Determination of Functional, Rheological and Antioxidant Properties of a Developed Good Quality Composite Wheat-Sologold Sweet Potato Flour for Bakery Products

Olosunde William Adebisi, Paul Tosin, Antia Orua Okon
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Abstract

Sologold sweet potato flour is a nutritious flour that contains valuable antioxidants and functional compounds which is suitable for bakery production. The high consumption of baked products prepared wholly from wheat flour can lead to health related challenges such as celiac disease, gluten related allergies, cardiovascular diseases and neurodegenerative disorders. These anomalies can be prevented through the incorporation of sologold sweet potato flour with high antimicrobial and anti-inflammatory properties into the wheat flour for the production of such baked products. Therefore, it is essential to determine best blend flour quality. The objective of this study is to evaluate the functional, rheological and antioxidant properties of a developed composite wheat-sologold flour for bakery products. Complete randomized design (CRD) was employed and the composite flour properties were determined using the Association of official analytical chemist methods. The result of this study shows that sample B3 is the best blend composite. However, sample A1 had no phenolic and anthocyanin contents while sample A2 had the highest total phenolic (42.4), anthocyanin content (48.5) and reducing power (65.8gFe/gfw) while B1 exhibited the lowest reducing power (18.2gFe/gfw). The optimum blend B3 had total phenolic content of 16.5 mgGAE/100gfw, total anthocyanin content of 12.5 mgCyE/100gfw, DPPH 23.8%, FRAP 27.0 mgFe/gfw, peak viscousity 699.1 RVU, bulk density 0.80 g/ml, water absorption capacity 2.20g/g, oil absorption capacity 1.75g/g, peak time 4.4mins and pasting temperature of 799oC.The peak viscosity, final viscosity and set back values showed a significant decrease with the addition of sologold sweet potato flour which resulted in reduction in swelling. Thus, the composite flour optimum blend from sologold sweet potato is a valuable ingredient for developing healthy and functional baked products that promotes health and well-being.
用于烘焙产品的优质小麦-ologold 甘薯复合粉的功能、流变和抗氧化特性测定
红薯粉是一种营养丰富的面粉,含有丰富的抗氧化剂和功能性化合物,适合烘焙生产。大量食用完全由小麦粉制成的烘焙产品会导致与健康相关的挑战,如乳糜泻、麸质相关的过敏、心血管疾病和神经退行性疾病。这些异常可以通过将具有高抗菌和抗炎特性的单质红薯粉掺入生产此类烘焙产品的小麦粉中来预防。因此,确定最佳拌和面粉的质量是至关重要的。本研究的目的是评价一种用于烘焙产品的小麦-固体面粉的功能、流变学和抗氧化性能。采用完全随机设计(CRD),采用官方分析化学家协会的方法测定复合面粉的性能。研究结果表明,样品B3是最佳共混材料。样品A1的酚类物质和花青素含量均为零,而样品A2的总酚类物质(42.4)、花青素含量(48.5)和还原力(65.8gFe/gfw)最高,而样品B1的还原力最低(18.2gFe/gfw)。最佳共混物B3的总酚含量为16.5 mgGAE/100gfw,总花青素含量为12.5 mgCyE/100gfw, DPPH含量为23.8%,FRAP含量为27.0 mgFe/gfw,峰值粘度为699.1 RVU,容重0.80 g/ml,吸水量为2.20g/g,吸油量为1.75g/g,峰值时间为4.4min,糊化温度为799℃。红薯粉的峰值粘度、最终粘度和回调值均显著降低,使红薯粉的溶胀率降低。因此,从单质红薯中优选出的复合面粉是开发促进健康和福祉的健康和功能性烘焙产品的宝贵原料。
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