首页> 外文会议>AIAA Life Sciences and Space Medicine Conference '95 April 3-5, 1995/Houston, TX >A system for measuring surface electromyography and limb accelerations in microgravity
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A system for measuring surface electromyography and limb accelerations in microgravity

机译:测量微重力下表面肌电图和肢体加速度的系统

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Deficits in motor control, often accompanied by loss of muscle strength, have been reported after space flight. These deficits contribute to the inability to produce coordination patterns associated with maintaining upright posture. Posutre disequilibrium can greatly hamper prompt egress from a vehicle after space flights, particularly those of moderate or long duration. In conjunction with NASA's Extended Duration Orbiter Medical Project, the Motor Performance laboratory is working to develop in-flight countermeasures that prevent loss of muscle strength and movement coordination and protect these abilities at landing.
机译:太空飞行后,据报道运动控制不足,通常伴随着肌肉力量的丧失。这些缺陷导致无法产生与保持直立姿势相关的协调模式。能量不平衡会极大地阻碍太空飞行后迅速从车辆中逸出,尤其是持续时间中等或较长的飞行。与美国国家航空航天局的“持续时间延长的轨道器医学项目”一起,“运动性能”实验室正在研究制定飞行中的对策,以防止肌肉力量和运动协调性丧失,并在着陆时保护这些能力。

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