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The production of exfoliative toxin B (ET-B), but not ET-A, was shown to be specifically associated with production of a highly conserved two-component lantibiotic peptide system in phage group IIStaphylococcus aureus . Two previously studied but incompletely characterizedS. aureus bacteriocins, staphylococcins C55 and BacR1, were found to be members of this lantibiotic system, and considerable homology was also found with the two-componentLactococcus lactis bacteriocin, lacticin 3147.sacαA andsacβA , the structural genes of the lantibiotics staphylococcins C55α and C55β and two putative lantibiotic processing genes,sacM1 andsacT , were localized together with the ET-B structural gene to a single 32-kb plasmid in strain C55. Irreversible loss of both ET-B and two-component lantibiotic production occurs during laboratory passage of ET-B-positiveS. aureus strains, particularly at elevated temperatures.

infection and immunity

Identification of Genes Encoding Two-Component Lantibiotic Production in <i>Staphylococcus aureus</i> C55 and Other Phage Group II <i>S. aureus</i> Strains and Demonstration of an Association with the Exfoliative Toxin B Gene

Identification of Genes Encoding Two-Component Lantibiotic Production in Staphylococcus aureus C55 and Other Phage Group II S. aureus Strains and Demonstration of an Association with the Exfoliative Toxin B Gene