1) Anaerobic fungi
厌氧真菌
1.
Research on rumen anaerobic fungi;
瘤胃厌氧真菌的研究进展
2.
Study on the screening of anaerobic fungi by in vitro fermentation;
厌氧真菌体外发酵筛选技术的研究
3.
Effects of elimination of anaerobic fungi in sheep on the microbes and ruminal fermentation;
体内驱除厌氧真菌对绵羊瘤胃微生物种群及发酵参数的影响
3) anaerobic bacterium
厌氧菌
1.
This experiment adopts the liquid media for the sewer bacterium and the anaerobic bacterium raise under the condition of the anaerobe or the facultative anaerobe,already has achieved to pollutant Zn removing rate in 48h about 80%,reduced greatly the microorganism adsorption degeneration zinc response cycle.
微生物对处理金属污染的废水具有潜在的优势,本试验在厌氧或兼性厌氧的条件下采用液体培养基对阴沟菌和厌氧菌培养,对污染物Zn的去除率在48h就已经达到了80%左右,大大缩短了微生物吸附降解锌的反应周期,最后锌以硫化锌沉淀的形式从水体中去除。
4) anaerobe
[英][æn'eiə,rob] [美][æn'eə,rob]
厌氧菌
1.
Comparision of characterization of capsules from 3 kinds of anaerobes on high performance liquid chromatography (HPLC);
3种口腔厌氧菌荚膜高效液相色谱特性比较
2.
Detection of Three Anaerobes Collected Under the Opercula of the Affected Teeth in Pericoronitis by Polymerase Chain Reaction;
应用聚合酶链反应检测冠周炎盲袋内的厌氧菌
3.
Detection methods of anaerobe in beer were introduced, such as, Plate Count Agar and several rapid detect methods.
该文介绍了啤酒厌氧菌的多种检验方法,如平皿培养法、开放保存法及几种微生物的快速检验法。
5) anaerobic bacteria
厌氧细菌
1.
In this paper a new method of isolation and purification of anaerobic bacteria is introduced.
结合常规好氧细菌和严格厌氧细菌分离纯化方法的优点，设计了一种稳妥简便、快速灵活、能有效克服操作中可能带来的污染，且适合分离各种类型严格厌氧细菌及兼性厌氧细菌的新方法———平皿夹层厌氧法。
2.
189 samples divided from 10 sedimentary cores collected in the studied area of the Arctic Ocean are analyzed for anaerobic bacteria(abr.
用逐步稀释法对北冰洋研究区10个沉积物岩芯(计189份样品)的厌氧细菌(AAB)进行分析,用改进的ZoBell 2216号培养基,在4℃和25℃温度中分别培养3周以上,根据培养结果统计样品中厌氧细菌的检出率与含量,分析厌氧细菌含量的分布情况。
6) Anaerobic bacteria
厌氧菌
1.
The antitumor treatment with anaerobic bacteria exploiting hypoxia;
利用低氧的厌氧菌抗肿瘤治疗
2.
Activities of secnidazole against anaerobic bacteria;
塞克硝唑对厌氧菌抑菌效果研究
3.
Distribution of anaerobic bacteria in surface sediments from the Western Arctic Sea
西北冰洋海域表层沉积物中厌氧菌分布特征
补充资料：病厌厌
1.见"病恹恹"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条