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-compartmentalising organelles in microbes using components from plants and other organisms and apply them to biomanufacturing. This technology will provide a novel solution to produce high-value chemicals from
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carried out in the Institute for Bioengineering at the University of Edinburgh is going to develop microfluidic devices for efficient, sensitive, and fast detection of bacteria. To undertake this research
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to be carried out in the Institute for Bioengineering at the University of Edinburgh is going to combine anti-adhesive approach to prevent bacterial adsorption and bactericidal method to achieve effective
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communities and plant root biology. The ideal candidate would have experience in microbiology, plant biology or molecular biology. You should be enthusiastic about supporting NetZero farming and have an
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the urgent need for deeper insights into GIST biology. Single cell RNA sequencing studies have identified immune cells present within the GIST tumour microenvironment (TME) that vary between KIT/PDGFRA mutant
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on the structural biology, microbiology, and infection of an important antimicrobial-resistant superbug – C. difficile. This unique opportunity allows you to work with leading experts in the UK and Australia
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Ashworth, Dr Kieran Pitchers Background: The School of Veterinary Medicine and Science undertakes a wide range of research from fundamental biology to population studies. The research undertaken
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investigating how plants adapt to changing seasons and temperatures, with a focus on ensuring robust crop production despite environmental challenges. You’ll explore the fascinating world of circadian rhythms and
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the fusion power plant, tritium is planned to be generated in the tritium blanket module (TBM) close to the plasma fuel, by the reaction of high-energy neutrons from the D-T reaction in the plasma with Li-6
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in a wide range of techniques, from synthetic chemistry, biophysical, chemical biology, and cell biology. Led by Dr Rianne Lord at UEA and co-supervised by Professor Mark Webber at the Quadram