data_2MIW

loop_
_pdbx_vrpt_database.id
_pdbx_vrpt_database.code
PDB   2MIW   
BMRB  19696  
#
_pdbx_vrpt_exptl.ordinal  1
_pdbx_vrpt_exptl.method   nmr
#
_pdbx_vrpt_summary.entry_id                    2MIW
_pdbx_vrpt_summary.PDB_deposition_date         2013-12-20
_pdbx_vrpt_summary.PDB_revision_number         3
_pdbx_vrpt_summary.PDB_revision_date           2024-05-01
_pdbx_vrpt_summary.report_creation_date        2024-04-21:09:09
_pdbx_vrpt_summary.attempted_validation_steps  mogul,buster-report,molprobity,validation-pack,coreclust,chemicalshiftanalysis,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*CP*AP*TP*CP*GP*CP*TP*AP*CP*C)-3')"  
2  polymer      "DNA_(5'-D(*GP*GP*TP*AP*GP*CP*GP*AP*TP*GP*G)-3')"  
3  non-polymer  (11R,12R,13R)-11,12,13,14-tetrahydronaphtho[1,2,3,4-pqr]tetraphene-11,12,13-triol  
#
loop_
_pdbx_vrpt_asym.label_asym_id
_pdbx_vrpt_asym.entity_id
A  1  
B  2  
C  3  
#
loop_
_pdbx_vrpt_percentile_list.id
_pdbx_vrpt_percentile_list.range
_pdbx_vrpt_percentile_list.exp_method
1  all  pdb    
2  nmr  x-ray  
#
_pdbx_vrpt_percentile_type.id    1
_pdbx_vrpt_percentile_type.type  all_atom_clashscore
#
loop_
_pdbx_vrpt_percentile_conditions.id
_pdbx_vrpt_percentile_conditions.percentile_list_id
_pdbx_vrpt_percentile_conditions.type_id
_pdbx_vrpt_percentile_conditions.rank
_pdbx_vrpt_percentile_conditions.number_entries_total
_pdbx_vrpt_percentile_conditions.res_high
_pdbx_vrpt_percentile_conditions.res_low
1  1  1   99.94  158937  ?     ?     
2  2  1  100.00   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  4.35  3.07  239  365  
2  1  2  B  B  4.10  3.17  259  400  
#
_pdbx_vrpt_summary_geometry.ordinal                 1
_pdbx_vrpt_summary_geometry.clashscore_full_length  0.00
_pdbx_vrpt_summary_geometry.num_H_reduce            250
_pdbx_vrpt_summary_geometry.num_bonds_RMSZ          498
_pdbx_vrpt_summary_geometry.bonds_RMSZ              3.12
_pdbx_vrpt_summary_geometry.num_angles_RMSZ         765
_pdbx_vrpt_summary_geometry.angles_RMSZ             4.22
#
_pdbx_vrpt_summary_nmr.exp_method                               nmr
_pdbx_vrpt_summary_nmr.ordinal                                  1
_pdbx_vrpt_summary_nmr.chemical_shift_completeness              29.16
_pdbx_vrpt_summary_nmr.chemical_shift_completeness_full_length  29.16
#
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_plane_outliers
_pdbx_vrpt_model_instance.count_mogul_bond_outliers
_pdbx_vrpt_model_instance.count_mogul_angle_outliers
 1  1  1  A   1  DC   A    1  .  ?        2     7     ?     ?     ?  
 2  1  1  A   2  DC   A    2  .  ?        2     3     ?     ?     ?  
 3  1  1  A   3  DA   A    3  .  ?        1     7     ?     ?     ?  
 4  1  1  A   4  DT   A    4  .  ?        4     5     1     ?     ?  
 5  1  1  A   5  DC   A    5  .  ?        4     5     ?     ?     ?  
 6  1  1  A   6  DG   A    6  .  ?        1     7     1     ?     ?  
 7  1  1  A   7  DC   A    7  .  ?        1     4     1     ?     ?  
 8  1  1  A   8  DT   A    8  .  ?        5     7     1     ?     ?  
 9  1  1  A   9  DA   A    9  .  ?        1     7     1     ?     ?  
10  1  1  A  10  DC   A   10  .  ?        4     7     1     ?     ?  
11  1  1  A  11  DC   A   11  .  ?        1     5     1     ?     ?  
12  1  2  B   1  DG   B   12  .  ?        4     7     1     ?     ?  
13  1  2  B   2  DG   B   13  .  ?        3     7     1     ?     ?  
14  1  2  B   3  DT   B   14  .  ?        ?     9     1     ?     ?  
15  1  2  B   4  DA   B   15  .  ?        5     9     1     ?     ?  
16  1  2  B   5  DG   B   16  .  ?        2     6     1     ?     ?  
17  1  2  B   6  DC   B   17  .  ?        2     4     1     ?     ?  
18  1  2  B   7  DG   B   18  .  ?        3    11     1     ?     ?  
19  1  2  B   8  DA   B   19  .  ?        2     6     1     ?     ?  
20  1  2  B   9  DT   B   20  .  ?        1     5     ?     ?     ?  
21  1  2  B  10  DG   B   21  .  ?        2    10     ?     ?     ?  
22  1  2  B  11  DG   B   22  .  ?        1     6     1     ?     ?  
23  1  3  C   .  2QL  A  101  .  ?        ?     ?     ?     8     5  
#
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  10  18  3.31  28  5.16  molprobity  
 2   2   9  21  3.15  32  2.86  molprobity  
 3   3  11  24  2.95  37  3.87  molprobity  
 4   4  12  22  2.93  34  3.70  molprobity  
 5   5   9  21  3.70  32  4.74  molprobity  
 6   6  10  25  3.00  39  4.36  molprobity  
 7   7  11  21  2.65  32  3.41  molprobity  
 8   8  12  22  4.07  34  5.15  molprobity  
 9   9  11  24  2.06  37  5.10  molprobity  
10  10   9  21  3.19  32  4.72  molprobity  
11  11  12  20  2.30  28  4.12  molprobity  
12  12  10  22  3.89  35  4.51  molprobity  
13  13   8  25  3.50  39  3.15  molprobity  
14  14  12  22  2.62  34  4.83  molprobity  
15  15  11  24  3.71  37  4.40  molprobity  
16  16  11  25  2.94  39  3.41  molprobity  
17  17   9  21  2.71  32  4.09  molprobity  
18  18  11  25  2.85  39  4.45  molprobity  
19  19  11  24  2.62  37  3.80  molprobity  
20  20  12  22  2.93  34  3.21  molprobity  
21  21  10  25  3.70  39  4.11  molprobity  
22  22  12  24  2.97  35  4.79  molprobity  
23  23  17  32  1.39  46  1.43  mogul       
#
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   4  sidechain  0.09  
 2   6  sidechain  0.13  
 3   7  sidechain  0.11  
 4   8  sidechain  0.07  
 5   9  sidechain  0.14  
 6  10  sidechain  0.08  
 7  11  sidechain  0.08  
 8  12  sidechain  0.08  
 9  13  sidechain  0.07  
10  14  sidechain  0.07  
11  15  sidechain  0.06  
12  16  sidechain  0.13  
13  17  sidechain  0.11  
14  18  sidechain  0.11  
15  19  sidechain  0.13  
16  22  sidechain  0.14  
#
loop_
_pdbx_vrpt_instance_intra_bond_outliers.ordinal
_pdbx_vrpt_instance_intra_bond_outliers.instance_id
_pdbx_vrpt_instance_intra_bond_outliers.atom_1
_pdbx_vrpt_instance_intra_bond_outliers.atom_2
_pdbx_vrpt_instance_intra_bond_outliers.obs
_pdbx_vrpt_instance_intra_bond_outliers.mean
_pdbx_vrpt_instance_intra_bond_outliers.stdev
_pdbx_vrpt_instance_intra_bond_outliers.Z
 1   1  C4     N4     1.286  1.335  0.009   -5.47  
 2   1  "C4'"  "O4'"  1.373  1.446  0.010   -7.33  
 3   2  C2     O2     1.172  1.240  0.009   -7.54  
 4   2  C4     N4     1.272  1.335  0.009   -6.99  
 5   3  C5     C4     1.425  1.383  0.007    6.00  
 6   4  C2     N3     1.417  1.373  0.008    5.46  
 7   4  "C3'"  "C2'"  1.436  1.518  0.012   -6.79  
 8   4  "C4'"  "O4'"  1.391  1.446  0.010   -5.46  
 9   4  C5     C7     1.528  1.496  0.006    5.29  
10   5  C2     N3     1.417  1.353  0.008    8.01  
11   5  C4     N4     1.273  1.335  0.009   -6.91  
12   5  C5     C6     1.394  1.339  0.008    6.84  
13   5  P      "O5'"  1.521  1.593  0.010   -7.19  
14   6  N3     C4     1.313  1.350  0.007   -5.28  
15   7  "C4'"  "C3'"  1.593  1.529  0.010    6.38  
16   8  "C2'"  "C1'"  1.467  1.518  0.010   -5.08  
17   8  "C3'"  "C2'"  1.453  1.518  0.012   -5.39  
18   8  C5     C7     1.526  1.496  0.006    5.04  
19   8  N1     C6     1.451  1.378  0.007   10.49  
20   8  P      "O5'"  1.665  1.593  0.010    7.17  
21   9  "C5'"  "C4'"  1.566  1.509  0.011    5.16  
22  10  C2     N3     1.400  1.353  0.008    5.87  
23  10  "C3'"  "C2'"  1.453  1.518  0.012   -5.41  
24  10  C4     C5     1.377  1.425  0.008   -5.94  
25  10  C4     N4     1.274  1.335  0.009   -6.75  
26  11  C2     N3     1.398  1.353  0.008    5.62  
27  12  C2     N2     1.270  1.341  0.010   -7.10  
28  12  C2     N3     1.387  1.323  0.008    7.98  
29  12  C5     C6     1.498  1.419  0.010    7.93  
30  12  N1     C2     1.313  1.373  0.008   -7.51  
31  13  C2     N2     1.290  1.341  0.010   -5.13  
32  13  C6     N1     1.331  1.391  0.007   -8.63  
33  13  C8     N7     1.261  1.305  0.006   -7.40  
34  15  "C3'"  "C2'"  1.586  1.518  0.012    5.64  
35  15  "C5'"  "C4'"  1.581  1.509  0.011    6.52  
36  15  C6     N6     1.292  1.335  0.008   -5.36  
37  15  C8     N7     1.229  1.311  0.007  -11.70  
38  15  P      "O5'"  1.535  1.593  0.010   -5.79  
39  16  C6     O6     1.283  1.237  0.009    5.12  
40  16  N3     C4     1.405  1.350  0.007    7.89  
41  17  C4     N4     1.290  1.335  0.009   -5.03  
42  17  N3     C4     1.289  1.335  0.007   -6.62  
43  18  "C4'"  "O4'"  1.377  1.446  0.010   -6.91  
44  18  C8     N7     1.337  1.305  0.006    5.35  
45  18  N7     C5     1.424  1.388  0.006    5.97  
46  19  "C4'"  "C3'"  1.607  1.529  0.010    7.78  
47  19  C8     N7     1.351  1.311  0.007    5.70  
48  20  C5     C7     1.562  1.496  0.006   11.08  
49  21  C6     N1     1.303  1.391  0.007  -12.59  
50  21  "O4'"  "C1'"  1.482  1.418  0.012    5.32  
51  22  N9     C4     1.425  1.375  0.008    6.23  
#
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     113.161  119.900  0.500  -13.48  ?     
  2   1  "C4'"  "C3'"  "C2'"  108.319  103.100  0.900    5.80  ?     
  3   1  C5     C4     N4     114.858  120.200  0.700   -7.63  ?     
  4   1  C5     C6     N1     117.540  121.000  0.500   -6.92  ?     
  5   1  N3     C2     O2     117.365  121.900  0.700   -6.48  ?     
  6   1  N3     C4     C5     126.663  121.900  0.400   11.91  ?     
  7   1  "O4'"  "C1'"  N1     115.596  108.000  0.700   10.85  ?     
  8   2  "C1'"  "O4'"  "C4'"  100.467  110.100  1.000   -9.63  ?     
  9   2  C5     C4     N4     123.950  120.200  0.700    5.36  ?     
 10   2  N3     C4     N4     113.972  118.000  0.700   -5.75  ?     
 11   3  P      "O3'"  "C3'"  127.153  119.700  1.200    6.21  Y     
 12   3  C4     C5     C6     111.918  117.000  0.500  -10.16  ?     
 13   3  C6     C5     N7     137.601  132.300  0.700    7.57  ?     
 14   3  C6     N1     C2     122.523  118.600  0.600    6.54  ?     
 15   3  C8     N9     C4     102.541  105.800  0.400   -8.15  ?     
 16   3  N7     C8     N9     118.511  113.800  0.500    9.42  ?     
 17   3  "O4'"  "C1'"  N9     104.198  108.000  0.700   -5.43  ?     
 18   4  "C1'"  "O4'"  "C4'"  104.355  110.100  1.000   -5.75  ?     
 19   4  C6     N1     C2     117.422  121.300  0.500   -7.75  ?     
 20   4  N3     C2     O2     117.044  122.300  0.600   -8.76  ?     
 21   4  "O4'"  "C1'"  "C2'"  101.344  105.900  0.800   -5.70  ?     
 22   4  "O4'"  "C4'"  "C3'"  111.374  106.000  0.600    8.96  ?     
 23   5  P      "O3'"  "C3'"  126.830  119.700  1.200    5.94  Y     
 24   5  C2     N3     C4     117.092  119.900  0.500   -5.62  ?     
 25   5  "C3'"  "C2'"  "C1'"   93.286  102.500  1.200   -7.68  ?     
 26   5  C6     N1     C2     122.452  120.300  0.400    5.38  ?     
 27   5  "O4'"  "C1'"  N1     121.858  108.000  0.700   19.80  ?     
 28   6  "C1'"  "O4'"  "C4'"  104.530  110.100  1.000   -5.57  ?     
 29   6  C2     N3     C4     114.433  111.900  0.500    5.07  ?     
 30   6  C4     C5     N7     108.426  110.800  0.400   -5.93  ?     
 31   6  N1     C2     N2     110.906  116.200  0.900   -5.88  ?     
 32   6  N3     C2     N2     126.927  119.900  0.700   10.04  ?     
 33   6  "O4'"  "C1'"  N9     116.431  108.000  0.700   12.04  ?     
 34   6  "O4'"  "C4'"  "C3'"   97.311  106.000  0.600  -14.48  ?     
 35   7  C2     N3     C4     115.209  119.900  0.500   -9.38  ?     
 36   7  C5     C6     N1     117.377  121.000  0.500   -7.25  ?     
 37   7  N3     C4     N4     113.588  118.000  0.700   -6.30  ?     
 38   7  "O4'"  "C1'"  "C2'"  100.289  105.900  0.800   -7.01  ?     
 39   8  "C1'"  "O4'"  "C4'"  103.019  110.100  1.000   -7.08  ?     
 40   8  C4     C5     C6     125.296  118.000  0.600   12.16  ?     
 41   8  C5     C4     O4     128.486  124.900  0.700    5.12  ?     
 42   8  C5     C6     N1     117.673  123.700  0.600  -10.04  ?     
 43   8  C6     C5     C7     115.777  122.900  0.600  -11.87  ?     
 44   8  N1     C2     N3     120.048  114.600  0.600    9.08  ?     
 45   8  N3     C2     O2     114.361  122.300  0.600  -13.23  ?     
 46   9  "C4'"  "C3'"  "C2'"  108.922  103.100  0.900    6.47  ?     
 47   9  C4     C5     C6     113.867  117.000  0.500   -6.26  ?     
 48   9  C5     C6     N6     132.618  123.700  0.800   11.15  ?     
 49   9  C5     N7     C8     101.128  103.900  0.500   -5.54  ?     
 50   9  N1     C6     N6     105.155  118.600  0.600  -22.41  ?     
 51   9  N9     C4     C5     103.650  105.800  0.400   -5.37  ?     
 52   9  "O4'"  "C1'"  N9     114.071  108.000  0.700    8.67  ?     
 53  10  C2     N3     C4     116.109  119.900  0.500   -7.58  ?     
 54  10  C4     C5     C6     114.420  117.400  0.500   -5.96  ?     
 55  10  N1     C2     O2     123.735  118.900  0.600    8.06  ?     
 56  10  N3     C2     O2     118.251  121.900  0.700   -5.21  ?     
 57  10  N3     C4     C5     124.925  121.900  0.400    7.56  ?     
 58  10  N3     C4     N4     109.170  118.000  0.700  -12.61  ?     
 59  10  "O4'"  "C1'"  N1     118.707  108.000  0.700   15.30  ?     
 60  11  C6     N1     C2     122.403  120.300  0.400    5.26  ?     
 61  11  N1     C2     O2     124.476  118.900  0.600    9.29  ?     
 62  11  "O4'"  "C1'"  "C2'"   99.922  105.900  0.800   -7.47  ?     
 63  11  "O4'"  "C1'"  N1     117.376  108.000  0.700   13.39  ?     
 64  11  "O4'"  "C4'"  "C3'"  101.566  104.500  0.400   -7.33  ?     
 65  12  C8     N9     C4     109.355  106.400  0.400    7.39  ?     
 66  12  N1     C2     N2     110.760  116.200  0.900   -6.04  ?     
 67  12  N3     C2     N2     124.069  119.900  0.700    5.96  ?     
 68  12  N3     C4     C5     124.274  128.600  0.500   -8.65  ?     
 69  12  N3     C4     N9     131.046  126.000  0.600    8.41  ?     
 70  12  N7     C8     N9     110.038  113.100  0.500   -6.12  ?     
 71  12  "O4'"  "C1'"  N9     118.408  108.000  0.700   14.87  ?     
 72  13  P      "O3'"  "C3'"  127.129  119.700  1.200    6.19  Y     
 73  13  C4     C5     C6     114.635  118.800  0.600   -6.94  ?     
 74  13  C5     C6     O6     125.313  128.600  0.600   -5.48  ?     
 75  13  C6     C5     N7     133.839  130.400  0.600    5.73  ?     
 76  13  C6     N1     C2     128.261  125.100  0.600    5.27  ?     
 77  13  N7     C8     N9     115.988  113.100  0.500    5.78  ?     
 78  13  N9     C4     C5     103.098  105.400  0.400   -5.75  ?     
 79  14  P      "O3'"  "C3'"  129.631  119.700  1.200    8.28  Y     
 80  14  C4     C5     C6     121.998  118.000  0.600    6.66  ?     
 81  14  C5     C4     O4     129.883  124.900  0.700    7.12  ?     
 82  14  C5     C6     N1     116.745  123.700  0.600  -11.59  ?     
 83  14  C6     C5     C7     117.279  122.900  0.600   -9.37  ?     
 84  14  N3     C2     O2     115.930  122.300  0.600  -10.62  ?     
 85  14  N3     C4     O4     114.584  119.900  0.600   -8.86  ?     
 86  14  "O4'"  "C1'"  "C2'"   99.512  105.900  0.800   -7.99  ?     
 87  14  "O4'"  "C1'"  N1     112.446  108.000  0.700    6.35  ?     
 88  15  P      "O3'"  "C3'"  125.729  119.700  1.200    5.02  Y     
 89  15  "C1'"  "O4'"  "C4'"  104.504  110.100  1.000   -5.60  ?     
 90  15  C4     C5     C6     113.229  117.000  0.500   -7.54  ?     
 91  15  C5     C6     N6     129.990  123.700  0.800    7.86  ?     
 92  15  N1     C2     N3     125.549  129.300  0.500   -7.50  ?     
 93  15  N1     C6     N6     109.823  118.600  0.600  -14.63  ?     
 94  15  N3     C4     C5     130.408  126.800  0.700    5.15  ?     
 95  15  N9     C4     C5     102.290  105.800  0.400   -8.78  ?     
 96  15  "O4'"  "C1'"  N9     111.597  108.000  0.700    5.14  ?     
 97  16  "C1'"  "O4'"  "C4'"  104.166  110.100  1.000   -5.93  ?     
 98  16  C4     C5     N7     108.408  110.800  0.400   -5.98  ?     
 99  16  C8     N9     C4     103.873  106.400  0.400   -6.32  ?     
100  16  N1     C2     N3     127.402  123.900  0.600    5.84  ?     
101  16  N3     C4     C5     125.477  128.600  0.500   -6.25  ?     
102  16  "O4'"  "C1'"  N9     112.873  108.000  0.700    6.96  ?     
103  17  C2     N3     C4     122.691  119.900  0.500    5.58  ?     
104  17  N3     C4     C5     119.734  121.900  0.400   -5.42  ?     
105  17  N3     C4     N4     122.366  118.000  0.700    6.24  ?     
106  17  "O4'"  "C1'"  N1     118.825  108.000  0.700   15.46  ?     
107  18  "C1'"  "O4'"  "C4'"  117.709  110.100  1.000    7.61  ?     
108  18  C4     C5     C6     114.651  118.800  0.600   -6.91  ?     
109  18  C5     C6     N1     116.377  111.500  0.500    9.75  ?     
110  18  C6     C5     N7     135.054  130.400  0.600    7.76  ?     
111  18  C6     N1     C2     120.766  125.100  0.600   -7.22  ?     
112  18  C8     N9     C4     103.454  106.400  0.400   -7.37  ?     
113  18  N1     C6     O6     116.426  119.900  0.600   -5.79  ?     
114  18  N3     C4     N9     122.422  126.000  0.600   -5.96  ?     
115  18  "O4'"  "C1'"  "C2'"  101.310  105.900  0.800   -5.74  ?     
116  18  "O4'"  "C1'"  N9     113.643  108.000  0.700    8.06  ?     
117  18  "O4'"  "C4'"  "C3'"  100.350  106.000  0.600   -9.42  ?     
118  19  "O3'"  P      "O5'"  114.051  104.000  1.900    5.29  Y     
119  19  C5     C6     N6     131.084  123.700  0.800    9.23  ?     
120  19  C5     N7     C8     100.855  103.900  0.500   -6.09  ?     
121  19  N1     C6     N6     110.119  118.600  0.600  -14.13  ?     
122  19  "O4'"  "C1'"  N9     113.087  108.000  0.700    7.27  ?     
123  19  P      "O5'"  "C5'"  129.569  120.900  1.600    5.42  ?     
124  20  C4     C5     C7     122.196  119.000  0.600    5.33  ?     
125  20  N3     C2     O2     118.431  122.300  0.600   -6.45  ?     
126  20  N3     C4     O4     115.390  119.900  0.600   -7.52  ?     
127  20  "O4'"  "C4'"  "C3'"  109.470  106.000  0.600    5.78  ?     
128  20  "O5'"  P      OP2    101.118  105.700  0.900   -5.09  ?     
129  21  "C1'"  "O4'"  "C4'"  102.601  110.100  1.000   -7.50  ?     
130  21  "C4'"  "C3'"  "C2'"   98.566  103.100  0.900   -5.04  ?     
131  21  C4     C5     N7     108.148  110.800  0.400   -6.63  ?     
132  21  C5     C6     N1     115.211  111.500  0.500    7.42  ?     
133  21  C5     C6     O6     124.099  128.600  0.600   -7.50  ?     
134  21  C5     N7     C8     107.536  104.300  0.500    6.47  ?     
135  21  C6     C5     N7     134.903  130.400  0.600    7.50  ?     
136  21  N9     C4     C5     107.617  105.400  0.400    5.54  ?     
137  21  "O4'"  "C1'"  "C2'"   99.571  105.900  0.800   -7.91  ?     
138  21  "O4'"  "C4'"  "C3'"  109.551  106.000  0.600    5.92  ?     
139  22  "C4'"  "C3'"  "C2'"  108.006  103.100  0.900    5.45  ?     
140  22  C5     C6     O6     137.236  128.600  0.600   14.39  ?     
141  22  C8     N9     C4     103.370  106.400  0.400   -7.58  ?     
142  22  N1     C6     O6     109.377  119.900  0.600  -17.54  ?     
143  22  N7     C8     N9     116.267  113.100  0.500    6.33  ?     
144  22  "O4'"  "C1'"  N9     112.165  108.000  0.700    5.95  ?     
#
loop_
_pdbx_vrpt_instance_mogul_bond_outliers.ordinal
_pdbx_vrpt_instance_mogul_bond_outliers.instance_id
_pdbx_vrpt_instance_mogul_bond_outliers.atom_1
_pdbx_vrpt_instance_mogul_bond_outliers.atom_2
_pdbx_vrpt_instance_mogul_bond_outliers.obsval
_pdbx_vrpt_instance_mogul_bond_outliers.mean
_pdbx_vrpt_instance_mogul_bond_outliers.numobs
_pdbx_vrpt_instance_mogul_bond_outliers.stdev
_pdbx_vrpt_instance_mogul_bond_outliers.Zscore
_pdbx_vrpt_instance_mogul_bond_outliers.mindiff
1  23  C12  C11  1.57  1.52     24  0.02   2.07  0.01  
2  23  C10  C16  1.40  1.36   1248  0.02   2.27  0.00  
3  23  C15  C16  1.41  1.37     25  0.02   2.06  0.00  
4  23  C10  C17  1.36  1.42  10000  0.02  -2.42  0.00  
5  23  C8   C9   1.40  1.35  10000  0.03   2.06  0.00  
6  23  C6   C5   1.43  1.36  10000  0.02   2.79  0.00  
7  23  C3   C4   1.41  1.36  10000  0.02   2.05  0.00  
8  23  C15  C19  1.47  1.42     50  0.02   2.69  0.01  
#
loop_
_pdbx_vrpt_instance_mogul_angle_outliers.ordinal
_pdbx_vrpt_instance_mogul_angle_outliers.instance_id
_pdbx_vrpt_instance_mogul_angle_outliers.atom_1
_pdbx_vrpt_instance_mogul_angle_outliers.atom_2
_pdbx_vrpt_instance_mogul_angle_outliers.atom_3
_pdbx_vrpt_instance_mogul_angle_outliers.obsval
_pdbx_vrpt_instance_mogul_angle_outliers.mean
_pdbx_vrpt_instance_mogul_angle_outliers.numobs
_pdbx_vrpt_instance_mogul_angle_outliers.stdev
_pdbx_vrpt_instance_mogul_angle_outliers.Zscore
_pdbx_vrpt_instance_mogul_angle_outliers.mindiff
1  23  C15  C14  C13  116.06  111.19     37  2.38   2.04  0.43  
2  23  O11  C11  C16  101.65  110.49    327  1.97  -4.48  2.62  
3  23  C9   C17  C10  117.45  122.02  10000  1.77  -2.59  0.00  
4  23  C9   C8   C20  118.09  121.36  10000  1.54  -2.12  0.01  
5  23  C14  C15  C16  116.86  121.09     55  1.82  -2.32  0.42  
#
_pdbx_vrpt_chemical_shift_list.ordinal                           1
_pdbx_vrpt_chemical_shift_list.file_id                           2
_pdbx_vrpt_chemical_shift_list.file_name                         working_cs.cif
_pdbx_vrpt_chemical_shift_list.block_name                        assigned_chem_shift_list_1
_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           154
_pdbx_vrpt_chemical_shift_list.number_of_parsed_shifts           154
_pdbx_vrpt_chemical_shift_list.total_number_of_shifts            154
_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  128  311  439  overall  Total  
 2   97  167  264  sugar    Total  
 3   31  144  175  base     Total  
 4  128  135  263  overall  H      
 5   97   57  154  sugar    H      
 6   31   78  109  base     H      
 7    0  147  147  overall  C      
 8    0  110  110  sugar    C      
 9    0   37   37  base     C      
10    0   29   29  overall  N      
11    0   29   29  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  128  311  439  overall  Total  
 2   97  167  264  sugar    Total  
 3   31  144  175  base     Total  
 4  128  135  263  overall  H      
 5   97   57  154  sugar    H      
 6   31   78  109  base     H      
 7    0  147  147  overall  C      
 8    0  110  110  sugar    C      
 9    0   37   37  base     C      
10    0   29   29  overall  N      
11    0   29   29  base     N      
#
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  2.36.2                                                                Y  
4  panav                  "Wang et al. (2010)"                                                  Y  
5  rci                    "v_1n_11_5_13_A (Berjanski et al., 2005)"                             N  
6  percentiles            "20191225.v01 (using entries in the PDB archive December 25th 2019)"  N  
##
