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to try to solve the 3D structure of histone H4-fibrinogen microclots. You will have a PhD in Biochemistry or related discipline. Laboratory experience with protein biochemistry, structural biology, EM
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investigate the potential of targeting senescent cells within the choriocapillaris to stop the progression of dry AMD. We will expand the scientific knowledge surrounding the molecular biology of cell ageing
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discipline with expertise in cell biology, and evidence of a productive research career. Experience in relevant models, flow cytometry, histology and/or bioinformatics is desirable. Informal enquiries: Dr Joe
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The position is associated with the CLIMate SEnsitive DISease Forecasting Tool (CLIMSEDIS) project, awarded by the Wellcome Trust. CLIMSEDIS will develop and build capacity in the use of an innovative user-friendly disease forecasting tool. It will use extended weather forecast model systems to...
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This is an exciting opportunity to join a research group working at the frontiers of vascular ageing. This full-time PDRA funded by the Leverhulme Trust will uncover new biology by investigating a
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the Department of Musculoskeletal and Ageing Science at the University of Liverpool. Our lab's interests lie in taking quantitative fixed and live-cell approaches to understand cell decision-making processes
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, we also aim to obtain the first structures of CuNiR-qNOR protein-protein complexes in catalytic turnover. We require an experienced PDRA with fluency in several elements of a structural biology project
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at the University of Liverpool, and will benefit from our adjacent Centre for Computational Biology. About you You will have a proven ability to develop innovative theoretical and/or computational methods. The most
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, Molecular and Integrative Biology. Dr Hoettges has a track record in designing analytical instruments while Professor Kell has a longstanding interest in the effects of microclots. Your role will be designing
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the Department of Musculoskeletal and Ageing Science at the University of Liverpool. Our lab's interests lie in taking quantitative fixed and live-cell approaches to understand cell decision-making processes