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date/duration 11.11.2026 - Job profile: Your responsibilities: Eukaryotic microbiology Independent research into antifungal-resistant fungi in the environment Independent teaching as required Authoring
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Pesticides are applied to crops to protect them from weeds, insects, fungi and other pests that reduce yield. Because they're used widely around the world, people are exposed to them chronically. This has
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projects within it (see Initiative 4 of https://www.kew.org/science/our-science/publications-and-reports/science-reports/kew-science-strategy ) Based at Kew’s Wakehurst site, which hosts the Living
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of other clinically-relevant infections: with Gram-negative bacteria and fungi. This project is a part of an Ubbo Emius-funded HTRIC consortium aimed at training the next generation of scientists in
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manipulation of microorganisms (e.g. Escherichia coli, yeasts, fungi and phototrophic bacteria) Ideally, experience in high-throughput techniques for screening large protein libraries and in the characterisation
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project investigating cross-kingdom interactions between arbuscular mycorrhizal fungi and nitrogen-fixing bacteria in cereal crops. This position will focus on understanding the role of mycorrhizal fungi in
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analysis within three ongoing research projects focusing on the development of sustainable materials and bio-based products from filamentous fungi and organic residue streams. You will collaborate with
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well beyond childhood. Your job Pesticides are applied to crops to protect them from weeds, insects, fungi and other pests that reduce yield. Because they're used widely around the world, people
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unique combination: deep expertise in molecular and computational biochemistry (Moghe Lab; https://www.moghelab.org ) paired with field-tested ecological and evolutionary chemistry (Agrawal Lab; https
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) Trainee/1 with the Molecular Microbiology Team at the UW Medicine-Central Lab, Renton. The Molecular Microbiology Lab has been offering broad-range detection of bacteria, AFB, and fungi for UW Medicine