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Keyword [Sphingomonas]
Result: 1 - 20 | Page: 1 of 4
1. Studies On Microbial Ecology Toxicity Of Phenanthrene And Isolation, Characterization Of Phenanthrene Degrader As Well As Cloning And Expression Of Degrading Genes
2. Biodegradation Of Bromoamine Acid By Sphingomonas Xenophaga And DNA Fingerprint Analysis Of Augmented System
3. Construction Of Multifunctional Pesticides Degrading Genetically Engineered Microorganism And Its Risk Assessment For Environmental Release
4. Accelerating Effect Of Anthraquinone Dye Intermediates In Decolorization Of Azo Dyes And Their Aerobic Degradation
5. Study On The Degradative Characteristics And Pathway Of PAHs Degrading Bacteria
6. Microbial Desulfurization Technology Of Crosslinked Elastomer And Research Of Its Structure And Properties
7. Microbioal Toxicity Of Phenanthrene And Isolation, Characterization Of Phenanthrene Degraders As Well As Cloning And Expression Of Degradation Genes
8. Microbial And Chmical Desulfurization Technology And Mechanism Of Ground Tire Rubber And Research Of Its Structure And Properties
9. Isolation, Identification, Degradation Characteristics Of And Cloning, Expression Of Catechol 2, 3-Dioxygenase Gene Of Phenanthrene-Degrading Bacteria
10. Study On Selecting High Efficiency De-emulsifying Bacteria And De-emulsification Experiment
11. Degradation Of SNO Heterocyclic Compounds By Sphingomonas Sp.
12. Study On Novel Technology For Coenzyme Q-10 Production By Sphingomonas Sp.ZUTEO3
13. Studies On Degradation Of DBP By Sphingomonas Sp.XJ1
14. Isolation And Caracteristic The Upstream Genes Of Carbazole-Degrader From Sphingomonas Sp. JS061
15. Enhanced Decolorization Of Azo Dyes By The Quinone Compounds By Sphingomonas Xenophaga QYY And Bacillus Cereus JL
16. Study On The PAHs Degradative Characteristics And The Metabolic Pathway Of Sphingomonas Sp. H
17. Study On Extraction Technology Of High Purity Of Solanesol From Waste Tobacco And CoQ10 Fermentation
18. Study On Biosynthesis Of Coenzyme Q-10 Using Solanesol From Tobacco As Precursor
19. The Molecular Mechanism For Degradation Of Phenazine-1-carboxylic Acid In The Strain Sphingomonas Sp.dp58
20. Studies On Optimization Of The Process Of Gellen Producing
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