Reduced microbial potential for the degradation of phenolic compounds in the rhizosphere of apples seedlings grown in soils affected by replant disease

Keyphrases

• Phenol Degradation 100%
• Rhizosphere 100%
• Replant Disease 100%
• Apple Seeds 100%
• Apple Replant Disease 100%
• Phenolic Compounds 40%
• Relative Abundance 40%
• Aromatic Compound Degradation 40%
• High Concentration 20%
• Disease Progression 20%
• Disease Symptoms 20%
• Genome Analysis 20%
• Gene Coding 20%
• Apple 20%
• Nutrient Uptake 20%
• Phytoalexin 20%
• Targeting Strategies 20%
• Soil Type 20%
• Pathogenic Fungi 20%
• Closely Related Species 20%
• Actinobacteria 20%
• Rhizosphere Soil 20%
• Bulk Soil 20%
• Low Abundance 20%
• Strategies to Overcome 20%
• Nutrient Sensing 20%
• Stress Detection 20%
• Shotgun Proteomics 20%
• Microbiome Structure 20%
• Control Soil 20%
• Soil Functions 20%
• Soil Microbiome 20%
• Defense-related 20%
• Bacterial Genera 20%
• Soil Compartment 20%
• Apple Plant 20%
• Synthetize 20%
• Rhizosphere Compartments 20%
• Apple Rootstock 20%
• Functional Pattern 20%
• Replant Soil 20%
• Virgin Soil 20%

Agricultural and Biological Sciences

• Rhizosphere 100%
• Replant Disease 100%
• Bulk Soil 10%
• Soil Functions 10%
• Phytoalexin 10%
• Rootstock 10%
• Soil Type 10%
• Pathogenic Fungus 10%
• Virgin Soils 10%
• Actinobacteria 10%
• Microbiome 10%
• Soil Microbiome 10%