Vector-Borne Transmission Imposes a Severe Bottleneck on an RNA Virus Population

Keyphrases

• Adaptation to Changing Environments 33%
• Age of Infection 33%
• Arbovirus 66%
• Bottleneck Event 33%
• Culex 33%
• Diverse Populations 33%
• Enzootic 66%
• Error-prone 33%
• Evolutionary History 33%
• Extinction Events 33%
• Genetic Diversity 66%
• Genetic Drift 33%
• Genome Replication 33%
• Initial Dose 66%
• Intrathoracic Inoculation 33%
• Mammalian Host 33%
• Melanoconion 33%
• Midgut 100%
• Mosquito Infection 33%
• Mosquito Vectors 33%
• Muller's Ratchet 33%
• Natural Vector 33%
• Population Bottleneck 33%
• Potential Challenges 33%
• Potential Impact 33%
• Real-time RT-PCR 33%
• RNA Virus 100%
• Salivary Gland 33%
• Sequence Spaces 33%
• Vector Transmission 100%
• Venezuelan Equine Encephalitis Virus 100%
• Viral Fitness 33%
• Viral Mechanisms 33%
• Viral Transmission 33%
• Virus Population 100%
• Virus-vector Interactions 33%

Immunology and Microbiology

• Arbovirus 66%
• Bottleneck Population 33%
• Culex 33%
• Evolution 33%
• Genetic Drift 33%
• Genetic Variability 66%
• Mammal 33%
• Midgut 100%
• Quantitative Reverse Transcription Polymerase Chain Reaction 33%
• RNA Virus 100%
• Salivary Gland 33%
• Venezuelan Equine Encephalitis Virus 100%
• Viral Vector 33%

Medicine and Dentistry

• Arbovirus 50%
• Bottleneck Population 25%
• Culex 25%
• Evolution 25%
• Genetic Drift 25%
• Genetic Variability 50%
• Infection 100%
• Midgut 75%
• Mosquito Vector 25%
• Quantitative Reverse Transcription Polymerase Chain Reaction 25%
• Salivary Gland 25%
• Venezuelan Equine Encephalitis Virus 75%
• Virus RNA 100%
• Virus Vector 25%