Name
|
Department
|
Research Area
|
Eric Anslyn | Chemistry | Chemometric supramolecular chemistry for enantiomeric excess |
Dean Appling | Molecular Biosciences | Mammalian mitochondrial one-carbon metabolism |
Jeff Barrick | Molecular Biosciences | Systems biology approach for mutations on cell physiology |
Jenny Brodbelt | Chemistry | Mass spectrometric characterization of lipopolysaccharides |
Kevin Dalby | Molecular Biosciences | Structure, function, inhibition of mitogen-activated protein kinases |
Ron Elber | Chemistry | Dynamics of biomolecules |
Andy Ellington | Molecular Biosciences | Genetic circuits based on allosteric ribozymes |
Walt Fast | Molecular Biosciences | Enzymology of dimethylarginase: Inhibition of nitric oxide production |
George Georgiou | Molecular Biosciences | Protein engineering for human therapeutics |
Brent Iverson | Chemistry | Protease engineering: enzyme directed evolution |
Mike Krische | Chemistry | Synthesis of bioactive molecules: green chemistry |
Ben Liu | Chemistry | Mechanisms of biosynthetic formation of deoxy sugars |
Stephen Martin | Chemistry | Synthesis of bioactive targets; protein-ligand interactions |
Ed Marcotte | Molecular Biosciences | Network-directed discovery of polygenic disease genes |
Rick Russell | Molecular Biosciences | Probing dead-box proteins as general RNA chaperones |
Stephen Trent | Molecular Biosciences | Remodelling of bacterial lipopolysaccharides |
Lauren Webb | Chemistry | Mapping electrostatic interactions at protein interfaces |
Marvin Whiteley | Molecular Biosciences | Cell communication and pathogenesis of P. aeruginosa |
Chris Whitman | Molecular Biosciences | Structure and mechanism in the tautomerase superfamily |