Effect of nitrogen utilizing efficiencies on rhizospheric proteolytic bacterial communities of two maize inbred lines

Agricultural and Biological Sciences

• Protease 100%
• Rhizosphere 72%
• Soil 63%
• Biomass 27%
• Bulk Soil 27%
• Genes 27%
• Microbial Communities 18%
• Plant Growth 18%
• Proteolysis 18%
• Amplicon 18%
• Maize 18%
• Metabolism 9%
• Electrodes 9%
• DNA 9%
• Enzymes 9%
• Soil Functions 9%
• Growth and Development 9%
• Plant Development 9%
• Inbred Lines 9%
• Community Structure 9%
• Bacterial Communities 9%
• Zea Mays 9%
• Peptidase 9%
• Researchers 9%
• Information 9%
• Sampling 9%
• Technology 9%
• Nutrients 9%
• Sequencing 9%

Biochemistry, Genetics and Molecular Biology

• Protease 100%
• Plant 45%
• Real-Time Polymerase Chain Reaction 36%
• Nested Gene 27%
• Biomass 27%
• Mineralization 18%
• Protein Catabolism 18%
• Amplicon 18%
• Plant Growth 18%
• Volume 18%
• Bacterial Gene 18%
• Sampling 9%
• Metabolic Pathway 9%
• Electric Potential 9%
• Plant Development 9%
• Lysozyme 9%
• Sequence Database 9%
• Soil Microflora 9%
• Enzymatic Hydrolysis 9%
• Inbred Strain 9%
• Peptidase 9%
• Growth, Development and Aging 9%
• Experiment 9%
• Comprehension 9%
• Sequencing 9%
• Community Structure 9%

Immunology and Microbiology

• Plant 45%
• Biomass 27%
• Gene 27%
• Amplicon 18%
• Protein Degradation 18%
• Mineralization 18%
• Plant Growth 18%
• Volume 18%
• Bacterial Gene 18%
• Metabolism 9%
• Electric Potential 9%
• Hydrolysis 9%
• Growth, Development and Aging 9%
• Soil Microflora 9%
• Community Structure 9%
• Sampling 9%
• Plant Development 9%
• Experiment 9%
• Comprehension 9%
• Sequence Database 9%
• Inbred Strain 9%