Book

Description

HIV Infection: From Molecular Virology to Precision Therapeutics provides an integrated scientific exploration of HIV, connecting molecular virology, immunopathogenesis, genetics, pharmacology, and clinical medicine. The book examines viral structure, replication, evolution, host–pathogen interactions, immune dysfunction, drug resistance, and persistent viral reservoirs. It explores antiretroviral therapy, biomedical prevention, long-acting treatments, broadly neutralizing antibodies, and emerging strategies for HIV remission and cure. It also highlights the potential of precision medicine, artificial intelligence, and genetic interventions to advance HIV research and therapeutic development.   Readers will gain a structured understanding of HIV infection, strengthen their knowledge of viral and immune mechanisms, and develop a clearer perspective on current treatment strategies, persistent scientific challenges, and emerging therapeutic opportunities.   Designed for researchers, clinicians, postgraduate students, virologists, immunologists, microbiologists, pharmacologists, and biomedical scientists, this monograph serves as a valuable resource for advanced learning, research development, and understanding the future directions of HIV prevention, treatment, and cure research.