… the methylation pattern of CTR and YAP KD cell in undifferentiated ESCs (T0) versus cells
differentiated … the changes in genomic DNA methylation occurring in CTR cells upon 4 days of …

… different proportions of stem and differentiated cells in a tissue… associated with developmental
and cell differentiation genes 3,… epigenetic patterns could be independent of extensive cell …

… to transcriptional priming skews in uncommitted hematopoietic stem cells. To reconcile
genome-… differentiation, and that lack of Tet1 or Tet2 expression impairs B-cell differentiation by …

… of cells existing in the niche of muscle stem cells [4,5,… DNA methylation plays an important
role in various biological processes, including cell lineage specification and cell differentiation […

… hematopoietic stem cells (HSCs), which are the only cell type … Since the establishment of
correct DNA methylation patterns … regulation of B cell differentiation by epigenetic mechanisms, …

… previously implicated in hair follicle stem cell functions, like Sox9, … that adult stem cell
differentiation causes a general methylation … In this work, DNA methylation patterns of old …

… to differentiating human induced pluripotent stem cells to … of human induced pluripotent
stem (iPS) cell differentiation. … the distribution of DNA methylation patterns across splicing …

… The DNA methylation patterns are maintained by competing … in stem and progenitor cells,
diminishing as cells differentiate. … and illuminate the role of DNA methylation in the genome. …

… stem cells (ESCs) and mice, respectively [9, 10]. DNMT1, a maintenance methyltransferase,
copies methylation patterns on the nascent DNA … regulation during cell differentiation in …

… the DNA methylation pattern smoothed with a 500-bp sliding window as it changes between
WT and DKO cells. … (E,F) DNA methylation profiles in WT (black) and DKO (red) cells around …