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| Professor George Banting | |
| Post(s): | Emeritus Dean, Life Sciences Faculty Office |
| Areas of expertise: | Each mammalian cell produces about 50,000 different proteins. For each cell (and therefore the whole organism) to function... |
| Keywords: | membrane traffic | protein targeting | cell biology | molecular biology | molecular genetics | live cell imaging | microscopy | biochemistry |
| Professor Kei Cho | |
| Post(s): | Honorary Professor of Bristol Medical School, Bristol Medical School |
| Areas of expertise: | Research in my lab focuses on a wide range of projects from molecular mechanisms of synaptic plasticity in the brain to pathological... |
| Keywords: | Molecular mechanisms of Learning and Memory | Alzheimer's disease | synapse repair | Stress and Neurodegeneration | electrophysiological recordings | molecular biology | Stem cell | MRI-brain imaging |
| Professor Richard Coward | |
| Post(s): | Professor of Renal Medicine, Bristol Medical School (THS) |
| Areas of expertise: | I am currently an MRC Clinician Scientist and Honorary Consultant Paediatric Nephrologist in Bristol Royal Hospital for Sick... |
| Keywords: | nephrology | paediatrics | children | molecular biology | human podocyte | Insulin | kidneys | glomerular cells |
| Professor Stuart Siddell | |
| Post(s): | Emeritus Professor, School of Cellular and Molecular Medicine |
| Areas of expertise: | My research focuses on the structure and function of the coronavirus replication machinery with the goal of identifying novel... |
| Keywords: | molecular biology | genetics & pathogenesis of coronaviruses | diagnosis of feline coronavirus diseases | development of coronavirus antivirals & vaccines |
| Professor Jeremy Tavare | |
| Post(s): | Dean of Faculty of Life Sciences, Life Sciences Faculty Office |
| Areas of expertise: | We are primarily interested in the molecular basis by which insulin stimulates glucose uptake into fat and muscle cells.... |
| Keywords: | glucose uptake | insulin action | insulin signal transduction | molecular biology | advanced cell biology | high throughput methods for signal transduction analysis |
University of Bristol
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