Our work
focuses on using the principles of physics and chemistry for the
development of theoretical and computational models that will enhance
the understanding of structure, dynamics and function of biomolecular
and biological systems. We are currently utilizing computational
approaches and simulation techniques at different level of complexity
ranging from all-atom to implicit and coarse-grained solvent and
membrane descriptions. In addition, we are interested in systems
biology approaches and studying living cells as an integrated coupled
interacting network of genes, proteins and biochemical reactions.
