… Therefore, although bisulphite conversion-based DNA methylation profiling on arrays is
not well suited for de novo delineation of DNA methylation profiles, it is suited to high-throughput …

… as another approach in DNA methylation profiling. We will discuss this methodology and its
… in studying DNA methylation in a later section. Some of the representative DNA methylation …

… DNA methylation profiling as a … DNA methylomes genome-wide at high-resolution, gave
unexpected novel insights in cancer biology. They will be crucial for DNA methylation profiling …

… Either whole‐ or reduced‐genome approaches have been used to get the most comprehensive
DNA methylation profiles in organisms of various genome sizes. Copyright © 2009 John …

… dynamic state of genome-wide DNA methylation has been hampered by the lack of … DNA
methylation profiles over large genomic regions. A gold standard technique in DNA methylation …

… To determine whether DNA methylation is conserved between species, and if so, to what
degree, we compared the methylation profiles of 59 orthologous amplicons (as far as can be …

… methylation assays, along with comparisons and biological examples, to provide an overview
of DNA methylation profiling … technologies make genome-wide profiling possible at a single…

… DNA methylation profiling is an additional emerging tool that … Tumor DNA methylation profiling
has led to the identification … In addition, DNA methylation patterns in circulating tumor DNA …

… (10) In total, this study analyzed DNA methylation profiles of 390 tissue samples (246
previously reported(10) and 144 newly analyzed for this study) from a total of 248 patients (Fig. 1). …

… We used this technology to analyze methylation profiles of 1536 CpG sites from 371
genes in cell lines and in lung cancers and normal tissues, and have identified a subset of …