供人类食用的阿根廷商品蜂花粉的特征

Leticia Andrea Fernández, Victoria Fernández Etchegaray, Gisela Grandinetti, Matías Francisco Ledesma González, S. K. Medici, A. Alippi
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引用次数: 0

摘要

蜂花粉是一种膳食补充剂。其质量参数受《阿根廷食品法典》(AFCode)监管。本研究对来自阿根廷五个省份的 10 个商业脱水样本进行了特征描述,以提供有关卫生质量和健康安全的信息。我们评估了它们的微生物质量,包括潜在的霉菌毒素。我们还确定了它们的植物来源和水分。结果显示,10 个样本中有 7 个样本的可培养异养中嗜酸细菌数量低于 AFCode 规定的数量。相比之下,所有样品中的丝状真菌和酵母菌数量都高于 AFCode 规定的水平。我们没有检测到伏马菌素或脱氧雪腐镰刀菌烯醇;只在一个样本中检测到黄曲霉毒素 B2,在两个样本中检测到赭曲霉毒素 A。对样本植物来源的检测结果显示,除一个样本外,所有样本都以花粉为主。除丝状真菌和酵母菌外,所有样品的微生物质量都符合 AFCode 的要求。此外,我们还发现同一省份的样品之间也存在差异。因此,如果花粉是供人类食用的,那么所有蜂花粉生产操作都必须采用适当的卫生标准。亮点 除丝状真菌和酵母菌外,蜂花粉样品的微生物质量均符合 AFCode 的要求,不分省份或植物产地。 所有样品中的丝状真菌和酵母菌数量均高于《全 球花粉质量标准》的允许水平。 在蜂花粉中发现的霉菌毒素含量远远低于其他食品规定的人体允许摄入量(10 微克/千克)。 分析的所有样本都是经过多种植物品种鉴定的混合花粉。 阿根廷商品蜂花粉的特征表明,它适合人类食用。
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Characterization of Argentine commercial bee pollen intended for human consumption
Bee pollen is consumed as a dietary supplement. Its quality parameters are regulated by the Argentine Food Code (AFCode). The present study characterized 10 commercial dehydrated samples from five Argentine provinces to provide information on hygienic quality and health safety. We assessed their microbiological quality, including potential mycotoxins. We also determined their botanical origin and moisture. Results showed that seven out of ten samples presented lower counts of culturable heterotrophic mesophilic bacteria than those allowed by the AFCode. In contrast, all samples showed higher filamentous fungi and yeast counts than the level approved by the AFCode. No fumonisin or deoxynivalenol was detected; we observed only aflatoxin B2 in one sample and ochratoxin A in two. The results of the botanical origin of samples showed that all samples had a predominant pollen type, except one. The microbiological quality of all samples agreed with that required by the AFCode, except filamentous fungi and yeasts. In addition, we found variations among samples from the same province. Therefore, if pollen is intended for human consumption, appropriate hygiene standards must be applied to all bee pollen production operations. Highlights: The microbiological quality of bee pollen samples, regardless of the province or botanical origin, agreed with the requirements of the AFCode, except for filamentous fungus and yeast. All samples showed filamentous fungus and yeast counts higher than the permitted level in the AFCode. Mycotoxin levels found in bee pollen were far from the limits allowed in humans (10 µg.kg-1) by regulations for other foods. All samples analyzed were pollen mixes verified by identifying numerous botanical species. The characterization of Argentinian commercial bee pollen showed that it was suitable for human consumption.
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