Projects

Personalise heart failure therapy through image guided left ventricular lead implantation in cardiac resynchronization therapy

This project will link all human genes to cellular processes to reveal new therapeutic targets

Preclinical study using high-resolution imaging to develop economically feasible treatment for Hereditary Hemorrhagic telangiectasia

Quantitative assessment of tissue remodeling by fibroblasts in vitro is used for development of anti-fibrotic drugs

Synthetic scaffolds as a basis for renal unit morphology

Development of advanced reagents for studying and monitoring ubiquitin metalloprotease activity.

CardioMATE aims to deliver precision medicine by efficiently choosing appropriate diagnostic means for an individual.

Successfully tested expression in the mouse brain of a viral vector generating an antibody against the Alzheimer toxic protein Amyloid beta.

Human muscles will be grown for the testing of therapies for muscle disorders.

This project aims to develop a multinational database with bruxism data related to GrindCare® usage.