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首页> 外文期刊>Veterinary Research Communications >Phylogenetic background of attaching and effacing Escherichia coli isolates from animals.
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Phylogenetic background of attaching and effacing Escherichia coli isolates from animals.

机译:从动物附着和抑制大肠杆菌的系统发育背景。

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摘要

Detection and distribution of eae gene in forty-four attaching and effacing Escherichia coli (AEEC) strains of animal origin were investigated. Association of distinct intimin alleles with phylogenetic background were assessed among strains in comparison with different serogroups. Phylogenetic analysis showed that 31 EHEC/eae+ STEC strains belong to groups A, B1 and E, 13 EPEC strains segregated in B1 and B2. Moreover, group A possessed the eae gamma2/theta type, group B1 the eae beta1, eae kappa, eae zeta, and eae varepsilon types, group B2 the eae alpha1, eae alpha2 and eae iota types, while the group E possessed the eae gamma1 type. The presence of numerous eae-types show that EPEC and EHEC/eae+ STEC tested have a high genetic homology within each phylogenetic group.
机译:研究了44次附着和抑制大肠杆菌(AEEC)动物源性菌株的EAE基因的检测和分布。 与不同的血清组相比,在菌株中评估了与系统发育背景的不同内含物的结合。 系统发育分析表明,31种EHEC / EAE + STEC菌株属于A,B1和E的基团,13个EPEC菌株在B1和B2中分离。 此外,A组具有EAEγ2/ THETA型,B1群EAEβ1,EAE Kappa,EAE ZETA和EAE verepsilon类型,B2群EAE alpha1,EAE alpha2和EAE IOTA类型,而组E具有EAE Gamma1 类型。 许多EAE类型的存在表明,EPEC和EHEC / EAE + STEC在每个系统发育基团内具有高遗传同源性。

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