Museum of Pathological Anatomy, University Museums Centre, University of Padua, Padua, Italy.
University Picardie Jules Verne, Amiens, France.
Cerebellum. 2018 Aug;17(4):461-464. doi: 10.1007/s12311-018-0932-7.
Vincenzo Malacarne, professor of medicine, surgery, and obstetrics in Turin, Pavia, and Padua, Italy, represented a perfect example of an eighteenth century "letterato", combining interests in humanities, sciences, and politics, embodying the ideal of an encyclopedic and universal culture. He made important contributions in anatomy and surgery, teratology, obstetrics, neurology, and history of medicine, adopting a interdisciplinary approach based on the correlation between anatomy, surgery, and clinics. He deserves a special place in the history of neurology because of the first complete description of the human cerebellum. He quantified the units of the cerebellar internal structures, the lamellae being numbered for a systematic description of the human cerebellum. He thought the mental faculties depended on their number, considering a relation between the number of cerebellar lamellae and the expression of intellectual faculties. In this way, he made first statistics on human faculties. He advanced the concept that the number of cerebellar folia was influenced by the environment, thus providing the first nature-nurture hypothesis made on the basis of observations, and the concept of neuroplasticity in the scientific literature. Finally, he also contributed to the emergence of a new science, namely electrophysiology, because he laid down experimental foundations of a project on the recording of brain electricity, comparing the structure of the human brain with Volta's galvanic pillar.
意大利都灵、帕维亚和帕多瓦的医学、外科学和产科学教授文森佐·马拉卡内(Vincenzo Malacarne)是 18 世纪“文人”的完美典范,他将人文科学、自然科学和政治学结合在一起,体现了百科全书式和普遍文化的理想。他在解剖学和外科学、畸形学、产科学、神经病学和医学史领域做出了重要贡献,采用了基于解剖学、外科学和临床相关性的跨学科方法。他因首次完整描述人类小脑而在神经病学史中占有特殊地位。他量化了小脑内部结构的单位,即对小脑的层板进行编号,以便对人类小脑进行系统描述。他认为精神能力取决于它们的数量,认为小脑层板的数量与智力表现之间存在关系。就这样,他首次对人类能力进行了统计。他提出了这样的概念,即小脑叶片的数量受环境影响,从而提供了第一个基于观察的先天-后天假说,以及科学文献中的神经可塑性概念。最后,他还为一门新科学——电生理学的出现做出了贡献,因为他为一项关于大脑电记录的项目奠定了实验基础,将人脑的结构与伏特的伽伐尼柱进行了比较。