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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 the optimal performance of stem cell-derived
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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 the optimal performance of stem cell-derived
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background in biochemistry and molecular biology Tissue/cell culture experience Experience in studying redox biology Experience in structural biology Broad cell biology experience, e.g. immunoblotting, primary
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-edge molecular biology techniques and bioinformatics tools to advance our understanding and treatment strategies for genetic disorders. This position offers an exciting opportunity to be at the forefront
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our expertise in beta cell/islet biology to ensure the optimal performance of stem cell-derived islets in vitro and in vivo. This research assistant post will provide support to a post-doctoral
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our expertise in beta cell/islet biology to ensure the optimal performance of stem cell-derived islets in vitro and in vivo. This research assistant post will provide support to a post-doctoral
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of functional stem cell-derived beta cells. We will then 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
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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 the optimal performance of stem cell-derived
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analysed in the presence or absence of IFN via RNA sequencing. The successful candidate will have a PhD in microbiology, cellular biology, cellular microbiology or immunology. They will be hardworking with a
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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 the optimal performance of stem cell-derived