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associated with genome dominance. Transposable element distribution and activity will also be analysed using long-read sequencing. This project is primarily computational and offers comprehensive
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colon models, multiomics sequencing and bioinformatics, you will explore how ALGAFILL is processed in our gut, its effects on microbiome, metabolism, and potentially health. Culture-based molecular
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demonstrate good communication, teamwork, and motivation for high-impact, interdisciplinary research aligned with the EPSRC remit. Funding notes: The project is supported by the EPSRC Doctoral Training
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. as result of unemployment or media reporting). The successful student will be closely aligned with Public Health Wales and will link RTSSS data with routinely collected data held within the SAIL
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, microbial ecology, and environmental sciences and is connected to policymakers and stakeholders, helping findings to inform practice. The PhD is aligned with in an international MDR research project, offering
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for funding will demonstrate how the research aligns with: Strong candidates will be able to: Demonstrate excellence in their studies Demonstrate their potential to become a future leader Describe plans
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on genomic signatures, (2) use whole-genome-sequencing to discover population-level adaptation to different environmental constraints and (3) conduct enzymatic activity and gene expression experiments to test
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representatives of the Watkin’s collection for take-all suppression in the presence of different rhizosphere microbial communities conduct amplicon sequencing on the established communities to analyse how microbial
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datasets. Genome sequences are now available from half to a million people, meaning that we can expect to observe rare mutations at a large fraction of sites in the human genome. We can use this to try to
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). The successful student will be closely aligned with Public Health Wales and will link RTSSS data with routinely collected data held within the SAIL databank at Swansea University (including health, education