DEFICITS OF CALF MUSCLES STRENGTH AND RATE OF FORCE DEVELOPMENT AFTER ACHILLES TENDON RUPTURE

IF 0.4 Q4 SOCIAL WORK Social Welfare Interdisciplinary Approach Pub Date : 2019-07-07 DOI:10.21277/SW.V2I8.386
Vaida Aleknavičiūtė Ablonskė, Agnė Savenkovienė, A. Skurvydas
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Abstract

The Achilles tendon is the thickest and the strongest tendon in the human body. Many studies, investigating biomechanical properties of plantar flexors muscle-tendon unit after ATR surgery, reported an incomplete calf muscle contractile functional recovery. However, these studies only investigated the plantar flexors muscle function failing to provide information about the adaptive changes in motor strategy. In fact, the development of adaptive changes in motor strategies, due to both mechanical and neural factors, may result in pathological musculoskeletal conditions over the long term. Understanding physiological calf muscle changes due to long-term immobilization may help prevent Achilles tendon re-rupture cases.
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跟腱断裂后小腿肌肉力量和力量发展速度的缺陷
跟腱是人体内最粗、最强壮的肌腱。许多研究调查了ATR手术后足底屈肌-肌腱单元的生物力学特性,报道了小腿肌肉收缩功能的不完全恢复。然而,这些研究仅调查了足底屈肌的功能,未能提供有关运动策略适应性变化的信息。事实上,由于机械和神经因素,运动策略的适应性变化的发展可能导致长期的病理性肌肉骨骼疾病。了解长期固定引起的小腿肌肉生理变化可能有助于预防跟腱再断裂病例。
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