Publication: An Ex Vivo Evaluation of Air Intrusion Into Pulsed Field Ablation Sheaths During Ablation and Mapping Catheter Insertion[8]
From 2025

Member of the HRS Young Investigator Award Committee
As of 2024 · Last known relationship
Anna Pfenniger is a Northwestern University physician-scientist who combines cardiac electrophysiology practice with basic and translational research on abnormal heart rhythms. She earned an MD in 2008 and PhD in 2012 from the University of Geneva, completed cardiovascular research postdoctoral training at New York University in 2013, internal medicine residency at the University of Massachusetts in 2016, and cardiology and clinical cardiac electrophysiology fellowships at Northwestern in 2019 and 2021. Her laboratory studies communication among atrial cell types, atrial fibrillation, and gene variants such as titin truncations, using patient data and experimental models. Clinically, she treats a broad range of rhythm disorders, with particular focus on familial or early-onset atrial fibrillation, and performs ablation and device procedures. She is an Assistant Professor of Medicine in Cardiac Electrophysiology and serves on professional editorial and award committees.
Physician-scientist with dual medical and basic science training
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Training includes Clinical cardiac electrophysiology advanced fellowship at Northwestern University, Cardiology fellowship at Northwestern University, Internal medicine residency at the University of Massachusetts, and Postdoctoral Fellow in Cardiovascular Research at New York University, plus 7 more records.
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Publication: An Ex Vivo Evaluation of Air Intrusion Into Pulsed Field Ablation Sheaths During Ablation and Mapping Catheter Insertion[8]
From 2025
Publication: A wirelessly powered, light-controlled, bioresorbable stimulation system with programmable polyphasic waveforms[8]
From 2026
Publication: Prioritizing Discovery and Advancements in Arrhythmia Therapies: NIH/NHLBI Workshop[8]
From 2026
Publication: When Ventricular Load Outruns Atrial Reserve[8]
From 2026
Research on communication between cell types within atrial muscle and atrial fibrillation[8]
Research on gene variants, including titin truncation variants, and abnormal heart rhythms[8]
Research on mechanisms of abnormal heart rhythms and treatment development[8]
Research on mechanisms of atrial fibrillation and applications of gene therapy[8]
Uses patient data and experimental models to investigate mechanisms of abnormal heart rhythms[8]