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applications for a full-time Postdoctoral Associate to help build the HARP research infrastructure and conduct the initial studies leveraging the infrastructure. The postdoc will design and lead core projects
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or computational models for biological systems. Other Requirements Application materials must include: Cover Letter Curriculum Vitae (CV) Research Statement Names of three professional references Work Arrangement
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Postdoctoral Associate to be part of an integrated experimental and computational team working to create focused antibiotic prodrugs that treat bacterial infections while sparing the gut microbiome. Building
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governance. This position will contribute to building interdisciplinary excellence and research pathways in critical minerals research at Duke University. The successful candidate will report to and work with
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research in engineering and science related to critical minerals. This position will contribute to building interdisciplinary excellence and research pathways in critical minerals research at Duke University
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. Knowledge of survival analysis. Knowledge of machine learning methods. Other Requirements Application materials must include: Curriculum Vitae (CV) Statement of research interests Names of three professional
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Conduct independent and collaborative research investigating the molecular and cellular mechanisms of vision. Study the biological processes responsible for building and maintaining the specialized light
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accessibility. In this role, you will help create next-generation computational tools that make behavioral assessment more objective, efficient, and widely available. Your work has the potential to improve autism
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meetings, contribute to grant applications, and build an independent research career in cancer immunology and neuro-oncology. Minimum Requirements PhD, MD, MD/PhD, or equivalent doctoral degree in immunology
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help shape the future of patient care and scientific discovery. Ready to Make a Difference? Apply now and help us build a stronger, healthier, and more connected future through innovative neuroscience