Differential physiological and metabolic responses in young and fully expanded leaves of Aristotelia chilensis plants subjected to drought stress

Keyphrases

• Metabolic Response 100%
• Physiological Response 100%
• Drought Stress 100%
• Aristotelia chilensis 100%
• Young Leaves 72%
• Fructose 18%
• Anthocyanins 18%
• Defense Mechanisms 9%
• Amino Acids 9%
• Phenolic Compounds 9%
• Molecular Mechanism 9%
• Growth Yield 9%
• Crop Yield 9%
• Drought 9%
• Stress Effect 9%
• Physiological Mechanism 9%
• Starch 9%
• Valine 9%
• Phenylalanine 9%
• Abscisic Acid 9%
• Leucine 9%
• Total Protein 9%
• Plant Crop 9%
• Stomatal Conductance 9%
• Photosynthetic Performance 9%
• Plant Growth 9%
• Protein Amino Acids 9%
• Total Amino Acids 9%
• Branched-chain Amino Acids 9%
• Transpiration 9%
• Secondary Metabolism 9%
• Biochemical Mechanism 9%
• PCA Analysis 9%
• Compatible Solutes 9%
• Stomatal Closure 9%
• CO2 Assimilation 9%

Biochemistry, Genetics and Molecular Biology

• Metabolic Pathway 100%
• Amino Acids 100%
• Sucrose 50%
• Anthocyanin 50%
• Fructose 50%
• Anabolism 25%
• Leucine 25%
• Starch 25%
• Sweating 25%
• Phenylalanine 25%
• Valine 25%
• Abscisic Acid 25%
• Stomatal Conductance 25%
• CO2 assimilation 25%

Agricultural and Biological Sciences

• Aristotelia chilensis 100%
• Physiological Response 100%
• Drought Stress 100%
• Anthocyanin 18%
• Fructose 18%
• Stomatal Conductance 9%
• Branched Chain Amino Acid 9%
• Leucine 9%
• Sweating 9%
• Abscisic Acid 9%
• Phenylalanine 9%
• Valine 9%
• Carbon Dioxide 9%
• Phenol Derivative 9%