Forward Synthesis
Streamlining Molecular Library Creation
For effective drug discovery, researchers need molecular libraries that are diverse yet practical for synthesis. Chemical.AI's Forward Synthesis function is designed to help chemists rapidly generate large-scale molecular libraries while ensuring that each molecule is feasible for synthesis.
What is Forward Synthesis?
Forward Synthesis is a powerful computational tool that enables chemists to create and evaluate molecular libraries before running synthesizability screenings. It operates along two primary dimensions:
Core Skeleton: Defines the structural foundation of a molecule.
Synthetic Route: Determines the possible pathways to construct the molecule efficiently.
By optimizing both aspects, our Forward Synthesis ensures the molecules you explore are not only novel, they’re achievable.
How Does It Work?
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01 - Identify Viable Modification Sites
✔ Analyze the core structure to determine where modifications can be introduced.
✔ Ensure core integrity remains intact, allowing for targeted molecular design.
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02 - Filter for Stability & Select the Best Candidates
✔ Remove structures prone to instability, degradation, or toxicity risks.
✔ Evaluate reactivity, functional group compatibility, and safety profiles to refine molecular libraries.
✔ Prioritize synthesizable, stable compounds for further development.
