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Effect of Addition of Three Leaf Yam Flour on Dough Properties and Sensory Qualities of Bread

机译:添加三叶薯粉对面包面团特性和感官品质的影响

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The effect of three leaf yam flour addition at 5%, 10% and 15% substitution level, dough properties, proximate analysis and sensory qualities of bread were investigated. The values for moisture content ranged from 25.2% to 29.5% with sample A (100%WF) significantly different (p <0.05) from all the other samples. Protein and fat contents ranged from 11.9% to 13.00% and from 1.46% to 4.67% with sample D (15%TLYF) significantly different (p <0.05) from the other samples. Ash and fibre contents ranged from 0.64 to 1.11% and 0.90 to 5.40%, respectively. Total Available Carbohydrate (TAC) ranged from 48.82% to 59.78% with sample D (15%TLYF) been significantly different (P<0.05) from the other samples. Result for physical characteristics showed that volume of bread samples ranged from 157.45cm3 to 158.6cm3 with sample F (10%CF) the least and sample A (100%WF) the highest while weight ranged from 340.04g to 412.66g with sample B the lowest and sample G the highest. Sensory evaluation result for bread showed that samples A (100% WF, B (5%TLYF), E(5%CF) and F(10%CF) were most preferred for crust color, taste, texture and overall acceptability. Alveograph studies of bread dough gave work done (W) ranging from 126 to 307 with 15% cassava flour as the lowest and 100% Wheat flour the highest, while extensibility ratio of dough ranged from 41-76 with sample C (10%TLYF) as the least and (10%CF) as the highest. Work done and extensibility results of bread dough decreased with an increase in substitution level, while ratio of resistance to extensibility (P/L) increase with an increase in substitution for three leaf yam composite dough. The presence of three leaf yam flour addition improved the nutritional qualities of the bread in terms of protein, fat and ash while carbohydrate content reduced which is to an advantage, while addition affected the sensory and physical properties adversely.
机译:研究了在添加量为5%,10%和15%的情况下添加三叶薯粉对面团的性能,面包的近期分析和感官品质的影响。样品A(100%WF)的水分含量范围为25.2%至29.5%,与所有其他样品相比有显着差异(p <0.05)。蛋白质和脂肪含量从11.9%到13.00%,从1.46%到4.67%不等,样品D(15%TLYF)与其他样品有显着差异(p <0.05)。灰分和纤维含量分别为0.64至1.11%和0.90至5.40%。总有效碳水化合物(TAC)为48.82%至59.78%,样品D(15%TLYF)与其他样品显着不同(P <0.05)。物理特性结果表明,面包样品的体积在157.45cm3至158.6cm3之间,样品F(10%CF)最少,样品A(100%WF)最大,而重量在340.04g-412.66g之间,样品B最低,样品G最高。面包的感官评估结果表明,样品A(100%WF,B(5%TLYF),E(5%CF)和F(10%CF)对于面包皮的颜色,味道,质地和总体可接受性最优选。面包面团的完成度(W)为126至307,木薯粉最低为15%,小麦粉最高为100%,而面团C的延展率在41-76之间,样品C(10%TLYF)为面包面团的完成度和可延展性结果随替代水平的提高而降低,而抗延展性(P / L)的比率随三叶薯类复合面团的替代率的增加而增加三叶薯粉的添加改善了面包的蛋白质,脂肪和灰分的营养品质,同时碳水化合物含量降低,这是有利的,而添加则不利地影响了感官和物理特性。

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