On Demand Webinar - Overcome purification challenges of large-enveloped viruses!

Learn how to leverage the power of PAT, modelling and cutting-edge analytical techniques to accelerate the development of this pioneering therapeutic modality.

Register for the on demand webinar, 'Addressing the unique challenges of MVA-based viral vector product development & manufacture'

Scalability, quality control, preventing contamination, viral recovery – there are many issues to be faced when developing processes for products which incorporate large-enveloped viral vectors like MVA, vaccinia, and others. Addressing these issues, whilst still maintaining economic viability of your process can present a significant challenge.

The judicious selection of process technologies and platforms combined with the use of novel analytical approaches can go a long way towards ensuring that your process is scalable and operationally friendly whilst at the same time delivering material with the requisite quality.

Learn how to leverage the power of PAT, modelling, and cutting-edge analytical techniques to accelerate the development of this pioneering therapeutic modality.

Speaker

Hasbullah Daud, PhD
Senior Research Development Scientist

Our presenter, Hasbullah Daud received his degree in Biology from the Universiti Malaysia Terengganu. He received his Biochemical and bioprocess engineering PhD from University College Dublin, Ireland, in 2014. Following this, he joined APC as a Reseach Scientist where he worked on a wide range of projects across upstream and downstream bioprocess development.

Connect on LinkedIn: https://www.linkedin.com/in/hasbullah-daud-phd-9a3...

Key learnings:

This presentation will discuss novel techniques and leverage case studies to review:

Item 1 How to select the most suitable technology for MVA purification

Item 2 The use of platforms capable of accelerating process development whilst still meeting process CQA targets

Item 3 How to ensure that your process is scalable and operationally friendly

Item 4 Novel analytical approaches for MVA characterisation