co-metabolism - Globe Thesis

Keyword [co-metabolism] Result: 1 - 20 \| Page: 1 of 2
1.	Escherichia Coli Dh10b And Stenotrophomonas Maltophilia R551-3 Total Metabolism Of Imidacloprid And Its Nitro Reduction Mechanism
2.	Study On Mechanism Of Tetrabromobisphenol A Biodegradation By Marine Bacteria Under Aerobic Cometabolic Conditions
3.	Study On The Mechanism Of Pyrene Synergistic Degradation By Soil Bacteria
4.	Isolation,Screening And Degradation Characteristics Of A Chlorantraniliprole Degrading Isolate GW13
5.	Surfactant Combined With Co-metabolism Substrate Enhancing M-xylene Biodegradation By Microecological Bacteria System
6.	Study On Treatment Of Livestock Wastewater By Microalgae And Bacteria Symbiotic System Based On Glucose Co-metabolism
7.	Screening And Effect Of Sulfamethoxazole Resistant Bacteria In Reclaimed Water
8.	Mechanism Study On The Accelerated Biodecolorization Of Azo Dyes By White-rot Fungi Cultured With Lignin
9.	Screening Degradation And Kinetics Of Pyrene-degradation Fungi
10.	Study On The Anaerobic Degradation Of High Concentration Polycyclic Aromatic Hydrocarbons In Seawater Sediments
11.	Study On Simulaneous Degradation Of Phenoland KCN By Alcaligenes Faecalis JF101
12.	Mechanism Of Pyridine Degradation And Denitrification In Co-metabolic Reactors And Microbial Community Analysis
13.	Different Efficiency Mechanism Of Co-metabolic Decolorization And Degradation Of Azo Dye By The Functional Flora/Strains With Sugar Sources
14.	Study On The Molecular Mechanism Of THF Degradation In Cupriavidurans Metallidurans ZM02
15.	Study On The Mechanism Of Characteristic Water Quality Factors Affecting Ammonia Removal By Strain HITLi 7~T At Low Temperature
16.	Study On The Degradation Charateristics Of Bacterial Consortium QY1 And The Effective Degradation Of PAHs By Combination Of Consortium QY1 And Biochar
17.	Study On Bacillus Sp. For Bioaugmentation Treatment Of Coking Wastewater
18.	Study On The Mechanism Of Cometabolic Degradation Of Typical OMPs By ROS-producing Marine Bacteria
19.	Study On Co-metabolism Technology And Mechanism Of Typical Antibiotics Based On Methanotrph
20.	Isolation And Characterization Of The Co-metabolism Mechanism Of A High-molecular-weight Polycyclic Aromatic Hydrocarbon Degrading Strain
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