American Botanical Council, Austin, Texas 78714, United States.
Steven Foster Group, Eureka Springs, Arkansas 72632, United States.
J Nat Prod. 2023 Feb 24;86(2):460-472. doi: 10.1021/acs.jnatprod.2c00929. Epub 2023 Jan 30.
Botanical ingredients are used widely in phytomedicines, dietary/food supplements, functional foods, and cosmetics. Products containing botanical ingredients are popular among many consumers and, in the case of herbal medicines, health professionals worldwide. Government regulatory agencies have set standards (collectively referred to as current Good Manufacturing Practices, cGMPs) with which suppliers and manufacturers must comply. One of the basic requirements is the need to establish the proper identity of crude botanicals in whole, cut, or powdered form, as well as botanical extracts and essential oils. Despite the legal obligation to ensure their authenticity, published reports show that a portion of these botanical ingredients and products are adulterated. Most often, such adulteration is carried out for financial gain, where ingredients are intentionally substituted, diluted, or "fortified" with undisclosed lower-cost ingredients. While some of the adulteration is easily detected with simple laboratory assays, the adulterators frequently use sophisticated schemes to mimic the visual aspects and chemical composition of the labeled botanical ingredient in order to deceive the analytical methods that are used for authentication. This review surveys the commonly used approaches for botanical ingredient adulteration and discusses appropriate test methods for the detection of fraud based on publications by the ABC-AHP-NCNPR Botanical Adulterants Prevention Program, a large-scale international program to inform various stakeholders about ingredient and product adulteration. Botanical ingredients at risk of adulteration include, but are not limited to, the essential oils of lavender (, Lamiaceae), rose (, Rosaceae), sandalwood (, Santalaceae), and tea tree (, Myrtaceae), plus the extracts of bilberry (, Ericaceae) fruit, cranberry (, Ericaceae) fruit, elder (, Viburnaceae) berry, eleuthero (, Araliaceae) root, ginkgo (, Ginkgoaceae) leaf, grape (, Vitaceae) seed, saw palmetto (, Arecaceae) fruit, St. John's wort (, Hypericaceae) herb, and turmeric (, Zingiberaceae) root/rhizome, among numerous others.
植物性成分广泛应用于植物药、膳食/食品补充剂、功能性食品和化妆品中。含有植物性成分的产品在许多消费者中很受欢迎,在草药的情况下,在全球范围内也受到健康专业人员的欢迎。政府监管机构制定了标准(统称为现行良好生产规范,cGMP),供应商和制造商必须遵守这些标准。其中一个基本要求是需要确定整个、切割或粉末形式的粗植物性成分以及植物提取物和精油的适当身份。尽管有确保其真实性的法律义务,但已发表的报告显示,这些植物性成分和产品中有一部分是掺假的。这种掺假大多是为了谋取经济利益,故意用未经披露的低成本成分替代、稀释或“强化”成分。虽然一些掺假很容易通过简单的实验室检测发现,但掺假者经常使用复杂的方案来模拟标签植物性成分的外观和化学成分,以欺骗用于认证的分析方法。本综述调查了植物性成分掺假常用的方法,并根据 ABC-AHP-NCNPR 植物性掺假预防计划的出版物讨论了用于检测欺诈的适当测试方法,该计划是一个大型国际计划,旨在向各利益相关方通报成分和产品掺假的情况。有掺假风险的植物性成分包括但不限于薰衣草(唇形科)、玫瑰(蔷薇科)、檀香(檀香科)和茶树(桃金娘科)的精油,以及越桔(杜鹃花科)果、蔓越莓(杜鹃花科)果、接骨木(忍冬科)浆果、刺五加(五加科)根、银杏(银杏科)叶、葡萄(葡萄科)种子、锯棕榈(棕榈科)果、贯叶连翘(金丝桃科)草和姜黄(姜科)根/根茎,以及其他许多植物性成分。