… DNA methylation in a greater depth. Second, we present a modified stochastic DNA methylation
… of both the de novo and the maintenance methylation process at CpG and non-CpG sites…

… DNA methylation consolidates the memory of the developmental history and, albeit very stable,
it is not immutable and DNA methylation … and concepts in DNA methylation patterning, the …

… However, advances in genome-wide DNA methylation analysis at base-resolution … DNA
methylation between normal cells of different tissue-origin. Moreover, aberrant DNA methylation …

… DNA methylation pattern after DNA replication, while the de novo DNA methyltransferases
DNMT3A and DNMT3B are involved in the establishment of new DNA methylation patterns (…

… In this review article, we have adopted a developmental approach for understanding
what DNA methylation actually does, and this suggests new concepts for the role of this …

… 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 …

… AT-rich DNA regions are relatively less methylated, while CG-rich regions are relatively
more methylated, leading to speculation that base composition in the genome impacts the …

… a map of the DNA methylation landscape, present the … DNA methylation could provide a
valuable tool for monitoring tissue dynamics and diagnosing multiple diseases. DNA methylation …

… In the ensuing pages, I will predominately describe DNA methylation (DNAme) as it is
concerned with the latter epigenetic picture. By understanding the discovery, history, and nature of …

… by DNA methylation and epigenetic errors. Age has a negative effect on oxidative stress and
DNA methylation… also increase oxidative stress and methylation errors. Oxidative stress and …