
Moderna settles for $2.25B in COVID-19 vaccine patent battle; when clinicians struggle with substance use; AI-powered CT scans could fast-track diagnoses – Morning Medical Update
Key Takeaways
- Moderna’s settlement with Genevant/Arbutus resolves multi-jurisdiction LNP litigation, removes prospective royalty exposure, and reduces strategic uncertainty as it advances oncology and combo-respiratory mRNA programs.
- Payment terms include $950M upfront in 2026 plus $1.3B conditional on appeal outcomes, illustrating how appellate risk can materially shape biopharma IP settlement structures.
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Moderna will pay up to $2.25 billion to resolve a long-running patent dispute tied to the technology used in its COVID-19 vaccine. The settlement with Genevant Sciences and Arbutus Biopharma centers on lipid nanoparticle (LNP) delivery technology, which helps protect fragile mRNA molecules and deliver them into human cells. Moderna will pay $950 million upfront in 2026, with another $1.3 billion contingent on the outcome of a related legal appeal. The agreement ends multiple U.S. and international lawsuits accusing the company of using the LNP technology without permission and also means Moderna will not owe royalties for the technology in future vaccines. Analysts said the deal removes a major legal overhang as the company pivots toward new mRNA products, including cancer vaccines and combination respiratory shots.
Physicians and nurses who use alcohol or illegal drugs say it can affect the care they provide, according to
Artificial intelligence (AI) may soon help clinicians get more from routine CT scans. Supported by funding from the
The system was trained on more than 15,000 CT scans linked to radiology reports and nearly one million diagnostic codes from Stanford University School of Medicine. In testing across more than 50,000 scans from multiple hospitals, Merlin predicted diagnostic codes correctly more than 81% of the time and identified patients at higher risk of developing chronic diseases within five years about 75% of the time. Researchers say tools like Merlin could eventually speed clinical assessments and uncover disease markers that might be missed by the human eye, potentially allowing clinicians to move more quickly from imaging to diagnosis. The research is published in
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