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CHO-DHFR cell line development platform: Application of Clonepix and Automated Mini Bioreactor (AMBR) technologies to meet accelerated timelines

机译：CHO-DHFR细胞系开发平台：Clonepix和自动微型生物反应器（AMBR）技术的应用可加快进度

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Venkata R Mangalampalli; Dyane Wycuff; Mingzhong Chen; David Berlinger; Elizabeth H Scheideman; Amritha Menon; Guilia Fabozzi; Althaf Hussain; Richard M Schwartz;
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年度 2015
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1. CHO-DHFR cell line development platform: Application of Clonepix and Automated Mini Bioreactor (AMBR) technologies to meet accelerated timelines [J] . Venkata R Mangalampalli, Dyane Wycuff, Mingzhong Chen, BMC proceedings. . 2015,第S9期

机译：CHO-DHFR细胞系开发平台：Clonepix和自动化微型生物反应器（AMBR）技术的应用可满足加速的时间表
2. ambr? Mini-bioreactor as a high-throughput tool for culture process development to accelerate transfer to stainless steel manufacturing scale: comparability study from process performance to product quality attributes [J] . Frédéric Delouvroy, Gaetan Siriez, An-Vy Tran, BMC proceedings. . 2015,第S9期

机译：安布？微型生物反应器作为培养过程开发的高通量工具，可加快向不锈钢制造规模的转移：从过程性能到产品质量属性的可比性研究
3. Accelerated Bioprocess Development of Endopolygalacturonase-Production with Saccharomyces cerevisiae Using Multivariate Prediction in a 48 Mini-Bioreactor Automated Platform [J] . Annina Sawatzki, Sebastian Hans, Harini Narayanan, Bioengineering . 2018,第4期

机译：使用多变量预测在48个微型生物反应器自动化平台中使用酿酒酵母加速内生多聚半乳糖醛酸酶生产的生物工艺开发
4. DEVELOPMENT OF A NOVEL AUTOMATED PERFUSION MINI-BIOREACTOR 'AMBR® 250 PERFUSION' [C] . Barney Zoro, Andrew Tait, Melisa Carpio, Cell culture engineering conference . 2018

机译：新型自动灌注微型生物反应器“AMBR®250 PERFUSION”的开发
5. Microbial Extracellular Electron Transfer: MEET Applications for Biotechnology [D] . Marhsall, Christopher William 2013

机译：微生物细胞外电子转移：生物技术的MEET应用
6. CHO-DHFR cell line development platform: Application of Clonepix and Automated Mini Bioreactor (AMBR) technologies to meet accelerated timelines [O] . Venkata R Mangalampalli, Dyane Wycuff, Mingzhong Chen, 2015

机译：CHO-DHFR细胞系开发平台：Clonepix和自动微型生物反应器（AMBR）技术的应用可满足加速的时间表
7. ambr™ Mini-bioreactor as a high-throughput tool for culture process development to accelerate transfer to stainless steel manufacturing scale: comparability study from process performance to product quality attributes [O] . 2015

机译：ambr™微型生物反应器作为培养过程开发的高通量工具，可加快向不锈钢制造规模的转移：从过程性能到产品质量属性的可比性研究

CHO-DHFR cell line development platform: Application of Clonepix and Automated Mini Bioreactor (AMBR) technologies to meet accelerated timelines

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