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Ciprofloxacin resistance in bacteria from a wastewater treatment plant:Combining genomics and metabolomics to identify Ciprofloxacin-tolerant strains by 16S amplicon sequencing

Authors :
Aggerbeck, Marie Rønne
Hansen, Martin
Johansen, Anders
Gobbi, Alex
Ellegaard-Jensen, Lea
Hansen, Lars Hestbjerg
Source :
Aggerbeck, M R, Hansen, M, Johansen, A, Gobbi, A, Ellegaard-Jensen, L & Hansen, L H 2019, ' Ciprofloxacin resistance in bacteria from a wastewater treatment plant : Combining genomics and metabolomics to identify Ciprofloxacin-tolerant strains by 16S amplicon sequencing ' .
Publication Year :
2019

Abstract

Ciprofloxacin, a fluoroquinolone-type broad spectrum antibiotic, was found to persist through wastewater treatment. This raises questions on how an antibiotic affects the native microbial community of wastewater treatment plants, and if this – in addition to hampering treatment – inadvertently contributes to antibiotic resistance; a continuing, severe challenge to medical procedures and treatment. We investigated isolates from the activated sludge communities in a Danish wastewater treatment plant to determine any ciprofloxacin-tolerant species, and discovered a number of strains able to grow when exposed to various concentrations of the drug.

Details

Language :
English
Database :
OpenAIRE
Journal :
Aggerbeck, M R, Hansen, M, Johansen, A, Gobbi, A, Ellegaard-Jensen, L & Hansen, L H 2019, ' Ciprofloxacin resistance in bacteria from a wastewater treatment plant : Combining genomics and metabolomics to identify Ciprofloxacin-tolerant strains by 16S amplicon sequencing ' .
Accession number :
edsair.dedup.wf.001..31af5462b2f52bf04c8a20d33f6fb95e