Paper Details

Paper Title

Autophagy, apoptosis, and neurodevelopmental genes might underlie selective brain region vulnerability in attention-deficit/hyperactivity disorder.

Paper Journal Title

Mol Psychiatry

Paper Citation Count

Paper Publication Year

2021

Bio Mention

ADHD, SBRV, astrocytes, attention-deficit/hyperactivity disorder, brain cell, gene sets, gene-set, neurodevelopment genes, neurodevelopmental genes, neuronal and nonneuronal cells, oligodendrocytes

Mesh Descriptor

Author Name	Affiliation
Jonathan L Hess	SUNY Upstate Medical University
Stephen J Glatt	SUNY Upstate Medical University
Stephen J Glatt	SUNY Upstate Medical University
Stephen V Faraone	SUNY Upstate Medical University
Stephen V Faraone	SUNY Upstate Medical University

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Dataset	Description	Source Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link
Allen Brain Atlas	Gene expression and neuroanatomical data.	Link

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