… of DNA methylation has broadened our understanding of the regulation of DNA methylation.
The function of DNA methylation in plants and animals is also discussed in this review. …

… Methylation of DNA cytosine bases leads to the inaccessibility of DNA regulatory elements
… Our understanding of DNA methylation has advanced rapidly in recent years with the …

… DNA methylation in cancer, the role of DNA methylation in the … changes in gene-regulatory
activity that are heritable through … In eukaryotes, the major form of DNA methylation involves …

… During developmental phases, the DNA methylation pattern in the genome … novo DNA
methylation and demethylation. Resultantly, differentiated cells inherit a unique DNA methylation …

… The addition of a methyl group to a DNA base is known as DNA methylation. Typically, this
… as DNA methyltransferases. Importantly, DNA methylation is related to the regulation of gene …

… to measure DNA methylation on a genome-wide scale and uncover context-dependent
regulatory roles. The immune system is a prototypic model for studying how DNA methylation …

… To better understand the regulation of methylation patterns during its most dynamic phase, …
maps of DNA methylation in both gametes and through implantation. We find that methylation …

… of DNA-methylation-dependent gene regulation is not fully understood. Here, we explore two
possible DNA methylation regulatory … with opposite modes of gene expression regulation. …

… well as by particular histone modifications and DNA methylation. We focus here on the role
of DNA methylation in the exon selection process and in the regulation of alternative splicing. …

… methylation and gene regulation. To study the precise effects on genome-wide DNA
methylation, we generated single-nucleotide resolution maps of cytosine methylation in seedling …