Design and optimization of a kinase-controlled allosteric switch
Merged summary
TL;DR - This Nature Methods article introduces a phosphorylation-controlled allosteric switch that regulates target proteins in response to ERK kinase activity. It offers a potential tool for linking cellular signaling states to programmable protein behavior.
- Uses ERK-mediated phosphorylation as the control signal.
- Regulates target proteins through an engineered allosteric mechanism.
- Focuses on the design and optimization of the phospho-switch.
- Specific performance results are not provided in the supplied content.
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Design and optimization of a kinase-controlled allosteric switch
TL;DR - This Nature Methods article introduces a phosphorylation-controlled allosteric switch that regulates target proteins in response to ERK kinase activity. It offers a potential tool for linking cellular signaling states to programmable protein behavior.
- Uses ERK-mediated phosphorylation as the control signal.
- Regulates target proteins through an engineered allosteric mechanism.
- Focuses on the design and optimization of the phospho-switch.
- Specific performance results are not provided in the supplied content.