Researchers have found that a protein from tardigrades, known for their resilience against extreme conditions, could offer protection against radiation. The team, led by Ameya Kirtane, injected the protein into mice using messenger RNA technology, resulting in significant DNA protection from radiation-induced damage. This breakthrough has potential implications for astronauts on long space missions and for cancer patients undergoing radiation therapy. The protein, Dsup, allows tardigrades to endure radiation doses far exceeding what human cells can handle, addressing a critical need to minimize side effects associated with cancer treatments.
Scientists have discovered a treatment using a tardigrade protein that protects cells from radiation, with potential applications for human cancer patients undergoing radiation therapy.
The protein Dsup, identified in tardigrades, can shield DNA from radiation damage, offering hope for astronauts and cancer patients facing intense radiation exposure.
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