According to NASA experiments living in space can cure many diseases

A few months ago, On March 4, 2024, NASA’s SpaceX Crew 8 mission successfully launched. The rocket lifted off from the Kennedy Space Center in the US with a crew of three astronauts and one astronaut. One of the objectives of the flight is to develop more than 200 scientific experiments to solve questions about the human body and various diseases.

‚ÄúThere are about 200 scientific experiments. “Many things that were dreamed of in the old days are starting to come true: the use of protein crystal growth, the use of stem cells in microgravity, and medical research on growth,” NASA administrator Bill Nelson explained to the crazy media ‘Florida Today’.


According to the job overview published by the National Aeronautics and Space Administration, Experiments include using stem cells to create organoid models to study degenerative diseases, and studying the effects of microgravity and UV radiation on plants at the cellular level. According to Nelson, they will focus on studying the brain and finding treatments for cancer and bone loss.

At this time, the results of the scientific tests of this work are still awaited. however, Previous research has demonstrated the usefulness of living in space in understanding diseases and health conditions.

Living in Space for the Development of Osteoporosis Treatments

NASA has explained this. For every month spent in space, astronauts lose one percent of bone density from their weight-bearing bones. This is because on Earth we constantly work and motivate ourselves through movement, but conditions are different during space travel.

Therefore, experiments were carried out on mice to search for solutions. Scientists Emilie Germain-Lee and Se-Jin Lee at the International Space Station Laboratory developed an experiment on the effect of microbial gravity on rodents.

(Recommend you read: 16-year-old Colombian is at NASA after designing an app for the deaf).

The team’s findings, published in an article in the journal PNAS, show that protein inhibition provides significant protection against muscle and bone loss in gravid. The results could lead to new treatments for patients on Earth.

Lee explained that the findings show that Blocking the activities of myostatin and activin A can improve both muscles and bonesRats can’t bear the weight.

“Targeting this pathway can be used to help people with disuse atrophy, especially the elderly and those who are bedridden or in wheelchairs. It is also beneficial for those experiencing muscle and bone loss due to conditions such as muscular dystrophy, osteoporosis, cancer, heart disease, sepsis and AIDS.Lee pointed out.

Effect of microgravity on cancer cells

A press release from the International Space Station (ISS) laboratory shared its results Dr. Experiments by Lewis ZeaAnalyst at Bioserve Space Technologies.

In his work, he explained that cells growing in space are organized into three-dimensional groups, similar to what happens in the human body. His study illustrates how The microgravity environment could help scientists identify cellular changes that cause cancer, which could lead to new treatments that could improve patients’ quality of life or develop preventative measures.

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On video: A Colombian’s impressive experiment in space

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