Skip to content
  • Using NE-CAT
    • What We Offer
    • Pre-Data Collection
    • Remote Data Collection
    • On-Site Data Collection
    • Post-Data Collection
    • Acknowledgement in Publications
  • News
  • Training
    • Event Calendar
    • Required APS Training
    • Tutorials
  • Research
    • Publications
    • Newsletter Archive
  • Resources
    • Remote
    • RAPDv2
    • Facilities
    • Robot Equipment List
    • Software
    • APS Machine Status
    • Github
    • Gitlab Code Repository (internal)
    • NEport
    • Peak Energy Values
  • Contact Us
  • Overcoming Barriers in Computational Enzyme Design Through Improved Sequence Structure Ensemble Modeling

    Overcoming Barriers in Computational Enzyme Design Through Improved Sequence Structure Ensemble Modeling

    This project aims to make AI-designed enzymes more reliable by learning from both successful and unsuccessful designs. The team will combine AI protein-design tools with high-throughput functional testing and structural biology to build large datasets linking enzyme sequence, structure, and activity. These experimental data will be fed back into the AI models to improve successive rounds of design.

12Next

Funding for NE-CAT comes from NIH NIGMS grant P30 GM124165 and our member institutions.

Page load link
Loading Comments...
Go to Top