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采前化学药剂处理及贮藏条件对番茄(果实)理化特性和货架期的影响

Effects of preharvest applications of chemicals and storage conditions on the physico-chemical characteristics and shelf life of tomato ( fruit.

作者信息

Tagele Aleminew, Woldetsadik Kebede, Gedamu Fikreyohannes, Rafi Mokula Mohammed

机构信息

School of Plant Sciences, College of Agriculture and Environmental Sciences, Haramaya University, Ethiopia.

Department of Natural Resource Management, College of Agricultural and Environmental Sciences, University of Gondar, Ethiopia.

出版信息

Heliyon. 2022 May 26;8(6):e09494. doi: 10.1016/j.heliyon.2022.e09494. eCollection 2022 Jun.

Abstract

The aim of this study was to investigate the influence of preharvest sprays of chemicals and evaporative cooling (ZECC) on the postharvest physico-chemical quality and shelf life of tomatoes. The experiment was conducted using a combination of ten preharvest sprays of chemicals (chitosan (0.1%), chitosan (0.3%), chitosan (0.5%), salicylic acid (SA) (0.015%), SA (0.03%), SA (0.045%), calcium chloride (CaCl) (1%), CaCl (3%), CaCl (5%) and control) and two storage conditions (ambient environment storage and ZECC). The design of the experiment was completely randomized design with three replications. Data were collected from tomato samples (. cv. ARP tomato D2) on four days interval. The result showed that all physico-chemical quality indicators were significantly (p ≤ 0.05) affected by both preharvest sprays and storage conditions. CaCl (5%) sprays extended the shelf life of tomato by 6 days in ZECC and 11 days in ambient storage compared to the control. The highest concentration of CaCl and SA sprays minimized PLW and maintained fruit marketability compared to the control. The firmness of tomatoes was better retained with the sprays of SA (0.045%) in both storage conditions. CaCl (5%), SA (0.045%) and chitosan (0.5%) sprays retained the titratable acidity by 42.86%, 47.62% and 33.33%, respectively compared to the control inside ZECC storage. At the end of storage period, the highest TSS was observed on tomatoes sprayed with SA (0.03%) followed by . The lycopene contents were lower with sprays of SA (0.045%), SA (0.03%), CaCl (3%), CaCl (5%) and chitosan (0.1%) stored inside ZECC indicating the effectiveness of preharvest sprays in delaying lycopene accumulation. Moreover, the AA contents of tomatoes sprayed with CaCl (5%), SA (0.045%) and chitosan (0.1%) were higher by 34.10%, 38.19% and 23.84%, respectively compared to the control. The result indicated that combining preharvest chemical sprays and ZECC storage is important to maintain the physico-chemical quality and shelf life of tomatoes.

摘要

本研究的目的是调查采前喷施化学药剂和蒸发冷却(ZECC)对番茄采后理化品质及货架期的影响。实验采用了十种采前化学药剂喷施组合(壳聚糖(0.1%)、壳聚糖(0.3%)、壳聚糖(0.5%)、水杨酸(SA)(0.015%)、SA(0.03%)、SA(0.045%)、氯化钙(CaCl)(1%)、CaCl(3%)、CaCl(5%)以及对照)和两种储存条件(环境储存和ZECC)。实验设计为完全随机设计,重复三次。每隔四天从番茄样本(. cv. ARP番茄D2)收集数据。结果表明,所有理化品质指标均受到采前喷施药剂和储存条件的显著影响(p≤0.05)。与对照相比,CaCl(5%)喷施在ZECC条件下使番茄货架期延长了6天,在环境储存条件下延长了11天。与对照相比,最高浓度的CaCl和SA喷施使果实失重最小化并维持了果实的适销性。在两种储存条件下,SA(0.045%)喷施能更好地保持番茄的硬度。在ZECC储存条件下,与对照相比,CaCl(5%)、SA(0.045%)和壳聚糖(0.5%)喷施分别使可滴定酸度保持在42.86%、47.62%和33.33%。在储存期结束时,喷施SA(0.03%)的番茄观察到最高的可溶性固形物含量,其次是......在ZECC内储存的喷施SA(0.045%)、SA(0.03%)、CaCl(3%)、CaCl(5%)和壳聚糖(0.1%)的番茄中番茄红素含量较低,表明采前喷施在延迟番茄红素积累方面的有效性。此外,与对照相比,喷施CaCl(5%), SA(0.045%)和壳聚糖(0.1%)的番茄中抗坏血酸含量分别高出34.10%、38.19%和23.84%。结果表明,采前化学药剂喷施与ZECC储存相结合对于维持番茄的理化品质和货架期很重要。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/e10e/9192814/0ebe2db2404c/gr1.jpg

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