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Field
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the impact of persistent chemical contaminants on immune tolerance mechanisms in type 1 diabetes using 3D models based on perinatal stem cells and human pancreatic islets" Type 1 diabetes (T1D) is an
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, and the work will be conducted in the 3D growth group in The Life and Mind Building, South Parks Road, Oxford, OX1 3EL. The post holder will become a member of the 3D growth group and contribute
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-dimensional documentation and recording of archaeological materials and structures using high-precision 3D scanners and in processing digital models. • Track record of scientific publications in prehistoric
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the cellular crosstalk and basic molecular mechanisms during lung repair and disease. We utilize in vivo mouse genetics, live -imaging, 3D organoids, functional screening, and next generation sequencing
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the scope of these missions, the candidate will be expected to: - Produce granular samples bonded by a solidified foam, using different types of binders and grains. - Implement 3D imaging techniques (X-ray
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) analysis of thermal events, subsidence, as well as modelling and production of H₂ in high-temperature contexts (WP2); 3) development of 3D sedimentary basin models integrating these data, and restore
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of fabrication processes. Conduct electrical, electromagnetic and materials characterisation of 3D- and 4D-printed materials and structures relevant to microwave applications. Perform hands-on fabrication
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Extensive experience with high-vacuum equipment Experience in 3D modelling and design using AutoCAD or comparable software Experience in simulating ion trajectories in ion-optical systems using SIMION
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. The Lindberg lab explores smart chemical and biological toolkits for biofabrication of advanced 3D-models, organoids, and injectable therapies. Ongoing projects aim to advance treatments for musculoskeletal
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, and transcytosis in the context of malaria immunology. Develop and optimize 2D and 3D endothelial-based assays to evaluate molecular modifiers of IgG handling and to investigate mechanisms