… in shaping methylation patterns. This tightly links DNA methylation with underlying DNA
sequence … DNMT3A/3B are also thought to be involved in maintaining DNA methylation patterns …

… Accurate measurements of normal and altered DNA methylation patterns are … DNA
methylation. The availability of next-generation sequencing has enabled the profiling of methylation …

… , we analyzed the DNA methylation and gene expression … by using MSDK (methylation-specific
digital karyotyping) and … -specific DNA methylation and gene expression patterns that …

… methylated, and DNA methylation patterns are tissue specific… The mechanisms by which
DNA methylation patterns could be … in those papers were: that DNA methylation can alter gene …

… We also found that the DNA methylation pattern of a single gene varies between gene
regions; for example, compared to the gene body, the TSS1500, TSS200, 5’-UTR, and first exon …

… gests the association of DNA methylation with gene activity [… -specific methylation patterns
during development must be elucidated. In this article the basic features of methylation patterns…

… Methylation patterns may be cell-type and/or tissue-specific and change slowly with age
and in response to environmental effects such as diet. Cytosine methylation is essential for …

… Other alterations of the basic bimodal methylation pattern occur in a cell-type-specific
manner. Many genes that are silenced throughout the organism and expressed specifically in a …

… vertebrate photoreceptor-specific and retinal-expressed miRNA genes demonstrate both
cell-specific and site-specific DNA methylation patterns. Although the exact patterns differ in …

… for DNA methylation analysis that employs base-specific cleavage and MALDI-TOF MS
analysis to overcome those limitations. Using a combination of four base-specific cleavage …