Protein C Rewrites Its Circle of Molecular Partners as Children Grow
A Melbourne-led proteomics study has shown for the first time that the protein interaction partners of the anticoagulant protein C ...
A Melbourne-led proteomics study has shown for the first time that the protein interaction partners of the anticoagulant protein C ...
Researchers have devised a pooled AlphaFold3 screening strategy that cuts the number of computational jobs needed to map an entire ...
A large-scale evolutionary analysis shows that viral protein mimics and the host proteins they impersonate are deeply conserved, revealing that ...
A comprehensive review maps how protein-protein interactions between plant viruses and their hosts drive infection and defense, and shows how ...
Researchers have developed NMPPI, a lightweight deep learning framework that predicts protein-protein interactions using only sequence and network structure data ...
Researchers have built the first quantitative interactome maps of insulin-resistant skeletal muscle, revealing that protein network rewiring — particularly around ...
Researchers have launched AASIA, the first structure-informed protein interaction database covering chickens, ducks, pigs, cattle, and sheep with over 410,000 ...
A large-scale study in budding yeast has mapped how roughly 12,000 natural genetic variants reshape the strength of protein–protein interactions ...
A multimodal proteomics study shows that ATP-competitive kinase inhibitors displace autoinhibitory domains, driving unexpected non-catalytic functions relevant to drug development.
Researchers at Peking University have developed a palladium-triggered bioorthogonal decaging strategy that uses iodine to reversibly silence and restore phenylalanine ...
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© 2025 Scienmag - Science Magazine