Haigh M, Scott J E
Basic Appl Histochem. 1986;30(4):479-86.
The application to connective tissues etc. of new histochemical and ultrastructural methods involving consecutive treatment with dye-salt baths, specific enzymes, antibodies and decalcifying fluids, is best carried out on sections on glass slides. This ensures uniform access of reagents to substrates and allows the accurate monitoring of the results, as well as exploiting the strengths of the newer reagents (e.g. Cupromeronic Blue) in that they are highly coloured as well as electron dense. However, very high losses of connective tissue sections usually occur in the various solutions, to the extent that many important investigations are rendered almost impossible because of the high cost of the reagents. We describe a technique which we use routinely, that gives very high recovery of sections of "difficult" tissues from multi-stage enzyme and stain treatments, for light microscopy followed by plastic embedding of the coloured sections for electron microscopy.
将涉及用染料盐浴、特定酶、抗体和脱钙液连续处理的新组织化学和超微结构方法应用于结缔组织等,最好在载玻片上的切片上进行。这可确保试剂能均匀地接触底物,并能准确监测结果,还能利用新型试剂(如铜铬蓝)的优势,即它们颜色深且电子密度高。然而,结缔组织切片在各种溶液中通常会有很高的损失,以至于许多重要研究由于试剂成本高而几乎无法进行。我们描述了一种我们常规使用的技术,该技术能从多阶段酶处理和染色处理中非常高比例地回收“难处理”组织的切片,用于光学显微镜检查,然后将染色后的切片进行塑料包埋用于电子显微镜检查。