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IDDIntegrated Drug Discovery

Predictive drug design.

Up to 75% fewer compounds synthesized in selected data-rich discovery programs.

AI helps medicinal chemists prioritize the most promising compounds before synthesis, allowing teams to focus experimental resources on the designs most likely to succeed. This AI-guided approach improves decision-making throughout discovery while reducing unnecessary experimental work.

By combining medicinal chemistry expertise with predictive models continuously refined using experimental data, IDD improves molecule design and supports faster, more informed discovery decisions.

02 · AI Technology

AI helps prioritize which compounds to synthesize next.

Predictive models use chemical structure, assay results, and experimental data to estimate which designs are most likely to improve key molecule properties.

By integrating these predictions with medicinal chemistry expertise, IDD helps teams select stronger candidates, reduce unnecessary synthesis, and make faster design decisions.

Chemical structure, assay results and experimental data
Predictions integrated with medicinal chemistry expertise
Stronger candidates, less unnecessary synthesis
Story · 02 AI Technology
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Chemical structure, assay results and experimental data
←→ to move between stages · Stage 2 of 5 · IDD
Smarter molecules.Confident decisions.Better medicines.

Turning data into confident design decisions that help scientists discover better medicines.

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