… A total of 12 Wistar rats were lavaged with the filtrate at a dose … on the X chromosome exhibits
low methylation in female … role of DNA methylation and chromatin structure in regulating T …

… its heredity comes from genetic abnormalities in somatic and X chromosomes. Beside genetic
… -wide DNA methylation dataset of 19 bipolar disorder (manic depression) and 18 normal …

… of DNA methylation, which can also influence such processes as X chromosome inactivation
… role in modulating chromatin structure, thus controlling gene expression and many other …

… and genes on the inactive X chromosome. These patterns of … Moreover, DNA methylation
abnormalities in neoplastic cells … of p27 protein was found in 24 of 70 total cases. (34.3%), in 4 …

… DNA methylation is achieved by three DNA methyltransferases … , genomic imprinting, X
chromosome inactivation, and … Overall, these findings advance our understanding of the …

… charge, resulting in chromatin structure more open and … DNA methylation status, histone
acetylation/methylation levels … and establish foundations for comprehensive and deep study on …

… ’ve observed an abnormal germ cell-… DNA methylation to histone modification. Also, functional
analysis and molecular staining demonstrate that Dnmt3L is not only necessary for normal …

… networks epigenetic mechanisms like DNA methylation and histone … overall open chromatin
state enabling abnormal Pak6 … of DNA methylation in setting up chromatin structure during …

… , including DNA methylation and chromatin modification, the … chromatin structures at the
ends of eukaryotic chromosomes … all suggest that the chromatin of ES-cell is overall either in a …

… labeling can be classified into three categories: DNA modifications (DNA methylation and
hydroxy-methylation), histone modifications (histone methylation, acetylation, phosphorylation, …