Fodstad H
Division of Neurosurgery, Veterans Affairs Medical Center, New York, NY 10010, USA.
Stereotact Funct Neurosurg. 2001;77(1-4):20-4. doi: 10.1159/000064596.
In 1740 the Swedish scientist and philosopher Emmanuel Swedenborg described what is the first known anticipation of the neuron (a nerve cell with its processes). One hundred years later Ehrenberg, Remak and Purkinje recognized the nerve cell as the important element of the nervous system and provided its first accurate description. Vilhelm von Waldeyer in 1891 proposed to call the unit 'neuron' from the Greek word for 'sinew'. The 'neuron theory' or 'neuron doctrine', which emerged at the end of the 19th century, asserts that nerve tissue is composed of individual cells, which are genetic, anatomic, functional and trophic units. The pioneers of the neuron doctrine included neuroscientists, physicians, a polar explorer and three Nobel Laureates. The classic neuron doctrine has served well as the theoretical basis for the great advances in our current understanding of the cellular basis of nervous system functions.
1740年,瑞典科学家兼哲学家伊曼纽尔·斯韦登伯格描述了首次已知的对神经元(一种带有突起的神经细胞)的预见。一百年后,埃伦贝格、雷马克和浦肯野认识到神经细胞是神经系统的重要组成部分,并对其进行了首次准确描述。1891年,威廉·冯·瓦尔代尔提议用希腊语中表示“肌腱”的词来称呼这个单位为“神经元”。19世纪末出现的“神经元理论”或“神经元学说”断言,神经组织由单个细胞组成,这些细胞是遗传、解剖、功能和营养单位。神经元学说的先驱包括神经科学家、医生、一位极地探险家以及三位诺贝尔奖获得者。经典的神经元学说为我们目前对神经系统功能细胞基础的深入理解所取得的巨大进展提供了良好的理论基础。