全麦、红薯、脱脂花生和米糠复合面粉的理化、营养和功能特性

Udeh Charles Chiedu, Malomo Sunday Abiodun, I. O. Steve, Emojorho Ernest Eguono, Arogundade Toyin Joy
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摘要

进口关税的激增抬高了烘焙产品的生产成本,这推动了利用当地农作物配制复合面粉的工作,因为这种面粉具有更好的营养和促进健康的功效。因此,本研究旨在用全麦、红薯、脱脂花生和米糠混合配制复合面粉,并确定其营养、植物化学、功能和粘贴特性,同时使用商品小麦粉(CWF)作为对照。用于配制复合面粉的原材料,如全麦粒、甘薯和花生种子,购自尼日利亚阿库雷的沙沙市场,而米糠则购自尼日利亚伊塞-埃基提当地的一家米厂。这些粮食作物在尼日利亚阿库雷联邦理工大学作物、土壤和病虫害管理系进行了鉴定。复合面粉的蛋白质含量(15.81%-21.98%)和纤维含量(7.93%-10.82%)分别显著(p≤0.05)高于对照组的 13.69% 和 1.86%。复合面粉改善了必需矿物质元素(镁、锌、钙和磷)的含量。同样,复合面粉的必需氨基酸总量(26.73-34.27 克/100 克)、必需氨基酸指数(80.03-102.13%)和生物价值(75.53-99.62%)分别高于对照组(25.79 克/100 克、76.85% 和 72.07%)。此外,与对照样品相比,混合面粉还表现出更好的植物化学性质和粘贴性。因此,这项研究证实,可以用全麦、红薯、脱脂花生和米糠混合配制出具有更好的宏观和微观营养成分的复合面粉。这种复合面粉可以更好地替代烘焙产品中的商用小麦粉,从而降低小麦进口成本,并确保尼日利亚等大多数发展中国家的粮食安全。
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Physicochemical, Nutritional and Functional Properties of Composite Flour Blends from Whole Wheat, Sweet Potato, Defatted Peanut and Rice Bran
The surge in import duty, which inflated the production cost of baked products, gave an impetus composite flour formulation from locally available crops with improved nutritional and health-promoting benefits. The present study thus, aimed to formulate and determine the nutritional, phytochemical, functional and pasting properties of composite flour from blends of whole wheat, sweet potato, defatted peanut and rice bran while commercial wheat flour (CWF) was used as the control. The raw materials used for the formulation of the composite flour such as whole wheat grains, sweet potato and peanut seeds were purchased from the Shasha market in Akure, Nigeria while rice bran was obtained from a local rice mill in Ise-Ekiti, Nigeria. The food crops were authenticated at the Department of Crop, Soil and Pest Management, Federal University of Technology Akure, Nigeria. The protein (15.81-21.98%) and the fiber (7.93-10.82%) contents of the composite flour were significantly (p≤0.05) higher than that of the control 13.69% and 1.86%, respectively. The composite flour had improved essential minerals elements (magnesium, zinc, calcium and phosphorus). Similarly, the total essential amino acids (26.73-34.27 g/100 g), essential amino acid index (80.03-102.13%) and biological value (75.53-99.62%) of the composite flour were higher than that of the control (25.79 g/100 g, 76.85% and 72.07%), respectively. Moreso, the flour blends also demonstrated better phytochemical and pasting properties over the control samples. This study therefore, established that composite flour with improved macro- and micro-nutrients could be formulated from blends of whole wheat, sweet potato, defatted peanut and rice bran. The composite flour, which could serve as better replacement for commercial wheat flour in baked products, thereby reducing the cost incurred on wheat importation as well as ensuring food security in most developing nations like Nigeria
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