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international researchers in Cork, and will also interact with collaborators in the USA, Europe and Japan. The research will deploy innovative approaches including “in cell” proteomics and imaging, CRISPR
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position will play an important role in a European Research Council (ERC) funded project. A key aim of this project is to develop new mechanistic insight in the interaction between biofilms and aggregates
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, analysing, and presenting research results to stakeholders. The successful candidate will; join a team of multidisciplinary researchers, interact regularly with industry collaborators, have the opportunity
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research group uses primary human cells and molecular biology techniques to study macrophage responses to Mycobacterium tuberculosis infection, and macrophage interactions with other immune cells after
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modelling frameworks such as TIMES or similar are particularly preferred. The ideal candidate would display a broad understanding of the energy system, of its interactions with wider society, and of energy
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and absorption of fats and which have bi-directional interactions with the gut microbiota, including the production of secondary bile acids from primary bile acids by colonic bacteria. Both primary and
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interaction and marine renewable energy systems is essential to this role. The Researcher will be involved in conducting the physical model testing of offshore renewable energy systems, analysing the data
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Foundation Ireland (SFI)-funded project `Ocean flow induced by internal wave-current interactions’, as part of a research team lead by Dr. David Henry (UCC). This project will use tools employed in the fields
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Research Council (ERC) funded project. A key aim of this project is to develop new mechanistic insight in the interaction between biofilms and aggregates/particulates. The project relies heavily on advanced
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position will play an important role in a European Research Council (ERC) funded project. A key aim of this project is to develop new mechanistic insight in the interaction between biofilms and aggregates