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pathophysiology of the inner ear using multiple genetic mouse models and a novel human stem cell-derived 3D inner ear organoid model. We study genetically-mediated hair cell and neuronal degeneration in these model
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the R&D Team Knowledge in skid module base and PLCs programming will be highly preferred Possess good Solid-works skillset and/or ASPEN HYSYS/3D simulations expertise Sound knowledge in applying AI
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by controlling the role of dimensionality (2D vs 3D vs.. 2.5D?) in electronic and magnetic states. We do this via ultra-high pressure measurements using opposed diamonds, and you will be a key part of
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. The candidate will have access to advanced platforms for single-cell and spatial omics, 3D tissue modeling, bioreactors, and in vivo models. The successful fellow will also contribute to collaborative efforts
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, transcriptomics, antibody assays, and advanced 3D microscopy. For this, a lightsheet microscope dedicated to the imaging of cleared samples has been acquired, as well as a workstation for VR-assisted image analysis
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impact on cell behaviour such as nuclear morphology dynamics and 3D cancer cell invasiveness • iteratively refine computational models based on experimental validation to develop second-generation
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neuroscience Hands-on experience with human pluripotent stem cells, 3D cell culture systems and/or generation of organoids (especially brain organoids) Other projects in the lab involve C. elegans and prior
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tooling, and full-scale prototyping. RA2) 3D Concrete Printing: Computational design and robotic fabrication of concrete structures, including performance-driven control of deposition paths, development
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with organism-level experiments such as common garden experiments or similar. Familiarity and interest in 3D-genomics. Language requirement: Good oral and written communication skills in English English