提高麻醉安全性:反馈和系统约束的人为因素方法。

IF 2.1
Eliot Grigg
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引用次数: 0

摘要

综述目的:本文的目的是讨论麻醉用药安全策略的结构化方法。主要发现:麻醉师与药物互动的独特方式既存在脆弱性,也存在解决药物安全问题的机会。麻醉安全的历史进展涉及麻醉机和气道管理工具的设计,而给药工作流程在很大程度上没有改变。利用麻醉机、人为因素工程和设计的经验教训,有机会使麻醉药物处理更安全。总结:通过失效模式和效果分析解构麻醉用药流程,并有策略地采用约束、自动化和简化,可以为麻醉带来额外的安全收益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving anesthesia safety: a human factors approach to feedback and system constraints.

Purpose of review: The purpose of this article is to discuss a structured approach to medication safety strategies for anesthesia.

Key findings: The unique way that anesthesiologists interact with medications presents both vulnerabilities and opportunities to address medication safety. Much of the historical progress in anesthesia safety has involved the design of the anesthesia machine and airway management tools, while the medication delivery workflow has been largely unchanged. Using lessons from the anesthesia machine, human factors engineering, and design, there is an opportunity to make anesthesia medication handling safer.

Summary: Deconstructing the anesthesia medication workflow with a failure mode and effects analysis and strategically employing constraints, automation, and simplification can yield additional safety gains for anesthesia.

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