<p>Number of epitopes identified (left y-axis) and the corresponding number of restricting HLA alleles per epitope (x-axis). Percentage of epitopes (right y-axis) restricted by ≥ indicated number of HLA alleles. All restrictions identified (open bars and circles). Restrictions in epitopes tested in ≥2 subjects (black bars and squares).</p
<p>Kernel density estimates of epitope promiscuity and graphs of mean epitope promiscuity (see Metho...
<p>Distribution of epitopes among HIV-1 proteins for HLA alleles associated with lowest/highest vira...
<p>Italics, predicted restriction only. GTOV, Guanarito virus; JUNV, Junin virus; LASV, Lassa virus;...
Shown below the dot plots are the number of responses restricted through those alleles as a proporti...
<p>Epitopes are labelled where possible with their first three amino acids, and length if necessary ...
<p>The total number of Gag epitopes (of 8–14 amino acids in length) recognized <i>in silico</i> by a...
<p>Kernel density estimates of epitope promiscuity and graphs of mean epitope promiscuity (see Metho...
Normalized population-level promiscuity of HLA-DRB1 alleles is shown as the function of extracellula...
<p>Accordingly, where possible, these algorithms were deployed to predict the binding of each recogn...
<p>Kernel density estimates of epitope promiscuity and graphs of mean epitope promiscuity (see Metho...
Abstract Background The RATE tool was recently developed to computationally infer the HLA restrictio...
<p>Kernel density estimates of epitope promiscuity and graphs of mean epitope promiscuity (see Metho...
<p>The four dominant hotspots for each protein are presented. Restricting HLAs were imputed using HL...
<p>(A) The median CS of epitopes by HLA group: favorable alleles (subjects possessing B*27 and B*57 ...
<p>Shown in each panel from A to I are commonly conserved CD4+ T-cell epitopes of nine influenza A v...
<p>Kernel density estimates of epitope promiscuity and graphs of mean epitope promiscuity (see Metho...
<p>Distribution of epitopes among HIV-1 proteins for HLA alleles associated with lowest/highest vira...
<p>Italics, predicted restriction only. GTOV, Guanarito virus; JUNV, Junin virus; LASV, Lassa virus;...
Shown below the dot plots are the number of responses restricted through those alleles as a proporti...
<p>Epitopes are labelled where possible with their first three amino acids, and length if necessary ...
<p>The total number of Gag epitopes (of 8–14 amino acids in length) recognized <i>in silico</i> by a...
<p>Kernel density estimates of epitope promiscuity and graphs of mean epitope promiscuity (see Metho...
Normalized population-level promiscuity of HLA-DRB1 alleles is shown as the function of extracellula...
<p>Accordingly, where possible, these algorithms were deployed to predict the binding of each recogn...
<p>Kernel density estimates of epitope promiscuity and graphs of mean epitope promiscuity (see Metho...
Abstract Background The RATE tool was recently developed to computationally infer the HLA restrictio...
<p>Kernel density estimates of epitope promiscuity and graphs of mean epitope promiscuity (see Metho...
<p>The four dominant hotspots for each protein are presented. Restricting HLAs were imputed using HL...
<p>(A) The median CS of epitopes by HLA group: favorable alleles (subjects possessing B*27 and B*57 ...
<p>Shown in each panel from A to I are commonly conserved CD4+ T-cell epitopes of nine influenza A v...
<p>Kernel density estimates of epitope promiscuity and graphs of mean epitope promiscuity (see Metho...
<p>Distribution of epitopes among HIV-1 proteins for HLA alleles associated with lowest/highest vira...
<p>Italics, predicted restriction only. GTOV, Guanarito virus; JUNV, Junin virus; LASV, Lassa virus;...