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首页> 外文期刊>Journal of Agricultural and Food Chemistry >Improvement of table grapes quality and safety by the combination of modified atmosphere packaging (MAP) and eugenol, menthol, or thymol
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Improvement of table grapes quality and safety by the combination of modified atmosphere packaging (MAP) and eugenol, menthol, or thymol

机译:通过结合气调包装(MAP)和丁子香酚,薄荷醇或百里香酚改善鲜食葡萄的质量和安全性

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Table grape is a nonclimacteric fruit that shows a rapid loss of quality during storage and is very susceptible to colonization by fungi, especially Botrytis cinerea, which is considered the most important disease of this commodity. To solve this problem, synthetic fungicides have been used, although legal restrictions and consumer's concern demand the search of other safe means. In the present paper, and as an alternative of synthetic fungicides, an active packaging to improve MAP effectiveness on preserving table grape (cv. Crimson Seedless) quality and safety was developed by the addition of 0.5 mL of eugenol, thymol, or menthol inside the packages. Packages were stored at 1 degrees C for 35 days. The final gas composition inside the packages was 1.4-2.0 and 10.0-14.5 kPa of CO2 and O-2, respectively, with no significant slight differences among treatments. Results showed that the addition of eugenol, thymol, or menthol improved the beneficial effect of MAP in terms of delaying weight loss and color changes, retarding degrees Brix/acidity ratio evolution, and maintaining of firmness. Thereafter, these treatments showed additional benefit in terms of delayed rates of rachis deterioration and berry decay. Finally, the total viable counts for both mesophilic aerobics and especially yeast and molds were significantly reduced in the grapes packaged with the natural antimicrobial compounds. All of the above effects led to maintenance of table grape quality and safety for longer storage periods (3 additional weeks as compared to controls under MAP only).
机译:食用葡萄是一种非更年期的水果,在储存过程中会迅速失去品质,并且很容易被真菌,尤其是灰葡萄孢(Botrytis cinerea)定植,而真菌被认为是该商品的最重要疾病。为了解决这个问题,尽管法律限制和消费者的关注要求寻找其他安全的手段,但是已经使用合成杀真菌剂。在本文中,作为合成杀真菌剂的替代品,通过在罐头内部添加0.5 mL丁香酚,百里酚或薄荷醇,开发了一种能提高MAP效果的鲜食葡萄(cv。Crimson Seedless)质量和安全性的有效包装。包。包装在1摄氏度下存放35天。包装内的最终气体成分分别为1.4-2.0和10.0-14.5 kPa的CO2和O-2,各处理之间无明显差异。结果表明,丁香酚,百里香酚或薄荷醇的添加在延迟体重减轻和颜色变化,延迟度白利糖度/酸度比演变以及保持硬度方面,改善了MAP的有益效果。此后,这些治疗方法在延缓轮轴腐烂和浆果腐烂的速度方面显示出额外的好处。最后,在掺有天然抗菌化合物的葡萄中,嗜温性需氧菌,尤其是酵母和霉菌的总存活数显着降低。所有上述影响导致了鲜食葡萄质量和安全性的维持时间更长(与仅MAP对照相比,增加了3周)。

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