Gene_Plays_Role_In_Process
Cell Differentiation Process
Maturation
Cell Proliferation
Pattern Formation
Receptor Gene
Transcription Factor Gene
Nuclear Receptor Gene
C1335077
C20709
Gene or Genome
Nuclear Receptor
Nuclear Receptor Gene
Nuclear Receptor Gene
Nuclear Receptor Genes (NR Superfamily) encode over 300 ligand-dependent Nuclear Receptor (NRs) transcription factors: steroid, retinoid, vitamin D, TH, and orphan receptors (unknown ligands). Transducing hormone signals into gene transcription, NRs regulate development, pattern formation, cell proliferation, cell differentiation, and homeostasis in target tissues. NRs share a common organization: an (N) modulatory domain, a conserved central Cys-rich region of two C4 zinc fingers that bind to specific upstream ligand-responsive target DNA elements, and a (C) ligand-binding domain. Stabilizing hydrophobic zinc finger interactions contribute to DNA binding specificity, homodimerization, and interaction with other proteins. Ligand-bound NR conformation allows coactivator interaction with the hormone-binding domain that mediates interaction with heat shock proteins, cyclophilins, and hormone. (NCI)
Nuclear_Receptor_Gene
Homeostatic Process