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Atlantibacter hermannii

ABSTRACT: Escherichia hermannii overview

PROVIDER: PRJNA78121 | ENA |

REPOSITORIES: ENA

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Dataset's files

Source:

			Action	DRS
		Other
	BAFF01.dat.gz	Other
	BAFF01.fasta.gz	Fasta.gz
	BAFF01.master.dat	Other
	JAURUQ01.dat.gz	Other

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Undetectable Production of the VIM-1 Carbapenemase in an <i>Atlantibacter hermannii</i> Clinical Isolate.

Project description:The differential expression of VIM-1 in Atlantibacter hermannii WEB-2 and Enterobacter hormaechei ssp. hoffmannii WEB-1 clinical isolates from a rectal swab of a hospitalized patient in France was investigated. A. hermannii WEB-2 was resistant to all β-lactams except carbapenems. It produced ESBL SHV-12, but the Carba NP test failed to detect any carbapenemase activity despite the production of VIM-1. Conversely, E. hormaechei WEB-1, previously recovered from the same patient, was positive for the detection of carbapenemase activity. The bla VIM-1 gene was located on a plasmid and embedded within class 1 integron. Both plasmids were of the same IncA incompatibility group and conferred the same resistance pattern when electroporated in Escherichia coli TOP10 or Enterobacter cloacae CIP7933. Quantitative RT-PCR experiments indicated a weaker replication of pWEB-2 in A. hermannii as compared to E. hormaechei. An isogenic mutant of A. hermannii WEB-2 selected after sequential passages with increased concentrations of imipenem possessed higher MICs for carbapenems and cephalosporins including cefiderocol, higher levels of the bla VIM-1 gene transcripts, and detectable carbapenemase activity using the Carba NP test. Assessment of read coverage demonstrated that a duplication of the region surrounding bla VIM-1 gene occurred in the A. hermannii mutant with detectable carbapenemase activity. The lack of detection of the VIM-1 carbapenemase activity in A. hermannii WEB-2 isolate was likely due to a weak replication of the IncA plasmid harboring the bla VIM-1 gene. Imipenem as selective pressure led to a duplication of this gene on the plasmid and to the restoration of a significant carbapenem-hydrolyzing phenotype.

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Draft genome sequence of an <i>Atlantibacter hermannii</i> clinical strain isolated from human muscle tissue.

Project description:Atlantibacter hermannii is a species of the family Enterobacteriaceae and a rare opportunistic pathogen. The draft genome sequence of an Atlantibacter hermannii clinical strain that had been isolated from infected muscle tissue was obtained. The genome contains about 4.4 million bases and has no known plasmid replicons.

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