间歇低氧运动对大鼠血清总蛋白和白蛋白的影响

The Effects of Intermittent Low-O_2 Movement on Rats'TP and Alb in Serum

将40只SD雄性大鼠随机分为安静2组(常氧对照组和间歇低氧对照组)和运动2组 (常氧运动组和间歇低氧运动组),人工制造14．5％低氧(O2)环境,4周后对各组大鼠血清总蛋白(TP)和白蛋白(Alb)进行检测．检测结果显示:常氧运动组血清TP、Alb最高,与其他各组比较具有统计学意义(p<0．05);而间歇低氧运动组的血清TP、Alb虽然比常氧对照组低,但与间歇低氧对照组比较有上升趋势．结论:低氧环境下可使机体蛋白质代谢受阻, 但4周的间歇低氧运动可提高蛋白质代谢适应能力,有利于身体机能能力的提高．

40 SD male rats were divided into four groups randomly. Two of them were quiet （including the Standard-O2 Comparative Group and the Intermittent Low-O2 Comparative Group）. The other two were motive （including the Standard-O2 Motive Group and the Intermittent Low-O2 Motive Group ）.A man-made 14.5% low-O2 environment was created. Four weeks later,the rats＇ AP and Alb contents in serum of every group wcrc checked and measured. The result shows as follows： the TP and Alb contents in serum of the Standard-O2 Motive Group are the highest,which are of Statistics significant （p 〈0.05） ; Though the content of the TP in serum of the Intermittent Low-O2 Motive Group is lower than that of the Intermittent Low-O2 Motive Group, it tends to rise higher by comparing with the TP and Alb content in serum of the Intermittent Low-O2 Comparative Group. The conclusion is ： the organism＇s protein will be restrained while metabolizing in low-O2 environment, but 4 weeks＇ intermittent low-O2 movement causes the adaptation of protein＇s metabolism and is good for promoting body＇s functional ability.