FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3037372556> ?p ?o ?g. }

• W3037372556 endingPage "115081" @default.
• W3037372556 startingPage "115081" @default.
• W3037372556 abstract "The aquatic environment takes on a key role in the dissemination of antimicrobial-resistant Enterobacteriaceae. This study assesses the occurrence of carbapenemase-producing Enterobacteriaceae (CPE) in freshwater samples from rivers, inland canals, and streams throughout Switzerland, and characterizes the isolated strains using phenotypic and NGS-based genotypic methods. CPE producing KPC-2 (n = 2), KPC-3 (n = 1), NDM-5 (n = 3), OXA-48 (n = 3), OXA-181 (n = 6), and VIM-1 (n = 2) were detected in 17/164 of the water samples. Seven Escherichia coli had sequence types (STs) that belonged to extra-intestinal pathogenic clonal lineages ST38, ST73, ST167, ST410, and ST648. The majority (16/17) of the carbapenemase genes were located on plasmids, including the widespread IncC (n = 1), IncFIIA (n = 1), and IncFIIB plasmids (n = 4), the epidemic IncL (n = 1) and IncX3 (n = 5) plasmids, a rare Col156 plasmid (n = 1), and the mosaic IncFIB, IncR, and IncQ plasmids (n = 3). Plasmids were composed of elements that were identical to those of resistance plasmids retrieved from clinical and veterinary isolates locally and worldwide. Our data show environmental dissemination of high-risk CPE clones in Switzerland. Epidemic and mosaic-like plasmids carrying clinically relevant carbapenemase genes are replicating and evolving pollutants of river ecosystems, representing a threat to public health and environmental integrity." @default.
• W3037372556 created "2020-07-02" @default.
• W3037372556 creator A5013436956 @default.
• W3037372556 creator A5020398675 @default.
• W3037372556 creator A5023022594 @default.
• W3037372556 creator A5033089826 @default.
• W3037372556 creator A5058319863 @default.
• W3037372556 creator A5063774580 @default.
• W3037372556 creator A5078222300 @default.
• W3037372556 date "2020-10-01" @default.
• W3037372556 modified "2023-10-14" @default.
• W3037372556 title "Environmental dissemination of carbapenemase-producing Enterobacteriaceae in rivers in Switzerland" @default.
• W3037372556 cites W1561012968 @default.
• W3037372556 cites W1809028167 @default.
• W3037372556 cites W1896647399 @default.
• W3037372556 cites W1902535075 @default.
• W3037372556 cites W1930140770 @default.
• W3037372556 cites W1961504819 @default.
• W3037372556 cites W1966597734 @default.
• W3037372556 cites W1979617106 @default.
• W3037372556 cites W1993375191 @default.
• W3037372556 cites W2000898667 @default.
• W3037372556 cites W2024263059 @default.
• W3037372556 cites W2058415702 @default.
• W3037372556 cites W2058598212 @default.
• W3037372556 cites W2061729558 @default.
• W3037372556 cites W2065337857 @default.
• W3037372556 cites W2068288273 @default.
• W3037372556 cites W2070236895 @default.
• W3037372556 cites W2072455391 @default.
• W3037372556 cites W2099837668 @default.
• W3037372556 cites W2104172130 @default.
• W3037372556 cites W2113458363 @default.
• W3037372556 cites W2118442768 @default.
• W3037372556 cites W2134288997 @default.
• W3037372556 cites W2141178600 @default.
• W3037372556 cites W2142343447 @default.
• W3037372556 cites W2143325926 @default.
• W3037372556 cites W2152513638 @default.
• W3037372556 cites W2155118110 @default.
• W3037372556 cites W2161060487 @default.
• W3037372556 cites W2162684799 @default.
• W3037372556 cites W2169550448 @default.
• W3037372556 cites W2214363415 @default.
• W3037372556 cites W2273535415 @default.
• W3037372556 cites W2301015612 @default.
• W3037372556 cites W2362722457 @default.
• W3037372556 cites W2443660859 @default.
• W3037372556 cites W2462812833 @default.
• W3037372556 cites W2471856275 @default.
• W3037372556 cites W2511867464 @default.
• W3037372556 cites W2513238037 @default.
• W3037372556 cites W2544493586 @default.
• W3037372556 cites W2550244180 @default.
• W3037372556 cites W2564012860 @default.
• W3037372556 cites W2594562988 @default.
• W3037372556 cites W2607752252 @default.
• W3037372556 cites W2609674356 @default.
• W3037372556 cites W2730547419 @default.
• W3037372556 cites W2767051074 @default.
• W3037372556 cites W2770805079 @default.
• W3037372556 cites W2778752965 @default.
• W3037372556 cites W2779019546 @default.
• W3037372556 cites W2787383608 @default.
• W3037372556 cites W2806382377 @default.
• W3037372556 cites W2883436641 @default.
• W3037372556 cites W2887787029 @default.
• W3037372556 cites W2889001871 @default.
• W3037372556 cites W2889418629 @default.
• W3037372556 cites W2897343244 @default.
• W3037372556 cites W2905538934 @default.
• W3037372556 cites W2909086445 @default.
• W3037372556 cites W2909601828 @default.
• W3037372556 cites W2914224740 @default.
• W3037372556 cites W2921476316 @default.
• W3037372556 cites W2931297918 @default.
• W3037372556 cites W2938928154 @default.
• W3037372556 cites W2949731297 @default.
• W3037372556 cites W2949741751 @default.
• W3037372556 cites W2950516812 @default.
• W3037372556 cites W2952806603 @default.
• W3037372556 cites W2969465689 @default.
• W3037372556 cites W2971038220 @default.
• W3037372556 cites W2973060473 @default.
• W3037372556 cites W2977004674 @default.
• W3037372556 cites W2983988424 @default.
• W3037372556 cites W2987597064 @default.
• W3037372556 cites W2987720685 @default.
• W3037372556 cites W2996356227 @default.
• W3037372556 cites W3001760780 @default.
• W3037372556 cites W4239273519 @default.
• W3037372556 doi "https://doi.org/10.1016/j.envpol.2020.115081" @default.
• W3037372556 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32806462" @default.
• W3037372556 hasPublicationYear "2020" @default.
• W3037372556 type Work @default.
• W3037372556 sameAs 3037372556 @default.
• W3037372556 citedByCount "42" @default.
• W3037372556 countsByYear W30373725562020 @default.

• next