Book

Description

Unraveling the Genetic Code of a Global Threat Influenza viruses are masters of change — mutating, adapting, and leaping between species with a speed that challenges science and public health alike. Influenza Virus at the Molecular Level offers a comprehensive exploration of the genetic and molecular forces that drive viral evolution, host adaptation, and the emergence of pandemics. Drawing on cutting-edge research, this book takes readers from the architecture of the influenza genome to the intricate molecular mechanisms that enable cross-species transmission, immune evasion, and drug resistance. Each chapter integrates molecular biology, virology, epidemiology, and public health perspectives, providing both depth and breadth for scientists, clinicians, and policymakers. Whether you are a researcher studying viral genetics, a healthcare professional preparing for emerging threats, or a student eager to understand how pandemics begin, this work provides the knowledge to connect molecular details with real-world consequences. Key topics include: Structure and function of influenza viral proteins Mechanisms of antigenic drift and shift Host–virus interactions at the cellular and molecular level Cross-species transmission and zoonotic potential Advances in diagnostics, vaccines, and antiviral strategies This authoritative resource bridges the gap between molecular science and global health, equipping readers to better anticipate and combat one of humanity’s most persistent viral foes.