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| Professor Anthony Clarke | |
| Post(s): | Professor of Biochemistry, School of Biochemistry |
| Areas of expertise: | My main research interest is in Protein folding and chaperone mechanisms: One of the fundamental unsolved problems in... |
| Keywords: | protein folding | chaperone mechanisms | protein | folding process | structure prediction | chaperones |
| Professor Ian Collinson | |
| Post(s): | Professor of Biochemistry, School of Biochemistry |
| Areas of expertise: | The theme of the research group I lead, concerns the underlying mechanisms of protein secretion and membrane protein insertion.... |
| Keywords: | protein | protein secretion | membrane protein insertion | protein translocation reaction | membrane proteins | biophysics |
| Dr Stuart Mundell | |
| Post(s): | Reader in Pharmacology, School of Physiology and Pharmacology |
| Areas of expertise: | G protein-coupled receptors (GPCRs), one of the largest protein families in the human genome, are the most tractable set... |
| Keywords: | G protein-coupled receptors | protein | regulatory mechanisms | G protein-coupled receptor traffic | signalling pathways | receptor movement | receptor function |
| Professor Nigel Savery | |
| Post(s): | Professor of Biochemistry, School of Biochemistry |
| Areas of expertise: | Transcription and DNA repair. Genomes are replicated, repaired, modified and transcribed by a diverse range of protein:protein... |
| Keywords: | transcription | DNA repair | DNA | genomes | protein | genes |
| Dr Richard Sessions | |
| Post(s): | Senior Research Fellow, School of Biochemistry |
| Areas of expertise: | Molecular Modelling in Biochemistry. Molecular modelling is a very useful tool in the design and interpretation of experiments.... |
| Keywords: | molecular modelling | bioinformatics | homology modelling | drug design | protein | protein structure prediction |
| Professor Mark Szczelkun | |
| Post(s): | Professor of Biochemistry, School of Biochemistry |
| Areas of expertise: | Mechanism, control and diversity of molecular motors on DNA. Many genetic processes require the action of large protein... |
| Keywords: | molecular motors | DNA | genetic processes | protein | ATP hydrolysis | cleavage of DNA | restriction enzymes | repair of DNA |
| Professor Dek Woolfson | |
| Post(s): | Professor of Chemistry and Biochemistry, School of Chemistry |
| Areas of expertise: | The primary basic research interest of the group is the informational aspect of the protein-folding problem; that is, how... |
| Keywords: | bionanotechnology | protein design | protein-folding problem | protein | bioinformatics | protein sequence | protein design |
University of Bristol
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