Okada R, Moshé S L, Ono K, Albala B J
Brain Res. 1985 Sep 30;344(1):103-8. doi: 10.1016/0006-8993(85)91193-x.
In this report, the interaction between flurothyl convulsions and electrical kindling of the amygdala was investigated. Three flurothyl convulsions decreased the afterdischarge threshold of the amygdala and enhanced the rate of development of electrical kindling without affecting the intensity of postictal refractoriness. On the other hand, 3 generalized kindled convulsions did not alter the flurothyl convulsive threshold. The data suggest that the influence of generalized convulsions on future seizure susceptibility may depend on the agents used to induce the convulsions.
在本报告中，研究了三氟乙醚惊厥与杏仁核电刺激点燃之间的相互作用。三次三氟乙醚惊厥降低了杏仁核的放电后阈值，并提高了电刺激点燃的发展速率，而不影响发作后不应期的强度。另一方面，三次全身性点燃惊厥并未改变三氟乙醚惊厥阈值。这些数据表明，全身性惊厥对未来癫痫易感性的影响可能取决于诱发惊厥的药物。
