Functional evolution of leptin of Ochotona curzoniae in adaptive thermogenesis driven by cold environmental stress

Agriculture & Biology

• acclimation 3%
• animals 1%
• biogenesis 4%
• China 5%
• cold stress 9%
• energy 5%
• energy expenditure 4%
• food intake 4%
• genes 1%
• heat production 62%
• homeostasis 7%
• hormones 3%
• hypothalamus 4%
• hypoxia 4%
• indigenous species 3%
• keystone species 6%
• leptin 67%
• mammals 3%
• methodology 1%
• mice 2%
• Ochotona curzoniae 95%
• Ochotonidae 40%
• organisms 2%
• oxidation 3%
• plateaus 12%
• proteins 1%
• resting metabolic rate 5%
• stress response 3%
• temperature 1%
• testing 1%

Medicine & Life Sciences

• Animals 2%
• Basal Metabolism 5%
• Brown Adipose Tissue 5%
• Cold Temperature 16%
• Eating 3%
• Energy Metabolism 4%
• Gene Expression 2%
• Heat-Shock Proteins 4%
• Homeostasis 6%
• Hormones 3%
• Hypothalamus 4%
• Hypoxia 3%
• Inbred C57BL Mouse 4%
• Lagomorpha 98%
• Leptin 58%
• Mammals 3%
• Organelle Biogenesis 5%
• Temperature 3%
• Thermogenesis 71%

Chemical Compounds

• Brown 4%
• Cope Reaction 5%
• Energy 6%
• Environment 5%
• Food 3%
• Heat 3%
• Leptin 100%
• Metabolic 3%
• Protein 1%
• Thermogenic 7%