首页> 美国卫生研究院文献>Journal of Food Science and Technology >Effect of zero energy cool chamber and post-harvest treatments on shelf-life of fruits under semi-arid environment of Western India. Part 1. Ber fruits
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Effect of zero energy cool chamber and post-harvest treatments on shelf-life of fruits under semi-arid environment of Western India. Part 1. Ber fruits

机译:零能量冷却室和收获后处理对印度西部半干旱环境下水果的货架期的影响。第1部分。Ber水果

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摘要

Effect of zero energy cool chamber (ZECC) along with post-harvest treatments (including CaCl2, mustard oil and K2SO4 separately) on shelf-life and fruit quality attributes of ber (Zizyphus mauritiana Lamk.) cv ‘Gola’ during storage under semi-arid ecosystem of Gujarat was studied. Increase in physiological loss in weight (PLW), spoilage loss, total soluble solids, total sugars, reducing sugar and reduction in titratable acidity, and ascorbic acid during storage were observed in all treatments. Fruits treated with CaCl2 1.5% and stored in ZECC recorded least PLW (17.1%), spoilage loss (20%), respiratory activity (0.25 mg CO2/kg/h) and exhibited 7 days of shelf-life, followed by CaCl2 1% + ZECC, while untreated fruits had 3 days of economic shelf-life. Fruits stored in ZECC recorded 6 days shelf-life. Highest respiration rate was in control (0.45 mg CO2 /kg/h) on 9th day of storage. Data on fruit quality attributes indicated that ZECC + CaCl2 1.5% or ZECC alone might be an ideal on-farm storage facility for maintaining the quality of ber fruits under semi-arid environment of Western India.
机译:零能量冷藏室(ZECC)以及收获后的处理(分别包括CaCl2,芥菜油和K2SO4)对Ber(Zizyphus mauritiana Lamk)cv'Gola'在半贮藏条件下的货架期和果实品质属性的影响研究了古吉拉特邦的干旱生态系统。在所有处理中均观察到在储存过程中体重的生理损失(PLW)增加,腐败损失,总可溶性固形物,总糖,还原糖和可滴定酸度和抗坏血酸降低。用1.5%CaCl2处理并储存在ZECC中的水果记录到的PLW最少(17.1%),腐败损失(20%),呼吸活动(0.25 mg CO2 / kg / h)且保质期为7天,其次是CaCl2 1% + ZECC,而未经处理的水果具有3天的经济货架寿命。 ZECC中存储的水果保质期为6天。储存第9天的最高呼吸速率为对照组(0.45 mg CO2 / kg / h)。关于水果品质属性的数据表明,仅ZECC + 1.5%的CaCl2或ZECC可能是在印度西部半干旱环境下保持ber水果品质的理想农场存储设施。

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