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Whole genome sequencing (WGS) by next-generation sequencing (NGS) offers a faster, sequence-agnostic approach for genetic stability testing compared to existing monitoring techniques. Here, we describe the use of WGS to perform a comprehensive assessment of genetic stability in clonally derived CHO cell banks using a single method. |
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Cell line characterization (CLC) is a key element of viral safety assurance, critical to preventing cell line contaminants from entering the manufacturing process. Discover a CLC approach that is foundational to reducing risk for a robust manufacturing process, fulfills regulatory requirements, and ensures patient safety. |
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Advancements in applied bioinformatics and sequencing technology have made whole genome sequencing (WGS) a key contender in routine biosafety testing and cell line characterization. Explore the performance of a platform that utilizes WGS to provide a high-resolution, base-by-base view of an entire CHO cell genome. |
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An NGS-Based Platform To Streamline Your Genetic Stability Testing | For decades, the genetic stability testing package for biopharmaceutical cell banks has remained relatively unchanged. Discover the first streamlined, single-test replacement of traditional methods that leverages the power of whole genome sequencing and expert bioinformatics to deliver a faster, all-in-one solution for a comprehensive testing package. | • Request Information | | |
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