plateau hypoxia

Research advances in plateau hypoxia and gut barrier injury

高原缺氧与肠黏膜屏障损伤研究进展

Comparative Study of Oxygen and Pressure Support Therapy on Plateau Hypoxia at an Altitude of 3992 Meters

在3992m海拔高度吸氧及局部增压对高原缺氧疗效的对比研究

Objective To investigate the influence of plateau hypoxia on the testosterone levels in rats .

目的探讨高原低氧环境下大鼠血浆睾丸酮（T）含量的变化。

The Effection of Hyperbaric Cabin on Plateau Hypoxia at High Altitude

增压舱对高原缺氧防治作用的高原现场研究

Objective To compare the effects of oxygen therapy and local pressurization in alleviating plateau hypoxia at high altitude .

目的评价吸氧和局部增压对高原缺氧的治疗效果。

Plateau hypoxia and SD exert a serious effects on the military effectiveness . therefore , it is highly necessary to study the effective SD countermeasures in plateau condition .

高原缺氧和睡眠剥夺会严重影响军事作业的绩效，因此，有必要在高原环境中探讨SD的有效对抗措施。

Conclusion : There is probably common pathophysiologic basis in both AHARS and SIRS / ARDS / MODS induced by plateau hypoxia or other exogenous insults factors .

结论：高原缺氧为主的暴露因素与各种外源性致伤因素介导的SIRS/ARDS/MODS可能与AHARS有共同的病生基础，均可导致急性全身炎症反应。

Tese results indicate under the plateau hypoxia circumstance , the BMS show evident angiectasis and hyperemia and the volume and length of the BMS are higher in acute and subacute periods .

表明：在高寒缺氧的环境下，在急性和亚急性缺氧期，实验组骨髓窦体积增大，长度增加，血窦扩张充血明显；

To explore the influence on plateau hypoxia rats by the intervention of HPA axis drugs ,( mifepristone , dexamethasone , metyrapone ) and explore the key point of hormone secretion of HPA axis . 3 .

探讨HPA轴干预药物（地塞米松，美替拉酮，米非司酮）对高原缺氧大鼠的影响，探索可能影响HPA轴激素分泌的关键环节点。

Aiming at plateau mine production hypoxia problems , this paper puts forward the artificial pressurization as the main measure of the ventilation to improve the overall environment for workers ' work .

本文针对目前高原矿井生产面临的低压缺氧问题，提出了以人工增压为主要措施的通风方法，以改善井下工人劳动的整体环境。

China is a vast plateau region . Hypobaric hypoxia at high altitude is the main feature of the environment . Hypoxia response can lead to severe pulmonary edema , cerebral edema and other acute diseases when the troops enter high altitude area .

我国高原地区幅员辽阔，低压缺氧是高原地区的主要环境特征，大部队进驻高原容易产生缺氧反应，严重时可导致肺水肿、脑水肿等急性疾病。

Although plateau pika is a high hypoxia tolerate mammal with high ration of oxygen utilization to cope with plateau hypoxia , hypoxia has some effects on the fertility of plateau pika .

尽管高原鼠兔是一种对高原环境高耐受性的动物，低氧对其生理仍有一定的影响。