Sensitive wires and cables are frequently exposed to harsh airborne and combat conditions, while complex routing configurations present challenges. W. L. Gore & Associates meets these challenges with a smaller, lighter, rugged quadrax design to guard against electrical and mechanical failures in harsh environments.

This technical note provides evidence based through ELISA assays that the GORE® Protein Capture Device did not have carryover after consecutive cycling of two different cell culture harvests when separated by a 15-minute sanitization cycle using 0.1 M NaOH.

Gore is a pioneer in the proton exchange membranes (PEMs) fuel cell industry, and a leader in membrane characterization and testing. We spoke to Simon Cleghorn, global product specialist, about how Gore's holistic testing capabilities can benefit customers and accelerate the transition to net-zero.

Explore how PEM technology can help reduce commercial fuel cell vehicle production and maintenance costs, increase power output, and improve fuel efficiency to minimize the total cost of ownership (TCO).

A rugged, compact design supports these 120-ohm controlled impedance cables from W. L. Gore & Associates for routing and operation where space is limited and conditions are severe. They’re suitable for faster avionics and vectronics digital networks delivering reliable high-speed data transmission up to 1 GHz.

This application note demonstrates the scalability across multiple GORE Protein Capture Device sizes through dynamic binding capacity, CHO cell harvest, and purification experiments as demonstrated with a partially purified monoclonal antibody.

This application note demonstrates utilizing a rapid CIP and optimizing the loading and non-loading residence times during cycling to achieve increased productivity on a Gore Protein Capture Device. The method is easily transferred from lab scale to pilot scale sizes as demonstrated using both PROA101 (1mL) and PROA201 (58 mL) Gore Protein Capture Devices.