首页> 外文期刊>Drug and alcohol dependence >Within-subject comparison of the subjective and psychomotor effects of a gaseous anesthetic and two volatile anesthetics in healthy volunteers.
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Within-subject comparison of the subjective and psychomotor effects of a gaseous anesthetic and two volatile anesthetics in healthy volunteers.

机译:受试者对健康志愿者中气体麻醉剂和两种挥发性麻醉剂的主观和心理运动效果的比较。

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摘要

Inhalant abuse is a serious public health problem throughout the world. The present study compared the states of intoxication produced by three inhaled anesthetics that represent two of the three major classes of abused inhalants, as classified by [Balster, R.L., 1998. Neural basis of inhalant abuse. Drug Alcohol Depend 51, 207-214.]. Isoflurane and sevoflurane represent the class of volatile substances, and nitrous oxide (N2O) comprises a class of its own. Fourteen healthy volunteers inhaled the vehicle (100% O2) and two concentrations each of isoflurane (0.1 and 0.2%), sevoflurane (0.2 and 0.4%), and N2O (15 and 30%) for 40 min each, across seven separate sessions. Drug concentrations were chosen to produce similar ratings of drug effect strength and similar impairment on a psychomotor test, the digit-symbol substitution test (DSST). Ratings of drug effect strength and performance on the DSST were similar across drugs; however, the volatile anesthetics produced greater sedation and greater impairmenton three other psychomotor tests than N2O, whereas N2O produced a greater magnitude of putatively pleasant and psychedelic-like subjective effects. These results are consistent with the drugs' putative receptor mechanisms of action and confirm Balster's classification of the volatile anesthetics into a class distinct from N2O.
机译:吸入剂滥用是全世界一个严重的公共卫生问题。本研究比较了三种吸入麻醉药产生的中毒状态,三种麻醉药代表了三种主要的滥用吸入剂中的两种,按[Balster,R.L.,1998年分类。吸入剂滥用的神经基础。药物酒精依赖51,207-214。]。异氟烷和七氟醚代表挥发性物质的类别,而一氧化二氮(N2O)构成其自身的类别。在七个独立的疗程中,十四名健康志愿者分别吸入了媒介物(100%O2)和两种浓度的异氟烷(0.1%和0.2%),七氟醚(0.2%和0.4%)和N2O(15%和30%),每次40分钟。选择药物浓度以在精神运动测试,数字符号替代测试(DSST)上产生相似的药物作用强度等级和相似的损伤。不同药物在DSST上的药物作用强度和性能评定相似。然而,挥发性麻醉剂在其他三个精神运动测试中比N2O产生了更大的镇静作用和更大的损伤,而N2O产生了更大程度的推定令人愉悦和类似迷幻的主观效果。这些结果与药物的假定受体作用机制一致,并证实了Balster将挥发性麻醉剂分类为不同于N2O的一类。

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