CAJ | 학술논문

探讨在进行低氧训练后，吸高浓度氧对大鼠骨骼肌琥珀酸脱氢酶（SDH）和苹果酸脱氢酶（MDH）活性的影响。将雄性SD大鼠38只随机分为常氧运动组（A）、低氧运动组（B）、常氧运动高氧恢复组（C）、低氧运动高氧恢复组（D），分别进行常氧训练、低氧训练和高氧恢复。4周后测试大鼠骨骼肌SDH和MDH的活性。结果发现，经过4周的实验，高氧恢复干预组大鼠的SDH、MDH活性要比单纯运动或低氧运动组大鼠的活性高，且常氧运动高氧恢复组SDH、MDH活性均显著高于对应的常氧运动组；低氧运动高氧恢复组MDH活性显著高于低氧运动组；而低氧运动组SDH、MDH的活性要高于对应的常氧运动组，且低氧运动组MDH活性显著高于常氧运动组。结果表明，4周低氧训练比常氧训练在提高大鼠股四头肌SDH和MDH活性方面有一定优越性．而在低氧训练和常氧训练后进行高浓度氧恢复则更能显著地提高大鼠股四头肌SDH和MDH的活性。
탐토재진행저양훈련후，흡고농도양대대서골격기호박산탈경매（SDH）화평과산탈경매（MDH）활성적영향。장웅성SD대서38지수궤분위상양운동조（A）、저양운동조（B）、상양운동고양회복조（C）、저양운동고양회복조（D），분별진행상양훈련、저양훈련화고양회복。4주후측시대서골격기SDH화MDH적활성。결과발현，경과4주적실험，고양회복간예조대서적SDH、MDH활성요비단순운동혹저양운동조대서적활성고，차상양운동고양회복조SDH、MDH활성균현저고우대응적상양운동조；저양운동고양회복조MDH활성현저고우저양운동조；이저양운동조SDH、MDH적활성요고우대응적상양운동조，차저양운동조MDH활성현저고우상양운동조。결과표명，4주저양훈련비상양훈련재제고대서고사두기SDH화MDH활성방면유일정우월성．이재저양훈련화상양훈련후진행고농도양회복칙경능현저지제고대서고사두기SDH화MDH적활성。
To investigate the change of activity of SDH and MDH in skeletal muscle of hypoxia-training rats after giving hyperxia recuperation. 38 male adult Sprague-Drawly（SD） rats were randomly divided into 4 groups： normoxia exercise group （A） hypoxia exercise group（B） normoxia exercise and hyperxia recuperation group（C） hypoxia exercise and hyperxia recuperation group（D）. After 4 weeks,to sample and to test activity of SDH and MDH in skeletal muscle of rats. Activity of SDH and MDH of hyperxia recuperation group was significantly higher than normoxia exercise group and hypoxia exercise group. 4 weeks＇ hypoxia-training can boost activity of SDH and MDH of rats＇ skeletal muscle. TO give hyperxia recuperation after normoxia exercise or hypoxia exercise can boost activity of SDH and MDH of rats＇ quadriceps muscle of thigh obviously too.