08.17.26 -- The Importance Of Upstream–Downstream Coordination

dsDNA fragments speed up cloning but introduce variability that can affect results. Comparing fragment fidelity, efficiency, and design considerations helps researchers choose the right approach.

Continuous in-line monitoring of glucose and lactate levels provides highly accurate, real-time data on cellular metabolism without the risks or data gaps associated with manual periodic sampling.

Scaling mammalian cell culture requires more than volume changes. Uncover why managing oxygen, pH, CO₂, and data consistency is critical to avoid failed transfers and ensure reproducible performance.

See how tunable expression technology achieves optimal chain pairing and high titers for complex biologics, from four-chain bispecifics to difficult-to-express proteins, using platform processes.

Learn how cell-free, post-fermentation glycoengineering separates glycan optimization from protein yield, offering tighter control over N-linked glycan structures in therapeutic proteins.

Learn about a next-generation transfection system that requires 50% less plasmid, decreases transfection reagent consumption, and yields higher AAV productivity to reduce cost per dose.

Explore how a novel approach to VLP manufacturing can overcome common scalability and consistency issues, enabling high yields and potent gene editing in a single day.

Discover 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.