只给痛苦症状显著上升的一组使用了浓度是0.5%的丙美卡因氢氯化物，但使用后，这组也只有55%的人感到疼痛有所缓解。
The only group with significant symptomatic improvement in pain received proparacaine hydrochloride 0.5%-and only 55% had decreased pain with treatment.
目的探讨异丙酚对布比卡因诱导的PC 12细胞毒性的作用及其可能机制。
Objective to investigate the effect of propofol on cytotoxicity of bupivacaine on PC12 cells and its possible mechanism.
探讨除丙胺卡因外，利多卡因与其它碱性局麻药形成低共熔混合物的可能性。
The possibility of the eutectic mixture of lidocaine and other local anaesthetic drugs was investigated except for prilocaine.
目的：观察伍用不同剂量的利多卡因对异丙酚注射痛的影响。
Aim: To observe whether concomitant administration of lidocaine could reduce pain induced by propofol injection.
结论：麻醉诱导前应用利多卡因可以减少全麻病人诱导时的异丙酚用量，血流动力学相对稳定。
Conclusion: This result indicated that lidocaine premedication could reduce the usage of propofol and also provide stable cardiovascular state during anesthesia induction.
比较急性肩关节前脱位肩关节内利多卡因麻醉与静脉丙泊酚麻醉。
To evaluate the use of intra-articular lidocaine compared with intravenous propofol during reduction of acute anterior dislocations of the shoulder.
目的对比研究混用氟比洛芬酯和利多卡因静脉预处理缓解异丙酚注射痛的效果。
ObjectiveTo investigate the alleviation effect of vein pretreatment with a mixture of and Lidocaine flurbiprofen axetil in reducing pain on injection of propofol.
目的评估异丙酚靶控输注联合利多卡因滴入和雾化吸入在保留自主呼吸下气管插管中的应用价值。
ObjectiveTo evaluate the value of propofol target-controlled infusion combined with dribbled and nebulized lidocaine in tracheal intubation under spontaneous breathing.
目的探讨丁丙诺菲复合罗哌卡因用于腰丛联合坐骨神经阻滞的安全性和有效性。
Objective】To investigate the efficacy and safety of Ropivacaine combined with Buprenorph for lumbar-sciatic nerve block.
目的：研究利多卡因复合阿托品在无痛肠镜检查时患者心血管反应及预防丙泊酚注射痛的效果。
Objective: To observe the cardiovascular response in painless colonoscopy and the prevention effects of propofol injection pain when lidocaine composited with atropine were used in this process.
这些麻醉剂含有高剂量的局麻药，包括利多卡因、丁卡因、苯佐卡因、丙胺卡因。
These creams contain high doses of local anesthetics including lidocaine, tetracaine, benzocaine, and prilocaine.
See also lipid“脂肪容易因水解而被分解(主要化为丙三醇和脂肪酸)，这是应用在许多工业上的第一步骤。”
Fats are readily broken down-primarily into glycerol and fatty acids-by hydrolysis, a first step for many of their numerous industrial USES.
See also lipid“脂肪容易因水解而被分解(主要化为丙三醇和脂肪酸)，这是应用在许多工业上的第一步骤。”
Fats are readily broken down-primarily into glycerol and fatty acids-by hydrolysis, a first step for many of their numerous industrial USES.
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