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therapeutically targeted during inflammation due to limited understanding of their basic biology. Our Glyco-Immunology (Dyer) lab has produced published and preliminary data demonstrating that an under-appreciated
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by the universities of Manchester and Oxford. The CoRE will leverage cutting edge computational approaches, novel experimental models, and experimental medicine studies to uncover how pollutants and
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the CBG×MCR Project Officer, you’ll play a key role in coordinating and delivering activity across this fast-paced, high-profile programme. Working as part of Unit M’s dynamic team, you’ll provide
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-touch collaboration and team cohesion. If you’re excited by complexity, thrive on experimentation, and want to shape agile delivery in a transformative University programme, this is the role for you. Why
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Facilities. You will provide advanced technical skills and knowledge in MR imaging physics to enable and enhance the work of academic and research staff across clinical and basic science. This role will impact
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by the universities of Manchester and Oxford. The CoRE will leverage cutting edge computational approaches, novel experimental models, and experimental medicine studies to uncover how pollutants and
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applications from all sections of the community. This role will be based within the Research Development and Innovation team in the Faculty of Science and Engineering. The team consists of the Faculty’s
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of Manchester and Oxford. The CoRE will leverage cutting edge computational approaches, novel experimental models, and experimental medicine studies to uncover how pollutants and infections interact with our
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Excellent employee health and wellbeing services including an Employee Assistance Programme Exceptional starting annual leave entitlement, plus bank holidays Additional paid closure over the Christmas period
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The National X-ray Computed Tomography (NXCT) is the National Research Facility for lab-based X-ray computed tomography . We bring together world-leading capability in lab-based XCT from