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About

Megan O. Schimpf is a urological surgeon and researcher whose work has been instrumental in advancing the application of robotic-assisted laparoscopic techniques to complex ureteral reconstructive surgery. Her research focuses primarily on minimally invasive approaches to challenging genitourinary procedures, particularly those involving ureteral repair, reimplantation, and reconstruction in cases of stricture, obstruction, and anatomical complexity. Schimpf's most significant contributions include pioneering descriptions of robot-assisted laparoscopic distal ureteral surgery, ileal ureter formation, and Boari flap ureteral reimplantation — procedures that had previously been performed through open or conventional laparoscopic approaches. Her published case reports and clinical studies, accumulating over 170 citations collectively, helped establish the feasibility and reproducibility of these robotic techniques, offering patients the combined benefits of minimally invasive surgery — reduced blood loss, faster recovery, and improved cosmesis — alongside the enhanced dexterity and visualization that robotic platforms provide. Notably, her 2009 work on robotic ileal ureter formation in a solitary kidney patient demonstrated the technique's applicability even in particularly high-risk surgical scenarios. Her contributions have meaningfully shaped how urologists approach complex ureteral reconstruction in the robotic era.