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少年在亚极量、极量负荷运动下血中MDA、GSH、SOD和CAT的变化
引用本文:傅静波,刘洪珍.少年在亚极量、极量负荷运动下血中MDA、GSH、SOD和CAT的变化[J].中国体育科技,2000,36(8):34-35.
作者姓名:傅静波  刘洪珍
作者单位:曲阜师范大学,体育系,山东,曲阜,273165
摘    要:为了探讨不同运动对机体自由基代谢和抗氧化酶的影响 ,采用跑台提供运动负荷 ,对 48名少年进行了安静、亚极量负荷和极量负荷下血浆中丙二醛 (MDA)、还原型谷胱甘肽 (GSH)、超氧化物歧化酶 (SOD)和过氧化氢酶 (CAT)的测定。结果发现 ,MDA在极量和亚极量运动负荷下极显著地高于安静时 ,极量负荷下又极明显地高于亚极量负荷时 ;全血中 GSH在两种负荷下均比安静时显著下降 ,但两种负荷间无明显差异 ;SOD的活力在两种负荷运动下显著高于安静状态时 ,极量负荷下虽高于亚极量负荷时 ,但无明显差异 ;CAT在亚极量负荷下其活力比安静时有所降低 ,但不显著 ,而在极量负荷下非常显著地高于安静和亚极量负荷状态时。

关 键 词:亚极量负荷  极量负荷  自由基  抗氧化酶  少年
修稿时间:1999-12-10

Changes of MDA, GSH, SOD and CAT of Youth in the Secondary Maximum and Maximum Load Exercise
FU Jing-bo,LIU Hong-zhen.Changes of MDA, GSH, SOD and CAT of Youth in the Secondary Maximum and Maximum Load Exercise[J].China Sport Science and Technology,2000,36(8):34-35.
Authors:FU Jing-bo  LIU Hong-zhen
Abstract:To explore the effect of different exercise load on the metabolize of free radical and activity of anti oxigenized, the MDA, GSH, SOD and CAT of 48 youth in rest, sub maximum and maximum load exercise were examined. The result shows that the MDA and activity of SOD in blood plasma in sub maximum and maximum load exercise is much higher than in the rest, MDA in sub maximum load exercise is much higher than in maximum load exercise. The GSH in blood in exercise is much lower than in the rest and the activity of CAT in maximum load exercise is much higher than that in sub maximum load exercise and rest.
Keywords:sub  maximum load  maximum load  free radical  anti  oxigenized enzymes
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