… to iron acquisition systems, this analysis revealed an increase in glycolytic and fermentative
enzymes, indicating that S. … built into staphylococcal iron acquisition systems guarantees the …

… of iron from the human host, but iron is highly restricted in this environment. Staphylococcus
aureus iron sufficiency is achieved primarily through uptake of heme and high-affinity iron …

… Most pathogenic bacteria utilize high-affinity ironacquisition systems to counter the limited
iron-availability in their hosts. The iron-acquisition systems of Gram-negative bacteria have …

… a strong correlation between expression changes upon iron chelation versus the absence
of Fur. As expected, iron acquisition systems previously shown to be iron-regulated via Fur are …

… elucidation of heme–iron extraction, and heme … iron acquisition strategies of notorious
Gram-positive pathogens and highlights how both conserved and distinct tactics for acquiring iron …

… system), a gene cluster that promotes preferred heme iron import by … acquisition and supports
the results presented in Fig. 1, suggesting temporal regulation of iron acquisition systems. …

… knowledge of staphylococcal metal ion acquisition systems, as … of nutritional immunity
during staphylococcal infection. … iron acquisition promotes staphylococcal growth in iron-limited …

… Quantification of the secreted bacterial proteins by gel-free proteomics showed the expected
strong increase in level of proteins involved in iron acquisition during iron-restricted growth …

… A few are capable of causing disease, especially in an opportunistic fashion; the most
studied pathogenic species is Staphylococcus aureus. Superficial colonization by …

… Further, the contribution of the Isd system … system to hemoglobin-derived iron acquisition
and growth has proven to be more challenging. Growth assays using hemoglobin as a sole iron …