… , built on cell-separated DNA methylation profiles from Illumina Infinium 450K methylation
data, to … The sites were selected to highlight the methylation differences between cell types. …

… cell types, and is disrupted in many diseases. We describe large-scale single-base resolution
DNA methylation … This revised model changes our expectations of the type of methylation …

… To discover DNA methylation changes that associate with gene expression changes, we
propose a new method that uses the entire differential methylation profile in the vicinity of a …

… cell-type compositions. To analyze DNA methylation variation from different perspectives, we
… reference data sets for cancer samples that included primary tumors and cancer cell lines. …

… variation in DNA methylation profiles. Furthermore, there was an enrichment of SNPs that
affect both methylation … of the methylation array provides a relatively low resolution snapshot of …

… The increased detail in describing leukocyte subtypes using the extended libraries will be
crucial for controlling for aging-related DNA methylation changes; age-associated changes in …

… can also profile DNA methylation at single-base resolution [40, 41]. … DNA methylation in
many cell types or tissues to study dynamic DNA methylation changes across different cell types, …

… , for identifying pathological changes in DNA methylation, and for the interpretation of …
The resolution of the atlas yields a quantitative understanding of composite tissues, and …

… allow the construction of genomic maps of DNA methylation at single-base resolution [30]. In
the … Weak DNA methylation differences can be better measured by estimating the standard …

… DNA methylation across human tissues better, we obtained post-mortem samples of 18 tissue
types … Here we have presented the deepest set of base resolution maps of mCG and mCH …