Skip to main content
. 2004 Jul;70(7):4103–4110. doi: 10.1128/AEM.70.7.4103-4110.2004

FIG. 3.

FIG. 3.

Phylogenetic relationships of partial 16S rRNA sequences of vibrios. Relationships were determined by distance analysis with one representative sequence from each 99% consensus group of the clones from four sampling dates and sequences from reference strains. Terminal nodes are labeled according to the sampling date (13 August 2001 = 2, 17 December 2001 = 6, 8 February 2002 = 8, 12 August 2001 = 14), a clone identifier, and (in brackets) the number of clones recovered for each 99% consensus group. Nodes with bootstrap support of >50% are indicated on the tree. GenBank accession numbers for reference species are listed as they appear on the tree from top to bottom (AY217770, Vibrio sp. strain R10; AJ316181, Vibrio sp. strain R-15052; AJ440005, V. coralliilyticus; AF007115, V. shilonii; X74710, V. mediterranei; X74692, V. campbellii; X74721, V. parahaemolyticus; X74722, V. pelagius; AF319770, Vibrio sp. strain Ex97; AF388387, V. parahaemolyticus operon Vp16; Y13830, V. pectenicida; AY136105, V. splendidus MED22; AB038026, Vibrio sp. strain OC25; AY046955, V. splendidus B17; AY069971, Vibrio sp. strain QY101; X74718, V. anguillarum; AY136129, Vibrio sp. strain RED47; AB013297, V. rumoiensis; AJ132227, V. wodanis; AF022410, Vibrio sp. strain ANG.HOH; AJ437616, V. logei; X74687, P. phosphoreum).