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[麻醉药对内脏神经传入通路冲动传导的影响]

[Effect of narcotics on impulse conduction in the afferent pathways of visceral nerves].

作者信息

Churiukanov V V, Sinintsyn L N

出版信息

Farmakol Toksikol. 1977 Jan-Feb;40(1):22-8.

PMID:15858
Abstract

In tests set up on cats immobilized with pyraxolone and anatruxonium the effect of non-inhalation narcotics on the evoked potentials of the cortex and subcortical structures with visceral and also somatic, acoustic and photo-stimulation was studied. With stimuli of different modality sodium ethaminal was found to inhibit evoked potentials of the cerebral hemispheres, diencephalon and midbrain cortex. Hexabarbital sodium suppressed biopotentials in specific, associative and non- specific brain structures in the event of visceral and somatic stimulation. Viadril enhanced the amplitude of potentials in all types of stimulation Urethan inhibited potentials in specific pathways of visceral and somatic nerves as well as in associative and non-specific brain structures following visceral, somatic and acoustic stimulation, with the amplitude of potentials to photostimulation then increasing.

摘要

在用吡唑酮和阿那曲铵固定的猫身上进行的试验中,研究了非吸入性麻醉药对皮层及皮层下结构诱发电位的影响,这些诱发电位是由内脏、躯体、听觉和光刺激引起的。在不同形式的刺激下,发现乙胺硫喷妥钠可抑制大脑半球、间脑和中脑皮层的诱发电位。在进行内脏和躯体刺激时,己巴比妥钠可抑制大脑特定、联合和非特定结构中的生物电位。维得立在所有类型的刺激中均增强了电位幅度。乌拉坦在内脏、躯体和听觉刺激后,抑制内脏和躯体神经特定通路以及联合和非特定脑结构中的电位,随后光刺激的电位幅度增加。

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