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generation of spatial single-cell omics technologies for precision medicine. The programme brings together leading European universities, technology providers, clinical partners and innovative companies
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models, including 2D and 3D cell models, to assess the activity, biocompatibility and accumulation of nanomaterials; • participating in interdisciplinary research conducted by the project team; • analysing
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platforms, including tribology, Kramer shear cell testing, and mastication simulators to investigate breakdown characteristics, brittleness vs. plasticity, and frictional/lubrication properties. Generate
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-on experience with 2D and 3D cell culture systems. 4.Prior laboratory experience. 5.High level of English proficiency (C1). 6.Experience with R programming will be highly valued. No application will be considered
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. The project will combine hydrogel formulation and characterization, microfabrication, 3D cell culture, advanced microscopy, and functional biological analyses. Particular emphasis will be placed on developing
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and will participate in both in vitro (2D and 3D cell and organoid culture) and in vivo (mouse model) research. The role involves conducting functional studies to investigate cellular pathways altered
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project: High-dimensional phenotyping techniques, such as proteomics and transcriptomics, provide information on the expression of thousands of proteins or genes at the single-cell level. These advances
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effects, such as 2D/3D propagation and beam speckle patterns, which remain largely unexplored because they require significant simulation capabilities. This thesis aims to conduct a systematic kinetic
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these processes. The successful candidate will work with animal models and clinical samples and will apply a range of cutting-edge techniques, including flow cytometry, 3D microscopy and transcriptomic analyses
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California State University, San Bernardino | San Bernardino, California | United States | 2 days ago
and technicians who provide essential support. The department offers undergraduate and graduate programs. The department has facilities for 3D printing, fluorescence microscopy, cell culture and stem