INSIGHTS ON UPSTREAM MANUFACTURING
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Turning Gene Therapies Into Patient Reality: Large Scale Cost-Effective AAV Production
Understanding how upstream control, downstream efficiency, and process robustness scale together is essential for protecting supply and expanding patient access.
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The Science Fueling Cell Culture Optimization For Biologic Therapies
Boost mAb titers by over 60% with an optimized intensified fed-batch process, no new equipment required. See the data.
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In Vivo Manufacturing: When The Body Becomes The Bioreactor
Breakthrough therapies are reshaping medicine, but manufacturing complexity is holding them back. Discover how rethinking production and delivery could expand reach and improve patient experience.
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The Body As A Bioreactor – The Vision
As cell therapy manufacturing reaches its limits, a new model is emerging. Learn how in vivo approaches that harness the body as a bioreactor could expand access and reshape the future.
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Enabling A Four-Fold Increase In Titer For mAb Manufacturing5/14/2026
A platform-based upstream strategy increased monoclonal antibody titers fourfold, improving yield, efficiency, and scalability via optimized clones, process design, and rapid scale-up.
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Unlock The Potential Of GPEx® Lightning: Accelerate Your HEK Cell Line Development5/8/2026
Cut HEK cell line development to four months with 30% higher titers. GPEx® Lightning delivers faster, scalable biologics manufacturing. Access the full summary now.
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Comprehensive Bioprocess Control: Substrate, Metabolite And Product Analysis5/6/2026
Explore how multi-parameter bioprocess analyzers support monitoring of 30+ bioprocess parameters across mammalian and microbial systems to optimize yield and product quality.
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Rapid Selection Of High-Performance CHO Basal And Feed Media5/5/2026
A CHO-S bispecific antibody program needed a better basal and feed media combination. Learn how the screening of 180 conditions in 12 weeks identified one that delivered 38% higher titers.
UPSTREAM MANUFACTURING SOLUTIONS
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886+ biologics batches. 12 commercial molecules. Proven scale-up from IND to commercialization. See how a global CDMO network protects quality at every stage.
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Mammalian scale‑up is vulnerable to subtle changes. Discover a mechanistic, data‑driven approach that uses cellular kinetics, modeling, and scaled‑down validation to help reduce transfer risk.
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Integrated perfusion and downstream processing reduce timelines without compromising quality, showing how continuous manufacturing is elevating yield, efficiency, and long-term stability.
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Continuous biomanufacturing boosts speed, flexibility, and control. Modular automation, intensified processing, and streamlined workflows drive productivity and consistent quality.
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Active bead release gives manufacturers precise control over T cell isolation timing, phenotype preservation, and workflow efficiency, eliminating multi-day passive dissociation delays.