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Weightless on Earth with VIVALDI

Written by  Wednesday, 21 September 2022 06:00
VIVALDI II logo

During missions on the International Space Station, astronauts’ bodies go through a wide array of changes due to lack of gravity - everything from vision to cardiovascular health to bone density is affected.

Though astronauts exercise and take supplements to mitigate some of these effects, understanding more about deconditioning in microgravity could allow physicians to design better treatments. This wouldn’t just be useful for spacefarers; it could also improve treatment strategies for common health conditions here on Earth. 

No lunch breaks - VIVALDI participants stay reclined while eating
No lunch breaks - VIVALDI participants stay reclined while eating

“Our first objective is to use the analogue to get a better understanding on how humans physiologically, and to a certain extent psychologically, react and adapt to such an extreme stimulus,” says Angelique, ESA Discipline Lead for Life Sciences. “It's a good tool to get a better understanding of how astronauts adapt to spaceflight, and it allows us to test and validate countermeasures.”

The first leg of this experiment, VIVALDI I, featured an all-female group of participants, to fill a gap in existing research. Alongside VIVALDI II, the soon-to-begin second leg involving male participants, the data gathered will give researchers an idea of what strains microgravity places on astronauts of any sex, so that widely effective mitigation approaches can be designed


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