Cherubini E, Gonella J, Mancia D, Mecarelli O, Tassinari C A
Epilepsia. 1981 Jun;22(3):309-14. doi: 10.1111/j.1528-1157.1981.tb04114.x.
Simultaneous recordings of the EEG, the electromyogram of the small intestine, the electrocardiogram, and femoral arterial pressure were monitored in 24 cats anesthetized with halothane, immobilized with gallamine, and artificially respirated. During pentylenetetrazol-induced generalized seizures, intestinal activity was blocked, as demonstrated by the disappearance of spikes from the EMG. This block was abolished by spinal cord section at C1-C2 level and partially abolished by bilateral adrenalectomy. These results demonstrate the existence of inhibitory sympathetic mechanisms during generalized experimental seizures.
对24只使用氟烷麻醉、加拉明制动并进行人工呼吸的猫,同时监测脑电图、小肠肌电图、心电图和股动脉压。在戊四氮诱发的全身性癫痫发作期间,肠道活动被阻断,肌电图显示尖峰消失。在C1 - C2水平进行脊髓横断可消除这种阻断,双侧肾上腺切除术可部分消除这种阻断。这些结果表明在全身性实验性癫痫发作期间存在抑制性交感神经机制。