胎盘瘦素。

Cheryl J. Ashworth, Nigel Hoggard, Louise Thomas, Julian G. Mercer, Jacqueline M. Wallace, Richard G. Lea
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引用次数: 121

摘要

人类、啮齿动物和农场动物的胎盘组织含有瘦素及其受体。人胎盘产生的瘦素与脂肪组织产生的瘦素具有相同的大小、电荷和免疫反应性。然而,人类胎盘瘦素的表达似乎受到胎盘特异性上游增强子的调节。本文综述了瘦素及其受体在多种物种和胎盘类型中的发生,并讨论了其在妊娠中的意义。胎盘瘦素有助于妊娠后期母体循环瘦素浓度的增加,此时它可能在调节母体能量平衡方面具有内分泌作用。胎盘瘦素可能具有血管生成和免疫调节活性,以自分泌或旁分泌的方式影响胎盘。它似乎还通过与胎儿器官中的瘦素受体结合来影响胎儿的生长发育。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Placental leptin.
Placental tissues from humans, rodents and farm animals contain leptin and its receptor. Leptin produced by the human placenta has the same size, charge and immunoreactivity as leptin produced by adipose tissue. However, the expression of human placental leptin appears to be regulated by a placenta-specific upstream enhancer. In this review the occurrence of leptin and its receptor in a range of species and placental types is described, and its significance during pregnancy discussed. Placental leptin contributes to the increase in maternal circulating concentrations of leptin during late pregnancy when it is likely to have an endocrine role in regulating maternal energy balance. Placental leptin may have angiogenic and immunomodulatory activities, which affect the placenta in an autocrine or paracrine manner. It also appears to affect fetal growth and development by binding to leptin receptors present in fetal organs.
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