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首页> 外文会议>International Symposium on Beyond the International Space Station: the Future of Human Spaceflight Jun 4-7, 2002 Strasbourg, France >Physical Disability in the Microgravity Environment: Factors for Consideration in the Human Spinal Cord Injury Model
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Physical Disability in the Microgravity Environment: Factors for Consideration in the Human Spinal Cord Injury Model

机译：微重力环境中的身体残疾：在人类脊髓损伤模型中需要考虑的因素

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摘要

Physiological effects and side effects of high thoracic (and lower) neurological dysfunction due to spinal cord injury (SCI) do net lie in contrast with spaceflight opportunities. Indeed, many of the effects of long- erm habitation in a microgravity environment by the so far able-bodied pioneers are experienced continuously by those living with physical disability in a +lg environment. Though some of these might make spaceflight more enduring, others may make microgravity habitation, and indeed recovery from it, easier than it is for the able-bodied. Importantly, there is a massive cultural understanding to be gained from the knowledge that it is our own Earth-bound annealed environment that dictates the refinements of physical disability. It is the conclusion and challenge of this short paper that the benefits of exploring microgravity habitation with a physical disability, s uch as SCI, outweigh the pitfalls, and that not only spaceflight and medical research but also the "human experience" would greatly benefit from exploring this option.
机译：与航天飞行机会形成对比的是，脊髓损伤（SCI）引起的高胸（及下）神经功能障碍的生理效应和副作用确实存在。的确，迄今为止，身体健全的先驱者在微重力环境中长期居住在微重力环境中的许多影响，在+ lg环境中一直存在于身体残疾的人身上。尽管其中一些可能使太空飞行更加持久，但其他一些则可能使微重力栖息地以及从中恢复的过程比健全人更容易。重要的是，要认识到，正是我们自己的，受地球约束的退火环境决定了身体残疾的改善，因此可以获得广泛的文化理解。这篇简短论文的结论和挑战在于，探索具有SCI之类的具有身体残疾的微重力环境的好处超过了陷阱，不仅太空飞行和医学研究，而且“人类经验”都将从中受益探索此选项。

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