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cells are born during embryonic development, as the environment that supports the birth of blood stem and progenitor cells is still poorly understood. Understanding these cell neighbourhoods and the
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About the role We are looking to recruit a 3-year, full-time Postdoctoral research fellow to join the Department of Geography and Environmental Sciences at the University of Northumbria at Newcastle
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for maintaining mammalian cell cultures, including immortalized and iPSC-derived cell lines. You will carry out construction of expression vectors using a variety of molecular cloning techniques, plasmid DNA
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(e.g. cell biology/ immunology). A background in patient-derived cancer co-culture models would be beneficial. They should be able to work both without supervision and as part of a team and will be
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Oxford). This post is fixed-term for 12 months initially and funded by a UK Government-funded project supporting Ukraine’s energy recovery. You will join the Safe, Sustainable and Swift Reconstruction
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hold a degree in a medical/biological subject or equivalent, and have previous research experience, ideally in a similar research field. Experience with cell and molecular biology techniques, cancer cell
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proven portfolio of research experience within the following research fields: Optimal expansion planning and operation of integrated electricity and hydrogen/natural gas systems Co-simulation of energy
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Construction (CSIC) and the Cambridge Centre for Environment, Energy and Natural Resource Governance (CEENRG). The Research Associate will play a key role in establishing the modelling framework
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laboratory equipment used for all aspects of cell/molecular biology/biochemistry. Additionally, you will collaborate in the preparation of scientific reports, attend appropriate scientific seminars and act as
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development, you will design and test an operando electrochemical cell for probing catalyst chemical state under realistic electrochemical conditions. This will include the capability to perform online activity