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  1. Biologics Discovery 5/28/2026

    Make the most of your molecule with integrated antibody discovery, engineering, and production capabilities designed to accelerate lead identification and optimization.

  2. Antibody Discovery And Engineering 5/28/2026

    The Antibody Center at Curia provides end-to-end services in antibody discovery, engineering, and development.

  3. Molecular Biology 5/28/2026

    Our Biologics services provide comprehensive Molecular Biology services at facilities in California and Massachusetts, offering a variety of services.

  4. Recombinant Protein Production 5/28/2026

    Curia has decades of experience in recombinant protein production.

  5. Small Molecules Discovery 5/28/2026

    Whether you require a particular expertise or a complete, experienced integrated small molecule discovery team, Curia can provide a high-performance solution to help turn your vision into reality.

  6. Custom Synthesis Services 5/28/2026

    For more than 30 years Curia has been meeting the custom synthesis needs of our clients.

  7. Integrated Stability Workflows That Reduce Manual Data Handling 5/28/2026

    Integrated accelerated stability workflows reduce manual data handling while improving confidence in shelf‑life predictions. Help your teams move faster with fewer experimental demands.

  8. Workflow For Chemical Characterization And Database Curation 5/28/2026

    Confident identification of known and unknown compounds starts with smarter LC/MS and GC/MS workflows. Learn how structure elucidation, verification, and centralized data curation work together.

  9. Improving pKa Prediction Accuracy For PROTACs 5/28/2026

    Gain insight into how localized modeling of ionizable centers, supported by curated experimental data, delivers reliable predictions that strengthen physicochemical decision-making.

  10. Property-Based Optimization Of Pharmaceutical Lead Compounds 5/28/2026

    Property-driven optimization helps medicinal chemists focus synthetic effort where it matters most. See how integrating ADME and physicochemical predictions can surface better-balanced lead candidates.