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Roche Launches New Cedex Bio HT Analyzer

Published: Tuesday, October 30, 2012
Last Updated: Tuesday, October 30, 2012
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New instrument completes portfolio for customers with high-throughput applications.

Roche has announced the global launch of its Cedex Bio HT Analyzer for the highly reliable determination of metabolites and substrates in mammalian and microbial cell fermentation.

The Cedex Bio HT System offers very precise analytics, a broad test portfolio allowing flexible adaption of additional test menus as well as very good convenience thanks to a highly automated platform processing up to 120 tests per hour.

Designed for high-throughput applications such as in-process development, its data can be directly compared with data produced by Cedex Bio and Cedex Bio HT Analyzers located worldwide, making these instruments ideal for high scale manufacturing in a global biotech production network.

Furthermore, customers benefit from Roche's established global technical service and application support network.

“The Cedex Bio HT Analyzer sets a new gold standard in bioprocess analytics. Its precise test results and high data consistency help to create optimal conditions for fermentation processes, which in turn result in high product quality and yield.” said Ruedi Stoffel, Head of Custom Biotech at Roche.

Stoffel continued, “The Cedex Bio HT Analyzer is able to deliver the high data precision and reproducibility for critical process parameters that are essential to the successful implementation of authority’s regulations in biopharmaceutical production. As a result, one of our early customers entirely switched to the Cedex Bio and new Cedex Bio HT Analyzers in their biomanufacturing network.”

By minimizing hands-on-time, the Cedex Bio HT Analyzer demonstrates greater precision, sensitivity and linearity than instruments that use membrane-based technology.

It includes three different measuring methods enabling the analysis of IgG (immunoglobulin G) in addition to LDH (lactate dehydrogenase) and various substrates and metabolites as glutamate, glutamine, sodium, potassium, glucose, lactate and ammonia.


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