<p>The peptide binding affinities of the biotinylated HLA-A*0201-HAT-BSP was compared to the standard truncated HLA-A*0201 molecule. The HLA-A*0201 peptide binding affinities of a panel of pox peptides ranging from god binders (0–10 nM) over intermediary (10–100 nM) to non-binders (>1 µM) were determined in a quantitative ELISA <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0001678#pone.0001678-SylvesterHvid1" target="_blank">[14]</a>. The HC were folded with various concentrations of peptide and excess of hβ<sub>2</sub>m. The K<sub>D</sub> values for each peptide MHC combination were calculated and the results presented as means of two independent experiments with the corresponding confidence intervals.</p
BACKGROUND: Increasing evidence suggests that the effect of HLA-E on Natural Killer (NK) cell activi...
Starting from the X-ray structure of a class I majorhistocompatibility complex (MHC)-encoded protein...
a<p>The results are shown as no. of HLA-class I molecules predicted to bind/number of HLA-class I mo...
<p>Peptides were tested for their ability to compete binding of 1.6 µM biotinylated peptide HBV core...
<p>Note: peptides marked in bold are positive controls included in the assay; HA<sub>306–318</sub> i...
<p>The CLIP peptide RMATPLLMQALPM (peptide 3) was tested for binding affinity in a competition-based...
*<p>Peptide found with HLA-I elutions.</p>†<p>Amino acid (AA) position in the invariant chain protei...
Herein we describe the establishment of assays to measure peptide binding to purified HLA-B*0701, -B...
Background: Class II Major Histocompatibility Complex (MHC) molecules have an open-ended binding gro...
The ability to define and manipulate the interaction of peptides with MHC molecules has immense immu...
<p>For each supertype, 9-mer peptide binding predictions were carried out and ratios of probability ...
ABSTRACT: Using panels of peptides well characterized for their ability to bind to HLA DR1, DRB1*110...
<p>The affinities of selected peptides were determined by class I HLA stabilization assay. (A) Resul...
<p>Titrations of humanized variants were competed against a fixed concentration (35 ng/ml) of biotin...
The major histocompatibility complex (MHC) class I and class II molecules bind selectively to differ...
BACKGROUND: Increasing evidence suggests that the effect of HLA-E on Natural Killer (NK) cell activi...
Starting from the X-ray structure of a class I majorhistocompatibility complex (MHC)-encoded protein...
a<p>The results are shown as no. of HLA-class I molecules predicted to bind/number of HLA-class I mo...
<p>Peptides were tested for their ability to compete binding of 1.6 µM biotinylated peptide HBV core...
<p>Note: peptides marked in bold are positive controls included in the assay; HA<sub>306–318</sub> i...
<p>The CLIP peptide RMATPLLMQALPM (peptide 3) was tested for binding affinity in a competition-based...
*<p>Peptide found with HLA-I elutions.</p>†<p>Amino acid (AA) position in the invariant chain protei...
Herein we describe the establishment of assays to measure peptide binding to purified HLA-B*0701, -B...
Background: Class II Major Histocompatibility Complex (MHC) molecules have an open-ended binding gro...
The ability to define and manipulate the interaction of peptides with MHC molecules has immense immu...
<p>For each supertype, 9-mer peptide binding predictions were carried out and ratios of probability ...
ABSTRACT: Using panels of peptides well characterized for their ability to bind to HLA DR1, DRB1*110...
<p>The affinities of selected peptides were determined by class I HLA stabilization assay. (A) Resul...
<p>Titrations of humanized variants were competed against a fixed concentration (35 ng/ml) of biotin...
The major histocompatibility complex (MHC) class I and class II molecules bind selectively to differ...
BACKGROUND: Increasing evidence suggests that the effect of HLA-E on Natural Killer (NK) cell activi...
Starting from the X-ray structure of a class I majorhistocompatibility complex (MHC)-encoded protein...
a<p>The results are shown as no. of HLA-class I molecules predicted to bind/number of HLA-class I mo...