Khananashvili M M, Petrov E S
Zh Nevropatol Psikhiatr Im S S Korsakova. 1975;75(7):1006-11.
Proceeding from the standpoint of a systemic organization of nervous processes which determine the central mechanism of hyperkinesis, the authors modeled hyperkineses by a simultaneous or successional electric stimulation of the brain limbic system in dogs. It was established that there was a correlation between the external expression of hyperkineses, their stability and reproduction and the ordinal succession in which the structures are irritated. In such conditions it is possible to create a functional system where the activation of separate structures appears to be a link in the system while the separate links are inter-related on the basis of inborn and developed mechanisms.
从决定运动亢进中枢机制的神经过程系统组织的角度出发,作者通过对狗的大脑边缘系统进行同步或连续电刺激来模拟运动亢进。结果发现,运动亢进的外在表现、其稳定性和再现性与受刺激结构的顺序连续之间存在相关性。在这种情况下,有可能创建一个功能系统,其中各个结构的激活似乎是该系统中的一个环节,而各个环节则基于先天和发育机制相互关联。