APMP.QM-S19: Toxic elements in seafood

IF 2.1 3区 工程技术 Q2 INSTRUMENTS & INSTRUMENTATION Metrologia Pub Date : 2024-01-19 DOI:10.1088/0026-1394/61/1a/08001
Kelvin Chun-wai Tse, Wai-hong Fung, Mala Khan, Soraya Sandoval Riquelme, Javier Vera, Li Xiao, Lu Hai, Ronald Cristancho, Adriana Rodriguez, Diego A Garzon Z , Carlos Andres España, Elias Kakoulides, G Karanikolopoulos, E Stathoudaki, V Schoina, Christine Elishian, Isna Komalasari, Luigi Bergamaschi, Giancarlo D'Agostino, Marco di Luzio, Shin-ichi Miyashita, Maria-del-Rocio Arvizu-Torres, Emilia Vasileva-Veleva, Elmer Carrasco, Alleni T Junsay, Michał Strzelec, Richard Shin, Radojko Jaćimović, Milena Horvat, Darja Mazej, Adna Alilović, Tea Zuliani, Angelique Botha, Maré Linsky, Nunnapus Laitip, Ramiro Pérez Zambra, Romina Napoli
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Abstract

Main textSeafood is one of the major food resources for human consumption in the world. The CODEX Alimentarius Commission and many jurisdictions have set maximum levels of metallic contaminants in seafood. The use of reliable methods for measurement of metallic contaminants is important in safeguarding the quality of these products and public health.The Supplementary Comparison APMP.QM-S19: Toxic Elements in Seafood was coordinated by the Government Laboratory, Hong Kong, China (GLHK). Four measurands (arsenic, cadmium, mercury and lead) in seafood were chosen. The last CCQM or RMO key comparison / supplementary comparison in the area of metallic contaminants in seafood was organized by GLHK in 2011 (APMP.QM-S5). Hence, it was timely to organize another comparison that covers different measurands. This Supplementary Comparison (APMP.QM-S19) offers different analytical challenges (e.g. in analysis of mercury and a different range of measurands) as compared to the previous comparison. Moreover, it enabled National Metrology Institutes / Designated Institutes (NMIs/DIs) that did not participate in the previous comparisons to demonstrate their measurement competencies.Nineteen institutes participated in APMP.QM-S19. Most participating NMIs/DIs employed microwave-assisted acid digestion for sample dissolution. Inductively coupled plasma mass spectrometry (ICP-MS), including triple quadrupole and sector field, were the most commonly used instrumental techniques. Results of all participating NMIs/DIs were evaluated against the supplementary comparison reference value (SCRV). The SCRV and associated uncertainty were determined from results of NMIs/DIs that participated in the supplementary comparison using methods with demonstrated metrological traceability. Median was used as estimator of the SCRVs. For arsenic, the SCRV was 1.342 mg/kg calculated from 15 participating NMIs/DIs. For arsenic, cadmium, mercury and lead, the SCRVs were 1.342 mg/kg, 0.3630 mg/kg, 0.1230 mg/kg and 0.4101 mg/kg, respectively, calculated from 15, 14, 13 and 11 participating NMIs/DIs.Participating NMIs/DIs that have successfully participated in APMP.QM-S19 have demonstrated measurement capabilities in determining inorganic elements, in a mass fraction range from 0.02 mg/kg to 50 mg/kg in high organic content matrix, including seafood of animal origin and high protein food.To reach the main text of this paper, click on Final Report. Note that this text is that which appears in Appendix B of the BIPM key comparison database https://www.bipm.org/kcdb/.The final report has been peer-reviewed and approved for publication by the CCQM, according to the provisions of the CIPM Mutual Recognition Arrangement (CIPM MRA).
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APMP.QM-S19:海产品中的有毒元素
正文海产品是世界上供人类消费的主要食品资源之一。食品法典委员会和许多司法管辖区都规定了海产品中金属污染物的最高含量。使用可靠的方法测量金属污染物对保障这些产品的质量和公众健康非常重要。APMP.QM-S19 号补充比对:海产品中的有毒元素由中国香港政府化验所(GLHK)负责协调。选择了海产品中的四种测量元素(砷、镉、汞和铅)。上一次有关海产品中金属污染物的CCQM或RMO主要比对/补充比对由香港政府化验所于2011年举办(APMP.QM-S5)。因此,再组织一次涵盖不同测量物的比对是及时的。与上次比较相比,本次补充比较(APMP.QM-S19)提出了不同的分析挑战(如汞分析和不同范围的测量剂)。此外,它还使未参加前几次比对的国家计量机构/指定机构(NMIs/DIs)能够展示其测量能力。19个机构参加了APMP.QM-S19。大多数参与比对的 NMI/DI 采用微波辅助酸消解法进行样品溶解。电感耦合等离子体质谱(ICP-MS),包括三重四极杆和扇形场,是最常用的仪器技术。所有参与的 NMIs/DIs 的结果都对照补充比较参考值(SCRV)进行了评估。SCRV 和相关的不确定性是根据参与补充比对的 NMIs/DIs 的结果确定的,这些 NMIs/DIs 使用的方法都具有计量溯源性。中位数被用作 SCRV 的估计值。砷的 SCRV 值为 1.342 mg/kg,由 15 个参与的 NMI/DI 计算得出。砷、镉、汞和铅的 SCRV 值分别为 1.342 mg/kg、0.3630 mg/kg、0.1230 mg/kg 和 0.4101 mg/kg,由 15、14、13 和 11 个参与的 NMI/DIs 计算得出。QM-S19已证明具有测定高有机含量基质(包括动物源海产品和高蛋白食品)中无机元素质量分数范围为0.02毫克/千克至50毫克/千克的能力。请注意,该文本是出现在 BIPM 关键比对数据库附录 B 中的文本 https://www.bipm.org/kcdb/.The 根据 CIPM 互认安排(CIPM MRA)的规定,最终报告已经过同行评审,并获准由 CCQM 出版。
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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来源期刊
Metrologia
Metrologia 工程技术-物理:应用
CiteScore
2.80
自引率
25.00%
发文量
137
审稿时长
12 months
期刊介绍: Published 6 times per year, Metrologia covers the fundamentals of measurements, particularly those dealing with the seven base units of the International System of Units (metre, kilogram, second, ampere, kelvin, candela, mole) or proposals to replace them. The journal also publishes papers that contribute to the solution of difficult measurement problems and improve the accuracy of derived units and constants that are of fundamental importance to physics. In addition to regular papers, the journal publishes review articles, issues devoted to single topics of timely interest and occasional conference proceedings. Letters to the Editor and Short Communications (generally three pages or less) are also considered.
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