… All association models were adjusted for age at death, … -wide association between brain
tissue–based DNA methylation in … This association was significant across different domains and …

… Alzheimer’s disease (AD). Our recent identification of altered APOE DNA methylation in AD
… In our second model, we compared overall percentages by disease status by including fixed …

… specific transcription and methylation [14]. These findings supported the notion that DNA
methylation is a … Two different AD mouse models were used in this study. The acute Aβ-induced …

… DNA methylation-based age prediction models are not only … DNA methylation levels
were also observed in the peripheral blood mononuclear cells of late onset Alzheimer disease …

… transgenic animal models suggests … as DNA methylation at CpG dinucleotides or oxidation
of guanosine residues Citation[42]. DNA methylation can perturb the interaction of methylated …

… DNA methylation pathway with a series of changes in AD-related substance. This review will
concentrate on the relation between DNA methylation … transgenic mouse model shows that …

… : DNA methylation plays a potential role in the pathogenesis of Alzheimer’s disease (AD). …
be carried out in vitro and in animal models to provide stronger evidence to support differential …

… DNA methylation. Thus, we hypothesize that the presence of an ɛ4 allele changes the DNA
methylation … a second linear mixed effects model (Model 2) that expanded Model 1 with the …

… DNA methylation was found to be reduced in the brain entorhinal cortex layer II of AD … ,
and it is such induced DNA methylation variations that lie at the core of the LEARn model. …

… DNA methylation has been considered a normal mechanism of gene silencing with a crucial
role in the transcriptional repression of repeated and centromeric regions. However, the …