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About

Rodney Horton is a leading figure in cardiac electrophysiology, renowned for advancing catheter ablation techniques for atrial fibrillation. His research centers on improving the precision and safety of ablation procedures through innovative navigation systems and feedback technologies. Horton’s major contributions include pioneering work on robotic catheter navigation, where he demonstrated that robotic systems could achieve comparable or superior outcomes to manual navigation in treating atrial fibrillation, as evidenced by his highly cited 2009 study (120 citations). This work laid the groundwork for integrating automation into complex arrhythmia management. He has also explored the critical role of sensory feedback—visual, tactile, and contact force—in enhancing catheter control and lesion formation, as shown in his 2013 in vitro study (23 citations). By systematically evaluating which feedback modalities are most impactful, Horton has helped refine ablation protocols to reduce complications and improve efficacy. His ongoing contributions to remote navigation systems further underscore his commitment to making electrophysiological interventions more accessible and reproducible. With a career dedicated to bridging engineering and clinical practice, Horton’s research continues to shape how physicians approach catheter ablation, offering safer, more effective treatments for patients worldwide.