mirabilis (Pet+) strain, contributes to its The presence of Pet intoĮxfoliated and parenchymal cells was confirmed by confocal microscopy.Ĭytoskeleton alterations were observed in those sites where Pet was detected. Structural cell alterations in the kidney cortex. Multiple exfoliated roundedĬells were observed in the bladder transitional epithelium, as well as, Morphological changes were evidenced by histology. In bladder and kidney, from the second up to the tenth day post-infection. mirabilis (Pet+) showed bacterial colonization ![]() ![]() In this study, an UTI was induced inīALB/c female mice with the P. Urinary tract infections (UTI) in patients having urinary catheters and Recently, Pet was found in the genome of the ![]() It is responsible of morphological changes inĮnterocytes during EAEC infection. The plasmid-encoded toxin (Pet) is one of the most studied EnterobacteriaceaeĪutotransporters produced by the enteroaggregative EscherichiaĬoli (EAEC).
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