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tissue 3D imaging approaches, enabling study interactions of tissue resident macrophages with fibroblasts and sensory neurons. A4. Sufficient depth of CRISPR-cas9 based gene editing in primary cells
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program. Areas of interest may include, but are not limited to: Contemporary pottery and vessel making. Conceptual and interdisciplinary approaches to ceramics. Digital fabrication technologies (e.g., 3D
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Scholarship (BIPD) to holders of a PhD degree obtained in less than 3 years within the scope of the project 3D-FIRST-“Enhanced Forest Inventory Metrics through Advanced Remote Sensing Technologies”, taking
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at the scale of a Representative Volume Element (RVE). In a second stage, learning at the structural scale based on full-field experimental images will also be addressed within the project. Research environment
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well as medical imaging tools such as itk-SNAP, LinkEHR, 3D Slicer, and Fiji. - Experience working in multidisciplinary teams and European projects, with strong skills in coordinating multidisciplinary teams
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: Experience within biophotonics and spectroscopy, courses or projects. Experience on Raytracing, CAD or 3D printing. Experience in laser instrumentation, image sensors or laser diodes. Experience with multi
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candidate will translate new insights into identifying new drug targets for improved patient outcomes in periodontal health. Dr. McCulloch’s laboratory is described here: https://discover.research.utoronto.ca
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anatomy software/applications Background in instructional design or educational technology integration Experience with 3D visualization, simulation technologies, or immersive learning tools Familiarity with
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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