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Supplemental Qualifications Background in neuroscience, developmental neuroscience/biology is preferred. Experience in 3D organoid development would be a positive. Candidate should be strong in molecular biology
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investigates inflammation in health and disease using cutting-edge exposure systems and advanced 2D and 3D cell models. In parallel, NanoSafety2 focuses on the toxicity assessment of particle emissions from
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Doctor (Postdoctoral Researcher) who is in charge of 3D CT segmentation in producing data that can be used to build 3D finite element models of human jaws, spine, and lower limb. This person will help
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, penetration and toxicity of novel metallodrug-coated gold nanoparticles in a 3D-cell culture model of head and neck cancer. This is a highly inter-disciplinary project involving collaboration between Dr Nik
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of electrocatalysts with 3D active site structures for a variety of reactions, such as oxygen reduction, oxygen evolution, and CO2 reduction. We welcome candidates with a passion for unravelling the fundamental
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rely on mouse models (knockout mice, conditional knockout mice, transgenic mice, PDX mice) and primary cell culture and cell line models (2D/3D organoids). Applicants must be willing to work with mice
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. This individual will conduct interdisciplinary and highly collaborative research in in vitro 3D modeling to understand how the early placenta develops. The researcher will work primarily in tissue culture to model
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and Professor of Practice Jouni Punkki. Job description Research activities will involve computational methods relying on physics-based continuum models to assess the mechanical, thermal, and acoustical
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Max Planck Institute for Plasma Physics (Greifswald), Greifswald | Greifswald, Mecklenburg Vorpommern | Germany | 2 months ago
of magnet systems. Your tasks Responsibility for developing computational models of the complex Stellarator 3D magnet system to be used in integrated Stellarator reactor studies. Improvement
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infection and explore strategies to enhance mucosal immunity. Using a combination of in vivo animal models and ex vivo 3D cellular systems, we study airway-specific immune mechanisms that influence