微重力诱导的脊柱运动学变化的体外测量

D. Reiter, N. Sarigul-Klijn, Munish C. Gupta, F. Fathallah
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引用次数: 0

摘要

据观察,在太空飞行中,由于微重力的影响,宇航员的身高可增加7厘米。这部分是由于椎间盘(IVD)肿胀所致。因此,大多数宇航员都会经历腰痛。疼痛的机制还没有被很好地理解。通过在地球上的卧床休息研究,模拟了在微重力环境下发生的生理变化。这些研究验证了高度的变化,很好地模拟了空间飞行的微重力。没有任何研究表明流体移位如何影响脊柱的运动学。在我们的研究中,我们设计了一个基于地面的体外实验来测量微重力对脊柱的运动学变化。
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In-Vitro Measurements of Microgravity Induced Kinematics Changes on Spine
It has been observed that astronauts gain height up to 7 cm during space flight due to microgravity effects. This is due partly to the swelling of inter vertabral Dics (IVD). As a result of this most astronauts experiences low back pain. The mechanisms of pain are not well understood yet. The physiological changes that occur from microgravity environment are simulated via bed rest studies on earth. These studies verify the height change and are good simulations of the microgravity of Space Flight. There has not been any studies showing how the fluid shift effects the kinematics of the spine. In our study we designed a ground based in-vitro experiment to measure the kinematics changes induced by microgravity on spine.
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