首页> 外文期刊>Aviation, space, and environmental medicine. >[335] JUSTIFYING A CLINICAL TRIAL OF THE FUNCTIONAL READAPTIVE EXERCISE DEVICE FOR LUMBOPELVIC MOTOR CONTROL REHABILITATION AFTER SPACEFLIGHT
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[335] JUSTIFYING A CLINICAL TRIAL OF THE FUNCTIONAL READAPTIVE EXERCISE DEVICE FOR LUMBOPELVIC MOTOR CONTROL REHABILITATION AFTER SPACEFLIGHT

机译:[335]在空间后垂悬的电动机控制康复功能的临床试验

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INTRODUCTION: Astronauts have 68% increased incidence of back pain (Sayson and Hargens 2008) and 4.3 times higher risk of herniated disc than controls (Johnston et al. 2010). Atrophy of lumbar multifidus (LM) and transversus abdominis (TrA) and difficulty controlling spinal mechanics is commonly found in post flight astronauts (Hides et al. 2011; Buckey 2006). Exercise using the Functional Readaptive Exercise Device (FRED) shows strong potential to recruit the LM and TrA muscles automatically (Debuse et al. 2013) which could benefit current post spaceflight rehabilitation. The mechanistic effects of exercise on the FRED were investigated to inform decisions regarding a future clinical trial.
机译:介绍:宇航员的腰痛发病率增加了68%(Sayson和Hargens 2008)和突出的光盘风险较高的4.3倍(Johnston等,2010)。 腰椎萎缩(LM)和横向腹部(TRA)和控制脊柱力学的难度通常在岗位上飞行宇航员(HIDE等人2011; BUCKEY 2006)。 使用功能性阅仪运动装置(FRED)锻炼显示出自动招募LM和TRA肌肉的强大潜力(Debuse等,2013),这可能会使当前的航天康复康复。 调查了锻炼对弗雷德的机械效应,以告知有关未来临床试验的决策。

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