Instructions for use, G-Rex500M-CS
REF G285500-CS
REF RUO5500-CS
REF G285500-CS
REF RUO5500-CS
Gen2 G-Rex500M-CS IFU
Publication: Gen2 G-Rex500M-CS IFU
Published Date : 4/1/2021
GatheRex Cell Harvest Pump user's manual for use with closed system G-Rex cell culture devices.
GatheRex Cell Harvest Pump, User's Manual
Publication: GatheRex Cell Harvest Pump, User's Manual
Published Date : 2/22/2021
Provides detailed instructions on how to effectively utilize G-Rex to your cell production application.
G-Rex Instructions Guide
Publication: G-Rex Instructions for Use
Published Date : 11/1/2016
Provides an overview of the G-Rex product line, including its benefits and applications.
G-Rex Product Brochure
Publication: G-Rex Product Brochure
Published Date : 10/31/2016
Provides detailed instructions on how to utilize G-Rex to optimize your cell production protocols.
Quick Guide to G-Rex Optimization
Publication: Quick Guide to G-Rex Optimization
Published Date : 10/31/2016
Provides a summary and supporting data on the benefits of increasing media height at the onsite of culture via use of G-Rex.
G-Rex Growth Curves at Various Media Heights
Publication: G-Rex Growth Curves at Various Media Heights
Published Date : 10/24/2016
Describes a set of experiments which will establish the minimum seeding density required for the culture to perform optimally in the G-Rex 100M flask.
Experimental Conditions for CAR-T Expansion in G-Rex 100M
Publication: Experimental Conditions for CAR-T Expansion in G-Rex 100M
Published Date : 10/24/2016
Provides a visual instruction to utilization of the G-Rex 100M flask.
G-Rex 100M Visual Instructions
Publication: G-Rex 100M Visual Instructions
Published Date : 10/24/2016
Provides product information on the G-Rex 6 and 24 well plates.
G-Rex 6 and 24 Well Plate Handout
Publication: G-Rex 6 and 24 Well Plate Handout
Published Date : 10/17/2016
Provides a comprehensive overview of the underlying principles that make G-Rex M the most efficient and versatile style of G-Rex device.
Optimizing the production of suspension cells using the G-Rex “M” series
Publication: Molecular Therapy — Methods & Clinical Development
Published Date : 11/1/2014
Notable Quotes:
“the use of this device actually decreases the number of cell divisions required to achieve a given target cell number.”
“These results suggest that cell numbers can be calculated accurately by simply measuring glucose in cell culture supernatant.”
“The G-Rex can operate as either an open or closed system. In order to harvest the cells expanded in the closed system G-Rex without exposing the culture to the environment, Wilson Wolf developed the “GatheRex,” a semiautomated system that allows the operator to drain the excess media present in the culture and collect cells without risk of contamination.”
“the use of this device actually decreases the number of cell divisions required to achieve a given target cell number.”
“These results suggest that cell numbers can be calculated accurately by simply measuring glucose in cell culture supernatant.”
“The G-Rex can operate as either an open or closed system. In order to harvest the cells expanded in the closed system G-Rex without exposing the culture to the environment, Wilson Wolf developed the “GatheRex,” a semiautomated system that allows the operator to drain the excess media present in the culture and collect cells without risk of contamination.”
Broader implementation of cell-based therapies has been hindered by the logistics associated with the expansion of clinically relevant cell numbers ex vivo. To overcome this limitation, Wilson Wolf Manufacturing developed the G-Rex, a cell culture flask with a gas-permeable membrane at the base that supports large media volumes without compromising gas exchange.
Optimizing the production of suspension cells using the G-Rex “M” series
Publication: Molecular Therapy — Methods & Clinical Development
Published Date : 1/1/2014