有氧氧化

结论：1.耐力训练可降低机体在递增负荷运动中同等负荷条件下血乳酸的浓度和MDA的含量，说明耐力训练提高了机体有氧氧化的供能能力和抗氧化系统的功能。

Endurance training can reduce the blood lactate concentration and MDA content , Indicating body endurance training can improve the aerobic oxidation capacity and the antioxidant system function . 2 .

跑台训练对大鼠糖酵解、有氧氧化供能系统限速酶影响的实验研究

Effects of treadmill training on rate-limiting enzyme in glycolysis and aerobic oxidation energy supplying system of rats

pH对铜（Ⅱ）离子催化维生素C有氧氧化反应的影响

Influence of pH on the cu (ⅱ) catalyzed aerobic oxidation of ascorbic acid

体育课能有效提高抗氧化酶SOD活力，使有氧氧化系统对组织细胞有效供氧，机能增强；

The PE can increase the vitality of SOD , make the oxygen oxidizing system to organize cell provide the oxygen effectively .

TDP对铜&甘氨酸络合物催化抗坏血酸有氧氧化动力学的影响

THF influence of TDP on kinetics of ascorbic acid oxidation catalysed by Cu ( ⅱ ) - glycine complex

本文考察了在TDP处理后，铜&甘氨酸络合物催化抗坏血酸有氧氧化的动力学规律。

Under TDP-treated conditions for reactants , the reaction dynamics of ascorbic acid oxidation catalysed have been investigated . glycine . COPPER Within the layer the copper ?

反应器运行经历了外部碳源的摄取、PHB储存、PHB有氧氧化和同步硝化反硝化作用，PHB作为同步硝化反硝化过程中反硝化的电子供体。

External carbon source uptake , PHB storage , aerobic PHB oxidation and simultaneous nitrification-denitrification processes were taken place in the operation of the reactor . PHB was demonstrated to be the electron donor of denitrification reaction in the simultaneous nitrification-denitrification process .

铜（Ⅱ）的甘氨酸络合物催化抗坏血酸有氧氧化的动力学研究

Kinetics of ascorbic acid oxidation catalysed by cu (ⅱ) - glycine complex

铜（Ⅱ）及其多胺螯合物催化抗坏血酸有氧氧化动力学

Kinetics of the aerobic oxidation of ascorbic acid catalyzed by Cu (ⅱ) and its polyamine chelates

中枢神经系统极度依赖有氧氧化提供能量。

As known , central nervous system ( CNS ) is extremely dependent on aerobic oxidation to supply energy .

大鼠在递增负荷游泳运动中体内有氧氧化向无氧代谢转变机制的初探

The Elementary Study for Mechanism of Aerobic Oxidation to Glycolysis in Rats Submitted to Swimming Exercise with Increasing Intensity

脑活动特别是突触前活动会伴随耗能的增多，主要由葡萄糖有氧氧化供给。

Brain activity , in particular presynaptic activity , is associated with increased energy requirements which are mostly met by oxidative glucose consumption .

而目前有关低氧训练改善骨骼肌有氧氧化、无氧代谢能力的证据并不充分。

But at present , sufficient evidence supporting hypoxic training for its improvement on skeletal muscle aerobic oxidation and anaerobic capacity has not been obtained .

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。

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 .

实验性脾气虚证大鼠骨骼肌的糖代谢障碍主要表现为：糖有氧氧化减弱，糖醉解增强，抢醉解终产物乳酸堆积。

Glycometabolism of the skeletal muscles in the experimental rat model of spleen-Qi deficiency syndrome is abnormality , aerobic oxidation of glucose decrease and glycolysis reinforce , lactate acid ( LD ) of glycolysis product stack .

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。

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 .

人体有运动时的能量来源有三大途径，即有氧氧化供能系统和糖的无氧酵解供能系统以及磷酸原系统。

The energy provided during body movement comes from three pathways . They are aerobic metabolism , anaerobic metabolism and ATP-CP system .

安静状态下，心肌组织以有氧代谢供能为主，尤其是以血液游离脂肪酸的有氧氧化供能为主。

At rest , Myocardial metabolism is normally aerobic with blood free fatty acid and utilised as subtract for oxidation , and it also absorbs lactate .