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transposable elements function as gene regulatory elements, as well as their pathological roles in aging, regeneration, and degenerative disorders. Epigenomics, genome organization, and single-cell multi-omics
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in cutting-edge basic and translational research that has the potential to shape future therapies for blinding disorders. We welcome highly motivated and enthusiastic individuals who are eager
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to advancing innovative solutions for complex pain disorders. Dr. Nackley’s laboratory offers a highly collaborative and intellectually stimulating environment where postdoctoral scholars have the opportunity
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disorders, with a particular emphasis on glycogen storage diseases (GSDs), including GSD type II (Pompe disease). The postdoc will contribute to advancing understanding of the natural history of GSDs and
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. Occupational Summary Dr. Yang’s lab at Duke Department of Medicine has an NIH/NIA-funded position for a postdoctoral fellow to study the immune-vascular interactions in postoperative neurocognitive disorder. We
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transposable elements function as gene regulatory elements, as well as their pathological roles in aging, regeneration, and degenerative disorders. 3. Epigenomics, genome organization, and single-cell multi
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screening. • Lead innovative research aligned with lab interests, including integrated stress response signaling and striatal circuit mechanisms for behaviors and disorders such as dystonia and Parkinson’s
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advancing gene therapy research that supports patients and families impacted by neuromuscular disorders. Be Bold. What You’ll Do: • Lead research on respiratory pathology and neuropathology in Duchenne