Critical roles of mitochondria in brain activities of torpid Myotis ricketti bats revealed by a proteomic approach

Keyphrases

• Brain Activity 100%
• Mitochondria 100%
• Stress Response 100%
• Post-translational Modification 100%
• Proteomic Approach 100%
• Myotis Ricketti 100%
• Hibernation 100%
• Torpor 100%
• Proteomics 66%
• Amino Acid Metabolism 66%
• Metabolic Regulation 66%
• Common Strategies 66%
• Non-model Organism 66%
• Antioxidation 66%
• Proteostasis 66%
• Hibernators 66%
• Amino Acids 33%
• Mitochondrial Function 33%
• Protein Expression 33%
• Expression Level 33%
• Protein Function 33%
• Energy Metabolism 33%
• Metabolism 33%
• Cell Survival 33%
• Differentially Expressed Proteins 33%
• Biological Significance 33%
• Differential Expression 33%
• Neuronal Transmission 33%
• Neural Communication 33%
• Efflux 33%
• Tricarboxylic Acid Cycle (TCA cycle) 33%
• Brain Cells 33%
• Expression Change 33%
• Cytoskeletal Structure 33%
• Squirrel 33%
• Brain Dysfunction 33%
• Arginase-1 (Arg-1) 33%
• Mitochondrial Electron Transport 33%
• Brain Proteins 33%
• Anaerobic Glycolysis 33%
• Flying Animals 33%
• Protein Response 33%
• Vesicular Structure 33%

Biochemistry, Genetics and Molecular Biology

• Mitochondrion 100%
• Electroencephalogram 100%
• Myotis 100%
• Proteomics 100%
• Posttranslational Modification 75%
• Amino Acid Metabolism 50%
• Metabolic Regulation 50%
• Protein Homeostasis 50%
• Amino Acids 25%
• Cell Survival 25%
• Electron Transport 25%
• Metabolic Pathway 25%
• Protein Function 25%
• Protein Expression Level 25%
• Energy Metabolism 25%
• Cytoskeletal Protein 25%
• Sciuridae 25%
• Synaptic Transmission 25%
• Anaerobic Glycolysis 25%