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首页> 外文期刊>Food research international >The concentration of potentially toxic elements (PTEs) in the onion and tomato irrigated by wastewater: A systematic review; meta-analysis and health risk assessment
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The concentration of potentially toxic elements (PTEs) in the onion and tomato irrigated by wastewater: A systematic review; meta-analysis and health risk assessment

机译:废水灌溉的洋葱和番茄中潜在有毒元素(PTE)的浓度:系统综述;

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Nowadays, vegetable irrigation with wastewater in developing countries has become a serious issue. In this regard, the current investigation was performed to collect the related data regarding the concentration of potentially toxic elements (PTEs) including Fe, Zn, Cu, Cr, Pb, Ni, and Cd in onion and tomato samples irrigated with wastewater by the aid of a systematic review among the Scopus, Medline and Embase databases between 1/January/1983 to 31/January/2019. Also, the health risk assessment for consumers due to PTEs ingestion via the consumption of onion and tomato was estimated by using target hazard quotient (THQ). In this context, 35 articles with 64 studies out of 779 retrieved citations were included in the meta-analysis. The ranking of different parts of tomato based on Pb, Cd, and Cu concentration was shoot > root > leave > edible part; Fe, leave > shoot > root > edible part; Cr, root > leave > shoot > edible part; Zn, shoot > leave > root > edible part; and Ni, leave > edible part > root > shoot. Moreover, the ratio concentration of Pb, Cd, Cu, Fe, Cr, Zn and Ni in the edible part to leave of onion was 2.92, 6.01, 1.29, 4.17, 0.84, and 3.55, 10.10, respectively. According to findings, the rank order of PTEs in the onion was Fe (43.09 mg/kg-dry weight) > Zn (34.3 mg/ kg-dry weight) > Pb (18.54 mg/ kg-dry weight) > Cu (14.9 mg/ kg-dry weight) > Ni (11.92 mg/ kg-dry weight) > Cr (7.24 mg/ kg-dry weight) > Cd (0.23 mg/ kg-dry weight) and tomato; Fe (139.12 mg/ kg-dry weight) > Zn (29.81 mg/ kg-dry weight) > Cu (25.04 mg/ kg-dry weight) > Cr (14.28 mg/ kg-dry weight) > Pb (9.58 mg/ kg-dry weight) > Ni (9.23 mg/ kg-dry weight) > Cd (4.64 mg/kg-dry weight). However, the concentration of PTEs investigated in the edible part of onion was higher than leaves; their concentrations in the edible part of the tomato were lower than other parts. The health risk assessment indicated that consumers groups are at significant non-carcinogenic risk due to the ingestion of PTEs via consumption of the onion and tomato vegetable wastewater irrigated (THQ > 1). Therefore, the irrigation of vegetables with wastewater should be monitored and controlled by some prevention plans.
机译:如今,发展中国家用废水灌溉蔬菜已成为一个严重的问题。在这方面,目前进行了调查,以收集有关通过灌溉用水冲洗的洋葱和番茄样品中潜在有毒元素(PTE)浓度的相关数据,其中包括铁,锌,铜,铬,铅,镍和镉。在1983年1月1日至2019年1月31日之间对Scopus,Medline和Embase数据库进行的系统审查。此外,通过使用目标危险商(THQ)估算了由于摄入PTE而通过摄入洋葱和番茄对消费者造成的健康风险评估。在这种情况下,荟萃分析包括了779篇文献中的64篇研究中的35篇文章。基于铅,镉和铜的浓度,番茄不同部位的排列顺序为:芽>根>叶>可食部位;铁,离开>芽>根>可食部分;铬,根>叶>芽>可食部分;锌,芽>叶>根>可食部分;和Ni,离开>食用部位>根>芽。此外,洋葱的可食用部分中的铅,镉,铜,铁,铬,锌和镍的比例浓度分别为2.92、6.01、1.29、4.17、0.84和3.55、10.10。根据发现,洋葱中PTE的排列顺序为:Fe(43.09 mg / kg干重)> Zn(34.3 mg / kg干重)> Pb(18.54 mg / kg干重)> Cu(14.9 mg) /镍(11.92 mg /千克干重)>铬(7.24毫克/千克干重)>镉(0.23毫克/千克干重)和番茄; Fe(139.12 mg / kg-干重)> Zn(29.81 mg / kg-干重)> Cu(25.04 mg / kg-干重)> Cr(14.28 mg / kg-干重)> Pb(9.58 mg / kg (干重)> Ni(9.23 mg / kg干重)> Cd(4.64 mg / kg干重)。然而,洋葱可食用部分中所研究的PTE浓度高于叶子;它们在番茄可食用部分的浓度低于其他部分。健康风险评估表明,由于通过摄入洋葱和灌溉的番茄蔬菜废水摄入了PTE,消费者群体处于非致癌风险显着(THQ> 1)。因此,应通过一些预防计划来监测和控制蔬菜废水的灌溉。

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