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target of the last WP3 of the ERC project. The postdoc will have to also work on electrode chemical modifications and be able to work on computational modelling of the electrode/protein bioiterface. We
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to identify shared genetic regulation with common, complex diseases to discover new drug targets, indications and disease mechanisms. We have a keen interest in training the next generation of scientists
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a deeper understanding of life, leading to potential acceleration of the development of safe, targeted, cell-based therapies, and opening entire new fields of research in human health. The project
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overburden the capacity limits of 5G networks, making impossible to support the target requirements of spectrum, energy efficiency, latency, and massive connectivity. New technologies that address the looming
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overburden the capacity limits of 5G networks, making impossible to support the target requirements of spectrum, energy efficiency, latency, and massive connectivity. New technologies that address the looming
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biotechnological routes that transform waste polymers into target molecules for the nutrition and healthcare industries, collaborating with leading researchers in the UK and Singapore to deliver next-generation
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for three years. The project "Smart Efficient Compression: Reliability and Energy Targets (SECRET)" funded by Royal Academy of Engineering and Howden Compressors involves research into improving efficiency
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human tumours. We have an exciting opportunity for a Postdoctoral Researcher to join the new team at Oxford, utilising in vivo brain tumour models to identify molecular targets underlying tumour
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feedstocks into high value second generation chemicals. The target molecule has varied applications across the food and flavouring, pharmaceuticals and agrichemical industries. The project will be based in
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valuable resource for investigating novel molecular mechanisms underlying gastric cancer pathogenesis, with the goal of identifying new therapeutic targets. You will work closely with academic staff