1.
EFFECT OF CULTIVATION METHODS ON BACTERIAL DIVERSITY BY PCR-RFLP ANALYSIS
培养方法对土壤可培养细菌多样性的影响
2.
Phylogenetic Diversity of Cultured and Uncultured Myxobacteria in Soil and Marine Sediments;
土壤及海底沉积物中可培养与未可培养粘细菌系统发育多样性研究
3.
Phylogenetic diversiy of culturable cellulose-decomposing fungi in forest soil of Gaoligongshan Mountain,Yunnan
云南高黎贡山土壤可培养降解纤维素真菌的多样性
4.
Relationship radicel form and efficiencynutrient of soil of epiphyte of bacterium root
谈菌根真菌土壤有效养分和细根形态的关系
5.
Optimization of Medium and Fermentation Conditions for Soil Actinomyces Strain FX05
土壤放线菌FX05发酵培养基及发酵条件的优化
6.
Applying some bacterial fertilizer to the soil can help it absorb the nutritious matter.
适量施放细菌肥料能促进土壤对养份的吸收。
7.
propagating medium
植物繁殖用土壤培养基
8.
rod-shaped soil bacteria.
杆状生于土壤中细菌。
9.
Influence of Bt Transgenic Rice on Cultivable Microorganisms in Soil;
转Bt基因水稻对土壤微生物可培养类群的影响
10.
Culturable Bacterial Diversity in Jinchuan Nickel Mine and Screen of the Ni-tolerance Strains
金川镍矿可培养细菌的多样性及耐镍菌株筛选
11.
Pus and sputum cultures yielded trimethoprim-sulfamethoxazole (TMP-SMX)-resistant Nocardia asteroides.
脓疡和痰液培养长出对磺胺类药物具有抗药性的土壤丝菌。
12.
Studies on Solid State Culture of Phanerochaete Chrysosporium and It's Bioremediation to Soil Contaminateded by PCP;
黄孢原毛平革菌固态培养及其对PCP污染土壤修复研究
13.
Isolation and Culture of Soil Actinomyces around Mangrove Roots in Fangchenggang City of Guangxi
广西防城港红树林根系土壤放线菌的分离和培养
14.
ISOLATION AND IDENTIFICATION OF ACTINOBACTERIA FROM RHIZOSPHERIC SOIL IN THE ARCTIC YELLOW RIVER STATION
北极黄河站植物根际土壤放线菌分离培养及其鉴定
15.
a technique of growing plants (without soil) in water containing dissolved nutrients.
用可溶解的养料在水里培养植物的技术（没有土壤）。
16.
Effects of Magnetic Treatment on Some Soil Microbial Activities in Brown Earth
磁处理棕壤对土壤中几种细菌的影响
17.
Lentils also are good for the soil. Their roots are home to bacteria that put nitrogen, an important plant food, into the soil.
小扁豆对土壤也很有益。寄生在它们的根部的细菌能产生氮肥，一种土壤中很重要的植物养料。
18.
Diversity and Enzyme-Producing Characteristics of Culturable Alkaliphiles Isolated from Lop Nur Region in Xinjiang
罗布泊可培养嗜碱细菌多样性及产酶特性研究