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Short Report

First Report Cfr and OptrA Co-harboring Linezolid-Resistant Enterococcus faecalis in China

, , , , , , , & show all
Pages 3919-3922 | Published online: 02 Nov 2020

Figures & data

Table 1 MICs for E. Faecalis EF02, Transformants, and the Recipient Strains (μg/ML)

Figure 1 Circular representation of the L18/cfr plasmid. Moving from inside to outside in the plasmid circular map, slots1–3 (slot 1, GC skew; slot 2, GC content; slot 3, open reading frames: Y-family DNA polymerase Y111, IS110 family transposase, cfr, IS3 family transposase, two replication protein RepB, antitoxin epsilon EATX, Probable integrase YOEC.).

Figure 1 Circular representation of the L18/cfr plasmid. Moving from inside to outside in the plasmid circular map, slots1–3 (slot 1, GC skew; slot 2, GC content; slot 3, open reading frames: Y-family DNA polymerase Y111, IS110 family transposase, cfr, IS3 family transposase, two replication protein RepB, antitoxin epsilon EATX, Probable integrase YOEC.).

Figure 2 Circular representation of the L13/optrA plasmid. Moving from inside to outside in the plasmid circular map, slots1–3 (slot 1, GC skew; slot 2, GC content; slot 3, open reading frames: 23S rRNA adenine(2058)-N(6)-methyltransferase ERMA, Putative ATP-binding protein YDIF, optrA).

Figure 2 Circular representation of the L13/optrA plasmid. Moving from inside to outside in the plasmid circular map, slots1–3 (slot 1, GC skew; slot 2, GC content; slot 3, open reading frames: 23S rRNA adenine(2058)-N(6)-methyltransferase ERMA, Putative ATP-binding protein YDIF, optrA).