Tardigrade Proteins Found to Slow Human Cell Metabolism

A new study reveals potential for aging delay and improved cell storage, with implications for life-saving treatments.

University of Wyoming researchers have discovered that proteins from tardigrades can slow down metabolism in human cells, potentially aiding in aging delay and long-term cell storage.
The study highlights how tardigrade proteins induce reversible biostasis in human cells, making them more resistant to environmental stresses.
This groundbreaking research could lead to the development of life-saving treatments that do not require refrigeration and enhance the storage of cell-based therapies.
Tardigrades, known for their extreme survival capabilities, use proteins to enter a state of suspended animation, protecting them from harsh conditions.
The research was a collaborative effort involving institutions from around the world, including the University of Bristol and Washington University in St. Louis.