Nemes Z, Bodolay E, Pecze K, Endes P
Acta Morphol Acad Sci Hung. 1975;23(1):71-82.
Several catecholamine demonstrating fluorescence techniques based on the formaldehyde-condensation principle have been examined for the possibility of application of juxtaglomerular granulum demonstrating methods. Freezing and thawing cause a distruption of juxtaglomerular granules. Short formalin fixation does not prevent this damage. Juxtaglomerular granules were successfully stained after freeze-drying. The adaptation of Endes's trichrome method on the basis of the classical catecholamine technique of Falck and Owman resulted in a reliable practical method. Procedures introduced into the trichrome methods to increase the colour and intensity contrast of the staining of juxtaglomerular granules and to stain the elastic membranes are described. Some aspects of the staining mechanism of juxtaglomerular specific granules are also discussed.
为了探讨应用肾球旁颗粒显示方法的可能性,对基于甲醛缩合原理的几种儿茶酚胺荧光显示技术进行了研究。冻融导致肾球旁颗粒破坏。短期福尔马林固定不能防止这种损伤。冻干后肾球旁颗粒成功染色。在Falck和Owman经典儿茶酚胺技术基础上对Endes三色法进行改进,得到了一种可靠的实用方法。描述了在三色法中引入的程序,以增加肾球旁颗粒染色的颜色和强度对比度,并对弹性膜进行染色。还讨论了肾球旁特异性颗粒染色机制的一些方面。