1.
Advances in thermoacidophilic methanotrophs from extreme environments
极端环境下嗜热酸甲烷营养细菌研究进展
2.
Soil CH_4 Oxidation and Soil Methanotrophs and its Main Researching Techniques
土壤CH_4氧化与土壤甲烷营养菌及主要研究方法
3.
Studies on Enrichment and Cultivation of Methanotrophs from Aged Refuse
利用矿化垃圾富集和培养甲烷氧化菌的研究
4.
Research Status of Effects of Nutritional Factors on Methane Emission of Ruminant
营养因素对反刍动物甲烷排放影响的研究现状
5.
Correlation Analysis between the Nutrition Index and Methane Production of Pastures
甲烷气体产生量与牧草营养参数的相关性分析
6.
A Preliminary Study on Isolation and Physiological Characteristics of Methanogenic Bacteria;
产甲烷细菌的分离及其生理学特性的初步研究
7.
Breeding of L-serine producing methylotroph mutant
甲基营养型L-丝氨酸产生菌的选育
8.
Characteristics of Quantity Distribution on Bacteria and Methane-oxidizing Bacteria in Natural Gas Reservior soil
天然气库土壤中细菌及甲烷氧化菌的数量分布特性研究
9.
Screening and Low-nutrient Characteristics of the Oligotrophic Bacteria on Water Purification;
净水贫营养细菌的筛选及其低营养特性的研究
10.
Some bacteria feed on methane. If methane were present in the mantle, it could support populations of microbes, allowing them to survive in such an extreme environment.
因为，一些细菌就是以甲烷卫生。如果地幔中真的存在甲烷的话，那儿说不定生活着无数的微生物。
11.
The variation in urine and methane production compensates partly for the plane of nutrition effect.
尿液和甲烷气体的变化部分地代偿了营养水平的影响。
12.
Elimination Capacity of Nitrogen and Phosphorus of Bacteria in Eutrophication Water
富营养化水体细菌去除氮磷能力研究
13.
Greater than 90% of the MMO activity in the bed was attached.
流化床中 90 %以上的甲烷氧化细菌以吸附形式存在。
14.
Studies on the Amounts and Activity of Methanogens in the Soil of Rice-Duck Complex Ecosystem;
稻—鸭复合系统土壤中甲烷细菌数量及其活性研究
15.
Study of the Influences of Inorganic Nutrients on Heterotrophic Bacterioplankton in Jiaozhou Bay;
胶州湾无机营养盐对异养浮游细菌的影响研究
16.
THE INFLUENCE OF ETHYLENE OXIDE STERILIZED MATERIALS ON CELLS CULTIVATED IN VITRO FOR CLINICAL BIOLOGICAL TREATMENT
环氧乙烷灭菌对临床生物治疗细胞体外培养的影响
17.
Analysis of Genetic Diversity of the Methanogen during the Methane Fermentation and Isolation of Methanogen;
沼气发酵过程中产甲烷菌分子多样性研究及产甲烷菌的分离
18.
The mouth is home to hundreds of bacterial species with various nutritional preferences.
口腔收容有数百种偏好不同营养成分的细菌。