玉米穗提高雪纺蛋糕的营养成分和物理特性

W.I. Wan Rosli , C.M.Z. Che Anis Jauharah , S.D. Robert , A.I. Aziz
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引用次数: 2

摘要

研究了玉米穗部分替代小麦粉对雪纺蛋糕营养成分和物理特性的影响。将干燥后的YCE加工成粉末状,在雪纺蛋糕配方中添加浓度分别为0、10、20和30%的部分替代小麦粉。添加YCE的雪纺蛋糕的营养成分,尤其是水分和灰分含量随YCE用量的增加而增加。添加YCE的蛋糕蛋白质含量随YCE添加量(10 ~ 30%)的增加呈线性增加(13.3% ~ 15.7%),但与对照组相比差异不显著。用30%以上的YCE代替部分小麦粉对面团收率和烘培损失率的影响不显著。然而,当YCE取代小麦粉达到20%时,蛋糕配方的比重不变(0.59-0.60 g/ml)。同时,当添加10%的YCE时,蛋糕的所有质地属性(硬度、弹性、粘聚性、咀嚼性和回弹性)都没有受到影响。综上所述,用YCE部分替代小麦粉,在替代10%时,部分营养成分有所改善,但物理性能不变。因此,可以建议将这种未充分利用的农业副产品作为增强食品中膳食纤维的替代成分。
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Young Corn Ear Enhances Nutritional Composition and Unchanged Physical Properties of Chiffon Cake

The effects of partial replacement of wheat flour with young corn ear (YCE) on nutritional composition and physical characteristics of chiffon cake were investigated. Dried YCE was processed into powdered form and added in chiffon cake formulations to partially replace wheat flour at concentrations of 0, 10, 20 and 30%. The nutritional composition, especially moisture and ash contents of chiffon cake added with YCE were increased in line with the levels of YCE used. Even though protein content of cake added with YCE increase in line (13.3 to 15.7%) with the levels of YCE (10 to 30%), but there was no significant different compared to control. Replacing partially wheat flour with YCE up to 30% resulted in insignificant changes in both dough yield and baking loss rate. However, specific gravity was unchanged (0.59-0.60 g/ml) when the wheat flour replaced with YCE up to 20% in cake formulations. Meanwhile, all textural attributes (hardness, springiness, cohesiveness, chewiness and resilience) were not affected when cakes prepared with 10% YCE. In summary, partial replacement of wheat flour with YCE improves some nutritional composition but unchanged physical properties at 10% replacement. Thus, this under-utilized agricultural by-product can be suggested as an alternative ingredient in enhancement of dietary fibres in food products.

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Contents Preface Contents Contents Lactic Acid Production from Repeated-Batch and Simultaneous Saccharification and Fermentation of Cassava Starch Wastewater by Amylolytic Lactobacillus Plantarum MSUL 702
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