Table 4. Texture properties of hot-air dried Actinidia arguta by various pretreatment of osmotic dehydration
Sample1) | Texture properties |
Strength (gf/cm2) | Hardness (gf/cm2) | Springness (%) | Cohesiveness (%) | Gumminess (gf) | Brittleness (gf) | Adhesiveness (gf) |
CONT | 235.43±99.182)abc3) | 882.96±372.08abc | 72.80±1.79a | 60.06±3.77ab | 623.17±237.01ab | 453.40±170.16a | -1.20±1.10d |
SUC3O | 203.42±52.42ab | 762.84±196.65ab | 78.40±2.19a | 65.04±3.55bc | 598.83±173.96ab | 469.36±138.96a | -20.80±7.92bc |
SUC3X | 274.12±90.39abc | 1,027.84±338.72abc | 74.40±4.56a | 59.36±3.58a | 728.08±232.43ab | 542.56±180.65a | -19.00±7.58bc |
SUC5O | 194.98±63.65ab | 731.18±238.64ab | 96.00±27.13b | 66.10±5.37c | 576.80±180.59ab | 544.60±179.95a | -79.40±23.73a |
SUC5X | 175.19±89.78a | 657.06±336.85a | 80.00±4.90ab | 63.84±2.53abc | 499.04±252.19a | 396.15±198.67a | -11.40±11.72cd |
SOR3O | 263.20±71.71abc | 987.14±269.05abc | 76.00±5.66a | 61.58±1.95abc | 729.66±204.79ab | 553.53±158.10a | -23.00±5.34bc |
SOR3X | 315.74±103.65bc | 1,183.84±388.56bc | 71.20±1.79a | 61.72±3.70abc | 865.80±246.87b | 615.37±173.13a | -31.00±11.66b |
SOR5O | 280.22±62.39abc | 1,051.00±234.01abc | 83.20±20.67ab | 62.18±4.13abc | 775.94±133.00ab | 657.41±258.74a | -25.40±12.12bc |
SOR5X | 331.18±93.56c | 1,242.06±350.98c | 72.80±5.22a | 60.08±2.71ab | 887.11±216.44b | 638.43±124.75a | -27.60±5.77bc |
CONT, no treatment; SUC3O, sucrose 50 °Brix solution with ascorbic acid 2% in 30; SUC3X, sucrose 50 °Brix solution in 30; SUC5O, sucrose 50 °Brix solution with ascorbic acid 2% in 55; SUC5X, sucrose 50 °Brix solution in 55; SOR3O, sorbitol 50 °Brix solution with ascorbic acid 2% in 30; SOR3X, sorbitol 50 °Brix solution in 30; SOR5O, Sorbitol 50 °Brix solution with ascorbic acid 2% in 55; SOR5X, sorbitol 50 °Brix solution in 55.
Values are mean±SD (n=5).
Values followed by different uppercase letter (a-d) within a column are significantly different at p<0.05 based on Duncan’s multiple rage test.