… but here, we consider the relationship of DNA methylation and aneuploidy in early human and
… enzymes or DNA methylation regulators are associated with developmental disorders and …

… the developmental roles of DNA methylation in various vertebrate model systems. It is now
evident that in certain contexts DNA methylation … the quantity of DNA methylation will merely …

… , and (2) cytosine methylation is primarily a defense mechanism … We discuss the role of
DNA methylation in the evolution of … are important and primitive functions of DNA methylation. …

… When Dnmt3L-null oocytes that are largely free of DNA methylation at single-copy sequences
are fertilized by wild-type sperm, developmental abnormalities in the resulting embryos …

… Despite the intense research on distribution dynamics of DNA methylation among species,
we are just beginning to elucidate methylation patterns that may control gene expression, …

… Importantly, we show that the key developmental genes are regulated by … developmental
plasticity in the embryonic cells, as well as the permanent restriction of ExE developmental …

DNA methylation represents … DNA methylation is erased in the blastocyst, and a bimodal
pattern is established anew at the time of implantation when the entire genome gets methylated …

… of DNA methylation and developmental genes in malignant lymphoproliferative diseases. …
of DNA methylation are remarkably diverse in cellular biology. For example, DNA methylation …

… of how DNA methylation is remodeled during early vertebrate embryogenesis and highlighted
important differences in developmental … of the role of DNA methylation during vertebrate …

… DNA methylation is also involved in X‐chromosome inactivation … DNA methylation can
regulate gene expression, using imprinted genes as examples. The molecular basis of methylation…