The Art and Science of Removing DNA from Viral Vectors, Oncolytic Viruses and Vaccines
details
If you want to receive the "I❤️NaCl" sticker sheet mentioned in webinar, please tell us where to mail it. Go to this page, scroll, and click on "Get the stickers".
What you’ll learn:
- Why salt is a key parameter for optimal DNA removal.
- How nucleases adapted to your salt conditions will improve your DNA clearance.
- How selecting a nuclease adapted to your preferred conditions can:
- Improve control and efficiency
- Increase purity
- Simplify your DSP & reduce process steps
- Reduce cost by using less than half of the nuclease
- How to avoid the issues that even standard cell media salt levels impose on conventional nucleases and ensure robust DNA clearance with optimal yield and purity using M-SAN HQ.
- Explore the critical importance of reducing DNA to minute fragments for enhanced Flow-Through Purification, elevating chromatin digestion to superior levels regardless of salt conditions.
Speakers
Jørn Remi Henriksen
Jørn Henriksen, Ph.D., is ArcticZymes' Sr. Field Applications Manager With a deep-rooted passion for molecular biology, his expertise isn't just academic—it's a driving force behind innovative solutions in biomanufacturing. Jørn's work bridges the gap between groundbreaking science and practical application, making the sophisticated world of enzymes accessible to researchers and manufacturers. His extensive experience, positions him as a trusted authority in the field, adept at leveraging enzymes to push the boundaries of therapeutics, including gene therapy and vaccine production.
This event is powered by Microsoft Teams, under the direction of the meeting organizer.
The data processing that occurs for purposes of this event is subject to the terms of the meeting organizer.