Measuring liver mitochondrial oxygen consumption and proton leak kinetics to estimate mitochondrial respiration in holstein dairy cattle

Engineering & Materials Science

• Dairies 100%
• Protons 86%
• Liver 86%
• Oxygen 58%
• Adenosinetriphosphate 53%
• Nutrients 38%
• Mitochondria 33%
• Animals 29%
• Metabolism 26%
• Oxidative Phosphorylation 20%
• Tissue 17%
• Membranes 17%
• Electron Transport 16%
• Administrative data processing 16%
• Biopsy 13%
• Nutrition 13%
• Assays 12%
• Environmental impact 9%
• Carbon dioxide 9%
• Oxidation 9%
• Electrodes 7%
• Health 7%
• Substrates 7%
• Recovery 6%
• Water 5%

Medicine & Life Sciences

• Protons 73%
• Oxygen Consumption 71%
• Respiration 59%
• Cattle 58%
• Kinetics 52%
• Adenosine Triphosphate 37%
• Liver 37%
• Proton-Motive Force 31%
• Nutrients 30%
• Oxygen 25%
• Mitochondria 19%
• Animals 18%
• Oxidative Phosphorylation 13%
• Mitochondrial Membranes 13%
• Electron Transport 13%
• Mitochondrial Membrane Potential 12%
• Carbon Dioxide 12%
• NAD 12%
• Adenosine Diphosphate 11%
• Electrodes 10%
• Diet 8%
• Water 8%
• Biopsy 7%
• Health 5%

Chemical Compounds

• Proton 46%
• Nutrient 46%
• Protonmotive Force 40%
• Dioxygen 34%
• Electron-Transport Chain Inhibitor 28%
• FADH(.) 24%
• Pharmacological Metabolism 22%
• Membrane Potential 15%
• Dissipation 15%
• ADP 15%
• Carbon Dioxide 11%
• Drug 7%
• Behavior as Electrode 7%
• Oxidation Reaction 6%
• Amount 6%
• Time 5%