What Happens To Your Heart In Space And What Is The Heart Rate In Space?
The more we know about outer space, the more we can understand ourselves. But we all know that our bodies are intimately involved with the way we live on Earth or with that system....
The more we know about outer space, the more we can understand ourselves. But we all know that our bodies are intimately involved with the way we live on Earth or with that system, but that is not the case with living in space! The heart rate in space is different.
Just as gravity is responsible for skin sagging or wrinkles, so too is gravity responsible for a heart condition. When the human body is involved in the microgravity of space, it has a very detrimental effect on the cardiovascular system. According to NASA, microgravity has a profound effect on the heart rate in space.
This reduces the supply of oxygen to the heart and to supply blood to the cells throughout the body. And this leads to serious health problems. Long-term weightlessness compresses the heart which is very bad for health, CNN reports.
This reduces the heart rate. The thing is a lot that Greenwich is going in reverse. According to cardiology, a special study has shown that heart size shrinks at microgravity. So it means that the heart rate in space is not supposed to be normal. But according to Professor Benjamin de Levine, he is not too worried about the change in heart contraction.
He thinks it's just a gravitational effect and that's not something to worry about. Because, according to him, astronauts in space received A Fib about a decade earlier than humans on Earth, and this is closely related to the growth of Atria.
in addition to heart contractions, size differences, or atrial fibrillation, astronauts from space also have adverse effects on their carotid arteries when they return home. It is understood that the condition of heart rate in space is deplorable.
According to NASA, this stiffening is normal aging that lasts for 10 to 20 years, but as a result of hardening of the arteries, there is a high risk of high blood pressure and cardiovascular disease. Another study found that space radiation contains different types of particles.
Damage to fibrotic myocardial remodeling, microvascular, and atherosclerosis can lead to the development of a variety of cardiovascular diseases. This is by no means desirable. This is by no means a good sign, as space radiation throws rake havoc at the human heart and causes fatal damage.
It is called radiation-induced cardiovascular disease. This condition of the heart rate in space is called the complication of radiation exposure, according to a report by Frontiers of Cardiovascular Medicine. Dr. Benjamin Levine, a professor in the Department of Internal Medicine and Cardiology at Texas Southwestern Medical, told CNN News that speaking of the heart rate in space means that it causes the heart to shrink and shrink and atrophy, but it does not weaken.
When you have spaceflight, higher training, more than 25 years of experience at higher altitudes, it adapts things very well to any situation. And then you don't have to deal with heart rate in space because it absorbs everything by itself.