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or (iv) develop new representations of phytoplankton physiology/productivity. The post will be based around using and/or developing the ocean model PISCES, which is a complex model representing the cycling
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of secreted protein kinase of the opportunistic human bacterial pathogen, Legionella pneumophila. Primarily, you will apply Mass-spectrometry-based (phospho)proteomics and interactomics to decipher host
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archaeal genomes, characterizing core and accessory gene dynamics across diverse phylogenetic scales. A key focus will be developing transformer models to capture patterns of prokaryotic evolution, including
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(MIGS) device ¿ the LIVTM - that biologically restores diseased trabecular meshwork function rather than simply bypassing it. Based on the main University of Liverpool campus, you will conduct laboratory
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CRISPR/Cas9 gene editing are desirable. Previous experience of in vivo models would also be advantageous. Project summary Serine proteinase inhibitors (serpins) are a superfamily of structurally similar
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the University of Bristol. Your role will focus on modelling the population-level epidemiological and economic impacts of new policy interventions in the out-of-home food sector. You will work alongside experts in
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* responds to antibiotics. Our lab focusses on biofilm formation and surface-based motility in *P. aeruginosa* and we employ a highly interdisciplinary approach that combines microscopy, microfluidics, cell
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West of England. You will be based at the University of Liverpool and will work directly with Dr Gemma Cherry and Dr Jennifer Kirton. Recruitment and data collection will necessitate travel within
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bases, interventions and policies focused on sustainability and net zero transformations. By connecting sustainability with justice, research with action, and constituent knowledge producers and community
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between Departments is important to the role which will be based in the Materials Innovation Factory. The post will involve leading an iterative programme of applied polymer chemistry and materials science