AlphaFold 3 Structures Can Guide T-Cell Receptor Engineering, With Caveats
A benchmark of 438 TCR–pMHC mutations shows experimental structures remain the best input for binding-affinity predictors, while AlphaFold 3 mutant ...
A benchmark of 438 TCR–pMHC mutations shows experimental structures remain the best input for binding-affinity predictors, while AlphaFold 3 mutant ...
Computational modelling of two hypothetical proteins from Kosakonia cowanii F52 predicts an NAD(P)-binding Rossmann-fold oxidoreductase linked to proline metabolism and ...
A new benchmark called MolGenBench evaluated 17 generative models for structure-based drug design and found persistent weaknesses in producing reliable ...
A 2026 review finds that AI has accelerated BMP4 structure modeling, multi-omics analysis and prognostic research while emphasizing that experimental ...
A modular toxin–immunity fusion system enables the production, purification and functional analysis of highly toxic bacterial proteins that conventional recombinant-expression ...
Researchers used AlphaFold3 structure predictions to select viral coat protein epitopes, producing low-cost polyclonal antibodies with markedly better specificity for ...
A computational study reveals that the parasitic amoeba Entamoeba histolytica encodes more than ninety Rab GTPase genes whose predicted structures ...
A new hybrid framework called HDOCK-Multimer combines protein-protein docking with combinatorial assembly to predict the structures of large protein complexes ...
A researcher at IIIT Allahabad has developed IDP-T5CKNN, a lightweight protein language model method that outperforms more than 20 existing ...
A systematic review of 38 studies finds that protein language models excel on benchmarks but largely lack experimental validation, prompting ...
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© 2025 Scienmag - Science Magazine