Membrane lipids of symbiotic algae are diagnostic of sensitivity to thermal bleaching in corals

Keyphrases

• Coral 100%
• Symbiotic Algae 100%
• Thermal Bleaching 100%
• Membrane Lipids 100%
• Cnidarian 66%
• Thermal Stress 66%
• Global Distribution 33%
• Stress Sensitivity 33%
• Evolutionary History 33%
• Physiological Mechanism 33%
• Reactive Oxygen Species 33%
• Scleractinian Corals 33%
• Sea Surface Temperature 33%
• Light Intensity 33%
• High Irradiance 33%
• Chlorophyll Fluorescence Kinetics 33%
• Mehler Reaction 33%
• Lipids 33%
• Elevated Temperature 33%
• Variable Chlorophyll Fluorescence 33%
• Cenozoic 33%
• Molecular Phylogenetic Analysis 33%
• Differential Sensitivity 33%
• Zooxanthellae 33%
• Photosystem I (PS I) 33%
• Thermally Induced 33%
• Zooxanthellate Corals 33%
• Threshold Temperature 33%
• Thylakoid Membrane 33%
• Surface Enhancement 33%
• Symbiodinium 33%
• Endosymbiotic Algae 33%
• Irradiance Level 33%
• Lipid Composition 33%
• Thylakoid Membrane Lipids 33%
• Water Splitting 33%
• Reduced Tolerances 33%

Immunology and Microbiology

• Cnidaria 100%
• Temperature Stress 100%
• Lipid Composition 100%
• Thylakoid Membrane 100%
• Cladistics 100%
• Phylogeny 50%
• Sea Surface Temperature 50%
• Light Intensity 50%
• Chlorophyll Fluorescence 50%
• Photosystem I 50%
• Evolution 50%
• Symbiodinium 50%
• Kinetics 50%

Biochemistry, Genetics and Molecular Biology

• Photobleaching 100%
• Membrane Lipid 100%
• Cnidaria 66%
• Temperature Stress 66%
• Thylakoid Membrane 66%
• Lipid Composition 66%
• Cladistics 66%
• Lipid 33%
• Phylogeny 33%
• Light Intensity 33%
• Evolution 33%
• Kinetics 33%
• Photosystem I 33%
• Symbiodinium 33%
• Sea Surface Temperature 33%
• Chlorophyll Fluorescence 33%