Reduced immune responsiveness contributes to winter energy conservation in an Arctic bird

Medicin och livsvetenskap

• Birds 83%
• Svalbard 72%
• Temperature 55%
• Body Temperature Regulation 50%
• Haptoglobins 49%
• Darkness 48%
• Infectious Disease Transmission 46%
• Agglutination 45%
• Anorexia 41%
• Locomotion 37%
• Innate Immunity 35%
• Energy Metabolism 35%
• Cold Temperature 34%
• Lipopolysaccharides 33%
• Animals 19%

Agrikultur & biologi

• energy conservation 100%
• Arctic region 81%
• winter 51%
• birds 47%
• Lagopus 31%
• acute exposure 24%
• haptoglobins 24%
• anorexia 23%
• agglutination 21%
• thermoregulation 21%
• energy expenditure 21%
• innate immunity 19%
• Norway 19%
• wildlife 18%
• lipopolysaccharides 18%
• locomotion 18%
• solar radiation 16%
• temperature 15%
• energy 11%
• pathogens 11%
• animals 8%

Mark- och miljövetenskap

• energy conservation 83%
• bird 64%
• winter 47%
• thermoregulation 27%
• cold wave 27%
• immune response 26%
• lysis 23%
• daylight 22%
• locomotion 22%
• expenditure 19%
• energy 18%
• pathogen 18%
• energetics 17%
• allocation 16%
• wildlife 16%
• temperature 14%
• animal 13%
• exposure 11%
• parameter 6%
• rate 6%