Accession
MI0002594
Description
Gorilla gorilla
ggo-mir-136 precursor miRNA
Sequence
503
reads,
37.0
reads per million, 4 experiments
ugagcccucggaggACUCCAUUUGUUUUGAUGAUGGAuucuuaugcucCAUCAUCGUCUCAAAUGAGUCUucagaggguucu
.((((((((.((((((((.(((((...((((((((((.........))))))))))...))))))))))))).)))))))).
.((((((((.((((((((.(((((...((((((((((.........))))))))))...))))))))))))).)))))))).
Structure
u g C UUU uuc gagcccuc gaggACUC AUUUG UGAUGAUGGA u |||||||| |||||||| ||||| |||||||||| u cuugggag cuUCUGAG UAAAC GCUACUACcu a u a - UCU cgu
Annotation confidence
Medium
Do you think this miRNA is real?
Comments
Berezikov et al. used primers designed from human miRNA gene flanking sequence to amplify miRNA precursor regions in primates [1]. The expression of the mature miRNA was not validated.
Genome context
chr14: 84901948-84902029 [+]
Clustered miRNAs
4 other miRNAs are < 10 kb from ggo-mir-136
| Name | Accession | Chromosome | Start | End | Strand | Confidence |
|---|
Database links
Mature ggo-miR-136-5p
| Accession | MIMAT0002293 |
| Description | Gorilla gorilla ggo-miR-136-5p mature miRNA |
| Sequence | 15 - ACUCCAUUUGUUUUGAUGAUGGA - 37 |
| Evidence | not_experimental |
Mature ggo-miR-136-3p
| Accession | MIMAT0061246 |
| Description | Gorilla gorilla ggo-miR-136-3p mature miRNA |
| Sequence | 49 - CAUCAUCGUCUCAAAUGAGUCU - 70 |
| Evidence | experimental |
References
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