Font Size: a A A
Keyword [Root growth]
Result: 81 - 100 | Page: 5 of 6
81. Mechanism Analysis Of AtHBs Regulate Primary Root Growth Inhibition In Aluminum Stress
82. Histone Methylation And D-Mannitol Modulate Primary Root Growth By Regulating Methylglyoxal Accumulation In Arabidopsis
83. Regulation Of Exogenous GABA On Plant Root Growth And Hypoxia Stress
84. Effects Of Different Hardness Culture Media On The Growth And Development Of Several Plant Roots
85. The Molecular Mechanism Of AtERF022 Gene Regulating Arabidopsis Root Growth
86. A Group Of Receptor-like Cytoplasmic Kinases Regulate Root Growth And Seed Coat Development In Arabidopsis Thaliana
87. Arabidopsis FIM4 And FIM5 Are Involved In The Regulation Of Auxin-mediated Root Growth And Development
88. Expression Patterns Of Nucleotide Transferases (NTP) In Arabidopsis And Regulation Of NTP2 On Root Development
89. Study On The Mechanism Of Herbaspirillum Huttiense 5-28 Promoting Plant Root Growth
90. Arabidopsis ROOT ELONGATION RECEPTOR KINASES Negatively Regulate Root Growth Via Altering Cell Wall Remodeling Gene Expression
91. Molecular Mechanism Of P4-ATPase β-Subunits ALIS1 And ALIS3 Regulating Root Growth And Development In Arabidopsis
92. Effects Of Strip Interlayer On Distribution Of Water,Salt And Fertilizer And Root Growth Of Cynodon Dactylon In Coastal Saline Soil
93. ROXY1 Interacts With BHLH74 To Mediate Root Growth In Arabidopsis Thaliana
94. The Molecular Analysis Of Light Signal-Mediated Aluminum Resistance In Arabidopsis Thaliana
95. The RAE1-STOP1-Gl2-RHD6 Module Regulates The ALMT1-Dependent Aluminum Resistance In Arabidopsis
96. The Molecular Mechanism Of TCPs Regulated Lateral Root Growth And Development Through The Interaction With LBDs In Arabidopsis
97. The Mechanism Of Arabidopsis Cytoplasmic Invertase Relyingon Glucose Signal Pathway To Regulate Root Growth
98. Putrescine Regulates Primary Root Growth By Interaction With Plant Hormonals In Arabidopsis
99. Preliminary Study On The Function Of AtFH7 And AtFH20 In Arabidopsis Primary Root Growth
100. Characterization And Application Potential Analysis Of The Alginate Lyases From Vibrio
  <<First  <Prev  Next>  Last>>  Jump to