In vitro experiments and kinetic models of Arabidopsis pollen hydration mechanics show that MSL8 is not a simple tension-gated osmoregulator

Keyphrases

• In Vitro Release Kinetics 100%
• In Vitro Experiment 100%
• Kinetic Model 100%
• Arabidopsis 100%
• Pollen Hydration 100%
• Experiment Model 100%
• Simple Tension 100%
• Osmoregulators 100%
• Mathematical Model 50%
• Membrane Tension 50%
• Desiccation 50%
• Pollen Grains 50%
• Overexpression 25%
• Cellular Scale 25%
• Ion Flux 25%
• Cell Wall 25%
• Mathematical Modeling 25%
• Non-conductive Material 25%
• Experimental Testing 25%
• Time-lapse Imaging 25%
• Ion Channel Function 25%
• HyPer 25%
• Male Gamete 25%
• Scale Model 25%
• Osmotic Regulation 25%
• Osmolytes 25%
• Mechanosensitive Ion Channels 25%
• MscS-Like 25%
• Rehydration 25%
• Pollen-specific 25%
• Cell Wall Properties 25%
• Overexpansion 25%
• Cell Wall Strengthening 25%
• Strengthening Model 25%
• Mathematic Laboratory 25%
• Experimental Response 25%
• Plant Sexual Reproduction 25%
• Mechanical Challenges 25%
• Computational Testing 25%

Immunology and Microbiology

• Tension 100%
• Kinetics 100%
• Arabidopsis 100%
• Cell Wall 60%
• Desiccation 40%
• Wild Type 20%
• Solution and Solubility 20%
• Time Lapse Imaging 20%
• Germ Cell 20%
• Ion Current 20%
• Osmoregulation 20%

Biochemistry, Genetics and Molecular Biology

• Kinetics 100%
• Tension 100%
• Arabidopsis 100%
• Desiccation 40%
• Germ Cell 20%
• Wild Type 20%
• Solution and Solubility 20%
• Ion Current 20%
• Mechanosensitive Ion Channel 20%
• Ion Channel 20%
• Osmoregulation 20%