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understanding how M. tuberculosis survives within host cells and the mechanisms that host cells use to eliminate intracellular M. tuberculosis. In our lab, we study how host cells environments dictate
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, and 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
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in aircraft systems. Through close collaboration with industry partners, this research will guide sustainable technology strategies, addressing key cost/benefit challenges through 2030 and 2050. Role
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Fixed Term until 31/03/2026 The University of Southampton is committed to excellence in all we do, applying our insights and inventiveness to solve complex engineering and environmental challenges
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and develop research that will enable the energy transition? This interdisciplinary position offers an exciting opportunity for a PhD level researcher to support the curation of a number of creative
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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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for the better by identifying, understanding and correcting or preventing the underlying mechanisms leading to the epilepsies and associated comorbidities in each individual person. Based within the department
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time for up to 3 years. Salary grade 7 spine point 31 (£45,103 per annum) or 32 (£46,261 per annum). About you Applicants should hold a PhD in Statistics or Medical Statistics. It is essential
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for a PhD level researcher to support the curation of a number of creative outputs (or ‘stories’) on the subsurface and its contribution to the energy transition. You will join a team led by Associate
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, mechanistic simulations, and predictive AI models. Your work will help unlock new insights into disease mechanisms and inform potential treatments, diagnostics, and drug repurposing opportunities. Your role You