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A $25.8M UC San Diego project uses AI and 3D bioprinting to create patient-specific livers, aiming to solve the U.S. organ shortage.
A $25.8 million UC San Diego project, backed by ARPA-H, is advancing 3D bioprinted livers using patient-specific cells and AI-optimized vascular networks.
Led by Shaochen Chen, the team aims to create transplantable, functional livers to combat the U.S. organ shortage, potentially saving over 12,000 lives yearly.
The research, using FRESH bioprinting and clinical-grade cell manufacturing, could eliminate donor dependence and immunosuppressive drugs.
While still years from clinical use, the breakthrough may extend to other organs and improve global access to life-saving treatments.
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Un proyecto de $ 25.8M de UC San Diego utiliza IA y bioimpresión 3D para crear hígados específicos para pacientes, con el objetivo de resolver la escasez de órganos en los Estados Unidos.