CL:0000183
From FANTOM5_SSTAR
| Name: | contractile cell |
|---|---|
| Namespace: | FANTOM |
| Definition: | "A cell whose primary function is to shorten." [FB:ma] |
Ontology association
Each term has an is_a parent in the Cell 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 Cell ontologies.
link to ontology dataset
data
Parents
| is_a: | CL:0000003(native cell) |
|---|
Children
| is a: | CL:0000186 (myofibroblast cell),CL:0000187 (muscle cell),CL:0000669 (pericyte cell) |
|---|
FF samples
It includes FANTOM5 samples that overlay the Cell ontology.
Human (Homo sapiens)
- 11210-116A4 (Smooth Muscle Cells - Aortic, donor0)
- 11212-116A6 (Smooth Muscle Cells - Umbilical artery, donor0)
- 11234-116D1 (Smooth Muscle Cells - Brain Vascular, donor1)
- 11239-116D6 (Smooth Muscle Cells - Colonic, donor1)
- 11240-116D7 (Skeletal Muscle Satellite Cells, donor1)
- 11244-116E2 (Canine hepatocytes, donor1)
- 11257-116F6 (Smooth Muscle Cells - Prostate, donor1)
- 11258-116F7 (Smooth Muscle Cells - Uterine, donor1)
- 11281-116I3 (Skeletal Muscle Cells, donor1)
- 11282-116I4 (Skeletal muscle cells differentiated into Myotubes - multinucleated, donor1)
... further results Mouse (Mus musculus)
- 11210-116A4 (Smooth Muscle Cells - Aortic, donor0)
- 11212-116A6 (Smooth Muscle Cells - Umbilical artery, donor0)
- 11234-116D1 (Smooth Muscle Cells - Brain Vascular, donor1)
- 11239-116D6 (Smooth Muscle Cells - Colonic, donor1)
- 11240-116D7 (Skeletal Muscle Satellite Cells, donor1)
- 11244-116E2 (Canine hepatocytes, donor1)
- 11257-116F6 (Smooth Muscle Cells - Prostate, donor1)
- 11258-116F7 (Smooth Muscle Cells - Uterine, donor1)
- 11281-116I3 (Skeletal Muscle Cells, donor1)
- 11282-116I4 (Skeletal muscle cells differentiated into Myotubes - multinucleated, donor1)
Enrichment analysis: top 100 FFCP enriched with this ontology termTOP 100 FANTOM5 Cage Peaks enriched with CL:0000183 (contractile cell), sorted by p-values
Analyst: Hideya Kawaji
link to source dataset
human : data
mouse : data
No analysis results for this cluster
