INSIGHTS ON DRUG DEVELOPMENT

  • Complementary Methodologies For Analysis Of NISTmAb Impurities

    Gain insight into how SEC and CE‑SDS complement each other to assess monoclonal antibody size variants, offering stronger insight into aggregates, fragments, and overall purity.

  • mTOR Pathway

    Explore the mTOR signaling pathway and reveal how mTORC1 regulates cell growth, metabolism, and survival to ensure cellular function and adaptation to environmental cues.

  • ADC Development Grows More Complex — SPR Insights Bring Clarity

    Explore how real-time kinetic analysis reveals how conjugation, linker chemistry, and drug loading influence antibody–antigen interactions, while enabling sensitive detection of anti-drug antibodies.

  • Mammalian Expression

    See how a biotechnology company advanced an engineered protein therapeutic while navigating development, regulatory, and scalability challenges. 

DRUG DEVELOPMENT SOLUTIONS

  • The Intabio ZT system couples icIEF separation and UV detection with high resolution mass spectrometry on the ZenoTOF 7600 system.

  • Siegfried is your expert in ophthalmic formulations with outstanding manufacturing and packaging capabilities.

  • See More with Microflow LC-MS

    The M5 MicroLC system is the perfect balance of sensitivity and robustness—more sensitive than traditional analytical flow LC, and more flexible and more robust than nanoflow LC — giving you the potential to optimize your critical workflows, today and into the future.

  • THUNDER Imager EM Cryo CLEM

    In-depth understanding of cellular structural biology

    The THUNDER Imager EM Cryo CLEM is a cryo light microscope featuring opto-digital THUNDER technology. It provides the imaging data and secure cryo conditions you need for successful experimental investigations concerning structural biology. Precisely identify cellular structures of interest thanks to high resolution, haze-free imaging with THUNDER technology, then transfer the specimen seamlessly to your EM.

  • 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.