<p>The unrooted neighbor-joining phylogenetic tree from the full-length envelope gene was built using the MEGA5.1 software, and the numbers at each node represent bootstrap value (1000 replicates). Bootstrap values on branches are shown for the maximum neighbor-joining analyses. Reference samples were obtained from the Los Alamos National laboratory HIV database (<a href="http://hiv-web.lanl.gov/" target="_blank">http://hiv-web.lanl.gov/</a>).</p
<p>A) complete genome; B) C gene; C) PrM gene; D) M gene; E) E gene. Phylogenetic analyses were perf...
<p>Neighbor-joining phylogenetic tree for 240 <i>NS5B</i> sequences and relative reference sequences...
<p>The phylogenetic tree was constructed with HIV-1 full-length gene <i>pol</i> sequences. Horizonta...
<p>The bootstrap analysis was performed with 1000 replicates. The branches in red represent the reco...
<p>The phylogenetic trees were constructed using neighbor-joining methods (Mega 5.0) based on <i>pol...
<p>The neighbor-joining phylogenetic tree was constructed by using the MEGA 6 software package. All ...
<p>A, Neighbor-joining phylogenetic tree for 108 <i>env</i> sequences and relative reference sequenc...
<p>Neighbor-joining phylogenetic trees were constructed for 121 nucleotide sequences of HIV-1 <i>env...
<p>Each transmission pair is labeled with nucleotide sequences from mothers (green) and infants (blu...
<p>The maximum likelihood phylogenetic trees were constructed with reference sequences from all HIV-...
<p>Neighbor-joining phylogenetic tree for 265 <i>E1E2</i> sequences and relative reference sequences...
<p>Footnote figure: The phylogenetic inferences were performed by the Neighbor-Joining algorithm und...
<p>A neighbor-joining phylogenetic tree from nucleotide sequences of env of MMTV viruses. The tree w...
<p>Couples are designated by colored letters (A, B, and D–I) and correspond to the couples in <a hre...
<p>Neighbor-joining method was performed in 24 taxa at the SSU rRNA locus. The optimal tree with the...
<p>A) complete genome; B) C gene; C) PrM gene; D) M gene; E) E gene. Phylogenetic analyses were perf...
<p>Neighbor-joining phylogenetic tree for 240 <i>NS5B</i> sequences and relative reference sequences...
<p>The phylogenetic tree was constructed with HIV-1 full-length gene <i>pol</i> sequences. Horizonta...
<p>The bootstrap analysis was performed with 1000 replicates. The branches in red represent the reco...
<p>The phylogenetic trees were constructed using neighbor-joining methods (Mega 5.0) based on <i>pol...
<p>The neighbor-joining phylogenetic tree was constructed by using the MEGA 6 software package. All ...
<p>A, Neighbor-joining phylogenetic tree for 108 <i>env</i> sequences and relative reference sequenc...
<p>Neighbor-joining phylogenetic trees were constructed for 121 nucleotide sequences of HIV-1 <i>env...
<p>Each transmission pair is labeled with nucleotide sequences from mothers (green) and infants (blu...
<p>The maximum likelihood phylogenetic trees were constructed with reference sequences from all HIV-...
<p>Neighbor-joining phylogenetic tree for 265 <i>E1E2</i> sequences and relative reference sequences...
<p>Footnote figure: The phylogenetic inferences were performed by the Neighbor-Joining algorithm und...
<p>A neighbor-joining phylogenetic tree from nucleotide sequences of env of MMTV viruses. The tree w...
<p>Couples are designated by colored letters (A, B, and D–I) and correspond to the couples in <a hre...
<p>Neighbor-joining method was performed in 24 taxa at the SSU rRNA locus. The optimal tree with the...
<p>A) complete genome; B) C gene; C) PrM gene; D) M gene; E) E gene. Phylogenetic analyses were perf...
<p>Neighbor-joining phylogenetic tree for 240 <i>NS5B</i> sequences and relative reference sequences...
<p>The phylogenetic tree was constructed with HIV-1 full-length gene <i>pol</i> sequences. Horizonta...