Ontology of identified proteins which passed BH correction of q < 20% in at least one analysis in either the C57BL/6 (n = 18) or CD1 mice (N = 28).

a) Venn diagram depicting proteomic “hit” associations with REDOX physiology (far right section), dopamine physiology (far left section), or both REDOX and dopamine physiology (middle section). b) Venn diagram depicting association of proteomic “hits” a...

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Bibliographic Details
Main Author:	Kendall M. Coden (18516237) (author)
Other Authors:	Kaleigh J. Beacham (22566748) (author), Beatriz E. Stix-Brunell (22566751) (author), Roberta Moorhead (22566754) (author), Kyna A. Byrd (18516219) (author), Joanna N. Baker (22566757) (author), Jerome T. Geronimo (18516225) (author), Karen J. Parker (22566760) (author), Joseph P. Garner (9612277) (author)
Published:	2025
Subjects:	Biochemistry Neuroscience Developmental Biology Science Policy Mental Health Infectious Diseases Biological Sciences not elsewhere classified shared behavioral abnormalities potential common etiology plasma glutathione level environmental risk factors broader biomarker profile proteins additionally correlated redox imbalance may abnormal repetitive behaviors redox imbalance standard biomarker less behaviors redox physiology identified proteins 9 proteins 15 proteins well documented validation cohort seemingly goal proteomics approach previously found neurodevelopmental disorders multiple biomarkers including evidence homologous cortico growing evidence dopamine physiology developmental pathophysiology compulsive behavior cd1 mice 6 mice 28 ). 19 c57bl
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Ontology of identified proteins which passed BH correction of q < 20% in at least one analysis in either the C57BL/6 (n = 18) or CD1 mice (N = 28).

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