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澳大利亚事件监测研究。听诊器:应用与局限性——对2000份事件报告的分析。

The Australian Incident Monitoring Study. The stethoscope: applications and limitations--an analysis of 2000 incident reports.

作者信息

Klepper I D, Webb R K, Van der Walt J H, Ludbrook G L, Cockings J

机构信息

Department of Anaesthesia & Intensive Care, University of Adelaide, S.A.

出版信息

Anaesth Intensive Care. 1993 Oct;21(5):575-8. doi: 10.1177/0310057X9302100514.

Abstract

The first 2000 incidents reported to the Australian Incident Monitoring Study (AIMS) were analysed with respect to the role of the oesophageal or precordial stethoscope as a continuous monitor. There were 1099 of the 1256 incidents during general anaesthesia in which one might have been used in this way, but use was reported in only 65 cases (5%), predominantly during paediatric cases. In only one report, a cardiac arrest, was the stethoscope the first to detect the incident. In a theoretical analysis it was considered that the stethoscope, used on its own for continuous monitoring, could have detected 54% of the 1256 incidents (almost 25% before any potential for organ damage), had they been allowed to evolve. However, AIMS data suggest that the actual yield using a stethoscope as a continuous monitor may be much lower than this, and that even the use of a "mobile" stethoscope can not be relied upon to detect oesophageal or endobronchial intubation. These reports confirm that there is limited use of the stethoscope for continuous monitoring in current anaesthetic practice in Australia; it has been superseded by the sophisticated electronic monitors now available. However, in areas with limited resources continuous auscultation with a stethoscope remains a basic requirement.

摘要

对向澳大利亚事件监测研究(AIMS)报告的前2000起事件进行了分析,以探讨食管听诊器或心前区听诊器作为连续监测设备的作用。在1256起全身麻醉期间的事件中,有1099起可能以这种方式使用听诊器,但仅报告了65例(5%)使用情况,主要是在儿科病例中。在仅有的一份报告中,即心脏骤停事件中,听诊器是最先检测到该事件的设备。在一项理论分析中,认为如果允许这些事件发展,仅使用听诊器进行连续监测,本可检测到1256起事件中的54%(在出现任何器官损伤可能性之前几乎可达25%)。然而,AIMS数据表明,将听诊器用作连续监测设备的实际检出率可能远低于此,而且即使使用“可移动”听诊器也不能依赖其来检测食管插管或支气管内插管。这些报告证实,在澳大利亚目前的麻醉实践中,听诊器用于连续监测的情况有限;它已被现有的先进电子监测设备所取代。然而,在资源有限的地区,使用听诊器进行连续听诊仍然是一项基本要求。

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