… the repair process by … also participate to protect DNA against oxidative damage, such as
NTH1, MTH1, NEIL1-3, XRCC1 and PARP-1 [57,58,59,60]). Another DNA glycosylase involved …

… of oxidative DNA base lesions and the role of DNA glycosylase enzymes repairing these …
the role of DNA base oxidation as an epigenetic mechanism involved in brain diseases, as …

… Moreover, when HeLa cell extracts were incubated with 20 bp cdA substrates, no DNA
glycosylase-mediated cleavage was observed suggesting that human DNA glycosylases cannot …

… systems of antioxidant defense and oxidative damage repair in bacteria are now regarded
… In bacteria, several DNA glycosylases are responsible for oxidative damage repair. In E. coli, …

… involved in oxidative damage repair, the H2tH glycosylases represent good candidates for
acquisition from symbiotic mitochondria functionally associated with the evolution of oxidative …

… can either favor cell transformation, tumorigenesis, and/or drug resistance, or instead
sensitize cells to oxidative damage by enhancing the production of toxic BER products [20]. A …

… As described earlier, we found increased accumulation of oxidative DNA damage with age in
… These observations suggest that oxidative damage in the genome alone is not sufficient for …

… It is assumed that the MutY/MUTYH enzymes, in addition to their direct DNA glycosylase
function, can serve as sensors of oxidative stress due to the presence of iron-sulfur clusters ([Fe …

… Nei-like DNA glycosylase genes encoding protein that regulate the DNA repair process in
… This study examined the genomic sequences of Nei-like DNA glycosylases in the vertebrate …

… and DNA glycosylases may participate in BER coordination, we decided to study the effects
of various DNA glycosylases on Polβ’s nucleotidyl transferase activity toward different DNA …