On the other hand, the recovery of TMA was significantly higher inin vitrodigested fruit sample
(9%) compared to its processed juice (5%) (Table 4)(p< 0.05). Furthermore, while the recoveries of TPC and TFC were around 20–25% and 35–40%, respectively, for both fruit and juice samples,
the TMA recovery was found to be much lower (5–10%) (Table 4).
The fourin vitrotests applied to measure the TAC all gave different
recovery values, ranging between approximately 5% (determined
with FRAP assay) and approximately 55–60% (determined with
DPPH assay) (Table 4). The effectiveness of antioxidants in foods
and in biological systems is often assessed with a number of different methods, since a robust total antioxidant capacity assay based
on a single chemical reaction is not yet available. Thus, several
in vitro tests, based on different principles, are performed simultaneously in order to get a more detailed picture for evaluating the
antioxidants in a food or biological system.
On the other hand, the recovery of TMA was significantly higher inin vitrodigested fruit sample(9%) compared to its processed juice (5%) (Table 4)(p< 0.05). Furthermore, while the recoveries of TPC and TFC were around 20–25% and 35–40%, respectively, for both fruit and juice samples,the TMA recovery was found to be much lower (5–10%) (Table 4).The fourin vitrotests applied to measure the TAC all gave differentrecovery values, ranging between approximately 5% (determinedwith FRAP assay) and approximately 55–60% (determined withDPPH assay) (Table 4). The effectiveness of antioxidants in foodsand in biological systems is often assessed with a number of different methods, since a robust total antioxidant capacity assay basedon a single chemical reaction is not yet available. Thus, severalin vitro tests, based on different principles, are performed simultaneously in order to get a more detailed picture for evaluating theantioxidants in a food or biological system.
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