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image analysis, including AI-enabled approaches. The successful candidate will participate in human-subjects-based translational research, including analysis of ophthalmic imaging (e.g., OCT), clinical
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imaging and spatial transcriptomics pipelines for high-resolution molecular profiling in intact tissues. The specialist will develop and apply methods enabling large-volume processing-such as whole brain
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-leading center for research and innovation in medical imaging, image analysis, and biomedical engineering. Our interdisciplinary research brings together engineers, computer scientists, physicists, and
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changes are followed. Transports medications from the delivery area to an authorized imaging area. Stocks medications in accordance with policy and procedure and ensures medication security at all times
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details of two referees as part of your online application. Please see the University pages on the application process at https://www.jobs.ox.ac.uk/application-process The closing date for applications is
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Thomas’ Hospital in central London in the School of Biomedical Engineering & Imaging Sciences at King’s College London: https://www.kcl.ac.uk/bmeis . There is an unmatched infrastructure within the School
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expertise in plant sciences, optical technologies, and data processing. The existing imaging Mueller polarimeter, which is sensitive to the microstructural properties of biological tissues, will serve as the
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on biomedical imaging and neural engineering. Areas of interest include (but are not limited to): Biomedical Imaging: advanced MRI methods, functional and structural neuroimaging, optical imaging, molecular and
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research by managing imaging data processes, supporting image analysis preparation, and ensuring research-ready datasets for ongoing and future studies. Essential Functions Coordinate imaging workflow
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imaging inside human long bones (https://doi.org/10.1007/978-3-030-91979-5_10). For optimal imaging inside bone, one must consider the challenging 3D wave physics imposed by bone tissue: wave refraction