1.
② Fostering of aerobe and anaerobe before and after root canal sterilization with microwave.
②微波消毒根管前后的需氧菌和厌氧菌培养；
2.
AN ANALYSIS OF ANAEROBIC BADTERIA INFECTION IN DENTAL PULP ROOT CANAL
牙髓根管感染厌氧菌培养结果分析
3.
Objective To elected the bacteriology characteristic of the anaerobic bacteria culture from abdominal infections specimens.
[目的]腹部感染标本厌氧菌培养的细菌学特征。
4.
Preparation of High-Performance Ceremsite and Application in the Anaerobic Filter with Anaerobic Micro-Organism;
高性能陶粒制备结合厌氧菌培养应用于厌氧滤池的研究
5.
Anaerobic and aerobic cultures of the shed mediastinal blood were negative.
心脏手术后病人血及其引流血经需氧菌及厌氧菌培养均阴性。
6.
Enrichment techniques for anammox biomass
厌氧氨氧化菌富集培养技术的研究与应用
7.
anaerobic system
厌氧系统[培养箱用
8.
An Experimental Study on Enrichment and Cultivation of Anammox Microorganisms and Its Influencing Factors;
厌氧氨氧化细菌的富集培养及其影响因素的试验研究
9.
In Situ Detection of Anammox Bacteria in Freshwater Sediments and Study on Their Cultivation;
淡水底质中厌氧氨氧化菌的原位鉴别及培养研究
10.
Method Drip inoculation, aerobic or anaerobic culture in selective medium were used to test each section of gastrointestinal flora qualitatively and quantitatively.
方法采用滴注接种法，在选择性培养基上需氧或厌氧培养后定性定量检测胃肠各段菌群。
11.
Study and Application on Anaerobic Medium for Production of Ovine Clostridiosis Polyvalent Vaccine (Inactivated);
羊梭菌病三联四防苗厌氧产毒培养基的研制与应用
12.
Study on Static Optimization Culturing and Continuous Fermentation of Hydrogen-Producting Facultative Anaerobe Bacteria
兼性厌氧产氢菌的静态优化培养及连续发酵产氢研究
13.
Comparison of the Fermentation and Fungi Growth Pattern between DFCCS-Ⅱ Type Dual Flow Continuous Culture System and Cattle Rumen;
DFCCS-Ⅱ型双外流连续培养系统与活体牛瘤胃发酵和厌氧真菌培养的比较研究
14.
An Experimental Study on Cultivation of Anammx Microoganisms and Its Control Condition;
厌氧氨氧化微生物培养及控制条件研究
15.
Studies on nutritional characteristics of the anaerobic fungi in rumen contents and feces of goat;
山羊瘤胃及粪便中厌氧真菌的营养作用研究
16.
Chemical Action of Ferric Phosphate and Phosphorus in Flooded Paddy Soil under Anaerobic Incubation Condition;
厌氧培养的水稻土中磷酸铁及磷的化学行为
17.
Study on Anaerobic Ammonium Oxidation Process in a Nitrifying Biofilm-Reactor Cultivated under Aerobic Condition;
好氧培养生物膜硝化系统进行厌氧氨氧化的研究
18.
The Enhancement by Electrical/Magnetic Field and Multi-species Coupling of ANAMMOX Technology for Autotrophic Nitrogen Removal
电/磁场强化厌氧氨氧化及多菌群协同自养生物脱氮