Supplemental Files for publication "Cis-regulation and natural selection in the evolution of human DNA methylation"
Year: 2026
Type: supplementary-materials
Abstract: Supplemental Files for publication "Cis-regulation and natural selection in the evolution of human DNA methylation" S1_regulation_CpG_sites (Referred to in the main text and supplemental figures as Supplemental File 1): csv files containing per-CpG site regulatory classification of DA, CNCC, IPSC, HEP, SKM using beta-binomial framework. Each row corresponds to a single CpG site, with columns indicating its genomic position, allele-specific methylation differences in parental and hybrid samples, statistical significance of cis and trans effects, and the resulting regulatory category (pure_cis, pure_trans, cis_plus_trans, cis_x_trans, or conserved). A csv file containing coverage information of sequenced libraries, before and after allele-specific read phasing. S2_regulation_promoters (Referred to in the main text and supplemental figures as Supplemental File 2): csv files containing per-promoter regulatory classification of DA, CNCC, IPSC, HEP, SKM. Each row corresponds to a promoter region, with columns indicating its genomic position, allele-specific methylation differences in parental and hybrid samples, statistical significance of cis and trans effects, and the resulting regulatory category (pure_cis, pure_trans, cis_plus_trans, cis_x_trans, or conserved). S3_regulation_DMRs (Referred to in the main text and supplemental figures as Supplemental File 3): csv file containing de novo DMRs identified using changepoint detection and results from S1. Each row corresponds to a DMR, with columns indicating its genomic position, allele-specific methylation differences in parental and hybrid samples, statistical significance of cis and trans effects, and the resulting regulatory category (pure_cis, pure_trans, cis_plus_trans, cis_x_trans, or conserved). S4_transDMR_motifs (Referred to in the main text and supplemental figures as Supplemental File 4): Motif analysis results using de novo trans-DMRs identified from S3. Fold enrichment, p-values and Benjamini-Hochberg corrected q-values are reported in Hu>Ch and Hu
Institutions: Stanford University, Weizmann Institute of Science
Language: English
Subfield: Molecular Biology
Domain: Life Sciences
Open Access status: green
OpenAlex ID: W7121074296