Fig. 2: Enrichment of common SCZ risk variants in dysregulated peaks in NeuN+ and bulk tissue. | Nature Neuroscience

Fig. 2: Enrichment of common SCZ risk variants in dysregulated peaks in NeuN+ and bulk tissue.

From: Chromatin domain alterations linked to 3D genome organization in a large cohort of schizophrenia and bipolar disorder brains

Fig. 2

a, SCZ heritability coefficients of genetic variants overlapping histone peaks from Study-1 H3K27ac NeuN+, Study-2 H3K27ac Tissue and H3K27ac Meta NeuN+ stratified by (1) ā€˜Ī”SCZ’: dysregulated peaks (n = 3,360, 5,656 and 6,219 peaks, respectively); (2) ā€˜Ī”SCZ ↑ ’: hyper-acetylated dysregulated peaks (n = 1,918, 2,681 and 4,031 peaks, respectively); and (3) ā€˜Ī”SCZ ↓ ’: hypo-acetylated dysregulated peaks (n = 1,442, 2,975 and 2,188 peaks, respectively) with log2FC (SCZ versus controls) >0 and <0, respectively. Error bars represent standard error in SCZ heritability from LD score regression. b, Heat map of enrichment P values of brain-related GWAS traits. The overlap of peaks with genetic variants was assessed using LD score regression. ā€˜#’: significant for enrichment in LD score regression after FDR correction of multiple testing across all tests in the plot (Benjamini–Hochberg test); ā€˜*’: nominally significant for enrichment.

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