INSIGHTS ON UPSTREAM MANUFACTURING
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![How Modular Workflows Are Redefining CAR T Manufacturing]( "How Modular Workflows Are Redefining CAR T Manufacturing")
How Modular Workflows Are Redefining CAR T ManufacturingLearn how flexible modular workflows can help manufacturers improve process adaptability, throughput, and control while preserving key CAR T quality attributes, including transduction efficiency.
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![FUJIFILM Biosciences - Oceo Rover webinar]( "The First On-Demand, Automated Solution For Powdered Media And Buffer Hydration")
The First On-Demand, Automated Solution For Powdered Media And Buffer HydrationDiscover how an automated, single-use hydration system cuts preparation time in half while delivering consistent, on-demand media and buffer solutions for bioprocessing operations.
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![GettyImages-2187764040-cell-culture-testing-manufacturing-in-lab]( "Chemically Defined Medium For Intensified AAV And LV Production In HEK293 Cells")
Chemically Defined Medium For Intensified AAV And LV Production In HEK293 CellsDiscover how a chemically defined medium designed for suspension HEK293 perfusion cultures supports intensified AAV and LV production processes, with viable cell densities exceeding 10^8 cells/mL.
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![Industry Highlights: Switching From Manual To Automated HSC Gene Engineering Bucket]( "Industry Highlights: Switching From Manual To Automated HSC Gene Engineering")
Industry Highlights: Switching From Manual To Automated HSC Gene EngineeringSee how automation can help make HSC gene therapy manufacturing more consistent, scalable, and efficient by reducing manual handling and improving key process outcomes such as transduction efficiency.
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Automated Manufacturing Of Tumor-Reactive T Cells7/28/2026
Discover how CD137-based enrichment improves glioblastoma TIL manufacturing by expanding reactive T cell populations, preserving unique clonotypes, and strengthening autologous tumor cell killing.
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Two-Step Selection Strategy Improves TIL Manufacturing From Cold Tumors7/28/2026
Learn how a refined two-step TIL selection workflow improves manufacturing from cold tumors by enriching tumor-reactive cells earlier, reducing exhausted phenotypes, and supporting stronger expansion.
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Maximizing Safety And Efficacy In Hematopoietic Stem Cell Manufacturing7/28/2026
See how automated, closed processing helps improve consistency in hematopoietic stem cell gene therapy manufacturing, supporting higher transduction efficiency and stronger preservation.
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Maximizing Safety And Efficacy In Hematopoietic Stem Cell Gene Therapy7/28/2026
Advances in automated stem cell engineering are improving gene transfer efficiency while maintaining cell quality, offering a path toward safer, more standardized, and scalable manufacturing workflows.
UPSTREAM MANUFACTURING SOLUTIONS
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![FUJIFILM Biosciences - Oceo Rover 2]( "What Is Oceo Rover? A Platform Solution To Deliver Consistent Solutions On Demand")
Automated buffer and media preparation is reshaping bioprocessing operations, offering over 50% time savings, reduced labor demands, and safer floor-level handling compared to traditional methods.
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![FUJIFILM Biosciences - Oceo Rover]( "Oceo Rover: Automated Hydration System")
Learn about an automated hydration system that replaces manual powder prep with a closed-loop, single-use skid designed to cut turnaround times and reduce contamination risk in bioprocessing.
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![FUJIFILM Biosciences - AdaptPD]( "Accelerate Development With AdaptPD CHO-MK Platform Media")
A novel CHO-MK cell culture medium and feed system designed for fed-batch biologics production, delivering titers up to 12 g/L in 4 to 7 days and 2 to 3x productivity gains over conventional methods.
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![FUJIFILM Biosciences - BalanCD Feed 4]( "BalanCD CHO Feed 4 Evo: An Enhanced Feed for Evolving mAb Process Platforms")
Scale up mAb production with confidence using an evolved CHO feed that simplifies hydration to three steps, improves media stability, and delivers consistent titers across multiple CHO subtypes.
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![GettyImages-1089913166-scientist-glasses-laboratory-research]( "Support Consistent Research With Defined Umbilical Cord-Derived MSCs")
Consistent MSC research starts with controlling variability. Cell sourcing and optimized cryopreservation strategies can improve process control for umbilical cord-derived cell therapy development.
