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senior postdoc to characterise the epigenomic landscape at time points when the immediate (innate) immune response has subsided, but the immune memory persists. Integrating these data with resistance
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could be accessed by ice borehole or coring missions. Main duties and responsibilities Perform a global survey of orbital images of mid-latitude glaciers on Mars to produce a database of natural incisions
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leading plant science clusters, with access to advanced growth, imaging, genomics and computing platforms. Main duties and responsibilities Design, plan, and conduct experiments in controlled laboratory
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process that predicts loft and forms the basis of a prototype digital twin Optimise fibre tow geometry and consider manufacturing process adjustments to accommodate and utilise these shaped tows Streamline
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local environment, but current imaging and transcriptomic resources are largely descriptive snapshots. This project will deliver a computational framework that integrates lineage-resolved, snapshot time
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, providing direct translational relevance. By combining state-of-the-art imaging with molecular and in vivo approaches, this project offers unique training in both mechanistic science and applied cancer
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resilience and scalability with focus on building a robust ecosystem to support the Supercluster vision around the Spherical Tokamak for Energy Production (STEP) prototype plant at West Burton by 2040
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passive structural barriers. Using Arabidopsis and crop models, the student will apply functional genomics, gene editing, live-cell imaging and cell wall biochemistry to identify key enzymes, regulatory
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machine learning and experimental design optimisation. Training and Career Development You will gain interdisciplinary skills in machine learning, medical image analysis, and coating design. As a PhD
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neutrophils in vitro. Genetic manipulation (CRISPR-mutagenesis, mRNA complementation, transgenesis) of zebrafish larval bacterial infection models. Quantitative state-of-the-art imaging of transgenic zebrafish