Halfway through their six-month mission aboard the China Space Station (CSS), the Shenzhou-18 crew is showcasing how cutting-edge technology keeps taikonauts healthy in space. The three taikonauts have recently completed a series of weightlessness protection experiments, as reported by the China Manned Space Agency (CMSA).
Adapting to the effects of weightlessness poses significant challenges during prolonged space missions. Extended exposure to microgravity can lead to “space adaptation syndrome,” with bone loss being a primary concern for space travelers.
To address this issue, Chinese researchers have developed a bone loss countermeasure device based on the principle of bone fluid flow vibration. This innovative device stimulates bone fluid flow through vibration in a weightless environment, triggering interactions between osteoblasts and osteoclasts. The result is an effective inhibition of bone loss, helping the taikonauts maintain their bone density and overall health during their mission.
The successful implementation of this technology not only ensures the well-being of the Shenzhou-18 crew but also marks a significant advancement in space medicine. It paves the way for longer manned missions and contributes valuable data for future space exploration endeavors.
Reference(s):
China Space Station: How do Shenzhou-18 taikonauts stay healthy?
cgtn.com
