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Johnson & Johnson Partners With Sail Biomedicines On In Vivo CAR-T Therapies, Secures $2.58B Acquisition Option; To Invest $785M In Sail, Expects The Agreements To Dilute Adjusted Operational Earnings Per Share And Adjusted Earnings Per Share By ~$0.18 In 2026 And ~$1.28 In 2027

Benzinga·07/29/2026 21:33:35
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  • Advances differentiated immunology program with the potential to address significant unmet need in immune-mediated disease
  • Novel in vivo CAR-T platform is designed to generate CAR-T therapies directly within the body, enabling scalable treatments with durable, disease-modifying, and curative potential
  • Strengthens Johnson & Johnson's leadership in immunology and CAR-T innovation
  • Grants Johnson & Johnson an exclusive option to acquire Sail

Johnson & Johnson1 (NYSE:JNJ) today announced strategic agreements and collaboration with Sail Biomedicines (Sail), a biotechnology company developing in vivo CAR-T therapies for immune-mediated diseases. Johnson & Johnson will collaborate with Sail to advance its lead immune-mediated disease program and broader platform technology, with incentives to expand the application of Sail's in vivo CAR-T platform across additional therapeutic targets over time. Johnson & Johnson2 will also make an equity investment in Sail. Additionally, Johnson & Johnson has been granted an exclusive option to acquire Sail for $2.58 billion.

In vivo CAR-T therapies represent one of the most promising frontiers in medicine, with the potential to deliver transformative therapies across a range of cancer and immune-mediated diseases. Unlike traditional cell therapies, Sail’s lead program and platform are designed to reprogram a patient’s immune cells directly within the body, with the goal of resetting the immune system and delivering durable disease control.Through this collaboration, Johnson & Johnson and Sail will combine their expertise to advance innovative in vivo CAR-T therapies that have the potential to improve patient outcomes and ultimately deliver curative treatment approaches for people living with complex diseases.