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Asaia sp., an Unusual Spoilage Organism of Fruit-Flavored Bottled Water

机译:Asaia sp。,一种果味瓶装水的异常腐败生物

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摘要

A gram-negative bacillus was isolated from a batch of fruit-flavored bottled water, which had spoiled as a result of bacterial overgrowth (>106 CFU/ml). The spoilage organism was extremely difficult to identify phenotypically and was poorly identified as Pasturella sp. (78.7% identification profile) employing the API 20NE identification scheme, which gave the profile 5040000. Molecular identification through PCR amplification of a partial region of the 16S rRNA gene followed by direct automated sequencing of the PCR amplicon allowed identification of the organism. Due to the sequence identity (100%) between the spoilage organism and a reference strain in GenBank, the spoilage isolate was considered to be an Asaia sp., a recently described genus and member of the acetic acid bacteria. This is the first report of Asaia sp. causing spoilage of a foodstuff and highlights the benefits of molecular identification techniques based on 16S rRNA gene sequences in the identification of unusual spoilage organisms.
机译:从一批带有水果味的瓶装水中分离出革兰氏阴性杆菌,该瓶装水由于细菌过度生长(> 106 CFU / ml)而变质了。腐败生物在表型上极难鉴定,而很难鉴定为巴斯德氏菌。 (78.7%的鉴定图谱)采用API 20NE鉴定方案,得到的谱图为5040000。通过PCR扩增16S rRNA基因的部分区域的分子鉴定,然后直接自动测序PCR扩增子,可以鉴定该生物。由于腐败菌与GenBank中参考菌株之间的序列同一性(100%),腐败菌被认为是Asaia菌,是最近描述的一种乙酸细菌属。这是Asaia sp。的第一份报告。导致食品变质,并强调了基于16S rRNA基因序列的分子鉴定技术在鉴定异常变质生物中的优势。

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