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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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details and apply Overview About the Role Applications are invited for a full-time Postdoctoral Research Assistant to investigate mechanical sensing in cardiac muscle cells and its involvement in
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-associated proteins that regulate them, including the human silencing hub. The post is focused on non-small cell lung cancer. The candidate would work in a dynamic and diverse team at Queen Mary University
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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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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
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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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interpretation. The research focus for this project is to better understand how local inflammation drives new pathological bone formation and resorption in AS, and how relevant cytokines modulate bone cell
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/ ). We use complementary approaches/models to study metabolism contribution to leukaemic cell development/therapy resistance (Dembitz, BioRxiv 2023;Woodley, Nature Communication 2023&Gallipoli, Blood 2018
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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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has a strong commitment to public engagement through its pioneering science education centre in Whitechapel, The Centre of the Cell. The Faculty is firmly embedded in our East End and global