La Grutta V, Sorbera F, Gravante G
Rev Electroencephalogr Neurophysiol Clin. 1984 Nov;14(2):153-6. doi: 10.1016/s0370-4475(84)80021-0.
The activation of the head of the caudate nucleus in cats which have undergone transection of the spinal cord at C1 produces inhibition of evoked potentials in the motor area (pre-cruciate region) and also reduces the peak latency of the negative slow wave. The results of decreased latency are discussed with reference to variations in intensity of the stimulation activating the motor cortex. The role played by the caudate nucleus in the control of the motor system is emphasized.
在第一颈椎水平进行脊髓横断的猫，其尾状核头部的激活会抑制运动区（十字前区）的诱发电位，并缩短负向慢波的峰潜伏期。结合激活运动皮层的刺激强度变化，对潜伏期缩短的结果进行了讨论。强调了尾状核在运动系统控制中所起的作用。
