Computer simulations could replace animal testing for heart drugs
Researchers found computational models can more accurately predict dangerous adverse effects.
My research interest is in the investigation of causes and modulators of variability in the response of the heart to disease and therapies. We develop advanced computational modelling and simulation to expand and augment the information extracted from experimental and clinical methods used in cardiac electrophysiology. Our research is based on very close interactions with experimental and clinical electrophysiologists and pharmacologists in academia, hospitals and industry.