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semiconductors for renewable energy generation”. This collaborative project will tackle the complex array of exciting fundamental science arising in “soft” inorganic and hybrid semiconductors, seeking to develop
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therapies. This role offers a unique opportunity to investigate the mechanisms of therapeutic resistance in glioblastoma and contribute to the development of more effective treatment strategies. Our research
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replication. This post is fixed term for 3 years. What are you going to do? In this fully-funded project, you will: • develop and employ novel advanced biophysical instrumentation based on optical
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deep exploration of cancer precursors (precancers) to identify their molecular vulnerabilities and developing methods to intercept them. The alliance is led by Professor Sarah Blagden. You will be
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the aim of conducting deep exploration of cancer precursors (precancers) to identify their molecular vulnerabilities and developing methods to intercept them. The alliance is directed by Professor Sarah
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ultimately contributing to the development of new antiviral approaches. The project takes a cross-disciplinary approach, combining biochemical, biophysical, cell biological, and virological methods, including
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Department of Medicine. The translational immunotherapy lab, led by Professor Melero, focuses on the development, study, and mechanistic understanding of innovative immunotherapeutic strategies for cancer
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stimulating environment as part of the Oxford Motor Neuron Disease Centre and will be based in the Kavli Institute for Nanoscience Discovery. This is an exciting opportunity to contribute to the development
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submit a statement of interest describing your previous experiences that shaped your scientific interests and how you plan to use this opportunity to advance your own career, as well as contributions
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to reveal cells, genes, proteins and pathways underlying the infection process, parasite development and interaction with the hosts. These findings are further validated by in situ localization of gene