Figure S6. Genes related to the chitin-degrading process in 20 vibrios with complete genomes. Each column indicates a chitin metabolism-related gene family, with the family name indicating the predicted function. The number in the box indicates the copy number of that gene family in the corresponding genome. (PDF 282Â kb
Figure S1. Pie chart of bacterial affinities of the bacterial components of ChiC-gene families. For ...
Figure S1. PhyloBayes chitinase gene tree with posterior probabilities supporting nodes. (PDF 46 kb
Account of all chitin synthase encoding sequences in the genomes of species included in this study. ...
Table S1. General features of the 20 complete genomes of Vibrio species analyzed. (DOCX 48Â kb
Figure S4. Neighbor-joining phylogenetic tree of the 20 vibrios genomes based on 16S rRNA gene. The ...
Figure S5. Heatmap presentation of pairwise average nucleotide identity of the 19 Vibrio species wit...
Figure S3. Pan genome tree. The tree was created based on the presence or absence of gene clusters i...
Figure S2. COGs classification of the specific genomes of V. rotiferianus B64D1 and V. mediterranei ...
Table S2. General features of the 13 marine bacteria complete genomes used to compare with Vibrio. (...
BACKGROUND: Vibrios are among the most diverse and ecologically important marine bacteria, which hav...
Vibrionaceae are regarded as important marine chitin degraders, and attachment to chitin regulates i...
Additional file 1: Figure S1. Phylogenomic analysis of the Ca. Thioglobaceae family using SpeciesTre...
Additional file 2: Table S1. General genomic features, taxonomic classification and genome assembly ...
Table S1. Type I-F systems in V. cholerae. Table S2. Type I-F systems in Vibrionaceae. Table S3. Typ...
Table S1. Genes involved in chitin degradation identified from RAST analysis. (DOCX 18 kb
Figure S1. Pie chart of bacterial affinities of the bacterial components of ChiC-gene families. For ...
Figure S1. PhyloBayes chitinase gene tree with posterior probabilities supporting nodes. (PDF 46 kb
Account of all chitin synthase encoding sequences in the genomes of species included in this study. ...
Table S1. General features of the 20 complete genomes of Vibrio species analyzed. (DOCX 48Â kb
Figure S4. Neighbor-joining phylogenetic tree of the 20 vibrios genomes based on 16S rRNA gene. The ...
Figure S5. Heatmap presentation of pairwise average nucleotide identity of the 19 Vibrio species wit...
Figure S3. Pan genome tree. The tree was created based on the presence or absence of gene clusters i...
Figure S2. COGs classification of the specific genomes of V. rotiferianus B64D1 and V. mediterranei ...
Table S2. General features of the 13 marine bacteria complete genomes used to compare with Vibrio. (...
BACKGROUND: Vibrios are among the most diverse and ecologically important marine bacteria, which hav...
Vibrionaceae are regarded as important marine chitin degraders, and attachment to chitin regulates i...
Additional file 1: Figure S1. Phylogenomic analysis of the Ca. Thioglobaceae family using SpeciesTre...
Additional file 2: Table S1. General genomic features, taxonomic classification and genome assembly ...
Table S1. Type I-F systems in V. cholerae. Table S2. Type I-F systems in Vibrionaceae. Table S3. Typ...
Table S1. Genes involved in chitin degradation identified from RAST analysis. (DOCX 18 kb
Figure S1. Pie chart of bacterial affinities of the bacterial components of ChiC-gene families. For ...
Figure S1. PhyloBayes chitinase gene tree with posterior probabilities supporting nodes. (PDF 46 kb
Account of all chitin synthase encoding sequences in the genomes of species included in this study. ...