Cryopreservation – freezing CGT biological materials at ultralow temperatures – helps minimise material loss of function during product shipment and storage, which occur before therapies are delivered to patients.
"To support cell health, shelf life, and transportation needs, many cell therapy processes are dropping to -150ºC or lower temperature ranges," said Troy Ostreng, Senior Product Manager for CPC's biopharmaceutical business. "The new MicroCNX ULT Series is the first to conveniently support sterility throughout CGT development processes by both withstanding temperatures to -190°C and being compact enough to conveniently fit into a CGT freeze cassette."
MicroCNX ULT connectors provide a simple, efficient method for sterile connection of tubing used for small-format cell therapy and gene therapy assemblies. The connectors are also chemically compatible with harsh chemicals used in cryopreservation processes like dimethyl sulfoxide (DMSO) and the most commonly used tubing types in CGT development, including polyvinyl chloride (PVC).
This new series builds on CPC's pioneering work in creating biopharma's smallest connector, the 1/8" MicroCNX Series, which is the only alternative to tube welding for creating closed sterile connections at small volumes.
In June, CPC also introduced MicroCNX Luers. Manufacturers that routinely connect with luers appreciate the flexibility this new product offers in creating sterile connections outside of a biosafety cabinet.
"Our goal is to scale with our customers, helping them easily create sterile connections from the benchtop to commercialisation," said Ostreng. "CPC already has the broadest aseptic connector portfolio. MicroCNX ULT connectors are just one more example of our continued innovation to meet the evolving needs of cell therapy, gene therapy, and biopharma manufacturers across the globe," he added.
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