… To assess whether IR can modify epigenetic marks and thereby modulate transcriptional
activity, we analysed DNA methylation at the whole genome scale using WGBS on shield stage …

… and DNA methylation… genome sequencing technology to generate DNA sequence data
from chromatin immunoprecipitates. I also discuss computational approaches to integrating DNA …

… largely mediate maintenance DNA methylation and Uhrf1 is … modifiers regulate early zebrafish
development and … , we conclude that bulk DNA methylation is not the primary mechanism. …

… Our results suggest a functional role for DNA methylation on cis-regulatory conserved
elements following developmental exposure to compounds. Effects on these regions are …

… of aberrant DNA methylation patterns associated with impaired larval T cell development. …
Moreover, DMRs exhibiting dynamic changes during early zebrafish development, such as …

… Moreover, we observed asymmetric DNA methylation of the 4xUAS sequence in oocytes …
Recent research studying methylation in early zebrafish development using whole-genome …

… causes an increase of the global DNA methylation level concomitantly with a reduction of …
DNA methylation level, to increase H3K4me3 and H3K27me3 marks, and to activate genome …

… the genomic DNA methylation pattern throughout the embryonic body [84]. By means of
fluorescent immunostaining of 5-methylcytidine, the authors determined that, when compared to …

… DNA methylation pattern is maintained throughout early embryogenesis. The maternal DNA
methylation … We plotted the average DNA methylation level across the whole genome in …

… This review summarizes our current knowledge on the effects of environmental chemicals
on DNA methylation, histone modifications and noncoding RNAs in the context of DOHaD, and …