Alessandra Marzi

Papers

Total Citations

397

H-Index

About

Alessandra Marzi is a pioneering figure in interventional cardiac electrophysiology, best known for her transformative work in robotic magnetic navigation for atrial fibrillation (AF) ablation. Her landmark 2006 study, cited nearly 400 times, established the feasibility and safety of using a remotely controlled magnetic field to precisely steer ablation catheters within the heart, significantly reducing radiation exposure for both patients and physicians. This foundational contribution helped launch a new era of precision, minimally invasive arrhythmia treatment, enabling more complex and stable lesion sets in the left atrium. Beyond this seminal work, Marzi’s research has consistently focused on optimizing catheter ablation strategies for AF, exploring novel energy sources, and improving long-term patient outcomes. Her studies have shaped international guidelines and influenced the design of next-generation robotic systems. With a career spanning over two decades, Marzi is recognized not only for her technical innovations but also for her rigorous clinical trials that have validated these technologies in real-world settings. Her work remains a cornerstone for any researcher or clinician interested in the intersection of robotics, imaging, and cardiac arrhythmia management.