04.24.26 -- Green Supply Chains Rarely Start With A Pledge; Target Waste Instead

Learn about new materials being considered for single-use cold chain storage containers to reduce or eliminate issues with durability at cold temperatures.

The ISABEL trap, which deploys interferometric scattering as a highly sensitive, fluorophore-label-free detection scheme, enables precise interpretation of the actions of complex biomolecular nanoparticles.

Explore how Fc engineering transforms antibodies into precise therapeutic tools by modulating immune effector functions and extending half-life to improve patient outcomes and overcome complex challenges.

Examine temperature effects on product titer, automated cell culture development workflow, maximizing product life-cycle efficiency with the right DOE strategy, and effective data management.

Discover how lyophilization revolutionizes biologic drug manufacturing and ensures potent, stable treatments for complex diseases.

Uncover how an alternative spiking strategy can streamline viral clearance studies, reduce material demands, and maintain compliance while addressing the challenges posed by MLV and MMV.

Inline buffer formulation leverages real-time, precise buffer preparation throughout production, enabling agile, efficient, and scalable manufacturing processes that save time and resources.

Gain expert insights on how tailored approaches and innovative technologies enable fast and flexible development workflows, ultimately supporting rapid therapeutic breakthroughs.

Gene therapy is revolutionizing medicine with its potential to cure genetic disorders. As approvals rise, so do concerns about accessibility, with million-dollar price tags limiting patient access.

See how a company, facing a tight timeline and budget, scaled up its production from the lab to a full commercial site, as well as how a strategic operational readiness approach made a successful launch.

Find out how flow electroporation streamlines VLP manufacturing for gene editing to achieve efficient, scalable production with high yields and consistent gene-editing potency.

Observe how an approach with modular N-1 perfusion strategies shortens seed train timelines and reduces facility strain — enabling upstream processes that scale efficiently and reliably.

Review innovative strategies in process intensification to boost mAb production and hear from industry experts as they share solutions for scaling efficiency and navigating regulatory challenges.

Accelerate Huntington’s disease research with high-affinity monoclonal antibodies targeting DNA mismatch repair proteins to uncover their role in CAG expansion.

Watch how knowledge of microbial processes and process characterization understanding can be used to design targeted BLA programs while managing risks.