小麦品种、发酵和配料对全麦面包的质地、颜色和感官属性的影响

B. Rwubatse, M. Okoth, C. Bitwayiki, A. Kimonyo, S. Ngala, A. Andago
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引用次数: 0

摘要

全谷物面粉在全世界供人类食用的不同食品中因其营养和健康促进价值而受到越来越多的需求。评估了小麦品种(Gihundo、Kibatsi、Nyaruka和Reberaho)、废咖啡渣(SCG)、柠檬汁(L)和迷迭香叶(R)以及面团发酵对面包质地、颜色和感官特性的影响。小麦粒(从卢旺达基尼吉的卢旺达农业和动物资源开发委员会商店取样)被调节到15.5%的水分含量,并被完全碾磨。将200克全麦面粉、4%废咖啡渣、1%柠檬汁和1%迷迭香叶汁的混合物分别用2%速干酵母在34°C、60%相对湿度(RH)下发酵60分钟和在39°C、85%相对湿度下发酵120分钟。将面团在180°C下烘烤20分钟。使用SAS系统对数据进行单向方差分析。使用Tukey检验对治疗手段进行分离,在p≤0.05时接受最不显著的差异。对照面包在不加入SCG和LR的情况下发酵60min。对照面包比含有SCG和SCG+LR的面包在相同发酵时间下更硬。长时间发酵以及在面团中加入SCG和SCG+LR,导致添加的面包的L*、a*和b*值低于对照面包。低L*、a*和b*值表示面包的最小黑暗度、红色和黄色。发酵120min的SCG+LR面包的香气、口感和外观最受欢迎。全麦面包获得了消费者满意的口味。因此,将废咖啡渣、柠檬汁和迷迭香叶应用于面包制作是一个低成本的好机会。
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The effect of wheat variety, fermentation and incorporation of ingredients on the texture profile, colour and sensory attributes of whole wheat brea
Whole grain flour is gaining an increase in demand for its nutritive and health promotion values in different food products for human consumption worldwide. Whole flour from wheat grain varieties (Gihundo, Kibatsi, Nyaruka and Reberaho), spent coffee grounds (SCG), juices of lemon fruit (L) and rosemary leaves (R), and dough fermentation were assessed for their impact on the texture profile, colour and sensory attributes of bread. Wheat grains (sampled from the stores of Rwanda Agriculture and Animal Resources Development Board, Kinigi, Rwanda) were conditioned to 15.5% moisture content and were wholly milled. The mixture of 200 g whole wheat flour, 4% spent coffee grounds, 1% juice of lemon fruit and 1% juice of rosemary leaves were fermented by using 2% instant dry yeast at 34 °C, 60% relative humidity (RH) for 60 min and at 39 °C, 85% RH for 120 min, separately. The dough was baked at 180 °C for 20 min. Data were subjected to one-way analysis of variance using SAS System. Treatment means were separated using Tukey’s test and the least significant difference was accepted at p ≤ 0.05. The control bread was made for 60 min of fermentation without incorporation of SCG and LR. The control bread was harder than the bread containing SCG and SCG+LR with the same time of fermentation. The long fermentation and the inclusion of SCG and SCG+LR in doughs, caused the supplemented bread to have lower L*, a* and b* values than control bread. Low L*, a* and b* values indicate minimum darkness, redness and yellowness of bread. Aroma, taste and appearance of SCG+LR bread from doughs fermented for 120 min were the most liked. Whole wheat bread obtained satisfied consumers’ preferences. Therefore, the application of spent coffee grounds, juices of lemon fruit and rosemary leaves in bread making represents a good opportunity at low cost.
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