硫喷妥钠

Anesthesia was induced and maintainedwith propofol in Groups 1 and 3 and with thiopental in Groups2 and 4 during the experiment.

实验中麻醉诱导和维持1组和3组采用丙泊酚，2组和4组采用硫喷妥钠。

Anesthesia was induced with fentanyl2 g/kg and thiopental 5 mg/kg.

用芬太尼2 μg/kg 和硫喷妥钠5 mg/kg 进行麻醉诱导，不使用笑气。

AIM To investigate whether the dynamic changes of ATPase activities induced by thiopental sodium are related to its anesthetic effect.

目的 探讨硫喷妥钠对大鼠不同脑区ATP酶活性的动态影响，是否与麻醉作用有关。

In thisstudy we tested whether different brain regions were affectedby propofol and thiopental at similar drug effects.

在这一研究中，我们探讨在相同强度的药物作用下，异丙酚和硫喷妥钠是否作用於大脑的不同部位。

Smaller doses of propofol, etomidate,and thiopental were not associated with less hypotension.

减少丙泊酚、依托咪酯和硫喷妥钠的用量与减少低血压的发生之间没有关系。

Results and Conclusion:The onset time and recovery index of succinylcholine in propofol group were less than that in thiopental group.

结果与结论：与硫喷妥钠组相比，异丙酚麻醉时琥珀胆碱的肌松起效更快，停药后肌松恢复也更快。

Etomidate and ketamine are associated with a much higher incidence of these symptoms when compared with thiopental.

依托咪酯和氯胺酮较硫喷妥钠发生率高，全麻时用异丙酚诱导和维持术后恶心、呕吐发生率最低。

In addition, at 30 M, thiopental increased the durationand decreased the frequency of GABAergic miniature inhibitorypostsynaptic currents.

另外，30uM 的硫喷妥钠能够延长 GABA 能微小抑制性突触后电流的时程，降低其频率。

The central inhibitory effects of thiopental sodium may be related to the changes of the activities of Na+, K+-ATPase and Ca2+-ATPase in cortex and brain stem of rats.

硫喷妥钠的全麻作用可能与其影响大脑皮层和脑干的ATP酶活性有关。

In this study, we induced 30 surgical patients with 4 mg/kg thiopental IV, and 30 patients with 2 mg/kg propofol IV.

在本研究中，我们对30个手术病人采用硫喷妥钠4mg/kg 静脉注射诱导，30个手术病人采用异丙酚2mg/kg 静脉注射诱导。

Shop assistant: Please check at the door.

店员：请您到门口柜台交费。

In the end, transportation of PAHs in the environmental matrix was preliminarily investigated and discussed according to PAHs data of soils and sediments from a certain region in Shanghai. The result indicated that there are two or more pathways on PAHs transportation in the environmental matrix.

最后，对上海特定地区内PAHs在环境介质中的迁移径途进行了分析讨论，结果表明上海市土壤和沉积物等环境介质中PAHs的迁移存在多种途径。