Robinson F R, Tomko D L
Department of Physiology, University of Pittsburgh, School of Medicine, Pennsylvania.
Aviat Space Environ Med. 1987 Sep;58(9 Pt 2):A247-9.
Neurons in the vestibular nuclei were recorded in alert cats during voluntary yaw rotations of the head and during the same rotations delivered with a turntable driven from a record of previous voluntary movements. During both voluntary and passive rotations 35% (6/17) of neurons tested responded at higher rates or for a larger part of the movement during voluntary movements than during the same rotations delivered with the turntable. Neck sensory input was evaluated separately in many of these cells and can account qualitatively for the extra firing present during active movement.
在警觉的猫进行头部自主偏航旋转时,以及在使用根据先前自主运动记录驱动的转台进行相同旋转时,记录前庭核中的神经元活动。在自主旋转和被动旋转过程中,所测试的神经元中有35%(6/17)在自主运动期间比在转台驱动的相同旋转期间以更高的频率或在更大的运动部分做出反应。在许多这些细胞中分别评估了颈部感觉输入,其在性质上可以解释主动运动期间额外的放电现象。