… of immunologic memory that shares many features with CD8 T effector and memory cells
following antigen activation.Citation 22 The work herein studied the DNA methylation profiles of …

… DNA methylation (DNAm) is a covalent modification of cytosine residues, mostly at CG
dinucleotides (CpG sites) (10). By measuring the methylation level at CpG sites with cell-type–…

… wide DNA methylation patterns is still evolving. We review the development of DNA methylation
… prior to microarray hybridization, immunological separation techniques became relevant …

… their DNA upon antigen stimulation, the aim of this study was to investigate whether DNA …
-IL-6 receptor monoclonal antibody restores DNA methylation and control of HRES-1/p28 …

… emphasize how unique DNA methylation patterns may … infections are known to modify
DNA methylation in host cells (15… our hypothesis that distinct DNA methylation signatures are …

… We detected CpG sites with DNA methylation levels associated with MTX treatment in CD4
+ naïve and memory T cells isolated from RA patients. Several of these CpGs were annotated …

… Since DNA methylation plays a key role in controlling gene … gain and loss of DNA methylation.
The epigenetic changes map … Non-CpG methylation also occurs in differentiating human B …

… Figure 1 Genetics, environment, and DNA methylation are interrelated in T cell function for
… DNA methylation, histone modifications, and microRNAs. We focus on the DNA methylation …

… in DNA methylation are closely associated with the potential onset of various diseases.
Consequently, numerous DNA methylation detection … employed DNA methylation detection …

… regulate DNA methylation by targeting the DNA methylation … of global DNA methylation
and the re-expression of DNA … between miRNAs and methylation regulation provides an …