Representative Sets of RNA 3D Structures
Release 3.80, 2019-06-28
Exact match 108;
# | Equivalence class | Representative | Resolution | Nts | Class members |
---|---|---|---|---|---|
1 | NR_1.5_89429.3 Exact match Bacillus subtilis | 4FEN|1|B (4FEN)
| 1.4 Å | 65 | (4) 4FEN|1|B, 4FEJ|1|B, 4FE5|1|B, 2XNW|1|A |
2 | NR_1.5_37735.1 Exact match | 1L2X|1|A (1L2X)
| 1.3 Å | 38 | (1) 1L2X|1|A |
3 | NR_1.5_79481.1 Exact match synthetic construct | 4RBQ|1|A (4RBQ)
| 1.1 Å | 32 | (2) 4RBQ|1|A, 5DA6|1|A |
4 | NR_1.5_94729.3 Exact match | 4NLF|1|A (4NLF)
| 1.0 Å | 31 | (18) 4NLF|1|A, 5D99|1|A, 1Q9A|1|A, 4NMG|1|A, 3DW4|1|A, 3DW6|1|A, 4Y27|1|A, 3DVZ|1|A, 4NXH|1|A, 5NQI|1|A, 3S7C|1|A, 5MRX|1|A, 3DW5|1|A, 3DW7|1|A, 483D|1|A, 3S8U|1|A, 1MSY|1|A, 480D|1|A |
5 | NR_1.5_08420.1 Exact match | 2A43|1|A (2A43)
| 1.3 Å | 26 | (1) 2A43|1|A |
6 | NR_1.5_09579.1 Exact match Saccharomyces | 5C5W|1|A (5C5W)
| 1.3 Å | 22 | (1) 5C5W|1|A |
7 | NR_1.5_60167.4 Exact match | 3C3Z|1|A+3C3Z|1|B (3C3Z)
| 1.5 Å | 22 | (1) 3C3Z|1|A+3C3Z|1|B |
8 | NR_1.5_77275.1 Exact match Leishmania | 4K31|1|B+4K31|1|C (4K31)
| 1.4 Å | 22 | (1) 4K31|1|B+4K31|1|C |
9 | NR_1.5_30433.1 Exact match Homo sapiens | 5EW4|1|B+5EW4|1|A (5EW4)
| 1.5 Å | 21 | (1) 5EW4|1|B+5EW4|1|A |
10 | NR_1.5_24235.1 Exact match | 4LGT|1|E (4LGT)
| 1.3 Å | 20 | (2) 4LGT|1|E, 4LGT|1|F |
11 | NR_1.5_16825.1 Exact match | 1F27|1|A (1F27)
| 1.3 Å | 19 | (1) 1F27|1|A |
12 | NR_1.5_62516.1 Exact match | 3SJ2|1|A+3SJ2|1|B (3SJ2)
| 1.4 Å | 19 | (1) 3SJ2|1|A+3SJ2|1|B |
13 | NR_1.5_53005.1 Exact match synthetic construct | 5NXT|1|U (5NXT)
| 1.4 Å | 18 | (1) 5NXT|1|U |
14 | NR_1.5_54156.1 Exact match Homo sapiens | 5EME|1|A (5EME)
| 1.2 Å | 18 | (1) 5EME|1|A |
15 | NR_1.5_78183.1 Exact match | 2Y8Y|1|B (2Y8Y)
| 1.4 Å | 18 | (1) 2Y8Y|1|B |
16 | NR_1.5_81896.1 Exact match | 3GLP|1|B+3GLP|1|A (3GLP)
| 1.2 Å | 17 | (3) 3GLP|1|B+3GLP|1|A, 3GLP|1|C+3GLP|1|D, 3GLP|1|E |
17 | NR_1.5_91124.3 Exact match Gloeobacter violaceus | 6HC5|1|A (6HC5)
| 1.4 Å | 17 | (1) 6HC5|1|A |
18 | NR_1.5_12687.1 Exact match synthetic construct | 4RBZ|1|A (4RBZ)
| 1.2 Å | 16 | (1) 4RBZ|1|A |
19 | NR_1.5_29649.1 Exact match | 3ND3|1|A (3ND3)
| 1.4 Å | 16 | (1) 3ND3|1|A |
20 | NR_1.5_47141.1 Exact match synthetic construct | 4RC0|1|A (4RC0)
| 1.1 Å | 16 | (1) 4RC0|1|A |
21 | NR_1.5_43988.1 Exact match Homo sapiens | 5EMF|1|A (5EMF)
| 1.1 Å | 15 | (1) 5EMF|1|A |
22 | NR_1.5_45442.1 Exact match | 397D|1|A+397D|1|B (397D)
| 1.3 Å | 15 | (1) 397D|1|A+397D|1|B |
23 | NR_1.5_80680.1 Exact match | 3R1D|1|E (3R1D)
| 1.5 Å | 15 | (1) 3R1D|1|E |
24 | NR_1.5_98916.1 Exact match | 3CZW|1|X (3CZW)
| 1.4 Å | 15 | (1) 3CZW|1|X |
25 | NR_1.5_16232.1 Exact match synthetic construct | 5L00|1|A+5L00|1|B (5L00)
| 1.3 Å | 13 | (2) 5L00|1|A+5L00|1|B, 5L00|1|C+5L00|1|D |
26 | NR_1.5_19209.1 Exact match synthetic construct | 5JAJ|1|X+5JAJ|1|Y (5JAJ)
| 1.5 Å | 13 | (1) 5JAJ|1|X+5JAJ|1|Y |
27 | NR_1.5_50652.1 Exact match synthetic construct | 4RBY|1|A (4RBY)
| 1.2 Å | 13 | (1) 4RBY|1|A |
28 | NR_1.5_56235.1 Exact match | 4O41|1|C+4O41|1|D (4O41)
| 1.2 Å | 13 | (2) 4O41|1|C+4O41|1|D, 4O41|1|B+4O41|1|A |
29 | NR_1.5_95407.1 Exact match | 3R1D|1|A+3R1D|1|B (3R1D)
| 1.5 Å | 13 | (2) 3R1D|1|A+3R1D|1|B, 3R1D|1|C+3R1D|1|D |
30 | NR_1.5_17726.1 Exact match | 2Q1R|1|A (2Q1R)
| 1.1 Å | 12 | (1) 2Q1R|1|A |
31 | NR_1.5_58198.1 Exact match | 2R1S|1|A+2R1S|1|B (2R1S)
| 1.4 Å | 12 | (3) 2R1S|1|A+2R1S|1|B, 2R22|1|A+2R22|1|B, 2R20|1|A+2R20|1|B |
32 | NR_1.5_63943.1 Exact match Escherichia coli | 354D|1|A+354D|1|B (354D)
| 1.5 Å | 12 | (1) 354D|1|A+354D|1|B |
33 | NR_1.5_01949.1 Exact match synthetic construct | 5UED|1|A+5UED|1|B (5UED)
| 1.5 Å | 11 | (2) 5UED|1|A+5UED|1|B, 6C8J|1|A+6C8J|1|B |
34 | NR_1.5_09810.1 Exact match | 4JRD|1|B (4JRD)
| 1.0 Å | 11 | (4) 4JRD|1|B, 4JRD|1|A, 5VXQ|1|B, 5VXQ|1|A |
35 | NR_1.5_20366.1 Exact match | 1QCU|1|C+1QCU|1|D (1QCU)
| 1.2 Å | 11 | (1) 1QCU|1|C+1QCU|1|D |
36 | NR_1.5_23784.1 Exact match | 1QCU|1|A+1QCU|1|B (1QCU)
| 1.2 Å | 11 | (1) 1QCU|1|A+1QCU|1|B |
37 | NR_1.5_37298.1 Exact match | 2ASB|1|B (2ASB)
| 1.5 Å | 11 | (1) 2ASB|1|B |
38 | NR_1.5_43749.1 Exact match | 2Q1O|1|C+2Q1O|1|D (2Q1O)
| 1.1 Å | 11 | (2) 2Q1O|1|C+2Q1O|1|D, 2Q1O|1|A+2Q1O|1|B |
39 | NR_1.5_49464.1 Exact match synthetic construct | 5AY2|1|A+5AY2|1|B (5AY2)
| 1.3 Å | 11 | (3) 5AY2|1|A+5AY2|1|B, 5AY3|1|A+5AY3|1|B, 5AY2|1|C+5AY2|1|D |
40 | NR_1.5_24132.2 Exact match Tobacco virtovirus 1 | 4OQ9|1|U (4OQ9)
| 1.5 Å | 10 | (16) 4OQ9|1|U, 4OQ9|1|T+4OQ9|1|i, 4OQ9|1|R+4OQ9|1|g, 4OQ9|1|c, 4OQ9|1|Q, 4OQ9|1|S+4OQ9|1|h, 4OQ9|1|W, 4OQ9|1|Y+4OQ9|1|n, 4OQ9|1|a, 4OQ9|1|d, 4OQ9|1|V, 4OQ9|1|P+4OQ9|1|e, 4OQ9|1|X+4OQ9|1|m, 4OQ9|1|Z, 4OQ9|1|b, 4OQ8|1|B+4OQ8|1|C |
41 | NR_1.5_25369.1 Exact match | 3NJ6|1|A (3NJ6)
| 1.0 Å | 10 | (1) 3NJ6|1|A |
42 | NR_1.5_30079.1 Exact match synthetic construct | 5V1K|1|A+5V1K|1|B (5V1K)
| 1.2 Å | 10 | (1) 5V1K|1|A+5V1K|1|B |
43 | NR_1.5_33558.1 Exact match Endothia gyrosa | 4PCO|1|A+4PCO|1|B (4PCO)
| 1.3 Å | 10 | (3) 4PCO|1|A+4PCO|1|B, 4PCO|1|E, 4PCO|1|C+4PCO|1|D |
44 | NR_1.5_49339.2 Exact match synthetic construct | 5V0J|1|A+5V0J|1|B (5V0J)
| 1.5 Å | 10 | (1) 5V0J|1|A+5V0J|1|B |
45 | NR_1.5_51111.1 Exact match Tobacco virtovirus 1 | 4OQ9|1|p (4OQ9)
| 1.5 Å | 10 | (9) 4OQ9|1|p, 4OQ9|1|k, 4OQ9|1|o, 4OQ9|1|r, 4OQ9|1|j, 4OQ9|1|q, 4OQ9|1|f, 4OQ9|1|l, 4OQ9|1|s |
46 | NR_1.5_51549.1 Exact match | 1PJG|1|A (1PJG)
| 1.2 Å | 10 | (3) 1PJG|1|A, 1PJO|1|A, 1G4Q|1|A |
47 | NR_1.5_63209.1 Exact match | 3R1E|1|A+3R1E|1|B (3R1E)
| 1.0 Å | 10 | (1) 3R1E|1|A+3R1E|1|B |
48 | NR_1.5_66387.1 Exact match | 3OK4|1|N (3OK4)
| 1.2 Å | 10 | (15) 3OK4|1|N, 3OK4|1|D, 3OK4|1|L, 3OK4|1|Z, 3OK4|1|4, 3OK4|1|V, 3OK4|1|X, 3OK4|1|P, 3OK4|1|F, 3OK4|1|H, 3OK4|1|J, 3OK4|1|R, 3OK4|1|T, 3OK4|1|2, 3OK4|1|B |
49 | NR_1.5_71188.1 Exact match | 5TDJ|1|A (5TDJ)
| 1.5 Å | 10 | (5) 5TDJ|1|A, 5TDJ|1|B, 4MSR|1|A+4MSR|1|B, 5TDK|1|A+5TDK|1|B, 4MS9|1|A |
50 | NR_1.5_19539.1 Exact match synthetic construct | 5HNJ|1|A+5HNJ|1|B (5HNJ)
| 1.2 Å | 9 | (6) 5HNJ|1|A+5HNJ|1|B, 5HNJ|1|C+5HNJ|1|D, 5HN2|1|B+5HN2|1|A, 5HNJ|1|E+5HNJ|1|F, 5HN2|1|C+5HN2|1|D, 5HN2|1|E+5HN2|1|F |
51 | NR_1.5_23118.1 Exact match synthetic construct | 5HBY|1|A (5HBY)
| 1.2 Å | 9 | (1) 5HBY|1|A |
52 | NR_1.5_68446.1 Exact match synthetic construct | 4U6K|1|A (4U6K)
| 1.5 Å | 9 | (2) 4U6K|1|A, 4U6K|1|C |
53 | NR_1.5_04974.3 Exact match synthetic construct | 4U3L|1|A+4U3L|1|B (4U3L)
| 1.5 Å | 8 | (2) 4U3L|1|A+4U3L|1|B, 4U78|1|A+4U78|1|B |
54 | NR_1.5_11837.1 Exact match Drosophila melanogaster | 5KLA|1|B (5KLA)
| 1.1 Å | 8 | (1) 5KLA|1|B |
55 | NR_1.5_15037.1 Exact match | 3PF4|1|R (3PF4)
| 1.4 Å | 8 | (1) 3PF4|1|R |
56 | NR_1.5_16983.1 Exact match | 1J9H|1|A+1J9H|1|B (1J9H)
| 1.4 Å | 8 | (2) 1J9H|1|A+1J9H|1|B, 1J9H|1|C+1J9H|1|D |
57 | NR_1.5_23650.1 Exact match | 259D|1|A+259D|1|B (259D)
| 1.5 Å | 8 | (1) 259D|1|A+259D|1|B |
58 | NR_1.5_49451.1 Exact match | 3G9Y|1|C (3G9Y)
| 1.4 Å | 8 | (1) 3G9Y|1|C |
59 | NR_1.5_49696.1 Exact match Homo sapiens | 5LQT|1|A+5LQT|1|B (5LQT)
| 1.5 Å | 8 | (1) 5LQT|1|A+5LQT|1|B |
60 | NR_1.5_79446.1 Exact match | 2G91|1|A+2G91|1|B (2G91)
| 1.5 Å | 8 | (1) 2G91|1|A+2G91|1|B |
61 | NR_1.5_80423.1 Exact match | 4MDX|1|C (4MDX)
| 1.5 Å | 8 | (1) 4MDX|1|C |
62 | NR_1.5_92683.1 Exact match | 2G3S|1|I+2G3S|1|J (2G3S)
| 1.5 Å | 8 | (5) 2G3S|1|I+2G3S|1|J, 2G3S|1|G+2G3S|1|H, 2G3S|1|C+2G3S|1|D, 2G3S|1|A+2G3S|1|B, 2G3S|1|E+2G3S|1|F |
63 | NR_1.5_00973.1 Exact match Mus musculus | 2XS2|1|B (2XS2)
| 1.4 Å | 7 | (1) 2XS2|1|B |
64 | NR_1.5_03690.1 Exact match Schizosaccharomyces pombe | 6FPQ|1|B (6FPQ)
| 1.4 Å | 7 | (1) 6FPQ|1|B |
65 | NR_1.5_06107.1 Exact match Homo sapiens | 2VUQ|1|A+2VUQ|1|B (2VUQ)
| 1.2 Å | 7 | (1) 2VUQ|1|A+2VUQ|1|B |
66 | NR_1.5_08327.1 Exact match | 435D|1|C+435D|1|D (435D)
| 1.4 Å | 7 | (2) 435D|1|C+435D|1|D, 435D|1|A+435D|1|B |
67 | NR_1.5_14080.1 Exact match | 315D|1|A+315D|1|B (315D)
| 1.4 Å | 7 | (1) 315D|1|A+315D|1|B |
68 | NR_1.5_19039.1 Exact match | 1WPU|1|C (1WPU)
| 1.5 Å | 7 | (2) 1WPU|1|C, 1WPU|1|D |
69 | NR_1.5_31898.1 Exact match synthetic construct | 5U0Q|1|C+5U0Q|1|D (5U0Q)
| 1.4 Å | 7 | (2) 5U0Q|1|C+5U0Q|1|D, 5U0Q|1|A+5U0Q|1|B |
70 | NR_1.5_50890.1 Exact match | 3JXQ|1|L+3JXQ|1|K (3JXQ)
| 1.5 Å | 7 | (4) 3JXQ|1|L+3JXQ|1|K, 3JXQ|1|B+3JXQ|1|A, 3JXR|1|A+3JXR|1|B, 3JXR|1|K |
71 | NR_1.5_50990.1 Exact match synthetic construct | 4U34|1|B+4U34|1|A (4U34)
| 1.4 Å | 7 | (1) 4U34|1|B+4U34|1|A |
72 | NR_1.5_54592.1 Exact match | 464D|1|A+464D|1|B (464D)
| 1.2 Å | 7 | (6) 464D|1|A+464D|1|B, 464D|1|C+464D|1|D, 466D|1|C+466D|1|D, 466D|1|A+466D|1|B, 434D|1|C+434D|1|D, 434D|1|A+434D|1|B |
73 | NR_1.5_65010.1 Exact match Homo sapiens | 2V7R|1|A+2V7R|1|B (2V7R)
| 1.2 Å | 7 | (1) 2V7R|1|A+2V7R|1|B |
74 | NR_1.5_73255.1 Exact match | 485D|1|A+485D|1|B (485D)
| 1.0 Å | 7 | (1) 485D|1|A+485D|1|B |
75 | NR_1.5_75344.1 Exact match | 4QM6|1|D (4QM6)
| 1.5 Å | 7 | (2) 4QM6|1|D, 4QM6|1|C |
76 | NR_1.5_80567.1 Exact match | 3GVN|1|A+3GVN|1|B (3GVN)
| 1.2 Å | 7 | (1) 3GVN|1|A+3GVN|1|B |
77 | NR_1.5_88706.1 Exact match synthetic construct | 4JAH|1|A+4JAH|1|B (4JAH)
| 1.5 Å | 7 | (3) 4JAH|1|A+4JAH|1|B, 4JAH|1|C+4JAH|1|D, 4JAH|1|E+4JAH|1|F |
78 | NR_1.5_06254.1 Exact match synthetic construct | 3P4C|1|A (3P4C)
| 1.2 Å | 6 | (1) 3P4C|1|A |
79 | NR_1.5_09702.1 Exact match synthetic construct | 4RJ1|1|B (4RJ1)
| 0.9 Å | 6 | (1) 4RJ1|1|B |
80 | NR_1.5_12080.1 Exact match | 3HGA|1|X (3HGA)
| 1.3 Å | 6 | (2) 3HGA|1|X, 1OSU|1|A |
81 | NR_1.5_31074.2 Exact match | 4RKV|1|A (4RKV)
| 0.9 Å | 6 | (13) 4RKV|1|A, 4RNE|1|B, 4RJ1|1|A, 4RNE|1|C, 4RNE|1|E, 4RNE|1|D, 4RNE|1|A, 4RNE|1|G, 4RNE|1|F, 4RNE|1|H, 1J8G|1|A, 1J8G|1|C, 1J8G|1|D |
82 | NR_1.5_41566.1 Exact match | 4RKV|1|B (4RKV)
| 0.9 Å | 6 | (2) 4RKV|1|B, 1J8G|1|B |
83 | NR_1.5_41745.1 Exact match synthetic construct | 6DOY|1|B (6DOY)
| 1.5 Å | 6 | (1) 6DOY|1|B |
84 | NR_1.5_57261.1 Exact match synthetic construct | 6GD3|1|P (6GD3)
| 1.4 Å | 6 | (1) 6GD3|1|P |
85 | NR_1.5_74924.8 Exact match | 3PEY|1|B (3PEY)
| 1.4 Å | 6 | (4) 3PEY|1|B, 3PEW|1|B, 4ALP|1|E, 5SZE|1|C |
86 | NR_1.5_87665.1 Exact match synthetic construct | 5D8T|1|A+5D8T|1|B (5D8T)
| 1.2 Å | 6 | (5) 5D8T|1|A+5D8T|1|B, 6CY2|1|A+6CY2|1|B, 6CXZ|1|A+6CXZ|1|B, 5VR4|1|C+5VR4|1|D, 5VR4|1|A+5VR4|1|B |
87 | NR_1.5_10469.1 Exact match | 1P79|1|A (1P79)
| 1.1 Å | 5 | (1) 1P79|1|A |
88 | NR_1.5_12819.1 Exact match Mus musculus | 2XS7|1|B (2XS7)
| 1.5 Å | 5 | (1) 2XS7|1|B |
89 | NR_1.5_23362.1 Exact match synthetic construct | 5EBI|1|F (5EBI)
| 1.1 Å | 5 | (8) 5EBI|1|F, 5EBI|1|A, 5EBI|1|H, 5EBI|1|B, 5EBI|1|D, 5EBI|1|C, 5EBI|1|E, 5EBI|1|G |
90 | NR_1.5_81653.1 Exact match | 1J6S|1|A (1J6S)
| 1.4 Å | 5 | (4) 1J6S|1|A, 1J6S|1|C, 1J6S|1|D, 1J6S|1|B |
91 | NR_1.5_82140.1 Exact match | 1MDG|1|A (1MDG)
| 1.5 Å | 5 | (17) 1MDG|1|A, 1N7A|1|A, 1N7A|1|B, 1N7A|1|C, 1N7A|1|D, 1N7A|1|E, 1N7A|1|F, 1N7A|1|G, 1N7A|1|H, 1N7B|1|A, 1N7B|1|B, 1N7B|1|C, 1N7B|1|D, 1N7B|1|E, 1N7B|1|F, 1N7B|1|G, 1N7B|1|H |
92 | NR_1.5_23205.3 Exact match Alkalihalobacillus halodurans | 6DO8|1|B (6DO8)
| 1.4 Å | 4 | (44) 6DO8|1|B, 6DP9|1|B, 6DOS|1|B, 6DPB|1|B, 6DPP|1|B, 6DPI|1|B, 6DOK|1|B, 6DOU|1|B, 6DOO|1|B, 6DPD|1|B, 6DOP|1|B, 6DO9|1|B, 6DMN|1|B, 6DPC|1|B, 6DOQ|1|B, 6DOT|1|B, 6DP4|1|B, 6DPL|1|B, 6DPN|1|B, 6DOM|1|B, 6DOG|1|B, 6DOX|1|B, 6DPH|1|B, 6DOJ|1|B, 6DOH|1|B, 6DP1|1|B, 6DP5|1|B, 6DPA|1|B, 6DPK|1|B, 6DP6|1|B, 6DOL|1|B, 6DOA|1|B, 6DPG|1|B, 6DOB|1|B, 6DPO|1|B, 6DP7|1|B, 6DOF|1|B, 6DON|1|B, 6DOR|1|B, 6DOW|1|B, 6DP3|1|B, 6DP0|1|B, 6DOC|1|B, 6DOE|1|B |
93 | NR_1.5_28980.1 Exact match | 3P4C|1|B (3P4C)
| 1.2 Å | 4 | (7) 3P4C|1|B, 3P4B|1|A, 3P4B|1|C, 3P4B|1|D, 3P4B|1|B, 3P4B|1|F, 3P4B|1|E |
94 | NR_1.5_33685.1 Exact match | 4E6B|1|E+4E6B|1|F (4E6B)
| 1.5 Å | 4 | (1) 4E6B|1|E+4E6B|1|F |
95 | NR_1.5_41357.1 Exact match synthetic construct | 5EV3|1|B (5EV3)
| 1.5 Å | 4 | (1) 5EV3|1|B |
96 | NR_1.5_43515.1 Exact match synthetic construct | 6DP8|1|B (6DP8)
| 1.3 Å | 4 | (1) 6DP8|1|B |
97 | NR_1.5_53426.1 Exact match | 4E6B|1|A+4E6B|1|B (4E6B)
| 1.5 Å | 4 | (1) 4E6B|1|A+4E6B|1|B |
98 | NR_1.5_58299.1 Exact match | 2GRB|1|F (2GRB)
| 1.4 Å | 4 | (8) 2GRB|1|F, 2GRB|1|A, 2GRB|1|C, 2GRB|1|B, 2GRB|1|E, 2GRB|1|H, 2GRB|1|G, 2GRB|1|D |
99 | NR_1.5_08576.3 Exact match Alkalihalobacillus halodurans | 6DO8|1|b (6DO8)
| 1.4 Å | 3 | (45) 6DO8|1|b, 6DPI|1|b, 6DP9|1|b, 6DPB|1|b, 6DMN|1|b, 6DPP|1|b, 6DPK|1|b, 6DPD|1|b, 6DOT|1|b, 6DOK|1|b, 6DP8|1|b, 6DPL|1|b, 6DPG|1|b, 6DOU|1|b, 6DPC|1|b, 6DO9|1|b, 6DP4|1|b, 6DPN|1|b, 6DOJ|1|b, 6DPH|1|b, 6DOS|1|b, 6DOO|1|b, 6DP6|1|b, 6DOX|1|b, 6DP5|1|b, 6DOL|1|b, 6DP1|1|b, 6DP7|1|b, 6DOQ|1|b, 6DPA|1|b, 6DOM|1|b, 6DOG|1|b, 6DOP|1|b, 6DOH|1|b, 6DOA|1|b, 6DON|1|b, 6DPO|1|b, 6DOB|1|b, 6DOW|1|b, 6DP3|1|b, 6DOR|1|b, 6DOF|1|b, 6DP0|1|b, 6DOC|1|b, 6DOE|1|b |
100 | NR_1.5_78109.1 Exact match synthetic construct | 6M7K|1|B (6M7K)
| 1.1 Å | 3 | (1) 6M7K|1|B |
101 | NR_1.5_80570.7 Exact match synthetic construct | 6N6J|1|C (6N6J)
| 1.3 Å | 3 | (2) 6N6J|1|C, 6N6J|1|D |
102 | NR_1.5_94833.1 Exact match synthetic construct | 6N6K|1|C (6N6K)
| 1.4 Å | 3 | (2) 6N6K|1|C, 6N6K|1|D |
103 | NR_1.5_21736.5 Exact match Tobacco virtovirus 1 | 6D30|1|C (6D30)
| 1.2 Å | 2 | (17) 6D30|1|C, 4OQ9|1|7, 4OQ9|1|4, 4OQ9|1|8, 4OQ9|1|t, 4OQ9|1|y, 4OQ9|1|x, 4OQ9|1|6, 4OQ8|1|D, 4OQ9|1|w, 4OQ9|1|5, 4OQ9|1|u, 4OQ9|1|z, 4OQ9|1|2, 4OQ9|1|v, 4OQ9|1|3, 4OQ9|1|1 |
104 | NR_1.5_46370.1 Exact match synthetic construct | 5K8H|1|A (5K8H)
| 1.1 Å | 2 | (1) 5K8H|1|A |
105 | NR_1.5_77810.2 Exact match | 4S2X|1|B (4S2X)
| 1.5 Å | 2 | (1) 4S2X|1|B |
106 | NR_1.5_88935.1 Exact match synthetic construct | 6D2Z|1|C (6D2Z)
| 1.2 Å | 2 | (1) 6D2Z|1|C |
107 | NR_1.5_89612.5 Exact match Pseudomonas aeruginosa | 6N6I|1|C (6N6I)
| 1.4 Å | 2 | (3) 6N6I|1|C, 6N6I|1|D, 6N6A|1|D |
108 | NR_1.5_86122.1 Exact match Elizabethkingia meningoseptica | 6E0O|1|C (6E0O)
| 1.3 Å | 1 | (2) 6E0O|1|C, 6E0O|1|B |