Table 1.
Changes in the soluble solid of cut kimchi cabbage with preservative dips during shor t-term storage at 5°C
Treatment1) | Storage period (weeks) |
1 | 2 | 3 | 4 | 5 | 6 |
Con | 1.7±0.062)eB | 1.6±0.00fC | 1.8±0.00dA | 1.6±0.00eC | 1.7±0.06bcB | 1.4±0.00bD |
As | 2.0±0.00bA | 1.8±0.00dB | 1.6±0.06eC | 1.6±0.00eC | 1.4±0.00eD | 1.3±0.00eE |
Ca | 1.9±0.00cC | 2.0±0.00bB | 2.1±0.06aA | 1.4±0.00fD | 1.4±0.00eD | 1.4±0.00dD |
Ct | 2.1±0.00aA | 1.9±0.00cB | 1.4±0.06fE | 1.9±0.00bB | 1.5±0.00dD | 1.6±0.06bC |
Ca/Ct | 2.0±0.06bA | 2.0±0.00bA | 2.0±0.00abA | 1.7±0.00dB | 2.0±0.00aA | 1.7±0.05aB |
Con; control, As; 2% ascorbic acid, Ca; 2% calcium chloride, Ct; 2% citric acid, Ca/Ct (2% calcium chloride:2% citric acid, 1:1).
abMeans followed by the same letters within the row of each kimchi cabbages are not significantly different (p<0.05); ABCmeans followed by the same letters within the column per parameter are not significantly different (p<0.05).