A license to kill: The evolution of NK cell receptors

Keyphrases

• Natural Killer Cell Receptors 100%
• Natural Killer Cells 85%
• NK1 Receptor 57%
• Genetic Diversity 28%
• Infected Cells 28%
• Decoy 28%
• MHC Molecules 28%
• Self-detection 28%
• Missing Self 28%
• Virus 14%
• Selection Pressure 14%
• Host Population 14%
• Polymorphism 14%
• High Genetic Diversity 14%
• Inhibitory Receptors 14%
• Tumor 14%
• Viral 14%
• Analysis Modeling 14%
• T Cells 14%
• MHC Class II 14%
• Gene Content 14%
• Gene Family 14%
• Evolutionary Process 14%
• Cell Surface Receptor 14%
• B Cells 14%
• Evasion Mechanism 14%
• Germ Cells 14%
• Healthy Tissue 14%
• Modeling Data 14%
• Viral Infection 14%
• Mathematical Modeling 14%
• Evolutionary Modeling 14%
• Non-self 14%
• Cytotoxic T Cells 14%
• Natural Killer Cell Activity 14%
• Cell Response 14%
• Viral Evolution 14%
• Transformed Cells 14%
• MHC Expression 14%
• Polygenicity 14%
• Innate Immune Cells 14%
• Viral Evasion 14%
• Allelic Polymorphism 14%
• DNA Rearrangement 14%
• Evade 14%
• Viral Origin 14%
• Receptor System 14%

Immunology and Microbiology

• Natural Killer Cell 100%
• Genetic Variability 17%
• down Regulation 11%
• Haplotype 11%
• Viral Disease 5%
• B Cell 5%
• Cytotoxic T Cell 5%
• Natural Killer Cell Response 5%
• Virus Evolution 5%
• Infectious Agent 5%
• Immunocompetent Cell 5%
• Target Cell 5%
• Multigene Family 5%
• Cell Surface 5%
• Cell Activation 5%
• Transformed Cell 5%
• T Cell 5%

Biochemistry, Genetics and Molecular Biology

• Natural Killer Cell 100%
• Genetic Divergence 16%
• Haplotype 11%
• down Regulation 11%
• Germline 5%
• DNA Rearrangement 5%
• Infectious Agent 5%
• Multigene Family 5%
• Immunocompetent Cell 5%
• Cell Activation 5%
• Eicosanoid Receptor 5%
• T Cell 5%
• Germ Cell 5%
• Target Cell 5%
• Cytotoxic T Cell 5%
• B Cell 5%
• Cell Surface Receptor 5%