Position-sensitive amino acid probability distributions for (A) Influenza A and (B) Ebolavirus derived peptides. Position-sensitive mutual information calculated between each encoded sequence position for (C) Influenza A and (D) Ebolavirus derived peptides. Amino acid digram frequencies for (E) Influenza A and (F) Ebolavirus derived peptides. (TIFF)</p
<p>The differences in amino acid length (A), PNGS (B), evolutionary distance (C), and net charge (D)...
<p>Each vertical stripe represents allelic variance for a specific amino acid residue in three block...
<p>The database from the website <a href="http://www.uniprot.org/" target="_blank">http://www.unipro...
(A) AIMS-encoding using the bulge alignment scheme of the dataset of Influenza A and Ebolavirus deri...
(A) Position sensitive amino acid frequency difference between the two peptide datasets. (B) Positio...
<p>The left figure illustrates amino acid distribution in the generations with greatest genetic pote...
(A) Initial AIMS encoding separated by antigenic reactivity, using the central alignment scheme. (B)...
<p>Residues found in M or F viruses are represented in blue or red respectively. “Consensus” represe...
Estimated disparities index per site between amino acid sequences encoding the RDRP domain peptide l...
<p>Estimates of evolutionary divergence for representative amino acid sequences between influenza A ...
<p>The fraction of an amino acid in immunogenic (left bar, filled) and non-immunogenic (right bar, u...
<p><b>A.</b> Change in evenness of the amino acid distribution in each generation. The diversity of ...
<p>The mutation score at each of the drug resistance sites [<a href="http://www.plosone.org/article/...
<p>A) Cumulative distributions of percentage of identity (%id) of viral proteins from the Old World ...
<p>Each data point represents the mean A<sub>490</sub> of the reaction of duplicates of each serum s...
<p>The differences in amino acid length (A), PNGS (B), evolutionary distance (C), and net charge (D)...
<p>Each vertical stripe represents allelic variance for a specific amino acid residue in three block...
<p>The database from the website <a href="http://www.uniprot.org/" target="_blank">http://www.unipro...
(A) AIMS-encoding using the bulge alignment scheme of the dataset of Influenza A and Ebolavirus deri...
(A) Position sensitive amino acid frequency difference between the two peptide datasets. (B) Positio...
<p>The left figure illustrates amino acid distribution in the generations with greatest genetic pote...
(A) Initial AIMS encoding separated by antigenic reactivity, using the central alignment scheme. (B)...
<p>Residues found in M or F viruses are represented in blue or red respectively. “Consensus” represe...
Estimated disparities index per site between amino acid sequences encoding the RDRP domain peptide l...
<p>Estimates of evolutionary divergence for representative amino acid sequences between influenza A ...
<p>The fraction of an amino acid in immunogenic (left bar, filled) and non-immunogenic (right bar, u...
<p><b>A.</b> Change in evenness of the amino acid distribution in each generation. The diversity of ...
<p>The mutation score at each of the drug resistance sites [<a href="http://www.plosone.org/article/...
<p>A) Cumulative distributions of percentage of identity (%id) of viral proteins from the Old World ...
<p>Each data point represents the mean A<sub>490</sub> of the reaction of duplicates of each serum s...
<p>The differences in amino acid length (A), PNGS (B), evolutionary distance (C), and net charge (D)...
<p>Each vertical stripe represents allelic variance for a specific amino acid residue in three block...
<p>The database from the website <a href="http://www.uniprot.org/" target="_blank">http://www.unipro...