Siew Yen Ho

Papers

Total Citations

H-Index

About

Siew Yen Ho is a leading figure in cardiac anatomy, with a particular focus on the structural complexities underlying arrhythmias and congenital heart disease. Her work has fundamentally shaped how electrophysiologists understand the heart's architecture, especially the atrial septum, the atrioventricular junction, and the coronary sinus. Ho’s meticulous anatomical studies have provided the essential roadmap for safe and effective catheter ablation, directly influencing clinical practice in treating atrial fibrillation and other rhythm disorders. Among her highly cited contributions is the 2009 study "Robotically Assisted Ablation Produces More Rapid and Greater Signal Attenuation Than Manual Ablation," which demonstrated that robotic catheter stability improves energy delivery efficiency—a finding with 18 citations that underscores her translational impact. Beyond this, her seminal anatomical atlases and book chapters are considered indispensable references for cardiologists and surgeons worldwide. With thousands of citations across her career, Ho’s legacy lies in bridging the gap between the dissecting room and the catheterization lab, ensuring that every ablation target is approached with a deep, three-dimensional understanding of the heart’s intricate landscape.