It is stronger than the ciprofloxacin for anaerobe.

An obligate anaerobe can survive only in the absence of oxygen.

专性厌氧生物只能在无氧条件下生存.

Objective : To observe the antibacterial effect of Rubarb liquiolextract on anaerobes in the infectious root canal.

目的: 观察大黄浸液对感染根管内厌氧菌的作用效果.

Aim : To compare the profiles of capsules from 3 kinds of anaerobes on HPLC.

目的: 比较3种口腔厌氧菌荚膜的高效液相色谱特性.

The main pathogenic microbes are anaerobes, mycoplasma, Neisseria gonorrhoeae and so on.

主要病原微生物有厌氧菌 、 支原体 、 衣原体及淋球菌等.

Both oxygen and acid resistance of the partical anaerobes increased.

驯化菌株的耐氧件由专性厌氧变为兼性厌氧,耐酸性由初始酸度pH5.5时 不生长变为pH4.5时生长受抑制.

Effects of oxyfluorfen on the anaerobes in paddy soil were studied.

探讨了各种浓度的果尔对水稻土中厌氧细菌群的影响.

Conclusion The anaerobes could be identificated accurately and quickly by gas chromatography.

结论代谢有机酸色谱分析法鉴定厌氧菌是一种可靠的方法.

All the photosynthetic bacteria possess the capability in addition to various facultative aerobes and obligate anaerobes.

所有光合细菌加上各种兼性的好氧生物和绝对的厌氧生物具有这种能力.

The process of anaerobic digestion consists of three steps.

厌氧消化包括三个步骤.

The CSTR reactor was not a biohydrogen production reactor suitable for anaerobic treatment of milk wastewater.

在牛奶废水的厌氧处理过程中用CSTR反应器作为生物产氢反应器是不适宜的.

The storage life of an anaerobic adhesive was studied by accelerated ageing test.

采用热空气老化加速试验,对厌氧胶粘剂的贮存寿命进行了试验研究.

The action of effluent recycle on an upflow anaerobic filter is very complex.

出水回流对上流式厌氧滤器的影响非常复杂.

The wastewater was treated by the processes of aerobic and anaerobic biological treatment.

选用好氧和厌氧生物处理的方法对奥里油废水进行了初步试验研究.

Adding zeolite to the anaerobic biological treatment is good for improving anaerobic treatment efficiency.

厌氧生物处理中投加沸石有利于提高废水厌氧处理的效率.

The results indicated that phenol, as the sole substrate , could be degraded by anaerobic granule sludge.

研究了厌氧生物法处理焦化废水,目标是利用厌氧颗粒污泥去除苯酚.

Treating waste in an anaerobic digester rather than decay naturally improves the local air quality.

厌氧气化处理比自然降解更利于改进当地空气质量.

This is important because aerobic and anaerobic metabolism have very different effects on the body.

这非常重要是因为有氧代谢和无氧代谢对人体的作用完全不同.

Control in time, means that anaerobic, anoxic and aerobic conditions are successively created the same compartment.

而“时间控制”是指在同一个处理单元中连续创造出厌氧 、 缺氧和好氧状态.

Thinking on the Concepts of " Oxygen Debt " and " Anaerobic Threshold "

对 “ 氧债 ” 和 “ 无氧阈 ” 概念的质疑与思考.

This explains why the degradation efficiency decreased, while using aerobic biological treatment after anaerobic treatment.

这揭示了厌氧处理之后,采用好氧生物处理时,废水有机物去除率反而降低的现象.