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Assessment of potential biomarkers of pre-receptive and receptive endometrium in uterine fluid and a functional evaluation of the potential role of CSF3 in fertility

机译:评估子宫液中预接受和接受子宫内膜的潜在生物标志物及CSF3在生育中的潜在作用的功能评价

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摘要

The endometrium lines a women's uterus becoming receptive, and allowing embryo implantation to occur, for just a few days during the post-ovulatory mid-secretory phase of each menstrual cycle. We investigated whether concentrations of proposed receptivity biomarkers (VEGF, IL8, FGF2, CSF3 sFlt-1, sGP130 and PlGF) secreted by the endometrium into the uterine cavity and forming the microenvironment for embryo implantation is altered among a population of age-matched women with unexplained (idiopathic) infertility compared to fertile women during the receptive mid-secretory phase (n = 16 fertile, 18 infertile) and the prior pre-receptive early secretory phase (n = 19 fertile, 18 infertile) of their cycle.
机译:子宫内膜系妇女的子宫是接受的,并且允许胚胎植入发生,仅仅在每个月经循环后的中间分泌阶段才几天。 我们研究了由子宫内膜分泌到子宫腔中的所提出的接受生物标志物(VEGF,IL8,FGF2,CSF3 SFLT-1,SGP130和PLGF)的浓度是否在年龄匹配的妇女群体中改变 与肥沃的女性在接受中间分泌阶段(n = 16次肥沃,18次不孕)和预处理早期分泌阶段(n = 19次肥沃,18次育,18不育)期间,与肥沃妇女相比,未解释的(特发性)不孕症。

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