The adaptive metabolomic profile and functional activity of tomato rhizosphere are revealed upon PGPB inoculation under saline stress

Earth and Planetary Sciences

• Plant 100%
• Growth 54%
• Bacterium 54%
• Tomato 45%
• Rhizosphere 36%
• Inoculation 36%
• Pseudomonas 27%
• Biomass 18%
• Salinity 18%
• Metabolism 18%
• Salinization 18%
• Accumulation 18%
• Farmland 9%
• Food Security 9%
• Agricultural Ecosystem 9%
• Catabolism 9%
• Scavenging 9%
• Amine 9%
• Facilitation 9%
• Carbohydrate 9%
• Low Molecular Weight 9%
• Strategy 9%
• Investigation 9%
• Increasing 9%
• Impact 9%
• Condition 9%
• Productivity 9%
• Acquisition 9%
• Emerging 9%
• Content 9%
• Acid 9%
• Strain 9%
• Amino Acid 9%
• Signature 9%
• Soil Salinity 9%

Biochemistry, Genetics and Molecular Biology

• Plant 45%
• Stress 45%
• Inoculation 36%
• Metabolomics 36%
• Pseudomonas 27%
• Salinity 27%
• Biomass 18%
• Enterobacter 18%
• Ultra High Performance Liquid Chromatography 18%
• Anthocyanin 9%
• Carbohydrate 9%
• Secondary Metabolism 9%
• Catabolism 9%
• Facilitation 9%
• Molecular Weight 9%
• Crop 9%
• Saponin 9%
• Coumarin 9%
• Amino Acids 9%
• Microbial Metabolism 9%
• Halophyte 9%

Immunology and Microbiology

• Plant Growth-Promoting Bacterium 54%
• Plant 45%
• Stress 45%
• Salinity 27%
• Biomass 18%
• Enterobacter 18%
• Catabolism 9%
• Secondary Metabolism 9%
• Molecular Weight 9%
• Facilitation 9%
• Halophyte 9%
• Crop 9%
• Microbial Metabolism 9%