… ES cells that are regulated by epigenetic factors. Epigenetics refers to heritable changes in
… as posttranslational modifications of the histones and DNA methylation, which can be either …

… and newly hypothesized mechanisms for this epigenetic control. J. Cell. … for the control of
expression of diverse vertebrate genes during development by differential DNA methylation. …

… that are significantly associated with DNA methylation variation. Collectively, our results
suggest that DNA methylation variation is influenced by genetic and epigenetic changes that are …

… Methylation of DNA is an essential epigenetic control … lineages, and DNA methylation poses
a fundamental epigenetic barrier that … DNA methylation also plays an important role in sex …

… Epigenetic regulation — including post-translational modification of histones and DNA
methylation … Distinctive DNA methylation changes characterize the differentiation of myeloid cells …

… Dysregulated epigenetic control through DNA methylation and histone modifications is
important for radioresistance of cancer cells. Aberrant methylation of multiple CpG dinucleotides …

… These topics will be discussed in the context of altered DNA methylation, changes in
histone modifications, and synergistic relationships between epigenetic and genomic integrity. …

… Although DNA methylation has been associated with suppression of transposon-derived
transcription, our results show that ‘classical’ epigenetic players also restrain subsequent steps …

… as transcription, replication, and DNA repair [4]. In general, three common biochemical
mechanisms occur in the cell for epigenetic changes: DNA methylation, histone changes, and …

… DNA methylation and a loss of DNA methylation in these cells induces differentiation toward
the TE lineage under TE-inducing conditions. This supports a model in which an epigenetic …