Human liver models, from physical anatomy charts to advanced 3D organoids, are used for education (teaching structure/disease), drug development (toxicity/metabolism testing), disease modeling (cirrhosis, cancer, A1AT deficiency), and personalized medicine, helping researchers and clinicians understand liver function, test new therapies, and communicate with patients by replicating complex liver biology and disease states in vitro or visually.
Description
Human liver models, from physical anatomy charts to advanced 3D organoids, are used for education (teaching structure/disease), drug development (toxicity/metabolism testing), disease modeling (cirrhosis, cancer, A1AT deficiency), and personalized medicine, helping researchers and clinicians understand liver function, test new therapies, and communicate with patients by replicating complex liver biology and disease states in vitro or visually.
