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About

Michela Casella is a leading cardiac electrophysiologist whose research focuses on advancing catheter ablation techniques for atrial fibrillation, particularly through the integration of robotic navigation systems. Her work has significantly improved the precision and safety of arrhythmia treatments by enabling real-time analysis of catheter contact force during ablation procedures. In her landmark randomized study (2016, 29 citations), she demonstrated how robotic navigation enhances contact force consistency, directly impacting lesion quality and procedural outcomes. Casella further pioneered the simultaneous assessment of contact pressure and local electrical coupling index (2014, 8 citations), providing a novel framework for evaluating tissue–catheter interaction. These contributions have helped establish quantitative benchmarks for effective ablation, reducing the risk of complications such as tamponade or incomplete lesions. Her research bridges engineering and clinical practice, offering actionable insights for interventional cardiologists. With a career dedicated to refining robotic-assisted ablation, Casella’s work continues to influence guidelines and training protocols, making her a key figure in the evolution of minimally invasive arrhythmia management.