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Fig. 1 | Molecular Medicine

Fig. 1

From: Computer-Based Design of an HLA-Haplotype and HIV-Clade Independent Cytotoxic T-Lymphocyte (CTL) Assay for Monitoring HIV-Specific Immunity

Fig. 1

Consensus sequence alignment and CTL epitope prediction of GAG protein. GAG protein sequences deposited in GeneBank were aligned and consensus analyzed for the presence of HLA class I peptide-binding motifs by using the Epitope motif search facility at the HIV-Immunology Database. Amino acids with 100% identity were depicted as normal character, amino acid with >75% identity were reported in italics, amino acids with >50% identity were reported in bold, and amino acids with <50% identity were highlighted in grey. Gaps in the sequence represent amino acids of GAG protein present in less than 10% of the deposited sequences. Promiscuous HLA-class I epitope areas were underlined.

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