Histopathological Characteristics of Folliculo-stellate Cells in Pituitary Glands of Wild Type, Obese and High-fat Diet Induced Mice

José Filipe Melo, G. Borrecho, N. Martínez-Sánchez, F. Tortosa
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Abstract

The anterior pituitary gland regulates growth, metabolism, and reproductionby secreting hormones. Folliculo-stellate cells (FSC) are non-endocrinecells located among hormone-producing cells in the anterior pituitaryglands, but little is known about the exact roles of those cells. Although,with their net organization, they seem to have an important role in thehormonal cells regulation and maintenance. In this work, the first ever made in this area, 33 pituitaries of three groupsof mice (18 wild type [WT], 11 genetically obese [OB] and 4 under a highfat diet [HFD]) were studied in order to determine if there was any relationbetween the number of FSC and alterations of the basal metabolism in eachgroup of mice. For that, immunohistochemical staining using the S-100protein was used and also the Image-J software, to calculate the percentageof FSC present in each sample. The authors found that, although there wasn’t any significant differencebetween WT and OB mice, the group of HFD mice tend to havesubstantially higher percentage of FSC than the mice from other groups.This might suggest some yet unknown link between diet, precisely with ahigh-fat diet, and the presentation of FSC in the anterior pituitary.
野生型、肥胖和高脂饮食诱导小鼠垂体卵泡星状细胞的组织病理学特征
脑下垂体前叶通过分泌激素来调节生长、新陈代谢和繁殖。卵泡星状细胞(FSC)是位于垂体前叶激素产生细胞中的非内分泌细胞,但对这些细胞的确切作用知之甚少。尽管如此,它们的网状结构似乎在激素细胞的调节和维持中起着重要作用。本研究是该领域首次开展的研究,研究了三组小鼠(18只野生型[WT], 11只遗传性肥胖型[OB], 4只高脂饮食型[HFD])的33只垂体,以确定各组小鼠FSC数量与基础代谢改变之间是否存在关系。为此,使用s -100蛋白和Image-J软件进行免疫组织化学染色,计算每个样品中存在的FSC百分比。作者发现,尽管WT和OB小鼠之间没有任何显著差异,但HFD小鼠组的FSC百分比往往明显高于其他组的小鼠。这可能表明饮食(特别是高脂肪饮食)与垂体前叶FSC之间存在某种未知的联系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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