|Dr. Marie Fraser - Structural biology. Investigating the catalytic mechanism of enzymes using the tools of X-ray crystallography and molecular biology.
||Dr. Elmar Prenner - Membrane architecture, domains and lipid rafts, biophysical techniques, DNA labelling.
|Dr. David Layzell - Energy systems analysis including modeling the energy-environmental footprint of biological systems
||Dr. Peter Tieleman - Computer simulations of biological membranes and membrane proteins.
|Dr. Sergei Noskov - Theoretical biophysics of ligand transport. Molecular Dynamics simulations of membrane proteins. Development of free energy simulations techniques.
||Dr. Hans Vogel - NMR and spectroscopic studies of antimicrobial peptides, regulatory calcium binding proteins and bacterial iron-uptake proteins.
|Dr. Raymond J. Turner - Metal resistance in Bacteria. Private molecular chaperones for the Tat-Translocase. Integral membrane protein structure and folding. Fluorescence spectroscopy.
||Dr. Wic Wildering - Cellular and molecular foundation of neuronal aging and age-associated learning and memory impairment. Cell adhesion mechanisms and their role in the regulation of inflammation, nervous system function and repair.