<p>Numbers at nodes are bootstrap percentages from 100 replicates. Fungi from the residual and the core polyporoid clades are highlighted in yellow and green respectively. Three ascomycete sequences used as the outgroup are highlighted in violet.</p
Phylogenetic relationships based on 16S rRNA gene sequences were inferred by using the Maximum Likel...
<p>Species newly sequenced in the present study are marked in bold. Numbers at the nodes represent t...
<p>Phylogenetic tree constructed from Maximum likelihood (ML) analysis of the combined sequences of ...
<p>The phylogenetic tree was calculated with MEGA5.2.2 using the maximum likelihood method. The tree...
<p>Bootstrap values (500 resamplings) ≥50% are shown on tree nodes. Numbers of sequences included pe...
<b>Molecular Phylogenetic analysis by Maximum Likelihood method </b><b>calculated from the number of...
An unrooted phylogenetic tree was generated using the neighbor-joining method based on comparisons o...
<p>Bootstrap values are on 500 replicates. The topology of branch with the bootstrap value was also ...
<p>Maximum likelihood tree of all fungal and fungal-like ribosomal LSU sequences obtained by clone l...
<p>GenBank accession numbers are given in parentheses. NGS Sequences are indicated in bold. Numbers ...
<p><i>I. basta</i> sequences from this study indicated by bold font, with the percentage of each lib...
Maximum-likelihood (PhyML) phylogenetic tree calculated using JTT+G substitution model with the conc...
<p>The tree is drawn to scale with bootstrap values indicated along with the branches.</p
Fig. 2. Maximum likelihood phylogenetic tree encoded by twelve Botryosphaeriaceae plant-pathogenic f...
<p>Trees include several taxonomic groups within Alveolata (A), Stramenopiles (B), and are done with...
Phylogenetic relationships based on 16S rRNA gene sequences were inferred by using the Maximum Likel...
<p>Species newly sequenced in the present study are marked in bold. Numbers at the nodes represent t...
<p>Phylogenetic tree constructed from Maximum likelihood (ML) analysis of the combined sequences of ...
<p>The phylogenetic tree was calculated with MEGA5.2.2 using the maximum likelihood method. The tree...
<p>Bootstrap values (500 resamplings) ≥50% are shown on tree nodes. Numbers of sequences included pe...
<b>Molecular Phylogenetic analysis by Maximum Likelihood method </b><b>calculated from the number of...
An unrooted phylogenetic tree was generated using the neighbor-joining method based on comparisons o...
<p>Bootstrap values are on 500 replicates. The topology of branch with the bootstrap value was also ...
<p>Maximum likelihood tree of all fungal and fungal-like ribosomal LSU sequences obtained by clone l...
<p>GenBank accession numbers are given in parentheses. NGS Sequences are indicated in bold. Numbers ...
<p><i>I. basta</i> sequences from this study indicated by bold font, with the percentage of each lib...
Maximum-likelihood (PhyML) phylogenetic tree calculated using JTT+G substitution model with the conc...
<p>The tree is drawn to scale with bootstrap values indicated along with the branches.</p
Fig. 2. Maximum likelihood phylogenetic tree encoded by twelve Botryosphaeriaceae plant-pathogenic f...
<p>Trees include several taxonomic groups within Alveolata (A), Stramenopiles (B), and are done with...
Phylogenetic relationships based on 16S rRNA gene sequences were inferred by using the Maximum Likel...
<p>Species newly sequenced in the present study are marked in bold. Numbers at the nodes represent t...
<p>Phylogenetic tree constructed from Maximum likelihood (ML) analysis of the combined sequences of ...