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. The time for this project will be split across the University of Plymouth (50%) and Diamond Light Source (50%). Please note that the successful applicant will be based 2 years in each institution with
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representative optometric population. Our work will contribute to the evidence-base supporting the use of modern imaging technology in glaucoma-related primary eye care. It will also help to establish urgently
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. The time for this project will be split across the University of Plymouth (50%) and Diamond Light Source (50%). Please note that the successful applicant will be based 2 years in each institution with
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, biomedical engineering, or a closely related field. Demonstrated interest in vision science, biomechanics, and/or cellular responses. Excellent laboratory skills, ideally with previous experience in cell