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Multimodal MRI Evaluation of Physiological Changes on Leg Muscles due to Fatigue after Intense Exercise

机译:强烈运动后疲劳导致腿部肌肉生理变化的多峰MRI评价

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DTI, BOLD and T2 can give us non-invasive information on the functioning of muscles in real time. We used a multimodal approach, that included DTI, BOLD and T2 measurements, to evaluate the physiological changes in several leg muscles, and were able to assess that the soleus and gastrocnemius were the most involved muscles when our volunteers were submitted to intense one legged jump physical exercise conducive to fatigue. DTI, BOLD and T2 can give us non-invasive information on the functioning of muscles in real time. We used a multimodal approach, that included DTI, BOLD and T2 measurements, to evaluate the physiological changes in several leg muscles, and were able to assess that the soleus and gastrocnemius were the most involved muscles when our volunteers were submitted to intense one legged jump physical exercise conducive to fatigue.
机译:DTI,BOLD和T2可以在实时向我们提供有关肌肉功能的非侵入性信息。我们使用了多模态方法,包括DTI,大胆和T2测量,评估几条腿部肌肉的生理变化,并且能够评估唯一和腓肠肌,当我们的志愿者提交强烈的一条腿跳跃时是最涉及的肌肉最多的肌肉有利于疲劳的体力锻炼。 DTI,BOLD和T2可以在实时向我们提供有关肌肉功能的非侵入性信息。我们使用了多模态方法,包括DTI,大胆和T2测量,评估几条腿部肌肉的生理变化,并且能够评估唯一和腓肠肌,当我们的志愿者提交强烈的一条腿跳跃时是最涉及的肌肉最多的肌肉有利于疲劳的体力锻炼。

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