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neurodegenerative diseases based on our understanding of these questions. The successful applicant will lead a project investigating the role mechanotransduction in the retina. Relevant techniques include 2 photon
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to drive projects both as a project lead and a team player, develop and write manuscripts, and apply for independent grant and project funding. Desired Qualifications: Strong background and hands
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antibiotics and other small molecules. Through this integration, we bridge fundamental discovery and translation. The Opportunity The successful candidate will lead projects involving bacterial physiology
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health informatics and will have opportunities to develop independent research directions. Key Responsibilities Lead and contribute to research to design effective human-AI interaction in healthcare
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in pancreatitis models. Lead and interpret data from mechanistic experiments including organ physiology, genetic models, and omics profiling. Collaborate across disciplines, including translational
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development as needed—preparing scientists for successful next steps in academia, research leadership, or industry. Core Responsibilities Lead and contribute to research projects focused on immune regulation in
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reason for IVF treatment failure and early pregnancy loss. You will work at the interface of the Molè and Qiu labs as the lead experimental scientist or computational/AI scientist on this project. This is
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interdisciplinary group(link is external) , housed in Stanford Linguistics. The applicant will lead independent projects studying infant and child speech/language development, broadly construed, including
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motivated and skilled postdoctoral researcher to lead projects related to PhacoTrainer—computer vision models for cataract surgical video recognition. Project themes will include validating PhacoTrainer
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Responsibilities This role will involve two primary research activities, in addition to other responsibilities as needed: Human-in-the-loop model adaptation The fellow will lead the design of methods that convert