Plant genotype and induced defenses affect the productivity of an insect-killing obligate viral pathogen

Keyphrases

• Virus 100%
• Foliage 100%
• Induced Defense 100%
• Viral Pathogens 100%
• Obligate 100%
• Plant Genotype 100%
• Baculovirus 60%
• Epizootic 60%
• Soybean Genotypes 60%
• Short-term Exposure 40%
• Population Dynamics 40%
• Long-term Exposure 40%
• Spodoptera Frugiperda 40%
• Fall Armyworm 40%
• Time Since Death 40%
• Speed of Kill 40%
• Plant-mediated Interactions 40%
• Genotype 20%
• Agricultural Pest 20%
• Transmission Events 20%
• Caterpillar 20%
• Slow Speed 20%
• Infectivity 20%
• Host Tissues 20%
• Entomopathogen 20%
• Plant Species 20%
• Plant-wide 20%
• Host-pathogen Interactions 20%
• Plant Parts 20%
• Anti-herbivore Defense 20%
• Fitness Evaluation 20%
• Host Population 20%
• Host Mortality 20%
• Inclusion Bodies 20%
• Nucleopolyhedrovirus 20%
• Short-term Feeding 20%
• Insect Pathogen 20%

Immunology and Microbiology

• Infectious Agent 100%
• Baculoviridae 100%
• Virus 83%
• Spodoptera frugiperda 50%
• Ingestion 33%
• Population Dynamics 33%
• Virus Nucleocapsid 16%
• Host-Pathogen Interaction 16%
• Host Tissue 16%
• Fodder Crop 16%

Agricultural and Biological Sciences

• Genotyping 100%
• Baculovirus 100%
• Fall Armyworm 50%
• Epizootics 50%
• Ingestion 33%
• Population Dynamics 33%
• Feeds 16%
• Entomopathogens 16%
• Host-Pathogen Interaction 16%
• Nucleocapsid 16%