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首页> 外文期刊>The Internet Journal of Anesthesiology >Comparative Evaluation of Safety and Efficacy of Clear Solution of Propofol and Emulsion of Propofol During Induction, Maintenance and Recovery for Various Surgical Procedures
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Comparative Evaluation of Safety and Efficacy of Clear Solution of Propofol and Emulsion of Propofol During Induction, Maintenance and Recovery for Various Surgical Procedures

机译:各种手术程序在诱导,维持和恢复过程中丙泊酚清液和丙泊酚乳剂的安全性和有效性的比较评价

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Purpose: The purpose of the study was to compare efficacy of two different preparations of propofol (Emulsion and clear solution) during anesthesia. Method :The study was conducted in 50 patients of ASA Grade I / II of either sex in age group of 16-40 yrs. After taking informed consent the patients were randomized into two equal groups: In group I induction and maintenance of anaesthesia with propofol emulsion and in group II clear solution of propofol was used. Results: No significant difference in the total doses of propofol, required for induction and maintenance of anaesthesia in the groups. The incidence of pain on injection is more in group II. Conclusion: Clear solution of propofol is an equally efficacious alternative to its emulsion preparation. Clear solution is lipid free, easily stored, and can be repeatedly withdrawn from the vial without risk of bacterial contamination. Pain at the injection site was the only drawback . Introduction The development of anaesthesia since its introduction in 1846 has been erratic, long periods of stagnation occasionally broken by improvements and advances. Anesthesia as we know it today was first used by W.T.G. Morton of Boston in the U.S., who gave ether at Massachusetts General Hospital on 16 October, 1846. Before the 1930s, the anaesthetists administered one or two volatile agents to produce unconsciousness, muscle relaxation and deafferentation. This gave place to various techniques of the so called “balanced anaesthesia” and so the amount of toxic drugs to which the patients were exposed was reduced and the hazards of general anaesthesia became less. Intravenous drugs then appeared on the scene.Inhalation agents have the advantage of rapid onset and offset of action and the anaesthesiologist has the ability to exercise control over its concentration by simple adjustment of vapourizer dial.In early 1930s, intravenous barbiturates were used for induction of anaesthesia. Propofol then came into use. Its first reported use was in 1977. It has rapidly gained immense popularity and has become established as a serious rival to thiopentone. Propofol offers:-rapid onset of action, easily controllable depth of anaesthesia, rapid metabolism without accumulation, speedy and complete recovery, minimal PONV, safety in malignant hyperpyrexia, reduction of theatre pollution.1,2 The technique of intravenous anaesthesia is developing continuously and has reached a stage where anaesthesiologist are enthusiastically using intravenous anaesthetics both for induction and maintenance of anaesthesia and thus maintaining the “triad of anaesthesia” i.e. amnesia, analgesia and muscle relaxation by total intravenous drugs, short-acting opioids and muscleAlthough, Propofol has many pharmacokinetic advantages over other induction agents (Thiopentone, Ketamine), its emulsion base has certain drawbacks like lipid overload, bacterial contamination, increased risk of postoperative infections, increased risk of external contamination on repeated withdrawal from the vial.3,4 An agent with the advantages of propofol but without the drawbacks has long been awaited. Recently, a clear solution of Propofol has been introduced. Advantages of clear solution of Propofol: Stable at room temperature, withdrawn from vial repeatedly, non toxic and safe for i.v. administration, equipotent to emulsion preparation ,no lipid overload and free of soyabean and egg lecithin, no risk of postoperative infections, no risk of external contamination, economical as it can be dispensed again and again.The clear solution of propofol is presently in Phase III trials. We compared the clear solution and the emulsion with regards to their efficacy. Methods The study was conducted in 50 patients of ASA Grade I and II of either sex in the age group of 16-40 yrs .All patients scheduled for the various surgical procedures underwent thorough pre-anaesthetic check up and investigations to rule out any systemic involvement other than those indicated
机译:目的:该研究的目的是比较麻醉期间两种不同异丙酚制剂(乳剂和透明溶液)的功效。方法:本研究是针对年龄在16至40岁之间的50名性别均为ASA的I / II级患者进行的。在获得知情同意后,将患者随机分为两组:第一组使用异丙酚乳剂诱导和维持麻醉,第二组使用丙泊酚清液。结果:各组诱导和维持麻醉所需的异丙酚总剂量无显着差异。第二组中注射时疼痛的发生率更高。结论:丙泊酚的澄清溶液是其乳液制备的等效替代品。清澈的溶液不含脂质,易于储存,可以从药瓶中反复抽出而没有细菌污染的风险。注射部位的疼痛是唯一的缺点。简介自1846年问世以来,麻醉药的发展一直不稳定,长期停滞不前,有时会因改进和进步而中断。我们今天所知道的麻醉是W.T.G.美国波士顿的莫顿(Morton of Boston)于1846年10月16日在麻萨诸塞州总医院给了乙醚。在1930年代之前,麻醉师施用了一种或两种挥发性药物,导致昏迷,肌肉松弛和脱除咖啡因。这为所谓的“平衡麻醉”提供了多种技术,因此减少了患者接触的有毒药物的数量,并降低了全身麻醉的危害。静脉药物随后出现在现场。吸入剂具有起效迅速和作用抵消的优势,麻醉师具有通过简单调节蒸气调节器刻度来控制其浓度的能力.1930年代初,静脉注射巴比妥类药物用于诱导麻醉。然后使用了异丙酚。据报道,它的首次使用是在1977年。它迅速获得了巨大的普及,并已确立为硫代戊酮的重要竞争对手。丙泊酚具有:起效快,麻醉深度易于控制,新陈代谢迅速,无积累,快速且完全恢复,PONV最小,恶性高热的安全性,减少剧院污染等。1,2静脉麻醉技术正在不断发展,并且麻醉师已热情地使用静脉麻醉剂诱导和维持麻醉,从而通过完全静脉内药物,短效阿片类药物和肌肉维持“麻醉三联症”(即失忆,止痛和肌肉松弛)的阶段。尽管如此,丙泊酚具有许多药代动力学相对于其他诱导剂(硫黄酮,氯胺酮)的优点,其乳剂基质具有某些缺点,例如脂质超载,细菌污染,术后感染风险增加,反复从药瓶中退出会增加外部污染的风险。3,4一种具有优势的药物丙泊酚,但没有缺点很长等待着。最近,已经引入了丙泊酚的澄清溶液。丙泊酚清液的优点:在室温下稳定,可反复从小瓶中取出,无毒,对静脉内注射安全。给药,与乳液制备等价,无脂质超载,不含大豆和卵磷脂,无术后感染风险,无外部污染风险,经济,因为它可以一次又一次地分配。丙泊酚的透明溶液目前处于第三阶段审判。我们比较了透明溶液和乳液的功效。方法对50名年龄在16-40岁的ASA I和II级男女患者进行了研究。所有计划进行各种手术的患者均接受了麻醉前的全面检查和调查,以排除全身性受累除指明的以外

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