GalaXi

Tangible molecules at WuXi scale

The GalaXi Chemical Space is built in partnership with WuXi LabNetwork and offers one of the world’s largest collections of synthesis-ready virtual compounds. Every molecule is derived from validated reaction schemes and high-quality building blocks, ensuring that the virtual products are not only diverse but also make-on-demand tangible.

Unlock the Full IP Potential for Your Projects with Novel and Unique Compounds

By combining 185 diverse reactions with over 30,000 high-quality building blocks, GalaXi generates compounds that move far beyond well-charted Chemical Space. The result is a quality source of new chemotypes and scaffold architectures that empower your research with fresh intellectual property opportunities.

Differentiate your pipeline, avoid crowded IP, and explore new chemical motifs with GalaXi. You get access to structures built for innovation. Every virtual molecule is synthesizable via WuXi LabNetwork, turning ideas into practical starting points for drug discovery.

  • Explore uncharted areas of Chemical space for fresh IP opportunities
  • Access novel scaffolds and sp³-rich motifs rarely represented in public libraries
  • Accelerate patentability with unique, synthesis-backed compounds
  • Benefit from WuXi LabNetwork’s make-on-demand synthesis for rapid realization
  • Expand project freedom by escaping crowded chemical series and over-patented cores

Augment and Accelerate Your Research

GalaXi serves as a powerful resource for exploring novel compounds that integrate seamlessly into computational drug discovery workflows. It offers a vast collection of 26 billion diverse and synthesis-ready molecules that can be applied in CADD approaches, including virtual screening, molecular docking, and machine learning-driven predictions.

The reaction-based design of GalaXi ensures broad chemical diversity, providing access to sp³-rich motifs and unique scaffolds that expand the search horizon. Importantly, every compound in GalaXi is tangible and can be synthesized on demand through WuXi LabNetwork, enabling a smooth transition from in silico exploration to real-world experimental validation.

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