Matthew M. Hanasono

The University of Texas MD Anderson Cancer Center

Papers

Total Citations

105

H-Index

About

Dr. Matthew M. Hanasono is a leading figure in reconstructive microsurgery, with a research focus that bridges advanced surgical robotics and complex head and neck reconstruction. His pioneering work has fundamentally advanced the precision and efficacy of procedures like mandible reconstruction using fibula free flaps. In his landmark 2014 study on robotic microsurgery, Dr. Hanasono developed a validated assessment instrument to quantify the learning curve for this emerging technology, demonstrating that surgeons could achieve significant improvement with practice—a contribution that has garnered over 72 citations and helped establish robotic techniques as a viable tool in microsurgery. He further pushed the boundaries of surgical accuracy in a 2015 preclinical investigation, where he explored pre-programmed robotic osteotomies for fibula free flap mandible reconstruction. This work directly addressed the persistent challenge of surgical inaccuracy in bony free flap reconstruction, showing that robotic automation could reduce error and improve outcomes. With over 33 citations, this study underscores his role in translating cutting-edge technology into tangible clinical benefits. Dr. Hanasono’s research not only enhances surgical precision but also sets the stage for a future where robotics play an integral role in complex reconstructive procedures.