… DNA methylation on both gene expression and chromatin structure. Our results confirm that
the underlying methylation … that many methylated genes are subject to additional repression …

… How does the methylated DNA interfere with gene transcription? Within the past two years,
… of the mechanisms whereby this transcriptional repression is mediated, with particular …

… the repressive chromatin structure. Although we focus on molecular mechanisms that might
influence DNA methylation and gene expression in dividing cells, DNA demethylation is also …

… DNA methylation regulates gene expression by recruiting proteins involved in gene repression
… In this review, we will discuss the basic function of DNA methylation in epigenetic gene …

… Interestingly, MBD2 has been found in association with both Sin3A [113] and also the Mi2/NuRD
complex [112], and is likely to play a role in gene repression mediated by both Sin3A …

… of this sparsely methylated promoter was in fact … of DNA methylation on transcription of
CpG-deficient genes, using promoters of different strengths to gauge the severity of repression. …

… DNA methylation across genes and provide evidence that the degree of repression experienced
by each gene … within the transcribed region of the gene. Taken together, these findings …

… Repression of transcription from densely methylated genes … 1 show much reduced
repression of methylated genes.50 In a … that sparse methylation could repress transfected genes …

… DNA methylation can stably repress transcription, it could be that repression is leaky in the
absence of DNA … The stability of gene repression on the inactive X chromosome in somatic …

… Histone deacetylation is the main cause of gene repression only when methylation does not
… In most cases, DNA methylation seems to repress gene expression by recruiting binding …