As a mitochondrial ABC transporter in Fusarium graminearum, FgAtm1 regulates the activity of cytosolic Fe-S proteins via transporting GSH-linked [2Fe-2S] clusters from mitochondria into cytoplasm. The lack of FgAtm1 reduces the activity of cytosolic Fe-S proteins nitrite reductase and xanthine dehydrogenase, which causes high expression of iron regulator FgHapX via activating the transcription factor FgAreA. FgHapX represses transcription of the genes for iron-consuming proteins, but activates the genes for iron-acquisition proteins. The image indicates that the growth of ΔFgAtm1 is accelerated by feeding with each of the final catalytic products of cytosolic Fe-S proteins. Wang et al.
Image Credit: Z Wang, Y Yin, and Z Ma (2019)
Opinion
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Correction
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