Design of multi-specificity in protein interfaces
2007

Design of Multi-Specificity in Protein Interfaces

Sample size: 20 publication Evidence: moderate

Author Information

Author(s): Elisabeth L. Humphris, Tanja Kortemme

Primary Institution: University of California San Francisco

Hypothesis

To what extent are multi-specific interface sequences optimized for binding multiple partners?

Conclusion

The study shows that multi-specific binding is accommodated by distinct patterns, suggesting that interfaces are optimized for multi-specificity.

Supporting Evidence

  • The study identifies two strategies for multi-specific binding: shared and multi-faceted interactions.
  • Computational methods can predict sequences optimized for multiple binding partners.
  • The results suggest that multi-specific interfaces are more native-like when optimized for all partners.

Takeaway

This study looks at how proteins can bind to many partners at once and how their designs help them do that better.

Methodology

The study used computational design protocols to optimize protein sequences for binding multiple partners.

Limitations

The dataset is limited to 20 proteins and may not represent all multi-specific proteins.

Digital Object Identifier (DOI)

10.1371/journal.pcbi.0030164

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