… In this Review we provide a map of the DNA methylation landscape, present the logic for how
these patterns are established and maintained … Programming of DNA methylation patterns. …

… of methylation in regulating cellular function and phenotypes [17], [18], [19]. However, our
understanding of genome-wide methylation patterns … maps of DNA methylation using whole-…

… in setting up normal DNA methylation patterns and understanding how … Aberrant DNA
methylation in cancer can be generated either prior to … Programming of DNA methylation patterns …

… (5-methylcytosine, 5mC) is a major form of DNA modification in the mammalian genome …
, DNA methylation is stably maintained in somatic tissues. However, DNA methylation patterns …

Background: DNA methylation plays an important role in the reprogramming process. …
genome-wide DNA methylation data from different cell lines, comparative methylation profiles were …

… DNA methylation is a stable epigenetic mechanism that has … of normal and altered DNA
methylation patterns are important to … methodologies to investigate DNA methylation. The …

… Intrauterine programming involves drastic changes in DNA methylation … through alteration
of DNA methylation patterns. These factors are likely to alter DNA methylation patterns in all …

… Collectively, we highlighted in this study modifications of DNA methylation levels of bnip3a
and bnip3lb1 genes in a context of metabolic programming. An interesting zone has been …

… In instances in which DNA methylation is globally reduced as a part of a normal developmental
program, no aberrant transcriptional activation is observed, suggesting an alternative or …

… DNA methylation varies among species. We analyze the evolutionary conservation of DNA
methylation patterns … of DNA methylation in vertebrate cells by DNA methylation inhibition. …