… DNA methylation is often thought to have a repressive effect on gene expression. However,
… It further focuses on the mechanisms by which DNA methylation can repress or activate gene …

… repression through DNA methylation of CpG-rich regulatory regions that drive genes and …
genome-wide DNA methylation evolved as an efficient means to repress repetitive elements …

… acts to repress transcription and has a wide variety of genetic … DNA methylation in cancer,
the role of DNA methylation in the … Although DNA methylation has long been thought to repress …

… re-establishment of DNA methylation in embryonic, germline … into DNA methylation gained
from studying genetic diseases. … imprinting, DNA methylation has a major role in repressing …

… genes are repressed by exposure to chronic inflammation. To explore the mechanisms of
methylation … changes of DNA methylation writer (Dnmt) and eraser (Tet) genes in mouse gland–…

… have higher levels of gene promoter methylation compared with HPV-… of transcriptional
repression from DNA methylation at … transcriptional repression associated with broad repressive …

… repress mRNA expression by binding to target messenger; DNA methylation of miRNAs
genes can suppress miRNAs production but, in turn, miRNAs can repress DNMTs causing …

… that DNA methylation has a strong dose-dependent effect on gene expression and repression
of … Thus, our results confirm the accepted repressive effect of DNA methylation on gene …

… DNA methylation in a locus, it can serve as a repressive … DNA methylation levels in a locus
regulates gene expression intricately. Generally, DNA methylation is known to be a repressive …

… This usually acts to repress transcription and has a wide variety of genetic uses. This issue
explores DNA methylation in cancer, the role of DNA methylation in the oocyte and provides …