02.27.26 -- Bioprocessing Raw Material And Equipment Costs Are Slow To Recover Post-Pandemic

Build bioprocessing resiliency with strategic supply chain management. Learn to meet quality, compliance, and time-to-market demands amid global volatility with effective sourcing.

Although polymer bags are an excellent choice for cold chain use, not all polymer films perform the same way, even if their specifications rate them for use at low temperatures.

Explore how an innovative Liver-Chip revolutionizes predictive toxicology by mimicking human liver biology, achieving superior sensitivity and specificity.

Examine how the transition to plate-based freezing with single-use technologies improves scalability and contamination control while ensuring uniform thermal transfer for high-value bulk drug substances.

See how optimizing clarification workflows can reduce product loss and minimize buffer consumption by shifting primary workloads away from traditional high-capacity depth filtration systems.

IoT-enabled smart BMS modernizes cleanrooms through continuous monitoring, predictive analytics, energy efficiency, and strengthened regulatory compliance, enabling more efficient operations.

Discover strategies to accelerate biosimilar development that help manufacturers reduce timelines, optimize workflows, and meet regulatory standards while delivering cost-effective therapies.

Real-time spheroid monitoring combines brightfield and fluorescence imaging with automated analysis. Find out how this workflow enhances reproducibility and supports 3D cell culture applications.

Uncover how digitalizing recipe and risk management helps life sciences teams accelerate drug development, streamline technology transfers, and simplify compliance to improve data integrity.

Properly trained visual inspectors are crucial for identifying defects in parenteral drugs, safeguarding patient safety and product quality.

Observe process characterization services based on QbD principles, with an emphasis on risk and knowledge management, and transforming data into the currency of product and process knowledge.

Review how systematic screening of unique expression strains and plasmid combinations can overcome low protein yields, achieving active Fab titers over 4 g/L.

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 the development of an automated CAR-T cell therapy process using an innovative platform, as well as strategies to optimize vein-to-vein time and enhance CAR-T cell shelf life.