A discrete multiscale biophysical model of cardiac tissue and its application to study cardiac arrhythmias due to tissue anisotropy.

Bioinformatics: from nucleotids to networks (N2N)

Development of an analytical framework to study reaction -diffusion-mechanics systems

Development of electrochemical model of the human heart: discrete and fiber based approaches

Directed networks as a novel approach for an automated detection of ablation targets in atrial tachycardia

Integrative electromechanical model of the human heart

Mechanisms of arrhythmias in the fibrotic heart: the role of heterogeneous distribution of gap junction protein Cx43, sodium channels and tissue architecture

Role of heterogeneities in the onset and dynamics of cardiac arrhythmia in human hearts.

The study of EADs in the TNNP model

Combining experimental and computational approaches to investigate arrhythmogenic consequences of connexin hemichannel opening in the heart.

Molecular and cellular mechanisms of electrical excitability