Why Abzena?
Our focused approach.
Generation of early-stage product from fast stable pools enables us to confirm the Quality Target Product Profile (QTPP). In parallel, this material can be used to initiate formulation development and analytical method development, taking these key activities off the critical path. Material from stable pools can also help accelerate process development for antibody-drug conjugates.
We have developed multiple cell lines that have progressed from process development into manufacture and through clinical trials. With years of experience in providing cell line development services, our team has successfully expressed biologics including antibodies, antibody fragments, bispecific antibodies, fusion proteins, growth factors and vaccines.
Enhanced cell line development provides the foundation of biopharmaceutical development success and mitigates risk. For molecules such as mAbs, Fabs and Fc fusions, Abzena minimize timelines using our AbZelectPRO™ platform methodology. For novel and complex molecules, our AbZelectPRO™ platform allows us to design and develop a rapid, robust approach to your program.
We have an integrated cell line development approach which shortens timelines to IND enabling material. This is supported by using fast stable pools to generate early-stage material for characterization, pre-formulation, analytics and lead molecule selection. We do this through:
Our AbZelectPRO™ (ABZ-CHO-K1) CHO cell line offers:
For more complex biologic programs, we can deliver increased productivity by enhancing our AbZelectPRO™ platform, which combines our existing CHO cell line with ProteoNic’s premium expression vector technology 2G UNic.
ProteoNic’s 2G UNic technology uses the combined effect of novel genetic elements to exert a positive effect on recombinant protein production levels and boosts the performance of other expression-enhancing technologies. This state-of-the art vector technology also increases production levels of difficult-to-produce complex protein, including bispecifics and fusion proteins as well as levels of products already in the multiple g/L range.
Technical Evaluation of our Enhanced AbZelectPRO™ Platform:
Connect with us today to learn how our newly enhanced AbZelectPRO platform, using 2G UNic can help improve the chances of success for your complex biologic program.
Our cell line development experts de-risk your project by providing additional product quality assessments to ensure that the Quality Target Product Profile (QTPP) is on track to match originators. Additional early upstream process development can be performed using 15 or 250 ml multi-parallel robotic bioreactor systems to better match originator CQAs.
Whether you decide to stay with the originator or switch to a new host cell line, Abzena can advise on strategies for clone selection, process development and comparability studies to demonstrate that critical quality attributes affecting efficacy and safety are maintained.
We offer comprehensive analytical and bioassay packages to support clone selection minimizing process development time.
Applying our platform technologies and extensive experience in proteomics, protein engineering, bioconjugation and formulation development, we design novel subunit and conjugate vaccine candidates.
Underpinned by our analytics capabilities, protein expression, scale up and manufacture services we ensure that your vaccine is successfully delivered to IND for clinical trial evaluation.
We have the flexibility and expertise to apply our processes to other proprietary host cell lines to support your program.
For example:
Our services include:
The safety and quality of your biological products starts with the right cell line.
Clones are selected based on productivity and its performance in the bioreactors including product quality assessments that are tailored to your needs.
Our standard product quality testing includes sterility, mycoplasma, cell identity, gene sequences, and stability.
The leading biologics CDMO + CRO that accelerates drug development, moving medicine forward for patients in need.