Raeva S N
Chemical Physics Institute, Academy of Sciences, Moscow, Russia.
Stereotact Funct Neurosurg. 1993;60(1-3):86-93. doi: 10.1159/000100594.
The dynamics of change of single VL neurons of human thalamus during voluntary movements was investigated in the course of stereotactic operations on dyskinetic patients. Two basic types of units (A and B cells), reacting to the voluntary movement with different discharge patterns, revealed the common dynamics and a transient time-connectivity of responses correlated with certain phases of the performance of motor acts. It is supposed that these findings reflect the dynamic conjugation of two functionally different cellular subsystems in the human thalamus, which perform collaborative processing and transmitting of information during voluntary movements.
在对运动障碍患者进行立体定向手术的过程中，研究了人类丘脑单个腹外侧（VL）神经元在自主运动期间的变化动态。两种基本类型的神经元（A 细胞和 B 细胞），对自主运动以不同的放电模式做出反应，揭示了共同的动态变化以及与运动行为执行的某些阶段相关的反应的短暂时间连接性。据推测，这些发现反映了人类丘脑中两个功能不同的细胞子系统的动态结合，它们在自主运动期间协同进行信息处理和传递。
