How can Tilhors help people survive in space?

Tardigrade A microscopic animal known for its incredible resistance to extreme environments. It was the first living being in space without the help of extreme temperatures and instruments with cosmic radiation. AND Maybe they help people survive in space.

During the 2025 Months and Planetary Sciences Conference in the United States between 10-14 March, a group of researchers presented a study investigating how to contribute to survival in space. Finally, These microorganisms support the extreme temperatures between -271 ° C and 150 ° C and the pressure levels that will be fatal for the human body.

Without working, Scientists analyzed Tardigrade’s survival strategies through molecular dynamic simulations of a protein called DSUP. According to the researchers, the results show that this protein acts as a physical barrier and helps to minimize the damage caused by DNA radiation.

Research, NASA Ambassador and astronaut candidate Brazilian Isadora Arantes by Professor Geancarlo Zanatta in collaboration with Rio Grande Do Sul.

https://www.youtube.com/watch?v=ixndod3kmss

The results of the study can contribute to areas such as astrobiology and biotechnology.To increase people’s flexibility in extreme environments.

“In addition to DSUP, research is investigating other important molecular adaptations for survival under extreme conditions. For example, thermal shock proteins (HSPs) are analyzed with their functions in the protection of protein stability during thermal stress, while antioxidant enzymes are examined with their roles in reducing oxidative damage caused by these enemy environments.”

TARDİGRADE AND HUMAN IN THE SPACE

DSUP protein helps to prevent genetic mutations that are tardigred because it minimizes radiation and reduces the harmful effects on DNA. The study also analyzed HSP proteins that maintain protein stability under thermal stress and antioxidant enzymes responsible for minimizing the damage caused by high pressure and other excessive factors.

The idea of ​​working is that in the future, other scientists use it to understand how it is. Increase the resistance of astronauts to radiation, space climate and other problems affecting human health in spatial environments.

In the future, researchers plan to develop calculation models and make new experiments to better understand the survival mechanisms of extremism animals.

“This study emphasizes the importance of Tardigrados as a biological model for its influence on the world of life on Earth, but also for its effects on biotechnology and the quest for life in the universe,” he explains.

The last resistance to extreme conditions is to help science to rethink the limits of people outside the world. Do you want to know more? Understand how life in space can be closer than ever. Until next time!