… by which DNA methylation is targeted to specific regions of the genome and interpreted by
methyl-CpG-binding proteins. Recent studies have illuminated the role of DNA methylation in …

… Ever since methylcytosine was found in genomic DNA, this … and qualitative information on
genomic DNA methylation. The … the study of the methylation status of specific DNA sequences. …

… expression through DNA methylation. To assess whether DNA methylation is associated …
, we measured global genomic DNA methylation using bisulfite converted DNA and real time …

… Targeted capture requires relatively large quantities of native genomic DNA or amplification
before hybridization, which would erase DNA methylation information in native genomic DNA…

… sequencing technologies, genome-wide bisulfite … -genome approaches have been used
to get the most comprehensive DNA methylation profiles in organisms of various genome sizes. …

… Here, we report a novel assay for genomic DNA methylation based on DNA cleavage by
restriction endonucleases followed by a polymerase extension assay using the Pyrosequencing…

… , average LINE-1 methylation did not vary over time [p = 0.51]. Our results demonstrate a
progressive loss of DNA methylation in repetitive elements dispersed throughout the genome. …

… levels of global leukocyte DNA methylation in 161 cancer-… genomic DNA methylation using
bisulfite conversion of DNA … associated with global genomic DNA methylation after controlling …

… methylated [1], [2]. This widespread nature poses a challenge for whole-genome profiling of
the DNA methylation … to reveal whole-genome DNA methylation landscapes in human cells …

… This suggests that methylated alleles are of … genomic DNA methylation under different types
of stress and analyze the possibilities for, and difficulties with, the exploitation of methylated …