Matthew K. Tollefson
Papers
24
Total Citations
595
H-Index
13
About
Matthew K. Tollefson is a urologic surgeon and researcher whose work has significantly advanced the field of robotic-assisted urological surgery. His research spans minimally invasive surgical techniques, oncological outcomes, health policy, and, most recently, artificial intelligence applications in the operating room. Tollefson has been a pioneering voice in the adoption and critical evaluation of robotic surgery, contributing early investigations into the da Vinci Single-Port platform for radical prostatectomy (125 citations) and helping design the landmark RAZOR trial, which rigorously compared robotic versus open radical cystectomy in a randomized framework (79 citations). His work on the hospital volume-outcome relationship for robot-assisted prostatectomy (71 citations) has carried meaningful implications for surgical care centralization policy, while earlier studies examining hospitalization costs (51 citations) and reduced surgical site infections (28 citations) helped build the evidence base for robotic adoption. More recently, Tollefson has embraced cutting-edge innovation by developing computer-vision algorithms to automatically identify key surgical steps from operative video (35 citations), pointing toward a future of data-driven surgical education and quality improvement. His body of work reflects a consistent commitment to refining technique, improving patient outcomes, and critically interrogating how new technologies integrate into modern urological practice.
Research Focus
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