"Injectable 'satellite livers' made from real hepatocyte cells can produce essential enzymes and proteins, potentially eliminating the need for liver transplants in patients with liver disease."
"MIT's new device encapsulates insulin-producing pancreatic islet cells, protecting them from immune rejection and supplying oxygen, with the goal of improving diabetes management."
"The device has been shown to keep islet cells alive for at least three months in mice, with plans to extend their lifespan to years in future studies."
Recent advancements in medical technology include injectable mini-livers made from hepatocyte cells that can perform liver functions, potentially reducing the need for transplants. Additionally, a new device from MIT encapsulates insulin-producing pancreatic islet cells, protecting them from immune rejection and providing necessary oxygen. This device, powered wirelessly, aims to help type 1 diabetes patients manage their condition more effectively. Future research will focus on extending the lifespan of these islet cells within the body.
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