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the Vascular Biology & Inflammation section of Southbank, School of Cardiovascular and Metabolic Medicine & Sciences at King’s College London. To conduct a period of original research leading to publications and
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cell/islet biology to ensure the optimal performance of stem cell-derived islets in vitro and in vivo. We are appointing two post-doctoral researchers and two research assistants to this project
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cell/islet biology to ensure the optimal performance of stem cell-derived islets in vitro and in vivo. We are appointing two post-doctoral researchers and two research assistants to this project
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. With regards to day-to-day activities, you will combine systems biology and hypothesis-driven approaches to help PDRAs pursue these lines of research, using multidisciplinary methods from genetics
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’ Hospital and King’s College Hospital); governance; sample collection and sample processing/storage/analysis (immunology and molecular biology based); and reporting progress at research meetings. You will
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spatial transcriptomic analysis of human fetal pancreas development to improve the generation of functional stem cell-derived beta cells, and then apply our expertise in beta cell/islet biology to ensure
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safe laboratory environment. Skills, knowledge, and experience Essential criteria PhD in Cancer Biology, Cancer Immunology, Molecular Imaging, or relevant related field. Candidates who have submitted
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collaboration with Prof Marc Sutton at UKHSA. We are looking to employ a motivated and passionate individual with a degree in biochemistry/cell biology or related fields and prior experience in immunology
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learning and spatial biology within the field of translational cancer research. The project will entail algorithm development and deployment of deep learning approaches for histomorphological
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apply our expertise in beta cell/islet biology to carry out functional analyses of stem cell-derived islets in vitro and in vivo. The successful candidate will have a PhD in a relevant biomedical sciences