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About

Alessandro Pili is a pioneering surgeon at the forefront of robotic kidney transplantation and minimally invasive urologic oncology. His research focuses on advancing surgical techniques to improve graft and patient outcomes, with a particular emphasis on real-time intraoperative assessment and expanding the indications for robotic surgery. Pili’s most impactful work introduced indocyanine green fluorescence videography (IFV) during robot-assisted kidney transplantation (RAKT), a technique that allows surgeons to visually confirm ureteral and graft reperfusion in real time—a critical innovation for preventing ischemic complications. This landmark paper has garnered 29 citations, underscoring its influence on transplant surgery. He also reported the first successful RAKT from a brain-dead deceased donor in a patient with autosomal dominant polycystic kidney disease (ADPKD), demonstrating that robotic techniques can overcome the anatomical challenges of this common condition. Further showcasing his versatility, Pili performed the first robot-assisted nephron-sparing surgery for cystic nephroma in a pediatric patient, proving that complex, benign renal tumors can be safely enucleated with robotic precision. Through these contributions, Pili is shaping the future of robotic transplant and nephron-sparing surgery, offering patients less invasive options with excellent outcomes.