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both institutions and industry partners. About the Project You will join FabricFlow – an innovative AI-powered ecosystem that revolutionises how fabrics are tracked and managed in the fashion industry
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integrity during industrial-scale operations. Key research areas include: Developing novel polymer- or nanomaterial-based shells to coat the LFP particles Enhancing the surface properties of the coatings
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of temperature on plant-pathogen interactions. We are applying an integrated approach that combines understanding of pathogen biology and plant immunity to inform the development of climate-resilient crops. You
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excellent oral and written communication skills Excellent time management skills including the ability to prioritise workload Desirable Criteria Ability to work with pathogens Knowledge of the water industry
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close to completion of a relevant PhD. You will manage your own academic research, effectively coordinating multiple strands of work. Direct experience in molecular genetics and/or plant-microbe interactions
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of Pathology. This project will explore the fundamental principles and diversity of kinase reprogramming as well as how the activity of SteE works with other effectors to underpin Salmonella pathogenesis
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at the Sir William Dunn School of Pathology. This project will explore the fundamental principles and diversity of kinase reprogramming as well as how the activity of SteE works with other effectors
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collaboratively with scientific, industry and government stakeholders. Strong organisational and time management skills. Desirable skills and knowledge Postdoctoral research in quantitative science related
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Project title is Novel Antimicrobial peptides for local wound sepsis control. Dressings play an important role in wound management, but many antimicrobial dressings suffer from local cytotoxicity
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University of London. Our teams also partner with a national network of researchers, clinician researchers and industry to translate biomedical data into the clinic. About You We are seeking an experienced