In-Line and On-Line Monitoring of CQAs for Biologics, Vaccines and Gene Vectors
Rapid process development, scale-up and production of novel complex drugs require advanced PAT tools, capable of providing timely feedback on product CQAs. Real-time multi-angle light scattering (RT-MALS) monitors key biophysical product attributes including molar mass, particle size and particle concentration.
These attributes are used to confirm product identity, estimate aggregate content, discriminate product from impurities and quantify titer of viral vectors. For small gene vectors such as AAV, RT-MALS also monitors empty-full ratio and empty and full titer.
The technology operates in-line or on-line with downstream unit operations such as chromatographic purification, polishing, UF/DF or homogenization, providing CQAs with response times of seconds to tens of seconds, hence enabling real-time process control as well as quality monitoring and feed-forward data. This webcast will review the principles, capabilities and limitations of RT-MALS, and then present case studies covering downstream processing of viral vectors, proteins, polysaccharides and lipid nanoparticles.
Key Learning Objectives:
The capabilities of multi-angle light scattering for in-process, real-time analytics
How RT-MALS integrates with various downstream unit operations to provide deep process knowledge and rapid process optimization
The benefits of timely feedback on relevant product attributes and CQAs for controlling the recovery and purification of biologics and gene vectors
Who Should Attend:
Downstream process development scientists who wish to accelerate process development
PAT SMEs looking for in-line and on-line analytical technologies to monitor biopharmaceutical product attributes, control downstream processing, optimize yield and maintain quality
Presenter: Dan Some (Principal Scientist, Wyatt Technology)
Presenter: Alexandra Taylor (Contributing Editor, C&EN Media Group)
