5 Key Takeaways

• 1

  Researchers developed a modular protein–foldamer pair for assembling hybrid nanostructures with controlled geometry.

• 2

  The protein–foldamer interface offers a large, well-defined binding surface, improving assembly positioning compared to existing methods.

• 3

  C10, a variant of the Nanofitin scaffold, was identified as a selective protein partner for the helical aromatic foldamer.

• 4

  Binding studies revealed that C10 binds the foldamer with nanomolar affinity, enabling stable architectural designs.

• 5

  The study demonstrates that artificial foldamers can serve as precise connectors for protein architectures, allowing for customizable assembly.