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首页> 外文期刊>CyTA Journal of Food >Gelatinization temperature and acid resistance of jackfruit seed starch Temperatura de gelatinizaci???3n y resistencia ????cida de almid???3n de semilla de jaca
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Gelatinization temperature and acid resistance of jackfruit seed starch Temperatura de gelatinizaci???3n y resistencia ????cida de almid???3n de semilla de jaca

机译:菠萝蜜种子的糊化温度和耐酸性菠萝蜜种子的糊化温度??? 3n和淀粉耐酸性??? 3n

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The objectives of this work were to determine the gelatinization temperature of jackfruit starch and to compare the effect of pH on the viscosity and density of different botanical sources of starch pastes. The study was conducted according to a three????????????four factorial design with three repetitions, being three levels for the starch paste (jackfruit seed, corn and cassava) and four levels for pH (3.4; 4.4; 5.4 and 7.0). The results showed a gelatinization temperature (GT) of jackfruit seed starch ranging from 75 to 80 ???°C, superior to GT range of common starch sources. Density of all starch pastes increased with pH. The effect of the kind of starch was not significant ( P ????>????0.05). Viscosity of corn and cassava starch pastes varied with pH according to quadratic models. The viscosity of seed starch paste from jackfruit did not significantly vary with pH, indicating acid resistance.
机译:这项工作的目的是确定菠萝蜜淀粉的糊化温度,并比较pH对淀粉糊不同植物来源的粘度和密度的影响。该研究是根据三个因素进行的三因素四因子设计进行的,其中淀粉糊剂(菠萝蜜种子,玉米和木薯)的含量为三个水平,pH值为四个(3.4; 4.4、5.4和7.0)。结果表明,菠萝蜜种子淀粉的糊化温度(GT)为75至80℃,优于普通淀粉来源的GT范围。所有淀粉糊的密度均随pH值的增加而增加。淀粉种类的影响不显着(P≥0.05>≥0.05)。根据二次模型,玉米和木薯淀粉糊的粘度随pH值而变化。来自菠萝蜜的种子淀粉糊的粘度没有随pH显着变化,表明其耐酸性。

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