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首页> 外文期刊>Gene: An International Journal Focusing on Gene Cloning and Gene Structure and Function >The identification of oppA gene homologues as part of the oligopeptide transport system in mycoplasmas
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The identification of oppA gene homologues as part of the oligopeptide transport system in mycoplasmas

机译:作为支原体寡肽转运系统一部分的oppA基因同源物的鉴定

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The lack of an annotated oppA gene as part of many oligopeptide permease (opp) operons has questioned the necessity of the oligopeptide-binding domain (OppA) as a part of the Opp transport system in mycoplasmas. This study investigated the occurrence of an oppA gene as part of the oppBCDF operon in 42 mycoplasma genomes. Except for hemoplasma, all mycoplasmas were found to possess one or more copies of the oppBCDF operon and with the help of similarity searches their oppA genes could be identified. Phylogenetic analysis of the combined OppABCDF amino acid sequences allowed them to be grouped into three types. Each type has a unique set of conserved motifs, which are likely to reflect substrate preference and adaption strategies. Our approach allowed the identification of oppA gene homologues for all mycoplasma opp operons and thereby provides a method for re-evaluating the current annotation of oppA genes in mycoplasma genomes. (C) 2014 Elsevier B.V. All rights reserved.
机译:作为许多寡肽渗透酶(opp)操纵子的一部分,缺少带注释的oppA基因使人们质疑寡肽结合域(OppA)作为支原体中Opp转运系统一部分的必要性。这项研究调查了在42个支原体基因组中oppA基因作为oppBCDF操纵子的一部分的发生。除血浆外,所有支原体均具有一个或多个oppBCDF操纵子拷贝,并通过相似性搜索可以鉴定出其oppA基因。对组合的OppABCDF氨基酸序列进行系统进化分析,可以将它们分为三类。每种类型都有一组独特的保守基序,这很可能反映了底物的偏好和适应策略。我们的方法允许鉴定所有支原体opp操纵子的oppA基因同源物,从而提供一种重新评估支原体基因组中oppA基因当前注释的方法。 (C)2014 Elsevier B.V.保留所有权利。

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