COUP Transcription Factor 2

Preferred Label : COUP Transcription Factor 2;

NCIt synonyms : COUP-TF2; ARP-1; COUP-TF II; COUP-TFII; Apolipoprotein AI Regulatory Protein 1; Nuclear Receptor Subfamily 2 Group F Member 2; NR2F2;

NCIt definition : COUP transcription factor 2 (414 aa, 46 kDa) is encoded by the human NR2F2 gene. This protein is involved in the mediation of transcription.;

Details

Origin ID

C75869;

UMLS CUI

C1506576;

OMIM relation
- Nuclear receptor subfamily 2, group f, member 2 [OMIM gene]
Semantic type(s)
- Amino Acid, Peptide, or Protein [UMLS semantic type]
- Receptor [UMLS semantic type]
UMLS correspondences (same concept)
- COUP transcription factor II [MeSH concept]
- NR2F2 protein, human [MeSH Supplementary Concept]
- NR2F2 protein, human [MeSH concept]
- coup transcription factor ii [MeSH Descriptor]
gene_encodes_gene_product
- Ligand Binding Protein Gene [NCIt concept]
- NR2F2 Gene [NCIt concept]
- Nuclear Receptor Gene [NCIt concept]
- Receptor Gene [NCIt concept]
- Regulatory Gene [NCIt concept]
- Transcription Factor Gene [NCIt concept]
- Transcription Regulation Gene [NCIt concept]
gene_product_has_associated_anatomy
- Cytoplasm [NCIt concept]
- Nucleus [NCIt concept]
gene_product_has_biochemical_function
- DNA Binding Protein [NCIt concept]
- Hormone Receptor [NCIt concept]
- Sequence-Specific DNA Binding Protein [NCIt concept]
gene_product_has_chemical_classification
- Nuclear Hormone Receptor Superfamily [NCIt concept]
gene_product_has_organism_source
- Human [NCIt concept]
gene_product_has_structural_domain_or_motif
- Hormone Receptor DNA-Binding Domain [NCIt concept]
- Ligand Binding Domain [NCIt concept]
gene_product_is_element_in_pathway
- FOXA1 Transcription Factor Signaling Pathway [NCIt concept]
- Telomerase Regulation Pathway [NCIt concept]
gene_product_plays_role_in_biological_process
- Cell Differentiation Process [NCIt concept]
- Cell Proliferation [NCIt concept]
- DNA Binding [NCIt concept]
- Homeostatic Process [NCIt concept]
- Ligand Binding [NCIt concept]
- Maturation [NCIt concept]
- Pattern Formation [NCIt concept]
- Receptor Signaling [NCIt concept]
- Signal Transduction [NCIt concept]
- Transcriptional Regulation [NCIt concept]

Keyword's position in hierarchy(ies) :

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