全豇豆荚和大麦壳在营养强化复合粉生产中的应用

Urvashi, Anuradha Dutta, R. Raghuvanshi, Y. Singh, Nivedita, S. Tilara, D. Joshi
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引用次数: 0

摘要

背景:豇豆是豆科一年生攀缘作物,其种子和豆荚可食用。豇豆富含多种营养物质,如纤维、蛋白质、铁、钾,脂肪和卡路里含量低。据观察,非传染性疾病在印度和全球都在迅速增加。当务之急是通过改变饮食习惯来控制疾病的发病率。本研究的重点是通过在膳食中添加更多的纤维和各种营养成分来制备全豇豆豆荚复合面粉。方法:采用全豇豆豆荚粉、大麦壳粉和全麦粉配制复合面粉。分析了复合面粉和大麦皮的营养特性。并进行了两种不同包装材料的贮藏研究。结果:该复合面粉含有大量的蛋白质、能量和粗纤维,具有良好的营养特性。面粉中铁、镁、钙含量较高,大麦皮中锰含量较高。叠铝袋被发现更适合用作包装材料。
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Utilization of the Whole Cowpea Pod and Barley Husk in The Production of Nutritionally Enriched Composite Flour
Background: Cowpea is a climbing annual crop from Fabaceae family which is grown for its edible seeds and pods. Cowpea is rich in various nutrients such as fibre, protein, iron, potassium and is low in fat and calories. It has been observed that non-Communicable diseases are increasing at a rapid rate in India as well as globally. The need of the hour is to control the rate of diseases through modification in dietary practices. This study has focused on formulation of whole cowpea pod enriched composite flour by including more fibre and various nutrients in the diet. Methods: In the study, composite flour using whole cowpea pod flour, barley husk flour and whole wheat flour was developed. The nutritional characteristics of composite flour and barley husk were analyzed. Storage study with two different packaging materials was also done. Result: The composite flour was found to have good nutritional properties as it contained valuable amount of protein, energy and crude fibre. It was also found that the flour had higher content of iron, magnesium and calcium while barley husk had higher content of manganese. Laminated aluminium pouches found to be more suitable for use as a packaging material.
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