[胼胝体对功能性半球间不对称性的调节作用]
[Transcallosal modulation of functional interhemispheric asymmetry].
作者信息
Bianka V L
出版信息
Fiziol Zh SSSR Im I M Sechenova. 1976 Sep;62(9):1276-85.
PMID:1010098
Abstract
The course and mechanisms of individual functional interhemispheric asymmetry (FIA) were studied with the aid of evoked potentials (EP) in the visual, auditory, and motor cortex of cats. The FIA was revealed in majority of the animals. It was peculiar by its bilateral origin and mosaic character. A combined summation--reciprocal (dominant) type of interhemisphere interrelationships was shown to underlie the FIA. A spatial-strength transcallosal modulation of the FIA is supposed to exist.
摘要
借助猫视觉、听觉和运动皮层的诱发电位（EP），研究了个体功能性半球间不对称（FIA）的过程和机制。在大多数动物中发现了FIA。它具有双侧起源和镶嵌特征。结果表明，FIA的基础是半球间相互关系的联合总和-相互（优势）类型。推测存在FIA的空间强度胼胝体调制。
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