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mechanisms underlying neurodegenerative disease, offering an exciting research environment closely aligned with established expertise in the MRC Centre for Neuropsychiatric Genetics and Genomics. The UK DRI
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closely with a PhD student and a computational biologist and play a key role in advancing our research efforts, with a primary focus on the development of low-input epigenomic profiling technologies
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research group is developing models to reveal cellular mechanisms underlying osteoarthritis pathology and pain, and test drugs targeting these effects. The successful applicant will support all aspects
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goals for: Contributing to our understanding of immunotherapy mechanisms with a focus on understanding correlates of immunity / identifying biomarkers of treatment success. Contributing to development
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Mechanics and Second Year Vibrations and Waves. Inspire undergraduate and postgraduate students under the guidance of a mentor / module leader and develop skills in assessment methods and in providing
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is to build upon research strengths in dementia genetics, immunology, computational analytics, cellular and whole system modelling and neuroimaging to identify disease mechanisms and therapies
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laboratory research. The Haematology research groups work together across College themes to analyse various haematological cancers with respect to mechanisms of leukaemogenesis, leukaemic stem cells, drug
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on elucidating and targeting the pathways and mechanisms underlying neurodegenerative disease. You will work in a multidisciplinary environment with opportunities to grow your science. Beyond this, the UK DRI
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Associate to join the team. The successful candidate will work with our novel Alzheimer’s disease high endocytic polygenic risk iPSC lines and use them to investigate disease mechanisms. The project will also
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established well-funded institute focused on elucidating and targeting the pathways and mechanisms underlying neurodegenerative disease, offering an exciting research environment closely aligned with