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Prof. Jonathan Flint: Anxiety and depression |
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Prof. Richard Mott: Bioinformatics applications, mouse genetics and statistical bioinformatics |
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Prof. Anthony Monaco: Neurodevelopmental genetics (autism and dyslexia) |
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Dr Dianne Newbury: Speech and language impairments |
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Prof. Adrian Hill: Vaccine development against malaria and other pathogens; genetics susceptibility to bacterial and other infectious diseases |
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Prof. Dominic Kwiatkowski: Host determinants of malarial pathogenesis |
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Dr Julian Knight: Regulatory polymorphism of the MHC |
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Prof. Shoumo Bhattacharya: Cardiac development, congenital heart disease and myocardial homeostasis |
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Prof. Barbara Casadei: Nitric oxide/redox signalling in health and disease (e.g., myocardial ischaemia, diabetes, heart failure and atrial fibrillation) |
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Prof. Keith Channon: The role of nitric oxide and superoxide in the early endothelial dysfunction characteristic of pre-atherosclerotic states |
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Prof. Stefan Neubauer: The role of cardiac energetics in heart failure and magnetic resonance techniques for phenotyping cardiovascular disease
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Prof. Hugh Watkins: Molecular genetics and molecular biology of heart muscle disease; molecular genetics of complex cardiovascular phenotypes |
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Dr Robin Choudhury: Development and application of magnetic resonance imaging to characterise atherosclerosis and vascular disease |
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Prof. Martin Farrall: The molecular basis and population genetics of multifactorial cardiovascular disease and associated quantitative (intermediate) phenotypes |
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Dr Jurgen Schneider: Development of fast cardiac MRI techniques at ultra-high fields |
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Prof. Mark McCarthy: Human Type 2 diabetes and obesity |
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Dr Cecilia Lindgren: Genetics and genomics of obesity |
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Prof. Peter Donnelly: Genome-wide association methods; statistical genetics; genomic epidemiology; genomics |
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Prof. Chris Holmes: Theory, methods and applications of statistical models in the fields of statistical genetics and geo-spatial statistics |
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Prof. Gil McVean: Population genetics; coalescent modelling; statistical genetics; pathogen evolution and variation |
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Dr Jonathan Marchini: Statistical genetics; genome-wide association studies; computationally intensive statistics; Bayesian statistics; image analysis |
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Dr Andrew Morris: Genomic epidemiology; statistical genetics |
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Dr Simon Myers: Population genetics, specifically the use of stochastic models to understand patterns of variation in samples drawn from a population |
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Dr Chris Spencer: Statistical and population genetics; in particular autoimmune and infectious disease with a focus on African populations. |
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Dr Krina Zondervan: Genomic epidemiology |
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Prof. Yvonne Jones: Cell-cell communication and signalling systems in developmental biology |
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Prof. Dave Stuart: Viruses, viral proteins and cell surface receptors |
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Dr Radu Aricescu: The structural biology of memory |
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Dr Robert Gilbert: Structural biology of membrane proteins, viruses and ribosomes |
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Dr Jonathan Grimes: Structural virology |
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Dr Kay Grünewald: Cryo electron tomographic studies of complex viruses |
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Dr Erika Mancini: Helicases and ATP-driven nucleic acid motors |
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Dr Ray Owens: Oxford Protein Production Facility |
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Dr Christian Siebold: Molecular mechanisms of hedgehog signalling |
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Prof. Ian Tomlinson: Cancer genetics, population genetics, roles of selection and genomic instability in tumorigenesis, gastrointestinal cancer, renal cancer, mouse models, mitochondrial tumour suppressor genes |
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Dr Simon Leedham: Molecular and Population Genetics |
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Dr David Buck: Head of Core Genomics |
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Dr Ioannis Ragoussis: Cell and molecular biology |
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Sergi Padilla-Parra: Quantitative fluorescence microscopy and other imaging techniques |
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Dr Ben Davies: Transgenic methodologies and adapting existing technologies to tackle the functional analysis of genetic variation |
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Dr Jenny Taylor: Translation of genetics research into clinical practice |
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Dr Sam Knight: Translational genetics: bringing clinically relevant research into routine diagnostic practice. |