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Claudia Monaco’s research group at the Kennedy Institute of Rheumatology. In this role, you will apply single cell biology and cell signalling techniques combined with in vivo and in vitro models
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are applying an integrated approach that combines understanding of pathogen biology and plant immunity to inform the development of climate-resilient crops, using the interaction of bacterial pathogens with
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project will likely use a combination of single particle cryoEM, cryoET, and X-ray crystallography, you should be an expert in at least one of those techniques and keen to learn the others. You also should
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combines industrial and academic expertise to develop and deliver a zero carbon emission aircraft while also enabling a number of cross cutting research and development activities with the potential to have
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of Cambridge. The project aims to demonstrate a proof-of-concept synthesis of green ammonia using water directly as a hydrogen source in combination with nitrogen, from the air. The post holder’s role within
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Biology, Biochemistry, or Biophysics. You should be driven, have experience in protein production and good background in structural biology and biophysics. As your project will likely use a combination of
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. the PI, Prof Alan Stein, is a staff member of the Blavatnik School of Government) in Oxford and beyond (e.g. UNICEF). Hybrid (combination of on-site and remote) working approach for this full-time post is
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research interests at SoGE and other Department and Schools in Oxford and beyond, including the world-renowned BAS. Hybrid (combination of on-site and remote) working approach for this full-time post is an
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. The project involves the combination of the use of cultured cells and vertebrate animals in particular zebrafish to understand newly-uncovered reactive metabolite signalling pathways of importance in well
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(TB). The main aims of OxCoD4TB are to establish and validate a new TB therapeutics pipeline and discover and evaluate novel compounds and also drug and vaccine combinations. Over the last ten years we