Muscle fine structure may maintain the function of oxidative fibres in haemoglobinless Antarctic fishes

Keyphrases

• Icefish 100%
• Oxidative Fibers 100%
• Antarctic Fish 100%
• Hemoglobin 42%
• Metabolic Flexibility 42%
• Aerobic 28%
• Mitochondria 28%
• Mitochondrial Density 28%
• Metabolism 14%
• Two-species 14%
• Lipids 14%
• Hydrocarbons 14%
• High Density 14%
• Cell Volume 14%
• Ultrastructure 14%
• Capillary Supply 14%
• Four Species 14%
• Muscle Fiber 14%
• Capillary Density 14%
• Muscle Mass 14%
• Higher Index 14%
• Capillary Optical Fiber 14%
• Incongruity 14%
• Oxidative muscle 14%
• Notothenioid 14%
• Chaenocephalus Aceratus 14%
• Pectoral muscle 14%
• Tortuosity 14%
• Mitochondrial Cristae 14%
• Cristae 14%
• Key Metabolic Enzymes 14%
• Intracellular Membranes 14%
• Partially Compensated 14%
• Intracellular Oxygen 14%
• Large Mode Area Fiber 14%
• Wet Mass 14%
• Membrane System 14%
• Notothenia Coriiceps 14%
• Chionodraco Rastrospinosus 14%
• Capillary Beds 14%

Biochemistry, Genetics and Molecular Biology

• Mitochondrion 100%
• Surface Area 100%
• Crista 100%
• Enzyme 50%
• Metabolic Pathway 50%
• Lipid 50%
• Cell Volume 50%
• Intracellular Membrane 50%
• Membrane 50%

Agricultural and Biological Sciences

• Surface Area 100%
• Mitochondrion 100%
• Crista 100%
• Chaenocephalus aceratus 50%
• Muscle Fiber 50%
• Notothenia coriiceps 50%
• Capillary Bed 50%
• Chionodraco 50%
• Gobionotothen Gibberifrons 50%