On the other hand, that of the BSA-MGOmodel, which evaluates themiddle stage of protein glycation, agreed with results of total phenolic content, DPPH radical-scavenging capacity, and Fe-reducing power.
The anti-glycation activities of iwanori P, wakame Up1, and mekabu Up’2 in the BSA-Fru model were clearly increased by fermentation with Lb. plantarumAN6.
The present study’s results suggest that, once fermented with LAB, kurome and other edible algae have profitable
functions for preventing diabetes- and ageing-related glycation.
On the other hand, that of the BSA-MGOmodel, which evaluates themiddle stage of protein glycation, agreed with results of total phenolic content, DPPH radical-scavenging capacity, and Fe-reducing power. The anti-glycation activities of iwanori P, wakame Up1, and mekabu Up’2 in the BSA-Fru model were clearly increased by fermentation with Lb. plantarumAN6. The present study’s results suggest that, once fermented with LAB, kurome and other edible algae have profitablefunctions for preventing diabetes- and ageing-related glycation.
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