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[临床常规使用中的低新鲜气体流量麻醉]

[Anesthesia with low fresh gas flow in clinical routine use].

作者信息

Hargasser S, Mielke L, Entholzner E, Hipp R

机构信息

Institut für Anästhesiologie, Technischen Universität München.

出版信息

Anasthesiol Intensivmed Notfallmed Schmerzther. 1995 Aug;30(5):268-75. doi: 10.1055/s-2007-996491.

Abstract

Anaesthesia in low-flow techniques gains increasing interest. The possibility of cost reduction, widespread use of highly developed anaesthesia machines and monitors, and introduction of two new fluorinated inhalational anaesthetics with low solubility in human tissues encourage the use of low-flow anaesthesia techniques. Further advantages are improved climatisation of breathing gas and estimation or even measurement of the important parameter "oxygen consumption". The anaesthesia machines and inhalational anaesthetics currently available allow a safe use of low-flow techniques if safety requirements are complied with (tight circle system, monitoring of: inspired oxygen concentration, minute ventilation, airway pressure, transcutaneous oxygen saturation). Low-flow anaesthesia techniques using a fresh gas flow rate of 1 l/min can be performed with almost every anaesthesia machine. However, the use of multigas monitors, analyzing most parts of the breathing gas, facilitates the use of low-flow techniques. Multigas monitors and anaesthesia machines equipped with intermittent fresh gas delivery are recommended for the use of fresh gas flow rates close to the metabolic rate. Because of its physicochemical properties the new inhalational anaesthetic desflurane offers advantages for the use in low-flow anaesthesia techniques.

摘要

低流量技术下的麻醉越来越受到关注。成本降低的可能性、高度发达的麻醉机和监测仪的广泛使用,以及两种新的在人体组织中溶解度低的氟化吸入麻醉剂的引入,都促使人们使用低流量麻醉技术。进一步的优点包括改善呼吸气体的温化以及对重要参数“氧耗”的估算甚至测量。如果符合安全要求(紧闭循环系统,监测:吸入氧浓度、分钟通气量、气道压力、经皮血氧饱和度),目前可用的麻醉机和吸入麻醉剂能够安全地使用低流量技术。几乎每台麻醉机都可以进行新鲜气体流量为1升/分钟 的低流量麻醉技术。然而,使用能分析大部分呼吸气体的多气体监测仪有助于低流量技术的应用。对于接近代谢率的新鲜气体流量的使用,建议使用配备间歇性新鲜气体输送装置的多气体监测仪和麻醉机。由于其物理化学性质,新型吸入麻醉剂地氟醚在低流量麻醉技术的应用中具有优势。

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