… evidence suggests that the functions of DNA methylation may be more diverse and complex
… understanding of DNA methylation profiles and functions in different eukaryotic lineages. …

… patterns of DNA methylation across eukaryotic organisms. I will … characterisation of the
evolution of DNA methylation levels and … Remarkably, rapid evolution of DNA methylation patterns …

… the analysis of the evolution of DNA methylation. Here, an … to infer evolution of DNA methylation
over the eukaryotic tree … such as support vector machine clustering that can use multiple …

… DNA methylation. We are therefore showing a very diverse and independent evolution of DNA
methylation … The DNMT clades thus do not have a common ancestor within the eukaryotes…

… in modern species, we can infer the prevalence of CpG DNA methylation in evolutionary
time. … In this paper, we suggest that the increase in eukaryotic genome size is a result of the …

… The evolutionary history of eukaryotic DNA MTases has … methylation in eukaryotes, where
5mC DNA methylation is … of 4mC prediction accuracy using machine learning approaches ( [ 67…

… DNA methylation and DNA methylation–associated proteins not only participate in gene …
The highest levels of DNA methylation among all eukaryotes have been observed in plants, …

… us that essential sequences are conserved over evolution. However, despite the often-…
order complexity of eukaryotic DNA requires seemingly endless epigenetic devices to package …

… One example of this division of labor is found in the mammalian DNA methylation system.
Here, de novo methylation is principally catalyzed by the Dnmt3a/b-Dnmt3L complex ( …

… rapidly growing number of base-resolution methylation maps. Despite this, several … of DNA
methylation patterns remain under investigation. Here, we review the field of DNA methylation …