… DNA methylation patterns are highly dynamic between week 9 (W9) and W22 of gestation.
We investigate the impact of reprogramming on organ-specific DNA methylation … that mouse …

… methylated and undergoes passive DNA demethylation following embryo development [3,
7]. However, the mechanism of this asymmetric reprogramming of DNA methylation in … DNA …

… A similar reprogramming cycle occurs in mouse … some DNA sequences were more highly
methylated in cloned versus normal morulae. Here we show that methylation reprogramming is …

… If the loss of DNA methylation at pluripotent genes is not achieved, cells will be only …
reprogrammed.23 Low-passage mouse and human iPSCs harbour residual DNA methylation ‘…

… Additionally, very little is known about the DNA methylation … current knowledge on methylation
reprogramming in mammals … mice, and identified about 4.4 million SNPs. We collected …

DNA methylation is an important epigenetic mechanism, affecting normal development and …
reprogramming epigenomes during stem cell derivation. Here we report on DNA methylation …

… of reprogramming events, and understanding DNA methylation … potential drivers of epigenetic
reprogramming. Although some of … Moreover, Tet1 KO and Tet1/2 DKO mice have a fertility …

… may regulate global versus targeted reprogramming 15 . … with a methylation difference >0.1
between mouse ICM and mouse … mouse ICM if its methylation level is more similar to mouse …

… within mouse centromeres and the SINES. To analyze genome-wide DNA methylation changes
… 2Aa,e), indicating that the genome-wide DNA methylation level is comparable between …

… (a DNA methylation inhibitor) increase reprogramming efficiency suggesting that the resistance
of somatic cell chromatin to remodeling is a barrier to reprogramming [… by reprogramming …