玉米大豆粉混合无麸质饼干的生产及质量评价

A. Isah, Onogwu, Oluchi Christabel, Okereke, Goodluck Obioma, Damak, Aaron Mutlong Amak
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引用次数: 0

摘要

本研究评价了由玉米和大豆粉混合制成的无麸质饼干的质量,并将其与100%小麦粉饼干进行了比较。面粉是由玉米和大豆谷物制成的。用大豆粉代替5%、10%、15%、20%和30%的玉米粉,得到不同比例的混合粉。测定了面粉及其共混物的化学成分、功能和糊化性能。采用混合面粉制备饼干,并对其化学成分、物理性能和感官性能进行了分析。结果表明:面粉的水分、蛋白质、脂肪、纤维、灰分和碳水化合物含量分别为10.58 ~ 11.37、7.30 ~ 42.23、1.82 ~ 10.15、0.34 ~ 5.20、0.85 ~ 4.00、27.84 ~ 76.41%。磷、铁、镁含量分别为1.24 ~ 166.96、2.31 ~ 19.54、0.01 ~ 157.56mg/100g。面粉和共混物的容重、发泡量、吸水量和吸油量分别为0.66 ~ 0.68g/cm3、3.22 ~ 29.25%、85.00 ~ 210.00g/g和80.0 ~ 145g/g。随着大豆粉掺入量的增加,浆料的峰值粘度、谷粘度、击穿粘度、终粘度、回退粘度、峰值时间和糊化温度分别为113.05 ~ 127.98、83.95.97.05、23.99 ~ 41.95、224.02 ~ 409.98、136.01 ~ 325.03、6.12 ~ 7.05和55.4 ~ 95.0 RVU。饼干的水分、蛋白质、脂肪、纤维、灰分和碳水化合物含量分别从4.10 ~ 9.19%、34.94 ~ 40.38、27.24 ~ 31.39、6.88 ~ 7.93、0.53 ~ 3.79和16.99 ~ 23.44%增加。饼干中磷、铁、镁的含量分别为47.01-65.91、3.37-7.08、0.0018-0.0047mg/100g。随着大豆粉含量的增加,饼干样品的感官分数逐渐降低。而添加10%大豆粉的饼干与添加100%小麦粉的饼干在各感官指标上均无显著差异(p>0.05)。因此,用90%的玉米粉和10%的大豆粉混合,可以生产出100%小麦饼干。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Production and Quality Evaluation of Gluten Free Biscuits from Maize and Soybean Flour Blends
The study evaluated the quality of gluten–free biscuits made from maize and soybean flour blends, and compared them with 100% wheat flour biscuit. Flours were prepared from maize and soybean grains. The soybean flour was used to substitute 5, 10, 15, 20 and 30% of maize flour in order to obtain various flour blends. The chemical composition, functional and pasting properties of the flours and their blends were determined. The flour blends were used to prepare biscuits, which were analyzed for the chemical composition, physical and sensory properties. The results showed that the moisture, protein, fat, fiber, ash, and carbohydrate contents of the flours ranged from 10.58-11.37, 7.30-42.23, 1.82-10.15, 0.34-5.20, 0.85-4.00, 27.84-76.41%, respectively. The phosphorus, iron and magnesium contents varied from 1.24-166.96, 2.31-19.54, 0.01-157.56mg/100g, respectively. The bulk density, foaming capacity, water absorption and oil absorption capacity of the flours and the blends ranged from 0.66-0.68g/cm3, 3.22-29.25%, 85.00-210.00g/g and 80.0-145g/g, respectively. The peak viscosity, trough viscosity, breakdown viscosity, final viscosity, setback viscosity, peak time and pasting temperature decreased with an increase in the level of soybean flour incorporation and ranged from 113.05-127.98, 83.95.97.05, 23.99-41.95, 224.02-409.98, 136.01-325.03, 6.12-7.05, and 55.4-95.0 RVU, respectively. The moisture, protein, fat, fiber, ash, and carbohydrate of the biscuits increased from 4.10-9.19, 34.94-40.38, 27.24-31.39, 6.88-7.93, 0.53-3.79, and 16.99-23.44%, respectively. The phosphorus, iron, and magnesium contents of the biscuits ranged from 47.01-65.91, 3.37-7.08, 0.0018-0.0047mg/100g, respectively. The sensory scores for the biscuit samples decreased with the level of soybean flour. However, the biscuits containing 10% soybean flour was not significantly (p>0.05) different from the 100% wheat flour biscuits in all the sensory attributes evaluated. Therefore, comparable biscuits with 100% wheat biscuit could be produced from the blend of 90 % maize flour and 10% soybean flour.
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