INSIGHTS ON DRUG DEVELOPMENT

  • Spray Dried Biologics For Injectable Dosage Forms

    Spray drying enables scalable production of stable, high‑concentration biologics as sterile powders, improving delivery, reducing costs, and overcoming limitations of traditional freeze‑drying methods.

  • Spray Dried Biologics For Pulmonary Dosage Forms

    Spray drying creates stable inhalable biologic powders with controlled particle size, enabling effective lung delivery, improved stability, and scalable production for respiratory and systemic therapies.

  • R&D Excellence at Asymchem's UK Facility

    Dave Henderson outlines R&D excellence at a UK facility, highlighting integrated labs, advanced experimentation, expert teams, and seamless progression from discovery through scale-up and manufacturing.

  • Injection Site Reaction Screening Methodology

    Optimize drug formulations for solubility at physiological pH to reduce injection site reactions, enable high-concentration dosing, and enhance patient comfort and compliance.

DRUG DEVELOPMENT SOLUTIONS

  • Learn how tailored lipids, polymers, and carbohydrate‑based materials strengthen targeted delivery, enhance stability, and support scalable development for emerging therapeutic modalities.

  • Peptides occupy a therapeutic niche between small molecules and large biologics. We understand the fundamental physiological challenges to peptide delivery and that there is no “one-size-fits-all” approach for formulation design.

  • Eurofins offers the world’s largest network of harmonized GMP bio/pharmaceutical testing labs, delivering comprehensive, compliant, and customizable CMC services across the drug development lifecycle.

  • Highly potent APIs require stringent containment and precise manufacturing controls. Specialized facilities offer end-to-end development solutions and robust cross-contamination protections.

  • MaxPeak™ Premier Columns utilize MaxPeak High Performance Surfaces that are designed to increase analyte recovery, sensitivity, and reproducibility by minimizing analyte/surface interactions that can lead to sample losses.