… contribution of DNA methylation to constrained TF binding, we mapped DNase-I-hypersensitive
sites in murine stem cells in the presence and absence of DNA methylation. Methylation-…

… was observed, namely that DNA methylation can actively block the binding of the
transcription factor NRF1 [17], again underscoring that DNA methylation can have a biologically …

… Taken together, our findings provide insights into transcriptional repression through DNA
methylation of CpG-rich regulatory regions that drive genes and repeats, and favor a model of …

… actual occupancy of DNA-binding factors is linked to DNA methylation at the level … DNA
methylation within the CTCF motif. In line with a dynamic model of binding and DNA methylation …

… of three of the four DNA methylated transcription factors was correlated with an increased …
a critical role for some transcription factors' activation/repression by DNA methylation and/or …

… To identify immune-cell-specific patterns of DNA methylation, we fractionated human blood
into 11 subsets using a combination of magnetic beads and flow cytometry (Figures 1A and …

… DNA methylation inheritance without site preference. We also show that the Dnmt1-PCNA-UHRF1
and Dnmt1/transcription factor complexes methylate DNA … existing methylation pattern …

… factors (TF) binding sites, lncRNAs, and histone marks to regulate DNA methylation. We also
review how complexes of DNMTs/TFs or DNMTs/lncRNAs are involved in DNA methylation …

… , we identified several transcription factors that are differentially methylated and repressed
in … modulation of DNA methylation is able to regulate transcription of these factors in cultured …

… comparative DNA methylation profiles of … DNA methylation states, we discovered several
nonredundant sequences in CpG islands that were resistant to aberrant de novo methylation in …