Why Abzena?
Trust our integrated approach.

Unparalleled bioconjugation expertise and facilities.

Developed for critical assays, and lead candidate selections.

Scaled up to produce multi gram batches.
Abzena’s integrated bioconjugate capabilities are designed to help move complex therapeutic candidates efficiently from discovery through preclinical development and toward the clinic.
Abzena’s 25+ years of bioconjugation experience accelerates the DAC development and manufacturing process. Our DAC CDMO+CRO services provide:
Abzena has established substantial expertise across complex bioconjugate modalities. These include ADCs, AOCs, RDCs and other next-generation conjugates. With more than 25 years of bioconjugation experience, over 2,000 conjugates developed for critical assays, and lead candidate selections, and more than 400 ADCs manufactured to support clinical trials, Abzena provides the scientific depth needed to support complex conjugate programs.
We are the integrated partner that can advance your DAC program to its next inflection point with less risk. Partnering with Abzena, your program will benefit from;
Whether you are evaluating a novel degrader payload, optimizing conjugation approaches, selecting lead candidates, or preparing for IND-enabling studies, Abzena’s integrated bioconjugate development platform provides the expertise needed to de-risk and accelerate your DAC program forward.
Establish a strong foundation with a rational design strategy that balances efficacy, stability, safety, and manufacturability.
Abzena’s scientists have extensive experience across antibodies, targeting proteins, conjugation chemistries, linkers, and complex payloads, enabling robust design of next generation bioconjugates.
Identify the most promising lead candidates before significant resources are invested. Our developability approach evaluates:
Using integrated bioassays and analytical methods, we help identify liabilities early and generate actionable data to support the confident progression of candidates.
Develop scalable and reproducible conjugation processes suitable for clinical and commercial manufacturing. Capabilities include:
Abzena has extensive experience developing robust conjugation methodologies and optimizing purification processes for bioconjugates manufacturing.
Comprehensive analytical support is essential for understanding conjugate quality and performance. Our analytical capabilities support:
Abzena applies orthogonal analytical approaches throughout development to generate high-quality data and support informed decision-making.
Develop formulations that support stability, manufacturability, and clinical success. Services include:
Our formulation scientists tailor development activities to your target product profile and development stage, supporting efficient progression from preclinical development to clinical manufacturing.
Transition confidently from laboratory development into manufacturing. Capabilities include:
Abzena’s bioconjugation facilities and expertise enable seamless progression from early-stage development through cGMP production.
Prepare your DAC program for clinical advancement with Abzena’s integrated development and manufacturing support. Services include:
Our fully integrated CDMO+CRO model simplifies program management and facilitates efficient progression toward clinical milestones.
Abzena are experts in developing complex bioconjugates through all stages from design to commercialization.
Degrader-Antibody Conjugates (DACs) are next-generation bioconjugates that combine the targeting precision of antibodies with payloads enabling targeted protein degradation, allowing selective delivery to diseased cells while potentially expanding therapeutic opportunities.
DAC development requires careful optimization of multiple components, including antibody selection, conjugation chemistry, payload attachment, stability, analytical characterization, and manufacturability to ensure successful progression through preclinical and clinical development.
The conjugation approach influences critical quality attributes such as homogeneity, stability, scalability, and biological performance, making it a key factor in developing robust and manufacturable DAC candidates.
Early developability studies help identify potential risks related to stability, safety, efficacy, and manufacturability, enabling informed candidate selection and reducing the likelihood of costly downstream development issues.
Successful DAC programs benefit from integrated expertise spanning bioconjugate design, antibody engineering, process development, analytical testing, formulation development, scale-up, and GMP manufacturing to streamline progression toward clinical evaluation.