Publication | Closed Access
Peptide Specificity in the Recognition of MHC Class I by Natural Killer Cell Clones
310
Citations
29
References
1995
Year
HistocompatibilityMhc ClassAdaptive Immune SystemHla ImmunogeneticsImmunologyPathologyAntigen ProcessingImmunotherapyNatural Killer CellsImmunogeneticsSpecific Self PeptidesImmunological MemoryAutoimmune DiseaseAutoimmunityNatural KillerCell BiologyPathogenesisPeptide SpecificityMedicine
Recognition by natural killer (NK) cells of major histocompatibility complex (MHC) class I molecules on target cells inhibits NK-mediated lysis. Here, inhibition of NK clones by HLA-B*2705 molecules mutated at single amino acids in the peptide binding site varied among HLA-B*2705-specific NK clones. In addition, a subset of such NK clones was inhibited by only one of several self peptides loaded onto HLA-B*2705 molecules expressed in peptide transporter-deficient cells, showing that recognition was peptide-specific. These data demonstrate that specific self peptides, complexed with MHC class I, provide protection from NK-mediated lysis.
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