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About

Davide Caramella is a pioneering figure in surgical innovation, with a career spanning robotic oncology and computer-assisted orthopedics. His most influential work centers on advancing minimally invasive techniques for pancreatic cancer, particularly through robotic pancreatoduodenectomy. In a landmark 2016 study (74 citations), Caramella demonstrated the feasibility of robotic pancreatoduodenectomy with vascular resection, a complex procedure previously considered too risky for minimally invasive approaches. He further solidified this contribution with a 2018 propensity score-matched analysis (52 citations) showing that robotic surgery achieves comparable margin-negative resection rates to open surgery, a critical benchmark for oncologic outcomes. Earlier in his career, Caramella made foundational contributions to computer-assisted orthopedics, notably with his 1997 paper on computer-assisted planning for total knee arthroplasty (41 citations), which helped lay the groundwork for today’s robotic joint replacement. His work bridges two distinct surgical fields, demonstrating a rare ability to translate computational planning into both orthopedic and oncologic practice. Caramella’s research has directly shaped how surgeons approach high-risk pancreatic resections, offering patients less invasive options without compromising oncologic safety.