Geographic variation in adaptation at the molecular level: A case study of plant immunity genes

Keyphrases

• Adaptation 100%
• Geographic Variation 100%
• Immunity Genes 100%
• Plant Immunity 100%
• Local Adaptation 100%
• Population Structure 66%
• WIP1 66%
• Dietary Protein 33%
• Genetic Control 33%
• Genetic Disease 33%
• Herbivore 33%
• Natural Selection 33%
• Sweeping 33%
• Zea Mays 33%
• Nucleotide Variation 33%
• Geographic Region 33%
• Active Sites 33%
• Diverse Structure 33%
• Insect Herbivory 33%
• Serine Protease Inhibitor 33%
• Genetic Differentiation 33%
• Parviglumis 33%
• Plant Innate Immunity 33%
• Six Populations 33%
• Structured Populations 33%
• Wound-induced 33%
• Nucleotide Polymorphism 33%
• Teosinte 33%
• Selective Sweep 33%
• Innate Immune Genes 33%
• Putative Functions 33%
• Alternative Phenotypes 33%
• Within-population Diversity 33%
• Interacting Species 33%
• Influence Pattern 33%
• Species Interactions 33%
• Coalescent Simulations 33%

Biochemistry, Genetics and Molecular Biology

• Plant Immunity 100%
• Local Adaptation 100%
• Nucleotide 100%
• Population Structure 66%
• Active Site 33%
• Genetics 33%
• Genetic Divergence 33%
• Dietary Protein 33%
• Enzymatic Hydrolysis 33%
• Serine Protease Inhibitor 33%
• Selective Sweep 33%
• Infectious Agent 33%
• Natural Selection 33%
• Zea 33%
• Teosinte 33%
• Genetic Drift 33%

Immunology and Microbiology

• Local Adaptation 100%
• Population Structure 66%
• Innate Immune System 33%
• Infectious Agent 33%
• Genetic Variability 33%
• Zea 33%
• Natural Selection 33%
• Genetic Drift 33%
• Teosinte 33%
• Selective Sweep 33%
• Serine 33%
• Proteinase 33%
• Hydrolysis 33%
• Protease 33%