… In the mouse, establishment of DNA methylation imprints in the developing male germ
cells initiates at E (embryonic day) 14.5–15.5. Paternal ICRs become fully methylated several …

… , particularly in DNA methylation, will … development and neurodegeneration. From a medicine
and health standpoint, sex-specific methylation studies have shed light on human disease …

… -associated DNA methylation alterations at queried sites, we found that DNA methylation
may … Moreover, our data suggest that DNA methylation may, in part, contribute to tissue-specific …

… , such as DNA methylation, and higher-… DNA methylation at particular sites, including CpG
islands on the inactive X chromosome (Xi). This allows the specific effects of DNA methylation …

… DNA methylation and transcriptional regulation. Therefore, we integrated DNA methylation
… decreased gene expression associated to promoter hypermethylation in 12.9% (13 out of 101…

… to be the outcome of aberration in genomic DNA methylation. These epigenome changes
being … Earlier human disease was thought to originate from changes in the base sequence of …

… Epigenetic mechanisms are increasingly recognized as causes and modulators of human
disease. Therefore, we studied genome‐wide cardiac DNA methylation in DCM patients and …

… in DNA methylation and histone modifications. Dicer 1 deficiency in mice leads to decreased
DNA methylation, and these methylation … DNA methylation. PiRNAs are essential for the …

… potential insights for human disease onset and progression. In this review, we summarize
recent milestones in characterizing the human genetic basis of DNA methylation variation over …

… Chromosome territory reorganization in a human disease with altered DNA methylation.
Proc Natl Acad Sci USA 2007; 104: 16546-51. [46] Hansen RS, Wijmenga C, Luo P, et al. …