… cells at the right place and time, we anticipate that, in the coming decade, discoveries of
new biological functions (or the debunking of proposed ones) for DNA methylation will proceed …

… The initial establishment of DNA methylation patterns takes place during development
and differentiation and is likely determined by the activity of the so called “de novo” …

… DNA methylation state of most human autosomal CpGs to determine those that show dynamic
… Grey area indicates Alzheimer’s disease (AD) samples. b, Density scatterplot of CpG-wise …

… Further investigation is needed to understand how and why H3K27me3 repression is
utilized in these regions rather than DNA methylation and whether their location on the ends of …

… modifications, among these DNA methylation, may significantly contribute to plant’s … DNA
methylation depend on the nature of the target sequence. DNA methylation greatly takes place …

DNA methylation plays a role in the repression of gene expression in animal cells. In the
mouse preimplantation embryo, most genes are unmethylated but a wave of de novo …

… very similar DNA methylation profiles. Therefore, we hypothesized that the observed pattern
of DNA methylation was the result of a dynamic balance between DNA methylation and …

… of DNA methylation and how this modification is regulated and discusses the dynamics of
genome-wide DNA methylation … -wide DNA methylation resetting takes place during primordial …

… This study provides new insights into dynamic DNA methylation … The observed sequential
methylation/demethylation cycle … (Right) An enlarged view of the area indicated by the dotted …

… DNA methylation is involved in biological processes including neurogenesis, aging, and the
… A comprehensive understanding of dynamic DNA methylation changes during development …