BioProcess International
 
Diosysnth
 

Webcast Information


 

Process Development, Characterization, Large-Scale Production and Quality Control of Follow-on Biologics

This webcast will describe the key steps in developing a CHO culture process for manufacturing a follow-on biologic. Analytical characterization of 14 lots of the commercial product provided information about the range in key product quality attributes of the marketed drug. The scientists at SP-Diosynth have developed a process that yields a product that is analytically comparable to the commercially available molecule. Product quality attributes investigated were aggregation, acidic and basic variants, galactose, sialic acid and fucose content, and complement dependent cytotoxicity activity.

 

Scalability of the process was demonstrated in 100L stainless steel bioreactors and a 50L single use bioreactor (SUB). The webcast shows SP-Dionsyth’s data indicated that the process generates high titer at scale consistently while achieving product quality similar to the commercial material.

 

With this on-demand webcast, you will gain valuable insight into aspects of SP-Disoyth’s process development, such as:

  • Cell Line Characteristics
  • Scalability
  • Manufacturability
  • Comparability
  • Commercializability

The webcast features Sigma S. Mostafa, Ph.D.

 

Click here to learn more about Diosynth.

 

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Targeted BPI Content

 

Many Considerations in Selecting Bioproduction Culture Media
BioProcess International,  January 2009

Read more.


Considering Cell Culture Automation in Upstream Bioprocess Development
BioProcess International, December 2008
Read more.

 

Comparing Mammalian Expression Systems
BioProcess International, November 2008

Read more.

 

An Inoculum Expansion Process for Fragile Recombinant CHO Cell Lines
BioProcess International, September 2008

Read more.

Expression of a Fab Fragment in CHO and Pichia pastoris
BioProcess International, June 2008

Read more.

 

Determining the Effect of Raw Materials on Manufacturing-Scale Cell-Culture Performance
BioProcess International, June 2008

Read more.

 

Cell Cultivation Process Transfer and Scale-Up
BioProcess International, March 2008
Read more.

 

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