<p>*: percentage of codons (out of the total number of codons) in the coding region with at least one minor variant.</p>+<p>: percentage of minor variants (out of the total number of variants) capable of causing an amino acid change in their respective consensus codons.</p>∧<p>: percentage of codons with variants (out of the total number of codons with variants) capable of causing an amino acid change in their respective consensus codons.</p><p><i>Sn</i>: Shannon entropy.</p
<div><p>[A] Nef consensus sequence (derived from 739 C-clade sequences from Southern African patient...
Supplementary Figures and Tables for the article called: " Variability in codon usage in Coronavirus...
<p>Shown from the periphery to the centre of the figure for each strain is strain ID, genome ideogra...
Codon usage bias patterns have been broadly explored for many viruses. However, the relative importa...
<p>For HIV-1 Gag amino acids 148–214, Shannon entropies of individual codons (red bars) and average ...
Background and aims: Gene and protein sequences are subject to variation upon reproduction where fav...
<p>For HIV-1 Env amino acids 521–606, Shannon entropies of individual codons (red bars) and average ...
<p>For HIV-1 Gag amino acids 250–335, Shannon entropies of individual codons (red bars) and average ...
The effect of single nucleotide variants (SNVs) in coding and noncoding regions is of great interest...
Frequencies of synonymous codons are typically non-uniform, despite the fact that such codons corres...
Frequencies of synonymous codons are typically non-uniform, despite the fact that such codons corres...
Organisms construct proteins out of individual amino acids using instructions encoded in the nucleot...
Organisms construct proteins out of individual amino acids using instructions encoded in the nucleot...
Organisms construct proteins out of individual amino acids using instructions encoded in the nucleot...
<p>For HIV-1 Nef amino acids 106–148, Shannon entropies of individual codons (red bars) and average ...
<div><p>[A] Nef consensus sequence (derived from 739 C-clade sequences from Southern African patient...
Supplementary Figures and Tables for the article called: " Variability in codon usage in Coronavirus...
<p>Shown from the periphery to the centre of the figure for each strain is strain ID, genome ideogra...
Codon usage bias patterns have been broadly explored for many viruses. However, the relative importa...
<p>For HIV-1 Gag amino acids 148–214, Shannon entropies of individual codons (red bars) and average ...
Background and aims: Gene and protein sequences are subject to variation upon reproduction where fav...
<p>For HIV-1 Env amino acids 521–606, Shannon entropies of individual codons (red bars) and average ...
<p>For HIV-1 Gag amino acids 250–335, Shannon entropies of individual codons (red bars) and average ...
The effect of single nucleotide variants (SNVs) in coding and noncoding regions is of great interest...
Frequencies of synonymous codons are typically non-uniform, despite the fact that such codons corres...
Frequencies of synonymous codons are typically non-uniform, despite the fact that such codons corres...
Organisms construct proteins out of individual amino acids using instructions encoded in the nucleot...
Organisms construct proteins out of individual amino acids using instructions encoded in the nucleot...
Organisms construct proteins out of individual amino acids using instructions encoded in the nucleot...
<p>For HIV-1 Nef amino acids 106–148, Shannon entropies of individual codons (red bars) and average ...
<div><p>[A] Nef consensus sequence (derived from 739 C-clade sequences from Southern African patient...
Supplementary Figures and Tables for the article called: " Variability in codon usage in Coronavirus...
<p>Shown from the periphery to the centre of the figure for each strain is strain ID, genome ideogra...