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KR | KRW
KR | KRW
Webinar
Optimize Your Plasmid Yields - Key Success Factors in Production from Shaker Flask to Fermenter
Ines Hartmann – Application Specialist Cell Handling Eppendorf SE 실험실 아카데미
- 바이오프로세싱
- 미생물학
- 미생물 배양
- Cell Culture 소모품
- Mixer 및 Shaker
- 녹화된 웹 세미나
Recombinant plasmid DNA (pDNA) is produced in bacterial cultures, mostly in Escherichia coli (E. coli) in different scales from tube culture to fermenter. Successful pDNA production with consistent high yields and quality relies on multiple factors, including the vector type, the host strain, the insert, and the methodology chosen for cultivation and downstream purification.
In this webinar, we review the distinct steps in the plasmid production workflow and give tips on optimization: from vector and strain selection, to cultivation from shake flask to fermenter up to downstream processing like harvesting and purification. The focus will be on the optimization of the cultivation in shake flasks and fermenters.
Target groups:
Scientists and technical personnel in academic and industrial setting, as well as students who start or currently work on plasmid production and want to improve their plasmid yields in tube, shake or fermenter cultures.
Key learning objectives:
Fill out the form below to watch the webinar.
Target groups:
Scientists and technical personnel in academic and industrial setting, as well as students who start or currently work on plasmid production and want to improve their plasmid yields in tube, shake or fermenter cultures.
Key learning objectives:
- Learn about the different application fields of plasmid production
- Get an overview on the basic steps involved in plasmid production
- Learn what to consider in plasmid vector and host strain selection
- Learn how to optimize your plasmid culture in tube and shake flask culture
- Learn about stirred-tank fermenter culture set-up and scale-up considerations
- Get advice on harvesting and purification
Fill out the form below to watch the webinar.
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