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Keyword [cell surface]
Result: 1 - 20 | Page: 1 of 6
1. Adsorption Of Rhamnolipid Biosurfactant On Microorganisms And The Effect Of The Adsorption On Cell Surface Hydrophobicity
2. Research On Removing CO2 By Membrane-integrated Cell Photosynthetic Biofixation And Catalytic Conversion
3. Study On Construction Of Bioaugmentation Degradative System And Degradation Capability For Hydrophobic Hydrocarbon Degrading Bacteria
4. Adsorption Of Rhamnolipid On Microorganisms And The Effect On Cell Surface Lypohydrophilic Property
5. Isolation And Characterization Of P-Nitrophenol Degrading Bacteria, Degradation Characteristics And Cell Surface Hydrophobicity
6. Study On Interaction Of Different Excellent Strains In The Process Of Degrading Hydrocarbon Pollutants
7. Isolation, Characterization, Hydrophobicity And Mineralizing Mechanism Of Beta-cypermethrin Degrading Strains
8. Study On The Isolation And Characterization Of 1,4-Dichlorobenzene Degrading Bacteria
9. Display Of Bacterial Laccase On The Surface Of Pseudomonas Putida And Effect On Dye Decolorization
10. Isolation, Characterization And Mineralizing Mechanism Of Degradative Strains For Cypermethrin
11. Study Of Factors In Production Of Rhizomucor Miehei Lipase Displayed On Pichia Pastoris Cell Surface Under Fed-batch Cultures
12. Cell Surface Display Of E.Coli Using Xylan
13. Effects Of Rhamnolipid On Pseudomonas Aeruginosa ATCC9027Surface Hydrophobicity And Degradation Of Hexadecane By Them
14. Construction And Preliminary Application Of An Engineered Strain Used For Cadmium Contamination Bioremediation
15. Fermentation Technology Of Yarrowia Lipolytica Lipase Lip2 Displayed On The Cell Surface Of Saccharomyces Cerevisiae
16. Research On The Bap Biodegradation By S. Maltophilia In BaP-Cu2+ Combined Pollution System And The Effects Of Pollutants On Characteristics Of S. Maltophilia Cell
17. Effect Of Rhamnolipids On The Degradation Of Hydrophobic Organic Compounds
18. Effects Of Surfactant On Bacterial Interfacial Behaviors Of Phenanthrene Biodegradation By Citrobacter Sp.SA01and Arthrobacter Sp. SA02
19. Study On Nanomaterials-Based Biosensing And The Application For Calmodulin And Cell Surface Glycan Analysis
20. Surface Display Of A Typical Triphenylmethane Reductase And The Mining Of A Novel Dual-Functional Dye Reductase As Well As Their Substrate Recognition Mechanism
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