… in explaining, at least partially, developmental plasticity. Thus, the … , DNA methylation and
brain features. Here, we report studies that have applied neuroimaging and DNA methylation …

… considerably between different developmental stages. In this … DNA methylation in embryonic,
germline and somatic cell development. Finally, we provide insights into DNA methylation …

… DNA methylation (DNAm) signatures in patients clinically diagnosed with syndromes
manifesting as developmental … Here, we review recent studies in which these DNA methylation …

… exhibit a more severe developmental phenotype and die earlier than Dnmt3b KO embryos
[50]. In agreement with the developmental phenotypes, DNA methylation analysis of mutant …

DNA methylation (DNAm) signatures are unique patterns of DNAm alterations defined for
rare disorders caused by pathogenic variants in epigenetic regulatory genes. The potential of …

… DNA methylation (DNAm) is an integral facet of the epigenome that plays a role in establishing
cell identity and developmental … of cell type-specific developmental DNAm changes and …

… functions of DNA base methylation and epigenetic … DNA methylation (cytosine/adenine) in
plants, its functions in regulating gene expression under abiotic/biotic stresses, developmental …

… DNA methylation is essential for multiple aspects of plant development. We show that CG
methylation and non-CG methylation … Given the extreme developmental defects of the mddcc …

… de novo and maintenance DNA methylation. In particular, … our understanding of DNA
methylation regulation in germ … to establish a developmental-specific DNA methylation pattern …

… This chapter highlights the mechanisms of establishing and maintaining DNA methylation,
with a discussion of critical developmental processes in mammals that require …