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Effect of Processing Methods on Proximate Composition and Functional Properties of Improved Chickpea (Cicer arietinum L.) Varieties Grown in Ethiopia

机译:加工方法对埃塞俄比亚改良鹰嘴豆(Cicer arietinum L.)品种近邻组成和功能特性的影响

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Chickpea (Cicer arietinum L.) is an important and cheap source of legume protein which can be used as a substitute for animal protein that is limited in supply and expensive. However, the presence of certain antinutritional factors has become a hindrance to the availability of the protein during human consumption. This study was, initiated with the objective of determining the effect of different processing methods on Proximate composition and functional properties of selected improved Chickpea Varieties (Natoli of Desi and Arerti of Kabuli) grown in Ethiopia. The experiment was carried out in a CRD with chickpea variety as the first factor of two levels (Natoli and Arerti) and processing method as a second factor of the five levels (dry roasting, dehulling, soaking, germinating and boiling). The result indicated that the ash, crude protein, crude fiber, crude fat, total carbohydrates and energy of the unprocessed chickpeas were 3.77%, 18.71%, 5.81%, 6.97%, 55.90%, and 361.13 kcal/100g, respectively. After processing the values of these same parameter ranged from 3.21 to 3.67%, 12.51 to 22.62%, 2.43 to 5.32%, 6.94 to 8.48%, 53.34 to 68.52%, and 360.20 to 392.86 kcal/100g, respectively. Bulk density, water absorption capacity, oil absorption capacity, solubility and swelling power were 0.46glcm 3 , 1.55 g/g, 2.02g/g, 28.49% and 16.08%, respectively while after processing the values remained between 0.40 to 0.58 g/cm 3 , 1.25 to 2.73 g/g, 1.91 to 2.30 g/g, 18.05 to 28.62% and 10.04 to 15.66%, respectively. The results clearly indicated that, among processing methods, dehulling and germination significantly increase the nutritional content while boiling method is best for high water and oil absorption capacity. The present study recommends that dehuling is the best method to increase protein, fat, and energy values and the lower bulk density value in the formulation of complementary foods for children below of two years.
机译:鹰嘴豆(Cicer arietinum L.)是一种重要且廉价的豆类蛋白质来源,可以用作动物蛋白质的替代品,这种动物蛋白质的供应有限且价格昂贵。但是,某些抗营养因子的存在已成为人类食用蛋白质的障碍。这项研究的目的是确定不同加工方法对在埃塞俄比亚种植的精选改良鹰嘴豆品种(Desi的Natoli和Kabuli的Arerti)的近成分和功能特性的影响。实验是在CRD中进行的,鹰嘴豆品种是两个级别的第一因素(Natoli和Arerti),加工方法是五个级别的第二因素(干烤,脱壳,浸泡,发芽和煮沸)。结果表明,未加工的鹰嘴豆的灰分,粗蛋白,粗纤维,粗脂肪,总碳水化合物和能量分别为100%/ 3.77%,18.71%,5.81%,6.97%,55.90%和361.13 kcal。处理后,这些相同参数的值分别为3.21至3.67%,12.51至22.62%,2.43至5.32%,6.94至8.48%,53.34至68.52%和360.20至392.86 kcal / 100g。堆积密度,吸水量,吸油量,溶解度和溶胀力分别为0.46gl·cm 3,1.55g / g,2.02g / g,28.49%和16.08%,而加工后该值保持在0.40至0.58g / cm3之间。 3分别为1.25至2.73 g / g,1.91至2.30 g / g,18.05至28.62%和10.04至15.66%。结果清楚地表明,在各种加工方法中,脱壳和发芽会显着增加营养含量,而沸腾方法最适合高吸水和吸油能力。本研究建议在为两年以下的儿童配制辅食时,去壳是增加蛋白质,脂肪和能量值以及降低堆积密度值的最佳方法。

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