NMR Restraints Grid
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NMR Restraints Grid |
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Result table
| image | mrblock_id | pdb_id | bmrb_id | cing | stage | position | program | type |
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2441 |
1bx5   |
4244 | cing | 1-original | 4 | MR format | nomenclature mapping |
Entry H atom name Submitted Coord H atom name
1 1H5* G 1 1H5* G 1 4.693 -3.061 -19.243
2 2H5* G 1 2H5* G 1 5.042 -4.565 -18.373
3 H4* G 1 H4* G 1 6.493 -2.666 -17.670
4 H3* G 1 H3* G 1 5.103 -4.431 -15.901
5 H1* G 1 H1* G 1 5.766 -0.640 -15.382
6 H8 G 1 H8 G 1 2.037 -1.473 -15.677
7 H1 G 1 H1 G 1 3.536 4.671 -14.452
8 1H2 G 1 1H2 G 1 5.777 4.872 -14.458
9 2H2 G 1 2H2 G 1 6.766 3.451 -14.862
10 1H2* G 1 1H2* G 1 3.769 -2.837 -14.888
11 2H2* G 1 2H2* G 1 5.269 -2.452 -13.975
12 H5T G 1 H5T G 1 2.954 -2.722 -17.819
13 1H5* C 2 1H5* C 2 8.758 -1.756 -14.901
14 2H5* C 2 2H5* C 2 9.837 -2.460 -13.679
15 H4* C 2 H4* C 2 9.701 -0.045 -13.397
16 H3* C 2 H3* C 2 9.044 -1.801 -11.208
17 H1* C 2 H1* C 2 7.907 1.744 -12.126
18 1H4 C 2 1H4 C 2 1.591 2.604 -11.557
19 2H4 C 2 2H4 C 2 1.278 0.934 -12.044
20 H5 C 2 H5 C 2 3.121 -0.716 -12.349
21 H6 C 2 H6 C 2 5.464 -0.922 -12.377
22 1H2* C 2 1H2* C 2 7.026 -0.947 -11.120
23 2H2* C 2 2H2* C 2 7.859 0.432 -10.218
24 1H5* G 3 1H5* G 3 10.292 1.960 -9.063
25 2H5* G 3 2H5* G 3 11.567 1.428 -7.952
26 H4* G 3 H4* G 3 9.985 2.616 -6.702
27 H3* G 3 H3* G 3 10.438 0.037 -5.927
28 H1* G 3 H1* G 3 7.405 2.172 -5.541
29 H8 G 3 H8 G 3 6.809 -0.523 -8.034
30 H1 G 3 H1 G 3 1.966 3.713 -7.268
31 1H2 G 3 1H2 G 3 2.715 5.370 -5.935
32 2H2 G 3 2H2 G 3 4.355 5.211 -5.287
33 1H2* G 3 1H2* G 3 8.219 -0.578 -6.383
34 2H2* G 3 2H2* G 3 8.000 0.027 -4.730
35 1H5* A 4 1H5* A 4 10.182 3.903 -3.460
36 2H5* A 4 2H5* A 4 10.940 3.872 -1.855
37 H4* A 4 H4* A 4 8.995 5.458 -1.941
38 H3* A 4 H3* A 4 9.389 3.690 0.056
39 H1* A 4 H1* A 4 6.106 4.656 -1.524
40 H8 A 4 H8 A 4 7.300 1.204 -2.722
41 1H6 A 4 1H6 A 4 1.579 0.500 -5.122
42 2H6 A 4 2H6 A 4 3.138 -0.289 -4.857
43 H2 A 4 H2 A 4 1.776 4.449 -3.207
44 1H2* A 4 1H2* A 4 7.718 2.255 -0.649
45 2H2* A 4 2H2* A 4 6.707 3.303 0.386
46 1H5* A 5 1H5* A 5 6.382 7.339 0.101
47 2H5* A 5 2H5* A 5 6.501 8.131 1.688
48 H4* A 5 H4* A 5 4.196 8.363 0.783
49 H3* A 5 H3* A 5 4.708 7.374 3.350
50 H1* A 5 H1* A 5 1.975 6.247 0.981
51 H8 A 5 H8 A 5 4.897 3.869 1.411
52 1H6 A 5 1H6 A 5 1.475 -0.341 -1.646
53 2H6 A 5 2H6 A 5 3.005 -0.057 -0.799
54 H2 A 5 H2 A 5 -0.935 3.317 -1.176
55 1H2* A 5 1H2* A 5 4.107 5.342 2.890
56 2H2* A 5 2H2* A 5 2.485 6.055 3.246
57 1H5* T 6 1H5* T 6 0.435 8.254 1.951
58 2H5* T 6 2H5* T 6 -0.421 9.211 3.175
59 H4* T 6 H4* T 6 -1.997 7.668 2.333
60 H3* T 6 H3* T 6 -1.221 7.426 5.119
61 1H2* T 6 1H2* T 6 -0.267 5.474 4.886
62 2H2* T 6 2H2* T 6 -1.895 4.860 5.117
63 H1* T 6 H1* T 6 -2.328 4.691 2.839
64 H3 T 6 H3 T 6 -0.752 0.584 1.856
65 1H5M T 6 1H5M T 6 2.903 3.514 4.643
66 2H5M T 6 2H5M T 6 2.763 1.764 4.980
67 3H5M T 6 3H5M T 6 3.585 2.310 3.505
68 H6 T 6 H6 T 6 1.174 4.473 3.867
69 H1* ATD 7 H1* X 7 -5.897 1.167 4.639
70 1H2* ATD 7 1H2* X 7 -5.947 2.796 2.979
71 2H2* ATD 7 2H2* X 7 -4.206 3.031 3.194
72 H3* ATD 7 H3* X 7 -5.933 5.047 3.795
73 H4* ATD 7 H4* X 7 -5.884 4.580 6.437
74 1H5* ATD 7 1H5* X 7 -7.891 5.264 5.244
75 2H5* ATD 7 2H5* X 7 -7.964 3.642 4.597
76 H6 ATD 7 H6 X 7 -3.314 3.282 6.093
77 1H5M ATD 7 1H5M X 7 -0.386 2.088 7.767
78 2H5M ATD 7 2H5M X 7 -0.279 3.337 6.490
79 3H5M ATD 7 3H5M X 7 -1.592 3.380 7.637
80 H3 ATD 7 H3 X 7 -1.896 -1.006 4.442
81 1H5* C 8 1H5* C 8 -8.810 1.911 3.620
82 2H5* C 8 2H5* C 8 -10.448 1.310 3.984
83 H4* C 8 H4* C 8 -9.110 -0.670 3.221
84 H3* C 8 H3* C 8 -10.235 -0.426 5.874
85 H1* C 8 H1* C 8 -6.904 -2.164 4.585
86 1H4 C 8 1H4 C 8 -2.010 -1.245 8.425
87 2H4 C 8 2H4 C 8 -2.702 0.280 8.963
88 H5 C 8 H5 C 8 -4.880 1.138 8.143
89 H6 C 8 H6 C 8 -6.766 0.673 6.838
90 1H2* C 8 1H2* C 8 -8.392 -0.956 6.779
91 2H2* C 8 2H2* C 8 -8.461 -2.606 6.054
92 1H5* G 9 1H5* G 9 -9.658 -4.838 4.754
93 2H5* G 9 2H5* G 9 -11.178 -5.629 5.211
94 H4* G 9 H4* G 9 -9.473 -6.971 6.064
95 H3* G 9 H3* G 9 -11.179 -5.799 7.955
96 H1* G 9 H1* G 9 -7.564 -6.710 8.346
97 H8 G 9 H8 G 9 -8.145 -3.052 8.508
98 H1 G 9 H1 G 9 -2.353 -5.077 10.374
99 1H2 G 9 1H2 G 9 -2.291 -7.321 10.124
100 2H2 G 9 2H2 G 9 -3.668 -8.112 9.326
101 1H2* G 9 1H2* G 9 -9.602 -4.558 8.975
102 2H2* G 9 2H2* G 9 -9.397 -6.085 9.834
103 1H5* C 10 1H5* C 10 -8.713 -9.871 9.266
104 2H5* C 10 2H5* C 10 -9.780 -10.666 10.443
105 H4* C 10 H4* C 10 -7.521 -10.776 11.293
106 H3* C 10 H3* C 10 -9.196 -8.676 12.708
107 H1* C 10 H1* C 10 -5.390 -9.076 12.132
108 1H4 C 10 1H4 C 10 -4.296 -3.040 13.430
109 2H4 C 10 2H4 C 10 -5.699 -2.498 12.489
110 H5 C 10 H5 C 10 -7.349 -4.172 11.572
111 H6 C 10 H6 C 10 -7.699 -6.558 11.252
112 H3T C 10 H3T C 10 -9.236 -10.390 14.277
113 1H2* C 10 1H2* C 10 -7.386 -8.162 14.053
114 2H2* C 10 2H2* C 10 -6.647 -9.769 13.877
115 1H5* G 11 1H5* G 11 4.627 -3.481 19.343
116 2H5* G 11 2H5* G 11 6.169 -3.499 18.468
117 H4* G 11 H4* G 11 4.713 -5.427 17.891
118 H3* G 11 H3* G 11 6.020 -3.737 15.990
119 H1* G 11 H1* G 11 2.641 -5.523 15.699
120 H8 G 11 H8 G 11 2.192 -1.734 15.758
121 H1 G 11 H1 G 11 -3.008 -5.153 14.113
122 1H2 G 11 1H2 G 11 -2.471 -7.331 14.142
123 2H2 G 11 2H2 G 11 -0.843 -7.813 14.681
124 1H2* G 11 1H2* G 11 4.069 -2.946 15.000
125 2H2* G 11 2H2* G 11 4.176 -4.510 14.113
126 H5T G 11 H5T G 11 3.862 -1.975 17.819
127 1H5* C 12 1H5* C 12 4.432 -8.158 14.967
128 2H5* C 12 2H5* C 12 5.622 -8.882 13.868
129 H4* C 12 H4* C 12 3.458 -9.655 13.196
130 H3* C 12 H3* C 12 4.986 -8.099 11.318
131 H1* C 12 H1* C 12 1.171 -8.601 11.788
132 1H4 C 12 1H4 C 12 -1.670 -2.863 11.148
133 2H4 C 12 2H4 C 12 -0.276 -2.053 11.871
134 H5 C 12 H5 C 12 1.756 -3.262 12.525
135 H6 C 12 H6 C 12 2.695 -5.465 12.699
136 1H2* C 12 1H2* C 12 3.369 -6.642 11.135
137 2H2* C 12 2H2* C 12 2.564 -7.923 10.073
138 1H5* G 13 1H5* G 13 2.148 -10.486 8.931
139 2H5* G 13 2H5* G 13 3.086 -11.372 7.716
140 H4* G 13 H4* G 13 1.305 -10.312 6.630
141 H3* G 13 H3* G 13 3.827 -9.714 5.756
142 H1* G 13 H1* G 13 0.737 -7.682 5.613
143 H8 G 13 H8 G 13 3.069 -6.244 8.142
144 H1 G 13 H1 G 13 -2.506 -3.055 7.238
145 1H2 G 13 1H2 G 13 -3.825 -4.350 5.945
146 2H2 G 13 2H2 G 13 -3.159 -5.891 5.395
147 1H2* G 13 1H2* G 13 3.607 -7.464 6.396
148 2H2* G 13 2H2* G 13 2.920 -7.357 4.760
149 1H5* A 14 1H5* A 14 0.106 -10.822 3.367
150 2H5* A 14 2H5* A 14 0.363 -11.474 1.736
151 H4* A 14 H4* A 14 -1.807 -10.223 1.913
152 H3* A 14 H3* A 14 -0.054 -9.895 -0.114
153 H1* A 14 H1* A 14 -2.086 -7.226 1.593
154 H8 A 14 H8 A 14 1.530 -7.183 2.765
155 1H6 A 14 1H6 A 14 0.278 -1.545 5.166
156 2H6 A 14 2H6 A 14 1.548 -2.748 4.909
157 H2 A 14 H2 A 14 -3.379 -3.084 3.280
158 1H2* A 14 1H2* A 14 0.704 -7.835 0.620
159 2H2* A 14 2H2* A 14 -0.671 -7.235 -0.349
160 1H5* A 15 1H5* A 15 -4.552 -8.437 -0.050
161 2H5* A 15 2H5* A 15 -5.269 -8.814 -1.633
162 H4* A 15 H4* A 15 -6.323 -6.769 -0.684
163 H3* A 15 H3* A 15 -5.225 -6.843 -3.266
164 H1* A 15 H1* A 15 -5.157 -3.932 -0.852
165 H8 A 15 H8 A 15 -1.870 -5.779 -1.339
166 1H6 A 15 1H6 A 15 0.869 -1.072 1.643
167 2H6 A 15 2H6 A 15 1.134 -2.593 0.774
168 H2 A 15 H2 A 15 -3.426 -0.147 1.286
169 1H2* A 15 1H2* A 15 -3.536 -5.563 -2.791
170 2H2* A 15 2H2* A 15 -4.762 -4.291 -3.130
171 1H5* T 16 1H5* T 16 -7.442 -3.222 -1.764
172 2H5* T 16 2H5* T 16 -8.671 -2.680 -2.923
173 H4* T 16 H4* T 16 -7.692 -0.717 -2.068
174 H3* T 16 H3* T 16 -7.251 -1.316 -4.886
175 1H2* T 16 1H2* T 16 -5.063 -1.443 -4.759
176 2H2* T 16 2H2* T 16 -5.069 0.224 -4.842
177 H1* T 16 H1* T 16 -5.047 0.616 -2.605
178 H3 T 16 H3 T 16 -0.609 0.567 -1.821
179 1H5M T 16 1H5M T 16 -2.214 -3.889 -4.532
180 2H5M T 16 2H5M T 16 -0.635 -3.167 -4.966
181 3H5M T 16 3H5M T 16 -0.784 -4.098 -3.472
182 H6 T 16 H6 T 16 -3.688 -2.535 -3.755
183 H1* ATD 17 H1* X 17 -3.163 5.273 -4.460
184 1H2* ATD 17 1H2* X 17 -4.664 4.725 -2.775
185 2H2* ATD 17 2H2* X 17 -4.238 3.025 -2.970
186 H3* ATD 17 H3* X 17 -6.768 3.872 -3.536
187 H4* ATD 17 H4* X 17 -6.389 4.000 -6.181
188 1H5* ATD 17 1H5* X 17 -7.719 5.611 -4.908
189 2H5* ATD 17 2H5* X 17 -6.203 6.305 -4.378
190 H6 ATD 17 H6 X 17 -4.241 2.096 -5.851
191 1H5M ATD 17 1H5M X 17 -3.903 0.400 -7.214
192 2H5M ATD 17 2H5M X 17 -2.254 0.053 -7.795
193 3H5M ATD 17 3H5M X 17 -2.911 -0.800 -6.384
194 H3 ATD 17 H3 X 17 0.341 2.368 -4.410
195 1H5* C 18 1H5* C 18 -4.889 7.802 -3.549
196 2H5* C 18 2H5* C 18 -4.961 9.527 -3.986
197 H4* C 18 H4* C 18 -2.607 9.068 -3.325
198 H3* C 18 H3* C 18 -3.352 9.848 -6.017
199 H1* C 18 H1* C 18 -0.432 7.518 -4.677
200 1H4 C 18 1H4 C 18 0.404 2.555 -8.458
201 2H4 C 18 2H4 C 18 -1.285 2.626 -8.940
202 H5 C 18 H5 C 18 -2.893 4.341 -8.005
203 H6 C 18 H6 C 18 -3.110 6.211 -6.697
204 1H2* C 18 1H2* C 18 -2.177 8.308 -6.884
205 2H2* C 18 2H2* C 18 -0.648 9.019 -6.251
206 1H5* G 19 1H5* G 19 0.798 10.729 -4.926
207 2H5* G 19 2H5* G 19 1.207 12.398 -5.362
208 H4* G 19 H4* G 19 2.975 11.072 -6.084
209 H3* G 19 H3* G 19 1.541 12.438 -8.070
210 H1* G 19 H1* G 19 3.410 9.206 -8.370
211 H8 G 19 H8 G 19 -0.251 8.751 -8.725
212 H1 G 19 H1 G 19 3.427 3.914 -10.757
213 1H2 G 19 1H2 G 19 5.594 4.542 -10.462
214 2H2 G 19 2H2 G 19 5.899 6.022 -9.524
215 1H2* G 19 1H2* G 19 0.851 10.602 -9.175
216 2H2* G 19 2H2* G 19 2.450 10.839 -9.889
217 1H5* C 20 1H5* C 20 6.252 11.273 -9.238
218 2H5* C 20 2H5* C 20 6.699 12.604 -10.326
219 H4* C 20 H4* C 20 7.486 10.560 -11.329
220 H3* C 20 H3* C 20 4.954 11.578 -12.659
221 H1* C 20 H1* C 20 6.529 8.069 -12.334
222 1H4 C 20 1H4 C 20 1.145 5.226 -13.792
223 2H4 C 20 2H4 C 20 0.184 6.316 -12.781
224 H5 C 20 H5 C 20 1.260 8.354 -11.716
225 H6 C 20 H6 C 20 3.425 9.394 -11.317
226 H3T C 20 H3T C 20 6.553 12.268 -14.197
227 1H2* C 20 1H2* C 20 5.029 9.803 -14.132
228 2H2* C 20 2H2* C 20 6.787 9.591 -13.976
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