… afforded by cytosine methylation to provide a heritable mechanism for altering DNA-protein
interactions to assist in such silencing. Genes can be transcribed from methylation-free …

… Abstract: Epigenetic modifications include DNA methylation … Changes in methylation of
promoter or first exon may mimic … result from aberrations in genomic DNA methylation that include …

… DNA methylation plays an important role in the regulation of gene expression during
development. Methyl moieties at CpG residues suppress transcription by affecting DNA-protein …

… improved our knowledge of DNA methylation dynamics and … DNA methylation in embryonic,
germline and somatic cell development. Finally, we provide insights into DNA methylation …

… aspects of DNA methylation and its role in transcription repression, neoplasia, and transgene
silencing and during development. In the interest of brevity, the role of DNA methylation in …

… of DNA methylation is a critical epigenetic mechanism of cancer initiation, maintenance, and
progression. Proper control of DNA methylation … the aberrant DNA methylation changes that …

… are consistent with DNA methylation playing a role in marking the paternal and maternal
gene sets during early development. However, definitive proof that methylation is involved in …

… DNA methylation plays a critical role in genomic imprinting. Specifically, DNA methylation is
… Our data do not address, however, whether DNA methylation plays a functional role in estab…

… focuses on general features of DNA methylation and how this modification is regulated
and discusses the dynamics of genome-wide DNA methylation patterns in murine embryonic …

… DNA methylation, and its association with cancer and ageing. The review will outline the key
factors, including diet, which modulate DNA methylation… by aberrant DNA methylation, a key …