14 energy "The University of Edinburgh" Postdoctoral positions at University of London
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aims to understand the biological mechanisms that underpin disease initiation, progression and the different clinical behaviours of specific B- and T-cell non-Hodgkin’s lymphomas by investigating intra
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spatial tissue patterning methodologies to control cellular and matrix microenvironments, stem cell differentiation cues and cell populations within next generation organ-chips. The PDRAs will develop
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in the Centre for Cell Biology and Cutaneous Research in the Blizard Institute. The project is in collaboration with the Dr Emanuel Rognoni group at the Blizard Institute. The Faculty of Medicine and
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interconnected centres: Health data and analytics; Multiomics and single cell analyses; MedTech and Devices Therapeutic Innovation These centres will come together to create a complete journey from disease
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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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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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/ ). 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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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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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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-cell methods. The position is funded by the MRC and for an initial period of 18 months, and a substantial part of the work can be done through remote access to computational resources. The successful