Department of Neurosurgery, Royal Victoria Infirmary, University of Newcastle, Newcastle upon Tyne, United Kingdom.
J Neurosurg. 2012 Dec;117(6):1070-5. doi: 10.3171/2012.8.JNS12387. Epub 2012 Sep 21.
In recent years, there has been a renewed interest in the study of white matter anatomy, both with the use of postmortem dissections and diffusion tensor imaging tractography. One of the precursors in the study of white matter anatomy was Raymond de Vieussens (1641-1716), a French anatomist born in Le Vigan. He studied medicine at the University of Montpellier in southern France, one of the most ancient and lively schools of medicine in Europe. In 1684 Vieussens published his masterpiece, the Neurographia Universalis, which is still considered one of the most complete and accurate descriptions of the nervous system provided in the 17th century. He described the white matter of the centrum ovale and was the first to demonstrate the continuity of the white matter fibers from the centrum ovale to the brainstem. He also described the dentate nuclei, the pyramids, and the olivary nuclei. According to the theory of Galen, Vieussens considered that the function of the white matter was to convey the "animal spirit" from the centrum ovale to the spinal cord. Although neglected, Vieussens' contribution to the study of white matter is relevant. His pioneering work showed that the white matter is not a homogeneous substance, but rather a complex structure rich in fibers that are interconnected with different parts of the brain. These initial results paved the way to advancements observed in later centuries that eventually led to modern hodology.
近年来,人们对脑白质解剖学的研究重新产生了兴趣,既使用了尸体解剖,也使用了弥散张量成像纤维束追踪技术。脑白质解剖学研究的先驱之一是雷蒙德·德维修斯(Raymond de Vieussens,1641-1716 年),他是一位出生于法国勒维冈的法国解剖学家。他在法国南部的蒙彼利埃大学学习医学,这所大学是欧洲最古老、最活跃的医学院之一。1684 年,德维修斯出版了他的杰作《通用神经解剖学》(Neurographia Universalis),该书至今仍被认为是 17 世纪提供的最完整、最准确的神经系统描述之一。他描述了脑白质的中央核,并首次证明了从中央核到脑干的白质纤维是连续的。他还描述了齿状核、锥体和橄榄核。根据盖伦的理论,德维修斯认为白质的功能是将“动物精神”从中央核传递到脊髓。尽管被忽视了,但德维修斯对白质研究的贡献是相关的。他的开创性工作表明,白质不是同质物质,而是一种富含纤维的复杂结构,与大脑的不同部位相互连接。这些初步的结果为后来几个世纪的进展铺平了道路,最终导致了现代束路学的诞生。