We use a wide range of techniques to unravel molecular processes at the basis of life at different degree of resolution.
We have truly world leading Electron microscopy, X-ray and Biophysics centers, NMR and Mass Spectrometry facilities and advanced computing infrastructure dedicated to structure resolution.
Cells are the fundamental structural and functional units of all living organisms. In order to understand the structure and functions of cells at the molecular level our research in this field delves into topics like cell division, gene expression, signal transduction, metabolism, and cell communication.
We develop and apply a range of techniques in Biophysics aimed at the characterisation of protein conformational states; equilibrium and kinetic behaviours of protein, nucleic acid and small-molecule interactions.
We use techniques in bioinformatics and machine learning leveraging on skills such as computer programming, algorithm development, database assembly and information systems, to develop efficient analysis tools that identify meaningful patterns in the large amounts of data that are generated in modern biology.
Interdisciplinary research focused on the development of environmentally friendly processes and synthetic chemistry techniques to address biological challenges. Areas of research include designing and synthesizing computationally and experimentally new anti-bacterial compounds, lipids and novel biocatalysts.