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Learning Hubs for Life Science

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Thu, July 9, 20261h / English
Pharma and biopharma manufacturing, Final Fill StrategiesLeachables & Peptide Stability: Science-Driven Risk Mitigation in Single-Use Drug Product Processing
Discover how leachables from single-use systems can drive peptide instability, and learn science-led strategies to mitigate risk from design to sterilisation.
Thu, July 16, 20261h / English
Cell culture and analysis, Monoclonal antibody manufacturingBeyond One-Size-Fits-All: Custom Media Optimization with Metabolic Flux Precision
Unlock the true potential of your cell lines! Discover how Multivariate Data Analysis combined with Metabolic Flux Analysis can take your CHO media optimization to the next level—faster, smarter, and fully tailored.

Latest Publications

  • Technical ArticlePharmaceutical secondary standards certificate of analysis tracking
    Monthly updates on Compendial Lots for CoA revisions, new product releases, and fresh product batches.
  • Technical ArticleWater for Gas Chromatography Analysis
    How do water impurities impact GC-MS analysis and VOC detection? See VOCs in tap water and why high purity water is essential for accurate results.
  • Scientist holding an HPLC chromatogram
    Analytical Chemistry

    Explore essential analytical chemistry techniques and tools across chromatography, spectroscopy, and sample preparation for reliable lab workflows.

    Cell cultures in dishes
    Cell Culture & Cell Culture Analysis

    Discover the different aspects of cell culture! Learn more about how in vitro cell culture models can be used to study cell behavior, function, development, and differentiation. 

    Two scientists, a woman and a man, stand side by side in a brightly lit, modern laboratory wearing white lab coats and large black 3D glasses. The woman, with straight blonde hair, holds a tablet in both hands and wears a red lanyard. The man has short brown curly hair and is holding a colorful molecular model made of plastic balls and sticks in black, blue, white, red, and purple, representing different atoms and bonds. He also wears a red lanyard and a name badge over a white shirt and black tie. Behind them, a digital screen displays a bright blue hexagonal molecular structure. The room is well-lit with soft white ceiling lights, pale wood walls, and a partially visible computer station in the background, giving the setting a clean and high-tech atmosphere focused on molecular research or visualization.
    Synthetic Chemistry

    Explore our wide range of innovative products and enabling technologies for end-to-end solutions in your chemical synthesis workflows and applications.

    Lab worker inspecting culture disk
    Microbiological Testing

    Microbiological testing is used in pharmaceutical, cosmetic, municipal water, and food and beverage industries to provide safe products for consumption.

    The graphic communicates that Materials Science acts as a central hub, drawing from fundamental sciences (physics, chemistry, biology) to drive innovation across diverse industrial and technological sectors.
    Materials Science and Engineering

    Explore biomaterials, nanomaterials, electronics, and energy materials with technical guidance to advance your materials science research.

    Zoomed in DNA helix with other helixes shown blurred out in the background
    Molecular Biology & Genomics

    Explore technical resources and molecular tools for cloning, expression, nucleic acid purification, PCR, gene editing, and NGS applications.

    Various fruits, vegetables, nuts, beans, and berries in bowls
    Food & Beverage Testing & Manufacturing

    We are committed to advancing food and beverage safety and quality throughout the world. Our scientific and regulatory experts have developed an extensive library of articles and protocols.

    Water is the most critical reagent in the lab. Learn more about purified water for different lab methodologies and the nuances of how water quality affects the accuracy and reliability of your results.
    Water Purification

    Water is the most critical reagent in the lab. Learn more about purified water for different lab methodologies and the nuances of how water quality affects the accuracy and reliability of your results.