… DNA methylation and the underlying chromatin structure. The … significant decreases in total
DNA methylation content, with … X chromosomes have disparate amounts of DNA methylation…

… Vertical axis indicates percentage of total CpG dinucleotides … of imprinted genes, X
chromosome inactivation in female cells, … It is not known whether DNA methylation abnormalities …

… In conclusion, we find an overall similar X chromosome … The expression of ncRNAs was
particular abnormal in TS … of an extra X chromosome on the genome-wide DNA methylation and …

… implicated in XCI and chromatin structure in general are the … where there is no DNA methylation
of X-linked gene promoters. … Rather than an overall compaction of the chromosome, the …

… of triplet expansion on chromatin structure is indicated. … chromosomal instability includes
the presence of unusual … on the male and female active X chromosome [105,108]. In contrast, …

… in X chromosome DNA methylation did not appear as a passenger event driven by clonal
culture take-over of chromosome abnormalities and … Overall, we found a very good correlation …

… by abnormal DNA methylation landscapes. The first disorder to be associated with congenital
defects in DNA methylation was … This was only recently revealed in a comprehensive study …

… Overall, it appears that many of the silencing pathways initiated by XIST, while inter-related …
cell hybrids; and assessment of chromatin marks or DNA methylation in males and females […

… the X chromosome is controlled by a single cis-acting total switching … X chromosome, which
prepares to initiate XCI [44]. As Xist RNA expands on the X chromosome, DNA methylation …

… modifies chromatin composition and structure of one X chromosome in … Here we focus on X
chromosome inactivation (XCI), a … ) cause a general disruption of DNA methylation patterns at …