INSIGHTS ON UPSTREAM MANUFACTURING

• Scalable rAAV9 Production Using Advanced Cell Lines And Bioreactors

  Progress in gene therapy manufacturing is being driven by improved cell line performance and scalable bioprocessing. See how high-density growth helps streamline development to larger-scale production.

• Develop Clones In Just 9 Weeks From Transfection With Up To 4X Titer

  Transposon-based cell line development cuts timelines by 10 weeks and hits titers of 4.8 g/L in 17 days. See how SynWeave delivers measurable biologics manufacturing gains.

• Direct Scale Up From Clone To 2K GMP Batches

  N-1 perfusion technology increased antibody titers 1.5–4.5x over conventional fed-batch methods. See how high seed density and media blending cut costs and maximize suite utilization.

• Leveraging Integrated Media Services For Speed And Efficiency

  Uncertainty in media stability can limit efficiency and scalability in biologics manufacturing. See how a data-driven approach enables more predictable planning and reduces operational strain.

• Enabling Clinical-Grade Automated Manufacturing Of γδ T Cells

  6/12/2026

  Explore smarter approaches to γδ T cell manufacturing, including scalable expansion, efficient transduction, and streamlined analytics, as well as how to build workflows that support validation.

• Establishing The First Chinese Haplobank Of Clinical-Grade hiPSCs

  6/11/2026

  Learn how automated, closed workflows and GMP-ready infrastructure are advancing pluripotent stem cell development from scalable expansion and differentiation to building regional capacity.

• 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.

• Automated GMP-Compliant PSC Banking In A Closed System

  6/11/2026

  Explore advances in automated adherent cell culture and the optimization of large-scale iPSC expansion, as well as how standardization and process control are improving reproducibility.