… the different DNA methylation analysis technologies primarily based on the initial treatments
of DNA … for the selection of various platforms for genome-wide analysis of DNA methylation. …

… DNA methylation, known as epimutations, which may be of particular significance in somatic
cells. Whereas the pattern of DNA methylation … controls of DNA methylation in tumorigenesis …

… DNA methylation is critical for developmental changes in gene regulation, the classic model
being promoter methylation in … inactivation is mediated by DNA methylation, as is genomic …

… -specific differences in genome methylation is that the studied … DNA methylation that occur
upon cell culture (Smiraglia et al., 2001). In this review, only cancer-specific DNA methylation …

… a map of the DNA methylation landscape, present the … DNA methylation could provide a
valuable tool for monitoring tissue dynamics and diagnosing multiple diseases. DNA methylation …

… DNA methylation is one of the best characterized epigenetic … DNA methylation serves as
a cellular memory system and how it is dynamically regulated through the action of the DNA …

… have suggested several different roles for DNA methylation, and we expect that this flood
of information will continue. Of course DNA methylation may have multiple functions within a …

… is the significance of DNA methylation in areas outside the CpG islands. A possible
explanation is that DNA methylation is used as a mechanism to repress parasitic DNA sequences. …

… We all start life thanks to inhibition of DNA methylation. As soon as embryogenesis begins,
a massive decrease in DNA methylation reprograms the epigenome and creates a nearly …

… in DNA methylation alter neuronal function to promote memory formation, and how DNA
methylation … a role for DNA methylation in memory, discuss how DNA methylation may affect …