<p>Phylogenetic tree of the fungal GPATs. In this and all other phylogenies, node support values are shown in order of Bayesian posterior probabilities, PhyML bootstrap percentages and RaxML bootstrap percentages, or are symbolized as dots, colorized as per the inset to indicate statistical strength. Clades for orthologues of Sct1 and Gpt2 are shaded. For protein accession numbers see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0110684#pone.0110684.s006" target="_blank">Table S3</a>.</p
<p>An unrooted phylogenetic tree generated by Bayesian analysis demonstrates evolutionary conservati...
<p>The clades of mitochondrial GPATs (called mitoGPAT, then enumerated), putative DHAPATs (called pD...
<p>Numbers above the branches are bootstrap values greater than 50% for ML (left) and MP (middle) an...
<p><b>A</b>) Tree illustrating the relative evolutionary history for the eukaryotic emergence, loss ...
<p>Seventy fungal proteins and seven additional full-length proteins come from plants, animals, bact...
<p>The Bayesian inference tree is shown unrooted. Numbers at nodes represent bayesian posterior prob...
<p>Bayesian tree based on a MAFFT v.6.850 alignment of 62 fungal FHb globin domains using two plant ...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 51 fungal, 57 bacterial (including 16 Pgbs), ...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 2 fungal (red and black arrows), 70 bacterial...
<p>The statistically most likely tree was derived by Bayesian inference from a multi-gene superalign...
<p>The phylogenetic tree is based on an amino acid sequence alignment (CLUSTALX) and was constructed...
An unrooted phylogenetic tree was generated using the neighbor-joining method based on comparisons o...
<p>The phylogenetic tree shows the 14 different fungi analyzed in this study. The topology of the tr...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of the globin domains of 55 representative funga...
<p>The black letters on the colored clades indicate respective ABC protein subfamilies. The numbers ...
<p>An unrooted phylogenetic tree generated by Bayesian analysis demonstrates evolutionary conservati...
<p>The clades of mitochondrial GPATs (called mitoGPAT, then enumerated), putative DHAPATs (called pD...
<p>Numbers above the branches are bootstrap values greater than 50% for ML (left) and MP (middle) an...
<p><b>A</b>) Tree illustrating the relative evolutionary history for the eukaryotic emergence, loss ...
<p>Seventy fungal proteins and seven additional full-length proteins come from plants, animals, bact...
<p>The Bayesian inference tree is shown unrooted. Numbers at nodes represent bayesian posterior prob...
<p>Bayesian tree based on a MAFFT v.6.850 alignment of 62 fungal FHb globin domains using two plant ...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 51 fungal, 57 bacterial (including 16 Pgbs), ...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of 2 fungal (red and black arrows), 70 bacterial...
<p>The statistically most likely tree was derived by Bayesian inference from a multi-gene superalign...
<p>The phylogenetic tree is based on an amino acid sequence alignment (CLUSTALX) and was constructed...
An unrooted phylogenetic tree was generated using the neighbor-joining method based on comparisons o...
<p>The phylogenetic tree shows the 14 different fungi analyzed in this study. The topology of the tr...
<p>Bayesian tree based on a T-COFFEE 9.01 alignment of the globin domains of 55 representative funga...
<p>The black letters on the colored clades indicate respective ABC protein subfamilies. The numbers ...
<p>An unrooted phylogenetic tree generated by Bayesian analysis demonstrates evolutionary conservati...
<p>The clades of mitochondrial GPATs (called mitoGPAT, then enumerated), putative DHAPATs (called pD...
<p>Numbers above the branches are bootstrap values greater than 50% for ML (left) and MP (middle) an...