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a unique opportunity to work in a cutting-edge, interdisciplinary environment, leveraging a novel in-vitro model of the human uterus and/or cutting edges machine learning techniques to make
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and atomic-level assembly of cell walls, extracellular structures, and are constructing blueprints of how bacteria use these building blocks to engineer organized and dynamic architectures. We
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how we decode cancer biology from spatial multi-omics data. This position offers an exceptional opportunity to build next-generation generative models for complex biological systems, working with large
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to structured opportunities for professional development, including mentoring, grant-writing support, and career planning. Required Qualifications: PhD or MD/PhD in a field(s) relevant to functional neuroimaging
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successful candidate will conduct projects focused on developing and evaluating novel CAR T-cell constructs to address limitations to CAR T-cell function identified in patients. The goal of the projects will