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用于杰克逊·里斯改良T形管呼吸回路的非阻塞袋及密闭式清除系统。

A nonoccluding bag and closed scavenging system for the Jackson Rees modified T-piece breathing system.

作者信息

Dhara S S, Pua H L

机构信息

Associate Professor and Senior Consultant Anasthetist; Consultant Anasthetist, National University Hospital, 5 Lower Kent Ridge Road, Singapore 119074.

出版信息

Anaesthesia. 2000 May;55(5):450-4. doi: 10.1046/j.1365-2044.2000.01266.x.

Abstract

We used the inner tube and its 22-mm connector from the patient end of a Bain breathing system to splint the double-ended bag of the Jackson Rees modification of the Ayre's T-piece breathing system. A paediatric airway pressure-limiting valve was connected to the distal end of the tube for closed scavenging. The resistance of the modified bags was similar to that of unmodified bags at gas flows below 11 l.min-1. The valve offered no resistance to gas flows below 5 l.min-1. During its use in 30 paediatric patients, analysis of carbon dioxide from inside the bag and from the expiratory port confirmed no loss of deadspace gas by preferential flow bypassing the bag into the scavenging system.

摘要

我们使用了来自贝恩呼吸系统患者端的内管及其22毫米连接器,来固定艾尔氏T形管呼吸装置杰克逊·里斯改良版的双端气囊。一个儿科气道压力限制阀连接到该管的远端,用于封闭式废气清除。在气体流量低于11升·分钟⁻¹时,改良气囊的阻力与未改良气囊相似。该阀在气体流量低于5升·分钟⁻¹时对气流无阻力。在30名儿科患者使用该装置的过程中,对气囊内部和呼气端口的二氧化碳分析证实,没有死腔气体因优先气流绕过气囊进入废气清除系统而损失。

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