Searching journal content for articles similar to Stevens et al. 23 (9): 1541.

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  1. ...by the CpGMMs at the CpG level are biologically relevant since they could work as recognition sites for the agents that perform DNA methylation and demethylation. Actually, it has already been found (Mohn and Schu¨beler 2009; Lienert et al. 2011) that the methylation changes due to single CpG mutations have...
  2. ...at single CpG resolution. In this pairwise comparison,we usedM&MorMEDIPS to define anyDMR inwhich fetal NSCs had a higher methylation level than H1 ESC as a hypermethylated DMR, and any DMR in which fetal NSCs had a lower methylation level thanH1ESCas a hypomethylatedDMR.Based on ranked P-values, we used...
  3. ...as the complement of the intragenic regions. Calculation of CpG site methylation levels Themethylation level of each single CpG site was estimated as the number of reported Cs (methylated) divided by the total number of reported Cs (methylated) or Ts (unmethylated) at the same position of the reference...
  4. ...specific single-CpG dinucleotides or amplicons. These include MethyLight ( Eads et al. 2000 ), COBRA ( Xiong and Laird 1997 ), bisulfite pyrosequencing ( Dupont et al. 2004 ), and the Illumina GoldenGate methylation assay ( Bibikova et al. 2006 ). While sensitive, specific, and relatively inexpensive, none...
  5. ...human melanocytes compared to a melanoma cell strain. Despite the low resolution typical of methods based on immunoprecipitation, we show that model-derived estimates of DNA methylation provide relatively high correlation with measured absolute and relative levels, as validated by bisulfite genomic DNA...
  6. ...represent about or less than the average size of a single CpG island (CGI), a resolution that is compatible with most epigenetic applications. Indeed, functional genomic regions ranging between a few hundred and a few thousand bases tend to be regionally methylated or unmethylated in concert (Chen et al...
  7. ...in two pairs of human and mouse cell lines (representing two cell lineages), along with epigenomic profiles, including DNA methylation and six histone modifications. Overall, we found that 20% of binding sites were embedded within TEs. This number varied across different TFs, ranging from 2% to 40%. We...
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