Contribution of immune cells to vascular wall damage and dissection in Marfan syndrome

Unraveling the pathophysiology of myocardial disease in Marfan syndrome

Exploration of avenues for Precision Medicine in Heritable Thoracic Aortic Diseases

Using a zebrafish model to improve diagnosis, risk estimation and treatment of cardiovascular manifestations of Marfan syndrome.

Dissecting the molecular basis of arterial tortuosity

Biomechanics-based phenotyping of the cardiovascular system in small animal models of heritable connective tissue disease

Doctoral project Silke De Feyter

Doctoral project Regina Le Roux

From Mice to Humans: Elucidating Cardiovascular Complications of Marfan Syndrome

Doctoral project Matthias Van Impe

Investigating the mechanisms of aortic disease using zebrafish and mouse models

Belgian Heart Fund: "Exploring the cell-specific mechanisms of aortic disease using fibrillin-1 mutant mouse models"

Contribution of immune cells to vascular wall damage and dissection in Marfan syndrome

ThirdGenT: linking third-generation sequencing of (epi)genomes, (epi)transcriptomes and translatomes to life sciences revolutionizes oncology, rare diseases, microbiology, cell and gene technology, developmental and computational biology

Upgrade of confocal FLIM microscope with two-photon excitation and detection modules

White light laser-based confocal fluorescence lifetime imaging microscope for multi-parameter 3D live imaging

A zebrafish platform for genetic and chemical screening to improve diagnosis, risk estimation and treatment of cardiovascular manifestations in Marfan syndrome.

Strategic Institutional Partnership Brigham and Women's Hospital and Harvard Medical School

Using Zebrafish as a novel tool to Improve the Diagnosis and Outcome of Marfan Syndrome