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equivalent in biological or related science and have a strong background in immune cell biology and animal models of inflammatory and/or atherosclerotic heart diseases. Successful candidate should have the
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interaction and drones, with strong potential to impact our core research themes of ‘Green Energy’, ‘Future Transport’ and ‘Bioengineering & Biomaterials’. Staff also support our delivery of engineering and
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work safely, whilst passing on your own key skills and expertise. Focus on energy efficiency and sustainability, using the Schools BMS and AM&T systems to identify energy saving opportunities in a drive
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pathological bone formation and resorption in AS, and how relevant cytokines modulate bone cell function. This will be achieved using validated in vitro models of human disease. The successful applicant will
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part of a dynamic research community at SBBS (https://www.qmul.ac.uk/sbbs/ ). The school employs circa 120 academics working in evolutionary biology, genomics, cell biology, ecology, and experimental
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understanding the molecular mechanisms underpinning red blood cell invasion in the malaria parasite Plasmodium knowlesi, as part of a collaborative Discovery Award funded by the Wellcome Trust. The role will
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the molecular mechanisms underpinning red blood cell invasion in the malaria parasite Plasmodium knowlesi, as part of a collaborative Discovery Award funded by the Wellcome Trust. The role will build
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first opinion equine practitioner with an interest in all aspects of pleasure and performance horse work, together with the energy and imagination to provide excellent patient and client care. You will
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sensing and signalling critically influences the disease onset and progression1-5. Our recent data indicated a novel mechanosensitive complex at the cell-cell contacts of cardiomyocytes, the contractile
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scientist experienced in wet laboratory work and data analysis associated with cell and molecular biological sciences. You will join our international team to work on an exciting project combining laboratory