Mark J. Earley
Papers
5
Total Citations
128
H-Index
5
About
Mark J. Earley is a prominent cardiac electrophysiologist whose research has significantly advanced the understanding and technical execution of catheter ablation for atrial fibrillation (AF). His work sits at the intersection of interventional cardiology and biomedical engineering, with a particular focus on catheter contact force sensing, robotic navigation systems, and ablation efficacy optimization. Earley's most influential contributions emerged in 2014, when a cluster of landmark studies established him as a leading voice in AF ablation technology. His international multicenter registry study comparing robotic and manual ablation techniques (33 citations) and his randomized trial on the same subject (27 citations) provided critical clinical evidence evaluating remote robotic navigation against conventional approaches. Complementing these, his investigation into factors affecting catheter contact in the left atrium (31 citations) and his work on steerable sheaths (24 citations) offered important mechanistic insights into how procedural variables influence lesion formation and long-term outcomes. Earlier work examining electrogram attenuation during robotic ablation (2012) demonstrated his sustained commitment to improving lesion quality assessment. Collectively, Earley's research has helped refine ablation protocols and inform best practices, making him a valuable reference point for clinicians and researchers seeking to improve outcomes for AF patients.
Research Focus
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