Chemical composition of different formulations of bean (Phaseolus vulgaris L.) sarazo consumed in Sinaloa

Alma Lorena Urias Sauceda, Nora Estela Ponce Fernandez, Pollorena Gregorio Lopez, Cindy Rosas Domínguez
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Abstract

The consumption of dry common beans in Mexico has been modified by eating habits. The green bean seed or sarazo, is harvested When the seeds Have Reached Their maximum size but the seeds are not ripe, contributing to ancestral recipes That still prevail in Sinaloa. The objective was to evaluate the chemical composition of sarazo bean consumed in Sinaloa Formulations, as a value-added food alternative. Sarazo bean seeds (Azufrado Higuera) was used. The treatments were sarazo fresh beans (FC), cooked beans (FCO), cooked beans with vegetables at 4.6% (F1) and beans with 47% of vegetables and meat products (F2). The chemical composition was evaluated in triplicate with the standardized methods of the AOAC (2000). The experimental design was completely random, the analysis included a one-way ANOVA and Differences Between average values ​​were evaluated With the Tukey (p≤0.05) test. The results Showed That, in fat content, F2 Showed Differences (p≤0.05) With respect to FC, FCO and F1, Caused by the Addition of fat include meat products in ITS That composition. In protein, FC showed no difference (p> 0.05) With FCO, by heat treatment but the Addition of meat products had a significant Increase in F2. The heat treatment affected the soluble fiber. The cooking modifies the chemical composition; however, the main effect was the Addition of other components: such as vegetables and meat products. In protein, FC showed no difference (p> 0.05) With FCO, by heat treatment but the Addition of meat products had a significant Increase in F2. The heat treatment affected the soluble fiber. The cooking modifies the chemical composition; however, the main effect was the Addition of other components: such as vegetables and meat products. In protein, FC showed no difference (p> 0.05) With FCO, by heat treatment but the Addition of meat products had a significant Increase in F2. The heat treatment affected the soluble fiber. The cooking modifies the chemical composition; however, the main effect was the Addition of other components: such as vegetables and meat products
在锡那罗亚消费的不同配方的沙拉佐豆(Phaseolus vulgaris L.)的化学成分
在墨西哥,干普通豆的消费已经被饮食习惯所改变。绿豆种子或sarazo,在种子达到最大尺寸但种子尚未成熟时收获,这是一种祖先的食谱,在锡那罗亚仍然流行。目的是评估在锡那罗亚配方中消耗的萨拉佐豆的化学成分,作为一种增值食品替代品。使用萨拉佐豆种子(Azufrado Higuera)。处理为鲜豆(FC)、熟豆(FCO)、熟豆加蔬菜4.6% (F1)和豆类加蔬菜和肉制品47% (F2)。采用AOAC(2000)的标准化方法,分三份对其化学成分进行评价。试验设计为完全随机设计,采用单因素方差分析,采用Tukey (p≤0.05)检验评价平均值之间的差异。结果表明,在脂肪含量方面,F2与FC、FCO和F1存在差异(p≤0.05),这是由于ITS组成中添加了包括肉制品在内的脂肪所致。在蛋白质方面,经热处理后的FC与FCO差异不显著(p> 0.05),但肉制品的添加显著提高了F2。热处理对可溶性纤维有影响。烹饪改变了化学成分;然而,主要的影响是添加了其他成分:如蔬菜和肉制品。在蛋白质方面,经热处理后的FC与FCO差异不显著(p> 0.05),但肉制品的添加显著提高了F2。热处理对可溶性纤维有影响。烹饪改变了化学成分;然而,主要的影响是添加了其他成分:如蔬菜和肉制品。在蛋白质方面,经热处理后的FC与FCO差异不显著(p> 0.05),但肉制品的添加显著提高了F2。热处理对可溶性纤维有影响。烹饪改变了化学成分;然而,主要的影响是添加了其他成分:如蔬菜和肉制品
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