首页> 外文OA文献 >Possible Influences of Water Loss and Polyphenol Oxidase Activity on Anthocyanin Content and Discoloration in Fresh Ripe Strawberry (cv. Oso Grande) During Storage at 1 °C
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Possible Influences of Water Loss and Polyphenol Oxidase Activity on Anthocyanin Content and Discoloration in Fresh Ripe Strawberry (cv. Oso Grande) During Storage at 1 °C

机译:水分流失和多酚氧化酶活性对1℃贮藏期间新鲜成熟草莓(cv.Oso Grande)花青素含量和变色的可能影响

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摘要

Fresh‘Oso Grande’strawberries wrapped in polyvinyl chloride stretch film lost 0.7% of their initial weight during storage for 8 d at 1 °C, whereas unwrapped fruit lost 11%. Greater water loss was associated with darker and less red fruit, lower concentrations of anthocyanins and other soluble phenolics, and higher polyphenol oxidase (PPO) activity. Anthocyanin degradation and oxidation of soluble phenolic compounds, caused possibly by increased PPO activity as a result of water loss, contributed to the development of strawberry surface browning during storage. Proper handling to reduce water loss during postharvest operations should be used to maintain acceptable color of strawberries during shipping and retailing.
机译:在1°C的储存期间缠绕在聚氯乙烯拉伸薄膜中的新鲜'兰德·斯特拉鸟饲料损失8°,损失了8°C,而未包装的水果损失11%。更大的水分损失与较深和更少的红果,较低浓度的花青素和其他可溶性酚类,以及更高的多酚氧化酶(PPO)活性有关。花青素的降解和可溶性酚类化合物的氧化,可能是由于水分损失增加的PPO活性增加,导致储存过程中草莓表面褐变的发育。在运输和零售期间,应使用适当的处理降低采后行动期间的水分损失来维持可接受的草莓颜色。

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