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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3005 |
1d19   |
cing | 1-original | 10 | MR format | nomenclature mapping |
Entry H atom name Orig H atom name
Start of MODEL 1
1 H5* G 1 HO G 1 4.770 7.840 13.220
2 1H5* G 1 H51* G 1 6.660 6.690 13.870
3 2H5* G 1 H52* G 1 7.070 8.120 12.950
4 H4* G 1 H4* G 1 8.370 6.210 12.170
5 H3* G 1 H3* G 1 6.730 7.790 10.460
6 1H2* G 1 H21* G 1 5.310 6.080 9.750
7 2H2* G 1 H22* G 1 6.660 5.670 8.720
8 H1* G 1 H1* G 1 7.480 4.020 10.230
9 H8 G 1 H8 G 1 3.800 4.740 11.310
10 H1 G 1 H1 G 1 5.290 -1.350 9.880
11 1H2 G 1 H21 G 1 7.540 -1.360 9.140
12 2H2 G 1 H22 G 1 8.410 0.060 9.060
13 1H5* T 2 H51* T 2 9.740 4.870 8.790
14 2H5* T 2 H52* T 2 10.660 5.540 7.450
15 H4* T 2 H4* T 2 10.180 3.250 6.970
16 H3* T 2 H3* T 2 9.160 5.420 5.340
17 1H2* T 2 H21* T 2 7.030 4.520 5.120
18 2H2* T 2 H22* T 2 7.820 3.310 4.110
19 H1* T 2 H1* T 2 8.040 1.800 5.890
20 H3 T 2 H3 T 2 4.100 -0.060 6.930
21 1H5M T 2 H71 T 2 2.150 4.280 6.890
22 2H5M T 2 H72 T 2 2.750 4.270 8.570
23 3H5M T 2 H73 T 2 3.570 5.270 7.340
24 H6 T 2 H6 T 2 5.540 4.510 6.640
25 1H5* A 3 H51* A 3 11.030 1.580 3.470
26 2H5* A 3 H52* A 3 11.850 1.920 1.950
27 H4* A 3 H4* A 3 10.640 -0.210 1.830
28 H3* A 3 H3* A 3 10.300 1.960 0.000
29 1H2* A 3 H21* A 3 8.040 2.240 0.290
30 2H2* A 3 H22* A 3 7.920 0.770 -0.680
31 H1* A 3 H1* A 3 7.720 -0.620 1.140
32 H8 A 3 H8 A 3 6.760 3.070 1.810
33 1H6 A 3 H61 A 3 2.760 2.230 4.220
34 2H6 A 3 H62 A 3 1.840 0.890 4.600
35 H2 A 3 H2 A 3 4.100 -2.670 2.990
36 1H5* C 4 H51* C 4 9.560 -2.410 -0.610
37 2H5* C 4 H52* C 4 9.830 -3.080 -2.210
38 H4* C 4 H4* C 4 7.960 -4.200 -0.990
39 H3* C 4 H3* C 4 7.950 -3.320 -3.690
40 1H2* C 4 H21* C 4 6.320 -1.640 -3.370
41 2H2* C 4 H22* C 4 5.250 -3.040 -3.580
42 H1* C 4 H1* C 4 5.100 -3.420 -1.250
43 1H4 C 4 H41 C 4 1.990 1.690 0.820
44 2H4 C 4 H42 C 4 3.010 2.750 0.060
45 H5 C 4 H5 C 4 4.860 2.050 -1.260
46 H6 C 4 H6 C 4 6.160 0.100 -2.080
47 1H5* G 5 H51* G 5 4.640 -6.020 -1.730
48 2H5* G 5 H52* G 5 4.530 -7.420 -2.790
49 H4* G 5 H4* G 5 2.390 -7.090 -1.730
50 H3* G 5 H3* G 5 2.710 -7.120 -4.530
51 1H2* G 5 H21* G 5 2.040 -4.900 -4.910
52 2H2* G 5 H22* G 5 0.440 -5.620 -4.790
53 H1* G 5 H1* G 5 0.200 -5.060 -2.530
54 H8 G 5 H8 G 5 2.830 -2.830 -4.320
55 H1 G 5 H1 G 5 -1.760 0.290 -1.140
56 1H2 G 5 H21 G 5 -3.470 -1.280 -0.680
57 2H2 G 5 H22 G 5 -3.270 -2.880 -1.070
58 1H5* T 6 H51* T 6 -1.460 -7.210 -2.740
59 2H5* T 6 H52* T 6 -2.550 -8.310 -3.570
60 H4* T 6 H4* T 6 -3.750 -6.280 -3.140
61 H3* T 6 H3* T 6 -3.060 -7.010 -5.910
62 1H2* T 6 H21* T 6 -2.970 -4.780 -6.600
63 2H2* T 6 H22* T 6 -4.660 -4.640 -6.070
64 H1* T 6 H1* T 6 -4.100 -3.830 -4.020
65 H3 T 6 H3 T 6 -2.490 0.350 -4.430
66 1H5M T 6 H71 T 6 0.560 -1.220 -7.680
67 2H5M T 6 H72 T 6 1.530 -1.720 -6.270
68 3H5M T 6 H73 T 6 0.680 -2.950 -7.240
69 H6 T 6 H6 T 6 -1.020 -3.870 -6.180
70 1H5* A 7 H51* A 7 -7.110 -5.830 -4.410
71 2H5* A 7 H52* A 7 -8.520 -6.310 -5.350
72 H4* A 7 H4* A 7 -8.650 -3.960 -4.520
73 H3* A 7 H3* A 7 -9.150 -4.920 -7.180
74 1H2* A 7 H21* A 7 -7.670 -3.550 -8.250
75 2H2* A 7 H22* A 7 -8.890 -2.290 -7.920
76 H1* A 7 H1* A 7 -7.800 -1.530 -6.050
77 H8 A 7 H8 A 7 -5.480 -3.560 -8.370
78 1H6 A 7 H61 A 7 -1.980 -0.300 -8.600
79 2H6 A 7 H62 A 7 -1.790 1.280 -8.120
80 H2 A 7 H2 A 7 -5.520 2.360 -5.830
81 1H5* C 8 H51* C 8 -11.240 -0.910 -5.820
82 2H5* C 8 H52* C 8 -12.740 -0.620 -6.690
83 H4* C 8 H4* C 8 -11.310 1.370 -6.740
84 H3* C 8 H3* C 8 -11.770 -0.050 -9.350
85 1H2* C 8 H21* C 8 -10.250 1.390 -10.370
86 2H2* C 8 H22* C 8 -10.760 2.740 -9.360
87 H1* C 8 H1* C 8 -9.080 2.360 -7.890
88 1H4 C 8 H41 C 8 -3.920 0.680 -11.160
89 2H4 C 8 H42 C 8 -4.560 -0.790 -11.610
90 H5 C 8 H5 C 8 -6.770 -1.480 -11.020
91 H6 C 8 H6 C 8 -8.840 -0.860 -9.860
92 H3* C 8 HO C 8 -13.280 1.460 -7.930
93 H5* G 9 HO G 9 1.870 7.780 -11.970
94 1H5* G 9 H51* G 9 0.840 9.180 -13.780
95 2H5* G 9 H52* G 9 1.650 10.450 -12.870
96 H4* G 9 H4* G 9 -0.630 10.200 -12.080
97 H3* G 9 H3* G 9 1.630 9.920 -10.350
98 1H2* G 9 H21* G 9 1.170 7.750 -9.630
99 2H2* G 9 H22* G 9 0.000 8.570 -8.620
100 H1* G 9 H1* G 9 -1.790 8.200 -10.170
101 H8 G 9 H8 G 9 1.000 5.700 -11.200
102 H1 G 9 H1 G 9 -4.710 3.180 -9.670
103 1H2 G 9 H21 G 9 -6.050 4.930 -8.820
104 2H2 G 9 H22 G 9 -5.450 6.480 -8.700
105 1H5* T 10 H51* T 10 -2.590 10.540 -8.680
106 2H5* T 10 H52* T 10 -2.580 11.680 -7.340
107 H4* T 10 H4* T 10 -4.120 9.920 -6.860
108 H3* T 10 H3* T 10 -1.780 10.450 -5.220
109 1H2* T 10 H21* T 10 -1.180 8.220 -4.950
110 2H2* T 10 H22* T 10 -2.650 8.100 -3.980
111 H1* T 10 H1* T 10 -3.920 7.280 -5.760
112 H3 T 10 H3 T 10 -2.840 3.080 -6.850
113 1H5M T 10 H71 T 10 1.720 4.270 -6.680
114 2H5M T 10 H72 T 10 1.460 4.860 -8.340
115 3H5M T 10 H73 T 10 1.650 6.020 -6.990
116 H6 T 10 H6 T 10 -0.220 7.090 -6.460
117 1H5* A 11 H51* A 11 -5.950 9.500 -3.320
118 2H5* A 11 H52* A 11 -6.140 10.310 -1.780
119 H4* A 11 H4* A 11 -7.130 8.040 -1.750
120 H3* A 11 H3* A 11 -5.320 9.080 0.190
121 1H2* A 11 H21* A 11 -3.610 7.580 -0.140
122 2H2* A 11 H22* A 11 -4.660 6.490 0.790
123 H1* A 11 H1* A 11 -5.530 5.470 -1.060
124 H8 A 11 H8 A 11 -2.130 7.210 -1.640
125 1H6 A 11 H61 A 11 -0.070 3.710 -4.090
126 2H6 A 11 H62 A 11 -0.470 2.160 -4.560
127 H2 A 11 H2 A 11 -4.690 1.480 -3.100
128 1H5* C 12 H51* C 12 -8.030 5.530 0.450
129 2H5* C 12 H52* C 12 -8.800 5.210 2.000
130 H4* C 12 H4* C 12 -8.300 3.130 0.710
131 H3* C 12 H3* C 12 -7.760 3.580 3.460
132 1H2* C 12 H21* C 12 -5.410 3.530 3.220
133 2H2* C 12 H22* C 12 -5.730 1.790 3.360
134 H1* C 12 H1* C 12 -5.840 1.520 1.000
135 1H4 C 12 H41 C 12 0.100 2.640 -0.830
136 2H4 C 12 H42 C 12 0.200 4.080 -0.010
137 H5 C 12 H5 C 12 -1.590 4.960 1.280
138 H6 C 12 H6 C 12 -3.940 4.610 2.010
139 1H5* G 13 H51* G 13 -7.460 -0.640 1.270
140 2H5* G 13 H52* G 13 -8.500 -1.650 2.260
141 H4* G 13 H4* G 13 -6.830 -3.040 1.230
142 H3* G 13 H3* G 13 -7.180 -2.930 4.010
143 1H2* G 13 H21* G 13 -5.100 -1.960 4.530
144 2H2* G 13 H22* G 13 -4.580 -3.640 4.400
145 H1* G 13 H1* G 13 -3.870 -3.400 2.180
146 H8 G 13 H8 G 13 -4.050 0.010 4.040
147 H1 G 13 H1 G 13 1.480 -1.250 1.050
148 1H2 G 13 H21 G 13 1.450 -3.540 0.490
149 2H2 G 13 H22 G 13 0.100 -4.470 0.780
150 1H5* T 14 H51* T 14 -4.350 -6.050 2.300
151 2H5* T 14 H52* T 14 -4.510 -7.610 3.090
152 H4* T 14 H4* T 14 -2.180 -7.160 2.840
153 H3* T 14 H3* T 14 -3.370 -7.160 5.530
154 1H2* T 14 H21* T 14 -1.830 -5.610 6.350
155 2H2* T 14 H22* T 14 -0.570 -6.770 5.920
156 H1* T 14 H1* T 14 -0.180 -5.820 3.890
157 H3 T 14 H3 T 14 1.820 -1.810 4.390
158 1H5M T 14 H71 T 14 -1.530 -0.640 7.520
159 2H5M T 14 H72 T 14 -2.480 -0.220 6.070
160 3H5M T 14 H73 T 14 -2.870 -1.700 7.000
161 H6 T 14 H6 T 14 -2.390 -3.550 5.920
162 1H5* A 15 H51* A 15 0.370 -9.280 4.360
163 2H5* A 15 H52* A 15 0.920 -10.630 5.340
164 H4* A 15 H4* A 15 2.750 -9.070 4.760
165 H3* A 15 H3* A 15 2.050 -10.010 7.400
166 1H2* A 15 H21* A 15 2.080 -7.960 8.410
167 2H2* A 15 H22* A 15 3.840 -8.040 8.170
168 H1* A 15 H1* A 15 3.790 -6.820 6.230
169 H8 A 15 H8 A 15 0.600 -6.300 8.350
170 1H6 A 15 H61 A 15 0.940 -1.530 8.630
171 2H6 A 15 H62 A 15 2.050 -0.390 8.140
172 H2 A 15 H2 A 15 5.310 -2.600 5.960
173 1H5* C 16 H51* C 16 6.580 -9.160 6.330
174 2H5* C 16 H52* C 16 7.680 -10.120 7.320
175 H4* C 16 H4* C 16 8.380 -7.770 7.310
176 H3* C 16 H3* C 16 7.280 -8.840 9.910
177 1H2* C 16 H21* C 16 7.470 -6.720 10.830
178 2H2* C 16 H22* C 16 8.910 -6.360 9.890
179 H1* C 16 H1* C 16 7.660 -5.330 8.300
180 1H4 C 16 H41 C 16 2.920 -2.260 11.170
181 2H4 C 16 H42 C 16 2.130 -3.660 11.600
182 H5 C 16 H5 C 16 3.020 -5.830 11.140
183 H6 C 16 H6 C 16 4.860 -7.100 10.130
184 H3* C 16 HO C 16 9.900 -8.120 9.030
No H/Q in entry = 184
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