小麦-山药粉复合面包的理化性质

C. Amandikwa , M.O. Iwe , A. Uzomah , A.I. Olawuni
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The functional properties of the flour samples ranged from 0.42<!--> <!-->g/ml to 0.67<!--> <!-->g/ml packed bulk density; 0.39<!--> <!-->g/ml to 0.47<!--> <!-->g/ml loose bulk density; 0.88<!--> <!-->ml/g to 2.10<!--> <!-->ml/g oil absorption capacity; 1.50<!--> <!-->ml/g to 3.90<!--> <!-->ml/g water absorption capacity and 43.75% to 49.37% emulsion activity. The proximate composition of the bread samples ranged from 26.82% to 38.90% moisture, 4.23% to 5.10% fat, 6.10% to 9.25% protein, 1.90% to 2.45% ash, 0.12% to 0.64% crude fiber and 46.43% to 56.71% carbohydrate. The volume, weight and specific volume of loaves varied from 200<!--> <!-->ml to 400<!--> <!-->ml, 142.6<!--> <!-->g to 170.2<!--> <!-->g and 1.18<!--> <!-->ml/g to 2.81<!--> <!-->ml/g respectively. The crack formation of bread samples showed that there were no cracks on wheat bread (WF) and 25% yam flour substituted breads while 100 percent yam flour breads had large cracks. 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引用次数: 54

摘要

研究了山药面粉替代对小麦面包特性的影响,并测定了实验面粉样品的功能特性。面粉是从三个山药品种(圆形薯蓣、alata薯蓣和bulbifera薯蓣)中获得的,并以25%、50%和75%的替代水平与小麦粉混合,用于面包生产。以小麦粉和山药粉分别作为阳性对照和阴性对照。测定了面粉样品的功能特性(体积密度、吸水吸油能力、乳化活性),同时测定了面包的近似、物理和感官特性。面粉样品的功能性能范围为0.42 g/ml ~ 0.67 g/ml;0.39 g/ml ~ 0.47 g/ml松散容重;0.88 ml/g ~ 2.10 ml/g吸油能力;吸水能力为1.50 ml/g ~ 3.90 ml/g,乳化活性为43.75% ~ 49.37%。面包样品的近似组成为:水分26.82% ~ 38.90%,脂肪4.23% ~ 5.10%,蛋白质6.10% ~ 9.25%,灰分1.90% ~ 2.45%,粗纤维0.12% ~ 0.64%,碳水化合物46.43% ~ 56.71%。面包的体积、重量和比容分别为200 ~ 400 ml、142.6 ~ 170.2 g和1.18 ~ 2.81 ml/g。面包样品的裂缝形成表明,25%山药粉替代的小麦面包(WF)没有裂缝,而100%山药粉替代的面包有较大的裂缝。25%山药粉替代面包的感官性能与100%小麦面包具有统计学意义(p>0.05),但与所有其他面包样品不同。随着配方中山药粉的增加,感官属性的平均得分降低。对面包样品的感官评估表明,消费者可以接受25%的山药粉替代水平,而不可以接受高达50%或以上的山药粉替代水平。因此,建议在山药/小麦复合面包生产中使用不超过25%的山药粉替代水平。
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Physico-chemical properties of wheat-yam flour composite bread

This work investigated the effect of yam flour substitution on characteristics of wheat bread and also determined the functional properties of the experimental flour samples. Flours were obtained from three varieties of yam (Dioscorea rotundata, Dioscorea alata and Dioscorea bulbifera) and blended with wheat flour at 25, 50 and 75 percent levels of substitution for bread production. Wheat flour (WF) and each of the yam flours were used as the positive and negative controls respectively. The functional properties (bulk density, water/oil absorption capacities, emulsion activity) of the flour samples were determined while the proximate, physical and sensory characteristics of loaves were also determined. The functional properties of the flour samples ranged from 0.42 g/ml to 0.67 g/ml packed bulk density; 0.39 g/ml to 0.47 g/ml loose bulk density; 0.88 ml/g to 2.10 ml/g oil absorption capacity; 1.50 ml/g to 3.90 ml/g water absorption capacity and 43.75% to 49.37% emulsion activity. The proximate composition of the bread samples ranged from 26.82% to 38.90% moisture, 4.23% to 5.10% fat, 6.10% to 9.25% protein, 1.90% to 2.45% ash, 0.12% to 0.64% crude fiber and 46.43% to 56.71% carbohydrate. The volume, weight and specific volume of loaves varied from 200 ml to 400 ml, 142.6 g to 170.2 g and 1.18 ml/g to 2.81 ml/g respectively. The crack formation of bread samples showed that there were no cracks on wheat bread (WF) and 25% yam flour substituted breads while 100 percent yam flour breads had large cracks. The sensory properties of the 25% yam flour substituted breads were statistically (p>0.05) the same with the 100% wheat bread but differed from all the other bread samples. The mean score of the sensory attributes decreased as yam flour increased in the formulation. Sensory Evaluation of the bread samples showed that substitution level of 25% yam flour produced bread that was acceptable to the consumers whereas up to 50% and above were not acceptable. It is therefore recommended that substitution level of not more than 25% yam flour be used for yam/wheat composite bread production.

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