11.04.25 -- Takeda Reimagines Biopharma Quality For The Digital Age

Learn advanced product characterization strategies to effectively de-risk manufacturing and accurately detect and characterize host cell proteins and polyethylenimine in mAb and cell and gene therapies.

Discover a high-performance resin that enables high-yield purification of complex biomolecules, as well as supports fast flow rates, consistent recovery, and scalable performance for reliable downstream processing.

How should you approach building your aseptic processing line? Gain valuable insight into the advantages of using a modular, configurable technology platform rather than custom fill-finish solutions.

See how Tangential Flow Depth Filtration (TFDF) enhances viral vector production by streamlining the clarification process and significantly increasing efficiency and yield for LV and AAV manufacturing.

Have you thought about how the materials chosen for tubing, transfer sets, single-use bags, and manifolds in therapy manufacturing could enhance your processes, improve product integrity, and support compliance?

Assimilate how to optimize AAV manufacturing with a transfection reagent and enhancer platform that boosts titers and percent full capsids by 2- to 10-fold, featuring insights from real-world case studies.

Manufacturing patient-specific cell therapies is a complex, multi-step process. Addressing key hurdles in production time, scalability, and cost is crucial to making these vital treatments more accessible.

Monocyte-derived immunotherapies provide a promising outlook on cancer treatments, but there are challenges during manufacturing. Consider the data and performance of a fully automated counterflow centrifuge system.

Despite the momentum of the RNA-LNP therapeutic market, significant manufacturing challenges remain. However, the right mixing could solve three of these key challenges regarding instrumentation.

Optimize your protein purification workflow with tangential flow filtration by comparing membrane performance and exploring how protein concentration impacts flux and MWCO selection in lab-scale systems.