Fig. 4: Regulatory potential of DNMT3A CHIP-specific hypo-DMRs in IFN-γ response genes. | Experimental & Molecular Medicine

Fig. 4: Regulatory potential of DNMT3A CHIP-specific hypo-DMRs in IFN-γ response genes.

From: Single-cell transcriptome analyses reveal distinct gene expression signatures of severe COVID-19 in the presence of clonal hematopoiesis

Fig. 4

a Stacked bar plots showing the proportion of annotated hypo- and hyper-DMRs. In DMRs: proximal to the promoter, n = 1124; distal regulatory element, n = 423; others, n = 801. In randomly selected DMRs: proximal to the promoter, n = 314; distal regulatory element, n = 81; others, n = 1953. b Hi-C heatmap and other regulatory features for two example regions. Top, Hi-C contact maps (heatmap) for region 1 (RBPJ) and region 2 (CXCL2) with significant long-range chromatin interactions with the promoter regions and hypo-DMRs (arcs below the heatmap). Middle, distribution of hypo-DMRs and histone modification signals along Hi-C contact maps. Bottom, snapshots of interacting regions in the UCSC genome browser58. Each DMR and promoter region are highlighted in yellow and blue, respectively. On the CpG island track, the color indicates the length of the islands: light green, smaller than 300 bases; cyan, larger than 300 bases. On the ENCODE cCRE track, the color indicates the type of signature of the DNA element: yellow, distal enhancer-like signature; orange, proximal enhancer-like signature; blue, promoter-like signature; purple, Dnase-H3K4me3 signature. For promoter regions, neither distal nor proximal enhancer signatures are shown in the figure. c Bar plots of combined scores relative to TNF-α for hypo-DMR linked genes and others for the same gene ontology library in Fig. 2c. Each point indicates a single-ligand perturbation term. The mean and standard error of the mean (SEM) of each gene set are presented in a bar plot. A one-sided Mann‒Whitney’s U test was performed (n.s.: nonsignificant, **P < 0.01).

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