… of gene expression change along with alterations of DNA methylation. In our current study,
we … Specifically, we examined the change of gene expression and DNA methylation of fusion …

… In mice, DNA methylation and histone modifications transmitted from parental germ cells are
globally reset in early embryos. However, some modifications are known to persist and play …

… 2A,B) show only modest changes associated with developmental state, although we
observe large changes in DNA methylation at specific CpG sites; 40,425 CpGs of 415,863 were …

… Following erasure of imprints and partial erasure of methylation on repeats, these … seen
in the germ cells make sense given what we know or suspect about DNA methylation? On the …

… This chapter provides an introduction to DNA methylation and will cover the nature of DNA
methylation, how it … By erasing DNA methylation that exists on the parental chromosomes, any …

… The variation in DNA methylation patterns arises because not all of the putative … of DNA
methylation among different classes of eukaryotes. Transposons and repeats are methylated in …

… this study, we explore the developmental mechanism of methylation erasure within PGCs …
To do so, we examine hallmarks of DNA methylation erasure in ectopic PGCs—germ cells …

… DNA methylation is an epigenetic mark that negatively … Homeostasis of DNA methylation
relies on the equilibrium … a major role for DNA methylation in susceptibility against non-…

… Here, we report that a subset of such genomic regions are resistant to widespread
erasure of DNA methylation in mouse embryonic stem cells (mESCs) lacking the de novo …

… Conversion to 5-hydroxymethylcytosine (5hmC) by TET proteins is likely a hub for
demethylation (central box) and can lead to either passive or active erasure of DNA methylation. …