… loss, imprinting erasure, and impaired developmental potential in vivo. Therefore… methylated
paternal DMRs. The binding of ZFP57 at imprinted DMRs further promoted DNA methylation …

… effects of folicacid on the Global genome DNA methylation and cell behavioral of folic acid
on … global genome DNA methylation and cell behavioral. Journal of Developmental Medicine(…

… Abstract: To examine the features of DNA methylation … Our results showed significant
differences in DNA methylation … , the percentage of DNA methylation polymorphic bands of …

… DNA methylation in Alzheimer’s disease neuropathology. The examination of various brain
regions reveals distinctive DNA methylation … to certain tissues or developmental stages. …

… mechanisms like DNA methylation and histone modifications are involved in the regulation
of neuronal development, function and aging. DNA methylation by DNA methyltransferases (…

… The most studied epigenetic modifications are DNA modifications, in particular DNA
methylation. DNA methylation refers to the process of adding methyl groups to DNA molecules, in …

… , DNA methylation reprogramming and chromatin remodeling.Abnormalities in epigenetic
remodeling can lead to severe developmental … advances in DNA methylation reprogramming, …

… changing the primary DNA sequence, and include DNA methylation and hydroxymethylation…
course of life, and according to the Developmental Origin of Health and Disease theory, the …

… for protein translation in response to specific developmental cues. One example is the nuclear
… DNA methylation can inhibit IR via recruitment of MeCP2 and its interacting spliceosome …

… In summary, our work elucidated the dynamic pattern of DNA methylation in the spinal cord
… pattern, at least compared with its effect on the developmental stage of the CNS. Moreover, …