A Single Amino Acid Substitution in the Core Protein of West Nile Virus Increases Resistance to Acidotropic Compounds

Keyphrases

• West Nile Virus 100%
• Core Protein 100%
• Single Amino Acid Substitution 100%
• Enhanced Resistance 40%
• C Protein 40%
• Acidic pH 40%
• Virus 20%
• West Nile Virus Infection 20%
• Encephalitis 20%
• Flavivirus 20%
• Viral Proteins 20%
• Glycoprotein 20%
• Infectious Clone 20%
• Febrile Illness 20%
• Neurovirulence 20%
• Nucleotide Sequence 20%
• Viral 20%
• Genetic Approach 20%
• Virion 20%
• Viral Entry 20%
• Viral Envelope 20%
• Functional Role 20%
• Resistant Phenotypes 20%
• Approaches to Study 20%
• Vertebrate Hosts 20%
• Ammonium Chloride 20%
• Mosquito-borne Flavivirus 20%
• Endosome 20%
• Capsid 20%
• Acidification 20%
• Trans-Golgi Network 20%
• Virus Maturation 20%
• Global Concern 20%
• Infectious Cycle 20%
• Recurrent Epidemics 20%
• Acidic Compartments 20%
• Concanamycin A 20%
• Organelle Acidification 20%

Immunology and Microbiology

• West Nile Virus 100%
• Amino Acid Substitution 100%
• Flavivirus 33%
• Viral Disease 16%
• Encephalitis 16%
• Capsid 16%
• Viral Protein 16%
• Glycoprotein 16%
• Virion 16%
• Viral Envelope 16%
• Viral Entry 16%
• Maturation 16%
• Virus Mutant 16%
• Endosome 16%
• Trans Golgi Network 16%