anaerobic glycolysis

厌氧酵解

机械



双语例句

  1. The anaerobic breakdown of glucose is called glycolysis.
    厌氧分解葡萄糖称为酵解。
  2. It is indicated that anaerobic glycolysis level is the main factor of restricting endurance ability and that anaerobic ability is the key factor to the physique ability.
    研究启示:无氧糖酵解供能水平是限制耐力水平发展的重要因素,在体能训练中,无代谢氧能力是关键。
  3. These results showed that the storage of energy materials decreases, the chondriosome and oxidase decrease significantly, the enzyme activity of the anaerobic glycolysis increase markedly in the skeletal muscular cell of rats with deficiency of spleen qi.
    结果表明,脾气虚大鼠骨骼肌存在能源物质贮存减少、能量供应不足、线粒体及氧化酶异常减少以及无氧酵解酶活性异常升高的变化。
  4. These results suggest that CO can change the way of cardiac energy metabolism and increase anaerobic glycolysis to compensate for cardiac hypoxia induced by CO.
    提示CO改变心肌能量代谢途径,增强无氧糖酵解以代偿CO所致的心肌缺氧。
  5. After ischemia S-T segments were obviously elevated, activity of SDH decreased (+) and that of lactate dehydrogenase ( an important enzyme in anaerobic ( glycolysis) increased (+++), and recovery of CI and LVSWI was worse.
    缺血后心电图S-T段明显抬高,SDH活性减弱(+),无氧糖酵解标志酶&乳酸脱氢酶活性增高(+++),CI和LVSWI恢复较差。
  6. In this paper, the coupling reactions of the three major systeme& ATP-CP system in metabolic process of organism, aerobic oxidation and anaerobic glycolysis were expounded emphatically.
    本文着重阐述了有机体能量代谢过程中ATP&CP系统、有氧氧化和无氧酵解三大供能系统的偶联反应。
  7. In the hypoxic state, tissue obtain energy through aerobic oxidation were markedly reduced, while the more important way is that it meets the needs of the energy for the tumour growth through the anaerobic glycolysis.
    在乏氧状态下,组织通过有氧氧化获得能量的能力明显降低,而更主要的是通过无氧糖酵解来满足肿瘤生长需要的大量能量。
  8. [ 1] In the cross-country ski race, the body requires both aerobic metabolism for energy, but also need to anaerobic glycolysis, in the energy supply ratio, the proportion of aerobic metabolism for energy is higher than the proportion of anaerobic metabolism for energy.
    [1]在越野滑雪比赛中,机体既需要有氧代谢供能,又需要无氧糖酵解供能,在供能比例上,有氧代谢的供能比例要高于无氧代谢的供能比例。
  9. The increment of lactate, which may be the product of glycolysis during activation of neurons, suggests that energy demand of neural activity may be met by anaerobic glycolysis.
    乳酸含量增加可能是神经元活动时葡萄糖酵解的产物,提示神经元活动通过葡萄糖无氧代谢来供能。