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以狒狒中的光诱发性癫痫作为药物研究模型。

Photically induced epilepsy in Papio papio as a model for drug studies.

作者信息

Meldrum B S, Anlezark G, Balzamo E, Horton R W, Trimble M

出版信息

Adv Neurol. 1975;10:119-32.

PMID:1170711
Abstract

Neurophysiological studies employing drugs have been undertaken in the natural syndrome of photically induced epilepsy in the Senegalese baboon Papio papio. GABA-mediated inhibition, both pre- and posysynaptic, plays an important role in the epileptic manifestations seen in this syndrome synapses can significantly modify photically induced epileptic responses, partly as a result of changes in afferent activity. The level of activity in dopaminergic systems can also modify the epileptic signs. Among anticonvulsant drugs, barbiturates and benzodiazepines are very effective against this type of epilepsy, whereas many other drugs are weakly active or toxic. A modification of the natural model (using allylglycine as a priming agent) is convenient for correlating acute anticonvulsant activity and neurological toxicity with plasma concentrations of anticonvulsant agents.

摘要

已在塞内加尔狒狒(Papio papio)的光诱发性癫痫自然综合征中开展了使用药物的神经生理学研究。GABA介导的突触前和突触后抑制在该综合征所见的癫痫表现中起重要作用,突触可显著改变光诱发性癫痫反应,部分原因是传入活动的变化。多巴胺能系统的活动水平也可改变癫痫体征。在抗惊厥药物中,巴比妥类和苯二氮卓类对这类癫痫非常有效,而许多其他药物活性较弱或有毒。对自然模型进行改良(使用烯丙基甘氨酸作为引发剂)便于将急性抗惊厥活性和神经毒性与抗惊厥药物的血浆浓度相关联。

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