Newsletter | October 15, 2024

10.15.24 -- What If You Could Reduce Your Testing Time By 60%?

 

Assessing A Targeted Molecular Method Against Traditional In Vitro Testing For Adventitious Virus Detection

 

Discover the Blazar® CHO AOF panel for rapid detection of adventitious viral contaminants in bulk harvest material. It combines speed with sensitivity equivalent to traditional in vitro assays. Explore to learn more.

 

Full Speed Ahead: Expediting CHO Bulk Harvest Testing Using Rapid Methods

Watch this webinar to learn how a suite of advanced rapid methods can expedite your bulk harvest testing. With both speed and sensitivity, you can detect adventitious viruses 60% faster compared to conventional techniques.

 

Accelerating Bulk Harvest Testing Using The Blazar® CHO Animal Origin Free Panel

Here, we describe the Blazar® CHO AOF panel for rapid adventitious virus detection, a degenerate PCR-based approach to broad virus screening. In appropriate situations, the panel can be used for testing bulk harvest material derived from CHO cells and combined with other rapid methods to reduce the overall turnaround time for bulk harvest biosafety testing.

 

SOLUTIONS

A Complete Set Of Rapid Methods For Adventitious Agent Detection

Following the latest regulatory guidelines, explore a range of methods designed for the fast and sensitive detection of adventitious agents in bulk harvest material. By utilizing a combination of validated assays, comprehensive results can be delivered in just two weeks!

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BIOSAFETY TESTING RESOURCES

 

 

 

Shorter timelines, sensitive detection, and reduced sample volume requirements… all of these are made possible with this rapid methods package featuring the Blazar® CHO animal origin-free panel. Thanks to the combination of 4 rapid assays covering the detection of bacteria/fungi, mycoplasma, viruses, and quantitation of retrovirus-like particles, we are now able to deliver bulk harvest test results in just 14 days, instead of 35 with the traditional test package. Explore the package!