A coding theoretical approach to predict sequence changes in H5N1 influenza a virus hemagglutinin

Keyphrases

• Code Structure 100%
• Influenza Virus 100%
• Receptor-binding Domain 100%
• Hemagglutinin 100%
• Sequence Modification 100%
• H5N1 Influenza 100%
• Coding Theory 66%
• H5N1 66%
• Immune System 33%
• Virus 33%
• Sequence Analysis 33%
• Influenza Strains 33%
• Subtype-specific 33%
• Amino Acid Variation 33%
• Evade 33%
• H1 Subtypes 33%
• Mathematical Results 33%
• Life Sciences 33%
• H3 Subtype 33%
• H7 Subtype 33%
• New Antivirals 33%
• Antiviral Drugs 33%
• Viral Strains 33%
• H5 Subtype 33%
• Antiviral Vaccines 33%
• Sequence Diversity 33%
• Evolutionary Patterns 33%

Immunology and Microbiology

• Receptor Binding 100%
• Influenza A Virus (H5N1) 100%
• Influenza Virus Hemagglutinin 100%
• Influenzavirus A 66%
• Sequence Analysis 33%
• Influenza 33%
• Hemagglutinin 33%
• Virus Hemagglutinin 33%
• Virus Strain 33%
• Amino Acid 33%
• Immune System 33%
• Virus 33%

Biochemistry, Genetics and Molecular Biology

• Binding Domain 100%
• Hemagglutinin 100%
• Influenza A Virus (H5N1) 100%
• Receptor Binding 100%
• Influenza A Virus 66%
• Protein Sequencing 33%
• Amino Acids 33%
• Shotgun Sequencing 33%
• Virus Strain 33%