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首页> 外文期刊>Molecular phylogenetics and evolution >Slr0006-like proteins: A TsaC/TsaC2/YciO subfamily exclusive to cyanobacteria
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Slr0006-like proteins: A TsaC/TsaC2/YciO subfamily exclusive to cyanobacteria

机译:SLR0006样蛋白质:TSAC / TSAC2 / YCIO亚家族独家患有Cyanobacteria

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The universally conserved TsaC/TsaC2/YciO family of proteins is essential for the N(6-)threonylcarbamoyladenosine modification present in almost all ANN-decoding tRNAs. Previously, the family has been grouped into the TsaC/TsaC2 and YciO subfamilies. We used sequence analysis, phylogenetic methods and homology modeling to show that a third subfamily, the Slr0006-like subfamily, exists exclusively in some cyanobacteria. The Slr0006-like proteins are solely found together with both TsaC and YciO homologs, indicating a distinct function for the Slr0006-like subfamily. Accordingly, the homology models show that the amino acids in their putative binding clefts differ significantly. Hence, we introduce a new cyanobacterial subfamily of proteins with the TsaC-domain fold, along with the generated classification rules to assign new members to the correct cyanobacterial subfamily. (C) 2017 Elsevier Inc. All rights reserved.
机译:普遍保守的TSAC / TSAC2 / YCIO蛋白质对N(6-)苏氨基氨基酰基亚甲酰胺改性几乎存在于几乎所有Ann-解码的TRNA中。 以前,该家族已被分组为TSAC / TSAC2和YCIO亚属。 我们使用序列分析,系统发育方法和同源性建模,以表明第三个子家族,SLR0006样亚家族仅存在于一些蓝藻中。 SLR0006样蛋白质单独与TSAC和YCIO同源物一起发现,表明SLR0006样亚家族的不同功能。 因此,同源模型表明其推定的结合谱系中的氨基酸显着差异显着。 因此,我们用TSAC结构域折叠引入一种新的蓝细菌亚家族,以及产生的分类规则,将新成员分配给正确的蓝细菌亚家族。 (c)2017年Elsevier Inc.保留所有权利。

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