摘要
用原子吸收法测定了高空缺氧条件下DPH对大鼠脑组织铁、锌含量的影响．并测定了脑MDA含量。结果显示：对照组在高空缺氧条件下．脑组织铁含量明显高于用药组P＜0．05）．而脑锌含量明显低于用药组（P＜0．05）。脑组织MDA含量明显高于地面对照组及用药组（P＜0.01）。这表明，在高空缺氧条件下，对照组脑组织过氧化反应增强，高于用药组；脑组织MDA含量与锌含量成反比。
The content of Fe and Zn in brain of rats with or without DPH in 7. 5 km high-altitudedetermined by atondc absorption spectrometry. The content of the brain MDA was also observed. The results showed that the content of brain FE in rat without DPH under hith-alti-tude was much higher than that of normal rat and the content of brain Zn of rat with DPHwas much higher than that of rat without DPH under high-altitude. The content of rat brainMDA without DPH was much higher than that of rat with DPH under high-altitude. The oxgen deficiency makes brain metabolism and hydroperoxidate reaction increased while.DPHmakes brain metabolism and hydroperoxidate reaction decreased.
出处
《广东微量元素科学》
CAS
1997年第8期17-19,共3页
Trace Elements Science
关键词
苯妥英钠
高空缺氧
脑组织
丙二醛
铁
锌
Dephenylhydantion (DPH), High-altitude,Atomic absorption spectrometry
