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环氧树脂包埋的腺垂体的光镜鉴别染色

Light microscopic differential staining of epoxy-embedded adenohypophysis.

作者信息

Litwin J A, Kasprzyk J M, Cichocki T

出版信息

Acta Histochem. 1975;52(1):17-22.

PMID:52269
Abstract

Light microscopic histochemical methods for differential staining of adenohypophysis glandular cells were applied to Epon-embedded tissue, after prior softening of resin with saturated solution of NaOH in absolute ethanol. All investigated staining procedures, i.e. carmoisin L-orange G, PAS-orange G, PAS-range G-methyl blue, Gabe's aldehyde fuchsin-Halmi counterstain, aldehyde thionin-PAS-orange G and performic acid-alcian blue-PAS-orange G were found to give satisfactory results and tissue structure showed no signs of damage caused by the Epon-dissolving reagent. The features of light microscopic image given by plastic-embedded semithin sections: nearly 2-dimensional picture as well as the highest possible resolving power provide the opportunity for much more precise and detailed examination of adenohypophysis prepared that way, as compared with conventionally paraffin-embedded gland. Moreover, the described technique permits to establish a direct connection between light microscopic differential histochemistry of adenohypophysis and the electron microscopy by means of adjacent sections.

摘要

在用氢氧化钠在无水乙醇中的饱和溶液对树脂进行预先软化后,将用于腺垂体腺细胞鉴别染色的光镜组织化学方法应用于环氧树脂包埋的组织。所有研究的染色程序,即卡红L-橙黄G、PAS-橙黄G、PAS-橙黄G-甲基蓝、加贝醛复红-哈尔米对比染色、醛性硫堇-PAS-橙黄G以及过甲酸-阿尔辛蓝-PAS-橙黄G,均获得了满意的结果,并且组织结构未显示出由环氧树脂溶解试剂造成的损伤迹象。塑料包埋半薄切片所呈现的光镜图像特征:近乎二维的图像以及尽可能高的分辨能力,与传统石蜡包埋的腺体相比,为以这种方式制备的腺垂体提供了更精确、更详细的检查机会。此外,所描述的技术允许通过相邻切片在腺垂体的光镜鉴别组织化学与电子显微镜之间建立直接联系。

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