脑内吗啡

三是脑内吗啡肽的研究对美育作用认识的深化。

Finally , the research of cerebral morphia peptide will deepen our understanding to aesthetic education .

结果表明：人体组织内吗啡分布与实验动物组织内吗啡分布基本一致，且发现脑内吗啡分布与阿片受体分布一致。

The research confirmed that morphine distribution of tissues in heroin-addicts is concordant with animal experimental results , and distribution of morphine in brain consists with μ opioid receptor .

孤啡肽在大鼠脑内对抗吗啡镇痛

Antagonistic effect of orphanin FQ on morphine analgesia in rat brain

孤啡肽与八肽胆囊收缩素在大鼠脑内拮抗吗啡镇痛的协同作用

OFQ and CCK 8 act synergistically in antagonizing morphine analgesia in rats

脑室内或脑组织内微量注射吗啡的镇痛效应

Analgesic effect of intraventricular or intracerebral micro-injection of morphine

脑内注射肾上腺素与吗啡镇痛作用关系的研究

Analgesic action of intracerebral injection of adrenaline in relation to that of morphine

结论：多次注射吗啡能引起大鼠脑内OFQ含量和释放增多，结合以往关于OFQ在脑内对抗吗啡镇痛的事实表明内源性OFQ可能参与急性吗啡耐受的形成。

Conclusion : Considering the previous finding of the anti opioid effect of OFQ in the brain , the increased content and release of OFQ in rat brain may play important roles in the in vivo mechanism for the development of acute morphine tolerance .