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studying molecular cues behind cell fate decisions in pancreases. Our main goal in the lab is to decipher the fundamental regulatory networks involved in pancreatic cell fate decisions using induced
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collection, and undertake all steps of subsequent data analysis. The postholder will work closely with other members of the team, and may be the primary data collector or assistant depending on the needs
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newborn infants using ultra-high field (7 Telsa) MRI. The primary focus of this role will be to perform methods development work in the highly specialized area of ultrahigh field magnetic resonance imaging
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of culture, including cultural organisations’ digital strategies and the rise of generative AI. Under the guidance of the Principal Investigator, the Research Assistant will carry out data collection, help
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representation, advocacy and social media context Collecting data in collaboration with students assistants through for example original surveys, APIs, web-scraping and/or personal interviews Cleaning, managing
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expected to apply for funding to build and supervise a research group. Three main research areas will be explored: Multimodal data integration – the postholder will adapt and apply modern AI architectures
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or iPS) differentiation protocols. The main responsibilities will be supporting the post-doctoral researcher with human stem cell culture and differentiation; assessing the potential of Schwann cells and
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, though membership of the SLaM MHA detentions working group In collaboration with the Co-Principal Investigators and the study Administrator, to manage the financial and budgetary aspects of the study
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as the following: Work closely with the Principal Investigators (PIs) to ensure that the aims and objectives of the project are achieved in a timely and effective way. Write papers for publication in
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and have expertise in human stem cell (ES or iPS) differentiation protocols, preferably to beta cells. The main responsibilities will be human stem cell culture and differentiation to beta cells