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, drawing on the university’s unique strengths, resources and focus on science, engineering, medicine and business. The team recognises that the challenges of dementia demand new concepts, new approaches and
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Research Institute (UK DRI) is the biggest UK initiative driving forward research to fill this gap. The UK DRI Care Research & Technology centre (CR&T) based at Imperial with close collaboration with Surrey
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, drawing on the university’s unique strengths, resources and focus on science, engineering, medicine and business. The team recognises that the challenges of dementia demand new concepts, new approaches and
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data science team Neurodegenerative research spans various scales, from molecular to population levels and it benefits immensely from the rapidly evolving innovations in informatics and data science and
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, drawing on the university’s unique strengths, resources and focus on science, engineering, medicine and business. The team recognises that the challenges of dementia demand new concepts, new approaches and
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, an integrated, cross-disciplinary and vibrant research community and one of the largest neuroscience groupings in Europe. Our labs are located on the Edinburgh BioQuarter campus, a hub for life sciences research
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data science team Neurodegenerative research spans various scales, from molecular to population levels and it benefits immensely from the rapidly evolving innovations in informatics and data science and
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data science team Neurodegenerative research spans various scales, from molecular to population levels and it benefits immensely from the rapidly evolving innovations in informatics and data science and
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on the university’s unique strengths, resources and focus on science, engineering, medicine and business. The team recognises that the challenges of dementia demand new concepts, new approaches and a diverse range of
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that introduced ultrasensitive Single molecule array (Simoa) technology into the immunoassay arena, to validate an upgraded version of this technology, which has the potential to be up to 100x more sensitive than