Figure 1
Figure 1. Prediction of HLA-binding peptides encoded by the FLT3-ITD sequence identified in AML cells of patient J.C. (JC-FLT3-ITD). Peptides from the ITD protein region (boxed) were predicted with public domain algorithms13–16 combining predictions for proteasomal processing, transporter associated with antigen processing (TAP) transport, and binding to the patient's HLA-A and -B alleles. Five peptides, ranked either first or second by the algorithms, were chosen for the in vitro stimulation of JC-PBMCs. The amino acid sequences of these peptides, their respective presenting HLA-I alleles, and their prediction scores and ranks are indicated (n.a. indicates prediction not available for this allele/epitope length).

Prediction of HLA-binding peptides encoded by the FLT3-ITD sequence identified in AML cells of patient J.C. (JC-FLT3-ITD). Peptides from the ITD protein region (boxed) were predicted with public domain algorithms13-16  combining predictions for proteasomal processing, transporter associated with antigen processing (TAP) transport, and binding to the patient's HLA-A and -B alleles. Five peptides, ranked either first or second by the algorithms, were chosen for the in vitro stimulation of JC-PBMCs. The amino acid sequences of these peptides, their respective presenting HLA-I alleles, and their prediction scores and ranks are indicated (n.a. indicates prediction not available for this allele/epitope length).

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