… However, the epigenome, including DNA methylation, needs to be reprogrammed to a …
embryogenesis [6,7]. Epigenetic reprogramming in the germline involves the erasure of somatic …

… We further show that methylation reprogramming of enhancers during early embryogenesis
is highly … Our data support the hypothesis that DNA methylation plays important roles during …

… demethylation dynamics during epigenetic reprogramming. In addition, … DNA methylation
erasure in the early embryo and PGCs, further adding to our mechanistic understanding of DNA …

… the preimplantation embryo. Recent technological advances in genome-wide DNA methylation
analysis and the functional description of novel enzymatic DNA demethylation pathways …

… This is the first complete and detailed analysis of the epigenetic reprogramming cycle during
preimplantation development. The three phases of methylation reprogramming may have …

… between possible mechanisms of DNA methylation reprogramming (that is, demethylation
and de novo methylation) and DNA methylation maintenance in the early mouse embryo. …

… and trans-generation inheritance, since the methylation patterns must first be … embryo and
survive the wave of reprogramming to occurs during pre-implantation embryonic development. …

… limited methylation reprogramming in the normal sheep embryo on reprogramming somatic
… and undergo a stepwise passive loss of DNA methylation during early development, as …

… reprogramming after microspore embryogenesis induction which involved a decrease of global
DNA methylation … proliferation, while DNA methylation increases with pollen and embryo …

… to-embryo epigenetics: how are paternal DNA methylation patterns maintained and maternal
DNA methylation patterns reprogrammed … in programming in vivo DNA methylation patterns …