Papers
2
Total Citations
60
H-Index
2
About
Katy Lyall is a pioneering researcher in urologic oncology and surgical innovation, best known for her groundbreaking work in developing techniques to improve the safety and precision of robotic partial nephrectomy. Her research focuses on minimizing renal ischemia during kidney-sparing surgery and creating realistic training models for surgeons. Lyall’s most cited work introduces a novel method for temporary segmental renal artery occlusion using a reverse thermoplastic polymer (LeGoo-XL), which allows for bloodless robotic partial nephrectomy without the warm ischemia that typically damages kidney tissue—a contribution cited 32 times for its potential to transform surgical outcomes. She also developed a technique for creating solid renal pseudotumors and venous pseudothrombus in porcine and cadaveric models, a 28-citation study that provides a simple, reproducible platform for surgical training. These achievements highlight Lyall’s dual impact: advancing patient care through ischemia-sparing techniques and enhancing surgical education with realistic simulation tools, making her a notable figure in the evolution of minimally invasive urologic surgery.
Research Focus
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Top Papers
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