Tardigrade Proteins Slow Human Cell Metabolism, Study Finds

The reversible process opens new avenues for aging research and pharmaceutical storage.

Tardigrade proteins introduced into human cells can significantly slow down metabolism, mimicking the creatures' ability to survive extreme conditions.
The process of biostasis induced in human cells is reversible, allowing cells to return to normal metabolic rates after stress is relieved.
This breakthrough has potential applications in slowing aging, enhancing cell storage and stability, and creating pharmaceuticals that do not require refrigeration.
Researchers from the University of Wyoming led the study, providing insights into the mechanisms behind tardigrades' resilience.
The findings were published in the journal Protein Science, marking a significant step towards harnessing tardigrade proteins for human benefit.