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Postmortem brain study suggests that increased microglial function in the brain may be a protective factor in Alzheimer’s disease

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A large study of postmortem brains reports detailed molecular changes in autism and how they relate to genetic susceptibility

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A postmortem brain study attempts to determine whether genetic differences associated with autism have a significant impact on gene expression in the brain

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Combined study of postmortem brain tissue and a brain organoid model reveals shared molecular changes in dup15q syndrome and autism

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A postmortem brain study pinpoints specific cell types in the temporal cortex where gene expression is altered in autism – revealing changes in neuronal communication and neuroinflammation

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Postmortem brain study compares immune-related gene alterations across six brain disorders including autism

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Gene expression changes are found throughout the neocortex in autism, including in primary sensory areas

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Gene expression patterns that underlie functional brain activity in healthy individuals are disrupted in autism

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Looking at gene products in postmortem brain provides a more detailed picture of autism biology

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Combined study of postmortem brain tissue and a mouse model gives insight into how changes in ASH1L cause epilepsy

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