A proteomic approach to the mechanisms underlying activation of aluminium resistance in roots of Urochloa decumbens

Keyphrases

• Abundance Difference 25%
• Acid Phosphatase 25%
• Adenylate Kinase 50%
• Al Resistance 100%
• Aluminum Resistance 100%
• ATP Synthase 25%
• Carbonic Anhydrase 75%
• Citrate 25%
• Complex I Assembly 25%
• Deoxymugineic Acid 50%
• Efflux 25%
• Fe Acquisition 25%
• Fe Mobilization 25%
• Highest Root 25%
• Lag Time 25%
• Methionine 25%
• Methionine Synthase 50%
• Mg2+ 25%
• Mitochondrial Complex I 25%
• Organic Acid Exudation 25%
• Oxalate 25%
• P Mobilization 25%
• Phase Change 25%
• Phenolic Biosynthesis 25%
• Phenylalanine Ammonia-lyase 50%
• Protein Changes 25%
• Proteomic Approach 100%
• Resistance Expression 25%
• Root Exudates 25%
• Root Growth Inhibition 25%
• Root Proteome 25%
• Root Respiration 25%
• Sensitive Phase 50%
• Signal Grass 25%
• Urochloa Decumbens 100%

Biochemistry, Genetics and Molecular Biology

• Acid Phosphatase 33%
• Adenosine Diphosphate 33%
• Adenylate Kinase 66%
• ATP Synthase 33%
• Carbonic Anhydrase 100%
• Downregulation 33%
• Growth Inhibition 33%
• Lyase 66%
• Methionine 33%
• Methionine Synthase 66%
• Phenolics Biosynthesis 66%
• Phenylalanine 66%
• Proteome 33%
• Proteomics 100%
• Root Growth 33%
• Root Respiration 33%
• Synthase 66%
• Urochloa decumbens 100%

Agricultural and Biological Sciences

• Acid Phosphatase 33%
• Adenosine Diphosphate 33%
• Adenylate Kinase 66%
• ATP Synthase 33%
• Carbonate Dehydratase 100%
• Lyase 66%
• Methionine 33%
• Methionine Synthase 66%
• NADH Dehydrogenase (Ubiquinone) 33%
• Phenylalanine 66%
• Proteome 33%
• Proteomics 100%
• Root Exudate 33%
• Root Growth 33%
• Urochloa decumbens 100%