… patterns are best understood in the model plant Arabidopsis thaliana, in which mutations
in components of the DNA methylation and demethylation machineries and regulatory factors …

… that DNA methylation is a reversible biochemical process, we purified a DNA demethylase
… We show that similar to DNA methyltransferase, DNA demethylase shows CpG dinucleotide …

… To test whether sex differences in neurochemical phenotype rely on DNA methylation,
we inhibited DNA methylation “writers” in neonatal mice. Male and female mice received …

… To investigate whether differentiation involves changes in DNA methylation, we analyzed
the rat Rcho-1 cell line, which retains trophoblast cell features and differentiates from stem …

… methylation and demethylation of eukaryotic DNA; the model incorporates values for de novo
methylation and the error rate of maintenance methylation… are newly methylated equals the …

… -bases or silencing and reactivation of genes by methylation and demethylation of cytosine
in promoter regions. Especially dynamic methylation of adenine and cytosine is essential for …

… DNA methylation model that explains all findings and provides a unified description of both
the de novo and the maintenance methylation … Active DNA demethylation adds another …

… Because of this heritability, DNA methylation is commonly … that DNA methylation is a
dynamic process as will be discussed in this review. While the main focus of the DNA methylation …

… 0.295% (SAM) methylation in their genomes. The sequence reads were analyzed for contexts
of DNA methylation and the results revealed that RWA has methylation in all contexts (CpG…

… and maintenance of DNA methylation as well as passive DNA demethylation in mammalian
cells. … gradually and passively removes DNA methylation in early mammalian development ( …