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首页> 外文期刊>Spinal cord: the official journal of the International Medical Society of Paraplegia >Respiratory muscle training increases respiratory strength, function and endurance during the period of training in tetraplegic individuals
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Respiratory muscle training increases respiratory strength, function and endurance during the period of training in tetraplegic individuals

机译：在四肢瘫痪患者训练期间，呼吸肌训练可提高呼吸强度，功能和耐力

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Dear Spinal Cord reader, The activities to set up the 4 times per year SC Series & Cases is progressing well. Will keep you informed! But already at this stage submissions are welcomed through the SC website which is gradually adapted. In this issue again many interesting contributions: Review: Tamplin and Berlowitz found in literature evidence that respiratory muscle training is very valuable in tetraplegic individuals. But the optimum dosages and duration of effect needs to be determined. Ambulation: Saensook et al. explored types of ambulatory assistive device (AAD) and describe walking performance in independent ambulatory patients with SCI who walked without and with various AADs in 6 min walks. Amatachaya et al. confirm the benefits of using a visuotemporal cue to improve walking ability in subjects with intact integrative capability of the brain but with different levels of sensorimotor deterioration. Interesting e.g. in sport and exercise sciences and rehabilitation treatments. Tsai et al. found a mobility device to be positively associated with social participation. Papaiordanidou et al. showed that neuromuscular fatigue development induced by intermittent neuromuscular electrical stimulation in complete SCI, can be significant and attributed to impaired cross-bridge force-generating capacity, without modification of spinal excitability nor muscle excitability. Crosbie et al. explain that different FES training paradigms appear to produce different responses, however the ability to stand up seems more responsive to training with 35 Hz FES stimulation.
机译：亲爱的脊髓阅读器，每年设置4次SC系列和案例的活动进展顺利。会及时通知您！但是，现阶段已经可以通过SC网站对提交的内容进行欢迎，该网站将逐步进行调整。在这个问题上，又有许多有趣的贡献：评论：Tamplin和Berlowitz在文献中发现，呼吸肌训练对四肢瘫痪患者非常有价值。但是需要确定最佳剂量和作用持续时间。行走：Saensook等。探究了门诊辅助设备（AAD）的类型，并描述了在6分钟的步行过程中无或有各种AAD的SCI独立门诊患者的步行表现。 Amatachaya等。证实使用视觉时空提示来改善具有完整大脑整合能力但感觉运动水平不同的受试者的步行能力的好处。有趣的运动和运动科学以及康复治疗方面的知识。蔡等。发现出行工具与社交参与呈正相关。 Papaiordanidou等。结果表明，在完整的脊髓损伤中，间歇性神经肌肉电刺激引起的神经肌肉疲劳发展可能是显着的，并且归因于跨桥力产生能力的受损，而没有改变脊髓的兴奋性或肌肉的兴奋性。 Crosbie等。解释说，不同的FES训练范式似乎会产生不同的响应，但是，站起来的能力似乎对35 Hz FES刺激的训练更敏感。

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