水产品采后脂质自氧化:冷冻比无氧包装储存更好吗?

Charles Odilichukwu R. Okpala, Gioacchino Bono
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引用次数: 3

摘要

水产品中脂质氧化的过程是复杂的,它涉及到许多影响产品质量的反应。另一方面,多年来,使用气调包装(MAP)在提高食品安全和营养质量方面是有效的。此外,MAP作为一种无氧和保护性的食品包装技术,已被证明可以有效地减少整体脂质损伤。在这篇文章中,我们讨论了低温到冷冻/零下温度如何有希望减少渔业产品中脂质氧化的发展。
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Lipid autoxidation in fishery products postharvest: Is cold to freezing oxygen-free packaged storage the better remedy?

The progress of lipid oxidation in fishery products is complex, as it involves a whole lot of reactions that deter product quality. On the other hand, the use of modified atmosphere packaging (MAP) has, over the years, been effective in improving food product safety and nutritional quality. In addition, as an oxygen-free and protective food packaging technique, MAP has been shown to effectively minimize overall lipid damage. In this article we discuss how cold to freezing/sub zero-temperatures could be promising for reducing the development of lipid oxidation in fishery products.

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The effect of emulsifier type on the formation and stability of nanoemulsion gels Contents: Lipid Technology 11–12/2017 Research Highlights December 2017 Research Highlights November 2017 The European Union
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