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大鼠中缝大核神经元对全身应用吗啡的反应。

Responses of raphe magnus neurons to systemic morphine in rats.

作者信息

Toda K

出版信息

Brain Res Bull. 1982 Jan;8(1):101-3. doi: 10.1016/0361-9230(82)90033-8.

Abstract

The spontaneous firing rate of nucleus raphe magnus (NRM) neurons increased, decreased or were not altered in Wistar rats after various doses of morphine were administered intravenously. Dose-related changes were observed only in neurons which displayed increased firing frequency. Naloxone antagonized the morphine-induced effect more frequently in the excited neuron than in the inhibited one. These results suggest that morphine induced increases in discharge frequency is the more specific pharmacological effect, and that only the excited neuron might participate directly in the descending analgesic system of morphine.

摘要

静脉注射不同剂量吗啡后,Wistar大鼠中缝大核(NRM)神经元的自发放电频率增加、降低或无变化。仅在放电频率增加的神经元中观察到剂量相关变化。纳洛酮对兴奋神经元中吗啡诱导效应的拮抗作用比对抑制神经元更常见。这些结果表明,吗啡诱导的放电频率增加是更具特异性的药理效应,并且只有兴奋的神经元可能直接参与吗啡的下行镇痛系统。

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