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Novel female sex-dependent actions of oestrogen in the intestine

机译:雌激素在肠道中的新型女性性别依赖性作用

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摘要

The intestine is an oestrogen responsive organ and circulatory oestrogens suppress Cl secretion across the epithelium of the colon to promote fluid retention at the luteal stage of the menstrual cycle. Ion transporters in the colon which are involved in Cl secretion show differential expression between males and females as do the signalling protein kinase intermediates involved in acutely regulating these transporters. Work from our laboratory has identified the KCNQ1/KCNE3 channel as one of the principal targets for oestrogen-induced signalling cascades in the distal colon. Through inhibition of the KCNQ1 channel, basolateral K+ recycling is decreased so reducing the favourable electrochemical gradient for Cl extrusion at the apical membrane. The actions of oestrogen on non-reproductive tissues such as the colon, kidney, lung and sweat gland will affect whole body electrolyte and fluid homeostasis and also have consequences for reproductive potential.
机译:肠是雌激素响应器官,循环雌激素抑制结肠上皮细胞内Cl -的分泌,从而促进月经周期黄体期的液体滞留。结肠中参与Cl -分泌的离子转运蛋白表现出雄性和雌性之间的差异表达,而涉及信号蛋白激酶中间产物的急性调节也是如此。我们实验室的工作已将KCNQ1 / KCNE3通道确定为雌激素诱导的远端结肠信号传导级联的主要目标之一。通过抑制KCNQ1通道,减少了基底外侧K + 的再循环,从而降低了Cl -根尖膜挤压的有利电化学梯度。雌激素对非生殖组织如结肠,肾脏,肺和汗腺的作用将影响全身电解质和体液稳态,并对生殖潜能产生影响。

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