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using radiomic imaging algorithm in Hypoxic Ischaemic Encephalopathy). The Sophie project aims to develop a Neonatal MRI Biomarker for newborns with Hypoxic Ischaemic encephalopathy that is predictive
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culture models and cell imaging to decipher mechanisms contributing to cancer cell invasion. We offer a vibrant and creative multidisciplinary environment, and the successful candidate will be supported
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CANDIDATES ONLY About Us The applicant will join the Imaging Machine learning And Genetics in Neurodevelopment (IMAGINE) lab, in the Research Department of Biomedical Computing. We are a highly collaborative
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to publications and presentations in leading statistics or machine learning journals and conferences are essential. Experience with brain imaging data, large-scale population datasets, longitudinal biomedical
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into the regulation and function of diverse cellular processes. To this end, we use Vaccinia virus as a model together with quantitative imaging and biochemical approaches to study a variety of cellular processes
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bioinformatics. The role will be responsible for developing and characterising human dorsal root ganglia cultures to benchmark the newly developed iPSC derived organoid model systems. This will include processing
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against undesirable behaviours in Large Language Models (LLMs) and Text-to-Image Diffusion Models (T2Is) towards reliable and responsible human-centred AI systems. NeSyDebates aims to focus on requirements
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. Experience with brain imaging data, large-scale population datasets, longitudinal biomedical modelling, or collaboration with clinical and genetics partners would be desirable. Diversity Committed to equality
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Schwann cells, myelination assays, or co-culture systems, and familiarity with advanced imaging or quantitative image analysis will be desirable for the role. About the School/Department/Institute/Project
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carbon-based conductive inks, and prototype CRFID tag validation. Project success will address the aforementioned barrier, enabling the realisation of CRFID's full potential as a truly sustainable