<p>The scale bar represents one nucleotide substitution. <b>B) Frequency of each inoculum variant at the amino acid level.</b> The number of each viral genome present within the inoculum was estimated based on the amino acid sequence (black bars) and at the nucleotide level (grey bars).</p
<p>A) complete genome; B) C gene; C) PrM gene; D) M gene; E) E gene. Phylogenetic analyses were perf...
Phylogenetic trees are used to study evolutionary relationships among biological entities. Since phy...
<p>The ML/MCC/Bayesian trees were based on the coding sequences of the S (A) and M (B) segments. Num...
<p>C2-V5 of <i>env</i> nucleotide sequences of the inoculum and transmitted HIV-1 species were align...
An inoculum-rooted maximum likelihood tree was created using PhyML. Branch lengths are proportional ...
<p>(A) A maximum likelihood tree constructed with 42 independent full-length clones isolated from th...
<p>Phylogenetic analysis was performed using the Maximum Likelihood method and bootstrap analysis fo...
<p>Neighbour-joining tree shows the distribution of Tuscan GVA coat protein nucleotide sequences com...
<p>The phylogenetic tree, based on entire hexon genome sequences of penguin adenoviruses, was genera...
<p>A-The tree shows the eleven Brazilian viruses sequenced in this study (two-color highlighted clus...
<p>Master phylogeny shows no clustering according to vaccination status. Insert shows representative...
Data are for provirus gp120 sequences (boxed, shaded labels) and plasma virus sequences showing boot...
<p>Phylogenetic tree created by the Maximum-likelihood algorithm for the S1 gene of IBV Mass type vi...
<p>Patient numbers are indicated, reference sequences for parainfluenza virus type 3 selected from G...
<p>Alignments were done via Clustal W and analysis was done via Bayesian MCMC. Methods and accession...
<p>A) complete genome; B) C gene; C) PrM gene; D) M gene; E) E gene. Phylogenetic analyses were perf...
Phylogenetic trees are used to study evolutionary relationships among biological entities. Since phy...
<p>The ML/MCC/Bayesian trees were based on the coding sequences of the S (A) and M (B) segments. Num...
<p>C2-V5 of <i>env</i> nucleotide sequences of the inoculum and transmitted HIV-1 species were align...
An inoculum-rooted maximum likelihood tree was created using PhyML. Branch lengths are proportional ...
<p>(A) A maximum likelihood tree constructed with 42 independent full-length clones isolated from th...
<p>Phylogenetic analysis was performed using the Maximum Likelihood method and bootstrap analysis fo...
<p>Neighbour-joining tree shows the distribution of Tuscan GVA coat protein nucleotide sequences com...
<p>The phylogenetic tree, based on entire hexon genome sequences of penguin adenoviruses, was genera...
<p>A-The tree shows the eleven Brazilian viruses sequenced in this study (two-color highlighted clus...
<p>Master phylogeny shows no clustering according to vaccination status. Insert shows representative...
Data are for provirus gp120 sequences (boxed, shaded labels) and plasma virus sequences showing boot...
<p>Phylogenetic tree created by the Maximum-likelihood algorithm for the S1 gene of IBV Mass type vi...
<p>Patient numbers are indicated, reference sequences for parainfluenza virus type 3 selected from G...
<p>Alignments were done via Clustal W and analysis was done via Bayesian MCMC. Methods and accession...
<p>A) complete genome; B) C gene; C) PrM gene; D) M gene; E) E gene. Phylogenetic analyses were perf...
Phylogenetic trees are used to study evolutionary relationships among biological entities. Since phy...
<p>The ML/MCC/Bayesian trees were based on the coding sequences of the S (A) and M (B) segments. Num...