Rhizobacteria-enhanced drought tolerance and post-drought recovery of creeping bentgrass involving differential modulation of leaf and root metabolism

Keyphrases

• Differential Modulation 100%
• Drought Tolerance 100%
• Drought Stress 100%
• Creeping Bentgrass 100%
• Rhizobacteria 100%
• Post-drought Recovery 100%
• Root Metabolism 100%
• Leaf Metabolism 100%
• Metabolic Pathway 66%
• Grass Species 66%
• Rewatering 66%
• Post-stress Recovery 66%
• Genome Analysis 33%
• Cellular Metabolism 33%
• Nitrogen Metabolism 33%
• Metabolic Profiling 33%
• Cell Wall 33%
• Inoculation 33%
• Regrowth 33%
• Carbohydrate Metabolism 33%
• Stress Damage 33%
• Tricarboxylic Acid Cycle (TCA cycle) 33%
• Drought 33%
• Perennial Grasses 33%
• Biosynthesis Pathway 33%
• Root Growth 33%
• Cool-season Grasses 33%
• Stress Defense 33%
• Osmoregulation 33%
• Carbohydrate Biosynthesis 33%
• Agrostis Stolonifera 33%
• Growth Chamber 33%
• Turf Quality 33%
• Tolerance to Drought 33%
• Plant Tolerance 33%
• Withholding Irrigation 33%
• Pyrimidine Biosynthesis 33%
• Antioxidant Protection 33%
• Root-associated 33%
• Canopy Density 33%
• Ethylene Production 33%
• Density-dependent Growth 33%
• Zeatin 33%
• 1-aminocyclopropane-1-carboxylate (ACC) Deaminase 33%
• Paraburkholderia 33%
• Wall Stability 33%

Immunology and Microbiology

• Drought Tolerance 100%
• Rhizobium 100%
• Agrostis stolonifera 100%
• Metabolism 50%
• Cell Metabolism 25%
• Metabolite 25%
• Nitrogen Metabolism 25%
• Cell Wall 25%
• Stress 25%
• Periodicity 25%
• Carbohydrate Metabolism 25%
• Carbohydrate Synthesis 25%
• Root Growth 25%
• Pyrimidine Metabolism 25%
• Paraburkholderia 25%
• Osmoregulation 25%