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Aspergillus fumigatus SidJ Mediates Intracellular Siderophore Hydrolysis

机译:烟曲霉SidJ介导细胞内铁载体水解

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摘要

Siderophore-mediated iron handling is crucial for the virulence of Aspergillus fumigatus. Here we identified a new component of its siderophore metabolism, termed SidJ, which is encoded by AFUA_3G03390. The encoding gene is localized in a siderophore biosynthetic gene cluster that is conserved in a variety of fungi. During iron starvation, SidJ deficiency resulted in decreased growth and increased intracellular accumulation of hydrolysis products of the siderophore fusarinine C. The implied role in siderophore hydrolysis is consistent with a putative esterase domain in SidJ, which now represents the first functionally characterized member of the DUF1749 (domain of unknown function) protein family, with members found exclusively in fungi and plants.
机译:铁载体介导的铁处理对于烟曲霉的毒性至关重要。在这里,我们确定了其铁载体代谢的新成分,称为SidJ,由AFUA_3G03390编码。编码基因位于在多种真菌中保守的铁载体生物合成基因簇中。在铁饥饿期间,SidJ缺乏导致铁载体富沙林碱C水解产物的生长减少和细胞内积累增加。铁载体水解中的隐含作用与SidJ中的假定酯酶结构域一致,该结构域现在代表DUF1749的第一个功能表征成员(功能未知的域)蛋白家族,成员仅在真菌和植物中发现。

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