FENUGREEK SEEDPROTEIN ISOLATE: AMINOACID COMPOSITION AND FUNCTIONALPROPERTIES

Salama Mustafa, R. A. Al-Masry, A.M. Abu Aita, A. Ibrahim
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Abstract

: With increasing demand for new protein sources, research on plant protein extraction and evaluation of the functional properties of protein isolates is necessary. Proteins were obtained from fenugreek seeds. Protein solubility, emulsifying capacity and emulsion stability, foaming capacity, and foam stability were used to determine the fenugreek a chemical composition and functional properties of proteins. The profiles of the solubility curves corresponding to the participating fenugreek protein indicate a minimum solubility at pH2. The emulsifying capacity of fenugreek participated fenugreek protein was low (3.2%) but it has high emulsifying stability (98.9%). Fenugreek proteins have show a high foaming capacity at pH 2 and the suitable time to form the foam is 30 min. the high stability of foam was 78.8%. The result of this study emphasized that fenugreek protein has a greater ability to absorb water than oil. Thus, the experiments suggest that fenugreek protein can be successfully used as a food ingredient due to its nutritional value, chemical composition, and functional properties.
胡芦巴种子分离蛋白:氨基酸组成及功能特性
随着人们对新蛋白质来源的需求不断增加,对植物蛋白的提取和分离蛋白功能特性的研究是必要的。从葫芦巴种子中获得蛋白质。用蛋白质溶解度、乳化能力和乳化稳定性、起泡能力和泡沫稳定性来测定胡芦巴a蛋白质的化学组成和功能特性。与参与胡芦巴蛋白相对应的溶解度曲线显示在pH2下的最小溶解度。胡芦巴参与胡芦巴蛋白乳化能力低(3.2%),但乳化稳定性高(98.9%)。胡芦巴蛋白在pH值为2时表现出较高的发泡能力,形成泡沫的适宜时间为30 min,泡沫的高稳定性为78.8%。这项研究的结果强调胡芦巴蛋白具有比油更大的吸水能力。因此,实验表明胡芦巴蛋白由于其营养价值、化学成分和功能特性,可以成功地用作食品原料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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