Cell and Gene Manufacturing and Logistics

  1. Achieving Clinical Quality For Human iPSC Generation And Expansion 6/11/2026

    Gain practical insight into building scalable stem cell manufacturing processes while maintaining consistency and quality across workflows, as well as in-depth guidance to support your strategy.

  2. Advancing Clinical-Grade TIL Therapy Manufacturing 6/11/2026

    TIL therapy continues to advance, but manufacturing complexity limits its potential. See how automated workflows for generating tumor-reactive T cells can improve consistency, scalability, and readiness.

  3. Automated And Streamlined Manufacturing Of TIL Therapies 6/11/2026

    Advances in TIL therapy are driving a shift from manual processes to streamlined, automated manufacturing. Discover how improved workflows and early clinical results are shaping cancer treatments.

  4. New Robot-Compatible Sterile Connectors Enhance Cell Therapy Manufacturing 6/11/2026

    Discover how automating sterile fluid transfers removes human contamination risks, solves operator shortages, and reduces cell therapy manufacturing costs by up to 74%.

  5. Building A Scalable Global T Cell Manufacturing Platform 6/11/2026

    Achieve scalable T cell manufacturing with automation, standardized workflows, and integrated quality control to enable high-yield production, flexible scheduling, and seamless tech transfer.

  6. How CGT Developers Can Choose the Right Manufacturing Model for Their Pipeline 6/11/2026

    For CGT developers actively advancing therapies, manufacturing strategy is no longer theoretical; it’s a series of high-stakes decisions that directly impact timelines, cost, scalability, and patient access. Should you centralize, decentralize, or build something in between? And more importantly, how do you know when your model is working, or when it’s starting to break? 

  7. Using Residual DNA Quantification Data To De-Risk mAb Development 6/11/2026

    Residual DNA quantitation offers more than impurity measurement. When used across process steps, it helps compare purification performance, identify risks early, and ensure assays remain reliable.

  8. Support Growth: A Solid Support Growth Material For Cell Culture 6/10/2026

    Higher cell density and improved process consistency start with the right growth environment. This structured cell attachment helps streamline scale-up with unique protection to maintain strong viability across demanding bioprocess applications.

  9. Universal Controller For Cell Culture And Microbiology Applications 6/10/2026

    Seamless scale-up starts with adaptable bioprocessing tools. Flexible benchtop systems with advanced control and automation help maintain consistency, reduce risk, and accelerate the transition from early development to scalable, production-ready workflows.

  10. Keep Growing: Bioprocess Control Station 6/10/2026

    Modern bioprocessing requires flexibility, precision, and scalability. Discover how advanced control, automation, and adaptable vessel options help streamline workflows, improve consistency, and deliver deeper process insights.