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input of the optimized sequence is applied, and the optimization is repeated at each subsequent time step, inducing feedback. MPC excels in situations where it is prohibitively difficult to determine an
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reliability. This project aligns closely with UKAEA’s mission to enable fusion as a viable energy source and Pyroptik’s expertise in advanced sensing technologies. The successful candidate will gain experience
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makes this project ideally aligned with our expertise. R2T2 will complete a shared recruitment cycle with interviews in June 2025 and students starting their programmes in October 2025. If required
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November 2020, the University published its five-year sustainability strategy. This document sets out our approach to sustainability at Sheffield. It aligns the University with the international scientific
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recognized as crucial biological regulators. Understanding their function is vital, yet methods for predicting IDR conformational ensembles from sequence remain a challenge. The Challenge You will investigate
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in the aesthetic industry and have also proven very effective in the treatment of medical disorders associated with neuronal hyperactivity. Through the sequencing of environmental samples several new
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people in the UK. Whole genome sequencing has identified dozens of new, rare genetic conditions predominantly affecting children. There is little research into the effect of these rare conditions on
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barrier physiology. Main duties and responsibilities Develop a quantitative multimodal neuroimaging tool for tissue oxygenation analysis. Plan pulse sequences and acquisition parameters. Communicate
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number of methodologies including standard techniques such as immunocytochemistry, western blotting and sequencing. We also have a keen interest in the development of better models of rare cancers. We
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comprehensive training in computational biology, next-generation sequencing analysis and stem cell lab techniques. For informal enquiries about the project, please contact Dr Ian Sudbery i.sudbery@sheffield.ac.uk