<p>(A) protease, (B) reverse transcriptase, (C) integrase, (D) gag, and (E) env. Trees were constructed using neighbour joining method with 1000 replicates. Two sequences each of 6 HIV-1 subtypes retrieved from the GenBank are included as references. Open circles (○) indicate the reference sequence of CRF35_AD, open squares (□) indicate subtype A1, open triangles (▵) indicate A2, open diamonds (◊) indicate subtype D, closed circles (•) indicate subtype B, and closed squares (▪) indicate CRF01_AE. Bootstrap values over 70% are shown.</p
<p>(A) The phylogenetic tree of 33 near-full-length sequences of from Dehong IDUs was constructed wi...
<p>Tree was constructed bases on complete sequences of protease and part of RT gene (1.317 bp), usin...
<p>(A) Neighbor-joining phylogenetic trees constructed using population (Sanger) sequencing of 105-b...
<p>Tree was constructed using neighbor-joining method with 1000 replicates. As a summarized represen...
<p>Neighbor-joint analysis of A/AE protease and RT sequences, combined (918 nucleotides). The first ...
<p>The tree was midpoint rooted. Horizontal branch lengths are drawn to scale (the scale bar represe...
<p>Maximum likelihood phylogenetic trees of PR (A) and RT (B) regions were constructed with referenc...
<p>Phylogenetic analysis of sequences obtained from clinical panel samples. The construction of phyl...
<p>The phylogenetic trees were constructed using neighbor-joining methods (Mega 5.0) based on <i>pol...
<p>The phylogenetic trees were constructed using the Neighbor-Joining method. The bootstrap values o...
<p>HIV-1 sequences were obtained using the Siemens' TRUGENE HIV-1 Genotype Test, analyzed using MegA...
<p>The ML was constructed by PhyML 3.0.1 and visualized in FigTree. The tree is rooted with the HIV-...
<p>ML trees where obtained with the ML method using the best fitting nucleotide substitution model. ...
<p>The phylogenetic inferences were performed by the Neighbor-Joining algorithm under Kimura-2 param...
<p>ML tree was used to infer phylogenetic relationship among the 1,893 HIV-1 subtype A gag sequences...
<p>(A) The phylogenetic tree of 33 near-full-length sequences of from Dehong IDUs was constructed wi...
<p>Tree was constructed bases on complete sequences of protease and part of RT gene (1.317 bp), usin...
<p>(A) Neighbor-joining phylogenetic trees constructed using population (Sanger) sequencing of 105-b...
<p>Tree was constructed using neighbor-joining method with 1000 replicates. As a summarized represen...
<p>Neighbor-joint analysis of A/AE protease and RT sequences, combined (918 nucleotides). The first ...
<p>The tree was midpoint rooted. Horizontal branch lengths are drawn to scale (the scale bar represe...
<p>Maximum likelihood phylogenetic trees of PR (A) and RT (B) regions were constructed with referenc...
<p>Phylogenetic analysis of sequences obtained from clinical panel samples. The construction of phyl...
<p>The phylogenetic trees were constructed using neighbor-joining methods (Mega 5.0) based on <i>pol...
<p>The phylogenetic trees were constructed using the Neighbor-Joining method. The bootstrap values o...
<p>HIV-1 sequences were obtained using the Siemens' TRUGENE HIV-1 Genotype Test, analyzed using MegA...
<p>The ML was constructed by PhyML 3.0.1 and visualized in FigTree. The tree is rooted with the HIV-...
<p>ML trees where obtained with the ML method using the best fitting nucleotide substitution model. ...
<p>The phylogenetic inferences were performed by the Neighbor-Joining algorithm under Kimura-2 param...
<p>ML tree was used to infer phylogenetic relationship among the 1,893 HIV-1 subtype A gag sequences...
<p>(A) The phylogenetic tree of 33 near-full-length sequences of from Dehong IDUs was constructed wi...
<p>Tree was constructed bases on complete sequences of protease and part of RT gene (1.317 bp), usin...
<p>(A) Neighbor-joining phylogenetic trees constructed using population (Sanger) sequencing of 105-b...