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principles. Experience of relevant laboratory skills e.g. molecular biology such as PCR and preparation of libraries for next generation sequencing, preparation of primary cells and tissue culture, flow
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to develop correlative technologies to visualize integration targeting by cryoET in situ. You will be managing the project day-to-day, including both design and action of strategies in molecular biology and
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findings from our labs that identified a novel link between extreme cooling and the circadian clock. We aim to exploit these insights to unravel the molecular mechanisms that underpin the rhythmic expression
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. Experience with cell culture techniques, animal models, molecular techniques is required. . You will have demonstrated the ability to work independently within projects, with the ability to communicate
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and characterisation of novel monoclonal antibodies, molecular biology, virology, Good Clinical Practice (GCP), and/or the use of animal models is highly desirable, as is experience of managing and
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in the human and mouse intestine. You will be applying a range of molecular biology techniques (e.g., single cell/spatial transcriptomics & proteomics) to profile patient cohort samples and mouse
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Discovery Immunology Unit (TIDU), Weatherall Institute of Molecular Medicine, University of Oxford. Contract Type: Fixed-Term for 3 years Hours: Full-Time About the Role An exciting opportunity to join a