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part of a broader collaborative team, under the supervision of Dr Shivani Pasricha, you'll utilise advanced molecular genetic technologies like CRISPR and data analytics to understand infection dynamics
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world-class departments (from neuroscience and structural molecular biology to infectious diseases and population health), close ties with NHS partners, and a commitment to translational research and high
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world-class departments (from neuroscience and structural molecular biology to infectious diseases and population health), close ties with NHS partners, and a commitment to translational research and high
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studies, and sustainable development. With over 18,000 students and a strong international community, CZU is a dynamic and modem institution committed to excellence in research, innovation, and education
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the area of fundamental modelling with molecular dynamic and ice/substrate interface bonding analysis. The main aspects of the research fellow role include conducting icing experiments in the Cranfield Icing
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modelling with molecular dynamic and ice/substrate interface bonding analysis. The main aspects of the research fellow role include conducting icing experiments in the Cranfield Icing Wind Tunnel (IWT
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% super Develop automated workflows & collaborate with industry partner Apply now to join our dynamic research group and contribute to the development of high-throughput quantum chemistry workflows
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Ubiquitin E3 ligases are central regulators of cellular proteostasis and are directly implicated in neurodegeneration. A detailed understanding of their molecular and structural mechanisms is
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is a dynamic, supportive and highly collaborative research group which studies how common genetic variation influences the human immune system and how this can predispose to autoimmune and inflammatory
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those leading to dementia and neuroinflammation. We have a strong focus on mechanistic dissection of genetic, molecular cellular and neuropathological processes which underlie across the neurodegeneration