Transcriptome profiling identified novel genes associated with aluminum toxicity, resistance and tolerance in Medicago truncatula

Medicine & Life Sciences

• Medicago truncatula 100%
• Aluminum 64%
• Gene Expression Profiling 58%
• Genes 22%
• A 17 19%
• Cell Wall 17%
• Meristem 6%
• Secondary Metabolism 6%
• ethylene 5%
• Annexins 5%
• Gene Expression 5%
• Physiological Stress 5%
• Oligonucleotide Array Sequence Analysis 4%
• Cell Cycle Checkpoints 4%
• RNA Interference 4%
• Cell Cycle 3%
• Acids 3%
• Oxidative Stress 3%
• Homeostasis 3%
• Genotype 3%
• Enzymes 2%
• Proteins 1%
• pectinacetylesterase 0%

Agriculture & Biology

• Medicago truncatula 67%
• aluminum 51%
• transcriptomics 49%
• toxicity 38%
• genes 19%
• cell walls 12%
• cell cycle checkpoints 5%
• gene expression 5%
• metabolism 5%
• DNA microarrays 4%
• ethylene production 4%
• root tips 4%
• biotic stress 4%
• pectins 4%
• organic acids and salts 4%
• cell cycle 3%
• abiotic stress 3%
• transporters 3%
• homeostasis 3%
• stress response 3%
• oxidative stress 3%
• protein synthesis 3%
• RNA 2%
• calcium 2%
• genotype 2%
• cultivars 2%
• enzymes 1%