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下橄榄小脑系统是六十年代中期Eccles等揭示小脑皮层神经元环路以来在小脑功能研究中引人注目的一个侧面。近年来,用电镜、放射自显影和辣根过氧化酶等技术对下橄榄核的微细结构、攀缘纤维(CF)的起源和分布做了系统的研究。在电生理学方面发现并重视了攀缘纤维传入的抑制作用,对下橄榄细胞和小脑浦肯野细胞兴奋时复合峰电位形成的机制有较深入的了解,发展了一些专门或主要应用于下橄榄小脑系统研究的新技术和实验方法。
The lower olivoparietal system is a striking aspect of cerebellar function studies since Eccles et al. Published the cerebellar cortical neuronal loop in the mid-1960s. In recent years, electron microscopy, autoradiography and horseradish peroxidase were used to systematically study the microstructure of Olive Olive and the origin and distribution of climbing fiber (CF). In electrophysiology, we found and valued the inhibitory effect of Climbing fiber, and got a deeper understanding of the mechanism of compound peak potential during the excitement of the inferior olivary cells and the cerebellum Purkinje cells. Some specific or mainly applied to the lower olives New technologies and experimental methods of cerebellar system research.