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可重复使用和一次性使用的软式内窥镜在泌尿外科介入治疗中的比较研究。

Comparative investigation of reusable and single-use flexible endoscopes for urological interventions.

机构信息

Laser-Forschungslabor, LIFE-Zentrum, University Hospital of Munich, Munich, Germany.

Department of Urology, University Hospital of Munich, Munich, Germany.

出版信息

Sci Rep. 2020 Mar 30;10(1):5701. doi: 10.1038/s41598-020-62657-w.

Abstract

In order to evaluate the technical adaptability of a type of disposable endoscope compared to reusable flexible endoscopes, in vitro and in vivo studies were conducted. A disposable digital ureteroscope ("chip on tip") and two reusable endoscopes were investigated with respect to spatial resolution, geometric distortion in air and water the maximum. Additionally, the clinical performance of the disposable device was tested during clinical procedures (n = 20). The disposable endoscope showed an optical resolution of 6.72 lines/mm at 10 mm distance, similar to the other devices. In comparison, the disposable endoscope showed a barrel-shaped image distortion in air of -24.2%, which is in the middle range, but was best under water (-8.6%). The bendability of 297° (275 µm fiber) and 316° (empty channel, 1.5 F basket) and the maximum irrigation (1 m: 58.1 ml/min, 2 m: 91.9 ml/min) were convincing. Clinically the maneuverability was very good in (13/20), good or satisfactory in (7/20). Visibility was evaluated as very good in (11/20), just in (1/20) either satisfactory or sufficient. The consistency of visibility was not affected in (19/20). In all cases there were no adverse events. The technical examination and clinical application of the disposable endoscope are of equal quality compared to reusable devices. Disposable endoscopes can be an alternative to reusable devices, but economic aspects such as reduction of repair costs, sterilization effort and additional waste must be taken into account.

摘要

为了评估一种一次性内窥镜与可重复使用的柔性内窥镜相比的技术适应性,进行了体外和体内研究。对一次性数字输尿管镜(“尖端上的芯片”)和两种可重复使用的内窥镜进行了研究,涉及空间分辨率、空气和水中的几何变形最大值。此外,还在临床操作中测试了一次性器械的临床性能(n=20)。一次性内窥镜在 10mm 距离处的光学分辨率为 6.72 线/mm,与其他器械相似。相比之下,一次性内窥镜在空气中显示出-24.2%的桶形图像失真,处于中等范围,但在水下效果最佳(-8.6%)。297°(275μm 光纤)和 316°(空通道,1.5F 篮筐)的弯曲度以及最大冲洗量(1m:58.1ml/min,2m:91.9ml/min)令人信服。在临床应用中,(13/20)操作非常好,(7/20)操作好或满意。(11/20)的可视性评估为非常好,(1/20)的可视性评估为满意或足够。(19/20)的可视性一致性未受影响。在所有情况下均未发生不良事件。一次性内窥镜的技术检查和临床应用与可重复使用的器械质量相当。一次性内窥镜可以替代可重复使用的器械,但必须考虑到减少维修成本、消毒工作量和额外废物等经济方面的问题。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/06dd/7105476/8f3b06d4b8c1/41598_2020_62657_Fig1_HTML.jpg

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