去皮土豆、全土豆和红薯中的无机污染物(砷、镉、铅)

A. Sixto, A. Mollo, Facundo Ibáñez, M. Pistón
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引用次数: 0

摘要

蔬菜是宏量和微量营养素的丰富来源。特别是,土豆和红薯被广泛消费,是世界上最重要的两种粮食作物。因此,这些产品由于其无机污染物的含量而受到污染是非常值得关注的。由于这些块茎和块根含有丰富的纤维和其他营养成分,因此考虑到健康消费趋势,对整个产品进行分析可以为其食品安全提供有价值的信息。为此,研究了去皮土豆、全土豆和红薯中砷、镉、铅的含量。为此,根据国际官方分析合作协会(AOAC)对食品分析的要求,对分析方法进行了优化和验证。虽然砷、镉和铅的含量在大多数情况下比这些污染物的最大允许值低三倍以上,但在整个甘薯样品中检测到镉的存在,而在去皮甘薯样品中未检测到镉。在分析的大多数甘薯样品中,也观察到铅的相同行为。这一信息表明,需要生成关于整个根和块茎污染物含量的信息,并有可用的分析方法来收集这些污染物在整个蔬菜中发生的数据,以便根据消费习惯进行风险评估。
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Inorganic contaminants (As, Cd, Pb) in peeled and whole potatoes and sweet potatoes
Vegetables are a rich source of macro and micronutrients. Particularly, potatoes and sweet potatoes are widely consumed and are two of the most important food crops in the world. Therefore, contamination of these products due to their content of inorganic contaminants is of great concern. Considering the healthy trend of consuming these tubers and roots with their skins, which are rich in fiber and other nutrients, analysis of the whole product could provide valuable information in relation to their food safety. Therefore, the presence of arsenic (As), cadmium (Cd) and lead (Pb) in peeled and whole potatoes and sweet potatoes was studied. To do so, analytical methods were optimized and validated according to the Association of Official Analytical Collaboration International (AOAC) requirements for food analysis. Although the content of As, Cd and Pb was in most cases more than three times below the maximum allowed levels for these contaminants, the presence of Cd was detected in the samples of whole sweet potato but not in the peeled ones. The same behavior was observed for Pb in most of the sweet potato samples analyzed. This information points to the need to generate information on the whole root and tuber contaminants content, and to have analytical methods available to gather data on the occurrence of these contaminants in the whole vegetable in order to perform their risk assessment according to the consumption habits.
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CiteScore
0.50
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审稿时长
20 weeks
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