Table 3
Changes in pH, water and sugar contents of Yanggaeng containing different type and concentration of roasted coffee ground residue
Samples1) | pH | Watercontents (%) | Sugarcontents (°Brix) |
Control | 7.42±0.062)eD3) | 36.64±0.36aA | 11.90±0.10cE |
CREY | 0.1 | 7.29±0.01d | 37.88±0.55b | 11.75±0.00b |
0.3 | 7.17±0.02c | 37.46±0.25ab | 11.70±0.00b |
0.5 | 7.10±0.00b | 38.49±0.68c | 11.35±0.02a |
1 | 7.10±0.01a | 38.92±0.56c | 11.30±0.00a |
CRPY | 0.1 | 7.15±0.02C | 40.00±0.46B | 11.70±0.00D |
0.3 | 7.12±0.00C | 39.70±0.40B | 11.57±0.06C |
0.5 | 7.03±0.01B | 39.43±0.51B | 11.40±0.00B |
1 | 6.95±0.05A | 39.30±0.55B | 11.20±0.00A |
1)CREY, Yanggaeng containing roasted coffee ground residue extract; CRPY, Yanggaeng containing roasted coffee ground residue powder.
2)Each value was expressed as the mean±SD of triplicate assays.
3)a-e,A-EMeans with different superscripts within the CREY and CRPY are indicate significant differences (p<0.05).