Experimental verification of Marr-Albus' plasticity assumption for the cerebellum.

M Ito
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Abstract

Marr-Albus model of the cerebellum is based on the assumption that parallel fiber-Purkinje cell synapses are plastically modifiable under influences of conjunctive activation of a climbing fiber and a mossy fiber on the same Purkinje cell. This article introduces a positive support for this assumption derived from the recent experiment by Ito. Sakurai and Tongroach on rabbit flocculus. Possible reasons why the experimental verification of Marr-Albus' assumption has been so difficult are considered, and applicability of Marr-Albus model of the cerebellum to problems of motor learning is discussed.

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Marr-Albus小脑可塑性假设的实验验证。
小脑的mar - albus模型是基于平行纤维-浦肯野细胞突触在同一浦肯野细胞上的攀爬纤维和苔藓纤维的连接激活的影响下具有可塑性改变的假设。本文介绍了伊藤最近的实验对这一假设的积极支持。家兔小叶上的樱井和通罗奇。讨论了实验验证Marr-Albus假设如此困难的可能原因,并讨论了Marr-Albus小脑模型在运动学习问题上的适用性。
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Experimental verification of Marr-Albus' plasticity assumption for the cerebellum. On the origin of luteinizing hormone releasing hormone and somatostatin in the median eminence of the rat hypothalamus. Non-synaptic intercellular communication: presynaptic inhibition. Is alpha-amylase activity present in the human granulocytes? Effect of ions on alpha-amylase activity of human granulocytes.
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