Makulkin R F, Novytskyĭ S A, Korniienko T V
Fiziol Zh (1978). 1992 Nov-Dec;38(6):3-9.
The experiments on rats have shown that striatal electrostimulation influences inhibiting cortex epileptic activity decrease under conditions of globus pallidus destruction. Besides, it is noted that globus pallidus lesion exerts a pronounced antiepileptic effect on development of the neocortical epileptic activity complexes. Globus pallidus stimulation enhanced the neocortex interictal seizure activity and transformed it to ictal discharges. The results are discussed in terms of the role of pale globe in mechanisms of caudate inhibitory action on neocortex epileptic activity.
对大鼠的实验表明,在苍白球被破坏的情况下,纹状体电刺激会影响抑制性皮质癫痫活动的降低。此外,值得注意的是,苍白球损伤对新皮质癫痫活动复合体的发展具有明显的抗癫痫作用。刺激苍白球会增强新皮质的发作间期癫痫活动,并将其转变为发作期放电。从苍白球在尾状核对新皮质癫痫活动的抑制作用机制中的作用角度对这些结果进行了讨论。