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NBX-Eng-HEK293 Cell Line

NBX-Eng-HEK293 Cell Line

High Performance Engineered HEK293 Cell Line for Transient rAAV Production.
Introducing our proprietary NBX-Eng-HEK293 Cell Line for reliable and efficient rAAV pre-clinical and commercial production.
Now available to license for use in your laboratory or production facility!

NBX-Eng-HEK293 is a HEK293 suspension host cell line that has been precision-engineered for high rAAV productivity and production, while maintaining phenotypic and genomic stability. With a comprehensive genetic makeup package, NBX-Eng-HEK293 is an ideal choice for in-house transient transfection processes and scalable production. By streamlining manufacturing processes, NewBiologix facilitates faster and more cost-effective delivery of life-changing gene therapies to patients worldwide.

Key Advantages of NBX-Eng-HEK293

High rAAV Production

Meticulously selected cell clone for optimal rAAV production

High rAAV Production

Completely characterized and traceable cell line for reliable results.

Genomic Stability

Enhanced stability with chromosome number remaining stable over 60 generations.

Robust Growth

Optimal doubling time and high-density culture performance with fast recovery.

High-Density Growth

Suspension growth to high cell density in defined media.

Long-Term Stability

Consistent growth characteristics maintained for 60 generations.

Efficient Transfection

Improved efficiencies using chemical transfection and electroporation methods.

Superior Production

Higher rAAV titers and greater reliability compared to polyclonal HEK293.

Scalable Process

Enables reliable and scalable rAAV production for various applications.

Superior rAAV Titers for Multiple Serotypes

Now Available to Take to Your Laboratory!

Our technology provides a seamless extension of your capabilities and adapts to your program’s evolving needs

Contact us to discuss your AAV development and manufacturing needs and to gain access to NBX-Eng-HEK293 to unlock the full potential of your gene therapy research.