Optimization of Rice Flour, Corn Starch and Modified Tapioca Starch to Produce Gluten Free Cookies

Parichart Sresatan, P. Dhamvithee, S. Nualkaekul, Chatrapa Hudthagosol, Promluck Sanporkha
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Abstract

This research aimed to optimize the ratio of low protein flour for baking gluten-free cookies. Rice flour (50-90%), corn starch (5-30%) and modified tapioca starch (5-20%) were studied using a mixture design. The physical properties and sensory evaluation by 50 consumers were investigated. The results showed that 3 factors significantly affected the textural and sensory properties of the gluten-free cookies (P ≤0.05). The regression and analysis results for textural and sensory properties also showed that increasing the rice flour content increased the hardness, and increasing the corn starch content affected the crispness and spread ratio of the gluten-free cookies. It can be concluded that the optimal ratio of gluten-free flour was 90% rice flour, 5% corn starch and 5% modified tapioca starch as a substitute for wheat flour in cookies when using physical quality as the criterion. Keywords: Rice flour, Corn starch, Modified tapioca starch, Gluten-free cookies
优化米粉、玉米淀粉和改性木薯淀粉,生产无麸质饼干
本研究旨在优化低蛋白面粉在烘焙无麸质饼干中的比例。采用混合物设计法研究了米粉(50-90%)、玉米淀粉(5-30%)和变性木薯淀粉(5-20%)。50 位消费者对其物理性质和感官评价进行了调查。结果表明,3 个因素对无麸质饼干的质构和感官特性有明显影响(P ≤0.05)。质构和感官特性的回归和分析结果还表明,增加米粉含量会增加硬度,增加玉米淀粉含量会影响无筋饼干的酥脆度和铺展率。由此可以得出结论,以物理质量为标准,无筋面粉的最佳配比为 90%的大米粉、5%的玉米淀粉和 5%的变性木薯淀粉,可作为饼干中小麦粉的替代品。关键词米粉 玉米淀粉 变性木薯淀粉 无麸质饼干
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