Journal of Endourology · 2004 · 19 citations · 7 references
MedicineSurgeryUrologyUrogenital SurgeryUrolithiasisUrologic SurgeryKidney SurgeryLaser SurgeryPercutaneous NephrolithotomyRenal SurgeryUreteral SurgeryUrologic InterventionsComplication Rate AnalysisComplication Rate MeasurementElectrohydraulic LithotripsyHolmium Laser LithotripsyLaser LithotripsyOperative TechniqueRenal Stone BurdenUltrasonic Lithotripsy
BACKGROUND AND PURPOSE: Most percutaneous nephrolithotomies are performed with electrohydraulic, ballistic, or ultrasonic lithotripsy, with holmium laser use reserved for ureteroscopy or ureterorenoscopy. We evaluated the feasibility of holmium laser use in percutaneous nephrolithotomy with the assistance of a unique suction device. PATIENTS AND METHODS: The charts of 71 consecutive patients undergoing 90 percutaneous procedures were reviewed. A unique suction device and the holmium laser were used in nearly half the patients. The average stone burden was 3.25 cm. Use of holmium laser, energy settings, stone burden, operative time, complications, and stone-free rate were evaluated. RESULTS: The average operative time was 167 minutes with a complication rate of 14%. A stone-free rate of 83% was achieved with the laser. CONCLUSIONS: With the assistance of a unique suction device, the holmium laser can, in the appropriate situation, be an efficient and successful lithotrite with percutaneous nephrolithotomy.
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Clinical Efficacy of a Combination Pneumatic and Ultrasonic Lithotrite
Paul K. Pietrow, Brian K. Auge, Pei Zhong et al. · The Journal of Urology · 2003 · 73 citations