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Effects of Muscle Electrical Stimulation on Bone Mineral Density in the Hindlimb Bones of the Tail-Suspended Rats

机译:肌肉电刺激对尾部悬吊大鼠后肢骨骼中骨矿物质密度的影响

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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. The statistical results of bone mineral density have shown that muscle electrical stimulation can retain bone mass to a certain extent under the condition of simulated microgravity.
机译:微重力引起的骨骼质量损失被认为是长期航天过程中对人体的最严重影响之一。作为保持骨量的对策之一,肌肉电刺激才刚刚开始在航天领域中应用,需要进一步研究。这项工作旨在根据尾部悬吊的大鼠实验研究肌肉电刺激的效果。骨矿物质密度的统计结果表明,在模拟微重力条件下,肌肉电刺激可以一定程度保留骨质。

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