Thomas M. Kelley
Papers
2
Total Citations
48
H-Index
2
About
Thomas M. Kelley is a cardiothoracic surgeon and researcher whose work centers on advancing minimally invasive and robotic mitral valve surgery. His most impactful contribution, an analysis of anterior leaflet augmentation using CorMatrix porcine extracellular matrix, documented unexpected patch failures and provided critical histologic insights—a study that has garnered 42 citations and influenced clinical practice regarding biologic scaffold use in valve repair. Kelley also demonstrated technical innovation by showing that ascending aortic endoballoon occlusion is feasible even in patients with moderately enlarged aortas (greater than 38 mm), challenging prior contraindications and expanding the eligibility for robotic mitral valve procedures. This work, though less cited, reflects his commitment to refining surgical techniques that reduce invasiveness while maintaining safety. Kelley’s research directly addresses the intersection of novel biomaterials and advanced surgical technology, offering evidence that guides both operative decision-making and device development. His findings are particularly relevant for surgeons seeking to push the boundaries of robotic cardiac surgery, making him a notable figure in the evolution of valve repair and minimally invasive approaches.
Research Focus
Key Achievements
Top Papers
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