Accession | MI0028102 | ||||
Name | eca-mir-3959 | ||||
similar to following miRCarta precursors | eca-27895.1 | ||||
Organism | Equus caballus | ||||
Genome | Equ Cab 2 | ||||
Location |
chr24:42,921,540-42,921,650 (+) |
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miRNA | eca-miR-3959 | ||||
Sequence (5' -> 3') (111 nts) |
GCCGAGUGUUGUCCAUGAUAGGGGAAUGGAUGGUUGAUCAGAGAACAUACAUUUUAUCAAUGAUGUAUGUCAACUGAUCCACAGUCCCUACCUAUCCAGAGACUUCUCAGG | ||||
MFE | -37.60 kcal/mol | ||||
first miRBase version | 21.0 | ||||
last miRBase version | 21.0 | ||||
Clusters (10 kb) (17 precursors) |
eca-mir-376b
eca-mir-376a eca-mir-1185 eca-mir-381 eca-mir-487b eca-mir-539 eca-mir-889 eca-mir-544-2 eca-mir-655 eca-mir-3959 eca-mir-487a eca-mir-382 eca-mir-134 eca-mir-485 eca-mir-154a eca-mir-154b eca-mir-496 |
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Family | mir-379 (MIPF0000126) | ||||
Experiments |
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External DBs |
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Authors | Journal | Year | Pubmed link | Title | |
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1 | Platt et al. | Mol. Biol. Evol. | 2014 | 24692655 | Large numbers of novel miRNAs originate from DNA transposons and are coincident with a large species radiation in bats. |