Design of Species-Specific PCR Primers That Target the aac(6′)-Ii Gene for the Rapid Detection of Enterococcus faecium

S. Peykov, T. Strateva, S. Dimov
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Abstract

In this study, we used the sequence of the aac(6′)-Ii gene, which is responsible for the intrinsic low-level aminoglycoside resistance of Enterococcus faecium, to design novel species-specific primers. Two oligonucleotide pairs named EF_200 and EF_120 were designed, generating amplification products with sizes of 200 bp and 120 bp, respectively. They were successfully applied for the identification of various isolates of clinical or environmental origins in both pure cultures and complex food samples. The obtained results indicated that both primer pairs permitted the highly specific, simple, fast and inexpensive detection of E. faecium isolates.
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快速检测粪肠球菌aac(6’)-Ii基因的种特异性PCR引物设计
在本研究中,我们利用粪肠球菌(Enterococcus faecium)固有的低水平氨基糖苷抗性的aac(6’)-Ii基因序列设计了新的物种特异性引物。设计了两个寡核苷酸对EF_200和EF_120,扩增产物大小分别为200 bp和120 bp。它们成功地应用于鉴定纯培养物和复杂食品样品中临床或环境来源的各种分离株。结果表明,这两对引物对检测粪肠杆菌具有高度特异性、简便、快速和廉价的特点。
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