UBERON:0001849
From FANTOM5_SSTAR
Name: | membranous labyrinth | |
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Namespace: | FANTOM | |
Definition: | "Organ with organ cavity which consists of the vestibular labyrinth and the cochlear labyrinth. Examples: There are only two membranous labyrinths, the right and the left.[FMA]" [FMA:FMA, Wikipedia:Membranous_labyrinth] | |
Xrefs: |
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Synonyms: | "labyrinthus membranaceus" RELATED LATIN [Wikipedia:Membranous_labyrinth] | |
Comments: | inner ear has parts membranous and osseuous/bony labyrinth. it's not clear where the edinburgh terms 'labyrinth' belong, we place them here for now | |
Alt_id: | UBERON:FMA_61022-MA_0000242-XAO_0000194 | |
Subset: |
organ_slim uberon_slim |
Ontology association<br>Each term has an is_a parent in the Uberon Ontology, which has a linkage to an another entity and FANTOM5 samples.Libraries were grouped into mutually exclusive facets according to the FANTOM5 sample ontology mapping to UBERON ontologies.<br><br>link to ontology dataset<br>data
Parents
is_a: | UBERON:0000062(organ),UBERON:0004121(ectoderm-derived structure),UBERON:0010314(structure with developmental contribution from neural crest) |
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develops_from: | UBERON:0005641(otocyst epithelium) |
part_of: | UBERON:0001846(internal ear) |
Children
part of: | UBERON:0002499 (cochlear labyrinth) |
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Ontology Tree: Loaded from BioPortal
Ontorolgy tree(Small window open)
FF samples<br>It includes FANTOM5 samples that overlay the Uberon ontology
Mouse (Mus musculus)
- 12157-128G6 (Sox2+ Supporting cells - organ of corti, pool1)
- 12158-128G7 (Atoh+ Inner ear hair cells - organ of corti, pool1)
- 12215-129E1 (Inner ear stem cells, 1st generation stem cells, pool1)
- 12216-129E2 (Inner ear stem cells, 4th generation stem cells, pool1)
- 12217-129E3 (Inner ear stem cells, differentiation, day03, pool1)
- 12218-129E4 (Inner ear stem cells, differentiation, day10, pool1)
Enrichment analysis: top 100 FFCP enriched with this ontology term TOP 100 FANTOM5 Cage Peaks enriched with UBERON:0001849 (membranous labyrinth), sorted by p-values <br>Analyst: Hideya Kawaji<br><br>link to source dataset <br>human : data <br>mouse : data