Bolton P S, Goto T, Wilson V J
Rockefeller University, New York, NY 10021-6399.
Exp Brain Res. 1993;92(3):549-52. doi: 10.1007/BF00229046.
We studied in decerebrate, paralyzed cats, the effect of sinusoidal yaw rotation on upper cervical commissural neurons. The activity of some neurons was modulated by this stimulus, and they were classified as receiving input from the horizontal semicircular canal. The responses, which were mainly type II, were well correlated with the velocity of the stimulus. These commissural neurons, some of them propriospinal, transmit horizontal canal signals to the contralateral ventral horn, presumably to motoneurons, as well as to more caudal levels of the spinal cord.
我们在去大脑、瘫痪的猫身上研究了正弦偏航旋转对上颈连合神经元的影响。一些神经元的活动受到这种刺激的调制，它们被归类为接受来自水平半规管的输入。这些反应主要为II型，与刺激速度密切相关。这些连合神经元，其中一些是脊髓 propriospinal 神经元，将水平半规管信号传递到对侧腹角，可能是传递给运动神经元，以及脊髓更靠尾端的节段。
