Shubhanshu Shukla reached Space Station, started his special mission, know what will be benefit

Group Captain Shubhanshu Shukla, who reached the International Space Station (ISS), has started his special mission which is a biomedical mission. They are the first astronauts who are using in-arbitra. Shubhanshu Shukla, popularly known as ‘SHUX’ in space, has started the mission on a significant study of muscle troubles in microgravity, this is an issue that has long challenged space therapy. The main theme of Shukla’s mission is Myogenesis experiment, which is held inside the ISS Life Sciences Glovebox (LSG).

How will the mission of ‘Shux’ be beneficial

The purpose of this research is to find out how the circumstances during the space stay in the space of human muscles and disrupt the function. 3D skeletal using muscle tissue chips, its study shows the effect of microscopic gravity on muscle cells, which leads to many changes. Explain that while in space, a person’s muscle fiber becomes 25.8 percent thin and 23.7 percent smaller, as well as his power falls by 66.3 percent. ISRO officials said earlier, “This research can reveal many medical results.”

How will study be done

Myod1 and Myog have been used for this research, which play an important role in muscle cell growth and its repair. Information received from this research can help astronauts to maintain muscle strength during long -term missions and after returning to Earth, their muscles can be informed about the damage and treatment of the reduction in their movement.

In addition, another great project is photogragrav, which tracks nerve activity through brain blood flow using brain-computer interface headset. This research detects the possibility of thought-controlled spacecraft systems and can help people who come from space to avoid strokes, for those who have less to move around, they can help in neuroriablebilatation therapy.

Why this mission is special for India

India’s participation in the Space Mission X-4 is part of a comprehensive international effort, with more than 60 experiments from 31 countries. Through ISRO, India has talked about doing seven types of research in the mission. The role of Shubhanshu Shukla from India in these studies is going to play a significant participation of India in human space research, which is very important for the impact on health after being in space. Shubhanshu Shukla’s work on ISS can not only give better dimensions to astronauts’ ways to survive in space, but can also prove to be important for the health conditions after their return to Earth.

Shukla’s mission, privately operated Axiom-4 (X-4) is part of the space flight, which includes a variety of experiments, including a telemetric health AI-based ultrasound scan with biometric data, so that cardiac and balance systems can be monitored in real time. Such systems can revolutionize the field of low -service health on Earth.

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