A Proven Strategy for Faster Contamination Control
Traditional sterility testing can take up to 14 days, creating bottlenecks for cell and gene therapies, sterile pharmaceuticals, and other short shelf-life products. Delays in detecting microbial contamination not only impact efficiency but also pose serious risks to patient safety. What if you could implement a faster, validated solution?
Labor LS successfully implemented Celsis® ATP-bioluminescence technology to accelerate their microbial contamination control.
This case study outlines how they:
- Cut sterility testing time by 50%, ensuring faster product release
- Automated results reporting, reducing human error and improving data integrity
- Validated the method across >20 cell lines and key microbial contaminants
- Aligned with regulatory expectations including USP <1071>
Check out the case study to see how rapid microbial detection transforms sterility testing and how your organization can benefit.
