Stem cells grown in space could revolutionize stroke and cancer treatment

• The recent study shows that stem cells grown in micro-gravity on the International Space Station have special properties that may be able to change the treatment for diseases such as stroke and cancer.
• Microgravity allows stem cells to develop in a three-dimensional way, more like the natural process in the human body, improving their ability to regenerate and suppress immune responses.
• Although researchers have found promising results, prolonged exposure to microgravity and space radiation can affect cellular activity, and studies are underway to assess the potential risks.

How could stem cells change medicine? Stem cells grown in microgravity aboard the International Space Station could revolutionize medical treatments, according to a recent study by Mayo Clinic researchers.

What do the first results of the study show?

The study shows that stem cells have grown in microgravity Space Station International has special characteristics with the ability to change medical treatments. Experiments show that the lack of gravity can create better conditions for the growth of stem cells than laboratories on Earth. Therefore, new vistas are opened for treatments against stroke and cancer. These could be used to develop more accurate disease models, which are essential for testing new treatments.

Why is this happening in space and not on Earth?

The next medical breakthrough will not come from the traditional laboratory, but from 250 miles above the Earth. You may be wondering what the difference is? Stem cells grown in space have shown an enhanced ability to suppress immune responses and regenerate different types of tissues. The space allows stem cells to expand in a three-dimensional form, much more similar to cell development in the human body. But know that, despite the promising results, there are big obstacles facing researchers. Prolonged exposure to microgravity and space radiation may affect cell function and DNAaca However, the team was led by Dr. Zubair found no signs of cancer-related chromosomal damage in stem cells grown in space.