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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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seek to appoint an individual with a strong background in cell/molecular biology and experience of working with iPSC-derived cardiomyocytes or EHT. Previous experience with in vivo mouse models and in
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1st or 2:1 BSc (or equivalent) in a relevant field (e.g. immunology, cell or molecular biology, biochemistry, cancer biology etc) Previous demonstrable research aptitude and laboratory experience Clear
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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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and molecular biology. Providing detailed record keeping for experiments; communicating regularly and effectively with other lab members, ability to work independently with precision while maintaining
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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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: Department of Inflammation Biology. Contact details:Dr Kate Bramham. [email protected] Location: Denmark Hill Campus. Category: Research. Job description Dr Kate Bramham has research groups focusing
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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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Job id: 088487. Salary: £43,205 per annum, including London Weighting Allowance. Posted: 25 April 2024. Closing date: 26 May 2024. Business unit: Natural, Mathematical & Engineering Sci. Department: Physics. Contact details:Rafael Tapia-Rojo. [email protected] Location: Strand Campus. ...
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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