product datasheets, catalogs, app notes

1. Seed Train Intensification Using High Cell Density Cryopreservation 8/11/2025

   Streamline your upstream bioprocessing with seed train intensification. Discover how high cell density cryopreservation reduces scale-up time, boosts consistency, and enhances manufacturing flexibility.

2. Cell Retention Technology And Specialized Cell Culture Media 8/11/2025

   Explore how perfusion technology is transforming upstream bioprocessing by boosting productivity, reducing costs, and enabling process intensification while overcoming cell retention challenges.

3. Non Animal Origin Squalene For High-Risk Applications 7/21/2025

   Explore an ethical and sustainable alternative to shark-derived squalene that is backed by robust data to deliver identical performance in vaccine formulations without environmental compromise.

4. A High-Purity Excipient Suitable For High-Risk Vaccine Applications 7/21/2025

   Discover an ultra-pure, sustainable alternative to shark-derived squalene. With ≥99% purity and Ph. Eur. compliance, it ensures safety, consistency, and ethical sourcing for innovation.

5. Conical Tube Sampling Unit 6/16/2025

   Enhance your biopharmaceutical sampling process with compact, centrifuge-ready containers that are designed for flexibility, aseptic transfer, and contamination control at any production stage.

6. Implementation Of Multi-Column Chromatography Systems 4/4/2025

   Discover how a multi-column chromatography system enhances resin utility and enables continuous bioprocessing with minimal surge tankage for agile multi-product facilities.

7. Chemically Defined Cell Culture Feed 3/27/2025

   Discover a highly concentrated, pH-neutral, non-animal-origin feed for CHO cell-based systems to enhance monoclonal antibody production with consistent, simplified, and flexible biomanufacturing processes.

8. Improving Bioprocess Monitoring And Control With Multivariate Data Analysis 12/9/2024

   Learn about multivariate data analysis (MVDA) techniques, like PCA and PLS, that enable near real-time monitoring, prediction, and optimization of biomanufacturing processes.

9. Chemically Defined Cell Culture Feed Designed To Maximize Galactosylation 10/29/2024

   Enhance your CHO cell-based biopharmaceutical production with a nutrient-rich, easy-to-use feed that extends production phases and optimizes protein quality.

10. Chemically Defined Cell Culture Feed Designed To Reduce Galactosylation 10/29/2024

    This complete, highly concentrated, one-part, pH-neutral feed is formulated to replenish essential nutrients, extend the production phase in fed-batch processes, and specifically reduce galactosylation on the target protein.