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Keyword [rhizobium]
Result: 81 - 100 | Page: 5 of 10
81.
The Coupling Mechanism Between Arsenite Oxidation And The Arsenic Replacing Phosphorus And Bioremediation In Agrobacterium
82.
Studies On Biological Characteristics And Diversity Of Rhizobia Of Glycine Soja In The Yellow River Delta
83.
Screening Of Drought-Tolerance Rhizobia Of Soybean And Its Proteomics
84.
Effect Of Amf And Rhizobium Inoculation On Growth And Nutrient Uptake Of Alfalfa At Different Fertilizer Levels
85.
Effect Of Molybdenum On Rhyzobium Growth And Stylosanthes-Rhizobium Symbiosis
86.
Screening Of Highly Efficient Stylosanthes Rhizobia
87.
Isolation, Identification And Polyphasic Taxonomy Analysis For Rhizobium Kunmingense SP.Nov.
88.
Detection Of ACC Deaminase Genes And The Application Of Bacteria Containing ACC Deaminase
89.
Effects Of Aluminum And Acid Stress On Growth Of Medicago Lupulina And M. Sativa And Antioxidant Enzyme Activities Of Their Rhizobiums
90.
Preteome Analysis On The Effect Of Nodules On Alfalfa (Medicago Sativa L.) Dehydration Tolerance
91.
Genetic Diversity And Phylogeny Of Rhizobia Isolated From Medicago And Lathyrus In The West Plateau Of Sichuan, China
92.
Effects Of Transgenic Soybean On The Genetic Diversity Of Nitrogen-fixing Microorganisms
93.
Preliminary Screening Of High Efficient Soybean Rhizobia Strains In Sichuan Province
94.
Effects Of Rhizobium Inoculation On Nitrogen Nutrition And Abrine Metabolism In Abrus Mollis
95.
Establishment And Stability Test Of Fluorescence Marked Rhizobiums Based On Triparental Mating
96.
Effect Of Different Levels Of Phosphate And Rhizobium Vaccination On Growth And Nutrient Absorption Characteristics Of Seedling Stage Alfalfa
97.
Response Of The Yield,Quality Of Peanut And Its Symbiotic Rhizobium To The Ethrel
98.
Use Red Fluorescence Protein Mark To Monitor Symbiosis Process Between Alfalfa And Its Rhizobium Under Acidity Stress
99.
Influence Of Beneficial Microorganisms On Rhizosphere Micro-ecology With Aciduric Kudzu, Rhizobium Meliloti And Highland Barley As Examples
100.
The Mechanism Underlying Broad-host-range Adaptation Of Sinorhizobium Sp. NGR234
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