无氧呼吸

结果表明，无氧呼吸引发枣果乙醇积累，从而导致枣果褐变和软化、MDA含量的上升及相对电导率的增加。

The results showed that the incidence of anaerobic respiration arose the browning , the softening , accumulation of MDA content and increase of relative conductivity .

乙醇是植物无氧呼吸的产物，水淹的植物根系受到短时间的缺氧。

Ethanol is a product of anaerobic respiration in plants , and waterlogged roots suffer from a shortage of oxygen .

这两个酶在糖酵解过程中发挥作用，糖酵解是有氧呼吸与无氧呼吸的共同途径，对能量的供应具有重要意义。

The two enzymes are all involved in glycolysis pathway .

低氧胁迫对黄瓜幼苗根系无氧呼吸酶和抗氧化酶活性的影响

Effects of Hypoxia Stress on Anaerobic Respiratory Enzyme and Antioxidant Enzyme Activities in Roots of Cucumber Seedlings

Ca~（2+）对低氧胁迫下黄瓜幼苗生长和根系无氧呼吸酶的影响

Ca ~ ( 2 + ) Effects on the Growth of Cucumber Seedlings and the Anaerobic Respiration Enzymes in their Roots under Rhizosphere Hypoxia Stress

结果表明：改性膜处理能有效的降低芦柑在贮藏期间的生理活性，其生物膜的膜透性可以调节膜内外的气体交换，有效的避免芦柑的无氧呼吸。

The results showed that : Modification of film treatment can effectively reduce the citrus physiological activity during storage , the biofilm permeability can regulate gas exchange inside and outside of the film and effective to prevent the anaerobic respiration of citrus .

利用4种耐渍性不同的芝麻基因型，在厌氧胁迫条件下检测了根部无氧呼吸酶活性、内源乙烯含量并调查了根形态和解剖结构，以比较研究旱生植物耐渍性的主要机制。

For understanding the main mechanism of waterlogging tolerance in terrestrial species , the activity of anoxia respiration enzyme , endogenous ethylene content in roots , morphological change and anatomical structure of roots were investigated under anaerobic condition utilizing four sesame genotypes with different flooding resistance .

说明‘东方星光’在低氧胁迫下能保持较高的有氧呼吸水平，无氧呼吸的主要途径为乙醇发酵，而‘西域一号’在低氧胁迫下无氧呼吸的主要途径为乳酸发酵。

The results suggested that ` Dongfangxingguang ' could maintain high levels of aerobic respiration , and ethanol fermentation was the primary pathway of anaerobic respiration under hypoxic stress whereas lactate fermentation was the leading pathway of anaerobic respiration under hypoxia stress in ` Xiyu 1 ' .

发酵：在无氧情况下因呼吸而产生的过程。

Fermentation : Process that allows respiration to occur in the absence of oxygen .