
and computational biologist
Founder & Chief Executive Officer
He studies the mechanisms that connect heart injury to heart failure. A Research Assistant Professor at Albert Einstein College of Medicine, he brings deep experience in post-infarction remodeling and the structural biology of cardiac repair.
He generated the discovery underlying CorPhylaxis and built its computational discovery layer. His work connects human cardiac data with experimental models, functional phenotyping and spatial readouts to understand which biological processes to change and which to preserve.
His research includes first-authored publications in Circulation, Matrix Biology and AJP–Heart and Circulatory Physiology. He is an author on more than 30 indexed publications.
Selected achievements
- Top 5, Louis N. and Arnold M. Katz Basic Science Research Prize, American Heart Association Scientific Sessions 2025.
- Recipient of the American Heart Association Innovative Project Award and an AHA Postdoctoral Fellowship.
- Founding research connecting cardiac structural safety with cell-state-specific therapeutic discovery.
Scientific expertise
- Post-infarction remodeling, cardiac repair and heart-failure biology.
- Microsurgical disease models, serial echocardiography and functional phenotyping.
- Single-cell and spatial bioinformatics, multimodal computational biology and scientific AI.


