In conclusion, here we determined the antioxidant and anti-glycation properties of the AESs of dried algae products made in the Noto peninsula.
The AESs of brown algae kurome E2 and tsuruarame E1 showed strong DPPH radical-scavenging capacities and
Fe-reducing powers with high total phenolic compound contents.
On the other hand, the superoxide anion radical-scavenging capacities of iwanori P, mekabu Up’2, and tengusa G1 were also high.
Although the anti-glycation activities shown by the BSA-Fru and BSA-MGO models were also high in kurome, a Rhodophyta (iwanoriP) showed high activity.The results of the BSA-Frumodel,whichevaluates all stages of protein glycation, agreed with the superoxide anion radical-scavenging results.
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.
In conclusion, here we determined the antioxidant and anti-glycation properties of the AESs of dried algae products made in the Noto peninsula. The AESs of brown algae kurome E2 and tsuruarame E1 showed strong DPPH radical-scavenging capacities andFe-reducing powers with high total phenolic compound contents.On the other hand, the superoxide anion radical-scavenging capacities of iwanori P, mekabu Up’2, and tengusa G1 were also high.Although the anti-glycation activities shown by the BSA-Fru and BSA-MGO models were also high in kurome, a Rhodophyta (iwanoriP) showed high activity.The results of the BSA-Frumodel,whichevaluates all stages of protein glycation, agreed with the superoxide anion radical-scavenging results. 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.
การแปล กรุณารอสักครู่..
