Research interests
Anthony Peters's research interest includes developing and testing innovative exercise interventions for patients living with heart failure.[6]
AP
Anthony E. Peters is a cardiologist and assistant professor of cardiovascular medicine at Wake Forest University School of Medicine whose work focuses on improving care for people with heart failure. His listed interests include heart failure, transplantation, clinical trials, biomarkers, mechanical circulatory support, and HFpEF. Before medical school, he worked in healthcare consulting, including with medical device companies, an experience that helped draw him toward advanced heart failure. He studied at Penn, earned his medical degree at the University of North Carolina School of Medicine, and completed internal medicine training and an MS at the University of Virginia, where he served as chief resident from 2018 to 2019. He later completed cardiovascular disease and clinical research fellowships at Duke, followed by a 2023 to 2024 advanced heart failure and transplant fellowship.
Before medical school, Anthony Peters worked for several years in healthcare consulting, including consulting involving medical device companies.
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Training includes Anthony Peters is featured in the publication “How can lifestyle exercise interventions be tailored to treat patients with heart failure?”, published September 1, 2026., Anthony Peters held a Duke fellowship position in advanced heart failure and transplant cardiology. (2023-2024), Anthony Peters completed a clinical research fellowship at the Duke Clinical Research Institute., and Anthony Peters is listed as an alumnus of Duke's cardiovascular disease fellowship, with Atrium Wake Forest Baptist Medical Center in Winston-Salem, North Carolina., plus 11 more records.
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Anthony Peters's research interest includes developing and testing innovative exercise interventions for patients living with heart failure.[6]
His listed research interests include heart failure, heart transplantation, clinical trials, molecular and cellular biomarkers, mechanical circulatory support, and heart failure with preserved ejection fraction.[8]