… Our point is that there are multiple cycles of DNA methylation through the lengthy developmental
processes after the erasure at fertilization through early blastocyst; many daughter cells …

… DNA methylation is a feature of many different types of cancer [5], and genetic defects in
components of the DNA methylation … developmental stage-specific manner [11–13]. Historically, …

… Here, we review the impact of the studies on DNA methylation, the “primadonna” in the …
The effect of deregulation of DNA methylation on human health, will be also discussed. …

… is much more dynamic, with differential methylation of a number of crucial developmental
regulators detected in different tissues [46, 47, 48, 49]. In particular, genes required for the …

… in the fetal developmental process. This study describes the DNA methylation status of …
methylation sites that were related to the fetal developmental age. Our results revealed that …

… Our study shows that in neuroblastoma, a developmental cancer, DNA methylation changes
frequently affect intragenic and intergenic regions. These changes in part affect apparently …

… DNA methylation is a key epigenetic mechanism involved in … DNA methylation by combining
the expression profiles of the chicken embryonic muscle. Genome-wide DNA methylation …

… methylation in preexisting DNA methylation-free regions We previously showed that H3K27me3
and DNA methylation … decorates DNA methylation-free regions at many developmentally …

… DNA methylation patterns established in youth, in combination with other epigenetic marks,
… These findings are consistent with the developmental origins of disease hypothesis and …

… DNA methylation recently emerged as a diagnostic tool to classify tumors based … developmental
and mutation induced signatures. In addition to the tumor classification, DNA methylation …