A new 3D mechanism graph with edge-specific signal propagation on chromophore regions predicts fluorescent protein quantum yields at R=0.772 on 531 proteins, outperforming sequence models especially for remote homologs.
Natl Acad
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Edge-specific signal propagation on mature chromophore-region 3D mechanism graphs for fluorescent protein quantum-yield prediction
A new 3D mechanism graph with edge-specific signal propagation on chromophore regions predicts fluorescent protein quantum yields at R=0.772 on 531 proteins, outperforming sequence models especially for remote homologs.