How does the body grow in zero gravity? Know the challenges of Shubhanshu Shukla in Axiaom-4 Mission

Last updated: June 10, 2025, 20:14 IST Management Health in zero gravity: Space is just as exciting as it is, the more challenging for the body. Each organ must form itself according to the changing environment. How does the body fall into zero gravity? Highlights Shubhanshu Shukla Visit ISS in Axiom-4 Mission. New research on diabetes will be done in the mission. In zero gravity, every system of the body is affected. Management health in zero gravity: India’s group captain Shubhanshu Shukla will become the second Indian to go to the International Space Station (ISS) with the Axiom-4 mission. He was launched at 5:30 pm on Wednesday night. In this mission he will remain in space for 14 days and participate in many important experiments. A special experiment in these experiments is related to debtors, the purpose of which is to see if patients with diabetes can travel in the future in the future? But the biggest challenge of this mission is how the body will form itself in space. In zero gravity affects every system of the body – be it heart, bones, muscles or eyes. How does the body turn into space? The journey of space is a new experience for any person. Due to a lack of gravity, it takes time for the body to adapt itself in a new environment. 1. Initiative Status: Headache and Nausea If someone reaches the zero -sagging environment, his brain does not understand the information that is well received from the ear and eyes. The result is – discomfort like vomiting, dizziness and fatigue. But usually it is healed in a few days. 2.. When the fluid goes up in the body, the fluid of the body is pulled down on the earth, but in space this liquid goes to the face and head. It can swell on the face and close nose. Later, the body adjusts itself. 3. Body problems with return as astronauts return to earth, it is difficult to stand, walk or keep eyes stable. They will probably feel dizzy and weakness. Weakness of bones and muscles do not need to lift weight in space. As a result, the muscles begin to weaken and take the density from bones, especially in the spine, bones and hips. It increases the level of mineral in the body and also creates a possibility of kidney stones. Effect on the eyes also changes the composition of the eyes into zero gravity. There is pressure on the retina and nerves, which can cause problems with the view. This is called ‘Space Neuro -occular Syndrome’. This problem is mostly done to astronauts and increases if it stays long. Effect on the heart does not have to work hard to pump blood into space to the heart, so the size can be slightly smaller. When the passengers return, their heart is weak and the blood flow is not right. This can make the heartbeat irregular and increase the risk of heart disease. In this mission, Shubhanshu Shukla and his team are working on an experiment related to diabetes in this mission. This experiment will be seen whether people can travel dependent on insulin in the future space. For this, a constant glucose monitor (CGM) will be used so that the monitoring of sugar level can be done in space. How does the body grind in the zero gravity of homelifestyle? Shubhanshu’s challenges in Axiom-4 Mission