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the neural mechanisms that support and enable speech and developing neural speech protheses to restore neurological function. We work with invasive human neural recordings from a range of functional surgery
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, and the Duke Cancer Institute. We are interested in several research themes, including: (1) using primary genetically engineered mouse models of pediatric and adult brain tumors to study mechanisms
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focuses on the mechanisms and treatment of eating disorders. Interventions are grounded in ACT and engage digital and mobile technology for real-time, contextually sensitive assessment of treatment outcomes
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microenvironment cell state and immune interactions and how these change during glioma evolution. We dissect mechanisms of response and resistance to immunotherapy using a hybrid of dry and wet lab approaches
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Details: Research in the lab focuses on understanding the neural mechanisms that support and enable speech, and developing neural speech protheses to restore neurological function. We work with invasive
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insights intodisease mechanisms. The Postdoctoral Associ ate will utilizemass-spectrometry-based proteomics and metabolomics to i nvestigate roles ofprotein post-translational modifications (PTMs) in re
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. Postdoctoral Position to identify genetic regulatory mechanisms of HKDC1 on gestational hyperglycemia Duke University has an immediate opening for a postdoctoral fellow to research the causes of adverse
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. The postdoctoral associate hired for this position will report directly to PI, Dr. Tim Reddy or PI, Dr. Charles Gersbach. The successful applicant will lead projects on engineering new and improved CRISPR systems