AbZelectPRO™: Enhanced Cell Line Development - Abzena

AbZelectPRO™: Enhanced Cell Line Development

Rapidly progress your therapeutic protein and recombinant vaccine projects from DNA to RCB in 10 weeks while de-risking the journey to Investigational New Drug (IND) application and beyond.

Reduce your cell line development timelines by >30% with AbZelectPRO™.

Mammalian cell line development (CLD) often poses a challenge, sometimes taking up to a year to establish a stable cell line. Our high-producing AbZelectPRO™ platform provides a solution, by simplifying CLD.

Through our AbZelectPRO™ platform we can reduce lead candidate sequence to research cell bank generation timelines to 10 weeks, and minimize risk for future processes to enhance efficiency.

AbZelectPRO™ Info Sheet

Download our Info Sheet now to discover how our AbZelectPRO™ platform streamlines cell line development, enhancing efficiency and cutting your timelines to IND application. Tailored for small/mid biotechs with antibody-based therapeutics.

For more complex biologic and bioconjugate programs, we can deliver increased productivity with a >30% reduction in cell line development timelines with our AbZelectPRO™ platform. AbZelectPRO™ combines our existing CHO cell line with ProteoNic’s premium expression vector technology 2G UNic.

Benefits of AbZelectPRO™ with 2G UNic vector technology

Mammalian Cell Line Development Services - Abzena

  • Optimized expression cassettes to maximize productivity from each cell
  • Efficient GS selection marker compatible with current AbZelectPRO™ CHO Cell Line
  • Proven track record – ProteoNic are moving towards regulatory approvals with multiple programs in the clinic and work with several large pharmaceutical firms.
  • Early material from highly productive stable pools for antibodies, bispecifics and fusion proteins
  • Higher frequency of high-producing clones offering more shots on goal- up to 8 g/L
  • Highly stable clones maintaining productivity beyond 60 generations
  • Quicker doubling times with a >30% reduction in cell line development timelines
  • Uses single-use bioreactors to lower production costs
  • Robust scalable and consistent platform process
  • Further process intensification can boost titres to achieve 10g/L at scale
  • Enhanced cycle times with faster growth with optimized CHO-K1 host cell line

Improving Cell Line Development Efficiency

Enhancing productivity

Designed for both traditional and difficult-to-express protein programs, such as antibodies, bispecific, and fusion proteins,  Abzena’s  AbZelectPRO™, is optimized across the three key areas of vector, host cell line, and process. It provides improved cell doubling times, viable cell densities, and robust and stable cell lines.

Leveraging vector technology

Our AbZelectPRO™ platform combines AbZelect™ with 2G UNic® premium vector technology to boost expression levels and generate higher-producing, stable cell lines expressing proteins including bispecifics, fusions and other novel modalities.

Accelerating CLD timelines

By streamlining the CLD process, our AbZelectPRO™ platform can progress your project from sequencing to research cell banks in 10 weeks with 8g/L in titres, helping to deliver your project to the clinic faster.

De-risking the path to IND

AbZelectPRO™ promotes the in-depth characterization of multiple candidates at early stages through the generation of multiple fast stable pools, enabling rapid identification and mitigation of risk.

Move your cell line development program forward, at less risk, with AbZelectPRO™

“The higher productivity that’s achievable with our AbZelectPRO™ cell line development platform means we can produce more drug substances per manufacturing run. These efficiencies will not only expand our capacity and help to reduce the cost of goods for our customers but also reduce the time it takes to get new and critical therapies to patients in need.”
Matthew Stober

Matthew Stober | CEO
Abzena

Explore customer testimonials

Explore our experts’ responses to your AbZelectPRO™ FAQs

How can AbZelectPRO™ support next-generation therapies?

Our AbZelectPRO™ platform supports the efficient and stable production of both traditional and  difficult-to-express therapies like fusion proteins, bispecifics and other novel modalities by combining ProteoNic’s 2G UNic® premium vector technology with host CHO cell line.  Offering a unique double promoter to drive gene expression and enhance messenger RNA stability, the AbZelectPRO™ platform achieves higher viable cell density (VCD) and productivity in comparison to other cell line platforms.

What does the tech transfer process look like?

Efficient tech transfer is a common area of focus when relying on a contract development and manufacturing organization (cdmo) for support, being critical for the smooth transition of projects from CLD into manufacturing. Operating across our sites in Cambridge, UK, and San Diego, US, our teams work closely together to ensure the seamless progression of your project. Our extensive experience and collaborative culture allow us to proactively identify and prevent risks that could delay your therapy reaching patients.

How does the AbZelectPRO™ platform leverage cutting-edge technologies?

By integrating fully automated, next-generation technologies such as the Cyto-Mine® high-throughput microfluidics screening platform into  AbZelectPRO™, we can rapidly select high-performing clones while ensuring monoclonality. The Cyto-Mine® platform provides productivity data on a per-cell basis, allowing us to rank individual clones and select single cells with the highest productivity for further expansion and characterization.

How does the AbZelectPRO™ platform offer flexibility?

The AbZelectPRO™ platform is designed to provide the flexibility needed to support your unique antibody-based therapy, whether that’s a monoclonal antibody (mAb), bispecific antibody, fusion protein or a novel modality. Leveraging our analytical development and regulatory expertise, we can adapt our testing methods or develop new assays to safeguard the quality of your therapy from CLD to manufacturing.