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What does an orphan G-protein-coupled receptor have to do with estrogen?

机译:孤儿G蛋白偶联受体与雌激素有什么关系?

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摘要

Estrogen affects multiple aspects of human physiology, including the normal growth and development of female reproductive tissues, bone integrity, cardiovascular and central nervous system functions, and plays a central role in normal mammary development and breast pathogenesis. It modulates diverse cell signaling pathways, some of which appear to be independent of the known estrogen receptors (ERs). Although many of estrogen's actions can be explained by the nuclear ERs (ER-α and ER-β) functioning as ligand-activated RNA transcription factors, there are numerous rapid biochemical and physiological responses that cannot be explained by the classical genomic effects of estrogen signaling. It has long been postulated that the rapid effects of estrogen are due to a membrane-bound ER, and two recent reports suggest that it is in fact a G-protein-coupled receptor named 'GPR30'.
机译:雌激素影响人类生理的多个方面,包括女性生殖组织的正常生长和发育,骨骼完整性,心血管和中枢神经系统功能,并且在正常的乳腺发育和乳房发病机理中起着核心作用。它调节多种细胞信号通路,其中一些似乎独立于已知的雌激素受体(ER)。尽管许多雌激素的作用都可以通过核内质网(ER-α和ER-β)作为配体激活的RNA转录因子来解释,但仍有许多快速的生化和生理反应无法用雌激素信号转导的经典基因组效应来解释。 。长期以来,人们一直认为雌激素的快速作用是由于膜结合的ER引起的,最近的两项报道表明,它实际上是一种名为“ GPR30”的G蛋白偶联受体。

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