Use of hairy root system to study signaling pathways during nodule formation

Keyphrases

• Agrobacterium Rhizogenes 20%
• Amino Acids 20%
• Ammonia 20%
• Atmospheric Nitrogen 20%
• Beneficial Plants 20%
• Biological Approach 20%
• Biological Nitrogen Fixation 20%
• Cellular Changes 20%
• Composite Plants 20%
• Developmental Changes 20%
• Developmental Events 20%
• Downstream Signaling 20%
• Evolutionary Genomics 20%
• Gene Editing 20%
• Gene Family 20%
• Hairy Root System 100%
• Hairy Roots 20%
• Infection Thread 20%
• Initial Signal 20%
• Interaction Studies 20%
• Legume-rhizobium Symbiosis 20%
• Leguminous Plants 20%
• Molecular Cell 20%
• Molecular Genetics 20%
• Molecular Genomics 20%
• Nitrate Acid 20%
• NOD-like Receptors 20%
• Nodulation 20%
• Nodulation Signaling 20%
• Nodule Formation 100%
• Nodule Organogenesis 20%
• Novel Genes 20%
• OR Genes 20%
• Organogenesis 20%
• Plant-environment Interactions 20%
• Proteogenomics 20%
• Receptor-mediated 20%
• Root Hair 20%
• Root Phenotype 20%
• Signal Perception 20%
• Signaling Events 40%
• Signaling Pathway 100%
• Specific Genes 20%
• Transgenic Hairy Roots 20%
• Work-as-done 20%

Biochemistry, Genetics and Molecular Biology

• Amino Acids 33%
• Genomics 33%
• Interaction Study 33%
• Molecular Genetics 33%
• Multigene Family 33%
• Nitrogen Assimilation 33%
• Nod Factor 33%
• Organogenesis 66%
• Plant Environment Interaction 33%
• Proteomics 33%
• Rhizobiaceae 33%
• Rhizobium 33%
• Rhizobium rhizogenes 33%
• Root Nodule 66%
• Signal Detection 33%
• Signal Transduction 100%
• Transgenics 33%