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potency to protect against the associated infectious diseases and potential pandemic threats. The focus of this project is to explore the possibility of using this methodology to develop a pan-corona virus
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in the discipline to develop research projects and methodologies are essential as well as strong communications and written skills. For informal queries, please contact Professor Matthew
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. Successful applicants will work closely with our national and international collaborators and are expected to develop innovative research approaches. The role also includes the possibility to co-advice
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in the Mathematical Institute (https://www.maths.ox.ac.uk/groups/mathematical-biology/infectious-disease-modelling). The postdoctoral researchers will develop data-driven mathematical models and
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semiconductors for renewable energy generation”. This collaborative project will tackle the complex array of exciting fundamental science arising in “soft” inorganic and hybrid semiconductors, seeking to develop
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’. The post holder will be a member of Prof Kylie Vincent’s research group and will work on developing bio- and chemo-bio catalyst systems for transformation of biomass derived chemicals into valuable diols and
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collaborations will also be forged. The successful applicant will work with researchers in Dr Oswal’s group as well as researchers across the wider BNDU to develop and lead the process of recruiting, safety
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informing the development of more precise immunotherapies. The successful candidate will: • Design and carry out in vivo experiments in preclinical mouse models of autoimmunity • Perform
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develop photoluminescence and spin control capabilities, under cryogenic conditions, to probe the defects’ electronic structure and spin properties. This effort will be combined with ongoing work in the
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the molecular mechanisms underlying disease progression and treatment resistance and identify novel therapeutic targets. You will take a lead on development of computational approaches to integrate multi-omics