The Art and Science of Removing DNA from Viral Vectors, Oncolytic Viruses and Vaccines
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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., works with Scientific Content & Application Insights at ArcticZymes. With a deep foundation in molecular biology, Jørn Henriksen brings extensive expertise in enzyme technologies to the evolving field of metagenomic diagnostics. His focus is on bridging complex biochemical mechanisms with real-world clinical utility — supporting researchers and clinicians in optimizing workflows for clearer, faster pathogen detection. At ArcticZymes Technologies, Jørn plays a key role in translating scientific insights into tools that improve diagnostic accuracy and efficiency.
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