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of Biological sciences at the Royal Holloway University of London. The focus of the project, funded by the US Department of Defense, is the generation of new polymer-coated adeno-associated viral vectors for gene
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research in experimental design, RNA stabilisation and nanocarrier formulations for new vaccine manufacturing systems based on lipids, polymers and ionic liquids. You will be responsible for project
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doing: You will carry out research in experimental design, RNA stabilisation and nanocarrier formulations for new vaccine manufacturing systems based on lipids, polymers and ionic liquids. You will be
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on designing dynamic polymeric synthetic cells. This research project aims to advance synthetic cell technology by developing synthetic constructs that mimic the structural and functional
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Trust to investigate Alkane Activation with Heterometallic Complexes. Alkanes are a common building block in chemical manufacturing processes. They are used widely in the synthesis of polymers
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to control the folding of single polymer chains through use of polymer sequence building on previous research within the Serpell group on the folding and self-assembly of sequence-defined polyphosphoesters
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, devices and test specimens with reference to structural experimentation Prepare various materials to produce specimens in metals, timber, concrete, masonry and fibre reinforced polymers, ranging from large
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to polymer composites. For candidates wishing to pursue a PhD, a part-time funded PhD will be offered subject to conditions including meeting of the Department’s minimum entry requirements for doctoral study
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green and sustainable chemistry, including but not limited to polymer chemistry; (bio)electrochemistry; next generation biocatalysis. Creative development and implementations of computational chemistry
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precision. Ultimately, we hope to apply these methods to important problems including upgrading biomass-derived alkenes and the degradation of hydrocarbon-based polymers. Further details about the group