Abstract：
The objective of this chapter is to provide an overview of the methods used to investigate the connectivity and structure of the nervous system. These methods allow neuronal cells to be categorized according to their location, shape, and connections to other cells. The Golgi-Cox staining gives a thorough picture of all significant neuronal structures found in the brain that may be distinguished from one another. The most significant characteristic is its three-dimensional integrity since all neuronal structures may be followed continuously from one part to the next. Successions of sections of the brain\'s neurons are seen with the Golgi stain. The Golgi method is used to serially segment chosen brain parts, and the resulting neurons are produced from those sections.
摘要：
本章的目的是概述用于研究神经系统的连通性和结构的方法。这些方法允许神经元细胞根据其位置进行分类，形状,以及与其他细胞的连接。高尔基-考克斯染色提供了大脑中发现的所有重要神经元结构的全面图像，这些结构可以彼此区分。最显著的特征是其三维完整性,因为所有神经元结构可以从一个部分连续地跟踪到下一个部分。用高尔基染色可以看到大脑神经元部分的连续。高尔基方法用于连续分割选定的大脑部分，产生的神经元是由这些切片产生的。
