Stomatal opening efficiency is controlled by cell wall organization in Arabidopsis thaliana

Keyphrases

• Pore Size 100%
• Arabidopsis Thaliana 100%
• Wall Thickness 100%
• Pectin 100%
• Stomatal Opening 100%
• Cell Wall 100%
• Stomatal Function 100%
• Cell Wall Organization 100%
• Turgor Pressure 100%
• Stomatal Pore 100%
• Photosynthesis 50%
• Gas Exchange 50%
• Genotype 50%
• Computational Modeling 50%
• Homeostasis 50%
• Mechanical Properties 50%
• Cell-to-cell 50%
• Cell Turgor 50%
• Cellulose 50%
• Energy Efficient 50%
• Cellulose Content 50%
• Modulus Ratio 50%
• Biomechanical Properties 50%
• Guard Cell 50%
• Stomata 50%
• Normal Direction 50%
• Lateral Angle 50%
• Nanoindentation 50%
• Cell Geometry 50%
• Biomechanical Function 50%
• Anisotropic Properties 50%
• Wall Pressure 50%
• Microscopic Imaging 50%
• Wall Geometry 50%
• Longitudinal Modulus 50%
• Wall Composition 50%
• Stomatal Dynamics 50%

Engineering

• Biomechanics 100%
• Phase Composition 100%
• Nanoscale 50%
• Circumferential 50%
• Anisotropic 50%
• Lateral Direction 50%
• Molecular Weight 50%
• Cell Geometry 50%
• Biomechanical Function 50%
• Cellulose Content 50%
• Molecular Mass 50%
• Biomechanical Property 50%

Material Science

• Pore Size 100%
• Phase Composition 100%
• Nanoindentation 50%