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tasks such as utilising classification and segmentation models to understand hardware requirements for monitoring Age-Related Macular Degeneration (AMD) and designing and developing software to enhance
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techniques available at international synchrotron facilitates. Building on work within the group on operando technique development, you will design and test an operando electrochemical cell for probing
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Imaging Centre of Excellence, University of Glasgow Research Associate – RF Coil Development We are seeking to appoint a talented and highly motivated postdoctoral researcher to design and develop
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students. They will be expected to design and carry out research both independently and as part of a team. The successful applicants will become an integral and valued member of a multi-disciplinary, dynamic
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. Experience in the analysis and/or interpretation of OMOP-mapped data and experience designing and conducting cohort, self-controlled, and similar studies are desirable. This is a full-time fixed-term
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survival for some NET patients, but the long-term outlook for most patients with advanced NETs remains poor. This work will directly influence future clinical trial design in neuroendocrine cancer patients
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the next five years. The growth plan entails a substantial boost in the research challenge portfolio and a dedicated effort to enhance undergraduate, postgraduate taught, and postgraduate research programs
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for most patients with advanced NETs remains poor. This work will directly influence future clinical trial design in neuroendocrine cancer patients undergoing injectable radioactive therapy as part of
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the research plan, developing collaborations internally and externally to develop your skills and prosecute the research, in conjunction with your supervisory team. You will develop the analysis techniques
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full time (35 hours per week) fixed term from 15th August 2024 until 30th November 2025. Work pattern to include out of hours during days with sample collection. Salary: £32,332 - £34,980 per annum