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Failure of an engineered system: The gastrointestinal endoscope

机译:工程系统失败:胃肠内窥镜

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摘要

Advances in endoscopic technology continue to expand the field of gastrointestinal endoscopy. However, there have been no parallel advances in general endoscope design, and gastroenterologists are at risk for mus-culoskeletal repetitive strain injury due to the repetition, high forces and prolonged, awkward postures required to perform endoscopy. The current endoscope design lacks a consideration of human factors, and due to the high risk of injury, represents a failure of an engineered system. This review will focus on a risk assessment and management strategy for the gastrointestinal endoscope. Risk assessment is the identification of potential flaws in the system. Risk management describes the steps taken to mitigate these flaws. Three different approaches to risk assessment and management, proactive, reactive, and interactive risk assessment and management, will be reviewed as they apply to the performance of gastrointestinal endoscopy.
机译:内窥镜技术的进步继续扩大胃肠内镜内窥镜检查的领域。 然而,通用内窥镜设计中没有平行进步,由于重复,高力和延长,需要内窥镜检查所需的难以震荡的震动,胃肠科学家有胃肠科学家有风险。 目前的内窥镜设计缺乏对人类因素的考虑,并且由于损伤风险高,代表了工程系统的失败。 该审查将专注于胃肠内窥镜的风险评估和管理策略。 风险评估是识别系统中的潜在缺陷。 风险管理描述了减轻这些缺陷的步骤。 将审查三种不同风险评估和管理,主动,反应和互动风险评估和管理的方法,因为它们适用于胃肠内镜内窥镜检查。

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