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Bioinspired peptide stapling generates stable enzyme inhibitors.

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Stapling of peptides renders them better drug candidates. We report a new peptide staple resembling the natural metabolite lanthionine ketenamine. The strategy is orthogonal to canonical amino acids, proceeds in… Click to show full abstract

Stapling of peptides renders them better drug candidates. We report a new peptide staple resembling the natural metabolite lanthionine ketenamine. The strategy is orthogonal to canonical amino acids, proceeds in water and allows for tailored linkers. We applied the approach to the identification of cyclic peptide inhibitiors of the Zika virus protease. The right linker length of the peptide staple proved crucial for maximising activity. The best stapled peptide showed one order of magnitude stronger enzyme inhibition than its linear analogue.

Keywords: stable enzyme; stapling generates; enzyme inhibitors; peptide stapling; generates stable; bioinspired peptide

Journal Title: Chemical communications
Year Published: 2022

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