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生物胺的组织化学检测方法(作者译)

[Methods of the histochemical detection of biogenic amines (author's transl)].

作者信息

von Dorsche H H, Krause R, Fehrmann P, Sulzmann R

出版信息

Acta Histochem. 1975;52(2):281-302.

PMID:52983
Abstract

Histochemical and ultrahistochemical methods for the demonstration of biogenic amines are investigated with regard to their efficiencies and limitations. For the purposes of the light microscopy fluorescent histochemical methods at present are sufficient. Hereby beta-arylethyl-amines and indolalkylamines are demonstrable with formaldehyde or glyoxylic acid whilst histamine is traceable with o-phthaldialdehyde. In this connection those chemical and physical conditions of this methods are shown, under which the demarcation and quantitative determination of the several amines is possible. Ultrahistochemically biogenic amines can be demonstrated by means of the chromaffine and the argentaffine reaction, the reaction with permanganate and the REINECKE-salt precipitation technique. Apart from the latter one, all these methods are based on an initially reaction between glutaraldehyde and amines. Thus these techniques might be founded on one and the same principle. Besides, the demonstration of adreanline as a secondary amine might be hindered also by the fact that the product of its reaction with glutaraldehyde is soluble in water. On the other hand the reaction product of primary amines with glutaraldehyde is insoluble in water. When using REINECKE-salt the correctly localizated precipitation of amines is the first step of the reaction. After that the treatment with glutaraldehyde is only serving for the fixation of the tissues. But the ultrahistochemical methods mentioned above altogether are showing a deficiency as far as they do not allow to make the several amines selectively visible. Therefore a quantitative ultrahistochemistry of biogenic amines is still impossible at present.

摘要

对用于显示生物胺的组织化学和超微组织化学方法的效率和局限性进行了研究。就光学显微镜而言,目前的荧光组织化学方法已足够。据此,β-芳基乙胺和吲哚烷基胺可用甲醛或乙醛酸显示,而组胺可用邻苯二甲醛追踪。在此阐述了这些方法的化学和物理条件,在这些条件下可以区分和定量测定几种胺。在超微组织化学方面,生物胺可用嗜铬反应和亲银反应、与高锰酸盐的反应以及雷氏盐沉淀技术来显示。除了后者,所有这些方法都基于戊二醛和胺之间的初始反应。因此,这些技术可能基于同一个原理。此外,肾上腺素作为仲胺,其与戊二醛反应的产物可溶于水,这也可能阻碍其显示。另一方面,伯胺与戊二醛的反应产物不溶于水。使用雷氏盐时,胺的正确定位沉淀是反应的第一步。之后用戊二醛处理仅用于固定组织。但上述超微组织化学方法总体上存在一个缺陷,即它们无法使几种胺选择性可见。因此,目前生物胺的定量超微组织化学仍然无法实现。

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