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内啡肽:针刺镇痛机制

Endorphins: mechanism of acupuncture analgesia.

作者信息

Sodipo J O, Gilly H, Pauser G

出版信息

Am J Chin Med. 1981 Autumn;9(3):249-58. doi: 10.1142/s0192415x81000330.

Abstract

Discharges were recorded from spinal dorsal horn neurons in response to noxious skin heating (50 degrees C) in anesthetized cats. Repetitive electrical stimulation of the superficial peroneal (SP) and posterior tibial (PT) nerves inhibited these nociceptive discharges as well as systemic administration of met-enkephalinamide (synthetic endorphin). The inhibitory effects of electro-stimulation as well as administration of synthetic endorphin were partially but significantly antagonized by naloxone, thus arguing in favor of endogenous morphine release as the basis for the mechanism of acupuncture analgesia. However, non-responding neuronal units to the administration of enkephalin were also observed in the present study. These non-responding units may explain why acupuncture is not effective in some individuals.

摘要

在麻醉猫身上,记录了脊髓背角神经元对有害皮肤加热(50摄氏度)的放电反应。重复电刺激腓浅神经(SP)和胫后神经(PT)以及全身给予甲硫氨酸脑啡肽酰胺(合成内啡肽)可抑制这些伤害性放电。电刺激和合成内啡肽给药的抑制作用被纳洛酮部分但显著地拮抗,因此支持内源性吗啡释放作为针刺镇痛机制的基础。然而,在本研究中也观察到了对脑啡肽给药无反应的神经元单位。这些无反应单位可能解释了为什么针刺在某些个体中无效。

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