加了大头菜种子粉的高粱胡萝卜抗氧化性能、抗氧化矿物质和维生素组成

A.J. Ujoh, M. I. Yusufu, D. Ahure
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摘要

Agidi是一种粘稠的凝胶状发酵食品,由谷物糊制成;它是西非许多地区婴儿的主要辅食。本研究旨在研究加了大头菜籽粉的高粱胡萝卜粉的营养和抗氧化性能。采用标准方案分析了高粱基agidi样品中矿物质(Cu、Zn、Fe、Mn)和维生素(A、B1、B2、B12、D和E)的组成。通过铁还原性能(FRAP)、自由基清除能力(DPPH)、羟基自由基清除能力(OH)和Fe2+螯合能力(Fe2+)测定agidi样品的抗氧化性能。结果表明,agidi样品的铁含量在0.754±0.066 ~ 1.363±0.069ppm之间,锌含量在0.756±0.030 ~ 1.96±0.015 ppm之间。Agidi样品的维生素A含量为21.77 ~ 41.78 mcg / e,维生素b1和B2含量为0.0773 ~ 1.39μg/g。富集后的Agidi样品J5中维生素D和E含量最高,分别为1.20和1.35μg/g。抗氧化性能测定结果表明,样品FRAP值为3.265±0.026 μg ~ 26.460±0.026 μg/g, DPPH值为78.976±0.168 ~ 87.976±0.168%,样品J4的Fe2+螯合值最高,为29.545±0.267%。添加胡萝卜和热带杏仁籽粉显著提高了高粱agidi样品的维生素和矿物质组成(P<0.05),并增强了抗氧化能力。
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Antioxidant properties, antioxidant minerals and vitamins composition of sorghum-carrot agidi enriched with Terminalia catappia L seed flour
Agidi is a thick gel-like fermented food made from cereal pastes; it serves as a major complementary food for infants in many parts of West Africa. The aim of this work was to investigate the nutritional and antioxidant properties of sorghum-carrot agidi enriched with Terminalia catappia seed flours. The composition of minerals (Cu, Zn, Fe, Mn) and Vitamins (A, B1, B2, B12, D and E) in the sorghum based agidi samples were analyzed using standard protocol. The antioxidant properties of the agidi samples were determined by Ferric Reducing Properties (FRAP), Free Radical Scavenging Ability (DPPH), Hydroxyl Radical Scavenging Ability (OH) and Fe2+ chelating (Fe2+). The results showed that iron content of the agidi samples ranged from 0.754±0.066 to 1.363±0.069ppm while the Zinc content of the samples were between 0.756±0.030 to 1.96±0.015 ppm. The Vitamin A content of the Agidi samples was between 21.77 – 41.78 mcg RAE while that of Vitamins B1and B2 were 0.0773 – 1.39μg/g. The enriched Agidi sample J5 had the highest values of Vitamins D and E, 1.20 and 1.35μg/g respectively. The antioxidant properties determined showed FRAP values ranged from 3.265±0.026 μg/g to 26.460±0.026 μg/g, DPPH values were between 78.976±0.168 to 87.976±0.168% and sample J4 had the highest Fe2+ chelation values 29.545±0.267%. The vitamins and minerals composition of the sorghum agidi samples were enhanced significantly (P<0.05) by enrichment with carrot and tropical almond seed flours and this was reciprocated in theirantioxidant potencies.
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