Department of Urology, Haukeland University Hospital, Bergen, Norway.
Department of Clinical Medicine, University of Bergen, Bergen, Norway.
Curr Urol Rep. 2023 Sep;24(9):409-415. doi: 10.1007/s11934-023-01168-3. Epub 2023 May 31.
To summarise the literature on laser safety during endourological practice. RECENT FINDINGS: Holmium and Thulium Fiber laser are the two main energy sources in the current clinical practice. The latter may have superior properties, but more clinical studies are needed to formally establish this. Laser injury to urothelium is more dependent on user experience rather than laser type. Smaller laser fibres allow for lower intra-renal temperature profiles. Operators should pay close attention to laser technique including maintaining the safety distance concept and only firing the laser when tip is clearly in view. When adjusting laser settings, pay close attention to resultant power given the associated heat changes. Prolonged periods of laser activation are to be avoided for the same reason. Outflow can be manipulated such as with access sheath to mitigate temperature and pressure changes. There is still limited evidence to support the mandate for compulsory use of eye protection wear during laser lithotripsy. Lasers are the gold standard energy source for stone lithotripsy. However, the safe clinical application of this technology requires an understanding of core principles as well as awareness of the safety and technical aspects that can help in protecting patient, surgeon and operating staff.
总结腔内泌尿外科实践中激光安全相关文献。
钬激光和铥光纤激光是目前临床实践中的两种主要能量源。后者可能具有更好的性能,但需要更多的临床研究来正式确定这一点。激光对尿路上皮的损伤更多地取决于使用者的经验,而不是激光类型。较小的激光光纤允许更低的肾内温度曲线。操作人员应密切注意激光技术,包括保持安全距离的概念,只有在激光尖端清晰可见时才发射激光。调整激光设置时,应密切注意相关的热变化所导致的功率变化。出于同样的原因,应避免长时间激活激光。可以通过使用接入鞘来操纵流出,以减轻温度和压力变化。目前仍然缺乏支持激光碎石术时强制性使用眼部保护装置的证据。激光是结石碎石术的金标准能量源。然而,为了安全地应用这项技术,需要了解核心原则,以及认识到可以帮助保护患者、外科医生和手术人员的安全和技术方面。