Estrogen receptor: Difference between revisions
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(ER) are activated by the hormone estrogen (EST). It is a [[Nuclear receptors|nuclear receptor]]. The activated ER binds DNA and regulates the activity of many genes. There are 2 forms of ER: α and β and ER dimers can be of αα, ββ and αβ. ER is composed of 5 domains: N terminal A/B domain can transactivate transcription without binding estrogen; C domain (DBD) binds to Estrogen response elements of DNA; D domain is a hinge region; E domain is ligand binding (LBD) as well as binding the coactivator and corepressor proteins and transactivates gene transcription.<br /> | (ER) are activated by the hormone estrogen (EST). It is a [[Nuclear receptors|nuclear receptor]]. The activated ER binds DNA and regulates the activity of many genes. There are 2 forms of ER: α and β and ER dimers can be of αα, ββ and αβ. ER is composed of 5 domains: N terminal A/B domain can transactivate transcription without binding estrogen; C domain (DBD) binds to Estrogen response elements of DNA; D domain is a hinge region; E domain is ligand binding (LBD) as well as binding the coactivator and corepressor proteins and transactivates gene transcription.<br /> | ||
See also [[Intracellular receptors]] | |||
==Structure of estradiol metal chelate and estrogen receptor complex: The basis for designing a new class of SERMs <ref>PMID: 21473635</ref>== | ==Structure of estradiol metal chelate and estrogen receptor complex: The basis for designing a new class of SERMs <ref>PMID: 21473635</ref>== | ||