Mehul Dhinoja
Papers
5
Total Citations
128
H-Index
5
About
Mehul Dhinoja is a cardiac electrophysiologist whose research has made significant contributions to the field of catheter ablation for atrial fibrillation (AF), with a particular focus on optimizing ablation techniques and technologies. His work centers on two interconnected areas: robotic navigation systems and catheter contact force sensing, both aimed at improving the precision and efficacy of AF ablation procedures. Dhinoja's most influential contributions include landmark comparative studies evaluating remote robotic navigation against manual ablation techniques, with his 2014 international multicenter registry study garnering 33 citations and his randomized controlled trial attracting 27 citations. These studies provided critical evidence regarding the relative merits of robotic versus manual approaches. His investigations into catheter contact force dynamics — examining how factors such as catheter orientation and steerable sheath use influence lesion quality and pulmonary vein reconnection — have meaningfully shaped clinical understanding of ablation effectiveness, collectively accumulating nearly 90 citations across four publications. His earlier 2012 work on electrogram attenuation during robotic ablation helped establish measurable benchmarks for procedural success. Collectively, Dhinoja's research has provided clinicians with practical, evidence-based guidance for refining AF ablation strategies, ultimately working toward better patient outcomes in a challenging and prevalent cardiac arrhythmia.
Research Focus
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