Our research is focused on intermolecular interactions and bio-inspired computing . We aim to pursue fundamental research in protein-drug interactions and correlate these results with experimental ones. To achieve our goals we make use of biological crystallography , molecular dynamics , molecular docking , quantitative-structure activity relationship (QSAR) and several computational methods to address the problem of protein-drug interactions . In addition, we are also developing computational tools, based on natural and bio-inspired computing . Examples of these computational tools include evolutionary algorithms , artificial neural networks, DNA computing, and swarm intelligence. Our publications can be accessed here .
