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Field
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), one of Canada's leading neuroscience research centres. The successful candidate will develop next-generation human experimental models to investigate the cellular and molecular mechanisms underlying
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cell populations using spatial transcriptomics. Mechanisms by which bacteria modulate the tumor microenvironment will be studied using orthotopic mouse models, with a focus on myeloid cell populations
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and the African turquoise killifish to model human cardiovascular diseases, polycystic kidney disease (PKD), and cardiac aging. Our research aims to uncover the molecular and cellular mechanisms
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schools in the world. For more details, please view https://www.ntu.edu.sg/mae/research . Key job purpose is to support a research project titled: Ultrasonic Diagnosis for cell SOH grading. Key
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of the lab is to characterize the role of nuclear pore complex machinery in mediating HIV-1 nuclear entry and subsequent downstream process that leads to productive viral gene integration. The goal
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— investigating how mechanical forces from focused ultrasound alter immune cell function and tumor microenvironments Acoustic tool development — designing next-generation transducers, wearable ultrasound devices
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and neuroimmune regulation in autoimmune and cardiometabolic disease. The lab integrates human genetics, single-cell multi-omics, computational biology, and experimental immunobiology to understand how
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biomolecules relevant to the target cells, with particular appreciation for solutions with tunable mechanical properties. c) Experience in physicochemical characterization techniques of materials, encompassing
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hydrogels or elastic networks), and evaluate their mechanical and biological properties. This position offers a unique environment bridging synthetic biology, polymer chemistry, and biophysics. Key
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characterize the role of nuclear pore complex machinery in mediating HIV-1 nuclear entry and subsequent downstream process that leads to productive viral gene integration. The goal of this position is to work