Conclusion (1) Both endurance and high-intensity intermittent training can enhance skeletal muscle glucose transport capacity significantly after glycogen-depletion exercise.
结论：(1)耐力训练和间歇高强度训练均能增强大鼠骨骼肌葡萄糖转运能力。
A mouse study found that endurance exercise influenced mesenchymal stem cells to turn into bone rather than into fat cells, leading to more oxygen carrying capacity and better immune function.
一项对老鼠的研究发现，耐久力训练会影响间叶干细胞转化成骨质而非脂肪细胞，这使得运氧容量的增加和抵抗力的增强。
Objective: To study the training intensity of Submariner Endurance Exercise(SEE) and the effects of SEE on the subjects' physical capacity and pulmonary function.
目的：研究潜艇艇员耐力体操的训练强度和对受训人员体能与肺功能的作用。
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