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高尔基染色法:发明、传播及其对神经科学的影响。

The Golgi Stain: invention, diffusion and impact on neurosciences.

作者信息

Pannese E

机构信息

Institute of Histology, Embryology and Neurocytology, University of Milan, Italy.

出版信息

J Hist Neurosci. 1999 Aug;8(2):132-40. doi: 10.1076/jhin.8.2.132.1847.

Abstract

The black reaction, invented in 1873 by Camillo Golgi (1843-1926, was the first technique to reveal neurons in their entirety, i.e. with all their processes. This important development passed unnoticed at first and only received wide international attention after a long delay. The Golgi stain was widely employed for almost thirty years and was directly responsible for major advances in our knowledge of the microscopic anatomy of the nervous system, as well as in other fields of study. In the hands of other researchers, the black reaction provided vital evidence that helped to establish the neuron theory. The Golgi stain was almost forgotten in the period between the two World Wars, but the introduction of the electron microscope to neurocytological resarch revived its use around the middle of the twentieth century. Today, the black reaction is still used extensively not only in combination with electron microscopy, but also as an autonomous technique in studies on the evolution, ontogeny, and organization of the nervous system.

摘要

黑色反应由卡米洛·高尔基(1843 - 1926)于1873年发明,是第一种能够完整显示神经元及其所有突起的技术。这一重要进展起初未被注意,经过长时间延迟后才获得广泛的国际关注。高尔基染色法被广泛应用了近三十年,直接推动了我们在神经系统微观解剖学以及其他研究领域知识的重大进步。在其他研究人员手中,黑色反应提供了重要证据,有助于确立神经元理论。在两次世界大战期间,高尔基染色法几乎被遗忘,但20世纪中叶电子显微镜引入神经细胞学研究后,它的使用得以复兴。如今,黑色反应不仅仍广泛用于与电子显微镜结合,而且作为一种独立技术用于神经系统的进化、个体发育和组织研究。

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