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 |
|
|
1437 |
1akx   |
cing | 1-original | 8 | MR format | nomenclature mapping |
Entry H atom name Submitted Coord H atom name
1 1H5* G 16 1H5* G 16 3.188 23.118 -4.860
2 2H5* G 16 2H5* G 16 1.453 22.795 -5.013
3 H4* G 16 H4* G 16 2.726 24.566 -2.933
4 H3* G 16 H3* G 16 1.941 21.671 -2.780
5 1H2* G 16 1H2* G 16 1.064 22.036 -0.582
6 2HO* G 16 2HO* G 16 2.538 23.343 0.395
7 H1* G 16 H1* G 16 -0.190 24.479 -1.155
8 H8 G 16 H8 G 16 -0.711 22.286 -4.117
9 H1 G 16 H1 G 16 -4.627 20.912 0.796
10 1H2 G 16 H21 G 16 -2.534 22.985 2.631
11 2H2 G 16 H22 G 16 -3.947 21.954 2.615
12 H5T G 16 H5T G 16 2.776 25.299 -5.254
13 1H5* G 17 1H5* G 17 4.211 19.662 1.372
14 2H5* G 17 2H5* G 17 2.801 19.257 0.372
15 H4* G 17 H4* G 17 2.910 20.919 2.877
16 H3* G 17 H3* G 17 1.678 18.258 2.242
17 1H2* G 17 1H2* G 17 -0.188 18.795 3.665
18 2HO* G 17 2HO* G 17 0.147 20.096 5.307
19 H1* G 17 H1* G 17 -0.610 21.318 2.615
20 H8 G 17 H8 G 17 0.513 19.794 -0.449
21 H1 G 17 H1 G 17 -5.147 17.354 1.386
22 1H2 G 17 H21 G 17 -4.425 18.821 4.450
23 2H2 G 17 H22 G 17 -5.542 17.876 3.492
24 1H5* C 18 1H5* C 18 0.956 18.698 6.231
25 2H5* C 18 2H5* C 18 1.623 17.307 7.106
26 H4* C 18 H4* C 18 -0.681 17.692 7.724
27 H3* C 18 H3* C 18 -0.112 15.124 6.272
28 1H2* C 18 1H2* C 18 -2.430 14.568 6.390
29 2HO* C 18 2HO* C 18 -3.477 15.118 8.145
30 H1* C 18 H1* C 18 -3.399 17.192 5.918
31 1H4 C 18 H41 C 18 -2.317 14.556 -0.039
32 2H4 C 18 H42 C 18 -3.985 14.190 0.342
33 H5 C 18 H5 C 18 -0.802 15.597 1.541
34 H6 C 18 H6 C 18 -0.586 16.498 3.797
35 1H5* C 19 1H5* C 19 -1.715 11.241 8.481
36 2H5* C 19 2H5* C 19 -1.732 12.010 6.883
37 H4* C 19 H4* C 19 -4.033 12.057 8.830
38 H3* C 19 H3* C 19 -3.436 10.052 6.682
39 1H2* C 19 1H2* C 19 -5.754 10.061 6.039
40 2HO* C 19 2HO* C 19 -7.281 10.649 7.409
41 H1* C 19 H1* C 19 -6.016 12.814 5.986
42 1H4 C 19 H41 C 19 -2.357 11.626 0.635
43 2H4 C 19 H42 C 19 -3.943 11.037 0.190
44 H5 C 19 H5 C 19 -1.804 12.356 2.879
45 H6 C 19 H6 C 19 -2.662 12.678 5.138
46 1H5* A 20 1H5* A 20 -6.892 8.561 8.154
47 2H5* A 20 2H5* A 20 -6.696 6.836 8.520
48 H4* A 20 H4* A 20 -8.541 7.175 7.007
49 H3* A 20 H3* A 20 -6.179 5.720 5.838
50 1H2* A 20 1H2* A 20 -7.425 5.490 3.799
51 2HO* A 20 2HO* A 20 -9.546 5.407 3.858
52 H1* A 20 H1* A 20 -8.376 8.130 3.781
53 H8 A 20 H8 A 20 -4.932 8.597 4.924
54 1H6 A 20 H61 A 20 -2.560 8.282 0.686
55 2H6 A 20 H62 A 20 -3.024 7.731 -0.908
56 H2 A 20 H2 A 20 -7.316 6.436 -0.643
57 1H5* G 21 1H5* G 21 -9.690 3.491 4.865
58 2H5* G 21 2H5* G 21 -9.289 1.765 4.786
59 H4* G 21 H4* G 21 -10.217 2.770 2.689
60 H3* G 21 H3* G 21 -7.582 1.313 2.636
61 1H2* G 21 1H2* G 21 -7.545 1.672 0.252
62 2HO* G 21 2HO* G 21 -9.871 1.343 -0.008
63 H1* G 21 H1* G 21 -8.301 4.363 0.413
64 H8 G 21 H8 G 21 -6.070 3.881 3.312
65 H1 G 21 H1 G 21 -2.885 4.108 -2.269
66 1H2 G 21 H21 G 21 -6.021 3.697 -3.699
67 2H2 G 21 H22 G 21 -4.300 3.889 -3.945
68 1H5* A 22 1H5* A 22 -9.896 -1.942 -1.525
69 2H5* A 22 2H5* A 22 -8.255 -2.110 -0.873
70 H4* A 22 H4* A 22 -9.301 -0.244 -2.962
71 H3* A 22 H3* A 22 -7.012 -2.186 -2.828
72 1H2* A 22 1H2* A 22 -5.731 -0.772 -4.253
73 2HO* A 22 2HO* A 22 -8.276 0.222 -4.926
74 H1* A 22 H1* A 22 -6.657 1.690 -3.167
75 H8 A 22 H8 A 22 -5.822 0.076 -0.094
76 1H6 A 22 H61 A 22 -0.975 0.432 -0.091
77 2H6 A 22 H62 A 22 0.202 0.790 -1.335
78 H2 A 22 H2 A 22 -2.080 1.416 -5.149
79 1H5* U 23 1H5* U 23 -8.129 -5.940 -5.866
80 2H5* U 23 2H5* U 23 -7.300 -4.963 -4.639
81 H4* U 23 H4* U 23 -7.815 -3.200 -6.732
82 H3* U 23 H3* U 23 -8.061 -5.489 -8.112
83 1H2* U 23 1H2* U 23 -5.969 -6.482 -7.399
84 2HO* U 23 2HO* U 23 -4.918 -6.577 -9.260
85 H1* U 23 H1* U 23 -4.641 -3.751 -7.822
86 H3 U 23 H3 U 23 -0.881 -6.260 -7.028
87 H5 U 23 H5 U 23 -2.984 -6.176 -3.385
88 H6 U 23 H6 U 23 -4.840 -5.195 -4.567
89 1H5* U 25 1H5* U 25 -10.535 -1.271 -7.532
90 2H5* U 25 2H5* U 25 -10.732 -1.528 -9.277
91 H4* U 25 H4* U 25 -9.401 0.376 -9.788
92 H3* U 25 H3* U 25 -7.975 0.126 -7.481
93 1H2* U 25 1H2* U 25 -9.755 0.934 -6.036
94 2HO* U 25 2HO* U 25 -8.191 2.390 -5.521
95 H1* U 25 H1* U 25 -10.279 2.968 -8.276
96 H3 U 25 H3 U 25 -13.690 5.103 -6.348
97 H5 U 25 H5 U 25 -13.885 1.300 -4.563
98 H6 U 25 H6 U 25 -11.962 0.669 -5.870
99 1H5* G 26 1H5* G 26 -6.241 -1.942 -10.442
100 2H5* G 26 2H5* G 26 -5.554 -1.361 -8.914
101 H4* G 26 H4* G 26 -4.679 -0.506 -11.668
102 H3* G 26 H3* G 26 -3.594 -2.676 -9.917
103 1H2* G 26 1H2* G 26 -1.352 -2.000 -10.455
104 2HO* G 26 2HO* G 26 -1.069 -1.246 -12.421
105 H1* G 26 H1* G 26 -1.754 0.706 -10.073
106 H8 G 26 H8 G 26 -4.010 -0.913 -7.610
107 H1 G 26 H1 G 26 2.146 -0.938 -5.769
108 1H2 G 26 H21 G 26 2.809 -0.002 -9.043
109 2H2 G 26 H22 G 26 3.444 -0.385 -7.458
110 1H5* A 27 1H5* A 27 -0.626 -5.761 -11.988
111 2H5* A 27 2H5* A 27 -0.944 -5.081 -10.380
112 H4* A 27 H4* A 27 1.076 -4.052 -12.369
113 H3* A 27 H3* A 27 1.436 -5.918 -10.051
114 1H2* A 27 1H2* A 27 3.474 -4.783 -9.462
115 2HO* A 27 2HO* A 27 4.597 -3.911 -11.036
116 H1* A 27 H1* A 27 2.432 -2.231 -9.630
117 H8 A 27 H8 A 27 -0.575 -3.888 -8.478
118 1H6 A 27 H61 A 27 0.406 -4.462 -3.755
119 2H6 A 27 H62 A 27 1.871 -4.328 -2.808
120 H2 A 27 H2 A 27 5.168 -3.227 -5.653
121 1H5* G 28 1H5* G 28 5.033 -6.025 -12.033
122 2H5* G 28 2H5* G 28 5.810 -7.619 -12.067
123 H4* G 28 H4* G 28 7.180 -5.943 -10.946
124 H3* G 28 H3* G 28 6.246 -8.291 -9.321
125 1H2* G 28 1H2* G 28 7.402 -7.393 -7.423
126 2HO* G 28 2HO* G 28 8.867 -6.163 -9.373
127 H1* G 28 H1* G 28 6.576 -4.748 -7.802
128 H8 G 28 H8 G 28 3.561 -6.639 -8.675
129 H1 G 28 H1 G 28 4.694 -6.673 -2.348
130 1H2 G 28 H21 G 28 7.845 -5.511 -3.224
131 2H2 G 28 H22 G 28 6.749 -5.988 -1.947
132 1H5* C 29 1H5* C 29 10.228 -8.081 -8.507
133 2H5* C 29 2H5* C 29 10.984 -9.673 -8.310
134 H4* C 29 H4* C 29 11.124 -8.319 -6.284
135 H3* C 29 H3* C 29 9.582 -10.893 -6.124
136 1H2* C 29 1H2* C 29 9.150 -10.442 -3.808
137 2HO* C 29 2HO* C 29 11.249 -8.565 -4.145
138 H1* C 29 H1* C 29 8.649 -7.683 -4.144
139 1H4 C 29 H41 C 29 2.939 -10.598 -5.681
140 2H4 C 29 H42 C 29 2.896 -10.416 -3.942
141 H5 C 29 H5 C 29 4.897 -10.108 -7.010
142 H6 C 29 H6 C 29 7.205 -9.326 -6.946
143 1H5* C 30 1H5* C 30 11.891 -10.695 -2.605
144 2H5* C 30 2H5* C 30 12.720 -12.254 -2.433
145 H4* C 30 H4* C 30 11.382 -11.507 -0.458
146 H3* C 30 H3* C 30 11.802 -14.070 -1.257
147 1H2* C 30 1H2* C 30 9.721 -14.341 -2.446
148 2HO* C 30 2HO* C 30 8.714 -14.747 0.170
149 H1* C 30 H1* C 30 8.399 -12.730 -0.195
150 1H4 C 30 H41 C 30 4.316 -12.882 -5.434
151 2H4 C 30 H42 C 30 3.333 -13.034 -3.996
152 H5 C 30 H5 C 30 6.734 -12.703 -5.363
153 H6 C 30 H6 C 30 8.688 -12.664 -3.902
154 1H5* U 31 1H5* U 31 10.903 -16.299 0.454
155 2H5* U 31 2H5* U 31 12.231 -17.371 0.929
156 H4* U 31 H4* U 31 11.003 -17.571 -1.400
157 H3* U 31 H3* U 31 13.254 -18.763 -0.455
158 1H2* U 31 1H2* U 31 14.806 -17.106 -1.277
159 2HO* U 31 2HO* U 31 15.500 -17.872 -3.425
160 H1* U 31 H1* U 31 13.063 -16.960 -3.797
161 H3 U 31 H3 U 31 16.046 -14.186 -5.710
162 H5 U 31 H5 U 31 15.511 -12.538 -1.877
163 H6 U 31 H6 U 31 14.139 -14.442 -1.330
164 1H5* G 32 1H5* G 32 13.858 -19.986 0.693
165 2H5* G 32 2H5* G 32 14.302 -21.690 0.774
166 H4* G 32 H4* G 32 11.698 -21.052 -0.493
167 H3* G 32 H3* G 32 11.786 -19.668 1.701
168 1H2* G 32 1H2* G 32 12.932 -21.283 3.098
169 2HO* G 32 2HO* G 32 10.131 -21.447 3.373
170 H1* G 32 H1* G 32 11.090 -23.535 2.215
171 H8 G 32 H8 G 32 14.748 -22.382 2.691
172 H1 G 32 H1 G 32 13.613 -28.633 3.678
173 1H2 G 32 H21 G 32 10.382 -27.889 2.652
174 2H2 G 32 H22 G 32 11.512 -29.102 3.208
175 1H5* G 33 1H5* G 33 7.951 -21.131 -1.260
176 2H5* G 33 2H5* G 33 6.954 -19.664 -1.319
177 H4* G 33 H4* G 33 5.346 -21.266 -1.268
178 H3* G 33 H3* G 33 5.321 -19.825 1.009
179 1H2* G 33 1H2* G 33 6.640 -21.347 2.345
180 2HO* G 33 2HO* G 33 3.940 -22.262 2.495
181 H1* G 33 H1* G 33 5.101 -23.671 1.081
182 H8 G 33 H8 G 33 8.805 -23.357 0.689
183 H1 G 33 H1 G 33 7.038 -27.164 5.564
184 1H2 G 33 H21 G 33 3.866 -25.863 5.005
185 2H2 G 33 H22 G 33 4.874 -26.942 5.942
186 1H5* G 34 1H5* G 34 4.558 -18.743 2.575
187 2H5* G 34 2H5* G 34 4.538 -19.863 3.949
188 H4* G 34 H4* G 34 2.886 -18.636 5.075
189 H3* G 34 H3* G 34 1.641 -17.906 2.814
190 1H2* G 34 1H2* G 34 3.401 -16.425 2.016
191 2HO* G 34 2HO* G 34 1.951 -14.862 1.895
192 H1* G 34 H1* G 34 3.568 -15.332 4.879
193 H8 G 34 H8 G 34 4.489 -14.241 1.759
194 H1 G 34 H1 G 34 9.857 -14.861 5.243
195 1H2 G 34 H21 G 34 7.902 -16.833 7.326
196 2H2 G 34 H22 G 34 9.472 -16.137 6.998
197 1H5* A 35 1H5* A 35 -2.769 -16.100 5.959
198 2H5* A 35 2H5* A 35 -2.272 -16.642 4.345
199 H4* A 35 H4* A 35 -0.867 -14.451 5.858
200 H3* A 35 H3* A 35 -3.366 -13.901 5.190
201 1H2* A 35 1H2* A 35 -3.240 -14.860 2.942
202 2HO* A 35 2HO* A 35 -2.644 -12.071 2.812
203 H1* A 35 H1* A 35 -0.644 -13.278 2.552
204 H8 A 35 H8 A 35 -1.848 -16.942 2.107
205 1H6 A 35 H61 A 35 -0.412 -17.460 -2.520
206 2H6 A 35 H62 A 35 0.331 -16.372 -3.670
207 H2 A 35 H2 A 35 0.865 -12.431 -1.589
208 1H5* G 36 1H5* G 36 0.379 -9.875 5.881
209 2H5* G 36 2H5* G 36 0.188 -11.025 4.543
210 H4* G 36 H4* G 36 2.342 -11.428 6.576
211 H3* G 36 H3* G 36 2.418 -9.318 4.449
212 1H2* G 36 1H2* G 36 4.680 -9.948 3.914
213 2HO* G 36 2HO* G 36 5.878 -10.788 5.453
214 H1* G 36 H1* G 36 4.163 -12.650 3.745
215 H8 G 36 H8 G 36 0.955 -11.883 2.538
216 H1 G 36 H1 G 36 5.325 -9.576 -1.569
217 1H2 G 36 H21 G 36 7.563 -10.000 1.045
218 2H2 G 36 H22 G 36 7.301 -9.492 -0.609
219 1H5* C 37 1H5* C 37 5.756 -8.356 6.196
220 2H5* C 37 2H5* C 37 5.883 -6.655 6.685
221 H4* C 37 H4* C 37 7.671 -7.203 5.185
222 H3* C 37 H3* C 37 5.624 -5.308 4.055
223 1H2* C 37 1H2* C 37 6.939 -5.190 2.047
224 2HO* C 37 2HO* C 37 9.038 -5.226 2.472
225 H1* C 37 H1* C 37 7.412 -7.947 1.885
226 1H4 C 37 H41 C 37 1.259 -7.272 -0.373
227 2H4 C 37 H42 C 37 2.254 -6.680 -1.685
228 H5 C 37 H5 C 37 2.154 -7.848 1.804
229 H6 C 37 H6 C 37 4.178 -7.970 3.158
230 1H5* U 38 1H5* U 38 9.437 -3.575 3.142
231 2H5* U 38 2H5* U 38 9.277 -1.820 3.343
232 H4* U 38 H4* U 38 10.043 -2.531 1.097
233 H3* U 38 H3* U 38 7.515 -0.906 1.312
234 1H2* U 38 1H2* U 38 7.409 -0.922 -1.081
235 2HO* U 38 2HO* U 38 9.466 -0.571 -1.755
236 H1* U 38 H1* U 38 8.225 -3.628 -1.355
237 H3 U 38 H3 U 38 3.938 -3.362 -2.899
238 H5 U 38 H5 U 38 3.600 -3.641 1.284
239 H6 U 38 H6 U 38 5.985 -3.345 1.423
240 1H5* C 39 1H5* C 39 8.751 3.124 -1.998
241 2H5* C 39 2H5* C 39 7.301 2.215 -1.528
242 H4* C 39 H4* C 39 9.235 1.553 -3.744
243 H3* C 39 H3* C 39 6.467 2.710 -3.793
244 1H2* C 39 1H2* C 39 5.967 1.386 -5.740
245 2HO* C 39 2HO* C 39 7.688 1.193 -7.015
246 H1* C 39 H1* C 39 6.954 -0.980 -4.717
247 1H4 C 39 H41 C 39 1.425 -0.192 -1.235
248 2H4 C 39 H42 C 39 0.845 -0.587 -2.837
249 H5 C 39 H5 C 39 3.752 0.257 -0.749
250 H6 C 39 H6 C 39 5.996 0.400 -1.695
251 1H5* U 40 1H5* U 40 6.956 5.049 -7.300
252 2H5* U 40 2H5* U 40 5.640 6.195 -6.978
253 H4* U 40 H4* U 40 5.365 3.920 -8.387
254 H3* U 40 H3* U 40 3.298 5.426 -6.798
255 1H2* U 40 1H2* U 40 1.731 3.684 -7.320
256 2HO* U 40 2HO* U 40 2.148 2.138 -8.882
257 H1* U 40 H1* U 40 3.531 1.568 -6.875
258 H3 U 40 H3 U 40 0.086 2.009 -3.700
259 H5 U 40 H5 U 40 3.634 3.554 -2.066
260 H6 U 40 H6 U 40 4.611 3.442 -4.265
261 1H5* C 41 1H5* C 41 1.056 4.782 -10.389
262 2H5* C 41 2H5* C 41 0.040 6.225 -10.578
263 H4* C 41 H4* C 41 -1.169 4.050 -10.242
264 H3* C 41 H3* C 41 -1.736 6.435 -8.501
265 1H2* C 41 1H2* C 41 -3.346 5.133 -7.308
266 2HO* C 41 2HO* C 41 -4.434 4.072 -8.912
267 H1* C 41 H1* C 41 -1.835 2.736 -7.297
268 1H4 C 41 H41 C 41 0.422 5.970 -2.046
269 2H4 C 41 H42 C 41 -1.143 5.379 -1.531
270 H5 C 41 H5 C 41 1.195 5.828 -4.341
271 H6 C 41 H6 C 41 0.632 5.072 -6.589
272 1H5* U 42 1H5* U 42 -6.004 4.918 -9.907
273 2H5* U 42 2H5* U 42 -6.763 6.520 -9.986
274 H4* U 42 H4* U 42 -7.806 4.733 -8.474
275 H3* U 42 H3* U 42 -7.328 7.574 -7.611
276 1H2* U 42 1H2* U 42 -8.261 7.028 -5.476
277 2HO* U 42 2HO* U 42 -9.078 4.596 -6.729
278 H1* U 42 H1* U 42 -6.993 4.519 -5.249
279 H3 U 42 H3 U 42 -5.362 7.454 -2.096
280 H5 U 42 H5 U 42 -2.970 7.942 -5.517
281 H6 U 42 H6 U 42 -4.555 6.595 -6.726
282 1H5* G 43 1H5* G 43 -11.424 6.497 -6.263
283 2H5* G 43 2H5* G 43 -12.323 8.019 -6.392
284 H4* G 43 H4* G 43 -12.261 6.959 -4.121
285 H3* G 43 H3* G 43 -11.405 9.819 -4.501
286 1H2* G 43 1H2* G 43 -11.019 9.948 -2.139
287 2HO* G 43 2HO* G 43 -12.477 8.939 -0.969
288 H1* G 43 H1* G 43 -9.936 7.323 -1.904
289 H8 G 43 H8 G 43 -8.326 8.884 -4.845
290 H1 G 43 H1 G 43 -5.938 11.012 0.732
291 1H2 G 43 H21 G 43 -8.727 9.503 2.141
292 2H2 G 43 H22 G 43 -7.261 10.424 2.392
293 1H5* G 44 1H5* G 44 -14.414 12.754 -1.728
294 2H5* G 44 2H5* G 44 -12.691 12.901 -2.134
295 H4* G 44 H4* G 44 -13.958 11.916 0.404
296 H3* G 44 H3* G 44 -12.181 14.246 -0.244
297 1H2* G 44 1H2* G 44 -11.102 13.993 1.893
298 2HO* G 44 2HO* G 44 -13.146 13.362 2.971
299 H1* G 44 H1* G 44 -10.728 11.256 1.679
300 H8 G 44 H8 G 44 -10.311 11.996 -1.817
301 H1 G 44 H1 G 44 -5.498 14.492 1.640
302 1H2 G 44 H21 G 44 -7.576 13.920 4.360
303 2H2 G 44 H22 G 44 -6.039 14.515 3.776
304 1H5* C 45 1H5* C 45 -13.536 15.254 3.435
305 2H5* C 45 2H5* C 45 -14.116 16.927 3.547
306 H4* C 45 H4* C 45 -12.371 16.530 5.159
307 H3* C 45 H3* C 45 -11.682 18.453 2.954
308 1H2* C 45 1H2* C 45 -9.528 18.756 3.950
309 2HO* C 45 2HO* C 45 -10.342 18.805 6.146
310 H1* C 45 H1* C 45 -9.118 16.035 4.567
311 1H4 C 45 H41 C 45 -7.459 16.619 -1.792
312 2H4 C 45 H42 C 45 -6.033 17.116 -0.909
313 H5 C 45 H5 C 45 -9.574 16.135 -0.713
314 H6 C 45 H6 C 45 -10.747 16.042 1.423
315 1H5* C 46 1H5* C 46 -11.466 21.183 6.425
316 2H5* C 46 2H5* C 46 -11.668 22.831 5.801
317 H4* C 46 H4* C 46 -9.404 22.251 6.719
318 H3* C 46 H3* C 46 -9.700 23.417 3.965
319 1H2* C 46 1H2* C 46 -7.317 23.361 3.753
320 2HO* C 46 2HO* C 46 -6.145 23.697 5.484
321 H1* C 46 H1* C 46 -6.990 20.836 5.003
322 1H4 C 46 H41 C 46 -8.479 19.591 -1.313
323 2H4 C 46 H42 C 46 -6.732 19.638 -1.238
324 H5 C 46 H5 C 46 -9.896 20.146 0.579
325 H6 C 46 H6 C 46 -9.911 20.861 2.916
326 H3T C 46 H3T C 46 -10.069 24.922 5.334
327 1H ARG 47 2H ARG 47 -1.001 -4.872 4.189
328 2H ARG 47 1H ARG 47 -2.673 -5.010 3.921
329 3H ARG 47 3H ARG 47 -1.735 -6.404 4.150
330 HA ARG 47 HA ARG 47 -2.224 -6.200 1.829
331 1HB ARG 47 2HB ARG 47 -1.951 -3.427 2.416
332 2HB ARG 47 1HB ARG 47 -0.721 -3.824 1.217
333 1HG ARG 47 2HG ARG 47 -2.804 -5.170 0.153
334 2HG ARG 47 1HG ARG 47 -3.688 -3.885 0.981
335 1HD ARG 47 2HD ARG 47 -1.862 -2.335 -0.135
336 2HD ARG 47 1HD ARG 47 -1.709 -3.684 -1.262
337 HE ARG 47 HE ARG 47 -4.409 -2.537 -0.738
338 1HH1 ARG 47 1HH1 ARG 47 -1.808 -1.794 -2.681
339 2HH1 ARG 47 2HH1 ARG 47 -2.621 -2.038 -4.188
340 1HH2 ARG 47 1HH2 ARG 47 -5.434 -3.472 -2.753
341 2HH2 ARG 47 2HH2 ARG 47 -4.678 -2.978 -4.230
No H/Q in entry = 341
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