Asimov is a tools company developing a synthetic biology platform – from cells to software – to enable better design & manufacture of next-generation therapeutics. Asimov’s CHO Edge System for biologic production routinely achieves titers of 8–11 g/L across modalities, and minimizes the risk of cell line development by enabling exploration of vector design space. Asimov is applying the same approach to improve cell & gene therapies, by developing best-in-class stable & semi-stable lentiviral cell lines as well as stable AAV producer cell lines, and enhancing safety profiles through the creation of synthetic tissue-specific promoters.
SOLUTIONS
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CHO Edge System
Achieve high monoclonal antibody and complex bispecific titers routinely with an IND-approved cell line development platform that integrates genetic tools and data-driven models.
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LV Edge System
By transitioning from a 4-plasmid transient system to 1- or 0-plasmid configurations, the LV Edge systems reduce or eliminate the need for GMP plasmids, lowering costs and supply chain risks.
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AAV Edge System
Learn about a modular tool suite capable of achieving titers up to 6E15 vg/L. Move from transfection to stable cell lines in just 20 weeks using AI-driven optimization and robust host platforms.
VIDEOS
Model-Driven Genetic Design And Bioprocess Optimization Across Modalities
Traditional biomanufacturing relies too heavily on trial and error. By integrating AI and mechanistic models into early design, developers can overcome productivity limits and accelerate timelines for complex therapeutic modalities.
CONTACT INFORMATION
Asimov
201 Brookline Ave, Suite 1201
Boston, MA 02215
UNITED STATES
ASIMOV NEWS
- AAV Producer Cell Lines, A New Standard For Viral Vector Manufacturing
- Asimov Announces Cell Line Development Partnership With Ottimo Pharma To Accelerate Cancer Immunotherapy's Path To Clinic
- Advancing Countermeasures Against Ebola And Deadly Viruses
- Bispecific Antibody Produced Using CHO Edge Expression System
- Cytiva, Asimov Collaborate On Next Generation Cell Line Design And Process Development