发育中和成年肾脏中 MUC1 的表达和分布

Carlos L Manrique-Caballero, Jonathan Barasch, Syed K Zaidi, Carlton M Bates, Evan C Ray, Thomas R Kleyman, Mohammad M Al-Bataineh
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摘要

粘蛋白 1(或 MUC1)是一种异源二聚体跨膜糖蛋白,在包括肾脏在内的多种组织的极化上皮细胞顶端表面表达。最近的研究揭示了 MUC1 在肾脏中的几种新作用,可能包括细菌感染、矿物质平衡和遗传性间质性肾病,尽管由于 MUC1 基因突变,MUC1 水平不仅在肾脏而且在所有组织中都会降低。要了解 MUC1 在肾脏中的多重功能作用,首先要仔细定位 MUC1 在肾小管离散区段中的位置。迄今为止,大多数已发表的关于 MUC1 表达的报告主要局限于培养细胞、肿瘤组织、实验啮齿类动物的选择性肾小球区段,很少有使用人类肾组织进行的研究。鉴于人们越来越关注 MUC1 在肾脏生理不同组成部分中的作用,我们使用不同肾小球节段或细胞类型的明确标记物仔细研究了 MUC1 在人类和小鼠肾脏切片中的肾脏分布。我们进一步扩大了研究范围,包括小鼠肾脏发育早期和人类肾脏损伤时的切片。我们还对尿路上皮细胞(肾盂和膀胱内衬的高度特化的上皮细胞)中的 MUC1 进行了染色。这些数据表明 MUC1 在抗微生物防御中的作用。我们的研究为检验 MUC1 在泌尿道中的生理相关性奠定了基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Expression and Distribution of MUC1 in the Developing and Adult Kidney.

Mucin 1 (or MUC1) is a heterodimeric transmembrane glycoprotein expressed on the apical surface of polarized epithelial cells in several tissues including the kidney. Recent studies have revealed several novel roles for MUC1 in the kidney, potentially including bacterial infection, mineral balance, and genetic interstitial kidney disease, even though MUC1 levels are reduced not only in the kidney but in all tissues due to MUC1 mutations. A careful localization of MUC1 in discrete segments of the nephron is a first step in understanding the multiple functional roles of MUC1 in the kidney. Most published reports of MUC1 expression to date have been largely confined to cultured cells, tumor tissues, selective nephron segments of experimental rodents, and very few studies have been performed using human kidney tissues. Given the rising attention to the role of MUC1 in differing components of renal physiology, we carefully examined the kidney distribution of MUC1 in both human and mouse kidney sections using well-defined markers for different nephron segments or cell types. We further extended our investigation to include sections of early stages of mouse kidney development and upon injury in humans. We included staining for MUC1 in urothelial cells, the highly specialized epithelial cells lining the renal pelvis and bladder. These data implicate a role for MUC1 in antimicrobial defense. Our study provides the groundwork to test the physiological relevance of MUC1 in the urinary tract.

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