… characterized epigenetic mark. We will first outline the basic features of DNA methylation
and then present an overview of its intricate crosstalk with other epigenetic pathways. These …

… epigenetic control of gene expression in mammals involves DNA methylation and that this
control of expression is associated with gene-specific methylation patterns (Yeivin and Razin …

… In addition, disordered epigenetic gene regulation is a … in epigenetic gene regulation
including DNA methylation; … reader to the concept of DNA methylation as a regulator of gene …

… marks being reversible, research has started to focus on epigenetic … epigenetics, we are
forced to revisit our dogma. For example, recent studies challenge the idea that DNA methylation …

… epigenetic inheritance of cellular identity that is widely used in eukaryotes.DNA methylation
confers distinct epigenetic … Here we discuss fundamental mechanisms of DNA methylation …

… methylation, it may control DNA replication and gene expression in eukaryotes. Besides, the
control for adenine DNA … ) as a result of their incorporation into DNA may be a mechanism of …

… controlled by specific DNA methylation will be discussed later. Initially, I will consider the
question of the epigenetic control of gene activity by DNA methylation … from the controls of gene …

… In this review, we seek to clarify the role of DNA methylation in the … DNA methylation is
considered as an epigenetic mechanism in the mammalian cells that is mediated by DNA …

… EPIGENETIC CHANGES IN THE GERM LINE Epigenetic controls are normally discussed
in … line cells are also subject to controls, probably based on DNA methylation. According to …

… The DNA methylation field is currently in a state of high activity as the links between stable
epigenetic states, chromatin structure, and heterochromatinization begin to become clearer. …