… Initial studies showed that DNA methylation on the DMRs of imprinted genes that are
methylated in the male germline, different types of repeats and intergenic sequences is acquired …

… This unique gene regulatory network, established by SOX17 and BLIMP1, drives comprehensive
germline DNA demethylation by repressing DNA methylation pathways and activating …

… all contribute to the diverse establishment of DNA methylation in the germline, and the
understanding of these complex interactions remains a challenging and exciting area of research. …

… DNA methylation levels by measuring 5-methylcytosine expression, and mRNA expression
and protein localization of the key enzyme DNA … changes in DNA methylation was conserved …

… Both observations validate the selected experimental strategy and illustrate the feasibility
of using ejaculated sperm to assess the germline DNA methylation profile of spermatogenesis …

… DNA methylation systems across insect taxa and synthesize functional inferences from studies
of DNA methylation … differential methylation in somatic tissues are less prone to germline …

… to disease-causing mutations in the germline and cancer-causing mutations in somatic cells
… have escaped methylation in the germline so that their high CpG density is maintained 55 . …

… the impact that DNA sequence has on DNA methylation by analyzing methylation levels in
a … during development and the direct transmission of DNA methylation in the germline, and …

… cell line demonstrates that DNA methylation and perhaps other cell type–specific factors
have a finer-grained role in influencing the precise location of mutations in specific cell types. …

… DNA methylation patterns are maintained by the daughter DNA through a maintenance
DNA methylation … Both de novo DNA methylation and maintenance DNA methylation are …