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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11903 |
1s75   |
cing | 1-original | 12 | MR format | nomenclature mapping |
Entry H atom name Submitted Coord H atom name
1 1H5* G 1 1H5' G 1 -6.613 16.107 -7.797
2 2H5* G 1 2H5' G 1 -7.071 14.973 -9.082
3 H4* G 1 H4' G 1 -4.717 14.712 -8.605
4 H3* G 1 H3' G 1 -6.558 12.476 -8.049
5 H1* G 1 H1' G 1 -3.090 13.516 -6.626
6 H8 G 1 H8 G 1 -5.940 13.531 -4.231
7 H1 G 1 H1 G 1 -0.076 14.020 -1.623
8 1H2 G 1 H21 G 1 1.427 13.888 -3.294
9 2H2 G 1 H22 G 1 0.855 13.562 -4.949
10 H5T G 1 H5T G 1 -8.565 15.045 -7.266
11 1H2* G 1 1H2' G 1 -5.483 11.802 -6.124
12 2H2* G 1 2H2' G 1 -4.054 11.544 -7.118
13 1H5* T 2 1H5' T 2 -2.251 12.161 -9.270
14 2H5* T 2 2H5' T 2 -1.878 10.913 -10.470
15 H4* T 2 H4' T 2 -0.083 11.116 -8.864
16 H3* T 2 H3' T 2 -1.401 8.587 -9.282
17 1H2* T 2 1H2' T 2 -2.057 8.455 -7.028
18 2H2* T 2 2H2' T 2 -0.397 7.814 -6.845
19 H1* T 2 H1' T 2 0.468 9.988 -6.328
20 H3 T 2 H3 T 2 -0.168 10.667 -1.943
21 1H5M T 2 H71 T 2 -4.943 10.627 -2.902
22 2H5M T 2 H72 T 2 -4.604 8.907 -2.615
23 3H5M T 2 H73 T 2 -4.949 9.464 -4.263
24 H6 T 2 H6 T 2 -3.112 9.748 -5.635
25 1H5* C 3 1H5' C 3 3.318 9.102 -8.081
26 2H5* C 3 2H5' C 3 4.116 7.831 -9.024
27 H4* C 3 H4' C 3 5.387 8.317 -7.007
28 H3* C 3 H3' C 3 4.615 5.702 -7.715
29 H1* C 3 H1' C 3 4.669 7.126 -4.098
30 1H4 C 3 H41 C 3 -0.874 7.484 -0.971
31 2H4 C 3 H42 C 3 -1.795 7.235 -2.440
32 H5 C 3 H5 C 3 -0.757 7.198 -4.652
33 H6 C 3 H6 C 3 1.378 6.871 -5.800
34 1H2* C 3 1H2' C 3 3.051 5.403 -6.028
35 2H2* C 3 2H2' C 3 4.482 4.968 -5.072
36 1H5* C 4 1H5' C 4 7.732 6.514 -4.324
37 2H5* C 4 2H5' C 4 9.062 5.340 -4.383
38 H4* C 4 H4' C 4 8.484 6.002 -2.069
39 H3* C 4 H3' C 4 8.611 3.271 -2.972
40 H1* C 4 H1' C 4 6.346 4.896 -0.247
41 1H4 C 4 H41 C 4 0.135 4.117 -1.126
42 2H4 C 4 H42 C 4 0.314 3.398 -2.726
43 H5 C 4 H5 C 4 2.528 3.201 -3.786
44 H6 C 4 H6 C 4 4.936 3.528 -3.416
45 1H2* C 4 1H2' C 4 6.521 2.599 -2.244
46 2H2* C 4 2H2' C 4 7.183 2.768 -0.620
47 H3* A3A 5 H3' A3A 5 9.072 -0.236 1.837
48 1H2* A3A 5 1H2' A3A 5 7.366 -0.196 0.327
49 2H2* A3A 5 2H2' A3A 5 6.476 -1.153 1.524
50 H1* A3A 5 H1' A3A 5 5.701 1.123 0.547
51 H4* A3A 5 H4' A3A 5 8.128 1.857 3.489
52 1H5* A3A 5 1H5' A3A 5 9.078 3.360 1.728
53 2H5* A3A 5 2H5' A3A 5 10.077 1.941 2.108
54 H8A A3A 5 H8 A3A 5 5.901 0.604 4.350
55 H2A A3A 5 H2 A3A 5 1.246 1.674 0.041
56 1HN6 A3A 5 H61 A3A 5 -0.228 1.646 4.186
57 2HN6 A3A 5 H62 A3A 5 1.182 1.403 5.227
58 1H5* C 6 1H5' C 6 7.382 -1.218 6.011
59 2H5* C 6 2H5' C 6 7.612 -2.921 6.474
60 H4* C 6 H4' C 6 5.550 -1.808 7.368
61 H3* C 6 H3' C 6 5.711 -4.495 6.207
62 H1* C 6 H1' C 6 2.728 -1.907 6.019
63 1H4 C 6 H41 C 6 1.121 -1.385 0.017
64 2H4 C 6 H42 C 6 2.766 -1.534 -0.555
65 H5 C 6 H5 C 6 4.554 -2.481 0.944
66 H6 C 6 H6 C 6 5.080 -2.732 3.424
67 1H2* C 6 1H2' C 6 4.003 -4.317 4.880
68 2H2* C 6 2H2' C 6 2.931 -4.135 6.332
69 1H5* G 7 1H5' G 7 2.168 -3.783 8.943
70 2H5* G 7 2H5' G 7 2.139 -5.023 10.212
71 H4* G 7 H4' G 7 -0.122 -4.722 9.294
72 H3* G 7 H3' G 7 1.067 -7.263 9.509
73 H1* G 7 H1' G 7 -1.067 -6.156 6.611
74 H8 G 7 H8 G 7 2.595 -6.577 5.438
75 H1 G 7 H1 G 7 -1.427 -4.548 0.855
76 1H2 G 7 H21 G 7 -3.527 -4.707 1.622
77 2H2 G 7 H22 G 7 -3.783 -5.017 3.350
78 1H2* G 7 1H2' G 7 1.666 -7.335 7.256
79 2H2* G 7 2H2' G 7 0.128 -8.192 7.240
80 1H5* A 8 1H5' A 8 -3.382 -6.440 8.225
81 2H5* A 8 2H5' A 8 -4.447 -7.657 8.953
82 H4* A 8 H4' A 8 -5.280 -7.030 6.689
83 H3* A 8 H3' A 8 -4.788 -9.694 7.534
84 H1* A 8 H1' A 8 -4.456 -8.065 4.032
85 H8 A 8 H8 A 8 -1.249 -9.258 5.656
86 1H6 A 8 H61 A 8 1.298 -7.581 0.140
87 2H6 A 8 H62 A 8 1.752 -8.048 1.784
88 H2 A 8 H2 A 8 -2.972 -7.572 -0.260
89 1H2* A 8 1H2' A 8 -3.199 -10.102 5.951
90 2H2* A 8 2H2' A 8 -4.583 -10.244 4.867
91 1H5* C 9 1H5' C 9 -6.924 -8.674 3.608
92 2H5* C 9 2H5' C 9 -8.536 -9.412 3.661
93 H4* C 9 H4' C 9 -7.833 -9.505 1.398
94 H3* C 9 H3' C 9 -8.439 -11.850 2.742
95 H1* C 9 H1' C 9 -5.752 -11.463 0.059
96 1H4 C 9 H41 C 9 0.437 -11.168 0.970
97 2H4 C 9 H42 C 9 0.340 -11.650 2.668
98 H5 C 9 H5 C 9 -1.778 -12.162 3.726
99 H6 C 9 H6 C 9 -4.253 -12.203 3.349
100 1H2* C 9 1H2' C 9 -6.292 -12.505 2.800
101 2H2* C 9 2H2' C 9 -6.752 -13.238 1.242
102 1H5* G 10 1H5' G 10 -7.937 -12.065 -1.950
103 2H5* G 10 2H5' G 10 -8.944 -13.356 -2.634
104 H4* G 10 H4' G 10 -6.769 -13.525 -3.592
105 H3* G 10 H3' G 10 -7.444 -15.685 -1.596
106 H1* G 10 H1' G 10 -4.237 -14.073 -3.167
107 H8 G 10 H8 G 10 -4.651 -14.775 0.616
108 H1 G 10 H1 G 10 1.381 -13.916 -1.442
109 1H2 G 10 H21 G 10 1.364 -13.581 -3.655
110 2H2 G 10 H22 G 10 -0.199 -13.375 -4.477
111 H3T G 10 H3T G 10 -7.328 -16.874 -3.577
112 1H2* G 10 1H2' G 10 -5.289 -16.155 -1.225
113 2H2* G 10 2H2' G 10 -4.954 -16.312 -2.978
114 1H5* C 11 1H5' C 11 9.648 -13.688 -3.358
115 2H5* C 11 2H5' C 11 10.025 -12.247 -4.319
116 H4* C 11 H4' C 11 8.357 -13.513 -5.501
117 H3* C 11 H3' C 11 7.824 -10.805 -4.707
118 H1* C 11 H1' C 11 5.206 -13.578 -4.673
119 1H4 C 11 H41 C 11 2.266 -13.857 0.875
120 2H4 C 11 H42 C 11 3.723 -13.427 1.796
121 H5 C 11 H5 C 11 5.867 -12.979 0.632
122 H6 C 11 H6 C 11 6.870 -12.895 -1.728
123 H5T C 11 H5T C 11 9.751 -11.732 -2.093
124 1H2* C 11 1H2' C 11 6.098 -11.198 -3.328
125 2H2* C 11 2H2' C 11 5.187 -11.579 -4.893
126 1H5* G 12 1H5' G 12 4.431 -12.016 -7.876
127 2H5* G 12 2H5' G 12 4.792 -10.865 -9.179
128 H4* G 12 H4' G 12 2.383 -10.956 -8.889
129 H3* G 12 H3' G 12 3.771 -8.485 -8.756
130 H1* G 12 H1' G 12 0.808 -9.452 -6.503
131 H8 G 12 H8 G 12 4.220 -9.279 -4.637
132 H1 G 12 H1 G 12 -0.911 -10.597 -0.952
133 1H2 G 12 H21 G 12 -2.742 -10.668 -2.249
134 2H2 G 12 H22 G 12 -2.557 -10.410 -3.996
135 1H2* G 12 1H2' G 12 3.577 -8.249 -6.514
136 2H2* G 12 2H2' G 12 2.000 -7.547 -7.023
137 1H5* T 13 1H5' T 13 -0.670 -9.256 -8.695
138 2H5* T 13 2H5' T 13 -1.641 -8.192 -9.724
139 H4* T 13 H4' T 13 -2.836 -8.996 -7.707
140 H3* T 13 H3' T 13 -2.779 -6.266 -8.559
141 1H2* T 13 1H2' T 13 -1.693 -5.440 -6.605
142 2H2* T 13 2H2' T 13 -3.337 -5.572 -5.946
143 H1* T 13 H1' T 13 -2.970 -7.689 -5.032
144 H3 T 13 H3 T 13 -0.638 -7.256 -1.267
145 1H5M T 13 H71 T 13 2.723 -4.846 -3.586
146 2H5M T 13 H72 T 13 2.496 -5.305 -5.279
147 3H5M T 13 H73 T 13 3.260 -6.431 -4.129
148 H6 T 13 H6 T 13 0.312 -6.148 -5.847
149 1H5* C 14 1H5' C 14 -5.702 -7.620 -5.114
150 2H5* C 14 2H5' C 14 -7.331 -7.105 -5.597
151 H4* C 14 H4' C 14 -7.185 -6.793 -3.222
152 H3* C 14 H3' C 14 -7.642 -4.550 -4.940
153 H1* C 14 H1' C 14 -5.854 -4.682 -1.609
154 1H4 C 14 H41 C 14 0.347 -3.944 -0.657
155 2H4 C 14 H42 C 14 0.630 -3.338 -2.290
156 H5 C 14 H5 C 14 -1.148 -3.260 -3.964
157 H6 C 14 H6 C 14 -3.484 -3.715 -4.361
158 1H2* C 14 1H2' C 14 -5.611 -3.507 -4.414
159 2H2* C 14 2H2' C 14 -6.592 -2.914 -3.069
160 1H5* G 15 1H5' G 15 -8.546 -4.506 -0.313
161 2H5* G 15 2H5' G 15 -9.997 -3.538 -0.003
162 H4* G 15 H4' G 15 -8.455 -3.322 1.822
163 H3* G 15 H3' G 15 -9.246 -0.906 0.322
164 H1* G 15 H1' G 15 -6.041 -1.671 2.311
165 H8 G 15 H8 G 15 -5.596 -1.173 -1.483
166 H1 G 15 H1 G 15 -0.158 -1.259 1.902
167 1H2 G 15 H21 G 15 -0.694 -1.647 4.101
168 2H2 G 15 H22 G 15 -2.411 -1.829 4.519
169 1H2* G 15 1H2' G 15 -7.239 -0.341 -0.140
170 2H2* G 15 2H2' G 15 -7.197 0.259 1.560
171 1H5* T 16 1H5' T 16 -7.527 -1.145 4.442
172 2H5* T 16 2H5' T 16 -8.427 -0.213 5.655
173 H4* T 16 H4' T 16 -6.048 -0.155 6.163
174 H3* T 16 H3' T 16 -7.602 2.227 5.762
175 1H2* T 16 1H2' T 16 -6.348 2.984 3.962
176 2H2* T 16 2H2' T 16 -5.237 3.552 5.243
177 H1* T 16 H1' T 16 -3.940 1.580 5.166
178 H3 T 16 H3 T 16 -0.957 1.833 1.806
179 1H5M T 16 H71 T 16 -5.949 2.667 -0.315
180 2H5M T 16 H72 T 16 -4.703 1.849 -1.285
181 3H5M T 16 H73 T 16 -4.561 3.579 -0.936
182 H6 T 16 H6 T 16 -5.755 2.260 1.953
183 1H5* G 17 1H5' G 17 -3.537 2.439 8.256
184 2H5* G 17 2H5' G 17 -3.760 3.613 9.568
185 H4* G 17 H4' G 17 -1.546 3.872 8.649
186 H3* G 17 H3' G 17 -3.384 6.070 8.655
187 H1* G 17 H1' G 17 -0.525 5.194 6.255
188 H8 G 17 H8 G 17 -3.949 5.016 4.282
189 H1 G 17 H1 G 17 1.453 4.842 0.820
190 1H2 G 17 H21 G 17 3.236 4.947 2.165
191 2H2 G 17 H22 G 17 2.977 5.040 3.924
192 1H2* G 17 1H2' G 17 -3.341 6.360 6.344
193 2H2* G 17 2H2' G 17 -1.771 7.154 6.696
194 1H5* G 18 1H5' G 18 1.413 6.559 8.532
195 2H5* G 18 2H5' G 18 1.730 7.795 9.768
196 H4* G 18 H4' G 18 3.411 7.954 7.964
197 H3* G 18 H3' G 18 1.897 10.201 8.793
198 H1* G 18 H1' G 18 3.248 9.279 5.222
199 H8 G 18 H8 G 18 -0.416 8.859 5.930
200 H1 G 18 H1 G 18 1.254 7.866 -0.226
201 1H2 G 18 H21 G 18 3.513 7.763 -0.320
202 2H2 G 18 H22 G 18 4.409 8.130 1.164
203 1H2* G 18 1H2' G 18 0.895 10.540 6.672
204 2H2* G 18 2H2' G 18 2.542 11.121 6.331
205 1H5* A 19 1H5' A 19 5.711 9.808 6.168
206 2H5* A 19 2H5' A 19 6.936 11.039 6.528
207 H4* A 19 H4' A 19 6.989 10.470 4.132
208 H3* A 19 H3' A 19 6.679 13.155 5.055
209 H1* A 19 H1' A 19 5.322 11.439 1.870
210 H8 A 19 H8 A 19 2.796 12.506 4.431
211 1H6 A 19 H61 A 19 -1.505 11.079 0.120
212 2H6 A 19 H62 A 19 -1.312 11.637 1.791
213 H2 A 19 H2 A 19 2.415 10.645 -1.675
214 1H2* A 19 1H2' A 19 4.635 13.409 4.135
215 2H2* A 19 2H2' A 19 5.524 13.689 2.654
216 1H5* C 20 1H5' C 20 7.955 12.989 0.542
217 2H5* C 20 2H5' C 20 9.051 14.352 0.237
218 H4* C 20 H4' C 20 7.240 14.333 -1.376
219 H3* C 20 H3' C 20 7.097 16.441 0.781
220 H1* C 20 H1' C 20 4.729 14.804 -1.719
221 1H4 C 20 H41 C 20 -0.979 14.507 0.719
222 2H4 C 20 H42 C 20 -0.477 14.913 2.376
223 H5 C 20 H5 C 20 1.907 15.418 2.876
224 H6 C 20 H6 C 20 4.192 15.478 1.836
225 H3T C 20 H3T C 20 7.703 17.836 -1.009
226 1H2* C 20 1H2' C 20 4.977 17.025 0.285
227 2H2* C 20 2H2' C 20 5.270 17.027 -1.486
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