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Keyword [Chlorella vulgaris]
Result: 21 - 40 | Page: 2 of 4
21. The Mechanisms Underlying Chlorella-induced Stomatal Closure And Its Anti-transpiration Effect In Plants
22. Agrobacterium Tumefaciens Mediated Genetic Transformation Of Chlorella Vulgaris Rich In Lutein
23. Toxic Effects Of Two Same Particle Size Nanoscale Oxides Stress On Three Species Of Green Algae
24. Ecological Effects Between Chlorella Vulgaris And Dominant Associated Heterotrophic Bacteria And Response To Quorum Sensing Signal Molecules
25. The Effect Of Environmental Factors On The Growth And Competition Of Chlorella Vulgaris And Anabaenasp.Strain PCC
26. Effects On Lipid Accumulation Of Chlorella Vulgaris With Two-stage PH Control Method
27. Effect Of Light And Nitrogen Strategies On Growth And Lipid Accumulation In Chlorella Vulgaris
28. Study On Environmental Regulation And Physiological Mechanism Of Lipid Accumulation In Chlorella Vulgaris
29. Study On The Molecular Mechanism Of Lipid Accumulation In Chlorella Vulgaris HN11 Under Nitrogen Limitation
30. Metabolic Regularity And Growth Kinetics Of Key Nutrients In Chlorella Growth
31. Analysis Of Chlorella And Scenedesmus And Its Biomass In Domestic Sewage
32. Alleviating Oxygen Stress,Contamination-Free And Lipid Accumulation During Cultivation Of Chlorella Vulgaris
33. Screening Of Tetracycline-degrading Bacteria And Its Ability Of Aquaculture Wastewater Treatment
34. Study On The Optimation And Mechanism Of Buoy-bead Flotation For Harvesting The Chlorella Vulgaris
35. The Study On Heat-aided Flotation For Harvesting Microalgae
36. Flocculation Mechanism Of Streptomyces Sp. Hsn06 On Chlorella Biomass
37. The Process Of Five Biochemical Substances For Regulating Growth And Metabolism Of Chlorella Vulgaris
38. Coupled Technology Of Microalgae Culture And Anaerobic Digestion By Chlorella Vulgaris
39. Optimization Of Culture Medium And Screening The High-yield Biomass Strain Of Heterotrophic Chlorella Vulgaris
40. Biosorption Of Cadmium And Chromium By Chlorella Vulgaris And Its Physiological And Biochemical Responses Under The Combined Stress Of Cadmium And Chromium
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