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implicated genes act in neurons and circuits. We use large scale, unbiased, systematic approaches in collaborative multidisciplinary research teams. This postdoctoral fellowship in the Arlotta lab involves
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research into the causes of underlying complex human disorders. Our studies aim to transform our understanding of wellness and disease and will help us develop novel approaches to address the major
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language input, exploring infants' sound and meaning representations of words, and the relationship between language and sensory experience. The candidate will report directly to the P.I., an Associate
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made by FAS Human Resources. Work Format Details This position is based primarily on-campus, in Massachusetts. This may include in-person during emergency situations (if applicable). Additional details
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treatments; working closely with Animal Care, Cage Wash, and Research staff; providing hands-on training in sample collection, animal handling and restraint, ID methods, humane euthanasia techniques, rodent
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of research grants, reports, and papers. The broad topic of this fellowship is the relationship between public higher education organizations, student outcomes, and inequality. The successful applicant will
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the relationship between public higher education organizations, student outcomes, and inequality. The successful applicant will receive mentoring from faculty and have access to a broad range of
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drug prediction with human brain organoids to identify drugs that could treat the underlying causes of bipolar disorder and other mental health conditions. We are using different organoid models
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performing solvent-based extractions of fatty acids from human samples, performing GC-FID characterization of FA constituents, and then analyzing chromatographic data to measure relative levels of key FA’s
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understand the immune cells response in variety of disease settings. Reporting to the Scientist II, in this role you will help isolate immune cells from human donor blood, culture immune cells, carry-out