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to combine structural biology with the latest advances in computational protein science, shaping ambitious programmes that bridge fundamental discovery with translational application. The postholder will join
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p.a. plus 17% super (retirement savings system/pension scheme) Unravel molecular mysteries in bat wing development / Collaborate with renowned experts / Shape the future of evolutionary biology. Apply
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design. This role provides the opportunity to combine structural biology with the latest advances in computational protein science, shaping ambitious programmes that bridge fundamental discovery with
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to combine structural biology with the latest advances in computational protein science, shaping ambitious programmes that bridge fundamental discovery with translational application. The postholder will join
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role provides the opportunity to combine structural biology with the latest advances in computational protein science, shaping ambitious programmes that bridge fundamental discovery with translational
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lab management, collaborations and outreach. About the person: The successful applicant will have a background in respiratory biology, mouse models of lung injury, work with genetically modified animals
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: The successful applicant will have a background in respiratory biology, mouse models of lung injury, work with genetically modified animals, immunology, human lung regeneration, cell aging, senescence, siRNA
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About the role The main purpose of this position is to lead the molecular- and micro-biology aspects of a BBSRC-funded project focused on engineering robust, modular, synthetic microbial communities
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. computational biology, applied mathematics, systems biology, or bioengineering. A demonstrable interest in synthetic biology or microbial ecology Produced or contributed to high-quality research software in any
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Pioneer the future of discovery and innovation at The University of Manchester with the Faculty of Biology, Medicine and Health Bicentenary Early Career Research Fellowship. To celebrate 200 years