Ablexis Revolutionizes Antibody Drug Discovery with Advanced Mouse Platform
Ablexis launches AlivaMab Mouse-NGX, a revolutionary transgenic platform that enhances human antibody drug discovery with up to 6x greater efficiency. The technology represents a major breakthrough in pharmaceutical research.
AlivaMab Mouse-NGX platform revolutionizing antibody drug discovery at Ablexis laboratories
San Diego-based Ablexis, LLC has launched AlivaMab Mouse-NGX, a groundbreaking transgenic animal platform that promises to transform human antibody drug discovery through advanced technological innovation, similar to how recent technological breakthroughs in digital systems are reshaping other sectors.
Revolutionary Advancement in Biotechnology
The next-generation platform represents a significant leap forward in pharmaceutical research capabilities, producing up to six times more antigen-specific antibodies than previous models. This breakthrough joins other transformative innovations like emerging sustainable technology initiatives in pushing scientific boundaries.
Key Platform Improvements
- Enhanced production of antigen-specific antibodies
- Expanded human variable region diversity
- Maintained drug-like properties essential for development
- Improved combinatorial and junctional diversity
"AlivaMab Mouse-NGX strains set a new benchmark for success in B-cell- and NGS-based human antibody drug discovery," stated Larry Green, Ph.D., Chief Executive Officer of Ablexis.
Market Impact and Accessibility
The platform's development reflects a growing trend toward AI-driven innovation in biotechnology, reminiscent of how artificial intelligence is revolutionizing various industries. Ablexis has made the technology available through flexible licensing options, including license-free, milestone- and royalty-free access through AlivaMab Biologics.
Industry Adoption
The platform has already gained significant traction, with 13 of the world's top 25 pharmaceutical companies adopting the technology. This widespread acceptance underscores the platform's potential to accelerate drug discovery and development processes.
Jasmine Demraoui
Journalist in governance and climate reform, based in Windhoek.