Alternative experimental models for studying influenza proteins, host-virus interactions and anti-influenza drugs

Keyphrases

• Influenza 100%
• Anti-influenza Drug 100%
• Virus-host Interactions 100%
• Influenza Proteins 100%
• Viral Infection 50%
• Invertebrates 50%
• Drosophilidae 50%
• Human Tissue 50%
• Molecular Approaches 50%
• Virus 50%
• Genetic Approach 50%
• Mechanism of Action 50%
• Viral 50%
• Hospitalization 50%
• Interaction Mechanism 50%
• Zebrafish 50%
• Nonhuman Primate 50%
• Interacting Proteins 50%
• Public Health Risk 50%
• Influenza-like Illness 50%
• Physiological Basis 50%
• Host Cell Proteins 50%
• Primary Cell Culture 50%
• Tissue Culture 50%
• Biochemical Approaches 50%
• Viral Protein Function 50%
• Viral Host 50%
• Lower Eukaryotes 50%
• Mammalian Models 50%
• Maladies 50%
• Host-pathogen Interactions 50%
• Ferret 50%
• Underutilization 50%

Biochemistry, Genetics and Molecular Biology

• Virus Cell Interaction 100%
• Experimental Model 100%
• Animal Model 50%
• Zebra Fish 50%
• Eukaryote 50%
• Molecular Genetics 50%
• Protein Function 50%
• Viral Protein 50%
• Primary Cell Culture 50%
• Host Pathogen Interaction 50%
• Mustela Putorius Furo 50%
• Tissue Culture 50%

Immunology and Microbiology

• Influenza 100%
• Experimental Model 100%
• Virus Cell Interaction 100%
• Viral Disease 16%
• Human Tissue 16%
• Cell Line 16%
• Eukaryote 16%
• Viral Protein 16%
• Protein Function 16%
• Primary Cell Culture 16%
• Zebra Fish 16%
• Tissue Culture 16%
• Mustela Putorius Furo 16%
• Host-Pathogen Interaction 16%