Selected article for: "cell binding and rational design"

Author: Stangier, Maximilian; Messinis, Antonis M.; Oliveira, João C. A.; Yu, Hao; Ackermann, Lutz
Title: Rhodaelectro-catalyzed access to chromones via formyl C–H activation towards peptide electro-labeling
  • Cord-id: t4kvflgd
  • Document date: 2021_8_5
  • ID: t4kvflgd
    Snippet: Chromones represent a privileged scaffold in medicinal chemistry and are an omnipresent structural motif in natural products. Chemically encoded non-natural peptidomimetics feature improved stability towards enzymatic degradation, cell permeability and binding affinity, translating into a considerable impact on pharmaceutical industry. Herein, a strategy for the sustainable assembly of chromones via electro-formyl C–H activation is presented. The rational design of the rhodaelectro-catalysis i
    Document: Chromones represent a privileged scaffold in medicinal chemistry and are an omnipresent structural motif in natural products. Chemically encoded non-natural peptidomimetics feature improved stability towards enzymatic degradation, cell permeability and binding affinity, translating into a considerable impact on pharmaceutical industry. Herein, a strategy for the sustainable assembly of chromones via electro-formyl C–H activation is presented. The rational design of the rhodaelectro-catalysis is guided by detailed mechanistic insights and provides versatile access to tyrosine-based fluorogenic peptidomimetics.

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