Molecular Circuits of Heart Disease
Combining multi-OMICs with mathematical modeling.
20+ projects investigating molecular mechanisms.
Developing individualized heart disease therapies.
Advancing personalized therapies through integrated systems biology and clinical research
Integrated Approach
Combining multi-OMICs with mathematical modeling.
Collaborative Science
20+ projects investigating molecular mechanisms.
Translational Impact
Developing individualized heart disease therapies.
- Understanding Heart Disease at the Molecular Level
Since 2022, CRC1550 has pioneered a new approach to cardiac research. We integrate experimental and patient data with systems biology to uncover the molecular circuits driving heart disease. Our mission: identify key therapeutic targets that will transform how we predict, prevent, and treat cardiovascular conditions.
PROJECTS
Our research addresses fundamental questions about how genetic mutations and environmental stress reshape cardiac function, identifying shared molecular nodes across inherited and acquired heart disease.
SERVICE PROJECTS
Service Projects are collaborative initiatives designed to support and enhance the work of the entire consortium.