<p>A) complete genome; B) C gene; C) PrM gene; D) M gene; E) E gene. Phylogenetic analyses were performed by the neighbor-joining method using MEGA version 4.0.2 software package (<a href="http://www.megasoftware.net" target="_blank">www.megasoftware.net</a>). The tree was rooted using Murray Valley encephalitis virus (MVEV) strain MVE-1-51 as an outgroup. Bootstrap probabilities of each node were calculated using 1000 replicates. Scale bars indicate the number of nucleotide substitutions per site.</p
The tree is constructed using the neighbor-joining method with MEGA 6.0 software (https://www.megaso...
<p>The unrooted neighbor-joining phylogenetic tree from the full-length envelope gene was built usin...
<p>The phylogenetic trees were generated using the P1 (A), VP1 (B) and VP1+VP3 (C) sequences. Virus ...
<p>The tree was constructed using the neighbor-joining method in Mega software version 4.0. The scal...
<p>Phylogenetic analyses were performed by the neighbor-joining method using MEGA version 4.0.2 soft...
Branching order in the current analysis is confirmatory of prior studies of evolution of JEV. Node l...
<p>The Maximum-Likelihood tree was constructed with a substitution model of Tamura-Nei plus gamma di...
<p>A neighbor-joining phylogenetic tree from nucleotide sequences of env of MMTV viruses. The tree w...
<p>The phylogenetic tree shows the genetic relationship of genotype I (A) and genotype III (B) of Ja...
<p>Phylogenetic trees were constructed based on (A) the complete genome sequences of the xmlv15 and ...
<p>(a) the partial 5′UTR, (b) partial VP1, and (c) partial VP4/VP2. EV68 strains in this study are i...
<p>Backgrounds of the EV71 viruses genotyped in this study and the reference viruses were provided i...
<p>A, Neighbor-joining phylogenetic tree for 108 <i>env</i> sequences and relative reference sequenc...
<p>Alignments were done via Clustal W and analysis was done via Bayesian MCMC. Methods and accession...
<p>The reference strains were selected based on geographical and chronological distributions. The ph...
The tree is constructed using the neighbor-joining method with MEGA 6.0 software (https://www.megaso...
<p>The unrooted neighbor-joining phylogenetic tree from the full-length envelope gene was built usin...
<p>The phylogenetic trees were generated using the P1 (A), VP1 (B) and VP1+VP3 (C) sequences. Virus ...
<p>The tree was constructed using the neighbor-joining method in Mega software version 4.0. The scal...
<p>Phylogenetic analyses were performed by the neighbor-joining method using MEGA version 4.0.2 soft...
Branching order in the current analysis is confirmatory of prior studies of evolution of JEV. Node l...
<p>The Maximum-Likelihood tree was constructed with a substitution model of Tamura-Nei plus gamma di...
<p>A neighbor-joining phylogenetic tree from nucleotide sequences of env of MMTV viruses. The tree w...
<p>The phylogenetic tree shows the genetic relationship of genotype I (A) and genotype III (B) of Ja...
<p>Phylogenetic trees were constructed based on (A) the complete genome sequences of the xmlv15 and ...
<p>(a) the partial 5′UTR, (b) partial VP1, and (c) partial VP4/VP2. EV68 strains in this study are i...
<p>Backgrounds of the EV71 viruses genotyped in this study and the reference viruses were provided i...
<p>A, Neighbor-joining phylogenetic tree for 108 <i>env</i> sequences and relative reference sequenc...
<p>Alignments were done via Clustal W and analysis was done via Bayesian MCMC. Methods and accession...
<p>The reference strains were selected based on geographical and chronological distributions. The ph...
The tree is constructed using the neighbor-joining method with MEGA 6.0 software (https://www.megaso...
<p>The unrooted neighbor-joining phylogenetic tree from the full-length envelope gene was built usin...
<p>The phylogenetic trees were generated using the P1 (A), VP1 (B) and VP1+VP3 (C) sequences. Virus ...