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Polynucleotide relationships among selectedVibrio species were examined by means of deoxyribonucleic acid (DNA) reassociation reactions and chromatography on hydroxyapatite. Relative levels of intraspecific DNA duplex formation (V. cholerae-V. cholerae andV. parahaemolyticus-V. parahaemolyticus ) were found to be high at 60 C (&gt;80%), and only minimally reduced at 75 C. Interspecific DNA duplexes betweenV. cholerae DNA and that of the non-cholera vibrios also exhibited high relative levels of formation at 60 C (&gt;80%) and, with one exception, were only slightly reduced at 75 C. The thermal stability of these duplexes formed at 60 or 75 C was virtually identical to that of homologousV. cholerae DNA duplexes. The degree of reassociation and the thermal stability ofV. cholerae -non-cholera vibrio DNA duplexes suggests relatively little evolutionary divergence in these organisms. In all other interspecific DNA reassociation reactions, only low levels of DNA duplex formation were noted at 60 C ( 50%) at 75 C. The degree of nucleotide sequence divergence indicated by these reactions suggests that theseVibrio species are not significantly related toV. cholerae orV. parahaemolyticus . Reassociation reactions betweenV. cholerae DNA and the DNA ofV. parahaemolyticus indicated these species were not significantly related to each other.

Polyphasic Taxonomy of the Genus Vibrio: Polynucleotide Sequence Relationships Among Selected Vibrio Species