Upadya Madhusudan, Saneesh P J
Department of Anaesthesiology, Kasturba Medical College, Manipal University, Mangalore, Karnataka, India.
Department of Anesthesia, Sultan Qaboos University Hospital, Muscat, Sultanate of Oman.
Indian J Anaesth. 2018 Mar;62(3):166-172. doi: 10.4103/ija.IJA_413_17.
Any technique that employs a fresh gas flow that is less than the alveolar ventilation can be classified as low-flow anaesthesia. The complexities involved in the calculation of uptake of anaesthetic agents during the closed-circuit anaesthesia made this technique less popular. However, the awareness of the dangers of theatre pollution with trace amounts of the anaesthetic agents and the prohibitively high cost of the new inhalational agents, have helped in the rediscovery of low-flow anaesthesia. Moreover, the time has arrived for each of us, the practicing anaesthesiologists, to move towards the practice of low-flow anaesthesia, to achieve lesser theatre and environmental pollution and also to make anaesthesia more economical. The article also reviews low-flow anaesthesia (LFA) in paediatrics, recent advances such as automated LFA and updates on currently undergoing research to retrieve and reuse anaesthetic agents.
任何采用低于肺泡通气量的新鲜气体流量的技术都可归类为低流量麻醉。在紧闭循环麻醉期间,麻醉剂摄取量计算所涉及的复杂性使得该技术不太受欢迎。然而,对手术室微量麻醉剂污染危险的认识以及新型吸入麻醉剂过高的成本,促使人们重新发现了低流量麻醉。此外,对于我们每位从事麻醉工作的麻醉医生而言,是时候转向低流量麻醉的实践了,以减少手术室和环境污染,并使麻醉更经济。本文还综述了小儿低流量麻醉(LFA)、自动LFA等最新进展以及目前正在进行的麻醉剂回收再利用研究的最新情况。