Bioprinting and advanced visualisation of novel 3D model systems

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This project aims to combine the capabilities of a novel, Australian made, 3D bioprinter with a multimodal optical scope with adaptive imaging correction (MOSAIC) to advance and accelerate 3D model system research in Australia. This project will capitalise on bioprinting and recent advances in fluorescence imaging technology including lattice light-sheet imaging, multiphoton lasers and adaptive optics to enable fundamental research in 3D environments, which closely mimic in vivo conditions. Establishing this infrastructure will provide an acceleration of interdisciplinary research in cell biology, stem cell biology, mechanobiology and nanotechnology.