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Field
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antiviral immunity yet only a tiny fraction of bat diversity has been examined to date. This project aims to discover new molecular adaptations linked to innate immunity across a wide sample of bat species
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their impacts on our health and the evolution of species. Furthermore, we leverage them to understand how mutations arise in cancers. For example, in our work published recently in Science, we show that
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groups. Duckweeds represent an amazing family of aquatic monocotyledonous plants. All duckweed species have a highly simplified body plan lacking many features associated with angiosperms, such as
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freshwater and marine fish species, and ultimately how this affects the behaviour of their predators and conspecifics. You will have access to the infrastructure, tools, and expertise to develop and implement
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with relevant PhD). Salary progression beyond this scale is subject to performance. Closing Date: Tuesday 28 May 2024 Reference: SCI150924 A Research Associate/Fellow is required to undertake research
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from enhanced/optimised micro-algal production, using models of human health. The post-holder will investigate the biomolecular composition of microalgal species and their biomass through metabolomic
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”, led by Dr Christina Stanley, University of Chester. This interdisciplinary project aims to develop unique solutions to monitor bat species in the wild, with a focus on the lesser horseshoe bat
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microbial species ● Develop AI technologies for enhancing biosecurity and/or biocontainment aspects of DNA sequencing and synthesis as well as engineered cells and plasmids traceability ● Integrate
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research priority to better understand what factors increase or dampen ecological impact of non-native invasive species. Current methods to predict impact have limited utility due to equivocal results
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be required to provide high quality written text about the role of sterols in floral pollen, bumblebees, and solitary bee species. Expertise in the sterols in plants and bees is essential, as well as a