Solving the Aggregation Problem of Cells in Suspension Culture

Mammalian cells have become the dominant system used to develop biopharmaceuticals, due to their ability to properly fold and assemble proteins and add post-translational modifications such as glycosylation. Growing them in suspension culture or adapting them to suspension allows for higher yields required for downstream processing. However, some cells, when grown in suspension, start to clump together and there are many solutions available commercially to combat this problem.

In this webinar, an efficient new method that was used to develop aggregation-free HEK-293 cells in suspension from attachment culture is discussed by Dr. Stacey Willard, a Senior Scientist at Eppendorf.

By watching this webinar, you will learn:

• A basic understanding of culturing cells in suspension, including the advantages and disadvantages.
• A novel approach to solving cellular aggregation that occurs when culturing certain cells in suspension.
• Tips on how to adapt this method to increase the overall efficiency of your cell line development process.

Dr. Stacey Willard
Senior Scientist
Eppendorf
View Presenter Biography

Moderator: Dr Lois Manton-O'Byrne
Editor
SelectScience
View Biography

Registration Details:

Title *

* Required

First Name *

* Required

Last Name *

* Required

Email *

* Required

Company *

* Required

Address Line 1 *

* Required

Address Line 2

* Required

City *

* Required

State/Province *

* Required

Postcode/Zipcode *

* Required

Country *

* Required

Business Telephone *

* Required

Position *

* Required

Field *

* Required

Discipline *

* Required

Note: On completing registration you will receive free membership to SelectScience, and agree for SelectScience or the webinar sponsors to contact you with information.

* Required

Would you like more information about the technologies featured in this webinar? *

Yes No* Required

Our registration process uses cookies, by submitting this registration form you agree to our cookie policy.

(*) denotes required form field(s)

Submit