Bertram J F
Department of Anatomy and Cell Biology, University of Melbourne, Parkville, Victoria, Australia.
Int Rev Cytol. 1995;161:111-72. doi: 10.1016/s0074-7696(08)62497-3.
The highly specialized architecture of the renal glomerulus is altered in a variety of disease states. Morphometric methods, including stereological methods, have been widely used to analyze these changes in both animal and human glomeruli. However, many of the methods available until recently were biased and provided incomplete information. The past few years have witnessed the development of a new generation of unbiased stereological methods. Another advantage of these new methods and strategies is that they are less influenced by technical artifacts than the traditional methods. This chapter describes how these new stereological methods can be used to quantify glomerular morphology. Parameters considered include glomerular number and volume; glomerular cell number and size; and the length, surface area, and number of glomerular capillaries. Methods for obtaining data for average glomeruli as well as individual glomeruli are described. Technical details are included wherever possible.
在多种疾病状态下,肾小体高度特化的结构会发生改变。形态测量方法,包括体视学方法,已被广泛用于分析动物和人类肾小体的这些变化。然而,直到最近,许多可用的方法都存在偏差且提供的信息不完整。过去几年见证了新一代无偏体视学方法的发展。这些新方法和策略的另一个优点是,与传统方法相比,它们受技术假象的影响较小。本章描述了如何使用这些新的体视学方法来量化肾小体形态。所考虑的参数包括肾小体数量和体积;肾小体细胞数量和大小;以及肾小体毛细血管的长度、表面积和数量。描述了获取平均肾小体以及单个肾小体数据的方法。只要有可能,都会包含技术细节。