Papers
24
Total Citations
332
H-Index
10
About
Xinfei Li is a pioneering urological surgeon whose research focuses on minimally invasive ureteral reconstruction, robotic surgical systems, and the management of complex ureteral strictures. Working at the intersection of surgical innovation and clinical outcomes, Li has made substantial contributions to advancing laparoscopic and robotic techniques for challenging urinary tract conditions, including long proximal ureteral strictures, ureteropelvic junction obstruction, and primary obstructive megaureter. Among Li's most influential contributions is the development and refinement of onlay flap and graft ureteroplasty techniques, alongside pioneering work with novel robotic platforms — most notably the KangDuo Surgical Robot, a domestically developed Chinese system evaluated against the industry-standard da Vinci platform. His comparative studies and prospective clinical trials have been instrumental in validating emerging robotic technologies, collectively accumulating over 240 citations. Li also introduced posteriorly augmented anastomotic ureteroplasty using lingual mucosal grafts, expanding reconstructive options for surgeons worldwide. Perhaps most remarkably, Li's recent work on dual-console telesurgery using fifth-generation networks signals a forward-looking vision for remote surgical care. Through systematic reviews, technical case series, and innovative 3D navigation studies, Li continues to shape the evolving landscape of robotic urology with both scientific rigor and surgical creativity.
Research Focus
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