Mastering AAV production: best practices For small- to large-scale manufacturing success and reduced development time
May
21
2024
On demand

Mastering AAV production: best practices For small- to large-scale manufacturing success and reduced development time

Tuesday 08:00 PDT / 11:00 EDT / 16:00 BST / 17:00 CEST
Sponsor
Mastering AAV production: best practices For small- to large-scale manufacturing success and reduced development time

As AAV researchers and gene therapy developers optimize their AAV production process, key considerations are productivity, product quality, scalability, and cost. In this webinar, we will provide valuable insights and practical tips for AAV production at small-scale, including cell culture conditions, transfection protocols, and plasmid ratio optimization, which can reduce optimization time and help save precious development time and cost.

Additionally, we will highlight some key characterization and optimization studies our R&D team has done in order to enhance the scalable performance of the Gibco CTS AAV-MAX Helper-Free AAV Production System, as well as share use cases on scaling up into stirred-tank bioreactors, highlighting data at the 50L, 500L, and 1,000L scales.

Don’t miss this opportunity to stay ahead in the field of AAV production. Register now and join us for an engaging session with actionable strategies to elevate your AAV production and gene therapy development to new heights!

  • Best practices for critical steps in the AAV workflow, including cell expansion and transfection
  • How plasmid ratio optimization can improve productivity and percent full
  • Process and protocol optimization to enable scalable production at 50-1000L
  • How the CTS AAV-MAX system can address challenges in productivity, product quality, scalability, and cost
Emily  Jackson-Holmes
Emily Jackson-Holmes
Product Manager at Thermo Fisher Scientific

Emily Jackson-Holmes is a Product Manager at Thermo Fisher Scientific. She supports products for upstream manufacturing of viral vectors, including the AAV-MAX system. She also leads new product development. Emily has over a decade of experience in life sciences tools development, with expertise including viral vector production and microfluidic cell culture and analysis systems. Emily holds a PhD in Chemical & Biomolecular Engineering from the Georgia Institute of Technology and a BS in Chemical-Biological Engineering from the Massachusetts Institute of Technology.