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Optimizing dehydration of apples Malus Domestica with fructo-oligosaccharide incorporation

机译:低聚果糖掺入法优化苹果海棠的脱水

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The objective of the present study was to study the effect of the variables of the osmotic dehydration process on sliced Fuji apples (Malus domestica) using a 2 x 32 factorial design. The variables studied in the apple slices were the pretreatment (blanching or acidification), the temperatures (30, 45 and 60oC) and the FOS concentration (40%, 50% and 60% m/v) of the osmotic solution. There was no difference among the pretreatments for the water activity and titratable acidity. The slices pre-treated by the acidification presented less enzymatic browning (greatest luminosity L* value) combined with a greater soluble solid contents (thus, this treatment was selected). Treatments T4 (45oC and 40% m/v) and T7 (60oC and 40%m/v), using the acidification presented responses within the recommended standards and FOS were validated by the repetition.
机译:本研究的目的是使用2 x 32因子设计研究渗透脱水过程变量对切成薄片的富士苹果(Malus domestica)的影响。在苹果片中研究的变量是渗透溶液的预处理(分枝或酸化),温度(30、45和60oC)和FOS浓度(40%,50%和60%m / v)。预处理之间的水分活度和可滴定酸度没有差异。通过酸化预处理的切片呈现较少的酶促褐变(最大发光度L *值),同时具有较高的可溶性固形物含量(因此,选择此处理)。通过酸化处理T4(45oC和40%m / v)和T7(60oC和40%m / v),并在推荐的标准范围内做出反应,并通过重复验证了FOS。

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