Transcriptomic response of red grouse to gastro-intestinal nematode parasites and testosterone: implications for population dynamics

Agriculture & Biology

• Lagopus lagopus scoticus 100%
• gastrointestinal nematodes 77%
• population dynamics 57%
• transcriptomics 56%
• testosterone 56%
• parasites 43%
• parasite load 41%
• immunocompetence 27%
• Nematoda 16%
• grouse 14%
• infection 11%
• aggression 9%
• population size 9%
• reproductive performance 9%
• immune response 8%
• ecology 7%
• genes 3%

Earth & Environmental Sciences

• testosterone 84%
• nematode 71%
• parasite 64%
• population dynamics 59%
• parasite intensity 51%
• immunocompetence 37%
• infection 19%
• population regulation 15%
• regulation 14%
• immune response 14%
• aggression 13%
• breeding 10%
• fitness 10%
• population size 10%
• ecology 8%
• gene 8%
• effect 7%

Medicine & Life Sciences

• Population Dynamics 76%
• Testosterone 56%
• Parasite Load 54%
• Parasites 53%
• Immunocompetence 35%
• Parasitic Diseases 27%
• Nematode Infections 19%
• Ecology 15%
• Breeding 14%
• Population Density 14%
• Aggression 13%
• Drive 13%
• Population 10%
• Up-Regulation 9%
• Genes 5%