… DNA methylation imprint on the allele that lacks regulatory activity. The DNA methylation imprint
… Thus, all somatic cells have a DNA methylation ICE imprint on one parental chromosome…

… pathophysiology models of human imprinted disorders 12 . We propose here in the pig
the first global evaluation of methylation patterns related to genomic imprinting in livestock. …

… These novel findings are summarised in this review, which focuses on the germline acquisition
of DNA methylation imprints and particularly on the combined role of primary sequence …

… Genomic imprinting is an epigenetic process resulting in the … genome. The parental alleles
are differentially marked by DNA methylation during gametogenesis when the genomes are in …

… of DNA demethylating agents on IGF-II imprinting, hypothesizing that DNA methylation governs
the genomic imprinting of … Our results indicate that DNA demethylation affects the allelic …

… A significant advance in our understanding of the relationship between DNA methylation
and genomic imprinting has recently been achieved by two independent studies reporting the …

… DNA methylation have been … methylation imprints. Similarly, most of these enzymes are
involved in the epigenetic control of other important genome functions involving DNA methylation…

… Genomic imprinting refers to the process whereby specific genes are differentially marked
during parental gametogenesis, … DNA methylation and genomic imprinting. Cell (in press) …

… imprinting, and the details of DNA methylation dynamics and the mechanisms that target it to
imprinted … evidence that DNA methylation is not solely responsible for imprinted expression. …

… DNA methylation is widely observed in a range of organisms from bacteria to plants and …
We propose DNA methylation has exerted an impact on genomic evolution that has helped to …