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Job Purpose The Community Innovation Practitioner (CIP) will be embedded within the Health Economics and Health Technology Assessment (HEHTA) unit and the Living Lab at the University of Glasgow
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human health. Work with regional and local authorities to design and evaluate interventions aimed at reducing emissions. The outcomes of this research will deliver critical evidence to inform policy
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that pathogens use to invade plant hosts. The appointed student will design, synthesise, and test compounds which specifically prevent essential protein-protein interactions used by pathogens to cause disease in
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hearing science, or a related discipline, and a keen interest in developmental research. Prior experience with experimental design, data analysis (preferably in R), eye-tracking, or developmental
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developing novel molecules to address unmet clinical needs. This is evidenced by high impact and highly cited publications, innovation (e.g. 20 new ideas from UK universities that will change the world
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project. Laser beam sources, process development and control to enable better control of mass transfer and laser-matter interactions. The “design-manufacture-inspect-model-test” approach of this project
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to design interventions to build their resilience. In this project we aim to develop and test these techniques on great apes, as well as investigating how management techniques can be altered
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many populations even stopping to migrate altogether. To design effective conservation strategies for birds on the move, it is crucial to understand the drivers of changing migration patterns. Notably
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response during dynamic power delivery. Further challenges include the design of effective vapour management and condensate removal systems to maintain consistent cooling without compromising electrical
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absorption, to uncover the detailed mechanism of PMMs. This understanding will guide the rational design of improved derivatives. The project will focus on a series of unsymmetrical PMM derivatives containing