<p>The color of branches indicated the rate of evolution of each isolate with blue line for slow rate and red line for faster rate. The red labels indicated the isolates from Semarang; the green labels indicated other isolates from Indonesia. The dots in the node indicated the posterior probability of that particular cluster, with large yellow dots indicated posterior probability >0.75, medium orange dots for posterior probability between 0.75–0.5, and small red dots for posterior probability <0.5.</p
<p>(A) The MCC tree for subtype 1a strains. (B) The MCC tree for subtype 6a strains. (C) The MCC tre...
<p>The mean TMRCAs with confident intervals (above the nodes) and the posterior probabilities (below...
<p>The branches are coloured on the basis of the most probable location state of the descendent node...
<p>The color of branches indicated the rate of evolution of each isolate with blue line for slow rat...
<p>The color of branches indicated the rate of evolution of each isolate with blue line for slow rat...
<p>The Surabaya 2012 isolates (red font) were grouped into Genotype I based on classification by Lan...
<p>The Surabaya 2012 isolate (red font) was grouped into Genotype II based on classification by Lanc...
<p>A, B represented the MCC trees of genotype I and genotype V, respectively. The colors of the bran...
<p>The MCC trees were obtained by Bayesian MCMC analysis based on partial <i>env</i> gene (HXB2: 700...
<p>A, B represented the MCC trees of Asian I genotype and Cosmopolitan genotype, respectively. The c...
<p>The posterior probabilities are indicated by the size of the node, and TMRCA and 95% HPD of the b...
<p>(A) Maximum clade credibility (MCC) tree based on 10316 nt gap-stripped MSA, which was constructe...
<p>A maximum clade credibility (MCC) tree was selected after Bayesian inference analysis (strict mol...
Branches colored according to the most probable posterior location of their child nodes. Monophyleti...
<p>Maximum Clade Credibility (MCC) tree from Bayesian analysis of four combined DNA markers (ITS, ET...
<p>(A) The MCC tree for subtype 1a strains. (B) The MCC tree for subtype 6a strains. (C) The MCC tre...
<p>The mean TMRCAs with confident intervals (above the nodes) and the posterior probabilities (below...
<p>The branches are coloured on the basis of the most probable location state of the descendent node...
<p>The color of branches indicated the rate of evolution of each isolate with blue line for slow rat...
<p>The color of branches indicated the rate of evolution of each isolate with blue line for slow rat...
<p>The Surabaya 2012 isolates (red font) were grouped into Genotype I based on classification by Lan...
<p>The Surabaya 2012 isolate (red font) was grouped into Genotype II based on classification by Lanc...
<p>A, B represented the MCC trees of genotype I and genotype V, respectively. The colors of the bran...
<p>The MCC trees were obtained by Bayesian MCMC analysis based on partial <i>env</i> gene (HXB2: 700...
<p>A, B represented the MCC trees of Asian I genotype and Cosmopolitan genotype, respectively. The c...
<p>The posterior probabilities are indicated by the size of the node, and TMRCA and 95% HPD of the b...
<p>(A) Maximum clade credibility (MCC) tree based on 10316 nt gap-stripped MSA, which was constructe...
<p>A maximum clade credibility (MCC) tree was selected after Bayesian inference analysis (strict mol...
Branches colored according to the most probable posterior location of their child nodes. Monophyleti...
<p>Maximum Clade Credibility (MCC) tree from Bayesian analysis of four combined DNA markers (ITS, ET...
<p>(A) The MCC tree for subtype 1a strains. (B) The MCC tree for subtype 6a strains. (C) The MCC tre...
<p>The mean TMRCAs with confident intervals (above the nodes) and the posterior probabilities (below...
<p>The branches are coloured on the basis of the most probable location state of the descendent node...