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in silico models to replicate disease. We are particularly interested in the effects of exercise on the development of bone lesions, and the potential role played by mechanosensitive osteocyte cells in
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About the role This role supports a multidisciplinary programme investigating the role of the Maresins, a family of pro-resolving lipid mediators, in early cancer development. You will process
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, energy-efficient conversion within milliseconds. You will convert recovered silicon into battery anodes, transform polymers into carbon nanomaterials, develop industrial ceramics routes, and create
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Trust-funded project on Plasma-Assisted Combustion (PAC) Modelling of Ammonia, in collaboration with the York Plasma Institute. The successful candidate will develop and apply advanced computational
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comprehensive range of personal and professional development opportunities. In addition, we offer a range of work life balance and family friendly, inclusive employment policies, campus facilities and flexible
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decolonial approaches. The role is designed for a motivated early career researcher who is keen to develop intellectually ambitious research while gaining experience beyond the traditional academic environment
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About the Role You will contribute to the construction and quality control of the ATLAS Inner Tracker (ITk). The ITk group at Queen Mary University of London has played a key role in the development
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are committed to mentoring, scientific growth, and helping researchers achieve their career ambitions. Impact: Your work will directly contribute to developing therapeutic strategies for rare insulin receptor
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, access to a generous pension scheme, 30 days’ leave per annum (pro-rata for part-time/fixed-term), a season ticket loan scheme and access to a comprehensive range of personal and professional development
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on the development, validation and use of organ-chip models. We are particularly focused on the development and use of joint-on-a-chip models including synovium, bone, cartilage, fat along with inflammatory components