… A previous study showed that MBD1 is able to repress transcription of a methylated gene in
… We show that MBD1 can actively repress methylated genes in vivo via a powerful repression …

… if DNA methylation really plays a … methylation in the silencing of germline specific genes
(Weber et al., 2007). By looking at global DNA methylation, this study found a subset of genes …

… until successive cell divisions eventually unravel the repressive chromatin structure.
Although we focus on molecular mechanisms that might influence DNA methylation and gene …

… These data underscored the importance of MeCP2 for development and in mediating some
of the repressive effects of methylation, but suggested that other MBDs are also likely to play …

… 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 …

… ) thymidine kinase (tk) gene after injection into rodent cells … methylation-dependent repression
of gene activity. Here, we examine the mechanism of methylation-dependent HSV tk gene …

… repression is a graded but exponential function of the CpG methylation density such that low
levels of methylation … CpG methylation is also an important regulator of gene expression in …

… The marked decrease in fully methylated CpGs following … fully methylated CpGs in the female
POA serve to repress gene … subset of genes to be methylation-dependent gene candidates …

… of lysine 9 in the core histone H3 is associated with silenced genes,70 whereas methylation
of lysine 4 in histone H3 is a feature of active genes.22 DNA methylation and histone …

… methylation mediated repression, and describe the functional interplay with activating H3K4
methylation. … outcomes from stable repression to highly dynamic regulated genes, strongly …