The History of Neuroscience 5: Discovery of the Neuron and Its Connections

S. K. Lee
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Abstract

미경을 만든 것이다(무색 렌즈 자체는 1730년에 이미 개발되었 다). 이러한 현미경의 발달과 더불어 알코올과 기타 물질을 이용 Thanks to the invention of the microscope equipped with an achromatic lens, research on the histology of the nervous system flourished during the 19th century. Jan Evangelista Purkinje, together with Gabriel Valentin, first depicted individual nerve cells. Robert Remak, one of the most remarkable microscopists of the 19th century, made the pivotal discovery that the cell body (globule) and fibers arising from the globule formed a single unit. In addition to improvements in microscopes, a new method of visualizing nervous tissue was developed—namely, the silver staining method introduced by Camillo Golgi. Golgi could identify the types and delicate branches of axons. However, he believed that axons always directly merged with other axons, which was the basis of the reticular or nerve net theory. Santiago Ramón y Cajal, the founder of modern neuroscience, finally established the cornerstone of the neuron doctrine, according to which the nerve cell is the basic unit of the nervous system and information flows from unit to unit without direct fusion. This structure is called the synapse.
神经科学的历史5:神经元及其连接的发现
【中文】:【中文】:【中文】:【中文】:由于配备消色差透镜的显微镜的发明,神经系统的组织学研究在19世纪蓬勃发展。Jan Evangelista Purkinje和Gabriel Valentin首次描绘了单个神经细胞。19世纪最杰出的显微镜学家之一罗伯特·雷马克(Robert Remak)发现了细胞体(小球体)和由小球体产生的纤维是一个整体。除了显微镜的改进之外,还发明了一种观察神经组织的新方法,即卡米洛·高尔基引入的银染色法。高尔基能够识别轴突的类型和精细分支。然而,他认为轴突总是直接与其他轴突合并,这是网状或神经网络理论的基础。圣地亚哥Ramón卡哈尔,现代神经科学的创始人,最终建立了神经元学说的基石,根据该学说,神经细胞是神经系统的基本单位,信息在单位之间流动,没有直接融合。这种结构被称为突触。
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