Representative Sets of RNA 3D Structures
Release 2.76, 2016-05-20
Exact match 1097; Updated, 1 parent 5;
| # | Equivalence class | Representative | Resolution | Nts | Class members |
|---|---|---|---|---|---|
| 1 | NR_3.5_26483.1 Exact match Sus scrofa | 3J7Q|1|5+3J7Q|1|8 (3J7Q)
| 3.4 Å | 3662 | (3) 3J7Q|1|5+3J7Q|1|8, 3J7O|1|5+3J7O|1|8, 3J7P|1|5+3J7P|1|8 |
| 2 | NR_3.5_57839.5 Exact match Oryctolagus cuniculus | 3JAH|1|5+3JAH|1|8 (3JAH)
| 3.5 Å | 3662 | (1) 3JAH|1|5+3JAH|1|8 |
| 3 | NR_3.5_91467.3 Exact match Homo sapiens | 5AJ0|1|A2+5AJ0|1|A3 (5AJ0)
| 3.5 Å | 3612 | (1) 5AJ0|1|A2+5AJ0|1|A3 |
| 4 | NR_3.5_95755.1 Exact match Plasmodium falciparum | 3J79|1|A+3J79|1|C (3J79)
| 3.2 Å | 3191 | (1) 3J79|1|A+3J79|1|C |
| 5 | NR_3.5_90506.5 Exact match Saccharomyces cerevisiae | 4V88|1|A5+4V88|1|A8 (4V88)
| 3.0 Å | 3149 | (39) 4V88|1|A5+4V88|1|A8, 4V88|1|A1+4V88|1|A4, 4U4Q|1|5+4U4Q|1|8, 4U3U|1|1+4U3U|1|4, 4U4R|1|1+4U4R|1|4, 4U4R|1|5+4U4R|1|8, 4U52|1|5+4U52|1|8, 4U4U|1|1+4U4U|1|4, 4U4Z|1|1+4U4Z|1|4, 4U4Q|1|1+4U4Q|1|4, 4U3U|1|5+4U3U|1|8, 4U3M|1|1+4U3M|1|4, 4U55|1|1+4U55|1|4, 4U4N|1|1+4U4N|1|4, 4U4U|1|5+4U4U|1|8, 5FCJ|1|5+5FCJ|1|8, 4U52|1|1+4U52|1|4, 4U4Y|1|5+4U4Y|1|8, 5FCJ|1|1+5FCJ|1|4, 4U3N|1|5+4U3N|1|8, 4U4N|1|5+4U4N|1|8, 4U6F|1|1+4U6F|1|4, 4U50|1|5+4U50|1|8, 4U50|1|1+4U50|1|4, 4U55|1|5+4U55|1|8, 4U3M|1|5+4U3M|1|8, 4U4Z|1|5+4U4Z|1|8, 4U3N|1|1+4U3N|1|4, 4U53|1|5+4U53|1|8, 5FCI|1|1+5FCI|1|4, 4U4Y|1|1+4U4Y|1|4, 5APO|1|5+5APO|1|8, 4U51|1|1+4U51|1|4, 4U51|1|5+4U51|1|8, 4U6F|1|5+4U6F|1|8, 4U53|1|1+4U53|1|4, 4U56|1|1+4U56|1|4, 5FCI|1|5+5FCI|1|8, 4U56|1|5+4U56|1|8 |
| 6 | NR_3.5_83717.14 Exact match Escherichia coli | 4YBB|1|DA (4YBB)
| 2.1 Å | 2903 | (64) 4YBB|1|DA, 4V54|1|DB, 4V54|1|BB, 4WWW|1|RA, 4V7T|1|BA, 4V6C|1|BA, 4V52|1|DB, 4V7S|1|BA, 4V52|1|BB, 4V4Q|1|DB, 4V7U|1|BA, 4V4Q|1|BB, 4V50|1|DB, 5GAE|1|A, 4V9P|1|EA, 4V50|1|BB, 4V85|1|BA, 4V4H|1|DB, 4V9O|1|EA, 4V4H|1|BB, 4V57|1|BB, 4V7V|1|BA, 4V64|1|BB, 4V57|1|DB, 4V64|1|DB, 4V9D|1|CA, 4U27|1|BA, 4U25|1|BA, 5IQR|1|1, 4U24|1|BA, 4V9P|1|CA, 4V9P|1|AA, 4V9O|1|AA, 4WF1|1|BA, 4U1U|1|BA, 4V9O|1|CA, 4U1V|1|BA, 4V9P|1|GA, 4U20|1|BA, 4U26|1|BA, 4YBB|1|CA, 4WOI|1|BA, 5AFI|1|A, 4V9D|1|DA, 4U1U|1|DA, 4WOI|1|CA, 4U20|1|DA, 4V6C|1|DA, 4V9C|1|DA, 4U1V|1|DA, 4U25|1|DA, 4V9O|1|GA, 4U27|1|DA, 4V7S|1|DA, 4V7T|1|DA, 4V7V|1|DA, 3JCE|1|A, 4WF1|1|DA, 4WWW|1|YA, 4U24|1|DA, 4U26|1|DA, 4V9C|1|BA, 3JBV|1|b, 4V7U|1|DA |
| 7 | NR_3.5_97519.17 Updated, 1 parent Thermus thermophilus | 5FDU|1|1A (5FDU)
| 2.9 Å | 2883 | (213) 5FDU|1|1A, 5HCQ|1|1A, 5HCR|1|1A, 5FDV|1|1A, 4Y4O|1|1A, 5HD1|1|1A, 4Z8C|1|1A, 5HCP|1|1A, 4V8I|1|DA, 4Y4P|1|1A, 4ZER|1|1A, 4V9R|1|BA, 5F8K|1|1A, 1VY4|1|BA, 4W2H|1|BA, 4V9S|1|BA, 4WPO|1|AA, 4W2F|1|BA, 5J4B|1|1A, 5DOY|1|1A, 4Z3S|1|1A, 4W2G|1|BA, 4W2I|1|BA, 5FDV|1|2A, 5J4C|1|1A, 4V8I|1|BA, 4Y4O|1|2A, 4V9R|1|DA, 4V9S|1|DA, 4V95|1|BA, 1VY5|1|BA, 5FDU|1|2A, 5HCQ|1|2A, 4Z8C|1|2A, 5F8K|1|2A, 1VY4|1|DA, 1VY7|1|BA, 4W2H|1|DA, 4V8H|1|DA, 5HAU|1|1A, 4V8A|1|BA, 4V8G|1|DA, 4WQY|1|AA, 4W2F|1|DA, 4V8G|1|BA, 4Z3S|1|2A, 4YZV|1|YA, 4W2I|1|DA, 4WQF|1|AA, 4WQU|1|AA, 1VY6|1|BA, 4V8A|1|AA, 5DOX|1|1A, 4V83|1|BA, 4V83|1|DA, 5HD1|1|2A, 4WPO|1|CA, 5HCR|1|2A, 4V8H|1|BA, 4W4G|1|YA, 4V95|1|DA, 4W2G|1|DA, 4YZV|1|RA, 1VY5|1|DA, 5J4B|1|2A, 4Y4P|1|2A, 4V9H|1|BA, 5HCP|1|2A, 1VY7|1|DA, 5HAU|1|2A, 4ZER|1|2A, 5J4C|1|2A, 4LNT|1|YA, 5DOY|1|2A, 4W4G|1|RA, 4V6F|1|DA, 5J4D|1|GB, 4LT8|1|YA, 4V84|1|DA, 4WQU|1|CA, 4W2E|1|A, 5J4D|1|B, 4V84|1|BA, 4V8B|1|BA, 4YPB|1|RA, 5DOX|1|2A, 4V9N|1|DA, 4WQY|1|CA, 4L47|1|RA, 4V5D|1|DA, 4YPB|1|YA, 4V9N|1|BA, 4LT8|1|RA, 4V87|1|AA, 1VY6|1|DA, 4V5D|1|BA, 4V9I|1|DA, 4WQF|1|CA, 4V9I|1|BA, 4V5E|1|BA, 4V8C|1|AA, 4V9Q|1|AA, 4V5E|1|DA, 4TUE|1|YA, 4V9Q|1|CA, 4V8N|1|DA, 4V67|1|DA, 4V8B|1|DA, 4LNT|1|RA, 4TUE|1|RA, 4V8N|1|BA, 4V5C|1|DA, 4V67|1|BA, 4V87|1|DA, 4V8D|1|BA, 4WT8|1|D1, 4L47|1|YA, 4V5C|1|BA, 4V6G|1|DA, 4V7Y|1|BA, 4V6F|1|AA, 4V7X|1|BA, 4V7J|1|BA, 4LSK|1|YA, 4V7Y|1|DA, 4V7J|1|AA, 4V7X|1|DA, 4WQ1|1|1H, 4V8F|1|AA, 4V7W|1|BA, 4WT8|1|C1, 4V7M|1|BA, 4V7W|1|DA, 4V8E|1|AA, 4V6A|1|BA, 1VVJ|1|YA, 4V90|1|BA, 4V9B|1|BA, 5E81|1|1H, 4V5K|1|DA, 4V8D|1|DA, 4LSK|1|RA, 4V8C|1|BA, 4V5K|1|BA, 4WZD|1|1H, 4V5J|1|DA, 4V5J|1|BA, 1VVJ|1|RA, 5E7K|1|1H, 4V8X|1|BA, 4V63|1|BA, 4V8E|1|CA, 4V8X|1|DA, 4V63|1|DA, 4WRO|1|1H, 5EL6|1|1H, 4V6G|1|BA, 5E81|1|14, 4WQ1|1|14, 4V51|1|BA, 4V51|1|DA, 4WSD|1|1H, 4WRA|1|1H, 4V7M|1|DA, 4WZD|1|14, 4WR6|1|1H, 4WQR|1|1H, 5EL4|1|1H, 4WT1|1|1H, 4V9A|1|BA, 4WU1|1|1H, 5EL7|1|1H, 4V8F|1|DA, 4V9K|1|DA, 5EL5|1|1H, 4WSM|1|1H, 4V9L|1|BA, 4V7Z|1|DA, 4V7Z|1|BA, 5EL7|1|14, 4WU1|1|14, 4V9B|1|DA, 4V6A|1|DA, 4V9L|1|DA, 5EL4|1|14, 4V5P|1|DA, 5EL6|1|14, 4V9A|1|DA, 4WSD|1|14, 4WR6|1|14, 4V5P|1|BA, 4V9K|1|BA, 4V8Q|1|AA, 4WRA|1|14, 4WRO|1|14, 4V5R|1|BA, 4V5R|1|DA, 5E7K|1|14, 4WQR|1|14, 5EL5|1|14, 4WZO|1|1H, 4WSM|1|14, 4V5L|1|BA, 4V7L|1|BA, 4V5S|1|BA, 4WT1|1|14, 4V5Q|1|BA, 4V5S|1|DA, 4WZO|1|14, 4V5Q|1|DA, 4V5A|1|BA, 4V5A|1|DA, 4V7L|1|DA |
| 8 | NR_3.5_88987.4 Exact match Deinococcus radiodurans | 4IOA|1|X (4IOA)
| 3.2 Å | 2774 | (27) 4IOA|1|X, 4IO9|1|X, 5DM6|1|X, 2ZJR|1|X, 3CF5|1|X, 2ZJQ|1|X, 3DLL|1|X, 5DM7|1|X, 2AAR|1|0, 2OGM|1|0, 3PIO|1|X, 2D3O|1|0, 1Y69|1|0, 3PIP|1|X, 1JZY|1|A, 1K01|1|A, 1JZX|1|A, 1J5A|1|A, 2O44|1|A, 1NWX|1|0, 1OND|1|0, 1NWY|1|0, 1NKW|1|0, 1P9X|1|0, 1NJP|1|0, 1SM1|1|0, 1XBP|1|0 |
| 9 | NR_3.5_83866.1 Exact match Saccharomyces cerevisiae | 3J6B|1|A (3J6B)
| 3.2 Å | 2713 | (1) 3J6B|1|A |
| 10 | NR_3.5_90633.1 Exact match Staphylococcus aureus | 4WF9|1|X (4WF9)
| 3.4 Å | 2712 | (3) 4WF9|1|X, 4WFB|1|X, 4WFA|1|X |
| 11 | NR_3.5_26150.1 Exact match Haloarcula marismortui | 4V9F|1|0 (4V9F)
| 2.4 Å | 2706 | (69) 4V9F|1|0, 1S72|1|0, 1VQO|1|0, 3CC2|1|0, 1VQK|1|0, 1VQP|1|0, 3CCU|1|0, 1JJ2|1|0, 1K73|1|A, 1VQ6|1|0, 3CPW|1|0, 1VQM|1|0, 3CC4|1|0, 3G6E|1|0, 1VQ4|1|0, 1VQ8|1|0, 1QVF|1|0, 1VQL|1|0, 1M90|1|A, 3CCM|1|0, 1VQ9|1|0, 1YHQ|1|0, 1NJI|1|A, 1VQ7|1|0, 1VQN|1|0, 1YI2|1|0, 3CC7|1|0, 1KQS|1|0, 3CXC|1|0, 1KC8|1|A, 1K9M|1|A, 1VQ5|1|0, 3OW2|1|0, 3CCL|1|0, 3CMA|1|0, 1YIT|1|0, 3CCV|1|0, 3CCQ|1|0, 1YIJ|1|0, 1YJW|1|0, 3G71|1|0, 1M1K|1|A, 1N8R|1|A, 1Q86|1|A, 1YJN|1|0, 1Q82|1|A, 1FFK|1|0, 2OTL|1|0, 3CD6|1|0, 1Q81|1|A, 1K8A|1|A, 1YJ9|1|0, 3CCE|1|0, 1KD1|1|A, 3I55|1|0, 3I56|1|0, 1Q7Y|1|A, 1QVG|1|0, 2OTJ|1|0, 3CCS|1|0, 2QEX|1|0, 3CME|1|0, 3CCR|1|0, 1W2B|1|0, 3CCJ|1|0, 2QA4|1|0, 3G4S|1|0, 1FG0|1|A, 1FFZ|1|A |
| 12 | NR_3.5_72076.2 Updated, 1 parent Kluyveromyces lactis | 3JAM|1|2 (3JAM)
| 3.5 Å | 1780 | (1) 3JAM|1|2 |
| 13 | NR_3.5_03510.2 Exact match Saccharomyces cerevisiae | 4V88|1|A6 (4V88)
| 3.0 Å | 1750 | (38) 4V88|1|A6, 4U4R|1|6, 4U50|1|6, 4U4Q|1|6, 4U3U|1|6, 4U52|1|6, 4U4U|1|6, 4V88|1|A2, 4U4R|1|2, 5FCJ|1|6, 4U3U|1|2, 5FCI|1|6, 4U3N|1|6, 4U4N|1|6, 4U55|1|6, 4U6F|1|6, 4U4Y|1|6, 4U53|1|6, 4U4Q|1|2, 4U4U|1|2, 4U4Z|1|6, 4U4N|1|2, 4U52|1|2, 4U3M|1|6, 4U51|1|6, 4U3M|1|2, 4U55|1|2, 4U51|1|2, 4U4Z|1|2, 4U3N|1|2, 4U50|1|2, 4U56|1|6, 4U4Y|1|2, 4U53|1|2, 4U6F|1|2, 5FCJ|1|2, 5FCI|1|2, 4U56|1|2 |
| 14 | NR_3.5_61505.1 Exact match Sus scrofa | 3J7P|1|S2 (3J7P)
| 3.5 Å | 1742 | (1) 3J7P|1|S2 |
| 15 | NR_3.5_03196.6 Exact match Oryctolagus cuniculus | 3JAH|1|9 (3JAH)
| 3.5 Å | 1719 | (1) 3JAH|1|9 |
| 16 | NR_3.5_95478.4 Exact match Homo sapiens | 5AJ0|1|B1 (5AJ0)
| 3.5 Å | 1708 | (1) 5AJ0|1|B1 |
| 17 | NR_3.5_33067.1 Exact match Plasmodium falciparum | 3J7A|1|A (3J7A)
| 3.2 Å | 1608 | (1) 3J7A|1|A |
| 18 | NR_3.5_56726.11 Exact match Escherichia coli | 4V4Q|1|CA (4V4Q)
| 3.5 Å | 1530 | (63) 4V4Q|1|CA, 4V4H|1|CA, 4V52|1|CA, 4V52|1|AA, 4V54|1|CA, 4V4Q|1|AA, 4V64|1|CA, 4V6C|1|AA, 4V54|1|AA, 4V64|1|AA, 4V4H|1|AA, 4V7V|1|AA, 4V7S|1|AA, 4V57|1|CA, 4WWW|1|QA, 4V57|1|AA, 4V7T|1|AA, 4V9P|1|FA, 4YBB|1|AA, 4V9O|1|FA, 5IQR|1|2, 4U1U|1|CA, 4V50|1|AA, 4V9O|1|BA, 5AFI|1|a, 4U20|1|AA, 4V50|1|CA, 4V9P|1|BA, 4U1U|1|AA, 4V6C|1|CA, 4U26|1|AA, 4U24|1|AA, 4YBB|1|BA, 4U20|1|CA, 4V7U|1|AA, 4U27|1|AA, 4WF1|1|AA, 4V9P|1|HA, 4U25|1|AA, 4V7T|1|CA, 4V9O|1|DA, 4U1V|1|CA, 4WOI|1|DA, 4V9P|1|DA, 4V7S|1|CA, 4WWW|1|XA, 4V9D|1|BA, 4WF1|1|CA, 4U27|1|CA, 4U1V|1|AA, 4V9D|1|AA, 4V7V|1|CA, 4U25|1|CA, 4WOI|1|AA, 4V85|1|AA, 4U26|1|CA, 4U24|1|CA, 4V7U|1|CA, 3JCE|1|a, 4V9O|1|HA, 4V9C|1|CA, 4V9C|1|AA, 3JBV|1|A |
| 19 | NR_3.5_06715.2 Exact match Sus scrofa | 4V19|1|A (4V19)
| 3.4 Å | 1515 | (1) 4V19|1|A |
| 20 | NR_3.5_65795.19 Updated, 1 parent Thermus thermophilus | 1FJG|1|A (1FJG)
| 3.0 Å | 1507 | (277) 1FJG|1|A, 2UUA|1|A, 1J5E|1|A, 1IBL|1|A, 1N32|1|A, 1HR0|1|A, 4B3M|1|A, 2UUC|1|A, 2UUB|1|A, 2UU9|1|A, 1HNW|1|A, 4LF8|1|A, 4LF7|1|A, 2VQE|1|A, 4X64|1|A, 4W2I|1|AA, 4B3R|1|A, 5FDV|1|1a, 1HNX|1|A, 4W2I|1|CA, 5J4C|1|1a, 4LF6|1|A, 4X65|1|A, 4JI1|1|A, 4V9H|1|AA, 4Y4O|1|1a, 2VQF|1|A, 4Z8C|1|1a, 4B3T|1|A, 4Y4O|1|2a, 5FDU|1|1a, 1VY4|1|AA, 4LF9|1|A, 4W2G|1|AA, 5FDU|1|2a, 4LF4|1|A, 5J4B|1|1a, 1IBK|1|A, 4LFB|1|A, 4W2F|1|AA, 2UXC|1|A, 3T1Y|1|A, 4JI7|1|A, 1VY5|1|AA, 4W2E|1|a, 4X62|1|A, 4W2F|1|CA, 4WPO|1|DA, 4B3S|1|A, 5FDV|1|2a, 4W4G|1|XA, 5F8K|1|1a, 4Z3S|1|1a, 5BR8|1|A, 1VY5|1|CA, 5DOY|1|1a, 1HNZ|1|A, 1IBM|1|A, 4W2G|1|CA, 4AQY|1|A, 4WPO|1|BA, 4Y4P|1|1a, 5DOY|1|2a, 5IWA|1|A, 4DV6|1|A, 4YZV|1|XA, 4KHP|1|A, 4GKJ|1|A, 4DR6|1|A, 1XMQ|1|A, 4X66|1|A, 1XNQ|1|A, 1XNR|1|A, 4DR2|1|A, 5HAU|1|2a, 4ZER|1|2a, 4ZER|1|1a, 4V8I|1|AA, 5J4B|1|2a, 4Z8C|1|2a, 4L47|1|QA, 5HCQ|1|1a, 4GKK|1|A, 4YPB|1|XA, 5HCQ|1|2a, 5HAU|1|1a, 4JYA|1|A, 4LNT|1|QA, 4TUE|1|QA, 4LT8|1|QA, 5HD1|1|2a, 4V67|1|AA, 4DR5|1|A, 4TUE|1|XA, 4Z3S|1|2a, 4W2H|1|CA, 4V5R|1|AA, 5F8K|1|2a, 5HCP|1|2a, 4W2H|1|AA, 4V8D|1|CA, 4V67|1|CA, 5J4C|1|2a, 2E5L|1|A, 4V63|1|AA, 4V8I|1|CA, 4V5R|1|CA, 2ZM6|1|A, 4V83|1|AA, 5HCR|1|2a, 4V63|1|CA, 4WQY|1|BA, 4DUY|1|A, 4LNT|1|XA, 5HCR|1|1a, 4DR3|1|A, 4V83|1|CA, 4JI3|1|A, 4V9R|1|CA, 4V5P|1|CA, 4K0K|1|A, 4Y4P|1|2a, 4JV5|1|A, 2HHH|1|A, 1VY4|1|CA, 4WT8|1|Ab, 1VY6|1|AA, 4WQF|1|BA, 4LT8|1|XA, 4L47|1|XA, 5HCP|1|1a, 5HD1|1|1a, 4V6F|1|CA, 4V8B|1|CA, 4V8C|1|DA, 4V9S|1|AA, 4V5P|1|AA, 4V9S|1|CA, 4V87|1|CA, 1XMO|1|A, 4WQ1|1|1G, 4DV7|1|A, 2UXD|1|A, 3T1H|1|A, 4WT8|1|Bb, 1VY7|1|AA, 4V95|1|AA, 4W4G|1|QA, 4V9I|1|AA, 4V6F|1|BA, 4LSK|1|XA, 4V7M|1|CA, 4V5S|1|CA, 4V5Q|1|AA, 4V5S|1|AA, 4WQU|1|BA, 4YZV|1|QA, 4V8D|1|AA, 1N33|1|A, 4V95|1|CA, 4V9Q|1|DA, 4V9Q|1|BA, 4V9R|1|AA, 4WZD|1|1G, 1VY6|1|CA, 4V87|1|BA, 4V5C|1|AA, 4V5L|1|AA, 4V7M|1|AA, 2UXB|1|A, 4LSK|1|QA, 4V8C|1|CA, 4V9I|1|CA, 4V5C|1|CA, 4V8E|1|DA, 4V8A|1|DA, 1VY7|1|CA, 4V8B|1|AA, 4WQ1|1|13, 4V9L|1|CA, 4WQY|1|DA, 4YPB|1|QA, 4WU1|1|1G, 4V8A|1|CA, 4V8F|1|CA, 4WQF|1|DA, 4V8E|1|BA, 4V90|1|AA, 1VVJ|1|QA, 4V6G|1|AA, 4V6G|1|CA, 5E81|1|13, 4V9B|1|CA, 4V7J|1|Aa, 4V9L|1|AA, 4V51|1|CA, 4V5D|1|CA, 4WQU|1|DA, 4V9A|1|AA, 4V7J|1|Ba, 1VVJ|1|XA, 4WZD|1|13, 4V6A|1|CA, 4V5J|1|AA, 4V5D|1|AA, 1I94|1|A, 5E81|1|1G, 4V51|1|AA, 4V9B|1|AA, 4V9K|1|AA, 4V5J|1|CA, 5DOX|1|1a, 5EL7|1|1G, 4V9K|1|CA, 4WRA|1|1G, 4V9A|1|CA, 4V9N|1|CA, 4WSD|1|13, 4V9N|1|AA, 4V5Q|1|CA, 4JI0|1|A, 4V8X|1|AA, 5EL7|1|13, 5DOX|1|2a, 5EL6|1|1G, 4WSD|1|1G, 4WSM|1|1G, 5EL6|1|13, 4V8Q|1|BA, 4V8X|1|CA, 4WR6|1|1G, 4WRA|1|13, 5EL4|1|13, 4V8G|1|CA, 4WQR|1|1G, 4V7W|1|AA, 4WR6|1|13, 5E7K|1|13, 4WU1|1|13, 4V7W|1|CA, 4WRO|1|1G, 4WQR|1|13, 4WRO|1|13, 4V7X|1|AA, 4V5E|1|AA, 4WSM|1|13, 5EL4|1|1G, 4V5E|1|CA, 4V7X|1|CA, 4V8F|1|BA, 4V8H|1|AA, 4V7Y|1|CA, 4V84|1|CA, 4V7Y|1|AA, 4V84|1|AA, 4V8H|1|CA, 5E7K|1|1G, 4V6A|1|AA, 4V8N|1|AA, 4WT1|1|13, 4V8N|1|CA, 5EL5|1|13, 4V5K|1|AA, 4WZO|1|13, 4V7Z|1|AA, 4WT1|1|1G, 4V7Z|1|CA, 4V8G|1|AA, 4WZO|1|1G, 4V7L|1|CA, 4V7L|1|AA, 4V5A|1|AA, 4V5K|1|CA, 4V5A|1|CA, 5EL5|1|1G, 4YHH|1|A, 1FKA|1|A |
| 21 | NR_3.5_02817.1 Exact match Homo sapiens | 3J7Y|1|A (3J7Y)
| 3.4 Å | 1473 | (2) 3J7Y|1|A, 3J9M|1|A |
| 22 | NR_3.5_15716.1 Exact match Dictyostelium discoideum | 5AN9|1|N (5AN9)
| 3.3 Å | 1162 | (1) 5AN9|1|N |
| 23 | NR_3.5_31938.1 Exact match Homo sapiens | 3J9M|1|AA (3J9M)
| 3.5 Å | 923 | (1) 3J9M|1|AA |
| 24 | NR_3.5_35054.2 Exact match | 4FAU|1|A (4FAU)
| 2.9 Å | 356 | (22) 4FAU|1|A, 4FAW|1|A, 4Y1O|1|A, 4Y1N|1|A, 3G78|1|A, 3IGI|1|A, 4Y1N|1|B, 4E8Q|1|A, 4E8N|1|A, 4E8K|1|A, 4FAR|1|A, 4Y1O|1|B, 4E8T|1|A, 4FB0|1|A, 4E8P|1|A, 4FAQ|1|A, 3BWP|1|A, 4E8R|1|A, 4E8M|1|A, 3EOH|1|A, 4FAX|1|A, 3EOG|1|A |
| 25 | NR_3.5_03631.1 Exact match | 2A64|1|A (2A64)
| 3.3 Å | 298 | (1) 2A64|1|A |
| 26 | NR_3.5_30944.1 Exact match | 1U6B|1|B (1U6B)
| 3.1 Å | 195 | (5) 1U6B|1|B, 3BO2|1|B, 3BO3|1|B, 3BO4|1|B, 1ZZN|1|B |
| 27 | NR_3.5_57460.1 Exact match Didymium iridis | 4P95|1|A (4P95)
| 2.5 Å | 191 | (2) 4P95|1|A, 4P9R|1|A |
| 28 | NR_3.5_33922.1 Exact match Neurospora | 4R4V|1|A (4R4V)
| 3.1 Å | 185 | (2) 4R4V|1|A, 4R4P|1|A |
| 29 | NR_3.5_29848.1 Exact match | 3DIL|1|A (3DIL)
| 1.9 Å | 173 | (12) 3DIL|1|A, 3DIX|1|A, 3DIR|1|A, 3DIY|1|A, 3DIQ|1|A, 3DIO|1|X, 3DIG|1|X, 3DJ2|1|A, 3DIZ|1|A, 3DIS|1|A, 3DIM|1|A, 3DJ0|1|A |
| 30 | NR_3.5_22479.1 Exact match | 3D0U|1|A (3D0U)
| 2.8 Å | 161 | (4) 3D0U|1|A, 3D0X|1|A, 4ERL|1|A, 4ERJ|1|A |
| 31 | NR_3.5_36514.1 Exact match | 4GXY|1|A (4GXY)
| 3.1 Å | 161 | (1) 4GXY|1|A |
| 32 | NR_3.5_39627.1 Exact match synthetic construct | 2R8S|1|R (2R8S)
| 2.0 Å | 158 | (7) 2R8S|1|R, 1HR2|1|B, 1HR2|1|A, 1L8V|1|B, 1L8V|1|A, 1GID|1|B, 1GID|1|A |
| 33 | NR_3.5_72627.1 Exact match | 1U9S|1|A (1U9S)
| 2.9 Å | 155 | (1) 1U9S|1|A |
| 34 | NR_3.5_47162.1 Exact match | 3PDR|1|X (3PDR)
| 1.9 Å | 153 | (3) 3PDR|1|X, 3PDR|1|A, 2QBZ|1|X |
| 35 | NR_3.5_08692.1 Exact match | 2NZ4|1|Q (2NZ4)
| 2.5 Å | 140 | (24) 2NZ4|1|Q, 3G9C|1|S, 3G96|1|Q, 2NZ4|1|R, 3L3C|1|R, 3L3C|1|Q, 3G96|1|R, 3G8T|1|P, 3G8S|1|R, 2NZ4|1|P, 3G8T|1|R, 3G9C|1|Q, 3G96|1|S, 3G96|1|P, 3G8T|1|Q, 3L3C|1|P, 3G8S|1|Q, 2NZ4|1|S, 3G9C|1|P, 3G8T|1|S, 3L3C|1|S, 3G8S|1|P, 3G9C|1|R, 3G8S|1|S |
| 36 | NR_3.5_66484.1 Exact match | 3HHN|1|E (3HHN)
| 3.0 Å | 136 | (8) 3HHN|1|E, 3IVK|1|C, 3IVK|1|M, 3HHN|1|C, 3R1L|1|F, 3R1H|1|F, 3R1H|1|C, 3R1L|1|C |
| 37 | NR_3.5_47156.1 Exact match | 2IL9|1|A (2IL9)
| 3.1 Å | 135 | (2) 2IL9|1|A, 2IL9|1|M |
| 38 | NR_3.5_47433.1 Exact match Caldanaerobacter subterraneus | 3V7E|1|C (3V7E)
| 2.8 Å | 126 | (2) 3V7E|1|C, 3V7E|1|D |
| 39 | NR_3.5_49785.1 Exact match | 1MFQ|1|A (1MFQ)
| 3.1 Å | 125 | (3) 1MFQ|1|A, 4P3E|1|A, 1L9A|1|B |
| 40 | NR_3.5_25303.1 Exact match Haloarcula marismortui | 1S72|1|9 (1S72)
| 2.4 Å | 122 | (67) 1S72|1|9, 3CCE|1|9, 3CCQ|1|9, 1VQ5|1|9, 1VQ4|1|9, 1M90|1|B, 1KQS|1|9, 1VQO|1|9, 1VQP|1|9, 3CPW|1|9, 3CXC|1|9, 1VQ6|1|9, 1YIJ|1|9, 1VQM|1|9, 3CCV|1|9, 1YHQ|1|9, 1Q86|1|B, 1NJI|1|B, 1YI2|1|9, 1VQK|1|9, 1VQL|1|9, 1JJ2|1|9, 3CCU|1|9, 1VQ7|1|9, 1FFK|1|9, 2QEX|1|9, 3CC4|1|9, 3CCL|1|9, 2OTJ|1|9, 3CC7|1|9, 1YIT|1|9, 1VQ8|1|9, 3CCM|1|9, 1YJW|1|9, 1VQN|1|9, 4V9F|1|9, 1QVG|1|9, 3CC2|1|9, 1VQ9|1|9, 3G6E|1|9, 1KC8|1|B, 1Q82|1|B, 1K9M|1|B, 1K73|1|B, 1K8A|1|B, 3CMA|1|9, 1QVF|1|9, 2OTL|1|9, 3OW2|1|9, 2QA4|1|9, 1N8R|1|B, 1Q7Y|1|B, 1KD1|1|B, 1W2B|1|9, 3CME|1|9, 3CCJ|1|9, 1YJN|1|9, 3CD6|1|9, 1M1K|1|B, 3CCR|1|9, 3G71|1|9, 3G4S|1|9, 1Q81|1|B, 1YJ9|1|9, 3CCS|1|9, 3I55|1|9, 3I56|1|9 |
| 41 | NR_3.5_35133.1 Exact match | 2GCS|1|B (2GCS)
| 2.1 Å | 122 | (15) 2GCS|1|B, 2HO7|1|B, 2H0X|1|B, 2Z75|1|B, 2HO6|1|B, 3B4B|1|B, 2GCV|1|B, 2H0W|1|B, 2H0S|1|B, 2Z74|1|B, 3B4A|1|B, 4MEG|1|B, 2H0Z|1|B, 3B4C|1|B, 4MEH|1|B |
| 42 | NR_3.5_18586.5 Exact match Saccharomyces cerevisiae | 4U4U|1|7 (4U4U)
| 3.0 Å | 121 | (39) 4U4U|1|7, 4U4N|1|7, 4U4R|1|7, 5FCJ|1|7, 4U4Q|1|7, 4U3M|1|7, 4U55|1|7, 4U6F|1|3, 4U51|1|7, 4U3U|1|3, 4U4R|1|3, 4U52|1|3, 4U3N|1|3, 4U3U|1|7, 4U50|1|7, 4U52|1|7, 4U4Z|1|7, 5APO|1|7, 4U3N|1|7, 4V88|1|A3, 4V88|1|A7, 4U4N|1|3, 5FCJ|1|3, 4U4Q|1|3, 5FCI|1|3, 4U53|1|3, 4U3M|1|3, 4U4Z|1|3, 4U55|1|3, 4U4U|1|3, 4U51|1|3, 4U4Y|1|7, 4U6F|1|7, 4U56|1|3, 4U4Y|1|3, 4U53|1|7, 4U50|1|3, 4U56|1|7, 5FCI|1|7 |
| 43 | NR_3.5_20339.1 Exact match Bacillus subtilis | 1NBS|1|B (1NBS)
| 3.2 Å | 120 | (2) 1NBS|1|B, 1NBS|1|A |
| 44 | NR_3.5_42622.17 Updated, 1 parent Thermus thermophilus | 4V8C|1|AB (4V8C)
| 3.3 Å | 120 | (213) 4V8C|1|AB, 5J4D|1|C, 5J4D|1|HB, 4WU1|1|16, 4V8E|1|CB, 4Z3S|1|1B, 4Y4P|1|1B, 4WQF|1|AB, 4WQY|1|AB, 4V9R|1|BB, 4W2G|1|BB, 4V9S|1|BB, 1VY4|1|BB, 4TUE|1|RB, 4LT8|1|YB, 4TUE|1|YB, 4WZD|1|16, 5E81|1|16, 4WQ1|1|16, 4WRO|1|16, 4WQ1|1|1J, 4V87|1|AB, 4V6F|1|DB, 5HAU|1|1B, 5DOY|1|1B, 5FDV|1|1B, 5J4C|1|1B, 4ZER|1|1B, 4WPO|1|AB, 1VY7|1|BB, 1VY6|1|BB, 4V8H|1|BB, 4W2H|1|DB, 4L47|1|YB, 5FDU|1|1B, 4V5P|1|BB, 4V5P|1|DB, 4WSD|1|16, 5EL4|1|16, 5E81|1|1J, 4V8E|1|AB, 4V8D|1|BB, 4V8C|1|BB, 4V8B|1|BB, 4V8D|1|DB, 4Y4O|1|1B, 5HCQ|1|1B, 4ZER|1|2B, 5FDV|1|2B, 4Z3S|1|2B, 4WQU|1|AB, 4W2E|1|B, 4W2I|1|BB, 4W2F|1|BB, 4V95|1|BB, 1VY5|1|BB, 4WQY|1|CB, 4WPO|1|CB, 4V9R|1|DB, 4L47|1|RB, 4LT8|1|RB, 4LNT|1|RB, 4LNT|1|YB, 4V9I|1|BB, 4V5C|1|BB, 4WT8|1|Cs, 4V5C|1|DB, 5EL6|1|16, 4WSM|1|16, 5E7K|1|16, 4WRA|1|16, 4V8F|1|AB, 4V87|1|DB, 4Z8C|1|1B, 5HCP|1|1B, 5HD1|1|1B, 5DOX|1|1B, 5F8K|1|2B, 5HAU|1|2B, 4Y4O|1|2B, 5FDU|1|2B, 5HCQ|1|2B, 4W2H|1|BB, 4WQU|1|CB, 4WQF|1|CB, 4V6G|1|DB, 4V8H|1|DB, 4V9S|1|DB, 4V9Q|1|AB, 4V5E|1|BB, 4V9Q|1|CB, 4V5E|1|DB, 4V9I|1|DB, 4WT8|1|Ds, 4WT1|1|16, 4WQR|1|16, 5EL7|1|16, 5EL5|1|16, 4WR6|1|16, 5EL6|1|1J, 4WSM|1|1J, 4V9A|1|BB, 4V8F|1|DB, 4V8B|1|DB, 4W4G|1|YB, 5HCR|1|1B, 5J4B|1|1B, 5F8K|1|1B, 4V8I|1|BB, 1VY5|1|DB, 4W2G|1|DB, 4W2I|1|DB, 4LSK|1|YB, 4V67|1|BB, 4V6A|1|BB, 4V83|1|BB, 4V9K|1|BB, 4V83|1|DB, 4V9L|1|DB, 4V5D|1|DB, 4V6A|1|DB, 4V67|1|DB, 4WZO|1|16, 5EL7|1|1J, 4WRA|1|1J, 5HCR|1|2B, 5DOX|1|2B, 4V8G|1|BB, 4V8I|1|DB, 1VVJ|1|RB, 4LSK|1|RB, 4V5D|1|BB, 4V5R|1|BB, 4V9N|1|BB, 4V7X|1|BB, 4V5J|1|BB, 4V63|1|DB, 4V5J|1|DB, 4V5R|1|DB, 4V9N|1|DB, 4WZD|1|1J, 5E7K|1|1J, 4YZV|1|YB, 4Z8C|1|2B, 4V8A|1|AB, 4V8A|1|BB, 4V8G|1|DB, 4V95|1|DB, 4W2F|1|DB, 4V7L|1|BB, 4V5Q|1|BB, 4V7M|1|BB, 4V9L|1|BB, 4V9H|1|BB, 4V63|1|BB, 4V7Y|1|BB, 4V7Y|1|DB, 4V7X|1|DB, 4V9K|1|DB, 4V84|1|DB, 4WR6|1|1J, 4V9B|1|BB, 4V9A|1|DB, 4V9B|1|DB, 4W4G|1|RB, 4YZV|1|RB, 5HD1|1|2B, 5DOY|1|2B, 1VY4|1|DB, 1VVJ|1|YB, 4V7J|1|AB, 4V51|1|BB, 4V90|1|BB, 4V84|1|BB, 4V7W|1|BB, 4V7J|1|BB, 4V51|1|DB, 4V5Q|1|DB, 4V7W|1|DB, 4WSD|1|1J, 4WQR|1|1J, 4WU1|1|1J, 4V6F|1|AB, 4YPB|1|YB, 5J4C|1|2B, 5HCP|1|2B, 5J4B|1|2B, 4V7L|1|DB, 4V8N|1|BB, 4V8N|1|DB, 4YPB|1|RB, 1VY6|1|DB, 1VY7|1|DB, 4V8Q|1|AB, 4V5S|1|BB, 4V5S|1|DB, 4WZO|1|1J, 5EL4|1|1J, 5EL5|1|1J, 4Y4P|1|2B, 4V5K|1|BB, 4V8X|1|BB, 4V5K|1|DB, 4V5A|1|DB, 4V8X|1|DB, 4V6G|1|BB, 4WT1|1|1J, 4V5A|1|BB, 4WRO|1|1J, 4V5L|1|BB, 4V7Z|1|BB, 4V7Z|1|DB, 4V7M|1|DB |
| 45 | NR_3.5_62824.1 Exact match Sus scrofa | 3J7O|1|7 (3J7O)
| 3.4 Å | 120 | (3) 3J7O|1|7, 3J7Q|1|7, 3J7P|1|7 |
| 46 | NR_3.5_66230.1 Exact match | 4QK8|1|A (4QK8)
| 3.1 Å | 120 | (2) 4QK8|1|A, 4QKA|1|A |
| 47 | NR_3.5_66238.5 Exact match Oryctolagus cuniculus | 3JAH|1|7 (3JAH)
| 3.5 Å | 120 | (1) 3JAH|1|7 |
| 48 | NR_3.5_48402.2 Exact match Homo sapiens | 5AJ0|1|A4 (5AJ0)
| 3.5 Å | 119 | (1) 5AJ0|1|A4 |
| 49 | NR_3.5_82949.1 Exact match Bacillus subtilis | 4KQY|1|A (4KQY)
| 3.0 Å | 119 | (1) 4KQY|1|A |
| 50 | NR_3.5_17405.4 Exact match Deinococcus radiodurans | 5DM6|1|Y (5DM6)
| 2.9 Å | 118 | (16) 5DM6|1|Y, 4IOA|1|Y, 4IO9|1|Y, 2ZJR|1|Y, 2ZJQ|1|Y, 3CF5|1|Z, 3DLL|1|Z, 5DM7|1|Y, 1Y69|1|9, 1XBP|1|9, 3PIP|1|Y, 1SM1|1|9, 1NWX|1|9, 1NKW|1|9, 1NWY|1|9, 3PIO|1|Y |
| 51 | NR_3.5_17605.1 Exact match Plasmodium falciparum | 3J79|1|B (3J79)
| 3.2 Å | 118 | (1) 3J79|1|B |
| 52 | NR_3.5_10157.14 Exact match Escherichia coli | 4U26|1|BB (4U26)
| 2.8 Å | 117 | (64) 4U26|1|BB, 5AFI|1|B, 4U20|1|DB, 4WWW|1|RB, 4U27|1|BB, 4U24|1|BB, 4WF1|1|BB, 4YBB|1|DB, 4V7V|1|BB, 4V7T|1|BB, 4U1U|1|DB, 4U25|1|BB, 4U1V|1|BB, 4U1U|1|BB, 4V9C|1|DB, 4V6C|1|DB, 5IQR|1|3, 4V6C|1|BB, 4V7S|1|BB, 4U20|1|BB, 4V9D|1|CB, 4V54|1|BA, 4V50|1|BA, 4V50|1|DA, 4V54|1|DA, 4V7S|1|DB, 4V7U|1|BB, 4V9P|1|CB, 4YBB|1|CB, 4U27|1|DB, 4WF1|1|DB, 4U25|1|DB, 4V9D|1|DB, 4WOI|1|BB, 4V64|1|BA, 4V64|1|DA, 4V7T|1|DB, 5GAE|1|B, 4V9O|1|AB, 4WOI|1|CB, 4U24|1|DB, 4U1V|1|DB, 4V57|1|BA, 4V4Q|1|BA, 4V4H|1|BA, 4V52|1|BA, 4V4Q|1|DA, 4V4H|1|DA, 4V52|1|DA, 4V57|1|DA, 4V85|1|BB, 4V9O|1|CB, 4U26|1|DB, 4V7V|1|DB, 4WWW|1|YB, 4V9P|1|AB, 4V9P|1|EB, 4V9O|1|EB, 3JCE|1|B, 4V9O|1|GB, 4V9P|1|GB, 4V7U|1|DB, 3JBV|1|a, 4V9C|1|BB |
| 53 | NR_3.5_91474.1 Exact match | 4QK9|1|A (4QK9)
| 3.1 Å | 116 | (1) 4QK9|1|A |
| 54 | NR_3.5_94618.1 Exact match Streptococcus pyogenes | 5F9R|1|A (5F9R)
| 3.4 Å | 115 | (1) 5F9R|1|A |
| 55 | NR_3.5_83891.1 Exact match Staphylococcus aureus | 4WFA|1|Y (4WFA)
| 3.4 Å | 114 | (3) 4WFA|1|Y, 4WFB|1|Y, 4WF9|1|Y |
| 56 | NR_3.5_53105.1 Exact match Pyrococcus horikoshii | 4UYK|1|R (4UYK)
| 3.2 Å | 109 | (3) 4UYK|1|R, 4UYJ|1|S, 4UYJ|1|R |
| 57 | NR_3.5_53735.1 Exact match Caldanaerobacter subterraneus | 4QLM|1|A (4QLM)
| 2.7 Å | 108 | (2) 4QLM|1|A, 4QLN|1|A |
| 58 | NR_3.5_47203.1 Exact match | 3F2X|1|X (3F2X)
| 3.1 Å | 107 | (6) 3F2X|1|X, 3F30|1|X, 3F2Y|1|X, 3F2W|1|X, 3F2Q|1|X, 3F2T|1|X |
| 59 | NR_3.5_27096.1 Exact match Bacillus subtilis | 4WFL|1|A (4WFL)
| 2.5 Å | 105 | (3) 4WFL|1|A, 4WFM|1|A, 4WFM|1|B |
| 60 | NR_3.5_26576.1 Exact match Oceanobacillus iheyensis | 4LCK|1|F (4LCK)
| 3.2 Å | 102 | (2) 4LCK|1|F, 4LCK|1|C |
| 61 | NR_3.5_95082.1 Exact match marine metagenome | 4FRN|1|B (4FRN)
| 3.4 Å | 102 | (2) 4FRN|1|B, 4FRN|1|A |
| 62 | NR_3.5_00626.1 Exact match Bacillus subtilis | 4W90|1|C (4W90)
| 3.1 Å | 101 | (2) 4W90|1|C, 4W92|1|C |
| 63 | NR_3.5_00143.1 Exact match Lactococcus lactis | 4Y1J|1|A (4Y1J)
| 2.2 Å | 100 | (4) 4Y1J|1|A, 4Y1J|1|B, 4Y1I|1|A, 4Y1I|1|B |
| 64 | NR_3.5_20814.1 Exact match [Eubacterium] siraeum | 3SUX|1|X (3SUX)
| 2.9 Å | 100 | (3) 3SUX|1|X, 3SUH|1|X, 3SUY|1|X |
| 65 | NR_3.5_32399.1 Exact match | 2GTT|1|W (2GTT)
| 3.5 Å | 99 | (1) 2GTT|1|W |
| 66 | NR_3.5_80684.1 Exact match | 2GTT|1|X (2GTT)
| 3.5 Å | 99 | (1) 2GTT|1|X |
| 67 | NR_3.5_37714.1 Exact match Faecalibacterium prausnitzii | 4RZD|1|A (4RZD)
| 2.8 Å | 98 | (1) 4RZD|1|A |
| 68 | NR_3.5_44691.1 Exact match Aquifex aeolicus | 3W3S|1|B (3W3S)
| 3.1 Å | 98 | (1) 3W3S|1|B |
| 69 | NR_3.5_08831.2 Exact match Methanocaldococcus jannaschii | 3NDB|1|M (3NDB)
| 3.0 Å | 97 | (7) 3NDB|1|M, 4XCO|1|M, 4XCO|1|E, 1Z43|1|A, 2V3C|1|N, 2V3C|1|M, 1LNG|1|B |
| 70 | NR_3.5_41420.1 Exact match | 4OO8|1|E (4OO8)
| 2.5 Å | 97 | (2) 4OO8|1|E, 4OO8|1|B |
| 71 | NR_3.5_12869.1 Exact match | 4OQU|1|A (4OQU)
| 3.2 Å | 96 | (2) 4OQU|1|A, 4L81|1|A |
| 72 | NR_3.5_32874.1 Exact match Saccharolobus solfataricus | 3KTW|1|C (3KTW)
| 3.2 Å | 96 | (2) 3KTW|1|C, 3KTW|1|D |
| 73 | NR_3.5_04638.1 Exact match Caldanaerobacter subterraneus | 4AOB|1|A (4AOB)
| 3.0 Å | 94 | (1) 4AOB|1|A |
| 74 | NR_3.5_82809.1 Exact match | 3GX5|1|A (3GX5)
| 2.4 Å | 94 | (10) 3GX5|1|A, 2GIS|1|A, 3GX6|1|A, 3IQR|1|A, 3IQP|1|A, 3GX2|1|A, 3IQN|1|A, 2YDH|1|A, 3GX7|1|A, 3GX3|1|A |
| 75 | NR_3.5_94930.1 Exact match Caldanaerobacter subterraneus | 4B5R|1|A (4B5R)
| 3.0 Å | 94 | (1) 4B5R|1|A |
| 76 | NR_3.5_90160.1 Exact match synthetic construct | 5B2Q|1|B (5B2Q)
| 1.7 Å | 93 | (2) 5B2Q|1|B, 5B2O|1|B |
| 77 | NR_3.5_63789.1 Exact match Methanopyrus kandleri | 3ADD|1|C (3ADD)
| 2.4 Å | 92 | (6) 3ADD|1|C, 3ADD|1|D, 3ADB|1|D, 3ADB|1|C, 3ADC|1|C, 3ADC|1|D |
| 78 | NR_3.5_88154.1 Exact match synthetic construct | 4RUM|1|A (4RUM)
| 2.6 Å | 92 | (1) 4RUM|1|A |
| 79 | NR_3.5_49553.1 Exact match | 3CUL|1|C (3CUL)
| 2.8 Å | 91 | (4) 3CUL|1|C, 3CUN|1|C, 3CUL|1|D, 3CUN|1|D |
| 80 | NR_3.5_75326.1 Exact match | 1M5K|1|B (1M5K)
| 2.4 Å | 91 | (8) 1M5K|1|B, 1M5K|1|E, 1M5O|1|B, 1M5P|1|B, 1M5O|1|E, 1M5V|1|B, 1M5P|1|E, 1M5V|1|E |
| 81 | NR_3.5_12260.2 Exact match Vibrio cholerae | 3UCZ|1|R (3UCZ)
| 2.8 Å | 90 | (13) 3UCZ|1|R, 3UD3|1|R, 3UCU|1|R, 3MXH|1|R, 3MUR|1|R, 3MUV|1|R, 4YB1|1|R, 3UD4|1|R, 3MUM|1|R, 3IRW|1|R, 3IWN|1|A, 3MUT|1|R, 3IWN|1|B |
| 82 | NR_3.5_78797.1 Exact match | 4LVZ|1|A (4LVZ)
| 1.8 Å | 89 | (7) 4LVZ|1|A, 3SD3|1|A, 4LVX|1|A, 4LVW|1|A, 4LVY|1|A, 4LVV|1|A, 4LW0|1|A |
| 83 | NR_3.5_46102.1 Exact match | 1WZ2|1|D (1WZ2)
| 3.2 Å | 88 | (2) 1WZ2|1|D, 1WZ2|1|C |
| 84 | NR_3.5_19099.1 Exact match | 3K0J|1|E (3K0J)
| 3.1 Å | 87 | (2) 3K0J|1|E, 3K0J|1|F |
| 85 | NR_3.5_62979.1 Exact match synthetic construct | 4V8C|1|CB (4V8C)
| 3.3 Å | 87 | (12) 4V8C|1|CB, 4V8B|1|AB, 4V8C|1|DB, 4WSM|1|2K, 4WSM|1|2L, 4V8B|1|CB, 4V87|1|BB, 4WSM|1|3L, 4WSM|1|1L, 4WSM|1|1K, 4V87|1|CB, 4WSM|1|3K |
| 86 | NR_3.5_32185.1 Exact match Vibrio cholerae | 3OXE|1|A (3OXE)
| 2.9 Å | 86 | (18) 3OXE|1|A, 3OXB|1|A, 3OXB|1|B, 3OXE|1|B, 3OXD|1|A, 3OXD|1|B, 3OXM|1|A, 3OXM|1|B, 3OWI|1|A, 3OWZ|1|A, 3OWI|1|B, 3OWW|1|A, 3OWW|1|B, 3OX0|1|A, 3OXJ|1|A, 3OX0|1|B, 3OXJ|1|B, 3OWZ|1|B |
| 87 | NR_3.5_57598.2 Exact match Mus musculus | 3RG5|1|B (3RG5)
| 2.0 Å | 86 | (2) 3RG5|1|B, 3RG5|1|A |
| 88 | NR_3.5_59099.1 Exact match synthetic construct | 5AOX|1|C (5AOX)
| 2.0 Å | 86 | (2) 5AOX|1|C, 5AOX|1|F |
| 89 | NR_3.5_90840.2 Exact match Homo sapiens | 4ZDO|1|E (4ZDO)
| 2.7 Å | 86 | (5) 4ZDO|1|E, 3A3A|1|A, 4ZDP|1|E, 4RQF|1|C, 3HL2|1|E |
| 90 | NR_3.5_19112.1 Exact match | 4MGN|1|A (4MGN)
| 3.2 Å | 85 | (2) 4MGN|1|A, 4MGN|1|C |
| 91 | NR_3.5_01779.1 Exact match marine metagenome | 4FRG|1|B (4FRG)
| 3.0 Å | 84 | (2) 4FRG|1|B, 4FRG|1|X |
| 92 | NR_3.5_89292.1 Exact match | 4V8E|1|BB (4V8E)
| 3.3 Å | 84 | (32) 4V8E|1|BB, 4V8D|1|AD, 4V8E|1|BD, 4V8E|1|DD, 4WQ1|1|3L, 4V8D|1|AB, 4V8E|1|DB, 4V8D|1|CD, 4WU1|1|3K, 4WQ1|1|3K, 4WR6|1|3K, 4WZD|1|3K, 4WZD|1|3L, 4V8F|1|BD, 4V8F|1|CD, 4WZD|1|2K, 4WU1|1|2K, 4WRA|1|3K, 4WU1|1|2L, 4V8F|1|BB, 4V8F|1|CB, 4V8D|1|CB, 4WQ1|1|1K, 4WRA|1|1K, 4WU1|1|3L, 4WZD|1|2L, 4WQ1|1|1L, 4WR6|1|1K, 4WRA|1|3L, 4WR6|1|1L, 4WR6|1|3L, 4WRA|1|1L |
| 93 | NR_3.5_98075.1 Exact match | 2ZZM|1|B (2ZZM)
| 2.7 Å | 84 | (1) 2ZZM|1|B |
| 94 | NR_3.5_02656.1 Exact match Turnip yellow mosaic virus | 4P5J|1|A (4P5J)
| 2.0 Å | 83 | (1) 4P5J|1|A |
| 95 | NR_3.5_06951.1 Exact match | 4KZD|1|R (4KZD)
| 2.2 Å | 83 | (4) 4KZD|1|R, 4KZE|1|R, 4Q9R|1|R, 4Q9Q|1|R |
| 96 | NR_3.5_31480.1 Exact match Geobacter | 4YAZ|1|R (4YAZ)
| 2.0 Å | 83 | (4) 4YAZ|1|R, 4YAZ|1|A, 4YB0|1|R, 4YB0|1|A |
| 97 | NR_3.5_13919.1 Exact match | 3AM1|1|B (3AM1)
| 2.4 Å | 81 | (1) 3AM1|1|B |
| 98 | NR_3.5_92081.3 Exact match synthetic construct | 5FQ5|1|A (5FQ5)
| 2.1 Å | 81 | (5) 5FQ5|1|A, 4UN5|1|A, 5FW1|1|A, 4UN3|1|A, 4UN4|1|A |
| 99 | NR_3.5_94566.1 Exact match Streptococcus pyogenes | 5B2S|1|A (5B2S)
| 2.2 Å | 81 | (3) 5B2S|1|A, 5B2T|1|A, 5B2R|1|A |
| 100 | NR_3.5_09775.1 Exact match Agrobacterium tumefaciens | 5AH5|1|D (5AH5)
| 2.1 Å | 80 | (2) 5AH5|1|D, 5AH5|1|C |
| 101 | NR_3.5_13221.1 Exact match Thermus thermophilus | 1H3E|1|B (1H3E)
| 2.9 Å | 80 | (1) 1H3E|1|B |
| 102 | NR_3.5_73731.1 Exact match Thermus thermophilus | 3U4M|1|B (3U4M)
| 2.0 Å | 80 | (5) 3U4M|1|B, 4QVI|1|B, 3UMY|1|B, 4QG3|1|B, 3U56|1|B |
| 103 | NR_3.5_23989.1 Exact match Thermus thermophilus | 2BTE|1|B (2BTE)
| 2.9 Å | 78 | (6) 2BTE|1|B, 2BTE|1|E, 2BYT|1|B, 2BYT|1|E, 2V0G|1|B, 2V0G|1|F |
| 104 | NR_3.5_26354.1 Exact match Escherichia coli | 4XJN|1|N (4XJN)
| 3.1 Å | 78 | (1) 4XJN|1|N |
| 105 | NR_3.5_42241.1 Exact match | 2GDI|1|X (2GDI)
| 2.1 Å | 78 | (14) 2GDI|1|X, 2GDI|1|Y, 4NYA|1|A, 2HOJ|1|A, 2HOM|1|A, 2HOL|1|A, 4NYC|1|A, 4NYD|1|A, 4NYA|1|B, 4NYB|1|A, 2HOO|1|A, 2HOK|1|A, 4NYG|1|A, 2HOP|1|A |
| 106 | NR_3.5_56041.1 Exact match Archaeoglobus fulgidus | 3AMU|1|B (3AMU)
| 3.1 Å | 78 | (2) 3AMU|1|B, 3AMT|1|B |
| 107 | NR_3.5_72172.1 Exact match Homo sapiens | 5CCB|1|N (5CCB)
| 2.0 Å | 78 | (2) 5CCB|1|N, 5CCX|1|N |
| 108 | NR_3.5_02142.1 Exact match Haloarcula marismortui | 4V8N|1|CV (4V8N)
| 3.1 Å | 77 | (6) 4V8N|1|CV, 4V8N|1|AY, 4V8N|1|AV, 4V8N|1|CY, 4V8N|1|AW, 4V8N|1|CW |
| 109 | NR_3.5_20721.4 Exact match Thermus thermophilus | 4V9B|1|AC (4V9B)
| 3.1 Å | 77 | (25) 4V9B|1|AC, 4V95|1|AV, 4V8X|1|CV, 4V9A|1|AC, 4V9N|1|AW, 4V9N|1|CW, 4V8X|1|AV, 4V7J|1|Av, 4V7J|1|Bv, 4V9B|1|CC, 4V95|1|CV, 5E81|1|2K, 5E81|1|2L, 4WT8|1|C4, 4V9A|1|CC, 4L47|1|QV, 4L47|1|XV, 4V9B|1|AD, 4V8X|1|CW, 4V5A|1|AW, 4V8X|1|AW, 4V7J|1|Bw, 4V7J|1|Aw, 4V5A|1|CW, 4V9B|1|CD |
| 110 | NR_3.5_27756.1 Exact match Arabidopsis thaliana | 3D2V|1|A (3D2V)
| 2.0 Å | 77 | (8) 3D2V|1|A, 3D2X|1|A, 3D2V|1|B, 3D2G|1|A, 3D2X|1|B, 2CKY|1|A, 3D2G|1|B, 2CKY|1|B |
| 111 | NR_3.5_29909.1 Exact match Alcaligenes sp. | 4V9Q|1|DV (4V9Q)
| 3.4 Å | 77 | (4) 4V9Q|1|DV, 4V9Q|1|BV, 4V9Q|1|DW, 4V9Q|1|BW |
| 112 | NR_3.5_35542.20 Updated, 1 parent Escherichia coli | 4V9R|1|AX (4V9R)
| 3.0 Å | 77 | (157) 4V9R|1|AX, 4V9S|1|AX, 4V9S|1|CX, 4V9R|1|CX, 3JCE|1|8, 4V7M|1|AX, 4V63|1|AY, 4V67|1|AY, 4V87|1|BC, 4V8F|1|CC, 4V9I|1|CV, 4V6A|1|CW, 4V63|1|CY, 4V67|1|CY, 4V8C|1|DC, 4YZV|1|QV, 4Z3S|1|1x, 5DOY|1|2x, 4V8B|1|AC, 4V63|1|AZ, 4V67|1|AZ, 4V8E|1|BC, 4V8Q|1|BV, 4V8B|1|CC, 4V6G|1|CC, 4V8C|1|CC, 4V63|1|CZ, 4V67|1|CZ, 4V8E|1|DC, 4LT8|1|QV, 4LNT|1|XV, 4W4G|1|XV, 4LT8|1|XV, 4YZV|1|XV, 5HCP|1|1x, 5HCQ|1|1x, 5HCR|1|1x, 4Y4P|1|1x, 4WRO|1|2K, 4Y4P|1|2x, 4Z8C|1|2x, 3CW5|1|A, 4W2I|1|AX, 4W2G|1|AX, 4W2F|1|AX, 1VY5|1|AX, 4W2H|1|AX, 4W2I|1|CX, 4W2G|1|CX, 4W2F|1|CX, 1VY5|1|CX, 4V5C|1|AV, 5DOY|1|1x, 4Z3S|1|2x, 1VY6|1|AX, 1VY4|1|AX, 1VY7|1|AX, 1VY6|1|CX, 4WPO|1|DX, 4V8D|1|AC, 4V9I|1|AV, 4V6A|1|AW, 4V87|1|CC, 4V7M|1|CX, 4LNT|1|QV, 4YPB|1|QV, 4YPB|1|XV, 5HAU|1|1w, 4Z8C|1|1x, 5J4B|1|1x, 4ZER|1|1x, 5HD1|1|1x, 5EL4|1|2K, 4WQR|1|2K, 4WT1|1|2K, 4WSD|1|2K, 5EL6|1|2K, 5EL7|1|2K, 5HAU|1|2w, 4ZER|1|2x, 5J4C|1|2x, 5HD1|1|2x, 5HCP|1|2x, 5HCR|1|2x, 5J4B|1|2x, 5HCQ|1|2x, 3CW6|1|A, 4WQY|1|BX, 4V8D|1|CC, 4LSK|1|QV, 1VVJ|1|QV, 4W4G|1|QV, 4LSK|1|XV, 1VVJ|1|XV, 4WR6|1|2K, 4WPO|1|BX, 4V6G|1|CB, 5F8K|1|1x, 5J4C|1|1x, 5EL5|1|2K, 4WQ1|1|2K, 5E7K|1|2K, 4WQ1|1|2L, 4WSD|1|2L, 5EL6|1|2L, 5F8K|1|2x, 4W2H|1|CX, 4WQY|1|DX, 4V51|1|AV, 4V51|1|CV, 4WRA|1|2L, 4WZO|1|2L, 5J4D|1|IA, 5J4D|1|NC, 4V6G|1|AC, 4V5K|1|AV, 4V7L|1|AX, 1VY4|1|CX, 1VY7|1|CX, 4WZO|1|1K, 4WZO|1|2K, 5E7K|1|2L, 2FMT|1|C, 2FMT|1|D, 4V5C|1|CV, 4WRA|1|2K, 5AFI|1|v, 4V8F|1|BC, 4V6G|1|CD, 5EL4|1|2L, 4WRO|1|2L, 5IQR|1|5, 5J4D|1|D, 5J4D|1|IB, 4V5K|1|CV, 5EL5|1|2L, 4WQR|1|2L, 4WT1|1|2L, 5EL7|1|2L, 4YPB|1|QW, 4W4G|1|QW, 4W4G|1|XW, 4YPB|1|XW, 4WR6|1|2L, 4V6G|1|AD, 4V7L|1|CX, 4V8Q|1|BW, 4V8C|1|CD, 4V8B|1|AD, 4V87|1|CD, 4V8C|1|DD, 4V87|1|BD, 4V8B|1|CD, 5AFI|1|w, 3QSY|1|D, 4V5K|1|AW, 4V5K|1|CW |
| 113 | NR_3.5_52282.1 Exact match | 1J2B|1|C (1J2B)
| 3.3 Å | 77 | (2) 1J2B|1|C, 1J2B|1|D |
| 114 | NR_3.5_65284.1 Exact match | 2ZUE|1|B (2ZUE)
| 2.0 Å | 77 | (2) 2ZUE|1|B, 2ZUF|1|B |
| 115 | NR_3.5_72820.1 Exact match Vittia pachyloma | 4TUE|1|QV (4TUE)
| 3.5 Å | 77 | (2) 4TUE|1|QV, 4TUE|1|XV |
| 116 | NR_3.5_78233.1 Exact match Escherichia coli | 4V9K|1|AW (4V9K)
| 3.5 Å | 77 | (4) 4V9K|1|AW, 4V9K|1|CW, 4V9L|1|AW, 4V9L|1|CW |
| 117 | NR_3.5_07733.1 Exact match Escherichia coli | 5EL4|1|3L (5EL4)
| 3.2 Å | 76 | (10) 5EL4|1|3L, 5E7K|1|3L, 5EL6|1|3L, 5E7K|1|3K, 5EL6|1|3K, 5EL5|1|3K, 5EL5|1|3L, 5EL7|1|3K, 5EL4|1|3K, 5EL7|1|3L |
| 118 | NR_3.5_27306.1 Exact match Lactobacillus rhamnosus | 4JF2|1|A (4JF2)
| 2.3 Å | 76 | (1) 4JF2|1|A |
| 119 | NR_3.5_42401.1 Exact match Thermus thermophilus | 4RDX|1|C (4RDX)
| 2.6 Å | 76 | (1) 4RDX|1|C |
| 120 | NR_3.5_47349.1 Exact match Mitsuaria sp. 67 | 4WT8|1|D4 (4WT8)
| 3.4 Å | 76 | (1) 4WT8|1|D4 |
| 121 | NR_3.5_50942.1 Exact match Oryctolagus cuniculus | 3JAH|1|2 (3JAH)
| 3.5 Å | 76 | (1) 3JAH|1|2 |
| 122 | NR_3.5_64404.1 Exact match Thermus thermophilus | 3TUP|1|T (3TUP)
| 3.1 Å | 76 | (3) 3TUP|1|T, 2IY5|1|T, 1EIY|1|C |
| 123 | NR_3.5_71445.1 Exact match Yersinia pseudotuberculosis | 5AJ0|1|Bv (5AJ0)
| 3.5 Å | 76 | (2) 5AJ0|1|Bv, 5AJ0|1|Bw |
| 124 | NR_3.5_83641.1 Exact match Escherichia coli | 4Y1M|1|B (4Y1M)
| 3.0 Å | 76 | (2) 4Y1M|1|B, 4Y1M|1|A |
| 125 | NR_3.5_91690.1 Exact match Pseudomonas aeruginosa | 4WJ4|1|B (4WJ4)
| 3.3 Å | 76 | (1) 4WJ4|1|B |
| 126 | NR_3.5_03715.1 Exact match | 1QU2|1|T (1QU2)
| 2.2 Å | 75 | (3) 1QU2|1|T, 1QU3|1|T, 1FFY|1|T |
| 127 | NR_3.5_29085.1 Exact match | 1N78|1|C (1N78)
| 2.1 Å | 75 | (14) 1N78|1|C, 1N78|1|D, 2DXI|1|C, 1N77|1|C, 2DXI|1|D, 2CV2|1|C, 1N77|1|D, 2CV2|1|D, 2CV1|1|D, 2CV1|1|C, 2CV0|1|C, 2CV0|1|D, 1G59|1|B, 1G59|1|D |
| 128 | NR_3.5_38058.1 Exact match Oryctolagus cuniculus | 3JAH|1|3 (3JAH)
| 3.5 Å | 75 | (1) 3JAH|1|3 |
| 129 | NR_3.5_40314.1 Exact match Escherichia coli | 4V9I|1|AY (4V9I)
| 3.3 Å | 75 | (2) 4V9I|1|AY, 4V9I|1|CY |
| 130 | NR_3.5_51862.1 Exact match Oceanobacillus iheyensis | 4LCK|1|B (4LCK)
| 3.2 Å | 75 | (2) 4LCK|1|B, 4LCK|1|E |
| 131 | NR_3.5_57348.1 Exact match | 1GAX|1|D (1GAX)
| 2.9 Å | 75 | (4) 1GAX|1|D, 1GAX|1|C, 1IVS|1|C, 1IVS|1|D |
| 132 | NR_3.5_58761.1 Exact match | 2CSX|1|C (2CSX)
| 2.7 Å | 75 | (4) 2CSX|1|C, 2CT8|1|D, 2CT8|1|C, 2CSX|1|D |
| 133 | NR_3.5_69638.1 Exact match Archaeoglobus fulgidus | 3WQY|1|C (3WQY)
| 3.3 Å | 75 | (2) 3WQY|1|C, 3WQZ|1|C |
| 134 | NR_3.5_79672.1 Exact match Pectobacterium parmentieri | 4V7M|1|AY (4V7M)
| 3.5 Å | 75 | (2) 4V7M|1|AY, 4V7M|1|CY |
| 135 | NR_3.5_97214.1 Exact match Escherichia coli | 3JBV|1|W (3JBV)
| 3.3 Å | 75 | (1) 3JBV|1|W |
| 136 | NR_3.5_04935.1 Exact match | 3AL0|1|E (3AL0)
| 3.4 Å | 74 | (8) 3AL0|1|E, 3AKZ|1|E, 3AKZ|1|F, 3AKZ|1|H, 3AKZ|1|G, 4YVI|1|C, 4YVJ|1|C, 4YVK|1|C |
| 137 | NR_3.5_09431.1 Exact match | 4PR6|1|B (4PR6)
| 2.3 Å | 74 | (1) 4PR6|1|B |
| 138 | NR_3.5_30486.1 Exact match Plasmodium falciparum | 3J7A|1|7 (3J7A)
| 3.2 Å | 74 | (1) 3J7A|1|7 |
| 139 | NR_3.5_37008.1 Exact match Homo sapiens | 4PLX|1|A (4PLX)
| 3.1 Å | 74 | (3) 4PLX|1|A, 4PLX|1|B, 4PLX|1|C |
| 140 | NR_3.5_39569.1 Exact match Saccharomyces cerevisiae | 4YYE|1|C (4YYE)
| 2.3 Å | 74 | (2) 4YYE|1|C, 4YYE|1|D |
| 141 | NR_3.5_65073.1 Exact match Clostridium acetobutylicum | 3Q3Z|1|V (3Q3Z)
| 2.5 Å | 74 | (2) 3Q3Z|1|V, 3Q3Z|1|A |
| 142 | NR_3.5_70420.1 Exact match | 1J1U|1|B (1J1U)
| 2.0 Å | 74 | (1) 1J1U|1|B |
| 143 | NR_3.5_79496.2 Exact match | 5HR7|1|D (5HR7)
| 2.4 Å | 74 | (7) 5HR7|1|D, 5HR7|1|C, 2DER|1|D, 2DER|1|C, 2DET|1|C, 2DEU|1|C, 2DEU|1|D |
| 144 | NR_3.5_45659.1 Exact match synthetic construct | 4ZNP|1|A (4ZNP)
| 2.9 Å | 73 | (2) 4ZNP|1|A, 4ZNP|1|B |
| 145 | NR_3.5_96162.1 Exact match Staphylococcus aureus | 5CZZ|1|B (5CZZ)
| 2.6 Å | 73 | (2) 5CZZ|1|B, 5AXW|1|B |
| 146 | NR_3.5_31819.1 Exact match | 1QRS|1|B (1QRS)
| 2.6 Å | 72 | (22) 1QRS|1|B, 1O0C|1|B, 1QTQ|1|B, 1QRT|1|B, 1GTR|1|B, 1GTS|1|B, 1QRU|1|B, 1O0B|1|B, 1EUY|1|B, 4JXX|1|B, 1EXD|1|B, 2RE8|1|B, 2RD2|1|B, 1ZJW|1|B, 4V7L|1|AW, 1EUQ|1|B, 4V7M|1|AW, 4V7M|1|CW, 4V7L|1|CW, 4V7L|1|CY, 4V7L|1|AY, 1GSG|1|T |
| 147 | NR_3.5_62940.1 Exact match | 2D6F|1|F (2D6F)
| 3.2 Å | 72 | (2) 2D6F|1|F, 2D6F|1|E |
| 148 | NR_3.5_65123.1 Exact match Streptococcus pyogenes | 4ZT0|1|D (4ZT0)
| 2.9 Å | 72 | (4) 4ZT0|1|D, 4ZT0|1|B, 4ZT9|1|D, 4ZT9|1|B |
| 149 | NR_3.5_73165.1 Exact match Hepatitis delta virus | 1VBY|1|B (1VBY)
| 2.9 Å | 72 | (13) 1VBY|1|B, 1VC5|1|B, 4PRF|1|B, 2OIH|1|B, 1VC0|1|B, 1VBZ|1|B, 1VBX|1|B, 1SJ4|1|R, 1SJ3|1|R, 1SJF|1|B, 1DRZ|1|B, 1VC6|1|B, 2OJ3|1|B |
| 150 | NR_3.5_76729.1 Exact match | 2ZNI|1|C (2ZNI)
| 3.1 Å | 72 | (2) 2ZNI|1|C, 2ZNI|1|D |
| 151 | NR_3.5_87744.1 Exact match Bos taurus | 2AZX|1|C (2AZX)
| 2.8 Å | 72 | (4) 2AZX|1|C, 2AZX|1|D, 2AKE|1|B, 2DR2|1|B |
| 152 | NR_3.5_02615.1 Exact match | 4AQ7|1|B (4AQ7)
| 2.5 Å | 71 | (13) 4AQ7|1|B, 3ZGZ|1|E, 4AQ7|1|E, 4ARI|1|B, 4CQN|1|B, 3ZGZ|1|B, 3ZJV|1|B, 3ZJU|1|B, 4AS1|1|B, 4ARC|1|B, 4CQN|1|E, 3ZJT|1|B, 2NQP|1|F |
| 153 | NR_3.5_33389.1 Exact match | 2DU3|1|D (2DU3)
| 2.6 Å | 71 | (4) 2DU3|1|D, 2DU4|1|C, 2DU5|1|D, 2DU6|1|D |
| 154 | NR_3.5_44677.1 Exact match | 2OIU|1|Q (2OIU)
| 2.6 Å | 71 | (2) 2OIU|1|Q, 2OIU|1|P |
| 155 | NR_3.5_59689.2 Exact match Vibrio vulnificus | 4TZX|1|X (4TZX)
| 2.0 Å | 71 | (3) 4TZX|1|X, 4XNR|1|X, 4TZY|1|X |
| 156 | NR_3.5_63265.1 Exact match Bacillus subtilis | 3LA5|1|A (3LA5)
| 1.7 Å | 71 | (1) 3LA5|1|A |
| 157 | NR_3.5_66763.1 Exact match synthetic construct | 4JXZ|1|B (4JXZ)
| 2.4 Å | 71 | (1) 4JXZ|1|B |
| 158 | NR_3.5_69516.1 Exact match Vibrio vulnificus | 1Y26|1|X (1Y26)
| 2.1 Å | 71 | (1) 1Y26|1|X |
| 159 | NR_3.5_73445.1 Exact match Vibrio vulnificus | 4LX6|1|A (4LX6)
| 2.2 Å | 71 | (2) 4LX6|1|A, 4LX5|1|A |
| 160 | NR_3.5_79254.1 Exact match Thermus thermophilus | 3KFU|1|L (3KFU)
| 3.0 Å | 71 | (4) 3KFU|1|L, 3KFU|1|K, 3KFU|1|N, 3KFU|1|M |
| 161 | NR_3.5_90969.1 Exact match | 2ZZN|1|D (2ZZN)
| 3.0 Å | 71 | (2) 2ZZN|1|D, 2ZZN|1|C |
| 162 | NR_3.5_26998.1 Exact match | 1KXK|1|A (1KXK)
| 3.0 Å | 70 | (1) 1KXK|1|A |
| 163 | NR_3.5_32332.1 Exact match Thermus thermophilus | 5E81|1|3L (5E81)
| 3.0 Å | 70 | (2) 5E81|1|3L, 5E81|1|3K |
| 164 | NR_3.5_45040.1 Exact match | 3EPH|1|E (3EPH)
| 3.0 Å | 69 | (6) 3EPH|1|E, 3EPK|1|E, 3EPH|1|F, 3EPK|1|F, 3EPJ|1|E, 3EPJ|1|F |
| 165 | NR_3.5_66984.1 Exact match Bacillus subtilis | 3IVN|1|A (3IVN)
| 2.8 Å | 69 | (2) 3IVN|1|A, 3IVN|1|B |
| 166 | NR_3.5_85174.1 Exact match Escherichia coli | 1QF6|1|B (1QF6)
| 2.9 Å | 69 | (1) 1QF6|1|B |
| 167 | NR_3.5_88566.1 Exact match Escherichia coli | 3MOJ|1|A (3MOJ)
| 2.9 Å | 69 | (1) 3MOJ|1|A |
| 168 | NR_3.5_03710.1 Exact match Escherichia coli | 1C0A|1|B (1C0A)
| 2.4 Å | 68 | (3) 1C0A|1|B, 1EFW|1|D, 1EFW|1|C |
| 169 | NR_3.5_19188.1 Exact match Homo sapiens | 4QEI|1|C (4QEI)
| 2.9 Å | 68 | (1) 4QEI|1|C |
| 170 | NR_3.5_28565.1 Exact match Homo sapiens | 4KR3|1|C (4KR3)
| 3.2 Å | 68 | (2) 4KR3|1|C, 4KR2|1|C |
| 171 | NR_3.5_40252.1 Exact match | 2QUS|1|A (2QUS)
| 2.4 Å | 68 | (2) 2QUS|1|A, 2QUS|1|B |
| 172 | NR_3.5_65615.1 Exact match Escherichia coli | 5HR6|1|C (5HR6)
| 2.9 Å | 68 | (2) 5HR6|1|C, 5HR6|1|D |
| 173 | NR_3.5_70496.1 Exact match Bacillus subtilis | 1Y27|1|X (1Y27)
| 2.4 Å | 68 | (1) 1Y27|1|X |
| 174 | NR_3.5_72021.1 Exact match Murray Valley encephalitis virus | 4PQV|1|A (4PQV)
| 2.5 Å | 68 | (1) 4PQV|1|A |
| 175 | NR_3.5_24819.1 Exact match | 1IL2|1|C (1IL2)
| 2.6 Å | 67 | (9) 1IL2|1|C, 1IL2|1|D, 3TRA|1|A, 1VTQ|1|A, 1ASZ|1|R, 1ASY|1|R, 1ASZ|1|S, 1ASY|1|S, 2TRA|1|A |
| 176 | NR_3.5_51962.2 Exact match Escherichia coli | 4YCP|1|B (4YCP)
| 2.6 Å | 67 | (10) 4YCP|1|B, 4V5S|1|AY, 4V5R|1|CY, 4V5S|1|CY, 4V5R|1|AY, 4V5L|1|AY, 4V5Q|1|AY, 4V5Q|1|CY, 4V5P|1|AY, 4V5P|1|CY |
| 177 | NR_3.5_76114.1 Exact match | 3RKF|1|C (3RKF)
| 2.5 Å | 67 | (4) 3RKF|1|C, 3RKF|1|B, 3RKF|1|A, 3RKF|1|D |
| 178 | NR_3.5_01759.1 Exact match Escherichia coli | 1U0B|1|A (1U0B)
| 2.3 Å | 66 | (2) 1U0B|1|A, 1B23|1|R |
| 179 | NR_3.5_14758.1 Exact match | 3R4F|1|A (3R4F)
| 3.5 Å | 66 | (1) 3R4F|1|A |
| 180 | NR_3.5_19951.13 Exact match Escherichia coli | 4YCO|1|D (4YCO)
| 2.1 Å | 66 | (145) 4YCO|1|D, 2ZXU|1|C, 2ZM5|1|C, 4YCO|1|E, 3FOZ|1|C, 3L0U|1|A, 4YCO|1|F, 4V5E|1|AV, 4V9D|1|BV, 3FOZ|1|D, 3JCE|1|6, 4V5D|1|AV, 4V5D|1|CV, 4V9C|1|AV, 4V5Q|1|AV, 4WOI|1|DW, 4V5S|1|AV, 4V5L|1|AV, 4V5P|1|AV, 4V5P|1|CV, 4Z3S|1|2w, 2ZM5|1|D, 4V6F|1|CC, 4V5J|1|CV, 4W2F|1|AW, 5AFI|1|y, 4V5R|1|AV, 4V5E|1|CV, 4V5Q|1|CV, 4V5R|1|CV, 5DOY|1|1w, 2ZXU|1|D, 4V6F|1|BC, 4Z3S|1|1w, 5J4B|1|1w, 4Y4P|1|1w, 5IQR|1|6, 4V5S|1|CV, 4W2E|1|w, 4V9H|1|AV, 1VY5|1|AW, 4WQU|1|BW, 4WQF|1|BW, 4WQU|1|DW, 4WQF|1|DW, 4V5J|1|AV, 5J4C|1|1w, 5DOY|1|1y, 4Z3S|1|1y, 5J4B|1|1y, 5DOY|1|2w, 4W2I|1|AW, 1VY4|1|AY, 4W2E|1|x, 5J4C|1|2y, 5J4B|1|2y, 4Y4P|1|2y, 5J4C|1|1y, 4W2G|1|AW, 1VY5|1|CW, 4WPO|1|DW, 4Y4P|1|2w, 4V6F|1|CB, 1VY4|1|AW, 4V9D|1|AV, 4W2G|1|AY, 4W2F|1|AY, 4WQU|1|BY, 4WPO|1|BY, 4WQF|1|BY, 1VY4|1|CW, 5J4B|1|2w, 4W2G|1|CW, 4V6F|1|BB, 4V6F|1|BD, 4V6F|1|CD, 4Z3S|1|2y, 5DOY|1|2y, 4W2F|1|CY, 1VY4|1|CY, 4W2G|1|CY, 4V51|1|AW, 4Y4P|1|1y, 4W2I|1|AY, 1VY5|1|AY, 4W2I|1|CW, 4V9I|1|AW, 4V5D|1|AW, 4V5C|1|CW, 4WPO|1|BW, 4W2I|1|CY, 4WQU|1|DY, 4WPO|1|DY, 4WQF|1|DY, 5J4C|1|2w, 4W2F|1|CW, 4V51|1|CW, 4V5D|1|CW, 1VY5|1|CY, 4WT1|1|3L, 4V5C|1|AW, 3JBV|1|V, 4WSD|1|3L, 4V5Q|1|AW, 4V5E|1|CW, 4WSD|1|1L, 4WSD|1|3K, 4WT1|1|1K, 4WT1|1|1L, 4V5P|1|AW, 4V5R|1|AW, 4V5P|1|CW, 4V9I|1|CW, 4WRO|1|1L, 4V5D|1|AY, 4V5J|1|CW, 4V5D|1|CY, 5IQR|1|4, 4V5L|1|AW, 4V9C|1|CV, 4WQR|1|3K, 4WQR|1|3L, 3JCE|1|9, 4V5S|1|AW, 4WOI|1|AX, 4V5R|1|CW, 4WQR|1|1K, 4V5C|1|CY, 4WSD|1|1K, 4WRO|1|1K, 4WRO|1|3K, 4WRO|1|3L, 4V5J|1|AW, 4WZO|1|3K, 4V5Q|1|CW, 4WQR|1|1L, 4WZO|1|3L, 4W2H|1|AY, 4WT1|1|3K, 4V5E|1|AW, 4V5C|1|AY, 4V5S|1|CW, 1VY7|1|AY, 1VY7|1|CY, 4W2H|1|CY |
| 181 | NR_3.5_21705.1 Exact match | 3SKI|1|A (3SKI)
| 2.3 Å | 66 | (8) 3SKI|1|A, 3SKI|1|B, 3SLM|1|B, 3SKZ|1|A, 3SLM|1|A, 3SLQ|1|A, 3SKZ|1|B, 3SLQ|1|B |
| 182 | NR_3.5_76703.1 Exact match Escherichia coli | 5E7K|1|1K (5E7K)
| 3.2 Å | 66 | (12) 5E7K|1|1K, 5E81|1|1K, 5EL6|1|1L, 5E7K|1|1L, 5EL7|1|1L, 5EL4|1|1K, 5EL7|1|1K, 5E81|1|1L, 5EL4|1|1L, 5EL6|1|1K, 5EL5|1|1L, 5EL5|1|1K |
| 183 | NR_3.5_12235.1 Exact match | 4N0T|1|B (4N0T)
| 1.7 Å | 65 | (1) 4N0T|1|B |
| 184 | NR_3.5_26284.1 Exact match Thermus thermophilus | 1H4S|1|T (1H4S)
| 2.9 Å | 65 | (2) 1H4S|1|T, 1H4Q|1|T |
| 185 | NR_3.5_30439.1 Exact match | 3EGZ|1|B (3EGZ)
| 2.2 Å | 65 | (1) 3EGZ|1|B |
| 186 | NR_3.5_89429.2 Exact match | 4FE5|1|B (4FE5)
| 1.3 Å | 65 | (29) 4FE5|1|B, 3FO4|1|A, 3GOG|1|A, 2XNZ|1|A, 2EEV|1|A, 2G9C|1|A, 3FO6|1|A, 3GAO|1|A, 3GER|1|A, 2EET|1|A, 4FEN|1|B, 4FEO|1|B, 4FEP|1|B, 2EEW|1|A, 2EES|1|A, 2EEU|1|A, 3GES|1|A, 3DS7|1|A, 4FEJ|1|B, 5C7U|1|B, 3DS7|1|B, 4FEL|1|B, 2XO0|1|A, 2XNW|1|A, 2XO1|1|A, 3GOT|1|A, 3G4M|1|A, 2B57|1|A, 5C7W|1|C |
| 187 | NR_3.5_47330.1 Exact match | 3SKL|1|B (3SKL)
| 2.9 Å | 64 | (8) 3SKL|1|B, 3SKT|1|A, 3SKT|1|B, 3SKL|1|A, 3SKW|1|A, 3SKR|1|A, 3SKR|1|B, 3SKW|1|B |
| 188 | NR_3.5_48352.1 Exact match Schaalia odontolytica | 4XWF|1|A (4XWF)
| 1.8 Å | 64 | (2) 4XWF|1|A, 4XW7|1|A |
| 189 | NR_3.5_55424.1 Exact match Homo sapiens | 3NKB|1|B (3NKB)
| 1.9 Å | 64 | (1) 3NKB|1|B |
| 190 | NR_3.5_83181.1 Exact match | 2DLC|1|Y (2DLC)
| 2.4 Å | 64 | (1) 2DLC|1|Y |
| 191 | NR_3.5_99632.1 Exact match Saccharomyces cerevisiae | 1YFG|1|A (1YFG)
| 3.0 Å | 64 | (1) 1YFG|1|A |
| 192 | NR_3.5_31699.1 Exact match | 4MGN|1|B (4MGN)
| 3.2 Å | 63 | (4) 4MGN|1|B, 4MGN|1|D, 4MGM|1|B, 4MGM|1|A |
| 193 | NR_3.5_74701.1 Exact match Escherichia coli | 4JYZ|1|B (4JYZ)
| 2.5 Å | 63 | (1) 4JYZ|1|B |
| 194 | NR_3.5_82534.1 Exact match | 1F7U|1|B (1F7U)
| 2.2 Å | 63 | (2) 1F7U|1|B, 1F7V|1|B |
| 195 | NR_3.5_03470.1 Exact match Thermus thermophilus | 1SER|1|T (1SER)
| 2.9 Å | 62 | (1) 1SER|1|T |
| 196 | NR_3.5_06843.1 Exact match Saccharomyces | 1TTT|1|F (1TTT)
| 2.7 Å | 62 | (4) 1TTT|1|F, 1EVV|1|A, 1TTT|1|E, 1TTT|1|D |
| 197 | NR_3.5_17498.1 Exact match | 3ICQ|1|E (3ICQ)
| 3.2 Å | 62 | (2) 3ICQ|1|E, 3ICQ|1|D |
| 198 | NR_3.5_30153.1 Exact match Saccharomyces cerevisiae | 1I9V|1|A (1I9V)
| 2.6 Å | 62 | (9) 1I9V|1|A, 1EHZ|1|A, 4TRA|1|A, 1TRA|1|A, 6TNA|1|A, 1OB2|1|B, 1TN1|1|A, 4TNA|1|A, 1TN2|1|A |
| 199 | NR_3.5_76901.1 Exact match synthetic construct | 5BTP|1|B (5BTP)
| 2.8 Å | 62 | (2) 5BTP|1|B, 5BTP|1|A |
| 200 | NR_3.5_90775.1 Exact match Bos taurus | 1FIR|1|A (1FIR)
| 3.3 Å | 62 | (1) 1FIR|1|A |
| 201 | NR_3.5_38725.1 Exact match | 2HVY|1|E (2HVY)
| 2.3 Å | 61 | (2) 2HVY|1|E, 3HAX|1|E |
| 202 | NR_3.5_39792.1 Exact match Escherichia coli | 4U7U|1|L (4U7U)
| 3.0 Å | 61 | (2) 4U7U|1|L, 4U7U|1|X |
| 203 | NR_3.5_45855.1 Exact match Thermus thermophilus | 4V8Q|1|BY (4V8Q)
| 3.1 Å | 61 | (1) 4V8Q|1|BY |
| 204 | NR_3.5_46720.1 Exact match Synechococcus elongatus | 5DDP|1|B (5DDP)
| 2.3 Å | 61 | (6) 5DDP|1|B, 5DDQ|1|B, 5DDQ|1|A, 5DDP|1|A, 5DDR|1|B, 5DDR|1|A |
| 205 | NR_3.5_75381.1 Exact match Xenopus laevis | 1UN6|1|F (1UN6)
| 3.1 Å | 61 | (2) 1UN6|1|F, 1UN6|1|E |
| 206 | NR_3.5_23049.1 Exact match Thermus thermophilus | 1KUQ|1|B (1KUQ)
| 2.8 Å | 60 | (3) 1KUQ|1|B, 1F7Y|1|B, 1DK1|1|B |
| 207 | NR_3.5_39150.1 Exact match | 2CZJ|1|H (2CZJ)
| 3.0 Å | 60 | (4) 2CZJ|1|H, 2CZJ|1|B, 2CZJ|1|F, 2CZJ|1|D |
| 208 | NR_3.5_70313.2 Exact match Escherichia coli | 5H9F|1|L (5H9F)
| 2.5 Å | 60 | (6) 5H9F|1|L, 5CD4|1|L, 5CD4|1|X, 5H9E|1|L, 4TVX|1|X, 4TVX|1|L |
| 209 | NR_3.5_76909.1 Exact match | 3RW6|1|H (3RW6)
| 2.3 Å | 60 | (2) 3RW6|1|H, 3RW6|1|F |
| 210 | NR_3.5_52315.1 Exact match | 4M4O|1|B (4M4O)
| 2.0 Å | 59 | (1) 4M4O|1|B |
| 211 | NR_3.5_04601.1 Exact match Synechococcus elongatus | 5DDO|1|B (5DDO)
| 3.1 Å | 58 | (1) 5DDO|1|B |
| 212 | NR_3.5_39651.1 Exact match | 3HJW|1|D (3HJW)
| 2.4 Å | 58 | (6) 3HJW|1|D, 3LWV|1|D, 3LWR|1|D, 3LWP|1|D, 3LWO|1|D, 3LWQ|1|D |
| 213 | NR_3.5_69350.1 Exact match Synechococcus elongatus | 5DDO|1|A (5DDO)
| 3.1 Å | 58 | (1) 5DDO|1|A |
| 214 | NR_3.5_74849.1 Exact match | 1MMS|1|C (1MMS)
| 2.6 Å | 58 | (2) 1MMS|1|C, 1MMS|1|D |
| 215 | NR_3.5_75200.1 Exact match Salmonella enterica | 4V2S|1|Q (4V2S)
| 3.5 Å | 58 | (1) 4V2S|1|Q |
| 216 | NR_3.5_26348.1 Exact match Homo sapiens | 3J9M|1|B (3J9M)
| 3.5 Å | 57 | (2) 3J9M|1|B, 3J7Y|1|B |
| 217 | NR_3.5_36634.1 Exact match | 2QUW|1|B (2QUW)
| 2.2 Å | 57 | (2) 2QUW|1|B, 2QUW|1|D |
| 218 | NR_3.5_95614.1 Exact match Escherichia coli | 1HC8|1|C (1HC8)
| 2.8 Å | 57 | (6) 1HC8|1|C, 1HC8|1|D, 1Y39|1|C, 1Y39|1|D, 1QA6|1|C, 1QA6|1|D |
| 219 | NR_3.5_26186.1 Exact match | 4JRC|1|B (4JRC)
| 2.7 Å | 56 | (2) 4JRC|1|B, 4JRC|1|A |
| 220 | NR_3.5_68503.1 Exact match Fusobacterium nucleatum | 3F4H|1|Y+3F4H|1|X (3F4H)
| 3.0 Å | 56 | (3) 3F4H|1|Y+3F4H|1|X, 3F4E|1|Y+3F4E|1|X, 2YIF|1|Z+2YIF|1|X |
| 221 | NR_3.5_19502.2 Exact match synthetic construct | 4RGE|1|C (4RGE)
| 2.9 Å | 55 | (7) 4RGE|1|C, 4RGE|1|B, 4RGE|1|A, 5DUN|1|A, 4RGF|1|A, 4RGF|1|B, 4RGF|1|C |
| 222 | NR_3.5_26582.1 Exact match | 4K27|1|U (4K27)
| 2.4 Å | 55 | (1) 4K27|1|U |
| 223 | NR_3.5_29106.1 Exact match Escherichia coli | 4QYZ|1|L (4QYZ)
| 3.0 Å | 55 | (1) 4QYZ|1|L |
| 224 | NR_3.5_46884.1 Exact match | 1MZP|1|B (1MZP)
| 2.7 Å | 55 | (1) 1MZP|1|B |
| 225 | NR_3.5_55702.1 Exact match | 1C9S|1|W (1C9S)
| 1.9 Å | 55 | (1) 1C9S|1|W |
| 226 | NR_3.5_65573.1 Exact match Mitsuaria sp. 67 | 4WT8|1|DV (4WT8)
| 3.4 Å | 55 | (1) 4WT8|1|DV |
| 227 | NR_3.5_24202.1 Exact match Homo sapiens | 4PKD|1|V (4PKD)
| 2.5 Å | 54 | (1) 4PKD|1|V |
| 228 | NR_3.5_18889.2 Exact match Fusobacterium nucleatum | 5C45|1|X+5C45|1|Y (5C45)
| 2.9 Å | 53 | (3) 5C45|1|X+5C45|1|Y, 3F4G|1|X+3F4G|1|Y, 2YIE|1|X+2YIE|1|Z |
| 229 | NR_3.5_79184.1 Exact match | 4GCW|1|B (4GCW)
| 3.0 Å | 53 | (2) 4GCW|1|B, 2FK6|1|R |
| 230 | NR_3.5_79951.1 Exact match | 4OJI|1|A (4OJI)
| 2.3 Å | 53 | (1) 4OJI|1|A |
| 231 | NR_3.5_58167.1 Exact match | 3E5C|1|A (3E5C)
| 2.3 Å | 52 | (3) 3E5C|1|A, 3E5F|1|A, 3E5E|1|A |
| 232 | NR_3.5_82984.1 Exact match Thermotoga petrophila | 4ENC|1|A (4ENC)
| 2.3 Å | 52 | (5) 4ENC|1|A, 4ENB|1|A, 3VRS|1|A, 4ENA|1|A, 4EN5|1|A |
| 233 | NR_3.5_83080.1 Exact match | 2QWY|1|C (2QWY)
| 2.8 Å | 52 | (3) 2QWY|1|C, 2QWY|1|A, 2QWY|1|B |
| 234 | NR_3.5_83027.1 Exact match Ralstonia solanacearum | 3NPQ|1|A (3NPQ)
| 2.2 Å | 50 | (4) 3NPQ|1|A, 3NPQ|1|C, 3NPQ|1|B, 3NPN|1|A |
| 235 | NR_3.5_23978.1 Exact match | 1U63|1|D (1U63)
| 3.4 Å | 49 | (2) 1U63|1|D, 1U63|1|B |
| 236 | NR_3.5_76196.1 Exact match Homo sapiens | 1E8O|1|E (1E8O)
| 3.2 Å | 49 | (1) 1E8O|1|E |
| 237 | NR_3.5_00810.1 Exact match Escherichia coli | 4C7O|1|E (4C7O)
| 2.6 Å | 48 | (1) 4C7O|1|E |
| 238 | NR_3.5_09706.1 Exact match Methanocaldococcus jannaschii | 2VPL|1|B (2VPL)
| 2.3 Å | 48 | (2) 2VPL|1|B, 2VPL|1|D |
| 239 | NR_3.5_10054.2 Exact match synthetic construct | 5DH6|1|A (5DH6)
| 2.8 Å | 48 | (8) 5DH6|1|A, 5DI4|1|A, 5DQK|1|A, 5EAO|1|A, 5DH7|1|A, 5DI2|1|A, 5DH8|1|A, 5EAQ|1|A |
| 240 | NR_3.5_27023.1 Exact match synthetic construct | 3LQX|1|B (3LQX)
| 1.9 Å | 48 | (14) 3LQX|1|B, 1HQ1|1|B, 2PXE|1|B, 2PXD|1|B, 2PXT|1|B, 2PXB|1|B, 2PXF|1|B, 2PXP|1|B, 2PXL|1|B, 2PXV|1|B, 2PXU|1|B, 2PXK|1|B, 2PXQ|1|B, 1DUL|1|B |
| 241 | NR_3.5_11458.1 Exact match Oryzias latipes | 4O26|1|E (4O26)
| 3.0 Å | 47 | (2) 4O26|1|E, 4O26|1|F |
| 242 | NR_3.5_51880.1 Exact match | 1S03|1|B (1S03)
| 2.7 Å | 47 | (2) 1S03|1|B, 1S03|1|A |
| 243 | NR_3.5_84961.1 Exact match Homo sapiens | 4PJO|1|1 (4PJO)
| 3.3 Å | 47 | (4) 4PJO|1|1, 4PJO|1|2, 4PJO|1|3, 4PJO|1|4 |
| 244 | NR_3.5_01806.1 Exact match | 3IAB|1|R (3IAB)
| 2.7 Å | 46 | (1) 3IAB|1|R |
| 245 | NR_3.5_08212.1 Exact match | 1XJR|1|A (1XJR)
| 2.7 Å | 46 | (1) 1XJR|1|A |
| 246 | NR_3.5_17773.1 Exact match | 3CIY|1|C+3CIY|1|D (3CIY)
| 3.4 Å | 46 | (1) 3CIY|1|C+3CIY|1|D |
| 247 | NR_3.5_34740.1 Exact match | 4QJD|1|D (4QJD)
| 3.1 Å | 46 | (4) 4QJD|1|D, 4QJD|1|B, 4QJD|1|H, 4QJD|1|F |
| 248 | NR_3.5_80828.1 Exact match synthetic construct | 4TS2|1|Y+4TS2|1|X (4TS2)
| 2.9 Å | 46 | (2) 4TS2|1|Y+4TS2|1|X, 4TS0|1|Y+4TS0|1|X |
| 249 | NR_3.5_80987.1 Exact match | 2NUE|1|C (2NUE)
| 2.9 Å | 46 | (1) 2NUE|1|C |
| 250 | NR_3.5_25547.1 Exact match synthetic construct | 3PU0|1|R (3PU0)
| 3.1 Å | 45 | (1) 3PU0|1|R |
| 251 | NR_3.5_29179.1 Exact match synthetic construct | 3PU1|1|R (3PU1)
| 3.1 Å | 45 | (1) 3PU1|1|R |
| 252 | NR_3.5_47370.1 Exact match | 1P6V|1|B (1P6V)
| 3.2 Å | 45 | (2) 1P6V|1|B, 1P6V|1|D |
| 253 | NR_3.5_85950.1 Exact match | 3PTX|1|R (3PTX)
| 3.0 Å | 45 | (1) 3PTX|1|R |
| 254 | NR_3.5_88517.1 Exact match | 4JNG|1|L (4JNG)
| 2.1 Å | 45 | (8) 4JNG|1|L, 4J1G|1|E, 3PU4|1|R, 3HHZ|1|R, 2GIC|1|R, 3ZLA|1|I, 3ZLA|1|J, 4BHH|1|R |
| 255 | NR_3.5_40657.1 Exact match | 1G1X|1|J+1G1X|1|I (1G1X)
| 2.6 Å | 44 | (1) 1G1X|1|J+1G1X|1|I |
| 256 | NR_3.5_48149.1 Exact match synthetic construct | 4RMO|1|B (4RMO)
| 2.2 Å | 44 | (8) 4RMO|1|B, 4RMO|1|D, 4RMO|1|H, 4RMO|1|F, 4RMO|1|J, 4RMO|1|L, 4RMO|1|N, 4RMO|1|P |
| 257 | NR_3.5_62528.1 Exact match synthetic construct | 5EEU|1|W (5EEU)
| 2.0 Å | 44 | (11) 5EEU|1|W, 5EEV|1|W, 5EEX|1|W, 5EEW|1|W, 5EEY|1|W, 5EEZ|1|W, 5EF0|1|W, 1GTF|1|W, 5EF1|1|W, 5EF2|1|W, 5EF3|1|W |
| 258 | NR_3.5_84424.1 Exact match | 1GTN|1|W (1GTN)
| 2.5 Å | 44 | (1) 1GTN|1|W |
| 259 | NR_3.5_99432.1 Exact match | 1DUH|1|A (1DUH)
| 2.7 Å | 44 | (1) 1DUH|1|A |
| 260 | NR_3.5_74260.1 Exact match Homo sapiens | 5BTM|1|A (5BTM)
| 2.8 Å | 43 | (2) 5BTM|1|A, 5BTM|1|B |
| 261 | NR_3.5_27510.1 Exact match | 1KH6|1|A (1KH6)
| 2.9 Å | 42 | (1) 1KH6|1|A |
| 262 | NR_3.5_94275.1 Exact match | 3ZP8|1|A (3ZP8)
| 1.6 Å | 42 | (4) 3ZP8|1|A, 3ZD4|1|A, 2OEU|1|A, 3ZD5|1|A |
| 263 | NR_3.5_95110.1 Exact match | 1RPU|1|C+1RPU|1|D (1RPU)
| 2.5 Å | 42 | (1) 1RPU|1|C+1RPU|1|D |
| 264 | NR_3.5_22632.1 Exact match | 4M6D|1|H (4M6D)
| 2.7 Å | 41 | (6) 4M6D|1|H, 4M6D|1|F, 4M6D|1|J, 4M6D|1|D, 4M6D|1|L, 4M6D|1|B |
| 265 | NR_3.5_13125.1 Exact match | 1G1X|1|D+1G1X|1|E (1G1X)
| 2.6 Å | 40 | (1) 1G1X|1|D+1G1X|1|E |
| 266 | NR_3.5_36990.1 Exact match Human immunodeficiency virus 1 | 4PMI|1|A (4PMI)
| 3.2 Å | 40 | (1) 4PMI|1|A |
| 267 | NR_3.5_67850.1 Exact match Acidaminococcus | 5B43|1|B (5B43)
| 2.8 Å | 40 | (1) 5B43|1|B |
| 268 | NR_3.5_41959.1 Exact match | 3P22|1|A (3P22)
| 2.5 Å | 39 | (4) 3P22|1|A, 3P22|1|E, 3P22|1|C, 3P22|1|G |
| 269 | NR_3.5_06701.1 Exact match | 4KR7|1|X (4KR7)
| 3.4 Å | 38 | (7) 4KR7|1|X, 2ZY6|1|A, 4KR7|1|M, 4KR9|1|X, 4KR9|1|M, 4KR6|1|C, 4KR6|1|D |
| 270 | NR_3.5_18718.1 Exact match synthetic construct | 4PDB|1|I (4PDB)
| 2.6 Å | 38 | (1) 4PDB|1|I |
| 271 | NR_3.5_37735.1 Exact match | 1L2X|1|A (1L2X)
| 1.3 Å | 38 | (3) 1L2X|1|A, 437D|1|A, 1L3D|1|A |
| 272 | NR_3.5_40597.1 Exact match | 2HW8|1|B (2HW8)
| 2.1 Å | 38 | (5) 2HW8|1|B, 1ZHO|1|D, 1ZHO|1|B, 1ZHO|1|F, 1ZHO|1|H |
| 273 | NR_3.5_88906.1 Exact match | 3CZ3|1|G+3CZ3|1|H (3CZ3)
| 3.2 Å | 38 | (2) 3CZ3|1|G+3CZ3|1|H, 3CZ3|1|E+3CZ3|1|F |
| 274 | NR_3.5_90215.1 Exact match | 1YLS|1|B (1YLS)
| 3.0 Å | 38 | (6) 1YLS|1|B, 1YLS|1|D, 1YKV|1|D, 1YKV|1|B, 1YKQ|1|D, 1YKQ|1|B |
| 275 | NR_3.5_14947.1 Exact match | 1KOG|1|O (1KOG)
| 3.5 Å | 37 | (8) 1KOG|1|O, 1KOG|1|J, 1KOG|1|M, 1KOG|1|P, 1KOG|1|L, 1KOG|1|I, 1KOG|1|K, 1KOG|1|N |
| 276 | NR_3.5_49782.1 Exact match | 1I6U|1|C (1I6U)
| 2.6 Å | 37 | (2) 1I6U|1|C, 1I6U|1|D |
| 277 | NR_3.5_21448.1 Exact match Homo sapiens | 4X4Q|1|B (4X4Q)
| 3.2 Å | 36 | (10) 4X4Q|1|B, 4X4S|1|B, 4X4R|1|B, 4X4Q|1|D, 4X4P|1|D, 4X4P|1|H, 4X4P|1|B, 4X4S|1|D, 4X4R|1|D, 4X4P|1|F |
| 278 | NR_3.5_24663.1 Exact match | 3GS5|1|C (3GS5)
| 2.8 Å | 36 | (1) 3GS5|1|C |
| 279 | NR_3.5_45693.1 Exact match | 3VJR|1|B (3VJR)
| 2.4 Å | 36 | (2) 3VJR|1|B, 3VJR|1|D |
| 280 | NR_3.5_78862.1 Exact match | 4V9E|1|Ag (4V9E)
| 3.4 Å | 36 | (6) 4V9E|1|Ag, 4V9E|1|Bm, 4V9E|1|Am, 4V9E|1|Aa, 4V9E|1|Ba, 4V9E|1|Bg |
| 281 | NR_3.5_02963.1 Exact match synthetic construct | 5DEA|1|C (5DEA)
| 2.8 Å | 35 | (3) 5DEA|1|C, 5DE5|1|C, 5DE8|1|C |
| 282 | NR_3.5_22853.1 Exact match synthetic construct | 3PLA|1|G+3PLA|1|H+3PLA|1|I+3PLA|1|J (3PLA)
| 3.2 Å | 35 | (2) 3PLA|1|G+3PLA|1|H+3PLA|1|I+3PLA|1|J, 3PLA|1|N+3PLA|1|O |
| 283 | NR_3.5_23939.1 Exact match Kneallhazia solenopsae | 4C4W|1|H (4C4W)
| 3.0 Å | 35 | (2) 4C4W|1|H, 4C4W|1|D |
| 284 | NR_3.5_27636.1 Exact match Homo sapiens | 4X4T|1|G (4X4T)
| 2.5 Å | 35 | (1) 4X4T|1|G |
| 285 | NR_3.5_38950.1 Exact match Pectobacterium atrosepticum | 2XD0|1|V (2XD0)
| 3.0 Å | 35 | (10) 2XD0|1|V, 2XDD|1|F, 2XDB|1|G, 2XDD|1|H, 2XD0|1|H, 2XD0|1|W, 2XDD|1|G, 2XD0|1|G, 2XD0|1|I, 2XD0|1|U |
| 286 | NR_3.5_41079.1 Exact match | 2DRB|1|B (2DRB)
| 2.8 Å | 35 | (1) 2DRB|1|B |
| 287 | NR_3.5_52610.1 Exact match synthetic construct | 4PCJ|1|A (4PCJ)
| 1.9 Å | 35 | (2) 4PCJ|1|A, 4FNJ|1|A |
| 288 | NR_3.5_70098.1 Exact match synthetic construct | 5DE8|1|A (5DE8)
| 3.1 Å | 35 | (3) 5DE8|1|A, 5DEA|1|A, 5DE5|1|A |
| 289 | NR_3.5_71771.1 Exact match Thermus thermophilus | 4V83|1|CV (4V83)
| 3.5 Å | 35 | (2) 4V83|1|CV, 4V83|1|AV |
| 290 | NR_3.5_88496.1 Exact match | 1ET4|1|A (1ET4)
| 2.3 Å | 35 | (9) 1ET4|1|A, 1ET4|1|C, 1ET4|1|B, 1ET4|1|D, 1ET4|1|E, 1DDY|1|C, 1DDY|1|G, 1DDY|1|A, 1DDY|1|E |
| 291 | NR_3.5_92748.1 Exact match | 3OVB|1|C (3OVB)
| 2.0 Å | 35 | (4) 3OVB|1|C, 3OUY|1|C, 3OVB|1|D, 3OUY|1|D |
| 292 | NR_3.5_95874.1 Exact match | 3R9X|1|C (3R9X)
| 2.8 Å | 35 | (1) 3R9X|1|C |
| 293 | NR_3.5_09932.1 Exact match Pyrococcus furiosus | 3NMU|1|D+3NMU|1|I (3NMU)
| 2.7 Å | 34 | (4) 3NMU|1|D+3NMU|1|I, 3NMU|1|E+3NMU|1|K, 3NVK|1|K+3NVK|1|G, 3NVK|1|L+3NVK|1|S |
| 294 | NR_3.5_38781.1 Exact match | 3R9W|1|B (3R9W)
| 2.1 Å | 34 | (1) 3R9W|1|B |
| 295 | NR_3.5_43403.1 Exact match | 2ZH6|1|B (2ZH6)
| 2.5 Å | 34 | (10) 2ZH6|1|B, 2ZH4|1|B, 2ZHB|1|B, 2ZH5|1|B, 2DR9|1|B, 2DVI|1|B, 2ZH3|1|B, 2ZH2|1|B, 2DRA|1|B, 2ZH8|1|B |
| 296 | NR_3.5_45219.1 Exact match Homo sapiens | 4X4O|1|D (4X4O)
| 3.2 Å | 34 | (4) 4X4O|1|D, 4X4T|1|D, 4X4O|1|B, 4X4T|1|B |
| 297 | NR_3.5_51196.1 Exact match Thermus thermophilus | 4V84|1|AV (4V84)
| 3.4 Å | 34 | (2) 4V84|1|AV, 4V84|1|CV |
| 298 | NR_3.5_54940.1 Exact match | 3OVA|1|C (3OVA)
| 2.0 Å | 34 | (5) 3OVA|1|C, 3OV7|1|C, 3OVS|1|C, 3OVS|1|D, 3OV7|1|D |
| 299 | NR_3.5_55907.1 Exact match | 1HMH|1|E (1HMH)
| 2.6 Å | 34 | (3) 1HMH|1|E, 1HMH|1|A, 1HMH|1|C |
| 300 | NR_3.5_62367.1 Exact match Escherichia coli | 1MJI|1|D (1MJI)
| 2.5 Å | 34 | (2) 1MJI|1|D, 1MJI|1|C |
| 301 | NR_3.5_91105.1 Exact match | 4OOG|1|D (4OOG)
| 2.5 Å | 34 | (1) 4OOG|1|D |
| 302 | NR_3.5_10060.1 Exact match | 2DR8|1|B (2DR8)
| 2.5 Å | 33 | (6) 2DR8|1|B, 2ZHA|1|B, 2ZH9|1|B, 2DR7|1|B, 2ZH1|1|B, 2ZH7|1|B |
| 303 | NR_3.5_22747.1 Exact match | 2OZB|1|C (2OZB)
| 2.6 Å | 33 | (2) 2OZB|1|C, 2OZB|1|F |
| 304 | NR_3.5_29371.1 Exact match | 1F1T|1|A (1F1T)
| 2.8 Å | 33 | (1) 1F1T|1|A |
| 305 | NR_3.5_31091.1 Exact match | 4K50|1|B (4K50)
| 2.9 Å | 33 | (4) 4K50|1|B, 4K50|1|J, 4K50|1|N, 4K50|1|F |
| 306 | NR_3.5_46564.1 Exact match Bacillus thuringiensis | 4ATO|1|G (4ATO)
| 2.2 Å | 33 | (1) 4ATO|1|G |
| 307 | NR_3.5_89202.1 Exact match | 3Q50|1|A (3Q50)
| 2.8 Å | 33 | (3) 3Q50|1|A, 3Q51|1|A, 3GCA|1|A |
| 308 | NR_3.5_08155.1 Exact match Homo sapiens | 3SIV|1|C+3SIV|1|F (3SIV)
| 3.3 Å | 32 | (2) 3SIV|1|C+3SIV|1|F, 3SIV|1|I+3SIV|1|L |
| 309 | NR_3.5_13025.1 Exact match | 2DR5|1|B (2DR5)
| 2.8 Å | 32 | (1) 2DR5|1|B |
| 310 | NR_3.5_25494.1 Exact match Homo sapiens | 4X4N|1|B (4X4N)
| 3.0 Å | 32 | (3) 4X4N|1|B, 4X4N|1|D, 4X4N|1|G |
| 311 | NR_3.5_68262.1 Exact match Pyrococcus furiosus | 3X1L|1|I (3X1L)
| 2.1 Å | 32 | (1) 3X1L|1|I |
| 312 | NR_3.5_79481.1 Exact match synthetic construct | 4RBQ|1|A (4RBQ)
| 1.1 Å | 32 | (2) 4RBQ|1|A, 5DA6|1|A |
| 313 | NR_3.5_95363.1 Exact match | 3FU2|1|B (3FU2)
| 2.9 Å | 32 | (4) 3FU2|1|B, 3FU2|1|A, 3FU2|1|C, 3K1V|1|A |
| 314 | NR_3.5_02969.1 Exact match | 1JBR|1|D (1JBR)
| 2.2 Å | 31 | (1) 1JBR|1|D |
| 315 | NR_3.5_34610.1 Exact match Escherichia coli | 364D|1|C+364D|1|B+364D|1|A (364D)
| 3.0 Å | 31 | (2) 364D|1|C+364D|1|B+364D|1|A, 357D|1|C+357D|1|B+357D|1|A |
| 316 | NR_3.5_49730.1 Exact match Homo sapiens | 4X4V|1|B (4X4V)
| 2.6 Å | 31 | (4) 4X4V|1|B, 4X4V|1|D, 4X4U|1|B, 4X4U|1|D |
| 317 | NR_3.5_73827.4 Exact match | 4NLF|1|A (4NLF)
| 1.0 Å | 31 | (16) 4NLF|1|A, 480D|1|A, 4Y27|1|A, 3DW4|1|A, 1MSY|1|A, 3DW6|1|A, 5D99|1|A, 3DVZ|1|A, 3S7C|1|A, 4NXH|1|A, 3S8U|1|A, 1Q9A|1|A, 483D|1|A, 3DW5|1|A, 4NMG|1|A, 3DW7|1|A |
| 318 | NR_3.5_89906.2 Exact match | 3WFS|1|A (3WFS)
| 3.3 Å | 31 | (17) 3WFS|1|A, 3WFS|1|B, 5HC9|1|D, 4WC2|1|B, 5HC9|1|C, 4WC3|1|B, 1VFG|1|D, 1VFG|1|C, 4X0B|1|B, 4WC7|1|B, 3WFR|1|C, 4WC5|1|B, 3WFR|1|A, 4WC4|1|B, 4WC6|1|B, 3WFR|1|B, 3WFR|1|D |
| 319 | NR_3.5_12719.1 Exact match | 4IFD|1|R (4IFD)
| 2.8 Å | 30 | (1) 4IFD|1|R |
| 320 | NR_3.5_53881.1 Exact match | 3SNP|1|D (3SNP)
| 2.8 Å | 30 | (2) 3SNP|1|D, 3SNP|1|C |
| 321 | NR_3.5_02086.1 Exact match | 3BBM|1|B+3BBM|1|C+3BBM|1|A (3BBM)
| 2.7 Å | 29 | (10) 3BBM|1|B+3BBM|1|C+3BBM|1|A, 3B5S|1|B+3B5S|1|C+3B5S|1|A, 3B5A|1|B+3B5A|1|C+3B5A|1|A, 3BBI|1|B+3BBI|1|C+3BBI|1|A, 3BBK|1|B+3BBK|1|C+3BBK|1|A, 3B91|1|B+3B91|1|C+3B91|1|A, 3B5F|1|B+3B5F|1|C+3B5F|1|A, 3B58|1|B+3B58|1|C+3B58|1|A, 4G6P|1|B+4G6P|1|C+4G6P|1|A, 4G6S|1|B+4G6S|1|C+4G6S|1|A |
| 322 | NR_3.5_03525.1 Exact match Escherichia coli | 2BH2|1|D (2BH2)
| 2.2 Å | 29 | (2) 2BH2|1|D, 2BH2|1|C |
| 323 | NR_3.5_55924.1 Exact match | 1OOA|1|D (1OOA)
| 2.5 Å | 29 | (2) 1OOA|1|D, 1OOA|1|C |
| 324 | NR_3.5_75875.1 Exact match | 3SN2|1|B (3SN2)
| 3.0 Å | 29 | (1) 3SN2|1|B |
| 325 | NR_3.5_95171.1 Exact match | 3MJA|1|B (3MJA)
| 2.8 Å | 29 | (4) 3MJA|1|B, 3B31|1|A, 3MJ3|1|B, 3MJB|1|A |
| 326 | NR_3.5_14513.1 Exact match Homo sapiens | 3SIU|1|F (3SIU)
| 2.6 Å | 28 | (2) 3SIU|1|F, 3SIU|1|C |
| 327 | NR_3.5_18396.1 Exact match synthetic construct | 3ZC0|1|M (3ZC0)
| 3.0 Å | 28 | (3) 3ZC0|1|M, 3ZC0|1|O, 3ZC0|1|N |
| 328 | NR_3.5_32254.1 Exact match Rattus norvegicus | 430D|1|A (430D)
| 2.1 Å | 28 | (1) 430D|1|A |
| 329 | NR_3.5_33872.1 Exact match | 2EZ6|1|D (2EZ6)
| 2.1 Å | 28 | (4) 2EZ6|1|D, 2NUF|1|C, 2EZ6|1|C, 2NUF|1|D |
| 330 | NR_3.5_39439.1 Exact match synthetic construct | 4TUW|1|C (4TUW)
| 2.9 Å | 28 | (1) 4TUW|1|C |
| 331 | NR_3.5_55819.1 Exact match | 4M30|1|D (4M30)
| 2.5 Å | 28 | (4) 4M30|1|D, 4M30|1|C, 4M2Z|1|C, 4M2Z|1|D |
| 332 | NR_3.5_69880.1 Exact match | 1JID|1|B (1JID)
| 1.8 Å | 28 | (3) 1JID|1|B, 1D4R|1|B+1D4R|1|A, 1D4R|1|C |
| 333 | NR_3.5_24573.1 Exact match Saccharomyces cerevisiae | 4YHW|1|F+4YHW|1|D (4YHW)
| 3.3 Å | 27 | (1) 4YHW|1|F+4YHW|1|D |
| 334 | NR_3.5_24791.1 Exact match | 3GS5|1|A (3GS5)
| 2.8 Å | 27 | (1) 3GS5|1|A |
| 335 | NR_3.5_30667.1 Exact match | 1XOK|1|A (1XOK)
| 3.0 Å | 27 | (1) 1XOK|1|A |
| 336 | NR_3.5_57955.1 Exact match | 1Q96|1|A (1Q96)
| 1.8 Å | 27 | (6) 1Q96|1|A, 1Q93|1|A, 1Q93|1|B, 1Q96|1|B, 1Q93|1|C, 1Q96|1|C |
| 337 | NR_3.5_79685.1 Exact match Saccharomyces cerevisiae | 4YHW|1|E+4YHW|1|C (4YHW)
| 3.3 Å | 27 | (1) 4YHW|1|E+4YHW|1|C |
| 338 | NR_3.5_02574.1 Exact match Senecavirus A | 4PHY|1|A+4PHY|1|B (4PHY)
| 3.1 Å | 26 | (1) 4PHY|1|A+4PHY|1|B |
| 339 | NR_3.5_08420.1 Exact match | 2A43|1|A (2A43)
| 1.3 Å | 26 | (1) 2A43|1|A |
| 340 | NR_3.5_11428.1 Exact match Pseudomonas phage PRR1 | 4ANG|1|R (4ANG)
| 3.5 Å | 26 | (2) 4ANG|1|R, 4ANG|1|S |
| 341 | NR_3.5_26321.1 Exact match | 4QOZ|1|A (4QOZ)
| 2.3 Å | 26 | (4) 4QOZ|1|A, 4L8R|1|A, 4QOZ|1|D, 4L8R|1|D |
| 342 | NR_3.5_48282.1 Exact match | 2RFK|1|E+2RFK|1|D+2RFK|1|F (2RFK)
| 2.9 Å | 26 | (1) 2RFK|1|E+2RFK|1|D+2RFK|1|F |
| 343 | NR_3.5_52096.1 Exact match synthetic construct | 4TV0|1|B (4TV0)
| 2.6 Å | 26 | (4) 4TV0|1|B, 4TUX|1|C, 4TUW|1|D, 4TUX|1|D |
| 344 | NR_3.5_70905.1 Exact match Haloarcula marismortui | 4BW0|1|A (4BW0)
| 2.3 Å | 26 | (1) 4BW0|1|A |
| 345 | NR_3.5_89224.1 Exact match | 2F8T|1|C+2F8T|1|D (2F8T)
| 3.1 Å | 26 | (1) 2F8T|1|C+2F8T|1|D |
| 346 | NR_3.5_96653.1 Exact match | 387D|1|A (387D)
| 3.1 Å | 26 | (1) 387D|1|A |
| 347 | NR_3.5_02858.1 Exact match | 2QUX|1|F (2QUX)
| 2.4 Å | 25 | (6) 2QUX|1|F, 2QUX|1|I, 2QUX|1|C, 2QUX|1|R, 2QUX|1|O, 2QUX|1|L |
| 348 | NR_3.5_08337.1 Exact match Pariacoto virus | 1F8V|1|R (1F8V)
| 3.0 Å | 25 | (1) 1F8V|1|R |
| 349 | NR_3.5_65028.1 Exact match | 359D|1|B+359D|1|A (359D)
| 2.9 Å | 25 | (8) 359D|1|B+359D|1|A, 1MME|1|B+1MME|1|A, 299D|1|B+299D|1|A, 301D|1|B+301D|1|A, 300D|1|B+300D|1|A, 1MME|1|D+1MME|1|C, 488D|1|D+488D|1|B+488D|1|A+488D|1|C, 379D|1|B+379D|1|A |
| 350 | NR_3.5_81333.1 Exact match synthetic construct | 3WBM|1|X+3WBM|1|Y (3WBM)
| 2.0 Å | 25 | (1) 3WBM|1|X+3WBM|1|Y |
| 351 | NR_3.5_30596.1 Exact match | 3A6P|1|E+3A6P|1|D (3A6P)
| 2.9 Å | 24 | (2) 3A6P|1|E+3A6P|1|D, 3A6P|1|J+3A6P|1|I |
| 352 | NR_3.5_50588.1 Exact match Pyrococcus furiosus | 3NVI|1|F (3NVI)
| 2.7 Å | 24 | (2) 3NVI|1|F, 3NVI|1|E |
| 353 | NR_3.5_67056.1 Exact match | 1NYI|1|B+1NYI|1|A (1NYI)
| 2.9 Å | 24 | (2) 1NYI|1|B+1NYI|1|A, 1Q29|1|B+1Q29|1|A |
| 354 | NR_3.5_67726.1 Exact match synthetic construct | 5F9F|1|L (5F9F)
| 2.6 Å | 24 | (12) 5F9F|1|L, 5F9F|1|B, 5F98|1|B, 5F98|1|D, 5F9F|1|D, 5F98|1|F, 5F9F|1|F, 5F9F|1|H, 5F98|1|H, 5F98|1|J, 5F9F|1|J, 5F98|1|L |
| 355 | NR_3.5_85104.1 Exact match | 1NJP|1|5 (1NJP)
| 3.5 Å | 24 | (1) 1NJP|1|5 |
| 356 | NR_3.5_86436.1 Exact match | 2PN3|1|A+2PN3|1|B (2PN3)
| 2.9 Å | 24 | (5) 2PN3|1|A+2PN3|1|B, 2PN4|1|A+2PN4|1|B, 2PN4|1|C+2PN4|1|D, 2NOK|1|C+2NOK|1|D, 2NOK|1|A+2NOK|1|B |
| 357 | NR_3.5_89332.1 Exact match Homo sapiens | 1A9N|1|Q (1A9N)
| 2.4 Å | 24 | (2) 1A9N|1|Q, 1A9N|1|R |
| 358 | NR_3.5_05529.1 Exact match | 1XPE|1|A+1XPE|1|B (1XPE)
| 1.9 Å | 23 | (34) 1XPE|1|A+1XPE|1|B, 1XPF|1|A+1XPF|1|B, 2B8S|1|A+2B8S|1|B, 2B8R|1|A+2B8R|1|B, 1XP7|1|A+1XP7|1|B, 1Y3O|1|A+1Y3O|1|B, 2FCY|1|A+2FCY|1|B, 1ZCI|1|A+1ZCI|1|B, 2FCX|1|A+2FCX|1|B, 1Y3S|1|A+1Y3S|1|B, 2FCZ|1|A+2FCZ|1|B, 1YXP|1|A+1YXP|1|B, 2FD0|1|A+2FD0|1|B, 1ZCI|1|C+1ZCI|1|D, 2FCZ|1|C+2FCZ|1|D, 1K9W|1|B, 1K9W|1|D, 1Y99|1|A+1Y99|1|B, 1O3Z|1|B+1O3Z|1|A, 1Y73|1|B+1Y73|1|A, 1Y95|1|B+1Y95|1|A, 1Y6T|1|B+1Y6T|1|A, 1NLC|1|B+1NLC|1|A, 1Y6S|1|B+1Y6S|1|A, 1WVD|1|B+1WVD|1|A, 462D|1|B+462D|1|A, 1Y90|1|B+1Y90|1|A, 2OIY|1|A+2OIY|1|B, 2OIJ|1|A+2OIJ|1|B, 2OJ0|1|A+2OJ0|1|B, 3C44|1|A+3C44|1|B, 2QEK|1|A+2QEK|1|B, 3FAR|1|A+3FAR|1|B, 3DVV|1|A+3DVV|1|B |
| 359 | NR_3.5_08464.1 Exact match synthetic construct | 4B3O|1|R (4B3O)
| 3.3 Å | 23 | (1) 4B3O|1|R |
| 360 | NR_3.5_23180.1 Exact match | 1HYS|1|E (1HYS)
| 3.0 Å | 23 | (1) 1HYS|1|E |
| 361 | NR_3.5_30197.1 Exact match | 3TS2|1|V (3TS2)
| 2.0 Å | 23 | (2) 3TS2|1|V, 3TS2|1|U |
| 362 | NR_3.5_36231.1 Exact match | 2ANN|1|B (2ANN)
| 2.3 Å | 23 | (2) 2ANN|1|B, 2ANR|1|B |
| 363 | NR_3.5_42932.1 Exact match synthetic construct | 4P43|1|B+4P43|1|A (4P43)
| 2.0 Å | 23 | (1) 4P43|1|B+4P43|1|A |
| 364 | NR_3.5_45605.1 Exact match Homo sapiens | 5ED2|1|F+5ED2|1|E (5ED2)
| 3.0 Å | 23 | (2) 5ED2|1|F+5ED2|1|E, 5ED2|1|C+5ED2|1|B |
| 365 | NR_3.5_54107.1 Exact match Saccharomyces cerevisiae | 5ED1|1|C+5ED1|1|B (5ED1)
| 2.8 Å | 23 | (3) 5ED1|1|C+5ED1|1|B, 5HP3|1|C+5HP3|1|B, 5HP2|1|C+5HP2|1|B |
| 366 | NR_3.5_54635.1 Exact match synthetic construct | 5F9H|1|L (5F9H)
| 3.1 Å | 23 | (6) 5F9H|1|L, 5F9H|1|B, 5F9H|1|D, 5F9H|1|F, 5F9H|1|H, 5F9H|1|J |
| 367 | NR_3.5_04852.1 Exact match | 2PJP|1|B (2PJP)
| 2.3 Å | 22 | (8) 2PJP|1|B, 2PLY|1|C, 2UWM|1|D, 2PLY|1|E, 1WSU|1|E, 1WSU|1|F, 2UWM|1|C, 1WSU|1|G |
| 368 | NR_3.5_09579.1 Exact match Saccharomyces | 5C5W|1|A (5C5W)
| 1.3 Å | 22 | (1) 5C5W|1|A |
| 369 | NR_3.5_09764.1 Exact match | 3BOY|1|D (3BOY)
| 1.7 Å | 22 | (1) 3BOY|1|D |
| 370 | NR_3.5_25893.1 Exact match Tetrahymena thermophila | 4ERD|1|C+4ERD|1|D (4ERD)
| 2.6 Å | 22 | (1) 4ERD|1|C+4ERD|1|D |
| 371 | NR_3.5_31561.1 Exact match synthetic construct | 4P3T|1|A+4P3T|1|B (4P3T)
| 1.6 Å | 22 | (1) 4P3T|1|A+4P3T|1|B |
| 372 | NR_3.5_32273.1 Exact match | 3FTF|1|C+3FTF|1|D (3FTF)
| 2.8 Å | 22 | (2) 3FTF|1|C+3FTF|1|D, 3FTE|1|C+3FTE|1|D |
| 373 | NR_3.5_34001.1 Exact match | 3TS0|1|V (3TS0)
| 2.8 Å | 22 | (2) 3TS0|1|V, 3TS0|1|U |
| 374 | NR_3.5_35088.1 Exact match | 3LOA|1|B+3LOA|1|A (3LOA)
| 2.3 Å | 22 | (1) 3LOA|1|B+3LOA|1|A |
| 375 | NR_3.5_47406.1 Exact match Equine infectious anemia virus | 2W2H|1|R (2W2H)
| 3.3 Å | 22 | (2) 2W2H|1|R, 2W2H|1|S |
| 376 | NR_3.5_47541.1 Exact match | 3HTX|1|B+3HTX|1|C (3HTX)
| 3.1 Å | 22 | (2) 3HTX|1|B+3HTX|1|C, 3HTX|1|E+3HTX|1|F |
| 377 | NR_3.5_50460.1 Exact match | 4WCP|1|A+4WCP|1|B+4WCP|1|C (4WCP)
| 22 | (1) 4WCP|1|A+4WCP|1|B+4WCP|1|C | |
| 378 | NR_3.5_59799.1 Exact match | 2F8S|1|C+2F8S|1|D (2F8S)
| 3.0 Å | 22 | (1) 2F8S|1|C+2F8S|1|D |
| 379 | NR_3.5_74199.1 Exact match | 1NTA|1|A+1NTA|1|B (1NTA)
| 2.9 Å | 22 | (2) 1NTA|1|A+1NTA|1|B, 1NTB|1|A+1NTB|1|B |
| 380 | NR_3.5_80055.1 Exact match | 1RLG|1|D (1RLG)
| 2.7 Å | 22 | (2) 1RLG|1|D, 1RLG|1|C |
| 381 | NR_3.5_86272.1 Exact match | 3MEI|1|A+3MEI|1|B (3MEI)
| 2.0 Å | 22 | (1) 3MEI|1|A+3MEI|1|B |
| 382 | NR_3.5_07169.1 Exact match synthetic construct | 4P3U|1|B+4P3U|1|A (4P3U)
| 3.0 Å | 21 | (1) 4P3U|1|B+4P3U|1|A |
| 383 | NR_3.5_07845.1 Exact match | 3DH3|1|G+3DH3|1|H (3DH3)
| 3.0 Å | 21 | (2) 3DH3|1|G+3DH3|1|H, 3DH3|1|F+3DH3|1|E |
| 384 | NR_3.5_09192.1 Exact match synthetic construct | 5ID6|1|G (5ID6)
| 2.4 Å | 21 | (1) 5ID6|1|G |
| 385 | NR_3.5_17495.1 Exact match | 3SSF|1|A (3SSF)
| 1.6 Å | 21 | (1) 3SSF|1|A |
| 386 | NR_3.5_26059.1 Exact match synthetic construct | 4P3U|1|C+4P3U|1|D (4P3U)
| 3.0 Å | 21 | (1) 4P3U|1|C+4P3U|1|D |
| 387 | NR_3.5_27625.1 Exact match synthetic construct | 4ZC7|1|A+4ZC7|1|B (4ZC7)
| 3.0 Å | 21 | (2) 4ZC7|1|A+4ZC7|1|B, 4ZC7|1|C+4ZC7|1|D |
| 388 | NR_3.5_27927.1 Exact match | 3BNL|1|A+3BNL|1|B (3BNL)
| 2.6 Å | 21 | (14) 3BNL|1|A+3BNL|1|B, 1MWL|1|A+1MWL|1|B, 4F8U|1|A+4F8U|1|B, 3BNP|1|A+3BNP|1|B, 2ET4|1|A+2ET4|1|B, 2ET3|1|A+2ET3|1|B, 2ESJ|1|A+2ESJ|1|B, 2ET8|1|A+2ET8|1|B, 1J7T|1|A+1J7T|1|B, 2ET5|1|A+2ET5|1|B, 3BNT|1|A, 2BE0|1|A+2BE0|1|B, 1O9M|1|A+1O9M|1|B, 2BEE|1|A+2BEE|1|B |
| 389 | NR_3.5_30433.1 Exact match Homo sapiens | 5EW4|1|B+5EW4|1|A (5EW4)
| 1.5 Å | 21 | (2) 5EW4|1|B+5EW4|1|A, 5EW7|1|B+5EW7|1|A |
| 390 | NR_3.5_36270.1 Exact match | 2PWT|1|A+2PWT|1|B (2PWT)
| 1.8 Å | 21 | (9) 2PWT|1|A+2PWT|1|B, 2F4S|1|A+2F4S|1|B, 3BNN|1|A+3BNN|1|B, 3S4P|1|A+3S4P|1|B, 4F8V|1|A+4F8V|1|B, 2F4U|1|A+2F4U|1|B, 3BNN|1|C+3BNN|1|D, 3BNO|1|A+3BNO|1|B, 3BNO|1|C+3BNO|1|D |
| 391 | NR_3.5_36712.1 Exact match | 1K8W|1|B (1K8W)
| 1.9 Å | 21 | (4) 1K8W|1|B, 1ZL3|1|B, 1ZE2|1|C, 1ZE2|1|D |
| 392 | NR_3.5_41922.1 Exact match | 4KTG|1|B (4KTG)
| 1.9 Å | 21 | (2) 4KTG|1|B, 4KTG|1|E |
| 393 | NR_3.5_43554.4 Exact match | 3TD1|1|B+3TD1|1|A (3TD1)
| 2.1 Å | 21 | (30) 3TD1|1|B+3TD1|1|A, 1YRJ|1|A+1YRJ|1|B, 4PDQ|1|A+4PDQ|1|B, 2ESI|1|A+2ESI|1|B, 2F4T|1|B+2F4T|1|A, 2O3V|1|A+2O3V|1|B, 3BNS|1|A+3BNS|1|B, 2G5K|1|A+2G5K|1|B, 3BNR|1|A+3BNR|1|B, 2O3Y|1|A+2O3Y|1|B, 2O3W|1|A+2O3W|1|B, 3BNQ|1|A+3BNQ|1|B, 4GPY|1|A+4GPY|1|B, 2FQN|1|A+2FQN|1|B, 4GPW|1|A+4GPW|1|B, 3TD0|1|B+3TD0|1|A, 4K31|1|B+4K31|1|C, 3BNR|1|C+3BNR|1|D, 3BNQ|1|C+3BNQ|1|D, 3BNS|1|C+3BNS|1|D, 4WCR|1|A+4WCR|1|B, 1LC4|1|A+1LC4|1|B, 3WRU|1|A+3WRU|1|B, 4WCQ|1|A+4WCQ|1|B, 4WCS|1|A+4WCS|1|B, 2O3X|1|A+2O3X|1|B, 4P20|1|A+4P20|1|B, 4K32|1|A+4K32|1|B, 4GPX|1|A+4GPX|1|B, 4P3S|1|B+4P3S|1|A |
| 394 | NR_3.5_48082.1 Exact match | 4JK0|1|B (4JK0)
| 2.3 Å | 21 | (1) 4JK0|1|B |
| 395 | NR_3.5_58991.1 Exact match Mus musculus | 5F5H|1|D (5F5H)
| 2.2 Å | 21 | (1) 5F5H|1|D |
| 396 | NR_3.5_67439.1 Exact match | 4PQU|1|T (4PQU)
| 2.5 Å | 21 | (6) 4PQU|1|T, 4PQU|1|E, 4PWD|1|T, 4PWD|1|E, 4PUO|1|T, 4PUO|1|E |
| 397 | NR_3.5_68146.1 Exact match | 4K4W|1|F+4K4W|1|G (4K4W)
| 2.7 Å | 21 | (2) 4K4W|1|F+4K4W|1|G, 4K4W|1|B+4K4W|1|C |
| 398 | NR_3.5_72697.1 Exact match | 1T0E|1|A+1T0E|1|C (1T0E)
| 1.7 Å | 21 | (1) 1T0E|1|A+1T0E|1|C |
| 399 | NR_3.5_89230.1 Exact match Mus musculus | 5F5H|1|C (5F5H)
| 2.2 Å | 21 | (1) 5F5H|1|C |
| 400 | NR_3.5_93859.1 Exact match | 4J39|1|B (4J39)
| 1.7 Å | 21 | (2) 4J39|1|B, 4J5V|1|B |
| 401 | NR_3.5_99953.1 Exact match | 1FEU|1|C+1FEU|1|B (1FEU)
| 2.3 Å | 21 | (2) 1FEU|1|C+1FEU|1|B, 1FEU|1|F+1FEU|1|E |
| 402 | NR_3.5_01598.1 Exact match | 1R9F|1|B (1R9F)
| 1.9 Å | 20 | (1) 1R9F|1|B |
| 403 | NR_3.5_10684.1 Exact match | 4LGT|1|E (4LGT)
| 1.3 Å | 20 | (2) 4LGT|1|E, 4LGT|1|F |
| 404 | NR_3.5_15508.1 Exact match | 3TRZ|1|U (3TRZ)
| 2.9 Å | 20 | (6) 3TRZ|1|U, 3TRZ|1|X, 3TRZ|1|W, 3TRZ|1|V, 3TRZ|1|Y, 3TRZ|1|Z |
| 405 | NR_3.5_16758.1 Exact match Mus musculus | 5F5F|1|B (5F5F)
| 3.0 Å | 20 | (3) 5F5F|1|B, 5F5F|1|D, 5F5F|1|H |
| 406 | NR_3.5_16888.1 Exact match Saccharomyces cerevisiae | 3J6B|1|e (3J6B)
| 3.2 Å | 20 | (1) 3J6B|1|e |
| 407 | NR_3.5_22775.1 Exact match | 1URN|1|Q (1URN)
| 1.9 Å | 20 | (3) 1URN|1|Q, 1URN|1|P, 1URN|1|R |
| 408 | NR_3.5_25361.1 Exact match | 4JNX|1|B+4JNX|1|G (4JNX)
| 2.0 Å | 20 | (4) 4JNX|1|B+4JNX|1|G, 4E48|1|A+4E48|1|B, 4E48|1|D, 4JGN|1|E |
| 409 | NR_3.5_39506.1 Exact match Mus musculus | 5F5F|1|F (5F5F)
| 3.0 Å | 20 | (1) 5F5F|1|F |
| 410 | NR_3.5_42973.1 Exact match | 1R9F|1|C (1R9F)
| 1.9 Å | 20 | (1) 1R9F|1|C |
| 411 | NR_3.5_45626.1 Exact match | 4KZ2|1|B+4KZ2|1|A+4KZ2|1|C (4KZ2)
| 3.1 Å | 20 | (1) 4KZ2|1|B+4KZ2|1|A+4KZ2|1|C |
| 412 | NR_3.5_56103.1 Exact match | 361D|1|B (361D)
| 3.0 Å | 20 | (2) 361D|1|B, 361D|1|A |
| 413 | NR_3.5_62068.1 Exact match | 1EGK|1|A (1EGK)
| 3.1 Å | 20 | (2) 1EGK|1|A, 1EGK|1|C |
| 414 | NR_3.5_78931.1 Exact match | 4KNQ|1|B (4KNQ)
| 1.8 Å | 20 | (1) 4KNQ|1|B |
| 415 | NR_3.5_83775.1 Exact match Hepacivirus C | 3TZR|1|A+3TZR|1|B (3TZR)
| 2.2 Å | 20 | (1) 3TZR|1|A+3TZR|1|B |
| 416 | NR_3.5_84937.1 Exact match | 1EC6|1|C (1EC6)
| 2.4 Å | 20 | (2) 1EC6|1|C, 1EC6|1|D |
| 417 | NR_3.5_97312.1 Exact match | 2ZKO|1|C+2ZKO|1|D (2ZKO)
| 1.7 Å | 20 | (2) 2ZKO|1|C+2ZKO|1|D, 2ZI0|1|C+2ZI0|1|D |
| 418 | NR_3.5_98374.1 Exact match | 2I82|1|F (2I82)
| 2.1 Å | 20 | (4) 2I82|1|F, 2I82|1|E, 2I82|1|G, 2I82|1|H |
| 419 | NR_3.5_01597.1 Exact match synthetic construct | 1Q2R|1|E (1Q2R)
| 2.9 Å | 19 | (4) 1Q2R|1|E, 1Q2R|1|F, 1Q2S|1|F, 1Q2S|1|E |
| 420 | NR_3.5_14136.1 Exact match | 1DFU|1|M+1DFU|1|N (1DFU)
| 1.8 Å | 19 | (1) 1DFU|1|M+1DFU|1|N |
| 421 | NR_3.5_16825.1 Exact match | 1F27|1|A (1F27)
| 1.3 Å | 19 | (1) 1F27|1|A |
| 422 | NR_3.5_30317.1 Exact match synthetic construct | 4RWN|1|B+4RWN|1|C (4RWN)
| 2.0 Å | 19 | (4) 4RWN|1|B+4RWN|1|C, 4S3N|1|B+4S3N|1|C, 4RWP|1|B+4RWP|1|C, 4RWO|1|B+4RWO|1|C |
| 423 | NR_3.5_33669.1 Exact match | 4PY5|1|B (4PY5)
| 2.1 Å | 19 | (1) 4PY5|1|B |
| 424 | NR_3.5_37803.1 Exact match | 4K4U|1|F+4K4U|1|G+4K4U|1|H (4K4U)
| 2.9 Å | 19 | (4) 4K4U|1|F+4K4U|1|G+4K4U|1|H, 4K4U|1|B+4K4U|1|C+4K4U|1|D, 4K4V|1|B, 4K4V|1|F |
| 425 | NR_3.5_43251.1 Exact match | 4AY2|1|C (4AY2)
| 2.8 Å | 19 | (1) 4AY2|1|C |
| 426 | NR_3.5_51076.1 Exact match | 1QC0|1|C+1QC0|1|D (1QC0)
| 1.6 Å | 19 | (1) 1QC0|1|C+1QC0|1|D |
| 427 | NR_3.5_55642.1 Exact match | 4KQ0|1|B+4KQ0|1|E (4KQ0)
| 2.1 Å | 19 | (1) 4KQ0|1|B+4KQ0|1|E |
| 428 | NR_3.5_63911.2 Exact match | 3SYW|1|A+3SYW|1|B (3SYW)
| 1.6 Å | 19 | (5) 3SYW|1|A+3SYW|1|B, 3SJ2|1|A+3SJ2|1|B, 4J50|1|A+4J50|1|B, 4YN6|1|A+4YN6|1|B, 3SZX|1|A+3SZX|1|B |
| 429 | NR_3.5_66070.2 Exact match | 4QI2|1|E (4QI2)
| 3.0 Å | 19 | (5) 4QI2|1|E, 4QI2|1|F, 4QI2|1|G, 4QI2|1|H, 4QIK|1|C+4QIK|1|D |
| 430 | NR_3.5_67355.1 Exact match Haloarcula marismortui | 4CS1|1|A (4CS1)
| 2.0 Å | 19 | (2) 4CS1|1|A, 4C40|1|A |
| 431 | NR_3.5_70790.1 Exact match | 4E5C|1|A+4E5C|1|B (4E5C)
| 1.7 Å | 19 | (1) 4E5C|1|A+4E5C|1|B |
| 432 | NR_3.5_78662.1 Exact match | 2AB4|1|B (2AB4)
| 2.4 Å | 19 | (1) 2AB4|1|B |
| 433 | NR_3.5_87252.1 Exact match | 2Y8W|1|B (2Y8W)
| 1.8 Å | 19 | (1) 2Y8W|1|B |
| 434 | NR_3.5_98705.1 Exact match | 2P7E|1|D+2P7E|1|C+2P7E|1|P (2P7E)
| 2.1 Å | 19 | (25) 2P7E|1|D+2P7E|1|C+2P7E|1|P, 2D2K|1|D+2D2K|1|C+2D2K|1|A+2D2K|1|B, 3I2R|1|C, 3I2U|1|C, 3I2Q|1|C, 3CQS|1|C, 3CR1|1|C, 3I2S|1|C, 3GS8|1|D+3GS8|1|C+3GS8|1|A+3GS8|1|B, 1ZFV|1|D+1ZFV|1|C+1ZFV|1|A+1ZFV|1|B, 4G6R|1|D+4G6R|1|C+4G6R|1|A+4G6R|1|B, 2P7D|1|D+2P7D|1|C+2P7D|1|P, 1X9K|1|D+1X9K|1|C+1X9K|1|A+1X9K|1|B, 2NPZ|1|D+2NPZ|1|C+2NPZ|1|A+2NPZ|1|B, 1X9C|1|D+1X9C|1|C+1X9C|1|A+1X9C|1|B, 3GS1|1|D+3GS1|1|C+3GS1|1|A+3GS1|1|B, 2BCZ|1|D+2BCZ|1|C+2BCZ|1|A+2BCZ|1|B, 2NPY|1|D+2NPY|1|C+2NPY|1|A+2NPY|1|B, 2OUE|1|D+2OUE|1|C+2OUE|1|A+2OUE|1|B, 2BCY|1|D+2BCY|1|C+2BCY|1|A+2BCY|1|B, 1ZFT|1|D+1ZFT|1|C+1ZFT|1|A+1ZFT|1|B, 2FGP|1|D+2FGP|1|C+2FGP|1|A+2FGP|1|B, 1ZFX|1|D+1ZFX|1|C+1ZFX|1|A+1ZFX|1|B, 2P7F|1|D+2P7F|1|C+2P7F|1|A+2P7F|1|B, 2D2L|1|D+2D2L|1|C+2D2L|1|A+2D2L|1|B |
| 435 | NR_3.5_99291.1 Exact match | 2QKB|1|C (2QKB)
| 2.4 Å | 19 | (1) 2QKB|1|C |
| 436 | NR_3.5_00536.1 Exact match | 4GHL|1|E (4GHL)
| 2.0 Å | 18 | (2) 4GHL|1|E, 4GHL|1|F |
| 437 | NR_3.5_01810.1 Exact match | 3KS8|1|E+3KS8|1|F (3KS8)
| 2.4 Å | 18 | (1) 3KS8|1|E+3KS8|1|F |
| 438 | NR_3.5_06402.1 Exact match Pseudomonas aeruginosa | 4AL5|1|B (4AL5)
| 2.0 Å | 18 | (2) 4AL5|1|B, 4AL7|1|B |
| 439 | NR_3.5_24738.1 Exact match | 2Y9H|1|H (2Y9H)
| 2.5 Å | 18 | (2) 2Y9H|1|H, 2Y9H|1|D |
| 440 | NR_3.5_25125.1 Exact match | 3GM7|1|G+3GM7|1|H (3GM7)
| 1.6 Å | 18 | (2) 3GM7|1|G+3GM7|1|H, 1ZEV|1|A+1ZEV|1|B |
| 441 | NR_3.5_25585.1 Exact match synthetic construct | 4Z4D|1|B+4Z4D|1|D (4Z4D)
| 1.6 Å | 18 | (12) 4Z4D|1|B+4Z4D|1|D, 4W5O|1|B+4W5O|1|D, 4Z4I|1|B+4Z4I|1|D, 4Z4H|1|B+4Z4H|1|D, 4Z4G|1|B+4Z4G|1|D, 4Z4C|1|B+4Z4C|1|D, 4Z4E|1|B+4Z4E|1|D, 4W5Q|1|B+4W5Q|1|D, 4Z4F|1|B+4Z4F|1|D, 4W5N|1|B, 4W5T|1|B+4W5T|1|D, 4W5R|1|B+4W5R|1|D |
| 442 | NR_3.5_27182.1 Exact match | 4M59|1|D (4M59)
| 2.5 Å | 18 | (2) 4M59|1|D, 4OE1|1|D |
| 443 | NR_3.5_30288.1 Exact match | 4IG8|1|B+4IG8|1|C (4IG8)
| 2.7 Å | 18 | (1) 4IG8|1|B+4IG8|1|C |
| 444 | NR_3.5_33059.1 Exact match Homo sapiens | 4X4U|1|G (4X4U)
| 2.7 Å | 18 | (1) 4X4U|1|G |
| 445 | NR_3.5_38877.1 Exact match | 1KFO|1|A (1KFO)
| 1.6 Å | 18 | (1) 1KFO|1|A |
| 446 | NR_3.5_46586.1 Exact match | 2Y9H|1|J (2Y9H)
| 2.5 Å | 18 | (2) 2Y9H|1|J, 2Y9H|1|L |
| 447 | NR_3.5_51674.1 Exact match | 3BT7|1|D (3BT7)
| 2.4 Å | 18 | (2) 3BT7|1|D, 3BT7|1|C |
| 448 | NR_3.5_52453.1 Exact match | 3OL9|1|J+3OL9|1|N+3OL9|1|K+3OL9|1|O+ 3OL9|1|L+3OL9|1|P (3OL9)
| 2.3 Å | 18 | (13) 3OL9|1|J+3OL9|1|N+3OL9|1|K+3OL9|1|O+ 3OL9|1|L+3OL9|1|P, 3OL6|1|J+3OL6|1|N+3OL6|1|K+3OL6|1|O+ 3OL6|1|L+3OL6|1|P, 3OLB|1|J+3OLB|1|N+3OLB|1|K+3OLB|1|O+ 3OLB|1|L+3OLB|1|P, 3OLB|1|B+3OLB|1|F+3OLB|1|C+3OLB|1|G+ 3OLB|1|D+3OLB|1|H, 3OL7|1|B+3OL7|1|F+3OL7|1|C+3OL7|1|G+ 3OL7|1|D+3OL7|1|H, 3OL9|1|B+3OL9|1|F+3OL9|1|C+3OL9|1|G+ 3OL9|1|D+3OL9|1|H, 3OL6|1|B+3OL6|1|F+3OL6|1|C+3OL6|1|G+ 3OL6|1|D+3OL6|1|H, 3OLA|1|J+3OLA|1|N+3OLA|1|K+3OLA|1|O+ 3OLA|1|L+3OLA|1|P, 3OL8|1|B+3OL8|1|F+3OL8|1|C+3OL8|1|G+ 3OL8|1|D+3OL8|1|H, 3OLA|1|B+3OLA|1|D, 3OLA|1|F+3OLA|1|H, 3OL8|1|J+3OL8|1|N+3OL8|1|K+3OL8|1|O+ 3OL8|1|L+3OL8|1|P, 3OL7|1|J+3OL7|1|N+3OL7|1|K+3OL7|1|O+ 3OL7|1|L+3OL7|1|P |
| 449 | NR_3.5_54156.1 Exact match Homo sapiens | 5EME|1|A (5EME)
| 1.2 Å | 18 | (1) 5EME|1|A |
| 450 | NR_3.5_72322.1 Exact match | 2Y9H|1|F (2Y9H)
| 2.5 Å | 18 | (2) 2Y9H|1|F, 2Y9H|1|B |
| 451 | NR_3.5_72335.1 Exact match | 5MSF|1|R (5MSF)
| 2.8 Å | 18 | (2) 5MSF|1|R, 5MSF|1|S |
| 452 | NR_3.5_73487.1 Exact match | 2QK9|1|B (2QK9)
| 2.6 Å | 18 | (1) 2QK9|1|B |
| 453 | NR_3.5_78183.1 Exact match | 2Y8Y|1|B (2Y8Y)
| 1.4 Å | 18 | (1) 2Y8Y|1|B |
| 454 | NR_3.5_83715.1 Exact match synthetic construct | 5DV7|1|A+5DV7|1|B (5DV7)
| 3.5 Å | 18 | (1) 5DV7|1|A+5DV7|1|B |
| 455 | NR_3.5_04268.1 Exact match Panicum mosaic virus | 4V99|1|C2 (4V99)
| 2.9 Å | 17 | (120) 4V99|1|C2, 4V99|1|Ec, 4V99|1|FD, 4V99|1|Ac, 4V99|1|AX, 4V99|1|GX, 4V99|1|FI, 4V99|1|Bh, 4V99|1|AN, 4V99|1|F7, 4V99|1|CS, 4V99|1|Ch, 4V99|1|AS, 4V99|1|Am, 4V99|1|DS, 4V99|1|Dc, 4V99|1|Jw, 4V99|1|Eh, 4V99|1|Bw, 4V99|1|Fw, 4V99|1|HS, 4V99|1|HX, 4V99|1|B7, 4V99|1|E7, 4V99|1|Aw, 4V99|1|FS, 4V99|1|Bc, 4V99|1|Bm, 4V99|1|ED, 4V99|1|EN, 4V99|1|Ic, 4V99|1|BN, 4V99|1|Em, 4V99|1|AI, 4V99|1|Er, 4V99|1|JD, 4V99|1|G7, 4V99|1|G2, 4V99|1|Iw, 4V99|1|EX, 4V99|1|HI, 4V99|1|Jh, 4V99|1|Jr, 4V99|1|B2, 4V99|1|D2, 4V99|1|DD, 4V99|1|BX, 4V99|1|Ah, 4V99|1|EI, 4V99|1|Gr, 4V99|1|Ir, 4V99|1|ES, 4V99|1|Br, 4V99|1|Cw, 4V99|1|I2, 4V99|1|C7, 4V99|1|D7, 4V99|1|Hr, 4V99|1|GS, 4V99|1|I7, 4V99|1|BI, 4V99|1|Fh, 4V99|1|Hc, 4V99|1|Dw, 4V99|1|Gc, 4V99|1|BS, 4V99|1|Jc, 4V99|1|Dm, 4V99|1|Ew, 4V99|1|Ar, 4V99|1|Cr, 4V99|1|CN, 4V99|1|IX, 4V99|1|IN, 4V99|1|J7, 4V99|1|E2, 4V99|1|DI, 4V99|1|Jm, 4V99|1|DN, 4V99|1|Cc, 4V99|1|BD, 4V99|1|FX, 4V99|1|DX, 4V99|1|AD, 4V99|1|Ih, 4V99|1|A2, 4V99|1|JX, 4V99|1|HD, 4V99|1|JN, 4V99|1|CI, 4V99|1|Fr, 4V99|1|CX, 4V99|1|CD, 4V99|1|Cm, 4V99|1|HN, 4V99|1|H7, 4V99|1|II, 4V99|1|H2, 4V99|1|Im, 4V99|1|Fm, 4V99|1|F2, 4V99|1|Fc, 4V99|1|GI, 4V99|1|A7, 4V99|1|Gh, 4V99|1|ID, 4V99|1|Hm, 4V99|1|Hh, 4V99|1|GN, 4V99|1|JI, 4V99|1|Dr, 4V99|1|FN, 4V99|1|Hw, 4V99|1|Gw, 4V99|1|J2, 4V99|1|GD, 4V99|1|Dh, 4V99|1|JS, 4V99|1|IS, 4V99|1|Gm |
| 456 | NR_3.5_05984.1 Exact match | 1JBT|1|D (1JBT)
| 2.7 Å | 17 | (4) 1JBT|1|D, 1JBT|1|C, 1JBS|1|C, 1JBS|1|D |
| 457 | NR_3.5_06683.1 Exact match | 4NGF|1|G+4NGF|1|H (4NGF)
| 3.1 Å | 17 | (2) 4NGF|1|G+4NGF|1|H, 4NGF|1|E+4NGF|1|F |
| 458 | NR_3.5_09443.1 Exact match | 4K4T|1|F+4K4T|1|G+4K4T|1|H (4K4T)
| 2.8 Å | 17 | (2) 4K4T|1|F+4K4T|1|G+4K4T|1|H, 4K4T|1|B+4K4T|1|C+4K4T|1|D |
| 459 | NR_3.5_10920.1 Exact match Homo sapiens | 4ZLD|1|B (4ZLD)
| 1.6 Å | 17 | (1) 4ZLD|1|B |
| 460 | NR_3.5_15533.1 Exact match | 2Y9H|1|N (2Y9H)
| 2.5 Å | 17 | (2) 2Y9H|1|N, 2Y9H|1|P |
| 461 | NR_3.5_17333.1 Exact match | 4V50|1|CW (4V50)
| 3.2 Å | 17 | (2) 4V50|1|CW, 4V50|1|AW |
| 462 | NR_3.5_23218.1 Exact match | 3QRR|1|B (3QRR)
| 3.1 Å | 17 | (1) 3QRR|1|B |
| 463 | NR_3.5_26846.1 Exact match | 1JBR|1|C+1JBR|1|F (1JBR)
| 2.2 Å | 17 | (1) 1JBR|1|C+1JBR|1|F |
| 464 | NR_3.5_29353.1 Exact match | 4QQB|1|P (4QQB)
| 2.8 Å | 17 | (2) 4QQB|1|P, 4QQB|1|C |
| 465 | NR_3.5_31263.1 Exact match | 4ILL|1|R (4ILL)
| 2.5 Å | 17 | (2) 4ILL|1|R, 4ILL|1|C |
| 466 | NR_3.5_33835.1 Exact match Escherichia coli | 2JLT|1|A (2JLT)
| 2.9 Å | 17 | (1) 2JLT|1|A |
| 467 | NR_3.5_41718.1 Exact match | 4KYY|1|A+4KYY|1|B (4KYY)
| 2.4 Å | 17 | (1) 4KYY|1|A+4KYY|1|B |
| 468 | NR_3.5_43622.1 Exact match Homo sapiens | 1E7K|1|C (1E7K)
| 2.9 Å | 17 | (2) 1E7K|1|C, 1E7K|1|D |
| 469 | NR_3.5_54661.1 Exact match | 2GJW|1|I+2GJW|1|J+2GJW|1|L (2GJW)
| 2.9 Å | 17 | (2) 2GJW|1|I+2GJW|1|J+2GJW|1|L, 2GJW|1|E+2GJW|1|F+2GJW|1|H |
| 470 | NR_3.5_70994.1 Exact match | 4K4S|1|B+4K4S|1|F+4K4S|1|C+4K4S|1|G+ 4K4S|1|D+4K4S|1|H (4K4S)
| 2.4 Å | 17 | (1) 4K4S|1|B+4K4S|1|F+4K4S|1|C+4K4S|1|G+ 4K4S|1|D+4K4S|1|H |
| 471 | NR_3.5_73746.1 Exact match | 2OE5|1|B+2OE5|1|A (2OE5)
| 1.5 Å | 17 | (1) 2OE5|1|B+2OE5|1|A |
| 472 | NR_3.5_75945.1 Exact match | 2OE8|1|B+2OE8|1|A (2OE8)
| 1.8 Å | 17 | (2) 2OE8|1|B+2OE8|1|A, 2OE6|1|B+2OE6|1|A |
| 473 | NR_3.5_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 |
| 474 | NR_3.5_91413.1 Exact match | 4OL8|1|C (4OL8)
| 3.1 Å | 17 | (2) 4OL8|1|C, 4OL8|1|G |
| 475 | NR_3.5_95556.4 Exact match synthetic construct | 4V90|1|AV (4V90)
| 3.0 Å | 17 | (6) 4V90|1|AV, 4WT8|1|D3, 4V5A|1|AV+4V5A|1|AX, 4V5A|1|CV+4V5A|1|CX, 4WT8|1|C3, 4WT8|1|C2 |
| 476 | NR_3.5_02070.1 Exact match Senecavirus A | 5CNR|1|A+5CNR|1|B (5CNR)
| 2.6 Å | 16 | (2) 5CNR|1|A+5CNR|1|B, 5CNR|1|E+5CNR|1|F |
| 477 | NR_3.5_04426.1 Exact match | 4NHA|1|B (4NHA)
| 3.4 Å | 16 | (1) 4NHA|1|B |
| 478 | NR_3.5_06970.1 Exact match | 4GG4|1|H (4GG4)
| 2.5 Å | 16 | (1) 4GG4|1|H |
| 479 | NR_3.5_12687.1 Exact match synthetic construct | 4RBZ|1|A (4RBZ)
| 1.2 Å | 16 | (1) 4RBZ|1|A |
| 480 | NR_3.5_13485.1 Exact match | 1U1Y|1|R (1U1Y)
| 2.9 Å | 16 | (2) 1U1Y|1|R, 1U1Y|1|S |
| 481 | NR_3.5_19147.1 Exact match | 1T0D|1|C+1T0D|1|D (1T0D)
| 2.2 Å | 16 | (2) 1T0D|1|C+1T0D|1|D, 1T0D|1|A+1T0D|1|B |
| 482 | NR_3.5_29002.1 Exact match unidentified influenza virus | 4WSB|1|V+4WSB|1|R (4WSB)
| 2.7 Å | 16 | (1) 4WSB|1|V+4WSB|1|R |
| 483 | NR_3.5_29649.1 Exact match | 3ND3|1|A (3ND3)
| 1.4 Å | 16 | (1) 3ND3|1|A |
| 484 | NR_3.5_32676.1 Exact match | 2F8K|1|B (2F8K)
| 2.0 Å | 16 | (1) 2F8K|1|B |
| 485 | NR_3.5_33763.1 Exact match | 3D0M|1|X (3D0M)
| 2.0 Å | 16 | (1) 3D0M|1|X |
| 486 | NR_3.5_35629.1 Exact match | 2O5I|1|Y (2O5I)
| 2.5 Å | 16 | (6) 2O5I|1|Y, 2O5J|1|H, 2O5I|1|H, 2O5J|1|Y, 2PPB|1|Y, 2PPB|1|H |
| 487 | NR_3.5_39705.1 Exact match | 1R3E|1|C (1R3E)
| 2.1 Å | 16 | (2) 1R3E|1|C, 1R3E|1|D+1R3E|1|E |
| 488 | NR_3.5_41594.1 Exact match | 4ILM|1|C (4ILM)
| 3.1 Å | 16 | (8) 4ILM|1|C, 4ILM|1|K, 4ILM|1|R, 4ILM|1|E, 4ILM|1|M, 4ILM|1|G, 4ILM|1|I, 4ILM|1|O |
| 489 | NR_3.5_43274.1 Exact match Senecavirus A | 4P97|1|A+4P97|1|B (4P97)
| 1.9 Å | 16 | (2) 4P97|1|A+4P97|1|B, 4P97|1|C+4P97|1|D |
| 490 | NR_3.5_47141.1 Exact match synthetic construct | 4RC0|1|A (4RC0)
| 1.1 Å | 16 | (1) 4RC0|1|A |
| 491 | NR_3.5_51034.1 Exact match | 4HKQ|1|E (4HKQ)
| 3.0 Å | 16 | (1) 4HKQ|1|E |
| 492 | NR_3.5_51266.1 Exact match | 1ZDK|1|S (1ZDK)
| 2.9 Å | 16 | (36) 1ZDK|1|S, 2C4Z|1|R, 2C4Y|1|R, 2C4Q|1|R, 2BU1|1|R, 2C4Q|1|S, 2BU1|1|S, 2C4Z|1|S, 2IZ9|1|R, 2BQ5|1|S, 2BNY|1|R, 2C51|1|R, 2C4Y|1|S, 2BQ5|1|R, 1ZDI|1|R, 2IZ8|1|R, 1AQ3|1|R, 1AQ4|1|R, 2B2G|1|R, 2B2E|1|R, 1ZDH|1|R, 2IZM|1|R, 1ZDI|1|S, 1ZDH|1|S, 2IZM|1|S, 2IZ8|1|S, 2BNY|1|S, 2C50|1|S, 2C51|1|S, 2C50|1|R, 1AQ4|1|S, 2IZ9|1|S, 2B2E|1|S, 2B2G|1|S, 1ZDK|1|R, 1AQ3|1|S |
| 493 | NR_3.5_52445.1 Exact match La Crosse orthobunyavirus | 5AMR|1|B+5AMR|1|C (5AMR)
| 2.6 Å | 16 | (2) 5AMR|1|B+5AMR|1|C, 5AMQ|1|B+5AMQ|1|c |
| 494 | NR_3.5_58318.1 Exact match | 406D|1|A+406D|1|E (406D)
| 1.8 Å | 16 | (1) 406D|1|A+406D|1|E |
| 495 | NR_3.5_61892.1 Exact match | 4QIL|1|C (4QIL)
| 2.9 Å | 16 | (2) 4QIL|1|C, 4QIL|1|D |
| 496 | NR_3.5_72481.1 Exact match | 4KJI|1|C (4KJI)
| 3.2 Å | 16 | (2) 4KJI|1|C, 4KJI|1|D |
| 497 | NR_3.5_74336.1 Exact match | 1ZBH|1|F (1ZBH)
| 3.0 Å | 16 | (2) 1ZBH|1|F, 1ZBH|1|E |
| 498 | NR_3.5_81203.1 Exact match | 4K4Z|1|J+4K4Z|1|K+4K4Z|1|L (4K4Z)
| 2.2 Å | 16 | (12) 4K4Z|1|J+4K4Z|1|K+4K4Z|1|L, 4K4Y|1|B+4K4Y|1|D, 4K4Z|1|F+4K4Z|1|G+4K4Z|1|H, 4K4Y|1|J+4K4Y|1|L, 4K4Z|1|B+4K4Z|1|C+4K4Z|1|D, 4K4Y|1|F+4K4Y|1|H, 4K4Y|1|N+4K4Y|1|P, 4K4Z|1|N+4K4Z|1|O+4K4Z|1|P, 4K4X|1|B+4K4X|1|C+4K4X|1|D, 4K4X|1|F+4K4X|1|G+4K4X|1|H, 4K4X|1|J+4K4X|1|K+4K4X|1|L, 4K4X|1|N+4K4X|1|O+4K4X|1|P |
| 499 | NR_3.5_82939.1 Exact match | 3ND4|1|A (3ND4)
| 1.5 Å | 16 | (1) 3ND4|1|A |
| 500 | NR_3.5_89129.1 Exact match | 1Z7F|1|B+1Z7F|1|C (1Z7F)
| 2.1 Å | 16 | (1) 1Z7F|1|B+1Z7F|1|C |
| 501 | NR_3.5_95734.1 Exact match Thermus thermophilus | 4B3R|1|Z+4B3R|1|W (4B3R)
| 3.0 Å | 16 | (4) 4B3R|1|Z+4B3R|1|W, 4B3M|1|Z+4B3M|1|W, 4B3T|1|Z+4B3T|1|W, 4B3S|1|Z+4B3S|1|W |
| 502 | NR_3.5_07779.1 Exact match | 1NUV|1|A+1NUV|1|B (1NUV)
| 1.8 Å | 15 | (5) 1NUV|1|A+1NUV|1|B, 1NUV|1|G+1NUV|1|H, 429D|1|A+429D|1|B, 1NUJ|1|A+1NUJ|1|B, 1NUJ|1|G+1NUJ|1|H |
| 503 | NR_3.5_10487.1 Exact match | 4NFQ|1|A (4NFQ)
| 1.7 Å | 15 | (7) 4NFQ|1|A, 4NFQ|1|B+4NFQ|1|C, 4NFO|1|A, 4NFP|1|B+4NFP|1|C, 4NFP|1|A, 4NFO|1|B+4NFO|1|C, 1YZD|1|C |
| 504 | NR_3.5_12147.1 Exact match | 3HK2|1|F (3HK2)
| 2.8 Å | 15 | (5) 3HK2|1|F, 3HK2|1|D, 3HM9|1|Y, 3HVR|1|D, 3HVR|1|N |
| 505 | NR_3.5_16585.1 Exact match | 3PO2|1|P (3PO2)
| 3.3 Å | 15 | (1) 3PO2|1|P |
| 506 | NR_3.5_33125.1 Exact match | 4NH6|1|B (4NH6)
| 2.6 Å | 15 | (1) 4NH6|1|B |
| 507 | NR_3.5_33604.1 Exact match | 1ZZ5|1|A+1ZZ5|1|C+1ZZ5|1|B+1ZZ5|1|D (1ZZ5)
| 3.0 Å | 15 | (2) 1ZZ5|1|A+1ZZ5|1|C+1ZZ5|1|B+1ZZ5|1|D, 2A04|1|A+2A04|1|C+2A04|1|B+2A04|1|D |
| 508 | NR_3.5_38795.1 Exact match | 1YZD|1|A+1YZD|1|B (1YZD)
| 2.4 Å | 15 | (1) 1YZD|1|A+1YZD|1|B |
| 509 | NR_3.5_43988.1 Exact match Homo sapiens | 5EMF|1|A (5EMF)
| 1.1 Å | 15 | (1) 5EMF|1|A |
| 510 | NR_3.5_44916.1 Exact match | 3HJF|1|Y (3HJF)
| 3.1 Å | 15 | (1) 3HJF|1|Y |
| 511 | NR_3.5_45442.1 Exact match | 397D|1|A+397D|1|B (397D)
| 1.3 Å | 15 | (1) 397D|1|A+397D|1|B |
| 512 | NR_3.5_47291.1 Exact match | 1T0K|1|D+1T0K|1|C (1T0K)
| 3.2 Å | 15 | (1) 1T0K|1|D+1T0K|1|C |
| 513 | NR_3.5_51779.1 Exact match | 1Z7F|1|A (1Z7F)
| 2.1 Å | 15 | (6) 1Z7F|1|A, 405D|1|A+405D|1|B, 1Z79|1|A+1Z79|1|B, 1YY0|1|A+1YY0|1|B, 1Z79|1|C, 1YY0|1|C |
| 514 | NR_3.5_53157.1 Exact match | 1CSL|1|B+1CSL|1|A (1CSL)
| 1.6 Å | 15 | (1) 1CSL|1|B+1CSL|1|A |
| 515 | NR_3.5_56975.1 Exact match synthetic construct | 5CKI|1|D (5CKI)
| 3.0 Å | 15 | (2) 5CKI|1|D, 5CKK|1|D |
| 516 | NR_3.5_62747.1 Exact match Flock House virus | 4FTB|1|R (4FTB)
| 2.7 Å | 15 | (1) 4FTB|1|R |
| 517 | NR_3.5_65600.1 Exact match Pseudomonas aeruginosa | 2XLK|1|C (2XLK)
| 1.8 Å | 15 | (5) 2XLK|1|C, 2XLK|1|D, 2XLI|1|B, 2XLJ|1|B, 4AL6|1|B |
| 518 | NR_3.5_68126.1 Exact match | 2H1M|1|A+2H1M|1|B (2H1M)
| 2.9 Å | 15 | (2) 2H1M|1|A+2H1M|1|B, 420D|1|A+420D|1|B |
| 519 | NR_3.5_73551.1 Exact match | 1SDS|1|D (1SDS)
| 1.8 Å | 15 | (3) 1SDS|1|D, 1SDS|1|E, 1SDS|1|F |
| 520 | NR_3.5_75028.1 Exact match Escherichia virus MS2 | 2IZN|1|R (2IZN)
| 2.6 Å | 15 | (2) 2IZN|1|R, 2IZN|1|S |
| 521 | NR_3.5_76733.1 Exact match | 3DD2|1|B (3DD2)
| 1.9 Å | 15 | (1) 3DD2|1|B |
| 522 | NR_3.5_80680.1 Exact match | 3R1D|1|E (3R1D)
| 1.5 Å | 15 | (1) 3R1D|1|E |
| 523 | NR_3.5_80882.1 Exact match Homo sapiens | 4Z31|1|E (4Z31)
| 2.5 Å | 15 | (2) 4Z31|1|E, 4Z31|1|F |
| 524 | NR_3.5_87784.1 Exact match | 1ZX7|1|C+1ZX7|1|E+1ZX7|1|D+1ZX7|1|F (1ZX7)
| 2.2 Å | 15 | (2) 1ZX7|1|C+1ZX7|1|E+1ZX7|1|D+1ZX7|1|F, 1ZX7|1|A+1ZX7|1|G+1ZX7|1|B+1ZX7|1|H |
| 525 | NR_3.5_93219.1 Exact match | 2AZ0|1|C+2AZ0|1|D (2AZ0)
| 2.6 Å | 15 | (2) 2AZ0|1|C+2AZ0|1|D, 2AZ2|1|C+2AZ2|1|D |
| 526 | NR_3.5_98916.1 Exact match | 3CZW|1|X (3CZW)
| 1.4 Å | 15 | (1) 3CZW|1|X |
| 527 | NR_3.5_99371.1 Exact match Spodoptera frugiperda | 4FTS|1|R (4FTS)
| 3.2 Å | 15 | (2) 4FTS|1|R, 4FTE|1|R |
| 528 | NR_3.5_99963.1 Exact match | 1IBL|1|Y+1IBL|1|Z (1IBL)
| 3.1 Å | 15 | (4) 1IBL|1|Y+1IBL|1|Z, 1IBM|1|Y+1IBM|1|Z, 4DR5|1|W+4DR5|1|V, 4AQY|1|Z+4AQY|1|W |
| 529 | NR_3.5_00747.1 Exact match | 4H5P|1|F (4H5P)
| 2.2 Å | 14 | (2) 4H5P|1|F, 4H5P|1|E |
| 530 | NR_3.5_00896.1 Exact match | 2BX2|1|R (2BX2)
| 2.9 Å | 14 | (1) 2BX2|1|R |
| 531 | NR_3.5_03202.1 Exact match | 1TFY|1|H+1TFY|1|E (1TFY)
| 3.2 Å | 14 | (2) 1TFY|1|H+1TFY|1|E, 1TFY|1|I+1TFY|1|F |
| 532 | NR_3.5_09827.1 Exact match | 3AVY|1|T+3AVY|1|G (3AVY)
| 2.6 Å | 14 | (1) 3AVY|1|T+3AVY|1|G |
| 533 | NR_3.5_10136.1 Exact match | 4DB2|1|I+4DB2|1|J (4DB2)
| 3.2 Å | 14 | (3) 4DB2|1|I+4DB2|1|J, 4DB2|1|E+4DB2|1|F, 4DB2|1|H+4DB2|1|G |
| 534 | NR_3.5_13358.1 Exact match Thermus thermophilus | 1N32|1|Y+1N32|1|Z (1N32)
| 3.0 Å | 14 | (1) 1N32|1|Y+1N32|1|Z |
| 535 | NR_3.5_13685.1 Exact match unidentified | 4PMW|1|D (4PMW)
| 3.0 Å | 14 | (2) 4PMW|1|D, 4PMW|1|C |
| 536 | NR_3.5_13929.1 Exact match | 3CR1|1|A (3CR1)
| 2.3 Å | 14 | (2) 3CR1|1|A, 3CQS|1|A |
| 537 | NR_3.5_14903.1 Exact match Methanococcus maripaludis | 4Z7L|1|I (4Z7L)
| 3.5 Å | 14 | (3) 4Z7L|1|I, 4Z7L|1|F, 4Z7L|1|C |
| 538 | NR_3.5_19413.1 Exact match | 2I91|1|F+2I91|1|E (2I91)
| 2.7 Å | 14 | (2) 2I91|1|F+2I91|1|E, 2I91|1|D+2I91|1|C |
| 539 | NR_3.5_20306.1 Exact match synthetic construct | 4ZLR|1|C (4ZLR)
| 2.3 Å | 14 | (1) 4ZLR|1|C |
| 540 | NR_3.5_24974.1 Exact match | 1DUQ|1|B+1DUQ|1|A (1DUQ)
| 2.1 Å | 14 | (4) 1DUQ|1|B+1DUQ|1|A, 1DUQ|1|D+1DUQ|1|C, 1DUQ|1|F+1DUQ|1|E, 1DUQ|1|H+1DUQ|1|G |
| 541 | NR_3.5_31286.1 Exact match | 6MSF|1|R (6MSF)
| 2.8 Å | 14 | (1) 6MSF|1|R |
| 542 | NR_3.5_39003.1 Exact match | 1MHK|1|L+1MHK|1|S (1MHK)
| 2.5 Å | 14 | (1) 1MHK|1|L+1MHK|1|S |
| 543 | NR_3.5_39301.1 Exact match Spodoptera frugiperda | 4FSJ|1|R (4FSJ)
| 3.5 Å | 14 | (1) 4FSJ|1|R |
| 544 | NR_3.5_40560.1 Exact match | 3OIN|1|C (3OIN)
| 1.9 Å | 14 | (3) 3OIN|1|C, 3OIJ|1|D, 3OIJ|1|C |
| 545 | NR_3.5_42126.1 Exact match | 2B3J|1|E (2B3J)
| 2.0 Å | 14 | (3) 2B3J|1|E, 2B3J|1|F, 2B3J|1|H |
| 546 | NR_3.5_46866.1 Exact match synthetic construct | 4BWM|1|G (4BWM)
| 1.8 Å | 14 | (1) 4BWM|1|G |
| 547 | NR_3.5_51826.1 Exact match | 1RNA|1|A+1RNA|1|B (1RNA)
| 2.3 Å | 14 | (1) 1RNA|1|A+1RNA|1|B |
| 548 | NR_3.5_53884.1 Exact match | 3O7V|1|A (3O7V)
| 2.1 Å | 14 | (3) 3O7V|1|A, 3O3I|1|A, 3O6E|1|A |
| 549 | NR_3.5_55785.1 Exact match | 4M59|1|C (4M59)
| 2.5 Å | 14 | (2) 4M59|1|C, 4OE1|1|C |
| 550 | NR_3.5_56203.1 Exact match synthetic construct | 5I4A|1|D (5I4A)
| 2.0 Å | 14 | (2) 5I4A|1|D, 5I4A|1|B |
| 551 | NR_3.5_56893.1 Exact match | 3P59|1|E+3P59|1|A+3P59|1|C+3P59|1|G+ 3P59|1|B+3P59|1|D+3P59|1|F+3P59|1|H (3P59)
| 2.2 Å | 14 | (1) 3P59|1|E+3P59|1|A+3P59|1|C+3P59|1|G+ 3P59|1|B+3P59|1|D+3P59|1|F+3P59|1|H |
| 552 | NR_3.5_57733.1 Exact match | 4H8K|1|C (4H8K)
| 2.3 Å | 14 | (7) 4H8K|1|C, 2QKK|1|G, 2QKK|1|O, 2QKK|1|T, 2QKK|1|C, 2QKK|1|K, 2QKK|1|X |
| 553 | NR_3.5_60411.1 Exact match | 7MSF|1|R (7MSF)
| 2.8 Å | 14 | (2) 7MSF|1|R, 7MSF|1|S |
| 554 | NR_3.5_73713.1 Exact match Homo sapiens | 4Z31|1|C+4Z31|1|D (4Z31)
| 2.5 Å | 14 | (1) 4Z31|1|C+4Z31|1|D |
| 555 | NR_3.5_74156.1 Exact match Influenza B virus | 4WRT|1|V+4WRT|1|R (4WRT)
| 2.7 Å | 14 | (2) 4WRT|1|V+4WRT|1|R, 4WSA|1|V+4WSA|1|R |
| 556 | NR_3.5_75055.1 Exact match synthetic construct | 5FLM|1|P (5FLM)
| 3.4 Å | 14 | (1) 5FLM|1|P |
| 557 | NR_3.5_78685.1 Exact match | 4NH5|1|B (4NH5)
| 2.6 Å | 14 | (1) 4NH5|1|B |
| 558 | NR_3.5_88847.1 Exact match Homo sapiens | 4F3T|1|R (4F3T)
| 2.3 Å | 14 | (1) 4F3T|1|R |
| 559 | NR_3.5_90819.1 Exact match | 413D|1|A (413D)
| 1.8 Å | 14 | (1) 413D|1|A |
| 560 | NR_3.5_91365.1 Exact match Thermus thermophilus | 4C8Z|1|C (4C8Z)
| 2.5 Å | 14 | (1) 4C8Z|1|C |
| 561 | NR_3.5_99184.1 Exact match | 433D|1|A+433D|1|B (433D)
| 2.1 Å | 14 | (1) 433D|1|A+433D|1|B |
| 562 | NR_3.5_08416.1 Exact match | 1QBP|1|A+1QBP|1|B (1QBP)
| 2.1 Å | 13 | (3) 1QBP|1|A+1QBP|1|B, 1QBP|1|C+1QBP|1|D, 1QBP|1|E+1QBP|1|F |
| 563 | NR_3.5_10796.1 Exact match | 1BR3|1|A (1BR3)
| 3.0 Å | 13 | (1) 1BR3|1|A |
| 564 | NR_3.5_12093.1 Exact match | 1TFW|1|G+1TFW|1|J (1TFW)
| 2.2 Å | 13 | (1) 1TFW|1|G+1TFW|1|J |
| 565 | NR_3.5_14518.1 Exact match | 1FUF|1|A+1FUF|1|B (1FUF)
| 1.7 Å | 13 | (2) 1FUF|1|A+1FUF|1|B, 1IK5|1|A+1IK5|1|B |
| 566 | NR_3.5_15462.1 Exact match | 4NGG|1|B (4NGG)
| 2.6 Å | 13 | (1) 4NGG|1|B |
| 567 | NR_3.5_16044.1 Exact match | 1I9X|1|A+1I9X|1|B (1I9X)
| 2.2 Å | 13 | (1) 1I9X|1|A+1I9X|1|B |
| 568 | NR_3.5_17852.1 Exact match | 3CGR|1|B+3CGR|1|A (3CGR)
| 2.1 Å | 13 | (1) 3CGR|1|B+3CGR|1|A |
| 569 | NR_3.5_18955.1 Exact match | 3I2S|1|A (3I2S)
| 2.8 Å | 13 | (4) 3I2S|1|A, 3I2R|1|A, 3I2U|1|A, 3I2Q|1|A |
| 570 | NR_3.5_22223.1 Exact match | 3CGP|1|B+3CGP|1|A (3CGP)
| 1.6 Å | 13 | (2) 3CGP|1|B+3CGP|1|A, 3CGQ|1|B+3CGQ|1|A |
| 571 | NR_3.5_26402.1 Exact match | 2NUG|1|E+2NUG|1|F+2NUG|1|C+2NUG|1|D (2NUG)
| 1.7 Å | 13 | (1) 2NUG|1|E+2NUG|1|F+2NUG|1|C+2NUG|1|D |
| 572 | NR_3.5_31288.1 Exact match | 4C8Y|1|C (4C8Y)
| 1.8 Å | 13 | (1) 4C8Y|1|C |
| 573 | NR_3.5_46216.1 Exact match | 3CGS|1|B+3CGS|1|A (3CGS)
| 1.7 Å | 13 | (1) 3CGS|1|B+3CGS|1|A |
| 574 | NR_3.5_49890.1 Exact match | 1NUV|1|E+1NUV|1|F (1NUV)
| 1.8 Å | 13 | (5) 1NUV|1|E+1NUV|1|F, 1NUV|1|C+1NUV|1|D, 1NUJ|1|C+1NUJ|1|D, 1NUJ|1|E+1NUJ|1|F, 429D|1|C+429D|1|D |
| 575 | NR_3.5_50652.1 Exact match synthetic construct | 4RBY|1|A (4RBY)
| 1.2 Å | 13 | (1) 4RBY|1|A |
| 576 | NR_3.5_51980.1 Exact match | 3AVX|1|T+3AVX|1|G (3AVX)
| 2.4 Å | 13 | (1) 3AVX|1|T+3AVX|1|G |
| 577 | NR_3.5_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 |
| 578 | NR_3.5_61988.1 Exact match | 3OG8|1|C+3OG8|1|D (3OG8)
| 2.4 Å | 13 | (2) 3OG8|1|C+3OG8|1|D, 3LRN|1|C+3LRN|1|D |
| 579 | NR_3.5_65598.1 Exact match | 1TFW|1|H+1TFW|1|E (1TFW)
| 2.2 Å | 13 | (2) 1TFW|1|H+1TFW|1|E, 1TFW|1|I+1TFW|1|F |
| 580 | NR_3.5_73378.1 Exact match | 4NH3|1|B (4NH3)
| 2.6 Å | 13 | (1) 4NH3|1|B |
| 581 | NR_3.5_81464.1 Exact match | 2GJE|1|R (2GJE)
| 3.4 Å | 13 | (1) 2GJE|1|R |
| 582 | NR_3.5_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 |
| 583 | NR_3.5_96380.1 Exact match Escherichia coli | 2IX1|1|B (2IX1)
| 2.7 Å | 13 | (1) 2IX1|1|B |
| 584 | NR_3.5_96977.1 Exact match | 3MQK|1|D+3MQK|1|E (3MQK)
| 2.8 Å | 13 | (1) 3MQK|1|D+3MQK|1|E |
| 585 | NR_3.5_98573.1 Exact match synthetic construct | 4Z0C|1|C (4Z0C)
| 2.3 Å | 13 | (2) 4Z0C|1|C, 4Z0C|1|B |
| 586 | NR_3.5_00518.1 Exact match synthetic construct | 5I9G|1|A (5I9G)
| 2.3 Å | 12 | (1) 5I9G|1|A |
| 587 | NR_3.5_02622.1 Exact match | 4GHA|1|I+4GHA|1|J (4GHA)
| 2.5 Å | 12 | (3) 4GHA|1|I+4GHA|1|J, 4LG2|1|E+4LG2|1|F, 4LG2|1|I+4LG2|1|J |
| 588 | NR_3.5_03445.1 Exact match | 1QVF|1|3 (1QVF)
| 3.1 Å | 12 | (1) 1QVF|1|3 |
| 589 | NR_3.5_06457.1 Exact match | 422D|1|A+422D|1|B (422D)
| 2.6 Å | 12 | (1) 422D|1|A+422D|1|B |
| 590 | NR_3.5_09952.1 Exact match | 1B7F|1|Q (1B7F)
| 2.6 Å | 12 | (1) 1B7F|1|Q |
| 591 | NR_3.5_11791.1 Exact match | 3BSU|1|D (3BSU)
| 2.1 Å | 12 | (6) 3BSU|1|D, 3BSU|1|I, 4WKJ|1|A, 4WKJ|1|C, 4WKJ|1|G, 4WKJ|1|D |
| 592 | NR_3.5_12608.1 Exact match Aquifex aeolicus | 3R2D|1|R+3R2D|1|S (3R2D)
| 2.2 Å | 12 | (1) 3R2D|1|R+3R2D|1|S |
| 593 | NR_3.5_13759.1 Exact match synthetic construct | 4EYA|1|g+4EYA|1|h (4EYA)
| 3.2 Å | 12 | (2) 4EYA|1|g+4EYA|1|h, 4EYA|1|s+4EYA|1|t |
| 594 | NR_3.5_15820.1 Exact match synthetic construct | 4EYA|1|e+4EYA|1|f (4EYA)
| 3.2 Å | 12 | (2) 4EYA|1|e+4EYA|1|f, 4EYA|1|q+4EYA|1|r |
| 595 | NR_3.5_17580.1 Exact match | 4JRT|1|A+4JRT|1|B (4JRT)
| 2.6 Å | 12 | (1) 4JRT|1|A+4JRT|1|B |
| 596 | NR_3.5_17726.1 Exact match | 2Q1R|1|A (2Q1R)
| 1.1 Å | 12 | (2) 2Q1R|1|A, 157D|1|A+157D|1|B |
| 597 | NR_3.5_19715.1 Exact match | 255D|1|A (255D)
| 2.0 Å | 12 | (1) 255D|1|A |
| 598 | NR_3.5_24161.1 Exact match Spodoptera frugiperda | 4KXT|1|B (4KXT)
| 2.3 Å | 12 | (1) 4KXT|1|B |
| 599 | NR_3.5_24746.1 Exact match | 1YYW|1|I+1YYW|1|J (1YYW)
| 2.8 Å | 12 | (4) 1YYW|1|I+1YYW|1|J, 1YYW|1|E+1YYW|1|F, 1YYW|1|G+1YYW|1|H, 1YYW|1|K+1YYW|1|L |
| 600 | NR_3.5_26032.1 Exact match | 3F73|1|H (3F73)
| 3.0 Å | 12 | (3) 3F73|1|H, 3F73|1|Y, 3HXM|1|Y |
| 601 | NR_3.5_28532.1 Exact match | 2ATW|1|B (2ATW)
| 2.3 Å | 12 | (2) 2ATW|1|B, 2ATW|1|D |
| 602 | NR_3.5_30196.1 Exact match Tetrahymena thermophila | 5C9H|1|C+5C9H|1|D (5C9H)
| 3.0 Å | 12 | (1) 5C9H|1|C+5C9H|1|D |
| 603 | NR_3.5_34288.1 Exact match | 3QJL|1|R (3QJL)
| 2.7 Å | 12 | (2) 3QJL|1|R, 3QJL|1|X |
| 604 | NR_3.5_34353.1 Exact match | 3QJJ|1|R (3QJJ)
| 2.8 Å | 12 | (1) 3QJJ|1|R |
| 605 | NR_3.5_35969.1 Exact match | 4NGC|1|B (4NGC)
| 2.1 Å | 12 | (1) 4NGC|1|B |
| 606 | NR_3.5_36371.1 Exact match | 283D|1|A (283D)
| 2.3 Å | 12 | (1) 283D|1|A |
| 607 | NR_3.5_43394.1 Exact match synthetic construct | 5E3H|1|B+5E3H|1|C (5E3H)
| 2.7 Å | 12 | (1) 5E3H|1|B+5E3H|1|C |
| 608 | NR_3.5_47933.1 Exact match | 4NGD|1|B (4NGD)
| 2.0 Å | 12 | (2) 4NGD|1|B, 4NGB|1|B |
| 609 | NR_3.5_48927.1 Exact match synthetic construct | 4EYA|1|m+4EYA|1|n (4EYA)
| 3.2 Å | 12 | (2) 4EYA|1|m+4EYA|1|n, 4EYA|1|a+4EYA|1|b |
| 610 | NR_3.5_49362.2 Exact match | 280D|1|C+280D|1|D (280D)
| 2.4 Å | 12 | (2) 280D|1|C+280D|1|D, 280D|1|A+280D|1|B |
| 611 | NR_3.5_51487.1 Exact match | 4L8H|1|R (4L8H)
| 2.4 Å | 12 | (8) 4L8H|1|R, 2BS1|1|R, 2BS1|1|S, 2BS0|1|R, 1ZSE|1|R, 2BS0|1|S, 2B2D|1|R, 2B2D|1|S |
| 612 | NR_3.5_55371.1 Exact match | 3AVW|1|T+3AVW|1|G (3AVW)
| 2.6 Å | 12 | (1) 3AVW|1|T+3AVW|1|G |
| 613 | NR_3.5_55496.1 Exact match | 205D|1|A+205D|1|B (205D)
| 2.6 Å | 12 | (1) 205D|1|A+205D|1|B |
| 614 | NR_3.5_56560.1 Exact match | 3QJJ|1|Q (3QJJ)
| 2.8 Å | 12 | (1) 3QJJ|1|Q |
| 615 | NR_3.5_57417.1 Exact match | 3HO1|1|Y (3HO1)
| 2.6 Å | 12 | (1) 3HO1|1|Y |
| 616 | NR_3.5_58198.1 Exact match | 2R1S|1|A+2R1S|1|B (2R1S)
| 1.4 Å | 12 | (4) 2R1S|1|A+2R1S|1|B, 2R22|1|A+2R22|1|B, 2R21|1|A+2R21|1|B, 2R20|1|A+2R20|1|B |
| 617 | NR_3.5_58977.1 Exact match synthetic construct | 4EYA|1|k+4EYA|1|l (4EYA)
| 3.2 Å | 12 | (2) 4EYA|1|k+4EYA|1|l, 4EYA|1|i+4EYA|1|j |
| 618 | NR_3.5_60450.1 Exact match | 3GTJ|1|R (3GTJ)
| 3.4 Å | 12 | (1) 3GTJ|1|R |
| 619 | NR_3.5_61964.1 Exact match | 1B7F|1|P (1B7F)
| 2.6 Å | 12 | (1) 1B7F|1|P |
| 620 | NR_3.5_63943.1 Exact match Escherichia coli | 354D|1|A+354D|1|B (354D)
| 1.5 Å | 12 | (1) 354D|1|A+354D|1|B |
| 621 | NR_3.5_64649.1 Exact match | 2PY9|1|F (2PY9)
| 2.6 Å | 12 | (2) 2PY9|1|F, 2PY9|1|E |
| 622 | NR_3.5_65401.1 Exact match | 3IEV|1|D (3IEV)
| 1.9 Å | 12 | (1) 3IEV|1|D |
| 623 | NR_3.5_74183.1 Exact match | 3GTL|1|R (3GTL)
| 3.4 Å | 12 | (1) 3GTL|1|R |
| 624 | NR_3.5_78714.1 Exact match Influenza B virus | 5FMZ|1|H (5FMZ)
| 3.4 Å | 12 | (2) 5FMZ|1|H, 5FMZ|1|V |
| 625 | NR_3.5_79282.1 Exact match | 3FTM|1|D+3FTM|1|C (3FTM)
| 2.7 Å | 12 | (2) 3FTM|1|D+3FTM|1|C, 3FTM|1|B+3FTM|1|A |
| 626 | NR_3.5_81475.1 Exact match | 1SDR|1|A+1SDR|1|B (1SDR)
| 2.6 Å | 12 | (2) 1SDR|1|A+1SDR|1|B, 1SDR|1|C+1SDR|1|D |
| 627 | NR_3.5_82818.1 Exact match | 4KRF|1|R (4KRF)
| 2.1 Å | 12 | (1) 4KRF|1|R |
| 628 | NR_3.5_85514.1 Exact match | 1YYK|1|C+1YYK|1|D (1YYK)
| 2.5 Å | 12 | (4) 1YYK|1|C+1YYK|1|D, 1YYK|1|E+1YYK|1|F, 1YYO|1|E+1YYO|1|F, 1YYO|1|C+1YYO|1|D |
| 629 | NR_3.5_87225.1 Exact match synthetic construct | 4EYA|1|o+4EYA|1|p (4EYA)
| 3.2 Å | 12 | (2) 4EYA|1|o+4EYA|1|p, 4EYA|1|c+4EYA|1|d |
| 630 | NR_3.5_88374.1 Exact match Thermus thermophilus | 4C9D|1|D (4C9D)
| 3.0 Å | 12 | (2) 4C9D|1|D, 4C9D|1|C |
| 631 | NR_3.5_93523.1 Exact match | 1ZBI|1|C (1ZBI)
| 1.9 Å | 12 | (2) 1ZBI|1|C, 1ZBL|1|C |
| 632 | NR_3.5_96160.1 Exact match | 3CJZ|1|A+3CJZ|1|B (3CJZ)
| 1.8 Å | 12 | (1) 3CJZ|1|A+3CJZ|1|B |
| 633 | NR_3.5_99060.1 Exact match | 353D|1|A+353D|1|B (353D)
| 2.4 Å | 12 | (1) 353D|1|A+353D|1|B |
| 634 | NR_3.5_03697.2 Exact match Thermus thermophilus | 2UUA|1|Y+2UUA|1|X (2UUA)
| 2.9 Å | 11 | (4) 2UUA|1|Y+2UUA|1|X, 2UUC|1|Y+2UUC|1|X, 2UU9|1|Y+2UU9|1|X, 2UUB|1|Y+2UUB|1|X |
| 635 | NR_3.5_03986.1 Exact match | 1KD5|1|A+1KD5|1|B (1KD5)
| 1.6 Å | 11 | (2) 1KD5|1|A+1KD5|1|B, 1KD3|1|A+1KD3|1|B |
| 636 | NR_3.5_08637.1 Exact match synthetic construct | 5BZ1|1|B (5BZ1)
| 2.2 Å | 11 | (1) 5BZ1|1|B |
| 637 | NR_3.5_10218.1 Exact match | 3HOU|1|6 (3HOU)
| 3.2 Å | 11 | (2) 3HOU|1|6, 3HOU|1|3 |
| 638 | NR_3.5_11198.1 Exact match | 1BMV|1|M (1BMV)
| 3.0 Å | 11 | (1) 1BMV|1|M |
| 639 | NR_3.5_20366.1 Exact match | 1QCU|1|C+1QCU|1|D (1QCU)
| 1.2 Å | 11 | (1) 1QCU|1|C+1QCU|1|D |
| 640 | NR_3.5_23784.1 Exact match | 1QCU|1|A+1QCU|1|B (1QCU)
| 1.2 Å | 11 | (1) 1QCU|1|A+1QCU|1|B |
| 641 | NR_3.5_24132.2 Exact match | 4NIA|1|c (4NIA)
| 1.8 Å | 11 | (32) 4NIA|1|c, 4NIA|1|W, 4NIA|1|a, 4NIA|1|S+4NIA|1|h, 4NIA|1|Y+4NIA|1|n, 4NIA|1|R+4NIA|1|g, 4NIA|1|d, 4NIA|1|b, 4NIA|1|T+4NIA|1|i, 4NIA|1|V, 4NIA|1|U, 4NIA|1|P+4NIA|1|e, 4NIA|1|Q, 4NIA|1|X+4NIA|1|m, 4NIA|1|Z, 1A34|1|B+1A34|1|C, 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 |
| 642 | NR_3.5_26115.1 Exact match | 3AVV|1|T+3AVV|1|G (3AVV)
| 3.1 Å | 11 | (1) 3AVV|1|T+3AVV|1|G |
| 643 | NR_3.5_28506.1 Exact match Caenorhabditis elegans | 3V6Y|1|B (3V6Y)
| 2.5 Å | 11 | (1) 3V6Y|1|B |
| 644 | NR_3.5_29659.1 Exact match | 1YZ9|1|C+1YZ9|1|D+1YZ9|1|E+1YZ9|1|F (1YZ9)
| 2.1 Å | 11 | (1) 1YZ9|1|C+1YZ9|1|D+1YZ9|1|E+1YZ9|1|F |
| 645 | NR_3.5_31135.1 Exact match synthetic construct | 5AOR|1|C (5AOR)
| 2.1 Å | 11 | (2) 5AOR|1|C, 5AOR|1|D |
| 646 | NR_3.5_32544.1 Exact match | 1LNT|1|A+1LNT|1|B (1LNT)
| 1.7 Å | 11 | (1) 1LNT|1|A+1LNT|1|B |
| 647 | NR_3.5_33378.1 Exact match Caenorhabditis elegans | 3V74|1|B (3V74)
| 2.3 Å | 11 | (1) 3V74|1|B |
| 648 | NR_3.5_36938.1 Exact match synthetic construct | 5I9H|1|B (5I9H)
| 2.5 Å | 11 | (1) 5I9H|1|B |
| 649 | NR_3.5_37298.1 Exact match | 2ASB|1|B (2ASB)
| 1.5 Å | 11 | (1) 2ASB|1|B |
| 650 | NR_3.5_38769.1 Exact match synthetic construct | 5I9D|1|B (5I9D)
| 2.6 Å | 11 | (1) 5I9D|1|B |
| 651 | NR_3.5_39119.1 Exact match | 2G92|1|A+2G92|1|B (2G92)
| 1.6 Å | 11 | (1) 2G92|1|A+2G92|1|B |
| 652 | NR_3.5_42221.1 Exact match | 3NCU|1|C+3NCU|1|D (3NCU)
| 2.6 Å | 11 | (1) 3NCU|1|C+3NCU|1|D |
| 653 | NR_3.5_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 |
| 654 | NR_3.5_44340.1 Exact match | 3LRR|1|C+3LRR|1|D (3LRR)
| 2.2 Å | 11 | (1) 3LRR|1|C+3LRR|1|D |
| 655 | NR_3.5_49464.1 Exact match synthetic construct | 5AY2|1|A+5AY2|1|B (5AY2)
| 1.3 Å | 11 | (4) 5AY2|1|A+5AY2|1|B, 5AY3|1|A+5AY3|1|B, 5AY2|1|C+5AY2|1|D, 5AY4|1|A+5AY4|1|B |
| 656 | NR_3.5_49747.1 Exact match Homo sapiens | 3NNH|1|F (3NNH)
| 2.8 Å | 11 | (1) 3NNH|1|F |
| 657 | NR_3.5_51631.1 Exact match Homo sapiens | 3NNH|1|E (3NNH)
| 2.8 Å | 11 | (1) 3NNH|1|E |
| 658 | NR_3.5_55153.1 Exact match | 3FS0|1|B+3FS0|1|A (3FS0)
| 2.3 Å | 11 | (1) 3FS0|1|B+3FS0|1|A |
| 659 | NR_3.5_64635.1 Exact match | 1KD4|1|A+1KD4|1|B (1KD4)
| 1.9 Å | 11 | (1) 1KD4|1|A+1KD4|1|B |
| 660 | NR_3.5_65768.1 Exact match | 3AEV|1|C (3AEV)
| 2.8 Å | 11 | (1) 3AEV|1|C |
| 661 | NR_3.5_66760.1 Exact match synthetic construct | 5I9F|1|F (5I9F)
| 2.2 Å | 11 | (1) 5I9F|1|F |
| 662 | NR_3.5_76613.1 Exact match | 4JRD|1|B (4JRD)
| 1.0 Å | 11 | (2) 4JRD|1|B, 4JRD|1|A |
| 663 | NR_3.5_77692.1 Exact match synthetic construct | 4BXX|1|P (4BXX)
| 3.3 Å | 11 | (1) 4BXX|1|P |
| 664 | NR_3.5_77791.1 Exact match Tetrahymena thermophila | 5C9H|1|G+5C9H|1|E (5C9H)
| 3.0 Å | 11 | (1) 5C9H|1|G+5C9H|1|E |
| 665 | NR_3.5_79645.1 Exact match Spodoptera frugiperda | 4KRE|1|R (4KRE)
| 1.8 Å | 11 | (1) 4KRE|1|R |
| 666 | NR_3.5_80872.1 Exact match | 3M3Y|1|R (3M3Y)
| 3.2 Å | 11 | (1) 3M3Y|1|R |
| 667 | NR_3.5_84898.1 Exact match | 1TFY|1|G+1TFY|1|J (1TFY)
| 3.2 Å | 11 | (1) 1TFY|1|G+1TFY|1|J |
| 668 | NR_3.5_99089.1 Exact match | 3MIJ|1|A (3MIJ)
| 2.6 Å | 11 | (3) 3MIJ|1|A, 3IBK|1|A, 3IBK|1|B |
| 669 | NR_3.5_01515.1 Exact match synthetic construct | 2VUM|1|P (2VUM)
| 3.4 Å | 10 | (1) 2VUM|1|P |
| 670 | NR_3.5_06376.1 Exact match | 3K4E|1|F (3K4E)
| 3.2 Å | 10 | (3) 3K4E|1|F, 3K4E|1|B, 3K4E|1|D |
| 671 | NR_3.5_06694.1 Exact match | 4ED5|1|D (4ED5)
| 2.0 Å | 10 | (2) 4ED5|1|D, 4ED5|1|C |
| 672 | NR_3.5_11942.1 Exact match | 6MSF|1|S (6MSF)
| 2.8 Å | 10 | (1) 6MSF|1|S |
| 673 | NR_3.5_14653.1 Exact match | 1DQF|1|B+1DQF|1|A (1DQF)
| 2.2 Å | 10 | (1) 1DQF|1|B+1DQF|1|A |
| 674 | NR_3.5_18996.1 Exact match | 1DI2|1|E (1DI2)
| 1.9 Å | 10 | (5) 1DI2|1|E, 1DI2|1|C+1DI2|1|D, 1RC7|1|B+1RC7|1|C, 1RC7|1|D+1RC7|1|E, 1DI2|1|G |
| 675 | NR_3.5_19218.1 Exact match | 2NVT|1|R (2NVT)
| 3.4 Å | 10 | (1) 2NVT|1|R |
| 676 | NR_3.5_23187.1 Exact match | 3AGV|1|S (3AGV)
| 2.2 Å | 10 | (2) 3AGV|1|S, 3AGV|1|U |
| 677 | NR_3.5_25369.1 Exact match | 3NJ7|1|C+3NJ7|1|D (3NJ7)
| 1.9 Å | 10 | (4) 3NJ7|1|C+3NJ7|1|D, 3NJ7|1|E+3NJ7|1|F, 3NJ7|1|A+3NJ7|1|B, 3NJ6|1|A |
| 678 | NR_3.5_30422.1 Exact match Saccharomyces cerevisiae | 2VNU|1|B (2VNU)
| 2.3 Å | 10 | (1) 2VNU|1|B |
| 679 | NR_3.5_30844.1 Exact match | 1QC0|1|B+1QC0|1|A (1QC0)
| 1.6 Å | 10 | (1) 1QC0|1|B+1QC0|1|A |
| 680 | NR_3.5_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 |
| 681 | NR_3.5_33750.1 Exact match | 3HOV|1|P (3HOV)
| 3.5 Å | 10 | (1) 3HOV|1|P |
| 682 | NR_3.5_34359.1 Exact match | 2NVQ|1|R (2NVQ)
| 2.9 Å | 10 | (4) 2NVQ|1|R, 1R9T|1|R, 2YU9|1|R, 2E2I|1|R |
| 683 | NR_3.5_37879.1 Exact match synthetic construct | 2C0B|1|R (2C0B)
| 3.2 Å | 10 | (1) 2C0B|1|R |
| 684 | NR_3.5_39323.1 Exact match | 3ADL|1|B+3ADL|1|C (3ADL)
| 2.2 Å | 10 | (1) 3ADL|1|B+3ADL|1|C |
| 685 | NR_3.5_40852.1 Exact match | 3HOY|1|P (3HOY)
| 3.4 Å | 10 | (1) 3HOY|1|P |
| 686 | NR_3.5_47021.1 Exact match Homo sapiens | 4OLA|1|B (4OLA)
| 2.3 Å | 10 | (2) 4OLA|1|B, 4OLB|1|B |
| 687 | NR_3.5_51071.1 Exact match synthetic construct | 4JYA|1|Y (4JYA)
| 3.1 Å | 10 | (1) 4JYA|1|Y |
| 688 | NR_3.5_51111.1 Exact match Tobacco virtovirus 1 | 4NIA|1|o (4NIA)
| 1.8 Å | 10 | (18) 4NIA|1|o, 4NIA|1|p, 4NIA|1|s, 4NIA|1|j, 4NIA|1|r, 4NIA|1|k, 4NIA|1|l, 4NIA|1|q, 4NIA|1|f, 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 |
| 689 | NR_3.5_51549.1 Exact match | 1PJG|1|A (1PJG)
| 1.2 Å | 10 | (4) 1PJG|1|A, 1PJO|1|A, 1G4Q|1|A, 1JB8|1|A |
| 690 | NR_3.5_51748.1 Exact match | 3I62|1|B (3I62)
| 2.0 Å | 10 | (4) 3I62|1|B, 3I61|1|B, 3I5X|1|B, 3I5Y|1|B |
| 691 | NR_3.5_53424.1 Exact match | 2GUN|1|B (2GUN)
| 2.8 Å | 10 | (1) 2GUN|1|B |
| 692 | NR_3.5_54448.1 Exact match | 2BBV|1|N (2BBV)
| 2.8 Å | 10 | (1) 2BBV|1|N |
| 693 | NR_3.5_56744.1 Exact match | 1XNR|1|X+1XNR|1|W (1XNR)
| 3.1 Å | 10 | (1) 1XNR|1|X+1XNR|1|W |
| 694 | NR_3.5_57060.1 Exact match | 1DQH|1|B+1DQH|1|A (1DQH)
| 1.7 Å | 10 | (1) 1DQH|1|B+1DQH|1|A |
| 695 | NR_3.5_61679.1 Exact match | 4MSR|1|A+4MSR|1|B (4MSR)
| 1.2 Å | 10 | (5) 4MSR|1|A+4MSR|1|B, 4MS9|1|A, 4MSB|1|A+4MSB|1|B, 4MSB|1|C+4MSB|1|D, 4MSB|1|E+4MSB|1|F |
| 696 | NR_3.5_63209.1 Exact match | 3R1E|1|A+3R1E|1|B (3R1E)
| 1.0 Å | 10 | (1) 3R1E|1|A+3R1E|1|B |
| 697 | NR_3.5_65818.1 Exact match Thermus thermophilus | 1N33|1|Y+1N33|1|Z (1N33)
| 3.4 Å | 10 | (1) 1N33|1|Y+1N33|1|Z |
| 698 | NR_3.5_66387.1 Exact match Homo sapiens | 3OK4|1|N (3OK4)
| 1.2 Å | 10 | (22) 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, 3OK2|1|B, 3OK2|1|D, 3OK2|1|F, 2BJ6|1|E, 2BJ6|1|F, 2BJ6|1|G, 2BJ6|1|H |
| 699 | NR_3.5_66843.1 Exact match La Crosse orthobunyavirus | 5AMQ|1|C (5AMQ)
| 3.0 Å | 10 | (1) 5AMQ|1|C |
| 700 | NR_3.5_69766.1 Exact match Homo sapiens | 4MCF|1|B+4MCF|1|D+4MCF|1|C+4MCF|1|A (4MCF)
| 1.9 Å | 10 | (5) 4MCF|1|B+4MCF|1|D+4MCF|1|C+4MCF|1|A, 4MCE|1|B+4MCE|1|A, 4MCF|1|H+4MCF|1|G, 4MCF|1|F+4MCF|1|E, 4MCE|1|D+4MCE|1|C |
| 701 | NR_3.5_73930.1 Exact match synthetic construct | 2YJY|1|C (2YJY)
| 2.6 Å | 10 | (2) 2YJY|1|C, 2YJY|1|D |
| 702 | NR_3.5_73942.1 Exact match | 1EFO|1|B (1EFO)
| 2.3 Å | 10 | (1) 1EFO|1|B |
| 703 | NR_3.5_80150.1 Exact match | 4IJS|1|E (4IJS)
| 3.2 Å | 10 | (1) 4IJS|1|E |
| 704 | NR_3.5_81175.1 Exact match | 1M8Y|1|D (1M8Y)
| 2.6 Å | 10 | (2) 1M8Y|1|D, 1M8Y|1|C |
| 705 | NR_3.5_82938.1 Exact match | 1XNQ|1|X+1XNQ|1|W (1XNQ)
| 3.1 Å | 10 | (1) 1XNQ|1|X+1XNQ|1|W |
| 706 | NR_3.5_86160.1 Exact match synthetic construct | 5BZ5|1|B (5BZ5)
| 2.8 Å | 10 | (1) 5BZ5|1|B |
| 707 | NR_3.5_88266.1 Exact match | 1G2E|1|B (1G2E)
| 2.3 Å | 10 | (1) 1G2E|1|B |
| 708 | NR_3.5_91231.1 Exact match Homo sapiens | 3VYX|1|B+3VYX|1|C (3VYX)
| 2.3 Å | 10 | (8) 3VYX|1|B+3VYX|1|C, 4BPB|1|C+4BPB|1|D, 2YKG|1|C+2YKG|1|D, 3VYY|1|C+3VYY|1|D, 3ZD7|1|C+3ZD7|1|D, 3ZD6|1|C+3ZD6|1|D, 3VYY|1|E+3VYY|1|F, 3VYY|1|G |
| 709 | NR_3.5_91544.1 Exact match | 3BSX|1|C (3BSX)
| 2.3 Å | 10 | (2) 3BSX|1|C, 3BSX|1|D |
| 710 | NR_3.5_91665.1 Exact match | 4Q5V|1|F (4Q5V)
| 2.5 Å | 10 | (2) 4Q5V|1|F, 4Q5V|1|B |
| 711 | NR_3.5_92231.1 Exact match synthetic construct | 4BY7|1|P (4BY7)
| 3.2 Å | 10 | (1) 4BY7|1|P |
| 712 | NR_3.5_92727.1 Exact match | 3K49|1|F (3K49)
| 2.5 Å | 10 | (3) 3K49|1|F, 3K49|1|D, 3K49|1|B |
| 713 | NR_3.5_92759.1 Exact match | 1FIX|1|A (1FIX)
| 2.3 Å | 10 | (1) 1FIX|1|A |
| 714 | NR_3.5_93513.1 Exact match | 3ADI|1|D+3ADI|1|E (3ADI)
| 3.2 Å | 10 | (1) 3ADI|1|D+3ADI|1|E |
| 715 | NR_3.5_94840.1 Exact match | 404D|1|A (404D)
| 2.5 Å | 10 | (1) 404D|1|A |
| 716 | NR_3.5_99181.1 Exact match | 1MSW|1|R (1MSW)
| 2.1 Å | 10 | (1) 1MSW|1|R |
| 717 | NR_3.5_07184.1 Exact match synthetic construct | 2UXC|1|X+2UXC|1|Y (2UXC)
| 2.9 Å | 9 | (1) 2UXC|1|X+2UXC|1|Y |
| 718 | NR_3.5_08596.1 Exact match | 4B3G|1|G (4B3G)
| 2.9 Å | 9 | (1) 4B3G|1|G |
| 719 | NR_3.5_08946.1 Exact match | 4IJS|1|G (4IJS)
| 3.2 Å | 9 | (1) 4IJS|1|G |
| 720 | NR_3.5_10014.1 Exact match | 3QGC|1|B (3QGC)
| 1.9 Å | 9 | (2) 3QGC|1|B, 3QG9|1|B |
| 721 | NR_3.5_10954.1 Exact match | 2E9R|1|A+2E9R|1|B (2E9R)
| 2.8 Å | 9 | (1) 2E9R|1|A+2E9R|1|B |
| 722 | NR_3.5_12183.1 Exact match | 421D|1|B (421D)
| 1.8 Å | 9 | (1) 421D|1|B |
| 723 | NR_3.5_14980.1 Exact match | 3K61|1|B (3K61)
| 2.2 Å | 9 | (1) 3K61|1|B |
| 724 | NR_3.5_16650.1 Exact match | 3PKM|1|G (3PKM)
| 3.1 Å | 9 | (1) 3PKM|1|G |
| 725 | NR_3.5_16745.1 Exact match | 4IJS|1|F (4IJS)
| 3.2 Å | 9 | (1) 4IJS|1|F |
| 726 | NR_3.5_19513.1 Exact match | 438D|1|A+438D|1|B (438D)
| 2.5 Å | 9 | (1) 438D|1|A+438D|1|B |
| 727 | NR_3.5_19539.1 Exact match synthetic construct | 5HNJ|1|A+5HNJ|1|B (5HNJ)
| 1.2 Å | 9 | (13) 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, 5HNQ|1|A+5HNQ|1|B, 5HNQ|1|C+5HNQ|1|D, 5HNQ|1|K+5HNQ|1|L, 5HNQ|1|E+5HNQ|1|F, 5HNQ|1|I+5HNQ|1|J, 5HNQ|1|M, 5HNQ|1|G+5HNQ|1|H |
| 728 | NR_3.5_19677.1 Exact match synthetic construct | 5C0Y|1|D (5C0Y)
| 2.1 Å | 9 | (1) 5C0Y|1|D |
| 729 | NR_3.5_21747.1 Exact match Saccharomyces cerevisiae | 4TYY|1|B (4TYY)
| 2.7 Å | 9 | (1) 4TYY|1|B |
| 730 | NR_3.5_22156.1 Exact match | 3PKM|1|R (3PKM)
| 3.1 Å | 9 | (1) 3PKM|1|R |
| 731 | NR_3.5_22639.1 Exact match Thermus thermophilus | 4K0K|1|Y+4K0K|1|X (4K0K)
| 3.4 Å | 9 | (1) 4K0K|1|Y+4K0K|1|X |
| 732 | NR_3.5_26816.1 Exact match | 3K5Z|1|B (3K5Z)
| 2.4 Å | 9 | (1) 3K5Z|1|B |
| 733 | NR_3.5_27661.1 Exact match | 3BX2|1|D (3BX2)
| 2.8 Å | 9 | (2) 3BX2|1|D, 3BX2|1|C |
| 734 | NR_3.5_28840.1 Exact match Saccharomyces cerevisiae | 4A93|1|P (4A93)
| 3.4 Å | 9 | (1) 4A93|1|P |
| 735 | NR_3.5_29245.1 Exact match | 3AVU|1|T+3AVU|1|G (3AVU)
| 2.9 Å | 9 | (1) 3AVU|1|T+3AVU|1|G |
| 736 | NR_3.5_29401.1 Exact match Vanderwaltozyma polyspora | 4F1N|1|F (4F1N)
| 3.2 Å | 9 | (2) 4F1N|1|F, 4F1N|1|E |
| 737 | NR_3.5_31327.1 Exact match synthetic construct | 3S17|1|R (3S17)
| 3.2 Å | 9 | (2) 3S17|1|R, 2E2J|1|R |
| 738 | NR_3.5_36481.1 Exact match synthetic construct | 4CSF|1|u (4CSF)
| 2.6 Å | 9 | (12) 4CSF|1|u, 4CSF|1|q, 4CSF|1|g, 4CSF|1|m, 4CSF|1|k, 4CSF|1|a, 4CSF|1|i, 4CSF|1|s, 4CSF|1|c, 4CSF|1|w, 4CSF|1|o, 4CSF|1|e |
| 739 | NR_3.5_48272.1 Exact match | 4DZS|1|D (4DZS)
| 3.1 Å | 9 | (2) 4DZS|1|D, 4DZS|1|C |
| 740 | NR_3.5_50004.1 Exact match | 1FXL|1|B (1FXL)
| 1.8 Å | 9 | (1) 1FXL|1|B |
| 741 | NR_3.5_52626.1 Exact match | 3K64|1|B (3K64)
| 2.0 Å | 9 | (1) 3K64|1|B |
| 742 | NR_3.5_53890.1 Exact match | 2AO5|1|C+2AO5|1|D (2AO5)
| 2.1 Å | 9 | (2) 2AO5|1|C+2AO5|1|D, 2AO5|1|A+2AO5|1|B |
| 743 | NR_3.5_56046.1 Exact match | 1SI3|1|B (1SI3)
| 2.6 Å | 9 | (1) 1SI3|1|B |
| 744 | NR_3.5_61139.1 Exact match synthetic construct | 4JV5|1|Y (4JV5)
| 3.2 Å | 9 | (1) 4JV5|1|Y |
| 745 | NR_3.5_61644.1 Exact match | 4X62|1|b+4X62|1|a (4X62)
| 3.5 Å | 9 | (8) 4X62|1|b+4X62|1|a, 4X64|1|b+4X64|1|a, 4X65|1|b+4X65|1|a, 1XMQ|1|X+1XMQ|1|W, 4X66|1|b+4X66|1|a, 3T1H|1|X+3T1H|1|W, 3T1Y|1|X+3T1Y|1|W, 1XMO|1|X+1XMO|1|W |
| 746 | NR_3.5_62003.1 Exact match | 2E9Z|1|B+2E9Z|1|C (2E9Z)
| 3.0 Å | 9 | (1) 2E9Z|1|B+2E9Z|1|C |
| 747 | NR_3.5_65678.1 Exact match | 1YVP|1|C+1YVP|1|D (1YVP)
| 2.2 Å | 9 | (2) 1YVP|1|C+1YVP|1|D, 1YVP|1|E+1YVP|1|F |
| 748 | NR_3.5_66546.1 Exact match synthetic construct | 2XZL|1|B (2XZL)
| 2.4 Å | 9 | (1) 2XZL|1|B |
| 749 | NR_3.5_67179.1 Exact match | 4Q0B|1|E (4Q0B)
| 3.3 Å | 9 | (2) 4Q0B|1|E, 4Q0B|1|T |
| 750 | NR_3.5_68289.1 Exact match | 4F02|1|B (4F02)
| 2.0 Å | 9 | (2) 4F02|1|B, 4F02|1|E |
| 751 | NR_3.5_68446.1 Exact match | 4U6K|1|A (4U6K)
| 1.5 Å | 9 | (8) 4U6K|1|A, 4U6K|1|C, 4U6M|1|A, 4U6L|1|A, 479D|1|B, 2DQP|1|B, 2DQO|1|B, 2DQQ|1|B |
| 752 | NR_3.5_70938.1 Exact match Homo sapiens | 4XW0|1|A+4XW0|1|B (4XW0)
| 1.8 Å | 9 | (1) 4XW0|1|A+4XW0|1|B |
| 753 | NR_3.5_72030.1 Exact match | 1ZH5|1|C+1ZH5|1|D (1ZH5)
| 1.9 Å | 9 | (2) 1ZH5|1|C+1ZH5|1|D, 1YTY|1|C+1YTY|1|D |
| 754 | NR_3.5_73600.1 Exact match | 4IJS|1|H (4IJS)
| 3.2 Å | 9 | (1) 4IJS|1|H |
| 755 | NR_3.5_74556.1 Exact match synthetic construct | 5BZV|1|B (5BZV)
| 2.4 Å | 9 | (2) 5BZV|1|B, 5BYM|1|C |
| 756 | NR_3.5_76204.1 Exact match | 3K5Q|1|B (3K5Q)
| 2.2 Å | 9 | (1) 3K5Q|1|B |
| 757 | NR_3.5_76670.1 Exact match | 3BSB|1|C (3BSB)
| 2.8 Å | 9 | (1) 3BSB|1|C |
| 758 | NR_3.5_77921.1 Exact match | 1I6H|1|R (1I6H)
| 3.3 Å | 9 | (1) 1I6H|1|R |
| 759 | NR_3.5_80476.1 Exact match synthetic construct | 4BOC|1|R (4BOC)
| 2.7 Å | 9 | (1) 4BOC|1|R |
| 760 | NR_3.5_82961.1 Exact match | 3GIB|1|H (3GIB)
| 2.4 Å | 9 | (1) 3GIB|1|H |
| 761 | NR_3.5_84036.1 Exact match | 3QGB|1|B (3QGB)
| 2.4 Å | 9 | (2) 3QGB|1|B, 3K5Y|1|B |
| 762 | NR_3.5_85719.1 Exact match | 1S76|1|R (1S76)
| 2.9 Å | 9 | (1) 1S76|1|R |
| 763 | NR_3.5_85762.1 Exact match | 3K62|1|B (3K62)
| 1.9 Å | 9 | (1) 3K62|1|B |
| 764 | NR_3.5_85902.1 Exact match | 1CVJ|1|M (1CVJ)
| 2.6 Å | 9 | (1) 1CVJ|1|M |
| 765 | NR_3.5_86424.1 Exact match Aquifex aeolicus | 3R2C|1|R (3R2C)
| 1.9 Å | 9 | (2) 3R2C|1|R, 3R2C|1|S |
| 766 | NR_3.5_87059.1 Exact match | 1CVJ|1|Q (1CVJ)
| 2.6 Å | 9 | (1) 1CVJ|1|Q |
| 767 | NR_3.5_89275.1 Exact match | 4Q0B|1|t (4Q0B)
| 3.3 Å | 9 | (2) 4Q0B|1|t, 4Q0B|1|e |
| 768 | NR_3.5_94396.2 Exact match synthetic construct | 4WAN|1|F (4WAN)
| 1.8 Å | 9 | (5) 4WAN|1|F, 4WAN|1|D, 4WAN|1|B, 4WAL|1|B, 4WAN|1|H |
| 769 | NR_3.5_97050.1 Exact match synthetic construct | 4Y52|1|R (4Y52)
| 3.5 Å | 9 | (2) 4Y52|1|R, 4Y7N|1|R |
| 770 | NR_3.5_98913.1 Exact match | 1S77|1|R (1S77)
| 2.7 Å | 9 | (1) 1S77|1|R |
| 771 | NR_3.5_00179.1 Exact match synthetic construct | 5EIM|1|C (5EIM)
| 1.5 Å | 8 | (2) 5EIM|1|C, 5EIM|1|D |
| 772 | NR_3.5_01982.1 Exact match synthetic construct | 4WTD|1|T+4WTD|1|P (4WTD)
| 2.7 Å | 8 | (1) 4WTD|1|T+4WTD|1|P |
| 773 | NR_3.5_02402.1 Exact match synthetic construct | 4WTE|1|T+4WTE|1|P (4WTE)
| 2.9 Å | 8 | (1) 4WTE|1|T+4WTE|1|P |
| 774 | NR_3.5_02834.1 Exact match | 472D|1|A+472D|1|B (472D)
| 1.9 Å | 8 | (1) 472D|1|A+472D|1|B |
| 775 | NR_3.5_03183.1 Exact match Homo sapiens | 4XW1|1|C (4XW1)
| 2.3 Å | 8 | (1) 4XW1|1|C |
| 776 | NR_3.5_04974.3 Exact match synthetic construct | 4U3L|1|A+4U3L|1|B (4U3L)
| 1.5 Å | 8 | (6) 4U3L|1|A+4U3L|1|B, 4U3O|1|A+4U3O|1|B, 4U3R|1|A+4U3R|1|B, 4U78|1|A+4U78|1|B, 4U47|1|A+4U47|1|B, 4U3P|1|A+4U3P|1|B |
| 777 | NR_3.5_05128.1 Exact match synthetic construct | 4FVU|1|B+4FVU|1|C (4FVU)
| 2.9 Å | 8 | (1) 4FVU|1|B+4FVU|1|C |
| 778 | NR_3.5_07497.1 Exact match Thermus thermophilus | 4DR6|1|W+4DR6|1|V (4DR6)
| 3.3 Å | 8 | (1) 4DR6|1|W+4DR6|1|V |
| 779 | NR_3.5_07663.1 Exact match | 3RER|1|K (3RER)
| 1.7 Å | 8 | (2) 3RER|1|K, 4HT9|1|E |
| 780 | NR_3.5_08738.1 Exact match | 3Q0P|1|D (3Q0P)
| 2.6 Å | 8 | (2) 3Q0P|1|D, 3Q0P|1|C |
| 781 | NR_3.5_10913.1 Exact match | 3Q0L|1|C (3Q0L)
| 2.5 Å | 8 | (1) 3Q0L|1|C |
| 782 | NR_3.5_11173.1 Exact match | 4JVH|1|D (4JVH)
| 3.5 Å | 8 | (1) 4JVH|1|D |
| 783 | NR_3.5_12173.1 Exact match synthetic construct | 2UXD|1|Y+2UXD|1|X (2UXD)
| 3.2 Å | 8 | (1) 2UXD|1|Y+2UXD|1|X |
| 784 | NR_3.5_12677.1 Exact match | 402D|1|A+402D|1|B (402D)
| 2.3 Å | 8 | (1) 402D|1|A+402D|1|B |
| 785 | NR_3.5_14977.1 Exact match | 4B3G|1|H (4B3G)
| 2.9 Å | 8 | (1) 4B3G|1|H |
| 786 | NR_3.5_15037.1 Exact match | 3PF4|1|R (3PF4)
| 1.4 Å | 8 | (1) 3PF4|1|R |
| 787 | NR_3.5_16755.1 Exact match | 2EC0|1|B+2EC0|1|C (2EC0)
| 2.8 Å | 8 | (2) 2EC0|1|B+2EC0|1|C, 2EC0|1|E+2EC0|1|F |
| 788 | NR_3.5_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 |
| 789 | NR_3.5_17782.1 Exact match | 3R1C|1|Q+3R1C|1|R (3R1C)
| 2.1 Å | 8 | (9) 3R1C|1|Q+3R1C|1|R, 3R1C|1|T+3R1C|1|U, 3R1C|1|M+3R1C|1|N, 3R1C|1|A+3R1C|1|B, 3R1C|1|O+3R1C|1|P, 3R1C|1|V+3R1C|1|Z, 3R1C|1|a+3R1C|1|b, 3R1C|1|G+3R1C|1|H, 3R1C|1|S+3R1C|1|Y |
| 790 | NR_3.5_18318.1 Exact match | 3S16|1|R (3S16)
| 3.2 Å | 8 | (1) 3S16|1|R |
| 791 | NR_3.5_18913.1 Exact match | 4QPX|1|P+4QPX|1|T (4QPX)
| 1.9 Å | 8 | (1) 4QPX|1|P+4QPX|1|T |
| 792 | NR_3.5_19241.1 Exact match | 1JZV|1|B+1JZV|1|A (1JZV)
| 1.7 Å | 8 | (2) 1JZV|1|B+1JZV|1|A, 1JZV|1|D+1JZV|1|C |
| 793 | NR_3.5_21112.1 Exact match synthetic construct | 4GKJ|1|X+4GKJ|1|W (4GKJ)
| 3.3 Å | 8 | (2) 4GKJ|1|X+4GKJ|1|W, 4GKK|1|X+4GKK|1|W |
| 794 | NR_3.5_22904.1 Exact match | 3R1C|1|K+3R1C|1|L (3R1C)
| 2.1 Å | 8 | (6) 3R1C|1|K+3R1C|1|L, 3R1C|1|I+3R1C|1|J, 3R1C|1|W+3R1C|1|X, 3R1C|1|c+3R1C|1|d, 3R1C|1|e+3R1C|1|f, 3R1C|1|C+3R1C|1|D |
| 795 | NR_3.5_23650.1 Exact match | 2A0P|1|A+2A0P|1|B (2A0P)
| 2.0 Å | 8 | (4) 2A0P|1|A+2A0P|1|B, 259D|1|A+259D|1|B, 1RXB|1|A+1RXB|1|B, 1RXA|1|A |
| 796 | NR_3.5_27697.1 Exact match | 439D|1|A+439D|1|B (439D)
| 1.6 Å | 8 | (1) 439D|1|A+439D|1|B |
| 797 | NR_3.5_34492.2 Exact match | 398D|1|C (398D)
| 1.9 Å | 8 | (2) 398D|1|C, 398D|1|A |
| 798 | NR_3.5_34992.1 Exact match | 3L25|1|C+3L25|1|F (3L25)
| 2.0 Å | 8 | (2) 3L25|1|C+3L25|1|F, 3L26|1|C |
| 799 | NR_3.5_38078.1 Exact match | 3MJ0|1|B (3MJ0)
| 2.3 Å | 8 | (1) 3MJ0|1|B |
| 800 | NR_3.5_39179.1 Exact match synthetic construct | 4WZM|1|B+4WZM|1|C (4WZM)
| 2.5 Å | 8 | (1) 4WZM|1|B+4WZM|1|C |
| 801 | NR_3.5_40126.1 Exact match | 1M8W|1|E (1M8W)
| 2.2 Å | 8 | (1) 1M8W|1|E |
| 802 | NR_3.5_40895.1 Exact match | 4JVY|1|D (4JVY)
| 2.9 Å | 8 | (2) 4JVY|1|D, 4JVY|1|F |
| 803 | NR_3.5_41538.1 Exact match | 1WNE|1|B+1WNE|1|C (1WNE)
| 3.0 Å | 8 | (1) 1WNE|1|B+1WNE|1|C |
| 804 | NR_3.5_43560.1 Exact match | 3Q0L|1|D (3Q0L)
| 2.5 Å | 8 | (1) 3Q0L|1|D |
| 805 | NR_3.5_45692.1 Exact match | 2XBM|1|E+2XBM|1|F (2XBM)
| 2.9 Å | 8 | (1) 2XBM|1|E+2XBM|1|F |
| 806 | NR_3.5_46764.1 Exact match synthetic construct | 4V5K|1|CX (4V5K)
| 3.2 Å | 8 | (1) 4V5K|1|CX |
| 807 | NR_3.5_49451.1 Exact match | 3G9Y|1|C (3G9Y)
| 1.4 Å | 8 | (1) 3G9Y|1|C |
| 808 | NR_3.5_49582.1 Exact match | 4FXD|1|E (4FXD)
| 3.0 Å | 8 | (2) 4FXD|1|E, 4FXD|1|F |
| 809 | NR_3.5_50058.1 Exact match synthetic construct | 4WTA|1|T+4WTA|1|P (4WTA)
| 2.8 Å | 8 | (3) 4WTA|1|T+4WTA|1|P, 4WTF|1|T+4WTF|1|P, 4WTG|1|T+4WTG|1|P |
| 810 | NR_3.5_51156.1 Exact match | 3SQX|1|B (3SQX)
| 2.1 Å | 8 | (2) 3SQX|1|B, 3SQW|1|B |
| 811 | NR_3.5_53827.1 Exact match | 1ZDJ|1|R (1ZDJ)
| 2.9 Å | 8 | (2) 1ZDJ|1|R, 1ZDJ|1|S |
| 812 | NR_3.5_53841.1 Exact match | 2E9T|1|B+2E9T|1|C (2E9T)
| 2.6 Å | 8 | (2) 2E9T|1|B+2E9T|1|C, 2E9T|1|E+2E9T|1|F |
| 813 | NR_3.5_54128.1 Exact match | 3Q0R|1|B (3Q0R)
| 2.0 Å | 8 | (3) 3Q0R|1|B, 3Q0M|1|C, 3Q0M|1|D |
| 814 | NR_3.5_55926.1 Exact match Homo sapiens | 4E59|1|A+4E59|1|B (4E59)
| 1.5 Å | 8 | (1) 4E59|1|A+4E59|1|B |
| 815 | NR_3.5_57734.1 Exact match | 2BGG|1|P+2BGG|1|Q (2BGG)
| 2.2 Å | 8 | (2) 2BGG|1|P+2BGG|1|Q, 2BGG|1|R+2BGG|1|S |
| 816 | NR_3.5_57770.1 Exact match | 1N35|1|C+1N35|1|B (1N35)
| 2.5 Å | 8 | (1) 1N35|1|C+1N35|1|B |
| 817 | NR_3.5_60906.1 Exact match synthetic construct | 4JAB|1|A+4JAB|1|B (4JAB)
| 2.2 Å | 8 | (1) 4JAB|1|A+4JAB|1|B |
| 818 | NR_3.5_61711.1 Exact match | 3QJP|1|R (3QJP)
| 3.3 Å | 8 | (1) 3QJP|1|R |
| 819 | NR_3.5_62752.1 Exact match | 3EQT|1|C+3EQT|1|D (3EQT)
| 2.0 Å | 8 | (1) 3EQT|1|C+3EQT|1|D |
| 820 | NR_3.5_62870.1 Exact match synthetic construct | 2XB2|1|E (2XB2)
| 3.4 Å | 8 | (1) 2XB2|1|E |
| 821 | NR_3.5_64844.1 Exact match | 3H5X|1|T+3H5X|1|P (3H5X)
| 1.8 Å | 8 | (4) 3H5X|1|T+3H5X|1|P, 3BSO|1|T+3BSO|1|P, 3H5Y|1|T+3H5Y|1|P, 3BSN|1|T+3BSN|1|P |
| 822 | NR_3.5_65712.1 Exact match | 3VNV|1|T+3VNV|1|G (3VNV)
| 2.6 Å | 8 | (1) 3VNV|1|T+3VNV|1|G |
| 823 | NR_3.5_68171.1 Exact match | 3R1C|1|E+3R1C|1|F (3R1C)
| 2.1 Å | 8 | (3) 3R1C|1|E+3R1C|1|F, 3R1C|1|i+3R1C|1|j, 3R1C|1|g+3R1C|1|h |
| 824 | NR_3.5_68652.1 Exact match | 3QRP|1|B+3QRP|1|C (3QRP)
| 2.4 Å | 8 | (1) 3QRP|1|B+3QRP|1|C |
| 825 | NR_3.5_68798.1 Exact match | 165D|1|A+165D|1|B (165D)
| 1.6 Å | 8 | (1) 165D|1|A+165D|1|B |
| 826 | NR_3.5_69351.1 Exact match | 3KNC|1|B (3KNC)
| 2.5 Å | 8 | (1) 3KNC|1|B |
| 827 | NR_3.5_71520.1 Exact match Escherichia virus T7 | 1S0V|1|F (1S0V)
| 3.2 Å | 8 | (8) 1S0V|1|F, 1S0V|1|O, 1S0V|1|I, 1S0V|1|L, 1H38|1|F, 1H38|1|I, 1H38|1|L, 1H38|1|O |
| 828 | NR_3.5_77778.1 Exact match synthetic construct | 4WZQ|1|B+4WZQ|1|C (4WZQ)
| 2.8 Å | 8 | (1) 4WZQ|1|B+4WZQ|1|C |
| 829 | NR_3.5_78670.1 Exact match | 1CVJ|1|N (1CVJ)
| 2.6 Å | 8 | (6) 1CVJ|1|N, 1CVJ|1|O, 1CVJ|1|S, 1CVJ|1|P, 1CVJ|1|T, 1CVJ|1|R |
| 830 | NR_3.5_78848.1 Exact match Escherichia coli | 3T5Q|1|F (3T5Q)
| 3.0 Å | 8 | (1) 3T5Q|1|F |
| 831 | NR_3.5_79446.1 Exact match | 2G91|1|A+2G91|1|B (2G91)
| 1.5 Å | 8 | (1) 2G91|1|A+2G91|1|B |
| 832 | NR_3.5_79660.1 Exact match Escherichia coli | 3T5Q|1|J (3T5Q)
| 3.0 Å | 8 | (1) 3T5Q|1|J |
| 833 | NR_3.5_80423.1 Exact match | 4MDX|1|C (4MDX)
| 1.5 Å | 8 | (1) 4MDX|1|C |
| 834 | NR_3.5_81068.1 Exact match | 1M8W|1|C (1M8W)
| 2.2 Å | 8 | (2) 1M8W|1|C, 1M8X|1|C |
| 835 | NR_3.5_83415.1 Exact match synthetic construct | 4WTC|1|T+4WTC|1|P (4WTC)
| 2.8 Å | 8 | (1) 4WTC|1|T+4WTC|1|P |
| 836 | NR_3.5_85126.1 Exact match synthetic construct | 5BZU|1|B (5BZU)
| 2.5 Å | 8 | (1) 5BZU|1|B |
| 837 | NR_3.5_92104.1 Exact match Escherichia coli | 3T5Q|1|C (3T5Q)
| 3.0 Å | 8 | (1) 3T5Q|1|C |
| 838 | NR_3.5_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 |
| 839 | NR_3.5_95803.1 Exact match | 3BX3|1|C (3BX3)
| 3.0 Å | 8 | (2) 3BX3|1|C, 3BX3|1|D |
| 840 | NR_3.5_97666.1 Exact match | 3Q0Q|1|B (3Q0Q)
| 2.0 Å | 8 | (1) 3Q0Q|1|B |
| 841 | NR_3.5_98055.1 Exact match | 3Q0S|1|B (3Q0S)
| 2.0 Å | 8 | (2) 3Q0S|1|B, 3Q0N|1|C |
| 842 | NR_3.5_99363.1 Exact match | 1SA9|1|C+1SA9|1|D (1SA9)
| 2.9 Å | 8 | (3) 1SA9|1|C+1SA9|1|D, 1SA9|1|A+1SA9|1|B, 1SA9|1|E |
| 843 | NR_3.5_00973.1 Exact match Mus musculus | 2XS2|1|B (2XS2)
| 1.4 Å | 7 | (1) 2XS2|1|B |
| 844 | NR_3.5_03657.1 Exact match | 1DDL|1|D (1DDL)
| 2.7 Å | 7 | (1) 1DDL|1|D |
| 845 | NR_3.5_06107.1 Exact match Homo sapiens | 2VUQ|1|A+2VUQ|1|B (2VUQ)
| 1.2 Å | 7 | (1) 2VUQ|1|A+2VUQ|1|B |
| 846 | NR_3.5_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 |
| 847 | NR_3.5_09332.1 Exact match | 2JLV|1|C (2JLV)
| 1.9 Å | 7 | (10) 2JLV|1|C, 2JLV|1|D, 2JLX|1|C, 2JLX|1|D, 2JLU|1|C, 2JLZ|1|D, 2JLZ|1|C, 2JLU|1|D, 2JLY|1|C, 2JLY|1|D |
| 848 | NR_3.5_09504.1 Exact match synthetic construct | 4XWW|1|D (4XWW)
| 1.7 Å | 7 | (1) 4XWW|1|D |
| 849 | NR_3.5_10769.1 Exact match | 1YVP|1|H (1YVP)
| 2.2 Å | 7 | (1) 1YVP|1|H |
| 850 | NR_3.5_12322.1 Exact match | 333D|1|A (333D)
| 2.5 Å | 7 | (1) 333D|1|A |
| 851 | NR_3.5_13174.1 Exact match Homo sapiens | 4E58|1|D+4E58|1|C+4E58|1|E (4E58)
| 2.0 Å | 7 | (1) 4E58|1|D+4E58|1|C+4E58|1|E |
| 852 | NR_3.5_16095.1 Exact match Thermus thermophilus | 5E17|1|I (5E17)
| 3.2 Å | 7 | (2) 5E17|1|I, 5E18|1|I |
| 853 | NR_3.5_16115.1 Exact match | 2R7X|1|X (2R7X)
| 2.8 Å | 7 | (4) 2R7X|1|X, 2R7X|1|Y, 2R7R|1|X, 2R7W|1|X |
| 854 | NR_3.5_16324.1 Exact match Homo sapiens | 2VOD|1|D (2VOD)
| 2.1 Å | 7 | (2) 2VOD|1|D, 2VOD|1|C |
| 855 | NR_3.5_16422.1 Exact match | 1SAQ|1|A+1SAQ|1|B (1SAQ)
| 2.7 Å | 7 | (3) 1SAQ|1|A+1SAQ|1|B, 1SAQ|1|C+1SAQ|1|D, 1SAQ|1|E |
| 856 | NR_3.5_17264.1 Exact match Thermus thermophilus | 2XSL|1|C+2XSL|1|D (2XSL)
| 1.6 Å | 7 | (2) 2XSL|1|C+2XSL|1|D, 2XSL|1|A+2XSL|1|B |
| 857 | NR_3.5_18162.1 Exact match | 1KQ2|1|R (1KQ2)
| 2.7 Å | 7 | (1) 1KQ2|1|R |
| 858 | NR_3.5_18291.1 Exact match Escherichia coli | 3T5Q|1|D (3T5Q)
| 3.0 Å | 7 | (1) 3T5Q|1|D |
| 859 | NR_3.5_18961.1 Exact match | 1WMQ|1|D (1WMQ)
| 1.6 Å | 7 | (4) 1WMQ|1|D, 1WMQ|1|C, 1WRQ|1|C, 1WRQ|1|D |
| 860 | NR_3.5_19039.1 Exact match | 1WPU|1|C (1WPU)
| 1.5 Å | 7 | (2) 1WPU|1|C, 1WPU|1|D |
| 861 | NR_3.5_20784.1 Exact match Saccharomyces cerevisiae | 4TZ0|1|B (4TZ0)
| 2.4 Å | 7 | (1) 4TZ0|1|B |
| 862 | NR_3.5_21689.1 Exact match | 2B3J|1|G (2B3J)
| 2.0 Å | 7 | (1) 2B3J|1|G |
| 863 | NR_3.5_23131.1 Exact match synthetic construct | 4A3L|1|P (4A3L)
| 3.5 Å | 7 | (2) 4A3L|1|P, 4A3K|1|P |
| 864 | NR_3.5_23301.1 Exact match | 3HSB|1|X (3HSB)
| 2.2 Å | 7 | (1) 3HSB|1|X |
| 865 | NR_3.5_26733.1 Exact match | 2G4B|1|B (2G4B)
| 2.5 Å | 7 | (1) 2G4B|1|B |
| 866 | NR_3.5_28023.1 Exact match Drosophila | 5EX7|1|B (5EX7)
| 2.6 Å | 7 | (1) 5EX7|1|B |
| 867 | NR_3.5_29312.1 Exact match Escherichia coli | 2V6W|1|A+2V6W|1|B (2V6W)
| 1.8 Å | 7 | (1) 2V6W|1|A+2V6W|1|B |
| 868 | NR_3.5_32733.1 Exact match | 2PO1|1|C (2PO1)
| 1.9 Å | 7 | (1) 2PO1|1|C |
| 869 | NR_3.5_36129.1 Exact match Escherichia coli | 2VAL|1|A+2VAL|1|C (2VAL)
| 2.0 Å | 7 | (2) 2VAL|1|A+2VAL|1|C, 2VAL|1|B+2VAL|1|D |
| 870 | NR_3.5_36794.1 Exact match | 1G2J|1|A (1G2J)
| 2.0 Å | 7 | (1) 1G2J|1|A |
| 871 | NR_3.5_37566.1 Exact match synthetic construct | 4X2B|1|B+4X2B|1|C (4X2B)
| 2.9 Å | 7 | (1) 4X2B|1|B+4X2B|1|C |
| 872 | NR_3.5_39268.1 Exact match synthetic construct | 3E2E|1|R (3E2E)
| 3.0 Å | 7 | (1) 3E2E|1|R |
| 873 | NR_3.5_43421.1 Exact match synthetic construct | 2XB2|1|R (2XB2)
| 3.4 Å | 7 | (1) 2XB2|1|R |
| 874 | NR_3.5_45210.1 Exact match Saccharomyces cerevisiae | 4TYW|1|B (4TYW)
| 2.2 Å | 7 | (1) 4TYW|1|B |
| 875 | NR_3.5_46386.1 Exact match | 2R7T|1|X (2R7T)
| 3.0 Å | 7 | (1) 2R7T|1|X |
| 876 | NR_3.5_48641.1 Exact match | 1M8X|1|D (1M8X)
| 2.2 Å | 7 | (2) 1M8X|1|D, 1M8W|1|D |
| 877 | NR_3.5_50067.1 Exact match Homo sapiens | 3NNC|1|B (3NNC)
| 2.2 Å | 7 | (1) 3NNC|1|B |
| 878 | NR_3.5_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 |
| 879 | NR_3.5_50990.1 Exact match synthetic construct | 4U34|1|B+4U34|1|A (4U34)
| 1.4 Å | 7 | (1) 4U34|1|B+4U34|1|A |
| 880 | NR_3.5_54586.1 Exact match | 1L3Z|1|B (1L3Z)
| 2.0 Å | 7 | (2) 1L3Z|1|B, 1L3Z|1|A |
| 881 | NR_3.5_54592.1 Exact match | 464D|1|A+464D|1|B (464D)
| 1.2 Å | 7 | (11) 464D|1|A+464D|1|B, 464D|1|C+464D|1|D, 466D|1|C+466D|1|D, 466D|1|A+466D|1|B, 4U37|1|A+4U37|1|B, 4U38|1|A+4U38|1|B, 4U38|1|C+4U38|1|D, 4U38|1|E+4U38|1|F, 4U38|1|G+4U38|1|H, 434D|1|C+434D|1|D, 434D|1|A+434D|1|B |
| 882 | NR_3.5_56855.1 Exact match | 3KNA|1|B+3KNA|1|C (3KNA)
| 2.8 Å | 7 | (4) 3KNA|1|B+3KNA|1|C, 4IQX|1|B+4IQX|1|C, 3KMS|1|B+3KMS|1|C, 3KLV|1|B+3KLV|1|C |
| 883 | NR_3.5_57688.1 Exact match | 409D|1|C+409D|1|D (409D)
| 2.5 Å | 7 | (3) 409D|1|C+409D|1|D, 409D|1|A+409D|1|B, 409D|1|E+409D|1|F |
| 884 | NR_3.5_59612.1 Exact match | 2DB3|1|E (2DB3)
| 2.2 Å | 7 | (4) 2DB3|1|E, 2DB3|1|F, 2DB3|1|G, 2DB3|1|H |
| 885 | NR_3.5_59755.1 Exact match | 2JLW|1|D (2JLW)
| 2.6 Å | 7 | (2) 2JLW|1|D, 2JLW|1|C |
| 886 | NR_3.5_59870.1 Exact match | 3S49|1|E+3S49|1|F (3S49)
| 2.3 Å | 7 | (4) 3S49|1|E+3S49|1|F, 3S49|1|C+3S49|1|D, 3S49|1|A+3S49|1|B, 3S49|1|G |
| 887 | NR_3.5_61167.1 Exact match synthetic construct | 4U35|1|B+4U35|1|A (4U35)
| 1.6 Å | 7 | (1) 4U35|1|B+4U35|1|A |
| 888 | NR_3.5_63343.1 Exact match Schizosaccharomyces pombe | 5DNO|1|B (5DNO)
| 1.8 Å | 7 | (1) 5DNO|1|B |
| 889 | NR_3.5_64642.1 Exact match synthetic construct | 4XWW|1|E (4XWW)
| 1.7 Å | 7 | (1) 4XWW|1|E |
| 890 | NR_3.5_65010.1 Exact match Homo sapiens | 2V7R|1|A+2V7R|1|B (2V7R)
| 1.2 Å | 7 | (1) 2V7R|1|A+2V7R|1|B |
| 891 | NR_3.5_69076.1 Exact match | 3G0H|1|E (3G0H)
| 2.7 Å | 7 | (1) 3G0H|1|E |
| 892 | NR_3.5_71302.1 Exact match synthetic construct | 2UXB|1|Y+2UXB|1|X (2UXB)
| 3.1 Å | 7 | (1) 2UXB|1|Y+2UXB|1|X |
| 893 | NR_3.5_71707.1 Exact match Homo sapiens | 2VON|1|C (2VON)
| 2.1 Å | 7 | (2) 2VON|1|C, 2VON|1|D |
| 894 | NR_3.5_73115.1 Exact match Homo sapiens | 4HT9|1|D (4HT9)
| 1.8 Å | 7 | (3) 4HT9|1|D, 4HT8|1|I, 4HT8|1|K |
| 895 | NR_3.5_73187.1 Exact match Escherichia coli | 2WJ8|1|d (2WJ8)
| 3.3 Å | 7 | (20) 2WJ8|1|d, 2WJ8|1|i, 2WJ8|1|l, 2WJ8|1|f, 2WJ8|1|c, 2WJ8|1|q, 2WJ8|1|j, 2WJ8|1|p, 2WJ8|1|k, 2WJ8|1|e, 2WJ8|1|t, 2WJ8|1|b, 2WJ8|1|o, 2WJ8|1|n, 2WJ8|1|a, 2WJ8|1|h, 2WJ8|1|r, 2WJ8|1|m, 2WJ8|1|s, 2WJ8|1|g |
| 896 | NR_3.5_75005.1 Exact match Saccharomyces cerevisiae | 4TZ6|1|B (4TZ6)
| 3.2 Å | 7 | (1) 4TZ6|1|B |
| 897 | NR_3.5_75344.1 Exact match | 4QM6|1|D (4QM6)
| 1.5 Å | 7 | (2) 4QM6|1|D, 4QM6|1|C |
| 898 | NR_3.5_75793.1 Exact match synthetic construct | 2XZO|1|D (2XZO)
| 2.4 Å | 7 | (1) 2XZO|1|D |
| 899 | NR_3.5_77683.1 Exact match | 2JEA|1|C (2JEA)
| 2.3 Å | 7 | (1) 2JEA|1|C |
| 900 | NR_3.5_78065.1 Exact match | 3S15|1|R (3S15)
| 3.3 Å | 7 | (1) 3S15|1|R |
| 901 | NR_3.5_80567.1 Exact match | 3GVN|1|A+3GVN|1|B (3GVN)
| 1.2 Å | 7 | (1) 3GVN|1|A+3GVN|1|B |
| 902 | NR_3.5_81724.1 Exact match | 3Q0N|1|D (3Q0N)
| 2.4 Å | 7 | (3) 3Q0N|1|D, 3Q0O|1|C, 3Q0O|1|D |
| 903 | NR_3.5_87746.1 Exact match | 4IQS|1|E (4IQS)
| 2.6 Å | 7 | (4) 4IQS|1|E, 4IQS|1|C+4IQS|1|D, 4IQS|1|A+4IQS|1|B, 4IQS|1|F |
| 904 | NR_3.5_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 |
| 905 | NR_3.5_93459.1 Exact match | 1M8W|1|F (1M8W)
| 2.2 Å | 7 | (1) 1M8W|1|F |
| 906 | NR_3.5_97196.1 Exact match Caenorhabditis elegans | 3V71|1|B (3V71)
| 2.9 Å | 7 | (1) 3V71|1|B |
| 907 | NR_3.5_97569.1 Exact match Escherichia coli | 2W89|1|A+2W89|1|B (2W89)
| 2.0 Å | 7 | (2) 2W89|1|A+2W89|1|B, 2W89|1|C+2W89|1|D |
| 908 | NR_3.5_97629.1 Exact match | 3NL0|1|B+3NL0|1|C (3NL0)
| 2.6 Å | 7 | (1) 3NL0|1|B+3NL0|1|C |
| 909 | NR_3.5_06254.1 Exact match synthetic construct | 3P4C|1|A (3P4C)
| 1.2 Å | 6 | (1) 3P4C|1|A |
| 910 | NR_3.5_09880.1 Exact match | 3ULD|1|B (3ULD)
| 1.6 Å | 6 | (10) 3ULD|1|B, 2G8K|1|B, 2R7Y|1|B, 2G8U|1|B, 2G8I|1|B, 2G8F|1|B, 2G8H|1|B, 3TWH|1|B, 2G8V|1|B, 2G8W|1|B |
| 911 | NR_3.5_12080.1 Exact match | 3HGA|1|X (3HGA)
| 1.3 Å | 6 | (2) 3HGA|1|X, 1OSU|1|A |
| 912 | NR_3.5_13395.1 Exact match | 3MDG|1|C (3MDG)
| 2.2 Å | 6 | (1) 3MDG|1|C |
| 913 | NR_3.5_15144.1 Exact match | 3FHT|1|D (3FHT)
| 2.2 Å | 6 | (1) 3FHT|1|D |
| 914 | NR_3.5_15756.1 Exact match Saccharomyces cerevisiae | 4U8T|1|T (4U8T)
| 2.7 Å | 6 | (6) 4U8T|1|T, 4U8T|1|P, 4U8T|1|Q, 4U8T|1|S, 4U8T|1|O, 4U8T|1|R |
| 915 | NR_3.5_16130.1 Exact match synthetic construct | 1UTD|1|0 (1UTD)
| 2.1 Å | 6 | (10) 1UTD|1|0, 1UTD|1|6, 1UTD|1|Z, 1UTD|1|4, 1UTD|1|7, 1UTD|1|9, 1UTD|1|5, 1UTD|1|3, 1UTD|1|2, 1UTD|1|8 |
| 916 | NR_3.5_18857.1 Exact match synthetic construct | 5EMO|1|F (5EMO)
| 3.0 Å | 6 | (1) 5EMO|1|F |
| 917 | NR_3.5_25852.1 Exact match | 1M8V|1|P (1M8V)
| 2.6 Å | 6 | (7) 1M8V|1|P, 1M8V|1|R, 1M8V|1|U, 1M8V|1|Q, 1M8V|1|S, 1M8V|1|T, 1M8V|1|O |
| 918 | NR_3.5_28964.1 Exact match | 1PGL|1|3 (1PGL)
| 2.8 Å | 6 | (1) 1PGL|1|3 |
| 919 | NR_3.5_29524.1 Exact match | 2J0S|1|E (2J0S)
| 2.2 Å | 6 | (3) 2J0S|1|E, 2J0Q|1|E, 2J0Q|1|H |
| 920 | NR_3.5_31741.1 Exact match Thermus thermophilus | 1HNW|1|X (1HNW)
| 3.4 Å | 6 | (6) 1HNW|1|X, 1HR0|1|X, 1IBL|1|X, 1HNZ|1|X, 1IBK|1|X, 1IBM|1|X |
| 921 | NR_3.5_33509.1 Exact match | 3MDI|1|C (3MDI)
| 2.1 Å | 6 | (1) 3MDI|1|C |
| 922 | NR_3.5_35406.1 Exact match Parechovirus A | 4Z92|1|D (4Z92)
| 3.1 Å | 6 | (1) 4Z92|1|D |
| 923 | NR_3.5_41964.1 Exact match | 4O8J|1|D (4O8J)
| 2.0 Å | 6 | (2) 4O8J|1|D, 4O8J|1|E |
| 924 | NR_3.5_46239.1 Exact match | 2R7S|1|X (2R7S)
| 3.2 Å | 6 | (1) 2R7S|1|X |
| 925 | NR_3.5_54538.1 Exact match | 4JIY|1|A (4JIY)
| 1.9 Å | 6 | (1) 4JIY|1|A |
| 926 | NR_3.5_55334.1 Exact match Mus musculus | 5ELK|1|R (5ELK)
| 2.3 Å | 6 | (1) 5ELK|1|R |
| 927 | NR_3.5_58357.1 Exact match Thermus thermophilus | 1FJG|1|X (1FJG)
| 3.0 Å | 6 | (1) 1FJG|1|X |
| 928 | NR_3.5_60357.1 Exact match | 3KOA|1|B+3KOA|1|C (3KOA)
| 2.4 Å | 6 | (1) 3KOA|1|B+3KOA|1|C |
| 929 | NR_3.5_60790.1 Exact match Thermus thermophilus | 2VQE|1|Y+2VQE|1|X (2VQE)
| 2.5 Å | 6 | (2) 2VQE|1|Y+2VQE|1|X, 2VQF|1|Y+2VQF|1|X |
| 930 | NR_3.5_60836.1 Exact match Streptomyces coelicolor | 5A0V|1|E (5A0V)
| 2.8 Å | 6 | (2) 5A0V|1|E, 5A0V|1|F |
| 931 | NR_3.5_66740.1 Exact match Escherichia coli | 3T5N|1|C (3T5N)
| 1.8 Å | 6 | (3) 3T5N|1|C, 3T5Q|1|H, 3T5Q|1|L |
| 932 | NR_3.5_67685.1 Exact match | 3D2S|1|E (3D2S)
| 1.7 Å | 6 | (2) 3D2S|1|E, 3D2S|1|G |
| 933 | NR_3.5_68928.1 Exact match Bombyx mori | 4D25|1|D (4D25)
| 1.9 Å | 6 | (2) 4D25|1|D, 4D26|1|D |
| 934 | NR_3.5_69142.1 Exact match Homo sapiens | 3NMR|1|B (3NMR)
| 1.9 Å | 6 | (1) 3NMR|1|B |
| 935 | NR_3.5_71379.1 Exact match | 3RC8|1|E (3RC8)
| 2.9 Å | 6 | (1) 3RC8|1|E |
| 936 | NR_3.5_73018.1 Exact match | 2A8V|1|E (2A8V)
| 2.4 Å | 6 | (1) 2A8V|1|E |
| 937 | NR_3.5_73146.1 Exact match Thermus thermophilus | 4KHP|1|X (4KHP)
| 3.1 Å | 6 | (2) 4KHP|1|X, 1HNX|1|X |
| 938 | NR_3.5_74383.1 Exact match synthetic construct | 5ELS|1|I (5ELS)
| 2.9 Å | 6 | (2) 5ELS|1|I, 5ELS|1|H |
| 939 | NR_3.5_74924.3 Exact match | 3PEY|1|B (3PEY)
| 1.4 Å | 6 | (18) 3PEY|1|B, 3PF5|1|R, 5ELX|1|B, 3PEW|1|B, 4ALP|1|E, 2HYI|1|F, 3EX7|1|F, 3EX7|1|J, 2HYI|1|L, 4Y91|1|N, 4Y91|1|O, 4NL3|1|R, 4NL3|1|Z, 3O8R|1|C, 3O8C|1|C, 5BTE|1|C, 5BTE|1|D, 3PF5|1|S |
| 940 | NR_3.5_74981.1 Exact match | 4RKV|1|A (4RKV)
| 0.9 Å | 6 | (18) 4RKV|1|A, 4RNE|1|A, 4RNE|1|F, 1J8G|1|A, 4XK0|1|A, 4RJ1|1|A, 4RKV|1|B, 1J8G|1|B, 4RJ1|1|B, 4RNE|1|B, 1J8G|1|C, 4XK0|1|C, 4RNE|1|C, 1J8G|1|D, 4RNE|1|D, 4RNE|1|E, 4RNE|1|G, 4RNE|1|H |
| 941 | NR_3.5_75304.1 Exact match | 3AHU|1|X (3AHU)
| 2.2 Å | 6 | (1) 3AHU|1|X |
| 942 | NR_3.5_76177.1 Exact match | 2GXB|1|E+2GXB|1|F (2GXB)
| 2.3 Å | 6 | (1) 2GXB|1|E+2GXB|1|F |
| 943 | NR_3.5_76648.1 Exact match | 1AV6|1|B (1AV6)
| 2.8 Å | 6 | (1) 1AV6|1|B |
| 944 | NR_3.5_78175.1 Exact match | 3ICE|1|G (3ICE)
| 2.8 Å | 6 | (1) 3ICE|1|G |
| 945 | NR_3.5_80904.1 Exact match | 3FHT|1|C (3FHT)
| 2.2 Å | 6 | (1) 3FHT|1|C |
| 946 | NR_3.5_82856.2 Exact match Saccharomyces cerevisiae | 4A3D|1|P (4A3D)
| 3.4 Å | 6 | (2) 4A3D|1|P, 4A3F|1|P |
| 947 | NR_3.5_83079.1 Exact match | 2P7E|1|A (2P7E)
| 2.1 Å | 6 | (2) 2P7E|1|A, 2P7D|1|A |
| 948 | NR_3.5_84359.1 Exact match | 3S14|1|R (3S14)
| 2.9 Å | 6 | (1) 3S14|1|R |
| 949 | NR_3.5_85602.1 Exact match | 4OO1|1|S (4OO1)
| 3.3 Å | 6 | (1) 4OO1|1|S |
| 950 | NR_3.5_86129.1 Exact match synthetic construct | 4V85|1|AV (4V85)
| 3.2 Å | 6 | (1) 4V85|1|AV |
| 951 | NR_3.5_86148.1 Exact match Escherichia coli | 5A0T|1|E (5A0T)
| 2.3 Å | 6 | (2) 5A0T|1|E, 5A0T|1|F |
| 952 | NR_3.5_94252.1 Exact match synthetic construct | 5EMO|1|E (5EMO)
| 3.0 Å | 6 | (1) 5EMO|1|E |
| 953 | NR_3.5_99451.1 Exact match | 3VNU|1|G+3VNU|1|T (3VNU)
| 3.2 Å | 6 | (2) 3VNU|1|G+3VNU|1|T, 4FWT|1|G+4FWT|1|T |
| 954 | NR_3.5_03341.1 Exact match | 4HOR|1|X (4HOR)
| 1.9 Å | 5 | (1) 4HOR|1|X |
| 955 | NR_3.5_03885.1 Exact match | 3Q2T|1|F (3Q2T)
| 3.1 Å | 5 | (1) 3Q2T|1|F |
| 956 | NR_3.5_04359.1 Exact match | 3S1M|1|R (3S1M)
| 3.1 Å | 5 | (1) 3S1M|1|R |
| 957 | NR_3.5_06721.1 Exact match | 3PO3|1|P (3PO3)
| 3.3 Å | 5 | (1) 3PO3|1|P |
| 958 | NR_3.5_08138.1 Exact match Homo sapiens | 5F0Q|1|C (5F0Q)
| 2.2 Å | 5 | (4) 5F0Q|1|C, 5F0Q|1|E, 5F0S|1|C, 5F0S|1|E |
| 959 | NR_3.5_08150.1 Exact match | 1YVP|1|G (1YVP)
| 2.2 Å | 5 | (1) 1YVP|1|G |
| 960 | NR_3.5_09580.1 Exact match synthetic construct | 5C0Y|1|C (5C0Y)
| 2.1 Å | 5 | (1) 5C0Y|1|C |
| 961 | NR_3.5_09982.1 Exact match | 1MDG|1|A (1MDG)
| 1.5 Å | 5 | (1) 1MDG|1|A |
| 962 | NR_3.5_10469.1 Exact match | 1P79|1|A (1P79)
| 1.1 Å | 5 | (1) 1P79|1|A |
| 963 | NR_3.5_10541.1 Exact match | 3S1Q|1|R (3S1Q)
| 3.3 Å | 5 | (3) 3S1Q|1|R, 3RZD|1|R, 3S1R|1|R |
| 964 | NR_3.5_11258.1 Exact match | 2XGJ|1|C (2XGJ)
| 2.9 Å | 5 | (1) 2XGJ|1|C |
| 965 | NR_3.5_11290.1 Exact match | 1N38|1|C+1N38|1|B (1N38)
| 2.8 Å | 5 | (1) 1N38|1|C+1N38|1|B |
| 966 | NR_3.5_12819.1 Exact match Mus musculus | 2XS7|1|B (2XS7)
| 1.5 Å | 5 | (1) 2XS7|1|B |
| 967 | NR_3.5_16754.1 Exact match Homo sapiens | 4WKR|1|D (4WKR)
| 3.2 Å | 5 | (2) 4WKR|1|D, 4WKR|1|C |
| 968 | NR_3.5_17764.1 Exact match | 4M7A|1|P (4M7A)
| 2.8 Å | 5 | (2) 4M7A|1|P, 4M7A|1|O |
| 969 | NR_3.5_23233.1 Exact match | 2Q66|1|X (2Q66)
| 1.8 Å | 5 | (1) 2Q66|1|X |
| 970 | NR_3.5_24558.1 Exact match Saccharomyces cerevisiae | 2XNR|1|C (2XNR)
| 1.6 Å | 5 | (1) 2XNR|1|C |
| 971 | NR_3.5_27264.1 Exact match | 3Q2T|1|E (3Q2T)
| 3.1 Å | 5 | (1) 3Q2T|1|E |
| 972 | NR_3.5_28334.1 Exact match | 1KNZ|1|W (1KNZ)
| 2.5 Å | 5 | (4) 1KNZ|1|W, 1KNZ|1|X, 1KNZ|1|Z, 1KNZ|1|Y |
| 973 | NR_3.5_35553.1 Exact match | 3D2S|1|F (3D2S)
| 1.7 Å | 5 | (2) 3D2S|1|F, 3D2S|1|H |
| 974 | NR_3.5_35816.1 Exact match | 3KMQ|1|B+3KMQ|1|C (3KMQ)
| 2.1 Å | 5 | (1) 3KMQ|1|B+3KMQ|1|C |
| 975 | NR_3.5_36229.1 Exact match Homo sapiens | 4XBF|1|D (4XBF)
| 2.8 Å | 5 | (1) 4XBF|1|D |
| 976 | NR_3.5_37940.1 Exact match | 2R7U|1|X (2R7U)
| 3.1 Å | 5 | (1) 2R7U|1|X |
| 977 | NR_3.5_40750.1 Exact match Mus musculus | 5ELH|1|R (5ELH)
| 1.8 Å | 5 | (1) 5ELH|1|R |
| 978 | NR_3.5_42085.1 Exact match | 4M7D|1|P (4M7D)
| 2.6 Å | 5 | (2) 4M7D|1|P, 4M7D|1|O |
| 979 | NR_3.5_42633.1 Exact match Homo sapiens | 3NNA|1|B (3NNA)
| 1.9 Å | 5 | (1) 3NNA|1|B |
| 980 | NR_3.5_44600.1 Exact match Mus musculus | 2XS5|1|D (2XS5)
| 1.6 Å | 5 | (2) 2XS5|1|D, 2XS5|1|C |
| 981 | NR_3.5_45166.1 Exact match Homo sapiens | 5DET|1|Q (5DET)
| 2.0 Å | 5 | (1) 5DET|1|Q |
| 982 | NR_3.5_45527.1 Exact match | 4N2Q|1|B (4N2Q)
| 2.8 Å | 5 | (1) 4N2Q|1|B |
| 983 | NR_3.5_45851.1 Exact match | 1YTU|1|E+1YTU|1|F (1YTU)
| 2.5 Å | 5 | (2) 1YTU|1|E+1YTU|1|F, 1YTU|1|C+1YTU|1|D |
| 984 | NR_3.5_49650.1 Exact match Homo sapiens | 2VOP|1|B (2VOP)
| 2.8 Å | 5 | (1) 2VOP|1|B |
| 985 | NR_3.5_60255.1 Exact match | 4LMZ|1|B (4LMZ)
| 2.8 Å | 5 | (1) 4LMZ|1|B |
| 986 | NR_3.5_65762.1 Exact match | 4Q5S|1|I (4Q5S)
| 3.0 Å | 5 | (1) 4Q5S|1|I |
| 987 | NR_3.5_70523.1 Exact match | 2R7V|1|X (2R7V)
| 2.8 Å | 5 | (1) 2R7V|1|X |
| 988 | NR_3.5_70871.1 Exact match | 377D|1|A+377D|1|B (377D)
| 1.8 Å | 5 | (2) 377D|1|A+377D|1|B, 377D|1|C+377D|1|D |
| 989 | NR_3.5_74135.1 Exact match | 2XGJ|1|D (2XGJ)
| 2.9 Å | 5 | (1) 2XGJ|1|D |
| 990 | NR_3.5_78802.1 Exact match | 2GJE|1|S (2GJE)
| 3.4 Å | 5 | (1) 2GJE|1|S |
| 991 | NR_3.5_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 |
| 992 | NR_3.5_84537.1 Exact match | 2AWE|1|D (2AWE)
| 2.1 Å | 5 | (8) 2AWE|1|D, 2AWE|1|G, 2AWE|1|E, 2AWE|1|A, 2AWE|1|B, 2AWE|1|C, 2AWE|1|F, 2AWE|1|H |
| 993 | NR_3.5_88937.1 Exact match | 3S2H|1|R (3S2H)
| 3.3 Å | 5 | (1) 3S2H|1|R |
| 994 | NR_3.5_91461.1 Exact match Candida albicans | 5BUD|1|E (5BUD)
| 2.0 Å | 5 | (1) 5BUD|1|E |
| 995 | NR_3.5_94888.1 Exact match synthetic construct | 4J7L|1|B (4J7L)
| 1.8 Å | 5 | (1) 4J7L|1|B |
| 996 | NR_3.5_95409.1 Exact match synthetic construct | 1UVM|1|D (1UVM)
| 2.0 Å | 5 | (3) 1UVM|1|D, 1UVM|1|E, 1UVM|1|F |
| 997 | NR_3.5_96295.1 Exact match | 3M7N|1|X (3M7N)
| 2.4 Å | 5 | (6) 3M7N|1|X, 3M7N|1|Z, 3M7N|1|Y, 3M85|1|X, 3M85|1|Z, 3M85|1|Y |
| 998 | NR_3.5_96572.1 Exact match synthetic construct | 1UVL|1|B (1UVL)
| 2.0 Å | 5 | (3) 1UVL|1|B, 1UVL|1|F, 1UVL|1|D |
| 999 | NR_3.5_96728.1 Exact match | 3S1N|1|R (3S1N)
| 3.1 Å | 5 | (1) 3S1N|1|R |
| 1000 | NR_3.5_98212.1 Exact match synthetic construct | 5ELR|1|B (5ELR)
| 2.3 Å | 5 | (1) 5ELR|1|B |
| 1001 | NR_3.5_01782.1 Exact match synthetic construct | 4WTI|1|T+4WTI|1|P (4WTI)
| 2.8 Å | 4 | (1) 4WTI|1|T+4WTI|1|P |
| 1002 | NR_3.5_02089.1 Exact match | 4G9Z|1|E+4G9Z|1|F (4G9Z)
| 2.0 Å | 4 | (1) 4G9Z|1|E+4G9Z|1|F |
| 1003 | NR_3.5_05106.1 Exact match | 1CWP|1|D (1CWP)
| 3.2 Å | 4 | (1) 1CWP|1|D |
| 1004 | NR_3.5_07579.1 Exact match | 4OHZ|1|B (4OHZ)
| 2.4 Å | 4 | (1) 4OHZ|1|B |
| 1005 | NR_3.5_07798.1 Exact match Saccharomyces cerevisiae | 4A3C|1|P (4A3C)
| 3.5 Å | 4 | (2) 4A3C|1|P, 4A3E|1|P |
| 1006 | NR_3.5_09020.1 Exact match synthetic construct | 5ELT|1|F (5ELT)
| 2.1 Å | 4 | (2) 5ELT|1|F, 5ELT|1|E |
| 1007 | NR_3.5_15685.1 Exact match | 1CWP|1|F (1CWP)
| 3.2 Å | 4 | (1) 1CWP|1|F |
| 1008 | NR_3.5_16274.1 Exact match | 4OAV|1|C (4OAV)
| 2.1 Å | 4 | (1) 4OAV|1|C |
| 1009 | NR_3.5_16634.1 Exact match | 3S2D|1|R (3S2D)
| 3.2 Å | 4 | (1) 3S2D|1|R |
| 1010 | NR_3.5_28222.1 Exact match | 1VQL|1|4 (1VQL)
| 2.3 Å | 4 | (1) 1VQL|1|4 |
| 1011 | NR_3.5_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 |
| 1012 | NR_3.5_29277.1 Exact match | 4N2S|1|B (4N2S)
| 3.0 Å | 4 | (1) 4N2S|1|B |
| 1013 | NR_3.5_31949.1 Exact match synthetic construct | 1UVN|1|F (1UVN)
| 3.0 Å | 4 | (3) 1UVN|1|F, 1UVN|1|B, 1UVN|1|D |
| 1014 | NR_3.5_33685.1 Exact match | 4E6B|1|E+4E6B|1|F (4E6B)
| 1.5 Å | 4 | (1) 4E6B|1|E+4E6B|1|F |
| 1015 | NR_3.5_35883.1 Exact match | 3RZO|1|R (3RZO)
| 3.0 Å | 4 | (1) 3RZO|1|R |
| 1016 | NR_3.5_37244.1 Exact match synthetic construct | 4R3I|0|B (4R3I)
| 1.8 Å | 4 | (1) 4R3I|0|B |
| 1017 | NR_3.5_38685.1 Exact match Dengue virus | 5DTO|1|B (5DTO)
| 2.6 Å | 4 | (1) 5DTO|1|B |
| 1018 | NR_3.5_40400.1 Exact match | 3QSU|1|P (3QSU)
| 2.2 Å | 4 | (2) 3QSU|1|P, 3QSU|1|R |
| 1019 | NR_3.5_47084.1 Exact match Escherichia coli | 4QVC|1|G (4QVC)
| 2.0 Å | 4 | (1) 4QVC|1|G |
| 1020 | NR_3.5_49228.1 Exact match | 4OAV|1|A (4OAV)
| 2.1 Å | 4 | (1) 4OAV|1|A |
| 1021 | NR_3.5_51248.1 Exact match Candida albicans | 5BUD|1|D (5BUD)
| 2.0 Å | 4 | (1) 5BUD|1|D |
| 1022 | NR_3.5_52691.1 Exact match | 4E78|1|P+4E78|1|T (4E78)
| 2.9 Å | 4 | (1) 4E78|1|P+4E78|1|T |
| 1023 | NR_3.5_53426.1 Exact match | 4E6B|1|A+4E6B|1|B (4E6B)
| 1.5 Å | 4 | (1) 4E6B|1|A+4E6B|1|B |
| 1024 | NR_3.5_56657.1 Exact match | 1VQM|1|4 (1VQM)
| 2.3 Å | 4 | (1) 1VQM|1|4 |
| 1025 | NR_3.5_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 |
| 1026 | NR_3.5_60842.1 Exact match synthetic construct | 4JYA|1|X (4JYA)
| 3.1 Å | 4 | (1) 4JYA|1|X |
| 1027 | NR_3.5_61884.1 Exact match synthetic construct | 4WTK|1|T+4WTK|1|P (4WTK)
| 2.5 Å | 4 | (1) 4WTK|1|T+4WTK|1|P |
| 1028 | NR_3.5_64994.1 Exact match Saccharomyces cerevisiae | 4A3B|1|P (4A3B)
| 3.5 Å | 4 | (1) 4A3B|1|P |
| 1029 | NR_3.5_69202.1 Exact match synthetic construct | 4JV5|1|X (4JV5)
| 3.2 Å | 4 | (1) 4JV5|1|X |
| 1030 | NR_3.5_70063.1 Exact match synthetic construct | 4WTM|1|T+4WTM|1|P (4WTM)
| 2.2 Å | 4 | (1) 4WTM|1|T+4WTM|1|P |
| 1031 | NR_3.5_75747.1 Exact match | 3AVT|1|T (3AVT)
| 2.6 Å | 4 | (1) 3AVT|1|T |
| 1032 | NR_3.5_78430.1 Exact match Escherichia coli | 4QVD|1|H (4QVD)
| 2.0 Å | 4 | (1) 4QVD|1|H |
| 1033 | NR_3.5_79612.1 Exact match synthetic construct | 1UVI|1|D (1UVI)
| 2.2 Å | 4 | (3) 1UVI|1|D, 1UVI|1|F, 1UVI|1|E |
| 1034 | NR_3.5_80093.1 Exact match | 4LJ0|1|E (4LJ0)
| 2.2 Å | 4 | (3) 4LJ0|1|E, 4LJ0|1|C, 4LJ0|1|D |
| 1035 | NR_3.5_80112.1 Exact match synthetic construct | 4RCJ|1|B (4RCJ)
| 1.6 Å | 4 | (1) 4RCJ|1|B |
| 1036 | NR_3.5_81635.1 Exact match synthetic construct | 1UVJ|1|F (1UVJ)
| 1.9 Å | 4 | (3) 1UVJ|1|F, 1UVJ|1|D, 1UVJ|1|E |
| 1037 | NR_3.5_82735.1 Exact match synthetic construct | 4WTL|1|T+4WTL|1|P (4WTL)
| 2.0 Å | 4 | (1) 4WTL|1|T+4WTL|1|P |
| 1038 | NR_3.5_84179.1 Exact match | 3WZI|1|C (3WZI)
| 2.9 Å | 4 | (1) 3WZI|1|C |
| 1039 | NR_3.5_85566.1 Exact match | 4GV6|1|C+4GV6|1|B (4GV6)
| 2.0 Å | 4 | (3) 4GV6|1|C+4GV6|1|B, 4GV3|1|C+4GV3|1|B, 4GV9|1|F+4GV9|1|E |
| 1040 | NR_3.5_85948.1 Exact match | 3IE1|1|H (3IE1)
| 2.9 Å | 4 | (6) 3IE1|1|H, 3IE1|1|E, 1NB7|1|E, 3IE1|1|F, 1NB7|1|F, 3IE1|1|G |
| 1041 | NR_3.5_89128.1 Exact match Homo sapiens | 5DET|1|P (5DET)
| 2.0 Å | 4 | (1) 5DET|1|P |
| 1042 | NR_3.5_92778.1 Exact match | 1N1H|1|B (1N1H)
| 2.8 Å | 4 | (1) 1N1H|1|B |
| 1043 | NR_3.5_94845.1 Exact match Saccharolobus solfataricus | 4BA2|1|R (4BA2)
| 2.5 Å | 4 | (1) 4BA2|1|R |
| 1044 | NR_3.5_97537.1 Exact match | 3P4D|1|B (3P4D)
| 1.9 Å | 4 | (2) 3P4D|1|B, 3P4D|1|A |
| 1045 | NR_3.5_98152.1 Exact match synthetic construct | 4WTJ|1|T+4WTJ|1|P (4WTJ)
| 2.2 Å | 4 | (1) 4WTJ|1|T+4WTJ|1|P |
| 1046 | NR_3.5_98303.1 Exact match | 4N48|1|D (4N48)
| 2.7 Å | 4 | (2) 4N48|1|D, 4N48|1|G |
| 1047 | NR_3.5_02412.1 Exact match synthetic construct | 4J7M|1|B (4J7M)
| 1.7 Å | 3 | (1) 4J7M|1|B |
| 1048 | NR_3.5_03143.1 Exact match Escherichia coli | 2VRT|1|H (2VRT)
| 3.5 Å | 3 | (1) 2VRT|1|H |
| 1049 | NR_3.5_06133.1 Exact match synthetic construct | 4PEH|1|Z (4PEH)
| 2.1 Å | 3 | (1) 4PEH|1|Z |
| 1050 | NR_3.5_12137.1 Exact match | 4I67|1|B (4I67)
| 2.3 Å | 3 | (1) 4I67|1|B |
| 1051 | NR_3.5_13730.1 Exact match Escherichia coli | 4X9E|1|G (4X9E)
| 3.1 Å | 3 | (2) 4X9E|1|G, 4X9E|1|H |
| 1052 | NR_3.5_22605.1 Exact match | 4DWA|1|D (4DWA)
| 3.0 Å | 3 | (1) 4DWA|1|D |
| 1053 | NR_3.5_22826.1 Exact match | 4OAU|1|A (4OAU)
| 2.6 Å | 3 | (6) 4OAU|1|A, 2A1R|1|C, 2A1R|1|D, 3GPQ|1|E, 3GPQ|1|F, 1LAJ|1|R |
| 1054 | NR_3.5_24630.1 Exact match synthetic construct | 4G0A|1|F (4G0A)
| 2.1 Å | 3 | (1) 4G0A|1|F |
| 1055 | NR_3.5_25856.1 Exact match Homo sapiens | 2VOO|1|C (2VOO)
| 1.8 Å | 3 | (2) 2VOO|1|C, 2VOO|1|D |
| 1056 | NR_3.5_27949.2 Exact match | 1I5L|1|Y (1I5L)
| 2.8 Å | 3 | (3) 1I5L|1|Y, 1I5L|1|U, 4DR6|1|b |
| 1057 | NR_3.5_29423.1 Exact match synthetic construct | 4V4F|1|B6 (4V4F)
| 1.9 Å | 3 | (22) 4V4F|1|B6, 4V4F|1|A5, 4V4F|1|A3, 4V4F|1|B0, 4V4F|1|B9, 4V4F|1|A2, 4V4F|1|A8, 4V4F|1|A1, 4V4F|1|A9, 4V4F|1|BZ, 4V4F|1|B8, 4V4F|1|B7, 4V4F|1|B5, 4V4F|1|A0, 4V4F|1|A7, 4V4F|1|A4, 4V4F|1|AZ, 4V4F|1|B3, 4V4F|1|B1, 4V4F|1|B4, 4V4F|1|A6, 4V4F|1|B2 |
| 1058 | NR_3.5_31791.1 Exact match | 2FZ2|1|D (2FZ2)
| 2.9 Å | 3 | (2) 2FZ2|1|D, 2XPJ|1|D |
| 1059 | NR_3.5_32785.1 Exact match synthetic construct | 4G0A|1|G (4G0A)
| 2.1 Å | 3 | (1) 4G0A|1|G |
| 1060 | NR_3.5_33592.3 Exact match | 1RMV|1|B (1RMV)
| 2.9 Å | 3 | (6) 1RMV|1|B, 2TMV|1|R, 4UDV|1|R, 1CGM|1|I, 1VTM|1|R, 3PDM|1|R |
| 1061 | NR_3.5_35987.1 Exact match Thermus thermophilus | 3B0U|1|B (3B0U)
| 2.0 Å | 3 | (2) 3B0U|1|B, 3B0U|1|A |
| 1062 | NR_3.5_40064.1 Exact match | 1VQO|1|4 (1VQO)
| 2.2 Å | 3 | (5) 1VQO|1|4, 1QVG|1|3, 3CMA|1|5, 3CD6|1|4, 3CME|1|5 |
| 1063 | NR_3.5_40208.1 Exact match Tobacco mosaic virus | 3J06|1|R (3J06)
| 3.3 Å | 3 | (1) 3J06|1|R |
| 1064 | NR_3.5_40559.1 Exact match synthetic construct | 4PEH|1|W (4PEH)
| 2.1 Å | 3 | (4) 4PEH|1|W, 4PEH|1|V, 4PEH|1|X, 4PEH|1|Y |
| 1065 | NR_3.5_43542.1 Exact match | 4HOT|1|X (4HOT)
| 2.5 Å | 3 | (1) 4HOT|1|X |
| 1066 | NR_3.5_45187.1 Exact match synthetic construct | 4YOE|1|E (4YOE)
| 1.9 Å | 3 | (1) 4YOE|1|E |
| 1067 | NR_3.5_47227.1 Exact match synthetic construct | 4G0A|1|H (4G0A)
| 2.1 Å | 3 | (1) 4G0A|1|H |
| 1068 | NR_3.5_61174.1 Exact match Escherichia coli | 1H2C|1|R (1H2C)
| 1.6 Å | 3 | (3) 1H2C|1|R, 1H2D|1|S, 1H2D|1|R |
| 1069 | NR_3.5_65232.1 Exact match | 4HOS|1|X (4HOS)
| 2.0 Å | 3 | (1) 4HOS|1|X |
| 1070 | NR_3.5_72277.1 Exact match | 3NMA|1|B+3NMA|1|C (3NMA)
| 2.6 Å | 3 | (1) 3NMA|1|B+3NMA|1|C |
| 1071 | NR_3.5_74729.1 Exact match synthetic construct | 4G0A|1|E (4G0A)
| 2.1 Å | 3 | (1) 4G0A|1|E |
| 1072 | NR_3.5_89698.1 Exact match synthetic construct | 4PEI|1|Z (4PEI)
| 2.0 Å | 3 | (5) 4PEI|1|Z, 4PEI|1|V, 4PEI|1|W, 4PEI|1|X, 4PEI|1|Y |
| 1073 | NR_3.5_95023.1 Exact match Escherichia coli | 2A8V|1|D (2A8V)
| 2.4 Å | 3 | (1) 2A8V|1|D |
| 1074 | NR_3.5_96260.1 Exact match synthetic construct | 1UTD|1|1 (1UTD)
| 2.1 Å | 3 | (1) 1UTD|1|1 |
| 1075 | NR_3.5_96332.1 Exact match synthetic construct | 4QU7|1|V (4QU7)
| 2.5 Å | 3 | (3) 4QU7|1|V, 4QU7|1|U, 4QU7|1|X |
| 1076 | NR_3.5_98920.1 Exact match synthetic construct | 4QU6|1|B (4QU6)
| 1.8 Å | 3 | (1) 4QU6|1|B |
| 1077 | NR_3.5_99944.1 Exact match Escherichia coli | 2VRT|1|G (2VRT)
| 3.5 Å | 3 | (1) 2VRT|1|G |
| 1078 | NR_3.5_07227.1 Exact match | 3ERC|1|F (3ERC)
| 3.2 Å | 2 | (2) 3ERC|1|F, 3ERC|1|E |
| 1079 | NR_3.5_09128.1 Exact match | 1XPU|1|G (1XPU)
| 3.1 Å | 2 | (18) 1XPU|1|G, 1XPU|1|L, 1XPR|1|L, 1XPU|1|H, 1XPO|1|K, 1XPO|1|J, 1XPU|1|J, 1XPO|1|H, 1XPR|1|J, 1XPU|1|K, 1XPR|1|K, 1XPO|1|M, 1XPO|1|L, 1XPU|1|M, 1XPR|1|M, 1XPO|1|G, 1XPR|1|H, 1XPR|1|G |
| 1080 | NR_3.5_21736.2 Exact match | 4OQ9|1|z (4OQ9)
| 1.5 Å | 2 | (35) 4OQ9|1|z, 4NIA|1|1, 4OQ9|1|1, 4NIA|1|2, 4OQ9|1|2, 4NIA|1|3, 4OQ9|1|3, 4NIA|1|4, 4OQ9|1|4, 4NIA|1|5, 4OQ9|1|5, 4NIA|1|6, 4OQ9|1|6, 4NIA|1|7, 4OQ9|1|7, 4NIA|1|8, 4OQ9|1|8, 3ER9|1|D, 4OQ8|1|D, 2VRT|1|E, 1DDL|1|E, 2VRT|1|F, 4NIA|1|t, 4OQ9|1|t, 4NIA|1|u, 4OQ9|1|u, 4NIA|1|v, 4OQ9|1|v, 4NIA|1|w, 4OQ9|1|w, 4NIA|1|x, 4OQ9|1|x, 4NIA|1|y, 4OQ9|1|y, 4NIA|1|z |
| 1081 | NR_3.5_27378.1 Exact match | 1QLN|1|R (1QLN)
| 2.4 Å | 2 | (1) 1QLN|1|R |
| 1082 | NR_3.5_28594.1 Exact match | 2X1F|1|B (2X1F)
| 1.6 Å | 2 | (2) 2X1F|1|B, 2X1A|1|B |
| 1083 | NR_3.5_30547.1 Exact match | 4II9|1|C (4II9)
| 1.7 Å | 2 | (1) 4II9|1|C |
| 1084 | NR_3.5_35293.2 Exact match | 3P6Y|1|S (3P6Y)
| 2.9 Å | 2 | (7) 3P6Y|1|S, 3P6Y|1|R, 3P6Y|1|T, 3P6Y|1|V, 3P6Y|1|U, 3P6Y|1|Q, 3P6Y|1|W |
| 1085 | NR_3.5_40973.1 Exact match | 3ERC|1|G (3ERC)
| 3.2 Å | 2 | (1) 3ERC|1|G |
| 1086 | NR_3.5_48777.1 Exact match | 4NKU|1|D (4NKU)
| 1.9 Å | 2 | (3) 4NKU|1|D, 4NKU|1|H, 1CWP|1|E |
| 1087 | NR_3.5_50478.2 Exact match | 4OHY|1|B (4OHY)
| 2.0 Å | 2 | (3) 4OHY|1|B, 4OI1|1|B, 4OI0|1|B |
| 1088 | NR_3.5_54627.1 Exact match Homo sapiens | 4A3G|1|P (4A3G)
| 3.5 Å | 2 | (2) 4A3G|1|P, 3J9M|1|u |
| 1089 | NR_3.5_63152.1 Exact match | 1VQN|1|4 (1VQN)
| 2.4 Å | 2 | (1) 1VQN|1|4 |
| 1090 | NR_3.5_63520.1 Exact match synthetic construct | 4TU0|1|F (4TU0)
| 2.3 Å | 2 | (2) 4TU0|1|F, 4TU0|1|G |
| 1091 | NR_3.5_64047.1 Exact match | 1PVO|1|L (1PVO)
| 3.0 Å | 2 | (5) 1PVO|1|L, 1PVO|1|G, 1PVO|1|H, 1PVO|1|J, 1PVO|1|K |
| 1092 | NR_3.5_77810.1 Exact match | 4S2X|1|B (4S2X)
| 1.5 Å | 2 | (2) 4S2X|1|B, 4S2Y|1|B |
| 1093 | NR_3.5_79804.1 Exact match | 3RTJ|1|D (3RTJ)
| 3.0 Å | 2 | (1) 3RTJ|1|D |
| 1094 | NR_3.5_80570.4 Exact match | 5JJU|1|C (5JJU)
| 2.3 Å | 2 | (4) 5JJU|1|C, 5CEU|1|C, 5CEU|1|D, 4EJT|1|G |
| 1095 | NR_3.5_97168.1 Exact match | 4G7O|1|S (4G7O)
| 3.0 Å | 2 | (2) 4G7O|1|S, 4G7O|1|I |
| 1096 | NR_3.5_98750.1 Exact match | 3ERC|1|I (3ERC)
| 3.2 Å | 2 | (1) 3ERC|1|I |
| 1097 | NR_3.5_01981.1 Exact match | 3T3O|1|B (3T3O)
| 2.5 Å | 1 | (1) 3T3O|1|B |
| 1098 | NR_3.5_35535.1 Exact match | 1VQ6|1|4 (1VQ6)
| 2.7 Å | 1 | (1) 1VQ6|1|4 |
| 1099 | NR_3.5_45132.1 Exact match | 1B2M|1|E (1B2M)
| 2.0 Å | 1 | (3) 1B2M|1|E, 1B2M|1|C, 1B2M|1|D |
| 1100 | NR_3.5_72182.1 Exact match Escherichia coli | 4AM3|1|E (4AM3)
| 3.0 Å | 1 | (4) 4AM3|1|E, 4AM3|1|D, 4AM3|1|H, 4AM3|1|I |
| 1101 | NR_3.5_89612.1 Exact match | 4AFY|1|D (4AFY)
| 2.0 Å | 1 | (9) 4AFY|1|D, 4AFY|1|C, 3U2E|1|C, 3U2E|1|D, 4X4U|1|H, 4LQ3|1|R, 1UVK|1|B, 1UVK|1|D, 1UVK|1|F |
| 1102 | NR_3.5_96460.1 Exact match | 4JZU|1|C (4JZU)
| 1.7 Å | 1 | (2) 4JZU|1|C, 4JZV|1|C |