Cancer immunotherapy has shown high efficacy in many neoplasms and is transforming the treatment of malignant diseases. By detailed analysis of the proteogenomic data of 32 patients across 25 tumor types, non-wild type HLA-binding peptides (potential neoantigens) were identified, and their specific characteristics were analyzed. In silico binding predictions provided a basis for prioritization, and an immunogenicity assessment assay was used to measure neoantigen-dependent interferon-based T-cell responses to screen for possible target candidates.
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Cancer immunotherapy has shown high efficacy in many neoplasms and is transforming the treatment of malignant diseases. By detailed analysis of the proteogenomic data of 32 patients across 25 tumor types, non-wild type HLA-binding peptides (potential neoantigens) were identified, and their specific characteristics were analyzed. In silico binding predictions provided a basis for prioritization, and an immunogenicity assessment assay was used to measure neoantigen-dependent interferon-based T-cel...
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