This is an Alliance between researchers and clinicians in the Whiting School of Engineering and the Department of Medicine at Johns Hopkins University. The mission of the Alliance is to apply predictive data-driven approaches, computational modeling, and innovations in cardiac imaging to the diagnosis and treatment of cardiovascular disease.
Associate Professor of Medicine
Johns Hopkins Medicine
Assistant Professor of Medicine
Johns Hopkins Medicine
Interim Chief of Cardiology
Professor of Medicine
Johns Hopkins Medicine
Robert E. Meyerhoff Assistant Professor
Johns Hopkins Medicine
Co-Director, Johns Hopkins Imaging Institute of Excellence
Professor of Medicine
Johns Hopkins Medicine
Assistant Professor of Medicine
Johns Hopkins Medicine
Helen Taussig Professor
Director of Taussig Heart Center
Johns Hopkins Medicine
Director, Cardiac Rhythm Device Services
Professor of Medicine
Johns Hopkins Medicine
Bloomberg Distinguished Professor of Data Intensive Computation
Johns Hopkins University
Vice Director, Division of Cardiology
Associate Professor of Medicine
Johns Hopkins Medicine
Vice Chair of Basic and Translational Research, Department of Medicine
Professor of Medicine
Johns Hopkins Medicine
Assistant Research Scientist
Johns Hopkins University
Assistant Professor of Medicine
Johns Hopkins Medicine
Associate Professor of Medicine
Johns Hopkins Medicine
Co-Director, Arrhythmogenic Right Ventricular Dysplasia Program
Associate Professor of Medicine
Johns Hopkins Medicine
Associate Professor of Medicine
Johns Hopkins Medicine
Associate Professor of Radiology and Radiological Science
Johns Hopkins Medicine
In a new $5.5 million center that spans engineering and cardiology specialties at Johns Hopkins, experts aim to improve the diagnosis and treatment of heart rhythm disorders that affect millions of people by leveraging innovations Read more…
Drs. Trayanova and Calkins received a $3.15 million grant from NIH grant to develop improved ablation targeting strategies for ablation of persistent atrial fibrillation in patients with fibrotic remodeling.
Members of the ADVANCE team report they have successfully created personalized, 3-D virtual simulations of patients' hearts for doctors to visualize and perform a life-saving procedure that corrects irregular or rapid heartbeats.
