吸痰可导致低氧血症和组织缺氧。
Arterial hypoxemia and tissue hypoxia maybe induced by tracheal suction.
目的了解兔失血过程中血气变化和组织缺氧情况。
Objective To understand the changes of the blood gas and the tissue hypoxia in rabbits during graded progressive hemorrhage.
本研究以探讨组织缺氧程度对血管新生方式的影响为目标。
Objective To understand the changes of the blood gas and the tissue hypoxia in rabbits during graded progressive hemorrhage.
目的探索血氧深入图像分析技术对患儿组织缺氧的判断作用。
Objective To verify the diagnostic action of the deep-picture analysis of blood oxygen in children with tissue anoxia.
在医院中的患者发生组织缺氧的原因有很多种，从循环问题到代谢困难。
Hypoxia in hospital patients has various causes, from circulation problems to metabolism difficulties.
对于组织缺氧，就想说一件事。大家在飞行当中一定要保持平和的心态。
And the hypoxia, the only thing I want to say is we must be calm and patient during the flight no matter the pilot and passengers.
以前的症状：大脑和和肌肉组织缺氧导致注意力不集中，肌肉无力，脾气暴躁。
Symptoms before: lack of oxygen to the brain and muscle tissues caused inability to concentrate, muscle weakness, emotional irritability.
结论：脑氧代谢持续监测安全、有效，有利于早期发现SHI后脑组织缺氧及酸中毒。
Conclusions: The brain oxygen metabolism monitoring is a safe and reliable method to detect brain tissue hypoxia and acidosis after SHI.
结果：23例患者中有8例发现有PC，在这些口才中，咳嗽、肺部湿啰音及组织缺氧常见。
Result: PC was identified in 8 or 23 patients. In these patients, cough, crackles, and hypoxia were common.
VEGF121的表达受到组织缺氧，炎症因子和肿瘤组织产生的致癌基因的诱导（1-3）。
VEGF121 expression is induced by hypoxia, inflammatory cytokines and through oncogene products in tumors (1-3).
在登山者的脑部，这种损伤通常是由于轻度中风-粘稠血液中的血块，周围组织缺氧引起的中风。
In a climber's brain, the damage is often caused by small strokes-clots that form in the thickened blood, starving the surrounding tissue of oxygen.
肾缺血后损伤显示，损伤不仅是血供中断后组织缺氧的结果，更有再灌注进程中引起炎症反应的激活过程。
Renal injury after ischemia appears to be a consequence of tissue hypoxia not only from interrupted blood supply but also from the process of reperfusion which leads to an active inflammatory process.
专家们说人们应该了解在乘飞机旅行时其他能够侵袭身体健康的问题，其中一个是组织缺氧，它是由大脑缺氧造成。
Experts say people should know about other health concerns that can strike when traveling by air. One of these is hypoxia. It results from a lack of oxygen to the brain.
COPD的发病是多因素综合作用的结果，其中包括组织缺氧所引起的肺动脉高压，而组织缺氧部分归因于肺血管的重塑。
Morbidity in COPD results from a combination of factors including hypoxia-induced pulmonary hypertension, in part due to pulmonary vascular remodelling.
方法： 制备心肌组织缺氧模型，观察不同剂量的地高辛抗血清对缺氧损伤心肌组织内洋地黄素水平和心肌细胞膜ATP酶活性的影响。
METHODS: It was observed that different concentration of anti-digoxin antiserum effect on endoxin and cell membrane ATPase activity in hypoxic myocardium model.
此次严酷的珠穆朗玛探险由伦敦大学组织，目的是希望通过验证“人应对组织缺氧的能力通常是先天决定”这一理论来为这一问题的解决带来一线曙光。
The Extreme Everest expedition, organized by University College London, hopes to shed light on the problem by testing the theory that a person's ability to handle hypoxia is genetically determined.
方法制备心肌组织缺氧损伤模型，观察不同剂量的地高辛抗血清对缺氧损伤心肌组织内源性洋地黄样因子水平和心肌细胞膜atp酶活性的影响。
Methods it was observed that different concentration anti_digoxin antiserum effect on endogenous digitalis_like factor and cell membrane ATPase activity in hypoxic myocardium model.
此次严酷的珠穆朗玛探险由伦敦大学组织，目的是希望通过验证“人应对组织缺氧的能力通常是先天决定”这一理论来为这一问题的解决带来一线曙光。
The extreme Everest expedition organized by university college London hopes to shed light on the problem by testing the theory that a person's ability to handle hypoxia is genetical ly determined.
如果生物体死于一个快速沉积和缺氧的环境，那么软组织残骸实际保存下来的可能性会提高。
The probability that actual remains of soft tissue will be preserved is improved if the organism dies in an environment of rapid deposition and oxygen deprivation.
这是一个组织中毒性缺氧的例子。
暴露在太空当中的真正问题是空气会迅速地从你身上的每个毛孔里溜走，造成大面积组织损伤并让你缺氧。
The real problem with space exposure is the air rushing out of every orifice of your body, causing massive tissue damage and giving you anoxia.
包括由于血液堵塞引起短暂缺氧而受损的心脏组织。
This would include cases where heart tissue becomes damaged after being deprived temporarily of oxygen due to a blockage in the blood supply.
在这样的高地上，大多数人都容易受到缺氧的影响，因为在那里只有很少的氧气能输送到人体的各个组织，这样就可能导致致命的肺部或脑部的炎症。
At such heights, most people are susceptible to hypoxia, in which too little oxygen reaches body tissues, potentially leading to fatal lung or brain inflammation.
我们不清楚是否组织因为缺氧而死，或是在含氧量恢复时死掉。
"We don't know if tissue dies because of a lack of oxygen or when oxygen levels are restored," says Whitesides.
HBOT已经被证实有抗菌效果和增加缺氧创伤组织的含氧量(8 - 10)。
HBOT has been demonstrated to have an antimicrobial effect and to increase oxygenation of hypoxic wound tissues (8-10).
发病机制的研究涉及生物化学、分子生物学、血液异常的等方面，但其中心环节是高血糖和其引起组织缺血缺氧发生的一系列改变。
The research of the mechanism involves in biochemistry, molecular biology and blood dyscrasia, but it's center still is high blood sugar which causes a series changes of ischemia and hypoxia.
发病机制的研究涉及生物化学、分子生物学、血液异常的等方面，但其中心环节是高血糖和其引起组织缺血缺氧发生的一系列改变。
The research of the mechanism involves in biochemistry, molecular biology and blood dyscrasia, but it's center still is high blood sugar which causes a series changes of ischemia and hypoxia.
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