data_8F24

_pdbx_vrpt_database.id    PDB
_pdbx_vrpt_database.code  8F24
#
_pdbx_vrpt_exptl.ordinal  1
_pdbx_vrpt_exptl.method   x-ray
#
_pdbx_vrpt_summary.entry_id                    8F24
_pdbx_vrpt_summary.PDB_deposition_date         2022-11-07
_pdbx_vrpt_summary.PDB_revision_number         4
_pdbx_vrpt_summary.PDB_revision_date           2024-04-17
_pdbx_vrpt_summary.RNA_suiteness               0.00
_pdbx_vrpt_summary.report_creation_date        2024-04-08:16:38
_pdbx_vrpt_summary.attempted_validation_steps  molprobity,validation-pack,xtriage,eds,mogul,percentiles,writexml,writecif,writepdf
_pdbx_vrpt_summary.ligands_for_buster_report   N
#
loop_
_pdbx_vrpt_entity.id
_pdbx_vrpt_entity.type
_pdbx_vrpt_entity.description
1  polymer      "Mirror-image RNA 0G-XEC-0G-0U-0A-0C-0A-0C"  
2  non-polymer  "SULFATE ION"  
3  water        water  
#
loop_
_pdbx_vrpt_asym.label_asym_id
_pdbx_vrpt_asym.entity_id
A  1  
B  1  
C  1  
D  1  
E  1  
F  1  
G  2  
H  2  
I  2  
J  2  
K  2  
L  3  
M  3  
N  3  
O  3  
P  3  
Q  3  
#
loop_
_pdbx_vrpt_percentile_list.id
_pdbx_vrpt_percentile_list.range
_pdbx_vrpt_percentile_list.exp_method
1  all  x-ray  
2  3.2  x-ray  
#
loop_
_pdbx_vrpt_percentile_type.id
_pdbx_vrpt_percentile_type.type
1  all_atom_clashscore   
2  R_value_R_free        
3  RNAsuiteness_percent  
#
loop_
_pdbx_vrpt_percentile_conditions.id
_pdbx_vrpt_percentile_conditions.percentile_list_id
_pdbx_vrpt_percentile_conditions.type_id
_pdbx_vrpt_percentile_conditions.rank
_pdbx_vrpt_percentile_conditions.number_entries_total
_pdbx_vrpt_percentile_conditions.res_high
_pdbx_vrpt_percentile_conditions.res_low
1  1  1   8.18  141614     ?     ?  
2  2  1  36.19    1253  3.20  3.20  
3  1  2   8.24  130704     ?     ?  
4  2  2  31.63    1133  3.20  3.20  
5  1  3   4.38    3102     ?     ?  
6  2  3   2.48    1010  2.90  3.50  
#
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
1  1  1  A  C  
2  1  1  B  A  
3  1  1  C  E  
4  1  1  D  D  
5  1  1  E  B  
6  1  1  F  F  
#
_pdbx_vrpt_summary_geometry.ordinal       1
_pdbx_vrpt_summary_geometry.clashscore    21.03
_pdbx_vrpt_summary_geometry.num_H_reduce  395
#
_pdbx_vrpt_summary_diffraction.exp_method                x-ray
_pdbx_vrpt_summary_diffraction.ordinal                   1
_pdbx_vrpt_summary_diffraction.Babinet_b                 400.000
_pdbx_vrpt_summary_diffraction.bulk_solvent_b            7.718
_pdbx_vrpt_summary_diffraction.Wilson_B_estimate         54.855
_pdbx_vrpt_summary_diffraction.I_over_sigma              53.97(3.22A)
_pdbx_vrpt_summary_diffraction.num_miller_indices        2811
_pdbx_vrpt_summary_diffraction.Babinet_k                 0.431
_pdbx_vrpt_summary_diffraction.bulk_solvent_k            0.162
_pdbx_vrpt_summary_diffraction.Padilla_Yeates_L_mean     0.489
_pdbx_vrpt_summary_diffraction.Padilla_Yeates_L2_mean    0.318
_pdbx_vrpt_summary_diffraction.Fo_Fc_correlation         0.919
_pdbx_vrpt_summary_diffraction.DCC_R                     0.22
_pdbx_vrpt_summary_diffraction.DCC_Rfree                 0.29
_pdbx_vrpt_summary_diffraction.EDS_R                     0.22
_pdbx_vrpt_summary_diffraction.EDS_res_high              3.20
_pdbx_vrpt_summary_diffraction.EDS_res_low               19.94
_pdbx_vrpt_summary_diffraction.Wilson_B_aniso            "[62.303,62.303,43.915,-0.000,0.000,0.000]"
_pdbx_vrpt_summary_diffraction.data_anisotropy           0.327
_pdbx_vrpt_summary_diffraction.trans_NCS_details         "The analyses of the Patterson function reveals a significant off-origin peak that is 21.99 % of the origin peak, indicating pseudo-translational symmetry.  The chance of finding a peak of this or larger height by random in a structure without pseudo-translational symmetry is equal to 6.2471e-03. The detected translational NCS is most likely also responsible for the elevated intensity ratio.  See the relevant section of the logfile for more details."
_pdbx_vrpt_summary_diffraction.B_factor_type             FULL
_pdbx_vrpt_summary_diffraction.acentric_outliers         0
_pdbx_vrpt_summary_diffraction.centric_outliers          1
_pdbx_vrpt_summary_diffraction.data_completeness         98.25
_pdbx_vrpt_summary_diffraction.number_reflns_R_free      277
_pdbx_vrpt_summary_diffraction.percent_free_reflections  9.85
_pdbx_vrpt_summary_diffraction.PDB_resolution_high       3.20
_pdbx_vrpt_summary_diffraction.PDB_resolution_low        19.94
_pdbx_vrpt_summary_diffraction.PDB_R                     0.22
_pdbx_vrpt_summary_diffraction.PDB_Rfree                 0.30
#
loop_
_pdbx_vrpt_model_instance.id
_pdbx_vrpt_model_instance.PDB_model_num
_pdbx_vrpt_model_instance.entity_id
_pdbx_vrpt_model_instance.label_asym_id
_pdbx_vrpt_model_instance.label_seq_id
_pdbx_vrpt_model_instance.label_comp_id
_pdbx_vrpt_model_instance.auth_asym_id
_pdbx_vrpt_model_instance.auth_seq_id
_pdbx_vrpt_model_instance.label_alt_id
_pdbx_vrpt_model_instance.PDB_ins_code
_pdbx_vrpt_model_instance.count_clashes
_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  0G   C    1  .  ?        ?     4     4     ?  Y     
 2  1  1  A  2  XEC  C    2  .  ?        ?     3     6     ?  Y     
 3  1  1  A  3  0G   C    3  .  ?        ?     4     4     ?  Y     
 4  1  1  A  4  0U   C    4  .  ?        ?     4     7     ?  Y     
 5  1  1  A  5  0A   C    5  .  ?        ?     6     3     2  Y     
 6  1  1  A  6  0C   C    6  .  ?        ?     2     3     ?  Y     
 7  1  1  A  7  0A   C    7  .  ?        1     6     2     ?  Y     
 8  1  1  A  8  0C   C    8  .  ?        ?     3     1     ?  Y     
 9  1  1  B  1  0G   A    9  .  ?        ?     4     4     ?  Y     
10  1  1  B  2  XEC  A   10  .  ?        ?     4    10     1  Y     
11  1  1  B  3  0G   A   11  .  ?        ?     3     5     ?  Y     
12  1  1  B  4  0U   A   12  .  ?        ?     4     7     ?  Y     
13  1  1  B  5  0A   A   13  .  ?        ?     6     4     ?  Y     
14  1  1  B  6  0C   A   14  .  ?        ?     4     3     ?  Y     
15  1  1  B  7  0A   A   15  .  ?        ?     7     3     ?  Y     
16  1  1  B  8  0C   A   16  .  ?        ?     3     3     ?  Y     
17  1  1  C  1  0G   E   17  .  ?        ?     3     4     ?  Y     
18  1  1  C  2  XEC  E   18  .  ?        ?     5     5     ?  Y     
19  1  1  C  3  0G   E   19  .  ?        ?     4     5     ?  Y     
20  1  1  C  4  0U   E   20  .  ?        2     2     7     1  Y     
21  1  1  C  5  0A   E   21  .  ?        ?     ?     ?     ?  Y     
22  1  1  D  1  0G   D    1  .  ?        ?     4     6     2  Y     
23  1  1  D  2  XEC  D    2  .  ?        1     3     7     ?  Y     
24  1  1  D  3  0G   D    3  .  ?        ?     4     5     ?  Y     
25  1  1  D  4  0U   D    4  .  ?        ?     3     5     2  Y     
26  1  1  D  5  0A   D    5  .  ?        1     9     3     ?  Y     
27  1  1  D  6  0C   D    6  .  ?        1     3     2     1  Y     
28  1  1  D  7  0A   D    7  .  ?        ?     5     2     ?  Y     
29  1  1  D  8  0C   D    8  .  ?        2     3     2     ?  Y     
30  1  1  E  1  0G   B    9  .  ?        2     4     5     2  Y     
31  1  1  E  2  XEC  B   10  .  ?        ?     3     7     ?  Y     
32  1  1  E  3  0G   B   11  .  ?        ?     5     6     ?  Y     
33  1  1  E  4  0U   B   12  .  ?        2     2     4     ?  Y     
34  1  1  E  5  0A   B   13  .  ?        ?     7     3     2  Y     
35  1  1  E  6  0C   B   14  .  ?        ?     6     1     ?  Y     
36  1  1  E  7  0A   B   15  .  ?        ?     5     1     1  Y     
37  1  1  E  8  0C   B   16  .  ?        4     1     2     2  Y     
38  1  1  F  3  0G   F   17  .  ?        ?     ?     ?     ?  Y     
39  1  1  F  4  0U   F   18  .  ?        6     2     5     5  Y     
40  1  1  F  5  0A   F   19  .  ?       12     6     5     1  Y     
41  1  1  F  6  0C   F   20  .  ?        8     6     2     1  Y     
42  1  1  F  7  0A   F   21  .  ?       12     6     7     2  Y     
43  1  1  F  8  0C   F   22  .  ?        ?     4     1     2  Y     
44  1  2  G  .  SO4  A  101  .  ?        ?     ?     ?     ?  ?     
45  1  2  H  .  SO4  B  101  .  ?        ?     ?     ?     ?  ?     
46  1  2  I  .  SO4  F  101  .  ?        ?     ?     ?     ?  ?     
47  1  2  J  .  SO4  F  102  .  ?        ?     ?     ?     ?  ?     
48  1  2  K  .  SO4  F  103  .  ?        ?     ?     ?     ?  ?     
49  1  3  L  .  HOH  C  101  .  ?        ?     ?     ?     ?  ?     
50  1  3  L  .  HOH  C  102  .  ?        ?     ?     ?     ?  ?     
51  1  3  L  .  HOH  C  103  .  ?        ?     ?     ?     ?  ?     
52  1  3  M  .  HOH  A  201  .  ?        ?     ?     ?     ?  ?     
53  1  3  M  .  HOH  A  202  .  ?        ?     ?     ?     ?  ?     
54  1  3  M  .  HOH  A  203  .  ?        ?     ?     ?     ?  ?     
55  1  3  M  .  HOH  A  204  .  ?        ?     ?     ?     ?  ?     
56  1  3  M  .  HOH  A  205  .  ?        ?     ?     ?     ?  ?     
57  1  3  M  .  HOH  A  206  .  ?        ?     ?     ?     ?  ?     
58  1  3  N  .  HOH  E  101  .  ?        ?     ?     ?     ?  ?     
59  1  3  O  .  HOH  D  101  .  ?        ?     ?     ?     ?  ?     
60  1  3  P  .  HOH  B  201  .  ?        ?     ?     ?     ?  ?     
61  1  3  Q  .  HOH  F  201  .  ?        ?     ?     ?     ?  ?     
62  1  3  Q  .  HOH  F  202  .  ?        ?     ?     ?     ?  ?     
63  1  3  Q  .  HOH  F  203  .  ?        ?     ?     ?     ?  ?     
64  1  3  Q  .  HOH  F  204  .  ?        ?     ?     ?     ?  ?     
65  1  3  Q  .  HOH  F  205  .  ?        ?     ?     ?     ?  ?     
66  1  3  Q  .  HOH  F  206  .  ?        ?     ?     ?     ?  ?     
67  1  3  Q  .  HOH  F  207  .  ?        ?     ?     ?     ?  ?     
#
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.OWAB
_pdbx_vrpt_model_instance_geometry.num_bonds_RMSZ
_pdbx_vrpt_model_instance_geometry.bonds_RMSZ
_pdbx_vrpt_model_instance_geometry.num_angles_RMSZ
_pdbx_vrpt_model_instance_geometry.angles_RMSZ
_pdbx_vrpt_model_instance_geometry.program_for_bond_angle_geometry
_pdbx_vrpt_model_instance_geometry.average_occupancy
 1   1    11  20.810    18  2.19    19  1.50  mogul  1.000  
 2   2     ?  20.040    19  1.24    26  1.82  mogul  1.000  
 3   3    11  19.210    18  2.20    19  1.31  mogul  1.000  
 4   4    10  21.260    18  1.46    26  2.17  mogul  1.000  
 5   5    11  23.480    18  2.18    18  1.83  mogul  1.000  
 6   6    11  20.700    18  1.35    26  1.23  mogul  1.000  
 7   7    11  18.560    18  2.28    18  2.03  mogul  1.000  
 8   8    12  22.710    18  1.31    26  1.09  mogul  1.000  
 9   9    11  17.480    18  2.21    19  1.70  mogul  1.000  
10  10     ?  17.880    19  1.54    26  1.96  mogul  1.000  
11  11    11  21.690    18  2.09    19  1.49  mogul  1.000  
12  12    10  23.340    18  1.31    26  1.82  mogul  1.000  
13  13    11  22.390    18  2.03    18  2.04  mogul  1.000  
14  14    11  20.580    18  1.42    26  1.22  mogul  1.000  
15  15    11  19.830    18  2.18    18  2.04  mogul  1.000  
16  16    12  34.280    18  1.37    26  1.27  mogul  1.000  
17  17    11  19.110    18  2.00    19  1.85  mogul  0.600  
18  18     ?  22.880    18  1.60    26  1.71  mogul  0.600  
19  19    11  27.050    18  2.04    19  1.69  mogul  0.600  
20  20    10  24.110    18  1.20    26  1.96  mogul  0.500  
21  21     ?  21.930     0     ?     0     ?  mogul  0.500  
22  22    11  20.840    18  2.04    19  1.62  mogul  1.000  
23  23     ?  17.880    19  1.55    26  1.73  mogul  1.000  
24  24    11  15.380    18  2.24    19  1.56  mogul  1.000  
25  25    10  13.790    18  1.36    26  1.78  mogul  1.000  
26  26    11  14.970    18  2.12    18  1.88  mogul  1.000  
27  27    11  16.160    18  1.37    26  1.10  mogul  1.000  
28  28    11  22.970    18  2.05    18  2.13  mogul  1.000  
29  29    12  27.010    18  1.27    26  1.25  mogul  1.000  
30  30    11  35.140    18  2.19    19  1.65  mogul  1.000  
31  31     ?  24.740    19  1.44    26  1.72  mogul  1.000  
32  32    11  21.340    18  2.31    19  1.52  mogul  1.000  
33  33    10  16.810    18  1.20    26  1.55  mogul  1.000  
34  34    11  15.800    18  2.00    18  1.77  mogul  1.000  
35  35    11  17.260    18  1.49    26  1.26  mogul  1.000  
36  36    11  18.800    18  2.07    18  1.64  mogul  1.000  
37  37    12  15.560    18  1.33    26  1.10  mogul  1.000  
38  38     ?  24.110     ?     ?     ?     ?  ?      0.400  
39  39    10  21.430    18  1.17    26  1.76  mogul  0.400  
40  40    11  16.120    18  1.96    18  2.24  mogul  0.400  
41  41    11  15.580    18  1.68    26  1.00  mogul  0.500  
42  42    11  12.440    18  1.99    18  2.48  mogul  0.400  
43  43    12   9.530    18  1.45    26  0.86  mogul  0.400  
44  44     ?  22.350     4  0.34     6  0.06  mogul  0.600  
45  45     ?  38.620     4  0.38     6  0.05  mogul  0.200  
46  46     ?  16.860     4  0.40     6  0.07  mogul  0.500  
47  47     ?  32.960     4  0.34     6  0.12  mogul  0.500  
48  48     ?  32.920     4  0.35     6  0.05  mogul  0.500  
49  49     ?   0.500     ?     ?     ?     ?  ?      1.000  
50  50     ?   0.500     ?     ?     ?     ?  ?      1.000  
51  51     ?   0.500     ?     ?     ?     ?  ?      0.330  
52  52     ?  15.430     ?     ?     ?     ?  ?      1.000  
53  53     ?   0.600     ?     ?     ?     ?  ?      1.000  
54  54     ?   0.500     ?     ?     ?     ?  ?      1.000  
55  55     ?   0.500     ?     ?     ?     ?  ?      0.330  
56  56     ?   0.500     ?     ?     ?     ?  ?      0.330  
57  57     ?  26.140     ?     ?     ?     ?  ?      0.330  
58  58     ?  17.310     ?     ?     ?     ?  ?      1.000  
59  59     ?   6.310     ?     ?     ?     ?  ?      0.330  
60  60     ?   0.500     ?     ?     ?     ?  ?      1.000  
61  61     ?  11.250     ?     ?     ?     ?  ?      1.000  
62  62     ?   3.940     ?     ?     ?     ?  ?      0.330  
63  63     ?  18.860     ?     ?     ?     ?  ?      1.000  
64  64     ?  17.630     ?     ?     ?     ?  ?      1.000  
65  65     ?   3.290     ?     ?     ?     ?  ?      1.000  
66  66     ?  32.260     ?     ?     ?     ?  ?      0.330  
67  67     ?  12.210     ?     ?     ?     ?  ?      1.000  
#
loop_
_pdbx_vrpt_instance_clashes.ordinal
_pdbx_vrpt_instance_clashes.instance_id
_pdbx_vrpt_instance_clashes.label_atom_id
_pdbx_vrpt_instance_clashes.cid
_pdbx_vrpt_instance_clashes.clashmag
_pdbx_vrpt_instance_clashes.dist
 1   7  N1       1  0.45  2.65  
 2  20  C6       2  0.41  2.52  
 3  20  "H3'"    2  0.41  2.52  
 4  23  N3       1  0.45  2.65  
 5  26  "H2'"    3  0.48  1.94  
 6  27  H6       3  0.48  1.94  
 7  29  "HO2'"   4  0.85  1.76  
 8  29  "O2'"    4  0.85  1.76  
 9  30  O6       5  0.87  1.75  
10  30  "HO2'"   5  0.87  1.75  
11  33  "HO2'"   6  0.94  1.67  
12  33  "O2'"    6  0.94  1.67  
13  37  "HO2'"   7  1.00  1.61  
14  37  "O2'"    7  1.00  1.61  
15  37  "O2'"    8  0.41  2.20  
16  37  "HO3'"   8  0.41  2.20  
17  39  "H2'"    9  0.74  1.85  
18  39  O2       9  0.74  1.85  
19  39  O2      10  0.54  2.55  
20  39  "C3'"   11  0.59  2.32  
21  39  "H3'"   12  0.59  1.83  
22  39  "C2'"   10  0.54  2.55  
23  40  OP1     13  0.83  1.78  
24  40  OP1     14  0.64  1.98  
25  40  OP1     15  0.47  2.57  
26  40  H8      13  0.83  1.78  
27  40  H8      11  0.59  2.32  
28  40  H8      12  0.59  1.83  
29  40  H8      16  0.45  2.57  
30  40  "H3'"   14  0.64  1.98  
31  40  "O2'"   17  0.60  2.00  
32  40  "C2'"   18  0.47  2.45  
33  40  C8      15  0.47  2.57  
34  40  P       16  0.45  2.57  
35  41  "H2'"   19  0.74  2.18  
36  41  "H2'"   20  0.73  1.69  
37  41  "H2'"   21  0.59  2.02  
38  41  "C2'"   22  0.65  2.45  
39  41  "H5''"  17  0.60  2.00  
40  41  "H5''"  18  0.47  2.45  
41  41  "H3'"   23  0.40  2.02  
42  41  H6      23  0.40  2.02  
43  42  H8      24  1.18  1.72  
44  42  H8      25  1.00  1.02  
45  42  "C5'"   24  1.18  1.72  
46  42  "C5'"   19  0.74  2.18  
47  42  "C5'"   26  0.68  2.57  
48  42  "H5'A"  27  1.06  1.83  
49  42  "H5'A"  25  1.00  1.02  
50  42  "H5'A"  20  0.73  1.69  
51  42  C8      27  1.06  1.83  
52  42  C8      26  0.68  2.57  
53  42  "O5'"   22  0.65  2.45  
54  42  "O5'"   21  0.59  2.02  
#
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   1  "O4'"  "C1'"  1.47  1.41     20  0.01   4.24  0.03  
  2   1  "C2'"  "C1'"  1.50  1.53     22  0.02  -2.42  0.01  
  3   1  C5     C6     1.33  1.47     49  0.02  -6.97  0.08  
  4   1  C5     C4     1.36  1.43     44  0.03  -2.75  0.01  
  5   2  C2     N1     1.35  1.38    963  0.02  -2.06  0.00  
  6   2  C5     C4     1.38  1.43    952  0.02  -2.53  0.00  
  7   2  "O4'"  "C1'"  1.47  1.42   1902  0.02   2.25  0.00  
  8   3  "O4'"  "C1'"  1.45  1.41     20  0.01   3.10  0.02  
  9   3  C5     C6     1.33  1.47     49  0.02  -6.90  0.08  
 10   3  C6     N1     1.42  1.37    314  0.01   2.85  0.00  
 11   3  C5     C4     1.34  1.43     44  0.03  -3.39  0.01  
 12   4  "O4'"  "C1'"  1.49  1.42   1902  0.02   3.09  0.00  
 13   4  "O3'"  "C3'"  1.48  1.43  10000  0.02   2.36  0.00  
 14   4  C2     N1     1.34  1.38    963  0.02  -2.48  0.00  
 15   4  C6     C5     1.40  1.35   3355  0.02   2.19  0.00  
 16   5  C2     N1     1.39  1.33   3580  0.02   2.96  0.00  
 17   5  C2     N3     1.39  1.32    173  0.02   4.54  0.01  
 18   5  C5     C4     1.34  1.40     24  0.03  -2.49  0.03  
 19   5  C6     C5     1.34  1.43     41  0.04  -2.37  0.03  
 20   5  "C2'"  "C1'"  1.50  1.53     22  0.02  -2.30  0.01  
 21   5  "O4'"  "C1'"  1.47  1.41     20  0.01   4.75  0.04  
 22   6  C2     N1     1.32  1.40    396  0.02  -3.45  0.00  
 23   6  C4     N3     1.38  1.34    443  0.02   2.01  0.00  
 24   7  C2     N1     1.39  1.33   3580  0.02   2.73  0.00  
 25   7  C2     N3     1.40  1.32    173  0.02   4.98  0.02  
 26   7  C5     C4     1.32  1.40     24  0.03  -3.18  0.05  
 27   7  C6     C5     1.31  1.43     41  0.04  -3.06  0.05  
 28   7  C5     N7     1.32  1.39     21  0.04  -2.03  0.04  
 29   7  "C2'"  "C1'"  1.47  1.53     22  0.02  -4.30  0.04  
 30   8  C2     N1     1.35  1.40    396  0.02  -2.30  0.00  
 31   8  C2     N3     1.41  1.36    702  0.02   2.33  0.00  
 32   8  C6     C5     1.40  1.35   3355  0.02   2.25  0.00  
 33   9  "C2'"  "C3'"  1.46  1.53   1238  0.03  -2.57  0.00  
 34   9  "C2'"  "C1'"  1.50  1.53     22  0.02  -2.33  0.01  
 35   9  C5     C6     1.32  1.47     49  0.02  -7.41  0.09  
 36   9  C5     C4     1.33  1.43     44  0.03  -3.59  0.01  
 37  10  C2     N1     1.34  1.38    963  0.02  -2.77  0.00  
 38  10  C2     N3     1.41  1.38   2449  0.02   2.18  0.00  
 39  10  C5     C4     1.38  1.43    952  0.02  -2.14  0.00  
 40  10  "O4'"  "C1'"  1.49  1.42   1902  0.02   3.26  0.00  
 41  11  "O4'"  "C1'"  1.46  1.41     20  0.01   4.20  0.03  
 42  11  C5     C6     1.34  1.47     49  0.02  -6.30  0.06  
 43  11  C5     C4     1.33  1.43     44  0.03  -3.77  0.02  
 44  12  "O4'"  "C1'"  1.47  1.42   1902  0.02   2.35  0.00  
 45  12  "O3'"  "C3'"  1.48  1.43  10000  0.02   2.36  0.00  
 46  12  C2     N1     1.34  1.38    963  0.02  -2.24  0.00  
 47  12  C5     C4     1.38  1.43    952  0.02  -2.51  0.00  
 48  13  C2     N1     1.40  1.33   3580  0.02   3.52  0.00  
 49  13  C2     N3     1.40  1.32    173  0.02   5.40  0.02  
 50  13  C5     C4     1.34  1.40     24  0.03  -2.33  0.03  
 51  13  C6     C5     1.35  1.43     41  0.04  -2.12  0.02  
 52  13  "O2'"  "C2'"  1.47  1.43  10000  0.02   2.08  0.00  
 53  13  "C3'"  "C2'"  1.46  1.53   1238  0.03  -2.41  0.00  
 54  14  "O3'"  "C3'"  1.49  1.43  10000  0.02   2.75  0.00  
 55  14  C2     N1     1.35  1.40    396  0.02  -2.25  0.00  
 56  14  C4     N3     1.39  1.34    443  0.02   2.18  0.00  
 57  14  C6     C5     1.39  1.35   3355  0.02   2.07  0.00  
 58  15  C2     N1     1.39  1.33   3580  0.02   3.09  0.00  
 59  15  C2     N3     1.39  1.32    173  0.02   4.74  0.01  
 60  15  C5     C4     1.33  1.40     24  0.03  -2.99  0.05  
 61  15  C6     C5     1.32  1.43     41  0.04  -2.90  0.05  
 62  15  "O4'"  "C1'"  1.44  1.41     20  0.01   2.75  0.01  
 63  15  "C3'"  "C2'"  1.46  1.53   1238  0.03  -2.60  0.00  
 64  15  "O5'"  "C5'"  1.39  1.44     26  0.02  -2.08  0.01  
 65  16  C2     N1     1.34  1.40    396  0.02  -2.65  0.00  
 66  16  C2     N3     1.41  1.36    702  0.02   2.46  0.00  
 67  16  C6     C5     1.40  1.35   3355  0.02   2.35  0.00  
 68  17  "O4'"  "C1'"  1.44  1.41     20  0.01   2.07  0.00  
 69  17  C5     C6     1.34  1.47     49  0.02  -6.26  0.06  
 70  17  C5     C4     1.34  1.43     44  0.03  -3.57  0.01  
 71  18  C2     N3     1.43  1.38   2449  0.02   2.86  0.00  
 72  18  C5     C4     1.39  1.43    952  0.02  -2.02  0.00  
 73  18  C6     C5     1.40  1.35   3355  0.02   2.22  0.00  
 74  18  "O4'"  "C1'"  1.47  1.42   1902  0.02   2.49  0.00  
 75  18  "C5'"  "C4'"  1.58  1.51   4803  0.03   2.13  0.00  
 76  19  "O4'"  "C1'"  1.46  1.41     20  0.01   4.11  0.03  
 77  19  "O3'"  "C3'"  1.48  1.43  10000  0.02   2.47  0.00  
 78  19  C5     C6     1.35  1.47     49  0.02  -5.71  0.05  
 79  19  C5     C4     1.34  1.43     44  0.03  -3.42  0.01  
 80  20  C2     N1     1.33  1.38    963  0.02  -3.16  0.00  
 81  20  C5     C4     1.39  1.43    952  0.02  -2.04  0.00  
 82  22  "O4'"  "C1'"  1.45  1.41     20  0.01   3.25  0.02  
 83  22  "C2'"  "C3'"  1.47  1.53   1238  0.03  -2.11  0.00  
 84  22  C5     C6     1.33  1.47     49  0.02  -6.68  0.07  
 85  22  C5     C4     1.34  1.43     44  0.03  -3.41  0.01  
 86  23  C2     N1     1.33  1.38    963  0.02  -3.19  0.00  
 87  23  C5     C4     1.37  1.43    952  0.02  -2.82  0.00  
 88  23  "O4'"  "C1'"  1.51  1.42   1902  0.02   3.86  0.00  
 89  24  "O4'"  "C1'"  1.48  1.41     20  0.01   5.19  0.05  
 90  24  "O3'"  "C3'"  1.49  1.43  10000  0.02   2.69  0.00  
 91  24  C5     C6     1.35  1.47     49  0.02  -5.70  0.05  
 92  24  C5     C4     1.34  1.43     44  0.03  -3.55  0.01  
 93  25  "O3'"  "C3'"  1.49  1.43  10000  0.02   2.54  0.00  
 94  25  C2     N1     1.33  1.38    963  0.02  -3.14  0.00  
 95  25  C5     C4     1.39  1.43    952  0.02  -2.08  0.00  
 96  26  C2     N1     1.40  1.33   3580  0.02   3.26  0.00  
 97  26  C2     N3     1.37  1.32    173  0.02   3.46  0.00  
 98  26  C4     N3     1.32  1.35    269  0.01  -2.22  0.00  
 99  26  C5     C4     1.33  1.40     24  0.03  -2.95  0.05  
100  26  C6     C5     1.31  1.43     41  0.04  -3.15  0.06  
101  26  "C2'"  "C1'"  1.50  1.53     22  0.02  -2.34  0.01  
102  26  "O3'"  "C3'"  1.48  1.43  10000  0.02   2.46  0.00  
103  26  "O4'"  "C4'"  1.39  1.45   4334  0.02  -2.30  0.00  
104  26  "O5'"  "C5'"  1.39  1.44     26  0.02  -2.26  0.01  
105  27  "O3'"  "C3'"  1.49  1.43  10000  0.02   2.57  0.00  
106  27  C2     N1     1.32  1.40    396  0.02  -3.29  0.00  
107  27  C5     C4     1.37  1.42    419  0.02  -2.37  0.00  
108  28  C2     N1     1.41  1.33   3580  0.02   3.92  0.00  
109  28  C2     N3     1.39  1.32    173  0.02   4.74  0.01  
110  28  C5     C4     1.34  1.40     24  0.03  -2.39  0.03  
111  28  C6     C5     1.33  1.43     41  0.04  -2.55  0.03  
112  28  "C2'"  "C1'"  1.49  1.53     22  0.02  -2.54  0.01  
113  29  C2     N1     1.33  1.40    396  0.02  -3.11  0.00  
114  29  C5     C4     1.38  1.42    419  0.02  -2.04  0.00  
115  29  C6     C5     1.39  1.35   3355  0.02   2.07  0.00  
116  30  "O4'"  "C1'"  1.47  1.41     20  0.01   4.47  0.04  
117  30  C5     C6     1.33  1.47     49  0.02  -6.78  0.07  
118  30  C6     N1     1.40  1.37    314  0.01   2.02  0.00  
119  30  C5     C4     1.34  1.43     44  0.03  -3.24  0.01  
120  31  C5     C4     1.38  1.43    952  0.02  -2.36  0.00  
121  31  "O4'"  "C1'"  1.48  1.42   1902  0.02   2.52  0.00  
122  31  "O3'"  "C3'"  1.51  1.43  10000  0.02   3.53  0.00  
123  32  "O4'"  "C1'"  1.45  1.41     20  0.01   2.89  0.01  
124  32  "C2'"  "C3'"  1.47  1.53   1238  0.03  -2.09  0.00  
125  32  "C2'"  "C1'"  1.47  1.53     22  0.02  -4.16  0.03  
126  32  C5     C6     1.33  1.47     49  0.02  -6.79  0.07  
127  32  C5     C4     1.34  1.43     44  0.03  -3.53  0.01  
128  33  C2     N1     1.33  1.38    963  0.02  -3.01  0.00  
129  33  C5     C4     1.37  1.43    952  0.02  -2.69  0.00  
130  34  C2     N1     1.39  1.33   3580  0.02   2.97  0.00  
131  34  C2     N3     1.38  1.32    173  0.02   3.77  0.00  
132  34  C4     N3     1.32  1.35    269  0.01  -2.13  0.00  
133  34  C5     C4     1.33  1.40     24  0.03  -2.82  0.04  
134  34  C6     C5     1.32  1.43     41  0.04  -2.92  0.05  
135  34  "O4'"  "C1'"  1.45  1.41     20  0.01   2.91  0.01  
136  34  "C3'"  "C4'"  1.47  1.53   1443  0.03  -2.08  0.00  
137  35  "O3'"  "C3'"  1.48  1.43  10000  0.02   2.50  0.00  
138  35  "C2'"  "C3'"  1.47  1.53   1238  0.03  -2.02  0.00  
139  35  C2     N1     1.35  1.40    396  0.02  -2.27  0.00  
140  35  C2     N3     1.41  1.36    702  0.02   2.71  0.00  
141  35  C4     N3     1.39  1.34    443  0.02   2.30  0.00  
142  35  C6     C5     1.39  1.35   3355  0.02   2.00  0.00  
143  36  C2     N1     1.40  1.33   3580  0.02   3.62  0.00  
144  36  C2     N3     1.40  1.32    173  0.02   5.00  0.02  
145  36  C5     C4     1.34  1.40     24  0.03  -2.43  0.03  
146  36  C6     C5     1.34  1.43     41  0.04  -2.43  0.03  
147  36  "O4'"  "C1'"  1.45  1.41     20  0.01   2.88  0.01  
148  37  C2     N1     1.34  1.40    396  0.02  -2.77  0.00  
149  39  C2     N3     1.41  1.38   2449  0.02   2.05  0.00  
150  39  C6     C5     1.39  1.35   3355  0.02   2.02  0.00  
151  40  C2     N1     1.39  1.33   3580  0.02   2.92  0.00  
152  40  C2     N3     1.39  1.32    173  0.02   4.86  0.02  
153  40  C5     C4     1.34  1.40     24  0.03  -2.60  0.04  
154  40  C6     C5     1.33  1.43     41  0.04  -2.63  0.04  
155  40  "O4'"  "C1'"  1.45  1.41     20  0.01   3.24  0.02  
156  40  "O3'"  "C3'"  1.47  1.43  10000  0.02   2.11  0.00  
157  41  "O4'"  "C1'"  1.47  1.42   1902  0.02   2.39  0.00  
158  41  "O3'"  "C3'"  1.50  1.43  10000  0.02   3.04  0.00  
159  41  C2     N1     1.34  1.40    396  0.02  -2.57  0.00  
160  41  C2     N3     1.41  1.36    702  0.02   2.50  0.00  
161  41  C4     N3     1.40  1.34    443  0.02   2.79  0.00  
162  41  C6     C5     1.40  1.35   3355  0.02   2.19  0.00  
163  42  C2     N1     1.40  1.33   3580  0.02   3.42  0.00  
164  42  C2     N3     1.39  1.32    173  0.02   4.86  0.02  
165  42  C5     C4     1.34  1.40     24  0.03  -2.50  0.03  
166  42  C6     C5     1.34  1.43     41  0.04  -2.32  0.02  
167  42  "C2'"  "C1'"  1.48  1.53     22  0.02  -3.40  0.02  
168  42  "O4'"  "C1'"  1.44  1.41     20  0.01   2.74  0.01  
169  43  "O4'"  "C1'"  1.47  1.42   1902  0.02   2.27  0.00  
170  43  C2     N1     1.33  1.40    396  0.02  -2.84  0.00  
171  43  C2     N3     1.41  1.36    702  0.02   2.42  0.00  
172  43  C4     N3     1.40  1.34    443  0.02   3.01  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   1  "O5'"  "C5'"  "C4'"  101.89  111.29  8667  3.43  -2.74  0.03  
  2   1  "O4'"  "C4'"  "C5'"  115.56  109.21  1736  2.16   2.94  0.17  
  3   1  "C5'"  "C4'"  "C3'"  108.96  115.09   901  2.41  -2.54  0.09  
  4   1  C8     N7     C5     107.33  102.99    26  1.90   2.28  0.29  
  5   2  "C1'"  N1     C2     121.83  117.57   332  1.81   2.35  0.11  
  6   2  N3     C2     N1     120.38  114.89   961  1.33   4.13  0.12  
  7   2  O2     C2     N3     116.85  121.50  2451  1.86  -2.49  0.01  
  8   2  C4     N3     C2     120.65  126.58   580  1.32  -4.49  0.21  
  9   2  C5     C4     N3     119.84  114.84   564  1.50   3.34  0.11  
 10   2  O4     C4     C5     119.89  125.16   952  1.76  -3.00  0.14  
 11   3  "C2'"  "C3'"  "C4'"   98.62  102.64  1041  1.94  -2.07  0.01  
 12   3  C8     N7     C5     108.04  102.99    26  1.90   2.65  1.00  
 13   3  C2     N1     C6     121.38  125.10   790  1.84  -2.02  0.06  
 14   3  N1     C2     N3     119.22  123.32   983  1.87  -2.19  0.02  
 15   4  "O4'"  "C1'"  N1     115.78  108.36  1007  2.29   3.24  0.46  
 16   4  C6     N1     C2     118.01  120.99   324  1.28  -2.33  0.04  
 17   4  O2     C2     N1     118.15  122.79   963  1.33  -3.49  0.01  
 18   4  N3     C2     N1     123.17  114.89   961  1.33   6.24  0.82  
 19   4  C4     N3     C2     119.36  126.58   580  1.32  -5.47  0.15  
 20   4  C5     C4     N3     118.08  114.84   564  1.50   2.16  0.15  
 21   4  O4     C4     C5     121.38  125.16   952  1.76  -2.15  0.07  
 22   5  N3     C2     N1     119.29  128.68   136  1.56  -6.01  5.78  
 23   5  "C1'"  N9     C4     122.75  126.64    30  1.76  -2.22  0.35  
 24   5  "C5'"  "C4'"  "C3'"  106.69  115.18   341  3.75  -2.27  0.10  
 25   6  "C2'"  "C3'"  "C4'"   98.27  102.64  1041  1.94  -2.25  0.01  
 26   6  "O4'"  "C1'"  N1     114.62  108.36  1007  2.29   2.74  0.30  
 27   6  "C2'"  "C1'"  N1     103.81  113.22   639  2.83  -3.32  0.24  
 28   7  N3     C2     N1     117.73  128.68   136  1.56  -7.00  4.22  
 29   7  "C1'"  N9     C4     122.16  126.64    30  1.76  -2.55  0.93  
 30   8  "O4'"  "C4'"  "C5'"  116.34  109.37   954  3.29   2.12  0.14  
 31   9  "O4'"  "C4'"  "C5'"  113.95  109.21  1736  2.16   2.19  0.03  
 32   9  C5     C6     N1     120.17  113.95    45  1.77   3.52  1.26  
 33   9  C2     N1     C6     120.02  125.10   790  1.84  -2.76  0.01  
 34   9  N1     C2     N3     118.74  123.32   983  1.87  -2.45  0.03  
 35  10  C6     N1     C2     117.94  120.99   324  1.28  -2.39  0.02  
 36  10  N3     C2     N1     120.86  114.89   961  1.33   4.50  0.36  
 37  10  O2     C2     N1     119.01  122.79   963  1.33  -2.84  0.16  
 38  10  C4     N3     C2     121.46  126.58   580  1.32  -3.88  0.52  
 39  10  O4     C4     N3     122.38  119.31  1345  1.47   2.10  0.04  
 40  10  O4     C4     C5     120.05  125.16   952  1.76  -2.90  0.02  
 41  10  "C2'"  "C1'"  N1     110.12  114.22   296  1.94  -2.12  0.09  
 42  10  "O2'"  "C2'"  "C1'"  114.11  109.08    24  1.95   2.58  1.50  
 43  10  CM2    "O2'"  "C2'"  120.71  114.52  3326  2.62   2.36  0.02  
 44  10  "O4'"  "C4'"  "C5'"  117.09  109.37   954  3.29   2.35  0.25  
 45  11  C8     N7     C5     107.92  102.99    26  1.90   2.59  0.88  
 46  11  O6     C6     N1     118.06  120.65   314  1.18  -2.20  0.10  
 47  11  C5     C6     N1     118.99  113.95    45  1.77   2.85  2.14  
 48  11  C2     N1     C6     119.99  125.10   790  1.84  -2.77  0.04  
 49  11  N1     C2     N3     119.43  123.32   983  1.87  -2.08  0.00  
 50  12  "O2'"  "C2'"  "C1'"  103.18  110.02  1170  3.34  -2.05  0.10  
 51  12  "O4'"  "C1'"  N1     114.74  108.36  1007  2.29   2.79  0.18  
 52  12  N3     C2     N1     120.60  114.89   961  1.33   4.30  0.10  
 53  12  O2     C2     N3     117.46  121.50  2451  1.86  -2.17  0.01  
 54  12  C4     N3     C2     120.69  126.58   580  1.32  -4.46  0.25  
 55  12  C5     C4     N3     119.28  114.84   564  1.50   2.97  0.02  
 56  12  O4     C4     C5     120.29  125.16   952  1.76  -2.77  0.01  
 57  13  N3     C2     N1     118.00  128.68   136  1.56  -6.83  4.49  
 58  13  C4     C5     N7     107.08  109.40    21  1.04  -2.22  0.44  
 59  13  "C1'"  N9     C4     122.67  126.64    30  1.76  -2.26  0.42  
 60  13  "C2'"  "C3'"  "C4'"   97.91  102.64  1041  1.94  -2.43  0.01  
 61  14  "C2'"  "C3'"  "C4'"   97.87  102.64  1041  1.94  -2.46  0.05  
 62  14  "O4'"  "C1'"  N1     115.67  108.36  1007  2.29   3.19  0.35  
 63  14  "C2'"  "C1'"  N1     104.15  113.22   639  2.83  -3.20  0.59  
 64  15  N3     C2     N1     118.87  128.68   136  1.56  -6.28  5.36  
 65  15  C5     C6     N6     116.49  120.35    41  1.52  -2.54  1.95  
 66  15  "C1'"  N9     C4     120.57  126.64    30  1.76  -3.46  2.53  
 67  16  "C2'"  "C3'"  "C4'"   98.15  102.64  1041  1.94  -2.31  0.12  
 68  16  "O4'"  "C1'"  N1     114.59  108.36  1007  2.29   2.72  0.33  
 69  16  C5     C4     N3     117.75  121.33   416  1.70  -2.10  0.21  
 70  17  C8     N7     C5     108.21  102.99    26  1.90   2.74  1.17  
 71  17  O6     C6     C5     120.44  124.37    49  1.95  -2.01  0.21  
 72  17  C5     C6     N1     120.50  113.95    45  1.77   3.71  0.92  
 73  17  C2     N1     C6     117.29  125.10   790  1.84  -4.24  0.83  
 74  18  N3     C2     N1     120.37  114.89   961  1.33   4.13  0.13  
 75  18  C4     N3     C2     120.96  126.58   580  1.32  -4.26  0.02  
 76  18  C5     C4     N3     118.25  114.84   564  1.50   2.28  0.08  
 77  18  O4     C4     C5     120.66  125.16   952  1.76  -2.56  0.07  
 78  18  "O4'"  "C4'"  "C5'"  118.91  109.37   954  3.29   2.90  0.44  
 79  19  C8     N7     C5     108.37  102.99    26  1.90   2.82  1.33  
 80  19  O6     C6     N1     117.40  120.65   314  1.18  -2.75  0.06  
 81  19  C5     C6     N1     120.11  113.95    45  1.77   3.49  1.31  
 82  19  C2     N1     C6     119.37  125.10   790  1.84  -3.11  0.00  
 83  19  N1     C2     N3     118.47  123.32   983  1.87  -2.59  0.02  
 84  20  "C2'"  "C3'"  "C4'"   96.35  102.64  1041  1.94  -3.24  0.34  
 85  20  "C2'"  "C1'"  N1     104.94  113.22   639  2.83  -2.92  0.00  
 86  20  O2     C2     N1     119.55  122.79   963  1.33  -2.43  0.08  
 87  20  N3     C2     N1     119.87  114.89   961  1.33   3.75  0.06  
 88  20  C4     N3     C2     119.67  126.58   580  1.32  -5.24  0.34  
 89  20  C5     C4     N3     119.88  114.84   564  1.50   3.37  0.06  
 90  20  O4     C4     C5     119.93  125.16   952  1.76  -2.97  0.10  
 91  22  "C5'"  "C4'"  "C3'"  108.70  115.09   901  2.41  -2.65  0.02  
 92  22  C8     N7     C5     107.61  102.99    26  1.90   2.42  0.57  
 93  22  O6     C6     N1     117.69  120.65   314  1.18  -2.50  0.10  
 94  22  C5     C6     N1     118.81  113.95    45  1.77   2.75  1.96  
 95  22  C2     N1     C6     121.12  125.10   790  1.84  -2.16  0.00  
 96  22  N1     C2     N3     118.48  123.32   983  1.87  -2.59  0.02  
 97  23  "C1'"  N1     C2     121.39  117.57   332  1.81   2.11  0.05  
 98  23  N3     C2     N1     120.53  114.89   961  1.33   4.25  0.04  
 99  23  C4     N3     C2     121.59  126.58   580  1.32  -3.78  0.65  
100  23  C5     C4     N3     118.99  114.84   564  1.50   2.77  0.13  
101  23  O4     C4     C5     120.81  125.16   952  1.76  -2.48  0.03  
102  23  "O4'"  "C1'"  N1     113.11  108.36  1007  2.29   2.08  0.02  
103  23  "C3'"  "C2'"  "C1'"   99.03  102.89    62  1.88  -2.05  0.09  
104  24  "O4'"  "C1'"  "C2'"  103.76  106.93    21  1.46  -2.17  0.42  
105  24  C8     N7     C5     109.04  102.99    26  1.90   3.17  2.00  
106  24  O6     C6     N1     117.82  120.65   314  1.18  -2.39  0.03  
107  24  C5     C6     N1     117.65  113.95    45  1.77   2.10  0.81  
108  24  C2     N1     C6     119.05  125.10   790  1.84  -3.29  0.08  
109  25  "O4'"  "C1'"  N1     113.23  108.36  1007  2.29   2.13  0.02  
110  25  C6     N1     C2     118.36  120.99   324  1.28  -2.06  0.16  
111  25  O2     C2     N1     119.13  122.79   963  1.33  -2.75  0.07  
112  25  N3     C2     N1     122.18  114.89   961  1.33   5.49  1.68  
113  25  C4     N3     C2     121.00  126.58   580  1.32  -4.23  0.06  
114  26  N3     C2     N1     119.72  128.68   136  1.56  -5.73  5.46  
115  26  C5     C6     N6     116.76  120.35    41  1.52  -2.37  1.68  
116  26  "C1'"  N9     C4     120.07  126.64    30  1.76  -3.74  3.02  
117  27  "O2'"  "C2'"  "C1'"  117.36  110.02  1170  3.34   2.20  0.06  
118  27  "O4'"  "C1'"  N1     101.95  108.36  1007  2.29  -2.81  0.05  
119  28  N3     C2     N1     119.26  128.68   136  1.56  -6.02  5.75  
120  28  "C1'"  N9     C4     117.34  126.64    30  1.76  -5.29  5.76  
121  29  "O4'"  "C1'"  N1     114.63  108.36  1007  2.29   2.74  0.30  
122  29  "C2'"  "C1'"  N1     106.97  113.22   639  2.83  -2.21  0.08  
123  30  "O4'"  "C1'"  "C2'"  100.48  106.93    21  1.46  -4.41  2.86  
124  30  C8     N7     C5     107.32  102.99    26  1.90   2.27  0.28  
125  30  C2     N1     C6     120.56  125.10   790  1.84  -2.46  0.14  
126  30  N2     C2     N1     122.30  116.71  1007  2.13   2.63  0.07  
127  30  N1     C2     N3     118.81  123.32   983  1.87  -2.41  0.10  
128  31  "C1'"  N1     C2     121.53  117.57   332  1.81   2.19  0.19  
129  31  N3     C2     N1     118.94  114.89   961  1.33   3.05  0.05  
130  31  O2     C2     N3     117.67  121.50  2451  1.86  -2.06  0.00  
131  31  C4     N3     C2     120.91  126.58   580  1.32  -4.30  0.04  
132  31  C5     C4     N3     119.58  114.84   564  1.50   3.17  0.28  
133  31  O4     C4     C5     119.30  125.16   952  1.76  -3.33  0.21  
134  31  "O4'"  "C1'"  N1     113.23  108.36  1007  2.29   2.13  0.02  
135  32  C8     N7     C5     108.18  102.99    26  1.90   2.72  1.14  
136  32  O6     C6     N1     117.93  120.65   314  1.18  -2.30  0.14  
137  32  C5     C6     N1     118.60  113.95    45  1.77   2.63  1.76  
138  32  C2     N1     C6     120.31  125.10   790  1.84  -2.60  0.07  
139  32  N2     C2     N1     121.10  116.71  1007  2.13   2.06  0.02  
140  32  N1     C2     N3     118.81  123.32   983  1.87  -2.41  0.10  
141  33  N3     C2     N1     119.63  114.89   961  1.33   3.57  0.29  
142  33  C4     N3     C2     120.80  126.58   580  1.32  -4.38  0.15  
143  33  C5     C4     N3     119.75  114.84   564  1.50   3.28  0.20  
144  33  O4     C4     C5     120.48  125.16   952  1.76  -2.66  0.06  
145  34  N3     C2     N1     119.07  128.68   136  1.56  -6.15  5.56  
146  34  "C1'"  N9     C4     122.52  126.64    30  1.76  -2.35  0.57  
147  34  "C5'"  "C4'"  "C3'"  107.67  115.18   341  3.75  -2.01  0.62  
148  35  C5     C4     N3     117.84  121.33   416  1.70  -2.05  0.13  
149  36  N3     C2     N1     119.27  128.68   136  1.56  -6.02  5.75  
150  37  "C5'"  "C4'"  "C3'"  105.78  115.18   341  3.75  -2.51  0.12  
151  37  O2     C2     N3     118.19  122.33   702  1.63  -2.55  0.04  
152  39  O2     C2     N1     119.86  122.79   963  1.33  -2.20  0.00  
153  39  N3     C2     N1     120.03  114.89   961  1.33   3.87  0.01  
154  39  C4     N3     C2     119.79  126.58   580  1.32  -5.15  0.22  
155  39  C5     C4     N3     119.31  114.84   564  1.50   2.99  0.00  
156  39  O4     C4     C5     120.18  125.16   952  1.76  -2.83  0.03  
157  40  N3     C2     N1     118.79  128.68   136  1.56  -6.33  5.28  
158  40  C5     C6     N6     116.64  120.35    41  1.52  -2.44  1.80  
159  40  "O4'"  "C1'"  "C2'"  103.62  106.93    21  1.46  -2.26  0.28  
160  40  "C2'"  "C3'"  "C4'"   95.37  102.64  1041  1.94  -3.74  0.95  
161  40  "O4'"  "C4'"  "C3'"   98.71  105.11  1233  1.98  -3.24  0.02  
162  41  "O3'"  "C3'"  "C2'"  119.12  111.82  2473  3.23   2.26  0.11  
163  41  "O2'"  "C2'"  "C1'"  101.52  110.02  1170  3.34  -2.54  0.29  
164  42  N3     C2     N1     118.02  128.68   136  1.56  -6.82  4.51  
165  42  C5     C6     N6     117.06  120.35    41  1.52  -2.17  1.39  
166  42  "C1'"  N9     C4     121.69  126.64    30  1.76  -2.82  1.40  
167  42  "O4'"  "C1'"  "C2'"   99.59  106.93    21  1.46  -5.02  3.75  
168  42  "C5'"  "C4'"  "C3'"  106.70  115.18   341  3.75  -2.26  0.09  
169  42  "O4'"  "C4'"  "C5'"  117.58  109.37   954  3.29   2.49  0.10  
170  42  "O5'"  "C5'"  "C4'"  101.29  108.99   486  3.40  -2.26  0.18  
171  43  N4     C4     N3     121.99  117.97   443  1.76   2.29  0.14  
#
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   5  "C3'"  "C4'"  "C5'"  "O5'"   -81.06  35.57   451  23.48   2.39  3.99  
 2   5  "O4'"  "C4'"  "C5'"  "O5'"    35.54  35.10   451  24.09   0.49  1.11  
 3  10  "C3'"  "C2'"  "O2'"  CM2     -51.69  73.25   172  39.04  12.18  0.00  
 4  20  "O4'"  "C4'"  "C5'"  "O5'"    39.97  30.69   451  24.07   2.01  2.88  
 5  22  "O4'"  "C4'"  "C5'"  "O5'"    30.09  44.53  1961  32.46   0.85  0.46  
 6  22  "C3'"  "C4'"  "C5'"  "O5'"   -83.52  46.23  1833  29.54   0.66  3.93  
 7  25  "O4'"  "C4'"  "C5'"  "O5'"    89.47  26.93   451  14.51   0.13  1.77  
 8  25  "C3'"  "C4'"  "C5'"  "O5'"   -30.97  38.91   451  40.80   0.18  3.33  
 9  27  "O4'"  "C4'"  "C5'"  "O5'"    38.58  32.07   451  24.08   3.39  2.22  
10  30  "O4'"  "C4'"  "C5'"  "O5'"   125.82  60.03  1961   9.31   3.69  0.05  
11  30  "C3'"  "C4'"  "C5'"  "O5'"     8.21  83.14  1833  54.30  15.02  0.00  
12  34  "C3'"  "C4'"  "C5'"  "O5'"   -88.79  41.23   451  18.80   5.20  0.22  
13  34  "O4'"  "C4'"  "C5'"  "O5'"    25.79  44.85   451  24.10   9.26  0.22  
14  36  "C3'"  "C4'"  "C5'"  "O5'"   -32.57  37.35   451  40.78   0.20  4.88  
15  37  "O4'"  "C4'"  "C5'"  "O5'"   -31.18  39.45   451  24.10   3.87  0.22  
16  37  "C3'"  "C4'"  "C5'"  "O5'"  -146.56  83.81   451  24.13  11.83  0.00  
17  39  "C4'"  "C5'"  "O5'"  P      -111.59  45.66   456  16.49   0.83  3.07  
18  39  "O4'"  "C4'"  "C5'"  "O5'"    10.63  60.00   451  24.10  24.42  0.00  
19  39  "C3'"  "C4'"  "C5'"  "O5'"  -104.52  52.77   451  10.91   4.36  0.22  
20  39  "C2'"  "C1'"  N1     C2      -45.76  50.96   482  22.90   0.42  2.90  
21  39  "C2'"  "C1'"  N1     C6      133.54  48.11   508  21.59   0.11  3.15  
22  40  "C4'"  "C5'"  "O5'"  P       -70.04  86.21   456  19.04  13.55  0.00  
23  41  "C3'"  "C4'"  "C5'"  "O5'"   -30.82  39.05   451  40.81   0.03  3.33  
24  42  "C3'"  "C4'"  "C5'"  "O5'"   150.06  86.39   451  26.32   8.34  0.22  
25  42  "O4'"  "C4'"  "C5'"  "O5'"   -92.32  29.45   451  13.56   0.05  1.11  
26  43  "O4'"  "C4'"  "C5'"  "O5'"   -21.73  48.90   451  24.10  13.32  0.00  
27  43  "C3'"  "C4'"  "C5'"  "O5'"  -137.75  77.31   451  18.76  20.64  0.00  
#
loop_
_pdbx_vrpt_model_instance_density.ordinal
_pdbx_vrpt_model_instance_density.instance_id
_pdbx_vrpt_model_instance_density.natoms_eds
_pdbx_vrpt_model_instance_density.RSRCC
_pdbx_vrpt_model_instance_density.RSR
 1   1  20  0.964  0.140  
 2   2  21  0.968  0.160  
 3   3  23  0.966  0.109  
 4   4  20  0.969  0.109  
 5   5  22  0.966  0.133  
 6   6  20  0.969  0.136  
 7   7  22  0.975  0.143  
 8   8  20  0.975  0.153  
 9   9  20  0.978  0.123  
10  10  21  0.966  0.125  
11  11  23  0.958  0.142  
12  12  20  0.969  0.138  
13  13  22  0.974  0.119  
14  14  20  0.978  0.121  
15  15  22  0.974  0.164  
16  16  20  0.934  0.222  
17  17  20  0.909  0.242  
18  18  20  0.876  0.244  
19  19  23  0.886  0.251  
20  20  20  0.827  0.279  
21  21   4  0.860  0.184  
22  22  20  0.979  0.153  
23  23  21  0.959  0.137  
24  24  23  0.965  0.159  
25  25  20  0.972  0.129  
26  26  22  0.975  0.122  
27  27  20  0.979  0.119  
28  28  22  0.976  0.125  
29  29  20  0.967  0.140  
30  30  20  0.953  0.226  
31  31  21  0.972  0.166  
32  32  23  0.975  0.130  
33  33  20  0.974  0.124  
34  34  22  0.972  0.124  
35  35  20  0.968  0.149  
36  36  22  0.973  0.155  
37  37  20  0.974  0.167  
38  38   1  0.910  0.293  
39  39  20  0.811  0.278  
40  40  22  0.805  0.241  
41  41  20  0.785  0.248  
42  42  22  0.883  0.274  
43  43  20  0.919  0.255  
44  44   5  0.950  0.187  
45  45   5  0.857  0.236  
46  46   5  0.844  0.245  
47  47   5  0.867  0.178  
48  48   5  0.736  0.247  
49  49   1  0.857  0.333  
50  50   1  0.929  0.324  
51  51   1  0.970  0.145  
52  52   1  0.681  0.368  
53  53   1  0.947  0.183  
54  54   1  0.900  0.218  
55  55   1  0.973  0.399  
56  56   1  0.809  0.092  
57  57   1  0.622  0.292  
58  58   1  0.654  0.187  
59  59   1  0.886  0.204  
60  60   1  0.931  0.323  
61  61   1  0.774  0.106  
62  62   1  0.983  0.131  
63  63   1  0.801  0.117  
64  64   1  0.789  0.197  
65  65   1  0.958  0.245  
66  66   1  0.911  0.199  
67  67   1  0.827  0.346  
#
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  eds          2.36.1                                                                Y  
4  dcc          '"2.27  (2023-04-10)"'                                                Y  
5  xtriage      1.13                                                                  Y  
6  percentiles  "20191225.v01 (using entries in the PDB archive December 25th 2019)"  N  
##
