EFFECT OF PREFRONTAL CORTEX STIMULATION ON THE ACTIVITY OF PAIN-RELATED NEURONS IN PARAFASCICULAR NUCLEUS OF THALAMUS IN RATS
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EFFECT OF PREFRONTAL CORTEX STIMULATION ON THE ACTIVITY OF PAIN-RELATED NEURONS IN PARAFASCICULAR NUCLEUS OF THALAMUS IN RATS
Acupuncture ResearchIssue 1, Pages: 23-26(1991)
作者机构:
1. 宁夏医学院生理教研室
2. 航天医学工程研究所,银川
作者简介:
基金信息:
DOI:
CLC:
Published:1991
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Yang Zhilan, Li Chufeng, Zhan Xianxue Liu Jinlong. EFFECT OF PREFRONTAL CORTEX STIMULATION ON THE ACTIVITY OF PAIN-RELATED NEURONS IN PARAFASCICULAR NUCLEUS OF THALAMUS IN RATS[J]. Acupuncture research, 1991, (1): 23-26.
DOI:
Yang Zhilan, Li Chufeng, Zhan Xianxue Liu Jinlong. EFFECT OF PREFRONTAL CORTEX STIMULATION ON THE ACTIVITY OF PAIN-RELATED NEURONS IN PARAFASCICULAR NUCLEUS OF THALAMUS IN RATS[J]. Acupuncture research, 1991, (1): 23-26.DOI:
EFFECT OF PREFRONTAL CORTEX STIMULATION ON THE ACTIVITY OF PAIN-RELATED NEURONS IN PARAFASCICULAR NUCLEUS OF THALAMUS IN RATS
摘要
近年来的电生理学研究表明
前额叶(Prefrotal Cortex
PFC)在镇痛和痛觉调制方面具有一定作用
丘脑束旁核(Parafascicular nucleus
N.pf)是目前已确认的痛觉调制中枢。神经解剖学也已证实前额叶与丘脑前核(内侧核和髓板The effects of PFC stimulation on spontaneous and evoked discharges of neurons of rapafascicular nucleus of thalamus were observed in rats. The results show that after PFC stimulation spontaneous of 78.7% PEN (48/61) and evoked discharges on noxious stimulation of 76.6%PEN (46/60) were decreased; spontaneous discharges of 72%PIN (18/25) were increased; inhibition response on noxious stimulation of 70.80% PIN (17/24) were decreased; and spontaneous disharges of 66.7%CON (6/9) and evoked discharges on noxious stimulation of 55.6% CON (5/9) were decreased. The results suggest that PFC might have analgesia action which was accomplished by modulating electric activities of pain-related neurons of parafascicular nucleus in thalamus.