A new function of white-rot fungi Ceriporia lacerata HG2011: improvement of biological nitrogen fixation of broad bean (Vicia faba)

Keyphrases

• White-rot Fungi 100%
• Biological Nitrogen Fixation 100%
• Vicia Faba 100%
• Ceriporia Lacerata 100%
• Broad Bean 100%
• Nodulation 71%
• Inoculation 42%
• Phosphorus 28%
• Indigenous Rhizobia 28%
• Nitrogen Availability 14%
• Long-lived 14%
• Liquid Culture 14%
• Tropics 14%
• Biomass Yield 14%
• Subtropics 14%
• Fungi 14%
• Bioavailable 14%
• Greenhouse 14%
• Nodule 14%
• Nutrient Uptake 14%
• Plant Biomass 14%
• Higher Plants 14%
• Nitrogen Phosphorus 14%
• Phosphorus Availability 14%
• Farmer Income 14%
• Root Surface 14%
• Lateral Root 14%
• Legumes 14%
• Pot Experiment 14%
• Nodule Size 14%
• Plant Microbiome 14%
• Mineral nutrients 14%
• 15N Natural Abundance 14%
• Legume Plants 14%
• Photosynthate 14%
• Fertilized Soil 14%
• Fe-binding Ligands 14%
• Soil Incubation 14%
• Grain Yield 14%
• Fungal Inoculum 14%
• Potassium Availability 14%
• Rhizobium Inoculation 14%
• Rhizobium Infection 14%
• Nitrogen nutrient 14%
• Culture Solution 14%
• Nodule Mass 14%

Agricultural and Biological Sciences

• White-Rot Fungi 100%
• Biological Nitrogen Fixation 100%
• Ceriporia lacerata 100%
• Vicia faba 100%
• Root Nodule 71%
• Nodulation 71%
• Rhizobium 57%
• Rhizobiaceae 57%
• Grains 14%
• Microorganism 14%
• Dietary Mineral 14%
• Photosynthate 14%
• Subtropics 14%
• Plant Growth 14%
• Nutrient Uptake 14%
• Lateral Root 14%

Immunology and Microbiology

• White Rot Fungus 100%
• Nitrogen Fixation 100%
• Vicia 100%
• Root Nodule 71%
• Rhizobium 57%
• Rhizobiaceae 57%
• Plant Growth 14%
• Surface Property 14%
• Microorganism 14%
• Solution and Solubility 14%
• Ligand Binding 14%
• Photosynthate 14%