The pharmacodynamics of intranasal liposome administration was validated using 3 experiments and indexes: complete ischaemia model, brain hypoxia model and cerebral thrombus model induced by intravenous revulsant.
采用三个实验和不同指标，进行了脂质体鼻粘膜给药制剂的药效学验证。 分别为：药物的抗脑缺氧作用、抗急性脑缺血作用、抗脑血栓形成作用。
参考来源 - 鼻粘膜给药尼莫地平冷冻干燥脂质体的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
It was found that the occurrence of epilepsy was not in close relation with the severity of brain hypoxia.
结果表明癫痫的有无与脑缺氧的严重程度并不成正比。
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.
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。
Bleeding can cause foetal hypoxia (lack of oxygen to the brain of an unborn child).
出血会导致胎儿脑缺氧。
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