… DNA methylation and chromatin accessibility, we performed assay for transposase-accessible
chromatin … show that chromatin accessibility anticorrelates with DNA methylation, as has …

… structure include using murine DNA methyltransferases in budding yeast which … lack DNA
methylation machinery [8∗∗]. This approach found that DNA methylation resulted in chromatin …

… changes in global chromatin structure with a noticeable increase in gene condensation.
Overall, our results demonstrate that DNA methylation affects chromatin structure and function …

… changes represented by DNA methylation and chromatin modification. … DNA methylation
regulation mechanisms and methylation … Since DNA methylation and inhibitory chromatin marks …

… ATAC-Me is an integrated method to probe DNA methylation and chromatin accessibility
from a single DNA fragment library. Intact nuclei undergo Tn5 transposition to isolate …

… Higher-order chromatin structure and DNA methylation are … Here, we find that large (>7.3
kb) DNA methylation nadirs (… -marked large DNA methylation grand canyons represent a …

… and global de novo methylation of the genome. We show how DNA methylation patterns of
the … between spatially correlated DNA methylation and topological changes to the DNA. This …

… their DNA binding affinities [8, 14,15,16,17,18] to modulate gene expression. Consistent with
these properties, DNA methylation … role of DNA methylation on the modulation of chromatin …

… A central question in the field is how DNA methylation machineries interact with other
chromatin components to ensure faithful establishment and maintenance of genome‐wide CpG …

… Ectopic expression of the Yamanaka factors is sufficient to convert somatic cells into iPSCs
81 , and during this process the condensed and highly methylated chromatin of somatic cells …