Ancestral polymorphism and adaptive evolution in the trichothecene mycotoxin gene cluster of phytopathogenic Fusarium

Keyphrases

• Adaptive Evolution 100%
• Ancestral Polymorphism 100%
• Animal Health 33%
• Balancing Selection 33%
• Barley 33%
• Chemotype 100%
• Discord 33%
• Etiological Agents 33%
• Filamentous Fungi 33%
• Food Animals 33%
• Food Safety 33%
• Fusarium 100%
• Fusarium Graminearum Species Complex 100%
• Fusarium Head Blight 33%
• Gene Cluster 100%
• Genealogical Concordance 33%
• Genetic Diversity 33%
• Grain Quality 33%
• Grain Yield 33%
• Health Safety 33%
• Metabolic Profiling 33%
• Phylogenetic Analysis 33%
• Phylogeny 33%
• Phytopathogens 100%
• Plant Disease 33%
• Plant Pathogen 33%
• Polymorphism 33%
• Scab 66%
• Selective Constraint 33%
• Single-copy Gene 33%
• Species Diversity 33%
• Species Evolution 33%
• Specific Difference 33%
• Strain-specific Differences 33%
• Toxin Evolution 33%
• Trichothecene Mycotoxin 100%
• Trichothecenes 100%
• Virulence Factors 33%
• Virulence Genes 33%
• Wheat 33%

Immunology and Microbiology

• Animal Health 33%
• Balancing Selection 33%
• Chemotype 100%
• Evolutionary Adaptation 100%
• Filamentous Fungus 33%
• Fusarium 100%
• Fusarium graminearum 100%
• Gene Cluster 100%
• Genetic Variability 33%
• Infectious Agent 33%
• Metabolite 33%
• Phylogeny 33%
• Virulence Factor 33%