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首页> 外文期刊>Mycotoxin Research >Determination of ochratoxin A in liquorice products using HPLC based analytical methods. Part I: proficiency test of methods commonly used by the confectionary industry.
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Determination of ochratoxin A in liquorice products using HPLC based analytical methods. Part I: proficiency test of methods commonly used by the confectionary industry.

机译:使用基于HPLC的分析方法测定甘草产品中的曲霉毒素A。第一部分:糖果行业常用方法的能力验证。

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摘要

A European proficiency test series was accomplished on behalf of the CAOBISCO (Association of the Chocolate, Biscuit and Confectionery Industries of the EU) expert group on ochratoxin A to assess the performance of laboratories in measuring ochratoxin A in samples of various liquorice products. In addition, the impact of the extraction type (mainly with or without the use of halogenated solvents) was to be evaluated. Four different test samples (two liquorice powders and two liquorice pastes) were tested for sufficient homogeneity and distributed to 15 laboratories in 8 countries in Europe. The results were analysed using standard proficiency testing statistical procedures and laboratories were awarded z-scores on the basis of their reported results. The overall evaluation of the results shows a distinct variation between the participating laboratories. Based on a target standard deviation ( sigma-value) taken from the Horwitz equation, of the 14 laboratories that reported results, satisfactory results (z-score: Z <= 2.0) were obtained by 60% and 27% of the laboratories, respectively, for the two liquorice powders and by 93% and 53% of the laboratories, respectively, for the two liquorice pastes. Approximately equal numbers of laboratories used extraction types with and without the use of halogenated solvents. ANOVA testing of the results indicates there was no evident trend using different extraction solvents. (c)Society for Mycotoxin Research and Springer 2010.
机译:代表CAOBISCO(欧盟巧克力,饼干和糖果工业协会)的och曲毒素A专家小组完成了欧洲能力测试系列,以评估实验室在测量各种甘草产品样品中曲毒素A方面的性能。另外,将评估萃取类型的影响(主要在使用或不使用卤代溶剂的情况下)。测试了四个不同的测试样品(两种甘草精粉和两种甘草精糊剂)的均质性,并将其分配给欧洲8个国家的15个实验室。使用标准能力验证统计程序对结果进行分析,并根据实验室报告的结果为实验室授予z评分。对结果的整体评估表明参与实验室之间存在明显差异。根据从Horwitz方程得出的目标标准偏差(西格玛值),在报告结果的14个实验室中,分别有60%和27%的实验室获得了满意的结果(z评分:Z <= 2.0)。两种甘草粉,分别占实验室的93%和53%。大约相等数量的实验室使用有或没有使用卤代溶剂的萃取类型。结果的ANOVA测试表明,使用不同的萃取溶剂没有明显的趋势。 (c)霉菌毒素研究学会和Springer 2010。

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