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Initial hydridization tests using  Aeromonas salmonicida  typical and atypical strains showed the possibility of different lipopolysaccharide (LPS) outer cores among these strains. By chemical structural analysis, LPS-core SDS-PAGE gel migration, and functional and comparative genomics we demonstrated that typical  A. salmonicida  (subsp.  salmonicida ) strains and atypical subsp.  masoucida  and probably  smithia  strains showed the same LPS outer core.  A. salmonicida  subsp.  achromogenes  strains show a similar LPS outer core but lack one of the most external residues (a galactose linked α1-6 to heptose), not affecting the O-antigen LPS linkage.  A. salmonicida  subsp.  pectinolytica  strains show a rather changed LPS outer core, which is identical to the LPS outer core from the majority of the  A. hydrophila  strains studied by genomic analyses. The LPS inner core in all tested  A. salmonicida  strains, typical and atypical, is well-conserved. Furthermore, the LPS inner core seems to be conserved in all the  Aeromonas  (psychrophilic or mesophilic) strains studied by genomic analyses.

The Aeromonas salmonicida Lipopolysaccharide Core from Different Subspecies: The Unusual subsp. pectinolytica