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组织化学的组织制备:用于光学显微镜检查的固定、包埋和抗原修复。

Tissue preparation for histochemistry: fixation, embedding, and antigen retrieval for light microscopy.

作者信息

Hewitson Tim D, Wigg Belinda, Becker Gavin J

机构信息

Department of Nephrology, The Royal Melbourne Hospital, Melbourne, VIC, Australia.

出版信息

Methods Mol Biol. 2010;611:3-18. doi: 10.1007/978-1-60327-345-9_1.

Abstract

A number of techniques have been developed to use chemical, immunological, and molecular biology assays in histological material. Collectively termed histochemistry, these techniques have allowed us to better understand tissue and organ biology in situ. Success with each of these methods is dependent on the adequate preparation of material. In this article, we describe the basic steps required to prepare tissue for routine histochemical analysis.Histochemical techniques routinely use frozen and paraffin-embedded tissue as a basis for cellular and morphological analysis. Freezing tissue results in less alteration to epitopes and therefore may offer improved staining characteristics compared to techniques based on paraffin embedding. As in conventional histology, the use of fixation and embedding in more rigid media such as wax offers a number of potential advantages related to improved structural detail. Improvements in morphology may however be offset by a loss of antigens. The careful application of antigen retrieval techniques may overcome these deficiencies.

摘要

已经开发出了许多技术,可在组织学材料中使用化学、免疫和分子生物学检测方法。这些技术统称为组织化学,使我们能够更好地在原位了解组织和器官生物学。每种方法的成功都取决于材料的充分准备。在本文中,我们描述了为常规组织化学分析准备组织所需的基本步骤。组织化学技术通常使用冷冻和石蜡包埋的组织作为细胞和形态学分析的基础。与基于石蜡包埋的技术相比,冷冻组织导致表位的改变较少,因此可能具有更好的染色特性。与传统组织学一样,在诸如蜡等更坚硬的介质中使用固定和包埋具有许多与改善结构细节相关的潜在优势。然而,形态学上的改善可能会被抗原的损失所抵消。仔细应用抗原修复技术可能会克服这些缺陷。

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