… can be a source for DNA methylation–based detection of non–… DNA methylation in free
DNA present in the urine, we modified our previous approach to detect shorter fragments of DNA, …

… most likely function of DNA methylation is permanent gene suppression … promoter regions
of genes. Box 1 lists data convincingly demonstrating that methylation of CpG-rich promoters …

… for analyzing DNA methylation at … methylated DNA and combine it with detection by DNA
microarray. Using whole-genome as well as promoter-specific arrays, we present a methylation …

… CGI methylation and rare 5′ promoter CGI methylation is evolutionarily conserved. Comparison
of our DNA methylation … bisulphite sequencing-based methylation data from the mouse …

… mapping of DNA methylation patterns in lineage-specific promoters in … promoter DNA
methylation predicts lineage restriction in adult progenitor cells, whereas no or weak methylation …

… Promoter DNA methylation measured by bisulfite … with gene silencing and high promoter
DNA methylation (CDKN2A and … /or low promoter DNA methylation (PGR, RARB and ESR1). …

… at different developmental stages, how far these domains extend beyond the regions we
have studied, and how, despite the overall pattern of promoter DNA methylation, there are 2 …

… The role of CpG island methylation in normal development and cell differentiation is of keen
… DNA methylation profiling of promoter regions in normal peripheral blood by methylated …

… associated with immune senescence may be due to altered DNA methylation patterns. To
further define the role that altered DNA methylation plays in age-associated changes in T cell …

… Thus, LEP DNA methylation is a plausible factor to be involved … methylation technique, the
present study aimed to investigate the associations between LEP promoter DNA methylation …