Free radicals are highly reactive molecules containing unpaired electrons that can damage cellular components through oxidative stress. Research published in Antioxidant Activity examines both the generation of free radicals and the protective mechanisms that counteract their effects. Studies have investigated the f…
Free radicals are highly reactive molecules containing unpaired electrons that can damage cellular components through oxidative stress. Research published in Antioxidant Activity examines both the generation of free radicals and the protective mechanisms that counteract their effects. Studies have investigated the formation of superoxide anion radicals during methylglyoxal-dependent reactions involving glucose metabolites, elucidating pathways of non-enzymatic free radical production. The journal's work explores diverse antioxidant sources capable of scavenging free radicals, including natural compounds from medicinal plants such as Surinamese adaptogenic species, curry leaf, and Mexican poppy, as well as tea polysaccharides with hepatoprotective properties. Research has evaluated radical-scavenging activities in both cell-free systems and living cells, including cardiomyoblast and hepatic cell lines subjected to oxidative stress induced by hydrogen peroxide. Additional investigations have examined antioxidant formulations containing vitamins and minerals in animal models of metabolic disorders, cardiovascular conditions, and ulcerative colitis. The topic holds significance because free radical-mediated oxidative damage is implicated in numerous pathological conditions, and understanding both radical generation mechanisms and antioxidant interventions informs potential therapeutic approaches for managing oxidative stress-related diseases.
12 peer-reviewed articles, ranked by relevance. Each links to its DOI.
The 12 articles above have been cited 94 times in the scholarly literature. Citation data via OpenAlex and Crossref, updated Jun 2026.
A sample of recent works citing this journal's research on Free Radicals, linking to each citing work.