Brain condition related to long-term spaceflights needs more attention, data
Brain condition related to long-term spaceflights needs more attention, data
More people than ever before are ready to search for space; People who do it will experience the effect of microgravity on the human body.
Accepting the need for more data related to those effects, Medical University of South Carolina (MUSC) Neurodiologist Dona Roberts, MD, and co-author Lonnie G.
Peterson, MD, Ph.D., University of California San Diego, was published Was there.
In the online publication of JAMA Neurology on January 23, the study of hydrocephalus is associated with long-term spaceflight (HALS), which provides new insights into the cerebrospinal fluid flow.
Roberts, who had previously published a groundbreaking research study in the New England Journal of Medicine in 2017, and lacked data describing the adaptation of human brain microgravity and advocates for more research hydrocephalus associated with long-term spaceflight (HALS).
Roberts said, "The exposure to the atmosphere of space has a lasting impact on humans, which we can not easily understand.
What astronauts who experience in space should travel to a safe place for the public.
Like the '2001: A Space Odyssey' of Stanley Kubrick, there may be a general response to the brain for HALS Spaceflight.
Alternatively, HALS may prove harmless, and countermanders have been able to protect long-term brain health of astronauts.
Will need to be developed and space explorers.
Roberts and his team's previous findings demonstrated significant changes in brain structure during long-term spaceflight, in which the frontal and parietal lobes (responsible for body speed and high executive functioning) were most affected.
As long as an astronaut living in space, the symptoms were as bad. His recent JAMA publication serves as a reminder of the urgency of the HALS study in which private space exploration companies are planning to travel to Mars and plan for NASA Mangal Campaign 2033.
In the article, Roberts and Peterson have said that HALS is not fit. In any but different clinical situations related to cerebral spinal fluid seen on Earth.
The reason for the HALS remains unknown, and for Roberts and Peterson, understanding this situation is most important for a safe space trip for humans.
Roberts said, "We know that these long-term flights take a big toll on astronauts and cosmonauts.
However, we do not know whether adverse effects on the body continue or are stable after some time.
We need to know whether HALS represents an adaptive reaction or a deformity process, which should be reduced, perhaps fake gravity.
All of our astronauts should go through the test and study that the space before flying immediately and immediately After what is happening in his mind, word follow-up care and surveillance.
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HALS studied the effects of gravitational stress on the brain And will improve our understanding of not only that phenomenon but also for similar brain fluid disorders on Earth. "
Brain condition related to long-term spaceflights needs more attention, data
Reviewed by Tech Gyan
on
January 30, 2019
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Reviewed by Tech Gyan
on
January 30, 2019
Rating:
