Sequence homology and immunologic cross-reactivity of human cytomegalovirus with HLA-DR beta chain: a means for graft rejection and immunosuppression.

@article{Fujinami1988SequenceHA,
  title={Sequence homology and immunologic cross-reactivity of human cytomegalovirus with HLA-DR beta chain: a means for graft rejection and immunosuppression.},
  author={Robert Shin Fujinami and Jay A. Nelson and Linda Walker and Michael B A Oldstone},
  journal={Journal of virology},
  year={1988},
  volume={62 1},
  pages={100-5}
}
A peptide (Leu-Gly-Arg-Pro-Asp-Glu-Asp-Ser-Ser-Ser-Ser-Ser-Ser-Ser-Cys) that was identical to residues 82 through 96 of a predicted protein of 208 amino acids from the immediate-early region (IE-2) nucleic acid sequence of human cytomegalovirus was chemically synthesized. By computer analysis, the first five amino acids of this peptide showed sequence homology to the beta chain of the human histocompatibility complex HLA-DR. The homologous amino acids, 53 through 57, were located in a region… CONTINUE READING

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A peptide ( Leu - Gly - Arg - Pro - Asp - Glu - Asp - Ser - Ser - Ser - Ser - Ser - Ser - Ser - Cys ) that was identical to residues 82 through 96 of a predicted protein of 208 amino acids from the immediate - early region ( IE-2 ) nucleic acid sequence of human cytomegalovirus was chemically synthesized .
A peptide ( Leu - Gly - Arg - Pro - Asp - Glu - Asp - Ser - Ser - Ser - Ser - Ser - Ser - Ser - Cys ) that was identical to residues 82 through 96 of a predicted protein of 208 amino acids from the immediate - early region ( IE-2 ) nucleic acid sequence of human cytomegalovirus was chemically synthesized .
A peptide ( Leu - Gly - Arg - Pro - Asp - Glu - Asp - Ser - Ser - Ser - Ser - Ser - Ser - Ser - Cys ) that was identical to residues 82 through 96 of a predicted protein of 208 amino acids from the immediate - early region ( IE-2 ) nucleic acid sequence of human cytomegalovirus was chemically synthesized .
A peptide ( Leu - Gly - Arg - Pro - Asp - Glu - Asp - Ser - Ser - Ser - Ser - Ser - Ser - Ser - Cys ) that was identical to residues 82 through 96 of a predicted protein of 208 amino acids from the immediate - early region ( IE-2 ) nucleic acid sequence of human cytomegalovirus was chemically synthesized .
CysteineNo subtypeLeucine
A peptide ( Leu - Gly - Arg - Pro - Asp - Glu - Asp - Ser - Ser - Ser - Ser - Ser - Ser - Ser - Cys ) that was identical to residues 82 through 96 of a predicted protein of 208 amino acids from the immediate - early region ( IE-2 ) nucleic acid sequence of human cytomegalovirus was chemically synthesized .
LeucineNo subtypeCysteine
A peptide ( Leu - Gly - Arg - Pro - Asp - Glu - Asp - Ser - Ser - Ser - Ser - Ser - Ser - Ser - Cys ) that was identical to residues 82 through 96 of a predicted protein of 208 amino acids from the immediate - early region ( IE-2 ) nucleic acid sequence of human cytomegalovirus was chemically synthesized .
By computer analysis , the first five amino acids of this peptide showed sequence homology to the beta chain of the human histocompatibility complex HLA - DR .
A peptide ( Leu - Gly - Arg - Pro - Asp - Glu - Asp - Ser - Ser - Ser - Ser - Ser - Ser - Ser - Cys ) that was identical to residues 82 through 96 of a predicted protein of 208 amino acids from the immediate - early region ( IE-2 ) nucleic acid sequence of human cytomegalovirus was chemically synthesized .
A peptide ( Leu - Gly - Arg - Pro - Asp - Glu - Asp - Ser - Ser - Ser - Ser - Ser - Ser - Ser - Cys ) that was identical to residues 82 through 96 of a predicted protein of 208 amino acids from the immediate - early region ( IE-2 ) nucleic acid sequence of human cytomegalovirus was chemically synthesized .
By computer analysis , the first five amino acids of this peptide showed sequence homology to the beta chain of the human histocompatibility complex HLA - DR .
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