Table 4.
Changes in the titratable acidity during storage of starter kimchi contaminated with aflatoxins (Unit: %)
Samples | Storage periods (week) |
0 | 2 | 4 | 6 | 8 |
A1) | 0.46±0.01aA2) | 0.63±0.02aB | 0.94±0.01abC | 0.94±0.01aC | 1.16±0.06aD |
B | 0.53±0.01bcA | 0.82±0.02bB | 0.93±0.02aC | 0.93±00.3aC | 1.16±0.02aD |
C | 0.55±0.01cA | 0.80±0.02bB | 0.97±0.01bC | 1.07±0.03cD | 1.27±0.01bE |
D | 0.52±0.01bA | 0.79±0.02bB | 0.91±0.02aC | 1.01±0.01bD | 1.20±0.02aE |
A, Control; B, Kimchi contaminated with aflatoxins (AFs); C, Kimchi contaminated with aflatoxins+inoculated Lac. plantarum (AFs+LP); D, Kimchi contaminated with aflatoxins+inoculated Leu. mesenteriods (AFs+LM).
Any means in the same column (a-d) or row (A-E) followed by different letters are significantly (p<0.05) different by Duncan’s multiple range test.