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Received up to $40.7M ARPA-H award (Oct 2025). Polymeric nanoparticle platform to reprogram immune cells in vivo without viral vectors. Non-viral delivery for CAR-T-like therapies.
ImmunoVec is developing a non-viral polymeric nanoparticle delivery platform for in vivo immune cell engineering — programming a patient's immune cells directly inside their body without the expensive ex vivo manufacturing process that makes CAR-T therapies cost $500,000-$1,000,000 per treatment. The company received a selective ARPA-H (Advanced Research Projects Agency for Health) award of up to $40.7 million in October 2025 for development of its platform.
Signed $2.1B Novo Nordisk collaboration (Feb 2026). Platform enables oral delivery of proteins and peptides (historically injection-only). MIT Langer lab spinout.
Vivtex is an MIT Langer Laboratory spinout that has developed a drug delivery platform enabling oral administration of biologics — proteins, peptides, and other large molecules — that have historically required injection because they are degraded by stomach acid and too large to absorb through the intestinal wall. In February 2026, Vivtex signed a $2.1 billion collaboration agreement with Novo Nordisk for the development of oral formulations of biologic drugs in obesity, diabetes, and metabolic disease.
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