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首页> 外文期刊>Bulletin of experimental biology and medicine >Neurochemical relationships in the action of opioid analgesics on cerebral cortex.
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Neurochemical relationships in the action of opioid analgesics on cerebral cortex.

机译:阿片类镇痛药对大脑皮层作用的神经化学关系。

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The experiments with unrestrained cats showed that opioid analgesics in near-analgesic doses decreased the amplitude of the primary test response recorded in the second sensorimotor zone of the cerebral cortex in 20-150-msec interval between the stimuli applied to thalamocortical fibers radiating from thalamic n. VPL. Application of test substances affecting certain neurotransmitter processes and microionophoretic application of drugs and neurotransmitters to cortical neurons showed that the inhibitory effect of opioid analgesics on cerebral cortex is probably realized through GABA-, serotonin-, beta-adreno-, and cholinergic structures. The excitatory amino acids are also involved into this process.
机译:在不受约束的猫身上进行的实验表明,在接近镇痛剂量的阿片类镇痛药中,在从丘脑n辐射到丘脑皮质纤维的刺激之间的间隔为20-150毫秒之间,降低了大脑皮层第二感觉运动区记录的主要测试反应的幅度。 。 VPL。应用影响某些神经递质过程的受试物质以及药物和神经递质对皮层神经元的微离子电学应用表明,阿片类镇痛药对大脑皮层的抑制作用可能是通过GABA,5-羟色胺,β-肾上腺素和胆碱能结构实现的。兴奋性氨基酸也参与该过程。

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