aerobic respiration
英 [eəˈrəʊbɪk ˌrespəˈreɪʃn]
美 [eˈroʊbɪk ˌrespəˈreɪʃn]
需（有）氧呼吸
双语例句
- Mitochondria are the sites of aerobic respiration, and generally are the major energy production center in eukaryotes.
线粒体是有氧呼吸的场所，同时也是真核生物主要的能量产生中心。 - In aerobic respiration, therefore, pyruvate is completely oxidized to carbon dioxide and water.
因此，在有氧呼吸中，丙酮酸被完全氧化成二氧化碳和水。 - Mitochondria are the primary source of energy production in cells and carry their own set of genetic instructions, mitochondrial DNA ( mtDNA), to carry out aerobic respiration.
细胞内线粒体是产能的主要来源并携带它们自己固有的一套遗传指令&线粒体DNA（mtDNA），进行有氧呼吸。 - Ubiquinone ( Coenzyme Q), known as a carrier of electrons and protons is a redox-active lipid essential in aerobic respiration.
泛醌（辅酶Q）在生物体氧化呼吸链中作为重要的质子和电子传递物质。 - 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'.
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。 - Electron recovery efficiency as low as 10% for both acetate and glucose is observed mainly due to aerobic respiration of microorganisms caused by diffusion of oxygen molecular from the cathode, leading to electron loss.
二者的电子回收率均在10%左右，主要是由于阴极对氧气分子的透过作用引起的微生物好氧呼吸导致电子损失。 - In air-cathode microbial fuel cell ( ACMFC), oxygen diffused into the reactor from cathode without PEM can be reduced as electron acceptor via aerobic respiration by facultative microorganisms, resulting in either a decreasing of power generation or electron loss.
在空气阴极生物燃料电池（ACMFC）中，从阴极扩散进入阳极的氧气能够被兼性微生物作为电子受体还原，进而导致电子损失严重。 - The source of the energy for both protoplasmic streaming and migration of the chromatin substance is supplied by ATP ( adenosine triphosphate) which is produced in the process of aerobic respiration.
原生质川流运动和染色质穿壁运动所需要的能源是有氧呼吸所生成的能，通过ATP释放高能磷酸键（～P）的形式供给的。 - PCO2 is subjected to the carbonate system rather than the biological aerobic respiration.
生物好氧呼吸作用不是影响黄河主流pCO2的主要因素，主流pCO2应该受水体碳酸盐系统的控制。 - The regulation of anaerobic and aerobic modes of respiration appeared to play an important role in energy generation.
缺氧呼吸和有氧呼吸的转换在能量生成中发挥了重要功能。