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, gather relevant data for modelling, and ensure accurate data collection. Conduct comprehensive bioinformatic analysis utilising established methodologies and tools (e.g. R, Python, MATLAB and other
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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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talented and enthusiastic PDRA with experience in polymer synthesis and membrane fabrication to join our group in studying membranes for alkaline based water electrolysers. The candidate will be joining a
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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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) and short read (Illumina) technologies. Furthermore, you will facilitate the bioinformatic analysis of the data with support from bioinformaticians and biostatisticians within the group
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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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awareness of the research environment Presentations at conferences and/or high-quality publications Experience conducting quantitative research, carrying out data analysis and writing research papers
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Experience working with in vivo models (Desirable) Bioinformatics analysis of quantitiative datasets using R (Desirable) Attributes and Behaviour Commitment to team science Openess to continuous learning and
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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
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for 36 month fixed term at 0.6 FTE (22 hours). Key Accountabilites Organising intervention sessions and data collection, including set up, implementation and analysis of the SleepBoost intervention program