Upstream Cell Line Development

  1. Overcoming Cloning Inefficiencies To Accelerate New Protein Therapeutics 10/24/2023

    Watch as a scientist from Advanced Instruments demonstrates how the InstiGRO™ CHO cell culture supplement can be used to enhance clonal outgrowth during single cell seeding experiments.

  2. Is Evaporation Important For Optical Biosensors? 2/17/2022

    If your sample is open to evaporation effects causing your concentration to change, will your data, and potentially your conclusions, be unreliable?

  3. Take The Lead With The Gibco CHOvantage™ GS Cell Line Development Kit 3/13/2026

    See how this kit accelerates clone development to 14 weeks with ≥7 g/L protein titers while reducing costs through royalty-free commercial licensing for therapeutic applications.

  4. Nunc Standard Closed Cell Factory System 2/2/2022

    This clean and closed system is designed to provide consistent and high-quality results to enhance your adherent cell culture processes. This ready-to-use system will help you quickly develop and scale up your processes with standard components for supply assurance.

  5. Efficient-Pro Medium And Feed (Why Choose Pro) 6/27/2025

    Discover an animal-origin-free and chemically defined medium and feed system solution designed to revolutionize your workflow.

  6. Clonality Based Workflows For Cell And Gene Therapy Laboratories 3/7/2022

    Watch Advanced Instrument’s presentation at the 5th Bioprocessing of Biotherapeutics, and explore four Solentim technologies that are designed for single cell cloning and assurance of monoclonality.

  7. STUDIUS™ & ICON™: Data-Driven Workflow For The Development Of Modern Cell-Based Therapies 2/28/2022

    Learn how these two new products work to provide a new data-driven workflow for the development of modern cell-based therapies.

  8. Integrated Technologies And Glycosylation Tuning In Upstream Bioprocessing 7/1/2025

    Optimize mAb production with innovative cell culture media and feed designs. Explore integrated technologies, intensified fed-batch approaches, and methods to modulate glycosylation profiles in upstream bioprocessing.