<p>Maximum-likelihood tree obtained from full coding sequences using a GTR substitution model. Branches are labeled with bootstrap values that represent the percentage of 1,000 replicates in which the members of a given clade were predicted to relate in the same topography.</p
<p>Tress were constructed by MEGA V 5.05 software. The numbers of bootstrap replicates supporting re...
<p>Phylogenetic trees, performed using the maximum likelihood method, based on HBV pre-S/S region (A...
The TN model with gamma rate heterogeneity was chosen as the most appropriate model by IQ-TREE v.2.0...
Multiple genome alignment was performed using MAFFT. Maximum likelihood phylogenetic trees using the...
<p>Genetic distances were estimated using the Kimura two-parameter matrix and the phylogenetic tree ...
<p>Sequences are labelled by isolate name and GenBank accession number. The obtained tree was bootst...
<p>Phylogenetic tree constructed by neighbor-joining (NJ) method using the Kimura-2-parameters dista...
<p>The maximum likelihood tree was inferred using the GTRGAMMA substitution model and is based on a ...
<p>This tree was constructed using the neighbor joining method according to the distances (divergenc...
<p>The partial sequences of 3′ UTR of BQCV from <i>A. cerana</i> collected from different geographic...
<p>The phylogenetic trees generated from the alignments on the whole genome (A), the U<sub>L</sub> r...
<p>Phylogenetic tree construction was performed by maximum likelihood method and bootstrap values we...
<p>The neighbor-joining tree was calculated from 1,056 concatenated and multiple aligned core genome...
<p>Bootstrap values greater than 60% are indicated at the appropriate nodes. Scale bar indicates num...
<p>Corresponding sequences from all BYDV-PAV isolates present in GenBank were included in the analys...
<p>Tress were constructed by MEGA V 5.05 software. The numbers of bootstrap replicates supporting re...
<p>Phylogenetic trees, performed using the maximum likelihood method, based on HBV pre-S/S region (A...
The TN model with gamma rate heterogeneity was chosen as the most appropriate model by IQ-TREE v.2.0...
Multiple genome alignment was performed using MAFFT. Maximum likelihood phylogenetic trees using the...
<p>Genetic distances were estimated using the Kimura two-parameter matrix and the phylogenetic tree ...
<p>Sequences are labelled by isolate name and GenBank accession number. The obtained tree was bootst...
<p>Phylogenetic tree constructed by neighbor-joining (NJ) method using the Kimura-2-parameters dista...
<p>The maximum likelihood tree was inferred using the GTRGAMMA substitution model and is based on a ...
<p>This tree was constructed using the neighbor joining method according to the distances (divergenc...
<p>The partial sequences of 3′ UTR of BQCV from <i>A. cerana</i> collected from different geographic...
<p>The phylogenetic trees generated from the alignments on the whole genome (A), the U<sub>L</sub> r...
<p>Phylogenetic tree construction was performed by maximum likelihood method and bootstrap values we...
<p>The neighbor-joining tree was calculated from 1,056 concatenated and multiple aligned core genome...
<p>Bootstrap values greater than 60% are indicated at the appropriate nodes. Scale bar indicates num...
<p>Corresponding sequences from all BYDV-PAV isolates present in GenBank were included in the analys...
<p>Tress were constructed by MEGA V 5.05 software. The numbers of bootstrap replicates supporting re...
<p>Phylogenetic trees, performed using the maximum likelihood method, based on HBV pre-S/S region (A...
The TN model with gamma rate heterogeneity was chosen as the most appropriate model by IQ-TREE v.2.0...