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麦金托什3号喉镜叶片的最小和最佳光输出:一项人体模型研究。

Minimum and optimum light output of Macintosh size 3 laryngoscopy blades: a manikin study.

作者信息

Scholz A, Farnum N, Wilkes A R, Hampson M A, Hall J E

机构信息

Department of Anaesthesics and Intensive Care Medicine, University Hospital of Wales Cardiff, Heath Park, Cardiff CF14 4XW, UK.

出版信息

Anaesthesia. 2007 Feb;62(2):163-8. doi: 10.1111/j.1365-2044.2006.04912.x.

Abstract

Illumination provided by laryngoscope blades varies widely. It is not known what the optimum level of illumination should be during laryngoscopy. So far, no published standards exist for light intensity provided by laryngoscopes. Fifty anaesthetists were recruited to perform laryngoscopy on a manikin with three different laryngoscopes attached to a variable voltage supply. Anaesthetists were asked to find the minimum and optimum level of light they would wish to have for intubation. This study demonstrated that anaesthetists can see the larynx at very low light levels. The optimum level was significantly greater than the minimum level. The vacuum bulb laryngoscopes provides a significant lower light output than halogen and xenon laryngoscopes. There is a large variation in illumination requirements amongst anaesthetists which may make setting standards difficult. A brighter laryngoscope, as suggested by some manufacturers, may not necessarily be a better one.

摘要

喉镜叶片提供的照明差异很大。目前尚不清楚喉镜检查期间的最佳照明水平应该是多少。到目前为止,还没有关于喉镜提供的光强度的已发布标准。招募了50名麻醉医生,让他们使用连接到可变电压电源的三种不同喉镜在人体模型上进行喉镜检查。要求麻醉医生找出他们进行插管时希望拥有的最低和最佳光照水平。这项研究表明,麻醉医生在非常低的光照水平下就能看到喉部。最佳水平明显高于最低水平。真空灯泡喉镜的光输出明显低于卤素和氙气喉镜。麻醉医生之间的照明要求差异很大,这可能使得制定标准变得困难。一些制造商建议的更亮的喉镜不一定更好。

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