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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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interdisciplinary project, combining molecular biology, immunology, genetics, and advanced bioinformatics, working between the Bateson Centre for Disease Mechanisms, School of Biosciences and the Medical School
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to effectively drive biodegradation traits into contaminated soil communities. Methodology The successful applicant will use a combination of molecular and environmental microbiology, bioinformatics and
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recently awarded NERC grant). The PGR will conduct bioinformatic analyses on these data, focussing on immune genes, and perform a comparative genomic analysis across parakeets and parrots. They will
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identification of microbes, including metagenomics and bioinformatics. Training Training will include cultivation of soil bacteria, quantitative PCR, amplicon-based sequencing, whole genome sequencing, and
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High-in-demand technical (bioinformatics, molecular genetics, microbiology, phenotype engineering) and transferrable (critical thinking, ethics, Open Research) skills. Embedded in thriving, respectful
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genetic adaptations (‘genetic swamping’). Training The student will receive broad training in molecular biology, historical DNA, genomics, bioinformatics and population genetics. The student will take part
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, bioinformatics, and statistical modelling in R. You will also gain experience in critical thinking, scientific writing, and presenting your research. Transferable skills for academic and non-academic careers will
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function to minimise disease development will be key to developing sustainable management strategies for take-all. In this PhD project, you will: develop molecular lab and bioinformatics skills to analyse
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genomics, evolutionary biology, bioinformatics and population genetics. They will develop skills in large-scale data analysis and scientific programming. The student will take part in journal clubs and