… In this article the basic features of methylation patterns, their formation, inheritance and …
capacity of a cell, on the one hand, and structural variations in the DNA or chromatin, on the …

… Thus, although DNA methylation patterns can be stably inherited, … for DNA methylation or
other chromatin modifications. The main difficulty in assigning natural variation for chromatin …

… This study focused on the level, target sites and inheritance of cytosine methylation in
nuclear DNA and revealed significant differences in 5mC content between tomato tissues, with …

… This review concerns DNA methylation, focusing on the generation, inheritance, and …
methylation by bound proteins or chromatin can ensure that DNA methylation never reaches a DNA …

… structure include using murine DNA methyltransferases in budding yeast which … lack DNA
methylation machinery [8∗∗]. This approach found that DNA methylation resulted in chromatin …

… have defined a conserved chromatin modification activity required for inheritance of transcriptional
states. … Silencing of retrotransposons in Dictyostelium by DNA methylation and RNAi. …

… imprinting (6–8), supports the idea that these alternative methylation states represent a
heritable chromatin mark. It is proposed that during development, transient signals cause …

… , and chromatin remodeling. At least for DNA methylation and some histone modifications,
the respective marks and associated chromatin states are inherited through successive cell …

… chromatin structures. To gain insights into how such epigenetic information on chromatin is
inherited on daughter DNA strands after DNA … of DNA methylation, methylated DNA becomes …

… repressors, activators, chromatin remodelling complexes, and/… its constituents (such as DNA
methylation at cytosine residues, … in a hereditary manner, is frequently correlated with DNA …