TL;DR
The results show that AGEs form random structures, oligomeric aggregates, and β-sheets, and that Galangin and Caffeic acid demonstrated significant antiglycation activity, suppressing AGEs formation in vitro.
These findings highlight plumbagin as a potent multifunctional compound capable of mitigating MGO-induced glycation, and highlight plumbagin as a potent multifunctional compound capable of mitigating MGO-induced glycation.
It is demonstrated that NAC effectively attenuates d‐ribose‐induced glycation and protein aggregation in vitro and provides mechanistic insights into its anti‐glycation properties through multiple complementary biochemical mechanisms.
Malondialdehyde (MDA) is one of the principal and most studied reactive carbonyl species derived from polyunsaturated fatty acid peroxidation. This aldehyde is a chemically reactive molecule and should not be considered merely as a marker of lipid peroxidation. Its interaction with proteins, commonly termed protein lip...
Multiple anti-glycation assays helped distinguish inhibition of the formation of glycation-related modifications from effects on preformed glycation-related modifications and revealed distinct anti-glycation profiles among the herbal extracts.
The findings suggest that SP is a multi-pathway natural antiglycation agent, but its efficacy in real food matrices requires further validation.
Trans-ferulic acid is identified as a promising multi-target agent capable of disrupting the glycation-oxidative stress cycle at multiple levels by concurrently reducing reactive species, suppressing carbonyl formation, and limiting protein aggregation.
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