… DNA methylation, histone acetylation, methylationinduced chromatin structure … them, DNA
methylation is the most extensively studied epigenetic modification, which transfers genetic …

… ., 1,2 through comparing the status of differential DNA methylation of newly diagnosed and
relapsed acute myeloid leukemia cells by methylationsensitive restriction landmark genomic …

… In recent years, new methods such as salivary RNA abundance test and DNA methylation
measurement of oral epithelial cells have been proposed to improve this problem to some …

… DNA methylation in T cells likely leads to the methylation of sensitive genes, such as CD70
gene [… effect of LCD on the DNA methylation of CD70 gene in PBMCs of patients with SLE. …

… gene expression.16 In the present study, the DNA methylation-positive rate of the ADIPOQ
gene … (P < 0.05), whereas the DNA methylation-positive rate of the TNF gene promoter region …

… DNA methylation plays an important role in biological … of methylation warrants life activities
such as regulation of appropriate gene expression and stability maintenance of genetic …

… genetic changes as well as related gene function and activity disorders occur in the development
of malignant tumors. DNA methylation … It affects gene expression and genome stability, …

… have demonstrated residual DNA methylation activities of the … DNA methyltransferase
responsible for genome methylation of … We present evidence that intactness of the gene is …

… The different expressionof genes were analysed by bioinformatics to find correlative … DNA
methylation and histone acetylation are critical pathways on cold reponses. DNA methylation …

… Methylation at the five-carbon of cytosine is a reversible process that can … gene activity and
the reaction is catalyzed by a family of DNA methyltransferases(DNMTs). DNA methylation is …