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非洲,新兴的姜黄出口国:利用快速检测系统打击欺诈行为。

Africa, an Emerging Exporter of Turmeric: Combating Fraud with Rapid Detection Systems.

作者信息

Abia Wilfred Angie, Haughey Simon A, Radhika Radhika, Taty Brandy Perkwang, Russell Heidi, Carey Manus, Maestroni Britt Marianna, Petchkongkaew Awanwee, Elliott Christopher T, Williams Paul N

机构信息

Institute for Global Food Security, The Queen's University of Belfast, Belfast BT9 5DL, Northern Ireland, UK.

Department of Biochemistry, Faculty of Science, University of Yaounde 1, Yaounde BP 812, Cameroon.

出版信息

Foods. 2025 Apr 30;14(9):1590. doi: 10.3390/foods14091590.

Abstract

Turmeric powder has gained widespread popularity due to its culinary and medicinal value and has become a target for economically motivated fraud. The history and exportation of turmeric in Africa were reviewed, and the safety issues of some toxic adulterants were discussed. Priority adulterants were determined from global food safety alerts. A systematic bibliographic search on Scopus, PubMed, Google Scholar, and Web of Science was performed to identify appropriate methods and techniques for authentication and safety. The quality of each study was assessed according to PRISMA guidelines/protocol. African turmeric exportation is on the rise due to recent insights into the suitability of local cultivars, soil and climate for growing high-quality turmeric, with curcumin levels >3%. There are limited data on turmeric adulteration for domestic consumption and export markets. This is important when considering that some turmeric adulterants may serve as risk factors for cancer following exposure. Global alert databases revealed lead chromate as the top hazard identified of all adulterants. Current techniques to detect adulterants are laboratory-based, and while efficient, there is a need for more rapid, field-friendly, non-destructive analytical tools for turmeric fraud/authenticity testing. This enables on-the-spot decision-making to inform rapid alerts. Portable technologies, such as portable X-ray fluorescence, were highlighted as showing potential as a Tier 1 screening tool within a "Food Fortress" systems approach for food safety, combined with validation from mass spectrometry-based Tier 2 testing.

摘要

姜黄粉因其烹饪和药用价值而广受欢迎,并已成为经济动机欺诈的目标。本文回顾了姜黄在非洲的历史和出口情况,并讨论了一些有毒掺假物的安全问题。根据全球食品安全警报确定了重点掺假物。在Scopus、PubMed、谷歌学术和科学网进行了系统的文献检索,以确定用于鉴定和安全检测的合适方法和技术。根据PRISMA指南/方案评估每项研究的质量。由于最近对当地品种、土壤和气候适合种植高质量姜黄(姜黄素含量>3%)的深入了解,非洲姜黄出口量正在上升。关于国内消费和出口市场姜黄掺假的数据有限。考虑到一些姜黄掺假物在接触后可能成为癌症的风险因素,这一点很重要。全球警报数据库显示,铬酸铅是所有掺假物中确定的首要危害物。目前检测掺假物的技术基于实验室,虽然有效,但需要更快速、便于现场操作、无损的分析工具来检测姜黄欺诈/真伪。这有助于当场做出决策,以便迅速发出警报。便携式技术,如便携式X射线荧光技术,被强调在食品安全“食品堡垒”系统方法中作为一级筛查工具显示出潜力,并结合基于质谱的二级检测进行验证。

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