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output from stem cell-derived precursors. Explore immune rejuvenation strategies using tools from developmental biology, tissue regeneration, and synthetic biology. Contribute to the design and integration
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. We are seeking a Senior Research Fellow to join a new research group using CRISPR functional genomics and stem-cell-derived organoids to explore human brain development and evolution. This is a rare
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capabilities for cell therapy (CAR-T cells, stem cells, etc.), monoclonal antibodies, and small molecule generation, in line with our vested interest in commercializing our discoveries so that they can reach
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a Ciência e a Tecnologia, IP.P. / MCTES through national funds (PIDDAC). Scientific Area(s): Developmental Biology and Stem Cell Biology Fellowship recipients / Admission requirements: Any National
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to complete the final exam. Desired qualifications: Background in cell or developmental biology, stem cell biology, or neuroscience Hands-on experience with human pluripotent stem cells, 3D cell culture systems
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will have strong expertise in stem cell biology, cell/tissue transplantation biology, advanced imaging, and animal (mouse) work. This position offers a rare opportunity to define a new research direction
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translational animal models. A proven research ability in two or more of these areas is desirable: a) neuroscience research in ischemic brain injury, stroke, or peripheral nerve injury, b) stem cell or
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cancer. RESPONSIBILITIES Reporting to Dr. Dawn Cochrane, the incumbent will be responsible for: The project will involve characterization of innate immune signaling in LGSC cell lines and testing novel
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analysis. Work on the engineering and functional assessment of synthetic or ex vivo thymic environments to control immune output from stem cell-derived precursors. Explore immune rejuvenation strategies
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for utilizing human induced pluripotent stem cell-derived models and animal models to study molecular mechanisms of arrhythmias, the effects of current treatments and identify new therapeutic targets. This person