PromPDD |HLA peptide-binding fingerprints | HLAsupE | Publication | Download| tutorial

 
PromPDD

    PromPDD were developed based on the prediction models generated using the average relative binding (ARB) matrix method.PromPDD enables the prediction and deciphering of promiscuous peptides that bind to multiple HLA molecules within or cross HLA supertypes in a simpler and more direct way. We expanded the application of PromPDD to HLA class I alleles with limited experimentally verified data by generating pan-specific matrices using a derived modular method, and more than 2500 HLA molecules encoded by HLA-A and -B genes are available in PromPDD.

 
Prediction

 
Prediction of Supertype-specific Peptides
only available for well-studied alleles in the well-defined supertypes

Input the protein sequences (plain sequences)
Length of peptide
HLA Class I Supertype
 
Prediction of Promiscuous Peptides that bind to multiple HLA molecules

Input the protein sequences (plain sequences)
Length of peptide
Select alleles
or type allele names (ie HLA-A0101,HLA-A0201) separated by commas.. 
For list of allowed allele names click here List of HLA allele names.

 
Deciphering and Design

 
Analysis of residue-contributions to supertype-specific cross-binding

Input the sequence of peptide (9-mer or10-mer)
example: "FLPSDFFPSV"
HLA Class I Supertype


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