Study Reveals Female Bodies are More Adapted to Withstand Space Challenges


Women may be a bit more adept at enduring the harsh conditions of space travel than men, according to recent research. The study, published in Nature Communications, looked at how human biology responds to the challenges of prolonged spaceflight. The human body is not naturally adapted to the conditions of space, which include zero gravity, harmful cosmic radiation, and imbalances caused by microgravity. These factors put a great deal of stress on the body, leading to debate over whether long-term space missions, such as a trip to Mars, are feasible.

The study, one of the most exhaustive of its kind, concluded that humans are surprisingly resilient when it comes to space travel, suggesting that long-term missions could be possible. Most of the data used in the study came from the civilian spaceflight mission Inspiration4 in 2021, operated by SpaceX. The mission’s four-person crew, none of whom were professional astronauts, provided a wealth of biological samples before, during, and after their three-day stint in orbit.

By examining gene activity and immune response in these samples, along with data from 64 NASA astronauts, researchers found that female astronauts recovered faster from spaceflight conditions upon returning to Earth than their male counterparts. The reason for this is not yet clear, but it may be connected to women’s ability to endure the physiological changes and fluid dynamics associated with pregnancy.

Among the changes observed in space, researchers noted that telomeres, the parts of chromosomes that shorten as we age, actually lengthened after just three days in space. Researchers also noted an increase in anti-inflammatory proteins called cytokines, and a slight suppression in the genes responsible for encoding virus-fighting antigens known as leukocytes.

Despite the challenges, the study found that most of the changes the human body experiences in space reverse within three months of returning to Earth. However, the implications for astronauts who don’t have the opportunity for periodic returns to Earth are less clear. To better prepare for long-term space missions, scientists will need to develop advanced pharmaceuticals that can help astronauts maintain bodily balance in space. The study’s results highlight the importance of collecting as much biomedical data as possible to create precision medicine for future crews and to prepare for longer missions to the moon and Mars.



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