News

Reliable 3D cancer models are essential for studying tumor biology and therapeutic response. Yet conventional tumorsphere workflows often suffer from inconsistent sphere formation and heterogeneous clumps. In an upcoming webinar, we’ll introduce a streamlined, matrix free workflow built around our 3D Tumorsphere Medium XF.

As cell therapies move closer to widespread clinical application, cryopreservation is playing an increasingly important role in maintaining product quality across manufacturing, storage, and distribution. Beyond preserving cells, affective cryopreservation strategies can help support scalability, cosnistency, and commercial success.

As cell and gene therapies advance toward clinical and commercial manufacturing, raw materials are increasingly shaping GMP success. Consistency, traceability, and regulatory alignment depend not only on sourcing the right materials, but on how they are qualified, managed, and used throughout the process.

Stem cell therapy holds promise for the treatment of several diseases. Turning that promise into scalable stem cell cultures for therapeutic applications can be challenging. Bridging the gap between research and clinical-grade production requires rigorous process design and use of standardized materials.

Reliable 3D cancer models are essential for studying tumor biology and therapeutic response. Yet conventional tumorsphere workflows often suffer from inconsistent sphere formation and heterogeneous clumps. In an upcoming webinar, we’ll introduce a streamlined, matrix free workflow built around our 3D Tumorsphere Medium XF.

Ordering cell culture products shouldn’t feel harder than the science itself. That’s why at PromoCell, we offer seamless eProcurement integration. You can order our products directly through your organization’s purchasing system, with fewer clicks, fewer errors, and zero workarounds.

Reliable 3D cancer models are essential for studying tumor biology and therapeutic response. Yet conventional tumorsphere workflows often suffer from inconsistent sphere formation and heterogeneous clumps. In an upcoming webinar, we’ll introduce a streamlined, matrix free workflow built around our 3D Tumorsphere Medium XF.

As cell and gene therapies advance toward clinical and commercial manufacturing, raw materials are increasingly shaping GMP success. Consistency, traceability, and regulatory alignment depend not only on sourcing the right materials, but on how they are qualified, managed, and used throughout the process.

Stem cell therapy holds promise for the treatment of several diseases. Turning that promise into scalable stem cell cultures for therapeutic applications can be challenging. Bridging the gap between research and clinical-grade production requires rigorous process design and use of standardized materials.

We are proud to announce our new collaboration with Imperial College London’s MRes program in Experimental Biomolecular Sciences. This partnership speaks to our commitment to supporting the next generation of scientists through hands-on experience with high-quality primary cell culture tools and expert guidance.