06.30.26 -- PUPSIT In Cell & Gene Therapy: Risk Reduction Or Operational Complexity?

Discover a reliable solution for labeling small batches of medical products, including vials, syringes, and cartridges, that fully automatic machines struggle to handle.

Safeguard living medicines with a tailored facility design strategy. Evaluate workflows with this six-dimensional model against your CCS for a holistic look to inform your decisions.

Learn how low-shear centrifugation enhances lentiviral vector recovery by replacing traditional depth filtration with closed, automated systems that preserve yield and reduce waste.

Explore how the integration of specialized diaphragm pumps and precision flow meters provides a robust, data-driven approach to managing critical fluid transfer in global bioprocessing.

See how a continuous manufacturing platform streamlines production to days, uses real-time quality control, and dramatically cuts costs to accelerate access to new therapies.

Understand how advanced ionizable LNP formulations and scalable production strategies accelerate the development and clinical translation of personalized cancer immunotherapies.

Examine scalable strategies for high-yield adherent cell culture. Read how gas-permeable technology optimizes MSC expansion, viral vector production, and extracellular vesicle secretion.

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

Investigate these single-use 2L face ported bags designed for efficient cell harvest and separation, which offer robust film technology, full traceability, and seamless integration.

Automation in cell therapy development boosts reproducibility, reduces error, and enhances yield. View how it’s reshaping preclinical workflows and accelerating clinical trial readiness.

Digital transformation requires a clear framework. Gain insight into how a structured model helps manufacturers assess capabilities, enabling smarter decisions and long-term innovation.

Cryopreservation enables cell therapy by storing cells long-term. A DMSO-free formula preserves cell viability and health, minimizing toxicities linked with traditional cryoprotectants.