data_8X1V

_audit_conform.dict_name      mmcif_pdbx_vrpt.dic
_audit_conform.dict_version   0.068
_audit_conform.dict_location  https://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx_vrpt.dic
#
loop_
_pdbx_vrpt_database.id
_pdbx_vrpt_database.code
PDB   8X1V   
BMRB  36612  
#
_pdbx_vrpt_exptl.ordinal  1
_pdbx_vrpt_exptl.method   nmr
#
_pdbx_vrpt_summary.entry_id                    8X1V
_pdbx_vrpt_summary.PDB_deposition_date         2023-11-08
_pdbx_vrpt_summary.PDB_revision_number         4
_pdbx_vrpt_summary.PDB_revision_date           2024-05-15
_pdbx_vrpt_summary.report_creation_date        2024-12-26:01:27
_pdbx_vrpt_summary.attempted_validation_steps  molprobity,validation-pack,coreclust,chemicalshiftanalysis,restraintsanalysis,percentiles,writepdf,writexml,writecif
_pdbx_vrpt_summary.ligands_for_buster_report   N
#
_pdbx_vrpt_entity.id           1
_pdbx_vrpt_entity.type         polymer
_pdbx_vrpt_entity.description  "DNA (5'-D(*AP*AP*GP*GP*GP*AP*AP*GP*GP*GP*AP*A)-3')"
#
loop_
_pdbx_vrpt_asym.label_asym_id
_pdbx_vrpt_asym.entity_id
A  1  
B  1  
#
loop_
_pdbx_vrpt_percentile_list.id
_pdbx_vrpt_percentile_list.range
_pdbx_vrpt_percentile_list.exp_method
1  all  pdb    
2  nmr  x-ray  
#
_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  86.97  210492  ?     ?     
2  2  1  76.72   14027  ?     ?     
#
loop_
_pdbx_vrpt_summary_entity_geometry.ordinal
_pdbx_vrpt_summary_entity_geometry.PDB_model_num
_pdbx_vrpt_summary_entity_geometry.entity_id
_pdbx_vrpt_summary_entity_geometry.label_asym_id
_pdbx_vrpt_summary_entity_geometry.auth_asym_id
_pdbx_vrpt_summary_entity_geometry.angles_RMSZ
_pdbx_vrpt_summary_entity_geometry.bonds_RMSZ
_pdbx_vrpt_summary_entity_geometry.num_bonds_RMSZ
_pdbx_vrpt_summary_entity_geometry.num_angles_RMSZ
 1   1  1  A  A  2.46  1.45  290  448  
 2   1  1  B  B  2.27  1.43  290  448  
 3   2  1  A  A  2.22  1.38  290  448  
 4   2  1  B  B  2.06  1.35  290  448  
 5   3  1  A  A  2.27  1.38  290  448  
 6   3  1  B  B  1.94  1.34  290  448  
 7   4  1  A  A  2.34  1.41  290  448  
 8   4  1  B  B  2.11  1.37  290  448  
 9   5  1  A  A  2.38  1.39  290  448  
10   5  1  B  B  2.04  1.38  290  448  
11   6  1  A  A  2.35  1.37  290  448  
12   6  1  B  B  2.15  1.35  290  448  
13   7  1  A  A  2.32  1.38  290  448  
14   7  1  B  B  2.17  1.36  290  448  
15   8  1  A  A  2.30  1.37  290  448  
16   8  1  B  B  2.04  1.36  290  448  
17   9  1  A  A  2.31  1.38  290  448  
18   9  1  B  B  2.09  1.36  290  448  
19  10  1  A  A  2.28  1.38  290  448  
20  10  1  B  B  2.13  1.36  290  448  
#
_pdbx_vrpt_summary_geometry.ordinal                 1
_pdbx_vrpt_summary_geometry.clashscore              1.93
_pdbx_vrpt_summary_geometry.clashscore_full_length  1.93
_pdbx_vrpt_summary_geometry.num_H_reduce            2680
_pdbx_vrpt_summary_geometry.num_bonds_RMSZ          5800
_pdbx_vrpt_summary_geometry.bonds_RMSZ              1.38
_pdbx_vrpt_summary_geometry.num_angles_RMSZ         8960
_pdbx_vrpt_summary_geometry.angles_RMSZ             2.22
#
_pdbx_vrpt_summary_nmr.exp_method                               nmr
_pdbx_vrpt_summary_nmr.ordinal                                  1
_pdbx_vrpt_summary_nmr.chemical_shift_completeness              39.84
_pdbx_vrpt_summary_nmr.chemical_shift_completeness_full_length  39.84
#
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_angle_outliers
_pdbx_vrpt_model_instance.count_clashes
_pdbx_vrpt_model_instance.count_plane_outliers
  1   1  1  A   1  DA  A   1  .  ?        5     1     ?  
  2   1  1  A   2  DA  A   2  .  ?        4     1     1  
  3   1  1  A   3  DG  A   3  .  ?        1     ?     1  
  4   1  1  A   4  DG  A   4  .  ?        ?     ?     1  
  5   1  1  A   5  DG  A   5  .  ?        1     ?     ?  
  6   1  1  A   6  DA  A   6  .  ?        3     ?     1  
  7   1  1  A   7  DA  A   7  .  ?        4     ?     1  
  8   1  1  A   8  DG  A   8  .  ?        2     ?     ?  
  9   1  1  A   9  DG  A   9  .  ?        1     ?     1  
 10   1  1  A  10  DG  A  10  .  ?        1     ?     ?  
 11   1  1  A  11  DA  A  11  .  ?        4     ?     ?  
 12   1  1  A  12  DA  A  12  .  ?        3     ?     1  
 13   1  1  B   1  DA  B  13  .  ?        3     2     ?  
 14   1  1  B   2  DA  B  14  .  ?        3     2     ?  
 15   1  1  B   3  DG  B  15  .  ?        ?     ?     ?  
 16   1  1  B   4  DG  B  16  .  ?        ?     ?     ?  
 17   1  1  B   5  DG  B  17  .  ?        2     ?     ?  
 18   1  1  B   6  DA  B  18  .  ?        2     ?     ?  
 19   1  1  B   7  DA  B  19  .  ?        2     ?     ?  
 20   1  1  B   8  DG  B  20  .  ?        2     ?     ?  
 21   1  1  B   9  DG  B  21  .  ?        ?     ?     1  
 22   1  1  B  10  DG  B  22  .  ?        ?     ?     ?  
 23   1  1  B  11  DA  B  23  .  ?        4     ?     ?  
 24   1  1  B  12  DA  B  24  .  ?        3     ?     1  
 25   2  1  A   1  DA  A   1  .  ?        4     1     ?  
 26   2  1  A   2  DA  A   2  .  ?        1     1     1  
 27   2  1  A   3  DG  A   3  .  ?        ?     ?     ?  
 28   2  1  A   4  DG  A   4  .  ?        ?     ?     1  
 29   2  1  A   5  DG  A   5  .  ?        1     ?     ?  
 30   2  1  A   6  DA  A   6  .  ?        ?     ?     1  
 31   2  1  A   7  DA  A   7  .  ?        3     ?     1  
 32   2  1  A   8  DG  A   8  .  ?        1     ?     1  
 33   2  1  A   9  DG  A   9  .  ?        ?     ?     1  
 34   2  1  A  10  DG  A  10  .  ?        1     ?     ?  
 35   2  1  A  11  DA  A  11  .  ?        4     ?     1  
 36   2  1  A  12  DA  A  12  .  ?        ?     ?     ?  
 37   2  1  B   1  DA  B  13  .  ?        3     ?     ?  
 38   2  1  B   2  DA  B  14  .  ?        1     ?     ?  
 39   2  1  B   3  DG  B  15  .  ?        ?     ?     ?  
 40   2  1  B   4  DG  B  16  .  ?        ?     ?     ?  
 41   2  1  B   5  DG  B  17  .  ?        2     ?     ?  
 42   2  1  B   6  DA  B  18  .  ?        1     ?     ?  
 43   2  1  B   7  DA  B  19  .  ?        2     ?     ?  
 44   2  1  B   8  DG  B  20  .  ?        1     ?     ?  
 45   2  1  B   9  DG  B  21  .  ?        ?     ?     ?  
 46   2  1  B  10  DG  B  22  .  ?        ?     ?     1  
 47   2  1  B  11  DA  B  23  .  ?        4     ?     ?  
 48   2  1  B  12  DA  B  24  .  ?        1     ?     1  
 49   3  1  A   1  DA  A   1  .  ?        4     1     ?  
 50   3  1  A   2  DA  A   2  .  ?        2     1     1  
 51   3  1  A   3  DG  A   3  .  ?        1     ?     ?  
 52   3  1  A   4  DG  A   4  .  ?        ?     ?     1  
 53   3  1  A   5  DG  A   5  .  ?        ?     ?     1  
 54   3  1  A   6  DA  A   6  .  ?        3     ?     ?  
 55   3  1  A   7  DA  A   7  .  ?        1     ?     ?  
 56   3  1  A   8  DG  A   8  .  ?        1     ?     1  
 57   3  1  A   9  DG  A   9  .  ?        ?     ?     1  
 58   3  1  A  10  DG  A  10  .  ?        2     ?     ?  
 59   3  1  A  11  DA  A  11  .  ?        2     ?     ?  
 60   3  1  A  12  DA  A  12  .  ?        1     ?     1  
 61   3  1  B   1  DA  B  13  .  ?        2     1     ?  
 62   3  1  B   2  DA  B  14  .  ?        1     1     ?  
 63   3  1  B   3  DG  B  15  .  ?        ?     ?     ?  
 64   3  1  B   4  DG  B  16  .  ?        ?     ?     ?  
 65   3  1  B   5  DG  B  17  .  ?        ?     ?     ?  
 66   3  1  B   6  DA  B  18  .  ?        2     ?     ?  
 67   3  1  B   7  DA  B  19  .  ?        ?     ?     1  
 68   3  1  B   8  DG  B  20  .  ?        1     ?     ?  
 69   3  1  B   9  DG  B  21  .  ?        ?     ?     ?  
 70   3  1  B  10  DG  B  22  .  ?        ?     ?     1  
 71   3  1  B  11  DA  B  23  .  ?        2     ?     ?  
 72   3  1  B  12  DA  B  24  .  ?        ?     ?     1  
 73   4  1  A   1  DA  A   1  .  ?        4     1     ?  
 74   4  1  A   2  DA  A   2  .  ?        1     1     1  
 75   4  1  A   3  DG  A   3  .  ?        ?     ?     ?  
 76   4  1  A   4  DG  A   4  .  ?        1     ?     1  
 77   4  1  A   5  DG  A   5  .  ?        1     ?     ?  
 78   4  1  A   6  DA  A   6  .  ?        3     ?     ?  
 79   4  1  A   7  DA  A   7  .  ?        3     ?     1  
 80   4  1  A   8  DG  A   8  .  ?        1     ?     ?  
 81   4  1  A   9  DG  A   9  .  ?        1     ?     ?  
 82   4  1  A  10  DG  A  10  .  ?        1     ?     1  
 83   4  1  A  11  DA  A  11  .  ?        4     ?     ?  
 84   4  1  A  12  DA  A  12  .  ?        1     ?     ?  
 85   4  1  B   1  DA  B  13  .  ?        2     ?     ?  
 86   4  1  B   2  DA  B  14  .  ?        2     ?     ?  
 87   4  1  B   3  DG  B  15  .  ?        ?     ?     ?  
 88   4  1  B   4  DG  B  16  .  ?        1     ?     ?  
 89   4  1  B   5  DG  B  17  .  ?        ?     ?     ?  
 90   4  1  B   6  DA  B  18  .  ?        1     ?     1  
 91   4  1  B   7  DA  B  19  .  ?        1     ?     ?  
 92   4  1  B   8  DG  B  20  .  ?        1     ?     ?  
 93   4  1  B   9  DG  B  21  .  ?        ?     ?     1  
 94   4  1  B  10  DG  B  22  .  ?        ?     ?     ?  
 95   4  1  B  11  DA  B  23  .  ?        4     ?     ?  
 96   4  1  B  12  DA  B  24  .  ?        1     ?     1  
 97   5  1  A   1  DA  A   1  .  ?        4     1     ?  
 98   5  1  A   2  DA  A   2  .  ?        3     1     1  
 99   5  1  A   3  DG  A   3  .  ?        ?     ?     ?  
100   5  1  A   4  DG  A   4  .  ?        1     ?     ?  
101   5  1  A   5  DG  A   5  .  ?        1     ?     ?  
102   5  1  A   6  DA  A   6  .  ?        3     ?     ?  
103   5  1  A   7  DA  A   7  .  ?        4     ?     1  
104   5  1  A   8  DG  A   8  .  ?        1     ?     ?  
105   5  1  A   9  DG  A   9  .  ?        1     ?     1  
106   5  1  A  10  DG  A  10  .  ?        2     ?     ?  
107   5  1  A  11  DA  A  11  .  ?        2     ?     ?  
108   5  1  A  12  DA  A  12  .  ?        1     ?     ?  
109   5  1  B   1  DA  B  13  .  ?        2     1     ?  
110   5  1  B   2  DA  B  14  .  ?        1     1     ?  
111   5  1  B   3  DG  B  15  .  ?        ?     ?     ?  
112   5  1  B   4  DG  B  16  .  ?        ?     ?     ?  
113   5  1  B   5  DG  B  17  .  ?        2     ?     ?  
114   5  1  B   6  DA  B  18  .  ?        1     ?     1  
115   5  1  B   7  DA  B  19  .  ?        1     ?     1  
116   5  1  B   8  DG  B  20  .  ?        1     ?     ?  
117   5  1  B   9  DG  B  21  .  ?        ?     ?     1  
118   5  1  B  10  DG  B  22  .  ?        ?     ?     ?  
119   5  1  B  11  DA  B  23  .  ?        3     ?     ?  
120   5  1  B  12  DA  B  24  .  ?        2     ?     1  
121   6  1  A   1  DA  A   1  .  ?        4     1     ?  
122   6  1  A   2  DA  A   2  .  ?        2     1     1  
123   6  1  A   3  DG  A   3  .  ?        1     ?     ?  
124   6  1  A   4  DG  A   4  .  ?        ?     ?     1  
125   6  1  A   5  DG  A   5  .  ?        1     ?     ?  
126   6  1  A   6  DA  A   6  .  ?        2     ?     1  
127   6  1  A   7  DA  A   7  .  ?        4     ?     1  
128   6  1  A   8  DG  A   8  .  ?        1     ?     1  
129   6  1  A   9  DG  A   9  .  ?        ?     ?     1  
130   6  1  A  10  DG  A  10  .  ?        2     ?     ?  
131   6  1  A  11  DA  A  11  .  ?        2     ?     ?  
132   6  1  A  12  DA  A  12  .  ?        2     ?     ?  
133   6  1  B   1  DA  B  13  .  ?        3     ?     ?  
134   6  1  B   2  DA  B  14  .  ?        1     ?     1  
135   6  1  B   3  DG  B  15  .  ?        ?     ?     ?  
136   6  1  B   4  DG  B  16  .  ?        ?     ?     ?  
137   6  1  B   5  DG  B  17  .  ?        2     ?     ?  
138   6  1  B   6  DA  B  18  .  ?        1     ?     ?  
139   6  1  B   7  DA  B  19  .  ?        2     ?     ?  
140   6  1  B   8  DG  B  20  .  ?        1     ?     ?  
141   6  1  B   9  DG  B  21  .  ?        1     ?     ?  
142   6  1  B  10  DG  B  22  .  ?        ?     ?     1  
143   6  1  B  11  DA  B  23  .  ?        4     ?     ?  
144   6  1  B  12  DA  B  24  .  ?        1     ?     1  
145   7  1  A   1  DA  A   1  .  ?        3     1     ?  
146   7  1  A   2  DA  A   2  .  ?        1     1     1  
147   7  1  A   3  DG  A   3  .  ?        ?     ?     ?  
148   7  1  A   4  DG  A   4  .  ?        ?     ?     1  
149   7  1  A   5  DG  A   5  .  ?        1     ?     ?  
150   7  1  A   6  DA  A   6  .  ?        3     ?     ?  
151   7  1  A   7  DA  A   7  .  ?        5     ?     1  
152   7  1  A   8  DG  A   8  .  ?        1     ?     1  
153   7  1  A   9  DG  A   9  .  ?        1     ?     1  
154   7  1  A  10  DG  A  10  .  ?        2     ?     1  
155   7  1  A  11  DA  A  11  .  ?        2     ?     1  
156   7  1  A  12  DA  A  12  .  ?        1     ?     ?  
157   7  1  B   1  DA  B  13  .  ?        3     ?     ?  
158   7  1  B   2  DA  B  14  .  ?        1     ?     ?  
159   7  1  B   3  DG  B  15  .  ?        ?     ?     ?  
160   7  1  B   4  DG  B  16  .  ?        ?     ?     ?  
161   7  1  B   5  DG  B  17  .  ?        2     ?     ?  
162   7  1  B   6  DA  B  18  .  ?        3     ?     ?  
163   7  1  B   7  DA  B  19  .  ?        1     ?     ?  
164   7  1  B   8  DG  B  20  .  ?        1     ?     ?  
165   7  1  B   9  DG  B  21  .  ?        ?     ?     1  
166   7  1  B  10  DG  B  22  .  ?        ?     ?     ?  
167   7  1  B  11  DA  B  23  .  ?        4     ?     ?  
168   7  1  B  12  DA  B  24  .  ?        1     ?     1  
169   8  1  A   1  DA  A   1  .  ?        4     1     ?  
170   8  1  A   2  DA  A   2  .  ?        2     1     1  
171   8  1  A   3  DG  A   3  .  ?        1     ?     ?  
172   8  1  A   4  DG  A   4  .  ?        ?     ?     1  
173   8  1  A   5  DG  A   5  .  ?        ?     ?     ?  
174   8  1  A   6  DA  A   6  .  ?        4     ?     ?  
175   8  1  A   7  DA  A   7  .  ?        1     ?     ?  
176   8  1  A   8  DG  A   8  .  ?        1     ?     ?  
177   8  1  A   9  DG  A   9  .  ?        ?     ?     1  
178   8  1  A  10  DG  A  10  .  ?        2     ?     ?  
179   8  1  A  11  DA  A  11  .  ?        2     ?     ?  
180   8  1  A  12  DA  A  12  .  ?        1     ?     1  
181   8  1  B   1  DA  B  13  .  ?        4     ?     ?  
182   8  1  B   2  DA  B  14  .  ?        ?     ?     ?  
183   8  1  B   3  DG  B  15  .  ?        ?     ?     ?  
184   8  1  B   4  DG  B  16  .  ?        ?     ?     ?  
185   8  1  B   5  DG  B  17  .  ?        ?     ?     ?  
186   8  1  B   6  DA  B  18  .  ?        2     ?     1  
187   8  1  B   7  DA  B  19  .  ?        ?     ?     ?  
188   8  1  B   8  DG  B  20  .  ?        1     ?     ?  
189   8  1  B   9  DG  B  21  .  ?        ?     ?     ?  
190   8  1  B  10  DG  B  22  .  ?        ?     ?     1  
191   8  1  B  11  DA  B  23  .  ?        4     ?     ?  
192   8  1  B  12  DA  B  24  .  ?        ?     ?     1  
193   9  1  A   1  DA  A   1  .  ?        3     1     ?  
194   9  1  A   2  DA  A   2  .  ?        1     1     1  
195   9  1  A   3  DG  A   3  .  ?        ?     ?     ?  
196   9  1  A   4  DG  A   4  .  ?        ?     ?     1  
197   9  1  A   5  DG  A   5  .  ?        1     ?     ?  
198   9  1  A   6  DA  A   6  .  ?        3     ?     ?  
199   9  1  A   7  DA  A   7  .  ?        3     ?     1  
200   9  1  A   8  DG  A   8  .  ?        1     ?     1  
201   9  1  A   9  DG  A   9  .  ?        ?     ?     1  
202   9  1  A  10  DG  A  10  .  ?        2     ?     ?  
203   9  1  A  11  DA  A  11  .  ?        2     ?     ?  
204   9  1  A  12  DA  A  12  .  ?        ?     ?     ?  
205   9  1  B   1  DA  B  13  .  ?        3     1     ?  
206   9  1  B   2  DA  B  14  .  ?        1     1     ?  
207   9  1  B   3  DG  B  15  .  ?        ?     ?     ?  
208   9  1  B   4  DG  B  16  .  ?        ?     ?     ?  
209   9  1  B   5  DG  B  17  .  ?        2     ?     ?  
210   9  1  B   6  DA  B  18  .  ?        1     ?     ?  
211   9  1  B   7  DA  B  19  .  ?        2     ?     ?  
212   9  1  B   8  DG  B  20  .  ?        1     ?     ?  
213   9  1  B   9  DG  B  21  .  ?        ?     ?     1  
214   9  1  B  10  DG  B  22  .  ?        ?     ?     ?  
215   9  1  B  11  DA  B  23  .  ?        4     ?     ?  
216   9  1  B  12  DA  B  24  .  ?        1     ?     1  
217  10  1  A   1  DA  A   1  .  ?        3     1     ?  
218  10  1  A   2  DA  A   2  .  ?        2     1     1  
219  10  1  A   3  DG  A   3  .  ?        ?     ?     ?  
220  10  1  A   4  DG  A   4  .  ?        ?     ?     ?  
221  10  1  A   5  DG  A   5  .  ?        1     ?     ?  
222  10  1  A   6  DA  A   6  .  ?        2     ?     1  
223  10  1  A   7  DA  A   7  .  ?        3     ?     1  
224  10  1  A   8  DG  A   8  .  ?        1     ?     1  
225  10  1  A   9  DG  A   9  .  ?        1     ?     1  
226  10  1  A  10  DG  A  10  .  ?        2     ?     ?  
227  10  1  A  11  DA  A  11  .  ?        1     ?     ?  
228  10  1  A  12  DA  A  12  .  ?        2     ?     1  
229  10  1  B   1  DA  B  13  .  ?        3     ?     ?  
230  10  1  B   2  DA  B  14  .  ?        2     ?     ?  
231  10  1  B   3  DG  B  15  .  ?        ?     ?     ?  
232  10  1  B   4  DG  B  16  .  ?        ?     ?     ?  
233  10  1  B   5  DG  B  17  .  ?        1     ?     ?  
234  10  1  B   6  DA  B  18  .  ?        1     ?     ?  
235  10  1  B   7  DA  B  19  .  ?        2     ?     ?  
236  10  1  B   8  DG  B  20  .  ?        1     ?     ?  
237  10  1  B   9  DG  B  21  .  ?        ?     ?     1  
238  10  1  B  10  DG  B  22  .  ?        ?     ?     ?  
239  10  1  B  11  DA  B  23  .  ?        4     ?     ?  
240  10  1  B  12  DA  B  24  .  ?        1     ?     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  21  1.51  33  3.18  molprobity  
  2    2  11  24  1.46  37  2.45  molprobity  
  3    3  11  25  1.50  39  2.09  molprobity  
  4    4  11  25  1.50  39  1.93  molprobity  
  5    5  11  25  1.38  39  2.23  molprobity  
  6    6  11  24  1.53  37  2.65  molprobity  
  7    7  11  24  1.40  37  3.07  molprobity  
  8    8  11  25  1.43  39  2.25  molprobity  
  9    9  11  25  1.29  39  1.87  molprobity  
 10   10  11  25  1.29  39  2.56  molprobity  
 11   11  11  24  1.69  37  2.57  molprobity  
 12   12  12  23  1.40  33  2.53  molprobity  
 13   13  12  21  1.62  33  2.83  molprobity  
 14   14  11  24  1.55  37  2.28  molprobity  
 15   15  11  25  1.29  39  1.72  molprobity  
 16   16  11  25  1.37  39  1.57  molprobity  
 17   17  11  25  1.31  39  2.46  molprobity  
 18   18  11  24  1.53  37  2.30  molprobity  
 19   19  11  24  1.47  37  2.21  molprobity  
 20   20  11  25  1.32  39  2.73  molprobity  
 21   21  11  25  1.39  39  1.95  molprobity  
 22   22  11  25  1.26  39  1.87  molprobity  
 23   23  11  24  1.57  37  2.67  molprobity  
 24   24  12  23  1.46  33  2.39  molprobity  
 25   25  12  21  1.47  33  2.47  molprobity  
 26   26  11  24  1.37  37  2.30  molprobity  
 27   27  11  25  1.44  39  1.88  molprobity  
 28   28  11  25  1.46  39  1.84  molprobity  
 29   29  11  25  1.36  39  2.02  molprobity  
 30   30  11  24  1.52  37  2.08  molprobity  
 31   31  11  24  1.26  37  2.44  molprobity  
 32   32  11  25  1.27  39  2.88  molprobity  
 33   33  11  25  1.25  39  1.75  molprobity  
 34   34  11  25  1.22  39  2.37  molprobity  
 35   35  11  24  1.37  37  2.37  molprobity  
 36   36  12  23  1.50  33  1.94  molprobity  
 37   37  12  21  1.52  33  2.33  molprobity  
 38   38  11  24  1.44  37  1.84  molprobity  
 39   39  11  25  1.17  39  1.58  molprobity  
 40   40  11  25  1.26  39  1.54  molprobity  
 41   41  11  25  1.25  39  2.30  molprobity  
 42   42  11  24  1.45  37  2.18  molprobity  
 43   43  11  24  1.37  37  1.98  molprobity  
 44   44  11  25  1.24  39  2.32  molprobity  
 45   45  11  25  1.27  39  1.93  molprobity  
 46   46  11  25  1.26  39  1.71  molprobity  
 47   47  11  24  1.56  37  2.62  molprobity  
 48   48  12  23  1.40  33  2.12  molprobity  
 49   49  12  21  1.43  33  2.74  molprobity  
 50   50  11  24  1.45  37  2.32  molprobity  
 51   51  11  25  1.42  39  1.98  molprobity  
 52   52  11  25  1.36  39  1.64  molprobity  
 53   53  11  25  1.40  39  1.80  molprobity  
 54   54  11  24  1.53  37  2.60  molprobity  
 55   55  11  24  1.25  37  1.98  molprobity  
 56   56  11  25  1.27  39  2.87  molprobity  
 57   57  11  25  1.26  39  1.91  molprobity  
 58   58  11  25  1.26  39  2.74  molprobity  
 59   59  11  24  1.38  37  2.37  molprobity  
 60   60  12  23  1.54  33  1.91  molprobity  
 61   61  12  21  1.53  33  2.50  molprobity  
 62   62  11  24  1.49  37  2.03  molprobity  
 63   63  11  25  1.19  39  1.76  molprobity  
 64   64  11  25  1.24  39  1.64  molprobity  
 65   65  11  25  1.33  39  1.76  molprobity  
 66   66  11  24  1.45  37  1.91  molprobity  
 67   67  11  24  1.31  37  1.74  molprobity  
 68   68  11  25  1.25  39  2.32  molprobity  
 69   69  11  25  1.28  39  1.93  molprobity  
 70   70  11  25  1.20  39  1.75  molprobity  
 71   71  11  24  1.45  37  2.20  molprobity  
 72   72  12  23  1.31  33  1.63  molprobity  
 73   73  12  21  1.51  33  2.63  molprobity  
 74   74  11  24  1.38  37  2.32  molprobity  
 75   75  11  25  1.40  39  2.09  molprobity  
 76   76  11  25  1.41  39  1.88  molprobity  
 77   77  11  25  1.43  39  2.11  molprobity  
 78   78  11  24  1.64  37  2.74  molprobity  
 79   79  11  24  1.34  37  2.78  molprobity  
 80   80  11  25  1.28  39  2.53  molprobity  
 81   81  11  25  1.34  39  1.94  molprobity  
 82   82  11  25  1.28  39  2.35  molprobity  
 83   83  11  24  1.50  37  2.62  molprobity  
 84   84  12  23  1.37  33  1.95  molprobity  
 85   85  12  21  1.48  33  2.53  molprobity  
 86   86  11  24  1.59  37  2.35  molprobity  
 87   87  11  25  1.17  39  1.89  molprobity  
 88   88  11  25  1.14  39  1.87  molprobity  
 89   89  11  25  1.40  39  1.76  molprobity  
 90   90  11  24  1.58  37  2.04  molprobity  
 91   91  11  24  1.44  37  2.10  molprobity  
 92   92  11  25  1.20  39  2.26  molprobity  
 93   93  11  25  1.30  39  1.77  molprobity  
 94   94  11  25  1.23  39  1.83  molprobity  
 95   95  11  24  1.53  37  2.70  molprobity  
 96   96  12  23  1.36  33  2.06  molprobity  
 97   97  12  21  1.52  33  2.69  molprobity  
 98   98  11  24  1.35  37  2.44  molprobity  
 99   99  11  25  1.31  39  1.96  molprobity  
100  100  11  25  1.44  39  2.03  molprobity  
101  101  11  25  1.49  39  1.96  molprobity  
102  102  11  24  1.59  37  2.77  molprobity  
103  103  11  24  1.28  37  2.79  molprobity  
104  104  11  25  1.27  39  2.40  molprobity  
105  105  11  25  1.24  39  1.84  molprobity  
106  106  11  25  1.19  39  2.66  molprobity  
107  107  11  24  1.62  37  2.68  molprobity  
108  108  12  23  1.38  33  2.10  molprobity  
109  109  12  21  1.49  33  2.62  molprobity  
110  110  11  24  1.51  37  2.10  molprobity  
111  111  11  25  1.24  39  1.57  molprobity  
112  112  11  25  1.29  39  1.66  molprobity  
113  113  11  25  1.33  39  2.03  molprobity  
114  114  11  24  1.48  37  1.95  molprobity  
115  115  11  24  1.45  37  1.87  molprobity  
116  116  11  25  1.28  39  2.28  molprobity  
117  117  11  25  1.30  39  1.75  molprobity  
118  118  11  25  1.26  39  1.77  molprobity  
119  119  11  24  1.52  37  2.62  molprobity  
120  120  12  23  1.39  33  2.13  molprobity  
121  121  12  21  1.47  33  2.62  molprobity  
122  122  11  24  1.40  37  2.41  molprobity  
123  123  11  25  1.36  39  2.00  molprobity  
124  124  11  25  1.40  39  1.91  molprobity  
125  125  11  25  1.40  39  2.07  molprobity  
126  126  11  24  1.48  37  2.58  molprobity  
127  127  11  24  1.31  37  2.79  molprobity  
128  128  11  25  1.27  39  2.55  molprobity  
129  129  11  25  1.26  39  1.81  molprobity  
130  130  11  25  1.19  39  2.85  molprobity  
131  131  11  24  1.57  37  2.15  molprobity  
132  132  12  23  1.37  33  2.26  molprobity  
133  133  12  21  1.55  33  2.55  molprobity  
134  134  11  24  1.46  37  2.36  molprobity  
135  135  11  25  1.13  39  1.76  molprobity  
136  136  11  25  1.20  39  1.72  molprobity  
137  137  11  25  1.25  39  2.21  molprobity  
138  138  11  24  1.48  37  2.10  molprobity  
139  139  11  24  1.38  37  1.95  molprobity  
140  140  11  25  1.28  39  2.43  molprobity  
141  141  11  25  1.29  39  2.05  molprobity  
142  142  11  25  1.24  39  1.69  molprobity  
143  143  11  24  1.54  37  2.76  molprobity  
144  144  12  23  1.35  33  1.95  molprobity  
145  145  12  21  1.49  33  2.62  molprobity  
146  146  11  24  1.36  37  2.29  molprobity  
147  147  11  25  1.37  39  1.98  molprobity  
148  148  11  25  1.40  39  1.84  molprobity  
149  149  11  25  1.42  39  1.94  molprobity  
150  150  11  24  1.59  37  2.60  molprobity  
151  151  11  24  1.27  37  2.71  molprobity  
152  152  11  25  1.26  39  2.55  molprobity  
153  153  11  25  1.31  39  1.76  molprobity  
154  154  11  25  1.35  39  2.79  molprobity  
155  155  11  24  1.41  37  2.60  molprobity  
156  156  12  23  1.34  33  1.85  molprobity  
157  157  12  21  1.56  33  2.51  molprobity  
158  158  11  24  1.48  37  2.01  molprobity  
159  159  11  25  1.21  39  1.95  molprobity  
160  160  11  25  1.18  39  1.79  molprobity  
161  161  11  25  1.36  39  2.39  molprobity  
162  162  11  24  1.38  37  2.44  molprobity  
163  163  11  24  1.44  37  1.92  molprobity  
164  164  11  25  1.27  39  2.50  molprobity  
165  165  11  25  1.29  39  1.95  molprobity  
166  166  11  25  1.16  39  1.72  molprobity  
167  167  11  24  1.53  37  2.66  molprobity  
168  168  12  23  1.40  33  2.00  molprobity  
169  169  12  21  1.43  33  2.81  molprobity  
170  170  11  24  1.41  37  2.39  molprobity  
171  171  11  25  1.45  39  2.09  molprobity  
172  172  11  25  1.29  39  1.89  molprobity  
173  173  11  25  1.40  39  1.67  molprobity  
174  174  11  24  1.60  37  2.88  molprobity  
175  175  11  24  1.22  37  2.07  molprobity  
176  176  11  25  1.25  39  2.28  molprobity  
177  177  11  25  1.23  39  1.88  molprobity  
178  178  11  25  1.32  39  2.68  molprobity  
179  179  11  24  1.48  37  2.51  molprobity  
180  180  12  23  1.31  33  2.24  molprobity  
181  181  12  21  1.48  33  2.70  molprobity  
182  182  11  24  1.56  37  1.90  molprobity  
183  183  11  25  1.18  39  1.91  molprobity  
184  184  11  25  1.28  39  1.71  molprobity  
185  185  11  25  1.36  39  1.82  molprobity  
186  186  11  24  1.48  37  1.92  molprobity  
187  187  11  24  1.37  37  1.60  molprobity  
188  188  11  25  1.28  39  2.39  molprobity  
189  189  11  25  1.30  39  1.94  molprobity  
190  190  11  25  1.16  39  1.80  molprobity  
191  191  11  24  1.53  37  2.75  molprobity  
192  192  12  23  1.34  33  1.70  molprobity  
193  193  12  21  1.49  33  2.53  molprobity  
194  194  11  24  1.36  37  2.26  molprobity  
195  195  11  25  1.40  39  1.89  molprobity  
196  196  11  25  1.38  39  1.79  molprobity  
197  197  11  25  1.41  39  2.30  molprobity  
198  198  11  24  1.55  37  2.54  molprobity  
199  199  11  24  1.33  37  2.58  molprobity  
200  200  11  25  1.29  39  2.68  molprobity  
201  201  11  25  1.25  39  1.85  molprobity  
202  202  11  25  1.14  39  2.93  molprobity  
203  203  11  24  1.60  37  2.18  molprobity  
204  204  12  23  1.25  33  1.91  molprobity  
205  205  12  21  1.51  33  2.41  molprobity  
206  206  11  24  1.51  37  2.00  molprobity  
207  207  11  25  1.22  39  1.60  molprobity  
208  208  11  25  1.30  39  1.64  molprobity  
209  209  11  25  1.21  39  2.19  molprobity  
210  210  11  24  1.48  37  2.22  molprobity  
211  211  11  24  1.37  37  1.95  molprobity  
212  212  11  25  1.23  39  2.36  molprobity  
213  213  11  25  1.29  39  2.00  molprobity  
214  214  11  25  1.22  39  1.75  molprobity  
215  215  11  24  1.56  37  2.64  molprobity  
216  216  12  23  1.38  33  2.13  molprobity  
217  217  12  21  1.52  33  2.46  molprobity  
218  218  11  24  1.39  37  2.29  molprobity  
219  219  11  25  1.33  39  2.02  molprobity  
220  220  11  25  1.48  39  1.81  molprobity  
221  221  11  25  1.44  39  1.96  molprobity  
222  222  11  24  1.63  37  2.22  molprobity  
223  223  11  24  1.27  37  2.46  molprobity  
224  224  11  25  1.24  39  2.76  molprobity  
225  225  11  25  1.23  39  1.90  molprobity  
226  226  11  25  1.20  39  2.97  molprobity  
227  227  11  24  1.56  37  2.03  molprobity  
228  228  12  23  1.27  33  2.14  molprobity  
229  229  12  21  1.42  33  2.67  molprobity  
230  230  11  24  1.48  37  2.30  molprobity  
231  231  11  25  1.28  39  1.98  molprobity  
232  232  11  25  1.23  39  1.51  molprobity  
233  233  11  25  1.27  39  1.79  molprobity  
234  234  11  24  1.49  37  2.38  molprobity  
235  235  11  24  1.40  37  2.05  molprobity  
236  236  11  25  1.19  39  2.05  molprobity  
237  237  11  25  1.32  39  1.94  molprobity  
238  238  11  25  1.29  39  1.71  molprobity  
239  239  11  24  1.57  37  2.77  molprobity  
240  240  12  23  1.41  33  2.18  molprobity  
#
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    1  "H1'"   1  0.49  2.42  
 2    2  C4      1  0.49  2.42  
 3   13  "H1'"   2  0.41  2.51  
 4   13  C4      3  0.40  3.09  
 5   14  C4      2  0.41  2.51  
 6   14  C2      3  0.40  3.09  
 7   25  "H1'"   4  0.54  2.38  
 8   26  C4      4  0.54  2.38  
 9   49  "H1'"   5  0.56  2.36  
10   50  C4      5  0.56  2.36  
11   61  "H1'"   6  0.42  2.50  
12   62  C4      6  0.42  2.50  
13   73  "H1'"   7  0.54  2.38  
14   74  C4      7  0.54  2.38  
15   97  "H1'"   8  0.52  2.40  
16   98  C4      8  0.52  2.40  
17  109  "H1'"   9  0.46  2.46  
18  110  C4      9  0.46  2.46  
19  121  "H1'"  10  0.55  2.37  
20  122  C4     10  0.55  2.37  
21  145  "H1'"  11  0.54  2.37  
22  146  C4     11  0.54  2.37  
23  169  "H1'"  12  0.54  2.38  
24  170  C4     12  0.54  2.38  
25  193  "H1'"  13  0.53  2.39  
26  194  C4     13  0.53  2.39  
27  205  "H1'"  14  0.40  2.51  
28  206  C4     14  0.40  2.51  
29  217  "H1'"  15  0.49  2.42  
30  218  C4     15  0.49  2.42  
#
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    2  sidechain  0.12  
 2    3  sidechain  0.06  
 3    4  sidechain  0.06  
 4    6  sidechain  0.07  
 5    7  sidechain  0.08  
 6    9  sidechain  0.08  
 7   12  sidechain  0.07  
 8   21  sidechain  0.07  
 9   24  sidechain  0.09  
10   26  sidechain  0.12  
11   28  sidechain  0.07  
12   30  sidechain  0.07  
13   31  sidechain  0.06  
14   32  sidechain  0.09  
15   33  sidechain  0.10  
16   35  sidechain  0.09  
17   46  sidechain  0.06  
18   48  sidechain  0.11  
19   50  sidechain  0.13  
20   52  sidechain  0.09  
21   53  sidechain  0.06  
22   56  sidechain  0.09  
23   57  sidechain  0.08  
24   60  sidechain  0.07  
25   67  sidechain  0.12  
26   70  sidechain  0.08  
27   72  sidechain  0.06  
28   74  sidechain  0.13  
29   76  sidechain  0.08  
30   79  sidechain  0.09  
31   82  sidechain  0.09  
32   90  sidechain  0.06  
33   93  sidechain  0.07  
34   96  sidechain  0.10  
35   98  sidechain  0.14  
36  103  sidechain  0.07  
37  105  sidechain  0.07  
38  114  sidechain  0.07  
39  115  sidechain  0.10  
40  117  sidechain  0.06  
41  120  sidechain  0.07  
42  122  sidechain  0.12  
43  124  sidechain  0.10  
44  126  sidechain  0.06  
45  127  sidechain  0.09  
46  128  sidechain  0.08  
47  129  sidechain  0.09  
48  134  sidechain  0.08  
49  142  sidechain  0.06  
50  144  sidechain  0.07  
51  146  sidechain  0.12  
52  148  sidechain  0.09  
53  151  sidechain  0.09  
54  152  sidechain  0.06  
55  153  sidechain  0.06  
56  154  sidechain  0.08  
57  155  sidechain  0.06  
58  165  sidechain  0.06  
59  168  sidechain  0.09  
60  170  sidechain  0.11  
61  172  sidechain  0.08  
62  177  sidechain  0.09  
63  180  sidechain  0.09  
64  186  sidechain  0.06  
65  190  sidechain  0.06  
66  192  sidechain  0.08  
67  194  sidechain  0.12  
68  196  sidechain  0.10  
69  199  sidechain  0.09  
70  200  sidechain  0.07  
71  201  sidechain  0.06  
72  213  sidechain  0.07  
73  216  sidechain  0.10  
74  218  sidechain  0.14  
75  222  sidechain  0.06  
76  223  sidechain  0.07  
77  224  sidechain  0.07  
78  225  sidechain  0.06  
79  228  sidechain  0.09  
80  237  sidechain  0.08  
81  240  sidechain  0.09  
#
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  "C1'"  "O4'"  "C4'"  104.029  110.100  1.000   -6.07  ?     
  2    1  C4     C5     C6     114.264  117.000  0.500   -5.47  ?     
  3    1  C5     C6     N1     120.950  117.700  0.500    6.50  ?     
  4    1  N1     C6     N6     114.055  118.600  0.600   -7.58  ?     
  5    1  "O4'"  "C1'"  N9     114.388  108.000  0.700    9.13  ?     
  6    2  C4     C5     C6     114.498  117.000  0.500   -5.00  ?     
  7    2  C5     C6     N1     120.217  117.700  0.500    5.03  ?     
  8    2  C8     N9     C4     103.719  105.800  0.400   -5.20  ?     
  9    2  N1     C6     N6     114.143  118.600  0.600   -7.43  ?     
 10    3  "O4'"  "C1'"  N9     112.544  108.000  0.700    6.49  ?     
 11    5  "O4'"  "C1'"  N9     113.141  108.000  0.700    7.34  ?     
 12    6  C4     C5     C6     114.196  117.000  0.500   -5.61  ?     
 13    6  C5     C6     N1     121.036  117.700  0.500    6.67  ?     
 14    6  N1     C6     N6     113.085  118.600  0.600   -9.19  ?     
 15    7  C4     C5     C6     113.620  117.000  0.500   -6.76  ?     
 16    7  C5     C6     N1     121.219  117.700  0.500    7.04  ?     
 17    7  N1     C6     N6     112.234  118.600  0.600  -10.61  ?     
 18    7  "O4'"  "C1'"  N9     112.792  108.000  0.700    6.84  ?     
 19    8  C5     C6     N1     114.073  111.500  0.500    5.15  ?     
 20    8  "O4'"  "C1'"  N9     112.594  108.000  0.700    6.56  ?     
 21    9  C5     C6     N1     114.004  111.500  0.500    5.01  ?     
 22   10  "O4'"  "C1'"  N9     113.452  108.000  0.700    7.79  ?     
 23   11  P      "O3'"  "C3'"  126.267  119.700  1.200    5.47  Y     
 24   11  C4     C5     C6     114.296  117.000  0.500   -5.41  ?     
 25   11  C5     C6     N1     120.616  117.700  0.500    5.83  ?     
 26   11  N1     C6     N6     114.463  118.600  0.600   -6.90  ?     
 27   12  C4     C5     C6     113.978  117.000  0.500   -6.04  ?     
 28   12  C5     C6     N1     120.669  117.700  0.500    5.94  ?     
 29   12  N1     C6     N6     114.079  118.600  0.600   -7.54  ?     
 30   13  C5     C6     N1     120.551  117.700  0.500    5.70  ?     
 31   13  N1     C6     N6     114.163  118.600  0.600   -7.39  ?     
 32   13  "O4'"  "C1'"  N9     114.371  108.000  0.700    9.10  ?     
 33   14  C4     C5     C6     114.434  117.000  0.500   -5.13  ?     
 34   14  C5     C6     N1     120.269  117.700  0.500    5.14  ?     
 35   14  N1     C6     N6     113.993  118.600  0.600   -7.68  ?     
 36   17  "C1'"  "O4'"  "C4'"  104.858  110.100  1.000   -5.24  ?     
 37   17  "O4'"  "C1'"  N9     114.315  108.000  0.700    9.02  ?     
 38   18  C4     C5     C6     114.430  117.000  0.500   -5.14  ?     
 39   18  C5     C6     N1     120.932  117.700  0.500    6.46  ?     
 40   19  C5     C6     N1     120.772  117.700  0.500    6.14  ?     
 41   19  "O4'"  "C1'"  N9     111.812  108.000  0.700    5.45  ?     
 42   20  N3     C2     N2     116.178  119.900  0.700   -5.32  ?     
 43   20  "O4'"  "C1'"  N9     115.331  108.000  0.700   10.47  ?     
 44   23  C4     C5     C6     114.208  117.000  0.500   -5.58  ?     
 45   23  C5     C6     N1     120.545  117.700  0.500    5.69  ?     
 46   23  N1     C6     N6     114.681  118.600  0.600   -6.53  ?     
 47   23  "O4'"  "C1'"  "C2'"  100.374  105.900  0.800   -6.91  ?     
 48   24  C4     C5     C6     114.282  117.000  0.500   -5.44  ?     
 49   24  C5     C6     N1     120.446  117.700  0.500    5.49  ?     
 50   24  N1     C6     N6     113.830  118.600  0.600   -7.95  ?     
 51   25  "C1'"  "O4'"  "C4'"  105.086  110.100  1.000   -5.01  ?     
 52   25  C5     C6     N1     120.363  117.700  0.500    5.33  ?     
 53   25  N1     C6     N6     115.293  118.600  0.600   -5.51  ?     
 54   25  "O4'"  "C1'"  N9     113.110  108.000  0.700    7.30  ?     
 55   26  N1     C6     N6     114.744  118.600  0.600   -6.43  ?     
 56   29  "O4'"  "C1'"  N9     112.236  108.000  0.700    6.05  ?     
 57   31  C5     C6     N1     120.314  117.700  0.500    5.23  ?     
 58   31  N1     C6     N6     114.496  118.600  0.600   -6.84  ?     
 59   31  "O4'"  "C1'"  N9     112.453  108.000  0.700    6.36  ?     
 60   32  "O4'"  "C1'"  N9     116.623  108.000  0.700   12.32  ?     
 61   34  "O4'"  "C1'"  N9     112.341  108.000  0.700    6.20  ?     
 62   35  C4     C5     C6     114.408  117.000  0.500   -5.18  ?     
 63   35  C5     C6     N1     120.379  117.700  0.500    5.36  ?     
 64   35  N1     C6     N6     114.992  118.600  0.600   -6.01  ?     
 65   35  "O4'"  "C1'"  N9     112.972  108.000  0.700    7.10  ?     
 66   37  C5     C6     N1     120.338  117.700  0.500    5.28  ?     
 67   37  N1     C6     N6     115.229  118.600  0.600   -5.62  ?     
 68   37  "O4'"  "C1'"  N9     112.772  108.000  0.700    6.82  ?     
 69   38  N1     C6     N6     115.166  118.600  0.600   -5.72  ?     
 70   41  "C1'"  "O4'"  "C4'"  104.634  110.100  1.000   -5.47  ?     
 71   41  "O4'"  "C1'"  N9     113.644  108.000  0.700    8.06  ?     
 72   42  C5     C6     N1     120.286  117.700  0.500    5.17  ?     
 73   43  C5     C6     N1     120.385  117.700  0.500    5.37  ?     
 74   43  "O4'"  "C1'"  N9     112.094  108.000  0.700    5.85  ?     
 75   44  "O4'"  "C1'"  N9     114.074  108.000  0.700    8.68  ?     
 76   47  "C1'"  "O4'"  "C4'"  104.409  110.100  1.000   -5.69  ?     
 77   47  N1     C6     N6     115.441  118.600  0.600   -5.26  ?     
 78   47  "O4'"  "C1'"  "C2'"  100.202  105.900  0.800   -7.12  ?     
 79   47  "O4'"  "C1'"  N9     111.676  108.000  0.700    5.25  ?     
 80   48  N1     C6     N6     114.558  118.600  0.600   -6.74  ?     
 81   49  "C1'"  "O4'"  "C4'"  104.249  110.100  1.000   -5.85  ?     
 82   49  C5     C6     N1     120.599  117.700  0.500    5.80  ?     
 83   49  N1     C6     N6     114.743  118.600  0.600   -6.43  ?     
 84   49  "O4'"  "C1'"  N9     113.522  108.000  0.700    7.89  ?     
 85   50  N1     C6     N6     115.324  118.600  0.600   -5.46  ?     
 86   50  "O4'"  "C1'"  N9     111.898  108.000  0.700    5.57  ?     
 87   51  P      "O3'"  "C3'"  126.135  119.700  1.200    5.36  Y     
 88   54  C4     C5     C6     114.280  117.000  0.500   -5.44  ?     
 89   54  C5     C6     N1     120.713  117.700  0.500    6.03  ?     
 90   54  N1     C6     N6     113.569  118.600  0.600   -8.38  ?     
 91   55  C5     C6     N1     120.213  117.700  0.500    5.03  ?     
 92   56  "O4'"  "C1'"  N9     116.474  108.000  0.700   12.11  ?     
 93   58  N3     C2     N2     116.260  119.900  0.700   -5.20  ?     
 94   58  "O4'"  "C1'"  N9     112.870  108.000  0.700    6.96  ?     
 95   59  N1     C6     N6     115.130  118.600  0.600   -5.78  ?     
 96   59  "O4'"  "C1'"  N9     113.130  108.000  0.700    7.33  ?     
 97   60  C5     C6     N1     120.273  117.700  0.500    5.15  ?     
 98   61  N1     C6     N6     115.265  118.600  0.600   -5.56  ?     
 99   61  "O4'"  "C1'"  N9     113.956  108.000  0.700    8.51  ?     
100   62  N1     C6     N6     114.703  118.600  0.600   -6.50  ?     
101   66  P      "O3'"  "C3'"  126.000  119.700  1.200    5.25  Y     
102   66  C5     C6     N1     120.303  117.700  0.500    5.21  ?     
103   68  "O4'"  "C1'"  N9     114.250  108.000  0.700    8.93  ?     
104   71  N1     C6     N6     114.974  118.600  0.600   -6.04  ?     
105   71  "O4'"  "C1'"  "C2'"  101.083  105.900  0.800   -6.02  ?     
106   73  "C1'"  "O4'"  "C4'"  104.928  110.100  1.000   -5.17  ?     
107   73  C5     C6     N1     120.505  117.700  0.500    5.61  ?     
108   73  N1     C6     N6     114.905  118.600  0.600   -6.16  ?     
109   73  "O4'"  "C1'"  N9     113.192  108.000  0.700    7.42  ?     
110   74  N1     C6     N6     114.612  118.600  0.600   -6.65  ?     
111   76  N3     C4     C5     125.906  128.600  0.500   -5.39  ?     
112   77  "O4'"  "C1'"  N9     113.154  108.000  0.700    7.36  ?     
113   78  C4     C5     C6     114.071  117.000  0.500   -5.86  ?     
114   78  C5     C6     N1     120.998  117.700  0.500    6.60  ?     
115   78  N1     C6     N6     112.934  118.600  0.600   -9.44  ?     
116   79  N1     C6     N6     113.172  118.600  0.600   -9.05  ?     
117   79  "O4'"  "C1'"  N9     112.345  108.000  0.700    6.21  ?     
118   79  "O4'"  "C4'"  "C3'"  109.138  106.000  0.600    5.23  ?     
119   80  "O4'"  "C1'"  N9     115.170  108.000  0.700   10.24  ?     
120   81  C5     C6     N1     114.185  111.500  0.500    5.37  ?     
121   82  "O4'"  "C1'"  N9     113.289  108.000  0.700    7.55  ?     
122   83  C5     C6     N1     120.243  117.700  0.500    5.08  ?     
123   83  N1     C6     N6     114.928  118.600  0.600   -6.12  ?     
124   83  "O4'"  "C1'"  "C2'"  101.511  105.900  0.800   -5.49  ?     
125   83  "O4'"  "C1'"  N9     113.127  108.000  0.700    7.32  ?     
126   84  C5     C6     N1     120.376  117.700  0.500    5.35  ?     
127   85  N1     C6     N6     115.252  118.600  0.600   -5.58  ?     
128   85  "O4'"  "C1'"  N9     114.304  108.000  0.700    9.01  ?     
129   86  N1     C6     N6     115.080  118.600  0.600   -5.87  ?     
130   86  "O4'"  "C1'"  "C2'"  101.521  105.900  0.800   -5.47  ?     
131   88  "O4'"  "C1'"  N9     111.561  108.000  0.700    5.09  ?     
132   90  C5     C6     N1     120.392  117.700  0.500    5.38  ?     
133   91  C5     C6     N1     120.251  117.700  0.500    5.10  ?     
134   92  "O4'"  "C1'"  N9     114.300  108.000  0.700    9.00  ?     
135   95  "C1'"  "O4'"  "C4'"  104.312  110.100  1.000   -5.79  ?     
136   95  N1     C6     N6     115.335  118.600  0.600   -5.44  ?     
137   95  "O4'"  "C1'"  "C2'"  100.041  105.900  0.800   -7.32  ?     
138   95  "O4'"  "C1'"  N9     111.799  108.000  0.700    5.43  ?     
139   96  N1     C6     N6     114.788  118.600  0.600   -6.35  ?     
140   97  "C1'"  "O4'"  "C4'"  104.948  110.100  1.000   -5.15  ?     
141   97  C5     C6     N1     120.501  117.700  0.500    5.60  ?     
142   97  N1     C6     N6     114.676  118.600  0.600   -6.54  ?     
143   97  "O4'"  "C1'"  N9     112.955  108.000  0.700    7.08  ?     
144   98  C4     C5     C6     114.434  117.000  0.500   -5.13  ?     
145   98  N1     C6     N6     114.531  118.600  0.600   -6.78  ?     
146   98  "O4'"  "C1'"  N9     111.728  108.000  0.700    5.33  ?     
147  100  N3     C4     C5     125.962  128.600  0.500   -5.28  ?     
148  101  "O4'"  "C1'"  N9     111.947  108.000  0.700    5.64  ?     
149  102  C4     C5     C6     114.103  117.000  0.500   -5.79  ?     
150  102  C5     C6     N1     120.985  117.700  0.500    6.57  ?     
151  102  N1     C6     N6     112.761  118.600  0.600   -9.73  ?     
152  103  C4     C5     C6     114.470  117.000  0.500   -5.06  ?     
153  103  C5     C6     N1     120.458  117.700  0.500    5.51  ?     
154  103  N1     C6     N6     113.024  118.600  0.600   -9.29  ?     
155  103  "O4'"  "C1'"  N9     111.822  108.000  0.700    5.46  ?     
156  104  "O4'"  "C1'"  N9     114.512  108.000  0.700    9.30  ?     
157  105  C5     C6     N1     114.033  111.500  0.500    5.07  ?     
158  106  "C1'"  "O4'"  "C4'"  104.900  110.100  1.000   -5.20  ?     
159  106  "O4'"  "C1'"  N9     113.888  108.000  0.700    8.41  ?     
160  107  N1     C6     N6     114.757  118.600  0.600   -6.41  ?     
161  107  "O4'"  "C1'"  N9     114.401  108.000  0.700    9.14  ?     
162  108  C5     C6     N1     120.257  117.700  0.500    5.11  ?     
163  109  N1     C6     N6     115.586  118.600  0.600   -5.02  ?     
164  109  "O4'"  "C1'"  N9     114.812  108.000  0.700    9.73  ?     
165  110  N1     C6     N6     114.773  118.600  0.600   -6.38  ?     
166  113  "C1'"  "O4'"  "C4'"  104.929  110.100  1.000   -5.17  ?     
167  113  "O4'"  "C1'"  N9     113.092  108.000  0.700    7.28  ?     
168  114  C5     C6     N1     120.431  117.700  0.500    5.46  ?     
169  115  C5     C6     N1     120.215  117.700  0.500    5.03  ?     
170  116  "O4'"  "C1'"  N9     114.450  108.000  0.700    9.21  ?     
171  119  "C1'"  "O4'"  "C4'"  103.870  110.100  1.000   -6.23  ?     
172  119  N1     C6     N6     115.361  118.600  0.600   -5.40  ?     
173  119  "O4'"  "C1'"  "C2'"  100.564  105.900  0.800   -6.67  ?     
174  120  C5     C6     N1     120.266  117.700  0.500    5.13  ?     
175  120  N1     C6     N6     114.779  118.600  0.600   -6.37  ?     
176  121  "C1'"  "O4'"  "C4'"  104.550  110.100  1.000   -5.55  ?     
177  121  C5     C6     N1     120.346  117.700  0.500    5.29  ?     
178  121  N1     C6     N6     115.016  118.600  0.600   -5.97  ?     
179  121  "O4'"  "C1'"  N9     113.897  108.000  0.700    8.43  ?     
180  122  N1     C6     N6     114.793  118.600  0.600   -6.34  ?     
181  122  "O4'"  "C1'"  N9     111.871  108.000  0.700    5.53  ?     
182  123  N3     C2     N2     116.334  119.900  0.700   -5.09  ?     
183  125  "O4'"  "C1'"  N9     112.538  108.000  0.700    6.48  ?     
184  126  C5     C6     N1     120.694  117.700  0.500    5.99  ?     
185  126  N1     C6     N6     113.926  118.600  0.600   -7.79  ?     
186  127  C5     C6     N1     120.340  117.700  0.500    5.28  ?     
187  127  N1     C6     N6     113.301  118.600  0.600   -8.83  ?     
188  127  "O4'"  "C1'"  N9     112.474  108.000  0.700    6.39  ?     
189  127  "O4'"  "C4'"  "C3'"  109.114  106.000  0.600    5.19  ?     
190  128  "O4'"  "C1'"  N9     115.599  108.000  0.700   10.86  ?     
191  130  "C1'"  "O4'"  "C4'"  104.928  110.100  1.000   -5.17  ?     
192  130  "O4'"  "C1'"  N9     114.863  108.000  0.700    9.80  ?     
193  131  N1     C6     N6     115.210  118.600  0.600   -5.65  ?     
194  131  "O4'"  "C1'"  N9     112.239  108.000  0.700    6.06  ?     
195  132  C5     C6     N1     120.449  117.700  0.500    5.50  ?     
196  132  N1     C6     N6     115.077  118.600  0.600   -5.87  ?     
197  133  C5     C6     N1     120.251  117.700  0.500    5.10  ?     
198  133  N1     C6     N6     114.945  118.600  0.600   -6.09  ?     
199  133  "O4'"  "C1'"  N9     113.030  108.000  0.700    7.18  ?     
200  134  "O4'"  "C1'"  N9     113.302  108.000  0.700    7.57  ?     
201  137  "C1'"  "O4'"  "C4'"  104.502  110.100  1.000   -5.60  ?     
202  137  "O4'"  "C1'"  N9     113.966  108.000  0.700    8.52  ?     
203  138  C5     C6     N1     120.278  117.700  0.500    5.16  ?     
204  139  C5     C6     N1     120.276  117.700  0.500    5.15  ?     
205  139  "O4'"  "C1'"  N9     111.988  108.000  0.700    5.70  ?     
206  140  "O4'"  "C1'"  N9     114.352  108.000  0.700    9.07  ?     
207  141  N3     C2     N2     116.361  119.900  0.700   -5.05  ?     
208  143  "C1'"  "O4'"  "C4'"  104.036  110.100  1.000   -6.06  ?     
209  143  N1     C6     N6     114.865  118.600  0.600   -6.22  ?     
210  143  "O4'"  "C1'"  "C2'"  100.417  105.900  0.800   -6.85  ?     
211  143  "O4'"  "C1'"  N9     111.554  108.000  0.700    5.08  ?     
212  144  "O4'"  "C1'"  N9     111.632  108.000  0.700    5.19  ?     
213  145  C5     C6     N1     120.411  117.700  0.500    5.42  ?     
214  145  N1     C6     N6     114.730  118.600  0.600   -6.45  ?     
215  145  "O4'"  "C1'"  N9     113.419  108.000  0.700    7.74  ?     
216  146  N1     C6     N6     114.800  118.600  0.600   -6.33  ?     
217  149  "O4'"  "C1'"  N9     112.557  108.000  0.700    6.51  ?     
218  150  C4     C5     C6     114.259  117.000  0.500   -5.48  ?     
219  150  C5     C6     N1     120.762  117.700  0.500    6.12  ?     
220  150  N1     C6     N6     113.459  118.600  0.600   -8.57  ?     
221  151  C4     C5     C6     114.498  117.000  0.500   -5.00  ?     
222  151  C5     C6     N1     120.399  117.700  0.500    5.40  ?     
223  151  N1     C6     N6     113.460  118.600  0.600   -8.57  ?     
224  151  "O4'"  "C1'"  N9     112.266  108.000  0.700    6.09  ?     
225  151  "O4'"  "C4'"  "C3'"  109.051  106.000  0.600    5.08  ?     
226  152  "O4'"  "C1'"  N9     114.963  108.000  0.700    9.95  ?     
227  153  C5     C6     N1     114.056  111.500  0.500    5.11  ?     
228  154  "C1'"  "O4'"  "C4'"  104.883  110.100  1.000   -5.22  ?     
229  154  "O4'"  "C1'"  N9     114.041  108.000  0.700    8.63  ?     
230  155  N1     C6     N6     115.288  118.600  0.600   -5.52  ?     
231  155  "O4'"  "C1'"  N9     114.372  108.000  0.700    9.10  ?     
232  156  "O4'"  "C1'"  N9     111.610  108.000  0.700    5.16  ?     
233  157  C5     C6     N1     120.274  117.700  0.500    5.15  ?     
234  157  N1     C6     N6     115.212  118.600  0.600   -5.65  ?     
235  157  "O4'"  "C1'"  N9     113.565  108.000  0.700    7.95  ?     
236  158  N1     C6     N6     115.055  118.600  0.600   -5.91  ?     
237  161  "C1'"  "O4'"  "C4'"  104.232  110.100  1.000   -5.87  ?     
238  161  "O4'"  "C1'"  N9     114.597  108.000  0.700    9.42  ?     
239  162  P      "O3'"  "C3'"  125.937  119.700  1.200    5.20  Y     
240  162  C5     C6     N1     120.312  117.700  0.500    5.22  ?     
241  162  "O4'"  "C1'"  N9     113.148  108.000  0.700    7.35  ?     
242  163  "O4'"  "C1'"  N9     112.292  108.000  0.700    6.13  ?     
243  164  "O4'"  "C1'"  N9     115.116  108.000  0.700   10.16  ?     
244  167  "C1'"  "O4'"  "C4'"  104.467  110.100  1.000   -5.63  ?     
245  167  N1     C6     N6     115.416  118.600  0.600   -5.31  ?     
246  167  "O4'"  "C1'"  "C2'"  100.062  105.900  0.800   -7.30  ?     
247  167  "O4'"  "C1'"  N9     112.011  108.000  0.700    5.73  ?     
248  168  N1     C6     N6     115.048  118.600  0.600   -5.92  ?     
249  169  "C1'"  "O4'"  "C4'"  104.449  110.100  1.000   -5.65  ?     
250  169  C5     C6     N1     120.490  117.700  0.500    5.58  ?     
251  169  N1     C6     N6     114.975  118.600  0.600   -6.04  ?     
252  169  "O4'"  "C1'"  N9     114.947  108.000  0.700    9.92  ?     
253  170  N1     C6     N6     114.630  118.600  0.600   -6.62  ?     
254  170  "O4'"  "C1'"  N9     111.570  108.000  0.700    5.10  ?     
255  171  P      "O3'"  "C3'"  126.336  119.700  1.200    5.53  Y     
256  174  C4     C5     C6     113.837  117.000  0.500   -6.33  ?     
257  174  C5     C6     N1     120.904  117.700  0.500    6.41  ?     
258  174  C6     C5     N7     135.870  132.300  0.700    5.10  ?     
259  174  N1     C6     N6     112.484  118.600  0.600  -10.19  ?     
260  175  C5     C6     N1     120.432  117.700  0.500    5.46  ?     
261  176  "O4'"  "C1'"  N9     114.368  108.000  0.700    9.10  ?     
262  178  "C1'"  "O4'"  "C4'"  104.930  110.100  1.000   -5.17  ?     
263  178  "O4'"  "C1'"  N9     112.915  108.000  0.700    7.02  ?     
264  179  N1     C6     N6     115.510  118.600  0.600   -5.15  ?     
265  179  "O4'"  "C1'"  N9     113.634  108.000  0.700    8.05  ?     
266  180  C5     C6     N1     120.309  117.700  0.500    5.22  ?     
267  181  C5     C6     N1     120.253  117.700  0.500    5.11  ?     
268  181  N1     C6     N6     115.398  118.600  0.600   -5.34  ?     
269  181  "O4'"  "C1'"  "C2'"  101.637  105.900  0.800   -5.33  ?     
270  181  "O4'"  "C1'"  N9     114.145  108.000  0.700    8.78  ?     
271  186  P      "O3'"  "C3'"  125.775  119.700  1.200    5.06  Y     
272  186  C5     C6     N1     120.329  117.700  0.500    5.26  ?     
273  188  "O4'"  "C1'"  N9     114.117  108.000  0.700    8.74  ?     
274  191  "C1'"  "O4'"  "C4'"  104.932  110.100  1.000   -5.17  ?     
275  191  N1     C6     N6     114.943  118.600  0.600   -6.09  ?     
276  191  "O4'"  "C1'"  "C2'"   99.688  105.900  0.800   -7.76  ?     
277  191  "O4'"  "C1'"  N9     112.372  108.000  0.700    6.25  ?     
278  193  C5     C6     N1     120.370  117.700  0.500    5.34  ?     
279  193  N1     C6     N6     115.096  118.600  0.600   -5.84  ?     
280  193  "O4'"  "C1'"  N9     113.080  108.000  0.700    7.26  ?     
281  194  N1     C6     N6     114.957  118.600  0.600   -6.07  ?     
282  197  "O4'"  "C1'"  N9     113.941  108.000  0.700    8.49  ?     
283  198  C4     C5     C6     114.286  117.000  0.500   -5.43  ?     
284  198  C5     C6     N1     120.621  117.700  0.500    5.84  ?     
285  198  N1     C6     N6     113.593  118.600  0.600   -8.35  ?     
286  199  C5     C6     N1     120.261  117.700  0.500    5.12  ?     
287  199  N1     C6     N6     113.741  118.600  0.600   -8.10  ?     
288  199  "O4'"  "C1'"  N9     111.803  108.000  0.700    5.43  ?     
289  200  "O4'"  "C1'"  N9     115.656  108.000  0.700   10.94  ?     
290  202  "O4'"  "C1'"  "C2'"  101.667  105.900  0.800   -5.29  ?     
291  202  "O4'"  "C1'"  N9     115.216  108.000  0.700   10.31  ?     
292  203  C5     C6     N1     120.320  117.700  0.500    5.24  ?     
293  203  N1     C6     N6     115.197  118.600  0.600   -5.67  ?     
294  205  C5     C6     N1     120.259  117.700  0.500    5.12  ?     
295  205  N1     C6     N6     115.296  118.600  0.600   -5.51  ?     
296  205  "O4'"  "C1'"  N9     113.279  108.000  0.700    7.54  ?     
297  206  N1     C6     N6     115.098  118.600  0.600   -5.84  ?     
298  209  "C1'"  "O4'"  "C4'"  104.704  110.100  1.000   -5.40  ?     
299  209  "O4'"  "C1'"  N9     113.323  108.000  0.700    7.61  ?     
300  210  C5     C6     N1     120.415  117.700  0.500    5.43  ?     
301  211  C5     C6     N1     120.294  117.700  0.500    5.19  ?     
302  211  "O4'"  "C1'"  N9     111.996  108.000  0.700    5.71  ?     
303  212  "O4'"  "C1'"  N9     113.787  108.000  0.700    8.27  ?     
304  215  "C1'"  "O4'"  "C4'"  104.325  110.100  1.000   -5.78  ?     
305  215  N1     C6     N6     115.514  118.600  0.600   -5.14  ?     
306  215  "O4'"  "C1'"  "C2'"  100.113  105.900  0.800   -7.23  ?     
307  215  "O4'"  "C1'"  N9     111.543  108.000  0.700    5.06  ?     
308  216  N1     C6     N6     114.552  118.600  0.600   -6.75  ?     
309  217  C5     C6     N1     120.372  117.700  0.500    5.34  ?     
310  217  N1     C6     N6     115.020  118.600  0.600   -5.97  ?     
311  217  "O4'"  "C1'"  N9     112.300  108.000  0.700    6.14  ?     
312  218  N1     C6     N6     114.922  118.600  0.600   -6.13  ?     
313  218  "O4'"  "C1'"  N9     111.816  108.000  0.700    5.45  ?     
314  221  "O4'"  "C1'"  N9     112.252  108.000  0.700    6.08  ?     
315  222  C5     C6     N1     120.451  117.700  0.500    5.50  ?     
316  222  N1     C6     N6     115.175  118.600  0.600   -5.71  ?     
317  223  C5     C6     N1     120.225  117.700  0.500    5.05  ?     
318  223  N1     C6     N6     114.284  118.600  0.600   -7.19  ?     
319  223  "O4'"  "C1'"  N9     112.601  108.000  0.700    6.57  ?     
320  224  "O4'"  "C1'"  N9     116.332  108.000  0.700   11.90  ?     
321  225  C5     C6     N1     114.054  111.500  0.500    5.11  ?     
322  226  N3     C2     N2     116.309  119.900  0.700   -5.13  ?     
323  226  "O4'"  "C1'"  N9     115.293  108.000  0.700   10.42  ?     
324  227  N1     C6     N6     115.572  118.600  0.600   -5.05  ?     
325  228  N1     C6     N6     115.377  118.600  0.600   -5.37  ?     
326  228  "O4'"  "C1'"  N9     111.539  108.000  0.700    5.05  ?     
327  229  C5     C6     N1     120.338  117.700  0.500    5.28  ?     
328  229  N1     C6     N6     115.290  118.600  0.600   -5.52  ?     
329  229  "O4'"  "C1'"  N9     115.064  108.000  0.700   10.09  ?     
330  230  C4     C5     C6     114.481  117.000  0.500   -5.04  ?     
331  230  N1     C6     N6     114.589  118.600  0.600   -6.68  ?     
332  233  "C1'"  "O4'"  "C4'"  104.961  110.100  1.000   -5.14  ?     
333  234  "O4'"  "C1'"  N9     112.859  108.000  0.700    6.94  ?     
334  235  C5     C6     N1     120.278  117.700  0.500    5.16  ?     
335  235  "O4'"  "C1'"  N9     112.789  108.000  0.700    6.84  ?     
336  236  "O4'"  "C1'"  N9     112.777  108.000  0.700    6.82  ?     
337  239  "C1'"  "O4'"  "C4'"  103.957  110.100  1.000   -6.14  ?     
338  239  N1     C6     N6     115.062  118.600  0.600   -5.90  ?     
339  239  "O4'"  "C1'"  "C2'"  100.264  105.900  0.800   -7.04  ?     
340  239  "O4'"  "C1'"  N9     111.981  108.000  0.700    5.69  ?     
341  240  N1     C6     N6     114.719  118.600  0.600   -6.47  ?     
#
_pdbx_vrpt_chemical_shift_list.ordinal                           1
_pdbx_vrpt_chemical_shift_list.file_id                           3
_pdbx_vrpt_chemical_shift_list.file_name                         working_cs.cif
_pdbx_vrpt_chemical_shift_list.block_name                        starch_output
_pdbx_vrpt_chemical_shift_list.list_id                           1
_pdbx_vrpt_chemical_shift_list.type                              full
_pdbx_vrpt_chemical_shift_list.number_of_errors_while_mapping    0
_pdbx_vrpt_chemical_shift_list.number_of_warnings_while_mapping  0
_pdbx_vrpt_chemical_shift_list.number_of_mapped_shifts           196
_pdbx_vrpt_chemical_shift_list.number_of_parsed_shifts           196
_pdbx_vrpt_chemical_shift_list.total_number_of_shifts            196
_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  196  296  492  overall  Total  
 2  148  140  288  sugar    Total  
 3   48  156  204  base     Total  
 4  196  104  300  overall  H      
 5  148   20  168  sugar    H      
 6   48   84  132  base     H      
 7    0  156  156  overall  C      
 8    0  120  120  sugar    C      
 9    0   36   36  base     C      
10    0   36   36  overall  N      
11    0   36   36  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  196  296  492  overall  Total  
 2  148  140  288  sugar    Total  
 3   48  156  204  base     Total  
 4  196  104  300  overall  H      
 5  148   20  168  sugar    H      
 6   48   84  132  base     H      
 7    0  156  156  overall  C      
 8    0  120  120  sugar    C      
 9    0   36   36  base     C      
10    0   36   36  overall  N      
11    0   36   36  base     N      
#
loop_
_pdbx_vrpt_restraint_summary.ordinal
_pdbx_vrpt_restraint_summary.description
_pdbx_vrpt_restraint_summary.value
 1  "Total distance restraints"                     276  
 2  "Intra-residue (|i-j|=0)"                       138  
 3  "Sequential (|i-j|=1)"                           82  
 4  "Medium range (|i-j|>1 and |i-j|<5)"              8  
 5  "Long range (|i-j|>=5)"                          12  
 6  Inter-chain                                      12  
 7  "Total hydrogen bond restraints"                 24  
 8  "Total disulfide bond restraints"                 0  
 9  "Total dihedral-angle restraints"               100  
10  "Number of unmapped restraints"                   0  
11  "Number of restraints per residue"             15.7  
12  "Number of long range restraints per residue"   1.0  
#
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                 138   50.0  0  0.0  0.0  0  0.0   0.0  
 2  Intra-residue  BackboneBackbone     62   22.5  0  0.0  0.0  0  0.0   0.0  
 3  Intra-residue  BackboneSidechain    76   27.5  0  0.0  0.0  0  0.0   0.0  
 4  Intra-residue  SidechainSidechain    0    0.0  0  0.0  0.0  0  0.0   0.0  
 5  Sequential     all                  82   29.7  1  0.4  1.2  1  0.4   1.2  
 6  Sequential     BackboneBackbone      8    2.9  0  0.0  0.0  0  0.0   0.0  
 7  Sequential     BackboneSidechain    58   21.0  1  0.4  1.7  1  0.4   1.7  
 8  Sequential     SidechainSidechain   16    5.8  0  0.0  0.0  0  0.0   0.0  
 9  MediumRange    all                   8    2.9  0  0.0  0.0  1  0.4  12.5  
10  MediumRange    BackboneBackbone      0    0.0  0  0.0  0.0  0  0.0   0.0  
11  MediumRange    BackboneSidechain     8    2.9  0  0.0  0.0  1  0.4  12.5  
12  MediumRange    SidechainSidechain    0    0.0  0  0.0  0.0  0  0.0   0.0  
13  LongRange      all                  12    4.3  0  0.0  0.0  1  0.4   8.3  
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   12    4.3  0  0.0  0.0  1  0.4   8.3  
17  InterChain     all                  12    4.3  0  0.0  0.0  0  0.0   0.0  
18  InterChain     BackboneBackbone      0    0.0  0  0.0  0.0  0  0.0   0.0  
19  InterChain     BackboneSidechain     0    0.0  0  0.0  0.0  0  0.0   0.0  
20  InterChain     SidechainSidechain   12    4.3  0  0.0  0.0  0  0.0   0.0  
21  HydrogenBond   all                  24    8.7  0  0.0  0.0  0  0.0   0.0  
22  DisulfideBond  all                   0    0.0  0  0.0  0.0  0  0.0   0.0  
23  Total          all                 276  100.0  1  0.4  0.4  3  1.1   1.1  
24  Total          BackboneBackbone     70   25.4  0  0.0  0.0  0  0.0   0.0  
25  Total          BackboneSidechain   142   51.4  1  0.4  0.7  2  0.7   1.4  
26  Total          SidechainSidechain   40   14.5  0  0.0  0.0  1  0.4   2.5  
#
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  0.14  0.12  0.12  0.02  
 2   2  0.16  0.13  0.13  0.03  
 3   3  0.18  0.18  0.18  0.00  
 4   4  0.15  0.15  0.15  0.00  
 5   5  0.15  0.14  0.14  0.02  
 6   6  0.19  0.16  0.16  0.04  
 7   7  0.16  0.16  0.16  0.00  
 8   8  0.19  0.15  0.15  0.04  
 9   9  0.15  0.12  0.11  0.02  
10  10  0.15  0.13  0.13  0.02  
#
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  0  
 2   1  sequential    1  
 3   1  medium        0  
 4   1  long          1  
 5   1  interchain    0  
 6   1  total         2  
 7   2  intraresidue  0  
 8   2  sequential    1  
 9   2  medium        0  
10   2  long          1  
11   2  interchain    0  
12   2  total         2  
13   3  intraresidue  0  
14   3  sequential    1  
15   3  medium        0  
16   3  long          0  
17   3  interchain    0  
18   3  total         1  
19   4  intraresidue  0  
20   4  sequential    1  
21   4  medium        0  
22   4  long          0  
23   4  interchain    0  
24   4  total         1  
25   5  intraresidue  0  
26   5  sequential    1  
27   5  medium        1  
28   5  long          0  
29   5  interchain    0  
30   5  total         2  
31   6  intraresidue  0  
32   6  sequential    1  
33   6  medium        1  
34   6  long          0  
35   6  interchain    0  
36   6  total         2  
37   7  intraresidue  0  
38   7  sequential    1  
39   7  medium        0  
40   7  long          0  
41   7  interchain    0  
42   7  total         1  
43   8  intraresidue  0  
44   8  sequential    1  
45   8  medium        1  
46   8  long          0  
47   8  interchain    0  
48   8  total         2  
49   9  intraresidue  0  
50   9  sequential    1  
51   9  medium        1  
52   9  long          1  
53   9  interchain    0  
54   9  total         3  
55  10  intraresidue  0  
56  10  sequential    1  
57  10  medium        0  
58  10  long          1  
59  10  interchain    0  
60  10  total         2  
#
loop_
_pdbx_vrpt_distance_violations_ensemble_summary.id
_pdbx_vrpt_distance_violations_ensemble_summary.fraction_of_ensemble_count
_pdbx_vrpt_distance_violations_ensemble_summary.fraction_of_ensemble_percent
 1   1   10.0  
 2   2   20.0  
 3   3   30.0  
 4   4   40.0  
 5   5   50.0  
 6   6   60.0  
 7   7   70.0  
 8   8   80.0  
 9   9   90.0  
10  10  100.0  
#
loop_
_pdbx_vrpt_distance_violation_ensemble.ordinal
_pdbx_vrpt_distance_violation_ensemble.ensemble_distance_count
_pdbx_vrpt_distance_violation_ensemble.dist_rest_type
_pdbx_vrpt_distance_violation_ensemble.violations_count
 1   1  intraresidue  0  
 2   1  sequential    0  
 3   1  medium        0  
 4   1  long          0  
 5   1  interchain    0  
 6   1  total         0  
 7   2  intraresidue  0  
 8   2  sequential    0  
 9   2  medium        0  
10   2  long          0  
11   2  interchain    0  
12   2  total         0  
13   3  intraresidue  0  
14   3  sequential    0  
15   3  medium        0  
16   3  long          0  
17   3  interchain    0  
18   3  total         0  
19   4  intraresidue  0  
20   4  sequential    0  
21   4  medium        1  
22   4  long          1  
23   4  interchain    0  
24   4  total         2  
25   5  intraresidue  0  
26   5  sequential    0  
27   5  medium        0  
28   5  long          0  
29   5  interchain    0  
30   5  total         0  
31   6  intraresidue  0  
32   6  sequential    0  
33   6  medium        0  
34   6  long          0  
35   6  interchain    0  
36   6  total         0  
37   7  intraresidue  0  
38   7  sequential    0  
39   7  medium        0  
40   7  long          0  
41   7  interchain    0  
42   7  total         0  
43   8  intraresidue  0  
44   8  sequential    0  
45   8  medium        0  
46   8  long          0  
47   8  interchain    0  
48   8  total         0  
49   9  intraresidue  0  
50   9  sequential    0  
51   9  medium        0  
52   9  long          0  
53   9  interchain    0  
54   9  total         0  
55  10  intraresidue  0  
56  10  sequential    1  
57  10  medium        0  
58  10  long          0  
59  10  interchain    0  
60  10  total         1  
#
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  1.6  
2  0.2-0.5    .    .  
3  >0.5       .    .  
#
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  117  1  .  A   1  DA  ?     1  A  1  "H3'"  A  .   2  DA  2  A  1  ?     H8      10  0.16  0.15  0.02  
2  245  1  .  B  18  DA  ?     1  B  6  H2     B  .  20  DG  8  B  1  ?     "H2'"    4  0.11  0.11  0.01  
3  245  1  .  B  18  DA  ?     1  B  6  H2     B  .  20  DG  8  B  1  ?     "H2''"   4  0.11  0.11  0.01  
4   11  1  .  B  16  DG  ?     1  B  4  H1     B  .  21  DG  9  B  1  ?     H8       4  0.11  0.11  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  117  1  121  122  "H3'"  H8      0.19  
 2  117  1  169  170  "H3'"  H8      0.19  
 3  117  1   49   50  "H3'"  H8      0.18  
 4  117  1   25   26  "H3'"  H8      0.16  
 5  117  1  145  146  "H3'"  H8      0.16  
 6  117  1   73   74  "H3'"  H8      0.15  
 7  117  1   97   98  "H3'"  H8      0.15  
 8  117  1  193  194  "H3'"  H8      0.15  
 9  117  1  217  218  "H3'"  H8      0.15  
10  117  1    1    2  "H3'"  H8      0.14  
11  245  1  114  116  H2     "H2'"   0.12  
12  245  1  114  116  H2     "H2''"  0.12  
13  245  1  138  140  H2     "H2'"   0.12  
14  245  1  138  140  H2     "H2''"  0.12  
15  245  1  210  212  H2     "H2'"   0.11  
16  245  1  210  212  H2     "H2''"  0.11  
17   11  1   16   21  H1     H8      0.11  
18   11  1  208  213  H1     H8      0.11  
19   11  1  232  237  H1     H8      0.11  
20  245  1  186  188  H2     "H2'"   0.10  
21  245  1  186  188  H2     "H2''"  0.10  
22   11  1   40   45  H1     H8      0.10  
#
loop_
_pdbx_vrpt_dihedralangle_violations_summary.ordinal
_pdbx_vrpt_dihedralangle_violations_summary.restraint_type
_pdbx_vrpt_dihedralangle_violations_summary.restraints_count
_pdbx_vrpt_dihedralangle_violations_summary.percent_total
_pdbx_vrpt_dihedralangle_violations_summary.consistently_violated_count
_pdbx_vrpt_dihedralangle_violations_summary.consistently_violated_percent_total
_pdbx_vrpt_dihedralangle_violations_summary.consistently_violated_percent_type
_pdbx_vrpt_dihedralangle_violations_summary.violated_count
_pdbx_vrpt_dihedralangle_violations_summary.violated_percent_total
_pdbx_vrpt_dihedralangle_violations_summary.violated_percent_type
1  CHI       24   24.0  0  0.0  0.0  0  0.0  0.0  
2  UNNAMED   76   76.0  0  0.0  0.0  1  1.0  1.3  
3  Total    100  100.0  0  0.0  0.0  1  1.0  1.0  
#
loop_
_pdbx_vrpt_dihedralangle_violation_model_summary.ordinal
_pdbx_vrpt_dihedralangle_violation_model_summary.PDB_model_num
_pdbx_vrpt_dihedralangle_violation_model_summary.max_violation
_pdbx_vrpt_dihedralangle_violation_model_summary.mean_violation
_pdbx_vrpt_dihedralangle_violation_model_summary.median_violation
_pdbx_vrpt_dihedralangle_violation_model_summary.standard_deviation
 1   1  0.00  0.00  0.00  0.00  
 2   2  0.00  0.00  0.00  0.00  
 3   3  0.00  0.00  0.00  0.00  
 4   4  0.00  0.00  0.00  0.00  
 5   5  0.00  0.00  0.00  0.00  
 6   6  0.00  0.00  0.00  0.00  
 7   7  0.00  0.00  0.00  0.00  
 8   8  1.20  1.20  1.20  0.00  
 9   9  0.00  0.00  0.00  0.00  
10  10  0.00  0.00  0.00  0.00  
#
loop_
_pdbx_vrpt_dihedralangle_violation_model.ordinal
_pdbx_vrpt_dihedralangle_violation_model.PDB_model_num
_pdbx_vrpt_dihedralangle_violation_model.ang_rest_type
_pdbx_vrpt_dihedralangle_violation_model.violations_count
 1   1  CHI      0  
 2   1  UNNAMED  0  
 3   1  Total    0  
 4   2  CHI      0  
 5   2  UNNAMED  0  
 6   2  Total    0  
 7   3  CHI      0  
 8   3  UNNAMED  0  
 9   3  Total    0  
10   4  CHI      0  
11   4  UNNAMED  0  
12   4  Total    0  
13   5  CHI      0  
14   5  UNNAMED  0  
15   5  Total    0  
16   6  CHI      0  
17   6  UNNAMED  0  
18   6  Total    0  
19   7  CHI      0  
20   7  UNNAMED  0  
21   7  Total    0  
22   8  CHI      0  
23   8  UNNAMED  1  
24   8  Total    1  
25   9  CHI      0  
26   9  UNNAMED  0  
27   9  Total    0  
28  10  CHI      0  
29  10  UNNAMED  0  
30  10  Total    0  
#
loop_
_pdbx_vrpt_dihedralangle_violation_ensemble_summary.id
_pdbx_vrpt_dihedralangle_violation_ensemble_summary.fraction_of_ensemble_count
_pdbx_vrpt_dihedralangle_violation_ensemble_summary.fraction_of_ensemble_percent
 1   1   10.0  
 2   2   20.0  
 3   3   30.0  
 4   4   40.0  
 5   5   50.0  
 6   6   60.0  
 7   7   70.0  
 8   8   80.0  
 9   9   90.0  
10  10  100.0  
#
loop_
_pdbx_vrpt_dihedralangle_ensemble_violation.ordinal
_pdbx_vrpt_dihedralangle_ensemble_violation.ensemble_dihedral_count
_pdbx_vrpt_dihedralangle_ensemble_violation.ang_rest_type
_pdbx_vrpt_dihedralangle_ensemble_violation.violations_count
 1   1  CHI      0  
 2   1  UNNAMED  1  
 3   1  Total    1  
 4   2  CHI      0  
 5   2  UNNAMED  0  
 6   2  Total    0  
 7   3  CHI      0  
 8   3  UNNAMED  0  
 9   3  Total    0  
10   4  CHI      0  
11   4  UNNAMED  0  
12   4  Total    0  
13   5  CHI      0  
14   5  UNNAMED  0  
15   5  Total    0  
16   6  CHI      0  
17   6  UNNAMED  0  
18   6  Total    0  
19   7  CHI      0  
20   7  UNNAMED  0  
21   7  Total    0  
22   8  CHI      0  
23   8  UNNAMED  0  
24   8  Total    0  
25   9  CHI      0  
26   9  UNNAMED  0  
27   9  Total    0  
28  10  CHI      0  
29  10  UNNAMED  0  
30  10  Total    0  
#
loop_
_pdbx_vrpt_residual_angle_violations.ordinal
_pdbx_vrpt_residual_angle_violations.bins
_pdbx_vrpt_residual_angle_violations.max_violation
_pdbx_vrpt_residual_angle_violations.violations_per_model
1  1.0-10.0   1.2  0.1  
2  10.0-20.0    .    .  
3  >20.0        .    .  
#
_pdbx_vrpt_violated_dihedralangle_restraints.ordinal        1
_pdbx_vrpt_violated_dihedralangle_restraints.rest_id        100
_pdbx_vrpt_violated_dihedralangle_restraints.rlist_id       1
_pdbx_vrpt_violated_dihedralangle_restraints.instance_id_1  184
_pdbx_vrpt_violated_dihedralangle_restraints.instance_id_2  184
_pdbx_vrpt_violated_dihedralangle_restraints.instance_id_3  184
_pdbx_vrpt_violated_dihedralangle_restraints.instance_id_4  184
_pdbx_vrpt_violated_dihedralangle_restraints.atom_1         "H1'"
_pdbx_vrpt_violated_dihedralangle_restraints.atom_2         "C1'"
_pdbx_vrpt_violated_dihedralangle_restraints.atom_3         "C2'"
_pdbx_vrpt_violated_dihedralangle_restraints.atom_4         "H2'"
_pdbx_vrpt_violated_dihedralangle_restraints.violation      1.20
#
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  chemicalshiftanalysis  2.40                                                                  Y  
3  panav                  "Wang et al. (2010)"                                                  Y  
4  rci                    "v_1n_11_5_13_A (Berjanski et al., 2005)"                             N  
5  restraintsanalysis     v1.2                                                                  Y  
6  percentiles            "20231227.v01 (using entries in the PDB archive December 27th 2023)"  N  
##
