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Bone mass loss caused by microgravity is considered as one of the worst influences to human body during long-term spaceflight. As one of the countermeasures to retain bone mass, muscle electrical stimulation is just started in spaceflight application and needs further research. This work is aimed to investigate the effects of muscle electrical stimulation based on the tail-suspended rat experiment...
It has been documented that astronauts suffer from a progressive and continuous negative calcium balance in space flight. The aim of this trial was to demonstrate the role of force incentive on protection of bone loss in stimulated microgravity rats. 7-week-old male Wistar rats were randomly divided into 3 groups. One group was suspended by tail for 21 days, one groups were suspended for 21 days and...
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