Table 1.
RNA SS | Genomic region | Alignment position | JFH-1 position | Rfam v12 | Rfam v14.10 | ||
---|---|---|---|---|---|---|---|
S | E | S | E | ||||
SL I | UTR | 13 | 28 | 5 | 19 | RF00061 | RF00061 |
SL II | UTR | 52 | 126 | 43 | 117 | RF00061 | RF00061 |
SL III | UTR | 133 | 334 | 124 | 322 | RF00061 | RF00061 |
SL IV | UTR/C | 346 | 360 | 334 | 348 | RF00061 | RF00061 |
SL V | C | 400 | 435 | 388 | 423 | RF00620 | RF00620 |
SL VI | C | 439 | 519 | 427 | 507 | RF00620 | RF00620 |
SL 562 | C | 574 | 595 | 562 | 582 | ||
SL 588 | C | 601 | 678 | 588 | 665 | RF04220 | |
SL 669 | C | 684 | 761 | 671 | 748 | RF04221 | |
J 750 | C | 762 | 839 | 749 | 826 | RF04219 | |
SL 833 | C | 846 | 869 | 833 | 856 | RF00*** | |
SL 1412 | E1 | 1430 | 1467 | 1414 | 1451 | RF04305 | |
SL 1850 | E1 | 1881 | 2013 | 1850 | 1982 | ||
SL 2313 | E1 | 2356 | 2433 | 2313 | 2390 | ||
SL 2531 | E2 | 2 574 | 2591 | 2531 | 2548 | RF04308 | |
SL 2549 | E2/p7 | 2592 | 2636 | 2549 | 2592 | RF04308 | |
SL 3308 | NS2/NS3 | 3352 | 3644 | 3308 | 3600 | ||
SL 3844 | NS3 | 3888 | 3952 | 3844 | 3908 | ||
SL 4005 | NS3 | 4049 | 4099 | 4005 | 4056 | ||
SL 4214 | NS3 | 4258 | 4223 | 4214 | 4279 | ||
SL 4527 | NS3 | 4571 | 4591 | 4527 | 4547 | ||
SL 4621 | NS3 | 4665 | 4725 | 4621 | 4681 | ||
SL 4691 | NS3 | 4735 | 4788 | 4691 | 4744 | ||
SL 5016 | NS3 | 5060 | 5125 | 5016 | 5081 | ||
SL 5128 | NS3 | 5172 | 5249 | 5128 | 5205 | ||
SL 5357 | NS4A | 5401 | 5448 | 5357 | 5404 | ||
SL 5647 | NS4B | 5691 | 5777 | 5647 | 5733 | ||
SL 6027 | NS4B | 6071 | 6197 | 6027 | 6153 | ||
SL 6270 | NS5A | 6314 | 6410 | 6270 | 6366 | ||
SL 6371 | NS5A | 6415 | 6446 | 6371 | 6402 | ||
SL 6530 | NS5A | 6574 | 6689 | 6530 | 6645 | ||
SL 7516 | NS5A | 7584 | 7603 | 7516 | 7535 | ||
SL 7536 | NS5A | 7604 | 7702 | 7536 | 7634 | ||
SL 7816 | NS5B | 7893 | 7905 | 7816 | 7828 | ||
J 7880 | NS5B | 7959 | 8073 | 7882 | 7996 | RF00*** | |
SL 8001 | NS5B | 8077 | 8126 | 8000 | 8049 | RF04306 | |
SL 8075 | NS5B | 8152 | 8174 | 8075 | 8097 | ||
SL 8299 | NS5B | 8376 | 8396 | 8299 | 8334 | ||
SL 8670 | NS5B | 8722 | 8803 | 8645 | 8726 | RF04307 | |
5BSL1 | NS5B | 9194 | 9231 | 9117 | 9154 | RF04218 | |
5BSL2 | NS5B | 9276 | 9335 | 9198 | 9257 | RF00468 | RF00468 |
5BSL3.1 | NS5B | 9361 | 9406 | 9283 | 9328 | RF00260 | RF00260 |
5BSL3.2 | NS5B | 9410 | 9455 | 9332 | 9377 | RF00260 | RF00260 |
5BSL3.3 | NS5B | 9467 | 9497 | 9389 | 9419 | RF00260 | RF00260 |
SL IV | NS5B | 9505 | 9533 | 9427 | 9452 | RF00469 | RF00260 |
X-tail | UTR | 9727 | 9826 | 9579 | 9678 | RF00481 | RF00481 |
We updated and merged six Rfam models of v12 into five Rfam models (v14.10); confirmed the conservation of a total of 16 previously predicted RNA secondary structures throughout the phylogenetic tree (available in Rfam v14.10); and added further 23 novel conserved RNA families into Rfam (bold font). indicates that the existing Rfam model was updated with this publication. We named novel structures according to their position in the genome JFH-1 (S—Start; E—End). ***Rfam models will follow in the near future.