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Premium Chemical Evolution of Antivirals Against Enterovirus D68 through Protein‐Templated Knoevenagel Reactions
Author(s)
Tauber Carolin,
Wamser Rebekka,
Arkona Christoph,
Tügend Marisa,
Abdul Aziz Umer Bin,
Pach Szymon,
Schulz Robert,
Jochmans Dirk,
Wolber Gerhard,
Neyts Johan,
Rademann Jörg
Publication year2021
Publication title
angewandte chemie international edition
Resource typeJournals
PublisherWiley
Abstract The generation of bioactive molecules from inactive precursors is a crucial step in the chemical evolution of life, however, mechanistic insights into this aspect of abiogenesis are scarce. Here, we investigate the protein‐catalyzed formation of antivirals by the 3C‐protease of enterovirus D68. The enzyme induces aldol condensations yielding inhibitors with antiviral activity in cells. Kinetic and thermodynamic analyses reveal that the bioactivity emerges from a dynamic reaction system including inhibitor formation, alkylation of the protein target by the inhibitors, and competitive addition of non‐protein nucleophiles to the inhibitors. The most active antivirals are slowly reversible inhibitors with elongated target residence times. The study reveals first examples for the chemical evolution of bio‐actives through protein‐catalyzed, non‐enzymatic C−C couplings. The discovered mechanism works under physiological conditions and might constitute a native process of drug development.
Subject(s)aldol reaction , biochemistry , catalysis , chemical biology , chemistry , combinatorial chemistry , enzyme , knoevenagel condensation , nucleophile , protease , small molecule , stereochemistry
Language(s)English
SCImago Journal Rank5.831
H-Index550
eISSN1521-3773
pISSN1433-7851
DOI10.1002/anie.202102074

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