Recovery rate of true-positive mutations with increasing generations of escape variants, demonstrating the potential of CTRL-V for predicting viral escape mutations with longer simulation durations.
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posted on 2025-04-15, 17:41 authored by Yee Chuen Teoh, Mohammed Sakib Noor, Sina Aghakhani, Jack Girton, Guiping Hu, Ratul ChowdhuryRecovery rate of true-positive mutations with increasing generations of escape variants, demonstrating the potential of CTRL-V for predicting viral escape mutations with longer simulation durations.
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single point mutationsrequire massive amountsprotein design applicationslikely variants ),latest circulating kpiterative design cycleshuman entry receptorsexplicit biochemical interactionsdemonstrate three versionscommercial antibody lyreduce antibody bindingdesign selective binding2 spike proteingeneralizable computational platformv successfully identifiesselectively bind rasdiv >< pselectively bindretaining binding2 variantcomputational workflowcomputational trackingvivo viral escapev ’stochastic samplingrap1a gtpraf kinasepinpoint 20iteratively evolvedinteger optimizationinspired frameworkinfective strainsimmune escapeescape mechanismdual baitdeep learningbiosensor proteinsbased proteinmpnnace2 receptor
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