Selection of priority unintentionally present chemical contaminants based on the example of rice retailed in the Russian Federation

Vladimirovna Zaitseva Nina, Zalmanovich Shur Pavel, Vladimirovich Suvorov Dmitry, Evgenjevich Zelenkin Sergey, Vladimirovna Nedoshitova Anna, Vjacheslavovna Stenno Elena
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Abstract

Chemicals that are not subject to hygienic standards and yet are found in rice can be classified as  unintentionally present chemicals in food products. However, these chemicals can pose a potential health hazard, which requires an assessment of the risk they represent. For this purpose, it is necessary to select priority potentially dangerous unintentionally present chemicals in rice. The study included five samples of rice from Cambodia, India, and Russia. Chemical element content studies were conducted on Agilent 7900 mass spectrometer (Agilent Technologies, Japan/Singapore) with an octopole collision/reaction cell (ORS) using the semi-quantitative analysis program for the mass spectrometer. The selection of priority unintentionally present chemical contaminants in rice was conducted in three stages. The researchers applied specific criteria to include chemicals in the further assessment at each stage. As a result of the evaluation of the selection of priority unintentionally present chemicals contained in rice sold through retail chains, a potential hazard category (PHC) was established, i.e., an integral characteristic of the potential hazard of an unintentionally present chemical contained in a food product, covering the possibility of ingestion of a specific chemical and its toxicity. Thus, in accordance with the PHC, aluminum was identified as priority potentially hazardous chemical contained in rice for further risk assessment since it corresponded to category I of the potential hazard.
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根据在俄罗斯联邦零售的大米的例子,优先选择无意中存在化学污染物
在大米中发现的不符合卫生标准的化学物质可以归类为无意中存在于食品中的化学物质。然而,这些化学品可能构成潜在的健康危害,因此需要对它们所代表的风险进行评估。为此,有必要优先选择大米中无意中存在的潜在危险化学物质。这项研究包括来自柬埔寨、印度和俄罗斯的五个大米样本。化学元素含量的研究在Agilent 7900质谱仪(Agilent Technologies, Japan/Singapore)上进行,使用质谱仪的半定量分析程序,采用章鱼碰撞/反应池(ORS)。对水稻中无意识化学污染物的优先选择分三个阶段进行。研究人员应用了特定的标准,将化学物质纳入每个阶段的进一步评估。在对通过零售连锁店销售的大米中所含的无意中存在的化学物质的优先选择进行评估后,建立了潜在危害类别(PHC),即食品中所含的无意中存在的化学物质的潜在危害的整体特征,包括摄入特定化学物质的可能性及其毒性。因此,根据PHC,铝被确定为大米中含有的优先潜在危险化学品,以便进行进一步的风险评估,因为它对应于潜在危害的第一类。
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