Jean Fasel

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About

Jean Fasel is a pioneering figure in robotic surgery, with a career defined by pushing the boundaries of minimally invasive techniques. His key research areas include single-incision surgery, natural orifice transluminal endoscopic surgery (NOTES), and the application of robotic platforms to complex anatomical procedures. Fasel’s major contributions are evident in his early, high-impact work, such as his 2010 study on robotic single-incision transabdominal and transvaginal surgery, which demonstrated the feasibility of using intersecting robotic arms to overcome the technical challenges of these approaches—a paper that has garnered 25 citations. He further advanced the field with his investigation of robotic hip arthroscopy in human cadavers (23 citations), showcasing how robotic technology could offer new solutions for joint surgery. Notably, Fasel also explored robotic kidney implantation for transplantation (6 citations), laying groundwork for future innovations in transplant surgery. His work is distinguished by its forward-looking nature, often testing concepts that would later become foundational in surgical robotics. For students and researchers, Fasel’s portfolio exemplifies how early-stage, proof-of-concept studies can drive the evolution of surgical practice, making him a key figure in the history of robotic-assisted procedures.