Avocado (Persea americana Mill.) Postharvest Organic Nutritional Conservation Employing Carboxyl Methylcellulose (CMC) Manufactured Out from Moringa Plant

Ameer Hamza Hafeez, Hajra Hajra, Hafiz Saif ur Rehman Shah, Muhammad Usama
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Abstract

The research concluded that the use of extracts of moringa leaves and moringa seed as an edible coating might help to preserve the shelf life and also the quality of Avocado. The cultivars that were focused on during this research were “Hass” and “Gem”. It may also reduce the risk of infection and inflammation in these cultivars. Methanolic and ethanolic moringa extracts were also examined for their antifungal properties. Shortly, 1% Carboxyl methylcellulose which is shown as CMC and 2% MLE which is Moringa Leaf Extract or MSE which is moringa seed extract, were combined. The fruit was either coated with either (MLE + CMC) or that of (MSE + CMC) and then it was kept at a temperature of 5.5°C and 95% relative humidity (RH) for a period of 21 days. The fruit was kept at ambient temperatures i.e. 21°C and 60% RH, after being refrigerated to approximate retailing conditions. Fruit firmness and postharvest quality indicators including ethylene production and respiration rate were analyzed. In relation to potato dextrose agarose which is shortened as PDA, both coatings were also evaluated for their effectiveness against the fungus which may spoil the fruit quality during postharvest opperations. Compared to uncoated fruit, the coated fruit was noticed to have less mass loss. Respiration rates were also observed to be decreased along with Ethylene production, in a contrast to the uncoated fruit. A. alternata and C. gloeosporioides were both inhibited by ethanol leaf extract by 43.60% and 42.90%, respectively. All pathogens exposed to coverings had damaged hyphal structures, while uncoated fruit had healthy hyphal structures. Stronger antibacterial activity was observed in ethanolic moringa leaf extracts as compared to the extracts that were derived from methanol. The outcomes of this research showed that carboxyl methylcellulose CMC containing moringa extract reduces illnesses in fruit. Throughout the postharvest supply chain, it also maintains the general quality of avocados. The shelf life of the avocado was remarkably increased. The avocado sector may eventually commercialize the moringa extracts combined with carboxyl methylcellulose, as a new organic edible covering.
利用辣木植物制成的羧甲基纤维素(CMC)进行牛油果(Persea americana Mill.)采后有机营养保护
研究得出的结论是,使用辣木叶和辣木籽提取物作为可食用的包衣,可能有助于延长牛油果的保质期并提高其品质。这项研究的重点品种是 "哈斯 "和 "宝石"。它还可以降低这些品种感染和发炎的风险。此外,还研究了甲基和乙醇辣木提取物的抗真菌特性。首先,将 1%的羧基甲基纤维素(CMC)和 2%的 MLE(辣木叶提取物)或 MSE(辣木籽提取物)混合。水果涂上(MLE + CMC)或(MSE + CMC)后,在 5.5°C 的温度和 95% 的相对湿度(RH)下保存 21 天。水果冷藏后保持在环境温度(21°C 和 60% 相对湿度)下,以接近零售条件。对果实硬度和采后质量指标(包括乙烯产量和呼吸速率)进行了分析。与马铃薯葡萄糖琼脂糖(简称 PDA)相比,两种涂膜还评估了它们对采后期间可能破坏水果质量的真菌的抗性。与未涂膜的水果相比,涂膜水果的质量损失较少。与未覆膜的水果相比,还观察到水果的呼吸速率和乙烯产量都有所下降。乙醇叶提取物对交替孢霉和球孢霉的抑制率分别为 43.60% 和 42.90%。所有接触到覆盖物的病原体都有受损的菌丝结构,而未覆盖物的水果则有健康的菌丝结构。与甲醇提取物相比,辣木叶乙醇提取物的抗菌活性更强。研究结果表明,含有羧基甲基纤维素 CMC 的辣木提取物可减少水果中的病菌。在整个采后供应链中,它还能保持牛油果的总体质量。牛油果的保质期显著延长。牛油果行业最终可能会将含有羧基甲基纤维素的辣木提取物作为一种新的有机食用覆盖物进行商业化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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