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纳洛酮诱发灵长类动物的脑电图癫痫发作。

Naloxone-induced electrographic seizures in the primate.

作者信息

Snyder E W, Shearer D E, Beck E C, Dustmann R E

出版信息

Psychopharmacology (Berl). 1980;67(3):211-4. doi: 10.1007/BF00431258.

Abstract

Electrographic seizure activity was recorded shortly following naxolone injections in artificially ventilated, methadone-treated stump-tailed macaques. Plasma-methadone concentrations prior to seizure activity were many times higher than those that have produced respiratory depression and death in nonventilated monkeys. The duration of seizure activity was clearly related to the dose of naloxone. Naloxone was without epileptogenic properties in animals that had not been pretreated with methadone. The results suggest that methadone and naloxone have additive epileptogenic properties when high blood levels of methadone are achieved in the artificially ventilated primate. Naloxone was devoid of antagonistic properties with respect to opiate-induced electroencephalographic spiking activity.

摘要

在人工通气、接受美沙酮治疗的断尾猕猴中,注射纳洛酮后不久记录到了脑电图癫痫活动。癫痫活动出现之前的血浆美沙酮浓度比在未通气的猴子中导致呼吸抑制和死亡的浓度高出许多倍。癫痫活动的持续时间与纳洛酮剂量明显相关。在未用美沙酮预处理的动物中,纳洛酮没有致癫痫特性。结果表明,在人工通气的灵长类动物中,当达到高血药水平的美沙酮时,美沙酮和纳洛酮具有相加的致癫痫特性。纳洛酮对于阿片类药物诱发的脑电图尖峰活动没有拮抗特性。

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