data_8XGW

loop_
_pdbx_vrpt_database.id
_pdbx_vrpt_database.code
PDB   8XGW   
BMRB  36626  
#
_pdbx_vrpt_exptl.ordinal  1
_pdbx_vrpt_exptl.method   nmr
#
_pdbx_vrpt_summary.entry_id                    8XGW
_pdbx_vrpt_summary.PDB_deposition_date         2023-12-15
_pdbx_vrpt_summary.PDB_revision_number         3
_pdbx_vrpt_summary.PDB_revision_date           2024-06-26
_pdbx_vrpt_summary.report_creation_date        2024-06-17:07:12
_pdbx_vrpt_summary.attempted_validation_steps  mogul,buster-report,molprobity,validation-pack,coreclust,chemicalshiftanalysis,restraintsanalysis,percentiles,writepdf,writexml,writecif
_pdbx_vrpt_summary.ligands_for_buster_report   Y
#
loop_
_pdbx_vrpt_entity.id
_pdbx_vrpt_entity.type
_pdbx_vrpt_entity.description
1  polymer      "DNA (5'-D(*CP*AP*CP*GP*TP*G)-3')"  
2  non-polymer  5,6,7-trihydroxy-2-phenyl-4H-chromen-4-one  
#
loop_
_pdbx_vrpt_asym.label_asym_id
_pdbx_vrpt_asym.entity_id
A  1  
B  1  
C  2  
#
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   3.25  158937  ?     ?     
2  2  1  15.84   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  4.47  3.10  134  205  
 2  1  1  B  B  4.38  3.71  134  205  
 3  2  1  A  A  4.21  3.19  134  205  
 4  2  1  B  B  3.97  3.21  134  205  
 5  3  1  A  A  4.39  3.32  134  205  
 6  3  1  B  B  3.98  3.46  134  205  
 7  4  1  A  A  4.20  3.30  134  205  
 8  4  1  B  B  4.57  3.54  134  205  
 9  5  1  A  A  3.76  3.34  134  205  
10  5  1  B  B  4.26  3.44  134  205  
11  6  1  A  A  4.38  3.40  134  205  
12  6  1  B  B  4.41  3.34  134  205  
13  7  1  A  A  3.89  3.50  134  205  
14  7  1  B  B  4.51  3.50  134  205  
15  8  1  A  A  4.74  3.16  134  205  
16  8  1  B  B  4.29  3.69  134  205  
#
_pdbx_vrpt_summary_geometry.ordinal                 1
_pdbx_vrpt_summary_geometry.clashscore              40.59
_pdbx_vrpt_summary_geometry.clashscore_full_length  40.62
_pdbx_vrpt_summary_geometry.num_H_reduce            1123
_pdbx_vrpt_summary_geometry.num_bonds_RMSZ          2144
_pdbx_vrpt_summary_geometry.bonds_RMSZ              3.39
_pdbx_vrpt_summary_geometry.num_angles_RMSZ         3280
_pdbx_vrpt_summary_geometry.angles_RMSZ             4.28
#
_pdbx_vrpt_summary_nmr.exp_method                               nmr
_pdbx_vrpt_summary_nmr.ordinal                                  1
_pdbx_vrpt_summary_nmr.chemical_shift_completeness              50.00
_pdbx_vrpt_summary_nmr.chemical_shift_completeness_full_length  50.00
#
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_plane_outliers
_pdbx_vrpt_model_instance.count_mogul_bond_outliers
_pdbx_vrpt_model_instance.count_mogul_angle_outliers
_pdbx_vrpt_model_instance.count_mogul_torsion_outliers
_pdbx_vrpt_model_instance.ligand_of_interest
  1  1  1  A  1  DC   A    1  .  ?        2     6     ?     1     ?     ?     ?  ?     
  2  1  1  A  2  DA   A    2  .  ?        3    11     3     1     ?     ?     ?  ?     
  3  1  1  A  3  DC   A    3  .  ?        2     6     6     1     ?     ?     ?  ?     
  4  1  1  A  4  DG   A    4  .  ?        4    13     1     1     ?     ?     ?  ?     
  5  1  1  A  5  DT   A    5  .  ?        ?     3     ?     ?     ?     ?     ?  ?     
  6  1  1  A  6  DG   A    6  .  ?        2     7     ?     1     ?     ?     ?  ?     
  7  1  1  B  1  DC   B    7  .  ?        3     6     ?     ?     ?     ?     ?  ?     
  8  1  1  B  2  DA   B    8  .  ?        4    13     5     1     ?     ?     ?  ?     
  9  1  1  B  3  DC   B    9  .  ?        5    12     9     1     ?     ?     ?  ?     
 10  1  1  B  4  DG   B   10  .  ?        6     5     4     1     ?     ?     ?  ?     
 11  1  1  B  5  DT   B   11  .  ?        4     5     ?     1     ?     ?     ?  ?     
 12  1  1  B  6  DG   B   12  .  ?        4     6     ?     1     ?     ?     ?  ?     
 13  1  2  C  .  3WL  A  101  .  ?        ?     ?     4     ?     5    19     4  Y     
 14  2  1  A  1  DC   A    1  .  ?        2     9     ?     1     ?     ?     ?  ?     
 15  2  1  A  2  DA   A    2  .  ?        3    11     3     1     ?     ?     ?  ?     
 16  2  1  A  3  DC   A    3  .  ?        3     3     6     1     ?     ?     ?  ?     
 17  2  1  A  4  DG   A    4  .  ?        3     7     2     1     ?     ?     ?  ?     
 18  2  1  A  5  DT   A    5  .  ?        2     8     ?     1     ?     ?     ?  ?     
 19  2  1  A  6  DG   A    6  .  ?        2     4     ?     1     ?     ?     ?  ?     
 20  2  1  B  1  DC   B    7  .  ?        1     4     ?     1     ?     ?     ?  ?     
 21  2  1  B  2  DA   B    8  .  ?        1     9     4     1     ?     ?     ?  ?     
 22  2  1  B  3  DC   B    9  .  ?        1     6     5     1     ?     ?     ?  ?     
 23  2  1  B  4  DG   B   10  .  ?        1     3     2     1     ?     ?     ?  ?     
 24  2  1  B  5  DT   B   11  .  ?        3     7     ?     ?     ?     ?     ?  ?     
 25  2  1  B  6  DG   B   12  .  ?        9     6     ?     ?     ?     ?     ?  ?     
 26  2  2  C  .  3WL  A  101  .  ?        ?     ?     4     ?     7     9     4  ?     
 27  3  1  A  1  DC   A    1  .  ?        2     5     ?     1     ?     ?     ?  ?     
 28  3  1  A  2  DA   A    2  .  ?        2    12     2     1     ?     ?     ?  ?     
 29  3  1  A  3  DC   A    3  .  ?        7     6     5     1     ?     ?     ?  ?     
 30  3  1  A  4  DG   A    4  .  ?        2     8     3     1     ?     ?     ?  ?     
 31  3  1  A  5  DT   A    5  .  ?        1     6     ?     ?     ?     ?     ?  ?     
 32  3  1  A  6  DG   A    6  .  ?        1     9     ?     1     ?     ?     ?  ?     
 33  3  1  B  1  DC   B    7  .  ?        2     5     ?     ?     ?     ?     ?  ?     
 34  3  1  B  2  DA   B    8  .  ?        4     6     4     1     ?     ?     ?  ?     
 35  3  1  B  3  DC   B    9  .  ?        3     8     6     1     ?     ?     ?  ?     
 36  3  1  B  4  DG   B   10  .  ?        6     8     3     1     ?     ?     ?  ?     
 37  3  1  B  5  DT   B   11  .  ?        2     3     ?     1     ?     ?     ?  ?     
 38  3  1  B  6  DG   B   12  .  ?        4     9     ?     1     ?     ?     ?  ?     
 39  3  2  C  .  3WL  A  101  .  ?        ?     ?     5     ?     4    13     4  ?     
 40  4  1  A  1  DC   A    1  .  ?        2     7     ?     1     ?     ?     ?  ?     
 41  4  1  A  2  DA   A    2  .  ?        6     8     5     1     ?     ?     ?  ?     
 42  4  1  A  3  DC   A    3  .  ?        4     4     7     1     ?     ?     ?  ?     
 43  4  1  A  4  DG   A    4  .  ?        2    10     4     1     ?     ?     ?  ?     
 44  4  1  A  5  DT   A    5  .  ?        2     3     ?     1     ?     ?     ?  ?     
 45  4  1  A  6  DG   A    6  .  ?        2     9     ?     1     ?     ?     ?  ?     
 46  4  1  B  1  DC   B    7  .  ?        2     4     ?     1     ?     ?     ?  ?     
 47  4  1  B  2  DA   B    8  .  ?        5    12     3     1     ?     ?     ?  ?     
 48  4  1  B  3  DC   B    9  .  ?        2     6     6     1     ?     ?     ?  ?     
 49  4  1  B  4  DG   B   10  .  ?        3     4     1     1     ?     ?     ?  ?     
 50  4  1  B  5  DT   B   11  .  ?        3     6     ?     1     ?     ?     ?  ?     
 51  4  1  B  6  DG   B   12  .  ?        8    13     ?     1     ?     ?     ?  ?     
 52  4  2  C  .  3WL  A  101  .  ?        ?     ?     6     ?     5    12     2  ?     
 53  5  1  A  1  DC   A    1  .  ?        1     1     ?     1     ?     ?     ?  ?     
 54  5  1  A  2  DA   A    2  .  ?        3     8     4     1     ?     ?     ?  ?     
 55  5  1  A  3  DC   A    3  .  ?        2     4     7     ?     ?     ?     ?  ?     
 56  5  1  A  4  DG   A    4  .  ?        4     6     ?     1     ?     ?     ?  ?     
 57  5  1  A  5  DT   A    5  .  ?        2     5     ?     ?     ?     ?     ?  ?     
 58  5  1  A  6  DG   A    6  .  ?        2     8     ?     1     ?     ?     ?  ?     
 59  5  1  B  1  DC   B    7  .  ?        3     2     ?     ?     ?     ?     ?  ?     
 60  5  1  B  2  DA   B    8  .  ?        5     9     5     1     ?     ?     ?  ?     
 61  5  1  B  3  DC   B    9  .  ?        4     5     8     1     ?     ?     ?  ?     
 62  5  1  B  4  DG   B   10  .  ?        3     7     ?     1     ?     ?     ?  ?     
 63  5  1  B  5  DT   B   11  .  ?        1     6     ?     1     ?     ?     ?  ?     
 64  5  1  B  6  DG   B   12  .  ?        4     7     ?     1     ?     ?     ?  ?     
 65  5  2  C  .  3WL  A  101  .  ?        ?     ?     6     ?     3    10     3  ?     
 66  6  1  A  1  DC   A    1  .  ?        1     3     ?     ?     ?     ?     ?  ?     
 67  6  1  A  2  DA   A    2  .  ?        4    15     3     1     ?     ?     ?  ?     
 68  6  1  A  3  DC   A    3  .  ?        3     4     8     1     ?     ?     ?  ?     
 69  6  1  A  4  DG   A    4  .  ?        3    13     1     1     ?     ?     ?  ?     
 70  6  1  A  5  DT   A    5  .  ?        2     3     ?     ?     ?     ?     ?  ?     
 71  6  1  A  6  DG   A    6  .  ?        3    10     ?     1     ?     ?     ?  ?     
 72  6  1  B  1  DC   B    7  .  ?        3     8     ?     1     ?     ?     ?  ?     
 73  6  1  B  2  DA   B    8  .  ?        ?    12     3     1     ?     ?     ?  ?     
 74  6  1  B  3  DC   B    9  .  ?        3     6     9     1     ?     ?     ?  ?     
 75  6  1  B  4  DG   B   10  .  ?        4     6     3     1     ?     ?     ?  ?     
 76  6  1  B  5  DT   B   11  .  ?        6     4     1     ?     ?     ?     ?  ?     
 77  6  1  B  6  DG   B   12  .  ?        3     7     ?     1     ?     ?     ?  ?     
 78  6  2  C  .  3WL  A  101  .  ?        ?     ?    10     ?     4    13     3  ?     
 79  7  1  A  1  DC   A    1  .  ?        1     4     ?     ?     ?     ?     ?  ?     
 80  7  1  A  2  DA   A    2  .  ?        5     9     7     1     ?     ?     ?  ?     
 81  7  1  A  3  DC   A    3  .  ?        6     6    11     1     ?     ?     ?  ?     
 82  7  1  A  4  DG   A    4  .  ?        4     4     1     1     ?     ?     ?  ?     
 83  7  1  A  5  DT   A    5  .  ?        4     6     ?     ?     ?     ?     ?  ?     
 84  7  1  A  6  DG   A    6  .  ?        4     8     ?     1     ?     ?     ?  ?     
 85  7  1  B  1  DC   B    7  .  ?        2     5     ?     ?     ?     ?     ?  ?     
 86  7  1  B  2  DA   B    8  .  ?        6    16     5     1     ?     ?     ?  ?     
 87  7  1  B  3  DC   B    9  .  ?        3     5     9     1     ?     ?     ?  ?     
 88  7  1  B  4  DG   B   10  .  ?        4     4     3     1     ?     ?     ?  ?     
 89  7  1  B  5  DT   B   11  .  ?        ?     8     1     ?     ?     ?     ?  ?     
 90  7  1  B  6  DG   B   12  .  ?        5     3     1     1     ?     ?     ?  ?     
 91  7  2  C  .  3WL  A  101  .  ?        ?     ?     6     ?     1     6     2  ?     
 92  8  1  A  1  DC   A    1  .  ?        2     5     ?     ?     ?     ?     ?  ?     
 93  8  1  A  2  DA   A    2  .  ?        4    10     1     1     ?     ?     ?  ?     
 94  8  1  A  3  DC   A    3  .  ?        3     8     5     1     ?     ?     ?  ?     
 95  8  1  A  4  DG   A    4  .  ?        2     6     2     1     ?     ?     ?  ?     
 96  8  1  A  5  DT   A    5  .  ?        4     4     ?     ?     ?     ?     ?  ?     
 97  8  1  A  6  DG   A    6  .  ?        ?     9     ?     1     ?     ?     ?  ?     
 98  8  1  B  1  DC   B    7  .  ?        3     4     ?     ?     ?     ?     ?  ?     
 99  8  1  B  2  DA   B    8  .  ?        6     9     3     1     ?     ?     ?  ?     
100  8  1  B  3  DC   B    9  .  ?        1     4     7     1     ?     ?     ?  ?     
101  8  1  B  4  DG   B   10  .  ?        2     8     2     1     ?     ?     ?  ?     
102  8  1  B  5  DT   B   11  .  ?        3     6     ?     ?     ?     ?     ?  ?     
103  8  1  B  6  DG   B   12  .  ?        7     7     ?     ?     ?     ?     ?  ?     
104  8  2  C  .  3WL  A  101  .  ?        ?     ?    10     ?     1     9     1  ?     
#
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  2.93  28  4.36  molprobity  
  2    2  11  24  3.71  37  5.46  molprobity  
  3    3  11  21  2.82  32  4.26  molprobity  
  4    4  11  25  3.48  39  5.36  molprobity  
  5    5  12  22  2.52  34  2.74  molprobity  
  6    6  12  24  2.87  35  3.80  molprobity  
  7    7  10  18  4.00  28  3.75  molprobity  
  8    8  11  24  3.73  37  5.29  molprobity  
  9    9  11  21  3.70  32  5.48  molprobity  
 10   10  11  25  4.03  39  3.55  molprobity  
 11   11  12  22  3.79  34  3.69  molprobity  
 12   12  12  24  2.99  35  4.12  molprobity  
 13   13   9  22  2.03  32  3.34  mogul       
 14   14  12  18  3.27  28  4.80  molprobity  
 15   15  11  24  2.65  37  4.97  molprobity  
 16   16   9  21  3.93  32  3.29  molprobity  
 17   17   9  25  3.21  39  4.48  molprobity  
 18   18  12  22  2.88  34  4.48  molprobity  
 19   19  10  24  3.14  35  2.73  molprobity  
 20   20  12  18  3.13  28  3.65  molprobity  
 21   21  11  24  2.58  37  4.59  molprobity  
 22   22  11  21  2.51  32  4.39  molprobity  
 23   23  10  25  2.46  39  3.45  molprobity  
 24   24  12  22  3.56  34  3.48  molprobity  
 25   25  10  24  4.48  35  4.08  molprobity  
 26   26   8  22  1.90  32  2.41  mogul       
 27   27  12  18  2.94  28  4.15  molprobity  
 28   28  11  24  3.07  37  5.01  molprobity  
 29   29  11  21  5.13  32  4.49  molprobity  
 30   30   9  25  2.75  39  4.33  molprobity  
 31   31  12  22  2.43  34  3.65  molprobity  
 32   32  12  24  3.03  35  4.52  molprobity  
 33   33  12  18  2.77  28  3.53  molprobity  
 34   34  11  24  3.59  37  3.46  molprobity  
 35   35  11  21  3.16  32  4.67  molprobity  
 36   36   9  25  3.91  39  4.45  molprobity  
 37   37  12  22  3.45  34  2.61  molprobity  
 38   38  12  24  3.55  35  4.64  molprobity  
 39   39   9  22  1.50  32  2.42  mogul       
 40   40  10  18  2.77  28  4.02  molprobity  
 41   41  11  24  4.14  37  5.10  molprobity  
 42   42   9  21  3.35  32  4.30  molprobity  
 43   43  11  25  2.86  39  4.32  molprobity  
 44   44  12  22  3.25  34  2.76  molprobity  
 45   45  12  24  3.13  35  4.19  molprobity  
 46   46  12  18  2.94  28  3.51  molprobity  
 47   47  11  24  3.75  37  5.76  molprobity  
 48   48   9  21  3.43  32  4.35  molprobity  
 49   49   9  25  3.28  39  3.17  molprobity  
 50   50  11  22  2.58  34  3.23  molprobity  
 51   51  12  24  4.66  35  6.23  molprobity  
 52   52   9  22  1.77  32  2.10  mogul       
 53   53  12  18  2.59  28  2.34  molprobity  
 54   54  11  24  3.42  37  4.82  molprobity  
 55   55  11  21  3.11  32  3.63  molprobity  
 56   56   8  25  3.91  39  3.75  molprobity  
 57   57  12  22  2.76  34  3.06  molprobity  
 58   58  10  24  3.76  35  4.11  molprobity  
 59   59  12  18  3.38  28  3.19  molprobity  
 60   60  11  24  3.40  37  4.95  molprobity  
 61   61   9  21  3.86  32  4.67  molprobity  
 62   62  11  25  3.52  39  4.07  molprobity  
 63   63  12  22  2.47  34  4.30  molprobity  
 64   64  12  24  3.80  35  3.97  molprobity  
 65   65   9  22  1.35  32  1.95  mogul       
 66   66  12  18  2.74  28  3.37  molprobity  
 67   67  11  24  3.59  37  5.80  molprobity  
 68   68   9  21  3.21  32  3.08  molprobity  
 69   69  11  25  3.24  39  5.07  molprobity  
 70   70  12  22  4.01  34  3.33  molprobity  
 71   71  12  24  3.39  35  4.43  molprobity  
 72   72  12  18  3.36  28  4.83  molprobity  
 73   73  11  24  2.28  37  6.55  molprobity  
 74   74  11  21  3.49  32  3.72  molprobity  
 75   75  11  25  3.25  39  3.63  molprobity  
 76   76  11  22  4.44  34  3.02  molprobity  
 77   77  10  24  3.00  35  3.72  molprobity  
 78   78   8  22  1.54  32  2.73  mogul       
 79   79  10  18  2.85  28  3.06  molprobity  
 80   80  11  24  3.45  37  4.82  molprobity  
 81   81   9  21  4.09  32  3.52  molprobity  
 82   82   9  25  3.18  39  3.67  molprobity  
 83   83  12  22  4.02  34  3.51  molprobity  
 84   84  12  24  3.22  35  4.26  molprobity  
 85   85  12  18  3.19  28  3.92  molprobity  
 86   86  11  24  3.84  37  6.71  molprobity  
 87   87   9  21  3.32  32  3.70  molprobity  
 88   88  11  25  3.83  39  3.84  molprobity  
 89   89  12  22  2.31  34  4.56  molprobity  
 90   90   9  24  4.01  35  3.20  molprobity  
 91   91   7  22  1.23  32  1.88  mogul       
 92   92  12  18  2.93  28  4.17  molprobity  
 93   93  11  24  3.94  37  6.32  molprobity  
 94   94  11  21  3.04  32  5.48  molprobity  
 95   95  11  25  3.20  39  3.32  molprobity  
 96   96  12  22  3.47  34  3.18  molprobity  
 97   97  12  24  1.98  35  5.09  molprobity  
 98   98  12  18  3.49  28  3.68  molprobity  
 99   99  11  24  4.01  37  4.51  molprobity  
100  100  11  21  2.22  32  3.91  molprobity  
101  101  11  25  3.25  39  4.43  molprobity  
102  102  12  22  4.35  34  4.36  molprobity  
103  103  10  24  4.27  35  4.60  molprobity  
104  104   9  22  1.09  32  2.76  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    2  "H1'"     1  0.78  2.14  
  2    2  "H1'"     2  0.47  2.24  
  3    2  "C1'"     3  0.42  2.98  
  4    3  C4        1  0.78  2.14  
  5    3  C4        3  0.42  2.98  
  6    3  H42       4  0.57  1.42  
  7    3  N3        2  0.47  2.24  
  8    3  C2        5  0.47  2.98  
  9    3  N4        6  0.45  2.08  
 10    4  H1        7  0.40  1.59  
 11    8  "H1'"     8  0.76  2.15  
 12    8  "H1'"     9  0.52  2.39  
 13    8  "H1'"    10  0.45  2.27  
 14    8  "H1'"    11  0.44  2.47  
 15    8  "H1'"    12  0.43  2.48  
 16    9  C4        8  0.76  2.15  
 17    9  C4       13  0.40  2.51  
 18    9  C5        9  0.52  2.39  
 19    9  "H2''"   14  0.48  2.44  
 20    9  N3       10  0.45  2.27  
 21    9  C6       11  0.44  2.47  
 22    9  C2       15  0.43  3.02  
 23    9  C2       12  0.43  2.48  
 24    9  H42       7  0.40  1.59  
 25   10  H1        4  0.57  1.42  
 26   10  H1        6  0.45  2.08  
 27   10  C2       16  0.49  2.96  
 28   10  C8       14  0.48  2.44  
 29   13  C5       16  0.49  2.96  
 30   13  C5       15  0.43  3.02  
 31   13  C1        5  0.47  2.98  
 32   13  H10      13  0.40  2.51  
 33   15  "H1'"    17  0.71  2.21  
 34   15  "H1'"    18  0.44  2.47  
 35   15  "H1'"    19  0.41  2.29  
 36   16  C4       17  0.71  2.21  
 37   16  C4       20  0.52  2.39  
 38   16  C2       21  0.49  2.95  
 39   16  C5       18  0.44  2.47  
 40   16  "H2''"   22  0.42  2.49  
 41   16  N3       19  0.41  2.29  
 42   17  C2       23  0.44  3.01  
 43   17  C8       22  0.42  2.49  
 44   21  "H1'"    24  0.67  2.25  
 45   21  "H1'"    25  0.50  2.42  
 46   21  "H1'"    26  0.41  2.29  
 47   21  "C1'"    27  0.46  2.98  
 48   22  C4       24  0.67  2.25  
 49   22  C4       27  0.46  2.98  
 50   22  C2       25  0.50  2.42  
 51   22  "H2''"   28  0.45  2.47  
 52   22  N3       26  0.41  2.29  
 53   23  C8       28  0.45  2.47  
 54   23  C2       29  0.42  3.02  
 55   26  H10      20  0.52  2.39  
 56   26  C1       21  0.49  2.95  
 57   26  C1       23  0.44  3.01  
 58   26  C5       29  0.42  3.02  
 59   28  "H1'"    30  0.66  2.24  
 60   28  "H1'"    31  0.44  2.27  
 61   29  C4       30  0.66  2.24  
 62   29  C2       32  0.47  2.98  
 63   29  H42      33  0.46  1.54  
 64   29  N3       31  0.44  2.27  
 65   29  N4       34  0.41  2.13  
 66   30  C2       35  0.55  2.90  
 67   30  N2       36  0.45  2.79  
 68   30  N2       37  0.41  2.83  
 69   34  "H1'"    38  0.77  2.14  
 70   34  "H1'"    39  0.49  2.22  
 71   34  "H1'"    40  0.46  2.44  
 72   34  "H1'"    41  0.44  2.48  
 73   35  C4       38  0.77  2.14  
 74   35  C4       42  0.62  2.29  
 75   35  N3       39  0.49  2.22  
 76   35  C5       40  0.46  2.44  
 77   35  C2       41  0.44  2.48  
 78   35  "H2''"   43  0.41  2.50  
 79   36  H1       33  0.46  1.54  
 80   36  H1       34  0.41  2.13  
 81   36  C8       43  0.41  2.50  
 82   39  H10      42  0.62  2.29  
 83   39  C1       35  0.55  2.90  
 84   39  C1       32  0.47  2.98  
 85   39  C1       36  0.45  2.79  
 86   39  C        37  0.41  2.83  
 87   41  "H1'"    44  0.70  2.22  
 88   41  "H1'"    45  0.47  2.24  
 89   41  "H2''"   46  0.45  2.46  
 90   41  "C2'"    47  0.44  3.01  
 91   41  "C1'"    48  0.43  3.01  
 92   42  C4       44  0.70  2.22  
 93   42  C4       48  0.43  3.01  
 94   42  N3       45  0.47  2.24  
 95   42  C6       46  0.45  2.46  
 96   42  C5       47  0.44  3.01  
 97   42  C2       49  0.44  3.00  
 98   42  "H2''"   50  0.41  2.49  
 99   43  C2       51  0.51  2.92  
100   43  H1       52  0.49  2.05  
101   43  N1       53  0.42  2.83  
102   43  C8       50  0.41  2.49  
103   47  "H1'"    54  0.70  2.22  
104   47  "H1'"    55  0.53  2.39  
105   47  "C2'"    56  0.43  3.02  
106   48  C4       54  0.70  2.22  
107   48  C4       57  0.55  2.37  
108   48  C4       58  0.40  3.04  
109   48  C5       55  0.53  2.39  
110   48  N4       52  0.49  2.05  
111   48  C6       56  0.43  3.02  
112   49  C2       59  0.61  2.84  
113   52  C5       59  0.61  2.84  
114   52  H10      57  0.55  2.37  
115   52  C1       51  0.51  2.92  
116   52  C1       49  0.44  3.00  
117   52  C1       53  0.42  2.83  
118   52  C        58  0.40  3.04  
119   54  "H1'"    60  0.72  2.19  
120   54  "H1'"    61  0.56  2.35  
121   54  "H1'"    62  0.56  2.14  
122   54  "C2'"    63  0.44  3.01  
123   55  C4       60  0.72  2.19  
124   55  C4       64  0.51  2.41  
125   55  C2       61  0.56  2.35  
126   55  C2       65  0.48  2.96  
127   55  C2       66  0.45  2.47  
128   55  N3       62  0.56  2.14  
129   55  C5       63  0.44  3.01  
130   60  "H1'"    67  0.60  2.30  
131   60  "H1'"    68  0.56  2.16  
132   60  "H1'"    69  0.47  2.45  
133   60  "C2'"    70  0.47  2.97  
134   60  "H2''"   71  0.46  2.45  
135   61  C4       67  0.60  2.30  
136   61  C4       72  0.53  2.39  
137   61  N3       68  0.56  2.16  
138   61  C2       73  0.48  2.96  
139   61  C2       69  0.47  2.45  
140   61  C2       74  0.46  2.45  
141   61  C5       70  0.47  2.97  
142   61  C6       71  0.46  2.45  
143   65  H10      72  0.53  2.39  
144   65  H10      64  0.51  2.41  
145   65  C5       73  0.48  2.96  
146   65  C1       65  0.48  2.96  
147   65  H2       74  0.46  2.45  
148   65  H9       66  0.45  2.47  
149   67  "H1'"    75  0.69  2.23  
150   67  "H1'"    76  0.42  2.48  
151   67  "C2'"    77  0.43  3.02  
152   68  C4       75  0.69  2.23  
153   68  C4       78  0.61  2.31  
154   68  C2       79  0.51  2.93  
155   68  C5       80  0.44  2.86  
156   68  C5       76  0.42  2.48  
157   68  C6       77  0.43  3.02  
158   68  N3       81  0.42  2.82  
159   68  N4       82  0.42  2.88  
160   69  C2       83  0.41  3.03  
161   73  "H1'"    84  0.76  2.14  
162   73  "H1'"    85  0.46  2.26  
163   73  "C2'"    86  0.41  3.04  
164   74  C4       84  0.76  2.14  
165   74  C4       87  0.43  2.49  
166   74  C2       88  0.50  2.94  
167   74  C2       89  0.47  2.45  
168   74  N3       85  0.46  2.26  
169   74  N3       90  0.45  2.79  
170   74  N4       80  0.44  2.86  
171   74  C5       82  0.42  2.88  
172   74  C6       86  0.41  3.04  
173   75  C2       91  0.51  2.93  
174   75  N2       92  0.44  2.81  
175   75  C5       93  0.42  3.07  
176   76  C4       93  0.42  3.07  
177   78  H10      78  0.61  2.31  
178   78  H10      87  0.43  2.49  
179   78  C1       79  0.51  2.93  
180   78  C1       83  0.41  3.03  
181   78  C5       91  0.51  2.93  
182   78  C5       88  0.50  2.94  
183   78  C5       92  0.44  2.81  
184   78  H2       89  0.47  2.45  
185   78  C        90  0.45  2.79  
186   78  C        81  0.42  2.82  
187   80  "H1'"    94  0.79  2.12  
188   80  "H1'"    95  0.52  2.38  
189   80  "H1'"    96  0.44  2.25  
190   80  "H2''"   97  0.53  2.38  
191   80  "C2'"    98  0.52  2.92  
192   80  "C2'"    99  0.48  2.97  
193   80  "C1'"   100  0.46  2.93  
194   81  C4       94  0.79  2.12  
195   81  C4      100  0.46  2.93  
196   81  C2      101  0.58  2.86  
197   81  C2      102  0.56  2.35  
198   81  C6       97  0.53  2.38  
199   81  C6       99  0.48  2.97  
200   81  C5       95  0.52  2.38  
201   81  C5       98  0.52  2.92  
202   81  "H2''"  103  0.48  2.44  
203   81  N4      104  0.48  2.07  
204   81  N3       96  0.44  2.25  
205   82  C8      103  0.48  2.44  
206   86  "H1'"   105  0.64  2.27  
207   86  "C2'"   106  0.47  2.97  
208   86  "C2'"   107  0.43  3.02  
209   86  "H2'"   108  0.44  2.47  
210   86  "H2''"  109  0.43  2.49  
211   87  C4      105  0.64  2.27  
212   87  C4      110  0.49  2.43  
213   87  C2      111  0.58  2.34  
214   87  C2      112  0.52  2.92  
215   87  C5      106  0.47  2.97  
216   87  C5      108  0.44  2.47  
217   87  C6      109  0.43  2.49  
218   87  C6      107  0.43  3.02  
219   87  "H2''"  113  0.42  2.49  
220   88  C2      114  0.48  2.97  
221   88  H1      104  0.48  2.07  
222   88  C8      113  0.42  2.49  
223   89  C2      115  0.42  3.08  
224   90  C8      115  0.42  3.08  
225   91  C1      101  0.58  2.86  
226   91  H2      111  0.58  2.34  
227   91  H9      102  0.56  2.35  
228   91  C5      112  0.52  2.92  
229   91  C5      114  0.48  2.97  
230   91  H10     110  0.49  2.43  
231   93  "H1'"   116  0.70  2.21  
232   94  C4      116  0.70  2.21  
233   94  C4      117  0.53  2.38  
234   94  C2      118  0.54  2.90  
235   94  C2      119  0.48  2.44  
236   94  "H2''"  120  0.51  2.41  
237   95  C8      120  0.51  2.41  
238   95  C2      121  0.45  2.99  
239   99  "H1'"   122  0.72  2.20  
240   99  "H1'"   123  0.51  2.40  
241   99  "C2'"   124  0.41  3.04  
242  100  C4      122  0.72  2.20  
243  100  C4      125  0.51  2.40  
244  100  C4      126  0.48  2.95  
245  100  C2      127  0.51  2.94  
246  100  C2      128  0.41  2.51  
247  100  C5      123  0.51  2.40  
248  100  C5      124  0.41  3.04  
249  101  C2      129  0.46  2.98  
250  101  N2      130  0.41  2.83  
251  104  C1      118  0.54  2.90  
252  104  C1      121  0.45  2.99  
253  104  H10     117  0.53  2.38  
254  104  H10     125  0.51  2.40  
255  104  C5      127  0.51  2.94  
256  104  C5      129  0.46  2.98  
257  104  C5      130  0.41  2.83  
258  104  C       126  0.48  2.95  
259  104  H9      119  0.48  2.44  
260  104  H2      128  0.41  2.51  
#
loop_
_pdbx_vrpt_instance_intra_plane_outliers.ordinal
_pdbx_vrpt_instance_intra_plane_outliers.instance_id
_pdbx_vrpt_instance_intra_plane_outliers.type
_pdbx_vrpt_instance_intra_plane_outliers.plane_rmsd
 1    1  sidechain  0.07  
 2    2  sidechain  0.10  
 3    3  sidechain  0.17  
 4    4  sidechain  0.18  
 5    6  sidechain  0.07  
 6    8  sidechain  0.15  
 7    9  sidechain  0.14  
 8   10  sidechain  0.19  
 9   11  sidechain  0.10  
10   12  sidechain  0.10  
11   14  sidechain  0.17  
12   15  sidechain  0.11  
13   16  sidechain  0.14  
14   17  sidechain  0.17  
15   18  sidechain  0.08  
16   19  sidechain  0.09  
17   20  sidechain  0.08  
18   21  sidechain  0.14  
19   22  sidechain  0.22  
20   23  sidechain  0.14  
21   27  sidechain  0.11  
22   28  sidechain  0.12  
23   29  sidechain  0.09  
24   30  sidechain  0.16  
25   32  sidechain  0.09  
26   34  sidechain  0.12  
27   35  sidechain  0.15  
28   36  sidechain  0.17  
29   37  sidechain  0.09  
30   38  sidechain  0.09  
31   40  sidechain  0.09  
32   41  sidechain  0.11  
33   42  sidechain  0.11  
34   43  sidechain  0.14  
35   44  sidechain  0.06  
36   45  sidechain  0.11  
37   46  sidechain  0.06  
38   47  sidechain  0.08  
39   48  sidechain  0.12  
40   49  sidechain  0.15  
41   50  sidechain  0.07  
42   51  sidechain  0.06  
43   53  sidechain  0.10  
44   54  sidechain  0.13  
45   56  sidechain  0.23  
46   58  sidechain  0.19  
47   60  sidechain  0.11  
48   61  sidechain  0.13  
49   62  sidechain  0.18  
50   63  sidechain  0.13  
51   64  sidechain  0.10  
52   67  sidechain  0.11  
53   68  sidechain  0.09  
54   69  sidechain  0.15  
55   71  sidechain  0.08  
56   72  sidechain  0.07  
57   73  sidechain  0.08  
58   74  sidechain  0.08  
59   75  sidechain  0.13  
60   77  sidechain  0.14  
61   80  sidechain  0.12  
62   81  sidechain  0.07  
63   82  sidechain  0.17  
64   84  sidechain  0.17  
65   86  sidechain  0.14  
66   87  sidechain  0.07  
67   88  sidechain  0.14  
68   90  sidechain  0.09  
69   93  sidechain  0.11  
70   94  sidechain  0.14  
71   95  sidechain  0.20  
72   97  sidechain  0.07  
73   99  sidechain  0.13  
74  100  sidechain  0.18  
75  101  sidechain  0.11  
#
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
_pdbx_vrpt_instance_intra_bond_outliers.link
  1    1  "C5'"  "C4'"  1.572  1.509  0.011    5.77  ?     
  2    1  N1     C6     1.404  1.367  0.006    6.11  ?     
  3    2  "C4'"  "O4'"  1.356  1.446  0.010   -8.98  ?     
  4    2  N3     C4     1.396  1.344  0.006    8.71  ?     
  5    2  N7     C5     1.437  1.388  0.006    8.15  ?     
  6    3  "C2'"  "C1'"  1.584  1.519  0.010    6.52  ?     
  7    3  C4     C5     1.371  1.425  0.008   -6.69  ?     
  8    4  "C3'"  "C2'"  1.598  1.518  0.012    6.68  ?     
  9    4  N1     C2     1.326  1.373  0.008   -5.85  ?     
 10    4  N7     C5     1.438  1.388  0.006    8.35  ?     
 11    4  "O4'"  "C1'"  1.353  1.418  0.012   -5.45  ?     
 12    6  N1     C2     1.325  1.373  0.008   -5.97  ?     
 13    6  "O4'"  "C1'"  1.357  1.418  0.012   -5.04  ?     
 14    7  C2     N3     1.396  1.353  0.008    5.35  ?     
 15    7  C4     N4     1.244  1.335  0.009  -10.08  ?     
 16    7  C5     C6     1.397  1.339  0.008    7.28  ?     
 17    8  "C2'"  "C1'"  1.459  1.518  0.010   -5.87  ?     
 18    8  C6     N1     1.305  1.351  0.007   -6.55  ?     
 19    8  N3     C4     1.410  1.344  0.006   10.98  ?     
 20    8  P      "O5'"  1.651  1.593  0.010    5.80  ?     
 21    9  "O3'"  P      1.539  1.607  0.012   -5.63  Y     
 22    9  "C2'"  "C1'"  1.582  1.519  0.010    6.33  ?     
 23    9  C2     N3     1.408  1.353  0.008    6.82  ?     
 24    9  "C5'"  "C4'"  1.568  1.509  0.011    5.36  ?     
 25    9  N3     C4     1.292  1.335  0.007   -6.20  ?     
 26   10  "C4'"  "C3'"  1.584  1.529  0.010    5.55  ?     
 27   10  C6     N1     1.342  1.391  0.007   -7.03  ?     
 28   10  C8     N7     1.357  1.305  0.006    8.61  ?     
 29   10  N1     C2     1.324  1.373  0.008   -6.09  ?     
 30   10  N7     C5     1.439  1.388  0.006    8.50  ?     
 31   10  N9     C4     1.334  1.375  0.008   -5.15  ?     
 32   11  C2     N3     1.420  1.373  0.008    5.84  ?     
 33   11  "C5'"  "C4'"  1.571  1.509  0.011    5.61  ?     
 34   11  C5     C7     1.543  1.496  0.006    7.77  ?     
 35   11  N1     C6     1.325  1.378  0.007   -7.61  ?     
 36   12  "C1'"  N9     1.395  1.468  0.014   -5.19  ?     
 37   12  C6     N1     1.351  1.391  0.007   -5.71  ?     
 38   12  C6     O6     1.190  1.237  0.009   -5.22  ?     
 39   12  N3     C4     1.386  1.350  0.007    5.18  ?     
 40   14  "C4'"  "O4'"  1.393  1.446  0.010   -5.32  ?     
 41   14  N1     C6     1.316  1.367  0.006   -8.46  ?     
 42   15  "C5'"  "C4'"  1.568  1.509  0.011    5.37  ?     
 43   15  N1     C2     1.293  1.339  0.009   -5.12  ?     
 44   15  N7     C5     1.419  1.388  0.006    5.21  ?     
 45   16  C4     C5     1.362  1.425  0.008   -7.92  ?     
 46   16  C4     N4     1.274  1.335  0.009   -6.82  ?     
 47   16  N1     C6     1.440  1.367  0.006   12.11  ?     
 48   17  C2     N2     1.263  1.341  0.010   -7.80  ?     
 49   17  N9     C8     1.333  1.374  0.007   -5.88  ?     
 50   17  P      "O5'"  1.665  1.593  0.010    7.18  ?     
 51   18  C2     O2     1.178  1.220  0.008   -5.23  ?     
 52   18  "C5'"  "C4'"  1.569  1.509  0.011    5.46  ?     
 53   19  C2     N2     1.286  1.341  0.010   -5.54  ?     
 54   19  "C4'"  "O4'"  1.359  1.446  0.010   -8.73  ?     
 55   20  N1     C6     1.309  1.367  0.006   -9.63  ?     
 56   21  "C4'"  "O4'"  1.393  1.446  0.010   -5.34  ?     
 57   22  C4     C5     1.383  1.425  0.008   -5.30  ?     
 58   23  N1     C2     1.314  1.373  0.008   -7.42  ?     
 59   24  "C3'"  "C2'"  1.586  1.518  0.012    5.65  ?     
 60   24  "C4'"  "O4'"  1.358  1.446  0.010   -8.81  ?     
 61   24  C5     C7     1.534  1.496  0.006    6.41  ?     
 62   25  C2     N2     1.288  1.341  0.010   -5.27  ?     
 63   25  C2     N3     1.388  1.323  0.008    8.08  ?     
 64   25  "C4'"  "C3'"  1.586  1.529  0.010    5.74  ?     
 65   25  "C4'"  "O4'"  1.381  1.446  0.010   -6.50  ?     
 66   25  C5     C4     1.432  1.379  0.007    7.52  ?     
 67   25  C8     N7     1.337  1.305  0.006    5.26  ?     
 68   25  N1     C2     1.331  1.373  0.008   -5.30  ?     
 69   25  N3     C4     1.425  1.350  0.007   10.77  ?     
 70   25  P      "O5'"  1.645  1.593  0.010    5.19  ?     
 71   27  "O3'"  P      1.540  1.607  0.012   -5.61  Y     
 72   27  C5     C6     1.390  1.339  0.008    6.39  ?     
 73   28  N1     C2     1.293  1.339  0.009   -5.09  ?     
 74   28  N9     C4     1.339  1.374  0.006   -5.75  ?     
 75   29  "O3'"  P      1.544  1.607  0.012   -5.23  Y     
 76   29  C2     N3     1.419  1.353  0.008    8.27  ?     
 77   29  C4     C5     1.360  1.425  0.008   -8.07  ?     
 78   29  N1     C6     1.441  1.367  0.006   12.34  ?     
 79   29  N3     C4     1.262  1.335  0.007  -10.48  ?     
 80   29  "O4'"  "C1'"  1.478  1.418  0.012    5.04  ?     
 81   29  P      "O5'"  1.541  1.593  0.010   -5.25  ?     
 82   30  C2     N2     1.259  1.341  0.010   -8.15  ?     
 83   30  N9     C8     1.339  1.374  0.007   -5.03  ?     
 84   31  C5     C6     1.379  1.339  0.007    5.78  ?     
 85   32  N1     C2     1.331  1.373  0.008   -5.23  ?     
 86   33  "C2'"  "C1'"  1.456  1.518  0.010   -6.22  ?     
 87   33  N1     C6     1.401  1.367  0.006    5.74  ?     
 88   34  "C4'"  "O4'"  1.390  1.446  0.010   -5.63  ?     
 89   34  C6     N1     1.302  1.351  0.007   -7.00  ?     
 90   34  N7     C5     1.438  1.388  0.006    8.33  ?     
 91   34  N9     C4     1.409  1.374  0.006    5.88  ?     
 92   35  C4     C5     1.378  1.425  0.008   -5.88  ?     
 93   35  "C4'"  "O4'"  1.371  1.446  0.010   -7.54  ?     
 94   35  N1     C6     1.327  1.367  0.006   -6.75  ?     
 95   36  "C2'"  "C1'"  1.581  1.519  0.010    6.21  ?     
 96   36  C2     N2     1.248  1.341  0.010   -9.26  ?     
 97   36  "C5'"  "C4'"  1.583  1.509  0.011    6.73  ?     
 98   36  C5     C6     1.477  1.419  0.010    5.81  ?     
 99   36  N1     C2     1.324  1.373  0.008   -6.13  ?     
100   36  N9     C4     1.295  1.375  0.008  -10.00  ?     
101   37  C5     C6     1.384  1.339  0.007    6.41  ?     
102   37  C5     C7     1.556  1.496  0.006   10.03  ?     
103   38  "C3'"  "O3'"  1.361  1.435  0.013   -5.66  ?     
104   38  "C5'"  "C4'"  1.588  1.509  0.011    7.20  ?     
105   38  N3     C4     1.400  1.350  0.007    7.08  ?     
106   38  N9     C8     1.324  1.374  0.007   -7.16  ?     
107   40  C4     N4     1.288  1.335  0.009   -5.20  ?     
108   40  "C4'"  "O4'"  1.392  1.446  0.010   -5.40  ?     
109   41  "C2'"  "C1'"  1.453  1.518  0.010   -6.52  ?     
110   41  "C5'"  "C4'"  1.575  1.509  0.011    5.96  ?     
111   41  C8     N7     1.346  1.311  0.007    5.06  ?     
112   41  N7     C5     1.426  1.388  0.006    6.39  ?     
113   41  N9     C4     1.431  1.374  0.006    9.42  ?     
114   41  "O4'"  "C1'"  1.336  1.418  0.012   -6.81  ?     
115   42  "C3'"  "C2'"  1.585  1.518  0.012    5.57  ?     
116   42  C4     N4     1.287  1.335  0.009   -5.34  ?     
117   42  "C4'"  "O4'"  1.379  1.446  0.010   -6.74  ?     
118   42  C5     C6     1.296  1.339  0.008   -5.32  ?     
119   43  N1     C2     1.322  1.373  0.008   -6.33  ?     
120   43  N9     C4     1.335  1.375  0.008   -5.05  ?     
121   44  C5     C6     1.386  1.339  0.007    6.69  ?     
122   44  C5     C7     1.551  1.496  0.006    9.16  ?     
123   45  "C4'"  "O4'"  1.377  1.446  0.010   -6.85  ?     
124   45  N1     C2     1.315  1.373  0.008   -7.20  ?     
125   46  "C4'"  "O4'"  1.395  1.446  0.010   -5.12  ?     
126   46  N1     C6     1.404  1.367  0.006    6.08  ?     
127   47  C5     C4     1.348  1.383  0.007   -5.01  ?     
128   47  "C5'"  "C4'"  1.581  1.509  0.011    6.56  ?     
129   47  C6     N1     1.311  1.351  0.007   -5.67  ?     
130   47  N3     C4     1.398  1.344  0.006    8.94  ?     
131   47  N7     C5     1.442  1.388  0.006    9.04  ?     
132   48  C4     N4     1.285  1.335  0.009   -5.57  ?     
133   48  N3     C4     1.259  1.335  0.007  -10.84  ?     
134   49  C2     N2     1.269  1.341  0.010   -7.25  ?     
135   49  "C3'"  "C2'"  1.593  1.518  0.012    6.26  ?     
136   49  N1     C2     1.330  1.373  0.008   -5.35  ?     
137   50  C4     C5     1.506  1.445  0.009    6.75  ?     
138   50  C5     C7     1.526  1.496  0.006    5.01  ?     
139   50  P      "O5'"  1.651  1.593  0.010    5.77  ?     
140   51  C2     N3     1.272  1.323  0.008   -6.43  ?     
141   51  "C4'"  "C3'"  1.460  1.521  0.010   -6.14  ?     
142   51  "C4'"  "O4'"  1.375  1.446  0.010   -7.11  ?     
143   51  C5     C6     1.477  1.419  0.010    5.79  ?     
144   51  C6     N1     1.317  1.391  0.007  -10.62  ?     
145   51  N3     C4     1.407  1.350  0.007    8.21  ?     
146   51  N7     C5     1.419  1.388  0.006    5.11  ?     
147   51  P      "O5'"  1.676  1.593  0.010    8.29  ?     
148   53  C2     O2     1.308  1.240  0.009    7.51  ?     
149   54  C8     N7     1.369  1.311  0.007    8.34  ?     
150   54  N9     C4     1.418  1.374  0.006    7.42  ?     
151   54  "O4'"  "C1'"  1.357  1.418  0.012   -5.08  ?     
152   55  "C4'"  "O4'"  1.394  1.446  0.010   -5.19  ?     
153   55  N1     C2     1.466  1.397  0.010    6.92  ?     
154   56  C2     N2     1.277  1.341  0.010   -6.35  ?     
155   56  C8     N7     1.270  1.305  0.006   -5.78  ?     
156   56  N1     C2     1.268  1.373  0.008  -13.15  ?     
157   56  N9     C8     1.410  1.374  0.007    5.19  ?     
158   57  "C5'"  "C4'"  1.565  1.509  0.011    5.06  ?     
159   57  N1     C6     1.338  1.378  0.007   -5.73  ?     
160   58  C2     N2     1.283  1.341  0.010   -5.77  ?     
161   58  N3     C4     1.433  1.350  0.007   11.88  ?     
162   59  C5     C6     1.383  1.339  0.008    5.54  ?     
163   59  N1     C6     1.398  1.367  0.006    5.20  ?     
164   59  N3     C4     1.298  1.335  0.007   -5.34  ?     
165   60  C5     C4     1.348  1.383  0.007   -5.07  ?     
166   60  C6     N1     1.310  1.351  0.007   -5.86  ?     
167   60  N7     C5     1.427  1.388  0.006    6.43  ?     
168   60  N9     C8     1.327  1.373  0.008   -5.72  ?     
169   60  P      "O5'"  1.668  1.593  0.010    7.46  ?     
170   61  "O3'"  P      1.528  1.607  0.012   -6.58  Y     
171   61  C4     C5     1.384  1.425  0.008   -5.18  ?     
172   61  C4     N4     1.273  1.335  0.009   -6.92  ?     
173   61  N3     C4     1.267  1.335  0.007   -9.76  ?     
174   62  C6     N1     1.343  1.391  0.007   -6.86  ?     
175   62  C8     N7     1.352  1.305  0.006    7.76  ?     
176   62  N3     C4     1.415  1.350  0.007    9.33  ?     
177   63  C2     N3     1.414  1.373  0.008    5.08  ?     
178   64  C2     N3     1.384  1.323  0.008    7.62  ?     
179   64  N1     C2     1.323  1.373  0.008   -6.24  ?     
180   64  N3     C4     1.405  1.350  0.007    7.85  ?     
181   64  N9     C4     1.308  1.375  0.008   -8.43  ?     
182   66  N1     C6     1.333  1.367  0.006   -5.70  ?     
183   67  "C4'"  "O4'"  1.389  1.446  0.010   -5.67  ?     
184   67  C6     N6     1.378  1.335  0.008    5.35  ?     
185   67  C8     N7     1.347  1.311  0.007    5.12  ?     
186   67  N3     C4     1.396  1.344  0.006    8.66  ?     
187   68  C4     N4     1.279  1.335  0.009   -6.21  ?     
188   68  "C5'"  "C4'"  1.602  1.509  0.011    8.46  ?     
189   68  N1     C6     1.400  1.367  0.006    5.57  ?     
190   69  "O3'"  P      1.539  1.607  0.012   -5.64  Y     
191   69  "C4'"  "C3'"  1.580  1.529  0.010    5.07  ?     
192   69  N1     C2     1.326  1.373  0.008   -5.89  ?     
193   70  C5     C7     1.588  1.496  0.006   15.39  ?     
194   70  N1     C2     1.417  1.376  0.008    5.13  ?     
195   71  "C5'"  "C4'"  1.575  1.509  0.011    6.00  ?     
196   71  C8     N7     1.268  1.305  0.006   -6.19  ?     
197   71  N9     C8     1.324  1.374  0.007   -7.11  ?     
198   72  C4     C5     1.467  1.425  0.008    5.19  ?     
199   72  "C4'"  "O4'"  1.371  1.446  0.010   -7.49  ?     
200   72  "C5'"  "C4'"  1.584  1.509  0.011    6.84  ?     
201   74  "C3'"  "C2'"  1.458  1.518  0.012   -5.01  ?     
202   74  N1     C6     1.333  1.367  0.006   -5.73  ?     
203   74  P      "O5'"  1.664  1.593  0.010    7.08  ?     
204   75  C5     C4     1.441  1.379  0.007    8.88  ?     
205   75  C8     N7     1.335  1.305  0.006    5.00  ?     
206   75  N3     C4     1.385  1.350  0.007    5.06  ?     
207   75  N9     C8     1.336  1.374  0.007   -5.49  ?     
208   76  C2     N3     1.324  1.373  0.008   -6.14  ?     
209   76  C2     O2     1.283  1.220  0.008    7.88  ?     
210   76  "C4'"  "O4'"  1.386  1.446  0.010   -6.00  ?     
211   76  C5     C6     1.379  1.339  0.007    5.67  ?     
212   76  C5     C7     1.564  1.496  0.006   11.38  ?     
213   76  N1     C2     1.419  1.376  0.008    5.42  ?     
214   77  "C2'"  "C1'"  1.584  1.519  0.010    6.54  ?     
215   77  C2     N2     1.287  1.341  0.010   -5.45  ?     
216   77  C2     N3     1.267  1.323  0.008   -7.04  ?     
217   79  C4     N4     1.280  1.335  0.009   -6.07  ?     
218   80  "C4'"  "O4'"  1.361  1.446  0.010   -8.55  ?     
219   80  C5     C4     1.348  1.383  0.007   -5.05  ?     
220   80  "C5'"  "C4'"  1.566  1.509  0.011    5.16  ?     
221   80  C8     N7     1.353  1.311  0.007    5.99  ?     
222   80  P      "O5'"  1.650  1.593  0.010    5.68  ?     
223   81  "C1'"  N1     1.559  1.488  0.013    5.43  ?     
224   81  "C2'"  "C1'"  1.570  1.519  0.010    5.09  ?     
225   81  C2     N3     1.304  1.353  0.008   -6.11  ?     
226   81  C4     C5     1.367  1.425  0.008   -7.23  ?     
227   81  C4     N4     1.283  1.335  0.009   -5.81  ?     
228   81  N1     C6     1.402  1.367  0.006    5.85  ?     
229   82  "C2'"  "C1'"  1.455  1.518  0.010   -6.30  ?     
230   82  C2     N2     1.290  1.341  0.010   -5.11  ?     
231   82  C8     N7     1.339  1.305  0.006    5.75  ?     
232   82  N7     C5     1.424  1.388  0.006    5.96  ?     
233   83  "C5'"  "C4'"  1.582  1.509  0.011    6.61  ?     
234   83  C5     C7     1.563  1.496  0.006   11.12  ?     
235   83  N1     C6     1.317  1.378  0.007   -8.68  ?     
236   83  P      "O5'"  1.656  1.593  0.010    6.33  ?     
237   84  "C4'"  "O4'"  1.388  1.446  0.010   -5.78  ?     
238   84  C5     C6     1.479  1.419  0.010    6.01  ?     
239   84  N7     C5     1.419  1.388  0.006    5.17  ?     
240   84  N9     C4     1.432  1.375  0.008    7.14  ?     
241   85  C5     C6     1.399  1.339  0.008    7.50  ?     
242   85  N1     C6     1.326  1.367  0.006   -6.79  ?     
243   86  C5     C4     1.316  1.383  0.007   -9.58  ?     
244   86  N3     C4     1.383  1.344  0.006    6.48  ?     
245   86  N7     C5     1.424  1.388  0.006    6.00  ?     
246   86  N9     C4     1.414  1.374  0.006    6.68  ?     
247   86  "O4'"  "C1'"  1.342  1.418  0.012   -6.34  ?     
248   86  P      "O5'"  1.650  1.593  0.010    5.68  ?     
249   87  C2     N3     1.294  1.353  0.008   -7.34  ?     
250   87  C4     N4     1.264  1.335  0.009   -7.93  ?     
251   87  N1     C6     1.336  1.367  0.006   -5.10  ?     
252   88  C2     N3     1.370  1.323  0.008    5.89  ?     
253   88  "C4'"  "O4'"  1.347  1.446  0.010   -9.91  ?     
254   88  C8     N7     1.340  1.305  0.006    5.85  ?     
255   88  N7     C5     1.430  1.388  0.006    6.96  ?     
256   90  C2     N2     1.287  1.341  0.010   -5.42  ?     
257   90  C5     C6     1.472  1.419  0.010    5.25  ?     
258   90  C6     N1     1.311  1.391  0.007  -11.49  ?     
259   90  N3     C4     1.393  1.350  0.007    6.14  ?     
260   90  P      "O5'"  1.674  1.593  0.010    8.07  ?     
261   92  "C3'"  "O3'"  1.519  1.435  0.013    6.44  ?     
262   92  "C5'"  "C4'"  1.576  1.509  0.011    6.05  ?     
263   93  "C4'"  "C3'"  1.584  1.529  0.010    5.45  ?     
264   93  C6     N1     1.279  1.351  0.007  -10.27  ?     
265   93  N3     C4     1.398  1.344  0.006    9.08  ?     
266   93  N7     C5     1.419  1.388  0.006    5.16  ?     
267   94  C4     C5     1.382  1.425  0.008   -5.40  ?     
268   94  N1     C6     1.334  1.367  0.006   -5.47  ?     
269   94  N3     C4     1.298  1.335  0.007   -5.31  ?     
270   95  C8     N7     1.342  1.305  0.006    6.16  ?     
271   95  N1     C2     1.319  1.373  0.008   -6.72  ?     
272   96  C2     O2     1.272  1.220  0.008    6.49  ?     
273   96  C5     C6     1.377  1.339  0.007    5.39  ?     
274   96  C5     C7     1.549  1.496  0.006    8.88  ?     
275   96  N1     C2     1.429  1.376  0.008    6.60  ?     
276   98  "C4'"  "C3'"  1.582  1.529  0.010    5.34  ?     
277   98  "C5'"  "C4'"  1.570  1.509  0.011    5.54  ?     
278   98  N3     C4     1.298  1.335  0.007   -5.22  ?     
279   99  "C2'"  "C1'"  1.572  1.519  0.010    5.31  ?     
280   99  "C4'"  "C3'"  1.580  1.529  0.010    5.07  ?     
281   99  C6     N6     1.295  1.335  0.008   -5.05  ?     
282   99  N7     C5     1.454  1.388  0.006   11.00  ?     
283   99  N9     C4     1.423  1.374  0.006    8.15  ?     
284   99  P      "O5'"  1.654  1.593  0.010    6.15  ?     
285  100  N1     C6     1.398  1.367  0.006    5.15  ?     
286  101  N7     C5     1.456  1.388  0.006   11.34  ?     
287  101  P      "O5'"  1.659  1.593  0.010    6.63  ?     
288  102  C5     C6     1.379  1.339  0.007    5.70  ?     
289  102  C5     C7     1.594  1.496  0.006   16.31  ?     
290  102  N3     C4     1.334  1.382  0.008   -6.01  ?     
291  103  C2     N2     1.235  1.341  0.010  -10.56  ?     
292  103  "C4'"  "O4'"  1.365  1.446  0.010   -8.06  ?     
293  103  C5     C4     1.429  1.379  0.007    7.11  ?     
294  103  C8     N7     1.274  1.305  0.006   -5.14  ?     
295  103  N3     C4     1.390  1.350  0.007    5.78  ?     
296  103  N7     C5     1.429  1.388  0.006    6.82  ?     
297  103  P      "O5'"  1.525  1.593  0.010   -6.84  ?     
#
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  C2     N3     C4     122.670  119.900  0.500    5.54  ?     
  2    1  "C4'"  "C3'"  "C2'"   97.971  103.100  0.900   -5.70  ?     
  3    1  C4     C5     C6     120.020  117.400  0.500    5.24  ?     
  4    1  C5     C4     N4     128.454  120.200  0.700   11.79  ?     
  5    1  N3     C4     C5     117.831  121.900  0.400  -10.17  ?     
  6    1  N3     C4     N4     113.078  118.000  0.700   -7.03  ?     
  7    2  P      "O3'"  "C3'"  130.701  119.700  1.200    9.17  Y     
  8    2  "C1'"  "O4'"  "C4'"  104.108  110.100  1.000   -5.99  ?     
  9    2  C4     C5     C6     113.563  117.000  0.500   -6.87  ?     
 10    2  C5     C6     N1     120.497  117.700  0.500    5.59  ?     
 11    2  C5     C6     N6     131.524  123.700  0.800    9.78  ?     
 12    2  C5     N7     C8      99.839  103.900  0.500   -8.12  ?     
 13    2  C8     N9     C4     103.793  105.800  0.400   -5.02  ?     
 14    2  N1     C6     N6     107.616  118.600  0.600  -18.31  ?     
 15    2  N7     C8     N9     117.528  113.800  0.500    7.46  ?     
 16    2  N9     "C1'"  "C2'"  129.456  112.600  1.900    8.87  ?     
 17    2  "O4'"  "C4'"  "C3'"  112.127  106.000  0.600   10.21  ?     
 18    3  C2     N3     C4     123.445  119.900  0.500    7.09  ?     
 19    3  C4     C5     C6     120.364  117.400  0.500    5.93  ?     
 20    3  C5     C4     N4     125.292  120.200  0.700    7.27  ?     
 21    3  N1     C2     O2     122.862  118.900  0.600    6.60  ?     
 22    3  N3     C4     C5     117.179  121.900  0.400  -11.80  ?     
 23    3  "O4'"  "C1'"  N1     114.982  108.000  0.700    9.97  ?     
 24    4  C2     N3     C4     116.335  111.900  0.500    8.87  ?     
 25    4  "C4'"  "C3'"  "C2'"   94.940  103.100  0.900   -9.07  ?     
 26    4  C4     C5     N7     112.840  110.800  0.400    5.10  ?     
 27    4  C5     C6     O6     132.814  128.600  0.600    7.02  ?     
 28    4  C5     N7     C8      98.772  104.300  0.500  -11.06  ?     
 29    4  C6     C5     N7     126.430  130.400  0.600   -6.62  ?     
 30    4  N1     C2     N3     118.924  123.900  0.600   -8.29  ?     
 31    4  N1     C6     O6     115.007  119.900  0.600   -8.15  ?     
 32    4  N3     C2     N2     112.445  119.900  0.700  -10.65  ?     
 33    4  N3     C4     C5     124.532  128.600  0.500   -8.13  ?     
 34    4  N7     C8     N9     117.183  113.100  0.500    8.17  ?     
 35    4  "O4'"  "C1'"  "C2'"  109.991  105.900  0.800    5.11  ?     
 36    4  "O4'"  "C4'"  "C3'"  114.556  106.000  0.600   14.26  ?     
 37    5  "C4'"  "C3'"  "C2'"   97.047  103.100  0.900   -6.72  ?     
 38    5  N3     C4     O4     116.360  119.900  0.600   -5.90  ?     
 39    5  "O4'"  "C1'"  "C2'"  100.576  105.900  0.800   -6.66  ?     
 40    6  C5     C6     O6     134.345  128.600  0.600    9.57  ?     
 41    6  C6     N1     C2     121.354  125.100  0.600   -6.24  ?     
 42    6  N1     C6     O6     113.412  119.900  0.600  -10.81  ?     
 43    6  N3     C2     N2     116.268  119.900  0.700   -5.19  ?     
 44    6  N3     C4     N9     122.437  126.000  0.600   -5.94  ?     
 45    6  N9     C4     C5     107.781  105.400  0.400    5.95  ?     
 46    6  "O4'"  "C1'"  N9     111.957  108.000  0.700    5.65  ?     
 47    7  "C4'"  "C3'"  "C2'"   95.761  103.100  0.900   -8.15  ?     
 48    7  C4     C5     C6     114.742  117.400  0.500   -5.32  ?     
 49    7  C5     C6     N1     125.258  121.000  0.500    8.52  ?     
 50    7  C6     N1     C2     117.510  120.300  0.400   -6.98  ?     
 51    7  "O4'"  "C1'"  "C2'"  101.802  105.900  0.800   -5.12  ?     
 52    7  "O4'"  "C1'"  N1     112.153  108.000  0.700    5.93  ?     
 53    8  "C3'"  "C2'"  "C1'"  108.547  102.500  1.200    5.04  ?     
 54    8  C4     C5     C6     111.165  117.000  0.500  -11.67  ?     
 55    8  C4     C5     N7     107.320  110.700  0.500   -6.76  ?     
 56    8  "C5'"  "C4'"  "O4'"  119.188  109.300  1.900    5.20  ?     
 57    8  C5     C6     N1     123.002  117.700  0.500   10.60  ?     
 58    8  C5     N7     C8     106.715  103.900  0.500    5.63  ?     
 59    8  C6     C5     N7     141.012  132.300  0.700   12.45  ?     
 60    8  N1     C2     N3     125.834  129.300  0.500   -6.93  ?     
 61    8  N1     C6     N6     114.695  118.600  0.600   -6.51  ?     
 62    8  N9     "C1'"  "C2'"  133.546  112.600  1.900   11.02  ?     
 63    8  "O4'"  "C1'"  "C2'"  100.988  105.900  0.800   -6.14  ?     
 64    8  "O4'"  "C1'"  N9     101.108  108.000  0.700   -9.85  ?     
 65    8  "O4'"  "C4'"  "C3'"  109.096  106.000  0.600    5.16  ?     
 66    9  "C1'"  "O4'"  "C4'"  116.450  110.100  1.000    6.35  ?     
 67    9  C4     C5     C6     112.466  117.400  0.500   -9.87  ?     
 68    9  "C5'"  "C4'"  "C3'"  101.269  114.100  1.800   -7.13  ?     
 69    9  "C5'"  "C4'"  "O4'"  119.377  109.300  1.900    5.30  ?     
 70    9  C5     C6     N1     127.763  121.000  0.500   13.53  ?     
 71    9  C6     N1     "C1'"  127.635  120.800  1.200    5.70  ?     
 72    9  C6     N1     C2     115.436  120.300  0.400  -12.16  ?     
 73    9  N1     C2     O2     123.656  118.900  0.600    7.93  ?     
 74    9  N3     C2     O2     116.950  121.900  0.700   -7.07  ?     
 75    9  N3     C4     C5     125.198  121.900  0.400    8.24  ?     
 76    9  N3     C4     N4     112.632  118.000  0.700   -7.67  ?     
 77    9  "O4'"  "C1'"  "C2'"   99.675  105.900  0.800   -7.78  ?     
 78   10  "O3'"  P      "O5'"   93.736  104.000  1.900   -5.40  Y     
 79   10  C6     C5     N7     135.111  130.400  0.600    7.85  ?     
 80   10  N3     C2     N2     113.814  119.900  0.700   -8.69  ?     
 81   10  "O4'"  "C1'"  "C2'"  111.595  105.900  0.800    7.12  ?     
 82   10  "O4'"  "C4'"  "C3'"  110.202  106.000  0.600    7.00  ?     
 83   11  "C4'"  "C3'"  "C2'"   97.821  103.100  0.900   -5.87  ?     
 84   11  C4     C5     C6     121.340  118.000  0.600    5.57  ?     
 85   11  C4     C5     C7     115.022  119.000  0.600   -6.63  ?     
 86   11  C5     C4     O4     129.994  124.900  0.700    7.28  ?     
 87   11  "O4'"  "C4'"  "C3'"  113.256  106.000  0.600   12.09  ?     
 88   12  C2     N3     C4     114.815  111.900  0.500    5.83  ?     
 89   12  "C4'"  "C3'"  "C2'"  108.763  103.100  0.900    6.29  ?     
 90   12  C5     C6     N1     116.462  111.500  0.500    9.92  ?     
 91   12  N1     C6     O6     113.055  119.900  0.600  -11.41  ?     
 92   12  N3     C4     C5     123.968  128.600  0.500   -9.26  ?     
 93   12  N3     C4     N9     129.813  126.000  0.600    6.36  ?     
 94   14  "C1'"  "O4'"  "C4'"  104.958  110.100  1.000   -5.14  ?     
 95   14  C4     C5     C6     113.804  117.400  0.500   -7.19  ?     
 96   14  C5     C4     N4     126.251  120.200  0.700    8.64  ?     
 97   14  N1     C2     O2     122.861  118.900  0.600    6.60  ?     
 98   14  N3     C2     O2     116.644  121.900  0.700   -7.51  ?     
 99   14  N3     C4     C5     124.210  121.900  0.400    5.78  ?     
100   14  N3     C4     N4     109.351  118.000  0.700  -12.36  ?     
101   14  "O4'"  "C1'"  N1     113.401  108.000  0.700    7.71  ?     
102   14  "O4'"  "C4'"  "C3'"  110.211  106.000  0.600    7.02  ?     
103   15  C2     N3     C4     113.928  110.600  0.500    6.66  ?     
104   15  "C3'"  "C2'"  "C1'"  111.304  102.500  1.200    7.34  ?     
105   15  "C4'"  "C3'"  "C2'"   94.965  103.100  0.900   -9.04  ?     
106   15  C4     C5     N7     106.797  110.700  0.500   -7.81  ?     
107   15  C6     C5     N7     136.457  132.300  0.700    5.94  ?     
108   15  C8     N9     C4     103.079  105.800  0.400   -6.80  ?     
109   15  N1     C6     N6     113.636  118.600  0.600   -8.27  ?     
110   15  N9     "C1'"  "C2'"  130.330  112.600  1.900    9.33  ?     
111   15  N9     C4     C5     108.910  105.800  0.400    7.77  ?     
112   15  "O4'"  "C1'"  "C2'"  100.135  105.900  0.800   -7.21  ?     
113   15  "O4'"  "C4'"  "C3'"  113.811  106.000  0.600   13.02  ?     
114   16  C2     N3     C4     124.187  119.900  0.500    8.57  ?     
115   16  N1     C2     O2     122.852  118.900  0.600    6.59  ?     
116   16  "O4'"  "C1'"  N1     115.243  108.000  0.700   10.35  ?     
117   17  C5     C6     O6     131.909  128.600  0.600    5.51  ?     
118   17  C5     N7     C8      99.600  104.300  0.500   -9.40  ?     
119   17  N1     C6     O6     114.547  119.900  0.600   -8.92  ?     
120   17  N3     C2     N2     112.863  119.900  0.700  -10.05  ?     
121   17  N7     C8     N9     115.759  113.100  0.500    5.32  ?     
122   17  N9     C4     C5     101.938  105.400  0.400   -8.65  ?     
123   17  "O4'"  "C4'"  "C3'"  113.520  106.000  0.600   12.53  ?     
124   18  C2     N3     C4     122.847  127.200  0.600   -7.26  ?     
125   18  C4     C5     C6     121.512  118.000  0.600    5.85  ?     
126   18  "C5'"  "C4'"  "O4'"  126.983  109.300  1.900    9.31  ?     
127   18  C6     C5     C7     117.768  122.900  0.600   -8.55  ?     
128   18  C6     N1     C2     118.338  121.300  0.500   -5.92  ?     
129   18  N1     C2     N3     120.438  114.600  0.600    9.73  ?     
130   18  N3     C2     O2     114.587  122.300  0.600  -12.86  ?     
131   18  "O4'"  "C1'"  N1     103.696  108.000  0.700   -6.15  ?     
132   19  C5     C6     N1     114.495  111.500  0.500    5.99  ?     
133   19  C8     N9     C4     108.778  106.400  0.400    5.95  ?     
134   19  N1     C6     O6     115.864  119.900  0.600   -6.73  ?     
135   19  N3     C4     N9     129.105  126.000  0.600    5.18  ?     
136   20  "C4'"  "C3'"  "C2'"   96.770  103.100  0.900   -7.03  ?     
137   20  C5     C4     N4     124.629  120.200  0.700    6.33  ?     
138   20  N3     C2     O2     116.966  121.900  0.700   -7.05  ?     
139   20  N3     C4     N4     111.344  118.000  0.700   -9.51  ?     
140   21  P      "O3'"  "C3'"  131.072  119.700  1.200    9.48  Y     
141   21  C2     N3     C4     106.329  110.600  0.500   -8.54  ?     
142   21  N1     C2     N3     133.722  129.300  0.500    8.85  ?     
143   21  N1     C6     N6     114.923  118.600  0.600   -6.13  ?     
144   21  N7     C8     N9     107.351  113.800  0.500  -12.90  ?     
145   21  N9     "C1'"  "C2'"  131.055  112.600  1.900    9.71  ?     
146   21  N9     C4     C5     103.376  105.800  0.400   -6.06  ?     
147   21  "O4'"  "C1'"  N9     104.114  108.000  0.700   -5.55  ?     
148   21  P      "O5'"  "C5'"  130.098  120.900  1.600    5.75  ?     
149   22  "C1'"  "O4'"  "C4'"  104.239  110.100  1.000   -5.86  ?     
150   22  "C4'"  "C3'"  "C2'"   94.162  103.100  0.900   -9.93  ?     
151   22  C6     N1     C2     117.097  120.300  0.400   -8.01  ?     
152   22  N1     C2     O2     122.066  118.900  0.600    5.28  ?     
153   22  N3     C2     O2     116.942  121.900  0.700   -7.08  ?     
154   22  "O4'"  "C4'"  "C3'"  113.957  106.000  0.600   13.26  ?     
155   23  N3     C2     N2     111.500  119.900  0.700  -12.00  ?     
156   23  N3     C4     N9     129.312  126.000  0.600    5.52  ?     
157   23  "O4'"  "C1'"  N9     112.800  108.000  0.700    6.86  ?     
158   24  P      "O3'"  "C3'"  126.299  119.700  1.200    5.50  Y     
159   24  "C4'"  "C3'"  "C2'"   98.149  103.100  0.900   -5.50  ?     
160   24  C5     C4     O4     130.334  124.900  0.700    7.76  ?     
161   24  C5     C6     N1     119.533  123.700  0.600   -6.95  ?     
162   24  C6     N1     C2     124.550  121.300  0.500    6.50  ?     
163   24  N3     C4     O4     115.338  119.900  0.600   -7.60  ?     
164   24  "O4'"  "C4'"  "C3'"  109.218  106.000  0.600    5.36  ?     
165   25  C4     C5     N7     105.899  110.800  0.400  -12.25  ?     
166   25  C5     C6     O6     133.525  128.600  0.600    8.21  ?     
167   25  C6     C5     N7     134.541  130.400  0.600    6.90  ?     
168   25  N1     C6     O6     114.312  119.900  0.600   -9.31  ?     
169   25  N9     C4     C5     107.762  105.400  0.400    5.91  ?     
170   25  "O4'"  "C1'"  N9     114.579  108.000  0.700    9.40  ?     
171   27  C5     C4     N4     124.770  120.200  0.700    6.53  ?     
172   27  N1     C2     O2     125.211  118.900  0.600   10.52  ?     
173   27  N3     C2     O2     113.929  121.900  0.700  -11.39  ?     
174   27  N3     C4     N4     114.074  118.000  0.700   -5.61  ?     
175   27  "O4'"  "C1'"  N1     112.430  108.000  0.700    6.33  ?     
176   28  P      "O3'"  "C3'"  128.487  119.700  1.200    7.32  Y     
177   28  "C1'"  "O4'"  "C4'"  103.917  110.100  1.000   -6.18  ?     
178   28  C4     C5     C6     113.179  117.000  0.500   -7.64  ?     
179   28  C5     C6     N1     121.266  117.700  0.500    7.13  ?     
180   28  C5     C6     N6     129.111  123.700  0.800    6.76  ?     
181   28  C6     C5     N7     137.658  132.300  0.700    7.65  ?     
182   28  N1     C6     N6     109.317  118.600  0.600  -15.47  ?     
183   28  N3     C4     N9     122.600  127.400  0.800   -6.00  ?     
184   28  N9     "C1'"  "C2'"  132.343  112.600  1.900   10.39  ?     
185   28  N9     C4     C5     108.609  105.800  0.400    7.02  ?     
186   28  "O4'"  "C1'"  N9     104.436  108.000  0.700   -5.09  ?     
187   28  "O4'"  "C4'"  "C3'"  110.157  106.000  0.600    6.93  ?     
188   29  C2     N3     C4     124.739  119.900  0.500    9.68  ?     
189   29  C5     C6     N1     124.008  121.000  0.500    6.02  ?     
190   29  C6     N1     C2     115.005  120.300  0.400  -13.24  ?     
191   29  N1     C2     O2     126.036  118.900  0.600   11.89  ?     
192   29  N3     C2     O2     117.213  121.900  0.700   -6.70  ?     
193   29  "O4'"  "C4'"  "C3'"  110.614  106.000  0.600    7.69  ?     
194   30  C4     C5     N7     107.762  110.800  0.400   -7.60  ?     
195   30  C5     C6     O6     132.038  128.600  0.600    5.73  ?     
196   30  C8     N9     C4     101.273  106.400  0.400  -12.82  ?     
197   30  N1     C2     N2     110.352  116.200  0.900   -6.50  ?     
198   30  N3     C4     N9     120.457  126.000  0.600   -9.24  ?     
199   30  N7     C8     N9     117.850  113.100  0.500    9.50  ?     
200   30  N9     C4     C5     108.714  105.400  0.400    8.29  ?     
201   30  "O4'"  "C1'"  "C2'"  111.123  105.900  0.800    6.53  ?     
202   31  P      "O3'"  "C3'"  126.203  119.700  1.200    5.42  Y     
203   31  C4     C5     C7     124.651  119.000  0.600    9.42  ?     
204   31  C5     C4     O4     129.213  124.900  0.700    6.16  ?     
205   31  C6     C5     C7     116.269  122.900  0.600  -11.05  ?     
206   31  N3     C4     O4     114.985  119.900  0.600   -8.19  ?     
207   31  "O4'"  "C4'"  "C3'"  109.064  106.000  0.600    5.11  ?     
208   32  "C4'"  "C3'"  "C2'"  107.763  103.100  0.900    5.18  ?     
209   32  C4     C5     C6     114.997  118.800  0.600   -6.34  ?     
210   32  C4     C5     N7     114.035  110.800  0.400    8.09  ?     
211   32  C5     C6     N1     116.930  111.500  0.500   10.86  ?     
212   32  C5     N7     C8      99.333  104.300  0.500   -9.93  ?     
213   32  C6     N1     C2     120.537  125.100  0.600   -7.61  ?     
214   32  C8     N9     C4     103.374  106.400  0.400   -7.56  ?     
215   32  N1     C6     O6     113.930  119.900  0.600   -9.95  ?     
216   32  N7     C8     N9     116.684  113.100  0.500    7.17  ?     
217   33  C5     C6     N1     117.004  121.000  0.500   -7.99  ?     
218   33  N1     C2     O2     123.853  118.900  0.600    8.26  ?     
219   33  N3     C2     O2     118.171  121.900  0.700   -5.33  ?     
220   33  N3     C4     N4     113.499  118.000  0.700   -6.43  ?     
221   33  "O4'"  "C1'"  N1     113.189  108.000  0.700    7.41  ?     
222   34  "C4'"  "C3'"  "O3'"  124.091  109.700  2.500    5.76  ?     
223   34  C4     C5     C6     114.455  117.000  0.500   -5.09  ?     
224   34  C5     C6     N1     120.353  117.700  0.500    5.31  ?     
225   34  N1     C6     N6     114.576  118.600  0.600   -6.71  ?     
226   34  N9     "C1'"  "C2'"  130.275  112.600  1.900    9.30  ?     
227   34  "O4'"  "C1'"  "C2'"  100.209  105.900  0.800   -7.11  ?     
228   35  C4     C5     C6     121.216  117.400  0.500    7.63  ?     
229   35  C5     C4     N4     125.343  120.200  0.700    7.35  ?     
230   35  C6     N1     C2     116.304  120.300  0.400   -9.99  ?     
231   35  N1     "C1'"  "C2'"  123.318  112.600  1.900    5.64  ?     
232   35  N1     C2     O2     123.273  118.900  0.600    7.29  ?     
233   35  N3     C2     O2     115.053  121.900  0.700   -9.78  ?     
234   35  N3     C4     C5     116.627  121.900  0.400  -13.18  ?     
235   35  "O4'"  "C1'"  "C2'"   98.537  105.900  0.800   -9.20  ?     
236   36  "C1'"  "O4'"  "C4'"  104.987  110.100  1.000   -5.11  ?     
237   36  C5     C6     O6     133.594  128.600  0.600    8.32  ?     
238   36  C5     N7     C8     100.700  104.300  0.500   -7.20  ?     
239   36  C6     C5     N7     133.419  130.400  0.600    5.03  ?     
240   36  N1     C6     O6     114.609  119.900  0.600   -8.82  ?     
241   36  N3     C2     N2     112.651  119.900  0.700  -10.36  ?     
242   36  "O4'"  "C1'"  N9     114.043  108.000  0.700    8.63  ?     
243   36  "O4'"  "C4'"  "C3'"  114.347  106.000  0.600   13.91  ?     
244   37  C4     C5     C7     115.996  119.000  0.600   -5.01  ?     
245   37  C5     C6     N1     119.502  123.700  0.600   -7.00  ?     
246   37  N3     C2     O2     119.164  122.300  0.600   -5.23  ?     
247   38  C4     C5     C6     115.155  118.800  0.600   -6.08  ?     
248   38  C4     C5     N7     108.123  110.800  0.400   -6.69  ?     
249   38  C5     C6     N1     117.234  111.500  0.500   11.47  ?     
250   38  C6     C5     N7     136.348  130.400  0.600    9.91  ?     
251   38  C6     N1     C2     119.878  125.100  0.600   -8.70  ?     
252   38  N1     C6     O6     114.250  119.900  0.600   -9.42  ?     
253   38  "O4'"  "C1'"  "C2'"  101.471  105.900  0.800   -5.54  ?     
254   38  "O4'"  "C1'"  N9     113.150  108.000  0.700    7.36  ?     
255   38  "O4'"  "C4'"  "C3'"  100.252  106.000  0.600   -9.58  ?     
256   40  C4     C5     C6     114.052  117.400  0.500   -6.70  ?     
257   40  C5     C4     N4     124.795  120.200  0.700    6.56  ?     
258   40  C5     C6     N1     124.474  121.000  0.500    6.95  ?     
259   40  C6     N1     C2     118.100  120.300  0.400   -5.50  ?     
260   40  N3     C4     C5     124.204  121.900  0.400    5.76  ?     
261   40  N3     C4     N4     110.827  118.000  0.700  -10.25  ?     
262   40  "O4'"  "C4'"  "C3'"  111.252  106.000  0.600    8.75  ?     
263   41  P      "O3'"  "C3'"  126.574  119.700  1.200    5.73  Y     
264   41  C4     C5     C6     114.341  117.000  0.500   -5.32  ?     
265   41  C5     C6     N1     121.033  117.700  0.500    6.67  ?     
266   41  C5     C6     N6     132.745  123.700  0.800   11.31  ?     
267   41  C6     C5     N7     136.794  132.300  0.700    6.42  ?     
268   41  N1     C6     N6     106.073  118.600  0.600  -20.88  ?     
269   41  N9     "C1'"  "C2'"  125.245  112.600  1.900    6.66  ?     
270   41  "O4'"  "C1'"  "C2'"  101.708  105.900  0.800   -5.24  ?     
271   42  C5     C6     N1     125.510  121.000  0.500    9.02  ?     
272   42  C6     N1     C2     113.783  120.300  0.400  -16.29  ?     
273   42  N3     C2     O2     117.684  121.900  0.700   -6.02  ?     
274   42  "O4'"  "C4'"  "C3'"  110.869  106.000  0.600    8.12  ?     
275   43  P      "O3'"  "C3'"  128.343  119.700  1.200    7.20  Y     
276   43  C2     N3     C4     115.486  111.900  0.500    7.17  ?     
277   43  C4     C5     N7     108.581  110.800  0.400   -5.55  ?     
278   43  C5     C6     N1     114.674  111.500  0.500    6.35  ?     
279   43  C8     N9     C4     103.881  106.400  0.400   -6.30  ?     
280   43  N3     C2     N2     113.646  119.900  0.700   -8.94  ?     
281   43  N3     C4     C5     125.813  128.600  0.500   -5.58  ?     
282   43  N9     C4     C5     109.966  105.400  0.400   11.41  ?     
283   43  "O4'"  "C1'"  "C2'"  111.225  105.900  0.800    6.66  ?     
284   43  "O4'"  "C4'"  "C3'"  110.193  106.000  0.600    6.99  ?     
285   44  C5     C6     N1     119.597  123.700  0.600   -6.84  ?     
286   44  C6     N1     C2     124.941  121.300  0.500    7.28  ?     
287   44  "O4'"  "C1'"  N1     101.485  108.000  0.700   -9.31  ?     
288   45  "C1'"  "O4'"  "C4'"  115.673  110.100  1.000    5.57  ?     
289   45  C6     N1     C2     122.040  125.100  0.600   -5.10  ?     
290   45  C8     N9     C4     103.723  106.400  0.400   -6.69  ?     
291   45  N1     C2     N3     128.712  123.900  0.600    8.02  ?     
292   45  N1     C6     O6     116.418  119.900  0.600   -5.80  ?     
293   45  N3     C2     N2     112.557  119.900  0.700  -10.49  ?     
294   45  N7     C8     N9     116.370  113.100  0.500    6.54  ?     
295   45  "O4'"  "C1'"  "C2'"   98.122  105.900  0.800   -9.72  ?     
296   45  "O4'"  "C1'"  N9     111.868  108.000  0.700    5.53  ?     
297   46  N1     C2     O2     124.157  118.900  0.600    8.76  ?     
298   46  N3     C2     O2     118.023  121.900  0.700   -5.54  ?     
299   46  N3     C4     N4     111.473  118.000  0.700   -9.32  ?     
300   46  "O4'"  "C1'"  N1     112.413  108.000  0.700    6.30  ?     
301   47  P      "O3'"  "C3'"  126.052  119.700  1.200    5.29  Y     
302   47  "C1'"  "O4'"  "C4'"  103.667  110.100  1.000   -6.43  ?     
303   47  C2     N3     C4     114.650  110.600  0.500    8.10  ?     
304   47  C4     C5     N7     105.932  110.700  0.500   -9.54  ?     
305   47  C5     C6     N1     122.191  117.700  0.500    8.98  ?     
306   47  C6     C5     N7     137.719  132.300  0.700    7.74  ?     
307   47  C8     N9     C4     101.503  105.800  0.400  -10.74  ?     
308   47  N1     C2     N3     125.310  129.300  0.500   -7.98  ?     
309   47  N1     C6     N6     111.925  118.600  0.600  -11.12  ?     
310   47  N9     "C1'"  "C2'"  133.228  112.600  1.900   10.86  ?     
311   47  N9     C4     C5     111.707  105.800  0.400   14.77  ?     
312   47  "O4'"  "C1'"  N9     101.973  108.000  0.700   -8.61  ?     
313   48  C4     C5     C6     120.410  117.400  0.500    6.02  ?     
314   48  C5     C6     N1     117.652  121.000  0.500   -6.70  ?     
315   48  C6     N1     C2     117.418  120.300  0.400   -7.20  ?     
316   48  N1     C2     O2     125.356  118.900  0.600   10.76  ?     
317   48  N3     C2     O2     112.504  121.900  0.700  -13.42  ?     
318   48  "O4'"  "C4'"  "C3'"  110.174  106.000  0.600    6.96  ?     
319   49  C4     C5     C6     113.500  118.800  0.600   -8.83  ?     
320   49  C5     C6     N1     114.917  111.500  0.500    6.83  ?     
321   49  N1     C6     O6     115.291  119.900  0.600   -7.68  ?     
322   49  "O4'"  "C4'"  "C3'"  112.036  106.000  0.600   10.06  ?     
323   50  "C1'"  "O4'"  "C4'"  104.537  110.100  1.000   -5.56  ?     
324   50  C2     N3     C4     131.408  127.200  0.600    7.01  ?     
325   50  "C5'"  "C4'"  "C3'"  123.976  114.100  1.800    5.49  ?     
326   50  N3     C2     O2     126.004  122.300  0.600    6.17  ?     
327   50  N3     C4     C5     111.359  115.200  0.600   -6.40  ?     
328   50  "O4'"  "C1'"  "C2'"  110.620  105.900  0.800    5.90  ?     
329   51  "C1'"  "O4'"  "C4'"  104.614  110.100  1.000   -5.49  ?     
330   51  C4     C5     C6     111.273  118.800  0.600  -12.55  ?     
331   51  C5     C6     N1     118.080  111.500  0.500   13.16  ?     
332   51  C5     N7     C8     101.200  104.300  0.500   -6.20  ?     
333   51  C6     C5     N7     138.252  130.400  0.600   13.09  ?     
334   51  C8     N9     "C1'"  133.756  127.000  1.300    5.20  ?     
335   51  C8     N9     C4     101.401  106.400  0.400  -12.50  ?     
336   51  N1     C2     N2     107.853  116.200  0.900   -9.28  ?     
337   51  N1     C6     O6     115.321  119.900  0.600   -7.63  ?     
338   51  N3     C2     N2     125.093  119.900  0.700    7.42  ?     
339   51  N7     C8     N9     118.530  113.100  0.500   10.86  ?     
340   51  N9     C4     C5     108.170  105.400  0.400    6.92  ?     
341   51  "O4'"  "C4'"  "C3'"  113.321  106.000  0.600   12.20  ?     
342   53  "O4'"  "C1'"  "C2'"  100.179  105.900  0.800   -7.15  ?     
343   54  C4     C5     C6     111.835  117.000  0.500  -10.33  ?     
344   54  C5     C6     N1     121.527  117.700  0.500    7.65  ?     
345   54  C5     C6     N6     130.306  123.700  0.800    8.26  ?     
346   54  C6     C5     N7     136.911  132.300  0.700    6.59  ?     
347   54  N1     C2     N3     126.587  129.300  0.500   -5.43  ?     
348   54  N1     C6     N6     108.166  118.600  0.600  -17.39  ?     
349   54  N9     "C1'"  "C2'"  131.065  112.600  1.900    9.72  ?     
350   54  "O4'"  "C4'"  "C3'"  109.479  106.000  0.600    5.80  ?     
351   55  C4     C5     C6     120.787  117.400  0.500    6.77  ?     
352   55  C6     N1     C2     117.989  120.300  0.400   -5.78  ?     
353   55  "O4'"  "C1'"  "C2'"   97.746  105.900  0.800  -10.19  ?     
354   55  "O4'"  "C1'"  N1     102.530  108.000  0.700   -7.82  ?     
355   56  C4     C5     N7     113.606  110.800  0.400    7.01  ?     
356   56  C5     C6     O6     131.947  128.600  0.600    5.58  ?     
357   56  N1     C6     O6     114.825  119.900  0.600   -8.46  ?     
358   56  N3     C4     C5     125.024  128.600  0.500   -7.15  ?     
359   56  N9     C4     C5     102.374  105.400  0.400   -7.56  ?     
360   56  "O4'"  "C4'"  "C3'"  109.593  106.000  0.600    5.99  ?     
361   57  "C4'"  "C3'"  "C2'"   96.965  103.100  0.900   -6.82  ?     
362   57  C6     C5     C7     119.578  122.900  0.600   -5.54  ?     
363   57  N3     C2     O2     119.116  122.300  0.600   -5.31  ?     
364   57  "O4'"  "C1'"  N1     104.134  108.000  0.700   -5.52  ?     
365   57  "O4'"  "C4'"  "C3'"  110.507  106.000  0.600    7.51  ?     
366   58  C2     N3     C4     114.970  111.900  0.500    6.14  ?     
367   58  C4     C5     N7     108.777  110.800  0.400   -5.06  ?     
368   58  C5     C6     N1     114.957  111.500  0.500    6.91  ?     
369   58  C6     C5     N7     134.271  130.400  0.600    6.45  ?     
370   58  N1     C2     N2     122.639  116.200  0.900    7.16  ?     
371   58  N3     C2     N2     113.554  119.900  0.700   -9.07  ?     
372   58  N3     C4     C5     124.620  128.600  0.500   -7.96  ?     
373   58  N9     C4     C5     109.003  105.400  0.400    9.01  ?     
374   59  C5     C6     N1     116.614  121.000  0.500   -8.77  ?     
375   59  "O4'"  "C4'"  "C3'"  110.270  106.000  0.600    7.12  ?     
376   60  P      "O3'"  "C3'"  130.825  119.700  1.200    9.27  Y     
377   60  C2     N3     C4     115.288  110.600  0.500    9.38  ?     
378   60  C4     C5     C6     111.992  117.000  0.500  -10.02  ?     
379   60  C5     C6     N1     121.624  117.700  0.500    7.85  ?     
380   60  C6     C5     N7     136.500  132.300  0.700    6.00  ?     
381   60  N1     C2     N3     123.137  129.300  0.500  -12.33  ?     
382   60  N1     C6     N6     112.003  118.600  0.600  -10.99  ?     
383   60  N9     "C1'"  "C2'"  126.034  112.600  1.900    7.07  ?     
384   60  "O4'"  "C1'"  N9     101.749  108.000  0.700   -8.93  ?     
385   61  C4     C5     C6     113.293  117.400  0.500   -8.21  ?     
386   61  N1     C2     O2     124.965  118.900  0.600   10.11  ?     
387   61  N3     C2     O2     118.230  121.900  0.700   -5.24  ?     
388   61  N3     C4     C5     128.151  121.900  0.400   15.63  ?     
389   61  N3     C4     N4     109.444  118.000  0.700  -12.22  ?     
390   62  C4     C5     N7     113.819  110.800  0.400    7.55  ?     
391   62  C5     C6     N1     114.427  111.500  0.500    5.85  ?     
392   62  C5     N7     C8     100.764  104.300  0.500   -7.07  ?     
393   62  N1     C6     O6     114.723  119.900  0.600   -8.63  ?     
394   62  N3     C2     N2     110.479  119.900  0.700  -13.46  ?     
395   62  "O4'"  "C1'"  "C2'"  110.263  105.900  0.800    5.45  ?     
396   62  "O4'"  "C4'"  "C3'"  109.449  106.000  0.600    5.75  ?     
397   63  C4     C5     C6     121.424  118.000  0.600    5.71  ?     
398   63  C4     C5     C7     122.638  119.000  0.600    6.06  ?     
399   63  C5     C4     O4     130.802  124.900  0.700    8.43  ?     
400   63  C6     C5     C7     114.255  122.900  0.600  -14.41  ?     
401   63  N3     C4     C5     111.464  115.200  0.600   -6.23  ?     
402   63  "O4'"  "C1'"  N1     113.900  108.000  0.700    8.43  ?     
403   64  C2     N3     C4     108.937  111.900  0.500   -5.92  ?     
404   64  "C3'"  "C2'"  "C1'"  108.552  102.500  1.200    5.04  ?     
405   64  C5     C6     N1     114.022  111.500  0.500    5.04  ?     
406   64  C5     C6     O6     133.766  128.600  0.600    8.61  ?     
407   64  C5     N7     C8     101.207  104.300  0.500   -6.19  ?     
408   64  C6     C5     N7     133.850  130.400  0.600    5.75  ?     
409   64  N1     C6     O6     111.817  119.900  0.600  -13.47  ?     
410   66  C6     N1     C2     123.491  120.300  0.400    7.98  ?     
411   66  N1     C2     O2     124.999  118.900  0.600   10.16  ?     
412   66  N3     C2     O2     117.553  121.900  0.700   -6.21  ?     
413   67  P      "O3'"  "C3'"  125.987  119.700  1.200    5.24  Y     
414   67  C2     N3     C4     115.397  110.600  0.500    9.59  ?     
415   67  C4     C5     C6     112.116  117.000  0.500   -9.77  ?     
416   67  C5     C6     N1     126.111  117.700  0.500   16.82  ?     
417   67  C5     N7     C8     100.920  103.900  0.500   -5.96  ?     
418   67  C6     C5     N7     137.800  132.300  0.700    7.86  ?     
419   67  C6     N1     C2     114.558  118.600  0.600   -6.74  ?     
420   67  C8     N9     "C1'"  136.781  127.700  1.800    5.04  ?     
421   67  C8     N9     C4     102.853  105.800  0.400   -7.37  ?     
422   67  N1     C6     N6     110.756  118.600  0.600  -13.07  ?     
423   67  N3     C4     C5     121.935  126.800  0.700   -6.95  ?     
424   67  N7     C8     N9     116.415  113.800  0.500    5.23  ?     
425   67  N9     "C1'"  "C2'"  128.974  112.600  1.900    8.62  ?     
426   67  N9     C4     C5     107.923  105.800  0.400    5.31  ?     
427   67  "O4'"  "C4'"  "C3'"  109.734  106.000  0.600    6.22  ?     
428   68  C5     C6     N1     123.851  121.000  0.500    5.70  ?     
429   68  C6     N1     C2     117.019  120.300  0.400   -8.20  ?     
430   68  N3     C4     C5     119.161  121.900  0.400   -6.85  ?     
431   68  "O4'"  "C1'"  N1     104.436  108.000  0.700   -5.09  ?     
432   69  "C4'"  "C3'"  "C2'"   96.982  103.100  0.900   -6.80  ?     
433   69  C4     C5     C6     114.016  118.800  0.600   -7.97  ?     
434   69  C5     C6     N1     115.728  111.500  0.500    8.46  ?     
435   69  C5     N7     C8     101.780  104.300  0.500   -5.04  ?     
436   69  C6     C5     N7     135.485  130.400  0.600    8.47  ?     
437   69  C6     N1     C2     119.948  125.100  0.600   -8.59  ?     
438   69  C8     N9     C4     104.333  106.400  0.400   -5.17  ?     
439   69  N1     C2     N3     128.448  123.900  0.600    7.58  ?     
440   69  N3     C2     N2     112.421  119.900  0.700  -10.69  ?     
441   69  N7     C8     N9     116.700  113.100  0.500    7.20  ?     
442   69  "O4'"  "C1'"  "C2'"  110.430  105.900  0.800    5.66  ?     
443   69  "O4'"  "C1'"  N9     102.528  108.000  0.700   -7.82  ?     
444   69  "O4'"  "C4'"  "C3'"  113.299  106.000  0.600   12.16  ?     
445   70  C4     C5     C6     113.532  118.000  0.600   -7.45  ?     
446   70  C4     C5     C7     122.770  119.000  0.600    6.28  ?     
447   70  N3     C4     O4     114.140  119.900  0.600   -9.60  ?     
448   71  C2     N3     C4     114.432  111.900  0.500    5.07  ?     
449   71  C4     C5     C6     114.311  118.800  0.600   -7.48  ?     
450   71  C5     C6     N1     115.422  111.500  0.500    7.84  ?     
451   71  C5     C6     O6     132.013  128.600  0.600    5.69  ?     
452   71  C5     N7     C8     101.389  104.300  0.500   -5.82  ?     
453   71  C6     C5     N7     135.681  130.400  0.600    8.80  ?     
454   71  C8     N9     C4     104.025  106.400  0.400   -5.94  ?     
455   71  N1     C2     N2     120.930  116.200  0.900    5.26  ?     
456   71  N1     C6     O6     112.561  119.900  0.600  -12.23  ?     
457   71  N7     C8     N9     117.515  113.100  0.500    8.83  ?     
458   72  P      "O3'"  "C3'"  128.392  119.700  1.200    7.24  Y     
459   72  C5     C4     N4     129.005  120.200  0.700   12.58  ?     
460   72  C5     C6     N1     124.709  121.000  0.500    7.42  ?     
461   72  C6     N1     C2     117.730  120.300  0.400   -6.42  ?     
462   72  N1     C2     O2     123.711  118.900  0.600    8.02  ?     
463   72  N3     C2     O2     117.072  121.900  0.700   -6.90  ?     
464   72  N3     C4     C5     118.534  121.900  0.400   -8.41  ?     
465   72  N3     C4     N4     111.684  118.000  0.700   -9.02  ?     
466   73  "C4'"  "C3'"  "O3'"  126.234  109.700  2.500    6.61  ?     
467   73  C4     C5     C6     111.079  117.000  0.500  -11.84  ?     
468   73  C4     C5     N7     117.130  110.700  0.500   12.86  ?     
469   73  C5     C6     N1     120.808  117.700  0.500    6.22  ?     
470   73  C5     C6     N6     131.542  123.700  0.800    9.80  ?     
471   73  C5     N7     C8      98.779  103.900  0.500  -10.24  ?     
472   73  N1     C6     N6     107.161  118.600  0.600  -19.06  ?     
473   73  N3     C4     C5     130.560  126.800  0.700    5.37  ?     
474   73  N9     "C1'"  "C2'"  133.759  112.600  1.900   11.14  ?     
475   73  N9     C4     C5     100.324  105.800  0.400  -13.69  ?     
476   73  "O4'"  "C1'"  "C2'"   99.292  105.900  0.800   -8.26  ?     
477   73  "O4'"  "C1'"  N9     103.676  108.000  0.700   -6.18  ?     
478   74  C4     C5     C6     114.058  117.400  0.500   -6.68  ?     
479   74  C5     C6     N1     124.552  121.000  0.500    7.10  ?     
480   74  N1     "C1'"  "C2'"  126.530  112.600  1.900    7.33  ?     
481   74  N1     C2     O2     123.432  118.900  0.600    7.55  ?     
482   74  N3     C2     O2     115.999  121.900  0.700   -8.43  ?     
483   74  "O4'"  "C1'"  N1     102.990  108.000  0.700   -7.16  ?     
484   75  C6     C5     N7     133.419  130.400  0.600    5.03  ?     
485   75  C8     N9     "C1'"  134.229  127.000  1.300    5.56  ?     
486   75  C8     N9     C4     103.179  106.400  0.400   -8.05  ?     
487   75  N3     C2     N2     114.212  119.900  0.700   -8.12  ?     
488   75  N7     C8     N9     118.632  113.100  0.500   11.06  ?     
489   75  "O4'"  "C4'"  "C3'"  109.504  106.000  0.600    5.84  ?     
490   76  C5     C4     O4     128.888  124.900  0.700    5.70  ?     
491   76  N1     C2     N3     117.837  114.600  0.600    5.40  ?     
492   76  N3     C2     O2     116.668  122.300  0.600   -9.39  ?     
493   76  N3     C4     C5     112.115  115.200  0.600   -5.14  ?     
494   77  C2     N3     C4     115.938  111.900  0.500    8.08  ?     
495   77  C5     C6     O6     123.443  128.600  0.600   -8.59  ?     
496   77  C6     N1     C2     120.672  125.100  0.600   -7.38  ?     
497   77  C8     N9     C4     103.406  106.400  0.400   -7.49  ?     
498   77  N3     C2     N2     124.205  119.900  0.700    6.15  ?     
499   77  N3     C4     C5     125.517  128.600  0.500   -6.17  ?     
500   77  N9     C4     C5     107.563  105.400  0.400    5.41  ?     
501   79  C2     N3     C4     123.071  119.900  0.500    6.34  ?     
502   79  N3     C4     C5     119.641  121.900  0.400   -5.65  ?     
503   79  N3     C4     N4     122.059  118.000  0.700    5.80  ?     
504   79  "O4'"  "C4'"  "C3'"  109.409  106.000  0.600    5.68  ?     
505   80  P      "O3'"  "C3'"  127.467  119.700  1.200    6.47  Y     
506   80  C4     C5     C6     110.920  117.000  0.500  -12.16  ?     
507   80  C5     C6     N1     124.178  117.700  0.500   12.96  ?     
508   80  C6     C5     N7     136.451  132.300  0.700    5.93  ?     
509   80  N1     C2     N3     125.824  129.300  0.500   -6.95  ?     
510   80  N1     C6     N6     112.800  118.600  0.600   -9.67  ?     
511   80  N7     C8     N9     110.909  113.800  0.500   -5.78  ?     
512   80  N9     "C1'"  "C2'"  130.074  112.600  1.900    9.20  ?     
513   80  "O4'"  "C1'"  N9     103.055  108.000  0.700   -7.06  ?     
514   81  C2     N3     C4     124.480  119.900  0.500    9.16  ?     
515   81  C6     N1     C2     116.301  120.300  0.400  -10.00  ?     
516   81  N1     C2     O2     122.055  118.900  0.600    5.26  ?     
517   81  N3     C2     O2     118.023  121.900  0.700   -5.54  ?     
518   81  N3     C4     C5     119.824  121.900  0.400   -5.19  ?     
519   81  "O4'"  "C1'"  N1     104.104  108.000  0.700   -5.57  ?     
520   82  N1     C2     N2     109.186  116.200  0.900   -7.79  ?     
521   82  N1     C6     O6     114.137  119.900  0.600   -9.61  ?     
522   82  "O4'"  "C1'"  "C2'"  111.733  105.900  0.800    7.29  ?     
523   82  "O4'"  "C1'"  N9     100.744  108.000  0.700  -10.37  ?     
524   83  C2     N3     C4     123.607  127.200  0.600   -5.99  ?     
525   83  "C4'"  "C3'"  "C2'"   97.658  103.100  0.900   -6.05  ?     
526   83  N1     C2     N3     118.319  114.600  0.600    6.20  ?     
527   83  N3     C2     O2     118.248  122.300  0.600   -6.75  ?     
528   83  "O4'"  "C1'"  N1     104.039  108.000  0.700   -5.66  ?     
529   83  "O4'"  "C4'"  "C3'"  112.508  106.000  0.600   10.85  ?     
530   84  C2     N3     C4     114.636  111.900  0.500    5.47  ?     
531   84  "C5'"  "C4'"  "O4'"  119.271  109.300  1.900    5.25  ?     
532   84  C5     C6     N1     114.539  111.500  0.500    6.08  ?     
533   84  C5     C6     O6     131.888  128.600  0.600    5.48  ?     
534   84  C6     N1     C2     119.903  125.100  0.600   -8.66  ?     
535   84  C8     N9     C4     102.761  106.400  0.400   -9.10  ?     
536   84  N1     C6     O6     113.572  119.900  0.600  -10.55  ?     
537   84  "O4'"  "C1'"  "C2'"  112.013  105.900  0.800    7.64  ?     
538   85  C4     C5     C6     111.427  117.400  0.500  -11.95  ?     
539   85  C6     N1     C2     122.822  120.300  0.400    6.31  ?     
540   85  N3     C4     C5     124.391  121.900  0.400    6.23  ?     
541   85  N3     C4     N4     114.131  118.000  0.700   -5.53  ?     
542   85  "O4'"  "C1'"  N1     111.759  108.000  0.700    5.37  ?     
543   86  "C1'"  "O4'"  "C4'"  104.476  110.100  1.000   -5.62  ?     
544   86  "C4'"  "C3'"  "C2'"   98.260  103.100  0.900   -5.38  ?     
545   86  "C4'"  "C3'"  "O3'"  124.425  109.700  2.500    5.89  ?     
546   86  C4     C5     C6     109.395  117.000  0.500  -15.21  ?     
547   86  "C5'"  "C4'"  "O4'"  119.681  109.300  1.900    5.46  ?     
548   86  C5     C6     N1     123.925  117.700  0.500   12.45  ?     
549   86  C6     C5     N7     139.480  132.300  0.700   10.26  ?     
550   86  C8     N9     C4     101.747  105.800  0.400  -10.13  ?     
551   86  N1     C2     N3     124.951  129.300  0.500   -8.70  ?     
552   86  N1     C6     N6     108.934  118.600  0.600  -16.11  ?     
553   86  N3     C4     C5     131.927  126.800  0.700    7.32  ?     
554   86  N3     C4     N9     118.759  127.400  0.800  -10.80  ?     
555   86  N9     "C1'"  "C2'"  130.177  112.600  1.900    9.25  ?     
556   86  N9     C4     C5     109.305  105.800  0.400    8.76  ?     
557   86  "O4'"  "C1'"  N9     102.165  108.000  0.700   -8.34  ?     
558   86  "O4'"  "C4'"  "C3'"  111.693  106.000  0.600    9.49  ?     
559   87  "C4'"  "C3'"  "C2'"   97.334  103.100  0.900   -6.41  ?     
560   87  N1     C2     O2     123.892  118.900  0.600    8.32  ?     
561   87  N3     C2     O2     115.814  121.900  0.700   -8.69  ?     
562   87  "O4'"  "C1'"  "C2'"   99.877  105.900  0.800   -7.53  ?     
563   87  "O4'"  "C4'"  "C3'"  109.140  106.000  0.600    5.23  ?     
564   88  C4     C5     N7     114.318  110.800  0.400    8.79  ?     
565   88  C5     N7     C8      97.760  104.300  0.500  -13.08  ?     
566   88  N7     C8     N9     118.588  113.100  0.500   10.97  ?     
567   88  N9     C4     C5     103.302  105.400  0.400   -5.24  ?     
568   89  C2     N3     C4     124.150  127.200  0.600   -5.08  ?     
569   89  C4     C5     C6     121.561  118.000  0.600    5.93  ?     
570   89  "C5'"  "C4'"  "C3'"  123.752  114.100  1.800    5.36  ?     
571   89  C5     C4     O4     133.749  124.900  0.700   12.64  ?     
572   89  C6     C5     C7     118.056  122.900  0.600   -8.07  ?     
573   89  N1     C2     N3     119.041  114.600  0.600    7.40  ?     
574   89  N3     C4     O4     112.381  119.900  0.600  -12.53  ?     
575   89  "O4'"  "C1'"  N1     113.413  108.000  0.700    7.73  ?     
576   90  "C1'"  "O4'"  "C4'"  105.007  110.100  1.000   -5.09  ?     
577   90  N3     C4     C5     123.723  128.600  0.500   -9.75  ?     
578   90  N3     C4     N9     132.436  126.000  0.600   10.73  ?     
579   92  C5     C4     N4     127.200  120.200  0.700   10.00  ?     
580   92  C5     C6     N1     118.086  121.000  0.500   -5.83  ?     
581   92  C6     N1     C2     123.075  120.300  0.400    6.94  ?     
582   92  N1     C2     O2     123.624  118.900  0.600    7.87  ?     
583   92  N3     C4     N4     111.652  118.000  0.700   -9.07  ?     
584   93  C4     C5     C6     109.229  117.000  0.500  -15.54  ?     
585   93  "C5'"  "C4'"  "O4'"  120.382  109.300  1.900    5.83  ?     
586   93  C5     C6     N1     124.543  117.700  0.500   13.69  ?     
587   93  C5     C6     N6     128.635  123.700  0.800    6.17  ?     
588   93  C5     N7     C8     100.555  103.900  0.500   -6.69  ?     
589   93  C6     C5     N7     138.308  132.300  0.700    8.58  ?     
590   93  N1     C6     N6     105.347  118.600  0.600  -22.09  ?     
591   93  N9     "C1'"  "C2'"  130.888  112.600  1.900    9.62  ?     
592   93  "O4'"  "C1'"  N9     103.816  108.000  0.700   -5.98  ?     
593   93  "O4'"  "C4'"  "C3'"  110.096  106.000  0.600    6.83  ?     
594   94  C2     N3     C4     114.415  119.900  0.500  -10.97  ?     
595   94  "C4'"  "C3'"  "C2'"   97.138  103.100  0.900   -6.62  ?     
596   94  C6     N1     C2     116.798  120.300  0.400   -8.76  ?     
597   94  N1     C2     N3     122.786  119.200  0.700    5.12  ?     
598   94  N1     C2     O2     126.386  118.900  0.600   12.48  ?     
599   94  N3     C2     O2     110.483  121.900  0.700  -16.31  ?     
600   94  N3     C4     C5     125.324  121.900  0.400    8.56  ?     
601   94  N3     C4     N4     111.685  118.000  0.700   -9.02  ?     
602   95  C5     C6     O6     132.946  128.600  0.600    7.24  ?     
603   95  C6     C5     N7     127.196  130.400  0.600   -5.34  ?     
604   95  N1     C2     N3     126.906  123.900  0.600    5.01  ?     
605   95  N1     C6     O6     115.899  119.900  0.600   -6.67  ?     
606   95  N7     C8     N9     109.182  113.100  0.500   -7.84  ?     
607   95  "O4'"  "C1'"  "C2'"  112.234  105.900  0.800    7.92  ?     
608   96  C5     C6     N1     120.351  123.700  0.600   -5.58  ?     
609   96  N1     "C1'"  "C2'"  122.438  112.600  1.900    5.18  ?     
610   96  N3     C4     O4     115.271  119.900  0.600   -7.71  ?     
611   96  "O4'"  "C1'"  N1     104.061  108.000  0.700   -5.63  ?     
612   97  C2     N3     C4     116.470  111.900  0.500    9.14  ?     
613   97  "C4'"  "C3'"  "C2'"  108.723  103.100  0.900    6.25  ?     
614   97  C5     C6     N1     115.062  111.500  0.500    7.12  ?     
615   97  C5     C6     O6     134.579  128.600  0.600    9.96  ?     
616   97  C5     N7     C8     100.603  104.300  0.500   -7.39  ?     
617   97  C8     N9     C4     102.844  106.400  0.400   -8.89  ?     
618   97  N1     C6     O6     110.356  119.900  0.600  -15.91  ?     
619   97  N3     C4     C5     125.669  128.600  0.500   -5.86  ?     
620   97  N7     C8     N9     117.963  113.100  0.500    9.72  ?     
621   98  "C4'"  "C3'"  "C2'"   96.709  103.100  0.900   -7.10  ?     
622   98  C5     C4     N4     125.673  120.200  0.700    7.82  ?     
623   98  N3     C4     N4     111.535  118.000  0.700   -9.23  ?     
624   98  "O4'"  "C4'"  "C3'"  110.413  106.000  0.600    7.35  ?     
625   99  "C4'"  "C3'"  "O3'"  124.756  109.700  2.500    6.02  ?     
626   99  C4     C5     C6     110.824  117.000  0.500  -12.35  ?     
627   99  C5     C6     N1     121.075  117.700  0.500    6.75  ?     
628   99  C5     N7     C8      99.244  103.900  0.500   -9.31  ?     
629   99  C6     C5     N7     136.857  132.300  0.700    6.51  ?     
630   99  N3     C4     C5     131.536  126.800  0.700    6.77  ?     
631   99  N7     C8     N9     117.519  113.800  0.500    7.44  ?     
632   99  N9     "C1'"  "C2'"  128.882  112.600  1.900    8.57  ?     
633   99  N9     C4     C5     103.252  105.800  0.400   -6.37  ?     
634  100  C6     N1     C2     114.917  120.300  0.400  -13.46  ?     
635  100  N3     C2     O2     117.786  121.900  0.700   -5.88  ?     
636  100  "O4'"  "C1'"  "C2'"  101.738  105.900  0.800   -5.20  ?     
637  100  "O4'"  "C1'"  N1     115.100  108.000  0.700   10.14  ?     
638  101  C4     C5     C6     122.241  118.800  0.600    5.73  ?     
639  101  C5     C6     O6     124.922  128.600  0.600   -6.13  ?     
640  101  C6     N1     C2     118.395  125.100  0.600  -11.17  ?     
641  101  N1     C2     N2     108.919  116.200  0.900   -8.09  ?     
642  101  N1     C2     N3     128.952  123.900  0.600    8.42  ?     
643  101  N3     C2     N2     113.301  119.900  0.700   -9.43  ?     
644  101  N3     C4     C5     125.448  128.600  0.500   -6.30  ?     
645  101  "O4'"  "C1'"  N9      99.508  108.000  0.700  -12.13  ?     
646  102  P      "O3'"  "C3'"  128.612  119.700  1.200    7.43  Y     
647  102  C4     C5     C7     113.849  119.000  0.600   -8.59  ?     
648  102  C5     C4     O4     132.287  124.900  0.700   10.55  ?     
649  102  C5     C6     N1     119.839  123.700  0.600   -6.43  ?     
650  102  N3     C4     O4     113.540  119.900  0.600  -10.60  ?     
651  102  "O4'"  "C1'"  N1     101.705  108.000  0.700   -8.99  ?     
652  103  C4     C5     C6     112.666  118.800  0.600  -10.22  ?     
653  103  C5     C6     N1     116.290  111.500  0.500    9.58  ?     
654  103  C5     C6     O6     125.460  128.600  0.600   -5.23  ?     
655  103  C6     C5     N7     138.110  130.400  0.600   12.85  ?     
656  103  C8     N9     C4     103.876  106.400  0.400   -6.31  ?     
657  103  N7     C8     N9     117.336  113.100  0.500    8.47  ?     
658  103  "O4'"  "C4'"  "C3'"  101.333  106.000  0.600   -7.78  ?     
#
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   13  C3   C6   1.59  1.48   2894  0.02   4.68  0.00  
 2   13  O    C8   1.19  1.24   3865  0.02  -2.23  0.00  
 3   13  C9   C8   1.56  1.46    541  0.03   3.54  0.01  
 4   13  C13  C14  1.44  1.38  10000  0.02   2.94  0.00  
 5   13  C2   C3   1.46  1.39  10000  0.02   4.07  0.00  
 6   26  C5   C4   1.47  1.38  10000  0.02   4.08  0.00  
 7   26  C4   C3   1.42  1.39  10000  0.02   2.11  0.00  
 8   26  C    C5   1.32  1.38  10000  0.03  -2.04  0.00  
 9   26  C7   C8   1.51  1.44   1048  0.02   2.98  0.01  
10   26  C13  C12  1.42  1.38  10000  0.01   2.48  0.00  
11   26  C12  C11  1.45  1.40   1141  0.01   4.46  0.00  
12   26  C2   C3   1.43  1.39  10000  0.02   2.24  0.00  
13   39  O1   C6   1.42  1.36    379  0.01   3.66  0.01  
14   39  O4   C10  1.32  1.37  10000  0.02  -2.10  0.00  
15   39  C9   C14  1.44  1.40   3887  0.02   2.31  0.00  
16   39  C2   C3   1.43  1.39  10000  0.02   2.68  0.00  
17   52  C5   C4   1.43  1.38  10000  0.02   2.11  0.00  
18   52  C4   C3   1.43  1.39  10000  0.02   2.64  0.00  
19   52  O1   C6   1.31  1.36    379  0.01  -3.86  0.01  
20   52  C7   C8   1.50  1.44   1048  0.02   2.57  0.00  
21   52  C2   C3   1.46  1.39  10000  0.02   4.28  0.00  
22   65  C4   C3   1.42  1.39  10000  0.02   2.05  0.00  
23   65  O1   C6   1.33  1.36    379  0.01  -2.22  0.00  
24   65  C2   C3   1.45  1.39  10000  0.02   3.38  0.00  
25   78  C4   C3   1.44  1.39  10000  0.02   2.82  0.00  
26   78  C11  C10  1.43  1.39   2433  0.02   2.33  0.00  
27   78  C9   C14  1.35  1.40   3887  0.02  -2.75  0.00  
28   78  C12  C11  1.45  1.40   1141  0.01   4.39  0.00  
29   91  C2   C3   1.43  1.39  10000  0.02   2.39  0.00  
30  104  C3   C6   1.42  1.48   2894  0.02  -2.59  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   13  C5   C4   C3   114.45  120.34  10000  1.18  -4.98  0.03  
 2   13  C    C5   C4   125.82  120.19  10000  1.52   3.70  0.01  
 3   13  O1   C6   C7   127.71  121.68    335  0.98   6.17  0.03  
 4   13  C3   C6   C7   106.89  122.78   1468  3.28  -4.84  1.66  
 5   13  O1   C6   C3   125.13  111.92    304  1.51   8.75  6.06  
 6   13  O    C8   C7   126.74  121.79   1048  1.67   2.96  0.37  
 7   13  C9   C8   C7   110.94  116.43    424  2.01  -2.73  1.08  
 8   13  C9   C10  C11  126.30  120.27     49  0.95   6.37  4.51  
 9   13  O4   C10  C9   115.61  120.98   1612  2.23  -2.41  0.03  
10   13  C10  C9   C8   125.75  121.33    124  1.40   3.15  0.47  
11   13  C14  C9   C10  113.86  117.64    231  1.02  -3.72  0.94  
12   13  O1   C14  C13  112.49  115.79   1873  1.50  -2.20  0.01  
13   13  O1   C14  C9   125.15  121.18    511  1.01   3.93  0.27  
14   13  O2   C12  C13  126.16  119.46  10000  2.68   2.50  0.01  
15   13  C12  C11  C10  117.02  119.69     54  0.61  -4.38  1.07  
16   13  C14  O1   C6   114.70  119.53    278  1.21  -4.00  1.87  
17   13  C2   C3   C6   116.33  120.78   5319  1.64  -2.72  0.00  
18   13  C1   C2   C3   116.74  120.34  10000  1.18  -3.05  0.01  
19   13  C    C1   C2   123.57  120.19  10000  1.52   2.22  0.01  
20   26  C5   C4   C3   117.52  120.34  10000  1.18  -2.38  0.00  
21   26  O1   C6   C7   124.65  121.68    335  0.98   3.05  0.04  
22   26  C3   C6   C7   112.81  122.78   1468  3.28  -3.03  0.19  
23   26  O1   C6   C3   122.27  111.92    304  1.51   6.85  3.20  
24   26  C6   C7   C8   116.71  122.25    313  1.08  -5.15  2.58  
25   26  C9   C10  C11  117.63  120.27     49  0.95  -2.78  0.03  
26   26  C14  C9   C10  122.98  117.64    231  1.02   5.25  1.03  
27   26  C1   C2   C3   116.29  120.34  10000  1.18  -3.43  0.02  
28   26  C    C1   C2   125.35  120.19  10000  1.52   3.39  0.01  
29   39  C5   C4   C3   115.22  120.34  10000  1.18  -4.33  0.01  
30   39  C    C5   C4   126.08  120.19  10000  1.52   3.87  0.02  
31   39  C3   C6   C7   115.11  122.78   1468  3.28  -2.34  0.07  
32   39  O1   C6   C3   121.89  111.92    304  1.51   6.60  2.83  
33   39  C14  C9   C8   116.87  119.59    192  0.99  -2.74  0.81  
34   39  C14  C9   C10  119.85  117.64    231  1.02   2.17  0.15  
35   39  O1   C14  C9   125.51  121.18    511  1.01   4.29  0.11  
36   39  C13  C12  C11  123.58  120.47    696  0.69   4.53  0.38  
37   39  C12  C11  C10  117.98  119.69     54  0.61  -2.81  0.12  
38   39  C14  O1   C6   114.56  119.53    278  1.21  -4.12  2.01  
39   39  C1   C2   C3   117.16  120.34  10000  1.18  -2.69  0.00  
40   39  C    C1   C2   123.55  120.19  10000  1.52   2.20  0.00  
41   39  C1   C    C5   116.08  119.93  10000  1.86  -2.07  0.00  
42   52  O1   C6   C7   123.94  121.68    335  0.98   2.32  0.05  
43   52  O1   C6   C3   118.23  111.92    304  1.51   4.18  0.83  
44   52  C6   C7   C8   119.23  122.25    313  1.08  -2.81  0.06  
45   52  O    C8   C9   126.59  122.11    541  1.70   2.63  0.28  
46   52  C9   C10  C11  122.57  120.27     49  0.95   2.43  0.78  
47   52  C12  C13  C14  122.81  119.14    732  1.42   2.58  0.16  
48   52  C13  C14  C9   117.26  121.86   1777  1.76  -2.62  0.03  
49   52  O1   C14  C13  121.44  115.79   1873  1.50   3.76  0.13  
50   52  O2   C12  C11  126.04  117.90   1141  2.58   3.15  1.68  
51   52  C12  C11  C10  117.72  119.69     54  0.61  -3.23  0.38  
52   52  C1   C2   C3   115.43  120.34  10000  1.18  -4.15  0.01  
53   52  C    C1   C2   125.27  120.19  10000  1.52   3.33  0.00  
54   65  C5   C4   C3   116.09  120.34  10000  1.18  -3.59  0.01  
55   65  C    C5   C4   125.48  120.19  10000  1.52   3.47  0.02  
56   65  O1   C6   C7   124.57  121.68    335  0.98   2.96  0.05  
57   65  O1   C6   C3   117.19  111.92    304  1.51   3.49  0.41  
58   65  C9   C10  C11  122.73  120.27     49  0.95   2.60  0.94  
59   65  O1   C14  C13  121.84  115.79   1873  1.50   4.04  0.54  
60   65  O1   C14  C9   118.93  121.18    511  1.01  -2.22  0.01  
61   65  O2   C12  C13  124.84  119.46  10000  2.68   2.01  0.00  
62   65  C1   C2   C3   116.15  120.34  10000  1.18  -3.55  0.01  
63   65  C    C1   C2   123.46  120.19  10000  1.52   2.14  0.00  
64   78  C5   C4   C3   116.99  120.34  10000  1.18  -2.83  0.00  
65   78  O1   C6   C7   116.79  121.68    335  0.98  -5.01  0.15  
66   78  O1   C6   C3   123.74  111.92    304  1.51   7.83  4.68  
67   78  C9   C10  C11  117.49  120.27     49  0.95  -2.93  0.17  
68   78  C12  C13  C14  123.48  119.14    732  1.42   3.06  0.07  
69   78  C14  C9   C8   115.47  119.59    192  0.99  -4.14  0.51  
70   78  C14  C9   C10  123.77  117.64    231  1.02   6.02  1.82  
71   78  C13  C14  C9   118.07  121.86   1777  1.76  -2.16  0.02  
72   78  O1   C14  C9   124.98  121.18    511  1.01   3.77  0.10  
73   78  C13  C12  C11  117.51  120.47    696  0.69  -4.30  0.63  
74   78  O2   C12  C11  124.11  117.90   1141  2.58   2.40  0.05  
75   78  C12  C11  C10  118.19  119.69     54  0.61  -2.45  0.03  
76   78  C    C1   C2   123.80  120.19  10000  1.52   2.37  0.01  
77   91  C5   C4   C3   117.77  120.34  10000  1.18  -2.17  0.00  
78   91  O1   C6   C3   118.05  111.92    304  1.51   4.05  1.02  
79   91  C14  C9   C10  121.62  117.64    231  1.02   3.91  0.33  
80   91  O1   C14  C13  120.16  115.79   1873  1.50   2.92  0.07  
81   91  C13  C12  C11  124.01  120.47    696  0.69   5.15  0.81  
82   91  C1   C2   C3   117.66  120.34  10000  1.18  -2.27  0.00  
83  104  C5   C4   C3   116.96  120.34  10000  1.18  -2.86  0.01  
84  104  C    C5   C4   123.52  120.19  10000  1.52   2.18  0.00  
85  104  O1   C6   C3   117.35  111.92    304  1.51   3.59  0.56  
86  104  C12  C13  C14  122.67  119.14    732  1.42   2.49  0.02  
87  104  C14  C9   C8   122.97  119.59    192  0.99   3.40  1.52  
88  104  O1   C14  C13  118.91  115.79   1873  1.50   2.08  0.00  
89  104  O1   C14  C9   117.55  121.18    511  1.01  -3.59  0.08  
90  104  C13  C12  C11  113.76  120.47    696  0.69  -9.75  4.39  
91  104  C12  C11  C10  124.51  119.69     54  0.61   7.93  3.36  
#
loop_
_pdbx_vrpt_instance_mogul_torsion_outliers.ordinal
_pdbx_vrpt_instance_mogul_torsion_outliers.instance_id
_pdbx_vrpt_instance_mogul_torsion_outliers.atom_1
_pdbx_vrpt_instance_mogul_torsion_outliers.atom_2
_pdbx_vrpt_instance_mogul_torsion_outliers.atom_3
_pdbx_vrpt_instance_mogul_torsion_outliers.atom_4
_pdbx_vrpt_instance_mogul_torsion_outliers.obsval
_pdbx_vrpt_instance_mogul_torsion_outliers.mean
_pdbx_vrpt_instance_mogul_torsion_outliers.numobs
_pdbx_vrpt_instance_mogul_torsion_outliers.stdev
_pdbx_vrpt_instance_mogul_torsion_outliers.mindiff
_pdbx_vrpt_instance_mogul_torsion_outliers.local_density
 1   13  C4  C3  C6  C7  -131.92  73.52  3511  43.35   0.42  1.45  
 2   13  C2  C3  C6  C7    44.89  74.74  3511  46.24   0.01  2.62  
 3   13  C4  C3  C6  O1    53.70  77.77  1348  37.41   5.05  0.22  
 4   13  C2  C3  C6  O1  -129.49  77.77  1348  40.40   0.13  0.30  
 5   26  C4  C3  C6  C7  -111.91  73.78  3511  24.52   1.63  0.03  
 6   26  C2  C3  C6  C7    54.47  74.59  3511  37.03   1.33  0.34  
 7   26  C4  C3  C6  O1    62.39  77.77  1348  29.04  13.74  0.00  
 8   26  C2  C3  C6  O1  -131.23  77.78  1348  42.10   1.03  0.37  
 9   39  C4  C3  C6  C7  -135.79  73.49  3511  47.09   0.18  2.85  
10   39  C2  C3  C6  C7    47.35  74.70  3511  43.86   0.17  1.51  
11   39  C4  C3  C6  O1    42.71  77.78  1348  48.14   2.96  1.11  
12   39  C2  C3  C6  O1  -134.14  77.78  1348  44.94   0.28  0.52  
13   52  C4  C3  C6  O1    48.09  77.77  1348  42.88   0.12  0.30  
14   52  C2  C3  C6  O1  -137.29  77.80  1348  48.01   1.71  1.19  
15   65  C2  C3  C6  C7    44.18  74.77  3511  46.91   0.14  2.96  
16   65  C4  C3  C6  O1    43.77  77.77  1348  47.11   1.90  0.74  
17   65  C2  C3  C6  O1  -132.99  77.78  1348  43.82   0.87  0.52  
18   78  C2  C3  C6  C7    46.39  74.72  3511  44.79   0.45  1.99  
19   78  C4  C3  C6  O1    45.36  77.77  1348  45.56   0.31  0.67  
20   78  C2  C3  C6  O1  -128.94  77.77  1348  39.87   0.67  0.22  
21   91  C4  C3  C6  O1    45.22  77.77  1348  45.69   0.45  0.67  
22   91  C2  C3  C6  O1  -134.38  77.78  1348  45.18   0.52  0.52  
23  104  C4  C3  C6  O1    36.34  77.81  1348  54.38   0.52  4.23  
#
_pdbx_vrpt_chemical_shift_list.ordinal                           1
_pdbx_vrpt_chemical_shift_list.file_id                           4
_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           129
_pdbx_vrpt_chemical_shift_list.number_of_parsed_shifts           129
_pdbx_vrpt_chemical_shift_list.total_number_of_shifts            129
_pdbx_vrpt_chemical_shift_list.number_of_unparsed_shifts         0
#
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  0  
3  CB  0.50  0.00  0.00  0  
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  120  120  240  overall  Total  
 2   82   62  144  sugar    Total  
 3   38   58   96  base     Total  
 4  120   24  144  overall  H      
 5   82    2   84  sugar    H      
 6   38   22   60  base     H      
 7    0   80   80  overall  C      
 8    0   60   60  sugar    C      
 9    0   20   20  base     C      
10    0   16   16  overall  N      
11    0   16   16  base     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  120  120  240  overall  Total  
 2   82   62  144  sugar    Total  
 3   38   58   96  base     Total  
 4  120   24  144  overall  H      
 5   82    2   84  sugar    H      
 6   38   22   60  base     H      
 7    0   80   80  overall  C      
 8    0   60   60  sugar    C      
 9    0   20   20  base     C      
10    0   16   16  overall  N      
11    0   16   16  base     N      
#
loop_
_pdbx_vrpt_restraint_summary.ordinal
_pdbx_vrpt_restraint_summary.description
_pdbx_vrpt_restraint_summary.value
 1  "Total distance restraints"                     179  
 2  "Intra-residue (|i-j|=0)"                       108  
 3  "Sequential (|i-j|=1)"                           36  
 4  "Medium range (|i-j|>1 and |i-j|<5)"              0  
 5  "Long range (|i-j|>=5)"                           0  
 6  Inter-chain                                       4  
 7  "Total hydrogen bond restraints"                 31  
 8  "Total disulfide bond restraints"                 0  
 9  "Total dihedral-angle restraints"                 0  
10  "Number of unmapped restraints"                   0  
11  "Number of restraints per residue"             13.8  
12  "Number of long range restraints per residue"   0.0  
#
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                 108   60.3  14   7.8   13.0  49  27.4   45.4  
 2  Intra-residue  BackboneBackbone     38   21.2   6   3.4   15.8  10   5.6   26.3  
 3  Intra-residue  BackboneSidechain    46   25.7   5   2.8   10.9  28  15.6   60.9  
 4  Intra-residue  SidechainSidechain   24   13.4   3   1.7   12.5  11   6.1   45.8  
 5  Sequential     all                  36   20.1   7   3.9   19.4  25  14.0   69.4  
 6  Sequential     BackboneBackbone      0    0.0   0   0.0    0.0   0   0.0    0.0  
 7  Sequential     BackboneSidechain    30   16.8   3   1.7   10.0  20  11.2   66.7  
 8  Sequential     SidechainSidechain    6    3.4   4   2.2   66.7   5   2.8   83.3  
 9  MediumRange    all                   0    0.0   0   0.0    0.0   0   0.0    0.0  
10  MediumRange    BackboneBackbone      0    0.0   0   0.0    0.0   0   0.0    0.0  
11  MediumRange    BackboneSidechain     0    0.0   0   0.0    0.0   0   0.0    0.0  
12  MediumRange    SidechainSidechain    0    0.0   0   0.0    0.0   0   0.0    0.0  
13  LongRange      all                   0    0.0   0   0.0    0.0   0   0.0    0.0  
14  LongRange      BackboneBackbone      0    0.0   0   0.0    0.0   0   0.0    0.0  
15  LongRange      BackboneSidechain     0    0.0   0   0.0    0.0   0   0.0    0.0  
16  LongRange      SidechainSidechain    0    0.0   0   0.0    0.0   0   0.0    0.0  
17  InterChain     all                   4    2.2   4   2.2  100.0   4   2.2  100.0  
18  InterChain     BackboneBackbone      1    0.6   1   0.6  100.0   1   0.6  100.0  
19  InterChain     BackboneSidechain     3    1.7   3   1.7  100.0   3   1.7  100.0  
20  InterChain     SidechainSidechain    0    0.0   0   0.0    0.0   0   0.0    0.0  
21  HydrogenBond   all                  31   17.3   4   2.2   12.9  14   7.8   45.2  
22  DisulfideBond  all                   0    0.0   0   0.0    0.0   0   0.0    0.0  
23  Total          all                 179  100.0  25  14.0   14.0  78  43.6   43.6  
24  Total          BackboneBackbone     39   21.8   7   3.9   17.9  11   6.1   28.2  
25  Total          BackboneSidechain    79   44.1  11   6.1   13.9  51  28.5   64.6  
26  Total          SidechainSidechain   30   16.8   7   3.9   23.3  16   8.9   53.3  
#
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  10.14  0.88  0.24  2.06  
2  2  10.56  0.97  0.28  2.23  
3  3  10.54  0.88  0.26  2.10  
4  4  10.72  0.92  0.28  2.14  
5  5  10.57  0.91  0.27  2.17  
6  6  10.53  0.84  0.26  2.12  
7  7  10.52  0.90  0.27  2.17  
8  8  10.43  0.94  0.26  2.19  
#
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  27  
 2  1  sequential    17  
 3  1  medium         0  
 4  1  long           0  
 5  1  interchain    13  
 6  1  total         57  
 7  2  intraresidue  25  
 8  2  sequential    15  
 9  2  medium         0  
10  2  long           0  
11  2  interchain    11  
12  2  total         51  
13  3  intraresidue  29  
14  3  sequential    17  
15  3  medium         0  
16  3  long           0  
17  3  interchain    10  
18  3  total         56  
19  4  intraresidue  27  
20  4  sequential    16  
21  4  medium         0  
22  4  long           0  
23  4  interchain    11  
24  4  total         54  
25  5  intraresidue  29  
26  5  sequential    14  
27  5  medium         0  
28  5  long           0  
29  5  interchain    12  
30  5  total         55  
31  6  intraresidue  35  
32  6  sequential    15  
33  6  medium         0  
34  6  long           0  
35  6  interchain    11  
36  6  total         61  
37  7  intraresidue  28  
38  7  sequential    17  
39  7  medium         0  
40  7  long           0  
41  7  interchain    12  
42  7  total         57  
43  8  intraresidue  31  
44  8  sequential    13  
45  8  medium         0  
46  8  long           0  
47  8  interchain     9  
48  8  total         53  
#
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   12.5  
2  2   25.0  
3  3   37.5  
4  4   50.0  
5  5   62.5  
6  6   75.0  
7  7   87.5  
8  8  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   7  
 2  1  sequential     3  
 3  1  medium         0  
 4  1  long           0  
 5  1  interchain     0  
 6  1  total         10  
 7  2  intraresidue  10  
 8  2  sequential     2  
 9  2  medium         0  
10  2  long           0  
11  2  interchain     0  
12  2  total         12  
13  3  intraresidue   4  
14  3  sequential     5  
15  3  medium         0  
16  3  long           0  
17  3  interchain     0  
18  3  total          9  
19  4  intraresidue   3  
20  4  sequential     2  
21  4  medium         0  
22  4  long           0  
23  4  interchain     0  
24  4  total          5  
25  5  intraresidue   4  
26  5  sequential     0  
27  5  medium         0  
28  5  long           0  
29  5  interchain     0  
30  5  total          4  
31  6  intraresidue   1  
32  6  sequential     4  
33  6  medium         0  
34  6  long           0  
35  6  interchain     0  
36  6  total          5  
37  7  intraresidue   6  
38  7  sequential     2  
39  7  medium         0  
40  7  long           0  
41  7  interchain     0  
42  7  total          8  
43  8  intraresidue  14  
44  8  sequential     7  
45  8  medium         0  
46  8  long           0  
47  8  interchain     4  
48  8  total         25  
#
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  17.5  
2  0.2-0.5   0.5  25.0  
3  >0.5     10.7  11.8  
#
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  148  1  .  B   7  DC  ?     1  B  1  "H5'"   A  .   4  DG  4  A  1  ?     H22    8  10.50  10.54  0.16  
 2  145  1  .  B   7  DC  ?     1  B  1  "H3'"   A  .   2  DA  2  A  1  ?     "H1'"  8   8.61   8.60  0.28  
 3  147  1  .  B   7  DC  ?     1  B  1  "H3'"   A  .   4  DG  4  A  1  ?     H22    8   8.33   8.35  0.21  
 4  146  1  .  B   7  DC  ?     1  B  1  "H3'"   A  .   3  DC  3  A  1  ?     H6     8   6.31   6.23  0.28  
 5  127  1  .  B  10  DG  ?     1  B  4  H8      B  .  11  DT  5  B  1  ?     H71    8   0.92   0.94  0.21  
 6   19  2  .  A   4  DG  ?     1  A  4  O6      B  .   9  DC  3  B  1  ?     H42    8   0.89   0.89  0.06  
 7   11  2  .  A   3  DC  ?     1  A  3  H42     B  .  10  DG  4  B  1  ?     O6     8   0.85   0.86  0.07  
 8   21  1  .  A   2  DA  ?     1  A  2  "H3'"   A  .   2  DA  2  A  1  ?     "H1'"  8   0.75   0.74  0.07  
 9   93  1  .  B   8  DA  ?     1  B  2  "H3'"   B  .   8  DA  2  B  1  ?     "H1'"  8   0.61   0.62  0.09  
10  133  1  .  B  11  DT  ?     1  B  5  "H4'"   B  .  11  DT  5  B  1  ?     H6     8   0.61   0.58  0.10  
11   61  1  .  A   5  DT  ?     1  A  5  "H4'"   A  .   5  DT  5  A  1  ?     H6     8   0.52   0.55  0.06  
12  114  1  .  B   9  DC  ?     1  B  3  H41     B  .  10  DG  4  B  1  ?     H1     8   0.51   0.49  0.13  
13   42  1  .  A   3  DC  ?     1  A  3  H41     A  .   4  DG  4  A  1  ?     H1     8   0.50   0.53  0.14  
14   37  1  .  A   3  DC  ?     1  A  3  H42     A  .   3  DC  3  A  1  ?     H41    8   0.46   0.45  0.04  
15  109  1  .  B   9  DC  ?     1  B  3  H42     B  .   9  DC  3  B  1  ?     H41    8   0.45   0.45  0.03  
16   27  1  .  A   2  DA  ?     1  A  2  "H2'"   A  .   3  DC  3  A  1  ?     H6     8   0.42   0.44  0.12  
17  130  1  .  B  11  DT  ?     1  B  5  "H2''"  B  .  11  DT  5  B  1  ?     H6     8   0.40   0.41  0.04  
18   15  2  .  A   3  DC  ?     1  A  3  O2      B  .  10  DG  4  B  1  ?     H22    8   0.34   0.36  0.07  
19   95  1  .  B   8  DA  ?     1  B  2  "H4'"   B  .   8  DA  2  B  1  ?     "H1'"  8   0.32   0.32  0.08  
20   23  1  .  A   2  DA  ?     1  A  2  "H4'"   A  .   2  DA  2  A  1  ?     "H1'"  8   0.31   0.32  0.10  
21   58  1  .  A   5  DT  ?     1  A  5  "H2''"  A  .   5  DT  5  A  1  ?     H6     8   0.28   0.28  0.09  
22   92  1  .  B   8  DA  ?     1  B  2  "H3'"   B  .   8  DA  2  B  1  ?     H8     8   0.27   0.27  0.08  
23   17  2  .  A   4  DG  ?     1  A  4  H22     B  .   9  DC  3  B  1  ?     O2     8   0.25   0.22  0.09  
24   69  1  .  A   6  DG  ?     1  A  6  "H2'"   A  .   6  DG  6  A  1  ?     "H1'"  8   0.25   0.26  0.03  
25  141  1  .  B  12  DG  ?     1  B  6  "H2'"   B  .  12  DG  6  B  1  ?     "H1'"  8   0.25   0.23  0.06  
26   99  1  .  B   8  DA  ?     1  B  2  "H2'"   B  .   9  DC  3  B  1  ?     H6     8   0.24   0.23  0.08  
27   41  1  .  A   3  DC  ?     1  A  3  H42     A  .   4  DG  4  A  1  ?     H1     8   0.24   0.25  0.07  
28   53  1  .  A   4  DG  ?     1  A  4  "H2'"   A  .   5  DT  5  A  1  ?     H6     8   0.23   0.22  0.06  
29  108  1  .  B   9  DC  ?     1  B  3  H41     B  .   9  DC  3  B  1  ?     H5     8   0.21   0.21  0.06  
30   38  1  .  A   3  DC  ?     1  A  3  "H1'"   A  .   4  DG  4  A  1  ?     H8     7   0.30   0.27  0.09  
31  113  1  .  B   9  DC  ?     1  B  3  H42     B  .  10  DG  4  B  1  ?     H1     7   0.30   0.29  0.10  
32   94  1  .  B   8  DA  ?     1  B  2  "H4'"   B  .   8  DA  2  B  1  ?     H8     7   0.28   0.28  0.07  
33   13  1  .  A   1  DC  ?     1  A  1  H41     A  .   1  DC  1  A  1  ?     H5     7   0.27   0.25  0.09  
34   85  1  .  B   7  DC  ?     1  B  1  H41     B  .   7  DC  1  B  1  ?     H5     7   0.23   0.23  0.07  
35   36  1  .  A   3  DC  ?     1  A  3  H41     A  .   3  DC  3  A  1  ?     H5     7   0.21   0.23  0.05  
36   22  1  .  A   2  DA  ?     1  A  2  "H4'"   A  .   2  DA  2  A  1  ?     H8     7   0.21   0.20  0.06  
37   35  1  .  A   3  DC  ?     1  A  3  H42     A  .   3  DC  3  A  1  ?     H5     7   0.20   0.20  0.07  
38   14  2  .  A   3  DC  ?     1  A  3  N4      B  .  10  DG  4  B  1  ?     O6     7   0.19   0.19  0.03  
39    4  2  .  A   1  DC  ?     1  A  1  O2      B  .  12  DG  6  B  1  ?     H22    6   0.27   0.27  0.09  
40  110  1  .  B   9  DC  ?     1  B  3  "H1'"   B  .  10  DG  4  B  1  ?     H8     6   0.21   0.18  0.09  
41  125  1  .  B  10  DG  ?     1  B  4  "H2'"   B  .  11  DT  5  B  1  ?     H6     6   0.20   0.20  0.09  
42  111  1  .  B   9  DC  ?     1  B  3  "H2'"   B  .  10  DG  4  B  1  ?     H8     6   0.20   0.18  0.06  
43   15  1  .  A   1  DC  ?     1  A  1  "H2'"   A  .   2  DA  2  A  1  ?     H8     6   0.19   0.15  0.11  
44   80  1  .  B   7  DC  ?     1  B  1  "H4'"   B  .   7  DC  1  B  1  ?     "H1'"  6   0.16   0.17  0.04  
45  135  1  .  B  11  DT  ?     1  B  5  H6      B  .  11  DT  5  B  1  ?     H71    5   0.27   0.30  0.10  
46   89  1  .  B   8  DA  ?     1  B  2  "H1'"   B  .   8  DA  2  B  1  ?     H8     5   0.22   0.21  0.06  
47   71  1  .  A   6  DG  ?     1  A  6  "H3'"   A  .   6  DG  6  A  1  ?     H8     5   0.21   0.19  0.05  
48   17  1  .  A   2  DA  ?     1  A  2  "H1'"   A  .   2  DA  2  A  1  ?     H8     5   0.17   0.19  0.04  
49  134  1  .  B  11  DT  ?     1  B  5  "H4'"   B  .  11  DT  5  B  1  ?     "H1'"  4   0.22   0.19  0.07  
50   87  1  .  B   7  DC  ?     1  B  1  "H2'"   B  .   8  DA  2  B  1  ?     H8     4   0.22   0.22  0.01  
51   62  1  .  A   5  DT  ?     1  A  5  "H4'"   A  .   5  DT  5  A  1  ?     "H1'"  4   0.22   0.22  0.05  
52   26  1  .  A   2  DA  ?     1  A  2  "H1'"   A  .   3  DC  3  A  1  ?     H6     4   0.15   0.14  0.04  
53   56  1  .  A   5  DT  ?     1  A  5  "H1'"   A  .   5  DT  5  A  1  ?     H6     4   0.13   0.12  0.02  
54  107  1  .  B   9  DC  ?     1  B  3  H42     B  .   9  DC  3  B  1  ?     H5     3   0.22   0.22  0.03  
55   86  1  .  B   7  DC  ?     1  B  1  "H1'"   B  .   8  DA  2  B  1  ?     H8     3   0.20   0.18  0.10  
56    6  1  .  A   1  DC  ?     1  A  1  "H2''"  A  .   1  DC  1  A  1  ?     H6     3   0.19   0.22  0.05  
57   16  1  .  A   1  DC  ?     1  A  1  "H2''"  A  .   2  DA  2  A  1  ?     H8     3   0.17   0.18  0.01  
58   88  1  .  B   7  DC  ?     1  B  1  "H2''"  B  .   8  DA  2  B  1  ?     H8     3   0.17   0.17  0.01  
59   98  1  .  B   8  DA  ?     1  B  2  "H1'"   B  .   9  DC  3  B  1  ?     H6     3   0.15   0.13  0.04  
60    1  2  .  A   1  DC  ?     1  A  1  H42     B  .  12  DG  6  B  1  ?     O6     3   0.15   0.16  0.03  
61   83  1  .  B   7  DC  ?     1  B  1  "H5'"   B  .   7  DC  1  B  1  ?     H6     3   0.14   0.16  0.02  
62   64  1  .  A   5  DT  ?     1  A  5  "H1'"   A  .   6  DG  6  A  1  ?     H8     3   0.13   0.13  0.02  
63   43  1  .  A   4  DG  ?     1  A  4  "H1'"   A  .   4  DG  4  A  1  ?     H8     3   0.11   0.11  0.01  
64   20  1  .  A   2  DA  ?     1  A  2  "H3'"   A  .   2  DA  2  A  1  ?     H8     2   0.27   0.27  0.01  
65   68  1  .  A   6  DG  ?     1  A  6  "H2'"   A  .   6  DG  6  A  1  ?     H8     2   0.20   0.20  0.04  
66  139  1  .  B  12  DG  ?     1  B  6  "H1'"   B  .  12  DG  6  B  1  ?     H8     2   0.20   0.20  0.02  
67   11  1  .  A   1  DC  ?     1  A  1  "H5'"   A  .   1  DC  1  A  1  ?     H6     2   0.18   0.18  0.04  
68  143  1  .  B  12  DG  ?     1  B  6  "H3'"   B  .  12  DG  6  B  1  ?     H8     2   0.18   0.18  0.04  
69   65  1  .  A   5  DT  ?     1  A  5  "H2'"   A  .   6  DG  6  A  1  ?     H8     2   0.17   0.17  0.01  
70   20  2  .  A   4  DG  ?     1  A  4  O6      B  .   9  DC  3  B  1  ?     N4     2   0.16   0.16  0.00  
71    8  1  .  A   1  DC  ?     1  A  1  "H4'"   A  .   1  DC  1  A  1  ?     "H1'"  2   0.16   0.16  0.01  
72   67  1  .  A   6  DG  ?     1  A  6  "H1'"   A  .   6  DG  6  A  1  ?     H8     2   0.15   0.15  0.02  
73  137  1  .  B  11  DT  ?     1  B  5  "H2'"   B  .  12  DG  6  B  1  ?     H8     2   0.15   0.15  0.04  
74   28  2  .  A   6  DG  ?     1  A  6  H22     B  .   7  DC  1  B  1  ?     O2     2   0.15   0.15  0.05  
75  121  1  .  B  10  DG  ?     1  B  4  "H4'"   B  .  10  DG  4  B  1  ?     H8     2   0.13   0.13  0.01  
76   81  1  .  B   7  DC  ?     1  B  1  "H4'"   B  .   7  DC  1  B  1  ?     H6     2   0.12   0.12  0.01  
77   45  1  .  A   4  DG  ?     1  A  4  "H2'"   A  .   4  DG  4  A  1  ?     "H1'"  2   0.10   0.10  0.00  
#
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  148  1   46   43  "H5'"   H22    10.72  
  2  148  1   59   56  "H5'"   H22    10.57  
  3  148  1   20   17  "H5'"   H22    10.56  
  4  148  1   33   30  "H5'"   H22    10.54  
  5  148  1   72   69  "H5'"   H22    10.53  
  6  148  1   85   82  "H5'"   H22    10.52  
  7  148  1   98   95  "H5'"   H22    10.43  
  8  148  1    7    4  "H5'"   H22    10.14  
  9  145  1   85   80  "H3'"   "H1'"   9.06  
 10  145  1   72   67  "H3'"   "H1'"   8.92  
 11  145  1   59   54  "H3'"   "H1'"   8.69  
 12  147  1   72   69  "H3'"   H22     8.66  
 13  145  1   98   93  "H3'"   "H1'"   8.62  
 14  145  1   20   15  "H3'"   "H1'"   8.58  
 15  145  1    7    2  "H3'"   "H1'"   8.56  
 16  147  1   98   95  "H3'"   H22     8.51  
 17  147  1   59   56  "H3'"   H22     8.46  
 18  147  1   20   17  "H3'"   H22     8.40  
 19  145  1   46   41  "H3'"   "H1'"   8.33  
 20  147  1   85   82  "H3'"   H22     8.30  
 21  147  1   33   30  "H3'"   H22     8.24  
 22  147  1   46   43  "H3'"   H22     8.15  
 23  145  1   33   28  "H3'"   "H1'"   8.12  
 24  147  1    7    4  "H3'"   H22     7.95  
 25  146  1   72   68  "H3'"   H6      6.77  
 26  146  1   85   81  "H3'"   H6      6.76  
 27  146  1    7    3  "H3'"   H6      6.24  
 28  146  1   20   16  "H3'"   H6      6.23  
 29  146  1   59   55  "H3'"   H6      6.23  
 30  146  1   98   94  "H3'"   H6      6.18  
 31  146  1   33   29  "H3'"   H6      6.15  
 32  146  1   46   42  "H3'"   H6      5.92  
 33  127  1   23   24  H8      H71     1.23  
 34  127  1   10   11  H8      H71     1.10  
 35  127  1   36   37  H8      H71     1.06  
 36   19  2   69   74  O6      H42     1.02  
 37  127  1   62   63  H8      H71     1.00  
 38   11  2   94  101  H42     O6      0.96  
 39   19  2   43   48  O6      H42     0.94  
 40   19  2    4    9  O6      H42     0.92  
 41   11  2   68   75  H42     O6      0.92  
 42   19  2   17   22  O6      H42     0.90  
 43   19  2   56   61  O6      H42     0.88  
 44   11  2   16   23  H42     O6      0.87  
 45   11  2   55   62  H42     O6      0.87  
 46  127  1  101  102  H8      H71     0.87  
 47   19  2   30   35  O6      H42     0.86  
 48   11  2   42   49  H42     O6      0.85  
 49   21  1    2    2  "H3'"   "H1'"   0.84  
 50   19  2   95  100  O6      H42     0.83  
 51   21  1   15   15  "H3'"   "H1'"   0.83  
 52  127  1   88   89  H8      H71     0.82  
 53   21  1   41   41  "H3'"   "H1'"   0.82  
 54   19  2   82   87  O6      H42     0.80  
 55   11  2   29   36  H42     O6      0.79  
 56  127  1   49   50  H8      H71     0.79  
 57   11  2   81   88  H42     O6      0.78  
 58   21  1   80   80  "H3'"   "H1'"   0.77  
 59  133  1   11   11  "H4'"   H6      0.76  
 60  114  1    9   10  H41     H1      0.75  
 61   93  1   21   21  "H3'"   "H1'"   0.75  
 62  133  1   89   89  "H4'"   H6      0.74  
 63   11  2    3   10  H42     O6      0.73  
 64   21  1   67   67  "H3'"   "H1'"   0.71  
 65   21  1   93   93  "H3'"   "H1'"   0.70  
 66   93  1   99   99  "H3'"   "H1'"   0.68  
 67   21  1   28   28  "H3'"   "H1'"   0.68  
 68  133  1   24   24  "H4'"   H6      0.67  
 69   42  1   55   56  H41     H1      0.67  
 70  114  1   87   88  H41     H1      0.64  
 71   93  1   86   86  "H3'"   "H1'"   0.64  
 72   21  1   54   54  "H3'"   "H1'"   0.64  
 73   93  1    8    8  "H3'"   "H1'"   0.63  
 74  133  1   37   37  "H4'"   H6      0.61  
 75   93  1   34   34  "H3'"   "H1'"   0.61  
 76   93  1   47   47  "H3'"   "H1'"   0.61  
 77   42  1    3    4  H41     H1      0.61  
 78   27  1    2    3  "H2'"   H6      0.60  
 79   93  1   60   60  "H3'"   "H1'"   0.58  
 80  114  1  100  101  H41     H1      0.57  
 81   61  1   31   31  "H4'"   H6      0.57  
 82   61  1   70   70  "H4'"   H6      0.57  
 83   61  1   96   96  "H4'"   H6      0.57  
 84  133  1   50   50  "H4'"   H6      0.56  
 85   61  1    5    5  "H4'"   H6      0.56  
 86   42  1   42   43  H41     H1      0.56  
 87  133  1  102  102  "H4'"   H6      0.55  
 88   37  1   29   29  H42     H41     0.55  
 89   42  1   81   82  H41     H1      0.54  
 90   61  1   18   18  "H4'"   H6      0.53  
 91  109  1   22   22  H42     H41     0.51  
 92   42  1   29   30  H41     H1      0.51  
 93   37  1   94   94  H42     H41     0.51  
 94   27  1   15   16  "H2'"   H6      0.51  
 95  133  1   76   76  "H4'"   H6      0.50  
 96  127  1   75   76  H8      H71     0.50  
 97  114  1   48   49  H41     H1      0.50  
 98   23  1   41   41  "H4'"   "H1'"   0.50  
 99  114  1   22   23  H41     H1      0.49  
100  113  1   22   23  H42     H1      0.49  
101  109  1   48   48  H42     H41     0.49  
102  133  1   63   63  "H4'"   H6      0.48  
103   95  1   99   99  "H4'"   "H1'"   0.47  
104   61  1   44   44  "H4'"   H6      0.47  
105   61  1   57   57  "H4'"   H6      0.47  
106   42  1   94   95  H41     H1      0.47  
107   37  1   16   16  H42     H41     0.47  
108   27  1   80   81  "H2'"   H6      0.46  
109  130  1   37   37  "H2''"  H6      0.45  
110  109  1   61   61  H42     H41     0.45  
111  109  1   74   74  H42     H41     0.45  
112   42  1   68   69  H41     H1      0.45  
113   38  1   42   43  "H1'"   H8      0.45  
114   37  1   81   81  H42     H41     0.45  
115   27  1   41   42  "H2'"   H6      0.45  
116  109  1   35   35  H42     H41     0.44  
117  109  1   87   87  H42     H41     0.44  
118  109  1  100  100  H42     H41     0.44  
119   58  1   44   44  "H2''"  H6      0.44  
120   37  1   42   42  H42     H41     0.44  
121   37  1   55   55  H42     H41     0.44  
122   13  1   79   79  H41     H5      0.44  
123  130  1   24   24  "H2''"  H6      0.43  
124  130  1   50   50  "H2''"  H6      0.43  
125  114  1   61   62  H41     H1      0.43  
126   37  1    3    3  H42     H41     0.43  
127   27  1   93   94  "H2'"   H6      0.43  
128   15  1    1    2  "H2'"   H8      0.43  
129  135  1   76   76  H6      H71     0.42  
130  130  1   11   11  "H2''"  H6      0.42  
131  109  1    9    9  H42     H41     0.42  
132   37  1   68   68  H42     H41     0.42  
133   27  1   28   29  "H2'"   H6      0.42  
134   15  2   16   23  O2      H22     0.41  
135  130  1  102  102  "H2''"  H6      0.41  
136   95  1   73   73  "H4'"   "H1'"   0.41  
137   93  1   73   73  "H3'"   "H1'"   0.41  
138   17  2   95  100  H22     O2      0.40  
139  130  1   63   63  "H2''"  H6      0.40  
140  113  1   74   75  H42     H1      0.40  
141   23  1   28   28  "H4'"   "H1'"   0.40  
142    4  2    1   12  O2      H22     0.39  
143   94  1   73   73  "H4'"   H8      0.39  
144   92  1   60   60  "H3'"   H8      0.39  
145   61  1   83   83  "H4'"   H6      0.39  
146   15  2   55   62  O2      H22     0.38  
147  114  1   74   75  H41     H1      0.38  
148   38  1   55   56  "H1'"   H8      0.38  
149   15  2   94  101  O2      H22     0.37  
150   38  1   81   82  "H1'"   H8      0.37  
151   17  2   69   74  H22     O2      0.36  
152   15  2   29   36  O2      H22     0.36  
153   15  2   42   49  O2      H22     0.36  
154    4  2   14   25  O2      H22     0.36  
155  141  1   12   12  "H2'"   "H1'"   0.36  
156  130  1   89   89  "H2''"  H6      0.36  
157  125  1   36   37  "H2'"   H6      0.36  
158  110  1   87   88  "H1'"   H8      0.35  
159   99  1   34   35  "H2'"   H6      0.35  
160   92  1   73   73  "H3'"   H8      0.35  
161   85  1   85   85  H41     H5      0.35  
162  134  1   24   24  "H4'"   "H1'"   0.34  
163   94  1   34   34  "H4'"   H8      0.34  
164   41  1   29   30  H42     H1      0.34  
165   15  2   68   75  O2      H22     0.33  
166  141  1   77   77  "H2'"   "H1'"   0.33  
167  130  1   76   76  "H2''"  H6      0.33  
168   99  1   99  100  "H2'"   H6      0.33  
169   95  1   47   47  "H4'"   "H1'"   0.33  
170   86  1   46   47  "H1'"   H8      0.33  
171   53  1   43   44  "H2'"   H6      0.33  
172   35  1   55   55  H42     H5      0.33  
173   23  1   67   67  "H4'"   "H1'"   0.33  
174  135  1  102  102  H6      H71     0.32  
175   95  1   21   21  "H4'"   "H1'"   0.32  
176   58  1   83   83  "H2''"  H6      0.32  
177   23  1   93   93  "H4'"   "H1'"   0.32  
178   13  1   53   53  H41     H5      0.32  
179   15  2   81   88  O2      H22     0.31  
180  114  1   35   36  H41     H1      0.31  
181  113  1    9   10  H42     H1      0.31  
182   99  1   86   87  "H2'"   H6      0.31  
183   95  1   86   86  "H4'"   "H1'"   0.31  
184   89  1   34   34  "H1'"   H8      0.31  
185   58  1    5    5  "H2''"  H6      0.31  
186   23  1   15   15  "H4'"   "H1'"   0.31  
187   17  2   82   87  H22     O2      0.30  
188  135  1   37   37  H6      H71     0.30  
189  110  1   48   49  "H1'"   H8      0.30  
190   69  1   71   71  "H2'"   "H1'"   0.30  
191   53  1   69   70  "H2'"   H6      0.30  
192   41  1   16   17  H42     H1      0.30  
193   22  1   67   67  "H4'"   H8      0.30  
194  113  1   61   62  H42     H1      0.29  
195  108  1   61   61  H41     H5      0.29  
196  108  1   87   87  H41     H5      0.29  
197   71  1   84   84  "H3'"   H8      0.29  
198   62  1    5    5  "H4'"   "H1'"   0.29  
199   27  1   54   55  "H2'"   H6      0.29  
200   14  1   14   15  "H1'"   H8      0.29  
201   13  1    1    1  H41     H5      0.29  
202    4  2   40   51  O2      H22     0.28  
203  111  1   22   23  "H2'"   H8      0.28  
204   95  1   60   60  "H4'"   "H1'"   0.28  
205   94  1    8    8  "H4'"   H8      0.28  
206   94  1   47   47  "H4'"   H8      0.28  
207   69  1   58   58  "H2'"   "H1'"   0.28  
208   58  1   18   18  "H2''"  H6      0.28  
209   58  1   96   96  "H2''"  H6      0.28  
210   27  2    6    7  H1      N3      0.27  
211  141  1   90   90  "H2'"   "H1'"   0.27  
212  111  1   35   36  "H2'"   H8      0.27  
213   94  1   60   60  "H4'"   H8      0.27  
214   92  1    8    8  "H3'"   H8      0.27  
215   92  1   34   34  "H3'"   H8      0.27  
216   92  1   47   47  "H3'"   H8      0.27  
217   92  1   86   86  "H3'"   H8      0.27  
218   69  1    6    6  "H2'"   "H1'"   0.27  
219   58  1   70   70  "H2''"  H6      0.27  
220   38  1   16   17  "H1'"   H8      0.27  
221   38  1   29   30  "H1'"   H8      0.27  
222   36  1   68   68  H41     H5      0.27  
223   35  1   94   94  H42     H5      0.27  
224   22  1   54   54  "H4'"   H8      0.27  
225   20  1   93   93  "H3'"   H8      0.27  
226  108  1  100  100  H41     H5      0.26  
227  107  1   48   48  H42     H5      0.26  
228   89  1   21   21  "H1'"   H8      0.26  
229   85  1   59   59  H41     H5      0.26  
230   69  1   32   32  "H2'"   "H1'"   0.26  
231   69  1   45   45  "H2'"   "H1'"   0.26  
232   41  1   68   69  H42     H1      0.26  
233   41  1   94   95  H42     H1      0.26  
234   36  1   29   29  H41     H5      0.26  
235   20  1   54   54  "H3'"   H8      0.26  
236    4  2   66   77  O2      H22     0.25  
237    4  2   79   90  O2      H22     0.25  
238  113  1   48   49  H42     H1      0.25  
239   13  1   27   27  H41     H5      0.25  
240   17  2   56   61  H22     O2      0.24  
241   99  1   60   61  "H2'"   H6      0.24  
242   94  1   99   99  "H4'"   H8      0.24  
243   87  1   20   21  "H2'"   H8      0.24  
244   85  1   98   98  H41     H5      0.24  
245   69  1   97   97  "H2'"   "H1'"   0.24  
246   68  1    6    6  "H2'"   H8      0.24  
247   53  1   82   83  "H2'"   H6      0.24  
248   41  1   42   43  H42     H1      0.24  
249  141  1   38   38  "H2'"   "H1'"   0.23  
250  141  1   51   51  "H2'"   "H1'"   0.23  
251  125  1   49   50  "H2'"   H6      0.23  
252   99  1    8    9  "H2'"   H6      0.23  
253   95  1   34   34  "H4'"   "H1'"   0.23  
254   85  1   33   33  H41     H5      0.23  
255   71  1   45   45  "H3'"   H8      0.23  
256   62  1   70   70  "H4'"   "H1'"   0.23  
257   53  1    4    5  "H2'"   H6      0.23  
258   36  1    3    3  H41     H5      0.23  
259   36  1   81   81  H41     H5      0.23  
260   17  1   80   80  "H1'"   H8      0.23  
261   11  1   40   40  "H5'"   H6      0.23  
262    6  1   66   66  "H2''"  H6      0.23  
263   14  2   81   88  N4      O6      0.22  
264  143  1   12   12  "H3'"   H8      0.22  
265  139  1  103  103  "H1'"   H8      0.22  
266  111  1   87   88  "H2'"   H8      0.22  
267  108  1   35   35  H41     H5      0.22  
268  107  1   74   74  H42     H5      0.22  
269   87  1   59   60  "H2'"   H8      0.22  
270   87  1   98   99  "H2'"   H8      0.22  
271   85  1    7    7  H41     H5      0.22  
272   35  1   42   42  H42     H5      0.22  
273   26  1    2    3  "H1'"   H6      0.22  
274    6  1   27   27  "H2''"  H6      0.22  
275   14  2   16   23  N4      O6      0.21  
276   14  2   55   62  N4      O6      0.21  
277  141  1   64   64  "H2'"   "H1'"   0.21  
278  125  1   62   63  "H2'"   H6      0.21  
279  110  1  100  101  "H1'"   H8      0.21  
280  108  1    9    9  H41     H5      0.21  
281   98  1   60   61  "H1'"   H6      0.21  
282   89  1   86   86  "H1'"   H8      0.21  
283   85  1   20   20  H41     H5      0.21  
284   80  1    7    7  "H4'"   "H1'"   0.21  
285   69  1   84   84  "H2'"   "H1'"   0.21  
286   58  1   31   31  "H2''"  H6      0.21  
287   53  1   95   96  "H2'"   H6      0.21  
288   41  1    3    4  H42     H1      0.21  
289   39  1   42   43  "H2'"   H8      0.21  
290   38  1   68   69  "H1'"   H8      0.21  
291   23  1   54   54  "H4'"   "H1'"   0.21  
292   23  1   80   80  "H4'"   "H1'"   0.21  
293   22  1   41   41  "H4'"   H8      0.21  
294   13  1   66   66  H41     H5      0.21  
295   28  2   19   20  H22     O2      0.20  
296   17  2    4    9  H22     O2      0.20  
297   17  2   17   22  H22     O2      0.20  
298   17  2   43   48  H22     O2      0.20  
299  135  1   50   50  H6      H71     0.20  
300  134  1   63   63  "H4'"   "H1'"   0.20  
301  113  1   35   36  H42     H1      0.20  
302   99  1   21   22  "H2'"   H6      0.20  
303   95  1    8    8  "H4'"   "H1'"   0.20  
304   92  1   99   99  "H3'"   H8      0.20  
305   87  1    7    8  "H2'"   H8      0.20  
306   80  1   33   33  "H4'"   "H1'"   0.20  
307   62  1   31   31  "H4'"   "H1'"   0.20  
308   36  1   42   42  H41     H5      0.20  
309   35  1   81   81  H42     H5      0.20  
310   27  1   67   68  "H2'"   H6      0.20  
311   23  1    2    2  "H4'"   "H1'"   0.20  
312   22  1   28   28  "H4'"   H8      0.20  
313   17  1   93   93  "H1'"   H8      0.20  
314   14  2    3   10  N4      O6      0.19  
315    8  2   54   63  H61     O4      0.19  
316    5  2   54   63  H61     O4      0.19  
317  137  1   11   12  "H2'"   H8      0.19  
318  125  1   88   89  "H2'"   H6      0.19  
319   80  1   59   59  "H4'"   "H1'"   0.19  
320   71  1   71   71  "H3'"   H8      0.19  
321   69  1   19   19  "H2'"   "H1'"   0.19  
322   53  1   56   57  "H2'"   H6      0.19  
323   42  1   16   17  H41     H1      0.19  
324   22  1   80   80  "H4'"   H8      0.19  
325   17  1   67   67  "H1'"   H8      0.19  
326   15  1   40   41  "H2'"   H8      0.19  
327   13  1   92   92  H41     H5      0.19  
328   15  2    3   10  O2      H22     0.18  
329    1  2   79   90  H42     O6      0.18  
330  141  1  103  103  "H2'"   "H1'"   0.18  
331  134  1   37   37  "H4'"   "H1'"   0.18  
332  134  1   76   76  "H4'"   "H1'"   0.18  
333  124  1   10   11  "H1'"   H6      0.18  
334  115  1  101  101  "H1'"   H8      0.18  
335  108  1   48   48  H41     H5      0.18  
336  107  1    9    9  H42     H5      0.18  
337   88  1   20   21  "H2''"  H8      0.18  
338   86  1    7    8  "H1'"   H8      0.18  
339   74  1   98   98  "H1'"   H6      0.18  
340   67  1   58   58  "H1'"   H8      0.18  
341   53  1   30   31  "H2'"   H6      0.18  
342   38  1   94   95  "H1'"   H8      0.18  
343   22  1   15   15  "H4'"   H8      0.18  
344   16  1   66   67  "H2''"  H8      0.18  
345   16  1   79   80  "H2''"  H8      0.18  
346   14  2   42   49  N4      O6      0.17  
347   14  2   68   75  N4      O6      0.17  
348  141  1   25   25  "H2'"   "H1'"   0.17  
349  139  1   77   77  "H1'"   H8      0.17  
350  113  1   87   88  H42     H1      0.17  
351   88  1   85   86  "H2''"  H8      0.17  
352   71  1   97   97  "H3'"   H8      0.17  
353   65  1   31   32  "H2'"   H8      0.17  
354    8  1   27   27  "H4'"   "H1'"   0.17  
355   20  2   30   35  O6      N4      0.16  
356   20  2   95  100  O6      N4      0.16  
357    1  2   66   77  H42     O6      0.16  
358  110  1    9   10  "H1'"   H8      0.16  
359   89  1   47   47  "H1'"   H8      0.16  
360   83  1   72   72  "H5'"   H6      0.16  
361   83  1   85   85  "H5'"   H6      0.16  
362   71  1   32   32  "H3'"   H8      0.16  
363   65  1   44   45  "H2'"   H8      0.16  
364   64  1   83   84  "H1'"   H8      0.16  
365   62  1   18   18  "H4'"   "H1'"   0.16  
366   56  1   70   70  "H1'"   H6      0.16  
367   35  1   16   16  H42     H5      0.16  
368   13  1   14   14  H41     H5      0.16  
369    2  2   79   90  N3      N1      0.15  
370  143  1   77   77  "H3'"   H8      0.15  
371  111  1    9   10  "H2'"   H8      0.15  
372  111  1   74   75  "H2'"   H8      0.15  
373   99  1   73   74  "H2'"   H6      0.15  
374   88  1   33   34  "H2''"  H8      0.15  
375   68  1   45   45  "H2'"   H8      0.15  
376   41  1   81   82  H42     H1      0.15  
377   36  1   94   94  H41     H5      0.15  
378   26  1   93   94  "H1'"   H6      0.15  
379   17  1   15   15  "H1'"   H8      0.15  
380   16  1   53   54  "H2''"  H8      0.15  
381   15  1   14   15  "H2'"   H8      0.15  
382   15  1   79   80  "H2'"   H8      0.15  
383   14  2   29   36  N4      O6      0.14  
384  121  1   10   10  "H4'"   H8      0.14  
385   94  1   86   86  "H4'"   H8      0.14  
386   89  1   73   73  "H1'"   H8      0.14  
387   80  1   98   98  "H4'"   "H1'"   0.14  
388   78  1   85   85  "H2''"  H6      0.14  
389   53  1   17   18  "H2'"   H6      0.14  
390   36  1   16   16  H41     H5      0.14  
391   35  1   68   68  H42     H5      0.14  
392   11  1   53   53  "H5'"   H6      0.14  
393    8  1   92   92  "H4'"   "H1'"   0.14  
394    2  1   53   53  "H1'"   H6      0.14  
395   16  2    4    9  H1      N3      0.13  
396  128  1   76   76  "H1'"   H6      0.13  
397  117  1  101  101  "H2'"   "H1'"   0.13  
398  110  1   35   36  "H1'"   H8      0.13  
399  108  1   22   22  H41     H5      0.13  
400  108  1   74   74  H41     H5      0.13  
401   99  1   47   48  "H2'"   H6      0.13  
402   98  1   86   87  "H1'"   H6      0.13  
403   81  1   72   72  "H4'"   H6      0.13  
404   67  1   32   32  "H1'"   H8      0.13  
405   64  1    5    6  "H1'"   H8      0.13  
406   43  1   56   56  "H1'"   H8      0.13  
407   41  1   55   56  H42     H1      0.13  
408   26  1   54   55  "H1'"   H6      0.13  
409   17  2   30   35  H22     O2      0.12  
410  137  1   37   38  "H2'"   H8      0.12  
411  135  1   89   89  H6      H71     0.12  
412  121  1   23   23  "H4'"   H8      0.12  
413  111  1   48   49  "H2'"   H8      0.12  
414   92  1   21   21  "H3'"   H8      0.12  
415   81  1   59   59  "H4'"   H6      0.12  
416   80  1   20   20  "H4'"   "H1'"   0.12  
417   58  1   57   57  "H2''"  H6      0.12  
418   56  1   57   57  "H1'"   H6      0.12  
419   56  1   96   96  "H1'"   H6      0.12  
420   15  1   27   28  "H2'"   H8      0.12  
421    9  1   27   27  "H4'"   H6      0.12  
422    6  1   79   79  "H2''"  H6      0.12  
423   28  2    6    7  H22     O2      0.11  
424  125  1   75   76  "H2'"   H6      0.11  
425   98  1   21   22  "H1'"   H6      0.11  
426   85  1   46   46  H41     H5      0.11  
427   83  1   59   59  "H5'"   H6      0.11  
428   80  1   72   72  "H4'"   "H1'"   0.11  
429   64  1   70   71  "H1'"   H8      0.11  
430   56  1   83   83  "H1'"   H6      0.11  
431   43  1   95   95  "H1'"   H8      0.11  
432   35  1    3    3  H42     H5      0.11  
433   26  1   28   29  "H1'"   H6      0.11  
434   22  1    2    2  "H4'"   H8      0.11  
435    4  2   53   64  O2      H22     0.10  
436    1  2   40   51  H42     O6      0.10  
437  125  1  101  102  "H2'"   H6      0.10  
438  110  1   74   75  "H1'"   H8      0.10  
439   86  1   98   99  "H1'"   H8      0.10  
440   45  1   43   43  "H2'"   "H1'"   0.10  
441   45  1   69   69  "H2'"   "H1'"   0.10  
442   43  1    4    4  "H1'"   H8      0.10  
443   17  1   41   41  "H1'"   H8      0.10  
444   15  1   66   67  "H2'"   H8      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  mogul                  "1.8.5 (274361), CSD as541be (2020)"                                  Y  
3  chemicalshiftanalysis  2.37.1                                                                Y  
4  panav                  "Wang et al. (2010)"                                                  Y  
5  rci                    "v_1n_11_5_13_A (Berjanski et al., 2005)"                             N  
6  restraintsanalysis     v1.2                                                                  Y  
7  percentiles            "20191225.v01 (using entries in the PDB archive December 25th 2019)"  N  
##
