PRIME-XV FreezIS DMSO-Free
PRIME-XV™ FreezIS™ DMSO-Free is a serum-free, DMSO-free cryopreservation medium developed for cell therapy and regenerative medicine applications. Designed to support cell recovery and viability after thawing, it provides an alternative to traditional DMSO-containing freezing media while helping simplify cryopreservation workflows.
PRIME-XV™ FreezIS™ DMSO-Free is a cryopreservation medium developed to support the storage and recovery of cells used in research, regenerative medicine, and cell therapy workflows. The formulation is both serum-free and DMSO-free, offering researchers an alternative cryopreservation solution designed to reduce reliance on traditional dimethyl sulfoxide-based freezing media.
As part of the PRIME-XV portfolio, FreezIS DMSO-Free supports cell preservation workflows while aligning with the growing demand for defined, animal component-free cell culture and processing solutions. The medium is designed for laboratories and developers seeking cryopreservation reagents that fit within advanced cell therapy and regenerative medicine processes.
The ready-to-use cryopreservation solution helps streamline cell banking and storage workflows while supporting post-thaw cell recovery. Its serum-free and DMSO-free composition makes it particularly attractive for applications where minimizing undefined or potentially undesirable components is important.
Key Features & Benefits
- DMSO-free cryopreservation medium
- Serum-free formulation
- Designed for cell preservation and recovery
- Supports cell banking workflows
- Suitable for regenerative medicine applications
- Developed for cell therapy workflows
- Helps reduce reliance on traditional DMSO-containing freezing media
- Ready-to-use format
- Part of the PRIME-XV cell therapy product portfolio
Applications
- Cell cryopreservation
- Cell banking
- Cell therapy research
- Regenerative medicine workflows
- Stem cell preservation
- Immune cell preservation
- Cell and gene therapy development
- Translational research
- Long-term cell storage
















