… In the current review, we will focus our discussion on the role of transcription factors and
signaling pathways in regulating DNA methylation profiles, and their changes in response to …

… Together with the observation of a strong anti-correlation between TF binding and DNA
methylation patterns genome wide, a new actively discussed hypothesis has emerged where …

… ), and there is much interest in understanding the mechanisms by which DNA methylation
patterns are established. In this review, we focus on regulation of methylation patterns at …

… that dynamics in DNA methylation coincide with changes in regulatory activity and that
transcription factors play an important role in shaping methylation patterns. This tightly links …

… in vivo, although further in vivo genome-wide characterization of TF binding patterns and
high-resolution DNA methylation analyses are needed to strengthen the evidence base. The …

… hypothesised that aberrant methylation patterns could be controlled by the binding of specific
transcription factors (TFs) across cancer types. By combining DNA methylation arrays and …

… of gene expression patterns are DNA-binding transcription factors that choose genes for
transcriptional activation or repression by recognizing the sequence of DNA bases in their …

… To investigate multiple coexisting DNA methylation patterns, we derived the methylation
profiles of extended TFBRs using generalized linear model regression and clustering with the …

… Subsequently, methylation further spreads to neighboring regions, and the patterns of
complexed transcription factors are altered. Evidence has been adduced that DNA methylation at …

… DNA methyltransferases (DNMTs) play an essential role in DNA methylation and transcriptional
… elements, modulate the dynamic DNA methylation patterns of embryonic and adult cells. …