Advanced CLD with S-CHOice®: Higher Productivity with Transposase Technology and Improved ADCC with S-AfuCHO™

BPI Contributor

December 12, 2024

15 Min View
Samsung Biologics Ask the Expert webcast

Date: Dec 12, 2024

Duration: 15 Min

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This webcast features: Janet Lee, director, cell line development, Samsung Biologics.

The increasing complexity of biopharmaceutical molecules is driving innovation in cell line development (CLD) to enhance productivity and functionality. To address these evolving demands, Samsung Biologics has developed two advanced platforms: S-CHOice® and S-AfuCHO™.

The S-CHOice® platform, powered by transposase technology, tackles common CLD challenges such as low protein expression, multi-chain molecule complexity, and clonal instability. It ensures efficient and scalable biologics production while meeting stringent timelines and reducing product impurities.

The S-AfuCHO™ platform features an afucosylated CHO cell line engineered through FUT8 knockout technology. By removing core fucose from the antibody’s Fc region, it enhances binding affinity to FcγIIIa receptors, significantly improving antibody-dependent cellular cytotoxicity (ADCC) functionality.

Join this webinar to learn how these platforms optimize CLD performance and support efficient, reliable production of complex biologics.

Key Takeaways:

  • Learn how the S-CHOice® platform overcomes challenges in CLD, including low protein expression and clonal instability, to achieve reliable, high-productivity outcomes.

  • Discover how S-AfuCHO™ improves ADCC functionality by leveraging afucosylation technology to enhance effector cell binding and therapeutic impact.

  • Understand the performance benefits and implementation strategies of S-CHOice® and S-AfuCHO™ in accelerating timelines and delivering robust, scalable solutions for complex biologics.

Register or Login and hit Watch on Demand to view the recorded webcast now.

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