NMR Restraints Grid
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NMR Restraints Grid |
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Result table
| image | mrblock_id | pdb_id | cing | stage | position | program | type |
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2095 |
1be5   |
cing | 1-original | 2 | MR format | nomenclature mapping |
Entry H atom name Submitted Coord H atom name
1 1H5* T 1 1H5* THY 1 -4.192 7.848 7.848
2 2H5* T 1 2H5* THY 1 -5.360 7.413 7.413
3 H4* T 1 H4* THY 1 -6.079 6.297 6.297
4 H3* T 1 H3* THY 1 -6.017 4.936 4.936
5 1H2* T 1 1H2* THY 1 -4.897 2.635 2.635
6 2H2* T 1 2H2* THY 1 -3.914 3.911 3.911
7 H1* T 1 H1* THY 1 -4.812 3.474 3.474
8 H3 T 1 H3 THY 1 -0.834 1.132 1.132
9 1H5M T 1 1H5M THY 1 1.406 4.022 4.022
10 2H5M T 1 2H5M THY 1 0.510 5.540 5.540
11 3H5M T 1 3H5M THY 1 0.067 4.439 4.439
12 H6 T 1 H6 THY 1 -2.212 5.044 5.044
13 H5T T 1 H5T THY 1 -3.947 5.623 5.623
14 1H5* IGU 2 1H5* IGU 2 -7.017 1.179 1.179
15 2H5* IGU 2 2H5* IGU 2 -8.785 1.488 1.488
16 H4* IGU 2 H4* IGU 2 -8.313 -0.843 -0.843
17 H1* IGU 2 H1* IGU 2 -6.156 -1.797 -1.797
18 HN1 IGU 2 H1 IGU 2 -0.307 -0.201 -0.201
19 1HN6 IGU 2 1H6 IGU 2 -0.167 2.050 2.050
20 2HN6 IGU 2 2H6 IGU 2 -1.601 3.059 3.059
21 H8 IGU 2 H8 IGU 2 -6.284 1.936 1.936
22 1H2* IGU 2 1H2* IGU 2 -7.952 -0.900 -0.900
23 2H2* IGU 2 2H2* IGU 2 -7.824 0.702 0.702
24 H3* IGU 2 H3* IGU 2 -9.606 0.161 0.161
25 1H5* IMC 3 1H5* IMC 3 -8.209 -3.860 -3.860
26 2H5* IMC 3 2H5* IMC 3 -8.798 -4.460 -4.460
27 H4* IMC 3 H4* IMC 3 -6.347 -4.473 -4.473
28 H1* IMC 3 H1* IMC 3 -4.036 -2.995 -2.995
29 H6 IMC 3 H6 IMC 3 -6.538 -0.688 -0.688
30 1HN2 IMC 3 1H2 IMC 3 -2.362 -2.321 -2.321
31 2HN2 IMC 3 2H2 IMC 3 -1.298 -0.969 -0.969
32 1H5M IMC 3 1H5M IMC 3 -6.295 3.137 3.137
33 2H5M IMC 3 2H5M IMC 3 -7.379 1.965 1.965
34 3H5M IMC 3 3H5M IMC 3 -7.112 1.944 1.944
35 1H2* IMC 3 1H2* IMC 3 -4.416 -3.753 -3.753
36 2H2* IMC 3 2H2* IMC 3 -5.330 -2.322 -2.322
37 H3* IMC 3 H3* IMC 3 -7.410 -3.166 -3.166
38 1H5* A 4 1H5* ADE 4 -4.451 -5.926 -5.926
39 2H5* A 4 2H5* ADE 4 -4.755 -7.517 -7.517
40 H4* A 4 H4* ADE 4 -2.259 -7.060 -7.060
41 H3* A 4 H3* ADE 4 -3.093 -8.261 -8.261
42 1H2* A 4 1H2* ADE 4 -2.037 -6.469 -6.469
43 2H2* A 4 2H2* ADE 4 -3.616 -6.209 -6.209
44 H1* A 4 H1* ADE 4 -1.069 -4.916 -4.916
45 H8 A 4 H8 ADE 4 -4.755 -4.242 -4.242
46 1H6 A 4 1H6 ADE 4 -3.111 1.625 1.625
47 2H6 A 4 2H6 ADE 4 -4.473 0.685 0.685
48 H2 A 4 H2 ADE 4 0.046 -1.149 -1.149
49 1H5* IMC 5 1H5* IMC 5 1.328 -6.685 -6.685
50 2H5* IMC 5 2H5* IMC 5 2.398 -7.391 -7.391
51 H4* IMC 5 H4* IMC 5 2.960 -4.919 -4.919
52 H1* IMC 5 H1* IMC 5 1.692 -2.443 -2.443
53 H6 IMC 5 H6 IMC 5 -0.163 -4.755 -4.755
54 1HN2 IMC 5 1H2 IMC 5 1.596 -0.822 -0.822
55 2HN2 IMC 5 2H2 IMC 5 0.617 0.392 0.392
56 1H5M IMC 5 1H5M IMC 5 -3.118 -5.258 -5.258
57 2H5M IMC 5 2H5M IMC 5 -2.380 -5.048 -5.048
58 3H5M IMC 5 3H5M IMC 5 -3.725 -4.033 -4.033
59 1H2* IMC 5 1H2* IMC 5 3.419 -3.003 -3.003
60 2H2* IMC 5 2H2* IMC 5 2.284 -3.537 -3.537
61 H3* IMC 5 H3* IMC 5 2.280 -5.881 -5.881
62 1H5* IGU 6 1H5* IGU 6 5.846 -3.535 -3.535
63 2H5* IGU 6 2H5* IGU 6 7.322 -3.975 -3.975
64 H4* IGU 6 H4* IGU 6 6.736 -1.477 -1.477
65 H1* IGU 6 H1* IGU 6 4.871 -0.283 -0.283
66 HN1 IGU 6 H1 IGU 6 -0.801 0.856 0.856
67 1HN6 IGU 6 1H6 IGU 6 -1.976 -1.027 -1.027
68 2HN6 IGU 6 2H6 IGU 6 -1.202 -2.555 -2.555
69 H8 IGU 6 H8 IGU 6 3.623 -3.891 -3.891
70 1H2* IGU 6 1H2* IGU 6 6.216 -1.798 -1.798
71 2H2* IGU 6 2H2* IGU 6 5.757 -3.181 -3.181
72 H3* IGU 6 H3* IGU 6 7.923 -2.569 -2.569
73 1H5* IGU 7 1H5* IGU 7 6.964 2.553 2.553
74 2H5* IGU 7 2H5* IGU 7 8.233 2.755 2.755
75 H4* IGU 7 H4* IGU 7 6.071 3.743 3.743
76 H1* IGU 7 H1* IGU 7 3.571 2.908 2.908
77 HN1 IGU 7 H1 IGU 7 -1.642 0.418 0.418
78 1HN6 IGU 7 1H6 IGU 7 -1.478 -1.783 -1.783
79 2HN6 IGU 7 2H6 IGU 7 0.047 -2.615 -2.615
80 H8 IGU 7 H8 IGU 7 4.701 -0.670 -0.670
81 1H2* IGU 7 1H2* IGU 7 4.922 2.432 2.432
82 2H2* IGU 7 2H2* IGU 7 5.344 0.837 0.837
83 H3* IGU 7 H3* IGU 7 7.242 1.475 1.475
84 1H5* A 8 1H5* ADE 8 5.153 4.753 4.753
85 2H5* A 8 2H5* ADE 8 5.819 6.011 6.011
86 H4* A 8 H4* ADE 8 3.395 6.285 6.285
87 H3* A 8 H3* ADE 8 4.577 6.234 6.234
88 1H2* A 8 1H2* ADE 8 2.920 4.891 4.891
89 2H2* A 8 2H2* ADE 8 4.324 4.245 4.245
90 H1* A 8 H1* ADE 8 1.538 4.428 4.428
91 H8 A 8 H8 ADE 8 4.357 2.040 2.040
92 1H6 A 8 1H6 ADE 8 0.020 -2.355 -2.355
93 2H6 A 8 2H6 ADE 8 1.707 -2.187 -2.187
94 H2 A 8 H2 ADE 8 -1.778 1.612 1.612
95 1H5* IMC 9 1H5* IMC 9 1.174 7.397 7.397
96 2H5* IMC 9 2H5* IMC 9 0.213 8.458 8.458
97 H4* IMC 9 H4* IMC 9 -0.947 6.334 6.334
98 H1* IMC 9 H1* IMC 9 -1.587 3.841 3.841
99 H6 IMC 9 H6 IMC 9 1.169 4.211 4.211
100 1HN2 IMC 9 1H2 IMC 9 -2.829 2.380 2.380
101 2HN2 IMC 9 2H2 IMC 9 -2.597 0.675 0.675
102 1H5M IMC 9 1H5M IMC 9 3.742 1.374 1.374
103 2H5M IMC 9 2H5M IMC 9 3.774 2.799 2.799
104 3H5M IMC 9 3H5M IMC 9 3.400 2.979 2.979
105 1H2* IMC 9 1H2* IMC 9 -2.640 4.479 4.479
106 2H2* IMC 9 2H2* IMC 9 -1.001 4.769 4.769
107 H3* IMC 9 H3* IMC 9 -1.050 6.867 6.867
108 1H5* T 10 1H5* THY 10 -4.723 5.453 5.453
109 2H5* T 10 2H5* THY 10 -6.353 5.912 5.912
110 H4* T 10 H4* THY 10 -5.627 3.338 3.338
111 H3* T 10 H3* THY 10 -7.803 3.927 3.927
112 1H2* T 10 1H2* THY 10 -6.814 2.502 2.502
113 2H2* T 10 2H2* THY 10 -6.197 4.182 4.182
114 H1* T 10 H1* THY 10 -5.061 1.600 1.600
115 H3 T 10 H3 THY 10 -1.952 0.802 0.802
116 1H5M T 10 1H5M THY 10 -2.489 6.042 6.042
117 2H5M T 10 2H5M THY 10 -0.870 5.336 5.336
118 3H5M T 10 3H5M THY 10 -1.417 5.933 5.933
119 H6 T 10 H6 THY 10 -3.898 4.774 4.774
120 H3T T 10 H3T THY 10 -7.570 2.142 2.142
121 1H5* A 11 1H5* ADE 11 3.004 -2.250 -2.250
122 2H5* A 11 2H5* ADE 11 4.458 -2.428 -2.428
123 H4* A 11 H4* ADE 11 4.805 -0.183 -0.183
124 H3* A 11 H3* ADE 11 6.356 -1.905 -1.905
125 1H2* A 11 1H2* ADE 11 5.752 -0.791 -0.791
126 2H2* A 11 2H2* ADE 11 4.880 -2.230 -2.230
127 H1* A 11 H1* ADE 11 4.028 0.615 0.615
128 H8 A 11 H8 ADE 11 1.583 0.546 0.546
129 1H6 A 11 1H6 ADE 11 -0.869 -5.117 -5.117
130 2H6 A 11 2H6 ADE 11 -0.955 -3.493 -3.493
131 H2 A 11 H2 ADE 11 3.272 -5.566 -5.566
132 H5T A 11 H5T ADE 11 4.093 -3.363 -3.363
133 1H5* C 12 1H5* CYT 12 6.340 2.241 2.241
134 2H5* C 12 2H5* CYT 12 7.800 2.663 2.663
135 H4* C 12 H4* CYT 12 5.577 3.388 3.388
136 H3* C 12 H3* CYT 12 7.416 1.337 1.337
137 1H2* C 12 1H2* CYT 12 5.476 2.640 2.640
138 2H2* C 12 2H2* CYT 12 5.890 0.900 0.900
139 H1* C 12 H1* CYT 12 3.788 2.655 2.655
140 1H4 C 12 1H4 CYT 12 0.410 -2.822 -2.822
141 2H4 C 12 2H4 CYT 12 1.864 -3.802 -3.802
142 H5 C 12 H5 CYT 12 4.020 -2.771 -2.771
143 H6 C 12 H6 CYT 12 5.264 -0.661 -0.661
144 1H5* G 13 1H5* GUA 13 6.971 5.144 5.144
145 2H5* G 13 2H5* GUA 13 7.648 5.738 5.738
146 H4* G 13 H4* GUA 13 5.260 6.363 6.363
147 H3* G 13 H3* GUA 13 6.322 6.074 6.074
148 1H2* G 13 1H2* GUA 13 4.322 4.636 4.636
149 2H2* G 13 2H2* GUA 13 5.701 3.844 3.844
150 H1* G 13 H1* GUA 13 3.051 4.853 4.853
151 H8 G 13 H8 GUA 13 5.032 1.664 1.664
152 H1 G 13 H1 GUA 13 -1.313 1.144 1.144
153 1H2 G 13 1H2 GUA 13 -1.142 4.628 4.628
154 2H2 G 13 2H2 GUA 13 -2.172 3.241 3.241
155 1H5* T 14 1H5* THY 14 2.238 8.313 8.313
156 2H5* T 14 2H5* THY 14 1.903 9.359 9.359
157 H4* T 14 H4* THY 14 -0.439 7.999 7.999
158 H3* T 14 H3* THY 14 0.761 7.997 7.997
159 1H2* T 14 1H2* THY 14 -1.572 6.131 6.131
160 2H2* T 14 2H2* THY 14 0.122 5.871 5.871
161 H1* T 14 H1* THY 14 -1.332 5.333 5.333
162 H3 T 14 H3 THY 14 -0.125 1.046 1.046
163 1H5M T 14 1H5M THY 14 3.490 4.035 4.035
164 2H5M T 14 2H5M THY 14 3.953 2.399 2.399
165 3H5M T 14 3H5M THY 14 4.388 3.777 3.777
166 H6 T 14 H6 THY 14 2.068 5.272 5.272
167 1H5* G 15 1H5* GUA 15 -3.054 8.330 8.330
168 2H5* G 15 2H5* GUA 15 -4.212 9.694 9.694
169 H4* G 15 H4* GUA 15 -5.475 7.395 7.395
170 H3* G 15 H3* GUA 15 -5.745 8.760 8.760
171 1H2* G 15 1H2* GUA 15 -4.882 6.698 6.698
172 2H2* G 15 2H2* GUA 15 -3.714 7.879 7.879
173 H1* G 15 H1* GUA 15 -4.540 5.179 5.179
174 H8 G 15 H8 GUA 15 -1.313 7.044 7.044
175 H1 G 15 H1 GUA 15 -1.180 0.663 0.663
176 1H2 G 15 1H2 GUA 15 -4.588 1.088 1.088
177 2H2 G 15 2H2 GUA 15 -3.302 -0.055 -0.055
178 1H5* C 16 1H5* CYT 16 -6.833 4.388 4.388
179 2H5* C 16 2H5* CYT 16 -8.486 4.441 4.441
180 H4* C 16 H4* CYT 16 -7.727 1.885 1.885
181 H3* C 16 H3* CYT 16 -8.997 3.030 3.030
182 1H2* C 16 1H2* CYT 16 -7.693 1.217 1.217
183 2H2* C 16 2H2* CYT 16 -7.168 2.953 2.953
184 H1* C 16 H1* CYT 16 -6.070 0.393 0.393
185 1H4 C 16 1H4 CYT 16 -1.144 4.574 4.574
186 2H4 C 16 2H4 CYT 16 -0.449 2.986 2.986
187 H5 C 16 H5 CYT 16 -3.241 4.997 4.997
188 H6 C 16 H6 CYT 16 -5.413 4.031 4.031
189 1H5* C 17 1H5* CYT 17 -8.305 -1.552 -1.552
190 2H5* C 17 2H5* CYT 17 -9.737 -2.323 -2.323
191 H4* C 17 H4* CYT 17 -7.492 -3.412 -3.412
192 H3* C 17 H3* CYT 17 -9.339 -2.195 -2.195
193 1H2* C 17 1H2* CYT 17 -7.150 -3.288 -3.288
194 2H2* C 17 2H2* CYT 17 -7.731 -1.621 -1.621
195 H1* C 17 H1* CYT 17 -5.512 -3.082 -3.082
196 1H4 C 17 1H4 CYT 17 -4.040 3.367 3.367
197 2H4 C 17 2H4 CYT 17 -2.522 2.550 2.550
198 H5 C 17 H5 CYT 17 -6.112 2.275 2.275
199 H6 C 17 H6 CYT 17 -7.104 0.083 0.083
200 1H5* T 18 1H5* THY 18 -7.107 -5.502 -5.502
201 2H5* T 18 2H5* THY 18 -7.722 -6.794 -6.794
202 H4* T 18 H4* THY 18 -5.174 -6.599 -6.599
203 H3* T 18 H3* THY 18 -6.736 -5.931 -5.931
204 1H2* T 18 1H2* THY 18 -3.709 -6.225 -6.225
205 2H2* T 18 2H2* THY 18 -4.814 -4.931 -4.931
206 H1* T 18 H1* THY 18 -3.168 -4.939 -4.939
207 H3 T 18 H3 THY 18 -2.007 -0.808 -0.808
208 1H5M T 18 1H5M THY 18 -6.392 0.587 0.587
209 2H5M T 18 2H5M THY 18 -7.024 -0.541 -0.541
210 3H5M T 18 3H5M THY 18 -7.245 -0.883 -0.883
211 H6 T 18 H6 THY 18 -6.059 -3.183 -3.183
212 1H5* G 19 1H5* GUA 19 -3.729 -8.688 -8.688
213 2H5* G 19 2H5* GUA 19 -3.694 -10.203 -10.203
214 H4* G 19 H4* GUA 19 -1.541 -8.964 -8.964
215 H3* G 19 H3* GUA 19 -2.388 -10.008 -10.008
216 1H2* G 19 1H2* GUA 19 -2.543 -7.783 -7.783
217 2H2* G 19 2H2* GUA 19 -3.788 -8.030 -8.030
218 H1* G 19 H1* GUA 19 -1.182 -6.567 -6.567
219 H8 G 19 H8 GUA 19 -4.923 -5.967 -5.967
220 H1 G 19 H1 GUA 19 -1.030 -0.865 -0.865
221 1H2 G 19 1H2 GUA 19 1.397 -3.357 -3.357
222 2H2 G 19 2H2 GUA 19 1.100 -1.640 -1.640
223 1H5* A 20 1H5* ADE 20 1.318 -7.718 -7.718
224 2H5* A 20 2H5* ADE 20 2.659 -8.483 -8.483
225 H4* A 20 H4* ADE 20 3.156 -6.096 -6.096
226 H3* A 20 H3* ADE 20 4.046 -7.109 -7.109
227 1H2* A 20 1H2* ADE 20 2.956 -5.106 -5.106
228 2H2* A 20 2H2* ADE 20 1.946 -6.496 -6.496
229 H1* A 20 H1* ADE 20 2.239 -3.804 -3.804
230 H8 A 20 H8 ADE 20 -0.447 -6.394 -6.394
231 1H6 A 20 1H6 ADE 20 -3.936 -1.328 -1.328
232 2H6 A 20 2H6 ADE 20 -3.992 -3.087 -3.087
233 H2 A 20 H2 ADE 20 0.242 -0.050 -0.050
234 H3T A 20 H3T ADE 20 5.070 -5.061 -5.061
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