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with no cure, and we urgently need new ways to understand and treat it. This exciting PhD project combines cutting-edge stem cell technology, 3D bioprinting, brain cell models, and advanced genomic
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the OPUS-LAP grant: "3D Genome Reorganization During Induced Cellular Senescence in Pancreatic Cancer: Insights from Single-Chromatin Fiber Analysis" Grant No. 2024/55/I/NZ5/03165. Where to apply E-mail
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, applied physics, or a closely related subject. You should enjoy building things and be prepared to work across mechanics, materials and electronics. Experience with microfabrication, finite element analysis
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models that includes breeding colony management and genotyping. Performs advanced 3D and spatial imaging (confocal, LSFM, Xenium spatial transcriptomics) and associated computational image analysis
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for iPSC cell culture, maintenance, methodology, and data analysis. You will contribute to team efforts related to stem cell biology, the development of new biological assays, and 3D cell culture on 3D
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for iPSC cell culture, maintenance, methodology, and data analysis. You will contribute to team efforts related to stem cell biology, the development of new biological assays, and 3D cell culture on 3D
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embedded within the Quantitative Healthcare Analysis (qurAI) group and conducted in close collaboration with the CARA Lab and clinical partners in the Netherlands and abroad. You will work with large, multi
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evaluation frameworks for explainable and trustworthy micro-expression analysis, with relevance to human-centred AI, and healthcare-related affect analysis. The core novelty of the project is to shift micro
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delivery performance in relevant in vitro 3D tissue models. The project combines nanoparticle formulation, colloidal self-assembly principles and advanced physicochemical characterization with cellular and
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activities will include: o Human Brain Modeling: Generating and maintaining patient-stratified iPSC lines and innovative 3D "brain chimeroid" models. o Advanced Neurophysiology: Assessing functional network