Aaron P. Grogan
Papers
2
Total Citations
41
H-Index
2
About
Aaron P. Grogan is a leading researcher in cardiac electrophysiology and interventional ablation technologies, with a focus on optimizing catheter-based treatments for arrhythmias. His work bridges biomedical engineering and clinical practice, particularly investigating how feedback modalities—such as visual, tactile, and contact force sensing—enhance the precision and safety of catheter ablation. In his highly cited 2013 study, Grogan systematically compared these feedback types in an in vitro model, demonstrating that contact force feedback is most critical for effective lesion formation, a finding that has influenced the design of modern ablation catheters. His earlier 2009 work on robotically assisted ablation showed that robotic systems produce more rapid and greater signal attenuation than manual techniques, highlighting the potential for improved procedural outcomes through enhanced catheter-tip stability. With over 40 citations across his key papers, Grogan’s contributions have advanced the understanding of energy delivery dynamics and feedback integration, directly informing the development of next-generation ablation systems. His research is essential reading for engineers and clinicians seeking to improve the efficacy and safety of cardiac ablation therapies.
Research Focus
Key Achievements
Top Papers
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