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chromatin remodeling complexes control cardiomyocyte maturation and cellular interactions during neonatal heart development. This position offers the unique opportunity to collaborate with the Department
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recording, optogenetic/chemogenetic manipulation, and gene manipulation), the PI’s lab plan to interrogate the neural circuits controlling sleep/wake and studying the pathophysiology of sleep circuits in
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candidate will lead a research program to understand how chromatin remodeling complexes control cardiomyocyte maturation and cellular interactions during neonatal heart development. This position offers
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