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Keyword [low-phosphorus stress]
Result: 81 - 100 | Page: 5 of 7
81. Cloning And Expression Analysis Of Strong Inducible Promoter P1502-ZmPHR1 Responding To Low Phosphorus Stress In Maize
82. The Exogenous Calcium Regulation Of Photosynthetic Disorder For Arachis Hypogaea L. Under Low Phosphorus Stress
83. Functional Analysis Of TaEF And TaCP Responsed To Low Phosphorus Stress Of Wheat
84. Physiological Response And Membrane Lipid Metabolism In Maize Leaves Under Low Phosphorus Stress
85. Study On Phosphorus Efficiency And Its Related Traits In Different Peanut Cultivars
86. Construction Of Rice OsLPRs Mutant And Study Of Root Traits Under Low-phosphorus Stress
87. Preliminary Function Analysis Of Maize Low Phosphorus Resistance Genes ZmWRKY101,ZmMYB015 And ZmSPX-MFS1 By Genetic Transformation Into Rice
88. Excavation Of Differentially Expressed Genes And Cloning And Transformation Of GmPHF1 Gene Under Low Phosphorus Stress In Soybean
89. Screening And Identifying Of Telorant Genotype Fagopyrum Tataricum And The Mechanism Of Adapting To Low Phosphorus Stress Environment
90. Isolation Of Endophytic Fungi Of Cunninghamia Lanceolata And The Influence On Host's Growing
91. Excavation Of Germplasm Resources For Low Phosphorus Tolerance At Seedling Stage And GWAS Of Its Related Traits In Foxtail Millet
92. Physiological Effects Of Strigolactone On Rice Seedlings Under Low Phosphorus Stress
93. Molecular Regulation Of Physiology And Membrane Lipid Metabolism In Maize Roots Under Low Phosphorus Stress
94. Malate Synthesis And Nodule Growth Is Regulated By Malate Dehydrogenase In Soybean(Glycine Max)
95. Responses Of Soybean Malate Enzymes And Malate Synthase Genes To Low Phosphorus Stress
96. Screening And Seedling Stage Identification Of Phosphorus High-efficient Soybean Varieties
97. The Identification And Function Of MicroRNAs And Target Genes In Response To Low Phosphorus Stress
98. Cloning And Functional Analysis Of The Promoter Of Maize High-affinity Phosphate Transporter ZmPht1;5
99. The Response Of Chinese Fir Families With Different Root Architectures To Nutrient Niche Competition Under Low Phosphorus Stress
100. The Screening,Identifying And Application Of Endophtic Fungus Of Aleurites Montana
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