… somatic stem cells, regulation of transcription by DNA methylation both … such stability
contributes to stem cell selfrenewal and … cells, recent studies have highlighted a critical role for …

… to the resilient behavior of tumor cells and poor prognosis. In this study, we performed an
in-depth analysis of the DNA methylation landscape in GBM-derived cancer stem cells (GSCs). …

… stem cells with an impaired differentiation capacity for endodermal lineages exhibit reduced
DNA methylation at … This finding infers non-CG methylation can be used as a biomarker for …

… results of immunofluorescence methylation staining. Moreover, DNA methylation status was
assessed quantitatively using ELISA test. We observed decreases in DNA methylation after 5…

… Here, we report that pluripotent stem cells null for either G9a or GLP display a widespread
loss of imprinted DNA methylation, which can be reproduced by a small hairpin RNA (shRNA) …

… The remaining four strains (13.8%) showed different profiles, in which DNA methylation in …
and, most importantly, careful monitoring of DNA methylation should be considered during the …

… -scale DNA methylation … DNA methylation states among three dental stem cell lines. In
addition, we aimed to determine whether the differential methylation profiles of these stem cells …

… DNA methylation (DNAm) patterns were overlapping and … In this work we focused our attention
on DNA methylation … is normally methylated, compared to most genes where the pattern of …

… endoderm (XEN) stem cells contribute predominantly to … four stem cell types is defined by
a unique DNA methylation profile. Despite their distinct developmental origin, TS and XEN cells …

… and in particular DNA methylation, in the regulation of stem cell identity, this … methylation,
with a particular focus on skeletal muscle stem cells (MuSCs, also referred to as satellite cells). …