hyperoxidation
- hyperoxidation的基本解释
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氧化过程
- 更多网络例句与hyperoxidation相关的网络例句 [注：此内容来源于网络，仅供参考]
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Objective To investigate the condition of lipid hyperoxidation and fibrinolysis in 56 acute cerebral infarction patients in order to instruct the clinical therapy.
目的 探讨急性脑梗死时患者体内脂质过氧化及纤溶状况，指导临床治疗。
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It is concluded that there are increases of lipid hyperoxidation and fibrinolysis in the cerebral infarction patients and healthy older people. The results suggest that giving antioxidation and thrombolysis therapy is good to decreasing the incidence rate of older people and the death rate of cerebral infarction patients.
脑梗死及健康老年人均存在脂质过氧化和纤溶活性的增强，适当予以抗氧化及溶栓治疗是降低老年人发病率及脑梗死病人死亡率的一项有效措施。
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Changes of lipid hyperoxidation and amount of circulating endothelial cells under simulated weightlessness and factors that may influence these changes were observed in 3 groups of subjects (5 in each group) exposed to 17d -6° head down bed rest, HDBR+hypoxia and HDBR+qigong respectively.
为研究模拟失重、低氧、气功及其复合作用对人体脂质过氧化及循环内皮细胞含量的影响，受试者为15名19～21岁男性健康青年，分为单纯卧床组、卧床＋低氧组和卧床＋气功组进行了17d的头低位－6°卧床实验。
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The concentration of β-EP in plasma in patients with VP decreased significantly,its mechanism might be relate to the decline of dopamine system's function induced by MCI of basal ganglion,lipid hyperoxidation and radical lesions in chronic cerebrovascular di-sease,abnormality of immune function,decrease of stress and inflammation reaction.
VP患者血浆β-EP含量明显降低，其机理可能与基底节区MCI导致多巴胺系统功能降低、慢性脑血管病脂质过氧化和自由基损伤、免疫功能异常、应激能力减弱和炎症反应有关。
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tonifing qi and nourishing yin and promoting blood to restore luo theropy can improve the endothelial function, relief coronary spasm, get rid of OFR and inhibit hyperoxidation of lipid, reduce blood thickness and platelet activity, so reliefathrosclerosis and prevent the formation of throbosis. So unstable angina is treated.
益气养阴活血通络法能缓解冠脉痉挛，改善血管内皮功能，清除氧自由基，抑制脂质过氧化，降低血液粘度和血小板活化，从而起到延缓动脉粥样硬化，防止血栓形成的作用。
- 更多网络解释与hyperoxidation相关的网络解释 [注：此内容来源于网络，仅供参考]
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hyperoxidation：氧化过程
hyperoxia 组织内氧过多 高氧症 | hyperoxidation 氧化过程 | hyperoxide 超氧化物
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hyperoxidation：氧化过度
氧过多 hyperoxia | 氧化过度 hyperoxidation | 甲状旁腺弁鄐振i hyperparathyroidism