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is supported by NIH funding and sits within a rich collaborative network at Yale, including the Yale Cancer Center, the Yale Stem Cell Center, the Wu Tsai Institute, and computational collaborators in
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mycology • Yeast genetics • Molecular and cell biology • Biochemistry and metabolism • Antifungal drug discovery and screening • Chemical biology Successful candidates will join a collaborative and highly
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histological and multiomic analysis of MS brain tissue to elucidate cellular and molecular mechanisms underlying demyelination and neurodegeneration. The laboratory is embedded within a highly collaborative
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sodium-responsive regulatory pathways Development of cellular models relevant to neuronal biology and neuropsychiatric disorders Collaboration with computational biologists and RNA biochemists within
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scientists, and collaborators at academic and health-system sites nationally and internationally. The position is supported primarily through the DISCOVER-AI initiative, a three-year project within
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highly motivated early stage career individuals for Postdoctoral positions to shape the future of digital ethics and policy in a collaborative and multidisciplinary academic environment. The Postdoctoral
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genetic and cellular abnormalities contribute to neurological and neurodevelopmental disorders. Research Focus and Opportunities The postdoctoral associate will conduct independent and collaborative
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lab’s core research areas. The position involves close collaboration with lab members and external partners spanning genetics, clinical informatics, and imaging, and offers substantial independence
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biosafety level 2 (BSL2+) lab), immunology (such as flow cytometry and CAR-T engineering), molecular biology (such as CRISPR, RNA biology), or animal models, (e) collaboration with other researchers both
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on methamphetamine genetics in Thailand; a training project in collaboration with several Thai institutions; a VA-funded, Million Veteran Program-affiliated project in the genetics of PTSD and related traits; studies