Seidler E
Institute of Anatomy, Humboldt University Berlin, FRG.
Prog Histochem Cytochem. 1991;24(1):1-86. doi: 10.1016/s0079-6336(11)80060-4.
Our increasing knowledge about the chemistry and the correlations between chemical structure and histochemical properties of the tetrazolium/formazan system is resulting in: a better understanding of existing histochemical tetrazolium techniques; the selection of optimal tetrazolium salts for qualified use in histochemistry, cytochemistry and biochemistry; both qualitative and quantitative improvements in histochemical techniques for purposes demonstrating the activities of various dehydrogenating enzymes; an extended insight into the "state" of the tested biological object by means of tetrazolium indicators with special properties; and the combination of histochemical enzyme determination with further morphological techniques. This article has attempted to illustrate the progress in the use of the tetrazolium/formazan-system for histochemical purposes.
我们对四氮唑/甲臜系统的化学性质以及化学结构与组织化学性质之间相关性的认识不断增加,带来了以下结果:对现有的组织化学四氮唑技术有了更深入的理解;为组织化学、细胞化学和生物化学的合格应用选择了最佳的四氮唑盐;在用于展示各种脱氢酶活性的组织化学技术方面,在定性和定量上都有改进;借助具有特殊性质的四氮唑指示剂,对被测生物对象的“状态”有了更深入的了解;以及将组织化学酶测定与进一步的形态学技术相结合。本文试图阐述将四氮唑/甲臜系统用于组织化学目的方面取得的进展。