Matthieu Vassal

Papers

Total Citations

233

H-Index

About

Matthieu Vassal is a leading figure in the advancement of robot-assisted spine surgery, with his most-cited work—a 2015 feasibility study on robot-assisted procedures—garnering over 230 citations. His research centers on the intersection of neurosurgery and robotics, where he has pioneered techniques to enhance precision and safety in spinal interventions. Vassal’s major contributions include demonstrating the clinical viability of robotic systems through prospective case-matched analyses, showing significant reductions in radiation exposure and improved screw placement accuracy compared to traditional methods. This work has reshaped surgical protocols, offering a path toward minimally invasive, high-accuracy spine surgery. Beyond this landmark study, Vassal has explored the integration of navigation technologies and intraoperative imaging, further solidifying his impact on the field. His findings are widely cited by surgeons and engineers developing next-generation robotic platforms, underscoring his role as a bridge between clinical practice and technological innovation. For students and researchers, Vassal’s career exemplifies how rigorous clinical validation can drive the adoption of robotics in surgery, making complex spinal procedures safer and more reproducible.