Enrichment of Taboun Bread with Quinoa Seeds as a Functional Ingredient

Ahmad AlMaayta, Ola Al- Maseimi, Khaled Abu- Alruz
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Abstract

The objective of this study was to develop Taboun bread supplemented with quinoa flour and to select the best pretreatment that could be used to reduce saponin content without negatively affecting the quality of bread. In this study, three types of composite flour containing wheat flour with different levels of substitution of wheat flour ranging from 0% to 25% were used to prepare composite flour. The effects of incorporating of the different concentrations of extruded Quinoa seed flour with wheat flour and the storage days on the bread quality during three days of storage at room temperature for three days were studied. The results showed that the incorporation of the pre-processed seeds with a 20 and 25% substitution level (without pretreatment) had the highest effect in decreasing the values of peak viscosity compared to other types of pretreatments. The texture profile analysis (TPA) parameters (hardness, cohesiveness, resilience, and chewiness) were significantly affected by the storage time, the level of acceptance of sensory characteristics, and the interaction between them. The study recommends that studies be carried out to further verify the role of physical treatments of quinoa seeds in improving the characteristics of the finished product of Taboun bread.
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用藜麦籽作为功能性成分对Taboun面包进行浓缩
本研究的目的是开发添加藜麦粉的Taboun面包,并选择在不影响面包质量的情况下降低皂苷含量的最佳预处理方法。本研究采用小麦粉替代量为0% ~ 25%的三种不同类型的小麦粉复合面粉制备复合面粉。研究了挤压后的藜麦籽粉与小麦粉掺入不同浓度的藜麦籽粉及不同的贮存时间对面包品质的影响。结果表明,与其他类型的预处理相比,以20%和25%替代水平的预处理种子(未经预处理)掺入对峰值粘度值的降低效果最好。质地分析(TPA)参数(硬度、黏结性、回弹性和嚼劲)受贮藏时间、感官特征接受程度及其相互作用的显著影响。该研究建议开展研究,以进一步验证藜麦种子的物理处理在改善Taboun面包成品特性方面的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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