… for an inhibitor of DNA methylation, 5-aza-dC, to derepress silent rRNA genes. This study
provides an early indication for a link between DNA methylation and histone deacetylation. …

… between DNA methylation and chromatin … chromatin states may dictate genome-wide DNA
methylation patterning. The mammalian DNA methylation machinery – properties of the DNA …

… DNA methyltransferases, methyl-CpG binding proteins, histone-modifying enzymes, chromatin
… basis for transcription, DNA replication, mutation and repair, DNA recombination, and …

… chromatin structure, DNA methylation also represses transcription. A protein (MeCP) which
binds specifically to methylated DNA … of DNA methylation on both chromatin and transcription. …

… We propose a model in which DNA methylation and its related chromatin remodeling play
critical roles in regulating gene transcription in response to neuronal activity (Fig. 4D). CpG …

… Histone modifications, DNA methylation, and proteins able to bind methylated DNA play a
dynamic role in determining chromatin structure suitable for gene expression or silencing. At …

… , demethylation is targeted to genes by chromatin modification changes. Transcription
factors … In summary, DNA methylation pattern and chromatin structure are found in a dynamic …

… Understanding the molecular determinants of both normal and abnormal patterns of chromatin
formation and DNA methylation thus holds great promise for our understanding of cancer …

… methylation of CpG islands in one X-chromosome in women, which renders these genes
inactive. Finally, although DNA methylation … aim, sometimes DNA methylation accomplishes this …

… To test whether DNA methylation actually has a role in the assembly of chromatin during
normal … programmed to be either methylated or unmethylated in all cell types of the mouse 2 . …