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功能性电刺激划船的发展:Rowstim系列

Development of Functional Electrical Stimulation Rowing: The Rowstim Series.

作者信息

Andrews Brian, Gibbons Robin, Wheeler Garry

机构信息

School of Engineering, University of Warwick, Coventry, UK.

Nuffield Department of Surgical Sciences, University of Oxford, Oxford, UK.

出版信息

Artif Organs. 2017 Nov;41(11):E203-E212. doi: 10.1111/aor.13053.

Abstract

Potentially, functional electrical stimulation (FES)-assisted exercise may have an important therapeutic role in reducing comorbidities associated with spinal cord injury (SCI). Here, we present an overview of these secondary life-threatening conditions, discuss the rationale behind the development of a hybrid exercise called FES rowing, and describe our experience in developing FES rowing technology. FES rowing and sculling are unique forms of adaptive rowing for those with SCI. The paralyzed leg musculature is activated by multiple channels of electrical pulses delivered via self-adhesive electrodes attached to the skin. The stimulated muscle contractions are synchronized with voluntary rowing movements of the upper limbs. A range of steady-state FES rowing exercise intensities have been demonstrated from 15.2 ± 1.8 mL/kg/min in tetraplegia to 22.9 ±7.1 mL/kg/min in paraplegia. We expect that such high levels may help some to achieve significant reductions in the risks to their health, particularly where a dose-response relationship exists as is the case for cardiovascular disease and Type II diabetes. Furthermore, preliminary results suggest that cyclical forces more than 1.5 times body weight are imposed on the leg long bones which may help to reduce the risk of fragility fractures. We have demonstrated the feasibility of FES rowing on land and water using adapted rowing technology that includes; a fixed stretcher indoor ergometer (adapted Concept 2, Model E), a floating stretcher indoor ergometer (adapted Concept 2 Dynamic), a turbine powered water rowing tank, a custom hydraulic sculling simulator and a single scull (adapted Alden 16). This has involved volunteers with paraplegia and tetraplegia with SCI ranging from C4 to T12 AIS A using at least 4-channels of surface electrical stimulation. FES rowers, with SCI, have competed alongside non-SCI rowers over the Olympic distance of 2000 m at the British Indoor Rowing Championships in 2004, 2005, and 2006 and the World Indoor Rowing Championships in 2006 (CRASH-B's) in Boston, MA, USA. The best 2000 m FES rowing performance to date has been achieved by a 23-year-old male, Tom Aggar T12 AIS A, in 10 min 28 s. Moreover, two of our FES rowers with complete paraplegia have gone on to successfully compete in the Adaptive Rowing arms-only category (AM1x) at the World Rowing Championships and Paralympic Games.

摘要

潜在地,功能性电刺激(FES)辅助运动在降低与脊髓损伤(SCI)相关的合并症方面可能具有重要的治疗作用。在此,我们概述这些危及生命的继发性疾病,讨论一种名为FES划船的混合运动发展背后的基本原理,并描述我们在开发FES划船技术方面的经验。FES划船和单人双桨划船是适合SCI患者的独特适应性划船形式。瘫痪的腿部肌肉组织通过附着在皮肤上的自粘电极传递的多个电脉冲通道来激活。受刺激的肌肉收缩与上肢的自主划船动作同步。已证明一系列稳态FES划船运动强度,从四肢瘫痪患者的15.2±1.8毫升/千克/分钟到截瘫患者的22.9±7.1毫升/千克/分钟。我们预计如此高强度可能有助于一些人显著降低健康风险,特别是在存在剂量反应关系的情况下,如心血管疾病和II型糖尿病。此外,初步结果表明,腿部长骨受到超过体重1.5倍的周期性力量,这可能有助于降低脆性骨折的风险。我们已经证明了使用适配的划船技术在陆地和水上进行FES划船的可行性,这些技术包括:固定担架室内测力计(适配Concept 2,型号E)、浮动担架室内测力计(适配Concept 2 Dynamic)、涡轮动力水上划船池、定制液压单人双桨划船模拟器和单桨(适配Alden 16)。这涉及患有截瘫和四肢瘫痪的SCI志愿者,损伤程度从C4到T12 AIS A,使用至少4通道的表面电刺激。患有SCI的FES划船运动员在2004年、2005年和2006年的英国室内划船锦标赛以及2006年在美国马萨诸塞州波士顿举行的世界室内划船锦标赛(CRASH - B's)中,与非SCI划船运动员一起完成了2000米的奥运距离比赛。迄今为止,2000米FES划船的最佳成绩由一名23岁男性Tom Aggar T12 AIS A在10分28秒内取得。此外,我们的两名完全截瘫的FES划船运动员继续成功参加了世界划船锦标赛和残奥会的适应性划船单人仅臂类(AM1x)比赛。

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