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In this webinar, Nu-Tek BioSciences demonstrates how a collaboration-driven raw material control reduces variability, improves cell culture performance, and delivers measurable cost and productivity gains in biotherapeutic manufacturing.
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Variability reduction programs improve biomanufacturing by controlling raw‑material complexity, optimizing critical attributes, and boosting productivity through data‑driven partnerships.
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Adding 0.2% soy peptone to chemically defined media increases CHO IgG production by 30–60%. This animal-free supplementation enhances titers while maintaining high process control.
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Yeast extract significantly enhances E. coli protein production by over 50%, boosts desired protein attributes 4X, and provides a secure animal-free nutrient source for improved bioprocess performance.
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An animal‑free raw material partner delivering precision manufacturing, audit‑ready compliance, and tailored variability control—helping biopharma scale faster with lower risk and confidence.
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See plant-based peptones used for plasmid production in E. coli, demonstrating strong growth performance, consistent plasmid yields, and reduced contamination risk for biopharmaceutical manufacturing.
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