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多环芳烃作为马黛茶潜在致癌性的一个来源。

Polycyclic aromatic hydrocarbons as a potential source of carcinogenicity of mate.

作者信息

Oranuba Ebele, Deng Hua, Peng Jiangnan, Dawsey Sanford M, Kamangar Farin

机构信息

a ASCEND Center for Biomedical Research , Morgan State University , Baltimore , MD , USA.

b Department of Chemistry, School of Computer, Mathematical, and Natural Sciences , Morgan State University , Baltimore , MD , USA.

出版信息

J Environ Sci Health C Environ Carcinog Ecotoxicol Rev. 2019;37(1):26-41. doi: 10.1080/10590501.2019.1555323. Epub 2018 Dec 30.

Abstract

Drinking mate, an infusion of the herb ilex paraguariensis, is very common in several South American countries, and has been associated with an increased risk of esophageal cancer. This increased risk may be attributed to drinking mate very hot, or to mate's potentially carcinogenic contaminants, such as polycyclic aromatic hydrocarbons (PAHs). Mate leaves are often dried via smoking, and therefore commercial samples may have high amounts of PAHs. We found 10 original articles that had measured PAHs in commercial dry samples, and nearly all found very high mass fractions. Most studies found benzo[a]pyrene mass fractions to be over 25 ng/g, and some found levels up to 600 ng/g. However, carcinogenic PAHs are often hydrophobic, and may not readily transfer into infusions. Seven articles studied transfer rates, and these rates varied from 1 to 50%, depending on the methods employed. Further careful studies of transfer rates in situations that mimic real life drinking of mate are recommended. Also, further studies of biological indicators of PAH exposure, particularly in randomized experiments, and analyzing DNA from tumor samples of mate drinkers are recommended.

摘要

饮用马黛茶(一种由巴拉圭冬青树叶制成的泡剂)在几个南美国家非常普遍,并且与食管癌风险增加有关。这种风险增加可能归因于饮用温度很高的马黛茶,或者马黛茶中潜在的致癌污染物,如多环芳烃(PAHs)。马黛茶叶通常通过烟熏干燥,因此商业样品中可能含有大量多环芳烃。我们找到了10篇在商业干燥样品中测量多环芳烃的原始文章,几乎所有文章都发现其质量分数非常高。大多数研究发现苯并[a]芘的质量分数超过25 ng/g,有些研究发现含量高达600 ng/g。然而,致癌多环芳烃通常具有疏水性,可能不容易转移到泡剂中。七篇文章研究了转移率,这些转移率从1%到50%不等,具体取决于所采用的方法。建议在模拟实际饮用马黛茶的情况下进一步仔细研究转移率。此外,建议进一步研究多环芳烃暴露的生物指标,特别是在随机实验中,并分析马黛茶饮用者肿瘤样本中的DNA。

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