<p>Tree branches are coloured according to the geographical origins of the viruses. Branches marked with filled and open circles are respectively have >95% and 80–94% approximate likelihood ratio test support; branches having <80% support were collapsed.</p
<p>Phylogenetic tree illustrating relationships between the CP genes of isolates obtained from China...
<p>The trees were inferred using the maximum-likelihood method and bootstrapped 100 times. Branches ...
<p>The trees were constructed based on the full-length amino acid sequences of (a) VP1 major capsid ...
<p>The phylogenetic tree was built using PhyML-mixtures based on a multiple sequence alignment gener...
<p>The phylogenetic tree were built using PhyML-mixtures based on a multiple sequence alignments gen...
<p>The phylogenetic tree was drawn using maximum likelihood method employed in MEGA program (Version...
<p>Maximum Likelihood tree constructed with the complete genomic sequences of the studied viruses an...
Phylogenetic trees are used to study evolutionary relationships among biological entities. Since phy...
<p>Maximum-likelihood analysis in combination with 1000 bootstrap replicates was used to derive tree...
<p>Phylogenetic analysis was performed using the Maximum Likelihood method and bootstrap analysis fo...
<p>Numbers at nodes are bootstrap percentages from 100 replicates. Fungi from the residual and the c...
<p>The tree depicts the viral capsid protein 1 (VP1) gene sequences for the 12 HEV isolates in Pales...
<p>(A) Neighbor-joining dendrogram constructed using the similarity matrix computed from the lists o...
<p>Phylogenetic tree created by the Maximum-likelihood algorithm for the S1 gene of IBV Mass type vi...
The phylogenetic tree was built using PhyML [] (Jones-Taylor-Thornton substitution model [], 100 boo...
<p>Phylogenetic tree illustrating relationships between the CP genes of isolates obtained from China...
<p>The trees were inferred using the maximum-likelihood method and bootstrapped 100 times. Branches ...
<p>The trees were constructed based on the full-length amino acid sequences of (a) VP1 major capsid ...
<p>The phylogenetic tree was built using PhyML-mixtures based on a multiple sequence alignment gener...
<p>The phylogenetic tree were built using PhyML-mixtures based on a multiple sequence alignments gen...
<p>The phylogenetic tree was drawn using maximum likelihood method employed in MEGA program (Version...
<p>Maximum Likelihood tree constructed with the complete genomic sequences of the studied viruses an...
Phylogenetic trees are used to study evolutionary relationships among biological entities. Since phy...
<p>Maximum-likelihood analysis in combination with 1000 bootstrap replicates was used to derive tree...
<p>Phylogenetic analysis was performed using the Maximum Likelihood method and bootstrap analysis fo...
<p>Numbers at nodes are bootstrap percentages from 100 replicates. Fungi from the residual and the c...
<p>The tree depicts the viral capsid protein 1 (VP1) gene sequences for the 12 HEV isolates in Pales...
<p>(A) Neighbor-joining dendrogram constructed using the similarity matrix computed from the lists o...
<p>Phylogenetic tree created by the Maximum-likelihood algorithm for the S1 gene of IBV Mass type vi...
The phylogenetic tree was built using PhyML [] (Jones-Taylor-Thornton substitution model [], 100 boo...
<p>Phylogenetic tree illustrating relationships between the CP genes of isolates obtained from China...
<p>The trees were inferred using the maximum-likelihood method and bootstrapped 100 times. Branches ...
<p>The trees were constructed based on the full-length amino acid sequences of (a) VP1 major capsid ...