Nur77

GPTKB entity

Statements (53)
Predicate Object
gptkbp:instanceOf gptkb:protein
gptkbp:alsoKnownAs gptkb:NR4A1
nuclear receptor subfamily 4 group A member 1
gptkbp:discoveredBy 1988
gptkbp:encodedBy NR4A1 gene
gptkbp:Entrez_Gene_ID gptkb:ENSG00000105976
3164
gptkbp:expressedIn gptkb:skeletal_muscle
neurons
immune cells
gptkbp:family nuclear receptor family
gptkbp:function transcription factor
gptkbp:gene gptkb:NR4A1
gptkbp:HGNC_ID 7970
gptkbp:homologInRat gptkb:Nr4a1
https://www.w3.org/2000/01/rdf-schema#label Nur77
gptkbp:interactsWith gptkb:Bcl-2
gptkb:RXR_(Retinoid_X_Receptor)
DNA response elements
gptkbp:ligand orphan receptor (no known endogenous ligand)
gptkbp:locatedOnChromosome chromosome 12q13
gptkbp:location gptkb:nucleus
gptkb:cytoplasm
gptkbp:modulatedBy lipid metabolism
mitochondrial function
glucose metabolism
gptkbp:OMIM 600242
gptkbp:organism gptkb:Homo_sapiens
gptkbp:orthologInMouse gptkb:Nr4a1
gptkbp:PDB 1YJE
gptkbp:phosphorylates gptkb:protein_kinase_C
gptkb:protein_kinase_A
gptkbp:regulates cell proliferation
gene expression
cell death
induced by cytokines
induced by stress
induced by growth factors
induced by T cell activation
gptkbp:role gptkb:cancer
apoptosis
metabolism
inflammation
T cell receptor signaling
gptkbp:significance potential target in cancer therapy
potential target in inflammatory diseases
potential target in metabolic diseases
gptkbp:structure contains DNA-binding domain
contains ligand-binding domain
gptkbp:subfamily NR4A subfamily
gptkbp:UniProtID P22736
gptkbp:bfsParent gptkb:NR4A1
gptkbp:bfsLayer 8