首页> 外文期刊>Journal of texture studies >EFFECT OF LUPINUS (LUPINUS ALBUS) AND JATROPHA (JATROPHA CURCAS) PROTEIN CONCENTRATES ON WHEAT DOUGH TEXTURE AND BREAD QUALITY: OPTIMIZATION BY A D-OPTIMAL MIXTURE DESIGN
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EFFECT OF LUPINUS (LUPINUS ALBUS) AND JATROPHA (JATROPHA CURCAS) PROTEIN CONCENTRATES ON WHEAT DOUGH TEXTURE AND BREAD QUALITY: OPTIMIZATION BY A D-OPTIMAL MIXTURE DESIGN

机译:羽扇豆(LUPINUS ALBUS)和麻疯树(JATROPHA CURCAS)蛋白浓缩物对小麦面团质地和面包品质的影响:通过D-最佳混合设计进行优化

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摘要

The effect of Lupinus and Jatropha protein concentrates (PC) in dough rheology and white bread texture was determined by a D-optimal mixture design approach. Incorporation of Lupinus PC decreased dough texture profile analysis cohesive-ness and increased hardness and resilience. Dough adhesion force, adhesiveness and stringiness decreased with the incorporation of PC, reducing dough extensibility as well (with no effect on maximum resistance and extension work). Lupinus affected markedly dough textural and rheological properties than Jatropha PC. In bread formulation optimization, the use of Lupinus PC (12%) and Jatropha PC (12%) and Lupinus/Jatropha protein isolate (6.4/6.4%) resulting in a tougher bread texture and lower weight and volume. Nonetheless, no difference in specific volume indicated different bread crumb development. Crumb quality resulted more affected with Lupinus PC than with Jatropha-containing samples. Jatropha PC use in baked food seems to be promising since there was no major effect on bread quality.
机译:羽扇豆和麻风树蛋白浓缩物(PC)在面团流变学和白面包质地中的作用通过D-最佳混合物设计方法确定。 Lupinus PC的加入会降低面团质地轮廓分析的内聚力,并增加硬度和弹性。随着PC的加入,面团的粘合力,粘合性和拉丝性降低,也降低了面团的延展性(对最大的阻力和延展性没有影响)。羽扇豆比麻疯树PC显着影响面团的质地和流变特性。在面包配方优化中,使用羽扇豆PC(12%)和麻风树PC(12%)和羽扇豆/麻风树蛋白分离物(6.4 / 6.4%)可使面包质地更硬,重量和体积更小。但是,比容没有差异表明面包屑的发育不同。与含麻疯树的样品相比,Lupinus PC对面包屑质量的影响更大。麻疯树PC在烘焙食品中的应用似乎很有希望,因为它不会对面包质量产生重大影响。

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