Exogenous hydrogen sulphide alleviates nodule senescence in Glycine max-Sinorhizobium fredii symbiotic system

Keyphrases

• Ammonium Ion 14%
• Biochemical Methods 14%
• Endogenous Hydrogen Sulfide 100%
• Expression Level 14%
• Gene Expression 14%
• Gene Expression Level 14%
• Glycine Max 100%
• Hydrogen Sulfide 14%
• Legumes 14%
• Metabolic Enzyme Activity 14%
• Metabolism-related Genes 14%
• N2 Fixation 14%
• NifH 14%
• Nitrogen Fixation 28%
• Nitrogen Metabolism 14%
• Nitrogenase Activity 14%
• NO3-N 14%
• Nodule 28%
• Nodule number 14%
• Nodule Senescence 100%
• Nodule Structure 14%
• Physiological Methods 14%
• Plant Development 14%
• Plant Growth 14%
• Protein Expression 14%
• Rhizobiales 14%
• Senescence 14%
• Senescence-associated Genes 14%
• Signaling Molecules 14%
• Sinorhizobium Fredii 100%
• Soybean Yield 14%
• Sustainability Development 14%
• Sustainable Agriculture 14%
• Symbiosis 14%
• Symbiotic Relationship 14%
• Symbiotic System 100%
• Ureides 14%
• Yield Sustainability 14%

Biochemistry, Genetics and Molecular Biology

• Enzyme Activity 50%
• Gene Expression 50%
• Gene Expression Level 50%
• Growth, Development and Aging 50%
• Hydrogen Sulfide 100%
• Lifespan 50%
• Nitrogen Assimilation 100%
• Nitrogen Metabolism 50%
• Nitrogenase 50%
• Plant Development 50%
• Plant Physiology 50%
• Protein Expression 50%
• Sinorhizobium fredii 100%