Technical Information, 203.07 KB
This evaluation demonstrates a method to extend the lifetime of a GORE Protein Capture Device from 20 to 50 cycles while maintaining capacity as assessed by Dynamic Binding Capacity (DBC) at 10% breakthrough, yield, and purity.
Recently introduced technologies such as Protein A membrane devices and tangential flow filtration (TFF) systems capable of handling ultrafiltration and diafiltration of samples as low as 5 mL have significantly decreased the turnaround time.
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Technical Information, 210.48 KB
The GORE Protein Capture Device with Protein A can be used as demonstrated in three different manual/semi-automated operations to rapidly purify monoclonal antibodies without an LC unit.
Technical Information, 556.03 KB
Two cleaning protocols outlined in this application note potentially extend the lifetime of a GORE Protein Capture Device in the event that pressure elevates over the expected lifetime of the device.
Technical Information, 248.01 KB
Two 3.5 mL GORE Protein Capture Devices can be connected in series, which doubles the column capacity by providing a 7.0 mL bed volume and allows capture of at least 200 mg of monoclonal antibody within 60 minutes.
Technical Information, 509.05 KB
Boehringer-Ingelheim evaluated GORE Protein Capture Devices with Protein A vs. a traditional agarose bead column and found that, together with high titers, the GORE column can reduce overall process time and may help increase yields in monoclonal antibody purification by eliminating the need for additional downstream concentration steps.
Technical Information, 387.6 KB
Evaluate the impact of increasing operational flow rate steps (e.g. equilibrations, washes, and clean-in-place (CIP)) on the overall productivity (mg mAb/hour) of GORE Protein Capture Devices (PROA101 & PROA102).
Technical Information, 281.33 KB
General handling, antibody purification protocol, troubleshooting, and ordering information.
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