RosettaRemodel: A Framework for Flexible Protein Design
Author Information
Author(s): Huang Po-Ssu, Ban Yih-En Andrew, Richter Florian, Andre Ingemar, Vernon Robert, Schief William R., Baker David
Primary Institution: University of Washington
Hypothesis
Can a generalized framework for flexible backbone protein design improve protein modeling?
Conclusion
RosettaRemodel provides a versatile interface for flexible backbone protein design, allowing for various design problems to be addressed effectively.
Supporting Evidence
- RosettaRemodel has been successfully applied to various design problems.
- The tool allows for detailed control over flexible backbone protein design calculations.
- It combines multiple Rosetta functionalities to address a wide range of design scenarios.
Takeaway
RosettaRemodel is a tool that helps scientists design proteins by allowing them to change the structure of proteins flexibly, making it easier to create new proteins with specific functions.
Methodology
RosettaRemodel uses a blueprint interface to control various aspects of protein design, including backbone remodeling and sidechain design.
Limitations
The effectiveness of RosettaRemodel can depend on the user's ability to create a sensible blueprint for simulations.
Digital Object Identifier (DOI)
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