… causes photooxidative damage to various cellular entities such as … Many studies demonstrated
the critical role of H 2 O 2 in … resistance mechanisms, the antioxidant defense systems …

… -associated diseases, it is critical to find antiglycation compounds with … Therefore, to develop
a more efficient and sensitive … MGO-induced oxidative damage in cell culture systems, their …

… place in the field of resistance to glycation damage, as it is well … can enhance the anti-glycosylation
efficacy. Will LAB add … groups in protein against methylglyoxal-induced responses. …

… direct or indirect ROS-mediated damage of vital cellular com… induce the formation of
methylglyoxal from glyceraldehyde 3-… immune cells, further exacerbating insulin resistance [67]. …

… involved in the detoxification of methylglyoxal (MG) which, … a prominent role in improving
tolerance to oxidative stress … affecting a signaling pathway critical for efficient response to high …

… ROS-mediated oxidative stress could induce damage to … , as well as their resistance to
various chemotherapeutic agents… pathway; for instance, methylglyoxal and itaconate are the …

… important stress-responsive hormone that plays a crucial role in osmotic stress and especially
in ROS-mediated … free ROS scavenger and opposite to ABA and induces salt tolerance in …

… to overcome ROS-mediated oxidative damage to the cellular … to As tolerance were used
for the evaluation of pea plants. … Over-accumulation of methylglyoxal (MG) in plant cells leads …

… cells or impaired resolution can lead to tissue damage and be … levels of methylglyoxal,
which exerts a critical role on their … , which was crucial for increased lifespan and resistance to …

… , scavenging and the overall metabolism gets decisive for … for cellular damage and
subsequently triggered programmed … Another important RCS is methylglyoxal, which is produced …