Leiner H C, Leiner A L, Dow R S
Robert S. Dow Neurological Sciences Institute, Good Samaritan Hospital and Medical Center, Portland, Oregon.
Behav Neurosci. 1989 Oct;103(5):998-1008. doi: 10.1037//0735-7044.103.5.998.
Although the cerebellum has traditionally been regarded as a motor mechanism, recent behavioral evidence indicates that the human cerebellum is involved in a wider range of functions: in learning, in planning, in judging time, in some emotional and cognitive disorders such as autism, and in some normal mental activities such as the cognitive processing of words. This evidence suggests that the traditional view of cerebellar function now needs to be reassessed and enlarged to include nonmotor as well as motor functions in the human brain. Whereas the cerebellar connections to frontal motor areas enable the cerebellum to improve motor skills, cerebellar connections to adjacent association areas of the prefrontal cortex can enable the cerebellum to improve mental skills, and cerebellar connections to Broca's area can enable the cerebellum to improve language skills.
尽管传统上认为小脑是一种运动机制,但最近的行为学证据表明,人类小脑参与更广泛的功能:学习、规划、判断时间、某些情绪和认知障碍(如自闭症),以及一些正常的心理活动(如单词的认知处理)。这一证据表明,现在需要重新评估和扩展小脑功能的传统观点,以包括人类大脑中的非运动功能以及运动功能。小脑与额叶运动区的连接使小脑能够提高运动技能,而小脑与前额叶皮质相邻联合区的连接可使小脑提高心理技能,小脑与布洛卡区的连接能使小脑提高语言技能。