Please note: withdrawn abstracts have been removed and will not show in the listing
| Poster # | Title | Action |
|---|---|---|
| MP28: 01 | Adoption of the MOSES 120W holmium laser is associated with significant decreased operative time during ureteroscopic stone extraction at a large tertiary referral center | View |
| MP28: 02 | Artificial Intelligence in Urology: Application of a machine learning model to predict the risk of urolithiasis in a general population. | View |
| MP28: 03 | A Comparison of the Thulium Fiber Laser versus Holmium:YAG Laser Lithotripsy of Upper Urinary Tract Calculi: Preliminary Results of a Randomized Prospective Clinical Trial | View |
| MP28: 04 | Power loss at fiber output among lasers: are they all similar? An in vitro study | View |
| MP28: 05 | Peak Power : Is pulsed-Thulium:YAG the real answer for effective lithotripsy? | View |
| MP28: 06 | A pressure comparison between two different mini-PCNL nephroscopes | View |
| MP28: 07 | Can ultra-low dose fluoroscopy be used for renal access? A benchtop comparison of two techniques | View |
| MP28: 08 | Utilization of Bing AI Chatbot for Stone Management Questions: A Comparison of Chat Response Modes and the AUA Guidelines | View |
| MP28: 09 | Flexible and navigable suction ureteric access sheath(FANS) for Retrograde intra renal surgery (RIRS), Whats the Verdict from an audit study? | View |
| MP28: 10 | Pulsed Thulium:YAG laser: What is the ablation efficiency during lithotripsy of human urinary stones? Results from an in-vitro PEARLS study | View |
| MP28: 11 | Blackout and whiteout in flexible ureteroscopy: first report on a phenomenon observed by PEARLS members | View |
| MP28: 12 | A Prospective randomized single-center comparison of SP TFL using 150-µm and 200-µm laser fibers and Ho:YAG for RIRS | View |
| MP28: 13 | Clinical Efficiency of Thulium fiber laser for RIRS in large volume stones (15-25mm) – A Multicentric experience | View |
| MP28: 14 | Ureteral stents: What your eyes can't see ! | View |
| MP28: 15 | Steerable Ureteroscopic Renal Evacuation Device for Treatment of Large Volume Kidney Stones | View |
| MP28: 17 | Suction through Ureteroscope Channel of Kidney-stone Dust for Ultimate Stone Treatment (SUCKDUST) | View |
| MP28: 18 | In-vitro comparison of a novel recessed-tip vs standard laser fiber for stone disintegration using the Thulium Fiber laser (TFL) | View |
| MP28: 19 | Current Practice Patterns of Laser Utilization in Treatment of Urolithiasis | View |
| MP28: 20 | Preset parameters in Thulium Fiber Laser: is it useful? | View |