Yamada K
Department of Anatomy, Nagoya City University Medical School, Japan.
Histochem J. 1993 Feb;25(2):95-106. doi: 10.1007/BF00157980.
The histochemistry of carbohydrates demonstrated by means of physical development procedures has been reviewed in terms of the use and reliability of the procedures, physical developers, practice of the procedures, a fundamental series of light and electron microscopic methods and certain other promising aspects of this area of histochemistry. A line of fundamental light- and electron-microscopic histochemical methods for carbohydrates using physical development procedures such as periodic acid-thiocarbohydrazide-silver protein-physical development (PA-TCH-SP-PD), high- or low-iron diamine (HID or LID)-TCH-SP-PD and lectin-gold (LT-G)-PD and related methods has been found to be more efficient, compared with those without physical development procedures. Since a series of other promising histochemical methods for carbohydrates using physical development procedures have been derived or are now being introduced, these procedures could be regarded as an unusually potent vehicle for effectively advancing carbohydrate histochemistry in both light and electron microscopy.
通过物理显影程序所展示的碳水化合物组织化学,已从这些程序的使用和可靠性、物理显影剂、程序的实践、一系列基本的光学和电子显微镜方法以及该组织化学领域的某些其他有前景的方面进行了综述。与那些不使用物理显影程序的方法相比,一系列使用物理显影程序的碳水化合物基本光学和电子显微镜组织化学方法,如高碘酸-硫代碳酰肼-银蛋白-物理显影(PA-TCH-SP-PD)、高铁或低铁二胺(HID或LID)-TCH-SP-PD和凝集素-金(LT-G)-PD及相关方法,已被发现效率更高。由于一系列其他使用物理显影程序的有前景的碳水化合物组织化学方法已经衍生出来或正在被引入,这些程序可被视为在光学和电子显微镜中有效推进碳水化合物组织化学的一种异常有效的手段。