… In this study, we have performed genome-wide transcriptomic and DNA methylation … -specific
vulnerabilities within GBM IDHWT tumours and identifying potential molecular pathways …

… DNA methylation and DNA repair processes, although the molecular function of DNA
methylation in DNA … that could provide genetic vulnerabilities to these compounds can offer …

… the effects of nutrition on DNA methylation pathways, but to our … in DNA methylation and
demethylation. We also aim to go through all of the possible nutrient and DNA methylation …

… Furthermore, epigenetic regulation of gene expression and DNA methylation profiles are
tissue and cell specific so the vulnerability will be cell and tissue specific and dependent on the …

… DNA methylation also affect the cell mutation rate, for instance, through higher rates of
spontaneous deamination at methylated … Not only DNA methylation but also histone methylation, …

… DNA methylation is critical for developmental changes in gene regulation, the classic model
being promoter methylation in … for the defect are vulnerable to hyperhomocysteinemia when …

… DNA methylation patterns are susceptible to change in response to environmental stimuli …
to be most vulnerable during early in utero development. Aberrant DNA methylation changes …

… Both DNA methylation and histone modifications have been shown to be vulnerable to
disruption … into epigenomic plasticity that is vulnerable to disruption by environmental exposures. …

… to the development of DNA methylation-based predictors across a … the progress of existing
DNA methylation-based predictors, … capacity for functional molecular interpretation. However, …

… fidelity down unique cell lineages is at the core of molecular epigenetics research. One key
component of this elaborate choreography is the covalent modification of DNA and histones ( …