Keller Etienne Xavier, Kronenberg Peter, Tailly Thomas, Corrales Mariela, Juliebø-Jones Patrick, Pietropaolo Amelia, Somani Bhaskar, De Coninck Vincent
Department of Urology, University Hospital Zurich, University of Zurich, Zurich, Switzerland.
Progressive Endourological Association for Research and Leading Solutions (PEARLS), Paris, France.
Curr Opin Urol. 2022 May 1;32(3):330-338. doi: 10.1097/MOU.0000000000000977. Epub 2022 Mar 7.
This review provides most recent findings and developments relating to surgical laser fibers, strippers, cleavers, and protective glasses.
The smallest core diameter that can be used with Holmium:YAG lasers is 200 μm. Smaller core diameter fibers can be used with the Thulium fiber laser and offer better flexibility and lower risk of fracture, at the risk of greater burnback effect. Misleading discrepancies between the true diameter of laser fibers and their packaging labels must be considered. Fiber tip degradation from the burnback occurs within few minutes, thus questioning the need for time-consuming fiber tip reprocessing with fiber strippers and special cleaving tools. This shortcoming also applies to instrument-protecting ball-tip fibers. Cleavage of fiber tips through their protective jackets ('coated tips') is a cheaper alternative for instrument protection, additionally offering better visual control of the fiber tip. Third-generation side-firing greenlight laser fibers are still prone to rapid deterioration. Laser eyewear does not seem necessary for Holmium:YAG applications, whereas laser-specific protective glasses should be worn for greenlight laser applications.
With better understanding of laser accessories, practicing urologists may tailor their practice to reach optimal efficacy and safety for Holmium:YAG, Thulium fiber laser and Greenlight laser applications.
本综述介绍了与手术激光光纤、剥离器、切割器和防护眼镜相关的最新研究结果和进展。
钬激光可使用的最小芯径为200μm。更细芯径的光纤可用于铥光纤激光,具有更好的柔韧性和更低的断裂风险,但回烧效应风险更高。必须考虑激光光纤实际直径与其包装标签之间存在的误导性差异。回烧导致的光纤尖端降解在几分钟内就会发生,这对使用光纤剥离器和特殊切割工具进行耗时的光纤尖端再处理的必要性提出了质疑。这一缺点也适用于仪器保护用的球头光纤。通过光纤保护套进行光纤尖端切割(“涂层尖端”)是一种更便宜的仪器保护方法,还能更好地目视控制光纤尖端。第三代侧面发射绿光激光光纤仍容易迅速劣化。钬激光应用似乎不需要激光护目镜,而绿光激光应用则应佩戴特定的激光防护眼镜。
随着对激光配件的深入了解,泌尿外科医生可以调整其操作,以实现钬激光、铥光纤激光和绿光激光应用的最佳疗效和安全性。