  46.63   12864  ?     ?     
#
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  2.34  1.44   265   406  
 2  1  2  B  B  2.56  1.30   233   359  
 3  1  3  C  A     ?     ?     ?     ?  
 4  2  1  A  A  2.31  1.34   265   406  
 5  2  2  B  B  2.32  1.26   233   359  
 6  2  3  C  A     ?     ?     ?     ?  
 7  3  1  A  A  2.44  1.36   265   406  
 8  3  2  B  B  2.15  1.18   233   359  
 9  3  3  C  A     ?     ?     ?     ?  
10  4  1  A  A  2.60  1.44   265   406  
11  4  2  B  B  2.59  1.26   233   359  
12  4  3  C  A     ?     ?     ?     ?  
13  5  1  A  A  2.46  1.52   265   406  
14  5  2  B  B  2.18  1.18   233   359  
15  5  3  C  A     ?     ?     ?     ?  
16  6  1  A  A  2.51  1.52   265   406  
17  6  2  B  B  2.32  1.30   233   359  
18  6  3  C  A     ?     ?     ?     ?  
#
_pdbx_vrpt_summary_geometry.ordinal                 1
_pdbx_vrpt_summary_geometry.clashscore              13.00
_pdbx_vrpt_summary_geometry.clashscore_full_length  13.00
_pdbx_vrpt_summary_geometry.num_H_reduce            1554
_pdbx_vrpt_summary_geometry.num_bonds_RMSZ          2988
_pdbx_vrpt_summary_geometry.bonds_RMSZ              1.35
_pdbx_vrpt_summary_geometry.num_angles_RMSZ         4590
_pdbx_vrpt_summary_geometry.angles_RMSZ             2.41
#
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_bond_outliers
_pdbx_vrpt_model_instance.count_angle_outliers
_pdbx_vrpt_model_instance.count_clashes
_pdbx_vrpt_model_instance.count_mogul_bond_outliers
_pdbx_vrpt_model_instance.count_mogul_angle_outliers
  1  1  1  A   1  DC  A   1  .  ?        ?     1     ?     ?     ?  
  2  1  1  A   2  DT  A   2  .  ?        1     1     ?     ?     ?  
  3  1  1  A   3  DC  A   3  .  ?        ?     1     1     ?     ?  
  4  1  1  A   4  DG  A   4  .  ?        2     4     2     ?     ?  
  5  1  1  A   5  DG  A   5  .  ?        ?     2     2     ?     ?  
  6  1  1  A   6  DC  A   6  .  ?        ?     1     ?     ?     ?  
  7  1  1  A   7  DG  A   7  .  ?        ?     ?     ?     ?     ?  
  8  1  1  A   8  DC  A   8  .  ?        ?     1     ?     ?     ?  
  9  1  1  A   9  DC  A   9  .  ?        ?     1     ?     ?     ?  
 10  1  1  A  10  DA  A  10  .  ?        ?     2     2     ?     ?  
 11  1  1  A  11  DT  A  11  .  ?        1     1     2     ?     ?  
 12  1  1  A  12  DC  A  12  .  ?        ?     2     ?     ?     ?  
 13  1  2  B   1  DG  B  13  .  ?        ?     1     1     ?     ?  
 14  1  2  B   2  DA  B  14  .  ?        ?     1     1     ?     ?  
 15  1  2  B   3  DT  B  15  .  ?        1     4     ?     ?     ?  
 16  1  2  B   4  DG  B  16  .  ?        ?     1     3     ?     ?  
 17  1  2  B   5  DG  B  17  .  ?        ?     4     5     ?     ?  
 18  1  2  B   6  DC  B  18  .  ?        ?     ?     ?     ?     ?  
 19  1  2  B   7  DC  B  19  .  ?        ?     3     ?     ?     ?  
 20  1  2  B   8  DG  B  20  .  ?        ?     3     1     ?     ?  
 21  1  2  B   9  DA  B  21  .  ?        ?     2     ?     ?     ?  
 22  1  2  B  10  DG  B  22  .  ?        ?     ?     ?     ?     ?  
 23  1  3  C   .  AF  A  23  .  ?        ?     ?     ?     9     3  
 24  2  1  A   1  DC  A   1  .  ?        ?     1     ?     ?     ?  
 25  2  1  A   2  DT  A   2  .  ?        1     3     1     ?     ?  
 26  2  1  A   3  DC  A   3  .  ?        ?     1     2     ?     ?  
 27  2  1  A   4  DG  A   4  .  ?        ?     3     1     ?     ?  
 28  2  1  A   5  DG  A   5  .  ?        ?     6     ?     ?     ?  
 29  2  1  A   6  DC  A   6  .  ?        ?     1     ?     ?     ?  
 30  2  1  A   7  DG  A   7  .  ?        ?     2     2     ?     ?  
 31  2  1  A   8  DC  A   8  .  ?        ?     ?     ?     ?     ?  
 32  2  1  A   9  DC  A   9  .  ?        ?     1     ?     ?     ?  
 33  2  1  A  10  DA  A  10  .  ?        ?     2     1     ?     ?  
 34  2  1  A  11  DT  A  11  .  ?        1     2     1     ?     ?  
 35  2  1  A  12  DC  A  12  .  ?        ?     1     ?     ?     ?  
 36  2  2  B   1  DG  B  13  .  ?        ?     1     ?     ?     ?  
 37  2  2  B   2  DA  B  14  .  ?        ?     2     ?     ?     ?  
 38  2  2  B   3  DT  B  15  .  ?        ?     3     ?     ?     ?  
 39  2  2  B   4  DG  B  16  .  ?        ?     1     3     ?     ?  
 40  2  2  B   5  DG  B  17  .  ?        ?     ?     3     ?     ?  
 41  2  2  B   6  DC  B  18  .  ?        ?     4     1     ?     ?  
 42  2  2  B   7  DC  B  19  .  ?        ?     1     1     ?     ?  
 43  2  2  B   8  DG  B  20  .  ?        ?     1     ?     ?     ?  
 44  2  2  B   9  DA  B  21  .  ?        ?     1     ?     ?     ?  
 45  2  2  B  10  DG  B  22  .  ?        ?     1     ?     ?     ?  
 46  2  3  C   .  AF  A  23  .  ?        ?     ?     ?    11     3  
 47  3  1  A   1  DC  A   1  .  ?        ?     4     ?     ?     ?  
 48  3  1  A   2  DT  A   2  .  ?        1     4     ?     ?     ?  
 49  3  1  A   3  DC  A   3  .  ?        ?     2     1     ?     ?  
 50  3  1  A   4  DG  A   4  .  ?        ?     3     5     ?     ?  
 51  3  1  A   5  DG  A   5  .  ?        ?     3     2     ?     ?  
 52  3  1  A   6  DC  A   6  .  ?        ?     1     2     ?     ?  
 53  3  1  A   7  DG  A   7  .  ?        ?     ?     2     ?     ?  
 54  3  1  A   8  DC  A   8  .  ?        ?     1     3     ?     ?  
 55  3  1  A   9  DC  A   9  .  ?        ?     3     2     ?     ?  
 56  3  1  A  10  DA  A  10  .  ?        ?     1     ?     ?     ?  
 57  3  1  A  11  DT  A  11  .  ?        1     2     ?     ?     ?  
 58  3  1  A  12  DC  A  12  .  ?        ?     2     ?     ?     ?  
 59  3  2  B   1  DG  B  13  .  ?        ?     1     ?     ?     ?  
 60  3  2  B   2  DA  B  14  .  ?        ?     1     2     ?     ?  
 61  3  2  B   3  DT  B  15  .  ?        1     4     ?     ?     ?  
 62  3  2  B   4  DG  B  16  .  ?        ?     ?     1     ?     ?  
 63  3  2  B   5  DG  B  17  .  ?        ?     1     1     ?     ?  
 64  3  2  B   6  DC  B  18  .  ?        ?     1     ?     ?     ?  
 65  3  2  B   7  DC  B  19  .  ?        ?     2     4     ?     ?  
 66  3  2  B   8  DG  B  20  .  ?        ?     3     ?     ?     ?  
 67  3  2  B   9  DA  B  21  .  ?        ?     1     ?     ?     ?  
 68  3  2  B  10  DG  B  22  .  ?        ?     2     ?     ?     ?  
 69  3  3  C   .  AF  A  23  .  ?        ?     ?     1    11     2  
 70  4  1  A   1  DC  A   1  .  ?        ?     3     ?     ?     ?  
 71  4  1  A   2  DT  A   2  .  ?        1     1     ?     ?     ?  
 72  4  1  A   3  DC  A   3  .  ?        ?     3     1     ?     ?  
 73  4  1  A   4  DG  A   4  .  ?        ?     3     2     ?     ?  
 74  4  1  A   5  DG  A   5  .  ?        ?     3     1     ?     ?  
 75  4  1  A   6  DC  A   6  .  ?        ?     3     ?     ?     ?  
 76  4  1  A   7  DG  A   7  .  ?        ?     ?     ?     ?     ?  
 77  4  1  A   8  DC  A   8  .  ?        ?     1     ?     ?     ?  
 78  4  1  A   9  DC  A   9  .  ?        ?     2     ?     ?     ?  
 79  4  1  A  10  DA  A  10  .  ?        ?     2     2     ?     ?  
 80  4  1  A  11  DT  A  11  .  ?        1     3     ?     ?     ?  
 81  4  1  A  12  DC  A  12  .  ?        ?     1     ?     ?     ?  
 82  4  2  B   1  DG  B  13  .  ?        ?     1     1     ?     ?  
 83  4  2  B   2  DA  B  14  .  ?        ?     1     4     ?     ?  
 84  4  2  B   3  DT  B  15  .  ?        1     7     2     ?     ?  
 85  4  2  B   4  DG  B  16  .  ?        ?     2     1     ?     ?  
 86  4  2  B   5  DG  B  17  .  ?        ?     2     ?     ?     ?  
 87  4  2  B   6  DC  B  18  .  ?        ?     1     ?     ?     ?  
 88  4  2  B   7  DC  B  19  .  ?        ?     ?     2     ?     ?  
 89  4  2  B   8  DG  B  20  .  ?        ?     1     ?     ?     ?  
 90  4  2  B   9  DA  B  21  .  ?        ?     ?     ?     ?     ?  
 91  4  2  B  10  DG  B  22  .  ?        ?     ?     ?     ?     ?  
 92  4  3  C   .  AF  A  23  .  ?        ?     ?     ?    11     4  
 93  5  1  A   1  DC  A   1  .  ?        ?     2     ?     ?     ?  
 94  5  1  A   2  DT  A   2  .  ?        1     2     ?     ?     ?  
 95  5  1  A   3  DC  A   3  .  ?        ?     2     ?     ?     ?  
 96  5  1  A   4  DG  A   4  .  ?        ?     3     ?     ?     ?  
 97  5  1  A   5  DG  A   5  .  ?        ?     2     ?     ?     ?  
 98  5  1  A   6  DC  A   6  .  ?        ?     4     ?     ?     ?  
 99  5  1  A   7  DG  A   7  .  ?        ?     1     ?     ?     ?  
100  5  1  A   8  DC  A   8  .  ?        ?     ?     ?     ?     ?  
101  5  1  A   9  DC  A   9  .  ?        ?     3     ?     ?     ?  
102  5  1  A  10  DA  A  10  .  ?        ?     2     2     ?     ?  
103  5  1  A  11  DT  A  11  .  ?        3     1     1     ?     ?  
104  5  1  A  12  DC  A  12  .  ?        ?     ?     ?     ?     ?  
105  5  2  B   1  DG  B  13  .  ?        ?     ?     ?     ?     ?  
106  5  2  B   2  DA  B  14  .  ?        1     ?     1     ?     ?  
107  5  2  B   3  DT  B  15  .  ?        1     1     ?     ?     ?  
108  5  2  B   4  DG  B  16  .  ?        ?     ?     2     ?     ?  
109  5  2  B   5  DG  B  17  .  ?        ?     2     ?     ?     ?  
110  5  2  B   6  DC  B  18  .  ?        ?     3     ?     ?     ?  
111  5  2  B   7  DC  B  19  .  ?        ?     1     ?     ?     ?  
112  5  2  B   8  DG  B  20  .  ?        ?     2     2     ?     ?  
113  5  2  B   9  DA  B  21  .  ?        ?     2     2     ?     ?  
114  5  2  B  10  DG  B  22  .  ?        ?     2     ?     ?     ?  
115  5  3  C   .  AF  A  23  .  ?        ?     ?     ?    11     3  
116  6  1  A   1  DC  A   1  .  ?        ?     1     ?     ?     ?  
117  6  1  A   2  DT  A   2  .  ?        1     2     2     ?     ?  
118  6  1  A   3  DC  A   3  .  ?        ?     2     2     ?     ?  
119  6  1  A   4  DG  A   4  .  ?        ?     3     ?     ?     ?  
120  6  1  A   5  DG  A   5  .  ?        2     3     2     ?     ?  
121  6  1  A   6  DC  A   6  .  ?        ?     ?     1     ?     ?  
122  6  1  A   7  DG  A   7  .  ?        ?     3     4     ?     ?  
123  6  1  A   8  DC  A   8  .  ?        ?     2     3     ?     ?  
124  6  1  A   9  DC  A   9  .  ?        ?     1     1     ?     ?  
125  6  1  A  10  DA  A  10  .  ?        ?     1     1     ?     ?  
126  6  1  A  11  DT  A  11  .  ?        1     1     ?     ?     ?  
127  6  1  A  12  DC  A  12  .  ?        ?     1     ?     ?     ?  
128  6  2  B   1  DG  B  13  .  ?        ?     1     ?     ?     ?  
129  6  2  B   2  DA  B  14  .  ?        ?     1     ?     ?     ?  
130  6  2  B   3  DT  B  15  .  ?        1     2     ?     ?     ?  
131  6  2  B   4  DG  B  16  .  ?        ?     1     2     ?     ?  
132  6  2  B   5  DG  B  17  .  ?        ?     1     2     ?     ?  
133  6  2  B   6  DC  B  18  .  ?        ?     2     1     ?     ?  
134  6  2  B   7  DC  B  19  .  ?        ?     ?     2     ?     ?  
135  6  2  B   8  DG  B  20  .  ?        ?     6     ?     ?     ?  
136  6  2  B   9  DA  B  21  .  ?        ?     ?     ?     ?     ?  
137  6  2  B  10  DG  B  22  .  ?        ?     ?     ?     ?     ?  
138  6  3  C   .  AF  A  23  .  ?        ?     ?     1    11     3  
#
loop_
_pdbx_vrpt_model_instance_geometry.ordinal
_pdbx_vrpt_model_instance_geometry.instance_id
_pdbx_vrpt_model_instance_geometry.num_H_reduce
_pdbx_vrpt_model_instance_geometry.num_bonds_RMSZ
_pdbx_vrpt_model_instance_geometry.bonds_RMSZ
_pdbx_vrpt_model_instance_geometry.num_angles_RMSZ
_pdbx_vrpt_model_instance_geometry.angles_RMSZ
_pdbx_vrpt_model_instance_geometry.program_for_bond_angle_geometry
  1    1  12  18  1.09  28  2.07  molprobity  
  2    2  12  22  1.67  34  2.48  molprobity  
  3    3  11  21  1.14  32  2.57  molprobity  
  4    4  11  25  2.30  39  3.39  molprobity  
  5    5  11  25  1.39  39  2.07  molprobity  
  6    6  11  21  1.26  32  2.30  molprobity  
  7    7  11  25  1.35  39  1.84  molprobity  
  8    8  11  21  1.02  32  1.87  molprobity  
  9    9  11  21  1.06  32  2.01  molprobity  
 10   10  11  24  1.21  37  2.11  molprobity  
 11   11  12  22  1.86  34  2.28  molprobity  
 12   12  12  20  1.14  28  2.61  molprobity  
 13   13  12  22  1.21  35  2.04  molprobity  
 14   14  11  24  1.17  37  1.82  molprobity  
 15   15  12  22  2.01  34  4.78  molprobity  
 16   16  11  25  0.86  39  2.27  molprobity  
 17   17  11  25  1.83  39  2.86  molprobity  
 18   18  11  21  0.87  32  1.93  molprobity  
 19   19  11  21  1.18  32  2.40  molprobity  
 20   20  11  25  1.03  39  2.33  molprobity  
 21   21  11  24  1.11  37  1.85  molprobity  
 22   22  12  24  1.20  35  1.99  molprobity  
 23   23  10  16  2.17  23  1.10  mogul       
 24   24  12  18  1.20  28  2.37  molprobity  
 25   25  12  22  1.74  34  2.66  molprobity  
 26   26  11  21  1.25  32  2.57  molprobity  
 27   27  11  25  1.19  39  2.34  molprobity  
 28   28  11  25  1.22  39  2.80  molprobity  
 29   29  11  21  1.21  32  2.01  molprobity  
 30   30  11  25  1.57  39  2.20  molprobity  
 31   31  11  21  1.24  32  1.76  molprobity  
 32   32  11  21  1.11  32  2.35  molprobity  
 33   33  11  24  1.28  37  2.19  molprobity  
 34   34  12  22  1.71  34  2.23  molprobity  
 35   35  12  20  1.09  28  1.84  molprobity  
 36   36  12  22  0.95  35  2.21  molprobity  
 37   37  11  24  1.36  37  2.14  molprobity  
 38   38  12  22  1.75  34  2.79  molprobity  
 39   39  11  25  1.27  39  2.55  molprobity  
 40   40  11  25  1.43  39  2.15  molprobity  
 41   41  11  21  1.02  32  2.53  molprobity  
 42   42  11  21  1.12  32  1.83  molprobity  
 43   43  11  25  1.00  39  2.41  molprobity  
 44   44  11  24  1.35  37  2.46  molprobity  
 45   45  12  24  1.07  35  1.93  molprobity  
 46   46  10  16  2.43  23  1.23  mogul       
 47   47  12  18  1.07  28  2.95  molprobity  
 48   48  12  22  2.02  34  2.95  molprobity  
 49   49  11  21  1.32  32  2.71  molprobity  
 50   50  11  25  1.45  39  2.55  molprobity  
 51   51  11  25  1.05  39  2.76  molprobity  
 52   52  11  21  0.86  32  2.28  molprobity  
 53   53  11  25  1.16  39  1.86  molprobity  
 54   54  11  21  1.08  32  2.05  molprobity  
 55   55  11  21  1.57  32  2.38  molprobity  
 56   56  11  24  1.23  37  2.11  molprobity  
 57   57  12  22  1.81  34  2.12  molprobity  
 58   58  12  20  1.25  28  2.37  molprobity  
 59   59  12  22  1.11  35  2.09  molprobity  
 60   60  11  24  1.33  37  1.75  molprobity  
 61   61  12  22  1.62  34  2.83  molprobity  
 62   62  11  25  0.96  39  1.79  molprobity  
 63   63  11  25  1.25  39  1.80  molprobity  
 64   64  11  21  0.84  32  1.85  molprobity  
 65   65  11  21  0.94  32  2.58  molprobity  
 66   66  11  25  1.43  39  2.58  molprobity  
 67   67  11  24  1.13  37  2.12  molprobity  
 68   68  12  24  0.93  35  1.90  molprobity  
 69   69  10  16  2.26  23  1.05  mogul       
 70   70  12  18  1.05  28  2.65  molprobity  
 71   71  12  22  2.02  34  2.75  molprobity  
 72   72  11  21  1.43  32  3.10  molprobity  
 73   73  11  25  1.47  39  2.85  molprobity  
 74   74  11  25  1.10  39  2.67  molprobity  
 75   75  11  21  1.57  32  2.90  molprobity  
 76   76  11  25  1.75  39  2.01  molprobity  
 77   77  11  21  1.12  32  1.74  molprobity  
 78   78  11  21  0.91  32  2.87  molprobity  
 79   79  11  24  1.45  37  2.49  molprobity  
 80   80  12  22  1.84  34  2.65  molprobity  
 81   81  12  20  0.98  28  2.16  molprobity  
 82   82  12  22  1.26  35  2.08  molprobity  
 83   83  11  24  1.30  37  1.71  molprobity  
 84   84  12  22  1.65  34  5.24  molprobity  
 85   85  11  25  1.30  39  2.56  molprobity  
 86   86  11  25  1.26  39  2.81  molprobity  
 87   87  11  21  1.26  32  2.46  molprobity  
 88   88  11  21  0.89  32  1.70  molprobity  
 89   89  11  25  1.25  39  2.32  molprobity  
 90   90  11  24  1.19  37  1.19  molprobity  
 91   91  12  24  1.07  35  1.76  molprobity  
 92   92  10  16  2.27  23  1.70  mogul       
 93   93  12  18  1.09  28  2.42  molprobity  
 94   94  12  22  1.89  34  2.52  molprobity  
 95   95  11  21  1.39  32  3.75  molprobity  
 96   96  11  25  1.48  39  2.94  molprobity  
 97   97  11  25  1.30  39  1.92  molprobity  
 98   98  11  21  1.20  32  2.91  molprobity  
 99   99  11  25  1.48  39  2.04  molprobity  
100  100  11  21  1.22  32  1.80  molprobity  
101  101  11  21  1.39  32  2.70  molprobity  
102  102  11  24  1.13  37  1.80  molprobity  
103  103  12  22  2.70  34  2.39  molprobity  
104  104  12  20  1.17  28  1.47  molprobity  
105  105  12  22  1.09  35  2.02  molprobity  
106  106  11  24  1.52  37  1.91  molprobity  
107  107  12  22  1.59  34  2.07  molprobity  
108  108  11  25  0.79  39  1.67  molprobity  
109  109  11  25  1.23  39  2.43  molprobity  
110  110  11  21  0.79  32  2.99  molprobity  
111  111  11  21  1.09  32  2.35  molprobity  
112  112  11  25  1.18  39  2.29  molprobity  
113  113  11  24  1.09  37  2.02  molprobity  
114  114  12  24  1.23  35  1.93  molprobity  
115  115  10  16  2.20  23  1.33  mogul       
116  116  12  18  1.15  28  1.99  molprobity  
117  117  12  22  1.69  34  2.70  molprobity  
118  118  11  21  1.36  32  3.42  molprobity  
119  119  11  25  2.12  39  3.50  molprobity  
120  120  11  25  2.06  39  2.60  molprobity  
121  121  11  21  0.77  32  2.02  molprobity  
122  122  11  25  1.34  39  2.51  molprobity  
123  123  11  21  1.19  32  2.55  molprobity  
124  124  11  21  1.16  32  2.00  molprobity  
125  125  11  24  1.32  37  1.90  molprobity  
126  126  12  22  1.98  34  2.07  molprobity  
127  127  12  20  1.07  28  1.78  molprobity  
128  128  12  22  1.13  35  2.03  molprobity  
129  129  11  24  1.33  37  2.01  molprobity  
130  130  12  22  1.84  34  2.78  molprobity  
131  131  11  25  1.08  39  1.90  molprobity  
132  132  11  25  1.46  39  2.08  molprobity  
133  133  11  21  0.70  32  2.56  molprobity  
134  134  11  21  0.96  32  1.90  molprobity  
135  135  11  25  1.45  39  3.40  molprobity  
136  136  11  24  1.21  37  1.68  molprobity  
137  137  12  24  1.39  35  2.32  molprobity  
138  138  10  16  2.42  23  2.23  mogul       
#
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    3  "H2''"   1  0.43  2.14  
  2    4  N2       2  0.53  2.77  
  3    4  "O5'"    1  0.43  2.14  
  4    5  OP2      3  0.41  1.98  
  5    5  H8       3  0.41  1.98  
  6   10  C2       4  0.53  2.96  
  7   10  "H2''"   5  0.44  2.13  
  8   11  C2       4  0.53  2.96  
  9   11  "O5'"    5  0.44  2.13  
 10   13  C6       6  0.45  3.04  
 11   14  C6       6  0.45  3.04  
 12   16  "H1'"    7  0.69  2.03  
 13   16  N3       8  0.46  2.84  
 14   16  "C1'"    9  0.44  2.78  
 15   17  N7       7  0.69  2.03  
 16   17  N7       9  0.44  2.78  
 17   17  C5       8  0.46  2.84  
 18   17  H8      10  0.46  1.94  
 19   17  "O5'"   10  0.46  1.94  
 20   20  C2       2  0.53  2.77  
 21   25  C5      11  0.44  2.85  
 22   26  "H2''"  12  0.46  2.10  
 23   26  N4      11  0.44  2.85  
 24   27  "O5'"   12  0.46  2.10  
 25   30  OP1     13  0.42  2.15  
 26   30  "H4'"   13  0.42  2.15  
 27   33  C2      14  0.43  3.07  
 28   34  C2      14  0.43  3.07  
 29   39  "H1'"   15  0.51  2.40  
 30   39  C4      16  0.44  3.05  
 31   39  "C1'"   17  0.43  3.02  
 32   40  C8      15  0.51  2.40  
 33   40  C8      17  0.43  3.02  
 34   40  C5      16  0.44  3.05  
 35   41  C2      18  0.43  3.06  
 36   42  C5      18  0.43  3.06  
 37   49  "H2''"  19  0.56  1.99  
 38   50  "O5'"   19  0.56  1.99  
 39   50  "O5'"   20  0.48  2.09  
 40   50  "H2'"   20  0.48  2.09  
 41   50  C5      21  0.46  3.03  
 42   50  "H2''"  22  0.43  2.48  
 43   51  C6      21  0.46  3.03  
 44   51  C8      22  0.43  2.48  
 45   52  "H2'"   23  0.40  2.16  
 46   52  O2      23  0.40  2.16  
 47   53  OP1     24  0.53  2.03  
 48   53  "H4'"   24  0.53  2.03  
 49   54  "H2''"  25  0.48  2.43  
 50   54  "H2''"  26  0.46  2.46  
 51   54  C4      27  0.41  3.04  
 52   55  C6      25  0.48  2.43  
 53   55  C5      26  0.46  2.46  
 54   60  "H2'"   28  0.40  2.17  
 55   60  "O5'"   28  0.40  2.17  
 56   62  "H2''"  29  0.41  2.51  
 57   63  C8      29  0.41  2.51  
 58   65  H6      30  0.44  1.95  
 59   65  OP2     30  0.44  1.95  
 60   65  OP2     31  0.41  2.15  
 61   65  "H2'"   31  0.41  2.15  
 62   69  C2      27  0.41  3.04  
 63   72  "H2''"  32  0.55  2.01  
 64   73  "O5'"   32  0.55  2.01  
 65   73  "H4'"   33  0.41  2.16  
 66   74  OP1     33  0.41  2.16  
 67   79  N6      34  0.46  2.64  
 68   79  C6      35  0.41  3.09  
 69   82  C6      36  0.41  3.09  
 70   83  N6      34  0.46  2.64  
 71   83  C2      37  0.43  3.06  
 72   83  C5      38  0.42  3.08  
 73   83  C6      36  0.41  3.09  
 74   84  C2      37  0.43  3.06  
 75   84  C4      38  0.42  3.08  
 76   85  C6      35  0.41  3.09  
 77   88  "O5'"   39  0.44  2.12  
 78   88  "H2'"   39  0.44  2.12  
 79  102  "H2''"  40  0.47  2.44  
 80  102  N6      41  0.41  2.69  
 81  103  C6      40  0.47  2.44  
 82  106  N6      41  0.41  2.69  
 83  108  "O5'"   42  0.41  2.16  
 84  108  "H2'"   42  0.41  2.16  
 85  112  C4      43  0.43  3.07  
 86  112  C2      44  0.41  3.09  
 87  113  C6      43  0.43  3.07  
 88  113  C2      44  0.41  3.09  
 89  117  C5      45  0.49  2.81  
 90  117  C4      46  0.45  2.85  
 91  118  N4      45  0.49  2.81  
 92  118  N4      46  0.45  2.85  
 93  120  "H2'"   47  0.56  2.16  
 94  120  "C2'"   48  0.44  2.80  
 95  121  "H4'"   49  0.41  2.15  
 96  122  N7      47  0.56  2.16  
 97  122  N7      48  0.44  2.80  
 98  122  "H4'"   50  0.47  2.10  
 99  122  "O5'"   49  0.41  2.15  
100  123  N4      51  0.53  2.77  
101  123  OP1     50  0.47  2.10  
102  123  O2      52  0.40  2.16  
103  124  C2      53  0.41  3.09  
104  125  C8      53  0.41  3.09  
105  131  "H1'"   54  0.90  1.82  
106  131  C6      51  0.53  2.77  
107  132  N7      54  0.90  1.82  
108  132  "H4'"   55  0.51  2.04  
109  133  OP1     55  0.51  2.04  
110  134  "H2'"   56  0.41  2.16  
111  134  "O5'"   56  0.41  2.16  
112  138  H91     52  0.40  2.16  
#
loop_
_pdbx_vrpt_instance_intra_bond_outliers.ordinal
_pdbx_vrpt_instance_intra_bond_outliers.instance_id
_pdbx_vrpt_instance_intra_bond_outliers.atom_1
_pdbx_vrpt_instance_intra_bond_outliers.atom_2
_pdbx_vrpt_instance_intra_bond_outliers.obs
_pdbx_vrpt_instance_intra_bond_outliers.mean
_pdbx_vrpt_instance_intra_bond_outliers.stdev
_pdbx_vrpt_instance_intra_bond_outliers.Z
 1    2  C5     C7     1.534  1.496  0.006   6.30  
 2    4  "C5'"  "C4'"  1.570  1.509  0.011   5.52  
 3    4  P      "O5'"  1.647  1.593  0.010   5.38  
 4   11  C5     C7     1.535  1.496  0.006   6.58  
 5   15  C5     C7     1.535  1.496  0.006   6.52  
 6   25  C5     C7     1.534  1.496  0.006   6.38  
 7   34  C5     C7     1.530  1.496  0.006   5.70  
 8   48  C5     C7     1.537  1.496  0.006   6.75  
 9   57  C5     C7     1.537  1.496  0.006   6.90  
10   61  C5     C7     1.536  1.496  0.006   6.62  
11   71  C5     C7     1.534  1.496  0.006   6.32  
12   80  C5     C7     1.532  1.496  0.006   5.97  
13   84  C5     C7     1.527  1.496  0.006   5.22  
14   94  C5     C7     1.539  1.496  0.006   7.11  
15  103  "C5'"  "C4'"  1.571  1.509  0.011   5.62  
16  103  C5     C7     1.536  1.496  0.006   6.62  
17  103  P      "O5'"  1.652  1.593  0.010   5.88  
18  106  N9     C4     1.344  1.374  0.006  -5.04  
19  107  C5     C7     1.532  1.496  0.006   5.94  
20  117  C5     C7     1.533  1.496  0.006   6.10  
21  120  "C5'"  "C4'"  1.565  1.509  0.011   5.05  
22  120  P      "O5'"  1.645  1.593  0.010   5.18  
23  126  C5     C7     1.538  1.496  0.006   6.94  
24  130  C5     C7     1.536  1.496  0.006   6.69  
#
loop_
_pdbx_vrpt_instance_intra_angle_outliers.ordinal
_pdbx_vrpt_instance_intra_angle_outliers.instance_id
_pdbx_vrpt_instance_intra_angle_outliers.atom_1
_pdbx_vrpt_instance_intra_angle_outliers.atom_2
_pdbx_vrpt_instance_intra_angle_outliers.atom_3
_pdbx_vrpt_instance_intra_angle_outliers.obs
_pdbx_vrpt_instance_intra_angle_outliers.mean
_pdbx_vrpt_instance_intra_angle_outliers.stdev
_pdbx_vrpt_instance_intra_angle_outliers.Z
_pdbx_vrpt_instance_intra_angle_outliers.link
  1    1  "C4'"  "C3'"  "C2'"   98.557  103.100  0.900   -5.05  ?     
  2    2  "O4'"  "C1'"  "C2'"   99.234  105.900  0.800   -8.33  ?     
  3    3  "O4'"  "C1'"  N1     102.399  108.000  0.700   -8.00  ?     
  4    4  P      "O3'"  "C3'"  132.177  119.700  1.200   10.40  Y     
  5    4  "C4'"  "C3'"  "C2'"   95.355  103.100  0.900   -8.61  ?     
  6    4  "O4'"  "C1'"  "C2'"  100.687  105.900  0.800   -6.52  ?     
  7    4  "O4'"  "C1'"  N9     116.169  108.000  0.700   11.67  ?     
  8    5  P      "O3'"  "C3'"  126.580  119.700  1.200    5.73  Y     
  9    5  "O4'"  "C1'"  "C2'"   99.232  105.900  0.800   -8.34  ?     
 10    6  "C4'"  "C3'"  "C2'"   98.389  103.100  0.900   -5.24  ?     
 11    8  N1     C2     O2     122.218  118.900  0.600    5.53  ?     
 12    9  N1     C2     O2     122.201  118.900  0.600    5.50  ?     
 13   10  "C1'"  "O4'"  "C4'"  105.077  110.100  1.000   -5.02  ?     
 14   10  "O4'"  "C1'"  N9     102.338  108.000  0.700   -8.09  ?     
 15   11  C6     C5     C7     119.232  122.900  0.600   -6.11  ?     
 16   12  N1     C2     O2     122.974  118.900  0.600    6.79  ?     
 17   12  "O4'"  "C1'"  N1     101.831  108.000  0.700   -8.81  ?     
 18   13  "O4'"  "C1'"  "C2'"  101.878  105.900  0.800   -5.03  ?     
 19   14  "O4'"  "C1'"  N9     103.864  108.000  0.700   -5.91  ?     
 20   15  "C4'"  "C3'"  "C2'"   97.845  103.100  0.900   -5.84  ?     
 21   15  N3     C2     O2     118.948  122.300  0.600   -5.59  ?     
 22   15  "O4'"  "C1'"  "C2'"   97.279  105.900  0.800  -10.78  ?     
 23   15  "O4'"  "C1'"  N1     122.864  108.000  0.700   21.23  ?     
 24   16  "O4'"  "C1'"  N9     112.426  108.000  0.700    6.32  ?     
 25   17  P      "O3'"  "C3'"  129.483  119.700  1.200    8.15  Y     
 26   17  "C4'"  "C3'"  "C2'"   97.681  103.100  0.900   -6.02  ?     
 27   17  N9     "C1'"  "C2'"  124.996  112.600  1.900    6.52  ?     
 28   17  "O4'"  "C1'"  "C2'"  101.801  105.900  0.800   -5.12  ?     
 29   19  "C4'"  "C3'"  "C2'"   98.549  103.100  0.900   -5.06  ?     
 30   19  N1     C2     O2     122.050  118.900  0.600    5.25  ?     
 31   19  "O4'"  "C1'"  N1     103.156  108.000  0.700   -6.92  ?     
 32   20  "C4'"  "C3'"  "C2'"   98.579  103.100  0.900   -5.02  ?     
 33   20  "O4'"  "C1'"  "C2'"  101.330  105.900  0.800   -5.71  ?     
 34   20  "O4'"  "C1'"  N9     102.913  108.000  0.700   -7.27  ?     
 35   21  "O4'"  "C1'"  "C2'"  101.433  105.900  0.800   -5.58  ?     
 36   21  "O4'"  "C1'"  N9     103.301  108.000  0.700   -6.71  ?     
 37   24  "C4'"  "C3'"  "C2'"   97.645  103.100  0.900   -6.06  ?     
 38   25  C6     C5     C7     119.694  122.900  0.600   -5.34  ?     
 39   25  N3     C2     O2     119.121  122.300  0.600   -5.30  ?     
 40   25  "O4'"  "C1'"  "C2'"   99.679  105.900  0.800   -7.78  ?     
 41   26  "O4'"  "C1'"  N1     100.417  108.000  0.700  -10.83  ?     
 42   27  "C4'"  "C3'"  "C2'"   96.817  103.100  0.900   -6.98  ?     
 43   27  "O4'"  "C1'"  "C2'"  100.229  105.900  0.800   -7.09  ?     
 44   27  "O4'"  "C1'"  N9     112.880  108.000  0.700    6.97  ?     
 45   28  P      "O3'"  "C3'"  125.887  119.700  1.200    5.16  Y     
 46   28  "C1'"  "O4'"  "C4'"  102.632  110.100  1.000   -7.47  ?     
 47   28  "C4'"  "C3'"  "O3'"  124.789  109.700  2.500    6.04  ?     
 48   28  "O4'"  "C1'"  "C2'"  101.263  105.900  0.800   -5.80  ?     
 49   28  "O4'"  "C4'"  "C3'"  102.434  104.500  0.400   -5.17  ?     
 50   28  P      "O5'"  "C5'"  132.434  120.900  1.600    7.21  ?     
 51   29  "C4'"  "C3'"  "C2'"   98.123  103.100  0.900   -5.53  ?     
 52   30  N9     "C1'"  "C2'"  123.288  112.600  1.900    5.62  ?     
 53   30  "O4'"  "C1'"  "C2'"  101.638  105.900  0.800   -5.33  ?     
 54   32  "O4'"  "C1'"  N1     103.866  108.000  0.700   -5.91  ?     
 55   33  "O4'"  "C1'"  "C2'"  101.360  105.900  0.800   -5.67  ?     
 56   33  "O4'"  "C1'"  N9     102.589  108.000  0.700   -7.73  ?     
 57   34  C6     C5     C7     119.062  122.900  0.600   -6.40  ?     
 58   34  "O4'"  "C1'"  "C2'"  101.637  105.900  0.800   -5.33  ?     
 59   35  "O4'"  "C1'"  N1     103.970  108.000  0.700   -5.76  ?     
 60   36  "O4'"  "C1'"  "C2'"   99.232  105.900  0.800   -8.34  ?     
 61   37  "C4'"  "C3'"  "C2'"   98.363  103.100  0.900   -5.26  ?     
 62   37  "O4'"  "C1'"  "C2'"   99.690  105.900  0.800   -7.76  ?     
 63   38  N3     C2     O2     119.027  122.300  0.600   -5.46  ?     
 64   38  "O4'"  "C1'"  "C2'"   98.410  105.900  0.800   -9.36  ?     
 65   38  "O4'"  "C1'"  N1     113.644  108.000  0.700    8.06  ?     
 66   39  "C4'"  "C3'"  "C2'"   96.433  103.100  0.900   -7.41  ?     
 67   41  P      "O3'"  "C3'"  127.521  119.700  1.200    6.52  Y     
 68   41  "C1'"  "O4'"  "C4'"  103.107  110.100  1.000   -6.99  ?     
 69   41  N1     C2     O2     122.044  118.900  0.600    5.24  ?     
 70   41  "O4'"  "C1'"  "C2'"  101.018  105.900  0.800   -6.10  ?     
 71   42  "O4'"  "C1'"  N1     104.312  108.000  0.700   -5.27  ?     
 72   43  "O4'"  "C1'"  "C2'"   99.014  105.900  0.800   -8.61  ?     
 73   44  "O4'"  "C1'"  N9      99.596  108.000  0.700  -12.01  ?     
 74   45  "O4'"  "C1'"  "C2'"  100.063  105.900  0.800   -7.30  ?     
 75   47  "C4'"  "C3'"  "C2'"   97.239  103.100  0.900   -6.51  ?     
 76   47  N1     C2     O2     122.252  118.900  0.600    5.59  ?     
 77   47  "O4'"  "C1'"  "C2'"  100.541  105.900  0.800   -6.70  ?     
 78   47  "O4'"  "C1'"  N1     113.101  108.000  0.700    7.29  ?     
 79   48  C5     C4     O4     129.533  124.900  0.700    6.62  ?     
 80   48  C6     C5     C7     118.897  122.900  0.600   -6.67  ?     
 81   48  N3     C4     O4     116.657  119.900  0.600   -5.40  ?     
 82   48  "O4'"  "C1'"  "C2'"  101.546  105.900  0.800   -5.44  ?     
 83   49  P      "O3'"  "C3'"  126.856  119.700  1.200    5.96  Y     
 84   49  "O4'"  "C1'"  N1     101.649  108.000  0.700   -9.07  ?     
 85   50  "C4'"  "C3'"  "C2'"   96.142  103.100  0.900   -7.73  ?     
 86   50  "O4'"  "C1'"  "C2'"   99.860  105.900  0.800   -7.55  ?     
 87   50  "O4'"  "C1'"  N9     112.229  108.000  0.700    6.04  ?     
 88   51  "C1'"  "O4'"  "C4'"  103.012  110.100  1.000   -7.09  ?     
 89   51  "C4'"  "C3'"  "O3'"  123.889  109.700  2.500    5.68  ?     
 90   51  "O4'"  "C4'"  "C3'"  100.806  106.000  0.600   -8.66  ?     
 91   52  P      "O3'"  "C3'"  125.711  119.700  1.200    5.01  Y     
 92   54  N1     C2     O2     122.223  118.900  0.600    5.54  ?     
 93   55  P      "O3'"  "C3'"  126.795  119.700  1.200    5.91  Y     
 94   55  N1     C2     O2     122.103  118.900  0.600    5.34  ?     
 95   55  "O4'"  "C1'"  "C2'"  101.227  105.900  0.800   -5.84  ?     
 96   56  "O4'"  "C1'"  N9     102.115  108.000  0.700   -8.41  ?     
 97   57  "C1'"  "O4'"  "C4'"  104.590  110.100  1.000   -5.51  ?     
 98   57  "O4'"  "C1'"  N1     111.504  108.000  0.700    5.01  ?     
 99   58  N1     C2     O2     122.315  118.900  0.600    5.69  ?     
100   58  "O4'"  "C1'"  N1     102.580  108.000  0.700   -7.74  ?     
101   59  "O4'"  "C1'"  "C2'"  101.601  105.900  0.800   -5.37  ?     
102   60  "O4'"  "C1'"  N9     103.633  108.000  0.700   -6.24  ?     
103   61  "C1'"  "O4'"  "C4'"  103.172  110.100  1.000   -6.93  ?     
104   61  C6     C5     C7     119.809  122.900  0.600   -5.15  ?     
105   61  "O4'"  "C1'"  "C2'"  101.381  105.900  0.800   -5.65  ?     
106   61  "O4'"  "C1'"  N1     113.658  108.000  0.700    8.08  ?     
107   63  P      "O3'"  "C3'"  126.570  119.700  1.200    5.72  Y     
108   64  N1     C2     O2     122.081  118.900  0.600    5.30  ?     
109   65  N1     C2     O2     122.093  118.900  0.600    5.32  ?     
110   65  "O4'"  "C1'"  "C2'"   97.239  105.900  0.800  -10.83  ?     
111   66  P      "O3'"  "C3'"  127.288  119.700  1.200    6.32  Y     
112   66  "C3'"  "C2'"  "C1'"   95.682  102.500  1.200   -5.68  ?     
113   66  N3     C2     N2     115.967  119.900  0.700   -5.62  ?     
114   67  "O4'"  "C1'"  N9     103.406  108.000  0.700   -6.56  ?     
115   68  "C4'"  "C3'"  "C2'"   98.062  103.100  0.900   -5.60  ?     
116   68  "O4'"  "C1'"  "C2'"  101.486  105.900  0.800   -5.52  ?     
117   70  "C4'"  "C3'"  "C2'"   97.155  103.100  0.900   -6.61  ?     
118   70  N1     C2     O2     122.264  118.900  0.600    5.61  ?     
119   70  "O4'"  "C1'"  N1     111.949  108.000  0.700    5.64  ?     
120   71  "O4'"  "C1'"  N1     113.965  108.000  0.700    8.52  ?     
121   72  P      "O3'"  "C3'"  126.867  119.700  1.200    5.97  Y     
122   72  N1     C2     O2     122.631  118.900  0.600    6.22  ?     
123   72  "O4'"  "C1'"  N1     100.130  108.000  0.700  -11.24  ?     
124   73  "C4'"  "C3'"  "C2'"   96.487  103.100  0.900   -7.35  ?     
125   73  "O4'"  "C1'"  "C2'"  101.157  105.900  0.800   -5.93  ?     
126   73  "O4'"  "C1'"  N9     115.108  108.000  0.700   10.15  ?     
127   74  "C1'"  "O4'"  "C4'"  104.584  110.100  1.000   -5.52  ?     
128   74  N9     C4     C5     107.401  105.400  0.400    5.00  ?     
129   74  "O4'"  "C4'"  "C3'"  101.206  106.000  0.600   -7.99  ?     
130   75  "C4'"  "C3'"  "C2'"   98.029  103.100  0.900   -5.63  ?     
131   75  "O4'"  "C4'"  "C3'"  100.708  106.000  0.600   -8.82  ?     
132   75  P      "O5'"  "C5'"  131.477  120.900  1.600    6.61  ?     
133   77  N1     C2     O2     121.958  118.900  0.600    5.10  ?     
134   78  "C1'"  "O4'"  "C4'"  104.960  110.100  1.000   -5.14  ?     
135   78  "O4'"  "C1'"  "C2'"   97.320  105.900  0.800  -10.72  ?     
136   79  "O4'"  "C1'"  "C2'"   99.815  105.900  0.800   -7.61  ?     
137   79  "O4'"  "C1'"  N9     102.322  108.000  0.700   -8.11  ?     
138   80  C4     C5     C7     122.395  119.000  0.600    5.66  ?     
139   80  C6     C5     C7     117.444  122.900  0.600   -9.09  ?     
140   80  "O4'"  "C1'"  "C2'"  101.591  105.900  0.800   -5.39  ?     
141   81  N1     C2     O2     122.213  118.900  0.600    5.52  ?     
142   82  "C4'"  "C3'"  "C2'"   98.276  103.100  0.900   -5.36  ?     
143   83  "O4'"  "C1'"  N9     104.095  108.000  0.700   -5.58  ?     
144   84  "C1'"  "O4'"  "C4'"  104.643  110.100  1.000   -5.46  ?     
145   84  "C4'"  "C3'"  "C2'"   97.030  103.100  0.900   -6.74  ?     
146   84  C4     C5     C6     121.030  118.000  0.600    5.05  ?     
147   84  C6     C5     C7     118.079  122.900  0.600   -8.04  ?     
148   84  N3     C2     O2     119.013  122.300  0.600   -5.48  ?     
149   84  "O4'"  "C1'"  "C2'"   97.788  105.900  0.800  -10.14  ?     
150   84  "O4'"  "C1'"  N1     123.861  108.000  0.700   22.66  ?     
151   85  N1     C2     N2     120.787  116.200  0.900    5.10  ?     
152   85  "O4'"  "C1'"  N9     111.826  108.000  0.700    5.47  ?     
153   86  "O4'"  "C1'"  N9     113.940  108.000  0.700    8.49  ?     
154   86  "O4'"  "C4'"  "C3'"  100.760  106.000  0.600   -8.73  ?     
155   87  "O4'"  "C1'"  "C2'"   98.962  105.900  0.800   -8.67  ?     
156   89  P      "O3'"  "C3'"  127.608  119.700  1.200    6.59  Y     
157   93  "C4'"  "C3'"  "C2'"   97.457  103.100  0.900   -6.27  ?     
158   93  N1     C2     O2     121.926  118.900  0.600    5.04  ?     
159   94  N3     C2     O2     118.787  122.300  0.600   -5.86  ?     
160   94  "O4'"  "C1'"  "C2'"  101.606  105.900  0.800   -5.37  ?     
161   95  P      "O3'"  "C3'"  128.461  119.700  1.200    7.30  Y     
162   95  "O4'"  "C1'"  N1      95.789  108.000  0.700  -17.44  ?     
163   96  "C4'"  "C3'"  "C2'"   96.658  103.100  0.900   -7.16  ?     
164   96  "O4'"  "C1'"  "C2'"  101.161  105.900  0.800   -5.92  ?     
165   96  "O4'"  "C1'"  N9     117.167  108.000  0.700   13.10  ?     
166   97  "O4'"  "C1'"  N9     103.364  108.000  0.700   -6.62  ?     
167   97  "O4'"  "C4'"  "C3'"  102.399  104.500  0.400   -5.25  ?     
168   98  P      "O3'"  "C3'"  129.430  119.700  1.200    8.11  Y     
169   98  "C4'"  "C3'"  "C2'"   97.987  103.100  0.900   -5.68  ?     
170   98  "C4'"  "C3'"  "O3'"  122.828  109.700  2.500    5.25  ?     
171   98  "O4'"  "C4'"  "C3'"  101.778  104.500  0.400   -6.81  ?     
172   99  "O4'"  "C1'"  N9     111.959  108.000  0.700    5.66  ?     
173  101  "O4'"  "C1'"  "C2'"  100.841  105.900  0.800   -6.32  ?     
174  101  "O4'"  "C1'"  N1     102.258  108.000  0.700   -8.20  ?     
175  101  P      "O5'"  "C5'"  130.049  120.900  1.600    5.72  ?     
176  102  "C1'"  "O4'"  "C4'"  105.050  110.100  1.000   -5.05  ?     
177  102  "O4'"  "C1'"  "C2'"  100.414  105.900  0.800   -6.86  ?     
178  103  "C5'"  "C4'"  "C3'"  125.496  114.100  1.800    6.33  ?     
179  107  "O4'"  "C1'"  "C2'"  100.586  105.900  0.800   -6.64  ?     
180  109  "C4'"  "C3'"  "O3'"  122.995  109.700  2.500    5.32  ?     
181  109  "O4'"  "C4'"  "C3'"  101.817  104.500  0.400   -6.71  ?     
182  110  N1     C2     O2     122.018  118.900  0.600    5.20  ?     
183  110  "O4'"  "C1'"  "C2'"  100.007  105.900  0.800   -7.37  ?     
184  110  "O4'"  "C1'"  N1     115.279  108.000  0.700   10.40  ?     
185  111  N1     C2     O2     122.626  118.900  0.600    6.21  ?     
186  112  "C1'"  "O4'"  "C4'"  104.363  110.100  1.000   -5.74  ?     
187  112  "O4'"  "C1'"  "C2'"   98.716  105.900  0.800   -8.98  ?     
188  113  P      "O3'"  "C3'"  127.659  119.700  1.200    6.63  Y     
189  113  "O4'"  "C1'"  N9     104.177  108.000  0.700   -5.46  ?     
190  114  "C4'"  "C3'"  "C2'"   98.255  103.100  0.900   -5.38  ?     
191  114  "O4'"  "C1'"  "C2'"  101.317  105.900  0.800   -5.73  ?     
192  116  "C4'"  "C3'"  "C2'"   97.710  103.100  0.900   -5.99  ?     
193  117  "C1'"  "O4'"  "C4'"  104.254  110.100  1.000   -5.85  ?     
194  117  C6     C5     C7     118.256  122.900  0.600   -7.74  ?     
195  118  P      "O3'"  "C3'"  126.524  119.700  1.200    5.69  Y     
196  118  "O4'"  "C1'"  N1      96.692  108.000  0.700  -16.15  ?     
197  119  "C4'"  "C3'"  "C2'"   96.027  103.100  0.900   -7.86  ?     
198  119  "O4'"  "C1'"  "C2'"   99.736  105.900  0.800   -7.71  ?     
199  119  "O4'"  "C1'"  N9     117.545  108.000  0.700   13.63  ?     
200  120  P      "O3'"  "C3'"  128.003  119.700  1.200    6.92  Y     
201  120  "C4'"  "C3'"  "C2'"   97.003  103.100  0.900   -6.77  ?     
202  120  "C5'"  "C4'"  "C3'"  125.014  114.100  1.800    6.06  ?     
203  122  P      "O3'"  "C3'"  126.636  119.700  1.200    5.78  Y     
204  122  "C4'"  "C3'"  "C2'"   97.762  103.100  0.900   -5.93  ?     
205  122  "O4'"  "C1'"  N9     111.911  108.000  0.700    5.59  ?     
206  123  N1     C2     O2     122.616  118.900  0.600    6.19  ?     
207  123  "O4'"  "C1'"  N1     101.404  108.000  0.700   -9.42  ?     
208  124  "O4'"  "C1'"  N1     104.215  108.000  0.700   -5.41  ?     
209  125  "C1'"  "O4'"  "C4'"  104.644  110.100  1.000   -5.46  ?     
210  126  "O4'"  "C1'"  "C2'"  101.889  105.900  0.800   -5.01  ?     
211  127  "O4'"  "C1'"  N1     104.040  108.000  0.700   -5.66  ?     
212  128  "O4'"  "C1'"  "C2'"  101.827  105.900  0.800   -5.09  ?     
213  129  "O4'"  "C1'"  N9     103.421  108.000  0.700   -6.54  ?     
214  130  "C1'"  "O4'"  "C4'"  101.593  110.100  1.000   -8.51  ?     
215  130  "O4'"  "C1'"  N1     113.655  108.000  0.700    8.08  ?     
216  131  P      "O3'"  "C3'"  127.214  119.700  1.200    6.26  Y     
217  132  N9     "C1'"  "C2'"  122.861  112.600  1.900    5.40  ?     
218  133  "O4'"  "C1'"  "C2'"   99.432  105.900  0.800   -8.09  ?     
219  133  "O4'"  "C1'"  N1     111.761  108.000  0.700    5.37  ?     
220  135  P      "O3'"  "C3'"  130.005  119.700  1.200    8.59  Y     
221  135  "C1'"  "O4'"  "C4'"  102.015  110.100  1.000   -8.09  ?     
222  135  N3     C4     N9     122.732  126.000  0.600   -5.45  ?     
223  135  N9     C4     C5     107.830  105.400  0.400    6.08  ?     
224  135  "O4'"  "C1'"  "C2'"  101.663  105.900  0.800   -5.30  ?     
225  135  "O4'"  "C1'"  N9     113.588  108.000  0.700    7.98  ?     
#
loop_
_pdbx_vrpt_instance_mogul_bond_outliers.ordinal
_pdbx_vrpt_instance_mogul_bond_outliers.instance_id
_pdbx_vrpt_instance_mogul_bond_outliers.atom_1
_pdbx_vrpt_instance_mogul_bond_outliers.atom_2
_pdbx_vrpt_instance_mogul_bond_outliers.obsval
_pdbx_vrpt_instance_mogul_bond_outliers.mean
_pdbx_vrpt_instance_mogul_bond_outliers.numobs
_pdbx_vrpt_instance_mogul_bond_outliers.stdev
_pdbx_vrpt_instance_mogul_bond_outliers.Zscore
_pdbx_vrpt_instance_mogul_bond_outliers.mindiff
 1   23  C2   N    1.48  1.38   5768  0.04  2.95  0.00  
 2   23  C1   C2   1.43  1.39   1735  0.02  2.30  0.00  
 3   23  C4   C3   1.43  1.38  10000  0.02  2.82  0.00  
 4   23  C5   C4B  1.43  1.40  10000  0.02  2.52  0.00  
 5   23  C6   C5   1.44  1.38  10000  0.02  2.56  0.00  
 6   23  C7   C6   1.44  1.38  10000  0.03  2.36  0.00  
 7   23  C7   C8   1.44  1.38  10000  0.02  2.43  0.00  
 8   23  C8   C8A  1.44  1.39  10000  0.02  2.58  0.00  
 9   23  C1   C9A  1.44  1.39  10000  0.02  2.94  0.00  
10   46  C2   N    1.49  1.38   5768  0.04  3.28  0.00  
11   46  C3   C2   1.44  1.40   9153  0.02  2.14  0.00  
12   46  C1   C2   1.44  1.39   1735  0.02  2.90  0.00  
13   46  C4   C3   1.45  1.38  10000  0.02  3.55  0.00  
14   46  C4   C4A  1.43  1.40  10000  0.02  2.39  0.00  
15   46  C5   C4B  1.44  1.40  10000  0.02  2.95  0.00  
16   46  C6   C5   1.43  1.38  10000  0.02  2.19  0.00  
17   46  C7   C6   1.43  1.38  10000  0.03  2.04  0.00  
18   46  C7   C8   1.44  1.38  10000  0.02  2.46  0.00  
19   46  C8   C8A  1.44  1.39  10000  0.02  2.92  0.00  
20   46  C1   C9A  1.45  1.39  10000  0.02  3.40  0.00  
21   69  C2   N    1.49  1.38   5768  0.04  3.10  0.00  
22   69  C3   C2   1.44  1.40   9153  0.02  2.11  0.00  
23   69  C1   C2   1.44  1.39   1735  0.02  3.17  0.00  
24   69  C4   C3   1.44  1.38  10000  0.02  3.17  0.00  
25   69  C4   C4A  1.43  1.40  10000  0.02  2.11  0.00  
26   69  C5   C4B  1.43  1.40  10000  0.02  2.42  0.00  
27   69  C6   C5   1.43  1.38  10000  0.02  2.04  0.00  
28   69  C7   C6   1.43  1.38  10000  0.03  2.11  0.00  
29   69  C7   C8   1.44  1.38  10000  0.02  2.61  0.00  
30   69  C8   C8A  1.44  1.39  10000  0.02  2.57  0.00  
31   69  C1   C9A  1.43  1.39  10000  0.02  2.57  0.00  
32   92  C2   N    1.48  1.38   5768  0.04  3.04  0.00  
33   92  C3   C2   1.44  1.40   9153  0.02  2.21  0.00  
34   92  C1   C2   1.44  1.39   1735  0.02  3.07  0.00  
35   92  C4   C3   1.43  1.38  10000  0.02  2.73  0.00  
36   92  C4   C4A  1.43  1.40  10000  0.02  2.19  0.00  
37   92  C5   C4B  1.43  1.40  10000  0.02  2.39  0.00  
38   92  C6   C5   1.43  1.38  10000  0.02  2.08  0.00  
39   92  C7   C6   1.44  1.38  10000  0.03  2.26  0.00  
40   92  C7   C8   1.44  1.38  10000  0.02  2.56  0.00  
41   92  C8   C8A  1.44  1.39  10000  0.02  2.68  0.00  
42   92  C1   C9A  1.44  1.39  10000  0.02  2.88  0.00  
43  115  C2   N    1.48  1.38   5768  0.04  2.96  0.00  
44  115  C3   C2   1.44  1.40   9153  0.02  2.09  0.00  
45  115  C1   C2   1.44  1.39   1735  0.02  2.71  0.00  
46  115  C4   C3   1.44  1.38  10000  0.02  3.21  0.00  
47  115  C4   C4A  1.43  1.40  10000  0.02  2.18  0.00  
48  115  C5   C4B  1.43  1.40  10000  0.02  2.25  0.00  
49  115  C6   C5   1.44  1.38  10000  0.02  2.41  0.00  
50  115  C7   C6   1.44  1.38  10000  0.03  2.41  0.00  
51  115  C7   C8   1.43  1.38  10000  0.02  2.25  0.00  
52  115  C8   C8A  1.43  1.39  10000  0.02  2.28  0.00  
53  115  C1   C9A  1.43  1.39  10000  0.02  2.44  0.00  
54  138  C2   N    1.49  1.38   5768  0.04  3.09  0.00  
55  138  C1   C2   1.44  1.39   1735  0.02  3.12  0.00  
56  138  C4   C3   1.45  1.38  10000  0.02  3.85  0.00  
57  138  C4   C4A  1.44  1.40  10000  0.02  2.89  0.00  
58  138  C5   C4B  1.44  1.40  10000  0.02  3.05  0.00  
59  138  C4B  C8A  1.44  1.40    467  0.02  2.03  0.00  
60  138  C6   C5   1.43  1.38  10000  0.02  2.37  0.00  
61  138  C7   C6   1.43  1.38  10000  0.03  2.18  0.00  
62  138  C7   C8   1.43  1.38  10000  0.02  2.09  0.00  
63  138  C8   C8A  1.43  1.39  10000  0.02  2.53  0.00  
64  138  C1   C9A  1.43  1.39  10000  0.02  2.54  0.00  
#
loop_
_pdbx_vrpt_instance_mogul_angle_outliers.ordinal
_pdbx_vrpt_instance_mogul_angle_outliers.instance_id
_pdbx_vrpt_instance_mogul_angle_outliers.atom_1
_pdbx_vrpt_instance_mogul_angle_outliers.atom_2
_pdbx_vrpt_instance_mogul_angle_outliers.atom_3
_pdbx_vrpt_instance_mogul_angle_outliers.obsval
_pdbx_vrpt_instance_mogul_angle_outliers.mean
_pdbx_vrpt_instance_mogul_angle_outliers.numobs
_pdbx_vrpt_instance_mogul_angle_outliers.stdev
_pdbx_vrpt_instance_mogul_angle_outliers.Zscore
_pdbx_vrpt_instance_mogul_angle_outliers.mindiff
 1   23  C1   C2   N    116.66  120.57  1735  1.73  -2.27  0.06  
 2   23  C9A  C9   C8A  107.17  102.73   247  2.04   2.17  0.00  
 3   23  C9   C9A  C1   133.96  129.24   232  2.17   2.17  0.12  
 4   46  C3   C2   N    125.44  120.91  9152  1.86   2.43  0.01  
 5   46  C1   C2   N    115.14  120.57  1735  1.73  -3.15  0.18  
 6   46  C9A  C9   C8A  107.52  102.73   247  2.04   2.35  0.05  
 7   69  C1   C2   N    116.85  120.57  1735  1.73  -2.16  0.01  
 8   69  C9A  C9   C8A  107.02  102.73   247  2.04   2.10  0.14  
 9   92  C3   C2   N    128.42  120.91  9152  1.86   4.03  0.01  
10   92  C1   C2   N    111.63  120.57  1735  1.73  -5.18  0.21  
11   92  C9A  C9   C8A  107.15  102.73   247  2.04   2.17  0.01  
12   92  C9   C9A  C1   134.10  129.24   232  2.17   2.24  0.03  
13  115  C3   C2   N    126.47  120.91  9152  1.86   2.99  0.01  
14  115  C1   C2   N    113.78  120.57  1735  1.73  -3.93  0.06  
15  115  C9A  C9   C8A  106.98  102.73   247  2.04   2.09  0.18  
16  138  C3   C2   N    133.14  120.91  9152  1.86   6.57  0.24  
17  138  C1   C2   N    107.38  120.57  1735  1.73  -7.64  0.10  
18  138  C9A  C9   C8A  107.24  102.73   247  2.04   2.21  0.07  
#
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  mogul        "1.8.5 (274361), CSD as541be (2020)"                                  Y  
3  percentiles  "20191225.v01 (using entries in the PDB archive December 25th 2019)"  N  
##
