Table 2.
Electron donating ability of hot-water and ethanol extracts from soybean and small black bean (%)
Samples1) | Concentration of extracts (mg/mL) |
0.625 | 1.25 | 2.5 | 5 | 10 |
SWE | 19.99±0.663)no4) | 21.51±0.45n | 26.51±0.36m | 40.25±1.52j | 57.70±2.71f |
SBWE | 19.68±0.95no | 24.59±0.37m | 33.07±0.48k | 51.99±0.93h | 73.05±0.80d |
SEE | 18.38±2.38o | 21.33±0.72n | 34.23±1.31k | 53.10±0.07h | 77.82±0.78a |
SBEE | 19.50±1.34no | 29.09±0.60l | 46.14±0.70i | 55.60±1.20g | 69.03±0.87e |
AsA2) | 74.21±1.78cd | 74.56±0.90bcd | 74.43±0.21bcd | 75.95±0.61abc | 76.53±0.93ab |
The experimental samples are as follows SWE : Soybean hot-water extract, SBWE : Small black bean hot-water extract, SEE : Soybean ethanol extract, SBEE : Small black bean ethanol extract.
AsA : ascorbic acid.
All value are expressed as Mean±SD of triplicate determinations.
Different superscripts within the column are significantly different at p<0.05 by Duncan's multiple range test.