Written By: Satata Karmakar | Updated : March 27, 2025 12:06 PM IST
NASA Astronaut Barry Butch Wilmore Health Updates
Barry "Butch" Wilmore Live Updates: When NASA astronauts Barry "Butch" Wilmore, along with Sunita Williams blasted off into space, the crew expected only an eight-day mission aboard the International Space Station (ISS). However, shortly after reaching the space station, NASA informed that the Starliner spacecraft carrying them had severe helium leakage and thruster issues - changing their short space mission into an unprecedented 286-day cosmic exile, leaving the astronauts stranded in space for over 9 long months. Now back on Earth, both astronauts are facing one of the toughest missions of their life relearning how to live under gravity's pull.
While a lot has been discussed about how Sunita Williams' body is fighting against gravity, experts have noted that Wilmore is also facing the biggest challenges of his life right now.
In an exclusive interview, Butch Wilmore's wife has revealed that Wilmore and Williams' spectacular splashdown off the coast of Florida on March 19, wasn't just a homecoming, and end to their stranded life tales it was the beginning of the biggest health challenge. "Barry does say gravity is not his friend right now," revealed his wife, Deanna Wilmore, in an emotional interview with the media. She further added, "His stamina is not there, and they have to rest and relax quite a bit because they are just not strong yet."
Prolonged exposure to microgravity, also known as a 'weightlessness' environment, has left both the astronauts weaker than expected, struggling with severe muscle weakness and bone loss.
CHECK THE RECENT PHOTOS OF THE NASA ASTRONAUTS AFTER SPENDING OVER 9 MONTHS IN SPACE - HERE
Home sweet home.
NASA's SpaceX #Crew9 touched down at Johnson Space Center's Ellington Field in Houston at 11:19 pm CDT, March 18, after their @Space_Station mission and successful splashdown earlier this afternoon. Welcome home, Butch, Suni, Nick, & Aleksandr! pic.twitter.com/fbgWiU9ird NASA's Johnson Space Center (@NASA_Johnson) March 19, 2025
NASA astronaut Barry "Butch" Wilmore recently returned to Earth after spending nine months in space, only to face a challenging battle with his own body. While space may look fascinating and exciting, a prolonged stay under microgravity can have several health side effects that the astronauts face once they re-enter gravity.
In an interview, Wilmore's wife said that he was not mentally prepared for such a long space stay at the space - under zero gravity - where the body usually functions differently than when on Earth. She opened up about the extreme weakness and lack of stamina Butch Wilmore has experienced since returning from his prolonged mission. His struggles shed light on the hidden effects of prolonged exposure to microgravity, which can have profound consequences on the human body.
For NASA astronaut Butch Wilmore, who spent nearly nine months in space, the return to Earth's gravity has been anything but smooth. In his recent statements, his wife candidly admitted that "gravity is not his friend," illustrating the immense struggle astronauts face upon re-entry.
So what exactly happens inside the body when it is exposed to microgravity for such a long period of time? The human body is designed to function under Earth's gravitational pull. When exposed to microgravity for extended periods, several physiological changes occur, many of which can be detrimental to overall health:
One of the most significant issues astronauts face after extended missions is muscle deterioration. The absence of gravity means that muscles do not need to work as hard to support the body, leading to significant muscle loss. Despite rigorous exercise routines in space, astronauts still experience a decline in muscle mass, which contributes to the weakness and lack of stamina upon return.
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Prolonged exposure to microgravity also results in a decrease in bone density. Studies show that astronauts can lose up to 1% of bone mass per month while in space. This puts them at a higher risk of fractures and long-term osteoporosis. Wilmore, like many other astronauts, likely faces an uphill battle in regaining bone strength post-mission.
The heart, like other muscles, weakens in space due to the reduced demand for pumping blood against gravity. Upon returning to Earth, many astronauts experience orthostatic intolerance a condition where they feel dizzy or faint when standing up due to weakened cardiovascular function. This could be a key reason behind Wilmore's reported struggles with low stamina.
In microgravity, bodily fluids shift toward the upper body, causing puffiness in the face and pressure in the head. Upon returning to Earth, the body struggles to readjust, leading to dehydration and circulatory issues, which can contribute to fatigue and sluggishness.
Astronauts often struggle with balance and coordination after returning from space due to changes in the vestibular system, which governs spatial orientation and movement control. Wilmore's difficulty adjusting to gravity is likely linked to this issue.
After returning to Earth last week, our #Crew9@NASA_Astronauts will talk about their mission to the @Space_Station in a news conference at 2:30pm ET (1830 UTC) on Monday, March 31. Get the details and share your questions with #AskNASA: https://t.co/AK9q3EU7XIpic.twitter.com/Vxld26hUwb
NASA (@NASA) March 24, 2025
NASA doctors have prescribed 45 days of intensive rehabilitation for Wilmore and Williams. Their program includes progressive core and spinal stabilization exercises, stretching, mobility training, and extensive physical therapy to rebuild their strength.
The astronauts are scheduled to hold a press conference on March 31, Monday at 2:30pm, to talk about their space experiences. Stay tuned for all the latest developments.
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