Overexpression of a calcium-dependent protein kinase confers salt and drought tolerance in rice by preventing membrane lipid peroxidation

Medicine & Life Sciences

• Salt Tolerance 100%
• calcium-dependent protein kinase 99%
• Droughts 96%
• Oryza 72%
• Membrane Lipids 67%
• Lipid Peroxidation 56%
• Salt Stress 37%
• Onions 20%
• rice calcium-dependent protein kinase 18%
• Genes 18%
• Abscisic Acid 13%
• Plant Growth Regulators 12%
• Plant Roots 11%
• Meristem 11%
• Seedlings 11%
• Plant Leaves 11%
• Salinity 11%
• Oxidative Stress 11%
• Arabidopsis 9%
• Physiological Stress 9%
• Epidermal Cells 8%
• Gene Regulatory Networks 8%
• Green Fluorescent Proteins 8%
• Dehydration 8%
• Growth and Development 7%
• Microarray Analysis 7%
• Electrolytes 7%
• Lipid Metabolism 7%
• Transcriptome 6%
• Transcriptional Activation 6%
• Salts 6%
• Cell Membrane 5%
• Water 5%

Agriculture & Biology

• salt tolerance 61%
• drought tolerance 59%
• protein kinases 58%
• lipid peroxidation 50%
• rice 40%
• calcium 38%
• salt stress 23%
• water stress 21%
• genes 18%
• Oryza sativa 15%
• electrolyte leakage 9%
• Allium cepa 9%
• apical meristems 9%
• transcriptional activation 9%
• microarray technology 9%
• biologists 9%
• desiccation (plant physiology) 9%
• green fluorescent protein 8%
• onions 8%
• lipid metabolism 8%
• plant hormones 8%
• abscisic acid 7%
• transcriptome 7%
• abiotic stress 7%
• growth and development 7%
• stress response 7%
• salinity 6%
• oxidative stress 6%
• plasma membrane 6%
• drought 6%
• genetically modified organisms 6%
• Arabidopsis 6%
• salts 5%
• seedlings 5%