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the following areas will be considered: Microscopy development and applications: Design, construction and application of high-speed 3D microscopy methods including our SCAPE / light-sheet approaches, two-photon
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characterization of 3D-printed SiC-based ceramic metamaterials. We will develop SiC-based thermoplastic feedstocks, a hybrid manufacturing process combining FDM 3D printing and milling, design metamaterials with
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for Stem Cell Medicine (reNEW) at the Faculty of Health and Medical Sciences of University of Copenhagen. Our group works with stem cell-based models to produce high-quality neuronal, glial, 3D and
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combines advanced 3D stem cell modeling, neuroimmune interaction studies, high-content imaging, molecular and biochemical analyses and the evaluation of immunomodulatory therapeutic strategies in MSA. Key
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-scale, shallow, planar cracks in rocks, faults span a broad range of length scales (10-6-103 km) and surface-to-depth widths (1-102 km) and have a complex 3D architecture (e.g., Giampietro et al., 2025
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, including the validation of both standard and custom implant tests through computational simulation and mechanical testing. Develop computational models to support the design and application of patient
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Associates to join our Neural Engineering and Regenerative Medicine team. Our Laboratory engineers advanced microphysiological platforms, 3D-bioprinted constructs, and regenerative scaffolds that bridge
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research environment Preferred Qualifications Experience with organoid systems or advanced 3D culture models Experience with infection biology or immune signaling pathways Experience with in vivo disease
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award to Dr Darren Fayne “Mapping the human pocketome - using pharmacophores to enable drug discovery applications”. This project will model the 3D structure of all human proteins, identify plausible
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provides high-performance GPU computing resources that support the design and training of advanced AI models. The research agenda of CVI2 focuses on cutting-edge topics such as 3D understanding and