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, School of Agriculture, Policy and Development Project description: Mine tailings are the waste by-product of mining and mineral processing. Tailings are considered valueless and a threat to the environment
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this project, we will use genome mining (bioinformatics) methods to identify previously uncharacterised dehalogenases. AI-based tools will help predict the structure, activity, and substrate scope of these new
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double beta decay, antineutrinos from reactors and geothermal activity, solar neutrinos and a supernova watch. It is located at SNOLAB, 2 km underground in the Creighton mine in Canada. The experiment is
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potent anti-cancer properties. Working under Dr Stephen Robinson (Quadram Institute/UEA) and Prof Lindsay Hall (University of Birmingham), you will combine large-scale bioinformatics (genome mining
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double beta decay, antineutrinos from reactors and geothermal activity, solar neutrinos and a supernova watch. It is located at SNOLAB, 2 km underground in the Creighton mine in Canada. The experiment is
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, and human cancer cell and immune cell changes by mining existing cancer and urine datasets. Investigate the effects of the bacteria in model systems of prostate cancer This research has the potential
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our software development team, developing novel scientific algorithms and applications in the areas of spectroscopic analysis and mining of the science data catalogues extracted from the pipelines