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通过Verhoeff弹性-Martius猩红-蓝色复合三色染色法同时显示结缔组织弹性纤维和纤维蛋白。

Simultaneous demonstration of connective tissue elastica and fibrin by a combined Verhoeff's elastic-Martius-scarlet-blue trichrome stain.

作者信息

Buk S J

出版信息

Stain Technol. 1984 Jan;59(1):1-5. doi: 10.3109/10520298409113822.

Abstract

A method for the routine combined demonstration of elastica, connective tissue in general, and fibrin is described. Elastica, stained blue-black by Verhoeff's iron hematoxylin, is contrasted with muscle and collagen, stained red and blue or green respectively, by a modification of the Martius-scarlet-blue (MSB) trichrome for fibrin of Lendrum et al. The MSB technique selectively stains fresh, mature and old fibrin orange-yellow, red and blue respectively; the Masson trichrome does not distinguish between erythrocytes and fibrin. Nuclei are stained at the same time as the elastica. The technique takes approximately one and a half hours and is ideal for the study of connective tissue and vascular pathology, especially the necrotizing vasculitides.

摘要

本文描述了一种常规联合显示弹性组织、一般结缔组织和纤维蛋白的方法。用Verhoeff铁苏木精染成蓝黑色的弹性组织,与分别用改良的Martius-猩红-蓝(MSB)三色染色法染成红色和蓝色或绿色的肌肉和胶原形成对比,该改良方法用于Lendrum等人的纤维蛋白染色。MSB技术分别将新鲜、成熟和陈旧的纤维蛋白选择性地染成橙黄色、红色和蓝色;Masson三色染色法无法区分红细胞和纤维蛋白。细胞核与弹性组织同时染色。该技术大约需要一个半小时,非常适合用于结缔组织和血管病理学研究,尤其是坏死性血管炎。

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