Merico G
Via Molzelle 15, 25040 Gorzone di Darfo, Brescia, Italy.
J Hist Neurosci. 1999 Aug;8(2):113-20. doi: 10.1076/jhin.8.2.113.1837.
The research by Camillo Golgi in histology and pathology dates from 1865, the year in which he obtained his MD degree, to 1923, when his last scientific article was published. Beginning in the mid 1855s, microscope manufacturers in Europe started producing objectives based on the principle of immersion introduced in 1847 by Giovan Battista Amici. The immersion objectives greatly improved the resolution of microscopic observations at high magnifications. From 1860 to 1872, technological improvements in microscope optics and the practicality of their use provided a larger community of investigators effective tools needed to study the structure of the nervous system. This progress in microscopy was associated with the application of new histological techniques, mastered by the chromoargentic reaction introduced by Golgi in 1873. In 1872, further progress in microscopy stemmed from the application of notions of applied physics to the production of microscope optics. These developments in microscopy will be briefly reviewed here.
卡米洛·高尔基在组织学和病理学方面的研究始于1865年,即他获得医学博士学位的那一年,一直持续到1923年,他的最后一篇科学文章发表之时。从19世纪50年代中期开始,欧洲的显微镜制造商开始根据乔瓦尼·巴蒂斯塔·阿米奇在1847年引入的浸没原理生产物镜。浸没物镜极大地提高了高倍显微镜观察的分辨率。从1860年到1872年,显微镜光学技术的改进及其使用的实用性为更多的研究人员提供了研究神经系统结构所需的有效工具。显微镜技术的这一进展与新的组织学技术的应用相关,这些技术通过高尔基在1873年引入的铬银反应得以掌握。1872年,显微镜技术的进一步进步源于将应用物理概念应用于显微镜光学器件的生产。这里将简要回顾显微镜技术的这些发展。