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. 2017 May;204:129–132. doi: 10.1016/j.vetmic.2017.04.019

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© 2017 The Authors

This is an open access article under the CC BY license (http://creativecommons.org/licenses/by/4.0/).

PMC Copyright notice

Fig. 1 — Schematic comparison of p518, a florfenicol resistance plasmid from A. pleuropneumoniae strain MV518, with other Pasteurellaceae plasmids. Open reading frames are indicated by arrows, with arrowheads showing direction of transcription (floR: florfenicol resistance; lysR*: partial lysR transcriptional regulator; tnp*: truncated transposase gene; mob, mobA, mobB, mobC, mobA/L: plasmid mobilisation; mobC*: partial mobC gene; repA, repB, repC: plasmid replication; sul2: sulphonamide resistance; strA: streptomycin resistance; strB*: partial strB streptomycin resistance; hyp: hypothetical gene). The predicted origins of replication (oriV; ) and transfer (oriT; ) are shown. Grey blocks between sequences indicate ≥ 98% nucleotide sequence identity. A distance scale in kb is shown.

Inline graphic — Schematic comparison of p518, a florfenicol resistance plasmid from A. pleuropneumoniae strain MV518, with other Pasteurellaceae plasmids. Open reading frames are indicated by arrows, with arrowheads showing direction of transcription (floR: florfenicol resistance; lysR*: partial lysR transcriptional regulator; tnp*: truncated transposase gene; mob, mobA, mobB, mobC, mobA/L: plasmid mobilisation; mobC*: partial mobC gene; repA, repB, repC: plasmid replication; sul2: sulphonamide resistance; strA: streptomycin resistance; strB*: partial strB streptomycin resistance; hyp: hypothetical gene). The predicted origins of replication (oriV; ) and transfer (oriT; ) are shown. Grey blocks between sequences indicate ≥ 98% nucleotide sequence identity. A distance scale in kb is shown.