Overexpression of wheat Na⁺/H⁺ antiporter TNHX1 and H⁺-pyrophosphatase TVP1 improve salt- and drought-stress tolerance in Arabidopsis thaliana plants

Medicine & Life Sciences

• Inorganic Pyrophosphatase 100%
• Salt Stress 95%
• Droughts 93%
• Genetically Modified Plants 92%
• Sodium-Hydrogen Exchangers 76%
• Arabidopsis 76%
• Triticum 71%
• Water Deprivation 20%
• Water 14%
• Salt Tolerance 12%
• Hypochromic Anemia 11%
• Physiological Stress 8%
• Psychology Retention 8%
• Vacuoles 7%
• Cytosol 7%
• Social Adjustment 6%
• Salts 6%
• Psychological Inhibition 5%
• Poisons 5%
• Phenotype 4%
• Growth 3%
• Genes 2%
• Proteins 2%

Agriculture & Biology

• pyrophosphatases 76%
• sodium-hydrogen antiporter 74%
• drought tolerance 57%
• transgenic plants 53%
• salt stress 52%
• Arabidopsis thaliana 46%
• wheat 37%
• water deprivation 21%
• water stress 13%
• genetically modified organisms 12%
• staple crops 10%
• gene overexpression 10%
• chlorosis 9%
• leaf water potential 9%
• salt tolerance 8%
• solutes 8%
• cytosol 7%
• vacuoles 7%
• abiotic stress 7%
• leaf area 7%
• growth retardation 7%
• water 6%
• drought 6%
• Arabidopsis 6%
• salts 5%
• phenotype 5%
• tissues 3%
• leaves 3%
• proteins 2%