Vergnes M, Marescaux C, Micheletti G, Reis J, Depaulis A, Rumbach L, Warter J M
Neurosci Lett. 1982 Nov 16;33(1):97-101. doi: 10.1016/0304-3940(82)90136-7.
During quiet wakefulness of 63 adult Wistar rats, 24 exhibited synchronous paroxysmal bursts consisting of spikes and spike and wave discharges, recorded in the amygdala and frontoparietal cortex. Discharges were associated with a sudden immobility of the rat and rhythmic twitches of vibrissae or cervicofacial musculature. As soon as the phenomena stopped, the animal resumed its previous behavior. Paroxysmal electroclinical attacks could be observed as long as the animal survived. Similar electrical discharges have been observed previously in rodents by other authors and interpreted as an epileptic phenomenon. Preliminary pharmacological results confirm this interpretation and emphasize the similarity between our findings and the human petit mal epilepsy.
在63只成年Wistar大鼠安静觉醒期间,24只大鼠在杏仁核和额顶叶皮层记录到由棘波、棘慢复合波放电组成的同步阵发性爆发。放电与大鼠突然静止不动以及触须或颈面部肌肉组织的节律性抽搐有关。一旦这些现象停止,动物就恢复其先前的行为。只要动物存活,就可观察到阵发性电临床发作。其他作者先前在啮齿动物中也观察到类似的放电,并将其解释为癫痫现象。初步药理学结果证实了这一解释,并强调了我们的发现与人类小发作癫痫之间的相似性。