Gorbachevskaia A I, Chivileva O G
Institute of Physiology, RAN, St. Petersburg.
Usp Fiziol Nauk. 2003 Apr-Jun;34(2):46-63.
The article reviews published and own data on special features of organization of afferent cortical and infracortical correctional systems of the total striopallidaric nuclear complex in various species of mammals. The article focuses on analysis of organization of these flows in a dog being a classical object of behavioural experiments and a rare object of neuromorphological studies. It was discovered that the general trend towards segregated and converged flows of functionally different information at the level of striopallidum is retained in all tested mammals, being an evidence of the fundamental nature of the discussed principles of organization of the projection systems of basal ganglia. The reviewed morphological data confirm reliability of the presented concept of basal ganglia functioning.
本文回顾了已发表的以及自身关于各种哺乳动物全纹状体苍白球核复合体传入皮层和皮层下校正系统组织特征的数据。本文重点分析了狗的这些信息流的组织情况,狗是行为实验的经典对象,也是神经形态学研究的稀有对象。研究发现,在所有测试的哺乳动物中,纹状体苍白球水平上功能不同信息的分离和汇聚流的总体趋势得以保留,这证明了所讨论的基底神经节投射系统组织原则的基本性质。所回顾的形态学数据证实了所提出的基底神经节功能概念的可靠性。