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| The push to lower biomanufacturing costs necessitates an increased focus on process efficiency and flexibility. Using perfusion technology in upstream processes can boost productivity and reduce costs compared to traditional methods. By maintaining high cell densities during cell expansion, perfusion minimizes equipment use, time, and resources while also lowering risks. Discover how intensified solutions can help reduce process steps, efficiently utilize facility space, and mitigate risk while maintaining high product quality in this technical article. |
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FOCUS ON UPSTREAM MANUFACTURING |
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By Victor Lien | Here's a blueprint for transforming the fragmented, high-risk interface between vector and cell therapy platforms into a unified, predictable, and compliant system. | |
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| Predicting The Performance Of Perfusion Media In A Continuous Bioreactor | Poster | By Luis G. Rodriguez, Martin Santillan, Catherine Nguyen, Ociel Ferreyra, and Chandana Sharma, FUJIFILM Biosciences | Small-scale perfusion-mimic models can effectively predict media performance in continuous bioreactors to help optimize cell density, productivity, and scalability for CHO cell lines. |
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| Revolutionizing Cell Metabolism Monitoring | Webinar | PHC Corporation of North America | Unlock real-time insights into cell health and productivity with continuous glucose and lactate monitoring. Discover how an innovative technology is transforming bioprocessing and research. |
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| What Is Transfection? | Article | Mirus Bio | Learn about the process of transfection and why it is crucial for studying gene function and has applications in various fields, including drug development and gene therapy. |
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UPSTREAM MANUFACTURING SOLUTIONS |
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