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Possible use of organic compounds on shelf life and quality properties of peeled pomegranate

机译:可能使用有机化合物对石榴去皮的货架期和品质特性的影响

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摘要

Pomegranate cultivar (“Ardestani”) peeled and packed in polyethylene containers and treated with different natural products. Two concentrations of gel (10 and 15%), two different levels of saffron petal extracts (10 and 20% V/V) and two concentrations of saffron style extract (0.1 and 1% V/V) and control in one storage condition (7°C and 85% RH) were the treatments that applied by a full factorial randomized method. We examined natural substances for their possible application in extending the shelf life of fresh‐cut horticultural products to find a new approach for packaging and exporting pomegranates. About 13.8% mass loss in the 12th day of storage occurred because of higher enzymatic activity and lower membrane resistance. Our results show that all treatments significantly reduced mass loss, and gel treatments combined with saffron petal extract were the best. Although all treatments decreased ion leakage, gel and saffron petal extract reduced it significantly. Ion leakage incidence of arils at day 12 was lower in gel and saffron petal extract treatment compare to control. Application of both saffron extracts on arils reduced decay incidence and chilling injury from 86.67% to 6.67% and 60% to 26.67%, respectively. Total acidity, soluble solids content, total phenol content, anthocyanin content, and antioxidant capacity of arils changed differently in different treatments, and saffron petal extract significantly was the best one and increased anthocyanin content, total phenol content, and antioxidant capacity in arils. The microbial contamination increased in more extended storage, although both saffron extracts were successfully suppressed mold and bacteria growth below acceptable limits in 14 days at 7°C.
机译:石榴栽培品种(“ Ardestani”)去皮并包装在聚乙烯容器中,并用不同的天然产品处理。两种浓度的凝胶(10和15%),两种不同水平的藏红花花瓣提取物(10和20%V / V)和两种浓度的藏红花提取物(0.1和1%V / V)并在一种储存条件下进行对照( 7°C和85%RH)是通过全因子随机方法进行的处理。我们研究了天然物质在延长鲜切园艺产品保质期中的可能用途,以找到包装和出口石榴的新方法。储存第12天约有13.8%的质量损失,这是因为较高的酶活性和较低的膜抗性。我们的结果表明,所有处理均能显着降低质量损失,凝胶处理与藏红花花瓣提取物的组合效果最佳。尽管所有处理均减少了离子泄漏,但凝胶和藏红花花瓣提取物显着降低了离子泄漏。与对照相比,在凝胶和藏红花花瓣提取物处理中,第12天假种皮的离子泄漏发生率较低。两种藏红花提取物在假种皮上的施用分别将腐烂的发生率和冷害分别从86.67%降低到6.67%和60%降低到26.67%。不同处理对假种皮的总酸度,可溶性固形物含量,总酚含量,花色苷含量和抗氧化能力的影响发生了不同的变化,番红花花瓣提取物是最好的一种,并且增加了假种皮中的花色苷含量,总酚含量和抗氧化能力。尽管两种藏红花提取物在7°C下都能在14天内成功地将霉菌和细菌生长抑制在可接受的限度以内,但微生物在更长时间的存储中的污染增加了。

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