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modifiers. The cultures will be analysed using basic molecular and cell biological techniqu es as well as high throughput imaging and analysis to observe modifier effects on LRRK2 and LRRK2 Rab substrate
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organisations to participate in an engage with all aspects of the research process, ensuring equity and parity of esteem Working collaboratively with researchers and partners across C4, including in the other
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lab investigates how neural circuits process visual information and drive behaviour, as well as the evolutionary development of these visual systems. By studying a myriad of vertebrate species, we aim
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within multi-disciplinary clinical and research groups such as imaging, pathology, engineering and molecular biology. The post will also involve liaising with Imperial’s Joint Research Office, industry
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process, please contact the HR Team on l.oppong@ucl.ac.uk The UCL Ways of Working supports colleagues to be successful and happy at UCL through sharing expectations around how we work – please visit
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the Portfolio Manager and Clinical Director & Academic Lead. Areas of current projects for example are: Artificial intelligence for imaging interpretation Medical technologies for stroke characterization Case
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subject to a satisfactory outcome of this process. For the purposes of sponsorship, this role may be eligible depending on candidate circumstances and is a postdoctoral role under SOC code 2119
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-The-Shelf (COTS), all-digital radar systems linked to an array of ultra-stable, ultra-low phase noise oscillators. The project is part of the UK Quantum Technology Hub in Sensing, Imaging and Timing (QuSIT
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treatment strategies for people with movement disorders. We are a team of basic and computational neuroscientists, movement disorder clinicians, neuroimaging experts and computer scientists. We collaborate
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-organic frameworks, ionic liquids, theoretical modelling of adsorption processes. The Research Fellow will become part of the large-scale multidisciplinary project “Metal Atoms on Surfaces and Interfaces