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6th mass extinction event. The student: This project will suit a motivated and creative student with a keen interest in both natural history (evolutionary biology, palaeontology, macroevolution) and in
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. This project aims to develop validated computational models of the foot and ankle, and investigate the biomechanical parameters impacting successful bone healing while reducing the risk of fixation
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to create so-called ‘negative emissions’ (Find out more here). It is a key technology of the UK government Clean Growth Strategy with an ambitious programme consisting of establishing low-carbon industrial
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). Students will gain experience in a range of skills in genomics, evolutionary biology and plant science. The University of Sheffield has state of the art growth facilities, molecular laboratories and high
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class or 2:1 honours degree or equivalent in a related discipline in Chemical/Biochemical/Environmental Engineering, Bioscience/Microbiology/Molecular Biology or Chemistry. Funding Notes This studentship
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the programme of study and look to further advance the testing and characterisation of these PTH fusions as well as develop new back-up molecules for further testing. The candidate will obtain a wide range of
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, bringing together the fields of biology, computer science, and data analytics to unlock nature's palette in new and powerful ways. As a PhD researcher on this project, you will play a central role in
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(ASO) are designed to silence expression of the POMC gene. The PhD student will undertake a programme of study to advance the characterisation and testing of antisense molecules against POMC as
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to shed light on the intricate processes that may influence sperm function. Our research group boasts extensive expertise across diverse domains, encompassing extracellular vesicles biology, reproductive
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characterised extensively in terms of their enzymology. We will then expand the programme to other readily tractable protein kinases, protein phosphatases and small G-proteins targets. https://www.sheffield.ac.uk