Clonality, recombination, and hybridization in the plumbing-inhabiting human pathogen Fusarium keratoplasticum inferred from multilocus sequence typing

Keyphrases

• Biofilm 100%
• Clinical Source 33%
• Clonal Complex 33%
• Clonal Relationship 33%
• Clonality 100%
• Contact Lens 33%
• Core Genome multilocus Sequence Typing (cgMLST) 100%
• Cornea 66%
• Cryptic Speciation 33%
• Diversity Dynamics 33%
• Environmental Isolates 33%
• Fungi 33%
• Fusarium Keratoplasticum 100%
• Fusarium Species 33%
• Gene Genealogy 33%
• Genetic Diversity 33%
• Genetic Evidence 33%
• Genotype 66%
• Human Infection 100%
• Human Pathogens 100%
• Incongruity 33%
• Interspecies Hybridization 33%
• Introgression 66%
• Life History 33%
• MAT1-2 33%
• MAT1A 33%
• Mating Compatibility 33%
• Mating Type 66%
• Mycotic Keratitis 33%
• Nonclinical 33%
• Phylogenetic Incongruence 33%
• Phylogenetic Species 66%
• Phylogenetic Tree 33%
• Plumbing 100%
• Plumbing System 66%
• Population Dynamics 33%
• Population Structure 33%
• Population Subdivision 33%
• Recombinant 33%
• Recombination 100%
• Ribosomal DNA 33%
• Ribosomal RNA 66%
• Sequence Type 100%
• Sequence-based Typing 33%
• Sexuality 33%
• Significant Level 33%
• Single Locus 33%
• Singleton 33%
• Species Boundaries 33%
• Type Systems 100%

Immunology and Microbiology

• Allele 25%
• Biofilm 75%
• Clonal Variation 100%
• Genetic Variability 25%
• Human Pathogen 100%
• Introgression 50%
• Keratitis 25%
• Life History 25%
• Multilocus Sequence Typing 100%
• Phylogenetic Tree 25%
• Population Dynamics 25%
• Population Structure 25%
• RNA Gene 25%
• Species Differentiation 25%

Agricultural and Biological Sciences

• Allele 25%
• Clonal Variation 100%
• Fusarium 100%
• Introgression 50%
• Life History 25%
• Mating Type 50%
• Multilocus Sequence Typing 100%
• Population Dynamics 25%