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首页> 外文期刊>Journal of Food Science >Development of a Prototype High-energy, Nutrient-dense Food Product for Emergency Relief
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Development of a Prototype High-energy, Nutrient-dense Food Product for Emergency Relief

机译:开发用于紧急救济的高能,高营养原型食品

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摘要

A prototype soy-based bar that could be used as an emergency food product for refugees and displaced persons was developed using specifications set forth by the Inst. of Medicine (IOM) as guidelines for the initial product. Corn syrup (CS), granulated sugar (GS), high fructose corn syrup (HFCS), and/or crystalline fructose (CF) were combined to sweeten 3 baked bar prototypes (HFCS/CF, CS/GS, and CS/HFCS). The CS/GS prototype had the lowest water activity, firmest texture, and scored highest for overall degree of liking. Proximate composition, calorie content, water activity, and sensory acceptability were determined to be close to the IOM guidelines. Vitamin analyses revealed vitamin A and folic acid retention and thiamin and ascorbic acid losses during baking.
机译:根据研究所制定的规范,开发了一种原型大豆棒,可用作难民和流离失所者的紧急食品。医学(IOM)作为初始产品的指南。玉米糖浆(CS),砂糖(GS),高果糖玉米糖浆(HFCS)和/或结晶果糖(CF)组合在一起使3个烘烤的条形原型变甜(HFCS / CF,CS / GS和CS / HFCS) 。 CS / GS原型具有最低的水分活度,最坚硬的质地,并且总体喜欢程度得分最高。确定其接近的成分,卡路里含量,水分活度和感官接受度均接近IOM准则。维生素分析显示烘烤过程中维生素A和叶酸的保留以及硫胺素和抗坏血酸的损失。

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