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‘Mechanisms and consequences of microbial induced resistance on trophic interactions and biocontrol efficacy’ funded by the Novo Nordisk Foundation. Beneficial microorganisms can colonize the rhizosphere
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mechanisms in OSR, regulate specialized plant metabolites, and cause quantifiable effects against CSFB. The project will include (i) glasshouse plant and insect assays, (ii) laboratory analyses for fungal
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to investigate the mechanisms and cell-type specific effects of genetic variants. We are seeking a PhD student to join this effort, focusing on developing computational and statistical methods to model enhancer
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identification to clinical validation. More information may be found on the HubMOL home page (HubMOL | UiT ). The project aims to achieve breakthroughs by defining mechanisms linking cellular NAD+ to metabolic
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interplay with the gut microbiota during the development of enteric disease. This will provide new insights into disease aetiology and mechanisms, advancing diagnostics, prevention, and treatment
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the fundamental mechanisms of the human immune system. Project description: The development of human organoid models has been pivotal in advancing our understanding of fundamental biological processes. Our group is
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requires solid previous laboratory work experience. A solution-oriented, organizational and positive mindset is required. The ability to work in a highly collaborative international environment both