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quantitative academic discipline. You will help collect and analyse metagenomic data from UK wastewater treatment plants and to use that analysis to improve reliability, reduce emissions and explore our
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collaborative elements to carry out in vivo studies to understand Trypanosoma brucei proliferation dynamics in both murine models and in tsetse flies. These experiments will be carried out at the University
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University’s efforts to address this challenge by supporting development of an active network Design Tool for low voltage distribution networks. This tool is a key component of the flagship D-Suite project led
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with immune cells using in vitro and in vivo assays Perform immunofluorescence analysis of retinas transplanted with human hypoimmunogenic photoreceptors, assessing both engraftment and activation
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analysis methods and providing specialized training where required. Presenting results through a combination of oral communication, informal presentations, and written reports. Contribute to a positive and
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benefit. You must hold or be about to obtain, a PhD or equivalent in chemistry, physics, materials sciences, or a related field and a strong background in the analysis of crystalline materials. You should
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chemical assays (e.g. sulfide, VFA analysis), gas analysis (e.g. hydrogen, methane, CO2) and molecular biology methods for microbial community analysis (e.g. 16S rRNA gene sequencing). Skilled in
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, provide statistical expertise and support to investigators in the project design and analysis Undertake analysis of research data and provide interpretation of results Undertake appropriate continuing
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transferable skills and some experience or awareness of the research environment Desirable Presentations at conferences and/or high-quality publications Experience of computational data-analysis Prior experience
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islets in the UK. The project will involve in vitro analysis of cryopreserved stem-cell derived islets and will include readouts such as viability, function, morphology and cellular health. The workplan