用 BIOFISH 300/3000 SUL 方法定量虾中的亚硫酸盐总量,合作研究:最终行动 2021.09。

Jone Garate, Itziar Ortiz de Zarate, Roberto Gonzalez, Larraitz Añorga, Sandra Salleres
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摘要

背景:2021 年 12 月,用于测定虾中总亚硫酸盐含量的 BIOFISH 300 SUL 方法被 AOAC 国际协会采纳为第一行动正式分析方法(First Action Official Method of AnalysisSM):2023 年 2 月开展了一项合作研究,以测试该方法的重现性:方法:该方法基于一个台式生物传感器装置,将亚硫酸盐的浓度与可量化的电流信号联系起来。传感元件 Biotest 含有一种专门氧化亚硫酸盐的酶,该装置可在 3 分钟内电化学检测反应产物。亚硫酸盐通过水基缓冲溶液从固体中提取,从而确保所有亚硫酸盐都以游离阴离子的形式存在:结果:11 位合作者参与了 9 种不同虾类样品的研究。对有效数据进行统计分析后得出的 RSDr 和 RSDR 值分别为 2.1%-8.1%和 7.5%-14.3%,虾类样品中的亚硫酸盐含量均高于该方法的定量限(7 mg/kg):这些结果表明该方法具有良好的重复性和再现性,即使浓度低于食品中亚硫酸盐的法定阈值,优化莫尼耶-威廉斯参考方法的不精确性也相对较高。
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Quantification of Total Sulfites in Shrimp by BIOFISH 300/3000 SUL Method, Collaborative Study: Final Action 2021.09.

Background: In December 2021, the BIOFISH 300 SUL method for the determination of total sulfites in shrimp was adopted as a First Action Official Method of AnalysisSM by the AOAC INTERNATIONAL.

Objective: A collaborative study was conducted in February 2023 in order to test the reproducibility of the method.

Methods: The method is based on the use of a benchtop biosensor device that relates the concentration of sulfite to a quantifiable electric current signal. The sensing element, the Biotest, harbors an enzyme that specifically oxidizes sulfite, and the reaction products are electrochemically detected by the device in less than 3 min. The sulfite is extracted from the solid using an aqueous-based buffer solution, which ensures that all sulfite is present as a free anion.

Results: Eleven collaborators participated in the study of nine different shrimp samples. Values of repeatability and reproducibility relative standard deviation (RSDr and RSDR) obtained from the statistical analysis of valid data ranged from 2.1-8.1% and 7.5-14.3%, respectively, for shrimp samples above the quantification limit of the method, set at 7 mg/kg.

Conclusion: These results showed good repeatability and reproducibility of the method, even at concentrations below the legal threshold for sulfite in food, where the reference optimised Monier-Williams (OMW) method shows relatively high imprecision.

Highlights: On the basis of these results, the enzymatic amperometric biosensor method developed by BIOLAN Microbiosensores was adopted as Final Action Official Method in September 2023.

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