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Development and Optimization of an Advanced Transient Expression System in CHO cells

机译:CHO细胞中先进瞬态表达系统的开发与优化

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The growing need in the biopharmaceutical market for various recombinant proteins and antibodies produced in a short time requires an efficient and flexible system. Transient expression is a commonly used process to face this demand but is unfortunately limited by transfection efficiency and inherent productivity, especially with CHO cells. To overcome this issue, we developed an advanced transient expression system consisting in the synergistic association of a novel CHO chemically defined medium and a powerful transfection reagent. First, we show that this innovative medium allows easy cultivation of various strains of CHO cells without the need of an extensive sequential adaptation. In a second time, through the protocol optimization of a technologically advanced transfection solution, we demonstrate a major increase in our recombinant proteins yields.
机译:在短时间内生产的各种重组蛋白和抗体的生物制药市场中不断增长需要有效和柔性的系统。 瞬态表达是一种常用的过程来面对这种需求,但不幸的是通过转染效率和固有的生产力限制,特别是与CHO细胞有限。 为了克服这一问题,我们开发了一种先进的瞬态表达系统,该系统包括化学定义的培养基和强大的转染试剂的新型CHO的协同关联。 首先,我们表明,这种创新媒介允许轻松地培养各种CHO细胞菌株,而无需广泛的顺序适应。 在第二次,通过技术高级转染解决方案的协议优化,我们证明了我们的重组蛋白产量的主要增加。

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