What We’re Known For
Metabolic control of cardiac remodeling
We define how nutrient- and stress-responsive pathways shape cardiomyocyte and immune cell behavior during pressure overload, ischemia, and metabolic disease.
Extracellular matrix–immune crosstalk
Our work elucidates how matrix components such as hyaluronan act as dynamic signaling platforms that regulate inflammation, fibrosis, and ventricular adaptation.
Integrative cardiovascular physiology
We deploy in vivo models, advanced physiological phenotyping, and mechanistic molecular approaches to ensure discoveries are grounded in function, not just association.
Rigorous, reproducible translational science
Through core development and methodological leadership, we emphasize experimental rigor, scalability, and reproducibility across preclinical models of heart disease.