Overview
This article introduces the Corning HYPERStack Vessels and their accessories, designed for high yield adherent cell culture. The protocol demonstrates the closed system use of these vessels to enhance cell harvesting efficiency.
Key Study Components
Area of Science
- Cell culture technology
- Adherent cell harvesting
- Closed system protocols
Background
- The Corning HYPERStack Vessels provide increased surface area for cell growth.
- Gas permeable materials allow for efficient gas exchange during cell culture.
- The closed system design minimizes contamination risks.
- Utilizing a liquid manifold simplifies fluid manipulations.
Purpose of Study
- To demonstrate the correct use of the Corning HYPERStack Vessels.
- To show how to inoculate and fill the vessels effectively.
- To outline the steps for harvesting cells from the vessels.
Methods Used
- Inoculation of media with cell suspension.
- Gravity feed method for filling vessels.
- Use of a Corning Stack manipulator for handling vessels.
- Tube welding for connecting media and handling tubing.
Main Results
- Successful filling and inoculation of the HYPERStack Vessels.
- Efficient gas exchange observed during cell growth.
- Enhanced cell harvesting demonstrated through the closed system.
- Protocol allows for easy manipulation and maintenance of sterility.
Conclusions
- The Corning HYPERStack Vessels are effective for high yield cell culture.
- Closed system protocols significantly improve cell harvesting efficiency.
- Gas permeable materials are advantageous for cell growth.
What are HYPERStack Vessels used for?
HYPERStack Vessels are used for high yield adherent cell culture.
How does the closed system benefit cell culture?
It minimizes contamination risks and improves cell harvesting efficiency.
What is the role of the Corning Stack manipulator?
It assists in positioning the vessels correctly during use.
What method is used to fill the vessels?
The gravity feed method is used for filling the vessels with media.
How is sterility maintained during the process?
Sterility is maintained through careful handling and the use of closed system protocols.
What advantages do gas permeable materials provide?
They allow for efficient gas exchange, promoting better cell growth.
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