Discover a medium that supports high-density HEK293 growth and robust AAV titers across scales for bioprocessing teams seeking consistency and scalability in viral vector manufacturing.
Revolutionize your cell separation process with a gentle approach. Achieve unmatched cell viability, recovery, and efficiency while meeting cGMP standards.
This autoclavable bucket system offers a compact, all-in-one solution for facility maintenance. It integrates seamlessly with existing mopping tools to simplify your disinfection protocols.
Scalable digital PCR provides high-throughput automation for up to 384 samples. Support seven-color multiplexing and 3D data analysis to achieve superior sensitivity.
Explore how advanced single‑cell analysis links CAR localization, cell structure, and functional behavior, offering deeper insight into CAR T cell heterogeneity and performance.
Research and development is the heart of life sciences innovation, which is why modular cleanroom solutions that can evolve for your needs let teams iterate freely and scale as needed.
Combine robotics and isolator barriers to fill vials, syringes, and cartridges on one machine. This modular approach provides the flexibility required for clinical and commercial cGMP batches.
Transitioning from lab to large-scale manufacturing requires robust, reproducible processes. Uncover these innovative technologies that provide the flexibility needed to scale cell and gene therapies.
By transitioning from a 4-plasmid transient system to 1- or 0-plasmid configurations, reduce or eliminate the need for GMP plasmids, lowering costs and supply chain risks.
Access over a decade of experience in protein development with a platform built for scale. Utilize a portfolio of 5,000+ proteins to support your specific clinical manufacturing requirements.
Survey how these sterile filters remove particulates with high efficiency while supporting flexible setup, low hold‑up volume, and cleanroom‑compatible packaging to help maintain process integrity.
Balance high productivity with biological consistency for MSC scale-up. Examine data-driven strategies for robust, reproducible growth from early research to process-ready platforms.
