324 algorithm-development-"Multiple"-"Simons-Foundation"-"Prof" positions at University of Sheffield in United Kingdom
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are marked by a specific set of keratin genes and are attracted to the injury by the release of TGF-beta. We hope that the study of these cells in zebrafish will help to develop new therapies in the treatment
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opportunities for social interaction, peer support and personal development (for example, Race Equality, LGBT+, Women’s and Parent’s networks). ● Recognition Awards to reward staff who go above and beyond
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of people's lives. The University and its partners have been awarded funding by DARE UK to develop and deliver the mechanisms for federated governance for using NHS data in research across the Yorkshire and
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of people's lives. The University and its partners have been awarded funding by DARE UK to develop and deliver the mechanisms for federated governance for using NHS data in research across the Yorkshire and
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to supporting professional development and advancing gender equality in engineering. Main duties and responsibilities As a Foundry Operative, you will play a vital role in supporting our advanced manufacturing
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detect changes in step quality associated with acquired brain injury?” and involves a programme of laboratory-based work using a smart pressure-sensor based insole and app. We aim to develop biomechanical
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interactions to support the goals of future oscillation experiments. The research project will work at the intersection between particle physics and nuclear theory, involving the development and refinement
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Deadline: Applications accepted all year round Details Title: Cohomology of arithmetic lattices in GL(2) over the Hamiltonians Description: Using the Voronoi approach, the goal is to develop a
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sickness absence and annual leave records. Data input and export to prepare information for monthly management reports and graphs. Regularly review and monitor the efficiency and accuracy of current systems
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novel avenues for periodontal regeneration. Specifically, our research will focus on developing hybrid and mechanically graded constructs using a combination of electrospinning, 3D-printing and spin