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The role of Hofbauer cells on the pathogenesis of early pregnancy loss

机译:霍夫鲍尔细胞在早孕流产的发病机理中的作用

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摘要

Introduction Hofbauer cells (HC) are the placental macrophages that play a significant role in many important placental events. The aim of this retrospective study is to investigate the role of HC in the pathogenesis of early pregnancy loss (EPL). Methods The slides were obtained from archival blocks of missed abortion (MA, n = 15) and blighted ovum (BO, n = 15) cases. Unwanted pregnancies materials constituted the control group (n = 15). HC and endothelial cells were identified using immunohistochemical methods. HC were counted under light microscope. The extent of villous vasculature was evaluated using two methods; the Chalkey method and microvessel scoring. Results The mean number of villous HC was found to be significantly higher in both MA and BO groups in contrast to the control group. MA group also showed a higher number of HC in comparison with the BO group. Higher microvessel scoring was also found in MA group in contrast to other two groups. Chalkey method revealed no significant difference in the extent of villous vasculature for the control group in comparison with MA and BO. Discussion As we identified relatively low quantity of HC in BO associated with defective vasculature, we hypothesize that an inadequate microvessel formation after hypoxic insult can explain the pathogenesis of BO. We believe that HC are increased in MA due to their divergent roles on immunity and inflammation. Conclusion We therefore conclude that HC may be of biological importance in the pathogenesis of EPL.
机译:简介霍夫鲍尔细胞(HC)是胎盘巨噬细胞,在许多重要的胎盘事件中起重要作用。这项回顾性研究的目的是调查HC在早期妊娠丢失(EPL)发病机理中的作用。方法幻灯片是从流产遗漏(MA,n = 15)和卵巢萎烂(BO,n = 15)的病例中获得的。不良妊娠材料构成对照组(n = 15)。 HC和内皮细胞使用免疫组织化学方法鉴定。 HC在光学显微镜下计数。绒毛脉管系统的程度使用两种方法进行评估: Chalkey方法和微血管评分。结果MA和BO组的绒毛HC平均数均显着高于对照组。与BO组相比,MA组还显示出更多的HC。与其他两组相比,MA组的微血管评分更高。 Chalkey方法显示对照组的绒毛血管系统范围与MA和BO相比无显着差异。讨论由于我们确定了BO中与血管系统缺陷相关的HC含量相对较低,我们推测低氧损伤后微血管形成不足会解释BO的发病机理。我们认为,由于其在免疫和炎症上的不同作用,HC在MA中增加。结论因此,我们得出结论,HC在EPL的发病机理中可能具有生物学重要性。

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