<p>The Bayesian inference tree is shown unrooted. Numbers at nodes represent bayesian posterior probabilities (left) and bootstrap values of maximum likelihood (middle) and neighbor-joining (right) respectively. Hyphen (-) indicates no support value in corresponding method. The scale bar corresponds to the estimated number of amino acid substitutions per site. Branches of <i>Clavicipitaceae</i> (fungi) are indicated in red. The information about the sequences used in this analysis is presented in <a href="http://www.plospathogens.org/article/info:doi/10.1371/journal.ppat.1004009#ppat.1004009.s006" target="_blank">Table S2</a>.</p
<p>The following four methods were used for the 68 shared genes data set: Bayesian inference (BI), m...
<p>In this NJ tree, the numbers near the branches correspond to the bootstrap values (only bootstrap...
Phylogenetic relationships of the section Fumigati members inferred from Bayesian analysis of the co...
<p>A dataset of 14 proteins was used, and topology was inferred using Bayesian method. Numbers above...
<p>Both trees represent protein bayesian phylogeny of particular genes. Numbers at nodes correspond ...
<p>The topology of the maximum-likelihood tree showed comparable results. Bayesian posterior probabi...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 51 fungal, 57 bacterial (including 16 Pgbs), ...
<p>(<b>A</b>) Phylogenetic tree based on the amino acid sequences of the PKS KS domains. The Genbank...
<p>Bayesian tree based on a MAFFT v.6.850 alignment of 62 fungal FHb globin domains using two plant ...
The tree was constructed using the maximum likelihood method. Different groups (with colors) are ani...
<p>Phylogenetic tree of the fungal GPATs. In this and all other phylogenies, node support values are...
<p>The tree was based on 12 OXPHOS proteins: atp6, cob, cox1, cox2, cox3, nad1, nad2, nad3, nad4, na...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of the globin domains of 55 representative funga...
<p>Numbers along the nodes are the posterior probabilities of the nodes (BA) and maximum likelihood ...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 2 fungal (red and black arrows), 70 bacterial...
<p>The following four methods were used for the 68 shared genes data set: Bayesian inference (BI), m...
<p>In this NJ tree, the numbers near the branches correspond to the bootstrap values (only bootstrap...
Phylogenetic relationships of the section Fumigati members inferred from Bayesian analysis of the co...
<p>A dataset of 14 proteins was used, and topology was inferred using Bayesian method. Numbers above...
<p>Both trees represent protein bayesian phylogeny of particular genes. Numbers at nodes correspond ...
<p>The topology of the maximum-likelihood tree showed comparable results. Bayesian posterior probabi...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 51 fungal, 57 bacterial (including 16 Pgbs), ...
<p>(<b>A</b>) Phylogenetic tree based on the amino acid sequences of the PKS KS domains. The Genbank...
<p>Bayesian tree based on a MAFFT v.6.850 alignment of 62 fungal FHb globin domains using two plant ...
The tree was constructed using the maximum likelihood method. Different groups (with colors) are ani...
<p>Phylogenetic tree of the fungal GPATs. In this and all other phylogenies, node support values are...
<p>The tree was based on 12 OXPHOS proteins: atp6, cob, cox1, cox2, cox3, nad1, nad2, nad3, nad4, na...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of the globin domains of 55 representative funga...
<p>Numbers along the nodes are the posterior probabilities of the nodes (BA) and maximum likelihood ...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 2 fungal (red and black arrows), 70 bacterial...
<p>The following four methods were used for the 68 shared genes data set: Bayesian inference (BI), m...
<p>In this NJ tree, the numbers near the branches correspond to the bootstrap values (only bootstrap...
Phylogenetic relationships of the section Fumigati members inferred from Bayesian analysis of the co...