Virginia Mamone

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About

Virginia Mamone is a leading researcher in surgical robotics, with a specific focus on developing advanced robotic platforms for minimally invasive cardiac procedures. Her primary research areas encompass robotic manipulator design, teleoperation, and endoscopic vision systems for complex cardiovascular interventions. Mamone’s most significant contribution is the development of the ValveTech robotic platform, a semiautonomous flexible articulated manipulator designed to revolutionize minimally invasive aortic valve replacement. This system integrates a surgical interface with endoscopic vision, enabling precise teleoperated delivery of artificial valves, directly addressing the high prevalence of aortic stenosis in the elderly. Her work has been published in high-impact venues, with her 2023 paper on the semiautonomous manipulator accumulating 14 citations, and her 2019 study on a low-computational-cost stitching method for three-eyed endoscopes receiving 9 citations. Mamone’s research not only enhances surgical dexterity and visualization but also aims to reduce procedural invasiveness and improve patient outcomes. Her innovative approach to combining robotics with minimally invasive techniques positions her as a key contributor to the future of cardiac surgery, with the ValveTech platform representing a notable achievement in the field.