Discovery and Development Of HLA-E-Binding Peptides to Activate Natural Killer Cells

This disclosure relates to synthetic peptides, peptidomimetics, and complexes of synthetic peptides and peptidomimetics with HLA-E, methods of making such peptides, peptidomimetics, and complexes, and methods of using such peptides, peptidomimetics and complexes for blocking, inhibiting, or preventing the interaction of HLA-E with CD94/NKG2A or activation of CD94/NKG2A by HLA-E. The synthetic peptides, peptidomimetics, and complexes of synthetic peptides and peptidomimetics with HLA-E can further comprise warheads to introduce covalent linkages between the synthetic peptides and peptidomimetics with HLA-E.

Researchers

Bradley L. Pentelute / Anthony Quartararo / Jason Tao / Nathalie Grob / Dan Eaton / Cameron Hanna / Magdalena Preciado Lopez / Clint Remarcik / Linda Fong

Departments: Department of Chemistry
Technology Areas: Biotechnology: Synthetic Biology / Therapeutics: Cell Based Therapy, Regenerative Medicine
Impact Areas: Healthy Living

  • compositions and methods for covalent peptide-based modulators of hla-e
    United States of America | Pending

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