Focus areas include host-pathogen interaction, membrane protein, extreme environments and fundamental cellular processes such as transcription. Although basic research related to human health is a key program, developing new methodologies and techniques for the future of integrated structural biology is also a major issue for the PSB scientists.
There are currently twenty technical platforms at the PSB ranging from protein expression to biophysical methods based on large facilities.
– Standard protein expression (Robiomol)
– Expression of difficult proteins (ESPRIT)
– Multiprotein complex production using advanced baculovirus technologies (EEF)
– Cell Free expression
– Isotopic labelling for neutron or NMR studies
– Molecular interaction studies by SPR
– Sample quality control (MS, sequencing, NMR, EM, AUC)
– in cristallo spectroscopy studies (Cryobench)
– Biophysics Platform (MALLS, ITC, DLS, etc..)
– Robotic nanovolume crystallisation (screening and optimisation)
– Synchrotron X-ray crystallography
– Neutron Diffraction
– Small angle X-ray and neutron scattering SAXS/SANS
– Negative-stain and cryo- electron microscopy
– High Field NMR