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You receive a complete and comprehensive report identifying key binding residues from the top 30 docking solutions. This information provides a strong foundation to guide and refine your design strategy.
Our proprietary AI analyzes up to 10⁹ docking poses to identify statistically robust epitopes, reducing uncertainty and experimental guesswork. Massive-scale docking delivers higher-confidence epitope mapping, even for complex antibody-antigen interactions.
In just 2 weeks, obtain robust epitope mapping data to guide early research decisions and confidently move to downstream development
By including both epitope and paratope mapping in one single service, you gain a more complete and actionable view of antibody-antigen interactions.
Our service goes beyond AI-driven analysis. Our bioinformaticians actively interpret the results, explain what they mean for your specific project, and guide you through each finding. Every output is translated into clear, actionable insight, helping you build a smarter, more informed design strategy.
Once your epitope and paratope are mapped, our dedicated PhD scientist and bioinformatics experts translate those characterization findings into a targeted affinity maturation strategy to strengthen binding and improve performance.
Our guidance extends all the way to patent strategy. With broad binding claims no longer permitted in the U.S., AI-driven mapping of both epitope and paratope provides a stronger foundation for antibody patent strategies. By defining antibodies through shared paratope residues and tolerated CDR variations, this approach supports robust, defensible IP claims.
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Case Report: From AI Prediction to Experimental Proof 85% Signal Reduction with AIxplore® Epitope & Paratope Mapping