… found extensive differences between the DNA methylomes of two human cell types, revealing
the highly dynamic nature of this epigenetic modification. The genomic context of the DNA …

… DNA methylation was the first epigenetic modification discovered. Until recently, … of DNA
methylation in different cell states or phenotypes. The emerging picture includes extensive gene …

… differences of these four methods considering each platform targets approximately 10–13%
of the human methylome… the Human Epigenomics Roadmap [10] have performed extensive …

… comparison, we wanted to monitor the impact of cultivation and cancer-specific changes on
PMD formation. We generated epigenome … DNA methylation is the consequence of extensive …

… a comparative epigenomics study of 34 angiosperms (flowering plants). Differences in mCG
… To test this hypothesis, we examined a DNA methylome of a parental M. esculenta plant that …

… DNA methylomes for several organisms are now available, helping clarify the evolutionary
story of this epigenetic … absent in differentiated cells, widespread differences were found in the …

… Using this method, one of the primary epigenetic differences … gain in combination with
extensive demethylation is a potential … epigenetic components, and would thus benefit from this …

… We found significant differences in the DNA methylation patterns between the control gray
… from four prevalent neurodegenerative disorders. We subtracted the DNA methylome of the …

… How many genes undergo epigenetic disruption in a given tumour? Do these changes differ
… genome-wide profiles for an extensive range of epigenetic marks in various human cell …

… -seq peripheral-blood DNA methylomes, we find 7173 consistent … strong DNA methylation
allelic differences driven by … that regional epigenetic effects exist within the DNA methylome 15 …