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Effects of bran, shorts and feed flour by ultra-fine grinding on rheological characteristics of dough and bread qualities

机译:超细研磨的麸皮,短裤和饲料粉对面团和面包品质的流变特性的影响

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摘要

Wheat bran, shorts and feed flour are rich in dietary fiber and micronutrients. The effects of ultra-fine ground bran, shorts and feed flour on rheological characteristics of dough and bread qualities were investigated. Water absorption and dough development time gradually increased while mixing tolerance index and dough stability time decreased with the addition of bran, shorts and feed flour. The extension resistance and energy values for all blended flours were significantly higher than those of the control flour. The gluten index decreased while the gluten yield increased with the increase of bran, shorts and feed flour. Peak viscosity of the blended flour significantly decreased compared to the control flour. Pasting temperature rose from 67.05°C to 71.55, 72.6 and 69.25°C for bran, shorts and feed flour blends, respectively. The total scores of sensory evaluation and hardness of crumb texture significantly decreased with the increase of bran, shorts and feed flour.
机译:麦麸,短裤和饲料粉富含膳食纤维和微量营养素。研究了超细研磨的麸皮,短裤和饲料粉对面团和面包品质的流变特性的影响。添加麸皮,短裤和饲料粉后,吸水率和面团发育时间逐渐增加,而混合耐受指数和面团稳定时间减少。所有混合面粉的抗扩展性和能量值均显着高于对照面粉。随着麸皮,短裤和饲料粉的增加,面筋指数下降而面筋产量增加。与对照面粉相比,混合面粉的峰值粘度显着降低。麸皮,短裤和饲料粉混合物的糊化温度分别从67.05°C升至71.55、72.6和69.25°C。麸皮,短裤和饲料粉的增加,感觉评价的总分和面包屑质地的硬度显着降低。

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