Insights On Downstream Manufacturing

  1. Detect Low-Abundance GLP-1 Impurities With Greater Sensitivity 8/24/2026

    Low-level impurities can be difficult to resolve using conventional approaches. Discover how a Charged Surface 2.3 µm superficially porous Phenyl-Hexyl column enhances reversed-phase LC-MS analysis.

  2. Increase Throughput For Intact Mass Confirmation And Impurity Screening 8/24/2026

    Accelerate intact mass analysis of GLP-1 analogues with automated purity calculations, sub-ppm mass accuracy, and impurity detection for consistent results in under one minute per sample.

  3. Sterile Injectable Outsourcing Trends 8/22/2026

    Complex sterile injectables need more than fill-finish capacity. Integrating formulation, analytics, and aseptic filling reduces risk, preserves data, and speeds commercialization.

  4. From Lipids To Launch: End-To-End Therapy Development 8/20/2026

    Explore integrated capabilities spanning lipid manufacturing, nanoparticle formulation, and more with support designed to move complex therapies from preclinical development through commercialization.

  5. Optimizing Liquid And Solid Mixing Across Variable Process Volumes 8/20/2026

    Discover how working volume, material type, and solids behavior affect single-use mixing performance, with practical findings on blend times, homogeneity, analytical methods, and agitation rates.

  6. Conductivity Control For Linear And Step Gradients 8/20/2026

    Examine how closed-loop conductivity control supports accurate step and linear gradients, as well as consistent chromatography performance across changing flow rates and process conditions.

  7. Scaling Cation Exchange And Affinity Chromatography Operations 8/20/2026

    See how consistent residence time, linear velocity, and gradient formation support predictable monoclonal antibody purification across column scales while preserving chromatographic performance.

  8. Evaluating Mixing Performance Across Liquids, Solids, And Powders 8/20/2026

    Analytical readings may indicate uniformity before mixing appears visually complete. Explore how material behavior, agitation, working volume, and addition methods affect mixing times.

  9. Integrated AEX And SPTFF Processing Using A Single Automated Workflow 8/20/2026

    See how integrating AEX flow-through chromatography with inline SPTFF concentration can reduce intermediate handling and process transitions while maintaining polishing performance.

  10. Reliable Mixing Across Changing Batch Volumes 8/20/2026

    See how working volume and agitation speed influence mixing, with practical performance data to help teams assess efficiency across a broad range of upstream and downstream operating conditions.