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About

Nicholas Farber is a urologic surgeon and researcher whose work has centered on advancing minimally invasive, robot-assisted surgical techniques for complex urologic oncology and reconstruction. His key research areas include robotic-assisted radical prostatectomy, cystectomy, and distal ureteral reconstruction, with a particular focus on optimizing operative safety, efficiency, and patient access. Farber’s most cited study, “Contemporary Series of Robotic-Assisted Distal Ureteral Reconstruction Utilizing Side Docking Position” (20 citations), introduced a novel side-docking approach that improves bladder access during stent placement, a practical refinement now adopted in many robotic suites. He also led a landmark safety study on 751 patients undergoing robot-assisted radical prostatectomy, confirming that a higher pneumoperitoneum pressure of 20 mm Hg is safe and effective—a finding that has helped standardize intraoperative protocols. In “Open versus robotic cystectomy: Comparison of outcomes” (15 citations), he provided critical comparative data supporting the growing role of robotic cystectomy. Notably, Farber has also contributed to health systems research, demonstrating that performing all major urologic surgeries robotically could significantly prolong surgical wait times—a pragmatic counterpoint to the push for full robotic adoption. His work balances technical innovation with real-world clinical and operational considerations.