Precursor miRBase

eca-mir-3958 (MI0028104)

Accession MI0028104
Name eca-mir-3958
similar to following miRCarta precursors eca-29346.1
Organism Equus caballus
Genome Equ Cab 2
Location chr24:42,908,032-42,908,174 (+)
miRNA eca-miR-3958
Sequence (5' -> 3')
(143 nts)
GGCGGAGAAACAGGGUCACAGAAGCUGGUCUGAGAUGUUCGAAAGGAGGUUGUCCGUGAUGUAUUUGCUUUGUUUGUGGCAGAUAUUGCACGGUUGAUCUCUUUUCAUCAUCAAAUGCCUUCUCGAAGGACUUGCUGCGCGGU
MFE -51.30 kcal/mol
first miRBase version 21.0
last miRBase version 21.0
Clusters (10 kb)
(18 precursors)
eca-mir-1197
eca-mir-323
eca-mir-758
eca-mir-329a
eca-mir-329b
eca-mir-494
eca-mir-1193
eca-mir-543
eca-mir-495
eca-mir-3958
eca-mir-376c
eca-mir-376b
eca-mir-376a
eca-mir-1185
eca-mir-381
eca-mir-487b
eca-mir-539
eca-mir-889
Family mir-154 (MIPF0000018)
Experiments
experiment Pubmed link
Illumina 24692655
External DBs
Gene symbol MIR3958
NCBI Gene 104795089

Predicted Structure

References

Authors Journal Year Pubmed link Title
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.