03.10.26 -- The Real Reason We Haven't Fully Automated Cell Therapy Yet

Streamline viral vector manufacturing with perfusion technologies that reduce costs and improve scalability. Seehow a tangential flow depth filtration system enhances yield and quality.

Gain a foundational understanding of the process for culturing mesenchymal stem cells in stirred-tank bioreactors and learn about the key parameters for successful scale-up.

Uncover a cell line that enhances rAAV production by reducing host cell DNA encapsidation, improving safety and efficiency through genetic modifications that inhibit apoptotic DNA fragmentation.

Read how the incorporation of transfer sets designed to support CGTs will aid in the implementation of controllable, consistent, and safe cGMP amenable manufacturing procedures.

Like a referee in a contest, advanced analytical methods are essential to mediate the push and pull of different factors influencing therapeutic efficacy.

Precise immune monitoring is vital for effective immunotherapy. This overview explains how 8-color flow cytometry assays provide a clearer understanding of tumor immunity and clinical impact.

Explore a scalable protocol for T cell activation and expansion, designed to enhance immunotherapy workflows. This approach ensures robust T cell growth, viability, and memory phenotypes for clinical applications. 

Gain insight into ELISA fundamentals, data interpretation, and workflow optimization, supported by real lab examples and step‑by‑step guidance to help researchers improve accuracy and reduce variability.

Maximize your lab’s efficiency without sacrificing space. Discover how triple-stack incubators help scale operations, run multiple experiments, and streamline workflows within a compact footprint.

Establishing environmental monitoring during qualification ensures long-term compliance. This guide details a unified approach to EMPQ for new facilities to promote consistency and readiness.