Leducq Foundation
International Networks of Excellence Program

This network assembles a team of exemplary investigators with complementary expertise across basic and translational disciplines who have made fundamental discoveries regarding inflammation and fibrosis in the heart. By combining our respective perspectives, visions, and expertise we have developed and integrated a synergistic strategy to investigate the inflammatory-fibrotic response to myocardial injury and how it contributes to adverse LV remodeling. We believe that this approach will drive the generation and implementation of innovative diagnostics and therapeutics that will ultimately impact patient care. Moreover, the network will train a multi-disciplinary workforce to advance and apply this science and lay the foundation for future training programs in immuno-cardiology. These outcomes will advance the mission of the Leducq Foundation to “improve human health through international efforts to combat cardiovascular disease and stroke”.



Performance Sites

Image Description: Map of all Network collaborating sites. Washington University School of Medicine (St. Louis, Missouri), Heidelberg University (Heidelberg, Germany), University of Pennsylvania (Philadelphia, Pennsylvania), RWTH Aachen University (Aachen, Germany), Hannover Medical School (Hannover, Germany), Imperial College (London), The Jackson Laboratory (Bar Harbor, Maine)


Recent Posts

2023 Seed Grant Winners Announced

2023 Seed Grant Winners Announced
The pilot research grant is designed for an Early Career Investigators (ECI) to pursue network related science and obtain preliminary data to successfully complete for their own funding. We are proud to announce the winners and look forward to their outstanding research.

Immuno-Cardiology Symposium 2023

Immuno-Cardiology Symposium 2023
This new symposium focused on the role of innate and adaptive immunity during cardiac inflammation and its resolution, the initiation of fibrosis and novel insights in immunometabolism and interorgan communication. We discussed how emerging technologies can help to decipher mechanisms of adverse cardiac remodeling, how to image immune cells within the heart and learn about […]

This research is supported by a grant from the Leducq Foundation.