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Structural integrity monitoring of the endoscopes working channels: a visual inspection approach

机译:内窥镜工作通道的结构完整性监测:视觉检查方法

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The observation of an inadequate reprocessing procedure of contaminated instruments, prior to use on a new patient, is one of the major risks linked to health technology, especially for endoscopy instrumentation. It is necessary a cleaning verification routine added to reprocessing procedure. An optical inspection method can be the solution to assess the internal channels of flexible and semi-rigid endoscopes. The lack of this boroscope video-inspection step in the endoscopes reprocessing procedure, in most European countries, led to this research. Through this method was inspected working channels of endoscopes. The scratches are the most present damage, but any irregularity could be a nest of bacteria. The number of uses is more influential than the age of the instrument on the state of wear. Better reprocessing procedures and more attention in endoscopic procedures could improve the state of the instruments. It is confirmed that inspections with the borescope can be an additional mode for endoscope surveillance.
机译:在新患者使用之前,观察污染文书的再处理程序不足,是与健康技术相关的主要风险之一,特别是用于内窥镜检查仪器。需要添加到再处理程序中的清洁验证程序。光学检查方法可以是评估柔性和半刚性内窥镜的内部通道的解决方案。在大多数欧洲国家的内窥镜再处理程序中缺乏这种探测器视频检查步骤导致了这项研究。通过该方法检查了内窥镜的工作通道。划痕是最目前的损害,但任何不规则性都可能是细菌的巢。使用的使用数量比磨损状态的仪器的年龄更具影响力。在内窥镜程序中更好的再加工程序和更多关注可以改善仪器的状态。确认与博孔普普普普普普斯的检查可以是内窥镜监测的额外模式。

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