Ready-to-eat mango and peanut bar as a value-added alternative for producers and market demand

Dominique Moreno-Ayala , María Dolores Muy-Rangel , José Basilio Heredia , Diego Alonso Gastelum-Chavira , Josefina León-Félix , Octavio Valdez Lafarga , José Benigno Valdez-Torres
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Abstract

In the search for added value for mango and peanut production in the state of Sinaloa, México; as well as the fulfillment of market demand for nutritious, easy-to-handle, and sensorial attractive foods, a study was conducted to optimize the preparation of a mango bar with walnuts under different processing conditions and ingredient mixtures, using Ataulfo mango pulp as the base material. A three-component mixture design was applied: mango (74–88 %), peanut (7–20 %), and walnut (1–5 %), with extreme vertices and two process variables (temperature and time). An optimized mango bar with dehydrated fruit was made under conditions of 60 °C for 3 h and a mixture of 85.8, 8.7, 3.5, and 2 % mango, peanut, walnut, and almond, respectively. The mango bars showed good microbiological quality, aw values of <0.6, significant protein, dietary fiber, minerals, and carotenoid content of 19 µg/g. The dehydrated mango bar with dried fruits is a ready-to-eat and easy-to-handle food alternative.

Abstract Image

即食芒果和花生棒作为生产者和市场需求的增值替代品
在锡那罗亚州为芒果和花生生产寻找附加值的过程中,m30.xico;为了满足市场对营养丰富、易加工、感官吸引的食品的需求,以Ataulfo芒果果肉为基料,在不同的加工条件和配料配比下,对核桃芒果棒的制备进行了优化研究。采用三组分混合设计:芒果(74 - 88%)、花生(7 - 20%)和核桃(1 - 5%),极值顶点和两个过程变量(温度和时间)。以芒果、花生、核桃和杏仁为原料,分别添加85.8、8.7、3.5%和2%,在60℃条件下发酵3 h,制得芒果脱水棒。芒果棒具有良好的微生物品质,aw值为0.6,蛋白质、膳食纤维、矿物质和类胡萝卜素含量为19µg/g。含有干果的脱水芒果棒是一种即食和易于处理的食物替代品。
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