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decisions. C4 Excellent attention to detail C5 Initiative, creativity, energy, and enthusiasm C6 Ability to edit and write copy for digital campaigns C7 Proven ability to understand and interpret complex
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Job Purpose To make a leading contribution to the EPSRC Impact Accelerator Account project ‘Energy-related Emissions Analytics for Sustainable Finance’ working with Dr Vinny Davies, Dr Jethro
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to target events that happen deep in the cell so we can see more of the context of virions, including their interactions with cellular organelles. Main Duties and Responsibilities Perform the following
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control and structural dynamics, reflector design and energy systems and economic modelling. The successful candidate will lead the SOLSPACE project research theme on Orbital Dynamics and Mission Analysis
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. C2 A strong background in virological cell-culture based assays. C3 Extensive and up-to-date knowledge of current issues and future directions within the wider subject area or subject specialism. C4
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equivalent B2. Practical hands-on knowledge of standard biochemistry and laboratory techniques, e.g. Western blotting, RT-PCR, HPLC, spectrophotometric assays, ELISA, histology and cell culture. B3. A UK Home
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The School of Molecular Biosciences is a multi-disciplinary centre of excellence conducting world-leading molecular life science research in key areas of molecular, structural, cell, and systems
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excellence to address Scottish Government priorities. The alliances each bring together researchers and practitioners across Scotland to tackle key societal challenges around the themes of food, energy, brain
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Job Purpose Stem cell therapies offer a new therapeutic paradigm in regenerative medicine. Bioengineering approaches can help to deliver specialised cells targeting specific clinical challenges and
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integrating molecular and structural virology, cell biology, pathogenesis, epidemiology, evolution, data-driven research and mathematical modelling. Through linking approaches at the molecular, cellular, host