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首页> 外文期刊>Asian Journal of Chemistry: An International Quarterly Research Journal of Chemistry >Extraction Optimization and Functional Properties of Protein from Amygdalus pedunculitis Seeds
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Extraction Optimization and Functional Properties of Protein from Amygdalus pedunculitis Seeds

机译:扁桃体种子的蛋白质提取优化及功能特性

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摘要

Amygdalus pedunculatus seeds contain good-quality proteins. In this paper, maximum yield (55.85 %) was obtained when temperature, extraction time and liquid/solid ratio were 39.49 °C, 80 min and 15.88:1 (v/w) by using response surface methodology. The amino acid composition of Amygdalus pedunculatus seed protein was analyzed and the proportion of the essential amino acids was closer to the FAO recommended values, among which, glutamic acid was in a particular high level (25.24 % of total amino acid content). The maximum and minimum protein solubility of Amygdalus pedunculatus seed protein were found at pH 10 and pH 4. Water and oil absorption capacity were 2.20 mL H2O/g protein and 2.70 mL oil/g protein. Foaming capacity and emulsifying activity of Amygdalus pedunculatus seed protein were affected by pH (2-10). The least gelation concentration and surface hydrophobicity (So) were 12 % and 290, respectively. These results indicated that Amygdalus pedunculatus seed protein as a potential ingredient could be used in the food industry.
机译:杏仁扁桃种子含有优质蛋白质。本文采用响应面法,当温度,提取时间和液固比为39.49°C,80 min和15.88:1(v / w)时,获得最大产率(55.85%)。分析了杏仁扁桃种子蛋白的氨基酸组成,必需氨基酸的比例更接近于粮农组织的推荐值,其中谷氨酸含量特别高(占总氨基酸含量的25.24%)。在pH 10和pH 4下发现了杏仁扁桃种子蛋白的最大和最小蛋白溶解度。吸水和吸油量分别为2.20 mL H2O / g蛋白和2.70 mL油/ g蛋白。酸杏仁扁桃种子蛋白的起泡能力和乳化活性受pH值的影响(2-10)。最小的胶凝浓度和表面疏水性(So)分别为12%和290。这些结果表明,杏仁扁桃种子蛋白作为潜在成分可用于食品工业。

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