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how ageing affects motor unit structure and function in humans, providing a unique opportunity to work with cutting-edge neurophysiological and imaging techniques. The study will examine age-related
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biomarker collection and MRI imaging. Both the EJS ACT-PD Trial and Initiative are led by Professor Camille Carroll (Newcastle University, Co-Chief investigator) and Professor Thomas Foltynie (UCL, Co-Chief
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include functional magnetic resonance imaging (fMRI), electroencephalography (EEG), neurostimulation (TMS/tDCS), psychophysiology, pain research including quantitative sensory testing (QST), eye-tracking
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of manufacturing. We have identified an opportunity to combine continuous microfluidic (µF) process models, process analytical techn ology (PAT) and machine learning (ML) to achieve a paradigm shift in bioprocess
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assays, to improve our understanding of the relationship between in vitro observations and in vivo drug efficacy. Areas of interest are: development of live-cell imaging assays for understanding
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welcome to apply. Familiarity with image data analysis tools such as SPM, FSL, AFNI, and/or DSIStudio etc will be an advantage. Signal processing and programming skills (e.g. with Matlab, Python) will be
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About us The UCL Centre for Radiopharmaceutical Chemistry (CRC) is a multidisciplinary research centre dedicated to the development and clinical translation of novel biomedical imaging agents
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of manufacturing. We have identified an opportunity to combine continuous microfluidic (µF) process models, process analytical technology (PAT) and machine learning (ML) to achieve a paradigm shift in bioprocess
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of subsurface processes. You will be responsible for leading the development of the approach, which could include transferring learning from other geographic regions and data types, machine learning methods
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of manufacturing. We have identified an opportunity to combine continuous microfluidic (µF) process models, process analytical techn ology (PAT) and machine learning (ML) to achieve a paradigm shift in bioprocess