Tiny 'satellite livers' could revolutionize treatment for liver disease
MIT engineers have invented tiny, injectable "satellite livers" that could help people with severe liver disease—no surgery needed.
These mini-livers, made from real human liver cells and special materials, can be delivered with just a syringe.
Their research just dropped in Cell Biomaterials.
Mini-livers made vital proteins, enzymes
Tested in mice, the satellite livers connected with blood vessels and kept working for eight weeks—making vital proteins and enzymes like a real liver.
This tech could give hope to patients waiting for transplants or those who can't have surgery.
Over 10,000 Americans currently waiting for a new liver
With over 10,000 Americans waiting for a new liver (and many unable to get one), these injectable livers could bridge the gap—supporting failing organs until a donor is found or even serving as a long-term fix.
Researchers are now working on ways to help the livers
The team is now working on ways to help these mini-livers avoid immune rejection, like using "stealth cells" or local drugs.
The ultimate goal: more options for people stuck on transplant lists who need help fast.