… in regulatory possibilities offered by methylation. Indeed, highly methylated DNA is typically
associated with inactive genes, whereas methylation depletion is observed for active genes ( …

… Here we show that in vitro-methylated DNA can be efficiently targeted into defined genomic
… of methylation-induced repression, as well as the dynamics of the methylation pattern, we …

… Nutrition and metabolism are the sources of methyl groups that are used to methylate
DNA, a process that influences chromatin structure and gene expression. In so far as a …

… DNA methylation influences chromatin function … dependent on methylated DNA that can be
explained by methylation-… influence DNA methylation and gene expression in dividing cells, …

… parental DNA stand retains the original DNA methylation pattern (… the original DNA methylation
pattern by adding methyl groups (red) … influence between miRNA and DNA methylation. …

… The fact that the methyl group can indeed influence the affinity of specific proteins at their …
ladder on methylated DNA, we still consider it likely that DNA methylation may also have subtle …

… For example, 99.98% of the methylated DNA regions in normal cells, such as fibroblasts, are
rich in C and G, whereas the methylation in stem cells is concentrated in sequences that are …

… only if the sequence is methylated; Sau3A cuts regardless of the state of methylation. EcoRII
… Methylation of GATC sites can influence DNA structure because the methyl group protrudes …

… -dA) and its cytosine-methylated analog revealed that the methylated polymer can form a
triple-… The stabilizing effect of cytosine methylation on triple-stranded DNA segments has also …

… influenced by DNA modification. To this end, we have prepared hybrid molecules, methylated
ei… tory suggest that methylated DNA inserted into animal cells in culture by DNA-mediated …