… DNA methylation can be carcinogenic and that turnout cells are altered in DNA methylation.
… pattern of DNA methylation. Evidence that one or more steps in carcinogenesis may have an …

… The phenotypes, which at first sight appear to be a result of a mutation in a structural gene,
are in all probability a result of the epigenetic inactivation of these genes by DNA methylation. …

… 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 …

… The general features of epigenetic … specific DNA methylation will be discussed later. Initially,
I will consider the question of the epigenetic control of gene activity by DNA methylation in …

… pathophysiology associated with aberrant sperm DNA methylation may provide long-… erasure
of DNA methylation in primordial germ cells results in an epigenetic defect of sperm, some …

… of a field defect has been postulated. In this study, we compared the DNA methylation patterns
between noninvasive and invasive UC and the DNA methylation patterns between normal…

… insights into the epigenetic crosstalk between DNA methylation, histone modifications, and
… studies in DNA methylation primarily focusing on the interplay between different epigenetic …

… Loss of imprinting (LOI) is the disruption of imprinted epigenetic marks through gain or loss
of DNA methylation, or simply the loss of normal allele-specific gene expression 28 . Studies …

… DNA methylation is a flexible epigenetic feature of the genome that can be established,
maintained and erased. Being flexible, this feature had been successfully employed to serve the …

… More detailed knowledge about the altered DNA methylation and histone marks that are
introduced by epigenetic gene mutations as well as more insight into neuronal genes whose …