<p>Bayesian tree based on a MAFFT v.6.850 alignment of 62 fungal FHb globin domains using two plant nonsymbiotic Hbs as outgroup. Support values at branches represent Bayesian posterior probabilities (>0.5). The sequences are identified by the first three letters of the binary species name, the number of residues, and the full phylum and family names (see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0031856#pone.0031856.s011" target="_blank">Table S1</a>). Sac – Saccharomycetes.</p
<p>Bayesian phylogenetic tree based on a MAFFT L-INS-i MSA of 36 Echinoderm Hbs and 30 Vertebrate Hb...
<p>A dataset of 14 proteins was used, and topology was inferred using Bayesian method. Numbers above...
<p>Bayesian phylogenetic tree based on a T-Coffee Expresso MSA of 36 Echinoderm Hbs and 30 Vertebrat...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of the globin domains of 55 representative funga...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 2 fungal (red and black arrows), 70 bacterial...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 51 fungal, 57 bacterial (including 16 Pgbs), ...
<p>Phylogenetic trees were calculated using Maximum-likelihood (ML) and Bayesian inference (BI) meth...
<p>Numbers above branches represent their Bayesian-calculated posterior probabilities (two million g...
<p>Sequence data were analysed with the SSU sequences (black labels) from Krüger et al. (2012) and t...
<p>Number at the node referring to Bayesian posterior probability. The tree is rooted with <i>C</i>....
<p>The topology of the maximum-likelihood tree showed comparable results. Bayesian posterior probabi...
<p>Bayesian phylogram generated based on (A) ITS and (B) D1/D2 domain sequenced data. The tree is ro...
<p>Numbers along the nodes are the posterior probabilities of the nodes (BA) and maximum likelihood ...
<p>Subsection of tree focused on Basidiomycota and <i>Fungi incertae sedis</i> isolates. Alternating...
<p>The Bayesian inference tree is shown unrooted. Numbers at nodes represent bayesian posterior prob...
<p>Bayesian phylogenetic tree based on a MAFFT L-INS-i MSA of 36 Echinoderm Hbs and 30 Vertebrate Hb...
<p>A dataset of 14 proteins was used, and topology was inferred using Bayesian method. Numbers above...
<p>Bayesian phylogenetic tree based on a T-Coffee Expresso MSA of 36 Echinoderm Hbs and 30 Vertebrat...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of the globin domains of 55 representative funga...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 2 fungal (red and black arrows), 70 bacterial...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 51 fungal, 57 bacterial (including 16 Pgbs), ...
<p>Phylogenetic trees were calculated using Maximum-likelihood (ML) and Bayesian inference (BI) meth...
<p>Numbers above branches represent their Bayesian-calculated posterior probabilities (two million g...
<p>Sequence data were analysed with the SSU sequences (black labels) from Krüger et al. (2012) and t...
<p>Number at the node referring to Bayesian posterior probability. The tree is rooted with <i>C</i>....
<p>The topology of the maximum-likelihood tree showed comparable results. Bayesian posterior probabi...
<p>Bayesian phylogram generated based on (A) ITS and (B) D1/D2 domain sequenced data. The tree is ro...
<p>Numbers along the nodes are the posterior probabilities of the nodes (BA) and maximum likelihood ...
<p>Subsection of tree focused on Basidiomycota and <i>Fungi incertae sedis</i> isolates. Alternating...
<p>The Bayesian inference tree is shown unrooted. Numbers at nodes represent bayesian posterior prob...
<p>Bayesian phylogenetic tree based on a MAFFT L-INS-i MSA of 36 Echinoderm Hbs and 30 Vertebrate Hb...
<p>A dataset of 14 proteins was used, and topology was inferred using Bayesian method. Numbers above...
<p>Bayesian phylogenetic tree based on a T-Coffee Expresso MSA of 36 Echinoderm Hbs and 30 Vertebrat...