… of directly removing the methyl group from methylated CpG-containing DNA in cell free …
CpG dinucleotides, suggesting that DNA methylation may contribute to these mutations.92 …

… are known to bind sites of hypermethylation in human cancer cell lines… of DNA methylation,
DNA methyltransferases, and methyl-CpG … DNA methylation makes an essential and versatile …

… DNA methylation-mediated silencing, and to protect against extensive mutation, there was
also a coordinate increase in the number and diversity of methyl-CpG … the methyl-CpG binding …

… DNA is heavily methylated at cytosine residues within the dinucleotide sequence CpG. The
… debate, but several studies have established that methylation of the 5’end of several genes is …

… methylated competitor DNA, suggesting that repression of this sparsely methylated promoter
was in fact mediated by a methyl-CpG … the effect of DNA methylation on transcription of CpG-…

… that MeCP2 facilitates H3 Lys 9 methylation of the H19 gene, a … DNA methylation and
histone methylation and thus reinforce the repressive function of these two distinct methylation …

… DNA methylation and histone modifications are intricately connected with each other … DNA
methylation profiles suggest that DNA methylation is better correlated with histone methylation …

… DNA methyltransferases may contribute to DNA methylation patterns in HCCs, we analyzed
… DNA methylation status on 7 type C CpG islands in the same cohort. DNA hypermethylation …

… to enrich for methylated DNA regions of the genome, namely methylDNA … methylated DNA
using a methyl-CpG binding domain-based (MBD) protein to discover differentially methylated …

… repression at methylated loci are fundamental to understanding the biological consequences
of DNA methylation. Here we demonstrate that Kaiso, a methyl CpG binding protein …