Gene Therapy upstream processing: adherent vs suspension cost modelling and perspectives

 

There is huge pressure on biomanufacturing facilities due to high demand for gene therapy products such as recombinant adeno-associated viral (AAV) vectors made under current good manufacturing practice (GMP) conditions. The constraints of the scale-up process are rarely taken into consideration during clinical process development, with many facilities simply scaling-out adherent cell stack protocols, procedures, and test methods. In order to demonstrate the importance of cost economics linked to the choice of scale-up processes, this study provides a detailed cost modeling analysis comparing viral vector production in adherent cells in cell stacks to viral vectors produced in bioreactors, either in suspension using a stirred bioreactor or adherently in iCELLis® fixed-bed bioreactor.

Speaker

Meriem Bendouma

Business Development Manager

Pall


Graduated from École Nationale d’Agronomie et des Industries Alimentaires in France, with a specialty in Bioprocessing. She first worked in mAbs development for diagnostic applications. She held different positions within PALL, including project manager for automated purification systems, bioprocess specialist, and now business development manager.

Choose Your Culture System for Viral Vector Production with Confidence!

Listen to our Podcast Today and Learn the Advantages, Challenges and Cost Considerations for Adherent and Suspension Cell Cultures.

 

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April 2022
Getting Ready for SUT X-Ray Irradiation

Biotech Research & Commercialization Solutions | Pall Corporation webinar series

Why the introduction of X-ray sterilization technology is a critical change for single-use industry, and how gamma and X-ray irradiation compare

 

The market demand for gamma irradiation, the current primary method for the sterilization in SUT, will soon significantly exceed supply, creating an urgent need for alternatives.

 

Join Christelle Marcoux from GSK Vaccines (BioPhorum workstream member on alternatives to gamma sterilization) and James Hathcock, PhD of Pall Corporation (Bio-Process Systems Alliance X-Ray Committee Co-Chair) as they discuss the introduction of X-ray sterilization technology.

 

You will learn more about:

 

  • Why this is a critical change for industry and the responsibilities of each stakeholder
  • Key questions to address for biomanufacturers
  • How gamma and X-ray irradiation compare
  • What testing has been completed and key milestones for readiness for industry
  • An example of how to qualify a SUS sterilized with X-ray irradiation
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