08.06.26 -- Avoiding Common Pitfalls In CDMO–Sponsor Relationships Through Integrated Execution Models

Freezing conditions shape ice structure, mass transfer resistance, and drying efficiency. Data shows how cooling rate, vial size, and nucleation interact to optimize freeze-drying.

See how collaboration-driven raw material control reduces variability, improves cell culture performance, and delivers measurable cost and productivity gains in biotherapeutic manufacturing.

Evaluating CDMOs requires looking beyond reactor volume and upfront costs. Success hinges on securing resilient capacity, adopting advanced technologies, and ensuring strategic alignment.

View automated, high‑throughput BiTE screening in mammalian cells, enabling rapid discovery of efficacious variants through precise genomic integration and scalable workflows.

Outsourced gene therapy programs suffer from fragmented visibility across CDMO networks, and a real-time integrated operating model unifies execution and risk data to enable continuous insight.

North Carolina is a leading U.S. biopharma manufacturing hub, driven by FUJIFILM Biotechnologies’ investment in a scalable, talent-rich, resilient, and integrated network.

Targeted integration adds predictability to cell line development by cutting clone screening, improving expression consistency, and accelerating timelines to ease early CMC bottlenecks.

Discover three flexible fill‑finish and syringe assembly systems to boost performance, accuracy, and scalability, enabling efficient processing of diverse formats and supporting rapid CDMO growth.

Explore how an autologous CAR-T platform is addressing challenges in cell therapy manufacturing. A three-day process shortens cycles, improves T-cell potency and durability, and reduces costs.

JHS partnered with a global pharma company to optimize biologic production, increasing output by 50% and reducing batch release times by up to 30%.

Examine strategies to improve the performance of IB processes as well as the pros and cons of soluble and insoluble processes: isolating, solubilizing, and properly refolding.