免疫组织化学连续半薄切片:技术与应用。

D Grube, Y Kusumoto
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引用次数: 71

摘要

半薄切片的免疫染色在生物医学研究中是一种有价值的工具;然而,这种方法很少被历史学家使用。为了克服对这种方法的明显保留意见,本报告描述了一种相当简单、基本标准化、在调查内分泌学中非常有用的技术。该技术包括以下步骤:组织标本的快速冷冻和冷冻干燥,在Araldite中包埋,制备连续半薄切片,从组织切片中去除树脂,使用Sternberger过氧化物酶抗过氧化物酶(PAP)技术进行免疫染色,并通过各种显微技术对切片进行分析,这些技术在一定程度上增强了免疫反应位点。除了对该方法的详细描述外,还给出了其应用的示例,包括通过经验染色,免疫染色和生物单胺的荧光组织化学对同一细胞的伴随研究;多肽在同一细胞上的共定位和相应的特异性控制;基于免疫染色连续半薄切片的三维重建;免疫反应性的定量(计算机辅助)测定。由于免疫染色系列半薄切片提供的优势以及广泛的应用领域,推荐常规使用所描述的方法。同时,这种方法涵盖了常规光学显微镜(石蜡切片)和电子显微镜之间的差距。
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Serial semithin sections in immunohistochemistry: techniques and applications.

Immunostaining of semithin sections is a valuable tool in biomedical research; however, this method is rather rarely used by histologists. To overcome the apparent reservations concerning this method, the present report describes a technique which is rather simple, largely standardized, and very useful in investigative endocrinology. The technique includes the following steps: snap-freezing and freeze-drying of tissue specimens, embedding in Araldite, preparation of serial semithin sections, removal of the resin from tissue sections, immunostaining with Sternberger's peroxidase antiperoxidase (PAP) technique, and analyses of the sections by various microscopical techniques which in part optically enhance immunoreactive sites. In addition to a detailed description of the method, examples for its applications are given, including concomitant investigations of the same cells by empirical staining, immunostaining, and fluorescence histochemistry of biogenic monoamines; colocalization of multiple peptides to the same cells and corresponding specificity controls; three-dimensional reconstructions based upon immunostained serial semithin sections; quantitative (computer-assisted) determinations of immunoreactivities. Because of the advantages offered by immunostained serial semithin sections as well as the vast field of applications, the method described is recommended for routine use. Concomitantly this method covers the gap between conventional light microscopy (paraffin sections) and electron microscopy.

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