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application which contract type you are interested in. School/Unit: School of Electrical, Electronic and Mechanical Engineering This advert will close at 23:59 UK time on 29/07/25 The interviews are anticipated
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characterisation to address an urgent industry challenge: the discovery and optimisation of new mechanically-robust granular ion-exchange materials for the removal of radioactive strontium and caesium ions form
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working culture. Person Specification First degree in area of Chemistry, Chemical Engineering, Mechanical Engineering or relevant subjects and normally, a higher degree relevant to Surface Science
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: Designing, making and optimising aluminium-based alloys for high pressure die casting and other casting techniques. Nano, microstructure and mechanical properties characterization of the cast samples. In-situ
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basic science researchers focus their work on understanding the causes and biological mechanisms leading to Neuromuscular Disease and translating this knowledge into developing novel therapeutic solutions
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molecular and structural mechanisms is essential for therapeutic development. Using E3 activity-based chemical probes, we have substantially expanded the known landscape of E3 ligase subtypes—effectively
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will study the mechanism of RNA acetylation, how post-translational modifications impact RNA structure and the molecular mechanisms by which acetylation of RNA impacts cellular functions. Your main
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-14 months (contract length will depend on agreed salary due to restricted budget), ending no later than October 2026. We have an exciting opportunity in the School of Engineering to contribute
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Ubiquitin E3 ligases are central regulators of cellular proteostasis and are directly implicated in neurodegeneration. A detailed understanding of their molecular and structural mechanisms is
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biologists is expanding! We are looking for a Research Fellow fascinated by the structural basis of molecular functions. You will study the mechanism of RNA acetylation, how post-translational modifications