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of Drosophila melanogaster with the molecular resolving power of modern sensitive solid-state NMR experiments to report on the structure, dynamics, and function of these assemblies in-vivo. The project will build
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members of the team (supervisors, students and postdocs), and collaborators outside the University. Regular reports of research progress are required and research plans should be adjusted accordingly
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sponsors, awarded to Prof M Ardern-Jones. Candidates must hold or nearing completion of a relevant PhD qualification. A strong background in molecular biology is ideal but not critical. The project will
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experience of optical and/or fluid dynamics simulations would be extremely beneficial. You should also have excellent skills in the critical evaluation/interpretation of data and experience of working as part
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cellular and developmental biology is essential. The project will require robust skills in molecular biology techniques, histology, flow cytometry and confocal microscopy. Experience in pluripotent stem cell
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open source component library. This will be focused on improvement of CORNERSTONE’s PDKs. You will simulate, design and characterise Silicon Photonics devices to enrich CORNERSTONE component libraries
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qualified candidates for a part-time (0.4 FTE) or a full-time (1 FTE) fixed-term contract position from June 2024 to Feb 2025. Job Description: The successful candidate will join a dynamic international team
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projects involve teamwork between laboratory members carrying out molecular and cellular analyses through to studies in mouse models of disease. The appointee will therefore be expected to enjoy working as a
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an ambitious team and work with Prof Sebastian Hoenig and Dr Calvin Sykes on 3D radiation hydrodynamic simulations and their comparison to high angular resolution observations. We are particularly interested in
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of Southampton’s iSolutions Communications and Engagement Team. Are you passionate about providing an excellent customer experience and helping others? Do you enjoy working in a dynamic, fast-paced environment and