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创新营养饼干可限制黄曲霉毒素污染。

Innovative Nutritious Biscuits Limit Aflatoxin Contamination.

作者信息

Mohamed Saied Hussien Ahmed, Noah Badr Ahmed, Ahmed Naeem Mohamed

出版信息

Pak J Biol Sci. 2019 Jan;22(3):133-142. doi: 10.3923/pjbs.2019.133.142.

Abstract

BACKGROUND AND OBJECTIVE

Incorporation of food byproducts in biscuit could increase the safety, nutritional and enhance dough properties. These byproducts were wheat bran (WB), goldenberry fruit (GBF) and goldenberry peel (GBP) contains active ingredients.

MATERIAL AND METHODS

Wheat flour (WF) was partially replaced in biscuit dough. Antioxidant activity, chemical composition and baking quality were evaluated. Anti-aflatoxigenic and antifungal activities of WB, GBF and GBP have estimated also aflatoxin reduction was evaluated.

RESULTS

The results were showed biscuit acceptable sensories. The GBF and GBP exhibited the highest antioxidant and phenolic content explaining its antimicrobial behaviour. The addition of WB, GBF or GBP to fungal media inhibited the growth, however, using 20% GBF in Aspergillus flavus media showed the greatest aflatoxin reduction. The biscuit-specific volume was more pronounced when GBF and GBP were included in the formulation. No great differences were seen for colour, baking quality or texture of biscuit mixes.

CONCLUSION

This novel safe biscuit appears a safer alternative to traditional biscuits.

摘要

背景与目的

将食品副产品添加到饼干中可提高安全性、营养价值并改善面团特性。这些副产品是麦麸(WB)、灯笼果(GBF)和灯笼果皮(GBP),它们含有活性成分。

材料与方法

在饼干面团中部分替代小麦粉(WF)。评估抗氧化活性、化学成分和烘焙品质。还评估了WB、GBF和GBP的抗黄曲霉毒素和抗真菌活性以及黄曲霉毒素减少情况。

结果

结果表明饼干具有可接受的感官特性。GBF和GBP表现出最高的抗氧化剂和酚类含量,这解释了它们的抗菌行为。向真菌培养基中添加WB、GBF或GBP可抑制生长,然而,在黄曲霉培养基中使用20%的GBF显示出最大的黄曲霉毒素减少量。当配方中包含GBF和GBP时,饼干的比容更为明显。饼干混合物的颜色、烘焙品质或质地没有明显差异。

结论

这种新型安全饼干似乎是传统饼干的更安全替代品。

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