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Anemia can make space travel to Mars more difficult, research has found

A new Canadian study found that “space anemia” due to obesity is not as temporary as previously thought. Price CBC they say. As long as you are in the air, you are destroying more blood cells than you are making, ”said Guy Trudel, of the University of Ottawa, who led a group of people. 14-aerospace study operated by the Canadian Space Agency (CSA).

Typically, the body destroys and infects about 2 million red blood cells per second. However, a new study has found that the bodies of astronauts destroyed three million red blood cells per second during a six-month mission. “We thought we were aware of anemia, and we didn’t,” Trudel said.

A year after returning to Earth from the ISS, the red blood cells of astronauts had not yet returned to flight, according to the study. Nature. “If you go to Mars and … you can’t continue to ‘make red blood cells,’ you could be in big trouble,” Trudel said. This would not be a problem for zero gravity, but it could be a problem when they land on Mars or return to Earth.

[Anemia] and the initial effects of space travel.

The researchers said that anemia could be a problem for tourists, if they were at risk of anemia. The study also noted that “modern exercise and anti-dietary interventions in modern travel have not prevented hemolysis and blood loss after flight” by the researchers in the study.

Research, was first announced in 2016, from data collected on Expedition 10 and 11 missions at the International Space Station (ISS) in 2004 and 2005. Anemia is defined as a deficiency of red blood cells or hemoglobin in the blood, which can lead to pain and fatigue and impair endurance and strength.

The study did not discuss how such issues could be resolved, but it did say that physicians often focus on the issue of anemia by testing candidates. “Clinical evaluation of future astronauts and astronauts may benefit from reflecting globin color history and mutations,” according to the study. It also said that post-vaccination should cover conditions that are associated with anemia and hemolysis.

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