首页> 外文期刊>International Journal of Environmental Research and Public Health >Versatility or Promiscuity: The Estrogen Receptors, Control of Ligand Selectivity and an Update on Subtype Selective Ligands
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Versatility or Promiscuity: The Estrogen Receptors, Control of Ligand Selectivity and an Update on Subtype Selective Ligands

机译:多功能性或滥交性:雌激素受体,配体选择性的控制和亚型选择性配体的更新

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The estrogen receptors (ERs) are a group of versatile receptors. They regulate an enormity of processes starting in early life and continuing through sexual reproduction, development, and end of life. This review provides a background and structural perspective for the ERs as part of the nuclear receptor superfamily and discusses the ER versatility and promiscuity. The wide repertoire of ER actions is mediated mostly through ligand-activated transcription factors and many DNA response elements in most tissues and organs. Their versatility, however, comes with the drawback of promiscuous interactions with structurally diverse exogenous chemicals with potential for a wide range of adverse health outcomes. Even when interacting with endogenous hormones, ER actions can have adverse effects in disease progression. Finally, how nature controls ER specificity and how the subtle differences in receptor subtypes are exploited in pharmaceutical design to achieve binding specificity and subtype selectivity for desired biological response are discussed. The intent of this review is to complement the large body of literature with emphasis on most recent developments in selective ER ligands.
机译:雌激素受体(ERs)是一组通用受体。它们调节着从生命的早期开始一直到性繁殖,发育和生命终止为止的巨大过程。这篇综述提供了作为核受体超家族一部分的内质网的背景和结构观点,并讨论了内质网的多功能性和混杂性。 ER作用的广泛组成大部分是通过配体激活的转录因子和大多数组织和器官中的许多DNA反应元件介导的。然而,它们的多功能性具有与结构多样的外源性化学品混杂相互作用的缺点,可能会产生广泛的不良健康结果。即使与内源激素相互作用,内质网的作用也会对疾病的发展产生不利影响。最后,讨论了自然如何控制内质网特异性,以及在药物设计中如何利用受体亚型的细微差异来实现对所需生物学反应的结合特异性和亚型选择性。本文的目的是补充大量文献,重点是选择性ER配体的最新进展。

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