… There is also evidence that histone methylation can influence DNA methylation, and these
two marks reinforce each other to establish repressive chromatin environments. This topic is …

… Despite the important role DNA methylation plays in transcriptional regulation, the … inheritance
of DNA methylation is not well understood. The genetic heritability of DNA methylation has …

… of the interplay between DNA methylation and histone modification in the … inheritance during
plant gametogenesis. This process plays a fundamental role in the propagation of chromatin…

… DNA methylation may coordinately regulate the chromatin status via the interaction of …
cues, other than hemimethylated DNA, from the chromatin are needed for inheritance of DNA …

… The three-way connection between DNA methylation, gene activity and chromatin … inherited
during many cycles of DNA replication remains an unresolved problem. DNA methylation …

… of DNA in the eukaryotic nucleus we can discuss the molecular mechanisms by which
DNA methylation influences the structure and function of chromatin and chromosomes. …

… is a classic and powerful example of the epigenetic inheritance of … and chromatin-modifying
complexes to imprint maternal or paternal alleles containing differentially DNA methylated …

… for epigenetic inheritance and regulation … DNA elements and the proteins and RNAs that
interact with them. Insulators are regulatory DNA elements that create boundaries in chromatin, …

… level of DNA methylation is … inherited is the basis of our model for the inheritance of acquired
epigenetic characters. We believe that genomic imprinting, in which the inherited chromatin …

… methylation patterns, small RNAs, and chromatin structure [2, 3, 4]. Although some proposed
information carriers, such as DNA methylation… putative chromatin inheritance paradigms, we …